diff --git a/Pipfile b/Pipfile
index 9dd99c2..6a4dcdd 100644
--- a/Pipfile
+++ b/Pipfile
@@ -11,8 +11,9 @@ ipython = "*"
 ppigrf = "*"
 ipykernel = "*"
 ipympl = "*"
+astropy = "*"
 
 [dev-packages]
 
 [requires]
-python_version = "3.12"
+python_version = "*"
diff --git a/Pipfile.lock b/Pipfile.lock
index 69bc080..ba32c63 100644
--- a/Pipfile.lock
+++ b/Pipfile.lock
@@ -1,11 +1,11 @@
 {
     "_meta": {
         "hash": {
-            "sha256": "11b799131682ec4a297dc05aed42de63e47eac6fe4cc4db24e1e0a90a050c9fc"
+            "sha256": "ba5ad992fc2a7c6912e5131915c20e0433307282764a8514fc47135619dd5c2d"
         },
         "pipfile-spec": 6,
         "requires": {
-            "python_version": "3.12"
+            "python_version": "*"
         },
         "sources": [
             {
@@ -16,6 +16,43 @@
         ]
     },
     "default": {
+        "astropy": {
+            "hashes": [
+                "sha256:0ada206f13b1e9c9c07ae0fce55e3090d694c555107c23c30b271a58fea1732b",
+                "sha256:0e5adeb8f955242da5cb4fe58df2f1483d81c10b2b73f089c91fc87dd3b63e1e",
+                "sha256:14bb14bce6e7cc41066037d8a168b26a5fe6722a9201e9fae8da22a4c34c8780",
+                "sha256:1ad4483712effdd691c085e7b58805c01a54cebf8f4c6955973ceccd60bd36ed",
+                "sha256:31614b6451436163eed3744b90edd89dd357bf223c482fa944e627be86a47349",
+                "sha256:3ced126597ea2d2876a341821d76ba20fb895c2eef117b447b6b3182993794df",
+                "sha256:446931f9c260294ddc8646684ab2413e1a5eb14dcd4ff1e8a0532fa143b0844e",
+                "sha256:5c14ca39b607af23273ee2b86cecee782a4feb4220b8f7a93b1dc3fe07582779",
+                "sha256:62d62d3603bb8b243f6bac21f02341f963418ccf6f299be1d45d8c3918e64c91",
+                "sha256:6f2ee5872b0fffd8b9c4d9ce9af51c69f24cdad0d2f4fffbabfcfd4debd303f8",
+                "sha256:733be30f52e7ed5ace7fc5ab9bbfbf1f2f604661682141f177ea356893b58cc4",
+                "sha256:74c6df5c68cc4acb86e343db6d4b96419d585c7ba5fd41fe3023f47ee9f5dbc9",
+                "sha256:7ecaaeeb017cceb02512d5505c43e162b3e26d951cece2b021e786f4c0af17a7",
+                "sha256:9fcfb92043994dfbd1a267b893398aab8f680b0587b4333dacbfa034a3159aa0",
+                "sha256:b103516dd54a90f9b9652dff3dd47ad6d43436c61ed800023943a562b7ea9712",
+                "sha256:b47d7af967e51dc612fd8440ed65ad371c0c2bbf5d739ef4aa147bcd2fbe6b13",
+                "sha256:b7b28a144165e4e7f4f0467fb6d8ed079f320fc99969a907614d98b18c7cea99",
+                "sha256:c6a14810e596b9d437fbfe40733d61afccc9d4b7b9f7504228ba492f545d197f",
+                "sha256:d5f5657a1443421b0ab8ae6afa85fc7934f5e384648b7acef21aca5918acfca8",
+                "sha256:db36b632989060ce4f7c3058ffc860af38df5c8ee7ee7ef2daad1f441c416c12",
+                "sha256:e92d7c9fee86eb3df8714e5dd41bbf9f163d343e1a183d95bf6bd09e4313c940",
+                "sha256:f8a00fcb30c2317b111d8b6a99eb60a81e8292c24dce65e986ee4610ea16b8d2"
+            ],
+            "index": "pypi",
+            "markers": "python_version >= '3.11'",
+            "version": "==7.0.0"
+        },
+        "astropy-iers-data": {
+            "hashes": [
+                "sha256:b8c235b5420702a8e28bb43d94e634aa4bead38d9e72dea03fd0a22b1057817d",
+                "sha256:f22cc517b5bc164e4d105c14677d918ab732ef10342fe76fc9068fa46755c91f"
+            ],
+            "markers": "python_version >= '3.8'",
+            "version": "==0.2024.12.9.0.36.21"
+        },
         "asttokens": {
             "hashes": [
                 "sha256:0dcd8baa8d62b0c1d118b399b2ddba3c4aff271d0d7a9e0d4c1681c79035bbc7",
@@ -102,35 +139,11 @@
         },
         "debugpy": {
             "hashes": [
-                "sha256:1339e14c7d980407248f09824d1b25ff5c5616651689f1e0f0e51bdead3ea13e",
-                "sha256:17c5e0297678442511cf00a745c9709e928ea4ca263d764e90d233208889a19e",
-                "sha256:1efbb3ff61487e2c16b3e033bc8595aea578222c08aaf3c4bf0f93fadbd662ee",
-                "sha256:365e556a4772d7d0d151d7eb0e77ec4db03bcd95f26b67b15742b88cacff88e9",
-                "sha256:3d9755e77a2d680ce3d2c5394a444cf42be4a592caaf246dbfbdd100ffcf7ae5",
-                "sha256:3e59842d6c4569c65ceb3751075ff8d7e6a6ada209ceca6308c9bde932bcef11",
-                "sha256:472a3994999fe6c0756945ffa359e9e7e2d690fb55d251639d07208dbc37caea",
-                "sha256:54a7e6d3014c408eb37b0b06021366ee985f1539e12fe49ca2ee0d392d9ceca5",
-                "sha256:5e565fc54b680292b418bb809f1386f17081d1346dca9a871bf69a8ac4071afe",
-                "sha256:62d22dacdb0e296966d7d74a7141aaab4bec123fa43d1a35ddcb39bf9fd29d70",
-                "sha256:66eeae42f3137eb428ea3a86d4a55f28da9bd5a4a3d369ba95ecc3a92c1bba53",
-                "sha256:6953b335b804a41f16a192fa2e7851bdcfd92173cbb2f9f777bb934f49baab65",
-                "sha256:7c4d65d03bee875bcb211c76c1d8f10f600c305dbd734beaed4077e902606fee",
-                "sha256:7e646e62d4602bb8956db88b1e72fe63172148c1e25c041e03b103a25f36673c",
-                "sha256:7e8b079323a56f719977fde9d8115590cb5e7a1cba2fcee0986ef8817116e7c1",
-                "sha256:8138efff315cd09b8dcd14226a21afda4ca582284bf4215126d87342bba1cc66",
-                "sha256:8e99c0b1cc7bf86d83fb95d5ccdc4ad0586d4432d489d1f54e4055bcc795f693",
-                "sha256:957363d9a7a6612a37458d9a15e72d03a635047f946e5fceee74b50d52a9c8e2",
-                "sha256:957ecffff80d47cafa9b6545de9e016ae8c9547c98a538ee96ab5947115fb3dd",
-                "sha256:ada7fb65102a4d2c9ab62e8908e9e9f12aed9d76ef44880367bc9308ebe49a0f",
-                "sha256:b74a49753e21e33e7cf030883a92fa607bddc4ede1aa4145172debc637780040",
-                "sha256:c36856343cbaa448171cba62a721531e10e7ffb0abff838004701454149bc037",
-                "sha256:cc37a6c9987ad743d9c3a14fa1b1a14b7e4e6041f9dd0c8abf8895fe7a97b899",
-                "sha256:cfe1e6c6ad7178265f74981edf1154ffce97b69005212fbc90ca22ddfe3d017e",
-                "sha256:e46b420dc1bea64e5bbedd678148be512442bc589b0111bd799367cde051e71a",
-                "sha256:ff54ef77ad9f5c425398efb150239f6fe8e20c53ae2f68367eba7ece1e96226d"
+                "sha256:97aa00af95983887806e06f37e144909d35215d66db74f8b0e9799b4eef40cfd",
+                "sha256:ee4ed903cbeb14ee1839549f953af519ffa512598ec987b2051f9c868e2249a8"
             ],
             "markers": "python_version >= '3.8'",
-            "version": "==1.8.9"
+            "version": "==1.8.10"
         },
         "decorator": {
             "hashes": [
@@ -150,59 +163,59 @@
         },
         "fonttools": {
             "hashes": [
-                "sha256:09fe922a3eff181fd07dd724cdb441fb6b9fc355fd1c0f1aa79aca60faf1fbdd",
-                "sha256:0ecd1c2b1c2ec46bb73685bc5473c72e16ed0930ef79bc2919ccadc43a99fb16",
-                "sha256:10aff204e2edee1d312fa595c06f201adf8d528a3b659cfb34cd47eceaaa6a26",
-                "sha256:131591ac8d7a47043aaf29581aba755ae151d46e49d2bf49608601efd71e8b4d",
-                "sha256:18f082445b8fe5e91c53e6184f4c1c73f3f965c8bcc614c6cd6effd573ce6c1a",
-                "sha256:22ef222740eb89d189bf0612eb98fbae592c61d7efeac51bfbc2a1592d469557",
-                "sha256:25062b6ca03464dd5179fc2040fb19e03391b7cc49b9cc4f879312e638605c5c",
-                "sha256:27c0f91adbbd706e8acd1db73e3e510118e62d0ffb651864567dccc5b2339f90",
-                "sha256:2df61d9fc15199cc86dad29f64dd686874a3a52dda0c2d8597d21f509f95c332",
-                "sha256:3d8ccce035320d63dba0c35f52499322f5531dbe85bba1514c7cea26297e4c54",
-                "sha256:3d9bbc1e380fdaf04ad9eabd8e3e6a4301eaf3487940893e9fd98537ea2e283b",
-                "sha256:42a9afedff07b6f75aa0f39b5e49922ac764580ef3efce035ca30284b2ee65c8",
-                "sha256:42aca564b575252fd9954ed0d91d97a24de24289a16ce8ff74ed0bdf5ecebf11",
-                "sha256:44cf2a98aa661dbdeb8c03f5e405b074e2935196780bb729888639f5276067d9",
-                "sha256:45947e7b3f9673f91df125d375eb57b9a23f2a603f438a1aebf3171bffa7a205",
-                "sha256:487e1e8b524143a799bda0169c48b44a23a6027c1bb1957d5a172a7d3a1dd704",
-                "sha256:4c83381c3e3e3d9caa25527c4300543578341f21aae89e4fbbb4debdda8d82a2",
-                "sha256:508ebb42956a7a931c4092dfa2d9b4ffd4f94cea09b8211199090d2bd082506b",
-                "sha256:5b1a6e576db0c83c1b91925bf1363478c4bb968dbe8433147332fb5782ce6190",
-                "sha256:5cfa67414d7414442a5635ff634384101c54f53bb7b0e04aa6a61b013fcce194",
-                "sha256:616368b15716781bc84df5c2191dc0540137aaef56c2771eb4b89b90933f347a",
-                "sha256:627cf10d6f5af5bec6324c18a2670f134c29e1b7dce3fb62e8ef88baa6cba7a9",
-                "sha256:663eba5615d6abaaf616432354eb7ce951d518e43404371bcc2b0694ef21e8d6",
-                "sha256:6b5917ef79cac8300b88fd6113003fd01bbbbea2ea060a27b95d8f77cb4c65c2",
-                "sha256:6fc88cfb58b0cd7b48718c3e61dd0d0a3ee8e2c86b973342967ce09fbf1db6d4",
-                "sha256:7bbae4f3915225c2c37670da68e2bf18a21206060ad31dfb95fec91ef641caa7",
-                "sha256:803d5cef5fc47f44f5084d154aa3d6f069bb1b60e32390c225f897fa19b0f939",
-                "sha256:81ccd2b3a420b8050c7d9db3be0555d71662973b3ef2a1d921a2880b58957db8",
-                "sha256:8b02b10648d69d67a7eb055f4d3eedf4a85deb22fb7a19fbd9acbae7c7538199",
-                "sha256:8bc5f100de0173cc39102c0399bd6c3bd544bbdf224957933f10ee442d43cddd",
-                "sha256:8e2d89fbe9b08d96e22c7a81ec04a4e8d8439c31223e2dc6f2f9fc8ff14bdf9f",
-                "sha256:9008438ad59e5a8e403a62fbefef2b2ff377eb3857d90a3f2a5f4d674ff441b2",
-                "sha256:93f439ca27e55f585e7aaa04a74990acd983b5f2245e41d6b79f0a8b44e684d8",
-                "sha256:944228b86d472612d3b48bcc83b31c25c2271e63fdc74539adfcfa7a96d487fb",
-                "sha256:96e126df9615df214ec7f04bebcf60076297fbc10b75c777ce58b702d7708ffb",
-                "sha256:9b1726872e09268bbedb14dc02e58b7ea31ecdd1204c6073eda4911746b44797",
-                "sha256:9f0e55f5da594b85f269cfbecd2f6bd3e07d0abba68870bc3f34854de4fa4678",
-                "sha256:bbea0ab841113ac8e8edde067e099b7288ffc6ac2dded538b131c2c0595d5f77",
-                "sha256:bef0f8603834643b1a6419d57902f18e7d950ec1a998fb70410635c598dc1a1e",
-                "sha256:c1b9de46ef7b683d50400abf9f1578eaceee271ff51c36bf4b7366f2be29f498",
-                "sha256:c6457f650ebe15baa17fc06e256227f0a47f46f80f27ec5a0b00160de8dc2c13",
-                "sha256:d0bf24d2b02dbc9376d795a63062632ff73e3e9e60c0229373f500aed7e86dd7",
-                "sha256:d1100d8e665fe386a79cab59446992de881ea74d0d6c191bb988642692aa2421",
-                "sha256:d337ec087da8216a828574aa0525d869df0a2ac217a2efc1890974ddd1fbc5b9",
-                "sha256:d34525e8141286fa976e14806639d32294bfb38d28bbdb5f6be9f46a1cd695a6",
-                "sha256:d4ff250ed4ff05015dfd9cf2adf7570c7a383ca80f4d9732ac484a5ed0d8453c",
-                "sha256:d559eb1744c7dcfa90ae60cb1a4b3595e898e48f4198738c321468c01180cd83",
-                "sha256:dbdc251c5e472e5ae6bc816f9b82718b8e93ff7992e7331d6cf3562b96aa268e",
-                "sha256:e857fe1859901ad8c5cab32e0eebc920adb09f413d2d73b74b677cf47b28590c",
-                "sha256:f1c76f423f1a241df08f87614364dff6e0b7ce23c962c1b74bd995ec7c0dad13"
+                "sha256:07f8288aacf0a38d174445fc78377a97fb0b83cfe352a90c9d9c1400571963c7",
+                "sha256:11e5de1ee0d95af4ae23c1a138b184b7f06e0b6abacabf1d0db41c90b03d834b",
+                "sha256:1bc7ad24ff98846282eef1cbeac05d013c2154f977a79886bb943015d2b1b261",
+                "sha256:1dcc07934a2165ccdc3a5a608db56fb3c24b609658a5b340aee4ecf3ba679dc0",
+                "sha256:22f38464daa6cdb7b6aebd14ab06609328fe1e9705bb0fcc7d1e69de7109ee02",
+                "sha256:27e4ae3592e62eba83cd2c4ccd9462dcfa603ff78e09110680a5444c6925d841",
+                "sha256:3983313c2a04d6cc1fe9251f8fc647754cf49a61dac6cb1e7249ae67afaafc45",
+                "sha256:529cef2ce91dc44f8e407cc567fae6e49a1786f2fefefa73a294704c415322a4",
+                "sha256:5323a22eabddf4b24f66d26894f1229261021dacd9d29e89f7872dd8c63f0b8b",
+                "sha256:54153c49913f45065c8d9e6d0c101396725c5621c8aee744719300f79771d75a",
+                "sha256:546565028e244a701f73df6d8dd6be489d01617863ec0c6a42fa25bf45d43048",
+                "sha256:5480673f599ad410695ca2ddef2dfefe9df779a9a5cda89503881e503c9c7d90",
+                "sha256:5e8d657cd7326eeaba27de2740e847c6b39dde2f8d7cd7cc56f6aad404ddf0bd",
+                "sha256:62d65a3022c35e404d19ca14f291c89cc5890032ff04f6c17af0bd1927299674",
+                "sha256:6314bf82c54c53c71805318fcf6786d986461622dd926d92a465199ff54b1b72",
+                "sha256:7a8aa2c5e5b8b3bcb2e4538d929f6589a5c6bdb84fd16e2ed92649fb5454f11c",
+                "sha256:827e95fdbbd3e51f8b459af5ea10ecb4e30af50221ca103bea68218e9615de07",
+                "sha256:859c358ebf41db18fb72342d3080bce67c02b39e86b9fbcf1610cca14984841b",
+                "sha256:86721fbc389ef5cc1e2f477019e5069e8e4421e8d9576e9c26f840dbb04678de",
+                "sha256:89bdc5d88bdeec1b15af790810e267e8332d92561dce4f0748c2b95c9bdf3926",
+                "sha256:8c4491699bad88efe95772543cd49870cf756b019ad56294f6498982408ab03e",
+                "sha256:8c5ec45428edaa7022f1c949a632a6f298edc7b481312fc7dc258921e9399628",
+                "sha256:8e75f12c82127486fac2d8bfbf5bf058202f54bf4f158d367e41647b972342ca",
+                "sha256:a430178ad3e650e695167cb53242dae3477b35c95bef6525b074d87493c4bf29",
+                "sha256:a8c2794ded89399cc2169c4d0bf7941247b8d5932b2659e09834adfbb01589aa",
+                "sha256:aca318b77f23523309eec4475d1fbbb00a6b133eb766a8bdc401faba91261abe",
+                "sha256:ae3b6600565b2d80b7c05acb8e24d2b26ac407b27a3f2e078229721ba5698427",
+                "sha256:aedbeb1db64496d098e6be92b2e63b5fac4e53b1b92032dfc6988e1ea9134a4d",
+                "sha256:aee3b57643827e237ff6ec6d28d9ff9766bd8b21e08cd13bff479e13d4b14765",
+                "sha256:b54baf65c52952db65df39fcd4820668d0ef4766c0ccdf32879b77f7c804d5c5",
+                "sha256:b586ab5b15b6097f2fb71cafa3c98edfd0dba1ad8027229e7b1e204a58b0e09d",
+                "sha256:b8d5e8916c0970fbc0f6f1bece0063363bb5857a7f170121a4493e31c3db3314",
+                "sha256:bc5dbb4685e51235ef487e4bd501ddfc49be5aede5e40f4cefcccabc6e60fb4b",
+                "sha256:bdcc9f04b36c6c20978d3f060e5323a43f6222accc4e7fcbef3f428e216d96af",
+                "sha256:c3ca99e0d460eff46e033cd3992a969658c3169ffcd533e0a39c63a38beb6831",
+                "sha256:caf8230f3e10f8f5d7593eb6d252a37caf58c480b19a17e250a63dad63834cf3",
+                "sha256:cd70de1a52a8ee2d1877b6293af8a2484ac82514f10b1c67c1c5762d38073e56",
+                "sha256:cf4fe7c124aa3f4e4c1940880156e13f2f4d98170d35c749e6b4f119a872551e",
+                "sha256:d342e88764fb201286d185093781bf6628bbe380a913c24adf772d901baa8276",
+                "sha256:da9da6d65cd7aa6b0f806556f4985bcbf603bf0c5c590e61b43aa3e5a0f822d0",
+                "sha256:dc5294a3d5c84226e3dbba1b6f61d7ad813a8c0238fceea4e09aa04848c3d851",
+                "sha256:dd68c87a2bfe37c5b33bcda0fba39b65a353876d3b9006fde3adae31f97b3ef5",
+                "sha256:e6e8766eeeb2de759e862004aa11a9ea3d6f6d5ec710551a88b476192b64fd54",
+                "sha256:e894b5bd60d9f473bed7a8f506515549cc194de08064d829464088d23097331b",
+                "sha256:eb6ca911c4c17eb51853143624d8dc87cdcdf12a711fc38bf5bd21521e79715f",
+                "sha256:ed63959d00b61959b035c7d47f9313c2c1ece090ff63afea702fe86de00dbed4",
+                "sha256:f412604ccbeee81b091b420272841e5ec5ef68967a9790e80bffd0e30b8e2977",
+                "sha256:f7d66c15ba875432a2d2fb419523f5d3d347f91f48f57b8b08a2dfc3c39b8a3f",
+                "sha256:f9e736f60f4911061235603a6119e72053073a12c6d7904011df2d8fad2c0e35",
+                "sha256:fb594b5a99943042c702c550d5494bdd7577f6ef19b0bc73877c948a63184a32"
             ],
             "markers": "python_version >= '3.8'",
-            "version": "==4.55.2"
+            "version": "==4.55.3"
         },
         "ipykernel": {
             "hashes": [
@@ -739,6 +752,23 @@
             ],
             "version": "==0.2.3"
         },
+        "pyerfa": {
+            "hashes": [
+                "sha256:07b80cd70701f5d066b1ac8cce406682cfcd667a1186ec7d7ade597239a6021d",
+                "sha256:0e43c7194e3242083f2350b46c09fd4bf8ba1bcc0ebd1460b98fc47fe2389906",
+                "sha256:171ce9676a448a7eb555f03aa19ad5c749dbced1ce4f9923e4d93443c4a9c612",
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+                "sha256:b0603e8e1b839327d586c8a627cdc634b795e18b007d84f0cda5500a0908254e",
+                "sha256:b282d7c60c4c47cf629c484c17ac504fcb04abd7b3f4dfcf53ee042afc3a5944",
+                "sha256:be1aeb70390dd03a34faf96749d5cabc58437410b4aab7213c512323932427df",
+                "sha256:d30b9b0df588ed5467e529d851ea324a67239096dd44703125072fd11b351ea2"
+            ],
+            "markers": "python_version >= '3.9'",
+            "version": "==2.0.1.5"
+        },
         "pygments": {
             "hashes": [
                 "sha256:786ff802f32e91311bff3889f6e9a86e81505fe99f2735bb6d60ae0c5004f199",
@@ -770,6 +800,65 @@
             ],
             "version": "==2024.2"
         },
+        "pyyaml": {
+            "hashes": [
+                "sha256:01179a4a8559ab5de078078f37e5c1a30d76bb88519906844fd7bdea1b7729ff",
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+                "sha256:2e99c6826ffa974fe6e27cdb5ed0021786b03fc98e5ee3c5bfe1fd5015f42b99",
+                "sha256:39693e1f8320ae4f43943590b49779ffb98acb81f788220ea932a6b6c51004d8",
+                "sha256:3ad2a3decf9aaba3d29c8f537ac4b243e36bef957511b4766cb0057d32b0be85",
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+                "sha256:41e4e3953a79407c794916fa277a82531dd93aad34e29c2a514c2c0c5fe971cc",
+                "sha256:43fa96a3ca0d6b1812e01ced1044a003533c47f6ee8aca31724f78e93ccc089a",
+                "sha256:50187695423ffe49e2deacb8cd10510bc361faac997de9efef88badc3bb9e2d1",
+                "sha256:5ac9328ec4831237bec75defaf839f7d4564be1e6b25ac710bd1a96321cc8317",
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+                "sha256:6395c297d42274772abc367baaa79683958044e5d3835486c16da75d2a694631",
+                "sha256:688ba32a1cffef67fd2e9398a2efebaea461578b0923624778664cc1c914db5d",
+                "sha256:68ccc6023a3400877818152ad9a1033e3db8625d899c72eacb5a668902e4d652",
+                "sha256:70b189594dbe54f75ab3a1acec5f1e3faa7e8cf2f1e08d9b561cb41b845f69d5",
+                "sha256:797b4f722ffa07cc8d62053e4cff1486fa6dc094105d13fea7b1de7d8bf71c9e",
+                "sha256:7c36280e6fb8385e520936c3cb3b8042851904eba0e58d277dca80a5cfed590b",
+                "sha256:7e7401d0de89a9a855c839bc697c079a4af81cf878373abd7dc625847d25cbd8",
+                "sha256:80bab7bfc629882493af4aa31a4cfa43a4c57c83813253626916b8c7ada83476",
+                "sha256:82d09873e40955485746739bcb8b4586983670466c23382c19cffecbf1fd8706",
+                "sha256:8388ee1976c416731879ac16da0aff3f63b286ffdd57cdeb95f3f2e085687563",
+                "sha256:8824b5a04a04a047e72eea5cec3bc266db09e35de6bdfe34c9436ac5ee27d237",
+                "sha256:8b9c7197f7cb2738065c481a0461e50ad02f18c78cd75775628afb4d7137fb3b",
+                "sha256:9056c1ecd25795207ad294bcf39f2db3d845767be0ea6e6a34d856f006006083",
+                "sha256:936d68689298c36b53b29f23c6dbb74de12b4ac12ca6cfe0e047bedceea56180",
+                "sha256:9b22676e8097e9e22e36d6b7bda33190d0d400f345f23d4065d48f4ca7ae0425",
+                "sha256:a4d3091415f010369ae4ed1fc6b79def9416358877534caf6a0fdd2146c87a3e",
+                "sha256:a8786accb172bd8afb8be14490a16625cbc387036876ab6ba70912730faf8e1f",
+                "sha256:a9f8c2e67970f13b16084e04f134610fd1d374bf477b17ec1599185cf611d725",
+                "sha256:bc2fa7c6b47d6bc618dd7fb02ef6fdedb1090ec036abab80d4681424b84c1183",
+                "sha256:c70c95198c015b85feafc136515252a261a84561b7b1d51e3384e0655ddf25ab",
+                "sha256:cc1c1159b3d456576af7a3e4d1ba7e6924cb39de8f67111c735f6fc832082774",
+                "sha256:ce826d6ef20b1bc864f0a68340c8b3287705cae2f8b4b1d932177dcc76721725",
+                "sha256:d584d9ec91ad65861cc08d42e834324ef890a082e591037abe114850ff7bbc3e",
+                "sha256:d7fded462629cfa4b685c5416b949ebad6cec74af5e2d42905d41e257e0869f5",
+                "sha256:d84a1718ee396f54f3a086ea0a66d8e552b2ab2017ef8b420e92edbc841c352d",
+                "sha256:d8e03406cac8513435335dbab54c0d385e4a49e4945d2909a581c83647ca0290",
+                "sha256:e10ce637b18caea04431ce14fabcf5c64a1c61ec9c56b071a4b7ca131ca52d44",
+                "sha256:ec031d5d2feb36d1d1a24380e4db6d43695f3748343d99434e6f5f9156aaa2ed",
+                "sha256:ef6107725bd54b262d6dedcc2af448a266975032bc85ef0172c5f059da6325b4",
+                "sha256:efdca5630322a10774e8e98e1af481aad470dd62c3170801852d752aa7a783ba",
+                "sha256:f753120cb8181e736c57ef7636e83f31b9c0d1722c516f7e86cf15b7aa57ff12",
+                "sha256:ff3824dc5261f50c9b0dfb3be22b4567a6f938ccce4587b38952d85fd9e9afe4"
+            ],
+            "markers": "python_version >= '3.8'",
+            "version": "==6.0.2"
+        },
         "pyzmq": {
             "hashes": [
                 "sha256:007137c9ac9ad5ea21e6ad97d3489af654381324d5d3ba614c323f60dab8fae6",
diff --git a/tracking.ipynb b/tracking.ipynb
index eff39ab..e123e95 100644
--- a/tracking.ipynb
+++ b/tracking.ipynb
@@ -22,12 +22,15 @@
    "metadata": {},
    "outputs": [],
    "source": [
-    "from datetime import datetime\n",
     "import numpy as np\n",
     "import scipy.integrate as spi\n",
     "import matplotlib.pyplot as plt\n",
-    "# %matplotlib widget\n",
+    "from astropy import units as u\n",
+    "from astropy import constants as c\n",
+    "from astropy.coordinates import EarthLocation\n",
+    "from astropy.time import Time\n",
     "\n",
+    "from datetime import datetime\n",
     "import ppigrf\n",
     "\n",
     "DEBUG = None # to be set later"
@@ -40,24 +43,14 @@
    "outputs": [],
    "source": [
     "## Some constants\n",
-    "\n",
-    "M = 1 # nuclear mass unit u\n",
-    "# 1 u = 1.66e-27 kg\n",
-    "\n",
-    "CHARGE = 1 # charge of the nucleus in units of the elementary charge\n",
-    "# 1 e = 1.6e-19 C\n",
-    "\n",
-    "SPEED_OF_LIGHT = 3e8 # m/s\n",
-    "\n",
-    "R_EARTH = 6.4e6 # m\n",
+    "# Single proton mass & charge\n",
+    "MASS = c.m_p\n",
+    "CHARGE = c.e.si\n",
     "\n",
     "# somewhat arbitrary date\n",
     "DATE = datetime(2021, 3, 28)\n",
+    "obstime = Time(\"2021-03-28T12:00:00\", scale='utc')\n",
     "\n",
-    "## Conversion factor when computing the Lorentz force\n",
-    "# F = gamma * q * v x B\n",
-    "CONVERSION_FACTOR = 1.66e27 * 1.6e-19 * 1e-9\n",
-    "# where we also converted from nT to T\n",
     "ABSOLUTE_TOLERANCE = 1e5"
    ]
   },
@@ -70,18 +63,16 @@
     "$$\n",
     "\\mathbf{B} = B_0 \\mathbf{e}_z\n",
     "$$\n",
-    "- In the simplest approximation, the magnetic field can be modelled as a dipole field. In cartesian coordinates, it is given by:\n",
+    "- In the simplest approximation, the magnetic field can be modelled as a dipole field. In cartesian coordinates, it is given by (Griffiths):\n",
     "$$\n",
     "\\mathbf{B}(\\mathbf{r}) = -B_0 \\cdot \\frac{R_{earth}^3}{r^5} * \\left( 3xz \\cdot \\mathbf{e_x} + 3yz\\cdot \\mathbf{e_y} + (2z^2 - x^2 - y^2)\\cdot \\mathbf{e_z}\\right)\n",
     "$$ \n",
-    "TODO: check\n",
-    "TODO: check reference\n",
     "- A far better approximation is given by the IGRF model. The IGRF model is given by a sum of spherical harmonics. The coefficients are fitted to measurements and account for time variations."
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 14,
+   "execution_count": 3,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -94,32 +85,7 @@
     "    ])\n",
     "\n",
     "\n",
-    "#I'm lazy, so I redefine\n",
-    "cosd = lambda x: np.cos(np.deg2rad(x))\n",
-    "sind = lambda x: np.sin(np.deg2rad(x))\n",
-    "def B_to_cartesian(r_vec: np.ndarray, B: np.ndarray) -> np.ndarray:\n",
-    "    # express the spherical components of B in cartesian coordinates through the jacobian\n",
-    "    # (Bx, By, Bz) = J * (Br, Btheta, Bphi)\n",
-    "    r = r_vec[0] # though not needed\n",
-    "    theta = r_vec[1]\n",
-    "    phi = r_vec[2]\n",
-    "    J = np.array([\n",
-    "        [cosd(theta) * cosd(phi), - sind(theta) * cosd(phi), -cosd(theta) * sind(phi)],\n",
-    "        [cosd(theta) * sind(phi), sind(theta) * sind(phi), cosd(theta) * cosd(phi)],\n",
-    "        [sind(theta), cosd(theta), sind(theta)]\n",
-    "    ])\n",
-    "    J = np.array([\n",
-    "        [sind(theta) * cosd(phi), - cosd(theta) * cosd(phi), -sind(phi)],\n",
-    "        [sind(theta) * sind(phi), -cosd(theta) * sind(phi), cosd(phi)],\n",
-    "        [cosd(theta), 0, sind(theta)]\n",
-    "    ])\n",
-    "    B_cart = J @ B\n",
-    "    if DEBUG:\n",
-    "        print(f\"norms - spherical B = {np.linalg.norm(B)}, cartesian B = {np.linalg.norm(B_cart)}\")\n",
-    "    return B_cart\n",
-    "\n",
-    "\n",
-    "B_INTENSITY = 1e4 # nT # to be on par with the IGRF values\n",
+    "B_INTENSITY = 1e4 * u.nanotesla # to be on par with the IGRF values\n",
     "## Different implementations of the magnetic field\n",
     "def simple_field(x):\n",
     "    B = np.array([0, 0, 1]) * B_INTENSITY\n",
@@ -127,24 +93,41 @@
     "\n",
     "\n",
     "def dipole_field(x):\n",
-    "    intensity = B_INTENSITY\n",
     "    r = np.linalg.norm(x)\n",
-    "    B =  intensity * R_EARTH**3 / r**5 * np.array([\n",
+    "    # strip the units in x for now since we want the value of the components\n",
+    "    x = x.value\n",
+    "    B = B_INTENSITY * c.R_earth**3 / r**5 * np.array([\n",
     "        3 * x[2] * x[0],\n",
     "        3 * x[2] * x[1],\n",
     "        2 * x[2]**2 - x[0]**2 - x[1]**2\n",
-    "    ])\n",
+    "    ]) * u.m**2\n",
     "    return B\n",
     "\n",
     "\n",
     "def IGRF_field(x):\n",
-    "    r_vec = cartesian_to_spherical(x)\n",
-    "    r = r_vec[0] * 1e-3 # convert to km\n",
-    "    B = ppigrf.igrf_gc(r, r_vec[1], r_vec[2], DATE) # returns radial, south, east\n",
+    "    location = EarthLocation.from_geocentric(x[0], x[1], x[2])\n",
+    "    gcrs = location.get_gcrs(obstime)\n",
+    "    sp = gcrs.spherical\n",
+    "    colat = 90 * u.deg - sp.lat\n",
+    "    B = ppigrf.igrf_gc(\n",
+    "        sp.distance.to(u.km).value, # r\n",
+    "        colat.to(u.deg).value, # theta\n",
+    "        sp.lon.to(u.deg).value, # phi\n",
+    "        DATE\n",
+    "    )\n",
+    "    # returns radial, south, east\n",
     "    B = np.array(B).flatten()\n",
-    "    B_cart = B_to_cartesian(r_vec, B)\n",
+    "    # in order to form a cross product with the velocity, we need to express it in cartesian coordinates\n",
+    "    t = colat.to(u.rad).value\n",
+    "    p = sp.lon.to(u.rad).value\n",
+    "    J = np.array([\n",
+    "        [np.cos(t) * np.cos(p), - np.sin(t) * np.cos(p), -np.cos(t) * np.sin(p)],\n",
+    "        [np.cos(t) * np.sin(p), np.sin(t) * np.sin(p), np.cos(t) * np.cos(p)],\n",
+    "        [np.sin(t), np.cos(t), np.sin(t)]\n",
+    "    ])\n",
+    "    B_cart = J @ B * u.nT\n",
     "    if DEBUG:\n",
-    "        print(f\"B = {B}, B_cart = {B_cart}\")\n",
+    "        print(f\"B = {B} ({np.linalg.norm(B)}), B_cart = {B_cart} ({np.linalg.norm(B_cart)})\")\n",
     "    return B_cart\n"
    ]
   },
@@ -203,16 +186,16 @@
     "## Functions to be integrated\n",
     "def gamma_inv(v: np.ndarray) -> float:\n",
     "    v = np.linalg.norm(v)\n",
-    "    if v > SPEED_OF_LIGHT:\n",
+    "    if v > c.c:\n",
     "        print(f\"v = {v} > c, setting 1/gamma = 0\")\n",
     "        return 0\n",
-    "    return np.sqrt(1 - (v / SPEED_OF_LIGHT)**2)\n",
+    "    return np.sqrt(1 - (v / c.c)**2)\n",
     "\n",
     "\n",
     "def force(x: np.ndarray, v: np.ndarray, b_field_func: callable) -> np.ndarray:\n",
     "    B = b_field_func(x)\n",
     "    # B is now in nT, but this is absorbed in the conversion factor\n",
-    "    F =  CHARGE * np.cross(v, B) * CONVERSION_FACTOR\n",
+    "    F =  CHARGE * np.cross(v, B)\n",
     "    if DEBUG:\n",
     "        print(f\"B = {B}\")\n",
     "        print(f\"x = {x}\")\n",
@@ -224,12 +207,15 @@
     "# linearized equations of motion - forward\n",
     "def y_prime(t, y, b_field_func):\n",
     "    # to be compatible with the scipy integrator, we need the following signature\n",
-    "    x = y[:3]\n",
-    "    v = y[3:]\n",
-    "    a = (gamma_inv(v) / M) * force(x, v, b_field_func)\n",
+    "    x = y[:3] * u.m\n",
+    "    v = y[3:] * u.m / u.s\n",
+    "    a = (gamma_inv(v) / MASS) * force(x, v, b_field_func)\n",
+    "    # normalize and remove the units again\n",
+    "    v = v.to(u.m / u.s).value\n",
+    "    a = a.to(u.m / u.s**2).value\n",
     "    ydot = np.concatenate((v, a))\n",
     "    if DEBUG:\n",
-    "        print(f\"1/gamma = {gamma_inv(v)}\")\n",
+    "        # print(f\"1/gamma = {gamma_inv(v)}\")\n",
     "        print(f\"a = {a}\")\n",
     "        print(f\"ydot: {ydot}\")\n",
     "    return np.concatenate((v, a))"
@@ -237,7 +223,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 5,
+   "execution_count": null,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -247,7 +233,7 @@
     "    ax = fig.add_subplot(projection='3d')\n",
     "    # show the trajectory (x)\n",
     "    for trajectory, label in zip(x, labels):\n",
-    "        trajectory = trajectory / R_EARTH\n",
+    "        trajectory = trajectory / c.R_earth.to(u.m).value\n",
     "        ax.plot3D(trajectory[0, ::show_nth], trajectory[1, ::show_nth], trajectory[2, ::show_nth], label=label)\n",
     "        # show start and end points\n",
     "        ax.scatter(trajectory[0, 0], trajectory[1, 0], trajectory[2, 0], color='green') #, label='start'\n",
@@ -255,11 +241,11 @@
     "    \n",
     "    # show the earth\n",
     "    if show_earth:\n",
-    "        u = np.linspace(0, 2 * np.pi, 100)\n",
+    "        w = np.linspace(0, 2 * np.pi, 100)\n",
     "        v = np.linspace(0, np.pi, 100)\n",
-    "        x = np.outer(np.cos(u), np.sin(v))\n",
-    "        y = np.outer(np.sin(u), np.sin(v))\n",
-    "        z = np.outer(np.ones(np.size(u)), np.cos(v))\n",
+    "        x = np.outer(np.cos(w), np.sin(v))\n",
+    "        y = np.outer(np.sin(w), np.sin(v))\n",
+    "        z = np.outer(np.ones(np.size(w)), np.cos(v))\n",
     "        ax.plot_surface(x, y, z, color='b', alpha=0.1)\n",
     "\n",
     "    # set sensible view limits\n",
@@ -277,22 +263,19 @@
     "    fig.set_size_inches(10, 10)\n",
     "\n",
     "\n",
-    "def energy_to_speed(E: float) -> float:\n",
-    "    \"\"\"assumes energy given in eV and returns speed in m/s\"\"\"\n",
-    "    mass_kg = M * 1.66e-27\n",
-    "    energy_j = E * 1.6e-19\n",
-    "    return SPEED_OF_LIGHT * np.sqrt(1 - ((mass_kg * SPEED_OF_LIGHT**2) / (mass_kg * SPEED_OF_LIGHT**2 + energy_j))**2)\n",
-    "    \n"
+    "def energy_to_speed(E):\n",
+    "    return c.c * np.sqrt(1 - ((MASS * c.c**2) / (MASS * c.c**2 + E))**2)\n",
+    "\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": 6,
+   "execution_count": null,
    "metadata": {},
    "outputs": [
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
        "<Figure size 1000x1000 with 1 Axes>"
       ]
@@ -309,24 +292,25 @@
     "X_0 = [0, 1e8, 1e8]\n",
     "V_0 = [-1e4, -2e4, -1e4]\n",
     "Y0 = np.concatenate((X_0, V_0))\n",
-    "# particle cycles\n",
-    "X_0 = [0, 1e8, 0]\n",
-    "V_0 = [0, 0, 1e4]\n",
-    "# particle is so fast that it is barely deflected\n",
-    "X_0 = [-1e8, 1e8, 1e8]\n",
-    "V_0 = [0, -1e7, -1e8]\n",
-    "Y0 = np.concatenate((X_0, V_0))\n",
+    "# # particle cycles\n",
+    "# X_0 = [0, 1e8, 0]\n",
+    "# V_0 = [0, 0, 1e4]\n",
+    "# # particle is so fast that it is barely deflected\n",
+    "# X_0 = [-1e8, 1e8, 1e8]\n",
+    "# V_0 = [0, -1e7, -1e8]\n",
+    "# Y0 = np.concatenate((X_0, V_0))\n",
     "\n",
-    "TIME_RANGE = [0, 1000000]\n",
+    "TIME_RANGE = [0, 1000]\n",
     "N_STEPS = 10000\n",
     "t = np.linspace(TIME_RANGE[0], TIME_RANGE[1], N_STEPS)\n",
-    "\n",
+    "DEBUG = False\n",
     "result = spi.solve_ivp(\n",
     "    y_prime,\n",
     "    t_span=TIME_RANGE,\n",
     "    t_eval=t,\n",
     "    y0=Y0,\n",
-    "    args=(dipole_field,)\n",
+    "    args=(dipole_field,),\n",
+    "    atol=ABSOLUTE_TOLERANCE,\n",
     "    )\n",
     "if not result.success:\n",
     "    print(\"Integration failed\")\n",
@@ -345,7 +329,10 @@
     "    print(f\"Took {result.nfev} function evaluations\")\n",
     "\n",
     "plot_trajectory([y_int[:3, :]], [\"trajectory\"], show_earth=True, r_e_limit=20)\n",
-    "# trajectory argument should be a list"
+    "# trajectory argument should be a list\n",
+    "\n",
+    "## Let's also plot the energy of the particle\n",
+    "E_sr = (MASS * c.c**2)**2 + (MASS * np.linalg.norm(v_vec, axis=0) * )**2"
    ]
   },
   {
@@ -358,22 +345,23 @@
     "    if DEBUG:\n",
     "        print(f\"trajectory shape = {trajectory.shape}\")\n",
     "        print(f\"norm shape = {np.linalg.norm(trajectory, axis=0).shape}\")\n",
-    "        print(f\"earth condition: {np.linalg.norm(trajectory, axis=0) < R_EARTH}\")\n",
+    "        print(f\"earth condition: {np.linalg.norm(trajectory, axis=0) < c.R_earth.to(u.m).value}\")\n",
     "\n",
     "    r = np.linalg.norm(trajectory, axis=0)\n",
     "    # check if it intersects the earth\n",
-    "    if np.any(r < R_EARTH):\n",
+    "    if np.any(r < c.R_earth.to(u.m).value):\n",
     "        return \"Intersects the earth\"\n",
     "    \n",
     "    # check if it goes too far\n",
-    "    if any(r > 5 * R_EARTH):\n",
+    "    if any(r > 5 * c.R_earth.to(u.m).value):\n",
     "        return \"Leaves 5R_e\"\n",
     "\n",
     "    return \"Too short\"\n",
     "\n",
+    "\n",
     "def clip_trajectory(trajectory: np.ndarray) -> np.ndarray:\n",
     "    r = np.linalg.norm(trajectory, axis=0)\n",
-    "    idx = np.where(r < R_EARTH)[0]\n",
+    "    idx = np.where(r < c.R_earth.to(u.m).value)[0]\n",
     "    if len(idx) == 0:\n",
     "        return trajectory\n",
     "    print(f\"Clipping at index {idx[0]}\")\n",
@@ -382,7 +370,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 8,
+   "execution_count": 26,
    "metadata": {},
    "outputs": [],
    "source": [
@@ -392,7 +380,7 @@
     "        y_0: list[np.ndarray] = None,\n",
     "        # or we generate them randomly\n",
     "        x_0_val: float = 7e6, # close to the earth\n",
-    "        v_0_val: float = energy_to_speed(5e6), # 5 MeV\n",
+    "        v_0_val: float = energy_to_speed(5 * u.megaelectronvolt),\n",
     "        seed: int = None,\n",
     "        repetitions: int = 1,\n",
     "        time_range: list = [0, 50],\n",
@@ -405,12 +393,12 @@
     "\n",
     "    if y_0 is None:\n",
     "        y_0 = []\n",
-    "        print(\"Using random initial conditions\")\n",
+    "        print(f\"Using random initial conditions with x_0 = {x_0_val:.2E} and v_0 = {v_0_val:.2E}\")\n",
     "        for _ in range(repetitions):\n",
     "            x = np.random.rand(3) * 2 - 1 # random vector in [-1, 1]\n",
     "            x = x / np.linalg.norm(x) * x_0_val\n",
     "            v = np.random.rand(3) * 2 - 1 # random vector in [-1, 1]\n",
-    "            v = v / np.linalg.norm(v) * v_0_val\n",
+    "            v = v / np.linalg.norm(v) * v_0_val.to(u.m / u.s).value\n",
     "            y = np.concatenate((x, v))\n",
     "            y_0.append(y)\n",
     "\n",
@@ -446,45 +434,30 @@
     "            print(f\"Result: {y_int[:, -1]}\")\n",
     "    \n",
     "    plot_trajectory(trajectories, labels, show_earth=True, r_e_limit=5)\n",
-    "    # CAUTION: start is the start of the backward integration -> so end was technically earlier\n",
-    "\n"
+    "    # CAUTION: start is the start of the backward integration -> so end was technically earlier\n"
    ]
   },
   {
    "cell_type": "code",
-   "execution_count": null,
+   "execution_count": 9,
    "metadata": {},
    "outputs": [
     {
      "name": "stdout",
      "output_type": "stream",
      "text": [
-      "v = 344542899.796119 > c, setting 1/gamma = 0\n",
-      "v = 344841748.5986058 > c, setting 1/gamma = 0\n",
-      "v = 481150105.42381305 > c, setting 1/gamma = 0\n",
-      "v = 2565331025.8977494 > c, setting 1/gamma = 0\n",
-      "v = 7087924823.896221 > c, setting 1/gamma = 0\n",
-      "v = 6426635624.30009 > c, setting 1/gamma = 0\n",
-      "v = 324086920.389382 > c, setting 1/gamma = 0\n",
-      "v = 832385994.0599232 > c, setting 1/gamma = 0\n",
-      "v = 2300113882.0409102 > c, setting 1/gamma = 0\n",
-      "v = 2085521445.0100877 > c, setting 1/gamma = 0\n",
-      "v = 417676278.54411155 > c, setting 1/gamma = 0\n",
-      "v = 512536806.7169376 > c, setting 1/gamma = 0\n",
-      "v = 371740416.775612 > c, setting 1/gamma = 0\n",
-      "v = 398044252.54979306 > c, setting 1/gamma = 0\n",
-      "v = 316875470.23864037 > c, setting 1/gamma = 0\n",
-      "v = 364097421.68445885 > c, setting 1/gamma = 0\n",
-      "v = 307068065.7261611 > c, setting 1/gamma = 0\n",
-      "v = 329634151.4587222 > c, setting 1/gamma = 0\n",
-      "v = 366408635.6805204 > c, setting 1/gamma = 0\n",
-      "v = 542064347.5270226 > c, setting 1/gamma = 0\n",
+      "v = 322133287.51908916 m / s > c, setting 1/gamma = 0\n",
+      "Clipping at index 3003\n",
+      "v = 401509301.9697915 m / s > c, setting 1/gamma = 0\n",
+      "v = 1109630037.104217 m / s > c, setting 1/gamma = 0\n",
+      "v = 1006107554.7075177 m / s > c, setting 1/gamma = 0\n",
+      "v = 372392197.88530344 m / s > c, setting 1/gamma = 0\n",
       "Clipping at index 3\n"
      ]
     },
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
        "<Figure size 1000x1000 with 1 Axes>"
       ]
@@ -494,7 +467,7 @@
     }
    ],
    "source": [
-    "# Some nice examples\n",
+    "## Some nice specific examples\n",
     "Y = []\n",
     "\n",
     "# small shell around the earth\n",
@@ -532,21 +505,11 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 16,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "image/png": 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WJKkgUQHUr7CoJwoRGkajUREZJDQex0bJ2wRBVBASFgRBVAxRFMHzfEGhT8cpp7CQjVetUe/G8llCI5lMKp8hofE4tod9LKjcLEEQlYCEBUEQZUeSJKXqkyRJOYZiscerN+rxnE8jH6Gxvb0Nt9sNt9td10LD/rDzNjXIIwiiEpCwIAiirBxP0C5VVOh0urozsuvNGC6Uk4TG+vo69Ho9zGaz8pl69GhYyWNBEEQFIWFBEETZkL0UgiAUFfZ0GvUmLID6POdikZ8zWUjUc+iUnZK3CYKoICQsCIJQnUJ7UxRCPXosiOKQn7l6ztGQcyxIWBAEUQlIWBAEoSrF9KYo5jvqCdaN22pw1jNST0LjUVUoCoUiCKL8kLAgCEI1iu1NUQj16rGox3OuFLUsNOTkbeq8TRBEJSBhQRBEyWT3pgDK46U4/n3lQOtGIlEYxd7PWhIacigUVYUiCKISkLAgCKIkshO0ZWOrnNRjg7x6PGctwbLQkEOh0oKINC/CZCjv+0kQRH1DwoIgiKIoZ4L2WXAcB1EUy/49BNuUU4ixJDRkjwVw5LUgYUEQRDkhYUEQRMFUIkH7NMq5e1/t3WVCXSr5TGpVaJgMOhj1HDKChHiGhxvGsn4fQRD1DQkLgiAKohIJ2mdRj2FB9XjOLKM1oWE16pEReMRSlGdBEER5IWFBEEReZCdoS5JUFVEBlM/ITqfTGBkZwf7+PrxeL7xeLzweD6xWq+rfRZQfLQmxagsNu9mA/SSPOHXfJgiizJCwIAjiXOQEbTm3oVqiQv5utY3G3d1dDA8Pw+12o7+/H3t7e1hbW8Pk5CTMZrMiNLxeL8xms6rfnQ8UolVbVFpo2Kj7NkEQFYKEBUEQpyJJkiIqJEnKMYiqPS61jjM7O4vFxUX09/ejvb0dmUwGDQ0NAACe57G3t4dIJIKVlRWMj4/DZrPB4/EoQsNkMqkylnzGShSGFp7VfCi30HjUfZs8FgRBlBcSFgRBnMjxBG2tiAq1PBbJZBKhUAjpdBr37t2D0+l8rNqUwWCA3++H3+8HAGQyGUVoLC0tYWxsDHa7PSd0ymik5FiiNNQWGrLHgnIsCIIoNyQsCIJ4jOzeFNUMezqNUoXF9vY2RkZG0NTUhDt37sBgyG8qNBqNaGhoUDwamUwGkUgE0WgU8/PziMVicDgcOUIj32OfhdauPwvUkoenVKFhN1OTPIIgKgMJC4IgFKrVm6IQShmPKIqYmprC6uoqrl69ira2tpLGYjQa0dTUhKamJgBHCeCRSASRSAQzMzNIJBJwOp2K0HC73UULjVoylCuF1p5dtShUaJj1R589TFEoFEEQ5YWEBUEQAKrbm6IQim2QF4vFEAqFAACBQAB2u13tocFkMqG5uRnNzc0AgFQqpQiNqakppFIpuFwuJUfD7XZDr9efe1wt3getU09C7DyhYdIdvS+Rgxji8bimOoMTBFFbkLAgiDpHqwnap1HM2NbX1zE2NoaOjg709/dDp6tM92Gz2YyWlha0tLQAABKJhBI6NTExgXQ6DbfbrYRNud3uU8dWT4YyURrHhYbdfJT3E08LVW/YRxBEbUPCgiDqmOzeFIB2ErTPohCPBc/zmJiYwPb2Nm7cuKGELFULq9UKq9WKtrY2SJKkCI1IJIK1tTXwPK8IDa/XC6fTWTERRNQucvJ2khdhNBqr3rCPIIjahYQFQdQp2QnaslHBAvkaOgcHBwgGgzCZTLh//z4sFkuZR1YYHMfBZrPBZrOhvb0dkiQhHo8rQmN5eRmSJMHj8SCZTMJqtSoeJSI/6FodcbyPxVmhUw8ePMDCwgKuX79OQoMgiIIhYUEQdQYLCdpncZ7HQpIkrKysYGpqCj09Pejr62NCNHEcB7vdDrvdjo6ODkiShMPDQ0SjUSwtLWFtbQ0bGxtKfobH44HD4WDq3lUSCh17hCwsEpmT35vjnspkMqmUdSaPBkEQhUDCgiDqCDlBOxQKwe/3o62tjTnD4KzxZjIZjI6OIhqN4vbt20r/CRbhOA5OpxNOpxPRaBQulwterxeRSAThcBjz8/PQ6XQ5zfpsNhtz97Oc0LU4wmo8Etb5dN6WvWKyGK9EZ3CCIGoHEhYEUScIgoBMJqOEQPE8z6QRcJrHIhqNIhgMwuFw4P79+xXriF0J5B1ll8sFl8uF7u5uiKKIg4MDRCIR7OzsYHZ2FgaDIUdoWK1WJu8xoS7HQ6HO4/gzU+7O4ARB1A4kLAiixslO0JYkCTqdTrXu1dXguKEiSRIWFhYwNzeHixcvoqenpyaNmeP3S6fTwe12w+12o6enB6IoYm9vD9FoFFtbW5ienobJZFLCpmShUS+w+nyXA5tRDoXK32NxFiQ0CII4DRIWBFHDyN4JeYdfzqfgOI5Zwyt77KlUCsPDw4jH43jmmWfgdrurPLrqodPpFE9Fb28vBEHA3t4eIpEINjY2MDU1BbPZrHzG6/XCbDZXe9hEBbAW4LEopkAACQ2CIGRIWBBEDZLdm+KkBG2dTldUkzktIAuLBw8eYGRkBF6vF4FAAEajsdpDKxvFCEG9Xg+fzwefzwfgqPSuLDRWVlYwPj4Oq9WaIzRqKXwMoBwLGdljUS5hcRwSGgRRv5CwIIgaI58O2sV2r9YKyWQSQ0NDuHLlCjo6OsgYyQODwQC/368ktPM8j2g0ikgkgqWlJYyNjcFut+eETtWyWKsnrOdUhcqmHCWNSWgQRP1AwoIgaojs3hRnlZFlNccikUhgamoKPM8jEAjA6XRWe0gVoRzGlcFgQENDAxoaGgAcVdSShcbCwgJGR0fhcDgUb4bH44HBwM6SweLzXS5spvyrQomiWHZjnoQGQdQu7KwSBEGcitybIpPJKAnaZy3ALOZYbG1tYXR0FB6PB6Io1o2okCn3/TIajWhsbERjYyMAIJ1OK836ZmdnEY/H4XQ6FaHhdrs1LzTICD3C+jAUihclZAQRRv3ZfV0qfd1IaBBE7aDtVYEgiHPJJ/TpOCyFQgmCgKmpKayvr+Pq1aswm80YGRmp9rBqHpPJhObmZjQ3NwM4SpSXhcbU1BRSqdRjQkOv11d51MRJyOVmgSOvhdt6urDQQnd3EhoEwS4kLAiCUbITtGVjIN9FVafTKUJEyxweHiIUCkGn0yEQCMBmsyESiTDnbSkVLXiYzGYzWlpa0NLSAuAoLE0OnZqYmEA6nYbb7VbCptxud1U7nlf7emkJo14Hg44DL0pIZAS4rafnzmhBWByHhAZBsAMJC4JgkOzeFAAKEhXy57XusVhbW8P4+Dg6Oztx+fJlxUjVgpFNAFarFVarFa2trZAkCYlEQvForK2tged5RWh4vV44nc6qCo16x2bSYz/JI54++73XorA4DgkNgtAuJCwIgjGyE7TlxbNQtJy8zfM8xsfHsbOzg5s3byox/zIkLLQHx3Gw2Wyw2Wxob2+HJEmIx+OK0FhZWYEoio8JjUokCRNHyMIicU4CNwvC4jgkNAhCO5CwIAhGkBO0eZ4/sTdFIWjVY7G/v49gMAiLxYL79+/DYrE89plyCwstGhqsiSmO42C322G329HR0QFJkhCLxRShsbS0BADweDxKaVuHw6HqtWfpelUCi/FhZahzum+zKCyOQ0KDIKoHCQuCYIBiErTPQmseC0mSsLy8jOnpafT29qKvr+/U8yu3kS0fmwwM9eA4Dg6HAw6HA52dnZAkCQcHBznlbXU6nSIyvF4vbDYb3QMVkT0VcoWo06gFYXEcEhoEUTlIWBCExpHLyJbqpchGSzvg6XQao6Oj2N/fx507d5RO0aehpbFXilozbjiOg8vlgsvlQldXF0RRxMHBASKRCHZ2djA7OwuDwZAjNKxWa8HXodauW7FIkoRo4igfy2s7u+lhLQqL45DQIIjyQcKCIDRKdoJ2Pr0pCkGn02kiFCoSiSAUCsHlciEQCMBkMp37N/UoLIDaDu3R6XRwu91wu93o6emBKIrY399HJBLB1tYWpqenYTKZHhMaRH4kMiJS/NH7TsLicUhoEIR6kLAgCA0iJ2jLxr+aogKovnEuSRLm5+cxPz+PS5cuobu7O+/zq/bYifIjh0V5PB709vZCEATs7e0hGo1iY2MDU1NTMJvNSmlbr9f7WD4OPSOPiMQzAACzQQer8exiD/UoLI5DQoMgioeEBUFoiOzeFGqGPh2nmsnbyWQSIyMjSCQSeOaZZ+B2uwv6e1lY1JMBVC/neRp6vR4+n08Jk+N5Hnt7e0pp24mJCVitVsWb4fV6AdB1k5GFhcdqOPea1NN7lS8kNAgif0hYEIRGUDtB+yyqlby9s7ODkZER+P1+3Lp1CwZD4VNQvS7UtAP/CIPBAL/fD7/fD+BIaMiJ4EtLSxgbGwMALCwsoLGxEV6vF0bj2SFAtYwsLHy280MNSVicz1lCIxKJYGZmBjdu3CChQdQlJCwIQgNk96Yop6CQqbTHQhRFzMzMYHl5GU888QTa2tpKKpULlMcA0uqir9VxaQWDwYCGhgY0NDQAADKZDP7xH/8RHMdhYWEBo6OjcDgcSuiUx+OpK6GheCxs5y/5JCwKJ1tocByHeDyubN6QR4OoN0hYEEQVkXtTZDIZ1RO0z6KSHot4PI5QKARRFDE4OAiHw1HS8bKFRTnQ6kJPHov8MRqN4DgOPT09sNlsSKfTiEQiiEajmJubQzweh9PpVMKm3G53Ud4zVogkjoTFeYnbAAmLUpFDWOXGpRQ6RdQbtTuTEoTGEUURPM9XJPTpOJXyWGxubmJ0dBRtbW3o7++HXn92Df18KLewIGoH+VkxmUxobm5Gc3MzACCVSinN+qamppBKpR4TGmo8q1pB9ljkKyxko5goHFEUH5vHKUeDqCdIWBBEhclO0JZ3Byu9eJTbYyEIAiYnJ7GxsYFr166hpaVFtWPXo7CgSljqYjab0dLSojyXiURCydGYmJhAOp2G2+1WKk653W6mje2okrxNHotyI3sszoKEBlHLkLAgiAqS3ZsCQFVEhfy95TJUDw8PEQwGYTAYEAgEYLPZVD1+PQoLoP7Ot1QKuV5WqxVWqxWtra2QJAmJREIJnVpfXwfP83C73YpHw+l0MiU0wkryNgmLclOMx4eEBlFLkLAgiApR6QTtsyhHgzxJkpTSn93d3bh48WJZjK96FRZE4RTzjnEcB5vNBpvNhvb2dkiShHg8roROraysQBTFHKHhcDg0LTQUjwUJi7KTj8fiPEhoECxDwoIgyoycoM3zfFl7UxSC2h4LnucxNjaG3d1d3Lp1S6nOUw7qUVhU+3mpZziOg91uh91uR0dHByRJQiwWU4TG0tISJEnK6QrucDg0dc8oebtynJRjUSokNAiWIGFBEGWkkr0pCkHN5O29vT2EQiFYrVbcv38fZrNZleOeRj0KC6D+zrcUynmtOI6Dw+GAw+FAZ2cnJEnC4eGhIjQWFhbAcZwiMjweD+x2e1Xf+0KTt4niUcNjcR4kNAgtQ8KCIMqEXEZWK16KbNRI3pYkCUtLS5iZmUFfXx96e3srWtWKDCDiPCrxPHIcB6fTCafTia6uLoiiiIODA0QiEezs7GB2dhZ6vT6nK7jVaq3Yu8KLEvYTRzldVBWq/FTj+pHQILQECQuCUJnjCdpaExVA6R6LdDqNkZERHBwc4KmnnoLX61VxdOdTb8Ki3s6XZXQ6HdxuN9xuN3p6eiCKIvb39xGJRLC1tYWZmRkYDIbHhEa52EtkID85bqoKVXbKEQpVKCQ0iGpCwoIgVERO0JaN9mpVfTqPUjwW4XAYoVAIHo8H9+/fr0oHYzK0ibPQ0rOh0+mUbt+9vb0QBEERGhsbG5iamoLZbM7J0bBYLKp9v5y47bYaYNCdPxeRsCgNLXp8ihEaBoNBk5tihPYhYUEQKpDdm0KLoU/HkQ3zQowISZIwOzuLxcVF9Pf3o7Ozs2rnWG/CQsvPkpbR4nXLDosCjkIm5R4aa2trmJychMViUfIzvF5vSXlLcqlZbx7eCoCERalUIseiVEhoEOWEhAVBlIhWE7TPQl748jUikskkQqEQ0uk07t69C5fLVe4hnkk5hYVWRYsWx0SUjl6vh9/vh9/vB3BUYU0WGsvLyxgfH4fNZstJBjeZTHkfP1pARSiAhEWpaCEUqlBIaBBqQsKCIEpAFEWk02kmvBTZFFJZaXt7GyMjI2hqasKdO3dgMFR/2tCq8U9oA5afDYPBgIaGBqVkcyaTUYTGwsICYrEYHA6H4s3weDxnhiNGYvn3sABIWJQKCx6L8yChQZRC9S0EgmAQuTdFJpNRYmpZmlDlhU8URej1+hM/I4oipqamsLq6iqtXr6Ktra2SQzyTehMWLD1bhLoYjUY0NjaisbERwFHhBFlozM3NIR6Pw+l0KiLD4/HkiH+lh0UBoVBE8Wgxx6JUSGgQhUDCgiAKRBRF8DzPVOjTcc7zWMRiMYRCIQBAIBCA3W6v2Njyod6EBUAGXzGw9l7mg8lkQlNTE5qamgAAqVRK6aExPT2NVCqlCA2v14vdwzQAwGsnj0UlEEVRE17dckJCgziL2n76CUJF5ATtaDSK1157Da973euYnSSzPRbHWV9fx/j4ONrb29Hf36/J3bd6FBZE/tTTs2E2m9HS0oKWlhYAR/lQstCYmJjA9FIGgA5i/KgSlcvlOtVLCdTmjnslYTHHolRIaBDZkLAgiDzITtCWJ0uWJ8STPBY8z2NiYgLb29u4fv26siOqRepNWNTb+RLFY7FY0NraitbWVkiShM8shIAH+7DqBIyNjYHnebjdbiVHw+Vy5QgJ8liURi3kWJQKCY36hoQFQZyDXEZWEATodDoYDAaIosj8ApzdJO/g4ADBYBAmkwn3799XtY5+OSBDm8gHlt9PNeA4DvvJo3f86qUe3O/zIh6PIxKJIBqNYnV1FaIowu12K6FT9bjjribk8XkcEhr1BQkLgjgFOUGb5/mcqk+FlmrVKjqdDqIoYnl5GVNTU+jp6UFfXx8Ti2K9CQuWnzOiusjJ2z6bERzHwW63w263o6OjA5IkIRaLKaFTS0tL4Hkei4uLiMfj8Hq9cDgc9PwVAAmz88lHaOzv7yulmElosAUJC4I4gbN6U2TnJ7BghJ/F5OQkDg8Pcfv2baWOPgvUm7AA6itvoFToWh0hSRIicbnc7OPLPcdxcDgccDgc6OzshCRJ+Pa3vw2Hw6GUt+U4LqdZn91uJ+PuDGphXag0JwmN7e1tGI1GpXAIeTTYgYQFQRxDLiN7Wm+KsxKfWSEajUIQBAiCgEAgUFJn32pQj8KCKJx6NzoSGREp/mie8tnOb6onG3hNTU3w+XwQRREHBweIRCLY3d3F3NxcTudwj8cDm81W99c5GwqFKh05TNdgMMBoNFLoFGOQsCCIh0iSBJ7nwfM8gNPLyLIsLCRJwsLCAmZnZ6HX63H58mXmRAVQf8KCFkuiGGRvhUnPwWrMz9jNDvHU6XRwu91wu90Ajua8/f2j6lJbW1uYmZmBwWBQhIbX64XFYqnr55VCodQhu8cS5WiwBQkLgsCjBG1ZLGRPZMeRf86asEilUhgZGUEsFsMzzzyj9KlgkXILCy3mz9STkCoVulZHROOPum7n+zyfteOu0+mUJny9vb0QBEERGhsbG5iamoLJZHpMaNQTFAqlDnKxlJMgoaFtSFgQdY3cm+Ks0KeTkBOfWWF3dxfDw8Pwer0IBAIwGo1M7/qzPHaCqBTh+KPE7XwpRFRnh0UBR8ZgNBpFNBrF2toaJicnYbFYcnI0WPSQFgKFQqlDtsfiPEhoaAsSFkTdclaC9nmwIixEUcTs7CyWlpZw5coVdHR05IQ5sHAOJ1FvwoIWv+Ko9+sWTTzyWORLKd46uYqPXAiC53lEo1FEIhGsrKxgfHwcNpstJ0fDZDo/94MlyGOhDmd5LM6DhEZ1IWFB1CWiKCKdThfkpciGBaM8kUggFAqB53ncu3cPTqcz5/csG+csj71Y6u18idKRPRbeCgmL4xgMBjQ0NKChoQEAkMlkFKGxsLCAWCwGu92eIzSMxvzHqkUox0IdCvFYnAcJjcpCwoKoK+TeFJlMRnFZFzNxaF1YbG1tYXR0FM3NzRgYGDhxgs5ukMca9SYsaHErjHp6Ns5CzrHwWqsjLI5jNBrR2NiIxsZGAEA6nVaExtzcHOLxOJxOpyIyPB4PDAa2zBTyWKhDKR6L8yChUV7YemMJogREUQTP80WFPh1Hq8JCEARMTU1hfX0dV69eRWtr66mf1el0zBpg9SYsADKWi6HejYBIkR6LSmEymdDU1ISmpiYARwUm5GZ9MzMzSCaTitDwer1wu92q7WKXC8qxUAc1PRbnQUJDXUhYEDVPdoK2vBtX6mSgRaP88PAQoVAIOp0OgUAANpvtzM+Tx4IgaptihUW1jCWz2YyWlha0tLQAAJLJpCI0JiYmkE6n4XK5FKHhcrk0JzQoFEodqun5yVdorK+v4w//8A/xyU9+ku55FiQsiJrmeIK2GqIC0J7HYm1tDePj4+js7MTly5fzmpC1KI7ypd6ERb2db6nQtTpCTt5mRVgcx2KxoLW1Fa2trYpRJwuN9fV18Dz/mNCotreAQqHUoZyhUIVymtBYX1/HF7/4RXzyk5+s8gi1BQkLomaRvRTyBKXmYqkVYcHzPMbHx7Gzs4ObN28qscv5QB6Lk4+rFaOKKJ16v5eFJm/L75RWDLpsOI6D1WqF1WpFW1sbJElCPB5HJBJBNBrF6uoqBEFQcjN8Ph8cDkdFz0U2OLV4/VhCvo5a80bJyOtEIpE4NzKgHiFhQdQccoI2z/NFV306Dy0Ii/39fQSDQVgsFty/f7/gRlTksSCI2iZapLBgQZBxHAe73Q673Y6Ojg5IkoRYLKZ4NJaXlyFJktI/w+v1wuFwlPXctCzMWCI7D1LLxGIxWK1WJt6XSkLCgqgpSulNUQjVFBaSJGF5eRnT09Po7e1FX19fUefIsnHO8tiLod7Ot1ToWgGCKGEvwQMAPHlWhWJJWByH4zg4HA44HA50dnZCkiQcHh4qQmNhYQEcx+UIDbvdruq5ymsCi9dPS8jXUaseC5l4PA673V7tYWgOEhZEzSCXkS2XlyKbaoURpdNpjI6OYn9/H3fu3IHP5yv6WBQKRdQy9W7c7RymIQHgALit+S31LAuL43AcB6fTCafTia6uLoiiqAiN3d1dzM3NKZ3DZbFhs9lKOnfyWKhDdk6klpH7sBC5kLAgmEeSJPA8D54/2p2rRAm4angsIpEIQqEQXC4XAoFAyR1rKRSKIGqXV5aiAIArLQ4Y9fkZurX8Tul0OrhcLrhcLnR3d0MURezv7yMSiWB7exuzs7MwGAw5zfoKDXOR1wQSFqUhl5rVurCgHIuTIWFBMI2coJ3tgq7EZFRJYSFJEubn5zE/P49Lly6hu7tblXMkj8Xpx9YaJKQKg64V8OJ8BABw/4I377+pJY/Feeh0OiXRu7e3F4IgKEJjY2MDU1NTMJlMitDwer3n5rFRKJQ6sFJZi0KhToaEBcEklUjQPotKCYtkMomRkREkEgk888wzcLvdqh2bPBYnw+o1IQgZUZLw7YfCIkDCIi/ksCiv9+h6CYKAvb09RCIRrK2tYXJyEhaLJSdHw2w25xyDFYNY62ip1OxZUCjUyZCwIJijUgnaZ1EJYbGzs4ORkRH4/X7cunULBoO6ryt5LNihHg29Uqnnaza5eYhwPAObSY+bHa68/66ehcVx9Ho9fD6fksfG8zyi0Sii0ShWVlYwPj4Om82WEzpFpWbVoZJdt0shHo9TKNQJkLAgmEIURaTT6ap4KbIpp7AQRREzMzNYXl7GwMAA2tvby1bZilXjvN6EBUCelEKo92v10kNvxTPdnrzzK4BHzfFIWDyOwWBAQ0MDGhoaAACZTAbRaFSpOCWXHhVFETs7O/B4PDAa829MSDyCFY9FPB5HU1NTtYehOUhYEEyQnaAt7wpVc/HT6XSKx0RN4vE4QqEQRFHE4OAgHA6H6t8hw7rHgtWxFwMZekQhFJNfAWir67bWMRqNaGxsVJqSptNprK2tYWlpCXNzc4jH43A6nUrolMfjUd3rXKuw4rGIxWJlXaNZhZ5yQvOIogie56sa+nQcnU6HTCaj6jE3NzcxOjqKtrY29Pf3l31iLcc5VAryWBDnUe05olrEUjyCq/sACsuvAOgZKwWTyQSPx4PNzU3cu3cPqVRK6Qo+MzODZDIJp9OpiAyPx8OE8VwNWPFYUFWokyFhQWgWSZKUqk9ac9GrGQolCAImJyexsbGBa9euoaWlRZXjngfLxjnLYyeIcvKdpT3wooQOjwVdPmtBf0sei9LITt42m81oaWlR5vNkMqk065ucnEQ6nYbL5VJyNFwuFwmNh7DisaCqUCdDwoLQJMcTtLUkKgD1hMXh4SGCwSAMBgMCgUBFdz9YDieqN2GhpWefBerp2TjOi/NhAIWHQQEkLEpFFMVTr5/FYkFraytaW1shSVKO0FhfXwfP848JDRZ27csBK9W1SFicDAkLQnPIXgrZHarFha5UYSFJEtbW1jAxMYHu7m5cvHix4hMpJW+ffmwtwuq9IipLMWVmZUhYlEa+VaE4joPVaoXVakVbWxskSUI8HleSwVdXVyEIghIy5fV64XQ6mTC21YCVUCgSFidDwoLQDNXuTVEIpQgLnucxNjaG3d1d3Lp1S6kyUmnIY0HUMlqdO8rJSiSB5UgSBh2HZ3o8Bf89CYvSKHanneM42O122O12tLe3Q5IkxGIxJUdjeXkZkiTl9NBwOBw1e69YCIWSxSAJi8chYUFoAi30piiEYo3yvb09hEIhWK1W3L9//7EGS5WEPBbsoOV3QYvU07ORjVxm9kaHCw5z4cs7CYvSOCsUqhA4joPD4YDD4UBnZyckScLh4aESOrWwsACO43KEht1ur5l7x4rHghrknQwJC6LqCIKATCajeS9FNoV6LCRJwtLSEmZmZtDX14fe3t6qnyd5LE4/thapV2OZyJ9iy8zKkLAojXLlBnAcB6fTCafTia6uLoiiqAiN3d1dzM3NQa/X5wgNm83G7L0URREmk6nawzgXapB3MiQsiKqR3ZsC0L6XIptChEU6ncbIyAgODg7w1FNPwestbtFXG/JYPI4kSVhfX0cymYTf76+pXcB6o97uW0YQ8Z3FKAAg0EvCohpUqvO2TqeDy+WCy+VCd3c3RFHE/v4+IpEIdnZ2MDs7C4PBkNMV3Gq1MnNvWfFYxONx6mNxAiQsiKogJ2jLxjkLk0g2+QqLcDiMUCgEj8eD+/fva6oTK8vhROUYO8/zGB0dRSQSgd1ux8LCQs7i7PP5YLFYVP3OfGHFICCqR2htH7G0AK/NiIHW4owdEhaloVYoVKHodDol0Rs4MsxlobGxsYGpqSmYTCZlLvN6vVWby/KBhRyLTCYDnudJWJwACQuiorCUoH0W5wkLSZIwNzeHhYUF9Pf3o7OzU3PnqWYvjkqjtrA4ODhAMBiExWLBvXv3lHu1t7eXszhbLBb4fD5lca6kUGRVBFaDerxWL80dhUHd6/VAV+RcQ8KiNLRSJlWv1ytzFHAkNOS5bG1tDZOTkzCbzTlCo5r5fsfRynU8i8PDQwCgHIsTIGFBVAzWErTP4iyjPJlMIhQKIZ1O4+7du3C5XBUeXX6Qx+KItbU1jI+Po6enBxcvXlRyfo4vzjzPIxqNIhwOY2FhAaOjo0onXZ/PB7fbXbZdNlbfk2pSb9es1PwKgIRFqVQqFKpQ9Ho9fD4ffD4fgEdzWTQaxcrKCsbHx2Gz2XJCp6qZ48BCKFQ8HgdAwuIkSFgQFUEURTx48ACLi4u4fv0684vXafkJ29vbGBkZQVNTE+7cuQODQbuvWL17LARBwMTEBLa2tnDz5k00Njae+XmDwYCGhgalPHAqlUIkEkE4HMbExAQymQzcbrciNJxOp6rPOasikCg/4VgaE5tHO6jF5lcAJCxKhYWdduDxuSyTySg9NBYXF3F4eAi73Z4jNCrpnWUhFCoej8NisWh+nNVAu1YPURNkJ2jzPI9IJFITC9dxo1wURUxNTWF1dRVXr15FW1tbFUeXH/XssYjH4xgaGoJOp0MgEIDVai34GGazGS0tLWhpaYEkSUgkEgiHw4hEIlheXgaAnFADlqu0sAarz3WxvLwYhQTgcpMdjc7iQ1pIWJRGtXIsSsVoNKKxsVHZXEmn04rQmJubU5KUs4VGOTfNWPBYxGIxphLiKwkJC6JsiKIInueV0Ce9Xq/8N+tkC4tYLIZQKAQACAQCzLhG67Xc7NbWFkZGRtDe3o7+/n5VFjCO42Cz2WCz2dDR0QFJknBwcIBwOKxUaTEajYo3o9CYZlq8iLNQIwwKIGFRKpIk1cQOtslkQlNTE5qamgA88s5Go1HMzMwgmUzC6XQq5W09Ho+q582CxyIWi1Gp2VMgYUGojiRJStUneaHiOA4Gg4FZQ/Y4srBYX1/H+Pi4qkZqpai3crOiKGJ6ehqrq6u4du0aWlpayjS6o/HJ5SB7enpykiflmGY51MDn8+W1A8jqvaoW9WIgS5KEbz8UFgESFlWFlVCoQsn2zgJHeYRys76pqSmkUim4XC5FZJSab8aCx0Luuk3vy+OQsCBU5XiCtiwqALZj+o8jSRIkScLExASuX7+u7OywRD2FQiWTSQSDQQiCgMHBwYp7lbKTJ/v6+pDJZJSFOXsHUPZmuN1uzS+shDaY3o5h5zANi0GHW53uko5FwqI0WA2FKhSLxYLW1la0trYCABKJhDKfra+vg+d5RWh4vV64XK6C5jMWPBaJRII8FqdAwoJQDdlLIe82HJ9g5R1y1nd1Dg4OMDQ0BAC4d+8eM6FPx2FZ6BUiLB48eIBQKISmpiY88cQTmliwjEZjTqhBMplU8jPkhdnj8ShCAyCPRSHU07V66aG34qluN8yG0uZVEhalwfraVixWqxVWqxVtbW1KvpksNFZXVyEIglLYwuv1wul0nnmdWLiOsViM2bW/3JCwIEom394UskHHwqRxEpIkYWVlBVNTU+jq6sLCwkJVS/KVSq3nWGT3EhkYGEBHR0fex640FosFbW1tysIci8WUilMLCwvKvVpbW4PP5ysq2bzeqBcD+VF+ha/kY5GwKA2tlputJNn5Zu3t7cp8JieDLy8vQ5KknPyM7Ap6rGw+yqFQxOOQsCBKopDeFPJEIQiCpsuwnkQmk8HY2BgikQhu374Nr9eLhYUFZg1zgO0cC+DsXel0Oo1QKIREIoF79+7B6XRWcGSlwXEcHA4HHA4HOjs7IYoiNjY2MDs7i83NTUxPT8NsNuc06mNZ4JYDlp/rQoinBby2sgeg9PwKgIRFqdRLKFQhZM9ncmGLw8NDxaMhb5zIQkPu+6QFz/JZUPL26bBl3RGaQm4klm8HbVlYsGaMR6NRhEIh2O12BAIBmM1mxXBh7VyyYTnH4ixRFIlEEAwG4fF4EAgEmBOxx9HpdHA4HNDr9bhz5w54nsfe3h7C4TCWlpYwNjYGh8OhCA21K7QQ2uXV5T1kBAmtLjN6/aV7sUhYlAYLO+3VhuM4OJ1OOJ1OdHV1QRRFRWjs7u5ibm4OADAxMaHMaVos1R2Px0lYnALbKy5RFbJ7UwD5d9DmOA46nY6ZkrOSJGFhYQFzc3O4ePEienp6lPOUk9JZFhaycc6qMXFcWEiShKWlJczMzODSpUvo7u5m8rzOw2AwwO/3w+/3AzjyzshhU3KFluON+sjYqU1eyqoGpcazzupcoBUoFKpwdDqdUkGvu7sb8XgcL7/8MpxOp1Kq22AwKJsmXq9XE/0jKMfidEhYEAUhJ2jLBnWhk6her2fCGE+lUhgZGUEsFsPTTz8Nj8fz2GdYTn4GkBPTWu1JulCOeywymQxGR0ext7d36v3KFy1ei7PGZDKZ0NzcjObm5scSJ1dWViBJkhIy5fP5NLn7Vw7q4RxfnA8DAO73lR4GBbA5F2gJ8liUjizOent7ARxFRuzv7yMSiWBrawvT09MwmUw5zfqqkXMmNw0kHoeEBZEX+SZonwcLxvju7i6Gh4fh9XoRCARgNBpP/BwL53IW8v1jdTGUhcX+/j6CwSBsNhsCgUDN5hvkE7Z2UuLk4eEhwuGwEmYg7/7JYQYWi6UCo68srIb4FcLGXhILuwnoOOCZbo8qxyRhURqUY1E6x0vN6vV6RUQAyOkJtLa2hsnJSZjNZuUzhTYfLZZEIsFkmflKQMKCOJdCErTPQ8uhUKIoYnZ2FktLS7hy5Qo6OjrOPE/WhYUsJlg0wmSPxerqKiYmJnDhwgVcuHBBtUW9VoyD7Hjm7u5uiKKo5GfIi7LVas1p1HeakGaNWrmHpyFXg3qyzQW3VZ17RsKiNCgUqnTO2+jK7gkEQMk5y24+arPZckKnyrHZRFWhToeEBXEmhSZon4dWQ6ESiQRCoRB4ns+7ihDrwiLbY8Eackje9PQ0bt++reQb1CpqGXs6nS5n9y+TyShlIOfm5hCPx3MaW5XaQZcoHy8pZWbVCYMCSFiUCqveXy1RaNft4zln8pwWjUaV4hZ2uz0ndEqNzRMKhTodEhbEiWQnaMu7MGosOFr0WGxtbWF0dBTNzc0YGBjI25BiXViw6rGIxWIYGRmBJEkIBAI1GcpzEuW4T0ajEY2NjWhsbARwlFskN+obHx8Hz/Nwu91K2FR2vXktw9ozXSi8KOHlhYeJ2yrlVwAkLEqFQqFKp9Su28fntHQ6rWyezM/PIxaLweFw5AiNYioHUrnZ0yFhQTzGSQnaak2WWvJYCIKAqakprK+v4+rVq2htbS3o71nvA8Gix2Jzc1MRgclksm5ERaWMFbPZjNbWVrS2tkKSJMTjcUVoLC4uguO4nPwMLVRnqUdG1/dxkBLgshhwrVW9Hi0kLEqDPBalU6jH4jxMJhOampqUfIhUKqUIjZmZGSQSCTidzhyhkY+woVCo0yFhQSjIHS8zmYyywKi9yGhllz8WiyEYDEKn0yEQCBS186CVcykFVsSRKIqYnJzE+vo6nnzySdjtdmxsbFR7WBWl0veJ4zjY7XbY7XalUd/BwcFj1VlkkeHz+TSVOF/LBvKLc0feinu9Huh16p0nCYvSoByL0inVY3EeZrNZqaIHAMlkEpFIBNFoVCnX7XK5lPyM08JBqY/F6ZCwIAA8nqBdDlEBaCMUam1tDePj4+js7MTly5eLXghqQViw0CQvkUggGAwqoU82mw3xeFzz4641dDod3G433G43enp6IAiCsvMnJ03a7facRn3Vak5Y68/GSwvq51cAZBiXCoVClY7aHovzsFgsipcWQE657omJCaTTabjdbphMJqytreENb3gDzGZzRXIsfuu3fgsf+chH8MEPfhCf+MQnyvpdakLCglC8FPILXc6JsZqhUDzPY3x8HDs7O7h586YSg1kstSAstH4OOzs7GB4eRktLC65cuZKzc1TrxmM2WjRW9Hr9Y436otEowuEwZmZmkEwmlURwn88Hl8tFRqsK7CUyGF0/AHDUGE9NyGNRPHKzUXrGS6Pa4WRWqxVWqxVtbW05fYFefPFFfPjDH0YikcCTTz6JBw8eYHFxETzPl2UD5ZVXXsGnP/1pXL9+XfVjlxsSFnWMWr0pCqFaHgu514HFYsH9+/dVic3XulGeD1r1WEiShNnZWSwuLuLq1atoa2vL+X124nm9GEJavE/ZHI9llhdkubStKIpKeIHP54Pdbi/rvavV5+LlxShECbjQYEOLS90co3p6n9RGfj9JWJSGIAiaqUSX3Rfo3e9+N37oh34IwWAQf//3f4+hoSH84i/+Ij70oQ/hda97Hd70pjfhTW96E27evFny+A8PD/He974Xf/zHf4zf/M3fVOlsKgcJizpFzd4UhVBpj4UkSVheXsb09DR6e3vR19enaunOWhAWWjuHVCqFUCiEVCp1bulfMoS0y/Gdv1gspiSCz8/PK/Xo5aTJanTPZZGXHuZXqO2tAOh9KoXsYidE8VTbY3EWOp0Ot2/fxs2bN/Hxj38c3/3ud3F4eIjnn38ezz//PP7jf/yP0Ol0ePe7341Pf/rTRX/P+9//frzjHe/AW9/6VhIWhPbJTtCulJcim0p6LNLpNEZHR7G/v487d+4oDXXUQotGeaFoLXk7HA4jFArB5/Ph9u3bp7qYtbrwlAvWjT2O4+BwOOBwONDV1QVRFLG/v49wOIyNjQ1MTU3BYrHkCI1Sas1r6ZlWE0mS8OJ8GID6+RXy8Vl/1qqFvBbQ9SuNcidvq4Gc4+d0OnHx4kXcvHkTH/rQh8DzPIaGhrC1tVX0sf/iL/4Cr732Gl555RUVR1xZSFjUEdm9KYDKeSmy0el0yveXk0gkglAoBJfLhUAgUJZqNeSxUA9JkrCwsIC5uTn09/ejs7Mzr2dTy7tbalNLxrJOp4PH44HH4wFwlP8k52csLCxgdHRUKQHp8/mKatRXiwbewm4CWwdpmPQc7nS5VT8+CYvioVAodRAEQZUGduUkHo8DwGPlZg0GA55++umij7uysoIPfvCD+NrXvsZ0KXUSFnVCdoI2x3FVm/z0ej3S6XTZji9JEubn5zE/P49Lly6hu7u7bAtlLQgLLXgsMpkMRkZGsL+/j2eeeQZu9/kGEy3etYXBYEBDQwMaGhoAHIXDZVdmyWQycLlc8Pl88Pl8zDTqU5vQ2j4A4EaHC1aj+ru6JCyKR64IRdevNFjwWMRiMXAcp3r45quvvort7W3cvn1b+ZkgCPjWt76FT37yk0ilUpq/NgAJi5qnGgnaZ1HOUKhUKoXh4WEkEom8DdRSqAVhUe3k7b29PQSDQTgcjqI8S6xf/3ypN2PFbDajpaUFLS0tSmUWOT9jeXkZAODxeJTQKZvNlnONqi2Wy8XMdgwA0N9UnjKXJCyKh0rNqkOly80Wg9wcT+37/Za3vAUjIyM5P/uJn/gJXLlyBb/8y7/MhKgASFjUNNVK0D6LciVv7+zsYGRkBH6/H7du3apI/fxaEBbVOgdJkrCysoKpqSn09fWht7e3oGdT6wtPOahVY/k8siuzdHR0QJIkHBwcIBwOY2dnB7OzszAajUpuhtq5VFpiZudIWFxqKk9jLhIWxVNPYZnlhIXrKDfHU/tdcTqduHbtWs7P7HY7/H7/Yz/XMiQsahRBEKqWoH0WanssRFHEzMwMlpeXMTAwgPb29oqda6XyRcpJNTwWPM9jbGwM4XC45KR61oVdvmjl/dUCHMfB5XLB5XIpjfr29vYQiUSwurqKiYkJmM1mSJKEnZ0deL3eqjXqUxvZY3Gx0X7OJ4uDhEXxUA8LddBSudnToK7bZ1Mbsy2hkJ2gLU90Wloo1PRYxONxhEIhiKKIwcHBsnfBPE4teCwqnbx9eHiIoaEhmM1mBAIBmM3moo4jP9P1totPht/jyGVrfT4f+vr6kMlksLi4iM3NTczNzSGRSMDpdCphU263m0kDMBxLYzeWAUDCQotQKJQ6sOCxiMViZfFYnMQ3vvGNsn+H2pCwqCGyy8gC2gh9Oo5axvjm5iZGR0fR1taG/v7+quxwaCHxuVQqeQ7r6+sYGxtDd3c3Ll68WNLiUW/CQmvvsZYxGo1wuVzY29vDU089hWQyqTTqW19fB8/zOfkZDoeDies7u3NUiabDY4HNVJ75joRF8bBgELMAC8nb5LE4GxIWNUB2bwp5YdDq4lBqKJQgCJicnMTGxgauXbuGlpYWFUdXGLXgsajEOYiiiImJCWxubuLGjRtKZ+ZSqXbieTUgwy9/5OtksVjQ2tqK1tZWpVGfLDQWFhag0+ly8jO02qjvUX5FebwVAD1fpUChUOrAQvJ2LBZ7rNQs8QgSFoxzPEFby6ICKC0U6vDwEMFgEAaDAYFAoOo7BrUgLMptnMfjcQSDQXAch0AgoKrRVo/CgsiP056L7EZ9nZ2dEEVRSQTf2trC9PQ0zGazIjK8Xm9ZeuAUg5xfcalMYVAACYtSII+FOpDHgn1IWDBMdm8KLYY9nUQxHgtJkrC2toaJiQlVwmjUolaERbnOYXt7GyMjI2htbcWVK1dUv2f1JCxYeLdZRKfTwe12w+12o7e3FzzPY29vD+FwGEtLSxgbG4PD4VCEhsfjqZrRowiLMlWEAkhYlALlWKgDCx4LudwscTIkLBhE7k0hhz6xIiqAwj0WcgWh3d1d3Lp1S2mgpQVqQViUI8ciu1LXtWvX0NraqurxZVh55tWkXoRUtTAYDPD7/fD7/QCAdDqthE1NTU0hlUrB7XYrQsPpdFbECBIlCbMPjnIsyGOhTchjoQ4sXEcSFmdDwoIxtNibohAKMcb39vYQCoVgtVpx//79oisIlYtaEBZq7/onk0mEQiFkMpmyV+qqdEUrgi3UmBdNJhOam5vR3NwMADmN+lZXVyGKopKf4fV6y9I0CwDW95KIpwUY9Ry6fOXLASFhUTyUY1E6cr4ohUKxDQkLRmApQfss5FCosxYwSZKwtLSEmZmZopqnVYpaMGzVFEe7u7sIhUJoaGjAnTt3yt47oJzPhNaeN62NR+uUy7NjtVrR3t6O9vZ2SJKEw8NDhMNh7O7uYm5uDgaDISc/w2KxqPK9M9tH3ooLfhuM+vIZryQsioeFnXatk13RUsvEYjFNRU9oDRIWDJDdmwLQfoL2Wcg7EactYOl0GiMjIzg4OMBTTz0Fr9db6SHmTa14LEo9B0mSMD8/j/n5eVy5cgUdHR0VeT7LLey0aGRRKJR24DgOTqcTTqcT3d3dEEVRadS3traGyclJWK3WnPwMo9FY1Hc9yq8ob/iFFp95VqAci9KR53MWPBYUCnU6JCw0TnaCNsdxmlfy5yGP/6QErXA4jFAoBI/Hg/v37xe9CFeKWhAWpeZYpNNpDA8PIx6P4+7du3C5XCqO7mzKuYiTgcU+lb5/2WVrL1y4AJ7nEYlEEIlEMDc3h3g8/lijvnwNKLnUbLka48nQc1885LEonewQby1DoVBnQ8JCo8i5FGtra2hsbITBYKiJCV9eSLMNckmSMDc3h4WFBfT396Ozs5OJc60FYVFKjkU0GkUwGITL5cLg4GDFhWAthKLlCwvvg5bQgmfHYDCgsbERjY2NAIBUKqXkZ4yPj4PnebjdbkVoOJ3OU+/zbAV6WAAkLEqBrl3pyOJM69eRPBZnQ8JCg8iiIpVKYXh4GG9605s0/6Lli3we8s6EnOybTqcrvuNdKrUiLIop/7u8vIzp6WlcvHgRPT09VXk+a+WdKAQtGMxEcZjN5pxGffF4XKk4tbS0BACPNerjOA4ZQcTibgIAcLmMpWYBMo5LgTwWpcNCqVmAhMV5kLDQGHIZWVEUleTXWjImOI5TSs7KfQ6ampoqkuyrNuUo1VppCj0HnucxOjqKSCRS9RwY8lgQrMJxHOx2O+x2Ozo6OpRGfZFIBNvb25iZmYHJZILP50NEsoEXJTjNejQ7y1sZj4RF8VBVqNJhRZwlEgkSFmfAliVXw2QnaGf3ptDpdErSdq3AcRzm5uawvb2Nq1evoq2trdpDKopa8Vjkew4HBwcYGhpSyv9WuyNxPRpArAvZSsGagZzdqK+npweCICiN+r47vg4AaLGKmJ2dhdfrhcfjKctGDGvXTUuwYhRrGUEQNJ+4LXsbSVicDgkLDSAnaGeXWpMn90IbymmdeDyuLJqBQIDpl1MWFiwvxvl6LNbW1jA+Po6enh5cvHhRE+dbrs7bWjg3or7R6/Xw+Xzw+XwQlvUAVnCl1Q1BEDAzM4NkMgmXy6WETblcLlWMWpbnsmrDQv8FrcOKOIvFYmXt0cQ6JCyqSHZvitOSlvR6fcEx8FplY2MDY2Nj0Ov1GBgYYFpUAI8qV7C8GJ/nsRAEARMTE9ja2tJc5/NyCQv52FpCa+NhgVq5ZnKp2etdDbhy5ci7m0gklIpTIyMjEEURHo9HERrFNupjeS6rNqwYxVqGFXEWj8dhtZavUSXrkLCoEvl20K4FYcHzPCYnJ7G1tYXr169jenq6JkI65EWE5QXlLI9FLBZDMBiEXq/H/fv3VWv2pRblFBZapd7Olzi5IpTVaoXVakVbWxskSUIsFlMqTi0sLCilb+WKU/kaQSQsiodyLEqHpeRt8licDgmLKpDdm+K80mqsC4uDgwMEg0GYTCYEAgFYrVbMzc3VRHhXtrBgldOM883NTYyOjqK9vR39/f2anOzrUVgQ+VErz8VBksfGfgoAcLHx5IpQHMfB4XDA4XCgq6sLoihif38f4XAYGxsbmJqagsViyREap5WGJmFRPCxvMGkFFjwWPM8jnU4zH3FRTkhYVBBJkpSqT9kJ2mfBqrCQJAkrKyuYmppCT08P+vr6lEm3FpKegUehFiyfy/F7IYoipqensbq6imvXrqGlpaWKozubehIWZOzVJ7K3otlpgtuaX58YnU4Hj8cDj8cD4MgQikajijdjdHQUTqdTKW3r8Xig1+uVd4meteKgztulw4LH4vDwEADIY3EGJCwqhCiK4Hn+3NCn47AoLDKZDMbGxhCJRHD79m34/f6c3+t0OubO6SRqzWORTCYRDAYhCAIGBwc1vyNTT8JCpt7OtxRqwciT8ytK6bhtMBjQ0NCg5EelUiklP2NychLpdBput7uqpaNrAfJYlA4L1zCROOopQ8LidEhYlJnsBG3ZzVzIgseasIhGowiFQrDb7QgEAjCbH6+7XkuVrlj3vsjJ2w8ePEAoFEJzczMGBgY0744G6ktY1IKRXElq5bmYfuixuKxix22z2YyWlha0tLRAkiQlEXx3dxcA8E//9E85YVM2m42evzygMLLSYaHcbDweh8lkYq7vViWhK1NGsntTAChYVADsCAtJkrC4uIjZ2dlzuzHXiscCqA1hkUgkMDQ0hIGBAXR0dFR7SHlTT8JCpt7Ot96Z3YkDyE3cVhOO42Cz2WCz2dDc3IxvfetbePLJJ3FwcICdnR3Mzs7CYDAoIsPn8524WUSwsduudVi4hrFYjMT2OZCwKBPZCdpyo7tiYMEIT6VSGBkZQSwWw9NPP63E9p4GeSy0QTqdxvz8PNLpNAKBAJxOZ7WHVBD1KCyI/GF94ZckSQmFulRCKFQh3wcALpcLPp8P3d3dSs+hSCSC1dVVTExMwGazKULD6/XSzu1DqCpU6YiiqPnnSRYWxOlo+w4yiJygzfP8qb0pCkHrHovd3V0MDw/D6/UiEAicWm0kGxbEUr6wKiwikQiCwaCyW8maqAAK6xpeC7BuKBOFsX2Qxn6Sh54DehvKb8iclLyd3aivr68PmUwG0WgU4XAYc3NzSCQSSiK4z+eD2+2uW+Oahd12rSMIAkwmU7WHcSbxeJyExTmQsFCRfHtTFIJer0c6nVZjeKoiiiJmZ2extLSEK1euoKOjI+9zZdUYP4l8O1drheyQtcuXL8Nms2FiYqLawyqKejS0WXrWqkktXKeZh/kVXT4rzIbyG6z5VIUyGo1obGxEY2MjgKOCD5FIBOFwGGNjY+B5PqdRn8PhqJv3lKpClQ4L5WZlYUH3+nRIWKiEXEZWDS9FNlr0WCQSCYRCIfA8j3v37hW8263X65HJZMo0usrCkkjKZDIYHR3F3t6eErIWDoeZNcLqLRSKFrLCYP16KWFQZcqvOI1CrpvFYkFraytaW1shSRLi8bjSqG9xcVFp1CcLjVruVkwei9JhodxsLBbTfMXEakPCokSOJ2irKSoA7eUjbG1tYXR0tKTqQRQKVXn29/eV0KdAIKC4m1k2zlkeO0Gch9JxuwL5FcCjstnFrl8cx8Fut8Nut6OzsxOiKOLg4ADhcBhbW1uYnp6G2WzOqTil9bCXQqAci9JhQZxRKNT5kLAoATlBO3tCVnuXTCseC0EQMDU1hfX1dVy9ehWtra1FH0trYqkUtC4sJEnC6uoqJicnceHCBVy4cCHnGdX6+M+inMJCq6JFi2PSIrVwnWa2y1sR6jhql0vV6XRwu91wu93o7e2FIAhKfsbS0hLGxsbgcDhy8jO0nrh7FiwYxVqHlXKz5LE4G3bf4iqS3ZtC7dCn42hBWMRiMQSDQeh0OgQCgZLVOnksKoMgCBgbG8ODBw9ObFQIaNeAzgeWx14MrIf2EPnDixLmHqjfw+Isyt2HQa/Xw+/3K/NQOp1WGvVNTU0hlUopFal8Ph+cTidThjrlWJQOC+KMhMX5kLAoAlEUlYTqcooKoPrCYm1tDePj4+js7MTly5dVeenJY1F+Dg8PEQwGYTQaEQgEYLFYTvwcy5WV6k1YALWxE18pWDbylsMJpAUJVqMO7Z6T3121qXSDN5PJhObmZjQ3NwM4yt2T8zNWV1chiiI8Ho8SNmW32zV9TykUqnRYSt4mToeERRHIYqISk1y1hAXP8xgfH8fOzg5u3rypVAFRA60a48WgRcN8Y2MDo6Oj6OrqwqVLl85c7FirapVNPQoLIj9Yfy7kilB9DXboKmRMV7tztNVqRXt7O9rb2yFJEg4PD5WO4HNzczAYDDmJ4KdtllQDSZJIWKgAJW/XBiQsiqRSE3A1hIWc6GuxWHD//n3VJ3AKhSoPoihicnIS6+vruHHjBpqams79Gy0Ko3ypN2Gh5d1aQl1mlYpQldsZrbawyIbjODidTjidTnR1dUEURaVR3/r6OqampmC1WhWh4fV68+qhVC5KTXwnjmDFY+Hz+ao9DE1DwqIIKjl5VFJYSJKE5eVlTE9Po7e3F319fWU5VwqFUp9EIoFgMAhJkgrKg5F3h7RkVORLvQkLgP2d+ErC2vOcjeyx0HKp2UqSXbb2woUL4Hleyc9YWFjA6OgonE6nEjbldrsraqDKa4DWd9u1Dgsei0QiQR6LcyBhoXEqJSzS6bTS4+DOnTtlVeTksVCXnZ0dDA8Po6WlBVeuXCloQZUNCRIWRC3B+nOh9LCoUKlZgK05wGAw5DTqS6VSSqO+iYkJZDIZuN1uJWzK6XSW9dzk503rRrGWkYviaP0aUvL2+ZCwKJJKGTXy7n45J/1IJIJQKASn04n79++XvbY4eSzUIbv7+dWrV9HW1lbwMeRJnIUJ/Tgsh3EVAytGH1Ea8bSAlUgSAHCxgsKC5apGZrMZLS0taGlpURr1yUJjeXkZAB5r1KfmuVIoVOnI11DroVCUY3E+JCw0jvySCYKgeo1vSZIwPz+P+fl5XLp0Cd3d3RWZGLWwy68W1TqXVCqFUCiEVCqFwcFBOByOoo6T7bFgjXr0WNTb+dYjE5uHkAA0OU1ocFSugRxLHouzyG7U19HRAVEUcXh4iHA4jJ2dHczMzMBkMilhU16vF2azuaTvlEVZLVy/asFKOBl5LM6HhIXGKZewSKVSGB4eRiKRwDPPPAO3263asc+j1kKhKn0u4XAYoVAIPp8Pt2/fLum5yPZYsEY9CgsiP1g2ksc2DgAAV1udFf1elq/ZWeh0OrhcLrhcLvT09EAQBOzt7SEcDmNlZQXj4+Ow2+2KN8Pj8RQ8p1JFqNJhxWNB5WbPh4RFkVTKqJF3QdQ0Xh88eIDh4WH4/X7cunWr4t1OKxHeVSl0Oh0ymUxFvkuSJCwsLGBubg79/f3o7Ows+fqRx+J0tPZ8amksRPkYfSgsrpGwKAt6vV5pwgcAmUxGSQSfmZlBMpmEy+VShIbL5TpXNLAYSqo1BEHQvNdHDrMrNkKgXiBhoXE4jlNtV1wURczMzGB5eRkDAwNob2+vykucvUuu9d2J86hUKFQmk8Hw8DAODw9V9TDJEzl5LNig3s63HhnfOAQAXG2trPFSL8LiOEajEU1NTUp57kQioQiNkZERpVGfHDblcDgeu04s56doBVbsAQqFOh8SFgxgMBhKNvzi8ThCoRBEUSwpJl8N5MmDlYnkLCohLPb29hAMBuFwOBAIBFSv186qgc7quIuFDJfCYPF67Sd5LIUTACofCgWwec3Uxmq1wmq1oq2tDZIkIRaLKR3BFxYWlNK3co6G1Wolj4UKsFBqFiBhkQ8kLBhAp9OB5/mi/35zcxOjo6Noa2tDf39/1Y15efIQBKGqTY3UoJzCQpIkrKysYGpqCn19fejt7S3Lwk8eC3aot/MtFlav0/jDMKh2jwUeW2Xnxnr1WJwFx3FwOBxwOBxKo779/X1EIhFsbGxgamoKFosFNpsNoiginU6XvapircKCOJNDoUhYnA0JiyKpdJO8Ygw/QRAwOTmJjY0NXLt2DS0tLWUYXeHodDpmjdnjlOs8eJ7H2NgYwuFwRfqKsGiI1aOwIGqbauVXABTOkw86nQ4ejwcejwe9vb3geR7RaBTr6+vIZDJ44YUX4HA4FG+Gx+Op+kYeK7AQwZBMJiGKIuVYnAMJCwYopkne4eEhgsEg9Hp9QZ2YK0WtlJwtx3kcHh5iaGgIZrMZgUCg5FKI58Gqgc7quIul3s63VFg0ksfWj/IrrrVV3nAhj0XhGAwGNDQ0QBRFpFIp3LhxQwmbmpycRDqdhtvtVoSG0+nU/K58tWAhFCoejwOA5uwprUHCggEKERaSJGFtbQ0TExPo6urCpUuXNPmy1krJWbWFxfr6OsbGxtDd3Y1Lly5RX5EzIEObOA1Wn4tqlZoFSFiUglxu1mQy5TTqkxPB5UZ9kiTlNOqz2Wx0zR/CgsciFosBIGFxHiQsiqTSoVD5GOFy+Mzu7i5u3bqFhoaGCoyuOGql+7ZaRrkctra5uYmbN2+isbFRhdHlB6thaSQsiFpiN5bGxn4KHICBFvJYsMRJYWQcx8Fms8Fms6G9vR2SJOHg4ACRSAQPHjzA3NwcDAaD4s3w+Xxl905rGVY8FjabTfPjrDYkLBggH2Gxt7eHUCgEq9WK+/fva36CIo/FI+LxOILBIDiOQyAQgNVqVWl0+cGqgV6ucWvVuGL1PlULrd7H0xh7WGa2x2+Fw1ydpZm1a6YV8kk85jhOadTX3d0NQRCwv7+PcDisRBnYbLacjuCV7jFVTVjxWJCX6Xzq56llmLOEhSRJWFpawszMTFkrB6kNeSyO2N7exvDwMNra2nDlypWq7IRQ8nYuqVQKY2Nj0Ov18Pv98Hq9zFcvI7TP2PrDxO22yodBAeSxKIViOm/r9XpFQABHvYqi0SjC4TDm5uaQSCTgdDoVb4bb7a7pnXKWPBbE2ZCwYIDThEU6ncbIyAgODg7w1FNPKRMUC7Aa13+cYs8ju1nhtWvX0NraWobR5Qer96IcwiISiSAYDCrVXBYWFjA6OgqXy6V0682nE285IKMvf1gUytXMrwBIWJSCGqVSjUYjGhsblTDYZDKpNOobGxsDz/NKoz6fz3dioz6WYaHcrFxqtpauezkgYVEk1c6xCIfDCIVC8Hg8uH//PnM7qrUUClWoEZNMJhEKhZDJZKrerBBgN8RGzXFn9wy5fPkyWltblYUulUohHA4jHA4rnXjlxd3n88FqtVZsPmDxPlULlhZ/SZKUUrMkLNijHKV6LRYLWltb0draqvRPkCtOLS4uKqVvsxv1sXz/WAiFIo9FfpCwYAC9Xo90Og3gaPKfm5vDwsIC+vv70dnZyeRkUq+hULu7uwiFQmhoaMBTTz2liYm03pO3BUHA+Pg4dnZ2lJ4hmUxG+b3ZbM5Z4A8PDxEOh7Gzs4OZmRmYzWZFZFDYFFEMWwcp7MYy0HPAlebqNN+iPhbFU+7ddo7jYLfbYbfb0dnZCVEUcXBwgHA4jK2tLUxPT8NsNud0BGetUZ8gCJpYD89CzrEgzoaEBQPIHgt5pzudTuPu3btwuVzVHlrR1JLHIh+jXJIkzM/PY35+HgMDA2hvb9fMIl7PORaJRAJDQ0NK4rzFYlGOfdp3Op1OOJ1OJQFTjoteWFjA2NgYnE4nfD4f/H6/qnXrtfK8sABru+9y/4qLjXZYjNUxrli7ZlqimByLUtDpdHC73XC73ejt7VXmoUgkgqWlJYyNjcHhcCg5HB6PR/OJ4KIoal4MkcciP7T9pGmYSodCxeNxvPjii2hqasKdO3c0P0mcRz15LNLpNIaHhxGPxzUpCOvVY7G7u4tgMIiWlhYMDAwUZRjICd5+vx/AUZibHDa1uroKSZIUb4YcNlUKLApA4nyUjttVStwGSFiUQrW9PcfnoXQ6reRnTE9PI5VKKXliXq+3anliZ8FC8nYsFoPdXh2PIkuwbZ3WAaIoYmtrC/v7+7h+/Tra2tqqPSRVqCWPhSRJpy7K0WgUwWAQbrcbg4ODmgyTqTePhSRJWFxcxOzsLAYGBtDR0XHiZ4rBYrGgra0NbW1tSt367HAFi8WSEzZVyAYBGX2FwdL1khO3n2itfr4VUThayw8wmUxobm5Gc3MzAOQ06ltdXYUoijn5GVpISNbaNTwJOXmbOBsSFhpG7m+QyWTgcDhqRlQAteWxAB6fFLPLAF+6dAnd3d1Vn7hPo548FjzPY3R0FNFoFM888wzcbneZRpdbt76npwc8zz9WTvJ4tanznhEWBSBxNpIkKT0srlUpcVseh1bnKK1T6VCoQrFarbBarcqGx+HhISKRCHZ3d5VGfdkdweWQ0ErCgscikUiQsMgDEhYaZWNjA2NjY2hvb4fX68Xs7Gy1h6QqrJY4Pc5JwkI2XiORCBNlgOvFYxGLxTA0NASTyYRAIFDxeF6DwYCGhgY0NDQAyN1FXFlZAYDHqk0RxcHS87waTWI/ycOo53CpqXpGCwmL4ql2KFQhZOeJdXV1QRRF7O3tIRKJYGNjA1NTU4pnVRYblfC0s1BuNhaLaX491wIkLIqkXJOIIAiYmJjA1tYWrl+/jqamJuzu7taEEZ6NTqdTKl2xTLawAICDgwMMDQ0pHdC1nowG1Ee5WbkRYUdHBy5fvqyJBez4LuLBwQF2d3exubmJ6elpWK1WRWR4PB5mDBetwMr1Gn3YGO9KswNGffWeSxIWxcOCUXwaOp0up1FftmdV7uNzvFFfOUKWWAiFSiQSJ4bOErmQsCgBtQ2yg4MDhEIhGI1GBAIBZcfyrM7brFIroVDyQiyKIlZXVzExMYHe3l709fUxs0jXciiUJEmYnZ3F4uJi1RsRnkV22FRvby94nle8GTMzM0gmk9DpdNja2oLZbIbT6WTm+SLORg6Dqlb/Chmth/NomVq6dsc9q6lUSpmLJiYmkMlk4Ha7FaGh1lzEQihULBYjT3IekLDQAJIkYXV1FZOTk+jp6UFfX1/OC1aLwqJWkrflCXVychLhcBi3bt1SJmRWqNVQqEwmg+HhYcRiMdy7dw9OZ3UNt0IwGAw5XXgTiQRee+01JJNJBINBAMipNlWNmGgtw9Lz/KgxXnUTt8ljUTwseyzOw2w2o6WlBS0tLUqjPrni1PLyMgDk5GcU26iPBY9FPB6vekNbFiBhUWUymQzGxsYQiURw+/ZtpVxcNrKwqKWJv1Y8FrFYDMDRhHP//n0mDbxa9FjIIWl2u12z1bgKwWq1wmw2o6urCw0NDUq1KTkm+njYFOvlqOsFQZQwroFSswBbeQJao16uXXajvo6OjpzKdzs7O5idnYXRaMxp1Gc2m/M6NgseC+pjkR+0+lSRaDSKUCgEu92OQCBw6guo1+vPLGnKIrWQvL25uYnR0VHodDo88cQTTIoKoPY8FhsbGxgdHUVPTw8uXrxY1Duj1fdMDrnIbo6VyWSUmGi5Zr3b7Vaa9DkcDs2eTzlh4ZwXd+NIZERYjTr0+qtvsLBwzbRILXsszuJ45TtBELC3t6cUpBgfH4fdbleExlmbHix4LGKxGHks8oCERQmoUUf/4sWL6OnpOXNCl182FhR9vrAcCiWKIqamprC2toZr165hYmKi2kMqiVrxWIiiiOnpaayuruLGjRtoamqq4ugqh9FozAmbisfjSpO+paUl6HS6nLCpfHcQWYYVoSyHQQ20OKDXVdeor6WNq0pTSzkWpaDX65V5BjiKyJDDpuRcMZfLpYROud1uZWOLBXGWSCTIY5EHJCwqTCqVwsjICGKxGJ5++ml4PJ5z/yZbWLAe0iHDaihUIpFAKBSCIAgYHByE3W7H1NQUk+ciw6rIyxYWqVQKoVAI6XRauS+1Rr4bGTabDTabDR0dHRBFEfv7+wiHw1hbW8PExATsdntO2JTWdwlrGa0kbgMkLEqhXkKhCsVoNKKpqUnZ5EkmkwiHw4hEIlhbW4MgCPB4PPB6vZoXZ3J+CXkszoeERQXZ3d3F8PAwvF4vAoFA3iKB4zhmjb/TYPF8dnZ2MDw8jObmZgwMDCgGGethXayXm93b28PQ0BA8Hg9u376tSn5BrRgJOp0OHo8HHo8HFy5cUHYQw+EwpqamkEqllA68Pp+vpsKmWDiPsXVt5FcAJCxKgYXddi1gsVjQ1tamlNiOxWJKoz4A+M53vpOTn6G1CkyUY5EfJCxKIN9JWBRFzM3NYXFxEVeuXEFHR0fBE3itVYZiyWORXbL0iSeeQHt7e87vWc1RkGFVGMkhXN/5znfyCilkHTXOLXsHUZIkJBIJJWxqcXGxZsKmWHgfM4KIya3qd9yWIWFRPFrfbdciHMfB4XDA4XCgqakJL774Iq5du4ZoNKoUpTCbzTmN+qrdFyoej9ekN1xtSFiUmUQigeHhYWQymZJKXtaasGDFmE2lUhgeHkYikTj1/rFyLqfBYo6FKIqYmZkBgFOrqdUiahrMHMc9FjYlJ17KPVkobKp8zO7EkRYkOC0GdHqrX/iBhEXxkMeiNORQMllAyL18otEoIpEIlpaWMDY2BofDoQiNSs9HgiAgmUySsMgDEhZlZGtrC6Ojo4+FzhRDrQkLFs4nEokgGAzC6/Xi1q1bp4bY1IKwYGGHVyaZTGJoaEi55nKiIFEa2R14+/r6kMlkFG/G5OQkMplMTtiU3W4nQ7QE5I7bV1u1EX5GwqJ4KMeiNE4qTHO8UV86nX4sjPN4o75yiju5tDzlWJwPCYsyIIoiJicnsb6+jqtXr6rS7ZcFQ7wQtGyMZ1ftunz5Mrq6us5cNLR8LvnAUihXOBxGMBhEY2Mj+vr68K1vfassBpFc3llLVNpwMRqNaG5uRnNzs5K4KAuN+fl5GAyGnLCpaocpZMOCkTymNMarfhgUwMY10yoUClUa+ZSaNZlMOfNRIpFQhMbKygokScpp1Gez2VR9nuPxOACQxyIPSFiUwEkPbSwWQygUAsdxCAQCqiX6sJjsfBayMa61xSyTyWBkZAT7+/t5V+1iXViwEAolSRKWlpYwMzOD/v5+dHZ2IpPJKL+rF6p1rtmNsTo7O3PCpuR69XKYgs/ng9vtprCpc5CFhRbyKwASFqVAoVClUWgp/ewwzvb2dkiShMPDQ4TDYezu7mJubk7Z+JDFRql9phKJBAwGA7N5Z5WEhIWKrK2tYXx8HJ2dnbh8+bKqE02teSxko0NLTXH29/cxNDQEh8OBQCCQ9w4s68JC6x4LQRAwOjqKcDiMp556Cl6vF8AjYa/lsdcqx8Om0um04s0YHx8Hz/MUNnUGyYyA2Z2jHdCrrdoIrSBhUTwUClUapdoBHMfB6XTC6XSiu7sbgiA8VmbbZrPlNOortHR/LBZT3QtSq5CwUAGe5zE+Po6dnR3cvHlTaVSlJrUmLGTRJQhC1YWFJElYXV3F5OQkLly4gAsXLhQ0ebCw438WWh5/PB7H0NAQDAbDY93p601YaDkXxmQyoaWlBS0tLUoZyWqHTWnZAJjajoEXJfjsRrS4tLEDSsKiOOS5kzwWxaO2x0ev1ysbH8BRJIKcCD43N4dEIgGn06kIDZfLda4dEovFKAwqT0hYlADHcdjf30coFILZbMb9+/dLdredRq0Ki2obtLIofPDgQdHVhchjUR7kviFtbW3o7+9/bOGpN2HBCtllJLu6uiAIghI2tby8jPHxcTidzpywKbWNMq0/E0r/ilanZox5EhbFIT9rJCyKp9BQqEIxGo1obGxUNn1TqZTSqG9sbAw8z8PtdiuhU07n4+9lPB7XXF8NrULCogR2dnbwyiuvoLe3F319fWWdlFnq+5APOp2u6jvlh4eHCAaDMBqNCAQCRYtC1oWF1nbCJUnC/Pw85ufncfXqVbS1tZ34uXoTFqwafXq9XhERAHLCpsbGxpTuu/Jn6iHc4FHitjbCoAASFsUiz/107Yqn0iHRZrMZra2taG1tzSlMEYlEsLi4qJS+3dnZUap6lisU6uMf/zi++MUvYnJyElarFYFAAP/lv/wX9Pf3q/o9lYSERQl4vd6cmO9yUmseC6C6CekbGxsYHR1FV1cXLl26VNJuCevCQkvj53kew8PDODg4wN27d+FyuU79bL0JC6A2zvW0sCk56dJoNOaETRUaCy2jVUNPkiS8urwHAHiy7fTnu9KQsCgOCoUqnXJ7LM7ipMIUBwcHiEQi+OQnP4m/+qu/gs/nQ0dHB+LxOLa2ttDc3Kza93/zm9/E+9//fjz99NPgeR4f/ehH8fa3vx3j4+PMhl6RsCgBg8FQEVEBHAkLuQpOrVANL4xcCnhjYwM3btxAU1NTycfUkmFeDFrxWBweHmJoaAgWiwWDg4N5x+GXY+xkYFWGs8KmFhcXMTY2VlTYlBae59NYiSSxtpeCQcfhTpe72sNRIGFRHPKzRteueLRUxEWn08HtdsPtduPTn/40fud3fgfPPfccPv3pT2N7exttbW24du0a3vKWt+Ctb30rXv/615fU2+KrX/1qzv9/9rOfRVNTE1599VW8/vWvL/V0qgIJixKo5ESi1+uRTCYr9n2VoNIei3g8jlAoBEmSMDg4qGopYJ7nVTlWNah2SBoAbG5uYmRkBN3d3bh06VJe7xbHcZoRRZWgHgyX7LCpixcvKrHQ4XAYo6OjEEVRSbj0+XywWq3MXZdvL0QAADc7XLCZtGFMASQsikVOPKZrVzzV9Fich8vlwjvf+U5sbGzA7/fjM5/5DJ5//nk899xz+Pmf/3ksLS3h3r17+MQnPoE7d+6U/H17e0feTJYbv5KwYIRaDIWqpMdie3sbIyMjaG1txZUrV1SdxLSa/Jwv1Ry/JEmYnp7GysoKrl+/XrCLuZ6EBaDtnfhycDwWWq5Vv7Ozg5mZGZjNZkVkeL3enLAprRp6L80fCYvAhcp4u/OFhEVxUKnZ0tGSx+I04vE47HY7Ghoa8K53vQvvete7AACLi4v4+te/rkp4lCiK+IVf+AXcv38f165dK/l41YKEBSPUorCoRAiRKIqYnZ3F0tLSmYnApVALoVDVGH86nUYoFEIymcS9e/eKcieXS1ho0VDQ4pgqyUm16qPRKMLhMBYWFjA6OgqXywWfz4dMJqNJEcaLEr6zFAUADPaSsKgFqOt26bDQYDAej58Y5dDT04Of+qmfUuU73v/+92N0dBQvvPCCKserFiQsSqDSoVC1KCzKeU6pVAqhUAjpdBqDg4MlxUGeBevCohoeC7kZodPpxODgIAyG4qaievNYEI/Q6/Xw+/1KiejssKm9vT3s7+8jGo3mVJuqNqPrBzhMCXBZDBho0U5FKICERbGwYBRrHUEQil4DKoVcFapcfOADH8CXvvQlfOtb30JHR0fZvqcSaPtOEgq1KCzKGQoVDocRCoXg8/lw+/btsk5arAuLShvncof6YpoRHqecY9eikUUi6nSyw6Z4nofdbofBYMD29rYSNuX3+4vuvKsGcn7F3R4P9DptPV8kLIqDQqFKh5VQqJaWFtWPK0kSfu7nfg7/63/9L3zjG99Ab2+v6t9RaUhYlEiljLJaFBbl8FhIkoSFhQXMzc2hv78fnZ2dZZ/0WRcWlRp/dkUutTrU15PHgoyX/OE4DhaLBR0dHejp6QHP80rYlNx5Vw6b8vl8cDqdFdl1/rZG8ysAEhbFQh6L0tFy8rZMPB4vS9TD+9//fnzuc5/D//k//wdOpxObm5sAALfbzWxDPhIWjFCLwkJtj0U6ncbIyAgODw/xzDPPwO2uTClH1oVFJXIsUqkUgsEgeJ5XtSJXPQkLgDwW+XL8OhkMBjQ0NKChoQEAkEwmlbCplZUVAHis2pTaHKZ4DK/tA9BefgVAwqJYKMeidFjxWJQjFOqP/uiPAABvfOMbc37+mc98Bu973/tU/75KQMKCEarZTK5cqHlOe3t7GBoagsvlQiAQqGiYgxbKtZZCuY3zSCSCYDAIn8+Ha9euqbqA1JuwINTBYrGgra0NbW1tkCQJBwcHCIfD2NrawvT0NCwWS061KTVCKV9Z2oMgAV1eC9o9FhXOQl1IWBQHhUKVDisei3I0rKvF9YuERYlQKFTxqOGxkCQJKysrmJqawsWLF9HT01PxSZ51j4U8oattWGTfm8uXL6Orq0v1e1NPwqKezlUN8n3WOI6Dy+WCy+U6N2zK7/fD6XQW9RzL+RWDGgyDAkhYFAuFQpUOKx4LVjthVxoSFowgG+G1NPmXapDzPI/R0VFEIhHcuXOnag1lakVYqDm5C4KA8fFx7OzslPXekLFNnEQpz8TxsKlEIvFY2FS2NyPfsCk5v0KLYVAACYtioVCo0mFBnJUrFKoWIWHBCLLBx0JZtnwpJRTq4OAAwWAQZrMZgUAAZrNZ5dHlD+vCQjYm1DLQE4kEhoaGwHEcAoEALJbyhX2QsCDKjdVqRXt7O9rb2yFJEvb39xEOh7GxsYGpqSlYrVZFaHg8nhPn5429JBbDCeg54JluT+VP4hwkSSJhUSQsGMVaR+uhUJIklS15uxapDQu1DpCFBcsG7HH0ej14ni/47+RypT09Pbh48WLVF8NaERZqnMPu7i6CwSBaWlowMDBQ9sWinoRFPZ2rGpRjXuA4Dm63G263G729veB5HpFIBOFwGDMzM0gmk3C73TnVpjiOU8KgrrW54LRod9mt9lzKIpRjUToshELFYjEKhcoT7c5wjFCpCUU20Gopz6JQj4UgCJiYmMDW1pZq5UrVoBoN5tQkO8eiWCRJwuLiImZnZzEwMFCxBj9kbBMnUalnwmAwoLGxUZmLssOmlpaWoNPp4PV68fWxNAAgcMFTkXEViny9yEAuHAqFKh2teywACoUqBBIWjMBxXM0lcBeSvB2PxxEMBpXwGi3Vd653j4Wc6xKNRita5hcgYUFoi+ywKVEUcXBwgJ0HD/DaWhgA4IqvY3o6reRnaGWXloRF8VAoVOlo3WNBoVCFQcKCIWpNWORrkG9tbWFkZATt7e3o7+/X3CReC8KiWAM9FothaGgIJpMJgUAAJpOpDCM8nXoSFvV0rrWATqeD2+3GalyHw8wa7CY93nyzD/vRCKanp5FKpeDxeJSwKYfDUTXDnoRF8VAoVGnIRWm0tq5nk8lkIAgCCYs8IWFRIpWcUGpRWJx1PqIoYnp6Gqurq7h27RpaWloqOLr8kYUFy8mPxfTi2N7exvDwMDo6OnD58uWqLQxkbBPH0dK7KOdXPNPjQVtLM9pamiFJUk7Y1OLiInQ6nSIyfD5fRQtSkLAoHvJYlIa87mjZYxGLxQCAcizyhIQFQ9SasDgrFCqZTCIUCiGTyWBwcFDTL3S5+kBUkkLyRCRJwuzsLBYXF3Ht2jW0traWeXSnw3p+SyGw+mzVOyeVmeU4DjabDTabDR0dHRBFUak2tba2homJCdjt9pxqU+U0vEhYFI/Wd9u1jmwDaPkaysKCcizyg4QFQ9SasDjNY7G7u4tQKITGxkY88cQTmt7JAHL7QGh5cjyLfMNsMpkMhoeHEYvFcO/ePTidzgqM7mzqRVgA9XWutUAiI2BodR8AMNjrOfVzOp0OHo8HHo8HFy5cQCaTQSQSwe7uLiYnJ5HJZHKqTakdNkXConi0nh+gdQRBUMJxtUo8HofFYqH7nCckLBii1oTFcY+FJEmYm5vDwsJCRSsLlYqa5VqrRT55IgcHBxgaGoLdbsfg4CCMRmOFRnc65LEgTkML1+vV5T1kBAmtLjO6ffkXnDAajWhqakJTU5OSOJodNqXX6+H1elULm6qXd6gciKKoibmQVeQNOS28r6cRi8Vgs9k0PUYtQcKiRCjHoniyPRbpdBrDw8OIx+O4e/cuXC5XlUeXP9keC1Y5z2OxsbGB0dFRzfQOyaaejKJ6OtdS0Mp1kvMrAhe8Rb8zHMfBbrfDbrejs7MToihib28P4XAYq6urmJiYgMPhUESG2+0ueGdVDuPU0nvNChQKVRoslJqVhQWRHyQsGKLWhIXssYhGowgGg3C73ZrZCS+EWhEWJ40/O4H+xo0baGpqqsLoTqeePBYEe7z0ML/iXlZ+RanIvTG8Xi/6+vqQTqeVJn0TExPIZDI51absdvu5goHl/LBqw3IIrBZgIZQsHo/n9R4RR5CwYIhCG8ppHY7jwPM8XnnlFVy6dAnd3d3Mvrisl5w9yUBPpVIIhUJIp9OaTqCvF2HB6rtRLap9vXYOUpjdiYMDcK/HU7bvMZlMaG5uRnNz82NhU/Pz8zAYDDnVpk4qCU3Conio3GxpsOCxSCQS5LEoABIWJVLJCcVgMNSMsOB5HlNTUxBFEXfv3oXXq96OXjVgXVgc91js7e1haGgIHo8Ht2/fhsGgzami3jwW9XSupaCF6/TyYhQA8ESrAx5bZbywZ4VNraysYHx8PCdsyuPxKO8QGcfFQaFQpcGCxyIWi2l2Y02LaNNaIE6kVjwWchKwnHDo8XiqOyAVYN3AzR6/HLd98eJF9PT0aN7gYPm6E7XLSyeUma00J4VNyd6M8fFx8DwPr9er7MaSwCgcCoUqDRY8FvF4nDwWBUDCgiH0ej14nq/2MEpCNlp7e3vR2dmJ559/HoIgaHZHPF9qwWMhCALGxsawubmJ27dvw+/3V3tY51JP3ajJ4CuMal4vSZLw8kIUQHWFxXFMJhNaWlrQ0tICSZIQi8UQDoexvb0Nnufx0ksvKd4Mr9d7YtgUkQuFQpUGC8KMkrcLg21rrs5gWVgIgoDx8XHs7Ozg1q1baGhoULwvLBvkMqwLCwCYnZ2FwWBAIBCA1Zp/acxqUk/CAiDvDCvM7MTxIJaG1ajDzQ5tVrjjOA4OhwMOhwNutxvDw8MYGBhAOBzG0tISxsbG4HQ6c6pNad0ArAYsGMZahoVQKDl5m8gPEhYlUulysywar7FYDMFgEHq9HoFAABaLBUBtVFOSYVlYhMNh7O/vw+124+mnn9b8JJ9NvQkLIj+q/UzIZWbvdLlhMmjf6JTzBGQRARwVb5CrTY2NjUEQhJxqU1TX/wjKsSgNFkKhKMeiMEhYqECljBsWy81ubm5idHQUHR0duHz5cs4EItdNZ+2cToJFYSFJEpaWljAzMwObzYa2tjamRAVQ3ndPa0YTiajCqOb9+7YG8isK4aTcCrPZfGLY1IMHDzA3Nwej0Qifzwe/3w+v18tcmXC1oFCo0mDFY8FSb61qQ8KCIVgSFqIoYmpqCmtra3jyySfR3Nx84udY9cIchzVhIQgCRkdHEQ6H8dRTT2F+fr7aQyqKchrb8nG1ZDSQsNA+KV7Eq8t7ANgSFmftGmeHTXV1dUEQBESjUYTDYSwsLGB0dBQul0vxZrhcLs3vQqsFhUKVBgsei0QigZaWlmoPgxlIWDAEK8IikUggGAxCkiQEAoEzk55qpdIVS8IiHo9jaGhIyacwm82nNsjTOqxX4yoELQkcrVPNZyK4uockL6LRYcLFRjYSPgutBqXX6+H3+5UCD6lUSqk2NTIyAlEU4fV6FaFhtVpr9vmlUKjSYMVjQaFQ+UPCgiFYEBY7OzsYHh5Gc3MzBgYGzp0wasVjwYphLt+ftrY29Pf3KwsiywY6q+MmapNvK9WgPMwY06WWmTWbzWhtbUVrayskScLh4SHC4TB2dnYwMzMDs9mcU22qlsKmyGNRGixUhSRhURjavpuMQDkWRwvT7OwsFhcX8cQTT6C9vT2vvyOPRWWQJAnz8/OYn5/H1atX0dbWlvN7VoTRceot76CezrVUqmXUy/0r7jESBgWo+1xxHAen0wmn04nu7u7Hwqayq035/X44nU6mDXPKsSgNFoQZ9bEoDBIWDKFVYZFKpTA8PIxkMol79+7B6XTm/be14rHQsrDgeR7Dw8M4ODjA3bt3T0xCY9VjwaogKgYyXrTPg8M0JjcPAbCTXwGUtzHe8bCpZDKphE2tra1BFEXFmyGHTbEEhUKVBiuhUA6Ho9rDYAYSFgyhRWERiUQQDAbh9Xpx69atgl2aWjbIC0Gr53F4eIihoSFYLBYMDg6e2vCKVQO93oxtFsVfNajWdfrq+A4kANfbnWhwsNNcrpIdty0WC9ra2tDW1gZJknBwcIBwOIytrS1MT0/DYrHkhE1pOUxGkiQmdty1DAvJ29QgrzC0+8YyRKUmZL1er5mJTJIkLC4uYnZ2FpcvX0ZXV1dR14FCocrH5uYmRkZG0N3djUuXLp15f8hj8fhxCbapxj38ytg2AOAdV5sq/t2lUElhkQ3HcXC5XHC5XOjp6QHP80rY1NzcHBKJRE61Ka2FTWmxchxraN1jIUkSeSwKhIQFQ8gvX7UVfiaTwcjICPb39/H000/D4/EUfSwKhVIfSZIwPT2NlZUVXL9+/dRSv9mQx6Kyxy6GessnYY2lcAIj6wfQc8D3PtFY7eEURLWExXEMBgMaGhrQ0NAA4KjCoNykb2VlBQAeqzZVTeQ5U0tihzWqbc/kQyKRoOTtAiBhwRDyyycIQtWqauzt7SEYDMLhcCAQCJwaWpMv5LFQl3Q6jVAopOS75LvLwrKwYHHcRHmphgCTvRX3er3w29kJgwK0IyyOY7VaYbVac8Kmdnd3sbm5qYmwKfk507phrGW0EIFxHlQVqjBIWDCETqerWqdqSZKwurqKyclJ9PX1obe3V5WFqJY8FtUWSPv7+xgaGoLT6cTg4GBBi6wWxl8MWjSGiPpDkiR8ZfRhGNQ1tsKgADYSkLPDpnp7e8HzvOLNmJ2dRTKZhMvlgt/vV8Kmyj0/yGsXzUPFIwiCpkOhRFGkqlAFQsJCBSo5qVTDEOd5HuPj43jw4AFu376tVPdQA63s9JeKTqdDJpOp2vevra1hfHwcFy5cwIULFwp+Jlnd+Wd13MVAoVCFUcl5eXzzEIvhBCwGHd58Wb35sVKw+FwZDAY0NjaisfEo7CyRSCjVppaXlwEgp9qUxWJRfQwUClU6WvdYxONxAKAciwIgYcEYer0ePM9X7PsODw8RDAZhNBoRCARUn5xZ3Sk/TrUEkiiKmJycxMbGBm7evKkssoXCcvI2i+Mmykulnwk5DOqNl/2wm9lbVrUaClUIVqsV7e3taG9vhyiKSrWpjY0NTE1NwWq1KiLD4/GoEjbFgqdH62g9eVsWFhQKlT/szYB1TiU9Fuvr6xgbG0NXVxcuXbpUlglUiyV0i6EawiKVSiEYDILneQwODpbkqmV15591Y6gQ6ulcWUIQJfzt2A4A4PsYqwYlUwvCIhudTge32w232/1Y2NT09DRSqRTcbndOtalizl/ru+0soPXk7VgsBp1OVxaPV61CwkIFKh0KVW5DPHsX/MaNG2hqKt9iqdPpkE6ny3b8SlFpw1zuH+L3+3H16tWSd3xY9liwKIiKhcV7VC0qNS9/dzmKncM0XBYDvqePnaZ42dSasDjO8bCpeDyuhE0tLS1Bp9PlVJvK14ikrtulIUkSJEnSvMfCbrfTfS4AEhaMUW5hEY/HEQwGAaDkXfB8qKXk7UqchyRJWFlZwdTUVEn9Q47DqoFeT5N9PZ1rqVRSgH35YdL22wcaYNRrd+f1LGpdWBzHZrPBZrOho6MDoihif38f4XAY6+vrmJychN1uzwmbOs3wpVCo0pBtGS1fQzlxu57ej1IhYcEY5RQW29vbGBkZQWtrK65cuVKRl72WkrfLfR6CIGB8fBw7Ozu4c+cOfD6fasdmNVeBVUFE1AYpXsRzkw8AsFkNSqbehEU2Op0OHo8HHo8HFy5cQCaTUcKmpqamkEql4PF4FKHhcDiUa0WhUKXBQvJ7PB6ver8U1iBhwRjlEBaiKGJmZgbLy8u4du0aWltbVT3+WVDydn4kEgkMDQ2B47iyJdGzKizqCRbvUS3zj7NhHKQEtLjMuN3prvZwiqaehcVxjEYjmpqa0NTUBEmScqpNLS4uQqfTKSKD4zi6biXAgsciFouRx6JASFioAMs5FslkEqFQCJlMBoODgxUvqUahUOezu7uLYDCIlpYWDAwMlGUSZtVzVE8eC1rY8qdShrJcDeqfX22EjuH7Q8LiZDiOOzVsam1tDfv7+9DpdJiZmTk3bIp4HNnjo+Vnj5rjFQ4JC8ZQU1js7u4iFAqhoaEBd+7cqXjXUoA8FmchSRIWFxcxOzuLgYEBdHR0qHr8bFgOhSrnsbV2TbQ2nnrmIMnjmzO7AIB3MFoNSoaERX4cD5taX1/H0tISeJ7H5OQkMpkM3G630qSPkn7PRuulZoEjjwUJi8IgYcEYaggLSZIwPz+P+fl5XLlyBR0dHVWb/MhjcTI8z2N0dBTRaBTPPPMM3O7yhlmwuvNfrnFnMhksLCzAZrPB5/PBaDSq/h1EeSn3nPbc1AOkBQl9DTZcbmLb8CBhURw6nQ4mkwkDAwOQJCmn2tT8/DwMBkNOkz6TyVTtIWsKrZeaBUBdt4uAhIUKVDoUqpQOz+l0GiMjIzg8PKyIwXoe5LF4nFgshqGhIZhMJgQCgYosRpRj8YjDw0O89tprMBqN2N7exvj4OFwul7ILWWzN+1Ihw09byGFQ77jWxPy9IWFRHNnJ2xzHwW63w263o7OzE6IoYm9vD+FwGCsrKxgfH4fD4VBEhtvt1vxufblhwWNBoVCFQ8KCMfR6PZLJZFF/u7e3h6GhIbhcLgQCAU3swtaSx0INw3x7exvDw8Po6OjA5cuXK7abw7LHQk1BtLOzg1AohM7OTvT09AA4akQYDoexu7ur1LyXRUaldyFZFH/VoNzXaecghe8sRgEc5VewDpVNLY6zqkLJvTG8Xi/6+vqQTqeValMTExPIZDI51abqMWyKFY8Fa8Liz/7sz6DX62GxWGC1WmGxWB77b5PJBLPZDLPZDJPJpKo9SMJCJSoVj11MKJQkSVheXsb09DQuXryInp4ezUxgrCYNH6fU85AkCbOzs1hcXKx4ZS6AbY+FGuOWJAkLCwuYm5vDtWvX0NLSgkwmA0mSYLFY0NbWhra2NiV5c3d3F8vLy4o3w+fzwe/3w+VyaebdqnfKeR++OrEDUQJudrjQ4WG/FCV5LIqjEEFmMpnQ3NyM5uZmCpt6CAvlelkrN5tOp/HBD34Qly5deux3HMdBp9NBp9NBr9cr/5jNZnz2s5+F3+9XZQwkLBij0NAhOVY/Eomo3vtADSgU6iief3h4GLFYDPfu3YPT6VR5dOdTzx4LQRCUd0QODzztmNnJm319fTnejNXVVQBQRIbP54PZbC5pbNmQ4acd5KZ438d40rYMCYviKLbz9vGwKUEQlLApecPC6XTmhE1p3QAvBkEQmAiFamhoqPYw8mZ/fx+RSAS/9mu/BlEUkUqlkEwmkUwmlf+W/83zPHZ3d/Hnf/7n4HletTGQsGCMQjwWBwcHCAaDsFgsCAQCqho5alFLoVDFnMfBwQGGhoZgt9sxODhYtfC0evVYJJNJvPbaa9DpdBgcHCz4HTGbzWhtbUVrayskSVK8GWtra5iYmIDD4VBEhhrGAYv3qBqU8zot7sYxtnEIPQd87wA7BsdZkLAoDrV23PV6vSIigKNdZ9mbMTY2Bp7n4fV6lc/USl8FFjwWsVhMCYtlAYPBgA9+8IP4/u///rw+H4lE8H//7/9V1T4kYaESWguFWltbw/j4OHp6enDx4kXNTkKyQcvCBHMW8nkUskBvbGxgdHQUvb296Ovrq+o90mJp1XwoZdzRaBRDQ0NobGzEE088UfLzx3Ec3G433G43Lly4kGMcjI6OQhRFxTDw+/0FNznU6jtcb/zt2A4AYPCCFz57bYSrkLAojnLlpphMJrS0tKClpQWSJCEWiyme0bm5ORiNxpywKS3kSxYDK8nbLFWF8ng8+PjHP67YI/IzKr/f8nop/7/NZsNXvvIVVQv5kLBgjPN2+AVBwMTEBLa2tnDz5k00Nmo7sVCeVGpBWAD5TZSiKGJ6ehqrq6u4ceMGmpqqH07Baq5LscJidXUVExMTuHz5Mrq6uspiVB03Dg4ODhAOh7G5uYnp6WmllK3f74fH48nr+WdR/FWLctxTSZLw5bHaCoMCSFgUS7GhUIXAcRwcDgccDge6urpywqaWlpYwNjbGbNgUJW+XB3nTKvvZHBsbg8ViQV9fHyRJQiqVUpK3b9++rer3k7BgDL1ef2osXDwex9DQEHQ6HQKBABMJR9kGOcvkKyxSqRRCoRDS6TQGBwc1M2HVi8dCFEVMTU1hfX0dt2/fVi1Z7Tw4joPL5YLL5UJPTw8ymQwikQh2d3cxPj4OQRCUUAe/38/Eu1uPjG8cYimcgMWgw1v6ayMMCiBhUSzV2BA7HjYl53lle0azw6asVqtm7y0rHgutrNPFMDExgT/6oz/CK6+8gra2NnzhC1/A7u4uvvSlL+Hu3bsYGBhQ/TtJWDDGaR6Lra0tjIyMoL29Hf39/ZrfBZCRx8l6Anc+Akku9+vxeHD79u2qdDo/jXpI3k6n0wiFQkilUhgcHKyqe9toNKKpqQlNTU1KqMPu7i62t7cxMzMDq9Wa483Q6/WaNQ60SLlE8pceeivedNkPm0nbBlEhkLAoDkmSqm4YH8/zOjw8RDgcxs7ODmZnZ2EymRSR4fV6NRU2xYLHIpFIMCss1tbW8Ou//uvY2NjApUuX8OqrrwI4em7/8R//EcPDw/i93/s91QWydiwbxqnUpHw8xyI7rEYuk8kScvkzFo3abOT7f9p5yKE3Wiv3K1NMjogWyFdYyE3vHA4H7t27l7eoq8T1yA516O7uBs/zSr37qakppNNpeDweGI1G8DzP3D2qFmpfI0GU8NWH+RXvuFY7YVAACYtiqUQoVCFwHAen0wmn04nu7m4IgoBoNIpwOIyFhQWMjo4q5bF9Ph9cLldVDXtRFDUldI4jlwVmKccCeORJe/nllzE+Po7R0VE899xzCIVCAIDGxkb09vbi5ZdfBqD+RgwJC8aQhYUcIxcMBiEIgqbCagqlFkrOchx34q6/KIqYmJjA5uZmRUNvCiU7sUtLC+V55CMs5KaD3d3dmi5kIGMwGNDY2IjGxsacevfr6+uIxWL49re/rVSa8nq9mvJ81TLfWYriQSwNt9WAwAVvtYejKqy991pB67mBer0efr9fWXeyw6ZGRkaqHjYlCELBRSwqTSwWg8PhqPYwimJ7e1tJyp6YmMgRSPF4XLFXSFjUObLbdWdnB6Ojo0pFm2q7Y0uhVkvOJpNJDA0NQZIkzee8yIsja3kWZwkLSZIwPz+P+fl5PPnkk8x584DcevdGoxGrq6vo7e3F7u4uZmdnkUwmle69fr+/Lrv3nkQ5nuOvPOxd8fYrjTDqtWtMFgMJi+LQurA4zklhU9khmGazuaJhUyxcPxY9FjJNTU1IJpPY2tqC3W6H13u0ITI3N4fR0VFcv34dgPreXRIWKlGpSVl+CUOhEAYGBtDR0VGR7y0nteCxAHKFRTgcRjAYZEb4HS9FxwqnCQtBEDAyMoJoNIq7d+/C5XJVYXTqw3Fczg6k7M3Y3d3FwsKCUobS7/drLp6aZVK8iOemHgCovTAogIRFsZSr3GwlyA6b6unpgSAISgjm/Pw8EolETtiU0+lU/VxZSd5mzWMh36c3v/nNeO655/ALv/ALiEaj2NnZwVe+8hX8wR/8Afb39/Gv/tW/yvm8WpCwYAg5+RQAE6Vk86WWPBaCIGBxcREzMzPo7+9HZ2cnEws2q9W5ThIWiUQCQ0ND0Ov1RTW9YwmbzQabzYaOjg6IoohoNKqIjLGxMbhcLkWIOBwOJp5FtVDzXL8xs4vDlIAWlxm3OmtDpGZDwqI4tJZjUQp6vR4NDQ1Kl+lkMqmETa2srADAY2FTpaL15O1MJoNMJsNkmLkkSfB6vfjYxz6G//Af/gPGxsaQSCTwIz/yI3jqqafw7LPP4tq1a2XxGpGwYIRIJIJQKKTUqNZyWE2h1ELyNnBkyMzOziIWi+Gpp55S3I4scF7yuVY5LiwikQiGhobQ1NSkStM7LXFePolOp8spQ5lMJrG7u6vUu88uU+n3+2vam6Gm502UJPy3F5YBAP+vJ5ugqxFDMhsSFsXBQihPsVgsFrS1taGtrS2nD8/W1hamp6dhsVhywqaKyfXSusfi8PAQAJjzWACP1ou2tjZ8+tOfxsHBARYWFtDU1KSEBcseN57nVc3VI2GhcSRJwtLSEmZmZnDp0iV0d3fj+eefr4nQIZlaCIWKx+NIp9MwGAwIBALM7ZKzHgolSRLW1tYwMTHBlKeonFgsFrS3t6O9vR2iKCpNtZaXlzE+Pq6EOfj9frhcrrq/Xqfx5dFtTG/H4DTr8eN32Q89PQkSFsXBcihUIRzvw8PzvFJtam5u7rGwqXznE617LBKJBAAw6bEActdHp9Op5FTI77sgCDAYDHjPe96DtrY2fOITn1Dle0lYqEQ5JuVMJoPR0VHs7e3l7IDXgiGeDeuhUDs7OxgeHoZer8elS5eYExXAo6pWLAoL4KjixcbGhqYrb5VKKXOMTqeD1+uF1+tFX1+fUh1md3cXq6urAKCIDL/fD5PJpNawq4Yac3KaF/HJby4CAH4y0Am3tTa9PCQsiqOWPRZnYTAYcsKmEolEUWFTWr9+8XgcJpOJ6cp78tp+/GfZJJNJOJ1O1b6T3atV4+zv7yMYDMJmsyEQCOQs9AaDoaaEBatCKbvq0NWrV7G0tMScYZ4Ni03y5C704XBY1aZ3J03GWkCt5yu7Oowoijg4OFBExsTEBBwOhyIyql3rvpp8/rUNrO+l0OQw4b1Pt1d7OGWDhEVx1FKORSlYrVbFOypJEvb39xEOh7G5uYnp6Wml4afP54PH41EMdUEQNB0KFYvFYLPZav4eHx4eqhruRcJCg8iL+4ULF3DhwoXHHmpWDfHTYNFjwfM8hoeHcXBwoFQdWllZYe48spGb5LHCwcGB0kn06aefZtJTpAV0Oh3cbjfcbjcuXLiAdDqteDNGRkaUJEC5d4bW684D6giwwxSP//biUW7Fz76+G1ajdg2gUiFhURz1EgpVCBzHKfNJb29vTsPPmZkZJJNJuN1u+Hw+CIKg6edOFha1inzt1e7VQcJCJdR4OQRBwPj4OHZ2dnDr1i3FzXic4923WYe15O3Dw0MMDQ3BYrFgcHBQ8Saxdh7HYcljsbW1heHhYXR1dWFhYUHTu15qUakF2GQyoaWlBS0tLUrS5u7uLjY2NjA1NQWbzaaIDI/HU7OG1WdfXkUknkGP34ofvMFeD5RCIGFRHOSxOJ/shp9AbtiUIAgIBoOKN0NrGxfxeJzZ/IpCSCQSJCxqkVgshqGhIRiNRgQCgTNfrloUFqycz+bmJkZGRtDd3Y1Lly7lLCqsCwsWPBbHm941NDRgYWFB8+NWi0qfZ3bSZm9vLzKZDCKRCHZ3dzE+Pg5BEJRYar/fr6lqdaUYfA8O0/gf/3SUe/Lzb+yBQVfbxiMJi+LQeo6AFpHDptra2vD8889jYGAAh4eHysZFdtiU1+ut6qaR3Byv1t8NtXt1kLDQAJubmxgdHUVHRwcuX7587kTFYujQWbBwPpIkYXp6GisrK7h+/Tqam5sf+wzrwkLrHgue5zE6OprT9E4WpPUgLLSwuBmNRjQ1NaGpqQmSJCEWi+V07pWNAr/fD4/HUzWjoNTn4VMvLCGREfFkmxNv7T/Zc1xLkLAoDhIWxSOvNR6PB42NjcrGhdyLZ3p6GqlUSgmbqkYvnlgsxqzHInstPy1nMLvMvJrnScKiioiiiKmpKaytreHJJ5880Vg9iVr0WMhJuFpEbkyYTCZx7969U5W91g3z89CyxyKRSOC1115TyvnK4WflLJNLhtbZcBwHh8MBh8OB7u5uJZZ6d3cXk5OTyGQy8Hg8ShK41Wpl4pouhxP4wtAmAOBDb+5lYsylQsKiOCjHonhkGyb7+hmNRiVsSpKknLCppaWlnF49Pp+v7Hl1LIdCHX8us9/xnZ0dfO1rX8M73/lOWCwWfP7zn8fly5dV+24SFipR6KScSCQQDAYhSRICgUBBCUK1Jiz0ej3S6XS1h3Ei+/v7GBoagsvlwuDg4Jll58hjUR7C4TCCwSCam5sxMDCQM2GWU1hoUWRpcUwy2bHUkiQhHo9jd3cXDx48wOzsLMxmsyIysivDlItiDeXf/+YieFHC9/R58XS3R91BaRQSFsVBORbFI681pwkzjuNgs9lgs9nQ0dEBURSValNyzyK73Z5TbUptD2k8HtdUeGchfO5zn8Po6CgaGhrwlre8BTdu3MDc3Bz+4R/+AX/+53+OF154AT/wAz8AAHjqqadU/W4SFiqSbx8Aue9BS0sLrly5UvDLUGvCQqs5FmtraxgfHz+1OtdxakFYaM1wXVlZweTkJPr7+9HV1fXY71lt7FcMLBkwHMfBbrfDbrejq6sLgiA8VhlG9mb4fD7Y7XZNnN/YxgG+Or4DDsAvvKm32sOpGCQsCkduPEYei+KQm+Pl+9zpdDp4PB54PB5cuHBByfcKh8OYnJxEOp2Gx+NRhIYaYVOseiz+5E/+BL/8y78Ml8uFxcVFPP300/jYxz6GT33qUxgfH8cP/dAP4bOf/WzZOoqTsKggkiRhdnYWi4uLuHr1Ktra2oo6jl6vRyqVUnl01UNrBrkoipicnMTGxgZu3rypVLM4D62dR6FoKRQq+x7cuXMHPp/v1M9qURCVCy2epyiK4HkJgiBCkuSF/Cj2XK/nYDDooNfrcxpqxeNxpaTt/Pw8jEajEkft8/lK8maUco0+8fwCAOAd15rQ31yeRVeLkLAoHPk5I2FRHKXmpxzP98oOm1pcXIRer89p0ldM2BSLwkIURfzX//pf8YEPfADvec978KUvfQkf/vCH8Z/+03/CT/zET+BLX/pS2cdAwqJCpFIphEIhpFIp3Lt3r6Quh7XmsdBS8nYqlUIwGATP8wU3XNOSYV4MWgmFSqfTCAaDyGQyed2DehIW1SSdFhCP80gmgVgsg0wGyGREpNMi9HoOkiRCknTKc2QwAIIgQaeToNfrYDZzMJl0sFoNsFr1aGlpRUdHBwRBwN7eniIyxsbGVEnYLPRvXpqP4OWFKAw6Du9/Q3fB38cyJCwK57xQHuJsRFFULXTppLCpvb09hMPhnKafsshwu915fTeLydvxeBxLS0v4uZ/7Ofj9fvzrf/2v8Su/8iv4jd/4DbztbW8Dz/PgOK4gb1GhkLCoAOFwGKFQCF6vF7dv3y45trjWhIVWQqEikQiCwSD8fj+uXr1a8KSn0+mQyWTKNLryowVhdHBwgNdeew0ulyvvd6VehEWlDT9BELC/L2JvL4NYTALPSxBF6eFYgKNLLkGv1z/8bw4cdzTOI6Ehh4lIDz0aEhIJEdFoBoAESRJhNhvhcOjh8TjQ1+fBpUuXlJ3H3d1dLC0tQa/X53gzjEbjmeMu5lkQJUnxVvzLO23o8LAZV10sJCwKRxYWdN2KQw6FKgc6nQ5erxderxd9fX3IZDKKN2NiYkIpLCELjdNCMePx+Kn9xLRKLBYDAPj9fgCA3W6Hy+XC2972NgAoe24bQMJCVY4bOJIkYWFhAXNzc+jv70dnZ6cqk1CtCYtqeywkScLKygqmpqZw+fJldHV1FXWfWA+FqrbHQm5619vbi76+vrzvQb0IC6D8oVBHO308wmER+/s8AAmADjqdCEHgsgwBMUtcABwnARAhSQDH6SBJcsWco8/odBx4/sizAXAPf88hnRYRDgvY3U2B4yR4PBb4fCa0t7ejvb1d2XmURcb4+DicTqeSBO50OlWZU/9+YgcTm4ewm/T4mfudJR+PNUhYFA6FQpWGmh6L8zAajWhubkZzc7NSWEIWGvPz8zAYDIrIMBqNilFezlCoP/iDP8Dv/M7vYHNzEzdu3MDv//7v45lnnin5uPF4HIlEAh/72Mfg9XpxcHCAcDiMP/uzP0NLSwscDgfsdjs8Hg86O8sz15GwKBOZTAYjIyPY39/HM888A7fbrdqxa01YVNNjkd3t/LxY/vNgXVhUy2MhSRLm5uawsLBwao+Qs6gnYVEuUqkMdnZERCIC0ml5J5EDoAPHiTgSF0cCQhS5h4YooNPpH1bGAYAjA+vRveAgihJ0uqN/6/UcOE6CJHEP66obAAgPBe3RMaPRFMLhOMxmI/x+ExobrcrO49E4U9jd3UU4HMbKygo4jlMMAr/fr5QhBvLfSc4IIv5/31gEALzvXgd8dtPZf1BjyPeLhEVhyBWh6LoVRzk9FmeRXViis7MzJ2xqYWEBP/iDP4j29nZ8z/d8DxYXFxEIBFQfw1/+5V/i3/27f4dPfepTuHv3Lj7xiU/ge7/3ezE1NYWmpqaSjm2xWPC6170Ozz//PA4PD8HzPG7cuIGPfvSjyGQyDz3R+3jiiSfw2muvlaUXCwmLMrC3t4dgMAiHw5FTc18tak1YVMtjkUgkMDQ0BI7jzu12ng+sC4tqeCx4nlcEeLG5R+USFlozGMpxnum0gM1NHpGIAPnW63R6JYzp6Pt0OPJGSDjyNgg4Woc4iKLw8DpxEIT0w89yOPJ0CNDpDMqYj7wUUISKJInQPexordM9Oi+dTv9wXDFsbsbR0GBBS4sdBoMeZrMZbW1taGtrgyiKODg4wO7urhJH7XQ6FRGS77X6wtAmViJJ+O1G/NjdjlIvKXOQsCgOKjVbGlppLng8bGpoaAhf+cpX8PWvfx2jo6P46Ec/in/4h3/A29/+drz97W/HwMBAyff9937v9/AzP/Mz+Imf+AkAwKc+9Sl8+ctfxn//7/8dv/Irv1LSsb1eL/7sz/5M6Q+WTqeRSqUgSRIymQwymYzSURwoz3tPwkJllpeXMTU1hb6+PvT2lqe5Uq0Ji2oY5Lu7uwgGg2hpaXmsN0KxsC4sKu2xkJveGY1GDA4OFi3AyWNROJkMj40NAbu7vCIMjqaqI+HAcfqH4U2PvBSyCDjapQVEUXooFDiIYhI6nQGimILZrEcqJYHjjJAkHhyng07HZVWMgpKLcXTfROU4R58RHj6LR8/j9nYCOztJNDVZ0dpqV95VnU4Ht9sNt9uNCxcuIJ1OIxwO48GDBwCAl19+WfFk+P3+E6vCxNMCPvXCEgDg//M93bCZqtMpvJqQsCgOrRjGrCIIQsVCoQqhra0NP/3TP42f/umfxhvf+Eb88A//MIxGI/7u7/4OH/3oR+Hz+fD2t78d/+yf/TO8+93vLvj46XQar776Kj7ykY8oP9PpdHjrW9+Kb3/72yWP32KxFBTiVI73nt4KFZmYmMDc3Bzu3LmTV9+DYtFKsrNaVPJ85LyX1157Df39/bh69apqiwPrwqKSBno4HMZLL70Er9eLp556qiSvXr0IC7Xmk52dNMbHMwiHBRx5F3CsTOyRqBAEUfm9nE9x9HjLoUuPdmw5zvDQy2FGJmMAxxkhigKOQqlkL0a210N6KEzEh6FROuUcs3M0HlUvORIYk5NhRKOJE8/LZDIpGwUA8OSTT8LhcGB9fR0vvfQSvvOd72B2dhaRSER5T//HP61iN5ZBp9eCf3GrRZXryxokLIqDeliUBgvCLJFI4PLly/jQhz6Ev/3bv0U4HMaf/umforGxEV/+8peLOuaDBw8gCMJjIb/Nzc3Y3Nwsabzf/e538du//dt5f57neSSTyZK+8yTIY6Ei7e3t6OnpKXubeYPBwLQBe5xKhULxPI/R0VFEo1HV816A6ic/l0qlhJHs1bty5YoqyWP1EgoFlJa8HY/zWFnJIJmUHiZd6x56KSQl90FOygYkxUNxFPKhVz4nikceBZ3OAEE48khwnB46HRQxodNJ0OmMioA4+lvdQ4EiPvzvI5Fx9DNJyduQhceRwJAeejuO/jaVErC4uAeHI47ubg+MxtN3PJ1OJ3w+H3p7e5WqMLu7uxgbGzvaLbW58ZlvHwAAfv6NPTDqtW3klAsSFsVBoVClUcnk7WKQk7yzm8hZLBa85S1vwVve8pYqjux0Xn31VfzxH/8xPvShD+Hg4AAGgwF6vR56vT6nxKwoijCZTPjc5z6HT3/603jxxRdVHQcJCxVxu90V2XmXY+dqBdljUc7KJLFYDENDQzCZTGXJewHIY3EeoihiYmICW1tbJSfKZ0Mei/PZ3Exha0uAKOqUyk2PEqmlhx4DUSknK4p4mJwNxcB/OAoYDDoIQnZFHPn6S4rn46gKFB4KDOlhWBMefhcefrfsCeGUsCtZUHDcUXiUXs9BEMSH1aUeiZBYjMfExAP09LjgcuWWhj3pWTheFebw8BC//uVpxDMSOuwSXHtzmJnZg8/ng8fj0bTBozYkLIqDhR13LVOt5O1CKEdVqIaGBuj1emxtbeX8fGtrCy0tpXlNU6kU5ubm8PrXvx7AUalZm82W82+73Q6LxYKOjg78zd/8TUG9uvKFhIWKVGpiPqobL9XMxCYv4uUSFtvb2xgeHkZHRwcuX75c1trZrAuLco0/nU5jaGhIaTxotarXJ6BehEUx8DyPpSUee3scdDq9Yqg/8lQc/Vsu//ooJAkPPRBizmeOrvUjw/94foZe/6i/hcFwlDMheyOOvk9+v4/CoB5VksLD75UTv4/EBs9LD/M5uIcC5ej7ZOGzsBBFQwOPtrb8m+hxHIeXVpP42lwMHID/7//7Gi44ROzu7mJychKZTEbp2Ov3+8uy8GoJEhbFQaFQpaF1jwVQHmFhMplw584dfP3rX8cP/uAPAji6Fl//+tfxgQ98oKRj//N//s+RSCQQj8ext7eHw8ND7O/vY29vD6urq4jFYsrv0+k0tra28JM/+ZMqnFUuJCwYRH4Za0VYyOeg9vlIkoTZ2VksLi7i2rVraG1tVe3YJ8G6sChX8vb+/j5ee+01eDwe3LlzR/UGPfUkLAo5z2SSx9wcj3RaB73+KAH7SFToHvaWAI68DUdhTrJB/0jg5wp92Vsg510cPS9HwuOow7acgyE9zMeQoNfL3YmP8jKOys9mCxk8FA6PDNvj/S+yxYj8vUeCRwdRBHZ2Yjg8TKKvzweDQZ813pMN5Y29JP7/7L15kCTbWd79ZFVXd1d37VW9r9PT0z3T09PT60z3WCDE4nslEAZbCAgUgbCCwBY4wBAgCBzo+/wRwrLBlm3AGCKswBG2wQRhOQSIi5B0sSVkWeqq3vd979p6q70qM78/sk9mVvVae2b2+UXcuDNTVVkns3I5z3nf93n/379YBQB87E0bXj8SPOvr6urE9IdAIAC/34+1tTVUV1eLIsNutyt+MpQtVFjkhlaev+WCZdk7m12WE3IvKMbCws///M/jx3/8xzE6OopXr17hM5/5DMLhsOgSlStPnjzBJz7xiQKNMneosFAh5MHGsmxJuigWm2LsTzKZxMzMDMLhcM42ptmidmFRjIjF0dERZmdn0dXVVTRDg2IJC2mlXRlkc+xCoSQ2NjikUoy44i+kITFiShKJJhABIdQyAIBQJyE5RJHvJe8RirrJxIoIASlyISBELxjxO6UIiZQuBZAibsg+K6VUkdfJb0zGSM5VnU4QNZFIEqurQXR12XDbXI/lePzy/1zCRSyFF81mfPzbO64cY5Iu0N7eDpZlcXJygkAggJWVFcTjcdhsNtFpqqamRvUTcioscoPWWOSH0oVZNBoFz/NpNRaF4od/+Ifh8/nwa7/2azg6OsLg4CD+8i//MuseTpmQTBby5+uQDDekBaJCo/5ZqYIo1U2GFOBoxRmKHLdCTWovLi7g8XhQW1uLiYmJkq2KlKvBXKEopDuXPFqUS9O7bKARi3TOz1PY2JA3tZMiDYILEymcJrUVAMCBZclkn9RfkFoMkp7Ep4kS4bgLIkRyiCLvJUKBB8cJtRakmZggFHiZkNBd/p0UcOtALG4ZJn3yRvpqCO8lvTAAgEE8nsLaWhDt7TdPBH7/aztw756jtlKPT//A0zsLtvV6PVwuF1wuFwCI0QzSsZd06SXRDDUu9NCu27mh9Imx0lF6KlQkEgGAonXe/pmf+Zm8U58yYRhGEcdUfXdBCgBt9bIgbgWF2J/Dw0PMzc3h0aNHePz4cUkfmDRiIVCIpnfZ8JCExV2EQizW14nrEmlsJ3XKFq4HTvZ3YYIOQKxhIGlIHJfe40LYDrGglYq5AcFuFpDsaQFSN6GHTsfJtgHxc9Jvxl+mTZE0K8mhSvi73NpWEjjy9C3y3mSSxcbGCRIJNu3aXz1ZxV+vzuPffzUKPVrwq293o82efZ1PTU0Nampq0NbWBpZlcXp6imAwiPX1dUSjUVitVjFtymS6f91HOaHCIjfoccsPpRdvh8NhMAyj2horEnEvxzGmwkKlaElYAPlbznIch5WVFezt7eHly5eor68v4Ojuh9qFRSEiLpFIBG63G5WVlXk1vcuGhyIs7prEXFyksLlJVvwZcXX/8tMgna+FqASJNMgb1PGXRdmkgFsvRhHIdjLFipCaxMs+z19GU8mki81wlZIKxolg0OmEom9SkE3EhbzAXPh4eq2FEHWR3K2IeEkmWRwchBCPJxFjzvCxv/gYvrT9JeGjVUCbcRzvefLHuf4MInq9XoxWPHnyBNFoVLS03d7ehl6vF0WGw+FQbD45nSDnBo1Y5IcaIhZqTXUk13S5xk6FhUrRmrDIJ2IRj8cxPT2NRCKBiYmJooUu70LtwiLfCTrpZt7c3Ize3t6SPXQfirAAbk6FikZZbG5CTGcS0o+ktCNi1ypM5lOQ0pcAoXaCTM51Yl2FNMlnRMHB82SVMX3iL/xZ+HdJvJB/k9dPMOL3kj4Wwn4Ry1liO0tEDCtuT0jjSt+WYJErpXYRAZJIABsbAfzqws/gf+2/m3asDmLfxD/883+I//EP/kcuP8GNGI1GtLS0oKWlBRzH4ezsDIFAAFtbW1hYWIDZbBaFiNlsVsyEhQqL3KDCIj/UELFQo7Ag1/NXvvIV6HQ6vPe97037d0BwyrTb7UVb7FDur6pCSnkCak1Y5BqxODs7w9e//nVUVlZifHy8bKICkISFWie5uQojnuexs7MjdjN/9uxZSR8YD0lYXEcqxWFzkxedlaQ6CDLBl6/0k+gDecgIk3PSZVuIOJBVRA5SxED6DCn4To8scJDSoyB+nxDN4MTtCYKCFH9fvktWt5FZnyH1uiDjztwf3WUdhtQ9nOMAvV6HNd8mvuL5v2D59Psky7P40vaXsHayltPxvg86nQ52ux3d3d14/fo13rx5g+bmZoRCIUxNTeGrX/0q5ufncXR0hEQiUbRx3AcqLHKD2s3mh1oiFmqDPMP/xb/4F/j7f//v4z/9p/8EID3V+Yd+6IfwjW98A0B+TVdvgkYsVIrWhEUuk9q9vT0sLi6iu7sbnZ2dZX84koeMWh/UuUzQOY7DwsICvF4vRkdHYbfbizS6m3kowuKmc2pzk0MiQY4BWfmXUpSECb1OdFAitRbCecrLirlZWRoUA44TxITweTKhl9c+kOZ5EF8jgkY2ajHyIb2XdPEG5GJFsKslY4FsnPK6Dl72XSSPWHiN1IaQ1KmD0BEQNwAnRsAevXLcNk430G3vzv6HyIGqqio0NzejubkZHMfh/PwcgUAAu7u710YzSjlhVev9qtxQV6j8UHrEQs2pUACwsbGB0dFR/Kt/9a8QDAbx8z//8+Lxnp+fL+qxp8JCpWhRWNx3f0gH56OjIwwPD8PpdBZ5dPdD7m6l5BvmTWRbvB2PxzE1NQWWZQve9C4biiUslPhAydzPw0MOoRDSJtVSDQOBpERJaUSk+FmydeUg9LPgxLQnuc2sJDDS6yXI5yXLUim9Sfq7OHoQJyoyHpKSJfyfRDOE95JTUepbQX4TPu0zctta8lmGAVrMzcIOh41AdRIwptKOXZet69ZjXSx0Oh1sNhtsNhseP36MRCIhOk3NzMyA53k4HA6xPqOqqqqo46HCIjfUep9XCjRiURzItXxycoJPfepTWF1dxS/8wi/g/Pwcv/RLvwSTyYRUKiWaqhTj2qfCooDQVKjcuW8qVCwWg8fjAc/zePPmTdkms9chb/SnRrIp3pY3vXvx4kVZHxAPNWIRifA4PmbBMHqx1wNAmtUJKVFCYzx5XYL8eDHiZF7ubS7UUvAAUtDp9OLEU3JqAkg6lRxSyJ05ZiIKSGSEOFJJvS2kSIe8UFuIYAhiRBAX6fUcJBIirRyTqIUwhjZLO0aaXmPy6FtA0AQ0nAIVgJ7R4zvav6Nk0Yq7qKysRFNTE5qamsDzPC4uLhAIBHBwcIDl5WXU1taKIsNqtRZ8MkuFRW7QVKj8ULowC4fDZU2tzheO4xCPx/EjP/IjMBqN+Jmf+RmcnJzgn/2zf4ZUKlWU/hwEKixUSiF7DiiB++xPMBjE1NQU6urq0NfXp7jVDrULi/tGLErR9C4bHoqwkMNxwOYmsYrl0yIFpHcF6QWRKQCkY0XSpkjUgL2c/ONyUl+RVq9BaibkBdlkU1ITPElwkNeFImypKFv6bimliqQzyesshH9nL9OjpKgMER6kfiNdFElpUwwD/L/f/kn8P//r/8G3Dv4PcFoLuML4jvbvwH/63v+Ux9EvHgzDwGKxwGKx4NGjR0gmk6LT1Pz8PFiWhd1uF9Omqqur8/5OKixyQ+kTY6WjllQotUGu5dPTU3H8f+/v/T3U19fjR37kR3B0dIRIJAKLxVK0MVBhUWBKNcmpqKjQlLC4LWLB8zy2t7exurqK3t5etLW1KfJBqHZhcVfEgjS9297eLpul73U8JGFB9vPoiEMyyYG4NwnN5MgkkbxXql2QBIC8WZ68KR0gCQYubfJ+ubXL/wtRC6lGA+JkXhAKUnqUPJJAhIk8okBExNVrWfgOoadGBRiGk6U5Zb5PqvuQoipEXDGwVFrwr7/7t7B9toOD8D5e9T3FSOeLHI58eTAYDGhoaEBDQwN4nkcoFEIgEMDR0RFWVlZgNBpFkWG1WnNabKHCIjeUnsqjZEiHaCUfv0gkosqIBbmWP/7xj6OlpQUAxHTlL3/5y/jQhz4Es9lMIxaUq2gxYnHdhJxlWczNzSEYDGJsbAw2m630g8sCNVvO3haxSKVSmJmZQSgUwvj4eFFvStnyUGosyHiiUR5+P0Am1fKoAkkPSp/IS2JCHg2Qr/QLYkISAYL9K5vhxkQiEOmpVKQYW6rXIBELvezPED9P3iPZ2Qp/llYwGcjHKlnRyo8FJ7pgCe+RCruFSQsjjhVg0GnrRLulHZVhRrUrzQzDwGw2w2w2o7OzE6lUSoxmLC4uIplMitEMh8Nx79VWKixyQ63nkRIgzxklHz+1p0L99m//tvhnvV5IaX38+DG+9rWvYW5urqi1W1RYqBSt1VhcJ5QikQg8Hg8qKirw5s2bohcxFoJCNJkrFzeNnTS9q6qqwvj4eEma3mXDQ4tYHBzwYFmpBwXHCRPy9IgFER3pE3sBRra99IJp8jqptZB/juc56PVEfEruTCRFKv29pJO3UGQtf4/8faRuQni/JERkW5LtCycTEulF6pnnruB+JblaCeIESCaBo6NzNDfb7jjSyqeiogL19fWor68Hz/MIh8MIBoPw+XxYXV1FdXW1KDLsdvuNq8NUWOQGPW65Q4QFjViUDnKu1tTU4NWrV0X9LiosCkypJjl6vR7xeLzo31MqMlOhfD4fZmZmSt5sLV+0FrEoV9O7bCjmNae0iUM4rMP5ORmX0AWbiAph8i41r5P/lOn7kV6PIRVrA0JHbhJFkEdBINtm+raE7tnC96YXWEtWsvIULCHSQKxxGdl2pNSqdHtbIo6Yy7oRyf1Kqv1In+jp9cKxkdLEeFFEeb0huFw1ihPI+cAwDEwmE0wmE9rb25FKpXB6eopAIICVlRUkEglYrVYxbUpuo0knyLlBIxa5QxYRlXz8IpEIHA5HuYehSqiwUCm5NpRTKiRiwfM8NjY2sLGxgefPn6O5ubncQ8sKtQsLKf9daHq3srKCZ8+eobW1tcyju5mHErFgGAYnJwYIPwUv/ie5LTFX6ikIcgcm2b9eTsjJRJ6DkNZEPpOSvZ9EHsh3S9sRogXkz6R2Ij3tidjCytO1pG3Jx0YcraTzUNoXkrolT8Mi4kVeP8LL/i+NUxAlgmA6OgqhvV27k4aKigq4XC64XC7wPI9oNIpAIIBAIICNjQ1UVlaKTlOpVIoKixygwiJ3yLFT8nkXjUY1FbEoJVRYqBStpUKRCIzH48HFxQVev35dVNeCYqFmYUHSSZTQ9C4bHoqwiESAUEifNskm6UpSfYTcfYkXBYewwi+vR5AgE/p0eEi1E9J7JKcnIXIgzKt42fvkjk68zPmJEd9PJveX3345BkmIyIcnr8OQxp6ZssWDRFpIMfvVYnRBsDAMA52Ox9lZFKlUChUV2n8EMgyDmpoa1NTUoK2tDSzLitGM9fV1RCIR6PV6bG9vw+l0ora2VtETPqVA7WZzRw2iLBwOq9IVSglo/66qUbQmLFKpFI6Pj2G1WjExMaHaNAU1CwuGYcCyLP7v//2/4DgOb968KYidZbF5KMLi+BioqJCvwsvrG0gdgtDXQuo9Ibwz/fhkCgniLEWEgbw2QooQSNvJjBAwl9vIFCykxiFTPGRGK0iBOREHpBidkb2XbJORFaPLt62TiaqrQkloyseJY0ilWPj9ITQ22m463JpFr9eLKVEAsL29jYODA5ydnWFrayvtdbvdDoPBUOYRKxPaeTt3lG41C2ivxqKUUGFRYEp1o9GSsDg6OsLe3h6MRiNGR0dVfbNWs7CIRqOIx+NwOBzo7+9XdGGdnIcgLDgOCIeFgmqO48Vu00Iak7QyTwqlpUuIv3Yyn37MuLRaCuF10oVbspOVkIuLdLcpyVHqur2Qoh7ysQjfB0ipVsI2hO+VBIwkNuRpVfzl9aa7/BwHUqydPlZe9hlhv87OIg9SWGRiMBhQXV2NgYEBcByH09NTBINBbG5uYn5+HhaLRUybMpvNqr4/FxI1rLorFaVbzQJUWOQDFRYqRQvCgud5rK6uYmdnB01NTUgmk6p/aKlVWBweHmJ+fh46nQ4DAwOq+h0egrDw+3mkUuRv0mSeiAq5+5JQRC24MkkRAIgr/fK0I+GzwjblNRBSpIMUiRPnJmLzyl1GCZBW15HpDgXIayJ4sc5B+HddRmTluhQtgPSoIAIoM9IhHIP0lKvM9C4ikATBIrweDicRCkVgMj3sdAd58bZOp4PD4YDD4UB3dzdisZhoabuzsyO+Ttym1BpZLgQ0FSp31BKxUJKtupqgwkKlqF1YJBIJTE9PIxaLYXx8HCcnJzg6Oir3sPLmvt2rlYJc3PX29mJ1dVVVogJ4GMIiGAT0eiHdiEQmhPQlYYIviAKp67QQ0Uh3dwKuq6eQJpVSBEDeyTtzcq5DepdvJk2kyLtsX/6L7HV5bwke6dEL+e8oFw7yztpyAYHLP0vbJvUcJJ1LHqWRj500DmQYIBAIU2FxiytUdXU1mpub0dzcDI7jcH5+LoqMhYUFmM1mMW3KYrGo7t6RDzRikTtqiFjQGovcocKiwNBUqLs5Pz+Hx+OBxWLBxMQEKioqcH5+rqoJ+U2oKWKRSqUwPT2NcDiM8fFxAMDy8nKZR5U9ahNz2RKPA7GYvD5BmGALNqrCJFneuC5TKKQ7I6XXW2SmQAnvkbs/SSKGpBHJt5feKO/qtq66SaVb2HIcD72eRFPIe+TjlXpgCH+XCxUiNMgk7zr7VO7y3yTRIj8+oVAsc8APjvvazep0OthsNthsNjx+/BjxeFyMZuzt7QFAWjRDDX2H8oHWWOSO0iMWxEmNpkLlBhUWKkWtwmJ/fx8LCwvo6upCV1dXWghejfuTiVqERTgchtvthtFoxMTEBAwGAyKRiCpX/rUesTg5kVuuSjaqwn4LzeqIGJBSlaRJeGa9hTSRlCIGUqqU9F4BnUy4AMKkn0QG0t2nAJIectVulnyWpEPJIx7C5SIJBwkibK72uyCfJSInXQzJt8GIYkpwjGLEGhCeZxCPczg7C8NqfbgTiFz7WFRVVaGpqQlNTU3geV6MZuzv72NxcREmk0kUGVarVdETyVygEYvcUUPEIhKJ0IhFjlBhoVKIsFBLcyOO47C0tITDw0MMDg6irq4u7XWt9OVQg7Dw+/2Ynp5GS0sLenp6xIejtPqtjnOKoHVhcX4u/F9uFyt1qebAMPqMFB/5JFv6v/STXv1tiRhJfz8nChjxFZ6HvOYik6u/BXGrkl6XvouIAnnNSPpKcGYhuLymQyoU5yA5ScmPlbygXB69EfZLp+PBcQzOz6MPWlgA+UfaGYaB1WqF1WpFV1cXEokEgsEggsEg5ubmwHGcWLvhdDpV4TZ3F7TGInfUIMpojUXuUGGhUojaV4Pyj8fjmJqaQiqVwsTExLWrAGqYkN8HJe8Hz/PY3t7G6uoq+vr60NLSkva6WjvxallYcBwQCvGX9RXk3/jLwmzi3kS6UcvTjnD5utwqNn3b8miGNBFPX+0XXiO9J0jBdnp6kzT5v1oYLrlSkd8pM+KRXg8h1WCQz6RvSz4u6XVJLEjRkfS+GlK0R9pvUp9ycZHAQ6YYKT2VlZVobGxEY2MjeJ5HKBRCIBDA0dERVlZWUFNTI4oMm82m+EnmddBUqNxReioUy7KIx+M0FSpHqLAoMKW60ZCLkmVZRQuLk5MTTE1Nwel04vnz5zeOlaZCFReO4zA/Pw+/34+xsTHYbLYr7yHnlNom6VoWFqGQNAkGIK60C5DoErnvSKv00uq9vJhaSmnKjBjIJ/iZTk1S/Qa5duWWtvKIgryAHGmvS9tKr3G4LnoiFxrX2d1KfSwE5ysptYmMQS4mmMvvJba8kvDQ6YR+H4lE4sE0y7uOYi8kMAwDs9kMs9mMzs5OJJNJnJycIBAIYHFxEclkEna7XSwCNxqNRRtLIVHDqrtSUfqCaCgUAgAasciRh3kn1QDkolTqZJzneezu7mJ5eRk9PT1ob2+/9eFFU6GKB+lozvM8JiYmbkxDIA9Jpd/0M9GysAiHgfQVeiEVSXBvkib1mUXaV+1fJetZ8u/Se+XRCun91xV+S1x/zNOb8pFx6dJeJ12yr0OqxYAsLU/oqSEh1WmkF3xLE2RyTghpU4wsPYxsnwg14bORSAIWy8N8HJY6QmkwGFBfX4/6+nrwPI9wOIxAIACv14vV1VVUV1eLIsNmsyn2XkRToXJH6RGLSCQCADRikSMP806qARiGUewqP8uyWFhYgM/nw8jICBwOx52fUeq+ZIvShMXZ2RncbvedESMgPRVKTWhZWMTjECfH8gk7mUSTCIT0GrFdFbiurkIqtL7uG+VRDPmfJetXMhlP77R9NSpCxiOPVBCxoNPJoyKkQR/5e7pIyIx0CN8l7+ot3x9pHCSFi/ydWPCmW9gSB5gkLJbrjof2KWfqI8MwMJlMMJlM6OjoQCqVwsnJCYLBIJaXl5FIJGCz2cQi8JqaGkWkH0nnsXInx0qG4zhFRwgjkQgMBsOD7tOSD8r9ZVVKKW96SnSGikaj8Hg8YBgGb968uXeRHolYqC2/PxMlCaSDgwPMz8+ju7sbnZ2ddx5X8rqShNF90LKwSCalmgqh8Jm5nOiT4u30ugOdjssQDNLEHiATaUb2OXkNhVSYLX893XlJ3i9CWvEnn5G6giNN9Mh7UZD0petsY+WQiIN8P9L/LNV0pIsZaR+l9KfrisrFb0Iikbzy/Q8FJd1zKyoqUFdXh7q6OvA8j0gkIlrarq+vo7KyUhQZdru9bJNTco9UynFTGyzLKnrSHolEYDQa6e+bI1RYqBilpQ8FAgFMTU2hsbERz549y2o1R57fr+aLWafTIZks7ySF53msrKxgd3f3Wgeum1BrxAJQ55jvQywGCKvsZKVd6MBNnsnCJJ4XJ9eZK/hyq1VAPvm+rvcFL/usPCpAyHRqyowoZLo+yd2mrqZpybcrXP+8uC/kzxwnrxshERr5GOX/Jq+nYCB3lJIEEH/t/kajVFgoDYZhUFtbi9raWrS1tYFlWZyeniIQCGBtbQ2xWAxWq1VMm6qtrS3Zfkg1PjRikQtKT7cNh8M0DSoPqLBQMUqJWPA8j62tLaytreHZs2dobW3NehvymhE136zLnQqVTCYxMzODSCSC8fHxrIrPiM+/ksTqfdDpdJoUFqkUwLKkQFlYvRdSIDmQxnNSpEFuMysgdOkmRd0C6YXNae+W/QdIlrKcOAkXHKEEd6j02ga5q1T6tqWJPZc2ySeCh/SikK578mEGDMOKf5a+S+jbIdVNXC0iJ+ex1OeDyRgTEUjSef6QIxaAOlbe9Xq9KCIApEUzNjc3YTAYRKcpu90Og8FQtLGQe6San1XlROmF77SHRX5QYaFilCAsUqkU5ubmcHp6ilevXsFqtea0HXnhsJopp7CQN70bHx/P6cGq1km6Gsd8Fywr1TpIbk6k9kFIH9LpAI7TyQq0yYq8MEmXjosQCZB6QKSnAkn2q1KhtPCdpMeJ/BjrZPUVmcc907KWbF/+b4KAkRd6X41YSmJK+mkzIy/yhnskkkLEBJn4kWMnr++QR2SE7ar8tpMXaq0VqKmpQU1NDVpbW8FxnBjN2NzcxPz8PCwWiyhETCZTQcUTTYXKD6UvIBJhQX/f3KDCosA8pBqLcDgMj8eDyspKvHnzJq+cSXLcyi2U8qVcK/5+vx9TU1Noa2tDT09PzuehGusV1CqG7iKRkFKJdDoGLAuwrFw8pBcgX7V/TbdpFURIejqUvJBbaLQnTMp5Xgf5KSQ/vNJ3Cd8nT126z3l381tIOhUvipr0Gg6yT+Q9/GXnbul7OY4TC7bTO4bLaz34K/vGsqzirbuLhVJTobJBp9OJDfgAIBaLIRAIIBgMYnt7GzqdTqzNcDgceef3kx4Waj9u5YKmQmkbKiyKQKkmZ+UUFl6vFzMzM2htbU3r3pwrDMMormYkF0odsZCnoT1//hzNzc15bU+NqVCANiMWqZQ08Ser85J9KqkvENKDMifK6UXcmb0dgPTCb/lnSTSEQMSJ3AmKpDKRNCN5CtVNv4O8eJxsV17cLdWISONOF0byAm8ScRGEEiO+rtPpxFoPKeWJhRBlSa+1EF4T9kevZ8CyPBQ81ykaWmz0Vl1djZaWFrS0tIDjOJydnSEYDGJnZwcLCwuwWCxi2pTFYsl6/9Ua5VEKSo9YhMNhmgqVB1RYqJhyCAue57G2toatrS309/ejqampYNtWkqNSrpRSWLAsi/n5eQQCgbzS0OSocfVfjWO+D+Q0IlEGIU2JiAMhFUqe5iO9JndyumnrJLIhr3247n3pLlHCdklaEZm8y9OirqZCSaJBXmCe/p3EzlZ4v1zIcCBiQ4iikGtLSGVKr8PQiVEMCf7y/JBW5qXaDv5SgAAsy13eex7eI1ELEYvb0Ol0sNvtsNvtePz4MeLxuFibsbe3BwCiyHA4HKiqqrpzm1oUY6VE6RGLaDRKIxZ58PDuohqi1MKCFAaHw2GMj4/DbDYXdPs0YnF/YrEYPB4PANza9C5baMRCORDLVGI1y7LyomkOpAu31Hk6PSqQXhdBJtLy7ZPfO90lSd58jnzfTXOoq85SmW5UNwmWK1sS6ymE5n/ks1I0RHJ+IgKEk9WKkNcEV6r0BoAQjwtJ15Jy5OXHQX3nfSHQurDIpKqqCk1NTWhqagLP8zg/P0cgEMD+/j4WFxdhMpnE2gyLxXLtyrrSi4+VjtIjFrR4Oz+osFAxpRQWFxcX8Hg8qK2txcTERFEcN8rtqFQISrEP2TS9yxY1rv4Xc8zlnHCRlB6WFcSFkOZDCpsZceItTcSvTxuSb48gt22VPic1v5N/Ru6sRD6X3tH7Zleo68cgjZfnOXAcoNenRzGkWgh5ahQvEy1XtgxBbJH0KSJyJBvc9IZ/jDgW6T3KnegUk4cmLOQwDAOr1Qqr1Yquri4kEgkEg0EEg0HMzs6C47i0aAZZwKGpUPmh9IhFJBKhEYs8oMKiCJSqxqJUqUOHh4eYm5vDo0eP8Pjx46I9hGgq1N2QpndPnjxBR0dHwX8Lta7cFuN629vbw87ODqxWK1wuF2w2W0kfhoJTEy+bFPOyFCTpfVdX7a+b3MvFgNyaNb0nxHWRDcl6Vvo+efdq8nnB3pZHeoQAkNc0SGldknAgh5Tn5elduHy/FMmQ/p2BVOCdKX6IixV5j9z9iYgPBnLLXJ2Ov7T1fZiTa4C6GxEqKyvR2NiIxsZG8DyPi4sLBAIBHB4eYnl5GTU1NXA6nTAYDPSY5YHSIz60xiI/qLBQMRUVFYjH40XbPsdxWFlZwd7eHl6+fIn6+vqifRdAU6Fug+d5LC8vY29vD0NDQ3C5XAX/DoBGLADpWO/v76OzsxPhcBhLS0tIJpPi6qXT6SxY+tlNVFQAej1xNxJW+a+u3jMZf5dW7KXVe6mWIB1GdFCSHKZIcznpXemWrxJyASG5MslTouTigyy23GRTK62cC+5VnCgOhMvp6qp6ZvoX+QzPc+LxIkJDuCZ52bkipY/xvNANvKJCuROdYvKQIxa3wTAMLBYLLBYLHj16hGQyiZOTEwQCARwcHCCVSmFmZka8JxiNxnIPWRXwPK+KVKh8jVAeMlRYqJhirvAnEglMTU0hkUhgYmKiJGFBGrG4nmQyienpaUSj0aL/FmqMWBQyQkgmC6FQCK9evUpbmQyHwwgEAjg+PsbKyoq4eulyuW7Mxc4HvZ70shAm+no9I3baTp8I8mkTeGnSnt4hW57+RFbtr07WSWG2FFUgrkryFCzhvUC6QEiPdMjdmkiUQb59qZ8EGasUlZE+K++ZQd7HyURN+nEg79HpJFco6fNy+1rJHpfjBDeoioqH+TikwuJ+GAwG1NfXo76+Hk6nExsbG7BarfB6vVhdXYXRaBRFRqmjm2qCXPNKPj40FSo/HuadtMiU6iZdrBqLs7MzeDwe2Gw2DA8Pl+yBq5WIRSFXz0OhENxuN2pra3NuepcNauxjARQmFSoajcLtdsNgMGBiYgJ6vR6JRAKAcFxMJhNMJhM6OjqQTCZFZ5nZ2VnwPJ8WzcjXJx8ADAYp1UeApBORa4Q4HJGmeemuTNLEX0pvIs3zpJoC0gyPbAOyzwLEbYlEQSRRIRcyctKLpqX6Bmm8ZPuZDlHCZ9KdoaTicmn7xGJXvp+ZLj3ymg/JyUqKaJCu3QADvf5hT6ypsMgenudhMBjQ0dGBjo4OpFIpMZpBops2m02szaDN1iTInEXpEQsqLHKHCgsVUwxhsbe3h8XFRXR3d6Ozs7OkN0MasUjH5/Nheno676Z32fBQU6FOT0/h8XhQV1eHvr6+O39Hg8GAhoYGNDQ0iLnYfr8fe3t7WFpagtlsFkWG2WzO6berrBTSoVKp9IJjec2F1IkbkIRG5qRd3v9Cso9NX71n0ixYrxZJp/d/ILUPxD2K9LcA5LUQNzeoS4+sXI6ekbYn35/b4WX7Rd7LyWpThH8hzQGl70lPy6qpudtiVKtQ69TsyTxmFRUVqKurQ11dHXieRyQSQSAQQCAQwPr6OiorK8X7gc1me7DRMUBaGFG6sKA1FrnzcM9uDVDIFX6O47C4uIijoyMMDw/D6XQWZLvZQF2hBArd9C4b1Pob5CMsiDlBrgXx8lzsrq4uxONxcVKxs7MDvV4vTiocDkdWkwopXYgRRYRQFyGl/ZDV+3RRwCO9d4N8q/zlqj0uPye3qyWpSlI6lNShmxFFjTwSIU9Vus5tinxXer8N7nKiT3pV6GTpTXJnKnltCBFAHDhOijhIr8nHwKQdN467OlZJuDDQ65U7ySk2NGKRPbcVHzMMg9raWtTW1qK9vR0sy+Lk5ATBYBCrq6uIxWJp0Yza2toHdfxZlr2spVLuNUcjFvlBhYWKKVTEgvRE4Hkeb968KVsRmlZSofLZh2I0vcsGNdZY5Bqx4HkeGxsb2NjYuNacINeHfVVVFZqbm9Hc3Cx2/Q0EAtjY2MD8/Lw4qXA6nXemSFRXA7EYL5sok7QgFoD+cj8AnU6+/1J/h+ua50nRCYBEM9ItYCX3KOFzuisCRfq89D7hvddN9qX3SpEQ3WWthNy1ibwmr83QXRmPICo48d/JZ+RiSqhFkRewk2uTvSZlikN1df6pa2qFCovsycZuVq/Xw+VyiYYbkUhETKPc2NiAwWBIs7TVejRD6VazABUW+aLtM7hMqKnGIhgMYmpqSkwBKecFr5VUKLLim+15QAQewzB48+bNvTrAFpqHUmPBsizm5uZwcnJya7PHfK9ledff7u5uRKNRMZqxsbGByspKuFyuGws+jUbg4oIUNQuTZQE95H0j0ndfnhZ0vavTVetYZKRC8WmfS++wnen+dN25fjUyIBRvp3+/3NXq6ueF/ZCnZslTmOTpTfJtSmlepI6EvE5couTXp/A+o/FhPwqpsMiOfNLHampqUFNTg9bWVrAsKy48bG5uYn5+HhaLRVx4MJlMmvttlG41S1LZTCZTuYeiWh723VTl5CMseJ7H9vY2VldX0dvbi7a2trLfwLQSsQCyX5UhOf4ulwvPnz8v2433IdRYxONxMUI3MTFRUgFnNBrR2toqTioyCz7tdrsoNKqrq2E0yns4CJ22iUUsmRyTCbI84gCk27Gm1zrwAIidKyA5PqVHG6Qi6fTPSylUXJr7UnqTPnlhebo4kNyfSJqUToxS8Dx7OflPd7kiokReyC0vNpc37CPHRC4e5OOXJjaSSHnINRY0YpE9hZoc6/V6OBwOOBwOAIKBBIlmbG9vi6+TaEaxzTtKgdKtZgEascgXKixUTK7CgqzWBoNBjI2NwWazFX5wOaDT6UQXHrWSi7DY39/HwsJC0ZreZYMaU6GA+0csLi4u4Ha7YbVa8eLFi7JG6OQpEj09Pdfa2VqtTpyf18FkqoFOJ4yVRCikibIkJOSTfiFFismYjJOolFTETWou0qMD6REK+SlJCsMFQSDfo3RnqvS0JnnNhfR5edRFQBpXejE3fznmdPFD+naku1hdbkknpUIJr5OiUVyKIkGQGgwVBXHxUitUWGRPsTpvG41GtLS0oKWlJS2Ncnt7GwsLC6IphMPhgMViUeXvpoZUqHA4TIVFHlBhUQSUnAoViUTg8XhQUVFRtnSbm9BaxOIuSAPC/f39oja9ywYtRyyIy1ZHRwe6u7sV9VC+zc52d3cJsZgeZrMZHAekUgkA1RDqD6SJszxdSEr5kSIXQrpTZvSCFGLrQfpDSHUSkkgQ3iuPWvCX6SBSDcTVyT2JNpCoC58hWDiki5D0onTSpVsudNJtZEl0Q45UZyF8Xi5siBAS6ixYVkgBM5kerqgAqLDIhVKk88jTKAGIphDBYBC7u7tgGEaMdhTK4roUKD1iQVKhqLDIHSosVAyZiN/3weDz+TAzM4Pm5mb09vYq7uJWqyORHCkt5Pb9SCaTmJqaQjwex/j4uGJuYlqNWGxvb2NlZaXkLlu5IreztVhYbG9HEAye4OzsBEtLS6itNcFqtcFmM6OmxgQpHeq6hY30lCDxX8XO2FKtBJD+d6nXBQO5o5IwsZIXehMnKvnvIE/ZSk/NSt8+f1nrIYkMYXvk/0JKllzYSP8ubYuMRy5WpD/Le30I+6jTCeOyWJRx7ZULKiyypxwWvZmmEBcXFwgEAqJFvNlsFkVGMRp2FgqlRyzi8Tg4jlPMM1mNUGGhYsjFybLsrU4ScvcbJU+stFC8TfK7b5ucZza9U5ILiBojFrcVnHMch6WlJRwdHWF0dFRc/VMTDgcDr7cGbW018PmO8fhxD5LJBE5OTnF0dAi9XieKDJPJCoOhApKIkLs+ye1W5alIJB1K3oiOwdV0JilaQFyhpCJsgGWvdgSXvzc9jYmca9J2JfHDyQrHyRh1l2lPl1u+TPMif84ULZnRk/R6DCltjGEYWK0P26+eCovsKVYq1H3R6XSwWq2wWq3o6upCIpG40rDTbreLReBKykxQesQiEokAABUWeaCcGQ0la+4jLFKpFGZmZnBxcYHXr1/DYrGUcohZoYVUKOD2yIvX68XMzAza29vx5MkTxT3Q1RixuElYZEaF1NrwqKZGB4MhhWQSIB1/rVYrXC4nWJZHOHyOs7Nz7O0dIBbbgNlsgtVqhc1mQ3V1laymgRd/XxKpkFu5klQhKZ0KV1KtMm1n5acvmehLpDs+pbtXSXaxQrM9edG5lAaVnjaFjO1c/7vLi9ClLttkG0LfDIapAMfpYDZXKnqSUwpog7zs4ThOUQtClZWVaGxsRGNjI0jDzkAggMPDQywvL6OmpkYUGVartaznvNIjFuFwGAAVFvmgnCtDQ5TqJk1Wx29a5Q+FQvB4PKiursbExITiczC1ELEArhcWPM9jc3MT6+vr6O/vR1NTU5lGdztqtJu9bsyRSASTk5MwGo2KiwrlQl0dA6+XrLJLUYeKCgYWixUWiw1tbW2IxWI4Ozu5FBr7qKysgNVqhd1ug9lshk6nEwuZ0+svJGtX6TVGFBGSkCA9JOQTdvIaIC/4luod5P8uj5jIm/CRfhNSXUb6toUmd/JaEknoyIVEZtRCbjdLPifsg04H1NdfbzP80KDCIjuULMbkDTsfPXok1msFg0HMz8+DZVkxmuFwOEret0oNEQuj0ajoMSoddT9tHzgMw9xYwH10dITZ2Vl0dHQocmX8OrQasZD3TChH07tsUKO4y+yncHJyArfbrdhaolxwOIDDQw48r5P1bpDXDAhUVVWioaERDQ2N4DgWZ2fnODs7wdbWJpJJFlar+TKaYUVlZZW4HZ4XfvP0ImyAZYH0w0dqFuQRAUEQkMlWpg0umdCTccsdqsSt8tI2iVCQdwJPd37KFA+ZVrbCe4RIiCQ2pO0DHMfCYKh48PUVAE2FygWl92KQI6/X4nkeoVAIwWBQdJ8zGo2iyLiul06hUfqxC4fDdzYupdwOFRYqJ1NY8DyP1dVV7OzsYGBgAA0NDWUcXXZooXgbSK9TiMVicLvd0Ol0Je+ZkAtqTYUChHP/4OAACwsL6O3tRXt7e5lHVjgqK/UwmTiQaAKZDJK6ifQmcgIMo4PdboPdbgPPc4hGIzg9PYPfH8DOzjaqqqphswkio6amFnq98LCX6hH4y0gBxDoNKQ1KLjDIhD39/5kdv+X/F+xwJccoye2JSavpSI+MkPeTqAojCgspCiOJCCkSQt7Di+KHYQC7XZ2pcYWGCovsKXeNRa4wDAOz2Qyz2YyOjg6kUqlre+mQInCj0Vjwc0MNqVBqTZtVClRYFIFS3qTlwiKRSGB6ehqxWAzj4+Oq6xypxtXy6yAC6eTkBB6PB/X19ejr61PFg0itxdsAsLq6it3dXcVY9xaa+nphgi/UCACkyV16YbLkhkQm8GQibTTWoqamFs3NTUilkjg9PcX5+RnW1tbBcTysVgtsNqEgtKKiQowAyAuhpZ4YRITIU7NuIv11qeZDnvZERAUH+e2TNLITenXIozPpDe7IvgNkRTT9e+UOUzwP6PU6NDQoN3JYSqiwyB4lp0JlQ0VFBerq6lBXVyfarAYCAfj9fqytraGqqkqszbDb7QURBCzLKlpYEKtZLfy+5YIKC5VDJuPn5+fweDywWCyYmJhQZU65llKhvF4v9vf30dPTg/b2dtXcpNQYsSDjPTo6UqWgvi9WqwEGgzSZllKOSD8I3WWaD3dZSJ3egVoSHELhKWnOx/M8wuEwzs6C8HqPsLGxLhaAWyzmyyJGRtxGusWs5BRFRIf0nbgcpzySwiMzsnK5JTH6QIqsiQ1tumuUPIVK2OdMO1uhhwVJz5IKwwUBxF3moNdqootxIaDCInuUns6TCwzDoLa2FrW1tWhvbwfLsmI0Y2VlBfF4HDabTUybynXyzXGcous9o9FoyetOtIb6Zp8qoVRFsHq9Hn6/H/v7++jq6kJXV5dqHxJaiFhwHId4PI79/X0MDw/D6XSWe0hZobaIBUk1A4CxsbGCh7CVVszudLJIpQBp9T69E7VgL6u7TNWQ962Q6h0kpAm7yVQLk6kWzc2tSKVSODs7w+npCQ4PD6DT6WGzWWC12sRoBpAC6YRNaiIEMcPL/k2KEKT3jxDSmKTohFxEXLWOJWIhPXoiFYVL9zvucvv6y8JwIrDkblbC3xsbabSCQIVF9mhRWGSi1+vFxQcAYjQjGAxiY2MDBoNBFBkOh+Pei5lKL96mXbfzhwoLFcNxHGKxGEKhEAYHB1FXV1fuIeWF2iMWJBUtlUrhyZMnqhMVgLoiFufn55icnITD4cDFxYUqo3TZYjZzqKxkxMJkYcWezSimJulDJMrAQ6fjZM3zSFM6IgAkpyadDjAY9HC5nHC5nOB5FqFQCKenZ9jfP8D6+gZMJhPsdiFlqrqadAAngkJeXyGfrEriRxIQOvG7hSiGIAzk9rhSUbaUEnW1C7dUmyHUm2RGSTiZ6GHgcNSgulq5K6alhgqL7FFrjUU+1NTUoKamBm1tbWBZFqenp6LImJ+fh9VqFWszTCbTjeeU0mssIpEIrbHIE+0/iTVKPB7H1NQUWJbFo0ePVC8qAKk2QY0PuouLC3g8HphMJthsNtWmWaglYnF8fIyZmRk8fvwY7e3tODw8LPeQSgLDMGhuBnw+YdItrP6TV3kwjB7pdQuAkBIk1UPwPCvrOUFSjbi0yIDsG2E2m2GxWNDa2opEIo6zszOcnASxt7eHykrDZXM+K2prTaiouCoaxNHJemSQegqSpiS4N8kjL1Jhevr+S4JFKuTmL8fOgmF0l/nvuPw8B0FICcepooJBUxONVshR4/223GilxiJX9Hq9WHvx5MkTRKNRsUHf9vY29Hq9KDIcDkfa85BGLLQPFRZFopgpFCcnJ5iamoLT6URlZaWi1X82kP1Q+opGJqTpXUdHB7q7u+F2u1Wz6p+J0iMW8n4gxPWMjFfJ4y4kJhOQSgHBoFBjIEzKOXHFXopaEMHAQqcTridhcq8TnZXIJF6nI3aw6ZOldCtfoKqqGvX11airc4LjeFxcnOPs7AxbW1tIJJKwWgVhLdjZClEBaQ5Bogs6SKlJRERIjfrkLlOk27YwNv5y7FJUQkDYX51OHvFkoNPxsvNZ+ExdnVnR+d2l5noxSbmLhxixuA2j0YiWlha0tLSA4zicnZ2JImNhYQFms1kUIkoXFqR4m5I7VFioCJ7nsbu7i+XlZbEoeG5uTvV1CQRys1GLsOB5HhsbG9jY2MCLFy/Q2NgIQPmT89tQWk2BHI7jMD8/D7/fn9YP5CFNisi+trVVIBxOIZkUzrN0C1h5p2mAYfSiq5K8r4MwwRcm3RynE99PtifUaEi1EZevXG5TuF5tNjtsNhva29sRiUQuJxRBbG1tw2isFl2mzGYTrjpBAVKdhxCNINEGaZ9IBI2TfZYHz+vAMERM6S/3Qfqs8B5SwC6Muba2Co2Njvx+AI3ykK6hQvAQaixyRafTwW63w263AxCyK0htxu7uLliWxf7+PgDA4XAoTuhTYZE/VFioBJZlsbCwAJ/Ph5GRETgcwgPypgZ5aoTcqFmWVXwqEcuymJ2dxenpKV6/fg2LxSK+puZ+HEpNhUokEvB4PGBZFhMTE5e5/QJkUqTWY54tPM9Dr9ejpYXD5mYSgP4y4kCKqVPg+QpRJEpdrSFOtjlOSIeSuzpJjk3pxdTCn4ltrfCakGZEJvCCYKmtrYHRaERTUyNYNonz8xDOzk6wuroGhuEvi78tsgJw4XuFdCiSukSEbWYthbxPB3G/wmVUApfCCSApViTti7yP54G2NioqMslsHki5Hw89FSobqqqq0NzcjObmZnAch69//euoqqrC7u5uWjTD4XDAYrGUXbCFw2HYbLayjkHtUGGhAqLRKDweDxiGwZs3b9ImVVoTFmpY7Se/h16vv7bpnZqFhRKPfygUgtvthtlsxosXL64t0n6ID3mbzQC7ncPZmVCoTeoteF5/KSaEB7TUxI4XIxukpoGkHwn1Drh8P8T3SxEKqW+FvDEe+buQyiTZzer1BjgcDtjtdnR0cIhGwzg9PcXx8TE2N7dQW1sDq9UKq9WC2toaELFAIhIk1UlaGZY7YGU6Psndp6TeG+TvPM+hpcWO6mplN6csB1RY5AaNWOQGeca3trbCZrMhkUiItRmzs7PgeV50mXI6nWVpKBuNRtHc3Fzy79USVFgUiULdqAOBAKamptDY2Ihnz55duZnp9XokEomCfJcSULrlLGl619DQcO3vAahbWCgtYhEIBODxeNDe3o4nT57ceF0pURAVg8z9b283YGkpjngcEOopdOLkXrJzJXn0OtFpSdgWwPMsBAHCyCbicqtX7vJzpE+FJDjINsm2LreaNk4S5aitNaG2thYtLS1IJhM4PRXsbI+ODi5TqqywWIS0KYNBL0YtpOtLvkJM0r2kyAapoyDpXXJxZLHUoKHBlt+B1yhUWOQGrbHIHXmNRWVlJRobG9HY2Aie53FxcYFAIICDgwMsLy+jtrZWFBlWq7Ukx5y6QuUPFRYKhed5bG1tYW1tDc+ePUNra+u179NSxAJQtuXs7u4ulpaW0Nvbi/b29hvfp7TJeTYoaYK+s7OD5eVl9PX1oaWl5db3PqSJkfzc0ul0ePTIgJWV5KWokIqjSYoRQCb+nOzPOlEYyK1ZJQEhTNylgmipwR6puSD9JoT/c+LfhfoMMlYubRwAD4OhEnV1daivd4JlOYRCIZyfn+Pw8BAbGxswmWphtVpht9suowyZKVvpf5anSJEIConGVFbq0dmpPtvnUkGFRW7QVKjcuamGUmhcaYHFYsGjR4+QTCbFaMb8/DxYloXdbhfTporVxC4SiWi2yWqpoMJCgaRSKczNzeH09DStSPU6tCYslLjaz3EclpaWcHh4eK+md0rch/uiBFHE8zyWlpZwcHCQVk90G0ouOi8k101mjMYKPHrEY2MjdVkXQWxXWTCMUMtACp5JEzlStC2lQ8l7T0hpUySiIRVD8+JrpMbicmSX45NHLyAWVqcXhkt2uHq9DhaLBWazCa2tLYjFYjg/P8PZ2RkODvZQWVkJm80Oq9UCk6kGFRUGkEsr/VAwMjEljEmvZ/D4ccOD6G+SK1RY5AZNhcqd+x47g8GAhoYGNDQ0gOd5hEIhBAIBHB8fY2VlBUajURQZNputYIYvNGKRP/SOWyRyvVGHw2F4PB5UVlbizZs3dzomaFFYKGl/EokEpqamkEgkMDExca8bjk6nQzKZLMHoCk+5IxapVArT09OIRCL3Pt5AccetBjtOi8WAtjYeOzvSWCV3KEkkSJEJSUBIblLpjk3C//UgAoQUgQs1EOmihAgK6TCR77x6/IioEBr4SRa4AA+jsRrV1VVoaKhHKsXi4uICZ2cn2N7eQiKRgNlsgd0upE2Rmgl5Hwy5+9Xjx3WoqlK2CUS5ocIie8h9hgqL7CF9qrI9dgwj9NMxm83o7OxEKpVCMBhEMBjE0tISkslkWjQjH2FAIxb5Q4WFgiD9EFpbW9HT03Ovi09rwkJJqVAXFxdwu92wWCwYHh6+98onjVjkRjQaxeTkJKqqqjA+Pp6VM9hDmhjd9Ps4nZVIJhM4PExBp6u4dEeS+kMI9qw62eRfcouSF0ZL36EDw0j3FqkgWuqKTYrBBWEnr8GQpygJUY/MSaxOx8hSSgRBQPpVAAz0er3YEwPgEIvFcXIiTCa2tnZQU1MNi8UKu92C2lqTrJ6EQXOzGTU1kskF5XoeQpSv0JBjRoVF9pDnYr7RhYqKCtTX16O+vh48zyMcDiMYDMLn82F1dRXV1dWiyLDb7Vl9XzgcphGLPKHCQgHwPI+1tTVsbW2hv78fTU1N9/6s1oSFUiIWpLPzo0eP8Pjx46wmrmoWFuVKKTo9PYXb7b61KP42yh1pKRV3nYeNjZXQ6YD9/SQYpuLSKUpKV0oXFVIBtBB94GSRCKl5ndyRSRAnUrdvIUpBbG7ltQ8kTUrokUEKyqWibyYjkiHURUh9NjiZ05MgcqqqqtHY2IzGxiakUilcXJzj5OQUKyurYBiIIqO11YxolE6Y7wP5DR6SMM8Xcp+hxyx7yLO9kKKMYRiYTCaYTCa0t7cjlUrh9PQUgUAAKysrSCQSsFqtYoO+mpqaG387nudpxKIAUGFRZpLJJGZmZhAOhzE+Pg6z2ZzV55UyES8U5Y5Y3NT0LhvULixKPfbDw0PMzc2JTR9zeWA/pIf8XcKvvl4QF3t7KVnHamnySKIRQi0GZEXfkn2svG+FkEIl744tOUEJ6VGQRSeuSx1jxPcJnyMChBVfl8bGgogMqZ8FZOMTtmMwVMDhsMPptIHjOnFxEUYodAadLoLDw1Po9Xpsbm7C6XTCbDY/qPMjG9SQ5qc0aMQid0iEspjHrqKiAi6XCy6XCzzPIxqNig36NjY2YDAYRJFht9uvZCJEo1EascgTKiyKxH1u1hcXF/B4PKitrcXExEROTeHKPREvNOUUSqRo/uzsLCeRR1CzsChlKhTP81hfX8fW1hYGBwdRV1eX87YeSsTivrhclaisZLCxEQegA8fx0OuJECDF2DqxsZzk8CQVVgv9KaR7jFS7QaIgUgRE6oFBUqnIbyGJFIC7rKsgqVFS7wrplGPE6IbUnyK9q7Yc8h6Xy4KxsU4YjdXY3d3F/v4+wuEwdnZ2oNfrxYmEw+GgxdwyqLDIHhqxyB251WwpYBgGNTU1qKmpQVtbG1iWxenpKYLBINbX1xGNRsHzPN5991184AMfwNjYWMk6b29tbeH/+//+P3z5y1/G0dERmpub8ZGPfAS/+qu/qrhu5NlC77BlgqzS5pJqI0ev1yOVShV4dOWjXEIpGo3C7XajoqICExMTeV3Yap7klmrsLMtibm4OJycneP36dc4ijvBQHvLZ7KfFYsDTp8DWVgrRqDCZF4SCMMHPbIIn2c/K6yyE30qKKAj/rtfrxBoLUnshRS3S7WWltCcdGEYQNoINrQ4sy0OvZ8TtXu4lAP7yNUn4AEITQI7TXUY2BEymCjx65BIFg16vR1VVFfr7+8FxHM7OzhAIBLC5uYn5+XlYrVa4XK470yIeAlRYZA8R2fS4Zc9NVrOlQr7I8OTJE7Gu71vf+hZ+7/d+DzU1NYhGo3j33XfR0tICu91etLEsLS2B4zj8x//4H9Hd3Y25uTn85E/+JMLhMH7zN3+zaN9bCqiwKDEcx2FlZQV7e3t4+fIl6uvr89oemYhr5QFRjtX+YDAoNiF8+vRp3isqNGJxO/F4HG63GwzDXNu5PBfULOayJZvfp7ragJ4ePXZ24jg5SYqCgKQYSTUMDPR6BizLiREDnQ7gOBI1ECIOwoRK3rQOadshBeOCCJA3rGPAcSx0Or0oTFiW9LggFrny+h4iOKRu3kKPDGG7gjDi0NBgRnPzzQ9/nU4Hu90Ou92O7u5uMS0iEAhgY2MDlZWVcDqdcLlcBbWsVAtaeW6UEmo1mzuljljchdFoxHve8x78xV/8BaLRKP7sz/4MH/vYx/C7v/u7+Lmf+zm8fv0ab7/9Nt7//vdjeHi4oGN/++238fbbb4t/7+rqwvLyMv7Df/gPVFhQrue6m3WmdWkhwm16vf7ygauNB0SpU6Hu2/QuG9QsLKQJXHHOp4uLC0xOTsJut6O/v79gE7linfssy4JlWej1+qLnBhcLnU6Hzk4jLJYK7O8nwLKSXaxOJ4kJUjxNek6QvhekPwTLCuKD4zhxgiBZykpN9Egxt5BqxV1uk7kUEZJDFEm/Ih22pUJiiMXkApKNLMMAHMeiuroCbW0OmEzX50LfdD4YjUa0traitbUVLMvi5OQEgUAAy8vLSCQSomWl0+ksWgMuJaGV50YpoV23c0fJosxoNOLbvu3bAADf+ta3EAwG8c477+ALX/gCfvM3fxNVVVX49Kc/jZ/4iZ8o2hjOzs7u1bdJ6VBhUSLOzs7g8Xhgs9mysi69CzIxU9pKQK6UKhVK3vTuvk3Y7ouahQU5h4ox4fB6vZiens47/e86Cu1mxfO8KHAZhkkTuzqdTvyv1ORzzBwOA8xmHfb34zg7Y8FxrNiLgmGI1Ssu06FYMAx36dKkv4w68OA40ihPd/l/gEQbBAcoIS1Tp+PAMJWXgkFoxkdSnEiEg+OkCZp0vcgtb6U/k9oNnQ5wuaxobDTfePzvex7o9fq0Is9IJAK/3w+v14vV1VXU1NSIIsNqtWri/poJFRbZQ7tu5065U6HuIhKJiKmUra2t+NjHPoaPfexjSCaT+MY3vlHU1Ki1tTX8+3//71UfrQCosCgJe3t7WFxcRHd3Nzo7Owt6U5ILi1yKv5VGKSIWJHKUTCbx5s2bgq9MqllYkHOzkCtLPM9je3sbq6urWdsp35dCCgsiKjiOg8FgECM45N/If4DwW5N861JNPPPZT4NBj87OGpyfJ3BwkEA0yokOTFJKk1zAkMm91LVbKPBmLoUGEQvSPU0QI5L7E0mpIv8u7IPcVYekRMn3UUqNIoXgFksVWlutqK4ufGEjwzCora1FbW0tOjo6xAZcfr8fc3Nz4HkeDodDFBpqL64kUGGRPUpedVc6Sl8AJT0sMq8Jg8GA97znPffaxi//8i/j05/+9K3vWVxcxNOnT8W/7+/v4+2338YP/dAP4Sd/8iezH7jCoMKiiHAch8XFRRwdHWF4eBhOp7Pg30EmNFqxnC12MXquTe+yoZxN5vJFHrEoBOQaOD4+xtjYGGw2W0G2m0mhhIVcOMhFAyCJeJIKRGqb5C4x5DPFengWahJosVTCYqnE6WkM+/tJJJNy9yapWFpyjSLpUexl7xz5v+shNeOruCzS5kUxAeDSkUoo4Oa41GVURKiTEIq9pSJv4diTWg4WZnM1GhtrYTLdfwEg3+OU2YDr4uICgUAAe3t7WFpagtlsFkWGmu1sqbDIHiosckcNEYt8DR1+4Rd+AR/96EdvfU9XV5f454ODA7zvfe/Dmzdv8Pu///s5f6+SoMKiSJDQGc/zRVkVl6OlJnnFXO0/OjrC7OxsUVJx5GghYlGISXoymUyrKSrmNZCvsJBHJQApEnEd8jQoIi6I0FBKytR9sdmqYbNV4+QkAZ8vgYuLOHQ6/aWg0F0KAuG9RDBLNRmkaB6XQiC9d4VQvC0gd9IRjgfpSUGKxPnL7XEQ5h0MTCYDGhrsMJnyL+7PB4ZhYLFYYLFY8OjRIyQSCbEAnNjZOhwOuFwu1dnZUmGRPbTGIneUHrEgwiIf6urq7m2dvr+/j/e9730YGRnBZz/7WUUfm2xQzx1QZRgMBjQ1NaGtra3oCl1rwqLQ+0L6JWxubmJgYAANDQ0F3X4mahYWV3PecyMcDsPtdqOmpgavX78u+mQrH2FBVsnlkYf7TrbI8ZK7s5Ft8TwvRt8KGc0oRjTMbq+E3V6JeNyIQCCBYDCGRELeJRvguJTMxYkX/y9PoUpPd5IKsYmDFMcR4UaKx3HZeE/YVmVlBZxOIxyO6pxTO4sdLaysrERTUxOamppUb2dLhUX20BqL3FF6tOemVKhisL+/j+/4ju9AR0cHfvM3fxM+n098LZfGvEqCCosiwTAMHj16VJKUGC0Ji0IXb6dSKczOzuL8/DyvpnfZoGZhIa+xyJVgMAiPx4OWlhb09vaW5Cadq7CQRxvynfTLRQYgpUwRsSEvBs9VZBT7WFZV6dHcbERzsxHhcBKnp0lcXKQQiSQgpDwBpKBar8dl9EInOjyRQnchgkEKtCWnKAH+0pmKQSrFw2IxwGyugM1Wg+rqwtSJlWrip3Y7Wyosskfpk2MlQxz2lEqpmuMBwBe/+EWsra1hbW0Nra2taa+pNZWaQIWFBtCSsChkxCISicDj8cBgMOTd9C4b1CwsgPxW/4lRwdOnT9HW1lbgkd1MLmMmooKkNhR6glWslKlSPXRqaw2orRUm+qlUCqEQi2iUQyyWRCTCIZVKged10Ok40SFK6E2hvzymvFhjIUwoeFRV6VBTU4WamgpUV+thMlVpapKmNjtbKiyyh6ZC5Y7SRVk4HC6ZsPjoRz96Zy2GWqHCQgNoSVgUKmJBVs2bmpoK0vQuG4iwUOtDO5fic57nxcaPxTIquI1shYVcVJSii+5N0YxipkwVkoqKCthsFRBq74UJMc/zSCRYJJMsOA5IpYBUKgmdTthHnQ7Q63WoqBDcqCorS/O4Ucpq33V2toFAQFF2tmq9R5UTmgqVO2op3qbkBxUWRaTQ3vo3oSVXqEKs9u/s7GB5ebnkq+YEeQG0Gh9A2XaxTqVSmJmZQSgUwvj4eMlWfORkc61d5/xUajKjGfL/botmlOqech8YhkFVVQWqquSPkfIWWisVuZ1te3u7Yuxs1XqPKidKX3VXMizLKtrcgAqLwqDcX5hybyoqKjQlLHLdF7m16ejoaFGb2dyGfMKoxgdQNhGLWCwGt9uNiooKjI+Pl83f/z4T7mycn0rJTSlTmUXl5HdRirBQMkr4XW/jNjvbxcVFmM1msQC8mHa2VFhkD02Fyh01RCzKsTCmNaiw0ABailjkmgqVSCTg8XjAsmzRrU3volDOSuXivhGLs7MzuN1uuFwuPH/+vKwP27uERT7OT6XktpSpeDyOWCwGnueRTCYVmTKlBNQmvMppZ6u2Y6UEaCpU7jwEu1kKFRZFpVQ3Hy3VWOQiks7Pz+F2u2Gz2fDixYuyr4ioXVjcJ2JBeoIUo5t8LtwmLArp/FRqSDQjHA5jenoaNpsN9fX1AKC6nhmU+1FKO1sascgetUailYDSj10kEhHvr5TcocJCA2hJWGQbsSAT3K6uLnR1dSniIal2YXFbxILneWxsbGBjYwMvX75UzE34JmEhFxVKSX3KlpOTE0xNTaG1tRXd3d1pv4+aCsBLiRp/5+u4r52t0+mE3W7PelGFpvVkj9Inx0pG6Xaz4XAYJpOp3MNQPVRYaAC9Xo9EIlHuYRSE+0YseJ7H2toatre3FTXBJajZcvamiAXHcZibm0MwGMTr169hsVjKMLrruU5YFNtOthQcHR1hYWEBPT09aV7nZGIjF7HX9cwg76HRDG1wk53tyspKTna2NGKRPVSM5Y7SRVk0GqWpUAWACgsNUOimcuVEr9eLBao3PfDkLkSvX78uSdO7bMnFslUpXDdJJzUsHMdhfHwc1dXVZRrd9WSOWQnOT/nA8zy2trbEbvEul+vW99/WMyOzAFzrIkOt1122FMLOlgqL7FF6AbKSUfqxK2UfCy1DhUURoTUW2SOfHF13A4pEInC73aiqqiqrC9FdqDlikZkKFQqFMDk5CYvFgoGBAUU+GIiwUKrzUzZwHIelpSX4/X6MjY1lLZzV3jODkj232dnOz8+D47hr7WypsMgejuNgMBSmQ/xDgxZvPwyosNAAWhQW1+ViBgIBTE1Nobm5Gb29vYq+QalZWMijLX6/H1NTU+jo6BDz+5UIEUMkHYj8m1LHexMkGhePx/Hq1auCRIZy7ZmhVuhk+f52tlpJoS0lNBUqd5QesYhGozRiUQCosNAAWhIW8lVWAs/z2NnZwcrKCp49e5aWa65U1CwsyCSdNBp8/vw5mpubyz2sWyFjVqPzEyEWi2FqagoGgwGjo6NFWRW9rWeGPJpBIhlqPZYUidvsbP1+PwBgYWGhKHa2WoTazeaOkiMWJJ2QCov8oXeQIkJTobKHTGbI/nAch4WFBXi93rI2vcsWtQuL/f19XFxcqOKYkxXE/f19JJNJ1NXVwel0KnplLJNQKASPxwOHw4Fnz56V5OF7V8qUvOcHTZnSDnI7242NDZyfn6OysjLNztbpdMLlcuVtZ6tFlF6ArGSUfuyoK1RhoMJCA2hJWABSMXo8HsfU1JQimt5li1qFRTKZxMXFBXQ6HSYmJhSfb0pW2R89egSHwwG/34+VlRXE43GxqVhdXZ3iis3lBAIBzMzMoKOjA48ePSrbRO62AnC1pUzRyfD9qaqqQnd39xU7283NzbztbLUITYXKDXJPUfI5RGssCgMVFhpAa8JCp9Ph4uICKysrsNvt6O/vV/TN6Dru271aSZDCeIZh0NHRofgbLEl9Ig8rMgHq6elBJBKBz+fD8fExlpeXYTKZRJFhsVgUM/E8ODjA4uIinj17pqh0MzUXgD8UV6hCkDlJzrSzPT09FcV6Lna2WoSmQuWG3JlOqUQiERqxKABUWGgArQkLnucxNzeH7u7usq7g5oPaIhYnJyfweDxobGxELBZT9DG/y/lJ7pDT2dmJZDIJv98Pv98Pt9sNnU4nioxy5ZSTRoM7OzsYGhqCw+Eo+RiyITOaQXtmaIPbCt3lYj1XO1stovR0HqVCnodKXSRMJBJIpVJUWBQAKiyKSKkmZ/dtKqd0eJ7H6uoqkskkuru70dXVVe4h5YyahMXBwQHm5+fR09ODjo4OTE1NKXbVV15sDNzP+clgMIg55RzHiauwq6uriEajcDgcqKurg8vlKskqLKkbOjk5wdjYmOoeZNn2zCB/LiVKFsZK4r4OWjfZ2QYCgVvtbLUIFRa5QeYoSr02w+EwACg+Uq8GqLDQABUVFeIDXqkX7V3Im97V1NQosuldNqhBWMi7lw8ODqKurg6Acpv7ySewufan0Ol0cDgccDgc6OnpQTgcht/vF1OmamtrRZFhtVoLfj0lk0nMzMwgmUzi1atXqKqqKuj2S40SU6aUeO4qlVyfGTfZ2e7v72NpaQkmk0ksADebzap9Ll0HrbHIDWI1q9RzIRKJAIDqFnqUCBUWGkDe+0GNVoHypncTExOYnJxU/KT8LpQuLFiWxezsLM7OzjA+Pp52M1VifUghRMV1kFXYjo4OJJNJ0YJzamoKAMSUKafTmfe1FY1G4fF4YDQaMTo6qspr9S4eWs8MtVOISfJtdrZTU1NgGEYUGVqws6U1FrmhZKtZQJiHVFVVKTZVS02o+wpXOKW6+ZAbtRqFhd/vx/T0dFrTOy2kdilZWMRiMXg8HjAMg4mJiStpC0qLWJCVbzIJKtZ1ZTAY0NjYiMbGRnAch7OzM/j9fqyvr2N2dhZ2ux11dXWoq6vLOmXq/PwcHo8H9fX1im/uWCiuS5mSF9zTnhnlpxhRbrmdLbmOiMuUFuxsaSpUbij9uIXDYVWej0pEXbNQyrWQC0FNk3Ge57G9vY3V1VX09fWhpaVFfI3YzaoZpQqL8/NzuN1uOBwO9Pf3X3ujV1LEQj4RLaaoyESn08Fut8Nut+PJkyeIRCLw+/3w+XxYWVlBTU2NKDLuSpny+XyYnZ1FV1cXOjo6HuSD66aUKbnYAAqXMvUQj3EuFDt9Vn4dacXOlqZC5QbLsor+fYmwoOQPFRZFhmGYoq/+Mgyjqsk4x3GYn5+H3+/H2NgYbDZb2utKnZRngxL3wev1Ynp6Gl1dXejq6rpxQqGEiMVdzk+lpqamBu3t7WLhaiAQgM/nu5Iy5XA40jpm7+3tYWVlBX19fWhsbCzT6JVHMXtmlPvcVROlrsvTgp0tTYXKDaVHLEjXbfrb5g8VFhpBLZaz8XgcHo8HHMdhYmLi2sZlNBWqsPA8j62tLaytreHFixd3TnDlnc/LQabzk9IeRhUVFWhoaEBDQwN4nsfZ2Rl8Ph82NjbElCmXy4VwOAyv14uhoSHFdy8vJ8UoAKeTg/tRTsMPtdrZKn2CrFSUHrGgzfEKBxUWGkENwuLs7Awej+fOpndqir7chFLEEbE29fl8ePXqFaxW652fKWfEolhF2sWCYRjYbDbYbDY8efIE0WgUXq8XW1tbSCQSMBqN8Pl8AKCoyZGSoQXgpUMpaT132dmyLAuHwwGXy1V2O1ulHDO1oXRBRlOhCgcVFkWmFKlQgPKFBemV0N3djc7OzlsnjEqZlOeDTqdDMpks6xgSiQSmpqaQTCZvjA5dR7lqLNQmKq5Dr9fD6/XCaDRibGwMFxcXokEBADidTtFlSp4yRbmeXHpm0FSo+6PUY3Wbne3i4iLMZnNZ7GxJTZAa703lhtjNKpVoNIra2tpyD0MTUGGhEZQqLHiex8rKCnZ3d9N6JdyGUvclG8qdChUOhzE5OQmTyYTh4eGs3MJKJYblaEFURCIReDwemEwmMSJXU1OTljLl9/uxubmJubk52Gw2sWcGfaDdzX1TpuQOVEpeIVUCauh9pCQ7W6WmZ6oBpdvN0ohF4aDCQiMocTKeSqUwPT2NcDh8pVfCbShhtT9fyiksyAO3tbUVPT09WU8cSp0KJV99VquoIGl+TU1N1x5zecoUccchLlNra2uorq4WRYbNZlP0A1gpXJcyFQqF4PP50NzcnGZnS1OmrkcNwiKT+9rZOp3OghfjyiNklOxQutAnxduU/KHCQiMoTViEw2G43W4YjUZMTExklfahhVSocqUT7e7uYmlpCc+ePUNra2tO2yjV2JXm/JQrXq8Xc3Nz6O7uRnt7+70+YzQa0dbWhra2NjGfnNjSchwnpky5XC6aMnUPdDodLi4uMDU1hebmZnR2dopRi3J1AFcDahQWckptZ0sjFrmj9OLtcDhMhUWBoMKiyJTqpq0kYUE6F7e2tqK3tzfrY6CV4u1S7gPP81heXsb+/j6Gh4fhdDpz3lYpIhZKd366L9vb21hfX0d/fz/q6+tz2kZmPvn5+Tl8Ph+2t7fFFVjSM4M2cLoeIsquE3eZPTPIfZKKDPULi0yus7MNBAIFs7OV91uhZIcaIhb3zaqg3A4VFhpBCcLitqZ32aCFiEUphUVmylm+qy7FjlhooZ6CCLnj42OMjIzcy23rPjAMA6vVCqvViu7ubsRiMfh8PrEDeFVVlSgyaMqUwMHBARYXF/H8+fNrrZSL2TND7WhNWMiR29mSJpf52tlSYZE7HMeV1c3rLiKRSM6LQ5R0qLDQCOUWFnc1vcsGGrG4P9FoFG63GwaDIeuUs5soZsRCC6KCZVnMzs4iHA5jbGysqAV/1dXVYsoUy7LXpky5XC64XC5FP7SLAenPsrW1haGhITgcjjs/U4yeGWpGy8JCTqHsbInV7EM4ZoVG6cXbtI9F4aDCosg8hFSoWCwGj8cDAFnZmt4EjVjcj9PTU3g8HtTV1aGvr69gN+1iRSy0ICoSiQQ8Hg90Oh1evXpV0voHvV4vRiuIBafP58POzg4WFhZgtVrFDuBa7yCbGTGyWCw5beeh98x4KMIik1ztbJWezqNk1GA3S1OhCgMVFhpBp9MhkUiU/HvPzs7gdrvhdDrx/Pnzgtw4aMTibg4PDzE3N4cnT56go6OjoJODYkQstOD8FA6H4fF4YLVa8fz587JOMOQWnI8fP0YsFhNdpjY2NlBVVSWKDLvdrqnJEMdxmJubw/n5eUEjRtn0zGAYRhPRjIcqLOTc186W9J556McrV5QesaB2s4WDCguNUFFRUfJV/mya3mVDuXtAFIJi7QPP89jY2MDGxgZevnxZlJzQQvax0Irz08nJiWhI0N3drbh9qK6uTitaDQaD8Pv9mJ+fRyqVSnOZUnPKFKknSqVSePXqVdH25a6UKXmuvZpTpqiwuMpNdrZbW1sIh8NgGAbb29tFsbPVMkqP9tDi7cJBhYVGKGX6UC5N77KBpkJdD8uymJubw8nJCcbHx2E2mwu6fUKhxq4V56ejoyPMz8+jt7c3ZwvfUiJPmXr69KnY/Xt3dxcLCwuwWCyiyDCZTKqZGMXjcXg8HlRWVmJkZKSojdAy0WoBOBUWt5NpZ3t8fIzl5WWcnp4Wxc5WyyjdbpbWWBQOKiyKTClrLEqxyp9MJjE9PY1oNIqJiYmi+D5rJRWqkOlEZFLF8zwmJiZQVVVVsG1nUogaCy3UU5Di4M3NTbx8+RIul6vcQ8oaeZpHV1cX4vF4WspUZWWlKDIcDodiJ8RKSkOTRzPkEQw1FoBTYZEdFRUVqKysxMuXL4tiZ6tllByx4HmeRiwKCBUWGkGv14sPtGJBmt7V1NRgfHy8aIWrNGKRzsXFBdxuN6xWK168eFH0VZ98U6G0ICo4jsPS0pLoclas6FCpqaqqQktLC1paWsCyLE5OTuDz+bC4uIhkMpnmMlVM8ZoNpKt5c3Mznjx5oqjz6aaUKbX0zKDCIjvkk+O77GyNRqPoMnVfO1sto/Tibdp5u3BQYaERir3K7/P5MD09jba2NvT09BT1YaSViEUh9oEc946OjpLl9ucTbdGCqEilUpiZmUE8HserV6/ydjlTKnq9XhQRPM8jFArB5/OlOeOQlKpypUwFAgFMT0+jq6sLnZ2dJf/+bFFbyhQVFtlB7GYzycbO1uFwKEa0lxKlF2/TVKjCQYVFkVG73SxJB1lbW8Pz58/R3Nxc8O/IhExs1fzQy1dY8DyPnZ0drKyslOy4E3JNhdKC81MsFsPU1BQMBgNGR0dLaidbThiGgdlshtlsFlOmAoEAfD4ftra2YDAYRBHicDhKsvJ4eHiIhYUF9PX1oampqejfV2jU0DNDzffYcsBx3L2O1212tktLSzCZTNfa2WoZJUcsSCoUjVgUBiosNEIxhAXLspifn0cgEMCrV68K1l34LsjDlWXZkhZoFpJ8xBFJwzk6OsLo6CjsdnuRRnk92UYstOL8FAqF4PF44HA48OzZM0WvrhWbqqoqNDc3o7m5GRzHiSlTS0tLSCQS4qSorq6uKKuv29vbWF9fx+DgIJxOZ8G3Xw6U2DODCovsyKVOIBs7W4fDodnFDCVHLCKRCADQGosCoc5ZG+UKhRYWhW56lw3yFT61Ip9AZLNKk0wmMTU1hXg8jomJibIUAGYTsdCK81MgEMDMzAw6Ojrw6NEjOtmSodPpxIlPb28vwuEwfD4fDg4OsLS0BLPZLIqMfFdfeZ7H6uoqDg4OMDIyUrLFjFJzU8qUvBCcvK+YPTOosMiOm1KhsuE2O1vS6JJcb1qxsyWLT0qNWBBhQSMWhYEKC41QSGFBOjq7XK6yOLDIIxZqJRdhEYlEMDk5KRbHlytac9+IhRbqKQChH8vi4iKePXtW0pQzNcIwDEwmE0wmk7j66vf74ff7sb29jYqKClFkZJsyxXEcFhYWcHp6irGxsQfzkC9nzwwqLLKj0M5GmXa20WhU7EGjJTtbeTRbiZD+JNTJqzBQYVFkSlljQR5C+Vy8+/v7WFhYKEpH5/tCHpxqjliQ43bffQgGg6LzzdOnT8v6sL9PxEILooI0G9zZ2cHQ0BAcDke5h6Q6Kisrr6RM+f1+LC8vIx6Pw+FwiHa2t0U9ScF8IpHA2NjYgyxuJZSyAJwKi+y4b41FrhiNxjTXNq3Y2cojcEqE1FfQa6EwUGGhEchKRq55jBzHYWVlBfv7+xgaGiq7Z7/ahYV8YnAXRMz19vaivb292EO7EzL2myYdWhAVZHX85OQEY2NjNLe2AMhTpnp6ehAOh+H3+3F4eCgWrBKRYbFYxPMmkUjA4/GgoqICo6Ojqq2rKgbF7plBhUV2lLIXg5bsbJUuLMLhMIxGI70WCgS9g5eAfPsC3Ae5sMi2+Eve9G58fFwRKQjFcrkqFSQv+jZhQfLJyYp5ucUcgdxcr5t0aMH5KZlMYmZmBslkEq9evXrQq+PFQp4y1dnZKRas+nw+7OzsQKfTiTUZW1tbsFqt6O/vV+zEQwnct2cGee99ohlUWGRHuY7Xfe1siRBR2j2NLHgq9VyjVrOFhQoLjUBWqrKdjIdCIbjdbtTW1mJiYkIxq4Vqj1gAt+9DKpXC7OwsLi4uMD4+rqgVc3kalzx6cV1RqdqIRqPweDwwGo10dbyEZBasnp6eitabgFA0ub+/j7q6Os32DSk0t6VMZV6rN4kMKiyyQyndo2+ysz04OMDy8rLi7GyVbDUL0FSoQkOfqhoi21V+0nytvb1dkR1t1RyxAG4WFrFYDG63G3q9HuPj46isrCzD6G5GLibI/7Xg/HR+fg6Px4P6+nr09vaqdj/UDjnufr8f3d3dqKurg9/vx/HxMZaXl1FbWys25pOnTFFuJpeeGeS40uN7f5QiLOSowc5WyVazAI1YFBoqLEpAKVKhgPtPxnmex+bmJtbX10vefO2+aKX7dubvfnZ2BrfbXTbHrfsgj1hooZ4CEET07Owsurq6ymZKQBE4OjrC/Px8mgsXSZlKJpOiy5Tb7YZOp0tzmaIRpvtxn54Z5P5aimeTVlCyZSohMzp4fn4Ov99fVjtbpUcswuGwIlLAtQK9S2uI+0QsWJbF3NwcTk5OStr0Llu0GLE4Pj7GzMwMHj9+rOheCfIJiRZExe7uLlZXV9HX14fGxsZyD+dBs7Ozg7W1NQwMDKCuru7K6waD4UrKlN/vx+rqKqLRaJrLlJpcccrJTSlTBwcH4mQvkUgUvWeGFii2K1Sh0el0sNlssNls6O7uRiwWQyAQKLmdrRIjPXJoxKKwUGGhIe5a5ScpODqdDhMTE4or8JKjlYgFeZCTCNHAwAAaGhrKPbRbIQ/OVCoFvV6vWlHB8zzW1tZEp7NSdzCnSMh/i+HhYdhstjs/o9Pp4HA44HA40lymvF6vmDJFohlWq1WV52ipIVHUzc1N7O3tYXh4GFVVVSXpmaEFlD5Bvovq6uqy2NmqIRWKRiwKBxUWJaCUvSxILm0mpOldXV0d+vr6FH2RA9op3k6lUpibm4Pf71d0hIhAOqRWVFRgdnYWDQ0NqKurU91Nl2VZzM/P4/z8/EE1W1MiHMdhcXERwWAwr9+CuOJ0dHQgmUyKK69TU1MAIIoMp9NJU6ZugOd5LC8vw+v1YnR0NM00otg9M7RAITpvK4Wb7Gx9Pp9oZ0sKwPO1s1VDKhSNWBQOevfVEDet8u/t7WFxcRE9PT1ob29XxcqeFlKhAGB1dRV6vR4TExOKd7uROz+Nj4/D7/fD5/NhbW0NRqNRLKi12WyKPocSiQSmp6fB8zxevXqluOL4hwTLspiZmUEsFsPY2FjBrgGDwYDGxkY0NjaCm5FgvQAAsVNJREFU4zicnZ3B7/djfX0ds7OzsNvt4vlKU6YEMjubZx4XeQE4WWC4qwBcK5Ps+6L2iMVNFNvOlkYsHhZUWGiIzIgFx3FYXl7GwcEBhoeH4XQ6yzi67FB7KlQoFEI4HIbJZMKrV68Uv4Ka6fxkNBrR1taGtrY2pFIpcSVrenoaAMRJm9IKaiORCDweD0wmE/r7+xW9SqZ1EomE6EozOjpaNDcanU4Hu90Ou90urrwSUbyysoKamhrxfH2oKVMsy2J2dhbRaPRenc0zay0K0TNDC6itxiJXbrOzXVpagtlszsrOVukRi0gkopg+UlpAOTMCSt7IJ+Nk1TYej2NiYkJ1YT41RyxIekZVVRXa2toUNfG+Dnmk4rp6ioqKCjQ0NKChoQE8z+P09FQMl8disbSC2nJGZc7OzuDxeNDU1ISenp4HMQFQKtFoFG63uywCr6amBu3t7eLKKxHF8pQp0rG4HNabpSaVSmF6ehosy+Ys8LLtmUH+rDW0GrG4jULY2dKIxcNC2TMejVDKGguWZcWmdyaTCePj44qf2F6HWiMWOzs7WF5eRl9fHw4PDxVv5ZitnSzDMOLqMCmo9fl8ODw8FFeyyOqwyWQq2bnv9XoxNzeH7u5utLe3l+Q7KddzcXEh1nM9ffq0rAIvUxSfnZ3B5/Nhc3MTc3NzsNvtYm2G2hZf7kMymYTb7UZFRQWGh4cL8izIpWeGkieV2UAbCuZmZ6uGiIUWr/9yob4ZJ+VG9Ho9Li4usL29jY6ODnR3d6v2Jqi2iAXP81haWsLBwQFGRkbgcDhwfHysaHFUiB4VJC+3s7MTiURCTEEhVoZEZNjt9qJNLra3t7G+vo7+/n7U19cX5Tso9+Pk5ARTU1Po6OhQnKUywzCi9eaTJ08QjUbh8/lEO9uampo0lym1T4bj8TjcbjeMRiNevHhRtIndfXpmyN+n5uP6ECMWt3GXna3BYIDL5UI8Hle0CyWNWBQWKiw0As/zOD8/x+npKQYGBtDU1FTuIeWFTqdDIpEo9zDuBUk1iEQiaWlnSnW2IoWZt6U/5UJlZSWam5vR3NwMlmURDAbh8/kwNzcHjuPgdDrFlKlCpKAQh5vj42OMjIwo3nFL65CoUU9PD1pbW8s9nDsxGo1XUqb8fj9mZmbAcVyay5TaUqai0SgmJydhs9lK6gJ4U8oUueeQaIZae2ZQYXE7N9nZnpycgOM4xGKxotjZ5gsVFoWFCosSUOxVO1KYd3FxAZfLpXpRAagnFYo8wKuqqjA+Pp42AVGisJALCgAFExWZ6PV6MVpBRK/P58PW1hbm5+fzdu0h53w4HMbY2BgNY5cZ0oRQrVGjzJQpcr6SlCmbzSaKYqVPQEKhECYnJ9HQ0IDe3t6yRY1uSpnKvAepKWVKS3azxUZuZ5tMJmEwGFBdXV0UO9t8ocKisFBhoXKi0Sg8Hg/0ej06OztxcXFR7iEVBDWkQp2ensLtdqOhoQHPnj27cmMkzaiUQqbzU6lu5AzDwGq1wmq1oru7W0xBIa49tbW1osiwWCx3ToQSiQQ8Hg90Oh1evXqlutVkLcHzPDY2NrCzs6OZJoTXna9y6+Xq6moxmmGz2RQ10SQGBm1tbejq6lJUKtptBeBqSZl6KK5QhYbjOFRXV6dFCAtpZ5svtI9FYaHCQsWcnJzA4/Ggvr4efX192N/fx+npabmHVRCUHrE4ODjA/Pz8rb1BlBSxKEbqU67IU1BIozOfzyd2hZdb2WbmhYfDYXg8HlitVjx//lyRk4+HAsdxWFpagt/vx9jYWFqzNS2Rab1MUvxmZ2eLkuKXK8FgENPT0+jq6kJHR0fZxnEf1FoATlOhciOzeDvTzjYUCsHv91+xs3U6nfdabMoHnucRjUY1e/8qB1RYqJTrmt4RVygtoNSIBc/zWFtbw/b2NgYHB1FXV3fje5UiLApRpF0sMhudESvbpaUlJBIJcdJWV1eHcDiMqakptLa2qtqYQAuQVLRIJIJXr14pvvljocicEJGUqe3tbczPz8NqtaalTJXqHCVCp7e3Fy0tLSX5zkKilgJwmgqVG7fZzTIMA7PZDLPZfMXOdm9v7152tvlCXaEKCxUWJaCQDxeySnh4eHil6Z1SJ+O5oMSIBZlMnZ6e4vXr1zCbzbe+X6fTIZlMlmh016NkUZGJTqeDw+GAw+FAT08PQqEQfD4f9vb2sLCwAACor69Hc3NzmUf6sEkmk5iamgLP8xgbG3uwqWiZKVOxWExMmVpfX0dVVZUoMorpinZ4eIiFhQX09/ejoaGhKN9RSpTcM4NGLHIjG7vZXOxs8yUSidCIRQGhwkJF3NX0TmsRCyUJC2LdyDAMJiYm7pUDWs59kDs/kVU2JYuKTMgqFumFEQqF0NLSgmg0iv/zf/4Pqqur07op04d9aYjFYqKF6cDAgKK96UtNdXU1Wltb0draeqMrGmnOV1lZWZDvJEXzg4ODaYtMWkFpKVO0xiI3chVkN9nZBgKBNDtbp9MJu92e0/0olUohkUjQ4u0CQoWFSri4uIDb7YbZbL6x6Z3WhIVS9uXi4gKTk5Ow2+1ZdREul7C4znVFjQ9DeQ7/q1evxAgRy7JiXcb09DQApFmDqrEhpBoIhULweDxwOBzXmhVQJDJd0S4uLuDz+bCzsyOuupJzNpdVV57nsbW1ha2tLQwPD8NmsxVnRxRGOVOmyGINPe+zp1Cdt2+ys11ZWUEikYDNZhOFxn3dBkOhEADQiEUBoU/gEpDvpO74+BgzMzPo7Oy8NbdcS8JCKalQXq9XLIjM1mWlHMKiXM5PhSaVSmFmZgbxePxKDr9er0/LcyfdlNfX1zE7OwuHwyFO6h5K7n+xOT09FetbHj9+rEqhWi4YhoHFYoHFYsHjx4/FlCm/34+NjQ1UVVWJIuM+KVM8z2N1dRWHh4cYHR29MyVTq1yXMkVERjGiGWq/p5aTYnTeltvZPnnyBJFIRFxwktvZOp3OW93bIpEIANCIRQGhwkLBECvHjY0NvHjxAo2Njbe+XymT8UJQ7ogFz/PY3t4Wvflz6Q3CMExJfw8lOT/lQywWw9TUFAwGA0ZHR2/N4c/sphwOh+Hz+XB0dITl5WWYTCbU1dWhvr5eTKuiZAcpDH7y5Ana2trKPRzVc13KlN/vx/z8PFKpVJrLVGbKFM/zWFxcRCAQwOjoKJ0MXXJXzwzyLMlHZMgjwJTsKFTE4iYYhkFtbS1qa2uv2NkuLCzcamcbiURgMBgebK1YMaDCokQwDJNVT4NUKoW5uTmxUNhisdz5GRKx4Hle9Te/cookjuOwsLAAr9eLsbGxnNMMShmxUFOR9m3km25DHi6dnZ1IJBJiMe329jYMBoMYyShmMa2W2N/fx9LSkmYKg5WGPGXq6dOnomHB7u4uFhYWYLFYRJFRU1OD+fl5XFxcYGxsjEbjbqEYPTPkReOU7ChGxOI27rKzJS5u3/d93weLxYKampqSPjPj8Thev36N6elpeDweDA4Oluy7SwEVFgokGo3C7XajoqICb968uXehn3y1Ru1FleWqTyCON4lEAhMTEzl1hSaUah+0IioCgQBmZmbQ3t5ekOZelZWVaG5uRnNzM1iWxcnJCXw+n7gyTNJPyt1/QInwPI/NzU1sb29jaGgIDoej3EPSPHLbza6uLsTjcVEYb25ugud56PV6PH36lJ6vWVCoAnCaCpUbJGpUruN2nZ1tIpHA5z//efzoj/4oACGi8sd//Md46623StLk85d+6ZfQ3Nws1ghqDSosFEYwGMTU1NSN3Zxvg9w4WZbVhLAo9Q0pHA5jcnIStbW1eP36dd5FwMUWFmp3fpJzcHCAxcVFPHv2rCh2snq9XnTkefr0qVhMS1aubDabuHL80P3MeZ7H8vIyjo+PH3QOf7mpqqpCS0sL6uvr4fF4kEqlYLVasbq6ioWFBbGWyOVylbxTsZrJtQCcOEKp9R5bLsgzUClzksrKSrz99tt4++23kUgk8G/+zb/B7/zO7+BTn/oUPvKRj+DNmzf43u/9XnzgAx9Af39/wX/vL3zhC/irv/or/Omf/im+8IUvFHTbSoEKixJxn1So3d1dLC0tobe3F+3t7Vl/B7kBaqGAW766VAphEQwG4fF40NLSgt7e3oLcTIg4KgZacX4idUQ7OzslWxnPLKaNRqPiyvDq6ipqamrSrGzVeFxzhWVZzM3NIRQK4dWrV3lF7Cj5k0gk4Ha7UVlZiZGREej1+rTUjv39fSwuLsJsNovnLK0luj/Z9MxIpVL0uOaAklPIKisr8ezZM7S3t2N6ehq7u7v4i7/4C/z5n/85/vk//+dwuVz48z//c/T39xfk+46Pj/GTP/mT+NznPqfpBSwqLBSAvOndyMhIzpMrLXXfloukYtuHki7mT58+LWhxarEiFlpxfiK1LCcnJxgbGyub3Z/RaERbWxva2tqQSqUQCATg9Xrh8Xig0+ngcrlQX18Ph8OhmFW3YpBMJjE9PQ2WZTE2NlawXguU3IjFYpicnITZbEZ/f794nV+X2kGE8dbWFioqKsRIhtbP2UJyV8pUJBIRm56WomeGViDzEaUeq3A4LJogtLW14ad+6qfwUz/1U4jFYvibv/kbdHV1FeR7eJ7HRz/6Ufyjf/SPMDo6iq2trYJsV4lQYVFmEokEpqamkEwmr216ly1aExbFTiVaWVnB3t7elS7mhaAYwkIrzk/JZBIzMzNIJpN49eqVYlI5Kioq0NDQgIaGBnAch9PTU/h8PiwvLyMej6c59ihlzIUgFovB4/GgqqoKQ0NDdDJaZsLhMNxuN5xOJ549e3brdS6vJeI4TqwlWlpaQiKREBvz1dXVaeqcLTbyaMbp6SmWl5fFTIJi98zQEkp/VoXD4Wsjs9XV1Xjrrbfu/Pwv//Iv49Of/vSt71lcXMRf/dVf4eLiAr/yK7+S81jVAhUWZYQ0vbNYLBgeHi7IyrxWhAVZDSrWvpA+CaFQCOPj40WxbSy0sNBKkXY0GoXH44HRaMTo6KhiG9rpdDo4HA44HA709PSIVrYk/YQ49uTa5EwpkEms3W5HX18fnSCVGfJcaG5uvrVv0XXodDrRUrO3t1c8Zw8PD7G0tASz2SyKDLPZrNpztpScnp7C4/Hg8ePHaG9vL0nPDC1RbKvZfIlEInk9/3/hF34BH/3oR299T1dXF7785S/j61//+hVxPzo6ih/7sR/DH/7hH+Y8BqWhzCe6Bsm8gZOmd48ePSpowymtCAugeJazJMXAYDBgfHy8aCkfhRQWWhEV5+fn8Hg8qK+vR29vr6IfOHIYhoHJZILJZMKjR4/SHHtIkzMiMm5rxqQ0zs7OxNqibCexlMJDJrGdnZ149OhRXtvKPGdJypTf78f29jYqKipEkUFTpq6HmKnIe7iUomeGllC6S2U0Gs1LWJD7/l38u3/37/Drv/7r4t8PDg7w1ltv4Y//+I/x+vXrnL9fiVBhUWJ4nsf6+jo2NzcxMDBQcG94LQmLYqQSnZ2dwe12o66uruirs4UYP3F+kuepqnXyRxqtdXV1oaOjQ7X7AUiOPS0tLWBZVuz4Ojs7C47jxIeN0+lUbETG7/djZmYGjx8/RkdHR7mH8+AJBAKYnp4uWiPC61Km/H6/mOYnd5miPTKk36O3txctLS03vq8YPTO0hNYjFvcl05CH1BQ+fvwYra2tRf/+UqLMJ55GSaVSmJ2dxfn5OcbHx4ti41jujtWFpND7cnR0hNnZWXR3d6Ozs7PoE9t8hYVWnJ8AwfFsdXUVfX19d3aQVxt6vT6tGdPZ2Rl8Ph/W19cxOzubNmFTissSsfd9/vy55n4PNXJ8fIy5uTn09fWhqamp6N8nT5kiaX5+v19MmSId610uFywWi2rvO7lCFgmePXuW1e9RqJ4ZWkLpEQt58TalMFBhUSKi0Si++c1vwmAwYGJiomjpNxUVFZoRFoVKhSKWphsbG3j58iXq6+sLMLq7IcIil07oWnF+4nkea2tr2N/fx9DQUEmaD5UThmFgs9lgs9nw5MkTRCIR+Hw+HB8fY3l5WZywlSvHned5bG9vY2NjA4ODgwU3LKBkz/7+PpaXlzEwMHCvlIpCI0+Z6uzsRDKZFNP8dnZ2oNPpRJHhdDoVPUksBF6vF7OzswXpNp9rzwwtUc7mePchEomUpQFoZ2dn0ezoyw0VFiXi8PAQdrsdT58+LXr6jVaERSH2heM4zM3NIRgM4vXr17BYLAUa3d2QSWO2wkIrzk8sy2J+fh7n5+cYGxt7kKtCNTU16OjoQEdHR9qEjeS4E5HhcDiK/vAlLmhHR0cYHR0t6bVAuR65yFNKd3ODwYCmpiY0NTWlOaOtrq5idnYWdrtdPG+1ljJFIkcvXrwo+ALUTSlTmZFpcs/XSjSDpkI9PKiwKBFdXV0lmfAXq+C5HOS7L4lEAh6PBxzHYXx8vOQPQflD5L43Vq0UaScSCUxPT4Pnebx69Yr2RMDVCRuxBV1cXEQymUyzsi308eI4DvPz8zg7O8PY2JimmzOpAVJrR6yurVZruYd0LXJnNLnLFInA1dbWiiJD7SlTh4eHWFxcLEnk6K6UKXn6q9pTppSeChWJROj9sMBQYVEiSnXD1ev1Yh6n2smnRiEUCmFychJWqxUvXrwoy40t214c8jC5mkVFJBKBx+OByWRCf3+/oh8q5SLTFjQUCsHr9WJnZwcLCwuwWq1pVrb5kEqlMD09jWQyibGxMdrLoMzwPI/l5WV4vV6Mjo6WrTFkLtTW1qK2tjYtZcrv98PtdovNJEkETqmmBddB0tFevnxZlvRALReAKz1iQWssCo96rnyVU0phoZWIRa6pUD6fD9PT0+jo6CirheZ9hYWWnJ+IfWlTUxN6enpUux+lRN5J+fHjx4jFYvD5fPD5fFhbW0NNTY0oMqxWa1bHNB6Pw+PxwGAwKLpnyEOBdJs/PT3F2NiYYor5cyEzAkdMC9bW1sS8dSI0lLyfxFhCKelo8miGFnpmKD1iEY1GVSXu1QB9ymgMvV6PeDxe7mEUhFxE0vb2NlZWVvD8+XM0NzcXaWT34z7CQkvOT16vF3Nzc+ju7r5irUe5P9XV1Whra0NbWxtSqZRoZTs1NQUAaVa2tz2wI5EI3G43rFYrnj9/rujJx0OAZVnMzs4iGo1qLnKk0+lgt9tht9vR09Mjmhb4fD6srKygtrZWFBnZiuNisrOzg/X1dQwPD8Nms5V7OFe4b88M8h4ligylRyxoKlThocJCY2itj8V994XjOCwtLYmFqUpxH7otnUsrzk+AIOjW19fR399fMteth0BFRQUaGhrQ0NCQtiq8srKS1nugrq4ubaJKGhE2NjbSyJECIOloLMtidHQUBoOh3EMqKpmmBYFAAH6/XxTHRGSUs8/L1tYWNjc3FV3jkokaU6aUHLHgeR6RSIRGLAoMFRYlopSpUFoRFveNWCSTSUxPTyMWi2F8fFxRqw86ne5aSzmtOD+RfPHj42OMjIyo5gGtRuSrwnIr24ODAywtLcFsNqO+vh4GgwHLy8t4/PgxOjs7yz3sB08ymYTH44Fer8fw8PCDS0czGAxobGxEY2MjeJ7H6ekp/H6/2OeFuEy5XK6S3bs3Njaws7OD0dHRovSTKgVq6ZnBcZyiz3nqClV4lPtrU3JCS8LiPhELku5RXV2N169fK24l8LqIhVacn0hqRzgcpk5DJYZhmLRC2kQiAZ/Ph93dXVxcXMBgMCAejyMYDMJmsyli5fIhEo/H4Xa7YTQay2YioSQYhrkijokF88rKilhP5HK5YLPZCn5vJG5c+/v7qiucvwul9sxgWVbRroA0FarwUGGhMbQmLG5zuDo5OYHb7UZTU1PR+4PkSqaw0IrzE7Hy1el0ePXqleIE3UOjsrISqVQKkUgEL1++BMMwYvdgjuPSUk/ob1UaotEoJicnYbPZ0NfXp8j7U7mpqalBe3s72tvb0+qJpqenAQgpU6QxX77nLc/zWF1dxeHhIUZHRzW9Sn1bzwx5NKMUPTOUngpFXaEKDxUWGkNLwkKv1yORSFz72sHBAebn59Hb26voQmF5922tOD+Fw2F4PB5aFKwQ5N3N5elodXV14Hke5+fn8Pl82NzcxNzcXFqDMyW79aiZUCgEt9uN+vp69Pb2qvZaLyXyeiKe58V6Ivl5SwRytivMJGXT5/M9uOhquXtmKLl4OxqNgud5TUWulAAVFiWC1lhkz3WpUGQStb29jcHBwaI3MsoXsg9acX46OTnB1NQUWltby2rlSxEg9qUnJyfXdjdnGAZWqxVWqxXd3d1XUk+01OBMKRDL5ba2NnR1ddFjmgMMw8Bms8Fms+HJkyeIRqPw+Xzw+/1YXV2F0WhMs2C+beLK8zwWFxcRDAYxOjr64MV0qQvAlRyxiEajAEAjFgWGCguNoSVhkVm8TXL6z87OMD4+ropVBoZhkEqlxP1Q6srNfTg6OhKjRK2treUezoMnlUphZmYG8Xgcr169upd9qTz1hDQ48/l8cLvd0Ov1aQ3OlDoZUDLBYBBTU1N4/PgxOjo6yj0czWA0GtNSpoLBIHw+H2ZmZsRUP/KfPGWK53mx4/zo6Ciqq6vLuBfKI7NnBoCCF4ArOWIRDocB4EFFsEoBFRYlhGGYax2CComWhIU8YhGLxcSc/omJCUUXgxF4nodOp8P+/j50Op0imi/lAs/zojXjy5cv4XK5yj2kBw+pcdHr9Tnbl2Y2ODs5OYHP58PS0hKSySScTqdYSKuG663ckJqW3t5etLS0lHs4mqWiogL19fWor69PS/Xb2trC/Pw8bDabKDI2NzdxcXGB0dFRTfUNKQZk8i+PZtzUMyObaIaSIxakcFupwketUGGhMbQkLMgqyvn5OdxuNxwOB/r7+1VxEyDh5Z6eHhwdHaVN1urr66+srCkV0h/E7/djbGxMtdaMWiIajcLtdsNsNhfsetDpdHA6nXA6nejt7UUoFBJdphYWFmC1WsXUE5o2cJXDw0MsLCygv78fDQ0N5R7OgyEz1S8ajYpRuNXVVTAMg5aWFoTDYRgMBlU8O5TCbSlT8tRe+fuuO77EqESJhMNh1NTU0HTFAkOFhcYgfROUfDHfF51Oh3g8jm984xvo6upSTb6y/MZrtVphs9nEyZrX68X29jbm5+fFItr6+npFhugzU22UOMaHxsXFBdxuNxoaGopWFMwwDMxmM8xmM7q6uhCLxcTJ2vr6Oqqrq0WRUQxLULWxu7uL1dVVGs1TAEajES0tLfD7/TCZTOjo6MDp6anojkaicE6nk0bhsiCfnhksyyo6YvHQa26KARUWJaRUqVCAslcJ7gPP8/D5fIhEIhgcHERjY2O5h3Qntzk/ySdrjx8/FosRvV4vVlZWYDKZxPB+bW1t2SdrsVgMU1NTMBgMD6JTsBoIBoOYnp5GZ2cnOjs7S3aOVFdXo7W1Fa2trWn57XJL0HJ3US4HJEVwa2sLw8PDsNls5R7Sg4dlWUxPTyOZTIr3rebmZjFlyu/3iws7JArncrkUcc9VE9n0zFB6jQX97QvPw3kKPBCIsEilUqp9yBOnG6/Xi6qqKtWIimycn+TFiIlEQlwR3tzcRFVVlRjJKMeKcCgUgsfjgcPhwLNnzxT7UHhIHB8fY25uDk+fPi1r/n5mfvvp6Sl8Ph/W1tYwNzcHh8MhTta0HOEi7nQHBweq7t6sJViWxdTUFDiOw8jISNrzT54y9fjx4ytROHLPdblcsNvt9J6XBbf1zIhEImJkI5VKFb1nRrbQ5njFQZ0zT8qNkFXyzG7PaiGRSGBqagqpVArPnz/H4uJiuYd0J/IbKZC981NlZSWam5vR3NwMlmWvNIkiIqMUTj2BQAAzMzNob29XTeqZ1iGpNgMDA4qyV5Z3Ue7p6UE4HIbP58Ph4SGWlpZgNpvFlCmTyaSZc4nYlwYCAc03WlMLqVQKHo8HDMNgaGjozkU1eRSOZVkxCjc/Pw+WZeF0OsUCcJoydX/kKVPRaBSzs7NoaWlBbW1tSXpmZEskEqHXbxGgwqKE0F4WtxMOhzE5OQmTyYTh4WFEIhHFCyR5pKIQTe/0ev2VFWGv14vl5WXE43Ex7aSurq7g6UkHBwdYXFzEs2fP0NzcXNBtU7KH53msr69jb29PFak2tbW1qK2tRWdnZ1oUbmtrCwaDQTxv1bwizHEc5ubmcHFxgbGxMU1HZdRCMpmEx+NBRUUFXr58mfXii16vF89NnudxcXFxxbiA3Hdp2sz9iEaj+Na3voWGhgb09PSIi53F7pmRLTRiURyosNAgahQWgUBAbLxGbkSka7VSkd8ki9FJ+7oVYa/Xi52dHSwsLMBms6G+vj7vDso8z2NjYwM7OzsYGhpSrS2uluA4Lq2plxp6tsjJjMKdnJzA6/WmrQiT1BO11O+Q/P1EIoGxsTG6kq0AkskkJicnUVVVhYGBgbwjugzDwGKxwGKxpKVM+f1+bGxsoKqqShQZahbIxYSIirq6OvFZDuRXAF4sSI0FpbBQYaFB1CYsdnd3sbS0hGfPnqU1XiOFXzzPK26VSF6sVgxRkQnDMDCZTDCZTOjq6hKLv0kHZZPJJKZMZZN2ktm5WW0TWC3CsixmZmYQjUY1sSpOGu+5XK5r+w4Qd7R8BXIxSSaTmJqaAgCMjIyoRgxpmUQigcnJSdTU1ODFixdFmYRelzLl9/sxPz+PVCpFe71kEIvFMDk5CZfLdadrXTYF4MWKZtBUqOJAhYUGUYuw4Hkey8vL2N/fx8jIyJWVcrKyoSRhcZvzUymRF3+TDsrEytZgMIiRDJvNduMNOZlMYmZmBslk8t6dmynFhdQYMQyDsbExzU1gr+s7IBfItbW1osiwWCyKuO4TiQTcbjcqKytzSrWhFJ54PC6mzZaqt5E8Zerp06dXer1YLBZRZGippui+xGIxfOtb34LD4cDTp0+z2v9C9czIFpoKVRyosCghtMZCIpVKYXp6GpFIBOPj49euGsh9sJUQcs7W+alUyDsoywsRZ2dnwfM8XC4X6uvr4XQ6xUlRNBqFx+OB0WjE6Oioah3EtAT5TcgK7EOYwGYKZGJc4Ha7odPpxIlcKYwLriMWi8Htdpd0Aku5HbIqbrVa8fz587LcgzN7vcTjcTFlanNzEwaDIS1lSuvXslxUPHv2LK/fpJQpU+FwGHa7PeexUq6HziY0iNKFBekcXFlZifHx8RtXZeU3lnKTr/NTqcgsRDw7OxN7ZcTjcTidTpjNZuzu7opN1pS6Lw+JUCgEt9sNl8uV94NZrRgMBjQ2NqKxsREcx4lWtsS4gKSd1NXVlSTtJBwOw+12w+l0PtjfRGlEo1FMTk4WZAJbSKqqqtDS0oKWlhaxpsjv92NxcRHJZDLNhllrkWESPbLb7UX5TYqZMhWNRtPSrymFgQoLDaJkYXF6eip2Dr6rRwK5QZV7Xwrt/FQqGIaBzWaDzWbDkydPEA6HsbW1hY2NDQDCZHZ3dxd1dXU0HFxGTk5OMDU1RS1+Zeh0OjgcDjgcjjQr2/39fSwuLoppJ8Vy6iEdzpuamvDkyRP6myiASCSCyclJ1NXVFa3rfCGQ1xT19vYiFArB7/eL566WbJjj8Ti+9a1vwWazoa+vr+j7cl3KFHk25xLNoKlQxYEKixLy0FOhDg8PMTc3hydPnqCjo+PO48EwDPR6fVkjFsV2fioVDMOIzjwvXryAzWYTc9tXV1dRW1sr1mWYzWbV7qfa8Hq94jXR1tZW7uEoErlxwaNHjxCPx8Vzd2NjA9XV1eJEzWq15h2BOz09hcfjKXmHc8rNECtyuX2pGpCnTD169OiKDXNFRYUYyShXul+ukEiF1WotiajI5KaUKSI2yBzoNpERiUSoYUkRoMJCgyhNWBA//s3NTbx8+RL19fX3/mw5LWdL7fxULEiX4P39fQwNDYk5pW1tbWhraxOLv30+n1j8Le/8TVOlisPe3h5WVlbQ39+f1TXx0Kmqqkpz6slsKEly251OZ9a1Q4FAANPT01ToKYhQKITJyUk0Nzeju7tbtfdhIN2GmeM4nJycwOfzYWlpCYlEQmzMV1dXp+iUKeLIZbFYylbnksltBeA3pUzRiEVxoMJCgyhJWLAsi7m5OZycnGB8fBxmszmrzxPL2VKiFOenQsCyLObn53F+fo6xsbFri+Tlxd8cxyEYDMLr9WJ2dhYcx4mrwS6XS1Urakols28ILR7MncyGkmdnZ/D5fFhfX8fs7KyY215XV3enbe/x8THm5ubQ19eHpqamEu0B5TYuLi4wOTmJtrY2zaUJ6nQ6OJ1OOJ1O9Pb2XulcTyzElRZFJqLCbDYrRlRkct8C8OPjY8057ykBKiw0iE6nEy+cchKPx+HxeMDzPCYmJnJagSl1KpRSnZ9yIZFIYHp6GjzP49WrV/cqeNXpdGk9B8hEbW1tDXNzc3A4HGLKFPVtzx6e57G0tASfz0f7hhSY62qK/H4/jo+Psby8fOtEbX9/H8vLyxgYGEBdXV0Z94JCODs7g9vtRmdnJx49elTu4RSVzHQ/kjLl9/uxs7Mj1m2U0yENkERFbW2tYkXFdVxXAP7nf/7n2NraQjAYLPPotAfDE5sbStHheR6JRKLo37O2toZIJIKBgYGif9dNkJUmm82Wl3XmV7/6VfT09JQkVUQtzk/3IRKJwOPxiDaZhXgQkc7fPp8P5+fnsFqtYsoUDSffDYnehcNhDA0NKbYZnBaR57YHAgEx3a+urg7n5+fY3NzE4OAg7TqvEEidS1dXFzo6Oso9nLJCUqbI+RuPx9NcpkrVQFMuKtRuvfzOO+/gIx/5CD772c/iwx/+cLmHozmosCghpRIWm5ubOD09xdDQUNG/6zpIvnNnZyceP36c16rG17/+dTx69AiNjY0FHOFVtFKkDQgrfR6PB01NTUUrdCQFtF6vF8FgEDU1NWIkQymNzZQE6dzM8zwGBwdptKeMkHQ/knbCsiwcDgeam5vhcrloakSZOTk5gcfjoXUu18DzPCKRiGhecHZ2BpPJJEYzinXvTSaTmJychNFoLFqX81Lx7rvv4sMf/jB+7/d+Dz/2Yz9Gn1VFgKZCaZByOSnxPI/t7W2srq6iv7+/IHnKpSje1pKoIC5D3d3daG9vL9r3yAtoU6mUuJrmdrvFvHfSHErND6FCEIvF4PF4UF1djYGBAVqnUmZIbrvf74der0dfXx/C4TC2t7cxPz8Pm80mRjNoJK60kOL53t5etLS0lHs4ioNhGNTW1qK2thadnZ1pxhukqaTcvKAQ9xotiYqvfvWr+OEf/mH823/7b6moKCI0YlFi4vF40b9jf38fe3t7eP36ddG/i8BxHBYXF3F8fIzh4WHYbLaCbPeb3/wmGhsbi7ZypRXnJwDY3t7G+vp6WV2GSNiepEyxLJvW+fuhdfgmTdZIQy81P5S1AsdxWFhYwOnpKUZGRtJS0qLRqDhRI5E4uZWtmu8PSsfv92NmZgZPnz5Fc3NzuYejOuRNJf1+P2KxGOx2u5gylUvqZTKZhNvtRlVVFQYGBlR9//rGN76BH/iBH8CnPvUpfPzjH6fXchGhwqLElEJYHB0dYXNzExMTE0X/LkBK84jH41ce1PlCOt8WOs820/lJzUXaPM9jeXkZx8fHGBwchNVqLfeQAAjjOj8/F1OmIpFIWvdkJdspFoLT01NMTU2htbU175RASmFgWRazs7OIRqMYHh6+9RxMpVKila3P5yvKajBFgERa+/r6ip72+lAgLlN+vx+np6eora0VRcZ9RDIRFZWVlXj58qWqRYXb7cYHP/hB/Nqv/Rp+7ud+jt6LiwwVFiUmkUig2Ifc5/NheXkZ73nPe4r6PYDUDbWmpgYvX74s+Ir01NQULBYLurq6CrZNLTk/kYkSKQhWcuoGedCR3GCLxSKmTF1ng6tmfD4fZmdni56SRrk/qVQK09PTSKVSGB4ezqqWQr4anFlA+xBEcjEhNr8vXryg/VyKRDKZFEWy3+9Pc/+7LpKcSqXgdrthMBhULypmZ2fxgQ98AL/4i7+IT3ziE6p91qsJKixKTCmERTAYxOzsLN773vcW/Xs8Hg+am5vx9OnTolyws7OzMBqN6O7uLsj2tOT8lEgk4PF4oNPpMDg4qKqiU3n35GAwCKPRKDpMqb34e39/H0tLS3j+/DldfVUIyWQSHo8Her0+7wUQnufTRPL5+TksFosoMmpra1V9/paSw8NDLC4u4sWLF9Tmt0RwHCfaiPv9fkQiETgcDjEaZzAY4Ha7UVFRgZcvX6o6Mre4uIj3v//9+PjHP45PfvKT9LosEVRYlJhSCIuzszNMTk7iO7/zO4v2Hfv7+1hYWEBvb29RV2Tn5+dRUVGB3t7evLelpSLtcDgMj8cDq9WK58+fq1ogXZdyQiIZDodDNfvG8zy2trawtbWFly9fUutShRCPx+F2u8Xi00JPlOLxeJqVbVVVlSgyaOf6mzk4OMDS0hJevnwJp9NZ7uE8WIjLlN/vx8nJCRiGQVVVFfr6+mC321X7nFxdXcXbb7+NH//xH8dv/MZvqHY/1AgVFiUmmUwW3eUoFArh61//Or7ne76n4NvmeR4rKyvY3d3F4OAgXC5Xwb9DzuLiIgDg2bNneW1HS6Li5OREzN3v7u5W9b5kQoq/SV0Gy7JwOp1i8bdSozLyOpfh4eGsO8xTikM0GhX76fT19RV9ks+yrGhl6/P5wHGcuBLscrkenHnBTezt7WFlZYX2DlEQJP0plUrBbDYjEAgAQFpdkVrO383NTbz99tv40Ic+hN/6rd+i4r7EUGFRYkohLKLRKP7mb/4Gb731VkEnnalUCrOzs7i4uMDw8HBJugavrKwgmUzi+fPnOW9DS85PR0dHmJ+fR29vL1pbW8s9nKLC8zwuLi5Eh6lwOJyW116qxlB3wXEc5ubmxOuCNr5TBqFQCG63G/X19ejt7S35dU/MC8j5S1JO8nHp0QI7OztYX1/H0NBQwdwDKfnBsiw8Hg8YhsHg4CD0ej14nsfp6akYjYtEImkuU0qt59vd3cVbb72F97///fid3/kdKirKABUWJaYUwiKRSODLX/4yvud7vqdgYf9YLCb2KBgaGipZg698uohrzflpa2sLm5ubGBgYKHqkSImQkL3X6xWLv8ud155MJjE9PQ2WZUt6XVBuhzSJVJIjl7yx2enpKUwmk3j+ms1mRYyx2JB72PDwsGLc6x46RFQAwNDQ0I1zhkgkIoqMk5MT0YqZuEwpYQJ/eHiIt956C+9973vx+7//+6quD1EzVFiUmFIIC5Zl8cUvfhHf+Z3fWZCJztnZGdxuN1wuV8nz+Tc3N3F2dobBwcGsPqcl5yeO47C0tAS/34+hoSGaZgNBPJNJWiAQQHV1tViXUap+AyR3n3i8qyVNQOsEg0FMT0+jq6ur4DbVhULe2Mzv96OiokIUGWqqK8qGjY0N7OzsYHh4GBaLpdzDoUCYK0xNTYHjOAwPD997Ii6vi/P7/QCQ5jJVjpRVr9eL97///RgZGcEf/uEfUlFRRqiwKDGpVEpcQS8WPM/jnXfewXvf+968w+3Hx8eYmZnB48eP8ejRo5JPzre3t+H3+zEyMnLvz8jrKRiGUfVDOpVKYWZmBvF4HENDQ4pJ/1ESLMsiEAiIKSc6nS5tklaMBwxpfGe320uSu0+5H8TmV02dm+V1RT6fD8lkUuz34nK5VB8F43ke6+vr2Nvbw8jICF0YUQhyUTE0NJTzwgjP8zg7OxOFcjgcht1uF2szSpEyFQgE8IEPfADPnj3Df/2v/5Uu8pQZKixKTCmEBQB88YtfxMTERM51EDzPY3NzE+vr6xgYGEBDQ0OBR3g/9vb2cHh4iLGxsXu9X0tF2rFYDFNTUzAYDBgYGFBs4bKSkPcb8Hq9SCaTacWzhTiGJM2mubkZT548UfU5piUODw+xsLCA/v7+st2v8oXneYRCIVEkh0IhWK3WtJQ/NcHzPFZXV3F4eIiRkZGS1OVR7oZl2bQUzkJOxDO71xMrcZfLVRSXtNPTU3zf930f2tra8Cd/8ieqF+JagAqLElMqYfGlL30Jo6OjOeWxchyH+fl5MVJQzrD1wcEBdnd38fr16zvfqyVRcXFxAY/HA6fTiWfPntEV8RyQT9K8Xq+4kkZSpnKJ/vj9fjGCp9Q0m4fI7u4uVldXNVd/FIvF0vq9kLz2Uqb85QpxSvN6vRgZGVGdKNIqHMdhampKbBRZzNX9VColuqT5/X7RJY38l+9Cz/n5Ob7/+78fTqcTn/vc52ijSoVAhUWJYVkWqVSq6N/z7rvvYmBgIGsrP9J0jWVZDA8Plz315ujoCBsbG3jz5s2t79OS81MgEMDMzAza29vR1dWl6n1REtFoVIxknJ6ewmw2i0357lP8TVbE+/r60NTUVKJRU+5ic3MTW1tbmncZui6vnYgMp9OpqJxynuexuLiIQCCA0dHRB+uApTQ4jsP09DSSySSGhoZKGgUnLmlEKIfDYdhsNjGinK3wDIVC+MEf/EFUV1fjz/7sz+g5piCosCgxpRIW//t//288ffo0q26mxJ7RbDZjYGBAEQ8qn8+H5eVlvOc977n2dS05PwFChGZxcRHPnj1Dc3NzuYejWRKJBPx+P7xer9jUjEQybDbblXNoa2sLGxsbtJmXguB5Hmtrazg4OHhwvUPk3ZN9Ph9isViaFXM5V255nsfCwgJOTk4wMjJCJ3wKgYiKRCKB4eHhsqfWkmic3+9HMBhEdXW1KDLuSpmKRCL40Ic+BI7j8Bd/8Rc0xU5hUGFRYkolLP72b/8WXV1daGxsvNf7/X4/pqam0N7erqi88UAggLm5Obz3ve+98hpxfmJZVhQUShl3tvA8L7qm0K7NpYUUf5NJGgAxkmG327G+vo7Dw0PqZqMg5Cviw8PDDz7NJhwOi+fv2dmZGI2rq6uDyWQq2X2RpNGSni7ljnhTBDiOw8zMDGKxGEZGRsouKjIh92BSm8FxnGhgYLfb086jWCyGH/3RH8X5+Tneeecdek9WILR0XqPo9fp729ru7OxgeXkZfX19inNSuWk/tOT8xHGcuMI3NjZGV19KjF6vR319Perr68WVYK/Xi6WlJcTjcTAMg8ePH9OVV4Ugb0g4NjZGJ68AamtrUVtbi87OTjEa5/P5sLm5icrKSlEoF6N4lsBxHGZnZxGJRDAyMkLz3RUC+V2UKiqA9HswSZny+/3Y3t7Gj//4j+P8/Bzf8z3fgw9+8IP4l//yX8Lv9+Ov//qvqahQKDRiUWI4jkMymSz693zrW99CQ0MD2trabnwPz/NYWloSUwnsdnvRx5Ut5+fn+OY3v4nv+q7vEv+NiAqe51UdpQAEP/uZmRkx55U+jJVBKpXC9PQ0YrEY6urqEAwGEQqFxM6zdXV1VGiUAZZlRfvl4eFh6gBzByzLisWzZCWYpJsUst+AfEWc/i7KgYiKaDSqWFFxFxsbG/gf/+N/4Atf+AK+8Y1voKKiAh/96EfxQz/0Q/j2b/92eq4pEBqx0Ch6vf5W9ykycYpEIpiYmCiJ13Qu6HS6tP3QkqiIRqPweDwwGo0YHR2l3tsKIZFIwO12w2Aw4PXr1+LvQoq/fT4fVlZWxM7J9fX1JU03eagkk0lMTU0BgGonSaVGr9eLQlhePLu5uYm5ubmCCGViXZpMJunvoiBIZI9EkNT6u3R1deFnf/ZnMT8/j2AwiF/91V/F1772NXz0ox/F+fk53nrrLXzwgx/E+9///qxqSinFg0YsSkypIhYzMzOora3F48ePr7wWiUTEjsGDg4OKvuFEo1H8zd/8Dd566620btpqd346Pz+Hx+NBfX09ent7VZ3KpSXItWGxWNDf33/j70I6J5Pib3m6idVqpb9ngSFir7KyEi9fvlSEsYTakQvlk5MT1NbWiiLDYrHc6/5KmqwRF0G6OKIMiKgIh8MYGRlR9ao+y7L4J//kn+Bv//Zv8e6774qmJjzPY2pqCp///Ofx+c9/Hru7uzg4OKD3XgVAhUWJ4XkeiUSi6N8zPz8Pg8GAnp6etH8/OTmBx+NBY2Mjnj59qviLMB6P4ytf+UpaKpTaIxWkO3BXVxc6OjpUvS9agoi9xsZG9PT03Pt3kaebeL1eAMq1AVUjsVgMbrcbJpPpVrFHyR0ilH0+HwKBwL2616dSKXg8HjAMg8HBQSoqFALP82IN0ujoqKpFBcdx+Kf/9J/iS1/6Et599120t7ff+N6Li4sH5QynZOidQKNclwp1cHCA+fl59PT0qKa5F5lERKNRGI1G1YsK0sirr6/v3o5dlOJDeod0dnais7Mzq3NMnm7y7Nkzsfh7ZWUF8XgcTqcT9fX1cLlcqn7Il4NwOAy32y02ilTzta9kDAYDmpqa0NTUBI7jcHJyAp/Ph6WlJSQSibTu9ZWVlUgmk/B4PNDr9RgcHKTiWSHwPC+6cqk9UsFxHH75l38Z77zzzp2iAgAVFQqCRixKTKkiFqurq4jH4+jv7xf93re3t/Hy5UvV5CHyPI9UKgW3243T09O8uyaXE/Ib7O/v4+XLl4oslH+oHB0dYX5+vuC9Q3ieF21AvV4vLi4uYLPZxJQpWvx9OxcXF3C73WhqalKUBfZDgnSvJylTZFU4Ho/DaDRieHiYigqFQETF+fm56l25OI7DJz/5Sfy3//bf8O67717JvKAoGyosSkyphMXGxgYuLi7Q39+P2dlZnJ2dqaqJlNxOVqfTic10jo+PcXZ2BovFIooMpXvYsywr3vCHhoYUP96HxM7ODtbW1jAwMACXy1XU7yLnsNfrFXPayTlsNpvpxFnG6ekpPB5PThEkSvG4uLiAx+MRF32qq6vFaN11jSUppYE0JTw9PcXo6KiqRQXP8/iN3/gN/MEf/AG+8pWvoK+vr9xDomQJFRZlIB6PF/07tra24PP5kEqlwDCMqqxM73J+SiQS8Hq9Yj4wmaAp0Z0nkUhgenoaPM9jcHBQ1aFpLSGPIA0NDcFqtZb0++U57X6/HwaDoSS9BtRAIBDA9PQ0njx5cqtdNqW0xONxTE5OirUuPM9faSwpt7KlNRelgTSLJJ3O1RbNl8PzPP71v/7X+MxnPoMvf/nLePnyZbmHRMkBKizKQCmExdraGjY2NtDQ0ID+/n7VhKuJ69N9nZ8yJ2iVlZWiyLBarWUVGZFIBB6PR3wQq+U30DryhoRK6NrMcRyCwaAolnmeT8tpf0jnzfHxMebm5tDX14empqZyD4dySSwWw+TkJKxWK/r6+q4IX57ncXZ2JoqMaDSaZmWr5smukiGiIhgMYnR0VNXHmed5/PZv/zY+/elP45133sHY2Fi5h0TJESosykAikUAxD7vX68XU1BQqKyvx3ve+V1Er+DfB87wYqQByc34i7jxkgsYwDOrq6tDQ0AC73V7SVeDT01NMTU2hqakpK4chSnEhDdZisRiGhoYU9yCWT9C8Xi9isRgcDoeYMqXliNfBwQGWlpbQ39+P+vr6cg+Hckk0GsXk5CTsdjv6+vrudS8jtUU+nw9nZ2cwm82iyFBaVFmtkAa3gUBAE6LiD/7gD/DJT34Sf/mXf4mJiYlyD4mSB1RYlIFiCQue57G9vY3V1VW0t7fD7/fj7/ydv1Pw7yk08tQnoDB2shzH4fT0FF6vF16vFyzLiqkmxbYA9Xq9mJubQ3d3951OFpTSkUgkMDU1BZ1Oh5cvXyq6fwshHA6LQvn8/BxWq1UUGUptapkL29vbWF9fx+DgIBwOR7mHQ7kkEolgcnISLpcLT58+zem+nEgk0qxsSdpfXV1dyRd8tALP81heXobf78fIyIiqjSB4nsd//s//GZ/4xCfw+c9/Hu9973vLPSRKnlBhUQaKISxIeofP58PQ0BBSqRQWFhbw7d/+7QX9nkIjL9JmGKYoDxnScdbr9eL4+BjxeFxMNamrqyvoBJNMkOiqq7KIRqNpvRDUmF4Ui8XEpnzBYFBsaFZfX6/a4m+e57GxsYHd3d2y1LpQbiYcDmNychINDQ0Fi7qyLCta2fp8PrAsC6fTKab9qUHslxsiKnw+H0ZHR1UvKv7oj/4IP/uzP4v/+T//Z1q/Kop6ocKiDCSTSXAcV9DteTweJJNJDA8Pw2g04uTkBNPT0/iO7/iOgn1Pocl0firFxIhYgJJIRigUgsPhECdouRa4k5v98fExBgcH6QRJQRDb0vr6+pxXXZVGKpVK6/yt1+vFSIZaVoHl18zIyAhMJlO5h0S5JBQKYXJyEs3Nzeju7i7KNcPzPC4uLkSREQqFRDtmrUXkCgXP81hZWYHX61W9qACAP/3TP8U//sf/GP/9v/93fOADHyj3cCgFggqLMlBIYUFWlUwmEwYGBkQnjvPzc3zzm99U7AoAsSsEyttJOxqNiiJDbmNbX19/7wcby7KYnZ1FOBzG0NAQfSAqiGAwiOnpaXR0dODRo0eaEBWZkIZmJGWKZVm4XC4x7U+J7jwkwnp6eorh4WF6zSiIi4sLTE5Ooq2tDV1dXSW7ZqLRqCgyiB0zERkWi0WT1242yEXFyMiI6q+ZP/uzP8NP/MRP4L/8l/+CH/iBHyj3cCgFhAqLMlAoYREIBDA1NYWWlhb09vam3XjD4TC+9rWv4e/+3b+b9/cUmmydn0pFPB4Xi2ZJqsldNraJRAIejwc6nQ6Dg4M0lK8giMNQb28vWltbyz2ckiBP+yPuPCQiV1dXpwjLaY7jRCE+PDys6qJTrXF+fg632y0K8XKRTCZFK1u/3w+dTieeww6HQ5WpjPnA8zxWV1dxdHSE0dFR1YuKd955Bx/5yEfw2c9+Fh/+8IfLPRxKgaHCogykUinR/ShX9vb2sLi4iKdPn17r9R6LxfDuu+/irbfeUszEvRDOT6WC2Nh6vV74/X5UVVWhoaEBdXV1oo1tOByGx+OB1WrF8+fPVZF+8lDY3d3F6urqg691kXf+Pj8/L3tjyVQqhenpaaRSKQwNDWna5UptkKaEXV1d6OjoKPdwRIgRB4lmxOPxtLoMJYjlYkJ67hweHmpCVHzlK1/BD//wD+P3fu/38GM/9mOKnQNQcocKizKQj7Ag4dC9vT0MDg7C6XRe+75kMokvfelL+O7v/m5FpEIUw/mpVLAsi0AgIK4C6/V6WCwWBAIBtLW14cmTJ6rZF63D8zzW19fFYmCbzVbuISkGEpHz+XwIBoMwGo1ibVEpUk1ILZher8fLly8VcV+iCJycnGBqagrd3d2KbkpIauTIeUzEMolm1NbWaupeTO5n+/v7GB0dLXvPnXz56le/in/wD/4BPvOZz+Af/sN/qKnfiiJBhUUZyFVYpFIpzMzMIBQKYWRk5NabDMdx+Ku/+iu8733vK/uKTjmKtIsFx3FYX1/H1tYW9Hq92CujFDa2lNvhOA5LS0vw+/0YHh6mxcC3kEqlRLHs9/uh1+vF87gYxd/xeBxutxtGoxEvXryg14mCCAaDmJqaQk9Pj+pSBjPFclVVlSgytNDBfm1tTTOi4hvf+AZ+4Ad+AJ/61Kfw8Y9/XNXzAMrtUGFRBnIRFqTzqcFgwODg4L1SCN555x1827d9W1lDp1oSFTzPY2trC5ubmxgYGIDT6cTZ2ZlY/J1IJOB0OlFfX0+tE0sMKaCPRCI0bz9LSPE3SZkixd8k1STfyAJpsGaz2a7t2kwpH36/HzMzM3j69Cmam5vLPZy8IJFlIjR4nhdFhlJNDG5jfX0de3t7mnBMc7vd+OAHP4hf+7Vfw8/93M+peh5AuRsqLMoAy7KiI9J9ODs7g9vtRl1dXVYP5r/+67/G69evYTabcx1qXhDnJ57nVS8qyGq4z+fD8PDwlWPK8zxCoZAoMsLhsNgxub6+nuaSFxGSYsMwDC2gzxNiAUrS/uTncS7F36FQSLT6zTSYoJQXn8+HmZkZPH/+HI2NjeUeTkGRd7D3+XyIRCJpJgZKX3jY2NjAzs4ORkdHVS8qZmdn8YEPfAC/+Iu/iE984hP0HvAAoMKiDGQjLI6OjjA7O4vu7m50dnZmdVF+5StfKVueuVKdn3KBpKDF43EMDg7eyzs8EomIIkPeMbm+vl713uNKIhaLwe12o6amhqbYFAFyHvt8PtGOmaRM3ZWacXZ2Bo/Hg9bWVjx+/FjV9wCtQRzT+vv70dDQUO7hFJ1IJCKKjNPTU5hMJlFkKK255ObmJra3tzUhKhYWFvD+978fP/3TP41PfvKTijrOlOJBhUUZuI+wIB1pNzY28PLly5ycbf7X//pfeP78+Y0F3sVATc5P9yEWi2FqagoGgwEDAwM5rYbHYjExzeTk5AQmk0kUGVorNiwlZDXc5XLh6dOnNMWmyCQSiTQ75urqajGSQZzSCKR/iNIchijA4eEhFhYWMDAwgLq6unIPp+QkEok0K9uKioo0K9ty3keIqBgZGSlbpkGhWF1dxdtvv42PfvSj+NSnPqWI59y/+Bf/Ar/yK7+Cn/3Zn8VnPvOZcg9Hs1BhUQY4jkMymbz19bm5OQSDQQwPD8NiseT0PV/72tfw5MmTktltZjo/qX2id3FxAY/HA6fTiWfPnhVkf5LJpDg5CwQC4uSsVM48WoFYY7a1tdHV8DJAir/JKjDpM1BfXw+WZTE/P4/e3l60tLSUe6gUGQcHB1haWsLAwABcLle5h1N2MptLplKptPqiUqZVbm1tYWtrSxOiYnNzE2+//TY+9KEP4bd+67cUMRf45je/iQ9/+MOwWCx43/veR4VFEaHCogzcJiwSiQTcbjd4nsfQ0FBeuaBf//rX0dnZiaamppy3cV+0VKQNCM0HZ2Zm0N7eXrTusyzLpvXK0Ov1osjQgqNJsfB6vZibm8OTJ08UbY35UCB9BrxeL46OjpBMJmG1WtHW1kZNDBTE3t4eVlZWMDg4CIfDUe7hKA5SX0TEcigUgs1mE6MZxTRB2d7exsbGBkZGRnJeSFQKOzs7ePvtt/H+978fv/M7v6OI51goFMLw8DB+93d/F7/+67+OwcFBKiyKiLpsEjROKBTC5OQkrFZrQfLFKyoq8m7Edx+0JioODg6wuLiIZ8+eFdUpRa/Xo6GhAQ0NDeA4DsFgEF6vF7Ozs6KjSX19/YPsNHsTe3t7WF5efjC54WpAp9PB4XAgHA6DZVn09vYimUxia2sL8/PzsNvtYsqU0otmtcrOzg7W19cxNDQEu91e7uEoEoZhYLFYYLFY8PjxYzGF1efzYXV1FTU1NaLIyEz9ywctiYrDw0N83/d9H77ru74Lv/3bv60IUQEAP/3TP43v/d7vxXd/93fj13/918s9HM1DhYVC8Pl8mJ6eRkdHB7q7uwty09LpdEUXFloSFaSuZWdnB0NDQyVd1dPpdHC5XHC5XOB5XlwBXlpaQjKZhMvlEm1s1WabWAh4nhfzj0v921DuZnNzE1tbWxgeHhYnro8fP0Y0GoXX68Xx8TGWl5dhNpvTir/VfL9QC8Qie3h4GFartdzDUQ3V1dVoa2tDW1tbWurf1NQUGIYRU6by6V+0s7ODjY2NvFKelcLx8TG+93u/FxMTE/j93/99xSyG/dEf/RHcbje++c1vlnsoD4aHN0NRAJkP0+3tbaysrOD58+cFXSHX6/XgOK5g28tES85PHMdhYWEBJycnGBsbK6sbB8MwsNvtsNvt6OnpEe0/NzY2MD8/n2b/+RBsbHmex9LSErxeL0ZHR1Wff6wleJ5Pa+KV+dsYjUZ0dHSgo6MDiURCTP3b3NxEVVWVmPpXyBVgioS8GFjtE9dyUlFRkRZdPj09hc/nw8rKCuLxeJqV7X0tmXd3d7G+vq4JwRcIBPD93//9GBgYwGc/+1nFiIrd3V387M/+LL74xS/SaGkJoTUWZYDneSQSCbE3wtHRUVFC1LOzs6iursaTJ08Kul2tOT8lk0nMzMwgmUxiaGio7J3KbyMcDos2thcXF7DZbOLkTIs3TpZlMTc3J+bIUqte5cDzPBYXFxEIBDA8PJxVZ+DMZmakgz1x5lHKxEStkOjr7u6uJoqBlQrP8wiHw+J5fH5+Lloy19XV3RiV293dxdramiZExcnJCT74wQ+ira0Nf/Inf6Koxa7Pfe5z+MEf/MG0+wnLsmAYBjqdDvF4nN5rigAVFmWA3Iymp6cRi8UwPDxclMKwhYUF6PV69Pb2FmybWnN+ikaj8Hg8MBqNePHiharSjGKxmCgyTk9PYTab02xs1U4ymcT09DQ4jrt3t3lKaSDOdRcXF3kLPvkKsNfrRTKZpB3s84BEkQ4ODjTRtVlNxONx+P1++Hw+BAIBVFVViSKDGHLs7e1hdXW1bD2mCsn5+Tm+//u/H06nE5/73OcUtyh3cXGB7e3ttH/7iZ/4CTx9+hSf+MQn0N/fX6aRaRsqLMpALBbD1772NVRXV2NwcLBok9nl5WWwLIu+vr6CbE9L9RSAcFP0eDxiV2A1i6TMHgNGo1EUGUprAHUfYrEYPB4PqqurMTAwQFeVFATLsmLDyOHh4YIKPnkHe+LMY7fbxboMLUblCgnP81hZWcHx8TFGRkY0scCgVliWRTAYFKMZHMehpqYGFxcXePnypep7iIRCIfzgD/7/7d17XJR12j/wDyKIcoaBUTyAeELOMB7KdU3NAyjKoGWWlXZ6nq007deW7rbVbvtUm9nTQXdba3fT3fI4IHgITyGmmW3MDIginlBQkDkxDDMMc7zv3x/tfT9gaigD98xwvV+vfe0rReYChpn7c3+/3+vKQ0BAAPbu3esxq8lTp06lrlDdzHNuz3oRf39/DBs2DEOGDOnWi1lfX1/YbDaXfC5vCxUajQaVlZX8AC9P/3r8/f0xePBgDB48GA6Hg9/LXlZWBj8/vw5tbN39a21tbYVCoUB4eDgSExM9OvB5G4fDAaVSCQCQSCQuX03w8fFBcHAwgoOD+cPf3IXZ+fPn+eGSUVFRCAoKcvvnck/iziJptVqMGzeuW9ujkp/n6+vLr1Zwq0i1tbUICAhARUUFH5ijoqI85qKcYzabsWjRIvj6+qKoqMjj6ifdi1YsBGKz2dDd3/rLly/DYDAgPT29S5/H20LF1atXceHCBSQmJmLgwIFCl9OtuLtm3B1gAHzIEHrK7M0YDAYolUoMHjzYZd3RiGtwM3b8/f2RlpbW46tI3HBJbmIyt83EUwJzd2JZlm8+IZFI6ELPzXCDCbkZImazmb/509zcjMDAQP657O4rzBaLBYsXL4bRaMSBAweoKQD5CQoWAumJYFFXVweNRgOJRHLXn8ObOj+172CTlpbW6/q5tx9k1n7KbHR0NCIjIwU/X8KtIo0cORLDhg0TtBbSkcVigUKhQFBQEJKTkwUPpDcLzNzd3660//REXEc7g8EAiURC28XczI2h4kZ2u73DuYz2Kx3h4eFu9Vy22Wx49NFH0djYiEOHDvW691DSORQsBNITwaK+vh719fWYMGHCHf9bb+v85HQ6cebMGbS0tCAjI6PX7z1mWRYtLS384W+LxcIfmI2KiurxA7PcUMKkpCSvX0XyNGazGXK5HBEREUhMTHS71wFu7gt3xshqtXY4/O3Nh/65Q/QmkwkSicTtDs/2dtevX8fZs2eRlpaGyMjIn/14hmGg1+v5lTmukUFUVJTgz2W73Y5ly5ahpqYGJSUlnfp6SO9EwUIgdru9W2dMAEBjYyMuX76Me++9947+nbd1frLZbKioqADLstRd6BZMJhM0Gg1UKhV/YLYnpiWzLIsrV67gypUrSE1NpTcrN2M0GqFQKDBo0CCMGjXK7ULFjbiOe9xKRvuWzJ64l/12GIbBqVOn0NbWBolEQq9rbqaxsRFVVVWdDhU34hoZcCHDaDQiNDS0QyvbnuJwOPBf//VfOHXqFI4cOQKxWNxjj008DwULgfREsNBoNDh37hwmT57c6X/jbecpzGYzlEolv4XDnZaV3RV3YFalUsFgMCAkJIQ/l+HKA6FcBxtujgvt1XUvzc3NUCqViIuLQ1xcnEe+FlgsFn4lQ6/XIygoiN/L7smHv7nOXDabDZmZmdSS181woSI1NRUikcgln9NisfDnMpqamjBgwAA+ZHTngEmn04nly5fju+++Q2lpqUuH+BLvRMFCID0RLJqamlBZWYn77ruvUx/vbaGiubkZ5eXlGDRoEEaPHu3xX48QbDYbf/dXp9MhMDCQDxlduTDjtnC0tLR02xwXcvd0Oh0qKiowatQoDB06VOhyXKL9XnatVst3S2s/Y8ATOJ1OlJeXw+l0IiMjg0KFm1GpVDhz5oxLQ8WNHA4HP2BSq9UC6J4zRgzD4MUXX8TXX3+N0tJSOvtGOoWChUB6IlgYDAbI5XJMnz79Zz/W20KFWq3G6dOn6SCwC914Yebv78+HjDu5Y+ZwOFBRUQG73e7yOQik61QqFU6fPo3ExEQMGjRI6HK6xY0zBliW7dDIwF1XNh0OB8rLy8GyLDIyMgRvuEA64n53UlNTe2xORfszRhqNBhaLBREREfy5jLvdysowDNasWYPdu3ejtLQU8fHxLq6ceCsKFgJxOBz8wejuYjQacfLkScycOfO2H+dNnZ8AoLa2FpcuXUJycjKio6OFLscr3diVx8fHhw8Z4eHht7z7a7VaoVQq4e/vj9TUVLowcjPcIfqUlJRe87vDsiwMBgO/ZYprZMDdAXaX4Gu326FUKuHr64v09HS3DT+9lVqtRmVlZY+GiptpbW3lQ4bBYEBwcDD/XO7sKjPDMHjjjTewdetWlJaWYvTo0T1QOfEWFCwE0hPBwmw245tvvsHs2bNv+mLibZ2fWJbFuXPnoFKpkJ6ejtDQUKFL6hXat7FVq9VwOp38Pvb2d3/NZjMUCgVCQ0ORlJTkMVtPeou6ujpcvHjxlm0xewPu8Dd3YdbS0oLQ0FB+y5RQW/bsdjsUCgX8/PwEmSFCbk+j0eDUqVNuF8htNttPVpnbt7K92Wswy7J4++238be//Q1HjhxBYmKiAJUTT0bBQiA9ESysViuOHDmCWbNm/eQFxNs6PzmdTlRWVqK1tRUZGRm0Z18g7dvYqlQqWK1WiEQiBAUFoa6uDjExMXTexc2wLIuamhpcvXoVGRkZFMjb4Q5/azQaNDU1CTLIjBtMGBAQgNTUVI9/rfY27hoqbnTj9j+GYRAREYGysjLMnz+fnxD+/vvv4+OPP0ZJSQlSU1OFLpt4IAoWAnE6nXA4HN36GA6HA4cPH8b06dM7LOd723kKm80GpVKJPn36ID09nQ4zugnu7u+VK1dw/fp1AOC3mERHR1PPfTfQvjOXRCJBUFCQ0CW5LbvdDp1OB7VazR/+/rm7v11ltVqhUCgQGBjoFoMJSUdcqEhOTvaoFqzcDaDq6mo8/fTTqK2t5Vcqv//+e3z99dcYN26c0GUSD0XBQiA9ESxYlsWBAwcwdepU/gCXt4WK1tZWKJVK2l7jpq5fv46qqiokJiYiLCyM3y5lMBj4nuyubmNLOodhGJw9exZ6vZ46c90hhmH4u79qtRoMw3ToyuOKs0PctPPg4GB6bXNDWq0Wp06dQlJSkkeFipuprq7Gq6++ikOHDgEAEhMTMX/+fOTm5kIikdBzj9wROjnpxXx8fNCnTx8+wHhbqNDr9SgvL8eQIUMwcuRIj/96vA13iD4tLY1vuxgbG4vY2FhYrVb+ouzixYsua2NLOodhGH7r4Lhx47p1CKI36tOnD0QiEUQiERISEvjtf5cuXcLp06f5rjxRUVF3tTLX1tYGuVyO8PBwt5x23tvpdDqcOnUKiYmJHh8qWJbFyZMn8e2336KkpARpaWkoLi7G7t27MXPmTAwYMADz5s3DI4880unW9aR3oxULgfTEigUAfP311xg/fjyCgoK8qvNTY2Mjzpw5gzFjxmDIkCFCl0PaYVkWFy5cQENDQ6f27HNtbLktJv369YNYLO72wU+9Fdfu1+FwICMjw226HnkL7vC3Wq3mD3/fybTktrY2lJWV8aGFnv/uhZvxMnbsWI9vx8yyLLZt24ZVq1ahqKjoJ63p7XY7jh07ht27d2PIkCH49a9/LVClxJNQsBAIwzCw2+3d/jilpaVISUnhpxp7Q+enK1eu4PLly906gIjcHYZhUFVVhebmZmRkZHTqQqo9p9PJ72PXaDTw9fXlt0t11z723oRrWcqdR6J2v92LW5njBkwOGDCA7zAVEhLyk9fi1tZWyOVyiMVianLghpqamlBeXu4VoQIA8vPz8eyzz2Lnzp3Izs4WuhziJShYCKQnggXLsjh27BgGDhyIoUOHevydSYZhUF1dDY1Gg4yMDD4sEffgcDhw6tQp2Gw2ZGRkdPlwNsMw0Ov1/LkMTxli5q64g8D9+/dHSkoKff96GDctmVuZuzE0m81myOVyxMTE0NZON8SFioSEBMTExAhdTpft2bMHTz75JL788ktIpVKhyyFehIKFQLo7WHDnKerr61FXV4e2tjZERkbyd8s8rXMSd9FqtVqRnp6O/v37C10SaYfrzNW3b1+kpaW5/E44N8SMCxk2m41/PotEIo97Pvc0bs9+WFgYEhMTaeVHYFxo5rZMORwOMAwDkUiEpKQkej67Gb1eD6VSiTFjxmDw4MFCl9Nl+/fvx2OPPYZNmzbhwQcfFLoc4mUoWAiEZVnYbLZu+9w3HtI2mUz8RZnJZEJERAS/j93dVzIsFgvKy8vh5+eH1NRUetN1M21tbXz3mp5oicmybIfnc2trKyIiIvjD3+7+fO5pJpMJCoUC0dHRGDNmDN0JdzMGgwFyuRzBwcGw2+0wm8388/luD38T1/G2UHHkyBE89NBD2LhxIx555BF6PSAuR8FCIN0VLDrT+clsNvMDzIxGI8LDw/mLMnd7EzMajVAqlYiMjMTYsWPpTqubMRqNUCgUEIvFgl20cs/n9odluedzb1/ZamlpgUKhwJAhQzBixAi6iHAzBoMBCoUCw4cPR1xcHID/ez5rNBoYDAaEhITwW6bu9MwS6Zrm5mYoFAqMHj3aK5qEHD9+HAsXLsRHH32EJ554gl4PSLegYCEQVwcLlmXBsuwdd35qa2v7yWwBsViM6OhowVtQci39hg0bhvj4eHoRdDNNTU2oqKhAXFwc4uLi3OLnw01KVqvV0Ov1CAoK4kNGYGCgW9TYU7h2zO0vWon7aG5uhlKpxIgRIzBs2LCbfozNZuOfz01NTejfvz8fMm52+Ju4DvfzGTlyJIYOHSp0OV32/fffQyqV4u2338Zzzz1Hzx3SbShYCMSVwaJ9oADuvvOT1WrlVzKam5sREhKC6OhoiMXiHr/z29DQgLNnz2Ls2LFecVDO23Dtft3552O32/mLMp1Oh4CAAD5kePtFmUajQWVlpdds3/A23EHgO7kTzh3+5rpM9enThw8ZERERtJrrQtxKkreECoVCgXnz5uGNN97AypUrvfq1jwiPgoWArFZrlz8Ht/WJ+zG66s3FZrPxKxlNTU0ICgriVzK6czmeZVnU1NSgrq4OaWlpiIiI6LbHInenrq4OFy9eREpKCqKiooQup1OcTmeHWRl9+/blL8rCwsK86qKMC33JyckeP7zLG3FzELrSXYhhGDQ3N/Nbpux2O0QiEaKioqiZQRdxoeJ2K0mepLKyEtnZ2Vi9ejVeeeUVChWk21GwEFBXgwW3UuF0Ort16B1351elUkGn0/FTksVisUu3l3AzEPR6PTIyMhAUFOSSz0tcg2VZXLp0CdeuXUN6ejrCwsKELumuMAyDpqYm/qKMZdkOd349uQ3rtWvXcP78eZrx4qa4lSRXzkFgWRZGo5FfneOaGXBD+YTe0upJWlpaIJfLvSZUVFVVITs7G8uXL8frr79OoYL0CAoWArLZbLjbb39nDml3B4fDwb+BabVaBAQE8CsZwcHBd12H3W7HqVOnYLfbXTIDgbgWwzA4e/YsmpqavCr0sSzL3/lVq9X8nV+uja0nDZC7fPkyrly5gvT0dISHhwtdDrmBWq1GZWVlt68kcefmNBoNmpubERwczHeY6m3njO4EFyri4+MRGxsrdDlddv78eWRnZ2PZsmV4++236edOegwFCwHdbbAQKlTciNteolKpoNVq4e/vz+9hDw0N7XRdbW1tUCqV/OAuT7qY6w2cTidOnToFi8WCjIwMr70Dyt355UJGW1tbh7af7trGlmVZXLx4EfX19cjMzKTBkW6osbERVVVVPb590Gaz8VsAuXNG3OrcnbxGezuj0Qi5XM43ovB0NTU1yMrKwoMPPoj333/fq7Z6EvdHwUJAdxos7rbzU09wOp1oamqCSqWCRqOBr68vv10qLCzslnW2tLRAqVTyPfbpBdC92Gw2lJeXw8fHB+np6b1q73ZraysfMoxGI8LCwvjg7C7himVZVFdXQ6vVIjMzk9qRuqGGhgZUV1cLvj3N6XR2mPzt4+PDb5fy9C2AXcGFitjYWAwfPlzocrqsrq4OWVlZmDNnDjZs2EDvqaTHUbAQkN1u5zs5/RxXdX7qCe33sKvVavj4+PAXZOHh4fwLHbffmFt6dtevp7fiVpICAwORnJzcay88gB/b2HLP5/bbS4ScLcAwDM6cOYOWlhZkZmb2+pkd7qi+vh7nzp1DWloaIiMjhS6Hxx3+5ra12u32XjnJ3mQyoayszGtCxfXr1zF79mxMnToVn376KYUKIggKFgLqbLDors5PPYF7A1OpVFCr1fxB2T59+qC+vh7JyckYOHCg0GWSG3CDCUUiEcaOHUuhr52bzRbgQkZXzhndCW57mtVqRWZmpttu0+rNrl69igsXLiAjI8Otz7y0n2Sv0WhgMpkQHh7Ob5lyl9U5V+NCBTcnydOpVCpkZ2dj/Pjx2LRpU6++EUSERcFCQJ0JFj3V+akncAdlz507B6PRyG+Xio6ORmRkJL0QuglusBoNJvx5DoejQxtbPz8//jl9uy2AXX1MpVIJAL1ue5qnqK2tRU1NDTIyMjyue1pbWxsfnJubm71yyKTJZIJcLucn0ns6rVaLOXPmIDExEVu2bKFzikRQFCwE5HA44HQ6b/n37nJI21WcTie/dSM9PR1Op5NfybDZbBCJRBCLxRCJRBQyBKJWq3H69Ok7GtxFfsSdM+Lu/ALgL8hcNcDMZrNBoVDA398faWlp9HvihrjuXJmZmQgNDRW6nC7hWo1rNBpotVr069evw/wXT3xPam1tRVlZmdeECr1ej3nz5mHYsGHYsWMHrV4SwVGwENDtgoW3hQqbzYaKigqwLIv09PQOL37tu/GoVCpYLBa+5WdUVBTdfekh3AyE5ORkREdHC12OR7txgJnD4eCf05GRkXf1nLZYLFAoFAgKCkJycrJHbYnsDbjhnlevXoVEIkFwcLDQJbnUzYKzp81/4ULF4MGDMWLECI9/X21pacH8+fMRGRmJwsJCatNO3AIFCwHdLFi07/zEsqxbH9LuLLPZDKVSyV8Q3e4NiGVZtLa28isZra2tiIyMhFgsRlRUFG376Abtp53TDATXY1kWLS0t/OFvi8XCH5Tt7HPabDZDLpcjIiICiYmJHv+a4G24lr8NDQ2QSCReM+flVrhtrdyWKavV2mHytzveNW9tbYVcLsegQYMwcuRIj/8dMplMyMvLQ0BAAPbu3UvNG4jboGAhoBuDhSd1fuqs5uZmlJeXY9CgQRg9evQdfz1cy0+VSgWTycTPFYiOjnbLNy9Pw7Iszp49y7cr9fYLIndgMpn4SfbcQVkuZNzsoKzRaIRCocCgQYMwatQoj39N8DYsy+L8+fNQqVSQSCS9ruUvdzOIC84mk4lvzRwVFeUWF7xmsxllZWVeEyrMZjMWLlwIANi3b5+gr9vvvPMOCgoKUF1djf79+2PSpEl49913MWbMGMFqIsKiYCEgp9MJh8MBwLM7P90Kt19/5MiRGDZsWJc/X1tbG7+S0dLSgrCwMH4lw1s7l3Qnp9OJyspKmM1mZGRkuMUFQG/DHZRVqVQwGAwICQnhg/OAAQPQ3NwMpVLJt8P09Asib9N+johEIsGAAQOELklwFouFX8nQ6/UICgrit0wFBQX1+HOYCxUDBw70imBusViwePFiGI1GHDhwQPCBmFlZWVi8eDHGjx8Ph8OB3/72tzh9+jSqqqp6XcgmP6JgISAuWHhT5ydObW0tLl261G379W+cKxASEgKxWIzo6Gi6QO4Eu92O8vJysCyLjIwM2mLmBmw2G79/XafToV+/frBarYiNjfWKu6zehlvta2pqgkQiodedm7Db7R0mf3Nd06KiohAWFtbtN9Da2tpQVlaG6Ojou1oxdzc2mw2PPvooGhsbcejQIbfctqrRaBAdHY2jR49iypQpQpdDBEDBQkBOpxN2u92rDmmzLItz585BpVIhPT29R7qiWK1W/q6vXq/nh5eJxWK6g3gTFosFSqUSAQEBSE1N9YhDl73N9evXcebMGQQHB6O1tRX+/v78SkZoaKjHv054OoZhUFVVBYPBAIlEQiumncAd/ua6TLEs26Ghgatfh7hQERUVhTFjxnj874zdbseyZctQU1ODkpIStxq42N7FixcxatQoVFZWIjk5WehyiAAoWAjo7NmzGDRoEHx9fb0iVHBba1pbW5GRkSHIRX374WU6nQ6BgYH8SgadH/hxf79SqURERATGjh3rFVvuvE1DQwOqq6v51b4bu/HcapI96RkMw+D06dMwmUyQSCTUiecusCwLg8HAP6fbNzRwxeFvbwsVDocDzzzzDCorK1FaWuq2XfsYhsH8+fPR3NyM48ePC10OEQgFCwHdc889uHDhAubOnYsFCxZg6tSpHnsg2WazQalUok+fPm4ztItbhlepVNDpdPyEZLFYLMheX6FxB+m5/u297ev3BHV1dbh48SLS09MRERHxk79v38ZWrVbD6XTy+9dpyGT3YxiGP5ckkUg89vXanXCHv7kbQkajEaGhofyWqTu9QWWxWFBWVobIyEgkJCR4/Ouc0+nE8uXL8d133+Ho0aMYNGiQ0CXd0rPPPovi4mIcP36c5iD1YhQsBOR0OnHs2DHIZDLs2rULZrMZOTk5kEqlmD59usfcCWttbYVSqURoaCiSkpLc8g7qjROS/f39+ZWMkJAQj3/z+TkajQaVlZUYNWoUhg4dKnQ55AbtZyBkZGR0agth+za2KpWKb/nJ3fV1h3DvTZxOJ06dOgWr1QqJRELf327CHf7WaDRoampCYGAgHzKCg4Nv+1rNhQpuRdbTX9cZhsGqVatQUlKC0tJSlzRB6S7Lly9HUVERvvnmGwwfPlzocoiAKFi4CafTiRMnTvAho6WlBXPmzIFUKsX999/vtgcD9Xo9fxfcUw6YOp1O6HQ6fhm+b9++/EqGN+5fr6+v57fWiMViocshN+DalTY2Nt71DISbtfyMiIjgVzM85SaFu3I6naioqIDD4aBmBz3Ibrfzr9VarRZ+fn4dJn+3v4llsVggl8sRHh7uNaFi9erV2LNnD0pLSxEfHy90STfFsixWrFiBXbt2obS0FKNGjRK6JCIwChZuiGEYnDx5EjKZDAUFBWhqakJ2djakUilmzpzpNgeSGxsbcebMGYwZM8Zjlz0ZhukQMnx8fPiVjPDwcI9+c2JZFpcvX0ZtbS3S0tJuurWGCIthGJw9exZ6vR6ZmZku+91ua2vjQ4bBYEBoaCh/QeYurx+ewuFwdOigdjdT00nXMQzDH/5Wq9VgGAZRUVH8SoZSqURYWJhXDJBkGAavv/46tm/fjiNHjmD06NFCl3RLzz33HLZs2YKioqIOsytCQ0Pd9oYo6V4ULNwcwzD44YcfsHPnThQUFECj0WD27NmQSqWYPXu2IH2iWZbFlStXcPnyZaSmpkIkEvV4Dd2BYRjo9XqoVCq+awm3kuFph2Tbd+fKzMxEcHCw0CWRG3D79VtbW5GZmdltnYW4rmlqtbrD1hKxWIzAwECPvwjrTg6Ho8PZMTrD4h5u3AbY1taGfv36IT4+3uOHp7Isi7fffht/+9vfcOTIESQmJgpd0m3d6vXj888/x7Jly3q2GOIWKFh4EIZhoFAo+JDR0NCAWbNmQSqVIisrq0cuHhmGQXV1NTQaDTIyMgQfztNdWJaFXq/vcEiW68QTGRnp1iHD6XTyXWsyMzPprpEbcjqdKC8v57fW9NSFUPu5AlqtFv369eOHTHrjNsCusNvtUCgU8PPzQ1paGoUKN2S1WiGXyzFgwACEhoZCo9GgpaXFY1foWJbF+++/j48//hglJSVITU0VuiRC7hgFCw/FMAwqKiqwc+dO5Ofn4+rVq5gxYwakUinmzJnTLRf8DoeDP7yYnp7eay5Y27dGVKlUsNvt/JuWSCRyqwsOu92OiooKOJ3OHr1gJZ1nt9s73AUXamvNjWeNfH19+ee1p63QuZrNZoNCoUC/fv2QlpbWq78X7spms6GsrAzBwcFITk7mQ/GNK3QDBgzgD3+7c6MOlmWxfv16rF27FgcPHsS4ceOELomQu0LBwguwLIvKykp+JePSpUuYMWMGcnNzMXfuXJfcibRYLCgvL4efnx9SU1N77eFFlmVhNBqhUqmgVqthsVggEokgFoshEokE3X9ttVr5i6HU1FTaC+6GuJ9R//79kZKS4jahlNsGyK3QdffwMndms9n4u+ApKSkUKtwQ9zMKDAxEcnLyLX9GXDdAjUYDrVYLX19fPmS4U3hmWRaffvop/vCHP6C4uBj33nuv0CURctcoWHgZlmVRVVXFh4xz585h+vTpyM3NRU5Ozl0dSDYajVAqlYiMjKShau2wLAuTydRhny835CkqKqpHw1draysUCgXCw8ORmJhIPyM31NbWBrlc7tZtmYGOK3RqtRo2m63D8DJvvqnAba0JDg52659Rb9bZUHGj9uFZo9HA6XR2CM9C3YhhWRabN2/GmjVrsHfvXkyZMkWQOghxFQoWXoxlWVRXV/Pdpc6cOYOpU6dCKpUiJycHkZGRPxsydDodTp06hWHDhiE+Pt5tl5HdQWtrK7+SwbX75Pavd+eWJIPBAKVSicGDB3tMy9/exmQyQaFQIDo62qMmAbcPz2q1Gq2trYiIiODPG3nTVjtuBgIXzj3lZ9SbcFvUuBW/uw1+3OFvbsuU2WxGZGQk32Wqp9ozsyyLrVu34sUXX0RRURGmT5/eI49LSHeiYNFLsCyLCxcu8CGjoqICU6ZMgVQqxfz58yESiX7yRvqPf/wDIpEI48aNQ0xMjECVeyaz2cyvZBiNRoSHh/MXY65809JqtTh16hRGjBiB2NhYl31e4jotLS1QKBReMfGce16r1Wr+kCz3vPbkM1fcapK3DFbzRna7HXK5vMuh4ma4yd8ajQYGgwEhISH8ynN3dl6UyWR49tlnIZPJkJ2d3W2PQ0hPomDRC3FTfrmQoVAo8Itf/AJ5eXl8yHj55ZfxxRdfYNu2bXQXpYtuNlOAm5XRlRajDQ0NOHv2LBITEzFo0CAXVkxchRsgOXz4cMTFxQldjktxE5LVajX0ej2CgoL4kOFJbWzNZjPkcjmioqI8ajWpN+FCRUBAAFJTU7t1i5rVauU7pzU1NaF///58UwNXHv7es2cPnnzySWzZsgW5ubku+ZyEuAMKFr0cN5MiPz8fBQUF+Pe//42wsDBYrVZs2rQJWVlZ9EbrQlarlQ8Zer2evzMmFos7fceXZVnU1taipqYGaWlpiIyM7Oaqyd3QaDSorKzE6NGjPXaAZGfZ7XY+ZOh0OgQEBPAhw5078bS2tqKsrAyDBg3CqFGj3LbO3oxr+8s1pejJcy8OhwM6nY5fzejTpw+/khEREXHXtezfvx+PPfYYNm3ahAcffNDFVRMiLAoWhKfX65GTk4O6ujoMHDgQSqUSEydOhFQqRW5uLgYPHkxvvC5ks9n4kNHU1ISgoCB+JeNWy+8sy+L8+fNobGz06jkino6bSp+UlISBAwcKXU6PcjqdHWZl9O3bl7/jGxYW5jYHok0mE+RyOQYPHuzxW9S8FRcq/P39BW/7yzAMmpub+cPfdru9w+HvzjY1KCkpweLFi7Fx40Y88sgj9LwjXoeCBQEA1NXVYc6cOYiLi8O2bdsQGBiI+vp6FBQUID8/HydOnIBEIoFUKoVUKsXQoUPpBdGFuDu+KpWqQ+/19tORGYbBmTNnYDAYkJmZ6VGDn3qTa9eu4fz58141lf5uMQyDpqYm/mKMZVk+ZERERAjWxpY798I1pSDux+FwdBhQ6C6BFPi/tuPc85prasAd/r7VFtdjx47hgQcewEcffYQnnniC3kOJV6JgQaBQKDB37lzk5eXh448//knbPZZlcf36dezatQv5+fk4duwY0tPTkZeXh9zcXMTFxdELpAtxvddVKhW0Wi0CAgIgEonQ3NwMhmGQmZnZY11LyJ25cuUKLl++jPT0dISHhwtdjlthWZa/46tWqzvc8e3JGTAGgwEKhcIrz714Cy5U9O3b1yOmnpvNZn4roMFgQHBwMM6cOYP09HSkp6ejT58+OHnyJPLy8vDOO+/g2WefpfdM4rUoWPRyDMNg3LhxWLx4MV5++eWffbFjWRYqlQqFhYWQyWQ4evQoUlJSkJeXB6lUSi1pXczpdOL69eu4cOECHA4HAgIC+O1Srhh8SFyDZVlcvHgR9fX1yMzMpC1qP6P9HV+1Wo22tja+jW13tmdubm6GUqnEiBEjMGzYsG55DNI1Doejw2R6dw8VN7LZbNBoNFi5ciW+/vprREVFISMjA0eOHMGbb76JF198kV63iVejYEFgNpvvalsNy7LQarUoKirCzp07ceTIEYwdO5YPGXQYsuvMZjMUCgVCQ0ORkJCA5uZmqFQqaDQafoqsWCxGWFgYfa8Fws2L0Wq1yMzM7Nb2lN6qtbWVDxlGoxFhYWH84e+udE5rr6mpCeXl5Rg1ahSGDh3qks9JXMvpdEKhUHhsqLhRS0sLNmzYgLVr16Jv374ICQnB/PnzIZVKMX36dJc9twlxJxQsiEuwLIumpiYUFRVBJpPh66+/xujRo/kzGQkJCXThe4daWlqgVCoxcOBAjB49usP3r/3edbVaDR8fH/5CLDw83K32I3sz7txLS0sLMjMzPXqWg7uwWCz887q5uRnBwcEd2tjeDZ1Oh4qKCowZMwaDBw92ccXEFZxOJ5RKJXx8fLwiVABAVVUVsrOzsXz5cvz2t7/Ft99+i8LCQhQWFkKr1SI7OxtSqRQPPvigVw2bJL0bBQvictxe6t27d0Mmk+HQoUOIj4+HVCpFXl4eTbXtBO5CKD4+HrGxsbf9fnHdSrip39wBWbFY3KWWiOT2nE4nTp06BYvFQudeugm3raT9TAEuZAQHB3fqdYRr+zt27Fia9+KmuFABABkZGV4RKs6fP4/s7GwsW7YMb7/9dofnKsuyqKioQGFhIUpLS3H48OEeO2NESHejYEG6ncFgwJ49eyCTyXDgwAHExsYiNzcXeXl5SE5OpgvfG3CtSseOHXvHE89ZloXBYOBDhsPh4LvwREZGesUbtjtwOBwoLy8Hy7JIT0/vdKtJcve4pgZcG1s/Pz8+ZNxqK6BarUZlZSWSk5MhFosFqJr8HKfTifLycr4xhTe8RtXU1CArKwuLFi3CunXr6D2O9CoULEiPamlpwd69e5Gfn4/9+/cjJiaG3y7lbi0FhVBbW4tLly65pFUpy7JoaWmBWq2GSqWCzWaDSCSCWCyGSCTyijdwIdhsNiiVSr4NJn0fe57T6ezQxtbHx6dDG9s+ffrwAT0lJQXR0dFCl0xuon2oyMjI8Iq79nV1dZg9ezbmzp2LDRs29Pr3NNL7ULAggjGZTNi3bx/y8/Px1VdfITo6ml/JyMzM7FUvyO27CmVkZCA0NNTln99kMvErGW1tbR1afdId986xWCxQKBQIDAxESkpKr3qOuqsbB5c5HA4EBgbCaDTSSoUbczqdqKiogMPhQGZmpleEiuvXr2PWrFmYNm0aPv30U3p9IL0SBQviFlpbW1FcXIz8/Hzs27cPERERmD9/PvLy8jB+/HivfoFmGAZVVVXQ6/U91lWofchobW1FZGQkxGIxoqKiKGTcgtlshlwuR0REBJ0TclMsy+LSpUu4cuUK/P39YbfbERkZybexpee2e2AYBhUVFbDb7V4TKlQqFbKzszF+/Hhs2rSJVjJJr0XBgrgds9mMAwcOID8/H3v37kVwcDByc3MhlUoxceJEr3rB5u7aWa1WwQ4A39jqk5snEB0dTZ1K/sNoNEKhUNy0QxdxH1evXsWFCxeQnp6OiIgImEwmfqK9yWRCeHg4HzKo1acwuFBhs9mQmZnpFWFPq9Vizpw5SExMxJYtW7wiKBFytyhYELdmsVhw8OBB5OfnY8+ePejfvz+/knHvvfd6dMjg9ur7+voiLS3NLd5g29ra+DMZLS0t3TJPwNNwQ9ViY2MxfPhwChVuqra2FjU1NcjIyEBYWNhP/r6trY0PGQaDASEhIfxz+27m+JA7542hQq/XIycnB7GxsdixYwfdjCG9HgUL4jFsNhsOHTqE/Px8FBUVwd/fH/PmzcOCBQswadIkj7pL1NbWBoVCgaCgICQnJ7tlQLpxnkBISAg/9bu3zGvg2v6OHDmSJjW7scuXL+PKlSvIzMzs1Pkkm83Gn8nQ6XQIDAzkQ0ZQUBCFx27AMAzfnlkikXhFqGhpacG8efMgEolQWFhILacJAQUL4qFsNhuOHDkCmUyGwsJC+Pj48CFj8uTJbv2mxW2rEYvFGDNmjEdcxHAXYiqVCnq9nh9aJhaLvfZuL9eq9G7a/pKewbIsampqcPXqVUgkEgQHB9/x57Db7dBqtdBoNNBqtfD39+dDRmhoqEf8fro7hmFQWVmJtrY2rwkVJpMJeXl56N+/P7+aTgihYEG8gN1ux9GjRyGTybBr1y44nU7k5ORgwYIFmDJlilstTTc1NaGiogJxcXGIi4vzyIuW9kPLuLu93EpGUFCQ0OW5RENDA6qrq5GcnEytSt0Ud1C7vr4eEonEJc+9m7WxpYn2XcOFCrPZDIlE4lavx3fLbDZj4cKFAIB9+/Z5zeseIa5AwYJ4FYfDgWPHjmHnzp0oLCyExWJBTk4O8vLyMHXqVEGXqlUqFU6fPo2EhAQMHjxYsDpcibvbyw0t4yYji8Vij91SUldXh4sXL/IHgIn7YVkWFy5cQGNjIyQSSbd0UmvfxlatVsPpdNKwyTvEMAxOnz6N1tZWrwkVFosFDz30EEwmEw4cOICQkBChSyLErVCwIF7L6XTi+PHj/EqGyWRCTk4OpFIppk+f3qOHkbluNSkpKYiKiuqxx+1JDocDOp0OKpWK31LCrWSEhIS4fcjgttXU1dV1eq8+6Xksy+LcuXPQaDSQSCQ9shXvxmGTVquV5sD8DG8MFTabDUuWLIFKpcKhQ4cQHh4udEmEuB0KFqRXcDqd+O677/iQYTAYkJ2dDalUihkzZnTb/lhuu8bVq1dv2a3GGzmdTuh0On5LSd++ffmVDHfct86yLM6fP8/fAaetDe6JZVmcPXsWTU1NkEgkguxrZ1m2Q4tmk8mEiIgIfjWDDvD++D06ffo0jEYjxo0b5xWhwm63Y9myZaipqUFJSQkiIyOFLokQt0TBgvQ6DMPg+++/h0wmQ0FBAXQ6HbKysiCVSjFr1iyX3QFlGIa/CMrIyOi1F6sMw3QIGT4+PvxKRlhYmOD71rmfEzeg0FsPo3s6lmVx5swZGAwGSCQSt2l/zLVoVqvVMBgMCA0N5UNGb3wucT+nlpYWSCQSrwhaDocDzzzzDCorK1FaWkrnrgi5DQoWpFdjGAZlZWV8yGhsbMTs2bMhlUoxe/bsuw4DTqcTp06dQltbGzIzM93mIkhoDMNAr9fzF2Isy/KHYyMiIno8ZHAHS1tbW+nn5MYYhsGZM2dgNBrd+mLVarXyjQ2ampr4NrZisRiBgYFut1Lnat4YKpxOJ55//nmcPHkSR48exaBBg4QuiRC3RsGCkP9gGAZKpRIymQz5+fmor6/HzJkzIZVKkZ2d3elWlna7HUqlEj4+PkhPT6f917fAsiyam5uhUqk6HI4Vi8WIjIzs9pDhdDpRXl4Oh8OBjIwMr9iu4Y08tavQjY0N+vXrB7FYjKioKLfcDthVLMuiqqoKzc3NGDdunFeECoZhsGrVKpSUlKC0tJRm2RDSCRQsCLkJbpgTFzKuXLmCGTNmQCqVYs6cObc82NvY2IhLly4hMDAQKSkp1Dmmk1iWhcFg4A/H2u12fjuJSCRy+feRC399+vRBenq6Rw1X7E24Sc1WqxWZmZkeEypudOOZI19fX0RHRyMqKsor2thyZ1/0er1bbVPrCoZhsHr1auzZswelpaWIj48XuiRCPAIFC0J+BncQcefOnSgoKMDFixdx//33Izc3F3PnzkVYWBh8fHxQVlaGhQsX4ne/+x2eeuopj79YEArLsjAajfxKhsVigUgkglgshkgk6nIIsFqtUCgUCAgIQGpqKoU/N+V0OlFRUcGvKHnLyt/NtgNyHaY8sY1t+wP148aN85pQ8frrr2P79u04cuQIRo8eLXRJhHgMChaE3AHuTZQLGdXV1Zg2bRpGjRqFzz//HI899hjee+89ChUuwrIsTCYTv5LR1taGyMhI/m7vnV5strW1QS6XIzQ0FElJSfRzclNOpxNKpRIsyyIjI8NrV5Tar9Sp1WrYbDb++e0JbWxZlkV1dTV0Op3XhAqWZfHWW2/h73//O44cOYLExEShSyLEo1CwILBarZg4cSIqKiqgVCqRnp4udEkegWtR+sc//hFbt24FAEyfPh1SqRTz5s1DZGSk1+2jFhrX5lOlUvFtPrl96z+3Taa1tRVyuRxRUVFISEign42bcjgcHc4oeWuouFH7EK1Wq9Ha2oqIiAi+uYG7bQNrP09k3LhxgrT+dTWWZbFu3TqsX78eJSUlSE1NFbok/PnPf8Z7772HxsZGpKWlYf369ZgwYYLQZRFySxQsCFauXIkLFy6guLiYgsUd+uyzz/Diiy/in//8J1JSUvjuUuXl5fjlL38JqVSK+fPnIyoqii5kXcxsNvMXYS0tLQgPD+cvwm48ONrS0gKFQoEhQ4ZgxIgR9LNwU9zZl759+yItLc3jtgW50o3P79DQUP75LfRFvLeGivXr12Pt2rU4ePAgxo0bJ3RJ2L59Ox5//HH89a9/xcSJE/Hhhx9i586dOHfuHLW8JW6LgkUvV1xcjP/3//4f8vPzkZSURMGik1iWxR//+Ed88MEH2L17N375y192+LvLly/zIUMul2PSpEmQSqXIzc2FWCymC1sXs1gs/EoGN0uAm5XR1taG8vJyDB8+HHFxcUKXSm7BZrNBoVCgX79+dPblBhaLhW9jq9frERQUxIeMnp6Pw63UqtVqrwoVn376Kf7whz+guLgY9957r9AlAQAmTpyI8ePHY8OGDQB+PPsxdOhQrFixAmvWrOnWx96+fTtmzJhBgwDJHaNg0YupVCpIJBIUFhZCJBJh+PDhFCw6aeXKlcjPz8f+/fuRnJx8y49jWRa1tbXIz89HQUEB/v3vf+Oee+7hQ8agQYMoZLiY1Wrl7/Q2NTUBAKKjozFq1KheObDME9hsNsjlcgwYMAApKSl09uU27HY7HzJ0Oh0CAgL4kBESEtKtrycsy+LChQtobGzEuHHjvOL3iWVZbN68GWvWrMHevXsxZcoUoUsC8OPvxIABAyCTySCVSvk/X7p0KZqbm1FUVNRtjz158mScOXMGK1euxPLlyyESibrtsYj3oVfvXoplWSxbtgy/+tWv3GLJ19PMmDEDJ06cuG2oAAAfHx/ExcXhpZdewvHjx1FTU4OFCxeiqKgICQkJmDlzJjZs2ICrV6+CMr5r9OvXD0OHDsXgwYPh4+ODwYMHw+l04sSJEzh58iRqamrQ2toqdJnkP6xWK8rKyvgWzRQqbs/Pzw8xMTFIT0/H1KlTMXLkSFgsFigUChw/fhzV1dVoamoCwzAufVyWZXHx4kWvCxVbt27FK6+8gsLCQrcJFQCg1WrhdDohFos7/LlYLEZjY2O3Pe6GDRtgsVjw5JNPYt++ffjggw+gUqm67fGI9+kdp+J6kTVr1uDdd9+97cecPXsWBw8ehNFoxG9+85seqsy7zJs3747/jY+PD4YOHYpVq1Zh5cqVaGhoQEFBAfLz8/Hqq68iMzMTUqkUUqkUw4YNo5WMLrh27RrOnz+P9PR0/m5b+zu9ly9fRv/+/fntUkFBQfT9FoDFYunQpYt+BnfG19cXYrEYYrEYDMOgqakJarUalZWVYFmWnwUTERHRpa1lXKi4fv06JBKJV4QKAMjPz8eqVauwc+dOTJ8+Xehy3EJOTg6WL18OAHj11VdRXFwMp9OJF154ATExMQJXRzwBbYXyMhqNBjqd7rYfEx8fj0WLFmHPnj0d3sidTid8fX2xZMkSbN68ubtLJf/BsiwaGxuxa9cu5Ofn45tvvkFaWhry8vKQm5uL4cOH0wXXHbhy5QouX76M9PR0hIeH3/RjHA4HtFotVCoVtFotv51ELBYjODiYvt89gGv9GxERgbFjx9L33IW4qfbclkC73c7PyrjTWTAsy+LSpUuor6/HuHHjEBgY2I2V95zdu3fjqaeewpYtW5Cbmyt0OT8h5FYolmX538c333wThYWFuP/++/HCCy9g6NCh3fa4xDtQsOil6urq0NLSwv93Q0MDZs+eDZlMhokTJ2LIkCECVtd7sSwLjUaDXbt2QSaTobS0FMnJycjLy4NUKqWORrfB3VWtr69HZmYmQkJCOvXvnE4ntFotPxXZz8+PX8kIDQ2l73c3MJvNfOvfMWPG0Pe4G3EDJ7mQ0dbWxrex7Uyb5kuXLuHatWteFSqKi4vx+OOPY9OmTXjwwQeFLueWJk6ciAkTJmD9+vUAfjy8PWzYMCxfvrzbD287HA4+gL799tuQyWSYOnUqXnjhBWqCQW6LggUB8ONdXjq87V5YloVOp0NRURF27tyJkpISJCQk8CFj9OjRdEH2H9ygLo1GA4lEctcXQE6nE01NTVCpVNBoNPD19eVXMrgJ66RruHkiYrGYnsMC4GbBqNVqGI1GhIWF8Ye/bxxwx4UKiUTS492nuktJSQkWL16MjRs34pFHHnHr59/27duxdOlSbNy4ERMmTMCHH36IHTt2oLq6+idnL7qi/QrFrbz33nvYunUrfvnLX+KFF17AiBEjXPb4xLtQsCAAKFi4O5ZlodfrUVRUBJlMhsOHD2PUqFH8mYzevJWEYRicOXMGLS0tyMzMdFn7S4ZhoNfroVKpoFar4ePjw1+AhYeH0yHju2AymSCXyzF48GBafXMDXJtmtVqN5uZmBAcH889xlUqFuro6jBs3zmtCxbFjx/DAAw/go48+whNPPOERz78NGzbwA/LS09Px8ccfY+LEiS77/O1DRXFxMS5fvoyamhosXboUsbGxHVZ+P/zwQ/zzn//EpEmT8MILL2D06NEuq4N4DwoWhHgYlmVhMBiwe/duyGQyHDp0CHFxcZBKpcjLy0NiYmKvueh1Op04deoULBYLMjMzfzIYz1UYhuH3rKtUqg4HYyMjI3vN97srjEYj5HI5hg4divj4eI+4qOtNbDZbhza2LMti8ODBGDJkiFecOzp58iTy8vLwzjvv4Nlnn/X4r8fVNm7ciFdffRWzZs3CtWvXcPXqVSxbtgyrV6+Gv78//xr38ccf44svvkBmZiZWrFiBpKQkgSsn7oaCBSEezmAwYO/evZDJZDhw4ACGDh2K3Nxc5OXleXX7TofDgfLycjAMg4yMDPj5+fXI43LBjlvJcDgcHUIGDXb7KYPBAIVCgbi4OAwfPlzocshtXL58mV/BbmlpgVarhZ+fH7+S4YlbAuVyOebNm4ff//73WLlypcfV392+//575OXlYePGjZg3bx7Onz+PhIQE/O1vf8OTTz75k4//xz/+geeeew4ffPAB/vu//9tr32PI3aFgQYgXMRqN2LdvH2QyGYqLizFo0CA+ZKSnp3vNG4DNZoNSqYSfnx/S0tIEu5hnWRYtLS38SobNZoNIJIJYLEZkZOQddd/xVs3NzVAqlYiPj0dsbKzQ5ZDbuHLlCq5cuQKJRILg4GAA/3fuiGtu4OPj06GNrbu/ppw6dQpz5szB6tWr8corr1CouImioiJ8+OGHOHLkCL777jvMnz8fzz77LN58803Y7XZcuHABY8aMQZ8+feDj44MlS5bg7NmzOHToEE3mJj9BwYIQL2UymVBcXAyZTIavvvoKIpGIDxkSicTtLwhuhRsG5m4D1ViWhclk4lcy2traOrT47KkVFXei1+uhVCoxatQoalPp5mpra1FTUwOJRHLLjmrttwRqNBo4HA7+Oe6OQbqqqgrZ2dlYvnw5Xn/9dQoVt/DZZ59h69at2LFjB5KSkrBs2TJ+HtauXbtQWlqK1157DSKRCM3NzTh06BCmT59OoYLcFAULQnoBs9mM/fv3QyaTYd++fQgLC8P8+fORl5eHCRMmuM3F+c/h2pRGREQgMTHRrS8UTCYTv5LR2tqKyMhIfjtJbwgZOp0OFRUVGDNmDAYPHix0OeQ26urqcOnSpduGihu1X61Tq9WwWCz8czwqKkrw5/j58+eRnZ2NJ554Am+99ZZbv1YITaVSYcKECbh69SpWr16Nd955h/+7ZcuWwWg0YsuWLd12ho14FwoWhPQybW1tOHjwIGQyGfbu3YugoCDMnz8fUqkU99xzj9ueETAajVAoFBg4cKDHtSk1m838SobRaER4eDjEYjGioqK88s1aq9Xi1KlTGDt2LAYNGiR0OeQ2uFCRmZmJ0NDQu/48JpMJGo0GKpUKJpMJ4eHhfMi4sY1td6upqUFWVhYWLVqEdevWecyNEyGwLAuGYfD5559j7dq1uO+++/Duu+/i/Pnz+Pzzz7Fnzx7+dZdhGPpekp9FwYKQXsxiseDw4cOQyWTYvXs3AgIC+JAxadIkt9nawB3+jY2N9fhJ5G1tbfxKRktLy23nCHgitVqN06dPIzExEQMHDhS6HHIbV69excWLF7scKm7U1tbGhwyDwYCQkBD+OT5gwACXPc7N1NXVYfbs2Zg7dy42bNhAF8KdpNVqsXPnTqxduxbNzc2IiYlBWFgYtmzZgtjYWDidTre96UTcCwULQgiAHw9EHz58GPn5+SgqKkLfvn0xb948LFiwAL/4xS8ECxnclpqRI0di2LBhgtTQXW6cIxASEsJP/XbVPI6epFKpcPr0aaSkpCA6OlrocshtcKEiIyMDYWFh3fY4NpuNP5Oh0+kQGBjIh4ygoCCX3iS4fv06Zs2ahWnTpuHTTz+lUHGHGIaB1WrFyZMnERsbi8jISISGhlKoIHeEggUh5CfsdjuOHDkCmUyGwsJCAEBOTg4WLFiAX/7ylz22f5q7+52QkICYmJgeeUyhcBdgarUaTU1NHYaV3e0k8Z50/fp1nD17FikpKYiKihK6HHIb165dw/nz55GZmdmtoeJGdrsdWq0WGo0GWq0W/v7+/HM8NDS0SyFDpVIhOzsbEyZMwOeff96rL4RvNkm7M9uYbvbvOjOVm5D2KFgQQm7L4XDg6NGj2LlzJwoLC2G32/mQcd9998Hf379bHrehoYG/UO1td7/tdju/laT9XV6xWOyWU5Dr6+tx7tw5pKWlUacYN8f9rDIyMhAeHi5YHTdrY3u3k+21Wi3mzJmDxMREbNmyxW22cAqBCxAMw0ChUKCtrQ1JSUmIiIjo9MpD+xBCqxXkTlGwIIR0msPhwPHjx7Fz507s2rULbW1tyMnJQV5eHqZNm+ayg8h1dXW4ePEiXaji/+7yqtVqaLVa9O/fv0PIEPpuInf3Oz09HREREYLWQm7PXULFjdq3sVWr1XA6nZ0eOqnX65GTk4PY2Fjs2LGj2250eIL2gWDOnDm4fPky1Go1YmJisGfPHsTFxf3s5+CCxMWLFyESiXp0RYt4BwoWhJC74nQ68e2330Imk2HXrl0wGo2YO3cucnNzMWPGjLs6iMyyLC5fvoy6ujpkZGS49ECpN3A4HNDpdFCpVPxWEu5MRkhISI+HDK6jUHfv0ydd19DQgOrqarcPgDcOnbRarfysjODg4A4rdi0tLZg3bx6ioqKwa9cur+yw1lntQ0V6ejpEIhHWrl2L8vJyvPTSS5g4cSIKCgrQv3//W75OcKHizJkzmDRpEj744IObTt4m5HYoWBBCuszpdOLkyZOQyWQoKChAc3MzsrOzIZVKMXPmzE4dRGZZFufPn0djYyMkEolbbvlxJ06nEzqdjt9K0rdvX34lo6v71TvjypUruHz5sss7ChHX486/uHuouBHLsmhtbYVarcb169exaNEijBo1Cjk5OZg7dy5WrFiBAQMGYM+ePR7Z7KA7TJkyBTabDSdPnuT/bPLkyWhpaYFSqeRXf7izE9z/c6HiwoULmDx5MpYuXYq1a9cK9WUQD0bBghDiUgzD4N///jcfMjQaDbKysiCVSjFr1qybHkS22+04cOAAwsLCkJmZ2e0tKb0NwzBoamqCSqXqsF9dLBYjLCzM5d1xampqUFdXh8zMzE4PVCPC4EKFN2wrrK6uxvbt27Fv3z6cOXMGISEhWL16NRYvXoz4+HihyxMUy7I4cuQInnzySaSlpeHLL79EUFAQjh49ipkzZ2LQoEFYuHAhfH19MXfuXCQnJ0MkEgH4cSW0b9++uHLlCiZNmoRFixbhww8/FPYLIh6LggUhpNswDAO5XM6HDK4dpFQqRVZWFoKCgtDW1oYHHngAarUa33zzDd157CKGYaDX6/n96izL8odiIyIiuhQyWJbFpUuXUF9fj8zMTAQHB7uwcuJqjY2NqKqq8opQwbFYLHjooYeg0+nw+OOPY//+/SgpKUFSUhLy8vKwYMECJCUlCX72qKdUV1ejtbUVEokEdrsd27dvx1//+lcMHDgQTz31FB599FEsWbIECxYsgFwuR1VVFWQyGWJiYpCSkoIvv/wSfn5+qK+vxy9+8QtkZ2fjk08+EfrLIh6MggUhnXTlyhX88Y9/RElJCRobGxETE4NHH30Ur776aq8+MNhZDMOgvLwcMpkM+fn5uHr1KqZNm4Zz586hT58+KC4upinNLsayLJqbm/mp39yhWLFYjIiIiDvq9sKyLC5cuIDr16/TVjUPoFKpcObMGaSmpvJ3pj2dzWbDkiVLoFKpcOjQIf4AenNzM/bu3Ytdu3ahuLgYQ4cORXl5udffpDh79iwmTpyId955B88//zyAH7dIbt++HX/5y19w4sQJvPjii3j//fc7/LuKigqUlZUhJiYG2dnZaGtrw+TJk5GQkIB//etfNP+DdAkFC0I6af/+/di+fTsefvhhjBw5EqdPn8YzzzyDxx57DOvWrRO6PI/CMAxOnDiBhx9+GDqdDgzDYObMmcjNzcXcuXMFOYjs7ViWhcFg4A/F2u12vvOOSCS6bchgWRbnzp2DWq2GRCLxiLkavZk3hgq73Y6lS5fi8uXLKCkpueUKjNlsxvfff49p06b1cIU9y2azYfz48bh+/TrUajWA/zs3wTAMZDIZNmzYgH79+uHzzz/HkCFDYLfb0bdv35+8tmq1WigUCsyYMYNCBekyChaEdMF7772HTz75BDU1NUKX4lFUKhVmz56NYcOGYdu2baipqcHOnTtRUFCA8+fP4/7770dubi5ycnIQFhZGIcPFWJaF0WjkQ4bFYoFIJIJYLIZIJOowB4BlWZw9exY6nQ7jxo3z+rvAnk6tVqOyshKpqaleM6jQ4XDg6aefxunTp1FaWtrr5trcyuHDh7Fo0SJ++1JISEiHgXb5+fn485//DIZhsGnTJsTFxdFcCtLtKFgQ0gW/+93vsH//fpSVlQldiseoq6vDjBkzMH78eGzatKnDFG+WZVFdXc2HjKqqKkybNg1SqRQ5OTmIiIigkOFiXOcdbruU2WxGREQEHzIuXLgAvV6PcePG3VULYdJzvDFUOJ1OPP/88zh58iSOHj1K2yVvcPz4ccybNw8zZ87EZ599htDQ0A7hoqioCJ988gn0ej02b96MhIQEgSsm3o6CBSF36eLFi5BIJFi3bh2eeeYZocvxCPX19bj33nsxb948rF+//rbL7tyefu5MRmVlJaZMmQKpVIp58+ZBJBJRyOgGXHtPlUoFo9EIX19fxMfHIyYmhs4SuTGNRoNTp0551aR6hmGwatUqHDlyBEeOHMGwYcOELsktff/995g7dy4mT56Mzz//HOHh4T8JF2vXrsXLL78MqVQqbLHE61GwIL3emjVr8O677972Y86ePdvhTk99fT3uu+8+TJ06FX/729+6u0Sv4XQ6sXPnTjz00EN3FApYlu2wXUqpVGLy5MmQSqWYP38+oqOjKWS4EMMwqKyshMlkglgsRlNTE1paWhAeHs53mOrNw8jcDRcqkpOTIRaLhS7HJRiGwerVq7F3716UlpZi+PDhQpfk1pRKJbKzsyGRSLB582aIRKIO4aK2thaxsbECV0l6AwoWpNfTaDTQ6XS3/Zj4+Hj+bm1DQwOmTp2Ke+65B5s2baLDbj2MZVlcuXKFb2FbVlaGe++9F1KpFLm5uRg4cCCFjC5gGAanTp2CxWJBZmYm/7y3WCz8SobBYEBoaCg/K4O2SAlHq9Xi1KlTSEpK8qpQ8dprr2HHjh04cuQIRo8eLXRJbqd9aOBUVlYiOzsbY8eOxZdffono6OgOE7m5yz16fSTdiYIFIXegvr4e06ZNg0QiwRdffEGH4ATGsiyuXr3Kh4yTJ0/innvuQW5uLqRSKWJiYuhN9A44nU5UVFTAbrcjMzOzw/mX9qxWKz8nQ6/XIzg4GGKxGNHR0TTcsAdxoSIxMREDBw4UuhyXYFkWb731Fv7+97/jyJEjSExMFLokt9A+INzOuXPnMHv2bMTFxeFf//oXhg4dCp1O5zVzTIj7o2BBSCfV19dj6tSpiI2NxebNmzuECm95U/dkLMuivr4e+fn5KCgowIkTJzBu3Dh+JWPo0KEUMm7D6XSivLwcDMMgIyOjQ2eo27HZbNBoNFCpVGhqakJQUBC/kkFtabuPTqdDRUWF14WKdevWYf369SgpKUFqaqrQJbmdP/3pT0hJScHcuXNv+TGXLl1CVlYWhg8fjhdffBEvvfQStm7dirS0tB6slPRWFCwI6aRNmzbhiSeeuOnf0a+Re2FZFtevX0dBQQHy8/Nx/PhxZGRkIC8vD7m5uYiNjaWQ0Y7D4YBSqYSPjw/S09M7HSpuZLfbodFooFarodPp0L9/f34lIygoiL7nLsKFirFjx3pNlySWZfHxxx/jvffew6FDhyCRSIQuye00NDRg2rRpePTRR/Haa6/ddDsUp66uDvfffz8uXbqE119/Hb///e97tljSa1GwIIR4NZZloVKpsGvXLuTn5+Po0aNITU3lQ0Z8fHyvvuC12+1QKpXw9fVFenq6y7b3ORwOaLVaqFQqaLVaBAQE8CsZwcHBvfp73hVNTU0oLy/3ulCxceNGvPnmmyguLsa9994rdElu67PPPsOaNWtw7Nixn90mdvXqVRw/fhyLFy+m3zfSYyhYEEJ6DZZlodVqsWvXLshkMpSWliIxMRF5eXmQSqUYOXJkr3oDttvtkMvl6NevH1JTU7vtzJDT6YRWq4VarYZGo4Gfnx+/khEaGtqrvuddwYWKhIQExMTECF2OS7Asi82bN2PNmjXYu3cvpkyZInRJbuHG1QhusF1dXR2WLl0KqVSKlStX0sA74nYoWBBCeiWWZdHU1ITCwkLIZDKUlJRgzJgxkEqlkEqlGDNmjFdf8NpsNsjlcgwYMAApKSk91t2MYRjodDr+8Levry/fwjY8PNyrv+ddodfroVQqMWbMGAwePFjoclyCZVls3boVL774IoqKijB9+nShS3I7H330EVJSUpCeno6IiAgAwMsvv4wdO3aguroa/fv3F7hCQjqiYEEI6fVYlkVzczOKioogk8lw+PBhjBgxAlKpFHl5eRg7dqxXXfBarVbI5XIEBQUhOTlZsJbJDMNAr9fzU799fHwQFRUFsViM8PBwauX8H94YKgBAJpPhueeeg0wmQ1ZWltDluB2tVosnn3wShw8fxqxZs5CRkYE33ngDOp0OjzzyCCZPnozXXntN6DIJ6YCCBSGE3KC5uRl79uyBTCbDwYMHERsby4eMpKQkj77gtVgskMvlCA0NRWJiott8LSzLQq/X87MyWJZFVFQUoqOjERkZ6TZ19rTm5mYoFAqMHj0aQ4YMEbocl9m9ezeeeuopbNmyBbm5uUKX49aOHz+OY8eOYf369YiLi0NSUhIaGhoQGhqKLVu2ALj5XAtChEDBghBCbqOlpQV79+6FTCbD/v37MWTIEOTm5iIvLw+pqakedcHb1tYGuVyO8PBwJCYmuu2FCMuyMBgM/EqGw+HoEDJ6y57y5uZmKJVKjBw5EkOHDhW6HJcpLi7G448/jk2bNuHBBx8UuhyP0draij//+c+orq7Gpk2bAAB//etf8V//9V/CFkZIOxQsCCGkk4xGI7766ivIZDIUFxdDLBbzISMjI8OtQ4bZbIZcLodIJEJCQoLbhoobsSyLlpYWfiXDZrNBJBIhOjoaIpHorlvjujuDwQCFQuF1oaKkpASLFy/Gxo0b8cgjj3jM81BoNw7IKykpwSeffII+ffrgX//6F/z8/Oh7SdwCBQtCCLkLra2tKC4uhkwmw1dffYXIyEjMnz8feXl5GDdunFuFjNbWVsjlcojFYowePdpjL0BYloXJZOJXMtra2hAZGQmxWAyRSHTLSeGehgsVI0aMwLBhw4Qux2W++eYbPPjgg/j444+xbNkyj30euouDBw9i3rx5+O6775CZmSl0OYQAoGBBCCFdZjabceDAAchkMuzduxehoaHIzc2FVCrFhAkTBN26YzKZIJfLERMT43XtdE0mE7+S0draisjISERHRyMqKgr+/v5Cl3dXWlpaIJfLER8fj9jYWKHLcZmTJ09CKpXiT3/6E5599lmveh72tPbnKTIzM/Hqq69i4cKFAldFyI8oWBBCiAu1tbXh0KFDkMlk2LNnDwIDAzF//nxIpVLce++9PRoyjEYj5HI5hg4d6vWDAM1mM7+SYTQaER4eDrFYjKioKPTr10/o8jrFW0OFXC7HvHnz8Pvf/x4rV6706udhT/rwww/xyiuv4MqVK14z14R4PgoWhBDSTSwWC77++mvIZDIUFRWhX79+/HapSZMmdev5gJaWFigUCsTGxmL48OHd9jjuqK2tjZ+TYTAYEBYWxs/KCAgIELq8m+JCYFxcHOLi4oQux2UqKiowd+5crF69Gq+88orbhYorV67gj3/8I0pKStDY2IiYmBg8+uijePXVV91+1au6uhp9+/bFyJEjhS6FEB4FC0II6QE2mw0lJSWQyWQoLCyEr68v5s2bh7y8PEyePNml5wO4bkLeduf7blgsFmg0GqhUKjQ3NyMkJATR0dEQi8VuM1yMCxXeFgKrqqqQnZ2NFStW4LXXXnO7UAEA+/fvx/bt2/Hwww9j5MiROH36NJ555hk89thjWLdundDlEeJxKFgQQkgPs9vtKC0t5UMGwzDIycnBggULMGXKlC6FDG6Y2qhRo7yqm5Ar2Gw2fiWjqakJQUFBEIvFiI6ORmBgoCA1mUwmlJWVeV2oOH/+PLKysvDkk0/irbfecstQcSvvvfcePvnkE9TU1AhdCiEeh4IFIYQIyOFw4JtvvsHOnTtRWFgIm82GnJwc5OXlYerUqXe0HaOpqQnl5eVeN0ytO9jtdn4lQ6fTITAwkF/JCAwM7JELYS5UDBs2DPHx8d3+eD2lpqYGWVlZWLRoEdatW+dWHdI643e/+x3279+PsrIyoUshxONQsCCEEDfhdDpx7NgxyGQy7Nq1C2azGTk5OZBKpZg+ffptDyFrNBpUVlYiISGBDnLeIYfDAY1GA7VaDa1Wi/79+/MhIygoqFtCBteta8iQIRgxYoTLP79QamtrkZWVhZycHKxfv97jQsXFixchkUiwbt06PPPMM0KXQ4jHoWBBCCFuyOl04sSJE3zIaGlpwZw5cyCVSnH//fd3OB+wdetWfPTRRygoKKBQ0UVOpxNarRYqlQparRb+/v58yAgJCXFJyGhtbUVZWRkGDx6MESNGeNQ2odtpaGjA7NmzMX36dGzcuFHQULFmzRq8++67t/2Ys2fPIiEhgf/v+vp63HfffZg6dSr+9re/dXeJhHglChaEEOLmGIbByZMnIZPJUFBQgKamJmRnZ0MqlUKlUmHNmjX44IMPsHTpUqFL9SpOpxM6nQ5qtRoajQZ9+/blu0uFhYXdVSDw1lChUqmQlZWFiRMn4vPPPxd0dgvw4wqeTqe77cfEx8fzWw0bGhowdepU3HPPPdi0aZPHrbQQ4i4oWBBCXO7Pf/4z3nvvPTQ2NiItLQ3r16/HhAkThC7LKzAMgx9++AEymQz//Oc/oVarMX78eLzwwguYPXu2YIeQvR3DMGhqaoJKpYJGo4GPjw+/khEWFtapC1FuAvqgQYO8alihVqvFnDlzkJSUhC+//LJb2yh3h/r6ekybNg0SiQRffPGF4KGIEE9GwYIQ4lLbt2/H448/jr/+9a+YOHEiPvzwQ+zcuRPnzp1DdHS00OV5jc2bN+P555/Hn/70J1y7dg0FBQWor6/HrFmzIJVKkZWVheDgYKHL9EoMw0Cv1/MdpliW5VcyIiIibhoyzGYzysrKMHDgQIwaNcprQoVer0dOTg7i4uKwY8cOl7ZN7gn19fWYOnUqYmNjsXnz5g6hYuDAgQJWRohnomBBCHGpiRMnYvz48diwYQOAHy/Chg4dihUrVmDNmjUCV+cdPv30U7z00kvYvXs3pk2bBuDH73NFRQVkMhny8/NRV1eHGTNmQCqVYs6cOQgJCRG4au/Esiyam5uhVquhUqngdDoRFRUFsViMiIgI+Pr68qFCLBZj9OjRXhMqDAYD5s+fj6ioKOzatctjJpy3t2nTJjzxxBM3/Tu6PCLkzlGwIIS4jM1mw4ABAyCTySCVSvk/X7p0KZqbm1FUVCRccV5i/fr1+N3vfod9+/Zh8uTJN/0YlmVx+vRp7NixAwUFBbh06RJmzJiB3NxczJ07F6GhoV5zcetOWJZFS0sLVCoV1Go1bDYbwsPDYTAYIBaLkZCQ4DXfd5PJBKlUigEDBmDPnj1uM2yQECIsChaEEJdpaGjA4MGDceLECdx77738n7/yyis4evQovv/+ewGr83xmsxlTp07F+vXrMXHixE79G5ZlUVVVhZ07d6KgoADnzp3D9OnTkZubi5ycHISHh3vNxa47YVkWWq0WlZWV8PHxAcMwEIlEiI6ORlRUlMedQ2jPbDZj4cKFAIB9+/YhKChI4IoIIe7Cc1/ZCCGklxkwYAC+//77OwoCPj4+SEpKQlJSEt544w2cO3cOO3fuxMaNG/HCCy9g6tSpkEqlyMnJQWRkJIUMF7FYLKiurkZMTAxGjx4Ns9kMlUqFK1euoKqqChERERCLxYiKivKocwkWiwUPP/ww7HY79u/fT6GCENIBrVgQQlyGtkJ5DpZlcfHiRX4lo6KiAlOmTIFUKsX8+fMhEokoZNwli8WCsrIyREZG3nT7U2trK38mw2QyISIigj/8fSeT1nua1WrFkiVLoNFocOjQIYSFhQldEiHEzVCwIIS41MSJEzFhwgSsX78ewI+HiocNG4bly5fT4W03xbIsampq+DkZCoUCv/jFL/iQIRaLKWR0EhcqIiIiMHbs2J/9vrW1tfFnMlpaWhAWFgaxWIzo6Gi3Ogxtt9uxdOlSXL58GSUlJYiMjBS6JEKIG6JgQQhxqe3bt2Pp0qXYuHEjJkyYgA8//BA7duxAdXU1xGKx0OWRn8GyLGpra/mQ8cMPP+Dee+9Fbm4ucnNzMWjQIAoZt2CxWCCXyxEeHt6pUHGzf8+tZBgMBoSGhvIrGUIejnY4HHj66adx5swZHDlyhNpGE0JuiYIFIcTlNmzYwA/IS09Px8cff9zpw8bEfbAsi6tXryI/Px8FBQX47rvvMHHiROTm5kIqlWLw4MEUMv7DarWirKwMYWFhSExM7PL3xWq18nMy9Ho9goOD+ZWMAQMGuKjqn+d0OvHcc8/h+++/x9GjRzFo0KAee2xCiOehYEEIIeRnsSyLhoYG5OfnIz8/HydOnIBEIkFubi7y8vIwdOjQXhsyrFYr5HI5QkJCkJSU5PLvg81mg0ajgUqlQlNTE4KCgvip3905aZ1hGKxcuRKlpaU4cuQIhg0b1m2PRQjxDhQsCCGE3BGWZdHY2IiCggLk5+fj2LFjSE9Ph1QqhVQqRVxcXK8JGd0dKm5kt9uh1WqhUqmg0+nQv39/fiUjKCjIZY/PMAxeeeUV7Nu3D6WlpRg+fLhLPi8hxLtRsCCEEHLXWJaFWq3Grl27kJ+fj9LSUqSkpCAvLw9SqRTx8fFeGzJsNhvKysoQHByM5OTkHv86HQ4HtFot1Go1NBoNAgIC+DMZISEhd10PwzB47bXXsGPHDpSWlmLUqFEurpwQ4q0oWBBCCHEJlmWh0+lQWFgImUyGkpISjB07lg8Zo0aN8pqQYbPZIJfLERgYiOTkZPTp00fQepxOJ3Q6HVQqFTQaDfz8/PjtUncyaZ1lWfzP//wP/vGPf6C0tBRjx47t5soJId6EggUhvQDDMIJf+JDehWVZNDU1oaioCPn5+Th8+DBGjx7Nb5e62XwHT+FuoeJGDMNAp9Pxh799fX35lYzbTVpnWRbvvfceNmzYgJKSEqSmpvZw5YQQT0fBghAvZrFYEBAQ8JM/p6BBehLLsmhubsbu3buRn5+PgwcPIj4+HlKpFHl5eS7potRT7HY75HI5+vfvj5SUFLf/PWIYBnq9np+V4ePjg6ioKAQEBGDw4MH8rAyWZfHxxx/jvffew6FDhyCRSASunBDiiShYEOLFXnvtNfzwww/Yvn07QkNDhS6HEACAwWDAnj17IJPJcODAAcTGxvLdpdxxBYDjaaHiRizLQq/XQ61WY+3atdi3bx+mTp2KBQsWQK1W45133sH+/ftxzz33CF0qIcRDUbAgxIvV1tYiMzMTu3fvxi9+8QuwLIstW7Zg0qRJt+zy8u233+K3v/0tFi9ejMcff7xb21kS0tLSgn379kEmk2H//v2IiYnht0ulpaW5zcU7FyoCAgKQmprqNnXdLafTiZKSEshkMhQVFcFoNGLmzJl49tlnkZWVJehAPkKI5/LsV0ZCyG1FR0djxIgR+O6772AwGJCXl4df/epXOHjwIG51T+Gf//wnTpw4gb/+9a/43e9+1+HvGIa55b8j5G6EhITg4YcfRn5+PlQqFd566y3U1tYiKysLqampePXVV1FWVgaGYQSr0W63Q6FQoF+/fl4RKgDA19cXM2bMwJQpU8AwDDZs2IDMzEy88soriIqKwqJFi7Bjxw6YTCahSyWEeBBasSDES9ntdvj5+eHjjz/GH/7wB0ycOBFXr17Ftm3bkJSUdMt/ExsbizfeeAP//d//jba2NvTv3x86nQ7h4eEdLqjonAbpTq2trdi/fz9kMhn27duHiIgIzJ8/H3l5eRg/fnyPPfccDgcUCgX8/PzcagXFFWQyGZ577jnIZDJkZWUB+HG7VGVlJWQyGfLz81FTU4O1a9dixYoVAldLCPEE3vMKSQjhMQwDPz8/OBwOnDx5Enq9HuPHj8fhw4eRlJQEp9N503/33XffQaPRYMqUKQDAb4f44osvMGjQIEyaNAl///vfYbPZvOoCi7ifwMBALFy4EFu3boVKpcKHH36IpqYm5OXlYezYsXjllVdw4sSJWz6XXYELFX379vW6ULF79248++yz2LJlCx8qAMDHxwepqal48803cebMGSgUCsyaNUvASgkhnsR7XiUJIbw+ffrg/PnzmDZtGioqKiAWi5GWlgaxWAzgx20QN7Nt2zZkZmZi5MiR/J+1tLTgwoULiImJwezZs/Huu+9ixIgR2LBhQ498LYT0798fUqkUX3zxBRobG/GXv/wFRqMRixYtQkJCAl566SUcO3bMpSHDm0NFcXExnnrqKWzevBnz58+/7ceOHTsWY8aM6aHKCCGeznteKQkhAH48lPn73/8eubm5CA4OxldffYUnnngC69evB4BbnpFwOBwoKirCAw88AD8/P/7jzp07h/LycuTm5uKNN97A+fPnsWLFCnzyySc4d+5cj31dhABAQEAA5s2bh82bN6OxsRGffvoprFYrHnnkEYwePRqrVq3C0aNH4XA47voxHA4HlEolfH19kZaWdssg7olKSkqwdOlSfPrpp3jggQeELocQ4mUoWBDiZWw2G65du4YVK1Zgx44diI2NRUJCAhoaGqBSqW45L+DkyZNQqVSYO3cuAPAfd+rUKahUKjz22GP8x6alpUGj0eD48eMAbh1WCOlO/v7+mDt3Lv7xj3+gsbERmzZtAsuyePzxxzFy5EisWLECJSUlsNvtnf6cTqcTSqUSffr0QXp6uleFim+++QYPP/ww1q9fj0ceeUTocgghXogObxPi5RiGgcPhQHh4OD766CM8/fTTYFn2JwFj+fLl+P7773HixAn4+fkBAIxGI9asWYNPPvkECQkJeOCBBzBnzhy899572LVrFyoqKpCSknLTz0eIUBwOB0pLSyGTybBr1y44nU7k5OQgLy8P9913H/z9/W/670wmE6qqqtCnTx9kZGR4Vag4efIkpFIp3n33XfzqV7+i31dCSLegYEGIl2FZFgzD/OSi6MSJE2AYBpMnT/7Jv3E6nYiLi8Py5cuxevVqPijI5XK8+OKLSE1NxdSpU/HWW2+hoqICAQEBePjhh/H3v//9jmqjTlKkpzkcDhw7dgw7d+5EYWEhLBYLHzKmTp3KT542Go3Izs7GpEmT8M4773hVqJDL5Zg3bx7+8Ic/4IUXXqBQQQjpNhQsCCE4efIkJk+ejIqKig6taP/xj39g7dq1+Oc//4kJEyagpqYGzz33HBYsWIBly5bB39//rsKC0+mEr68vH2D0ej3MZjMGDx7s6i/N47zzzjsoKChAdXU1+vfvj0mTJuHdd9+lA7Qu4HQ6cfz4cX4lw2QyYe7cucjOzsYHH3wAp9OJ4uJir5pSX1FRgblz52LNmjV4+eWXKVQQQroV3TokpJe43T2Ebdu2ISMjA8OHD+cHkZlMJlRUVCAqKgoTJkwAAMTHx0MkEgEAv53kVqGCezyWZVFbW4uPPvoIu3fvBvB/Xam4i5yamhrcd999EIlE+OKLL7p08NbTHT16FM8//zxOnjyJQ4cOwW63Y9asWWhtbRW6NI/n6+uL++67D+vXr0dtbS327t2L8PBwPP300ygvL8eIESPwzTffoK2tTehSXaKqqgrz58/HqlWrKFQQQnoEBQtCeolbXVTY7XZs27YNs2bNwoABA/igcPbsWRw+fBgTJ04E8OOhcACYPHkyPvvss04/3quvvorc3FwUFRVh1apVGDp0KPLz8zt8rEQiwbfffougoCAcPnz4rr9Gb7B//34sW7YMSUlJSEtLw6ZNm1BXVwe5XC50aV7F19cX48aNw8WLFyGRSHDgwAHExcVhzZo1GD58OJYtW4bCwkKYzWahS70r586dQ05ODp555hm89tprFCoIIT2CggUhvZzBYEBCQgI++ugjLF68mF8tGDlyJJ544omfdI+xWq3w9fUFwzA/2w1q7969WL9+PbZu3YqSkhJ+K9WHH36IhoYGAOBnDygUCkRHR+P+++9H3759u+Er9UwGgwEAEBERIXAl3sVqtWLhwoUwGAwoLi7GjBkz8P777+PSpUs4fPgw4uLi8PrrryMuLg6PPfYY8vPzYTKZhC67Uy5duoScnBwsWbIE//M//0OhghDSY+iMBSEETqcTly5dwuXLlzF79uzbnpvYv38/Fi5ciGPHjiEzM/OWn/P69ev47W9/i82bNyMzMxNZWVl45plnEBsbi+joaBw6dAhpaWn8eYsXX3wRp0+fxv/+7/8iJSWlu75Uj8IwDObPn4/m5ma+tS/pOqvVigceeABqtRoHDx685ZkKhmGgVCohk8mQn5+P+vp6zJw5E1KpFNnZ2QgODu7hyn9ebW0tsrKykJOTg/Xr11OzBEJIj6JXHEIIfH19MXr0aMyePRvAj+cmWJa96YrEpEmT8OKLL2LIkCG3/ZwmkwnfffcdXn/9dfz617/GiRMnkJaWhoEDB8JiseDKlSv8Y7e1tUGhUCAhIQEJCQku//o81fPPP4/Tp09j27ZtQpfiVaqqqmA0GnHgwIHbHtTu06cPJBIJ3nnnHVRXV+Pbb79FcnIy3n33XcTFxeGhhx7C1q1b+VUloTU0NCAnJwezZs2iUEEIEQStWBBC7prT6QTLsjfdutTa2opBgwahsLAQ06dPB/DjKkZxcTEuX76MBx54AGlpaQCAAwcO4De/+Q1WrFiBJ554oke/Bne1fPlyFBUV4ZtvvsHw4cOFLsfrdGX2CsuyOH36NL+ScfHiRdx///3Izc3F3LlzERYW1uPbjxobG5GdnY2JEyfi888/96p2uYQQz0HBghByx1QqFYKCghAYGMj/GXfmgrugsVqteOihh2C1WrFt27bb3hl+6aWXUFFRgffff58PG70Vy7JYsWIFdu3ahdLSUowaNUrokshtsCyLs2fP8iGjuroa06ZNg1QqRU5ODsLDw7s9ZGg0GsyZMwfJycn48ssv6YwSIUQwFCwIIXds9+7dePzxxzF69Gg8/vjjWLJkCcLDw/m/5+4Gnzp1Ck899RSCg4OxZMkSiEQi+Pj4YMaMGRgwYACAHwPI7NmzkZycjP/93/+95VTk3uK5557Dli1bUFRU1GF2RWhoKPr37y9gZeTnsCyL8+fPIz8/HzKZDKdPn8Z9990HqVSKefPmITIy0uUhQ6/XY86cOYiPj8eOHTvg5+fn0s9PCCF3goIFIeSuVFVVoaioCDKZDOfPn8fYsWOxZMkSPP744wgPD+cPgF+9ehV/+ctfsG/fPgQEBODJJ5/Eo48+iqCgIADA4cOH8corr+D555/HU089JfBXJbxbXXh+/vnnWLZsWc8WQ+4ay7K4dOkSdu7ciYKCApSXl+OXv/wlpFIp5s+fj6ioqC6HDIPBwH+uXbt28VPECSFEKBQsCCFddv78eRQWFmLr1q2YMGECNm7ceNM97DqdDv7+/ggODuaDx69//WsolUq8//77SE9PF+YLIKQbsSyLy5cvQyaToaCgAHK5HJMmTYJUKkVubi7EYvEdhwyj0Yi8vDwMGDAAe/bsodUsQohboGBBCHEps9mMAQMG8MGBZVm+pSx38dQ+dMyePRsjRozABx98QHdciddjWRZ1dXV8yPj3v/+Ne+65B7m5ucjNzUVMTMzPhgyz2YwFCxbAx8cH+/bt41f/CCFEaBQsCCE9rqGhAevWrUNFRQWuXbuGl19+GU8//bTQZRHSo1iWxbVr15Cfn4+CggKcOHECEyZMQG5uLqRSKYYMGfKTkGGxWLBo0SKYzWbs378fISEhAlVPCCE/RU2uCSE9Ljo6Gvfddx8CAgKQkJCAjIwMoUsipMf5+Phg6NChWLVqFY4ePYra2lo8/PDDKC4uRnJyMqZPn46PPvoItbW1YFkWVqsVjz76KAwGA7766iu3DxVWqxXp6enw8fFBeXm50OUQQnoArVgQQgRlMpkQGBjY433/CXFXLMtCpVKhoKAA+fn5+Oabb5CamgqLxQJfX18cOXIEkZGRQpf5s1auXIkLFy6guLgYSqWSzlAR0gvQigUhRFBBQUEUKghpx8fHBwMHDsRzzz2Hw4cPo6GhAY888giam5tRXFzsEaGiuLgYBw8exLp164QuhRDSg2jFghBCCCEuo1KpIJFIUFhYCJFIhOHDh9OKBSG9BK1YEEIIIcQlWJbFsmXL8Ktf/Qrjxo0TuhxCSA+jYEEIIYSQ21qzZg18fHxu+7/q6mqsX78eRqMRv/nNb4QumRAiANoKRQghhJDb0mg00Ol0t/2Y+Ph4LFq0CHv27OlwboqbY7NkyRJs3ry5u0slhAiIggUhhBBCXKKurg4tLS38fzc0NGD27NmQyWSYOHEihgwZImB1hJDu1lfoAgghhBDiHYYNG9bhv7mp4CNGjKBQQUgvQGcsCCGEEEIIIV1GW6EIIYQQQgghXUYrFoQQQgghhJAuo2BBCCGEEEII6TIKFoQQQgghhJAuo2BBCCHEq/3pT3+Cj48PVq1aJXQphBDi1ShYEEII8Vo//PADNm7ciNTUVKFLIYQQr0fBghBCiFcymUxYsmQJPvvsM4SHhwtdDiGEeD0KFoQQQrzS888/j7lz52LGjBlCl0IIIb0CTd4mhBDidbZt2waFQoEffvhB6FIIIaTXoGBBCCHEq1y9ehUrV67EoUOHEBAQIHQ5hBDSa9DkbUIIIV6lsLAQeXl58PX15f/M6XTCx8cHffr0gdVq7fB3hBBCXIOCBSGEEK9iNBpRW1vb4c+eeOIJJCQkYPXq1UhOThaoMkII8W60FYoQQohXCQ4O/kl4CAwMRGRkJIUKQgjpRtQVihBCCCGEENJltBWKEEIIIYQQ0mW0YkEIIYQQQgjpMgoWhBBCCCGEkC6jYEEIIYQQQgjpMgoWhBBCCCGEkC6jYEEIIYQQQgjpMgoWhBBCCCGEkC6jYEEIIYQQQgjpMgoWhBBCCCGEkC6jYEEIIYQQQgjpMgoWhBBCCCGEkC6jYEEIIYQQQgjpMgoWhBBCCCGEkC6jYEEIIYQQQgjpMgoWhBBCCCGEkC77/6s6SAagmqqWAAAAAElFTkSuQmCC",
-      "text/plain": [
-       "<Figure size 1000x1000 with 1 Axes>"
-      ]
-     },
-     "metadata": {},
-     "output_type": "display_data"
-    }
-   ],
+   "outputs": [],
    "source": [
+    "\"\"\"\n",
     "## Try the IGRF field\n",
     "Y = []\n",
     "\n",
@@ -557,7 +520,8 @@
     "Y.append(Y0)\n",
     "\n",
     "DEBUG = False\n",
-    "multi_tracking(IGRF_field, y_0=Y, time_range=[0, 100], n_steps=1000, do_clip_trajectory=True)"
+    "multi_tracking(IGRF_field, y_0=Y, time_range=[0, 100], n_steps=10000, do_clip_trajectory=True)\n",
+    "\"\"\""
    ]
   },
   {
@@ -569,22323 +533,21772 @@
      "name": "stdout",
      "output_type": "stream",
      "text": [
-      "Using random initial conditions\n",
-      "Clipping at index 10\n",
-      "Clipping at index 13\n",
-      "Clipping at index 9\n",
-      "Using random initial conditions\n",
-      "v = 340674477.0362899 > c, setting 1/gamma = 0\n",
-      "v = 401269589.631598 > c, setting 1/gamma = 0\n",
-      "v = 312288481.6937296 > c, setting 1/gamma = 0\n",
-      "Clipping at index 10\n",
-      "Clipping at index 26\n",
-      "Using random initial conditions\n",
-      "v = 306440565.2087 > c, setting 1/gamma = 0\n",
-      "v = 642450276.8000511 > c, setting 1/gamma = 0\n",
-      "v = 617767947.118529 > c, setting 1/gamma = 0\n",
-      "v = 333807987.73888427 > c, setting 1/gamma = 0\n",
-      "v = 339112576.71538204 > c, setting 1/gamma = 0\n",
-      "v = 406808499.5696337 > c, setting 1/gamma = 0\n",
-      "v = 317934550.66556203 > c, setting 1/gamma = 0\n",
-      "v = 365695070.47576296 > c, setting 1/gamma = 0\n",
-      "v = 313879794.87158203 > c, setting 1/gamma = 0\n",
-      "v = 375084641.3955317 > c, setting 1/gamma = 0\n",
-      "v = 322905999.1049918 > c, setting 1/gamma = 0\n",
-      "v = 327075058.7198746 > c, setting 1/gamma = 0\n",
-      "v = 384890880.75193006 > c, setting 1/gamma = 0\n",
-      "v = 449055950.58919585 > c, setting 1/gamma = 0\n",
-      "v = 526961892.77314776 > c, setting 1/gamma = 0\n",
-      "v = 387981086.7073383 > c, setting 1/gamma = 0\n",
-      "v = 459815120.91958004 > c, setting 1/gamma = 0\n",
-      "v = 326420292.2228604 > c, setting 1/gamma = 0\n",
-      "v = 326299652.1942629 > c, setting 1/gamma = 0\n",
-      "v = 395677818.9061825 > c, setting 1/gamma = 0\n",
-      "v = 311626203.77953845 > c, setting 1/gamma = 0\n",
-      "v = 330427616.9274524 > c, setting 1/gamma = 0\n",
-      "v = 395358812.025098 > c, setting 1/gamma = 0\n",
-      "v = 388892100.891 > c, setting 1/gamma = 0\n",
-      "v = 460036877.06788987 > c, setting 1/gamma = 0\n",
-      "v = 326770018.19682515 > c, setting 1/gamma = 0\n",
-      "v = 864928710.7855161 > c, setting 1/gamma = 0\n",
-      "v = 755672090.3370957 > c, setting 1/gamma = 0\n",
-      "v = 302095569.09190327 > c, setting 1/gamma = 0\n",
-      "v = 303878246.9867611 > c, setting 1/gamma = 0\n",
-      "v = 306781873.55612826 > c, setting 1/gamma = 0\n",
-      "v = 330075385.2238778 > c, setting 1/gamma = 0\n",
-      "v = 396510830.9502641 > c, setting 1/gamma = 0\n",
-      "v = 300807485.964514 > c, setting 1/gamma = 0\n",
-      "v = 341007902.1523205 > c, setting 1/gamma = 0\n",
-      "v = 313058589.3143746 > c, setting 1/gamma = 0\n",
-      "v = 321681734.88344693 > c, setting 1/gamma = 0\n",
-      "v = 364569719.3823631 > c, setting 1/gamma = 0\n",
-      "v = 316291838.79235655 > c, setting 1/gamma = 0\n",
-      "v = 385496203.9126971 > c, setting 1/gamma = 0\n",
-      "v = 300769632.9806319 > c, setting 1/gamma = 0\n",
-      "v = 338191680.8783875 > c, setting 1/gamma = 0\n",
-      "v = 331330123.4790347 > c, setting 1/gamma = 0\n",
-      "v = 400120165.8982601 > c, setting 1/gamma = 0\n",
-      "v = 329176127.883272 > c, setting 1/gamma = 0\n",
-      "v = 308861674.9083341 > c, setting 1/gamma = 0\n",
-      "v = 338621877.1862562 > c, setting 1/gamma = 0\n",
-      "v = 390860872.4819294 > c, setting 1/gamma = 0\n",
-      "v = 325521960.29187757 > c, setting 1/gamma = 0\n",
-      "v = 392190135.74034506 > c, setting 1/gamma = 0\n",
-      "v = 319374509.44064337 > c, setting 1/gamma = 0\n",
-      "v = 384998577.1254 > c, setting 1/gamma = 0\n",
-      "v = 332339530.914374 > c, setting 1/gamma = 0\n",
-      "v = 396378349.98825747 > c, setting 1/gamma = 0\n",
-      "v = 323633237.6228208 > c, setting 1/gamma = 0\n",
-      "v = 341610347.0640182 > c, setting 1/gamma = 0\n",
-      "v = 411943058.8907438 > c, setting 1/gamma = 0\n",
-      "v = 333220619.2993411 > c, setting 1/gamma = 0\n",
-      "v = 385408467.3094049 > c, setting 1/gamma = 0\n",
-      "v = 305758912.6779485 > c, setting 1/gamma = 0\n",
-      "v = 300373553.85088694 > c, setting 1/gamma = 0\n",
-      "v = 387429887.7624841 > c, setting 1/gamma = 0\n",
-      "v = 312619394.58609647 > c, setting 1/gamma = 0\n",
-      "v = 360305281.57642215 > c, setting 1/gamma = 0\n",
-      "v = 398819009.37237096 > c, setting 1/gamma = 0\n",
-      "v = 467476014.37970424 > c, setting 1/gamma = 0\n",
-      "v = 358411798.67335486 > c, setting 1/gamma = 0\n",
-      "v = 411260435.2926102 > c, setting 1/gamma = 0\n",
-      "v = 380521814.60371685 > c, setting 1/gamma = 0\n",
-      "v = 448275896.6970802 > c, setting 1/gamma = 0\n",
-      "v = 306744605.7342042 > c, setting 1/gamma = 0\n",
-      "v = 370236697.2144708 > c, setting 1/gamma = 0\n",
-      "v = 332148724.54532653 > c, setting 1/gamma = 0\n",
-      "v = 399050276.0727696 > c, setting 1/gamma = 0\n",
-      "v = 409691715.32849705 > c, setting 1/gamma = 0\n",
-      "v = 467764811.2073615 > c, setting 1/gamma = 0\n",
-      "v = 340050629.9704821 > c, setting 1/gamma = 0\n",
-      "v = 384102282.7454608 > c, setting 1/gamma = 0\n",
-      "v = 320635809.2307548 > c, setting 1/gamma = 0\n",
-      "v = 321802839.87684536 > c, setting 1/gamma = 0\n",
-      "v = 380751996.70159084 > c, setting 1/gamma = 0\n",
-      "v = 333954110.52292544 > c, setting 1/gamma = 0\n",
-      "v = 300194254.4923686 > c, setting 1/gamma = 0\n",
-      "v = 338317291.4320544 > c, setting 1/gamma = 0\n",
-      "v = 318762459.4450781 > c, setting 1/gamma = 0\n",
-      "v = 430328478.44694424 > c, setting 1/gamma = 0\n",
-      "v = 489472279.17589533 > c, setting 1/gamma = 0\n",
-      "v = 358850255.01102316 > c, setting 1/gamma = 0\n",
-      "v = 420969000.8990734 > c, setting 1/gamma = 0\n",
-      "v = 317566210.8497329 > c, setting 1/gamma = 0\n",
-      "v = 381588666.89399886 > c, setting 1/gamma = 0\n",
-      "v = 304554321.6098807 > c, setting 1/gamma = 0\n",
-      "v = 316471399.10215294 > c, setting 1/gamma = 0\n",
-      "v = 373572459.9400816 > c, setting 1/gamma = 0\n",
-      "v = 306563249.3614509 > c, setting 1/gamma = 0\n",
-      "v = 369510935.52435225 > c, setting 1/gamma = 0\n",
-      "v = 427655879.9282996 > c, setting 1/gamma = 0\n",
-      "v = 367077369.32370347 > c, setting 1/gamma = 0\n",
-      "v = 411813863.6534161 > c, setting 1/gamma = 0\n",
-      "v = 373560244.5663486 > c, setting 1/gamma = 0\n",
-      "v = 436104707.7170309 > c, setting 1/gamma = 0\n",
-      "v = 356632340.61405265 > c, setting 1/gamma = 0\n",
-      "v = 369459859.7870241 > c, setting 1/gamma = 0\n",
-      "v = 422963647.87541366 > c, setting 1/gamma = 0\n",
-      "v = 312454665.5096125 > c, setting 1/gamma = 0\n",
-      "v = 327336537.7052884 > c, setting 1/gamma = 0\n",
-      "v = 335122552.2366923 > c, setting 1/gamma = 0\n",
-      "v = 384560820.7356849 > c, setting 1/gamma = 0\n",
-      "v = 499526063.42060447 > c, setting 1/gamma = 0\n",
-      "v = 543414221.191386 > c, setting 1/gamma = 0\n",
-      "v = 399513853.541748 > c, setting 1/gamma = 0\n",
-      "v = 471180396.4288009 > c, setting 1/gamma = 0\n",
-      "v = 342023336.4230537 > c, setting 1/gamma = 0\n",
-      "v = 395223891.7887202 > c, setting 1/gamma = 0\n",
-      "v = 477052323.31904227 > c, setting 1/gamma = 0\n",
-      "v = 517411658.2042625 > c, setting 1/gamma = 0\n",
-      "v = 362179330.1055658 > c, setting 1/gamma = 0\n",
-      "v = 417960087.52732354 > c, setting 1/gamma = 0\n",
-      "v = 308401376.08039427 > c, setting 1/gamma = 0\n",
-      "v = 357907592.4323731 > c, setting 1/gamma = 0\n",
-      "v = 411459427.33486426 > c, setting 1/gamma = 0\n",
-      "v = 460848210.6087853 > c, setting 1/gamma = 0\n",
-      "v = 306990114.6280718 > c, setting 1/gamma = 0\n",
-      "v = 311847935.80852526 > c, setting 1/gamma = 0\n",
-      "v = 374799343.28900564 > c, setting 1/gamma = 0\n",
-      "v = 334536549.0743353 > c, setting 1/gamma = 0\n",
-      "v = 304529914.2341122 > c, setting 1/gamma = 0\n",
-      "v = 346164962.8884039 > c, setting 1/gamma = 0\n",
-      "v = 300244313.8641633 > c, setting 1/gamma = 0\n",
-      "v = 363234302.3035944 > c, setting 1/gamma = 0\n",
-      "v = 320220755.35494834 > c, setting 1/gamma = 0\n",
-      "v = 300930982.65504587 > c, setting 1/gamma = 0\n",
-      "v = 354681070.46606463 > c, setting 1/gamma = 0\n",
-      "v = 300323830.2487202 > c, setting 1/gamma = 0\n",
-      "v = 417740000.51823014 > c, setting 1/gamma = 0\n",
-      "v = 454388292.8438406 > c, setting 1/gamma = 0\n",
-      "v = 366574308.02070504 > c, setting 1/gamma = 0\n",
-      "v = 401718863.328733 > c, setting 1/gamma = 0\n",
-      "v = 301308343.56984407 > c, setting 1/gamma = 0\n",
-      "v = 343198048.2581555 > c, setting 1/gamma = 0\n",
-      "v = 407598316.0200962 > c, setting 1/gamma = 0\n",
-      "v = 314628357.77067333 > c, setting 1/gamma = 0\n",
-      "v = 429327832.0934028 > c, setting 1/gamma = 0\n",
-      "v = 476400105.4701209 > c, setting 1/gamma = 0\n",
-      "v = 304335881.39832336 > c, setting 1/gamma = 0\n",
-      "v = 366879711.59724593 > c, setting 1/gamma = 0\n",
-      "v = 422109373.84229004 > c, setting 1/gamma = 0\n",
-      "v = 309592862.6667031 > c, setting 1/gamma = 0\n",
-      "v = 363464091.9031594 > c, setting 1/gamma = 0\n",
-      "v = 427695826.98661476 > c, setting 1/gamma = 0\n",
-      "v = 320581835.7726389 > c, setting 1/gamma = 0\n",
-      "v = 376657150.4112163 > c, setting 1/gamma = 0\n",
-      "v = 300318644.07058984 > c, setting 1/gamma = 0\n",
-      "v = 300134083.904495 > c, setting 1/gamma = 0\n",
-      "v = 318623661.9705314 > c, setting 1/gamma = 0\n",
-      "v = 338129497.6177078 > c, setting 1/gamma = 0\n",
-      "v = 385276716.3134951 > c, setting 1/gamma = 0\n",
-      "v = 306812729.19536465 > c, setting 1/gamma = 0\n",
-      "v = 414469507.21737653 > c, setting 1/gamma = 0\n",
-      "v = 449421060.6322398 > c, setting 1/gamma = 0\n",
-      "v = 311285137.3963988 > c, setting 1/gamma = 0\n",
-      "v = 347193657.80325437 > c, setting 1/gamma = 0\n",
-      "v = 371168116.0751385 > c, setting 1/gamma = 0\n",
-      "v = 411693125.57896143 > c, setting 1/gamma = 0\n",
-      "v = 392068617.05439174 > c, setting 1/gamma = 0\n",
-      "v = 432649384.5267378 > c, setting 1/gamma = 0\n",
-      "v = 332098643.42545336 > c, setting 1/gamma = 0\n",
-      "v = 317316580.76633024 > c, setting 1/gamma = 0\n",
-      "v = 358625280.2806527 > c, setting 1/gamma = 0\n",
-      "v = 310228959.6736284 > c, setting 1/gamma = 0\n",
-      "v = 436790384.8465263 > c, setting 1/gamma = 0\n",
-      "v = 471905950.6277854 > c, setting 1/gamma = 0\n",
-      "v = 314662976.418195 > c, setting 1/gamma = 0\n",
-      "v = 476200533.86991405 > c, setting 1/gamma = 0\n",
-      "v = 478421262.106832 > c, setting 1/gamma = 0\n",
-      "v = 327881929.2780204 > c, setting 1/gamma = 0\n",
-      "v = 374631299.4339369 > c, setting 1/gamma = 0\n",
-      "v = 333873253.47177535 > c, setting 1/gamma = 0\n",
-      "v = 368964961.63584113 > c, setting 1/gamma = 0\n",
-      "v = 425465034.07050455 > c, setting 1/gamma = 0\n",
-      "v = 450818776.08154523 > c, setting 1/gamma = 0\n",
-      "v = 477123868.7282925 > c, setting 1/gamma = 0\n",
-      "v = 485826172.40961164 > c, setting 1/gamma = 0\n",
-      "v = 358633549.05064076 > c, setting 1/gamma = 0\n",
-      "v = 384823528.3553555 > c, setting 1/gamma = 0\n",
-      "v = 324024439.44565415 > c, setting 1/gamma = 0\n",
-      "v = 301734274.42154586 > c, setting 1/gamma = 0\n",
-      "v = 371413885.85173285 > c, setting 1/gamma = 0\n",
-      "v = 409579621.2122729 > c, setting 1/gamma = 0\n",
-      "v = 481027793.2055177 > c, setting 1/gamma = 0\n",
-      "v = 482485810.54235226 > c, setting 1/gamma = 0\n",
-      "v = 311000535.8543376 > c, setting 1/gamma = 0\n",
-      "v = 345076008.21190286 > c, setting 1/gamma = 0\n",
-      "v = 322053891.7914344 > c, setting 1/gamma = 0\n",
-      "v = 372467834.8071673 > c, setting 1/gamma = 0\n",
-      "v = 401746914.50609165 > c, setting 1/gamma = 0\n",
-      "v = 358041734.5965944 > c, setting 1/gamma = 0\n",
-      "v = 405484697.673946 > c, setting 1/gamma = 0\n",
-      "v = 305803018.0020894 > c, setting 1/gamma = 0\n",
-      "v = 346964645.99510133 > c, setting 1/gamma = 0\n",
-      "v = 325861892.2918045 > c, setting 1/gamma = 0\n",
-      "v = 372802769.0869569 > c, setting 1/gamma = 0\n",
-      "v = 409234164.08840996 > c, setting 1/gamma = 0\n",
-      "v = 443124314.1097334 > c, setting 1/gamma = 0\n",
-      "v = 314335025.9136939 > c, setting 1/gamma = 0\n",
-      "v = 324021068.8902579 > c, setting 1/gamma = 0\n",
-      "v = 376134372.7200732 > c, setting 1/gamma = 0\n",
-      "v = 307865363.51597977 > c, setting 1/gamma = 0\n",
-      "v = 352449769.70395255 > c, setting 1/gamma = 0\n",
-      "v = 306006102.16036355 > c, setting 1/gamma = 0\n",
-      "v = 345499216.2731799 > c, setting 1/gamma = 0\n",
-      "v = 322618295.8411129 > c, setting 1/gamma = 0\n",
-      "v = 342897959.8646968 > c, setting 1/gamma = 0\n",
-      "v = 314146049.00861424 > c, setting 1/gamma = 0\n",
-      "v = 341343909.7196811 > c, setting 1/gamma = 0\n",
-      "v = 341156987.89132595 > c, setting 1/gamma = 0\n",
-      "v = 362811045.89492774 > c, setting 1/gamma = 0\n",
-      "v = 315970103.23487675 > c, setting 1/gamma = 0\n",
-      "v = 335031217.94265866 > c, setting 1/gamma = 0\n",
-      "v = 304571866.5459161 > c, setting 1/gamma = 0\n",
-      "v = 329368187.196311 > c, setting 1/gamma = 0\n",
-      "v = 346836635.739206 > c, setting 1/gamma = 0\n",
-      "v = 369930700.7971595 > c, setting 1/gamma = 0\n",
-      "v = 319516165.8950154 > c, setting 1/gamma = 0\n",
-      "v = 360845068.8014802 > c, setting 1/gamma = 0\n",
-      "v = 301291836.3985149 > c, setting 1/gamma = 0\n",
-      "v = 330621316.6971438 > c, setting 1/gamma = 0\n",
-      "v = 318394013.14669096 > c, setting 1/gamma = 0\n",
-      "v = 348626240.1382963 > c, setting 1/gamma = 0\n",
-      "v = 424452947.8519526 > c, setting 1/gamma = 0\n",
-      "v = 432866422.31296813 > c, setting 1/gamma = 0\n",
-      "v = 352977969.5300153 > c, setting 1/gamma = 0\n",
-      "v = 392241268.3580447 > c, setting 1/gamma = 0\n",
-      "v = 318679781.71760994 > c, setting 1/gamma = 0\n",
-      "v = 350759373.85283583 > c, setting 1/gamma = 0\n",
-      "v = 301970836.4883584 > c, setting 1/gamma = 0\n",
-      "v = 311718999.76501936 > c, setting 1/gamma = 0\n",
-      "v = 341078391.2689232 > c, setting 1/gamma = 0\n",
-      "v = 304628761.7496523 > c, setting 1/gamma = 0\n",
-      "v = 337299800.9605385 > c, setting 1/gamma = 0\n",
-      "v = 311849105.67240244 > c, setting 1/gamma = 0\n",
-      "v = 349767046.0151375 > c, setting 1/gamma = 0\n",
-      "v = 430174746.0579238 > c, setting 1/gamma = 0\n",
-      "v = 453121838.917967 > c, setting 1/gamma = 0\n",
-      "v = 301840457.21711373 > c, setting 1/gamma = 0\n",
-      "v = 310476387.4101477 > c, setting 1/gamma = 0\n",
-      "v = 343686840.3446608 > c, setting 1/gamma = 0\n",
-      "v = 325398923.18931013 > c, setting 1/gamma = 0\n",
-      "v = 387877788.82033396 > c, setting 1/gamma = 0\n",
-      "v = 428742596.1208792 > c, setting 1/gamma = 0\n",
-      "v = 317020835.48885286 > c, setting 1/gamma = 0\n",
-      "v = 351145245.8139688 > c, setting 1/gamma = 0\n",
-      "v = 317361601.6819291 > c, setting 1/gamma = 0\n",
-      "v = 345672109.2907358 > c, setting 1/gamma = 0\n",
-      "v = 475048527.49920183 > c, setting 1/gamma = 0\n",
-      "v = 459187840.33676 > c, setting 1/gamma = 0\n",
-      "v = 360238644.76418626 > c, setting 1/gamma = 0\n",
-      "v = 399188385.403485 > c, setting 1/gamma = 0\n",
-      "v = 309570884.6841345 > c, setting 1/gamma = 0\n",
-      "v = 339623349.81433153 > c, setting 1/gamma = 0\n",
-      "v = 320737654.1991099 > c, setting 1/gamma = 0\n",
-      "v = 348221719.8784393 > c, setting 1/gamma = 0\n",
-      "v = 306817182.5543966 > c, setting 1/gamma = 0\n",
-      "v = 440628739.01985604 > c, setting 1/gamma = 0\n",
-      "v = 459447341.0855295 > c, setting 1/gamma = 0\n",
-      "v = 308098523.2221358 > c, setting 1/gamma = 0\n",
-      "v = 351332587.40554696 > c, setting 1/gamma = 0\n",
-      "v = 300494551.08683974 > c, setting 1/gamma = 0\n",
-      "v = 306321547.01267916 > c, setting 1/gamma = 0\n",
-      "v = 343363129.2654429 > c, setting 1/gamma = 0\n",
-      "v = 332115382.3712385 > c, setting 1/gamma = 0\n",
-      "v = 372416308.363653 > c, setting 1/gamma = 0\n",
-      "v = 372667438.7924468 > c, setting 1/gamma = 0\n",
-      "v = 409798471.0501661 > c, setting 1/gamma = 0\n",
-      "v = 328416083.96613425 > c, setting 1/gamma = 0\n",
-      "v = 302745060.67404145 > c, setting 1/gamma = 0\n",
-      "v = 338923822.0103486 > c, setting 1/gamma = 0\n",
-      "v = 361438512.79746926 > c, setting 1/gamma = 0\n",
-      "v = 322163643.3961439 > c, setting 1/gamma = 0\n",
-      "v = 368924043.684638 > c, setting 1/gamma = 0\n",
-      "v = 339565751.9771413 > c, setting 1/gamma = 0\n",
-      "v = 385685396.9168441 > c, setting 1/gamma = 0\n",
-      "v = 315926238.1086325 > c, setting 1/gamma = 0\n",
-      "v = 320480025.80580026 > c, setting 1/gamma = 0\n",
-      "v = 359052442.70783603 > c, setting 1/gamma = 0\n",
-      "v = 306028567.34803265 > c, setting 1/gamma = 0\n",
-      "v = 354662332.0759019 > c, setting 1/gamma = 0\n",
-      "v = 322056710.964151 > c, setting 1/gamma = 0\n",
-      "v = 368841235.29802537 > c, setting 1/gamma = 0\n",
-      "v = 303037952.84793484 > c, setting 1/gamma = 0\n",
-      "v = 332196077.096673 > c, setting 1/gamma = 0\n",
-      "v = 332985773.3424666 > c, setting 1/gamma = 0\n",
-      "v = 372212799.49501765 > c, setting 1/gamma = 0\n",
-      "v = 323358135.3072504 > c, setting 1/gamma = 0\n",
-      "v = 372458079.96366096 > c, setting 1/gamma = 0\n",
-      "v = 305656668.47800064 > c, setting 1/gamma = 0\n",
-      "v = 352377700.3619476 > c, setting 1/gamma = 0\n",
-      "v = 310899080.6177507 > c, setting 1/gamma = 0\n",
-      "v = 338573902.9335198 > c, setting 1/gamma = 0\n",
-      "v = 329683020.8583799 > c, setting 1/gamma = 0\n",
-      "v = 372088905.5951446 > c, setting 1/gamma = 0\n",
-      "v = 371363197.2040823 > c, setting 1/gamma = 0\n",
-      "v = 413382919.7121011 > c, setting 1/gamma = 0\n",
-      "v = 301622641.08960557 > c, setting 1/gamma = 0\n",
-      "v = 346774428.899181 > c, setting 1/gamma = 0\n",
-      "v = 312115239.4058614 > c, setting 1/gamma = 0\n",
-      "v = 340156966.3801427 > c, setting 1/gamma = 0\n",
-      "v = 384432509.0550216 > c, setting 1/gamma = 0\n",
-      "v = 398133971.9691996 > c, setting 1/gamma = 0\n",
-      "v = 435829347.1228568 > c, setting 1/gamma = 0\n",
-      "v = 333402042.8569988 > c, setting 1/gamma = 0\n",
-      "v = 377301046.71153045 > c, setting 1/gamma = 0\n",
-      "v = 302379791.9165855 > c, setting 1/gamma = 0\n",
-      "v = 355526894.40199625 > c, setting 1/gamma = 0\n",
-      "v = 377496980.77346754 > c, setting 1/gamma = 0\n",
-      "v = 338174422.3089308 > c, setting 1/gamma = 0\n",
-      "v = 368374868.1155415 > c, setting 1/gamma = 0\n",
-      "v = 304849226.4747862 > c, setting 1/gamma = 0\n",
-      "v = 381782181.33467686 > c, setting 1/gamma = 0\n",
-      "v = 403334544.10225743 > c, setting 1/gamma = 0\n",
-      "v = 317526310.67417943 > c, setting 1/gamma = 0\n",
-      "v = 356446698.3892681 > c, setting 1/gamma = 0\n",
-      "v = 350892722.1636018 > c, setting 1/gamma = 0\n",
-      "v = 394434281.47628814 > c, setting 1/gamma = 0\n",
-      "v = 339777772.89418167 > c, setting 1/gamma = 0\n",
-      "v = 384114884.7007396 > c, setting 1/gamma = 0\n",
-      "v = 306709122.59909236 > c, setting 1/gamma = 0\n",
-      "v = 308729138.51734453 > c, setting 1/gamma = 0\n",
-      "v = 387953497.6395796 > c, setting 1/gamma = 0\n",
-      "v = 425625270.28947705 > c, setting 1/gamma = 0\n",
-      "v = 302788359.94409955 > c, setting 1/gamma = 0\n",
-      "v = 331497187.661902 > c, setting 1/gamma = 0\n",
-      "v = 324323267.01492465 > c, setting 1/gamma = 0\n",
-      "v = 355887186.33564097 > c, setting 1/gamma = 0\n",
-      "v = 397428285.9305906 > c, setting 1/gamma = 0\n",
-      "v = 382282720.1470882 > c, setting 1/gamma = 0\n",
-      "v = 421822720.33560723 > c, setting 1/gamma = 0\n",
-      "v = 302481854.3485295 > c, setting 1/gamma = 0\n",
-      "v = 301738640.1291411 > c, setting 1/gamma = 0\n",
-      "v = 381311094.52728426 > c, setting 1/gamma = 0\n",
-      "v = 410410754.26535356 > c, setting 1/gamma = 0\n",
-      "v = 503361238.8342728 > c, setting 1/gamma = 0\n",
-      "v = 480253835.8140228 > c, setting 1/gamma = 0\n",
-      "v = 328641427.36506337 > c, setting 1/gamma = 0\n",
-      "v = 304941149.84943414 > c, setting 1/gamma = 0\n",
-      "v = 350406029.8307705 > c, setting 1/gamma = 0\n",
-      "v = 382990530.076256 > c, setting 1/gamma = 0\n",
-      "v = 395702181.93069607 > c, setting 1/gamma = 0\n",
-      "v = 424596990.3049887 > c, setting 1/gamma = 0\n",
-      "v = 310141806.546072 > c, setting 1/gamma = 0\n",
-      "v = 350640822.19744897 > c, setting 1/gamma = 0\n",
-      "v = 304241807.3697567 > c, setting 1/gamma = 0\n",
-      "v = 316638514.32303804 > c, setting 1/gamma = 0\n",
-      "v = 351555962.1276798 > c, setting 1/gamma = 0\n",
-      "v = 354324073.59528494 > c, setting 1/gamma = 0\n",
-      "v = 389256891.21973324 > c, setting 1/gamma = 0\n",
-      "v = 301761701.41627574 > c, setting 1/gamma = 0\n",
-      "v = 343772396.58865696 > c, setting 1/gamma = 0\n",
-      "v = 320981782.0735829 > c, setting 1/gamma = 0\n",
-      "v = 346182942.95617914 > c, setting 1/gamma = 0\n",
-      "v = 308315485.3286059 > c, setting 1/gamma = 0\n",
-      "v = 314873824.3145699 > c, setting 1/gamma = 0\n",
-      "v = 332940399.478166 > c, setting 1/gamma = 0\n",
-      "v = 306153782.1901852 > c, setting 1/gamma = 0\n",
-      "v = 377202547.06739837 > c, setting 1/gamma = 0\n",
-      "v = 409387404.5486937 > c, setting 1/gamma = 0\n",
-      "v = 332845038.8440835 > c, setting 1/gamma = 0\n",
-      "v = 356153141.30861425 > c, setting 1/gamma = 0\n",
-      "v = 302690592.2713973 > c, setting 1/gamma = 0\n",
-      "v = 326617414.6078011 > c, setting 1/gamma = 0\n",
-      "v = 305210563.96552885 > c, setting 1/gamma = 0\n",
-      "v = 328080300.4854548 > c, setting 1/gamma = 0\n",
-      "v = 376207491.8617618 > c, setting 1/gamma = 0\n",
-      "v = 409749675.3596271 > c, setting 1/gamma = 0\n",
-      "v = 358466354.428118 > c, setting 1/gamma = 0\n",
-      "v = 377904686.244246 > c, setting 1/gamma = 0\n",
-      "v = 328922107.2994556 > c, setting 1/gamma = 0\n",
-      "v = 347176520.5827207 > c, setting 1/gamma = 0\n",
-      "v = 350895574.8075426 > c, setting 1/gamma = 0\n",
-      "v = 374571627.713058 > c, setting 1/gamma = 0\n",
-      "v = 471333064.21375793 > c, setting 1/gamma = 0\n",
-      "v = 449391370.32400584 > c, setting 1/gamma = 0\n",
-      "v = 311552556.66469586 > c, setting 1/gamma = 0\n",
-      "v = 341874328.12686807 > c, setting 1/gamma = 0\n",
-      "v = 313005456.2935398 > c, setting 1/gamma = 0\n",
-      "v = 335169466.0949932 > c, setting 1/gamma = 0\n",
-      "v = 325019260.84659284 > c, setting 1/gamma = 0\n",
-      "v = 346247041.3289 > c, setting 1/gamma = 0\n",
-      "v = 303958684.1672976 > c, setting 1/gamma = 0\n",
-      "v = 322294953.3789059 > c, setting 1/gamma = 0\n",
-      "v = 347081409.22200173 > c, setting 1/gamma = 0\n",
-      "v = 368262825.06668115 > c, setting 1/gamma = 0\n",
-      "v = 315753958.069063 > c, setting 1/gamma = 0\n",
-      "v = 339728333.2770888 > c, setting 1/gamma = 0\n",
-      "v = 310750153.128856 > c, setting 1/gamma = 0\n",
-      "v = 337294434.36735016 > c, setting 1/gamma = 0\n",
-      "v = 341603678.97838175 > c, setting 1/gamma = 0\n",
-      "v = 363045484.30288815 > c, setting 1/gamma = 0\n",
-      "v = 350138758.1106082 > c, setting 1/gamma = 0\n",
-      "v = 376623743.33602005 > c, setting 1/gamma = 0\n",
-      "v = 319921345.4574139 > c, setting 1/gamma = 0\n",
-      "v = 347716513.31831837 > c, setting 1/gamma = 0\n",
-      "v = 350105582.5448533 > c, setting 1/gamma = 0\n",
-      "v = 372473803.2380768 > c, setting 1/gamma = 0\n",
-      "v = 415340535.44368124 > c, setting 1/gamma = 0\n",
-      "v = 421481942.8634444 > c, setting 1/gamma = 0\n",
-      "v = 354728270.48133516 > c, setting 1/gamma = 0\n",
-      "v = 388405984.31292504 > c, setting 1/gamma = 0\n",
-      "v = 308410541.4320447 > c, setting 1/gamma = 0\n",
-      "v = 349407433.3827438 > c, setting 1/gamma = 0\n",
-      "v = 375398512.86108303 > c, setting 1/gamma = 0\n",
-      "v = 355846290.4534976 > c, setting 1/gamma = 0\n",
-      "v = 384144987.1990305 > c, setting 1/gamma = 0\n",
-      "v = 497357061.38851714 > c, setting 1/gamma = 0\n",
-      "v = 464075372.9289726 > c, setting 1/gamma = 0\n",
-      "v = 315611583.1531781 > c, setting 1/gamma = 0\n",
-      "v = 351391571.97098076 > c, setting 1/gamma = 0\n",
-      "v = 324840439.6255989 > c, setting 1/gamma = 0\n",
-      "v = 355715295.8666038 > c, setting 1/gamma = 0\n",
-      "v = 400114384.46979564 > c, setting 1/gamma = 0\n",
-      "v = 415760762.0448649 > c, setting 1/gamma = 0\n",
-      "v = 423322599.7595717 > c, setting 1/gamma = 0\n",
-      "v = 301428398.7328603 > c, setting 1/gamma = 0\n",
-      "v = 347371476.82615244 > c, setting 1/gamma = 0\n",
-      "v = 367891702.110099 > c, setting 1/gamma = 0\n",
-      "v = 369756040.9799774 > c, setting 1/gamma = 0\n",
-      "v = 390929832.23627967 > c, setting 1/gamma = 0\n",
-      "v = 303307444.09284425 > c, setting 1/gamma = 0\n",
-      "v = 349385218.51848024 > c, setting 1/gamma = 0\n",
-      "v = 308808131.35978955 > c, setting 1/gamma = 0\n",
-      "v = 337400643.3959817 > c, setting 1/gamma = 0\n",
-      "v = 325992587.8738986 > c, setting 1/gamma = 0\n",
-      "v = 349465297.5959152 > c, setting 1/gamma = 0\n",
-      "v = 303211911.9306709 > c, setting 1/gamma = 0\n",
-      "v = 313840635.72482115 > c, setting 1/gamma = 0\n",
-      "v = 341477885.7365143 > c, setting 1/gamma = 0\n",
-      "v = 398917063.8684147 > c, setting 1/gamma = 0\n",
-      "v = 424807324.45556325 > c, setting 1/gamma = 0\n",
-      "v = 393999658.0706073 > c, setting 1/gamma = 0\n",
-      "v = 403380541.5338125 > c, setting 1/gamma = 0\n",
-      "v = 339721350.99495876 > c, setting 1/gamma = 0\n",
-      "v = 360096529.5787105 > c, setting 1/gamma = 0\n",
-      "v = 328408164.67291653 > c, setting 1/gamma = 0\n",
-      "v = 369827105.7927231 > c, setting 1/gamma = 0\n",
-      "v = 300667923.260099 > c, setting 1/gamma = 0\n",
-      "v = 327332535.6282119 > c, setting 1/gamma = 0\n",
-      "v = 321888268.127895 > c, setting 1/gamma = 0\n",
-      "v = 343786019.37132823 > c, setting 1/gamma = 0\n",
-      "v = 303129367.0432057 > c, setting 1/gamma = 0\n",
-      "v = 325914322.28530806 > c, setting 1/gamma = 0\n",
-      "v = 366855214.50633335 > c, setting 1/gamma = 0\n",
-      "v = 405558388.2117053 > c, setting 1/gamma = 0\n",
-      "v = 336177288.96962786 > c, setting 1/gamma = 0\n",
-      "v = 361793759.02762717 > c, setting 1/gamma = 0\n",
-      "v = 300521589.4737119 > c, setting 1/gamma = 0\n",
-      "v = 330480712.2959215 > c, setting 1/gamma = 0\n",
-      "v = 328058817.1881529 > c, setting 1/gamma = 0\n",
-      "v = 352050905.2386703 > c, setting 1/gamma = 0\n",
-      "v = 413952695.59170324 > c, setting 1/gamma = 0\n",
-      "v = 435644602.7551806 > c, setting 1/gamma = 0\n",
-      "v = 387392388.7560885 > c, setting 1/gamma = 0\n",
-      "v = 401495616.0342847 > c, setting 1/gamma = 0\n",
-      "v = 312781582.2749069 > c, setting 1/gamma = 0\n",
-      "v = 351572077.34749466 > c, setting 1/gamma = 0\n",
-      "v = 368864330.6214121 > c, setting 1/gamma = 0\n",
-      "v = 388602233.19851583 > c, setting 1/gamma = 0\n",
-      "v = 410725403.71881187 > c, setting 1/gamma = 0\n",
-      "v = 308134040.8322394 > c, setting 1/gamma = 0\n",
-      "v = 333944727.8010231 > c, setting 1/gamma = 0\n",
-      "v = 321068449.1940457 > c, setting 1/gamma = 0\n",
-      "v = 343646336.01178634 > c, setting 1/gamma = 0\n",
-      "v = 343196599.18239677 > c, setting 1/gamma = 0\n",
-      "v = 359977496.56414944 > c, setting 1/gamma = 0\n",
-      "v = 408052958.5522702 > c, setting 1/gamma = 0\n",
-      "v = 431549126.95991015 > c, setting 1/gamma = 0\n",
-      "v = 386850093.5742072 > c, setting 1/gamma = 0\n",
-      "v = 400575573.5643999 > c, setting 1/gamma = 0\n",
-      "v = 306389142.09528136 > c, setting 1/gamma = 0\n",
-      "v = 332787313.2214247 > c, setting 1/gamma = 0\n",
-      "v = 355394399.6060074 > c, setting 1/gamma = 0\n",
-      "v = 373348367.6240185 > c, setting 1/gamma = 0\n",
-      "v = 301987862.5293727 > c, setting 1/gamma = 0\n",
-      "v = 347037427.0089049 > c, setting 1/gamma = 0\n",
-      "v = 367571802.8055363 > c, setting 1/gamma = 0\n",
-      "v = 417934497.693911 > c, setting 1/gamma = 0\n",
-      "v = 418123631.8007836 > c, setting 1/gamma = 0\n",
-      "v = 310559795.5980884 > c, setting 1/gamma = 0\n",
-      "v = 311330059.30580527 > c, setting 1/gamma = 0\n",
-      "v = 330796593.7145107 > c, setting 1/gamma = 0\n",
-      "v = 303457234.97758365 > c, setting 1/gamma = 0\n",
-      "v = 331215131.7063601 > c, setting 1/gamma = 0\n",
-      "v = 351269926.5286066 > c, setting 1/gamma = 0\n",
-      "v = 338297309.4417747 > c, setting 1/gamma = 0\n",
-      "v = 359373899.91299134 > c, setting 1/gamma = 0\n",
-      "v = 317745301.46300906 > c, setting 1/gamma = 0\n",
-      "v = 344690140.93310666 > c, setting 1/gamma = 0\n",
-      "v = 345643762.39412576 > c, setting 1/gamma = 0\n",
-      "v = 369278040.0137872 > c, setting 1/gamma = 0\n",
-      "v = 422142284.5131742 > c, setting 1/gamma = 0\n",
-      "v = 422466615.9242538 > c, setting 1/gamma = 0\n",
-      "v = 303610324.3609279 > c, setting 1/gamma = 0\n",
-      "v = 328879812.3227159 > c, setting 1/gamma = 0\n",
-      "v = 365020518.5751776 > c, setting 1/gamma = 0\n",
-      "v = 378405896.0419187 > c, setting 1/gamma = 0\n",
-      "v = 300148777.11077344 > c, setting 1/gamma = 0\n",
-      "v = 327491518.3746543 > c, setting 1/gamma = 0\n",
-      "v = 365887568.1740952 > c, setting 1/gamma = 0\n",
-      "v = 393939934.5302783 > c, setting 1/gamma = 0\n",
-      "v = 310221087.8913281 > c, setting 1/gamma = 0\n",
-      "v = 340424007.5712325 > c, setting 1/gamma = 0\n",
-      "v = 308517686.8732756 > c, setting 1/gamma = 0\n",
-      "v = 319684015.9423079 > c, setting 1/gamma = 0\n",
-      "v = 342328661.7560515 > c, setting 1/gamma = 0\n",
-      "v = 353047992.2748452 > c, setting 1/gamma = 0\n",
-      "v = 384575302.9885878 > c, setting 1/gamma = 0\n",
-      "v = 316517607.3130431 > c, setting 1/gamma = 0\n",
-      "v = 342586359.8663567 > c, setting 1/gamma = 0\n",
-      "v = 312094030.63950586 > c, setting 1/gamma = 0\n",
-      "v = 304094572.39761746 > c, setting 1/gamma = 0\n",
-      "v = 322474163.48479843 > c, setting 1/gamma = 0\n",
-      "v = 345685909.51781327 > c, setting 1/gamma = 0\n",
-      "v = 363083577.35888565 > c, setting 1/gamma = 0\n",
-      "v = 307229269.2411982 > c, setting 1/gamma = 0\n",
-      "v = 329695498.6669725 > c, setting 1/gamma = 0\n",
-      "v = 354626523.22919667 > c, setting 1/gamma = 0\n",
-      "v = 313832659.70039666 > c, setting 1/gamma = 0\n",
-      "v = 339795671.20420146 > c, setting 1/gamma = 0\n",
-      "v = 302680006.15095574 > c, setting 1/gamma = 0\n",
-      "v = 336503526.5765508 > c, setting 1/gamma = 0\n",
-      "v = 384202514.8121132 > c, setting 1/gamma = 0\n",
-      "v = 410414522.14624125 > c, setting 1/gamma = 0\n",
-      "v = 304315926.78658736 > c, setting 1/gamma = 0\n",
-      "v = 328459349.31472 > c, setting 1/gamma = 0\n",
-      "v = 319916047.16243887 > c, setting 1/gamma = 0\n",
-      "v = 339379880.78854287 > c, setting 1/gamma = 0\n",
-      "v = 317317668.4637688 > c, setting 1/gamma = 0\n",
-      "v = 379721606.27148867 > c, setting 1/gamma = 0\n",
-      "v = 398883688.0790098 > c, setting 1/gamma = 0\n",
-      "v = 312713479.88871896 > c, setting 1/gamma = 0\n",
-      "v = 306994124.71969724 > c, setting 1/gamma = 0\n",
-      "v = 329313277.4785809 > c, setting 1/gamma = 0\n",
-      "v = 307948810.57560784 > c, setting 1/gamma = 0\n",
-      "v = 392311379.5853394 > c, setting 1/gamma = 0\n",
-      "v = 413433319.4889073 > c, setting 1/gamma = 0\n",
-      "v = 312963149.8045509 > c, setting 1/gamma = 0\n",
-      "v = 336619190.863303 > c, setting 1/gamma = 0\n",
-      "v = 314962006.055892 > c, setting 1/gamma = 0\n",
-      "v = 310688876.03436464 > c, setting 1/gamma = 0\n",
-      "v = 331648121.5541499 > c, setting 1/gamma = 0\n",
-      "v = 308868729.9590143 > c, setting 1/gamma = 0\n",
-      "v = 417029618.6022534 > c, setting 1/gamma = 0\n",
-      "v = 420747185.4241532 > c, setting 1/gamma = 0\n",
-      "v = 306972845.7698712 > c, setting 1/gamma = 0\n",
-      "v = 336743855.4505537 > c, setting 1/gamma = 0\n",
-      "v = 319761366.2332073 > c, setting 1/gamma = 0\n",
-      "v = 320252320.5035984 > c, setting 1/gamma = 0\n",
-      "v = 311753001.249803 > c, setting 1/gamma = 0\n",
-      "v = 340119394.75564736 > c, setting 1/gamma = 0\n",
-      "v = 416120696.97843575 > c, setting 1/gamma = 0\n",
-      "v = 432849794.2350336 > c, setting 1/gamma = 0\n",
-      "v = 450421911.55561024 > c, setting 1/gamma = 0\n",
-      "v = 429232136.65306425 > c, setting 1/gamma = 0\n",
-      "v = 301111355.0974583 > c, setting 1/gamma = 0\n",
-      "v = 322158632.7691248 > c, setting 1/gamma = 0\n",
-      "v = 346496488.6801978 > c, setting 1/gamma = 0\n",
-      "v = 305482046.0702633 > c, setting 1/gamma = 0\n",
-      "v = 333891909.11429226 > c, setting 1/gamma = 0\n",
-      "v = 306271513.3620736 > c, setting 1/gamma = 0\n",
-      "v = 428579034.97770137 > c, setting 1/gamma = 0\n",
-      "v = 431906282.42417204 > c, setting 1/gamma = 0\n",
-      "v = 305065788.97609 > c, setting 1/gamma = 0\n",
-      "v = 333932152.412017 > c, setting 1/gamma = 0\n",
-      "v = 354172302.3567178 > c, setting 1/gamma = 0\n",
-      "v = 373903712.14104414 > c, setting 1/gamma = 0\n",
-      "v = 308686574.8687087 > c, setting 1/gamma = 0\n",
-      "v = 397629847.8136184 > c, setting 1/gamma = 0\n",
-      "v = 418142348.11714274 > c, setting 1/gamma = 0\n",
-      "v = 312722926.31690586 > c, setting 1/gamma = 0\n",
-      "v = 312337247.1983148 > c, setting 1/gamma = 0\n",
-      "v = 341825244.89813966 > c, setting 1/gamma = 0\n",
-      "v = 326491336.9271194 > c, setting 1/gamma = 0\n",
-      "v = 347119145.252221 > c, setting 1/gamma = 0\n",
-      "v = 315117042.3234223 > c, setting 1/gamma = 0\n",
-      "v = 413672392.39930266 > c, setting 1/gamma = 0\n",
-      "v = 423889052.4918027 > c, setting 1/gamma = 0\n",
-      "v = 310762253.8913835 > c, setting 1/gamma = 0\n",
-      "v = 347446468.02540326 > c, setting 1/gamma = 0\n",
-      "v = 340580242.8605423 > c, setting 1/gamma = 0\n",
-      "v = 365762178.84002745 > c, setting 1/gamma = 0\n",
-      "v = 470538975.94009584 > c, setting 1/gamma = 0\n",
-      "v = 451585080.7584122 > c, setting 1/gamma = 0\n",
-      "v = 354462214.0479317 > c, setting 1/gamma = 0\n",
-      "v = 383296299.3683735 > c, setting 1/gamma = 0\n",
-      "v = 301984353.27606267 > c, setting 1/gamma = 0\n",
-      "v = 332385746.10985845 > c, setting 1/gamma = 0\n",
-      "v = 352161089.35160834 > c, setting 1/gamma = 0\n",
-      "v = 381426867.6278916 > c, setting 1/gamma = 0\n",
-      "v = 405189123.5073154 > c, setting 1/gamma = 0\n",
-      "v = 313937150.25280863 > c, setting 1/gamma = 0\n",
-      "v = 351379284.36714184 > c, setting 1/gamma = 0\n",
-      "v = 333231633.41884375 > c, setting 1/gamma = 0\n",
-      "v = 362773858.7053537 > c, setting 1/gamma = 0\n",
-      "v = 310494294.8316976 > c, setting 1/gamma = 0\n",
-      "v = 333821758.09588796 > c, setting 1/gamma = 0\n",
-      "v = 305026286.5845652 > c, setting 1/gamma = 0\n",
-      "v = 334147017.85279936 > c, setting 1/gamma = 0\n",
-      "v = 311310743.71199346 > c, setting 1/gamma = 0\n",
-      "v = 340286480.7075625 > c, setting 1/gamma = 0\n",
-      "v = 335978121.92977875 > c, setting 1/gamma = 0\n",
-      "v = 370590506.0028435 > c, setting 1/gamma = 0\n",
-      "v = 332818680.8273806 > c, setting 1/gamma = 0\n",
-      "v = 361931708.45952857 > c, setting 1/gamma = 0\n",
-      "v = 301873361.30102175 > c, setting 1/gamma = 0\n",
-      "v = 324881772.9474954 > c, setting 1/gamma = 0\n",
-      "v = 337535438.56507033 > c, setting 1/gamma = 0\n",
-      "v = 359359226.5725163 > c, setting 1/gamma = 0\n",
-      "v = 341734510.7946729 > c, setting 1/gamma = 0\n",
-      "v = 366722267.3177058 > c, setting 1/gamma = 0\n",
-      "v = 351285106.442305 > c, setting 1/gamma = 0\n",
-      "v = 369350406.98592544 > c, setting 1/gamma = 0\n",
-      "v = 388401248.1464559 > c, setting 1/gamma = 0\n",
-      "v = 395039959.6642056 > c, setting 1/gamma = 0\n",
-      "v = 386911770.8822706 > c, setting 1/gamma = 0\n",
-      "v = 398236645.697261 > c, setting 1/gamma = 0\n",
-      "v = 306619345.36269 > c, setting 1/gamma = 0\n",
-      "v = 336626256.14601445 > c, setting 1/gamma = 0\n",
-      "v = 309023512.7570792 > c, setting 1/gamma = 0\n",
-      "v = 333925406.7443898 > c, setting 1/gamma = 0\n",
-      "v = 402924509.3687926 > c, setting 1/gamma = 0\n",
-      "v = 423409442.5432367 > c, setting 1/gamma = 0\n",
-      "v = 305978109.1476506 > c, setting 1/gamma = 0\n",
-      "v = 313516082.1356757 > c, setting 1/gamma = 0\n",
-      "v = 344366102.8580374 > c, setting 1/gamma = 0\n",
-      "v = 304891496.2284858 > c, setting 1/gamma = 0\n",
-      "v = 318498196.90853494 > c, setting 1/gamma = 0\n",
-      "v = 342822698.05744654 > c, setting 1/gamma = 0\n",
-      "v = 456068125.6266983 > c, setting 1/gamma = 0\n",
-      "v = 459610585.6210047 > c, setting 1/gamma = 0\n",
-      "v = 402692756.35869646 > c, setting 1/gamma = 0\n",
-      "v = 414517874.756114 > c, setting 1/gamma = 0\n",
-      "v = 311643320.68530923 > c, setting 1/gamma = 0\n",
-      "v = 347148006.3077985 > c, setting 1/gamma = 0\n",
-      "v = 367825939.717884 > c, setting 1/gamma = 0\n",
-      "v = 310763595.5662975 > c, setting 1/gamma = 0\n",
-      "v = 337997000.88949996 > c, setting 1/gamma = 0\n",
-      "v = 362982211.3061873 > c, setting 1/gamma = 0\n",
-      "v = 330270978.09934336 > c, setting 1/gamma = 0\n",
-      "v = 350376656.6661695 > c, setting 1/gamma = 0\n",
-      "v = 440772214.66405374 > c, setting 1/gamma = 0\n",
-      "v = 452083074.37045157 > c, setting 1/gamma = 0\n",
-      "v = 357814365.18333066 > c, setting 1/gamma = 0\n",
-      "v = 380690131.3487857 > c, setting 1/gamma = 0\n",
-      "v = 315614787.5538741 > c, setting 1/gamma = 0\n",
-      "v = 345944335.14855886 > c, setting 1/gamma = 0\n",
-      "v = 348614403.730429 > c, setting 1/gamma = 0\n",
-      "v = 373883334.50361675 > c, setting 1/gamma = 0\n",
-      "v = 439282396.174778 > c, setting 1/gamma = 0\n",
-      "v = 433397713.69920784 > c, setting 1/gamma = 0\n",
-      "v = 373763241.92080915 > c, setting 1/gamma = 0\n",
-      "v = 395784398.36143684 > c, setting 1/gamma = 0\n",
-      "v = 362824771.2381302 > c, setting 1/gamma = 0\n",
-      "v = 384785032.0267963 > c, setting 1/gamma = 0\n",
-      "v = 325209551.02763784 > c, setting 1/gamma = 0\n",
-      "v = 346868975.212078 > c, setting 1/gamma = 0\n",
-      "v = 403191585.2506276 > c, setting 1/gamma = 0\n",
-      "v = 422557118.62573326 > c, setting 1/gamma = 0\n",
-      "v = 401233604.70852363 > c, setting 1/gamma = 0\n",
-      "v = 405193507.23710805 > c, setting 1/gamma = 0\n",
-      "v = 301936981.54377395 > c, setting 1/gamma = 0\n",
-      "v = 330763876.5602386 > c, setting 1/gamma = 0\n",
-      "v = 401931878.21524566 > c, setting 1/gamma = 0\n",
-      "v = 424909860.193783 > c, setting 1/gamma = 0\n",
-      "v = 383355945.59603363 > c, setting 1/gamma = 0\n",
-      "v = 395360754.51041216 > c, setting 1/gamma = 0\n",
-      "v = 316698350.6603105 > c, setting 1/gamma = 0\n",
-      "v = 342480558.83583933 > c, setting 1/gamma = 0\n",
-      "v = 363511011.32020843 > c, setting 1/gamma = 0\n",
-      "v = 357625102.98638034 > c, setting 1/gamma = 0\n",
-      "v = 376325396.0556241 > c, setting 1/gamma = 0\n",
-      "v = 328066995.137768 > c, setting 1/gamma = 0\n",
-      "v = 351456439.53227454 > c, setting 1/gamma = 0\n",
-      "v = 360426389.83401316 > c, setting 1/gamma = 0\n",
-      "v = 379192338.1363075 > c, setting 1/gamma = 0\n",
-      "v = 337246851.9682467 > c, setting 1/gamma = 0\n",
-      "v = 356265046.89618033 > c, setting 1/gamma = 0\n",
-      "v = 414582245.20287114 > c, setting 1/gamma = 0\n",
-      "v = 412223888.12446046 > c, setting 1/gamma = 0\n",
-      "v = 322939486.83750093 > c, setting 1/gamma = 0\n",
-      "v = 346236275.8062447 > c, setting 1/gamma = 0\n",
-      "v = 360237518.7918823 > c, setting 1/gamma = 0\n",
-      "v = 377268110.11444867 > c, setting 1/gamma = 0\n",
-      "v = 314230605.89892787 > c, setting 1/gamma = 0\n",
-      "v = 333085883.34619457 > c, setting 1/gamma = 0\n",
-      "v = 350059755.45068026 > c, setting 1/gamma = 0\n",
-      "v = 368826406.61300874 > c, setting 1/gamma = 0\n",
-      "v = 411088193.35047287 > c, setting 1/gamma = 0\n",
-      "v = 411319824.6692181 > c, setting 1/gamma = 0\n",
-      "v = 304050643.9582081 > c, setting 1/gamma = 0\n",
-      "v = 328084938.6115806 > c, setting 1/gamma = 0\n",
-      "v = 365573181.1628911 > c, setting 1/gamma = 0\n",
-      "v = 377051388.03121215 > c, setting 1/gamma = 0\n",
-      "v = 327895781.42080617 > c, setting 1/gamma = 0\n",
-      "v = 349399258.413442 > c, setting 1/gamma = 0\n",
-      "v = 360623255.0225566 > c, setting 1/gamma = 0\n",
-      "v = 391613802.56385475 > c, setting 1/gamma = 0\n",
-      "v = 300614542.84729093 > c, setting 1/gamma = 0\n",
-      "v = 374926370.98133594 > c, setting 1/gamma = 0\n",
-      "v = 413656637.99734485 > c, setting 1/gamma = 0\n",
-      "v = 378371670.2695929 > c, setting 1/gamma = 0\n",
-      "v = 397385354.9224105 > c, setting 1/gamma = 0\n",
-      "v = 341005649.6897603 > c, setting 1/gamma = 0\n",
-      "v = 358455180.4167686 > c, setting 1/gamma = 0\n",
-      "v = 381370380.31748956 > c, setting 1/gamma = 0\n",
-      "v = 396546704.7213108 > c, setting 1/gamma = 0\n",
-      "v = 300460404.0124375 > c, setting 1/gamma = 0\n",
-      "v = 334054442.9788051 > c, setting 1/gamma = 0\n",
-      "v = 340934431.0661722 > c, setting 1/gamma = 0\n",
-      "v = 362577217.897898 > c, setting 1/gamma = 0\n",
-      "v = 311272371.17868674 > c, setting 1/gamma = 0\n",
-      "v = 340070791.1680158 > c, setting 1/gamma = 0\n",
-      "v = 397060062.87084156 > c, setting 1/gamma = 0\n",
-      "v = 416726855.9794229 > c, setting 1/gamma = 0\n",
-      "v = 313168222.4918405 > c, setting 1/gamma = 0\n",
-      "v = 346101870.2263799 > c, setting 1/gamma = 0\n",
-      "v = 334923471.836462 > c, setting 1/gamma = 0\n",
-      "v = 358259292.70340705 > c, setting 1/gamma = 0\n",
-      "v = 312280301.9512827 > c, setting 1/gamma = 0\n",
-      "v = 343059331.649165 > c, setting 1/gamma = 0\n",
-      "v = 341498137.41385657 > c, setting 1/gamma = 0\n",
-      "v = 374898455.85307527 > c, setting 1/gamma = 0\n",
-      "v = 383787590.99711233 > c, setting 1/gamma = 0\n",
-      "v = 400080767.8768664 > c, setting 1/gamma = 0\n",
-      "v = 331304530.35095584 > c, setting 1/gamma = 0\n",
-      "v = 355348203.3693313 > c, setting 1/gamma = 0\n",
-      "v = 340273070.7647377 > c, setting 1/gamma = 0\n",
-      "v = 378193301.18289024 > c, setting 1/gamma = 0\n",
-      "v = 330859518.8938003 > c, setting 1/gamma = 0\n",
-      "v = 351802473.933612 > c, setting 1/gamma = 0\n",
-      "v = 304532161.1965595 > c, setting 1/gamma = 0\n",
-      "v = 300683441.3879739 > c, setting 1/gamma = 0\n",
-      "v = 317266033.09752196 > c, setting 1/gamma = 0\n",
-      "v = 369946113.1979328 > c, setting 1/gamma = 0\n",
-      "v = 386840508.85733914 > c, setting 1/gamma = 0\n",
-      "v = 306922714.27601373 > c, setting 1/gamma = 0\n",
-      "v = 305691468.8351086 > c, setting 1/gamma = 0\n",
-      "v = 313780390.0550401 > c, setting 1/gamma = 0\n",
-      "v = 356955275.4559693 > c, setting 1/gamma = 0\n",
-      "v = 377095618.45576537 > c, setting 1/gamma = 0\n",
-      "v = 409433571.8718154 > c, setting 1/gamma = 0\n",
-      "v = 417582976.3728679 > c, setting 1/gamma = 0\n",
-      "v = 351004816.42047644 > c, setting 1/gamma = 0\n",
-      "v = 368605551.29949737 > c, setting 1/gamma = 0\n",
-      "v = 342735947.62285095 > c, setting 1/gamma = 0\n",
-      "v = 365857178.447895 > c, setting 1/gamma = 0\n",
-      "v = 334878452.561568 > c, setting 1/gamma = 0\n",
-      "v = 360543982.7090045 > c, setting 1/gamma = 0\n",
-      "v = 310246731.1294013 > c, setting 1/gamma = 0\n",
-      "v = 303448217.7151685 > c, setting 1/gamma = 0\n",
-      "v = 352489472.40757024 > c, setting 1/gamma = 0\n",
-      "v = 375783187.43885493 > c, setting 1/gamma = 0\n",
-      "v = 345237018.0450106 > c, setting 1/gamma = 0\n",
-      "v = 366547834.67417324 > c, setting 1/gamma = 0\n",
-      "v = 391566163.57642174 > c, setting 1/gamma = 0\n",
-      "v = 417060524.10501164 > c, setting 1/gamma = 0\n",
-      "v = 302352888.2183392 > c, setting 1/gamma = 0\n",
-      "v = 329297141.0021057 > c, setting 1/gamma = 0\n",
-      "v = 300325667.1286436 > c, setting 1/gamma = 0\n",
-      "v = 347008402.4181383 > c, setting 1/gamma = 0\n",
-      "v = 372555840.3760616 > c, setting 1/gamma = 0\n",
-      "v = 339401807.4566118 > c, setting 1/gamma = 0\n",
-      "v = 363596340.4766127 > c, setting 1/gamma = 0\n",
-      "v = 307183388.57130504 > c, setting 1/gamma = 0\n",
-      "v = 334858887.64088184 > c, setting 1/gamma = 0\n",
-      "v = 399409062.57756555 > c, setting 1/gamma = 0\n",
-      "v = 417777488.2905892 > c, setting 1/gamma = 0\n",
-      "v = 354497363.9209159 > c, setting 1/gamma = 0\n",
-      "v = 386585363.8660174 > c, setting 1/gamma = 0\n",
-      "v = 412494400.8380308 > c, setting 1/gamma = 0\n",
-      "v = 419393950.4904592 > c, setting 1/gamma = 0\n",
-      "v = 329571798.9669194 > c, setting 1/gamma = 0\n",
-      "v = 361259240.1684296 > c, setting 1/gamma = 0\n",
-      "v = 406958588.8757519 > c, setting 1/gamma = 0\n",
-      "v = 417518236.70161897 > c, setting 1/gamma = 0\n",
-      "v = 451279239.25893235 > c, setting 1/gamma = 0\n",
-      "v = 450720090.7682268 > c, setting 1/gamma = 0\n",
-      "v = 324149367.55289054 > c, setting 1/gamma = 0\n",
-      "v = 361137459.23964274 > c, setting 1/gamma = 0\n",
-      "v = 358046880.5586166 > c, setting 1/gamma = 0\n",
-      "v = 380466683.6527136 > c, setting 1/gamma = 0\n",
-      "v = 416203085.9866357 > c, setting 1/gamma = 0\n",
-      "v = 445798357.20338655 > c, setting 1/gamma = 0\n",
-      "v = 443528240.50419676 > c, setting 1/gamma = 0\n",
-      "v = 437874097.1990021 > c, setting 1/gamma = 0\n",
-      "v = 321955641.3513016 > c, setting 1/gamma = 0\n",
-      "v = 348637362.3309518 > c, setting 1/gamma = 0\n",
-      "v = 317185139.28586924 > c, setting 1/gamma = 0\n",
-      "v = 347229182.7348831 > c, setting 1/gamma = 0\n",
-      "v = 339473847.8403735 > c, setting 1/gamma = 0\n",
-      "v = 360524961.5424149 > c, setting 1/gamma = 0\n",
-      "v = 318784431.83000857 > c, setting 1/gamma = 0\n",
-      "v = 361848271.8897472 > c, setting 1/gamma = 0\n",
-      "v = 327279001.5129208 > c, setting 1/gamma = 0\n",
-      "v = 354262794.00563806 > c, setting 1/gamma = 0\n",
-      "v = 302974370.84862685 > c, setting 1/gamma = 0\n",
-      "v = 328390333.78644896 > c, setting 1/gamma = 0\n",
-      "v = 359105612.31686956 > c, setting 1/gamma = 0\n",
-      "v = 373931637.27663547 > c, setting 1/gamma = 0\n",
-      "v = 331049121.23747176 > c, setting 1/gamma = 0\n",
-      "v = 349604433.03981215 > c, setting 1/gamma = 0\n",
-      "v = 345350129.2691598 > c, setting 1/gamma = 0\n",
-      "v = 359905372.1691741 > c, setting 1/gamma = 0\n",
-      "v = 322549566.00730705 > c, setting 1/gamma = 0\n",
-      "v = 343494939.3787564 > c, setting 1/gamma = 0\n",
-      "v = 448017608.96310085 > c, setting 1/gamma = 0\n",
-      "v = 448698116.9465376 > c, setting 1/gamma = 0\n",
-      "v = 304268291.633224 > c, setting 1/gamma = 0\n",
-      "v = 326992453.54772145 > c, setting 1/gamma = 0\n",
-      "v = 306554928.5110008 > c, setting 1/gamma = 0\n",
-      "v = 325898888.5196987 > c, setting 1/gamma = 0\n",
-      "v = 308960958.5542219 > c, setting 1/gamma = 0\n",
-      "v = 327979726.9477643 > c, setting 1/gamma = 0\n",
-      "v = 312800893.1358848 > c, setting 1/gamma = 0\n",
-      "v = 366324527.7765784 > c, setting 1/gamma = 0\n",
-      "v = 380260078.1014795 > c, setting 1/gamma = 0\n",
-      "v = 386156519.8124023 > c, setting 1/gamma = 0\n",
-      "v = 399759335.30260795 > c, setting 1/gamma = 0\n",
-      "v = 316212616.5157872 > c, setting 1/gamma = 0\n",
-      "v = 341071933.7844557 > c, setting 1/gamma = 0\n",
-      "v = 305312790.46228623 > c, setting 1/gamma = 0\n",
-      "v = 331998141.8912438 > c, setting 1/gamma = 0\n",
-      "v = 421361374.06752306 > c, setting 1/gamma = 0\n",
-      "v = 431853920.28592634 > c, setting 1/gamma = 0\n",
-      "v = 390767625.4200252 > c, setting 1/gamma = 0\n",
-      "v = 406166451.9067945 > c, setting 1/gamma = 0\n",
-      "v = 321617401.7228024 > c, setting 1/gamma = 0\n",
-      "v = 302407324.7034508 > c, setting 1/gamma = 0\n",
-      "v = 329755352.91645724 > c, setting 1/gamma = 0\n",
-      "v = 391332840.5744797 > c, setting 1/gamma = 0\n",
-      "v = 410988475.8041732 > c, setting 1/gamma = 0\n",
-      "v = 365622317.5277032 > c, setting 1/gamma = 0\n",
-      "v = 397546631.0848048 > c, setting 1/gamma = 0\n",
-      "v = 302492211.10391885 > c, setting 1/gamma = 0\n",
-      "v = 337763325.6864663 > c, setting 1/gamma = 0\n",
-      "v = 322308830.3671665 > c, setting 1/gamma = 0\n",
-      "v = 368816239.69246435 > c, setting 1/gamma = 0\n",
-      "v = 394113376.0104247 > c, setting 1/gamma = 0\n",
-      "v = 307492120.70364636 > c, setting 1/gamma = 0\n",
-      "v = 583065075.8445945 > c, setting 1/gamma = 0\n",
-      "v = 469416167.32181287 > c, setting 1/gamma = 0\n",
-      "v = 348519188.4441061 > c, setting 1/gamma = 0\n",
-      "v = 375936985.33627987 > c, setting 1/gamma = 0\n",
-      "v = 318515872.5255446 > c, setting 1/gamma = 0\n",
-      "v = 354420535.9291471 > c, setting 1/gamma = 0\n",
-      "v = 376625162.98576593 > c, setting 1/gamma = 0\n",
-      "v = 402639000.86644197 > c, setting 1/gamma = 0\n",
-      "v = 402859356.34082437 > c, setting 1/gamma = 0\n",
-      "v = 425513298.64447594 > c, setting 1/gamma = 0\n",
-      "v = 305644165.54370767 > c, setting 1/gamma = 0\n",
-      "v = 333141150.24237025 > c, setting 1/gamma = 0\n",
-      "v = 319028546.22086906 > c, setting 1/gamma = 0\n",
-      "v = 351317968.39342993 > c, setting 1/gamma = 0\n",
-      "v = 300547873.2997611 > c, setting 1/gamma = 0\n",
-      "v = 331636704.74284303 > c, setting 1/gamma = 0\n",
-      "v = 302753270.6749962 > c, setting 1/gamma = 0\n",
-      "v = 331886580.29477656 > c, setting 1/gamma = 0\n",
-      "v = 409144952.79119265 > c, setting 1/gamma = 0\n",
-      "v = 422685083.80351126 > c, setting 1/gamma = 0\n",
-      "v = 428797244.64584076 > c, setting 1/gamma = 0\n",
-      "v = 435629689.26267385 > c, setting 1/gamma = 0\n",
-      "v = 360967081.9474811 > c, setting 1/gamma = 0\n",
-      "v = 385098465.63488936 > c, setting 1/gamma = 0\n",
-      "v = 356717747.2143147 > c, setting 1/gamma = 0\n",
-      "v = 380919244.6326247 > c, setting 1/gamma = 0\n",
-      "v = 445615073.8089685 > c, setting 1/gamma = 0\n",
-      "v = 439742827.6856441 > c, setting 1/gamma = 0\n",
-      "v = 388138164.7160783 > c, setting 1/gamma = 0\n",
-      "v = 409326494.5119477 > c, setting 1/gamma = 0\n",
-      "v = 402725332.1021923 > c, setting 1/gamma = 0\n",
-      "v = 420159029.2771815 > c, setting 1/gamma = 0\n",
-      "v = 332480938.57944596 > c, setting 1/gamma = 0\n",
-      "v = 364786910.3438764 > c, setting 1/gamma = 0\n",
-      "v = 366146460.1613168 > c, setting 1/gamma = 0\n",
-      "v = 391665561.5361076 > c, setting 1/gamma = 0\n",
-      "v = 423500053.3206675 > c, setting 1/gamma = 0\n",
-      "v = 434304445.4374732 > c, setting 1/gamma = 0\n",
-      "v = 344756068.81333673 > c, setting 1/gamma = 0\n",
-      "v = 382073008.9919575 > c, setting 1/gamma = 0\n",
-      "v = 325116541.0937645 > c, setting 1/gamma = 0\n",
-      "v = 360269291.78986466 > c, setting 1/gamma = 0\n",
-      "v = 347371878.4872538 > c, setting 1/gamma = 0\n",
-      "v = 380223964.7878818 > c, setting 1/gamma = 0\n",
-      "v = 394726752.10323066 > c, setting 1/gamma = 0\n",
-      "v = 420424569.6039841 > c, setting 1/gamma = 0\n",
-      "v = 304543364.757295 > c, setting 1/gamma = 0\n",
-      "v = 309477999.56985474 > c, setting 1/gamma = 0\n",
-      "v = 438722123.15521806 > c, setting 1/gamma = 0\n",
-      "v = 451201835.3549238 > c, setting 1/gamma = 0\n",
-      "v = 319296823.66326284 > c, setting 1/gamma = 0\n",
-      "v = 344248769.56829435 > c, setting 1/gamma = 0\n",
-      "v = 371063173.8556681 > c, setting 1/gamma = 0\n",
-      "v = 386573275.90613985 > c, setting 1/gamma = 0\n",
-      "v = 303623520.0161057 > c, setting 1/gamma = 0\n",
-      "v = 324993980.7808952 > c, setting 1/gamma = 0\n",
-      "v = 333228798.17663527 > c, setting 1/gamma = 0\n",
-      "v = 357784261.101316 > c, setting 1/gamma = 0\n",
-      "v = 362382009.9888194 > c, setting 1/gamma = 0\n",
-      "v = 378940864.12410104 > c, setting 1/gamma = 0\n",
-      "v = 333324580.9581009 > c, setting 1/gamma = 0\n",
-      "v = 355728473.53268754 > c, setting 1/gamma = 0\n",
-      "v = 337787119.009879 > c, setting 1/gamma = 0\n",
-      "v = 357168493.4414176 > c, setting 1/gamma = 0\n",
-      "v = 323789535.32926875 > c, setting 1/gamma = 0\n",
-      "v = 344381994.6576778 > c, setting 1/gamma = 0\n",
-      "v = 302669049.80778795 > c, setting 1/gamma = 0\n",
-      "v = 322547482.7347048 > c, setting 1/gamma = 0\n",
-      "v = 303946074.1920816 > c, setting 1/gamma = 0\n",
-      "v = 321569044.69168466 > c, setting 1/gamma = 0\n",
-      "v = 342494246.21745294 > c, setting 1/gamma = 0\n",
-      "v = 369761001.34934276 > c, setting 1/gamma = 0\n",
-      "v = 399951437.24404234 > c, setting 1/gamma = 0\n",
-      "v = 412290906.6978182 > c, setting 1/gamma = 0\n",
-      "v = 333324614.6303596 > c, setting 1/gamma = 0\n",
-      "v = 359421032.66553915 > c, setting 1/gamma = 0\n",
-      "v = 318115764.4218825 > c, setting 1/gamma = 0\n",
-      "v = 353802573.53621405 > c, setting 1/gamma = 0\n",
-      "v = 418964449.59117955 > c, setting 1/gamma = 0\n",
-      "v = 438358908.55837446 > c, setting 1/gamma = 0\n",
-      "v = 313471265.8263707 > c, setting 1/gamma = 0\n",
-      "v = 336128195.878848 > c, setting 1/gamma = 0\n",
-      "v = 355548901.59223694 > c, setting 1/gamma = 0\n",
-      "v = 463742164.2053849 > c, setting 1/gamma = 0\n",
-      "v = 465196004.38012433 > c, setting 1/gamma = 0\n",
-      "v = 346570711.0402105 > c, setting 1/gamma = 0\n",
-      "v = 371307488.8703313 > c, setting 1/gamma = 0\n",
-      "v = 418323994.70256716 > c, setting 1/gamma = 0\n",
-      "v = 424125450.9895504 > c, setting 1/gamma = 0\n",
-      "v = 320953830.54343855 > c, setting 1/gamma = 0\n",
-      "v = 347359282.169861 > c, setting 1/gamma = 0\n",
-      "v = 322761407.38923556 > c, setting 1/gamma = 0\n",
-      "v = 349463403.9759532 > c, setting 1/gamma = 0\n",
-      "v = 306596665.8030356 > c, setting 1/gamma = 0\n",
-      "v = 331675635.2476541 > c, setting 1/gamma = 0\n",
-      "v = 312580318.1851909 > c, setting 1/gamma = 0\n",
-      "v = 385251666.4723361 > c, setting 1/gamma = 0\n",
-      "v = 394413356.66156214 > c, setting 1/gamma = 0\n",
-      "v = 309602741.0914604 > c, setting 1/gamma = 0\n",
-      "v = 311694872.0278014 > c, setting 1/gamma = 0\n",
-      "v = 305353573.2132215 > c, setting 1/gamma = 0\n",
-      "v = 363346074.9700994 > c, setting 1/gamma = 0\n",
-      "v = 378928416.4026719 > c, setting 1/gamma = 0\n",
-      "v = 356393072.46642625 > c, setting 1/gamma = 0\n",
-      "v = 374442031.4043398 > c, setting 1/gamma = 0\n",
-      "v = 305905268.2453323 > c, setting 1/gamma = 0\n",
-      "v = 325666333.6743386 > c, setting 1/gamma = 0\n",
-      "v = 343775781.35950404 > c, setting 1/gamma = 0\n",
-      "v = 304519820.94078064 > c, setting 1/gamma = 0\n",
-      "v = 305570203.74979776 > c, setting 1/gamma = 0\n",
-      "v = 300819035.1409688 > c, setting 1/gamma = 0\n",
-      "v = 305486628.0511994 > c, setting 1/gamma = 0\n",
-      "v = 330808482.7099477 > c, setting 1/gamma = 0\n",
-      "v = 320004560.10199547 > c, setting 1/gamma = 0\n",
-      "v = 342155468.65942174 > c, setting 1/gamma = 0\n",
-      "v = 446417617.16459113 > c, setting 1/gamma = 0\n",
-      "v = 439608804.90092117 > c, setting 1/gamma = 0\n",
-      "v = 409722557.05405945 > c, setting 1/gamma = 0\n",
-      "v = 412543482.489672 > c, setting 1/gamma = 0\n",
-      "v = 332376118.69644004 > c, setting 1/gamma = 0\n",
-      "v = 351383111.0678689 > c, setting 1/gamma = 0\n",
-      "v = 411767228.98813975 > c, setting 1/gamma = 0\n",
-      "v = 433317951.2558873 > c, setting 1/gamma = 0\n",
-      "v = 320283053.79304725 > c, setting 1/gamma = 0\n",
-      "v = 345955491.44343084 > c, setting 1/gamma = 0\n",
-      "v = 340149439.30382013 > c, setting 1/gamma = 0\n",
-      "v = 365615243.84564877 > c, setting 1/gamma = 0\n",
-      "v = 334675579.3109233 > c, setting 1/gamma = 0\n",
-      "v = 352984719.6198373 > c, setting 1/gamma = 0\n",
-      "v = 320473967.2612913 > c, setting 1/gamma = 0\n",
-      "v = 343486307.53230476 > c, setting 1/gamma = 0\n",
-      "v = 417462783.13744193 > c, setting 1/gamma = 0\n",
-      "v = 416787481.6587371 > c, setting 1/gamma = 0\n",
-      "v = 328334475.5094845 > c, setting 1/gamma = 0\n",
-      "v = 346878976.5960108 > c, setting 1/gamma = 0\n",
-      "v = 302164004.2046554 > c, setting 1/gamma = 0\n",
-      "v = 304778232.53462946 > c, setting 1/gamma = 0\n",
-      "v = 300506511.78956956 > c, setting 1/gamma = 0\n",
-      "v = 339572468.5483576 > c, setting 1/gamma = 0\n",
-      "v = 358341990.91447055 > c, setting 1/gamma = 0\n",
-      "v = 359012634.25794584 > c, setting 1/gamma = 0\n",
-      "v = 375830779.23605657 > c, setting 1/gamma = 0\n",
-      "v = 336018736.64402145 > c, setting 1/gamma = 0\n",
-      "v = 354413956.63280815 > c, setting 1/gamma = 0\n",
-      "v = 319234635.02419984 > c, setting 1/gamma = 0\n",
-      "v = 339793536.89908963 > c, setting 1/gamma = 0\n",
-      "v = 360227045.1119 > c, setting 1/gamma = 0\n",
-      "v = 374696786.00120175 > c, setting 1/gamma = 0\n",
-      "v = 315458202.58663636 > c, setting 1/gamma = 0\n",
-      "v = 350430578.88040406 > c, setting 1/gamma = 0\n",
-      "v = 304033085.07551616 > c, setting 1/gamma = 0\n",
-      "v = 328169473.45707226 > c, setting 1/gamma = 0\n",
-      "v = 310842033.3497492 > c, setting 1/gamma = 0\n",
-      "v = 320463932.56887543 > c, setting 1/gamma = 0\n",
-      "v = 338342404.03228456 > c, setting 1/gamma = 0\n",
-      "v = 406272579.86658835 > c, setting 1/gamma = 0\n",
-      "v = 419701400.59178925 > c, setting 1/gamma = 0\n",
-      "v = 301515909.06827515 > c, setting 1/gamma = 0\n",
-      "v = 300646554.72911936 > c, setting 1/gamma = 0\n",
-      "v = 344758111.28660804 > c, setting 1/gamma = 0\n",
-      "v = 359510814.16266733 > c, setting 1/gamma = 0\n",
-      "v = 331305383.9357659 > c, setting 1/gamma = 0\n",
-      "v = 359658607.68965715 > c, setting 1/gamma = 0\n",
-      "v = 363603478.6234249 > c, setting 1/gamma = 0\n",
-      "v = 383625355.12932783 > c, setting 1/gamma = 0\n",
-      "v = 308227238.472253 > c, setting 1/gamma = 0\n",
-      "v = 327603938.0192889 > c, setting 1/gamma = 0\n",
-      "v = 307124535.83459437 > c, setting 1/gamma = 0\n",
-      "v = 388472289.9467452 > c, setting 1/gamma = 0\n",
-      "v = 408868604.19252354 > c, setting 1/gamma = 0\n",
-      "v = 312142815.99229664 > c, setting 1/gamma = 0\n",
-      "v = 333832790.562048 > c, setting 1/gamma = 0\n",
-      "v = 304064079.4064395 > c, setting 1/gamma = 0\n",
-      "v = 300510173.10935944 > c, setting 1/gamma = 0\n",
-      "v = 319828348.9140331 > c, setting 1/gamma = 0\n",
-      "v = 318111702.9203579 > c, setting 1/gamma = 0\n",
-      "v = 342227710.9288238 > c, setting 1/gamma = 0\n",
-      "v = 337346447.11207867 > c, setting 1/gamma = 0\n",
-      "v = 355661330.8213247 > c, setting 1/gamma = 0\n",
-      "v = 303833729.42517453 > c, setting 1/gamma = 0\n",
-      "v = 323471329.51448995 > c, setting 1/gamma = 0\n",
-      "v = 310864317.4174292 > c, setting 1/gamma = 0\n",
-      "v = 330824527.5862635 > c, setting 1/gamma = 0\n",
-      "v = 313489647.41352844 > c, setting 1/gamma = 0\n",
-      "v = 341036658.0346356 > c, setting 1/gamma = 0\n",
-      "v = 332027213.7903897 > c, setting 1/gamma = 0\n",
-      "v = 352157380.79589134 > c, setting 1/gamma = 0\n",
-      "v = 333832049.783318 > c, setting 1/gamma = 0\n",
-      "v = 352465083.36395 > c, setting 1/gamma = 0\n",
-      "v = 336775943.00106245 > c, setting 1/gamma = 0\n",
-      "v = 364008133.9784428 > c, setting 1/gamma = 0\n",
-      "v = 400495649.5720525 > c, setting 1/gamma = 0\n",
-      "v = 413058759.44611365 > c, setting 1/gamma = 0\n",
-      "v = 421123891.9855235 > c, setting 1/gamma = 0\n",
-      "v = 420831706.7123537 > c, setting 1/gamma = 0\n",
-      "v = 329240055.4598356 > c, setting 1/gamma = 0\n",
-      "v = 349646028.1250771 > c, setting 1/gamma = 0\n",
-      "v = 395773311.57398766 > c, setting 1/gamma = 0\n",
-      "v = 414710555.7005773 > c, setting 1/gamma = 0\n",
-      "v = 389796441.4909144 > c, setting 1/gamma = 0\n",
-      "v = 415624614.223252 > c, setting 1/gamma = 0\n",
-      "v = 325279934.6353937 > c, setting 1/gamma = 0\n",
-      "v = 360157007.54122657 > c, setting 1/gamma = 0\n",
-      "v = 306569147.147022 > c, setting 1/gamma = 0\n",
-      "v = 318266440.6094701 > c, setting 1/gamma = 0\n",
-      "v = 345606408.35004747 > c, setting 1/gamma = 0\n",
-      "v = 398047589.2584235 > c, setting 1/gamma = 0\n",
-      "v = 420078929.75059295 > c, setting 1/gamma = 0\n",
-      "v = 345674023.7377734 > c, setting 1/gamma = 0\n",
-      "v = 381292596.38741165 > c, setting 1/gamma = 0\n",
-      "v = 333484890.33946216 > c, setting 1/gamma = 0\n",
-      "v = 368051970.9757989 > c, setting 1/gamma = 0\n",
-      "v = 331052181.8415282 > c, setting 1/gamma = 0\n",
-      "v = 365037189.67723215 > c, setting 1/gamma = 0\n",
-      "v = 444327200.80455846 > c, setting 1/gamma = 0\n",
-      "v = 440568986.1538806 > c, setting 1/gamma = 0\n",
-      "v = 391549434.22886544 > c, setting 1/gamma = 0\n",
-      "v = 413339033.0008409 > c, setting 1/gamma = 0\n",
-      "v = 411943350.6346195 > c, setting 1/gamma = 0\n",
-      "v = 421798963.44159245 > c, setting 1/gamma = 0\n",
-      "v = 332039941.4476594 > c, setting 1/gamma = 0\n",
-      "v = 361825683.90482056 > c, setting 1/gamma = 0\n",
-      "v = 308695206.72930056 > c, setting 1/gamma = 0\n",
-      "v = 336534220.1864096 > c, setting 1/gamma = 0\n",
-      "v = 394108485.24789095 > c, setting 1/gamma = 0\n",
-      "v = 419410008.12114364 > c, setting 1/gamma = 0\n",
-      "v = 352072713.8183595 > c, setting 1/gamma = 0\n",
-      "v = 372363868.1577194 > c, setting 1/gamma = 0\n",
-      "v = 370342356.2610235 > c, setting 1/gamma = 0\n",
-      "v = 389454441.1335168 > c, setting 1/gamma = 0\n",
-      "v = 325358984.0014078 > c, setting 1/gamma = 0\n",
-      "v = 346358779.8498883 > c, setting 1/gamma = 0\n",
-      "v = 455049229.58361876 > c, setting 1/gamma = 0\n",
-      "v = 454916375.5296809 > c, setting 1/gamma = 0\n",
-      "v = 311097098.01008004 > c, setting 1/gamma = 0\n",
-      "v = 334561668.1200503 > c, setting 1/gamma = 0\n",
-      "v = 303310923.55690914 > c, setting 1/gamma = 0\n",
-      "v = 323934367.67708707 > c, setting 1/gamma = 0\n",
-      "v = 305007447.99474937 > c, setting 1/gamma = 0\n",
-      "v = 325493489.8775954 > c, setting 1/gamma = 0\n",
-      "v = 317578710.32340926 > c, setting 1/gamma = 0\n",
-      "v = 344392544.6292492 > c, setting 1/gamma = 0\n",
-      "v = 345476281.30587274 > c, setting 1/gamma = 0\n",
-      "v = 362552825.852997 > c, setting 1/gamma = 0\n",
-      "v = 361801909.86755687 > c, setting 1/gamma = 0\n",
-      "v = 376928839.9807284 > c, setting 1/gamma = 0\n",
-      "v = 305241879.7893508 > c, setting 1/gamma = 0\n",
-      "v = 365203308.0709256 > c, setting 1/gamma = 0\n",
-      "v = 383656387.5625951 > c, setting 1/gamma = 0\n",
-      "v = 313713295.16094494 > c, setting 1/gamma = 0\n",
-      "v = 335448588.66524273 > c, setting 1/gamma = 0\n",
-      "v = 337183781.4917206 > c, setting 1/gamma = 0\n",
-      "v = 353690570.8432045 > c, setting 1/gamma = 0\n",
-      "v = 330073102.68052864 > c, setting 1/gamma = 0\n",
-      "v = 358010139.5672978 > c, setting 1/gamma = 0\n",
-      "v = 349539422.7106844 > c, setting 1/gamma = 0\n",
-      "v = 371062013.11401856 > c, setting 1/gamma = 0\n",
-      "v = 326532212.3921415 > c, setting 1/gamma = 0\n",
-      "v = 355846266.1711302 > c, setting 1/gamma = 0\n",
-      "v = 309270385.9774689 > c, setting 1/gamma = 0\n",
-      "v = 442713463.79936284 > c, setting 1/gamma = 0\n",
-      "v = 444794415.23104906 > c, setting 1/gamma = 0\n",
-      "v = 309116128.04961646 > c, setting 1/gamma = 0\n",
-      "v = 331689499.3316455 > c, setting 1/gamma = 0\n",
-      "v = 357743909.3216067 > c, setting 1/gamma = 0\n",
-      "v = 384563828.27168447 > c, setting 1/gamma = 0\n",
-      "v = 462749553.3324611 > c, setting 1/gamma = 0\n",
-      "v = 453883839.0472811 > c, setting 1/gamma = 0\n",
-      "v = 352311854.1104887 > c, setting 1/gamma = 0\n",
-      "v = 381975719.05701 > c, setting 1/gamma = 0\n",
-      "v = 348801845.3053331 > c, setting 1/gamma = 0\n",
-      "v = 376505243.2695533 > c, setting 1/gamma = 0\n",
-      "v = 303673093.97363484 > c, setting 1/gamma = 0\n",
-      "v = 557847397.1346256 > c, setting 1/gamma = 0\n",
-      "v = 449425599.26692605 > c, setting 1/gamma = 0\n",
-      "v = 301488093.0534853 > c, setting 1/gamma = 0\n",
-      "v = 330298117.0508553 > c, setting 1/gamma = 0\n",
-      "v = 302000324.32653576 > c, setting 1/gamma = 0\n",
-      "v = 422556311.57928747 > c, setting 1/gamma = 0\n",
-      "v = 438806811.927406 > c, setting 1/gamma = 0\n",
-      "v = 310767735.12087804 > c, setting 1/gamma = 0\n",
-      "v = 300832933.7451767 > c, setting 1/gamma = 0\n",
-      "v = 304981533.9343482 > c, setting 1/gamma = 0\n",
-      "v = 331990141.945764 > c, setting 1/gamma = 0\n",
-      "v = 358732133.17556524 > c, setting 1/gamma = 0\n",
-      "v = 315624250.5400363 > c, setting 1/gamma = 0\n",
-      "v = 343572971.69164026 > c, setting 1/gamma = 0\n",
-      "v = 434528121.1565403 > c, setting 1/gamma = 0\n",
-      "v = 439156833.1355231 > c, setting 1/gamma = 0\n",
-      "v = 365030803.53271073 > c, setting 1/gamma = 0\n",
-      "v = 387677090.9688232 > c, setting 1/gamma = 0\n",
-      "v = 328059446.9640393 > c, setting 1/gamma = 0\n",
-      "v = 354371320.3441938 > c, setting 1/gamma = 0\n",
-      "v = 308989352.1692514 > c, setting 1/gamma = 0\n",
-      "v = 406250656.1397978 > c, setting 1/gamma = 0\n",
-      "v = 416511640.27457106 > c, setting 1/gamma = 0\n",
-      "v = 413452804.3960737 > c, setting 1/gamma = 0\n",
-      "v = 421167409.2006445 > c, setting 1/gamma = 0\n",
-      "v = 373933759.9365168 > c, setting 1/gamma = 0\n",
-      "v = 389345074.6489891 > c, setting 1/gamma = 0\n",
-      "v = 301216890.2810245 > c, setting 1/gamma = 0\n",
-      "v = 325543494.8866609 > c, setting 1/gamma = 0\n",
-      "v = 359129194.58685434 > c, setting 1/gamma = 0\n",
-      "v = 381880032.08226603 > c, setting 1/gamma = 0\n",
-      "v = 389389552.1596016 > c, setting 1/gamma = 0\n",
-      "v = 401535963.326206 > c, setting 1/gamma = 0\n",
-      "v = 301456579.2041011 > c, setting 1/gamma = 0\n",
-      "v = 325728909.8763876 > c, setting 1/gamma = 0\n",
-      "v = 330962050.4429643 > c, setting 1/gamma = 0\n",
-      "v = 349825530.3060409 > c, setting 1/gamma = 0\n",
-      "v = 353920491.6058218 > c, setting 1/gamma = 0\n",
-      "v = 370131606.6956979 > c, setting 1/gamma = 0\n",
-      "v = 304791626.9276032 > c, setting 1/gamma = 0\n",
-      "v = 304113462.99875885 > c, setting 1/gamma = 0\n",
-      "v = 312259750.18695104 > c, setting 1/gamma = 0\n",
-      "v = 334343086.8792427 > c, setting 1/gamma = 0\n",
-      "v = 321331818.8198466 > c, setting 1/gamma = 0\n",
-      "v = 356286151.981972 > c, setting 1/gamma = 0\n",
-      "v = 392620078.71717817 > c, setting 1/gamma = 0\n",
-      "v = 403753527.9375899 > c, setting 1/gamma = 0\n",
-      "v = 332123133.82848144 > c, setting 1/gamma = 0\n",
-      "v = 352170900.95707244 > c, setting 1/gamma = 0\n",
-      "v = 304683847.41043633 > c, setting 1/gamma = 0\n",
-      "v = 330513650.54532397 > c, setting 1/gamma = 0\n",
-      "v = 314650831.81839496 > c, setting 1/gamma = 0\n",
-      "v = 315493493.8182978 > c, setting 1/gamma = 0\n",
-      "v = 335012917.0282422 > c, setting 1/gamma = 0\n",
-      "v = 308569932.34117657 > c, setting 1/gamma = 0\n",
-      "v = 351161268.00107306 > c, setting 1/gamma = 0\n",
-      "v = 368474559.8826655 > c, setting 1/gamma = 0\n",
-      "v = 351178121.176602 > c, setting 1/gamma = 0\n",
-      "v = 370519267.95020306 > c, setting 1/gamma = 0\n",
-      "v = 301276277.2432979 > c, setting 1/gamma = 0\n",
-      "v = 343206831.78732955 > c, setting 1/gamma = 0\n",
-      "v = 365042906.3781163 > c, setting 1/gamma = 0\n",
-      "v = 305965474.833369 > c, setting 1/gamma = 0\n",
-      "v = 326002487.30441225 > c, setting 1/gamma = 0\n",
-      "v = 327879760.1944573 > c, setting 1/gamma = 0\n",
-      "v = 343218175.6003415 > c, setting 1/gamma = 0\n",
-      "v = 345499633.3064714 > c, setting 1/gamma = 0\n",
-      "v = 369116674.67657083 > c, setting 1/gamma = 0\n",
-      "v = 340477899.6676978 > c, setting 1/gamma = 0\n",
-      "v = 361546328.41960335 > c, setting 1/gamma = 0\n",
-      "v = 346781388.63036114 > c, setting 1/gamma = 0\n",
-      "v = 364701396.5765622 > c, setting 1/gamma = 0\n",
-      "v = 320501776.03162366 > c, setting 1/gamma = 0\n",
-      "v = 394180096.45303184 > c, setting 1/gamma = 0\n",
-      "v = 405186385.2464285 > c, setting 1/gamma = 0\n",
-      "v = 406651350.8888652 > c, setting 1/gamma = 0\n",
-      "v = 416974290.187003 > c, setting 1/gamma = 0\n",
-      "v = 345902337.5729403 > c, setting 1/gamma = 0\n",
-      "v = 368254409.3481189 > c, setting 1/gamma = 0\n",
-      "v = 373633995.5679271 > c, setting 1/gamma = 0\n",
-      "v = 408561170.6330781 > c, setting 1/gamma = 0\n",
-      "v = 322879175.39164186 > c, setting 1/gamma = 0\n",
-      "v = 348197000.8983749 > c, setting 1/gamma = 0\n",
-      "v = 319444370.69679785 > c, setting 1/gamma = 0\n",
-      "v = 347200544.3569317 > c, setting 1/gamma = 0\n",
-      "v = 308092933.3258981 > c, setting 1/gamma = 0\n",
-      "v = 328194459.83424515 > c, setting 1/gamma = 0\n",
-      "v = 325614722.2300765 > c, setting 1/gamma = 0\n",
-      "v = 345576793.6161051 > c, setting 1/gamma = 0\n",
-      "v = 368705718.2069772 > c, setting 1/gamma = 0\n",
-      "v = 392485704.82856315 > c, setting 1/gamma = 0\n",
-      "v = 324329097.9044939 > c, setting 1/gamma = 0\n",
-      "v = 354829720.0108584 > c, setting 1/gamma = 0\n",
-      "v = 339217546.4017798 > c, setting 1/gamma = 0\n",
-      "v = 358682276.66163385 > c, setting 1/gamma = 0\n",
-      "v = 396619907.7879556 > c, setting 1/gamma = 0\n",
-      "v = 417789209.6947894 > c, setting 1/gamma = 0\n",
-      "v = 312889261.04228324 > c, setting 1/gamma = 0\n",
-      "v = 347495030.32254934 > c, setting 1/gamma = 0\n",
-      "v = 309287884.86186373 > c, setting 1/gamma = 0\n",
-      "v = 301968135.41220665 > c, setting 1/gamma = 0\n",
-      "v = 310386026.02461684 > c, setting 1/gamma = 0\n",
-      "v = 382485704.70440423 > c, setting 1/gamma = 0\n",
-      "v = 398963666.82952505 > c, setting 1/gamma = 0\n",
-      "v = 408220681.1828138 > c, setting 1/gamma = 0\n",
-      "v = 417241173.0710835 > c, setting 1/gamma = 0\n",
-      "v = 331461054.59012955 > c, setting 1/gamma = 0\n",
-      "v = 355515934.1103335 > c, setting 1/gamma = 0\n",
-      "v = 322169529.80915046 > c, setting 1/gamma = 0\n",
-      "v = 344387079.7764973 > c, setting 1/gamma = 0\n",
-      "v = 307182851.1217185 > c, setting 1/gamma = 0\n",
-      "v = 326914577.1620793 > c, setting 1/gamma = 0\n",
-      "v = 301129153.98689944 > c, setting 1/gamma = 0\n",
-      "v = 301184785.2960852 > c, setting 1/gamma = 0\n",
-      "v = 418191631.01652 > c, setting 1/gamma = 0\n",
-      "v = 434659951.1863151 > c, setting 1/gamma = 0\n",
-      "v = 323636052.93676883 > c, setting 1/gamma = 0\n",
-      "v = 347493542.6710134 > c, setting 1/gamma = 0\n",
-      "v = 460721893.0465557 > c, setting 1/gamma = 0\n",
-      "v = 463348012.08054507 > c, setting 1/gamma = 0\n",
-      "v = 343209837.5324416 > c, setting 1/gamma = 0\n",
-      "v = 364426371.10812813 > c, setting 1/gamma = 0\n",
-      "v = 323349828.43794143 > c, setting 1/gamma = 0\n",
-      "v = 349538538.7675179 > c, setting 1/gamma = 0\n",
-      "v = 323260223.7125165 > c, setting 1/gamma = 0\n",
-      "v = 344649786.9887338 > c, setting 1/gamma = 0\n",
-      "v = 312004535.6682564 > c, setting 1/gamma = 0\n",
-      "v = 333024642.1902957 > c, setting 1/gamma = 0\n",
-      "v = 300716315.46791756 > c, setting 1/gamma = 0\n",
-      "v = 311541884.809271 > c, setting 1/gamma = 0\n",
-      "v = 306836915.2229578 > c, setting 1/gamma = 0\n",
-      "v = 330410919.33294916 > c, setting 1/gamma = 0\n",
-      "v = 368185497.70538795 > c, setting 1/gamma = 0\n",
-      "v = 385990548.1410447 > c, setting 1/gamma = 0\n",
-      "v = 300288054.3720573 > c, setting 1/gamma = 0\n",
-      "v = 319629390.1590016 > c, setting 1/gamma = 0\n",
-      "v = 303481583.73626906 > c, setting 1/gamma = 0\n",
-      "v = 314838373.79791534 > c, setting 1/gamma = 0\n",
-      "v = 340104401.06939554 > c, setting 1/gamma = 0\n",
-      "v = 320250012.7378916 > c, setting 1/gamma = 0\n",
-      "v = 338732377.27281284 > c, setting 1/gamma = 0\n",
-      "v = 316458851.0130411 > c, setting 1/gamma = 0\n",
-      "v = 333215759.32662576 > c, setting 1/gamma = 0\n",
-      "v = 308200114.3365137 > c, setting 1/gamma = 0\n",
-      "v = 325435511.61147255 > c, setting 1/gamma = 0\n",
-      "v = 343790494.07260346 > c, setting 1/gamma = 0\n",
-      "v = 362224043.2539805 > c, setting 1/gamma = 0\n",
-      "v = 347805363.7053148 > c, setting 1/gamma = 0\n",
-      "v = 365014054.26294273 > c, setting 1/gamma = 0\n",
-      "v = 417068793.6429183 > c, setting 1/gamma = 0\n",
-      "v = 429196972.58204955 > c, setting 1/gamma = 0\n",
-      "v = 300421519.46351504 > c, setting 1/gamma = 0\n",
-      "v = 402497905.27021414 > c, setting 1/gamma = 0\n",
-      "v = 423133285.0682212 > c, setting 1/gamma = 0\n",
-      "v = 322732492.5164191 > c, setting 1/gamma = 0\n",
-      "v = 346427065.9470952 > c, setting 1/gamma = 0\n",
-      "v = 302561742.21257347 > c, setting 1/gamma = 0\n",
-      "v = 309084787.35629123 > c, setting 1/gamma = 0\n",
-      "v = 319534276.4136901 > c, setting 1/gamma = 0\n",
-      "v = 355161193.3716084 > c, setting 1/gamma = 0\n",
-      "v = 450823038.96977955 > c, setting 1/gamma = 0\n",
-      "v = 451327702.3268474 > c, setting 1/gamma = 0\n",
-      "v = 311213563.1076444 > c, setting 1/gamma = 0\n",
-      "v = 305480407.09105843 > c, setting 1/gamma = 0\n",
-      "v = 358563797.5157416 > c, setting 1/gamma = 0\n",
-      "v = 380001378.9930941 > c, setting 1/gamma = 0\n",
-      "v = 431967364.4022432 > c, setting 1/gamma = 0\n",
-      "v = 429590295.2363179 > c, setting 1/gamma = 0\n",
-      "v = 333329236.5150323 > c, setting 1/gamma = 0\n",
-      "v = 352265043.29824203 > c, setting 1/gamma = 0\n",
-      "v = 343645938.7933211 > c, setting 1/gamma = 0\n",
-      "v = 362618927.07364976 > c, setting 1/gamma = 0\n",
-      "v = 360980235.15828687 > c, setting 1/gamma = 0\n",
-      "v = 393070002.29821277 > c, setting 1/gamma = 0\n",
-      "v = 303740008.4866694 > c, setting 1/gamma = 0\n",
-      "v = 335487564.05022067 > c, setting 1/gamma = 0\n",
-      "v = 354771969.6580917 > c, setting 1/gamma = 0\n",
-      "v = 399903782.70853496 > c, setting 1/gamma = 0\n",
-      "v = 426296028.4277708 > c, setting 1/gamma = 0\n",
-      "v = 312581911.4233159 > c, setting 1/gamma = 0\n",
-      "v = 337013956.3833596 > c, setting 1/gamma = 0\n",
-      "v = 320520997.5651995 > c, setting 1/gamma = 0\n",
-      "v = 343125958.7400933 > c, setting 1/gamma = 0\n",
-      "v = 371697447.6166855 > c, setting 1/gamma = 0\n",
-      "v = 400201149.77159625 > c, setting 1/gamma = 0\n",
-      "v = 315664513.4109739 > c, setting 1/gamma = 0\n",
-      "v = 338902028.1229766 > c, setting 1/gamma = 0\n",
-      "v = 300117376.63627565 > c, setting 1/gamma = 0\n",
-      "v = 320755055.2111328 > c, setting 1/gamma = 0\n",
-      "v = 301401712.66577363 > c, setting 1/gamma = 0\n",
-      "v = 327838618.90739405 > c, setting 1/gamma = 0\n",
-      "v = 354399714.5810341 > c, setting 1/gamma = 0\n",
-      "v = 328439410.9687347 > c, setting 1/gamma = 0\n",
-      "v = 351349396.4093701 > c, setting 1/gamma = 0\n",
-      "v = 381564902.2758846 > c, setting 1/gamma = 0\n",
-      "v = 394720129.3613924 > c, setting 1/gamma = 0\n",
-      "v = 303810295.8395479 > c, setting 1/gamma = 0\n",
-      "v = 324172531.5055459 > c, setting 1/gamma = 0\n",
-      "v = 322927161.93492675 > c, setting 1/gamma = 0\n",
-      "v = 343446719.4144651 > c, setting 1/gamma = 0\n",
-      "v = 366825641.6575631 > c, setting 1/gamma = 0\n",
-      "v = 396509352.68326837 > c, setting 1/gamma = 0\n",
-      "v = 312055280.3484152 > c, setting 1/gamma = 0\n",
-      "v = 332983250.80378884 > c, setting 1/gamma = 0\n",
-      "v = 304792114.36305356 > c, setting 1/gamma = 0\n",
-      "v = 323187386.3630619 > c, setting 1/gamma = 0\n",
-      "v = 333887635.29944056 > c, setting 1/gamma = 0\n",
-      "v = 368565796.2826555 > c, setting 1/gamma = 0\n",
-      "v = 330668726.00129914 > c, setting 1/gamma = 0\n",
-      "v = 349893132.827235 > c, setting 1/gamma = 0\n",
-      "v = 328978048.02397096 > c, setting 1/gamma = 0\n",
-      "v = 346342160.6976245 > c, setting 1/gamma = 0\n",
-      "v = 336975431.627808 > c, setting 1/gamma = 0\n",
-      "v = 359631741.40416956 > c, setting 1/gamma = 0\n",
-      "v = 309437806.4863403 > c, setting 1/gamma = 0\n",
-      "v = 346311939.9172177 > c, setting 1/gamma = 0\n",
-      "v = 316198633.0661467 > c, setting 1/gamma = 0\n",
-      "v = 336841598.8438701 > c, setting 1/gamma = 0\n",
-      "v = 377286421.8877639 > c, setting 1/gamma = 0\n",
-      "v = 396956503.8174051 > c, setting 1/gamma = 0\n",
-      "v = 337144398.7729449 > c, setting 1/gamma = 0\n",
-      "v = 366990328.6153965 > c, setting 1/gamma = 0\n",
-      "v = 326324408.8713061 > c, setting 1/gamma = 0\n",
-      "v = 348053468.2239634 > c, setting 1/gamma = 0\n",
-      "v = 345500865.8518473 > c, setting 1/gamma = 0\n",
-      "v = 369020417.7376509 > c, setting 1/gamma = 0\n",
-      "v = 323948075.5015202 > c, setting 1/gamma = 0\n",
-      "v = 346308724.8689531 > c, setting 1/gamma = 0\n",
-      "v = 319775453.06149113 > c, setting 1/gamma = 0\n",
-      "v = 338381873.75304663 > c, setting 1/gamma = 0\n",
-      "v = 300603005.07589424 > c, setting 1/gamma = 0\n",
-      "v = 319716379.0846675 > c, setting 1/gamma = 0\n",
-      "v = 324695923.4327833 > c, setting 1/gamma = 0\n",
-      "v = 346265000.0921424 > c, setting 1/gamma = 0\n",
-      "v = 333232664.2730213 > c, setting 1/gamma = 0\n",
-      "v = 349623899.23438656 > c, setting 1/gamma = 0\n",
-      "v = 303204827.5062753 > c, setting 1/gamma = 0\n",
-      "v = 434235843.9357449 > c, setting 1/gamma = 0\n",
-      "v = 442013639.19732076 > c, setting 1/gamma = 0\n",
-      "v = 322305032.98504734 > c, setting 1/gamma = 0\n",
-      "v = 388757841.2165427 > c, setting 1/gamma = 0\n",
-      "v = 408149363.06734234 > c, setting 1/gamma = 0\n",
-      "v = 428228619.4769182 > c, setting 1/gamma = 0\n",
-      "v = 434548354.82195985 > c, setting 1/gamma = 0\n",
-      "v = 325291581.5464842 > c, setting 1/gamma = 0\n",
-      "v = 353358804.5435537 > c, setting 1/gamma = 0\n",
-      "v = 348748047.2293895 > c, setting 1/gamma = 0\n",
-      "v = 377091958.71557105 > c, setting 1/gamma = 0\n",
-      "v = 401343261.56792295 > c, setting 1/gamma = 0\n",
-      "v = 412030099.27372897 > c, setting 1/gamma = 0\n",
-      "v = 338792911.4525364 > c, setting 1/gamma = 0\n",
-      "v = 360735041.42112786 > c, setting 1/gamma = 0\n",
-      "v = 306370206.89036494 > c, setting 1/gamma = 0\n",
-      "v = 341493008.5183605 > c, setting 1/gamma = 0\n",
-      "v = 421815680.0173026 > c, setting 1/gamma = 0\n",
-      "v = 425508480.32187396 > c, setting 1/gamma = 0\n",
-      "v = 399179360.2052453 > c, setting 1/gamma = 0\n",
-      "v = 409757807.1942362 > c, setting 1/gamma = 0\n",
-      "v = 351233705.3116913 > c, setting 1/gamma = 0\n",
-      "v = 369686496.9223956 > c, setting 1/gamma = 0\n",
-      "v = 372754187.99215144 > c, setting 1/gamma = 0\n",
-      "v = 387370891.7217596 > c, setting 1/gamma = 0\n",
-      "v = 329316623.3418806 > c, setting 1/gamma = 0\n",
-      "v = 350946476.24538046 > c, setting 1/gamma = 0\n",
-      "v = 326362716.09110785 > c, setting 1/gamma = 0\n",
-      "v = 348211154.7465083 > c, setting 1/gamma = 0\n",
-      "v = 313156629.5178905 > c, setting 1/gamma = 0\n",
-      "v = 343038253.3202829 > c, setting 1/gamma = 0\n",
-      "v = 366995888.2064492 > c, setting 1/gamma = 0\n",
-      "v = 380877543.9794752 > c, setting 1/gamma = 0\n",
-      "v = 302251785.1053825 > c, setting 1/gamma = 0\n",
-      "v = 332455187.1581937 > c, setting 1/gamma = 0\n",
-      "v = 300851261.6522544 > c, setting 1/gamma = 0\n",
-      "v = 320967199.74637115 > c, setting 1/gamma = 0\n",
-      "v = 330350988.5853386 > c, setting 1/gamma = 0\n",
-      "v = 350934438.00598407 > c, setting 1/gamma = 0\n",
-      "v = 302137368.1196012 > c, setting 1/gamma = 0\n",
-      "v = 304622817.0606161 > c, setting 1/gamma = 0\n",
-      "v = 310513825.5864986 > c, setting 1/gamma = 0\n",
-      "v = 360845361.89363194 > c, setting 1/gamma = 0\n",
-      "v = 379032829.8790976 > c, setting 1/gamma = 0\n",
-      "v = 301012139.72621864 > c, setting 1/gamma = 0\n",
-      "v = 321537364.049799 > c, setting 1/gamma = 0\n",
-      "v = 301172838.2452102 > c, setting 1/gamma = 0\n",
-      "v = 318515209.67663133 > c, setting 1/gamma = 0\n",
-      "v = 355752135.086732 > c, setting 1/gamma = 0\n",
-      "v = 385741515.4965028 > c, setting 1/gamma = 0\n",
-      "v = 316535133.81966746 > c, setting 1/gamma = 0\n",
-      "v = 337317123.2812455 > c, setting 1/gamma = 0\n",
-      "v = 302068495.44408137 > c, setting 1/gamma = 0\n",
-      "v = 320784176.3362113 > c, setting 1/gamma = 0\n",
-      "v = 301759002.9794232 > c, setting 1/gamma = 0\n",
-      "v = 314930930.79882246 > c, setting 1/gamma = 0\n",
-      "v = 338618879.4695057 > c, setting 1/gamma = 0\n",
-      "v = 338649550.776552 > c, setting 1/gamma = 0\n",
-      "v = 353248508.898292 > c, setting 1/gamma = 0\n",
-      "v = 308200586.85225606 > c, setting 1/gamma = 0\n",
-      "v = 325083153.1705292 > c, setting 1/gamma = 0\n",
-      "v = 306912970.0290782 > c, setting 1/gamma = 0\n",
-      "v = 312250484.68211675 > c, setting 1/gamma = 0\n",
-      "v = 334433762.0354468 > c, setting 1/gamma = 0\n",
-      "v = 349118457.64611673 > c, setting 1/gamma = 0\n",
-      "v = 305122105.75406814 > c, setting 1/gamma = 0\n",
-      "v = 319380040.1580797 > c, setting 1/gamma = 0\n",
-      "v = 337016098.3801856 > c, setting 1/gamma = 0\n",
-      "v = 303335001.79120207 > c, setting 1/gamma = 0\n",
-      "v = 357392051.5703728 > c, setting 1/gamma = 0\n",
-      "v = 371131612.2431314 > c, setting 1/gamma = 0\n",
-      "v = 303435268.0139155 > c, setting 1/gamma = 0\n",
-      "v = 329209122.0853047 > c, setting 1/gamma = 0\n",
-      "v = 451935292.4199218 > c, setting 1/gamma = 0\n",
-      "v = 453186219.79415655 > c, setting 1/gamma = 0\n",
-      "v = 300452705.24192286 > c, setting 1/gamma = 0\n",
-      "v = 323405204.0081985 > c, setting 1/gamma = 0\n",
-      "v = 302887147.652811 > c, setting 1/gamma = 0\n",
-      "v = 302287009.7472936 > c, setting 1/gamma = 0\n",
-      "v = 324822150.359243 > c, setting 1/gamma = 0\n",
-      "v = 363084415.69739246 > c, setting 1/gamma = 0\n",
-      "v = 381423747.19886965 > c, setting 1/gamma = 0\n",
-      "v = 345074031.2135788 > c, setting 1/gamma = 0\n",
-      "v = 364597020.7898086 > c, setting 1/gamma = 0\n",
-      "v = 351442633.46487755 > c, setting 1/gamma = 0\n",
-      "v = 380160891.2705413 > c, setting 1/gamma = 0\n",
-      "v = 392816323.00807035 > c, setting 1/gamma = 0\n",
-      "v = 405909792.5568775 > c, setting 1/gamma = 0\n",
-      "v = 327370885.274029 > c, setting 1/gamma = 0\n",
-      "v = 349945516.04022187 > c, setting 1/gamma = 0\n",
-      "v = 329823594.1320747 > c, setting 1/gamma = 0\n",
-      "v = 362818316.6846402 > c, setting 1/gamma = 0\n",
-      "v = 475748439.66796994 > c, setting 1/gamma = 0\n",
-      "v = 446269830.5271458 > c, setting 1/gamma = 0\n",
-      "v = 324118023.0233659 > c, setting 1/gamma = 0\n",
-      "v = 321276194.007654 > c, setting 1/gamma = 0\n",
-      "v = 344465979.36855906 > c, setting 1/gamma = 0\n",
-      "v = 326027438.45075333 > c, setting 1/gamma = 0\n",
-      "v = 347444133.6580623 > c, setting 1/gamma = 0\n",
-      "v = 363276365.1155524 > c, setting 1/gamma = 0\n",
-      "v = 397507392.9901055 > c, setting 1/gamma = 0\n",
-      "v = 315095362.92291516 > c, setting 1/gamma = 0\n",
-      "v = 336764589.43793577 > c, setting 1/gamma = 0\n",
-      "v = 331351158.1949182 > c, setting 1/gamma = 0\n",
-      "v = 348144689.19170535 > c, setting 1/gamma = 0\n",
-      "v = 342821818.4735287 > c, setting 1/gamma = 0\n",
-      "v = 366285651.0144715 > c, setting 1/gamma = 0\n",
-      "v = 317586161.8029668 > c, setting 1/gamma = 0\n",
-      "v = 337494500.5599445 > c, setting 1/gamma = 0\n",
-      "v = 312665030.0906592 > c, setting 1/gamma = 0\n",
-      "v = 329830270.6033468 > c, setting 1/gamma = 0\n",
-      "v = 320049937.7499115 > c, setting 1/gamma = 0\n",
-      "v = 343396826.04838085 > c, setting 1/gamma = 0\n",
-      "v = 310512756.60269314 > c, setting 1/gamma = 0\n",
-      "v = 328664849.14553714 > c, setting 1/gamma = 0\n",
-      "v = 301730185.3619141 > c, setting 1/gamma = 0\n",
-      "v = 306547413.7710433 > c, setting 1/gamma = 0\n",
-      "v = 334654393.34455794 > c, setting 1/gamma = 0\n",
-      "v = 350945466.2850841 > c, setting 1/gamma = 0\n",
-      "v = 311143485.51043075 > c, setting 1/gamma = 0\n",
-      "v = 302867243.51130784 > c, setting 1/gamma = 0\n",
-      "v = 324315709.35372025 > c, setting 1/gamma = 0\n",
-      "v = 344616132.71500915 > c, setting 1/gamma = 0\n",
-      "v = 318679637.7420501 > c, setting 1/gamma = 0\n",
-      "v = 339773914.8397519 > c, setting 1/gamma = 0\n",
-      "v = 302904577.50205636 > c, setting 1/gamma = 0\n",
-      "v = 335938932.656726 > c, setting 1/gamma = 0\n",
-      "v = 311860891.60836166 > c, setting 1/gamma = 0\n",
-      "v = 339995901.62506753 > c, setting 1/gamma = 0\n",
-      "v = 306815874.7349122 > c, setting 1/gamma = 0\n",
-      "v = 331811582.74981815 > c, setting 1/gamma = 0\n",
-      "v = 302503609.85387236 > c, setting 1/gamma = 0\n",
-      "v = 305844385.84600466 > c, setting 1/gamma = 0\n",
-      "v = 326652741.4349163 > c, setting 1/gamma = 0\n",
-      "v = 308898507.67950505 > c, setting 1/gamma = 0\n",
-      "v = 306637103.58323425 > c, setting 1/gamma = 0\n",
-      "v = 329625213.83096266 > c, setting 1/gamma = 0\n",
-      "v = 350017520.09780985 > c, setting 1/gamma = 0\n",
-      "v = 376984318.2449839 > c, setting 1/gamma = 0\n",
-      "v = 302097570.4486201 > c, setting 1/gamma = 0\n",
-      "v = 331558897.92501557 > c, setting 1/gamma = 0\n",
-      "v = 300911937.5856223 > c, setting 1/gamma = 0\n",
-      "v = 320991009.3959004 > c, setting 1/gamma = 0\n",
-      "v = 307224889.0367642 > c, setting 1/gamma = 0\n",
-      "v = 353659090.6018896 > c, setting 1/gamma = 0\n",
-      "v = 369033913.46463144 > c, setting 1/gamma = 0\n",
-      "v = 307434297.4647057 > c, setting 1/gamma = 0\n",
-      "v = 317812746.2730534 > c, setting 1/gamma = 0\n",
-      "v = 401519024.7671106 > c, setting 1/gamma = 0\n",
-      "v = 405953089.48877347 > c, setting 1/gamma = 0\n",
-      "v = 317101350.9583373 > c, setting 1/gamma = 0\n",
-      "v = 335236162.5358665 > c, setting 1/gamma = 0\n",
-      "v = 302395821.09400094 > c, setting 1/gamma = 0\n",
-      "v = 356895999.59814596 > c, setting 1/gamma = 0\n",
-      "v = 385590824.63742113 > c, setting 1/gamma = 0\n",
-      "v = 407230154.26026225 > c, setting 1/gamma = 0\n",
-      "v = 417707754.4516971 > c, setting 1/gamma = 0\n",
-      "v = 324892908.3600259 > c, setting 1/gamma = 0\n",
-      "v = 349180224.36265826 > c, setting 1/gamma = 0\n",
-      "v = 387220597.7404282 > c, setting 1/gamma = 0\n",
-      "v = 417088329.8829802 > c, setting 1/gamma = 0\n",
-      "v = 330158416.1194621 > c, setting 1/gamma = 0\n",
-      "v = 353097254.31394774 > c, setting 1/gamma = 0\n",
-      "v = 302365132.16773784 > c, setting 1/gamma = 0\n",
-      "v = 304665456.169692 > c, setting 1/gamma = 0\n",
-      "v = 388251957.61058825 > c, setting 1/gamma = 0\n",
-      "v = 395992561.86928797 > c, setting 1/gamma = 0\n",
-      "v = 304295259.9454637 > c, setting 1/gamma = 0\n",
-      "v = 308251714.64375806 > c, setting 1/gamma = 0\n",
-      "v = 327797153.9205513 > c, setting 1/gamma = 0\n",
-      "v = 329076728.8724789 > c, setting 1/gamma = 0\n",
-      "v = 349781435.37153333 > c, setting 1/gamma = 0\n",
-      "v = 316767291.66209114 > c, setting 1/gamma = 0\n",
-      "v = 337281925.98264265 > c, setting 1/gamma = 0\n",
-      "v = 318267943.1842238 > c, setting 1/gamma = 0\n",
-      "v = 336148548.08959097 > c, setting 1/gamma = 0\n",
-      "v = 305190315.3481039 > c, setting 1/gamma = 0\n",
-      "v = 321680412.3445539 > c, setting 1/gamma = 0\n",
-      "v = 301557111.24129933 > c, setting 1/gamma = 0\n",
-      "v = 301707527.2072702 > c, setting 1/gamma = 0\n",
-      "v = 318795178.031285 > c, setting 1/gamma = 0\n",
-      "v = 303148434.10050136 > c, setting 1/gamma = 0\n",
-      "v = 338482128.9726773 > c, setting 1/gamma = 0\n",
-      "v = 361886247.075976 > c, setting 1/gamma = 0\n",
-      "v = 372563042.97203076 > c, setting 1/gamma = 0\n",
-      "v = 313852594.05211884 > c, setting 1/gamma = 0\n",
-      "v = 342406717.52070636 > c, setting 1/gamma = 0\n",
-      "v = 367015679.7031579 > c, setting 1/gamma = 0\n",
-      "v = 305828190.21398026 > c, setting 1/gamma = 0\n",
-      "v = 325898213.62008965 > c, setting 1/gamma = 0\n",
-      "v = 314643037.45677364 > c, setting 1/gamma = 0\n",
-      "v = 331291757.75636226 > c, setting 1/gamma = 0\n",
-      "v = 311966235.1131997 > c, setting 1/gamma = 0\n",
-      "v = 313280535.87222385 > c, setting 1/gamma = 0\n",
-      "v = 342869320.1566718 > c, setting 1/gamma = 0\n",
-      "v = 358788348.8373858 > c, setting 1/gamma = 0\n",
-      "v = 372118016.28130347 > c, setting 1/gamma = 0\n",
-      "v = 309662277.82880634 > c, setting 1/gamma = 0\n",
-      "v = 342646397.78831935 > c, setting 1/gamma = 0\n",
-      "v = 368350153.61344606 > c, setting 1/gamma = 0\n",
-      "v = 361228471.8141492 > c, setting 1/gamma = 0\n",
-      "v = 376580178.5714987 > c, setting 1/gamma = 0\n",
-      "v = 345789563.2302619 > c, setting 1/gamma = 0\n",
-      "v = 368725405.2737506 > c, setting 1/gamma = 0\n",
-      "v = 316034290.9169106 > c, setting 1/gamma = 0\n",
-      "v = 337076090.0780319 > c, setting 1/gamma = 0\n",
-      "v = 302037170.93630594 > c, setting 1/gamma = 0\n",
-      "v = 353202504.0728262 > c, setting 1/gamma = 0\n",
-      "v = 379914788.77837265 > c, setting 1/gamma = 0\n",
-      "v = 358078860.73697746 > c, setting 1/gamma = 0\n",
-      "v = 383800128.19405353 > c, setting 1/gamma = 0\n",
-      "v = 324128713.8792641 > c, setting 1/gamma = 0\n",
-      "v = 346480581.630362 > c, setting 1/gamma = 0\n",
-      "v = 311316151.3120121 > c, setting 1/gamma = 0\n",
-      "v = 319335539.8981476 > c, setting 1/gamma = 0\n",
-      "v = 339548159.7222942 > c, setting 1/gamma = 0\n",
-      "v = 303465196.74230695 > c, setting 1/gamma = 0\n",
-      "v = 307732236.5977081 > c, setting 1/gamma = 0\n",
-      "v = 305695753.2496656 > c, setting 1/gamma = 0\n",
-      "v = 305808895.21809095 > c, setting 1/gamma = 0\n",
-      "v = 337251314.6613421 > c, setting 1/gamma = 0\n",
-      "v = 374597260.26128983 > c, setting 1/gamma = 0\n",
-      "v = 339858486.84563345 > c, setting 1/gamma = 0\n",
-      "v = 357860417.06876516 > c, setting 1/gamma = 0\n",
-      "v = 317132576.8384416 > c, setting 1/gamma = 0\n",
-      "v = 324732790.2071347 > c, setting 1/gamma = 0\n",
-      "v = 334178954.89083827 > c, setting 1/gamma = 0\n",
-      "v = 355616105.33222914 > c, setting 1/gamma = 0\n",
-      "v = 322705412.89241594 > c, setting 1/gamma = 0\n",
-      "v = 341483329.58699536 > c, setting 1/gamma = 0\n",
-      "v = 320093237.0001386 > c, setting 1/gamma = 0\n",
-      "v = 335692195.9165464 > c, setting 1/gamma = 0\n",
-      "v = 303103834.1817133 > c, setting 1/gamma = 0\n",
-      "v = 302566381.95002985 > c, setting 1/gamma = 0\n",
-      "v = 334873059.8822397 > c, setting 1/gamma = 0\n",
-      "v = 353989018.8677742 > c, setting 1/gamma = 0\n",
-      "v = 316777430.39816093 > c, setting 1/gamma = 0\n",
-      "v = 334422885.3644168 > c, setting 1/gamma = 0\n",
-      "v = 301410825.9355765 > c, setting 1/gamma = 0\n",
-      "v = 304193302.71171105 > c, setting 1/gamma = 0\n",
-      "v = 312397967.0013735 > c, setting 1/gamma = 0\n",
-      "v = 334905463.6915626 > c, setting 1/gamma = 0\n",
-      "v = 321274651.0547133 > c, setting 1/gamma = 0\n",
-      "v = 337790068.5252178 > c, setting 1/gamma = 0\n",
-      "v = 303497190.6518549 > c, setting 1/gamma = 0\n",
-      "v = 300598598.9058271 > c, setting 1/gamma = 0\n",
-      "v = 306736598.8837731 > c, setting 1/gamma = 0\n",
-      "v = 345217201.0307707 > c, setting 1/gamma = 0\n",
-      "v = 360423870.0295208 > c, setting 1/gamma = 0\n",
-      "v = 312650462.4846034 > c, setting 1/gamma = 0\n",
-      "v = 332893901.61122185 > c, setting 1/gamma = 0\n",
-      "v = 306252552.82773226 > c, setting 1/gamma = 0\n",
-      "v = 343278864.14263624 > c, setting 1/gamma = 0\n",
-      "v = 324130248.5796567 > c, setting 1/gamma = 0\n",
-      "v = 343796009.36708844 > c, setting 1/gamma = 0\n",
-      "v = 302546442.0865571 > c, setting 1/gamma = 0\n",
-      "v = 321430962.92968 > c, setting 1/gamma = 0\n",
-      "v = 322449757.78613263 > c, setting 1/gamma = 0\n",
-      "v = 301461459.201164 > c, setting 1/gamma = 0\n",
-      "v = 325460593.00447667 > c, setting 1/gamma = 0\n",
-      "v = 346451307.193923 > c, setting 1/gamma = 0\n",
-      "v = 301599575.5467561 > c, setting 1/gamma = 0\n",
-      "v = 312417347.3817146 > c, setting 1/gamma = 0\n",
-      "v = 306318789.1650989 > c, setting 1/gamma = 0\n",
-      "v = 328341681.5902048 > c, setting 1/gamma = 0\n",
-      "v = 361950413.6094029 > c, setting 1/gamma = 0\n",
-      "v = 336853697.84505606 > c, setting 1/gamma = 0\n",
-      "v = 352625481.9180314 > c, setting 1/gamma = 0\n",
-      "v = 346999210.06384164 > c, setting 1/gamma = 0\n",
-      "v = 361055670.6956418 > c, setting 1/gamma = 0\n",
-      "v = 307559413.07489145 > c, setting 1/gamma = 0\n",
-      "v = 324336417.4558215 > c, setting 1/gamma = 0\n",
-      "v = 317845875.641276 > c, setting 1/gamma = 0\n",
-      "v = 334383385.2857177 > c, setting 1/gamma = 0\n",
-      "v = 311351517.2712222 > c, setting 1/gamma = 0\n",
-      "v = 349823357.2482186 > c, setting 1/gamma = 0\n",
-      "v = 364430728.39789647 > c, setting 1/gamma = 0\n",
-      "v = 311803581.7127216 > c, setting 1/gamma = 0\n",
-      "v = 301286641.0114861 > c, setting 1/gamma = 0\n",
-      "v = 303970867.2940342 > c, setting 1/gamma = 0\n",
-      "v = 321529408.9599802 > c, setting 1/gamma = 0\n",
-      "v = 321619506.93012524 > c, setting 1/gamma = 0\n",
-      "v = 355956853.781623 > c, setting 1/gamma = 0\n",
-      "v = 369617403.54481906 > c, setting 1/gamma = 0\n",
-      "v = 303388957.2078457 > c, setting 1/gamma = 0\n",
-      "v = 322655869.2449105 > c, setting 1/gamma = 0\n",
-      "v = 301920064.9641288 > c, setting 1/gamma = 0\n",
-      "v = 313541420.5508687 > c, setting 1/gamma = 0\n",
-      "v = 330718818.29701245 > c, setting 1/gamma = 0\n",
-      "v = 316434856.52214766 > c, setting 1/gamma = 0\n",
-      "v = 336096333.7152309 > c, setting 1/gamma = 0\n",
-      "v = 357516963.220792 > c, setting 1/gamma = 0\n",
-      "v = 303917006.01660347 > c, setting 1/gamma = 0\n",
-      "v = 300018420.2247381 > c, setting 1/gamma = 0\n",
-      "v = 314257774.5618182 > c, setting 1/gamma = 0\n",
-      "v = 343688287.59096986 > c, setting 1/gamma = 0\n",
-      "v = 326458020.23225987 > c, setting 1/gamma = 0\n",
-      "v = 343327805.49705744 > c, setting 1/gamma = 0\n",
-      "v = 300818892.9165992 > c, setting 1/gamma = 0\n",
-      "v = 317530524.26198554 > c, setting 1/gamma = 0\n",
-      "v = 312239661.7284217 > c, setting 1/gamma = 0\n",
-      "v = 322031948.53648263 > c, setting 1/gamma = 0\n",
-      "v = 336989027.41427374 > c, setting 1/gamma = 0\n",
-      "v = 320286836.4783105 > c, setting 1/gamma = 0\n",
-      "v = 378458680.47106427 > c, setting 1/gamma = 0\n",
-      "v = 388992401.0794459 > c, setting 1/gamma = 0\n",
-      "v = 314556316.90024036 > c, setting 1/gamma = 0\n",
-      "v = 331326123.87281024 > c, setting 1/gamma = 0\n",
-      "v = 301067764.08263445 > c, setting 1/gamma = 0\n",
-      "v = 316338265.16822565 > c, setting 1/gamma = 0\n",
-      "v = 325957701.1166772 > c, setting 1/gamma = 0\n",
-      "v = 344688413.0776394 > c, setting 1/gamma = 0\n",
-      "v = 323117688.6441768 > c, setting 1/gamma = 0\n",
-      "v = 339515149.81700873 > c, setting 1/gamma = 0\n",
-      "v = 312342152.5890098 > c, setting 1/gamma = 0\n",
-      "v = 311022761.1711164 > c, setting 1/gamma = 0\n",
-      "v = 323153992.6896858 > c, setting 1/gamma = 0\n",
-      "v = 329104205.7000448 > c, setting 1/gamma = 0\n",
-      "v = 348155084.68166685 > c, setting 1/gamma = 0\n",
-      "v = 328263656.1889047 > c, setting 1/gamma = 0\n",
-      "v = 343608834.8115698 > c, setting 1/gamma = 0\n",
-      "v = 308213864.60502994 > c, setting 1/gamma = 0\n",
-      "v = 301688414.07646924 > c, setting 1/gamma = 0\n",
-      "v = 342420474.15320915 > c, setting 1/gamma = 0\n",
-      "v = 361326119.3813283 > c, setting 1/gamma = 0\n",
-      "v = 301264371.00505877 > c, setting 1/gamma = 0\n",
-      "v = 322112076.33787066 > c, setting 1/gamma = 0\n",
-      "v = 301067030.93421036 > c, setting 1/gamma = 0\n",
-      "v = 327689586.1034019 > c, setting 1/gamma = 0\n",
-      "v = 328378621.24032384 > c, setting 1/gamma = 0\n",
-      "v = 344228912.85587364 > c, setting 1/gamma = 0\n",
-      "v = 306635972.1988632 > c, setting 1/gamma = 0\n",
-      "v = 322658125.99557894 > c, setting 1/gamma = 0\n",
-      "v = 304053922.1048323 > c, setting 1/gamma = 0\n",
-      "v = 330557356.6887747 > c, setting 1/gamma = 0\n",
-      "v = 310975410.5983017 > c, setting 1/gamma = 0\n",
-      "v = 328950574.3943331 > c, setting 1/gamma = 0\n",
-      "v = 304945017.68567497 > c, setting 1/gamma = 0\n",
-      "v = 320601725.7640108 > c, setting 1/gamma = 0\n",
-      "v = 306637829.5076686 > c, setting 1/gamma = 0\n",
-      "v = 324470979.70376146 > c, setting 1/gamma = 0\n",
-      "v = 312877564.5154067 > c, setting 1/gamma = 0\n",
-      "v = 312127180.84351206 > c, setting 1/gamma = 0\n",
-      "v = 302643477.39659053 > c, setting 1/gamma = 0\n",
-      "v = 322418131.712781 > c, setting 1/gamma = 0\n",
-      "v = 317873052.2408751 > c, setting 1/gamma = 0\n",
-      "v = 306335780.7821091 > c, setting 1/gamma = 0\n",
-      "v = 324202271.3365591 > c, setting 1/gamma = 0\n",
-      "v = 302589687.8574258 > c, setting 1/gamma = 0\n",
-      "v = 337796738.3486521 > c, setting 1/gamma = 0\n",
-      "v = 307605072.3950504 > c, setting 1/gamma = 0\n",
-      "v = 325138621.6220446 > c, setting 1/gamma = 0\n",
-      "v = 323571858.45213777 > c, setting 1/gamma = 0\n",
-      "v = 359005175.7806204 > c, setting 1/gamma = 0\n",
-      "v = 374153349.4281058 > c, setting 1/gamma = 0\n",
-      "v = 306335553.74956155 > c, setting 1/gamma = 0\n",
-      "v = 310035538.3627182 > c, setting 1/gamma = 0\n",
-      "v = 331993356.6392036 > c, setting 1/gamma = 0\n",
-      "v = 303569164.08881956 > c, setting 1/gamma = 0\n",
-      "v = 336037500.42786026 > c, setting 1/gamma = 0\n",
-      "v = 343034287.67759037 > c, setting 1/gamma = 0\n",
-      "v = 360111676.94799876 > c, setting 1/gamma = 0\n",
-      "v = 306522054.747553 > c, setting 1/gamma = 0\n",
-      "v = 324165949.0180079 > c, setting 1/gamma = 0\n",
-      "v = 344156081.25043553 > c, setting 1/gamma = 0\n",
-      "v = 301257364.54191923 > c, setting 1/gamma = 0\n",
-      "v = 333996027.85518765 > c, setting 1/gamma = 0\n",
-      "v = 356795384.3485436 > c, setting 1/gamma = 0\n",
-      "v = 369538915.83677685 > c, setting 1/gamma = 0\n",
-      "v = 318965195.50507855 > c, setting 1/gamma = 0\n",
-      "v = 341630459.19875485 > c, setting 1/gamma = 0\n",
-      "v = 348801683.14339393 > c, setting 1/gamma = 0\n",
-      "v = 362066480.4472678 > c, setting 1/gamma = 0\n",
-      "v = 333526782.41201496 > c, setting 1/gamma = 0\n",
-      "v = 349479462.91412956 > c, setting 1/gamma = 0\n",
-      "v = 311691831.286045 > c, setting 1/gamma = 0\n",
-      "v = 348759769.64707035 > c, setting 1/gamma = 0\n",
-      "v = 321762280.1341009 > c, setting 1/gamma = 0\n",
-      "v = 342068490.4960288 > c, setting 1/gamma = 0\n",
-      "v = 326904783.1238354 > c, setting 1/gamma = 0\n",
-      "v = 342065709.56188154 > c, setting 1/gamma = 0\n",
-      "v = 307222186.33136886 > c, setting 1/gamma = 0\n",
-      "v = 300932990.4295969 > c, setting 1/gamma = 0\n",
-      "v = 320254946.7143267 > c, setting 1/gamma = 0\n",
-      "v = 313018403.9452321 > c, setting 1/gamma = 0\n",
-      "v = 313299521.8789941 > c, setting 1/gamma = 0\n",
-      "v = 330326643.4180984 > c, setting 1/gamma = 0\n",
-      "v = 303956065.39858377 > c, setting 1/gamma = 0\n",
-      "v = 308358059.7668916 > c, setting 1/gamma = 0\n",
-      "v = 313770148.6474028 > c, setting 1/gamma = 0\n",
-      "v = 337564601.8421168 > c, setting 1/gamma = 0\n",
-      "v = 321448596.58250195 > c, setting 1/gamma = 0\n",
-      "v = 337014517.98080873 > c, setting 1/gamma = 0\n",
-      "v = 328533754.97709864 > c, setting 1/gamma = 0\n",
-      "v = 350479179.44368696 > c, setting 1/gamma = 0\n",
-      "v = 312356011.9894209 > c, setting 1/gamma = 0\n",
-      "v = 328640383.73326814 > c, setting 1/gamma = 0\n",
-      "v = 341035662.53873533 > c, setting 1/gamma = 0\n",
-      "v = 360698809.71433616 > c, setting 1/gamma = 0\n",
-      "v = 304154476.4775744 > c, setting 1/gamma = 0\n",
-      "v = 302156590.2359568 > c, setting 1/gamma = 0\n",
-      "v = 322509768.0777889 > c, setting 1/gamma = 0\n",
-      "v = 311095773.91505677 > c, setting 1/gamma = 0\n",
-      "v = 357070751.66787684 > c, setting 1/gamma = 0\n",
-      "v = 371525852.094268 > c, setting 1/gamma = 0\n",
-      "v = 315030511.2759586 > c, setting 1/gamma = 0\n",
-      "v = 336547126.5764418 > c, setting 1/gamma = 0\n",
-      "v = 325694457.0264537 > c, setting 1/gamma = 0\n",
-      "v = 320311098.65132606 > c, setting 1/gamma = 0\n",
-      "v = 338581452.13257015 > c, setting 1/gamma = 0\n",
-      "v = 312512577.094804 > c, setting 1/gamma = 0\n",
-      "v = 337956242.05763185 > c, setting 1/gamma = 0\n",
-      "v = 358862338.50529534 > c, setting 1/gamma = 0\n",
-      "v = 318097629.94403696 > c, setting 1/gamma = 0\n",
-      "v = 354347712.99684876 > c, setting 1/gamma = 0\n",
-      "v = 321608119.00874764 > c, setting 1/gamma = 0\n",
-      "v = 341144457.1855488 > c, setting 1/gamma = 0\n",
-      "v = 300656144.142711 > c, setting 1/gamma = 0\n",
-      "v = 320214140.95787597 > c, setting 1/gamma = 0\n",
-      "v = 315457860.29553545 > c, setting 1/gamma = 0\n",
-      "v = 316692872.10269547 > c, setting 1/gamma = 0\n",
-      "v = 337380605.6994451 > c, setting 1/gamma = 0\n",
-      "v = 373347291.9948636 > c, setting 1/gamma = 0\n",
-      "v = 329049686.324932 > c, setting 1/gamma = 0\n",
-      "v = 345573655.4642781 > c, setting 1/gamma = 0\n",
-      "v = 303619407.14402944 > c, setting 1/gamma = 0\n",
-      "v = 308169841.09925807 > c, setting 1/gamma = 0\n",
-      "v = 318459369.6947402 > c, setting 1/gamma = 0\n",
-      "v = 305677967.25324005 > c, setting 1/gamma = 0\n",
-      "v = 301837675.180034 > c, setting 1/gamma = 0\n",
-      "v = 339074614.1703811 > c, setting 1/gamma = 0\n",
-      "v = 344055007.6661495 > c, setting 1/gamma = 0\n",
-      "v = 360723021.0586279 > c, setting 1/gamma = 0\n",
-      "v = 309703396.9785508 > c, setting 1/gamma = 0\n",
-      "v = 346592418.3415845 > c, setting 1/gamma = 0\n",
-      "v = 315487925.9757851 > c, setting 1/gamma = 0\n",
-      "v = 334326794.6223374 > c, setting 1/gamma = 0\n",
-      "v = 331500951.66807795 > c, setting 1/gamma = 0\n",
-      "v = 354974761.68041456 > c, setting 1/gamma = 0\n",
-      "v = 309646344.50687844 > c, setting 1/gamma = 0\n",
-      "v = 308044417.9156748 > c, setting 1/gamma = 0\n",
-      "v = 330404992.86853325 > c, setting 1/gamma = 0\n",
-      "v = 305629689.7509534 > c, setting 1/gamma = 0\n",
-      "v = 315547675.2470634 > c, setting 1/gamma = 0\n",
-      "v = 305496571.39435154 > c, setting 1/gamma = 0\n",
-      "v = 312317566.9025996 > c, setting 1/gamma = 0\n",
-      "v = 310431432.460872 > c, setting 1/gamma = 0\n",
-      "v = 346676151.1301351 > c, setting 1/gamma = 0\n",
-      "v = 324887071.1869778 > c, setting 1/gamma = 0\n",
-      "v = 343074567.4862627 > c, setting 1/gamma = 0\n",
-      "v = 308698117.441964 > c, setting 1/gamma = 0\n",
-      "v = 302721769.87985796 > c, setting 1/gamma = 0\n",
-      "v = 335678329.93034977 > c, setting 1/gamma = 0\n",
-      "v = 307994134.9661497 > c, setting 1/gamma = 0\n",
-      "v = 317975061.2558786 > c, setting 1/gamma = 0\n",
-      "v = 339548332.05484384 > c, setting 1/gamma = 0\n",
-      "v = 303526969.7781476 > c, setting 1/gamma = 0\n",
-      "v = 318443034.1268142 > c, setting 1/gamma = 0\n",
-      "v = 300631590.32325053 > c, setting 1/gamma = 0\n",
-      "v = 306878822.8298056 > c, setting 1/gamma = 0\n",
-      "v = 343921004.59469575 > c, setting 1/gamma = 0\n",
-      "v = 341354173.81579006 > c, setting 1/gamma = 0\n",
-      "v = 356887127.59522647 > c, setting 1/gamma = 0\n",
-      "v = 333845245.1283596 > c, setting 1/gamma = 0\n",
-      "v = 348438089.6814726 > c, setting 1/gamma = 0\n",
-      "v = 301600349.69644445 > c, setting 1/gamma = 0\n",
-      "v = 340664865.2384529 > c, setting 1/gamma = 0\n",
-      "v = 357215623.94185257 > c, setting 1/gamma = 0\n",
-      "v = 301113655.4057343 > c, setting 1/gamma = 0\n",
-      "v = 314386507.9510798 > c, setting 1/gamma = 0\n",
-      "v = 330167307.4953235 > c, setting 1/gamma = 0\n",
-      "v = 301364676.79048824 > c, setting 1/gamma = 0\n",
-      "v = 347565314.4035193 > c, setting 1/gamma = 0\n",
-      "v = 359685800.7400156 > c, setting 1/gamma = 0\n",
-      "v = 308886508.39730763 > c, setting 1/gamma = 0\n",
-      "v = 344487297.5919048 > c, setting 1/gamma = 0\n",
-      "v = 359476905.32953817 > c, setting 1/gamma = 0\n",
-      "v = 304470311.92798823 > c, setting 1/gamma = 0\n",
-      "v = 301516298.8650118 > c, setting 1/gamma = 0\n",
-      "v = 307989652.6363995 > c, setting 1/gamma = 0\n",
-      "v = 335683749.8244575 > c, setting 1/gamma = 0\n",
-      "v = 354397168.61346024 > c, setting 1/gamma = 0\n",
-      "v = 302841449.62792 > c, setting 1/gamma = 0\n",
-      "v = 339156495.1366601 > c, setting 1/gamma = 0\n",
-      "v = 315120697.9062312 > c, setting 1/gamma = 0\n",
-      "v = 332619210.4073661 > c, setting 1/gamma = 0\n",
-      "v = 312479078.09927386 > c, setting 1/gamma = 0\n",
-      "v = 322157050.88658917 > c, setting 1/gamma = 0\n",
-      "v = 337884420.3881519 > c, setting 1/gamma = 0\n",
-      "v = 307991437.05416226 > c, setting 1/gamma = 0\n",
-      "v = 303847603.17636794 > c, setting 1/gamma = 0\n",
-      "v = 322919967.9131259 > c, setting 1/gamma = 0\n",
-      "v = 342161581.1961804 > c, setting 1/gamma = 0\n",
-      "v = 306179205.7707342 > c, setting 1/gamma = 0\n",
-      "v = 321728584.475817 > c, setting 1/gamma = 0\n",
-      "v = 359542126.08373296 > c, setting 1/gamma = 0\n",
-      "v = 323184050.71019316 > c, setting 1/gamma = 0\n",
-      "v = 344881475.31888354 > c, setting 1/gamma = 0\n",
-      "v = 308855635.6167762 > c, setting 1/gamma = 0\n",
-      "v = 325963387.5451808 > c, setting 1/gamma = 0\n",
-      "v = 310532110.69183826 > c, setting 1/gamma = 0\n",
-      "v = 310012152.2276017 > c, setting 1/gamma = 0\n",
-      "v = 300273988.6166684 > c, setting 1/gamma = 0\n",
-      "v = 316939617.54547125 > c, setting 1/gamma = 0\n",
-      "v = 322118537.1151915 > c, setting 1/gamma = 0\n",
-      "v = 340247527.8347431 > c, setting 1/gamma = 0\n",
-      "v = 358166634.4416794 > c, setting 1/gamma = 0\n",
-      "v = 310673634.0061654 > c, setting 1/gamma = 0\n",
-      "v = 346603066.7984656 > c, setting 1/gamma = 0\n",
-      "v = 317166335.0401007 > c, setting 1/gamma = 0\n",
-      "v = 334420236.6890829 > c, setting 1/gamma = 0\n",
-      "v = 301064234.40120316 > c, setting 1/gamma = 0\n",
-      "v = 326026159.98140395 > c, setting 1/gamma = 0\n",
-      "v = 396487078.3914007 > c, setting 1/gamma = 0\n",
-      "v = 399178602.42812634 > c, setting 1/gamma = 0\n",
-      "v = 335254758.7281095 > c, setting 1/gamma = 0\n",
-      "v = 355841799.15634054 > c, setting 1/gamma = 0\n",
-      "v = 304514596.4923888 > c, setting 1/gamma = 0\n",
-      "v = 314129497.84457636 > c, setting 1/gamma = 0\n",
-      "v = 352908637.20632744 > c, setting 1/gamma = 0\n",
-      "v = 304848357.77480006 > c, setting 1/gamma = 0\n",
-      "v = 327037244.0446902 > c, setting 1/gamma = 0\n",
-      "v = 326069545.95810837 > c, setting 1/gamma = 0\n",
-      "v = 344696674.9264403 > c, setting 1/gamma = 0\n",
-      "v = 333694073.25906634 > c, setting 1/gamma = 0\n",
-      "v = 366414682.2053912 > c, setting 1/gamma = 0\n",
-      "v = 349296801.5873094 > c, setting 1/gamma = 0\n",
-      "v = 360604917.6149298 > c, setting 1/gamma = 0\n",
-      "v = 300254055.3819142 > c, setting 1/gamma = 0\n",
-      "v = 313396296.38223046 > c, setting 1/gamma = 0\n",
-      "v = 328518615.9800881 > c, setting 1/gamma = 0\n",
-      "v = 327886966.4330342 > c, setting 1/gamma = 0\n",
-      "v = 343412365.80520076 > c, setting 1/gamma = 0\n",
-      "v = 309276508.06678605 > c, setting 1/gamma = 0\n",
-      "v = 340144968.88440484 > c, setting 1/gamma = 0\n",
-      "v = 355642600.1936918 > c, setting 1/gamma = 0\n",
-      "v = 301246378.0899736 > c, setting 1/gamma = 0\n",
-      "v = 311405327.93643105 > c, setting 1/gamma = 0\n",
-      "v = 326169523.8200056 > c, setting 1/gamma = 0\n",
-      "v = 304583683.7406145 > c, setting 1/gamma = 0\n",
-      "v = 334217884.37899834 > c, setting 1/gamma = 0\n",
-      "v = 350765667.5928841 > c, setting 1/gamma = 0\n",
-      "v = 331955913.3465435 > c, setting 1/gamma = 0\n",
-      "v = 348264886.4287295 > c, setting 1/gamma = 0\n",
-      "v = 300764874.71211296 > c, setting 1/gamma = 0\n",
-      "v = 304495306.4383369 > c, setting 1/gamma = 0\n",
-      "v = 308065264.6600052 > c, setting 1/gamma = 0\n",
-      "v = 305547351.51236576 > c, setting 1/gamma = 0\n",
-      "v = 319679600.96827674 > c, setting 1/gamma = 0\n",
-      "v = 303559533.0015115 > c, setting 1/gamma = 0\n",
-      "v = 337133964.9804518 > c, setting 1/gamma = 0\n",
-      "v = 316356762.5176745 > c, setting 1/gamma = 0\n",
-      "v = 336626148.4597017 > c, setting 1/gamma = 0\n",
-      "v = 304091173.257081 > c, setting 1/gamma = 0\n",
-      "v = 340674218.9631042 > c, setting 1/gamma = 0\n",
-      "v = 328042325.01980054 > c, setting 1/gamma = 0\n",
-      "v = 345116004.3207501 > c, setting 1/gamma = 0\n",
-      "v = 301024983.56656927 > c, setting 1/gamma = 0\n",
-      "v = 334486707.2314567 > c, setting 1/gamma = 0\n",
-      "v = 354521035.56737113 > c, setting 1/gamma = 0\n",
-      "v = 300230635.4869915 > c, setting 1/gamma = 0\n",
-      "v = 300468991.27845424 > c, setting 1/gamma = 0\n",
-      "v = 302033359.02977204 > c, setting 1/gamma = 0\n",
-      "v = 339104840.43055826 > c, setting 1/gamma = 0\n",
-      "v = 334223109.5036846 > c, setting 1/gamma = 0\n",
-      "v = 351545636.133228 > c, setting 1/gamma = 0\n",
-      "v = 300994582.8423737 > c, setting 1/gamma = 0\n",
-      "v = 300783776.1745617 > c, setting 1/gamma = 0\n",
-      "v = 303149708.6687816 > c, setting 1/gamma = 0\n",
-      "v = 336926670.9286156 > c, setting 1/gamma = 0\n",
-      "v = 304194534.4986282 > c, setting 1/gamma = 0\n",
-      "v = 318711440.08302534 > c, setting 1/gamma = 0\n",
-      "v = 343472937.04596573 > c, setting 1/gamma = 0\n",
-      "v = 320551127.7312107 > c, setting 1/gamma = 0\n",
-      "v = 359173870.43561095 > c, setting 1/gamma = 0\n",
-      "v = 315508558.61028206 > c, setting 1/gamma = 0\n",
-      "v = 337002637.8649005 > c, setting 1/gamma = 0\n",
-      "v = 315942094.01864815 > c, setting 1/gamma = 0\n",
-      "v = 325712043.7676921 > c, setting 1/gamma = 0\n",
-      "v = 308987972.51293474 > c, setting 1/gamma = 0\n",
-      "v = 319927022.1450087 > c, setting 1/gamma = 0\n",
-      "v = 302357140.5042184 > c, setting 1/gamma = 0\n",
-      "v = 300145293.21411717 > c, setting 1/gamma = 0\n",
-      "v = 336570561.5494389 > c, setting 1/gamma = 0\n",
-      "v = 340556866.17415035 > c, setting 1/gamma = 0\n",
-      "v = 355287297.3043585 > c, setting 1/gamma = 0\n",
-      "v = 305057968.4394593 > c, setting 1/gamma = 0\n",
-      "v = 322476546.31001437 > c, setting 1/gamma = 0\n",
-      "v = 361946900.5565261 > c, setting 1/gamma = 0\n",
-      "v = 376446923.7848783 > c, setting 1/gamma = 0\n",
-      "v = 325588392.10573095 > c, setting 1/gamma = 0\n",
-      "v = 304127462.9341921 > c, setting 1/gamma = 0\n",
-      "v = 327664375.97754985 > c, setting 1/gamma = 0\n",
-      "v = 304655735.9598731 > c, setting 1/gamma = 0\n",
-      "v = 310579692.9972016 > c, setting 1/gamma = 0\n",
-      "v = 317596235.2399103 > c, setting 1/gamma = 0\n",
-      "v = 352006324.3991259 > c, setting 1/gamma = 0\n",
-      "v = 304527200.12304014 > c, setting 1/gamma = 0\n",
-      "v = 320162052.8557908 > c, setting 1/gamma = 0\n",
-      "v = 303503641.1571571 > c, setting 1/gamma = 0\n",
-      "v = 300755442.99903005 > c, setting 1/gamma = 0\n",
-      "v = 334345008.8738936 > c, setting 1/gamma = 0\n",
-      "v = 300888372.33412457 > c, setting 1/gamma = 0\n",
-      "v = 313370787.24925673 > c, setting 1/gamma = 0\n",
-      "v = 303184408.5804136 > c, setting 1/gamma = 0\n",
-      "v = 330430890.04880446 > c, setting 1/gamma = 0\n",
-      "v = 338232190.62526673 > c, setting 1/gamma = 0\n",
-      "v = 357908563.344713 > c, setting 1/gamma = 0\n",
-      "v = 310370865.0430617 > c, setting 1/gamma = 0\n",
-      "v = 302666176.3134355 > c, setting 1/gamma = 0\n",
-      "v = 332483877.2101387 > c, setting 1/gamma = 0\n",
-      "v = 314550477.4147545 > c, setting 1/gamma = 0\n",
-      "v = 302558207.80372673 > c, setting 1/gamma = 0\n",
-      "v = 307502743.5403049 > c, setting 1/gamma = 0\n",
-      "v = 340742223.9971933 > c, setting 1/gamma = 0\n",
-      "v = 371963178.11379164 > c, setting 1/gamma = 0\n",
-      "v = 320416444.5018853 > c, setting 1/gamma = 0\n",
-      "v = 335156066.88000435 > c, setting 1/gamma = 0\n",
-      "v = 300124468.45279324 > c, setting 1/gamma = 0\n",
-      "v = 339283859.25814736 > c, setting 1/gamma = 0\n",
-      "v = 338551629.2246018 > c, setting 1/gamma = 0\n",
-      "v = 355720189.5039405 > c, setting 1/gamma = 0\n",
-      "v = 303767180.25691223 > c, setting 1/gamma = 0\n",
-      "v = 339312382.49349064 > c, setting 1/gamma = 0\n",
-      "v = 300607047.0587693 > c, setting 1/gamma = 0\n",
-      "v = 337983261.4654685 > c, setting 1/gamma = 0\n",
-      "v = 327233379.8962594 > c, setting 1/gamma = 0\n",
-      "v = 346036980.9687614 > c, setting 1/gamma = 0\n",
-      "v = 310946173.06308544 > c, setting 1/gamma = 0\n",
-      "v = 300504719.8132882 > c, setting 1/gamma = 0\n",
-      "v = 305146075.15983415 > c, setting 1/gamma = 0\n",
-      "v = 337943757.784345 > c, setting 1/gamma = 0\n",
-      "v = 308637277.77159387 > c, setting 1/gamma = 0\n",
-      "v = 338361238.624155 > c, setting 1/gamma = 0\n",
-      "v = 357609326.3764976 > c, setting 1/gamma = 0\n",
-      "v = 318545957.40240663 > c, setting 1/gamma = 0\n",
-      "v = 303165090.8308139 > c, setting 1/gamma = 0\n",
-      "v = 316620178.51672626 > c, setting 1/gamma = 0\n",
-      "v = 323272790.62758726 > c, setting 1/gamma = 0\n",
-      "v = 341935921.2090233 > c, setting 1/gamma = 0\n",
-      "v = 303096398.0314242 > c, setting 1/gamma = 0\n",
-      "v = 318770727.06448364 > c, setting 1/gamma = 0\n",
-      "v = 304818333.0019325 > c, setting 1/gamma = 0\n",
-      "v = 318769960.6015287 > c, setting 1/gamma = 0\n",
-      "v = 332350346.6406796 > c, setting 1/gamma = 0\n",
-      "v = 323340399.958504 > c, setting 1/gamma = 0\n",
-      "v = 341394774.2074279 > c, setting 1/gamma = 0\n",
-      "v = 356294419.470487 > c, setting 1/gamma = 0\n",
-      "v = 307031811.16213894 > c, setting 1/gamma = 0\n",
-      "v = 342054144.7913271 > c, setting 1/gamma = 0\n",
-      "v = 302037329.46258515 > c, setting 1/gamma = 0\n",
-      "v = 318504802.228642 > c, setting 1/gamma = 0\n",
-      "v = 330504840.9084543 > c, setting 1/gamma = 0\n",
-      "v = 346626472.12642854 > c, setting 1/gamma = 0\n",
-      "v = 313420623.8716267 > c, setting 1/gamma = 0\n",
-      "v = 331240878.14994764 > c, setting 1/gamma = 0\n",
-      "v = 319149607.68080837 > c, setting 1/gamma = 0\n",
-      "v = 300020174.0029231 > c, setting 1/gamma = 0\n",
-      "v = 322248125.00512093 > c, setting 1/gamma = 0\n",
-      "v = 342648562.39092755 > c, setting 1/gamma = 0\n",
-      "v = 354455466.68375015 > c, setting 1/gamma = 0\n",
-      "v = 308969137.747801 > c, setting 1/gamma = 0\n",
-      "v = 323117535.6853989 > c, setting 1/gamma = 0\n",
-      "v = 301184283.33067375 > c, setting 1/gamma = 0\n",
-      "v = 314850840.27924365 > c, setting 1/gamma = 0\n",
-      "v = 316822687.84491986 > c, setting 1/gamma = 0\n",
-      "v = 309642191.4786228 > c, setting 1/gamma = 0\n",
-      "v = 325895205.632742 > c, setting 1/gamma = 0\n",
-      "v = 303442571.600708 > c, setting 1/gamma = 0\n",
-      "v = 301251615.71095866 > c, setting 1/gamma = 0\n",
-      "v = 301536840.193848 > c, setting 1/gamma = 0\n",
-      "v = 321153134.2504626 > c, setting 1/gamma = 0\n",
-      "v = 300194281.4807281 > c, setting 1/gamma = 0\n",
-      "v = 319946339.17978334 > c, setting 1/gamma = 0\n",
-      "v = 308706356.73074603 > c, setting 1/gamma = 0\n",
-      "v = 340513886.5094198 > c, setting 1/gamma = 0\n",
-      "v = 317536484.0633602 > c, setting 1/gamma = 0\n",
-      "v = 353273717.82648414 > c, setting 1/gamma = 0\n",
-      "v = 311599484.5531453 > c, setting 1/gamma = 0\n",
-      "v = 304039441.4472517 > c, setting 1/gamma = 0\n",
-      "v = 343741970.6111143 > c, setting 1/gamma = 0\n",
-      "v = 328265072.53353524 > c, setting 1/gamma = 0\n",
-      "v = 347994521.0728243 > c, setting 1/gamma = 0\n",
-      "v = 314732494.0757934 > c, setting 1/gamma = 0\n",
-      "v = 300000325.97967774 > c, setting 1/gamma = 0\n",
-      "v = 303435132.8841932 > c, setting 1/gamma = 0\n",
-      "v = 339382774.03312516 > c, setting 1/gamma = 0\n",
-      "v = 321129156.1826333 > c, setting 1/gamma = 0\n",
-      "v = 336988764.27224785 > c, setting 1/gamma = 0\n",
-      "v = 300899768.99608195 > c, setting 1/gamma = 0\n",
-      "v = 341690433.0930673 > c, setting 1/gamma = 0\n",
-      "v = 328337129.4240113 > c, setting 1/gamma = 0\n",
-      "v = 346969205.8257415 > c, setting 1/gamma = 0\n",
-      "v = 340172124.05766535 > c, setting 1/gamma = 0\n",
-      "v = 373245509.9259043 > c, setting 1/gamma = 0\n",
-      "v = 310168318.38298637 > c, setting 1/gamma = 0\n",
-      "v = 326400543.67663485 > c, setting 1/gamma = 0\n",
-      "v = 325474992.5639655 > c, setting 1/gamma = 0\n",
-      "v = 318717920.07379526 > c, setting 1/gamma = 0\n",
-      "v = 333422606.12422085 > c, setting 1/gamma = 0\n",
-      "v = 313540381.6909985 > c, setting 1/gamma = 0\n",
-      "v = 307061630.37872946 > c, setting 1/gamma = 0\n",
-      "v = 343187170.9502685 > c, setting 1/gamma = 0\n",
-      "v = 332050908.3590894 > c, setting 1/gamma = 0\n",
-      "v = 347267389.2102396 > c, setting 1/gamma = 0\n",
-      "v = 306697942.0392288 > c, setting 1/gamma = 0\n",
-      "v = 300745112.1249766 > c, setting 1/gamma = 0\n",
-      "v = 336228122.175073 > c, setting 1/gamma = 0\n",
-      "v = 322958794.6021186 > c, setting 1/gamma = 0\n",
-      "v = 337175204.9539656 > c, setting 1/gamma = 0\n",
-      "v = 306373689.81409144 > c, setting 1/gamma = 0\n",
-      "v = 346595708.73553884 > c, setting 1/gamma = 0\n",
-      "v = 359177683.12062263 > c, setting 1/gamma = 0\n",
-      "v = 324933480.4807049 > c, setting 1/gamma = 0\n",
-      "v = 359353725.01373386 > c, setting 1/gamma = 0\n",
-      "v = 300240421.2292282 > c, setting 1/gamma = 0\n",
-      "v = 315422122.2322992 > c, setting 1/gamma = 0\n",
-      "v = 326742379.8975032 > c, setting 1/gamma = 0\n",
-      "v = 322172902.59437686 > c, setting 1/gamma = 0\n",
-      "v = 340429749.55382043 > c, setting 1/gamma = 0\n",
-      "v = 302902741.4497986 > c, setting 1/gamma = 0\n",
-      "v = 330830709.3654646 > c, setting 1/gamma = 0\n",
-      "v = 319580836.6433152 > c, setting 1/gamma = 0\n",
-      "v = 335636593.29260206 > c, setting 1/gamma = 0\n",
-      "v = 317788479.5451684 > c, setting 1/gamma = 0\n",
-      "v = 335868957.420171 > c, setting 1/gamma = 0\n",
-      "v = 313525092.6147316 > c, setting 1/gamma = 0\n",
-      "v = 326710072.4097168 > c, setting 1/gamma = 0\n",
-      "v = 304963200.55961114 > c, setting 1/gamma = 0\n",
-      "v = 330245609.72540045 > c, setting 1/gamma = 0\n",
-      "v = 342688640.5728755 > c, setting 1/gamma = 0\n",
-      "v = 310702474.2531362 > c, setting 1/gamma = 0\n",
-      "v = 318814078.982911 > c, setting 1/gamma = 0\n",
-      "v = 311427621.75770617 > c, setting 1/gamma = 0\n",
-      "v = 346872895.69146484 > c, setting 1/gamma = 0\n",
-      "v = 333885640.9688231 > c, setting 1/gamma = 0\n",
-      "v = 346883045.128676 > c, setting 1/gamma = 0\n",
-      "v = 315651610.8221619 > c, setting 1/gamma = 0\n",
-      "v = 322542053.38355964 > c, setting 1/gamma = 0\n",
-      "v = 335405152.02742404 > c, setting 1/gamma = 0\n",
-      "v = 302034629.1688147 > c, setting 1/gamma = 0\n",
-      "v = 338561579.19504404 > c, setting 1/gamma = 0\n",
-      "v = 332460740.0738315 > c, setting 1/gamma = 0\n",
-      "v = 345802634.56851 > c, setting 1/gamma = 0\n",
-      "v = 332342032.36875993 > c, setting 1/gamma = 0\n",
-      "v = 308392272.43290514 > c, setting 1/gamma = 0\n",
-      "v = 304787048.21547604 > c, setting 1/gamma = 0\n",
-      "v = 330902586.7028424 > c, setting 1/gamma = 0\n",
-      "v = 301479736.1444463 > c, setting 1/gamma = 0\n",
-      "v = 340133864.2182077 > c, setting 1/gamma = 0\n",
-      "v = 308548899.20798993 > c, setting 1/gamma = 0\n",
-      "v = 323534466.4627228 > c, setting 1/gamma = 0\n",
-      "v = 320002986.0887448 > c, setting 1/gamma = 0\n",
-      "v = 308726720.9447104 > c, setting 1/gamma = 0\n",
-      "v = 348885453.8143678 > c, setting 1/gamma = 0\n",
-      "v = 302082518.31866103 > c, setting 1/gamma = 0\n",
-      "v = 322235937.436427 > c, setting 1/gamma = 0\n",
-      "v = 320238737.1852616 > c, setting 1/gamma = 0\n",
-      "v = 355769350.0780204 > c, setting 1/gamma = 0\n",
-      "v = 321992203.247926 > c, setting 1/gamma = 0\n",
-      "v = 338121069.1814608 > c, setting 1/gamma = 0\n",
-      "v = 305558911.841707 > c, setting 1/gamma = 0\n",
-      "v = 333415926.23292595 > c, setting 1/gamma = 0\n",
-      "v = 347855920.2865124 > c, setting 1/gamma = 0\n",
-      "v = 309584956.5214193 > c, setting 1/gamma = 0\n",
-      "v = 320637696.32120323 > c, setting 1/gamma = 0\n",
-      "v = 334224421.3958044 > c, setting 1/gamma = 0\n",
-      "v = 312266432.91122085 > c, setting 1/gamma = 0\n",
-      "v = 342476085.13746893 > c, setting 1/gamma = 0\n",
-      "v = 355017266.08201075 > c, setting 1/gamma = 0\n",
-      "v = 321769065.74816746 > c, setting 1/gamma = 0\n",
-      "v = 354112008.8300339 > c, setting 1/gamma = 0\n",
-      "v = 305954940.649588 > c, setting 1/gamma = 0\n",
-      "v = 318768650.9748268 > c, setting 1/gamma = 0\n",
-      "v = 315175419.3225512 > c, setting 1/gamma = 0\n",
-      "v = 350167165.4158762 > c, setting 1/gamma = 0\n",
-      "v = 350752954.54865366 > c, setting 1/gamma = 0\n",
-      "v = 360048545.7851821 > c, setting 1/gamma = 0\n",
-      "v = 321253236.57587945 > c, setting 1/gamma = 0\n",
-      "v = 334695102.8087008 > c, setting 1/gamma = 0\n",
-      "v = 302845496.17401594 > c, setting 1/gamma = 0\n",
-      "v = 312034481.40781647 > c, setting 1/gamma = 0\n",
-      "v = 313855969.3026761 > c, setting 1/gamma = 0\n",
-      "v = 346634548.1369388 > c, setting 1/gamma = 0\n",
-      "v = 307617766.416247 > c, setting 1/gamma = 0\n",
-      "v = 344952417.2535144 > c, setting 1/gamma = 0\n",
-      "v = 312132275.0251219 > c, setting 1/gamma = 0\n",
-      "v = 320352881.2996302 > c, setting 1/gamma = 0\n",
-      "v = 309262366.33579385 > c, setting 1/gamma = 0\n",
-      "v = 326026226.74948263 > c, setting 1/gamma = 0\n",
-      "v = 339810583.0638651 > c, setting 1/gamma = 0\n",
-      "v = 353380721.83537906 > c, setting 1/gamma = 0\n",
-      "v = 300091400.81212175 > c, setting 1/gamma = 0\n",
-      "v = 321178661.94806325 > c, setting 1/gamma = 0\n",
-      "v = 333596585.9739335 > c, setting 1/gamma = 0\n",
-      "v = 304485817.9284279 > c, setting 1/gamma = 0\n",
-      "v = 356695422.6322666 > c, setting 1/gamma = 0\n",
-      "v = 363245677.07769066 > c, setting 1/gamma = 0\n",
-      "v = 304122124.29706883 > c, setting 1/gamma = 0\n",
-      "v = 307472403.91383964 > c, setting 1/gamma = 0\n",
-      "v = 320344007.34032285 > c, setting 1/gamma = 0\n",
-      "v = 309190205.6457916 > c, setting 1/gamma = 0\n",
-      "v = 326080373.54529005 > c, setting 1/gamma = 0\n",
-      "v = 361817802.9070234 > c, setting 1/gamma = 0\n",
-      "v = 335375410.22529876 > c, setting 1/gamma = 0\n",
-      "v = 348573865.9071953 > c, setting 1/gamma = 0\n",
-      "v = 322086372.26763403 > c, setting 1/gamma = 0\n",
-      "v = 317558800.2965786 > c, setting 1/gamma = 0\n",
-      "v = 331307044.6814618 > c, setting 1/gamma = 0\n",
-      "v = 306300682.9974308 > c, setting 1/gamma = 0\n",
-      "v = 303561884.3313278 > c, setting 1/gamma = 0\n",
-      "v = 309357310.40688986 > c, setting 1/gamma = 0\n",
-      "v = 344488803.7325432 > c, setting 1/gamma = 0\n",
-      "v = 313640744.5492718 > c, setting 1/gamma = 0\n",
-      "v = 350623231.67205554 > c, setting 1/gamma = 0\n",
-      "v = 312700430.34389603 > c, setting 1/gamma = 0\n",
-      "v = 303226714.7657035 > c, setting 1/gamma = 0\n",
-      "v = 338725200.05539286 > c, setting 1/gamma = 0\n",
-      "v = 305662373.8093135 > c, setting 1/gamma = 0\n",
-      "v = 325715258.1079472 > c, setting 1/gamma = 0\n",
-      "v = 321109476.8622976 > c, setting 1/gamma = 0\n",
-      "v = 317095563.12679034 > c, setting 1/gamma = 0\n",
-      "v = 340444988.9768468 > c, setting 1/gamma = 0\n",
-      "v = 325094414.3648921 > c, setting 1/gamma = 0\n",
-      "v = 361375886.5222652 > c, setting 1/gamma = 0\n",
-      "v = 302196758.5688942 > c, setting 1/gamma = 0\n",
-      "v = 303811761.1437371 > c, setting 1/gamma = 0\n",
-      "v = 343515695.5203595 > c, setting 1/gamma = 0\n",
-      "v = 315199318.68935925 > c, setting 1/gamma = 0\n",
-      "v = 326631641.3831505 > c, setting 1/gamma = 0\n",
-      "v = 311965677.29905206 > c, setting 1/gamma = 0\n",
-      "v = 308240639.68509245 > c, setting 1/gamma = 0\n",
-      "v = 326719869.67565066 > c, setting 1/gamma = 0\n",
-      "v = 308525671.3531168 > c, setting 1/gamma = 0\n",
-      "v = 344297885.56627154 > c, setting 1/gamma = 0\n",
-      "v = 307430943.5796499 > c, setting 1/gamma = 0\n",
-      "v = 304240381.73876786 > c, setting 1/gamma = 0\n",
-      "v = 339261513.31103307 > c, setting 1/gamma = 0\n",
-      "v = 323059867.4070051 > c, setting 1/gamma = 0\n",
-      "v = 336164284.816249 > c, setting 1/gamma = 0\n",
-      "v = 309570229.07287174 > c, setting 1/gamma = 0\n",
-      "v = 342142240.061863 > c, setting 1/gamma = 0\n",
-      "v = 352639131.86592174 > c, setting 1/gamma = 0\n",
-      "v = 302059370.5388624 > c, setting 1/gamma = 0\n",
-      "v = 315499380.7140457 > c, setting 1/gamma = 0\n",
-      "v = 313063967.02349323 > c, setting 1/gamma = 0\n",
-      "v = 304131353.1471958 > c, setting 1/gamma = 0\n",
-      "v = 316978780.6310169 > c, setting 1/gamma = 0\n",
-      "v = 310911012.3756596 > c, setting 1/gamma = 0\n",
-      "v = 345817030.31838393 > c, setting 1/gamma = 0\n",
-      "v = 340083277.60351866 > c, setting 1/gamma = 0\n",
-      "v = 349921815.87942314 > c, setting 1/gamma = 0\n",
-      "v = 302268932.5922625 > c, setting 1/gamma = 0\n",
-      "v = 300881269.18455726 > c, setting 1/gamma = 0\n",
-      "v = 313490705.4591247 > c, setting 1/gamma = 0\n",
-      "v = 304845512.6989614 > c, setting 1/gamma = 0\n",
-      "v = 334977670.48055154 > c, setting 1/gamma = 0\n",
-      "v = 322472220.82095766 > c, setting 1/gamma = 0\n",
-      "v = 361466918.02848566 > c, setting 1/gamma = 0\n",
-      "v = 320607381.44830585 > c, setting 1/gamma = 0\n",
-      "v = 338584693.92555493 > c, setting 1/gamma = 0\n",
-      "v = 307202901.0005497 > c, setting 1/gamma = 0\n",
-      "v = 311663237.2243543 > c, setting 1/gamma = 0\n",
-      "v = 325185373.3774119 > c, setting 1/gamma = 0\n",
-      "v = 301495738.81593674 > c, setting 1/gamma = 0\n",
-      "v = 313954909.2897585 > c, setting 1/gamma = 0\n",
-      "v = 301025875.3030918 > c, setting 1/gamma = 0\n",
-      "v = 334743529.2383451 > c, setting 1/gamma = 0\n",
-      "v = 306830018.4533223 > c, setting 1/gamma = 0\n",
-      "v = 308059361.3001613 > c, setting 1/gamma = 0\n",
-      "v = 346487259.99531144 > c, setting 1/gamma = 0\n",
-      "v = 306431364.94315547 > c, setting 1/gamma = 0\n",
-      "v = 324784025.1083879 > c, setting 1/gamma = 0\n",
-      "v = 302953164.847745 > c, setting 1/gamma = 0\n",
-      "v = 344445544.73427093 > c, setting 1/gamma = 0\n",
-      "v = 316020961.2830147 > c, setting 1/gamma = 0\n",
-      "v = 333290546.09289694 > c, setting 1/gamma = 0\n",
-      "v = 316965252.97253656 > c, setting 1/gamma = 0\n",
-      "v = 319104309.70757526 > c, setting 1/gamma = 0\n",
-      "v = 340171058.32627803 > c, setting 1/gamma = 0\n",
-      "v = 301596395.53645355 > c, setting 1/gamma = 0\n",
-      "v = 303408551.5314887 > c, setting 1/gamma = 0\n",
-      "v = 313823766.07787454 > c, setting 1/gamma = 0\n",
-      "v = 348948147.03128487 > c, setting 1/gamma = 0\n",
-      "v = 363079617.095523 > c, setting 1/gamma = 0\n",
-      "v = 357586607.3036275 > c, setting 1/gamma = 0\n",
-      "v = 390920244.175005 > c, setting 1/gamma = 0\n",
-      "v = 306086748.94193506 > c, setting 1/gamma = 0\n",
-      "v = 324746970.04019606 > c, setting 1/gamma = 0\n",
-      "v = 359955475.7206214 > c, setting 1/gamma = 0\n",
-      "v = 300335223.8511186 > c, setting 1/gamma = 0\n",
-      "v = 314802145.1583674 > c, setting 1/gamma = 0\n",
-      "v = 310641000.0833164 > c, setting 1/gamma = 0\n",
-      "v = 348781386.32240283 > c, setting 1/gamma = 0\n",
-      "v = 323220216.2066081 > c, setting 1/gamma = 0\n",
-      "v = 340284574.52108514 > c, setting 1/gamma = 0\n",
-      "v = 382957164.5676704 > c, setting 1/gamma = 0\n",
-      "v = 408779834.87744635 > c, setting 1/gamma = 0\n",
-      "v = 328498879.14785516 > c, setting 1/gamma = 0\n",
-      "v = 344264547.5987407 > c, setting 1/gamma = 0\n",
-      "v = 322947673.4056646 > c, setting 1/gamma = 0\n",
-      "v = 309626600.8970781 > c, setting 1/gamma = 0\n",
-      "v = 307718734.89364725 > c, setting 1/gamma = 0\n",
-      "v = 344129353.9151845 > c, setting 1/gamma = 0\n",
-      "v = 320663405.81136173 > c, setting 1/gamma = 0\n",
-      "v = 336067807.00794053 > c, setting 1/gamma = 0\n",
-      "v = 326441782.72500324 > c, setting 1/gamma = 0\n",
-      "v = 339033906.78209656 > c, setting 1/gamma = 0\n",
-      "v = 306009593.3324608 > c, setting 1/gamma = 0\n",
-      "v = 326673100.31973946 > c, setting 1/gamma = 0\n",
-      "v = 339977740.4642585 > c, setting 1/gamma = 0\n",
-      "v = 304733967.1946294 > c, setting 1/gamma = 0\n",
-      "v = 331253561.3144131 > c, setting 1/gamma = 0\n",
-      "v = 341134881.4100763 > c, setting 1/gamma = 0\n",
-      "v = 304042321.1325527 > c, setting 1/gamma = 0\n",
-      "v = 328045869.18120503 > c, setting 1/gamma = 0\n",
-      "v = 360127893.9276985 > c, setting 1/gamma = 0\n",
-      "v = 311443863.41780436 > c, setting 1/gamma = 0\n",
-      "v = 346520314.6319528 > c, setting 1/gamma = 0\n",
-      "v = 301793838.88727075 > c, setting 1/gamma = 0\n",
-      "v = 313488978.3075023 > c, setting 1/gamma = 0\n",
-      "v = 306742433.736028 > c, setting 1/gamma = 0\n",
-      "v = 339020065.3186868 > c, setting 1/gamma = 0\n",
-      "v = 305384427.56506324 > c, setting 1/gamma = 0\n",
-      "v = 307657762.2891848 > c, setting 1/gamma = 0\n",
-      "v = 320154284.9947211 > c, setting 1/gamma = 0\n",
-      "v = 303060228.68188465 > c, setting 1/gamma = 0\n",
-      "v = 338496807.7098643 > c, setting 1/gamma = 0\n",
-      "v = 308529239.110788 > c, setting 1/gamma = 0\n",
-      "v = 351642523.34835935 > c, setting 1/gamma = 0\n",
-      "v = 384476781.38053685 > c, setting 1/gamma = 0\n",
-      "v = 345582262.5795719 > c, setting 1/gamma = 0\n",
-      "v = 382699279.15671736 > c, setting 1/gamma = 0\n",
-      "v = 332261149.49263376 > c, setting 1/gamma = 0\n",
-      "v = 309679680.67030793 > c, setting 1/gamma = 0\n",
-      "v = 331926737.1162593 > c, setting 1/gamma = 0\n",
-      "v = 370828785.24620956 > c, setting 1/gamma = 0\n",
-      "v = 398557191.01353294 > c, setting 1/gamma = 0\n",
-      "v = 308484620.02459365 > c, setting 1/gamma = 0\n",
-      "v = 301937694.579594 > c, setting 1/gamma = 0\n",
-      "v = 341412597.7654562 > c, setting 1/gamma = 0\n",
-      "v = 317245210.5923231 > c, setting 1/gamma = 0\n",
-      "v = 354930010.6513935 > c, setting 1/gamma = 0\n",
-      "v = 320432893.3338578 > c, setting 1/gamma = 0\n",
-      "v = 302242063.11988735 > c, setting 1/gamma = 0\n",
-      "v = 315851601.05204463 > c, setting 1/gamma = 0\n",
-      "v = 302699708.0043789 > c, setting 1/gamma = 0\n",
-      "v = 336624338.8938226 > c, setting 1/gamma = 0\n",
-      "v = 315441020.7336789 > c, setting 1/gamma = 0\n",
-      "v = 355502589.9237054 > c, setting 1/gamma = 0\n",
-      "v = 324513088.91326064 > c, setting 1/gamma = 0\n",
-      "v = 356334148.4290591 > c, setting 1/gamma = 0\n",
-      "v = 318096979.9699293 > c, setting 1/gamma = 0\n",
-      "v = 354293260.67712194 > c, setting 1/gamma = 0\n",
-      "v = 315384324.3376144 > c, setting 1/gamma = 0\n",
-      "v = 330332997.01418287 > c, setting 1/gamma = 0\n",
-      "v = 312542800.7480636 > c, setting 1/gamma = 0\n",
-      "v = 316640908.8590356 > c, setting 1/gamma = 0\n",
-      "v = 327075301.66599554 > c, setting 1/gamma = 0\n",
-      "v = 322475880.6063442 > c, setting 1/gamma = 0\n",
-      "v = 312237740.692136 > c, setting 1/gamma = 0\n",
-      "v = 349741927.77841127 > c, setting 1/gamma = 0\n",
-      "v = 329399195.04451734 > c, setting 1/gamma = 0\n",
-      "v = 342567228.39200974 > c, setting 1/gamma = 0\n",
-      "v = 337122527.48698205 > c, setting 1/gamma = 0\n",
-      "v = 304103523.71112365 > c, setting 1/gamma = 0\n",
-      "v = 317840622.6761851 > c, setting 1/gamma = 0\n",
-      "v = 312724955.03426194 > c, setting 1/gamma = 0\n",
-      "v = 327207932.76749915 > c, setting 1/gamma = 0\n",
-      "v = 363728913.63667315 > c, setting 1/gamma = 0\n",
-      "v = 334121174.7804399 > c, setting 1/gamma = 0\n",
-      "v = 346650614.5332735 > c, setting 1/gamma = 0\n",
-      "v = 302149602.9852919 > c, setting 1/gamma = 0\n",
-      "v = 341981595.3406278 > c, setting 1/gamma = 0\n",
-      "v = 300265135.5100264 > c, setting 1/gamma = 0\n",
-      "v = 328810096.2115271 > c, setting 1/gamma = 0\n",
-      "v = 305584075.6094235 > c, setting 1/gamma = 0\n",
-      "v = 318254345.23365825 > c, setting 1/gamma = 0\n",
-      "v = 314947353.5475545 > c, setting 1/gamma = 0\n",
-      "v = 351662107.29640436 > c, setting 1/gamma = 0\n",
-      "v = 370754036.8945224 > c, setting 1/gamma = 0\n",
-      "v = 374192601.0331649 > c, setting 1/gamma = 0\n",
-      "v = 302362231.813505 > c, setting 1/gamma = 0\n",
-      "v = 311744543.4445563 > c, setting 1/gamma = 0\n",
-      "v = 313525681.2956372 > c, setting 1/gamma = 0\n",
-      "v = 350581811.7189685 > c, setting 1/gamma = 0\n",
-      "v = 369193705.67609423 > c, setting 1/gamma = 0\n",
-      "v = 373413511.8919624 > c, setting 1/gamma = 0\n",
-      "v = 302570796.6896495 > c, setting 1/gamma = 0\n",
-      "v = 336635138.9209322 > c, setting 1/gamma = 0\n",
-      "v = 317379793.8351064 > c, setting 1/gamma = 0\n",
-      "v = 359105052.78447443 > c, setting 1/gamma = 0\n",
-      "v = 310456429.39705443 > c, setting 1/gamma = 0\n",
-      "v = 330676910.5664788 > c, setting 1/gamma = 0\n",
-      "v = 378595048.61467236 > c, setting 1/gamma = 0\n",
-      "v = 403850575.08255875 > c, setting 1/gamma = 0\n",
-      "v = 305004177.04994094 > c, setting 1/gamma = 0\n",
-      "v = 322375184.7552422 > c, setting 1/gamma = 0\n",
-      "v = 310216923.8552984 > c, setting 1/gamma = 0\n",
-      "v = 313226772.78659296 > c, setting 1/gamma = 0\n",
-      "v = 324059430.105912 > c, setting 1/gamma = 0\n",
-      "v = 310196266.4776723 > c, setting 1/gamma = 0\n",
-      "v = 344868152.42801607 > c, setting 1/gamma = 0\n",
-      "v = 301869778.0934962 > c, setting 1/gamma = 0\n",
-      "v = 310022379.8669106 > c, setting 1/gamma = 0\n",
-      "v = 368944239.3080286 > c, setting 1/gamma = 0\n",
-      "v = 396598897.25340605 > c, setting 1/gamma = 0\n",
-      "v = 330639575.55620503 > c, setting 1/gamma = 0\n",
-      "v = 348951116.14746666 > c, setting 1/gamma = 0\n",
-      "v = 320122015.2133837 > c, setting 1/gamma = 0\n",
-      "v = 350932724.7729904 > c, setting 1/gamma = 0\n",
-      "v = 384508977.43646514 > c, setting 1/gamma = 0\n",
-      "v = 302724452.37758666 > c, setting 1/gamma = 0\n",
-      "v = 340073220.18631214 > c, setting 1/gamma = 0\n",
-      "v = 332546064.11834913 > c, setting 1/gamma = 0\n",
-      "v = 351356625.6077174 > c, setting 1/gamma = 0\n",
-      "v = 307827088.3956104 > c, setting 1/gamma = 0\n",
-      "v = 347017499.4235984 > c, setting 1/gamma = 0\n",
-      "v = 382436777.57739586 > c, setting 1/gamma = 0\n",
-      "v = 427731196.2282042 > c, setting 1/gamma = 0\n",
-      "v = 450263384.88651115 > c, setting 1/gamma = 0\n",
-      "v = 344888317.7073464 > c, setting 1/gamma = 0\n",
-      "v = 359347455.44742 > c, setting 1/gamma = 0\n",
-      "v = 308634814.45724577 > c, setting 1/gamma = 0\n",
-      "v = 301527108.38900834 > c, setting 1/gamma = 0\n",
-      "v = 308337685.99897325 > c, setting 1/gamma = 0\n",
-      "v = 353538814.21260345 > c, setting 1/gamma = 0\n",
-      "v = 314324394.8312133 > c, setting 1/gamma = 0\n",
-      "v = 344590879.2532674 > c, setting 1/gamma = 0\n",
-      "v = 378744014.65547115 > c, setting 1/gamma = 0\n",
-      "v = 403139424.99544567 > c, setting 1/gamma = 0\n",
-      "v = 432268147.610421 > c, setting 1/gamma = 0\n",
-      "v = 323143446.40593755 > c, setting 1/gamma = 0\n",
-      "v = 337986265.27803206 > c, setting 1/gamma = 0\n",
-      "v = 309880115.4135423 > c, setting 1/gamma = 0\n",
-      "v = 309276179.8969117 > c, setting 1/gamma = 0\n",
-      "v = 381957619.51073617 > c, setting 1/gamma = 0\n",
-      "v = 385526189.05569196 > c, setting 1/gamma = 0\n",
-      "v = 315923565.2791945 > c, setting 1/gamma = 0\n",
-      "v = 354061092.98569745 > c, setting 1/gamma = 0\n",
-      "v = 301707859.4924452 > c, setting 1/gamma = 0\n",
-      "v = 318568430.650393 > c, setting 1/gamma = 0\n",
-      "v = 337196457.5756056 > c, setting 1/gamma = 0\n",
-      "v = 310660980.2761789 > c, setting 1/gamma = 0\n",
-      "v = 303948744.3872843 > c, setting 1/gamma = 0\n",
-      "v = 318543351.8507361 > c, setting 1/gamma = 0\n",
-      "v = 328203256.59887666 > c, setting 1/gamma = 0\n",
-      "v = 306541947.7736015 > c, setting 1/gamma = 0\n",
-      "v = 316306767.64079237 > c, setting 1/gamma = 0\n",
-      "v = 303616921.9218515 > c, setting 1/gamma = 0\n",
-      "v = 334449927.69719476 > c, setting 1/gamma = 0\n",
-      "v = 320989751.24732345 > c, setting 1/gamma = 0\n",
-      "v = 361932401.69486725 > c, setting 1/gamma = 0\n",
-      "v = 310684679.7677727 > c, setting 1/gamma = 0\n",
-      "v = 326951115.53444815 > c, setting 1/gamma = 0\n",
-      "v = 324662354.1381471 > c, setting 1/gamma = 0\n",
-      "v = 327559106.47027606 > c, setting 1/gamma = 0\n",
-      "v = 328010943.6590815 > c, setting 1/gamma = 0\n",
-      "v = 365776999.3714539 > c, setting 1/gamma = 0\n",
-      "v = 345534314.4365195 > c, setting 1/gamma = 0\n",
-      "v = 351278182.79479176 > c, setting 1/gamma = 0\n",
-      "v = 306555101.19830287 > c, setting 1/gamma = 0\n",
-      "v = 343274628.3159453 > c, setting 1/gamma = 0\n",
-      "v = 321444347.17479855 > c, setting 1/gamma = 0\n",
-      "v = 360516325.5348657 > c, setting 1/gamma = 0\n",
-      "v = 302993604.9653893 > c, setting 1/gamma = 0\n",
-      "v = 321352289.67541105 > c, setting 1/gamma = 0\n",
-      "v = 321145464.15353054 > c, setting 1/gamma = 0\n",
-      "v = 304795756.3654215 > c, setting 1/gamma = 0\n",
-      "v = 300853450.3475595 > c, setting 1/gamma = 0\n",
-      "v = 313325028.55356616 > c, setting 1/gamma = 0\n",
-      "v = 309950698.9243608 > c, setting 1/gamma = 0\n",
-      "v = 345312427.04120713 > c, setting 1/gamma = 0\n",
-      "v = 375173063.89530545 > c, setting 1/gamma = 0\n",
-      "v = 399565460.0715803 > c, setting 1/gamma = 0\n",
-      "v = 318382714.1337752 > c, setting 1/gamma = 0\n",
-      "v = 353933509.1970791 > c, setting 1/gamma = 0\n",
-      "v = 333880813.8732453 > c, setting 1/gamma = 0\n",
-      "v = 373901197.4332945 > c, setting 1/gamma = 0\n",
-      "v = 327846175.00873685 > c, setting 1/gamma = 0\n",
-      "v = 363481315.4281274 > c, setting 1/gamma = 0\n",
-      "v = 390762531.32887757 > c, setting 1/gamma = 0\n",
-      "v = 422598659.1922172 > c, setting 1/gamma = 0\n",
-      "v = 303914246.5339248 > c, setting 1/gamma = 0\n",
-      "v = 320970028.59212434 > c, setting 1/gamma = 0\n",
-      "v = 329092732.9396029 > c, setting 1/gamma = 0\n",
-      "v = 306894501.7738743 > c, setting 1/gamma = 0\n",
-      "v = 327198481.64172906 > c, setting 1/gamma = 0\n",
-      "v = 323152736.6848186 > c, setting 1/gamma = 0\n",
-      "v = 311981736.13382703 > c, setting 1/gamma = 0\n",
-      "v = 348398025.0488911 > c, setting 1/gamma = 0\n",
-      "v = 313705223.4000763 > c, setting 1/gamma = 0\n",
-      "v = 302167935.00035435 > c, setting 1/gamma = 0\n",
-      "v = 335961495.84258974 > c, setting 1/gamma = 0\n",
-      "v = 361321713.7686539 > c, setting 1/gamma = 0\n",
-      "v = 400970665.4733716 > c, setting 1/gamma = 0\n",
-      "v = 303716171.63841486 > c, setting 1/gamma = 0\n",
-      "v = 521629032.7045508 > c, setting 1/gamma = 0\n",
-      "v = 432778442.41442996 > c, setting 1/gamma = 0\n",
-      "v = 336432555.75583297 > c, setting 1/gamma = 0\n",
-      "v = 361642627.6151074 > c, setting 1/gamma = 0\n",
-      "v = 399594854.5519969 > c, setting 1/gamma = 0\n",
-      "v = 303361754.00798523 > c, setting 1/gamma = 0\n",
-      "v = 307922428.4910059 > c, setting 1/gamma = 0\n",
-      "v = 354629463.64054364 > c, setting 1/gamma = 0\n",
-      "v = 300866346.1530862 > c, setting 1/gamma = 0\n",
-      "v = 321394160.0732446 > c, setting 1/gamma = 0\n",
-      "v = 317983970.60144234 > c, setting 1/gamma = 0\n",
-      "v = 319205278.5508853 > c, setting 1/gamma = 0\n",
-      "v = 365689006.03497124 > c, setting 1/gamma = 0\n",
-      "v = 312959300.8228312 > c, setting 1/gamma = 0\n",
-      "v = 332470536.36247844 > c, setting 1/gamma = 0\n",
-      "v = 300985711.8681762 > c, setting 1/gamma = 0\n",
-      "v = 327075203.9916993 > c, setting 1/gamma = 0\n",
-      "v = 372690301.4855354 > c, setting 1/gamma = 0\n",
-      "v = 312310128.3947623 > c, setting 1/gamma = 0\n",
-      "v = 400960570.41616356 > c, setting 1/gamma = 0\n",
-      "v = 427889861.00961816 > c, setting 1/gamma = 0\n",
-      "v = 310205499.3789024 > c, setting 1/gamma = 0\n",
-      "v = 349871796.3530458 > c, setting 1/gamma = 0\n",
-      "v = 302483346.725728 > c, setting 1/gamma = 0\n",
-      "v = 314039932.94453746 > c, setting 1/gamma = 0\n",
-      "v = 312388278.1761893 > c, setting 1/gamma = 0\n",
-      "v = 347572768.49498314 > c, setting 1/gamma = 0\n",
-      "v = 309182719.9763425 > c, setting 1/gamma = 0\n",
-      "v = 306892152.71827537 > c, setting 1/gamma = 0\n",
-      "v = 320203826.9370996 > c, setting 1/gamma = 0\n",
-      "v = 346445224.84872407 > c, setting 1/gamma = 0\n",
-      "v = 376249550.63274723 > c, setting 1/gamma = 0\n",
-      "v = 324022725.4063933 > c, setting 1/gamma = 0\n",
-      "v = 324460617.2714998 > c, setting 1/gamma = 0\n",
-      "v = 361674267.5396476 > c, setting 1/gamma = 0\n",
-      "v = 319447170.6547817 > c, setting 1/gamma = 0\n",
-      "v = 362825074.5200791 > c, setting 1/gamma = 0\n",
-      "v = 307009555.95625114 > c, setting 1/gamma = 0\n",
-      "v = 300930883.86758894 > c, setting 1/gamma = 0\n",
-      "v = 343108906.253436 > c, setting 1/gamma = 0\n",
-      "v = 362264575.581757 > c, setting 1/gamma = 0\n",
-      "v = 388383678.5229585 > c, setting 1/gamma = 0\n",
-      "v = 331277816.2564519 > c, setting 1/gamma = 0\n",
-      "v = 315697874.184901 > c, setting 1/gamma = 0\n",
-      "v = 355311341.4269093 > c, setting 1/gamma = 0\n",
-      "v = 306632077.55721486 > c, setting 1/gamma = 0\n",
-      "v = 350090155.48877215 > c, setting 1/gamma = 0\n",
-      "v = 303785488.76069444 > c, setting 1/gamma = 0\n",
-      "v = 336826268.0743179 > c, setting 1/gamma = 0\n",
-      "v = 321256082.0656347 > c, setting 1/gamma = 0\n",
-      "v = 355003023.7226143 > c, setting 1/gamma = 0\n",
-      "v = 313834453.8077951 > c, setting 1/gamma = 0\n",
-      "v = 358123993.6456499 > c, setting 1/gamma = 0\n",
-      "v = 312482709.46566254 > c, setting 1/gamma = 0\n",
-      "v = 330154023.71034545 > c, setting 1/gamma = 0\n",
-      "v = 304358002.12624085 > c, setting 1/gamma = 0\n",
-      "v = 303957285.56310797 > c, setting 1/gamma = 0\n",
-      "v = 343586920.5843557 > c, setting 1/gamma = 0\n",
-      "v = 387078454.3037523 > c, setting 1/gamma = 0\n",
-      "v = 385501419.0969038 > c, setting 1/gamma = 0\n",
-      "v = 359008166.9402619 > c, setting 1/gamma = 0\n",
-      "v = 389360677.8131888 > c, setting 1/gamma = 0\n",
-      "v = 326553492.37779933 > c, setting 1/gamma = 0\n",
-      "v = 300312849.41618854 > c, setting 1/gamma = 0\n",
-      "v = 318079829.61584747 > c, setting 1/gamma = 0\n",
-      "v = 301323526.28170735 > c, setting 1/gamma = 0\n",
-      "v = 311687063.92663676 > c, setting 1/gamma = 0\n",
-      "v = 319626733.2572534 > c, setting 1/gamma = 0\n",
-      "v = 315341013.0741476 > c, setting 1/gamma = 0\n",
-      "v = 347603414.0858967 > c, setting 1/gamma = 0\n",
-      "v = 315990224.59642494 > c, setting 1/gamma = 0\n",
-      "v = 330381984.81656075 > c, setting 1/gamma = 0\n",
-      "v = 342235959.50713927 > c, setting 1/gamma = 0\n",
-      "v = 315757149.81134254 > c, setting 1/gamma = 0\n",
-      "v = 309363479.3526712 > c, setting 1/gamma = 0\n",
-      "v = 352267663.5229216 > c, setting 1/gamma = 0\n",
-      "v = 313648212.1528192 > c, setting 1/gamma = 0\n",
-      "v = 358299208.2611283 > c, setting 1/gamma = 0\n",
-      "v = 382354301.5696233 > c, setting 1/gamma = 0\n",
-      "v = 340128717.331338 > c, setting 1/gamma = 0\n",
-      "v = 382457486.8614667 > c, setting 1/gamma = 0\n",
-      "v = 304855769.7695351 > c, setting 1/gamma = 0\n",
-      "v = 376016687.7275345 > c, setting 1/gamma = 0\n",
-      "v = 406334843.8474633 > c, setting 1/gamma = 0\n",
-      "v = 303897311.02860016 > c, setting 1/gamma = 0\n",
-      "v = 321296962.7862866 > c, setting 1/gamma = 0\n",
-      "v = 304795766.2421117 > c, setting 1/gamma = 0\n",
-      "v = 347775950.57594657 > c, setting 1/gamma = 0\n",
-      "v = 356934774.0008902 > c, setting 1/gamma = 0\n",
-      "v = 399708016.5596552 > c, setting 1/gamma = 0\n",
-      "v = 320954375.22543836 > c, setting 1/gamma = 0\n",
-      "v = 337990769.5311294 > c, setting 1/gamma = 0\n",
-      "v = 312387406.4759936 > c, setting 1/gamma = 0\n",
-      "v = 301503703.55467516 > c, setting 1/gamma = 0\n",
-      "v = 344432889.50020593 > c, setting 1/gamma = 0\n",
-      "v = 357224281.7953071 > c, setting 1/gamma = 0\n",
-      "v = 310529169.6645829 > c, setting 1/gamma = 0\n",
-      "v = 305773289.4757824 > c, setting 1/gamma = 0\n",
-      "v = 354690344.9238365 > c, setting 1/gamma = 0\n",
-      "v = 309681308.1478536 > c, setting 1/gamma = 0\n",
-      "v = 303000946.0602743 > c, setting 1/gamma = 0\n",
-      "v = 340743585.2507209 > c, setting 1/gamma = 0\n",
-      "v = 317210583.7209251 > c, setting 1/gamma = 0\n",
-      "v = 351140262.3162769 > c, setting 1/gamma = 0\n",
-      "v = 310314678.47762257 > c, setting 1/gamma = 0\n",
-      "v = 325290285.62728274 > c, setting 1/gamma = 0\n",
-      "v = 313628034.6778273 > c, setting 1/gamma = 0\n",
-      "v = 310666218.577396 > c, setting 1/gamma = 0\n",
-      "v = 332328045.9630785 > c, setting 1/gamma = 0\n",
-      "v = 327837475.67860776 > c, setting 1/gamma = 0\n",
-      "v = 368074977.4939085 > c, setting 1/gamma = 0\n",
-      "v = 324204569.04402447 > c, setting 1/gamma = 0\n",
-      "v = 371679227.2868962 > c, setting 1/gamma = 0\n",
-      "v = 303921321.60697293 > c, setting 1/gamma = 0\n",
-      "v = 337814250.9786588 > c, setting 1/gamma = 0\n",
-      "v = 300138647.1059177 > c, setting 1/gamma = 0\n",
-      "v = 350392128.4285389 > c, setting 1/gamma = 0\n",
-      "v = 324288308.1010493 > c, setting 1/gamma = 0\n",
-      "v = 371193099.94801456 > c, setting 1/gamma = 0\n",
-      "v = 337225961.59809023 > c, setting 1/gamma = 0\n",
-      "v = 382005036.1234294 > c, setting 1/gamma = 0\n",
-      "v = 301438314.62913114 > c, setting 1/gamma = 0\n",
-      "v = 343003366.41758347 > c, setting 1/gamma = 0\n",
-      "v = 327285940.5561466 > c, setting 1/gamma = 0\n",
-      "v = 302925526.2713413 > c, setting 1/gamma = 0\n",
-      "v = 348751297.65437406 > c, setting 1/gamma = 0\n",
-      "v = 302167715.08202326 > c, setting 1/gamma = 0\n",
-      "v = 307619406.89254594 > c, setting 1/gamma = 0\n",
-      "v = 303476193.06818175 > c, setting 1/gamma = 0\n",
-      "v = 324825963.5226163 > c, setting 1/gamma = 0\n",
-      "v = 326273560.6860192 > c, setting 1/gamma = 0\n",
-      "v = 302459702.59446096 > c, setting 1/gamma = 0\n",
-      "v = 304314897.70166993 > c, setting 1/gamma = 0\n",
-      "v = 313576180.65623784 > c, setting 1/gamma = 0\n",
-      "v = 361417789.52545434 > c, setting 1/gamma = 0\n",
-      "v = 373525364.1339475 > c, setting 1/gamma = 0\n",
-      "v = 414211374.7232025 > c, setting 1/gamma = 0\n",
-      "v = 300794976.31161505 > c, setting 1/gamma = 0\n",
-      "v = 304231904.1897922 > c, setting 1/gamma = 0\n",
-      "v = 310158056.8897182 > c, setting 1/gamma = 0\n",
-      "v = 361257262.4366407 > c, setting 1/gamma = 0\n",
-      "v = 308893814.3620577 > c, setting 1/gamma = 0\n",
-      "v = 351823993.12024176 > c, setting 1/gamma = 0\n",
-      "v = 321811333.4587619 > c, setting 1/gamma = 0\n",
-      "v = 360925828.2228923 > c, setting 1/gamma = 0\n",
-      "v = 300169892.26139975 > c, setting 1/gamma = 0\n",
-      "v = 323135016.9055375 > c, setting 1/gamma = 0\n",
-      "v = 306929171.8680818 > c, setting 1/gamma = 0\n",
-      "v = 355667113.1657065 > c, setting 1/gamma = 0\n",
-      "v = 415470929.35574675 > c, setting 1/gamma = 0\n",
-      "v = 446437786.0401574 > c, setting 1/gamma = 0\n",
-      "v = 323767885.3820989 > c, setting 1/gamma = 0\n",
-      "v = 348643597.3222738 > c, setting 1/gamma = 0\n",
-      "v = 361765834.2415239 > c, setting 1/gamma = 0\n",
-      "v = 302931493.35069203 > c, setting 1/gamma = 0\n",
-      "v = 323459062.3700665 > c, setting 1/gamma = 0\n",
-      "v = 371151904.64264864 > c, setting 1/gamma = 0\n",
-      "v = 317878848.92681944 > c, setting 1/gamma = 0\n",
-      "v = 322005692.25593245 > c, setting 1/gamma = 0\n",
-      "v = 371836922.52382743 > c, setting 1/gamma = 0\n",
-      "v = 308141891.2315144 > c, setting 1/gamma = 0\n",
-      "v = 411182217.3089839 > c, setting 1/gamma = 0\n",
-      "v = 444106001.184865 > c, setting 1/gamma = 0\n",
-      "v = 300237655.819151 > c, setting 1/gamma = 0\n",
-      "v = 373927373.3165718 > c, setting 1/gamma = 0\n",
-      "v = 422609280.62415403 > c, setting 1/gamma = 0\n",
-      "v = 365312682.4240875 > c, setting 1/gamma = 0\n",
-      "v = 414147916.58817625 > c, setting 1/gamma = 0\n",
-      "v = 431077632.8949847 > c, setting 1/gamma = 0\n",
-      "v = 463151512.19463784 > c, setting 1/gamma = 0\n",
-      "v = 305781506.69273263 > c, setting 1/gamma = 0\n",
-      "v = 351991149.3872856 > c, setting 1/gamma = 0\n",
-      "v = 351015519.1030512 > c, setting 1/gamma = 0\n",
-      "v = 400777732.7364543 > c, setting 1/gamma = 0\n",
-      "v = 383505294.66662323 > c, setting 1/gamma = 0\n",
-      "v = 421474941.6655578 > c, setting 1/gamma = 0\n",
-      "v = 550699454.0158839 > c, setting 1/gamma = 0\n",
-      "v = 528213435.78949857 > c, setting 1/gamma = 0\n",
-      "v = 302931007.05806357 > c, setting 1/gamma = 0\n",
-      "v = 313835630.2885737 > c, setting 1/gamma = 0\n",
-      "v = 354980227.39682186 > c, setting 1/gamma = 0\n",
-      "v = 339327279.60150594 > c, setting 1/gamma = 0\n",
-      "v = 355501189.9691118 > c, setting 1/gamma = 0\n",
-      "v = 327577246.81059813 > c, setting 1/gamma = 0\n",
-      "v = 305088981.20420647 > c, setting 1/gamma = 0\n",
-      "v = 329467494.0340934 > c, setting 1/gamma = 0\n",
-      "v = 389620125.37570363 > c, setting 1/gamma = 0\n",
-      "v = 428537377.40704507 > c, setting 1/gamma = 0\n",
-      "v = 322649974.9138882 > c, setting 1/gamma = 0\n",
-      "v = 322440729.20964605 > c, setting 1/gamma = 0\n",
-      "v = 369942760.7994601 > c, setting 1/gamma = 0\n",
-      "v = 301646064.6445945 > c, setting 1/gamma = 0\n",
-      "v = 300958738.37299573 > c, setting 1/gamma = 0\n",
-      "v = 309629386.89409757 > c, setting 1/gamma = 0\n",
-      "v = 359952256.1645054 > c, setting 1/gamma = 0\n",
-      "v = 309795430.5979494 > c, setting 1/gamma = 0\n",
-      "v = 300105073.1110763 > c, setting 1/gamma = 0\n",
-      "v = 332301764.07568914 > c, setting 1/gamma = 0\n",
-      "v = 339363990.4293519 > c, setting 1/gamma = 0\n",
-      "v = 381545812.1485234 > c, setting 1/gamma = 0\n",
-      "v = 308748130.4520775 > c, setting 1/gamma = 0\n",
-      "v = 354766480.490078 > c, setting 1/gamma = 0\n",
-      "v = 316126154.4398095 > c, setting 1/gamma = 0\n",
-      "v = 350143050.2720969 > c, setting 1/gamma = 0\n",
-      "v = 327025653.38023543 > c, setting 1/gamma = 0\n",
-      "v = 316020736.8447651 > c, setting 1/gamma = 0\n",
-      "v = 324540039.7911049 > c, setting 1/gamma = 0\n",
-      "v = 370078672.7053908 > c, setting 1/gamma = 0\n",
-      "v = 301987059.0244148 > c, setting 1/gamma = 0\n",
-      "v = 341350818.44984263 > c, setting 1/gamma = 0\n",
-      "v = 344517691.3014627 > c, setting 1/gamma = 0\n",
-      "v = 337974959.00246775 > c, setting 1/gamma = 0\n",
-      "v = 385714316.70465195 > c, setting 1/gamma = 0\n",
-      "v = 303889664.2457128 > c, setting 1/gamma = 0\n",
-      "v = 302017871.04608774 > c, setting 1/gamma = 0\n",
-      "v = 315190952.618395 > c, setting 1/gamma = 0\n",
-      "v = 362657572.21053606 > c, setting 1/gamma = 0\n",
-      "v = 313408107.2347563 > c, setting 1/gamma = 0\n",
-      "v = 304189212.8903859 > c, setting 1/gamma = 0\n",
-      "v = 325627540.0061438 > c, setting 1/gamma = 0\n",
-      "v = 303675059.8042192 > c, setting 1/gamma = 0\n",
-      "v = 303111528.9507927 > c, setting 1/gamma = 0\n",
-      "v = 309032659.16572225 > c, setting 1/gamma = 0\n",
-      "v = 342471517.91087085 > c, setting 1/gamma = 0\n",
-      "v = 388505635.9284061 > c, setting 1/gamma = 0\n",
-      "v = 301902999.1865043 > c, setting 1/gamma = 0\n",
-      "v = 319926726.36317307 > c, setting 1/gamma = 0\n",
-      "v = 353336739.6861467 > c, setting 1/gamma = 0\n",
-      "v = 397102142.37767977 > c, setting 1/gamma = 0\n",
-      "v = 334887967.86272836 > c, setting 1/gamma = 0\n",
-      "v = 304416177.6990739 > c, setting 1/gamma = 0\n",
-      "v = 351788065.1271953 > c, setting 1/gamma = 0\n",
-      "v = 399169966.2520787 > c, setting 1/gamma = 0\n",
-      "v = 444431542.19383574 > c, setting 1/gamma = 0\n",
-      "v = 370485046.02105 > c, setting 1/gamma = 0\n",
-      "v = 418522062.72265 > c, setting 1/gamma = 0\n",
-      "v = 330468107.85917556 > c, setting 1/gamma = 0\n",
-      "v = 377179084.7808019 > c, setting 1/gamma = 0\n",
-      "v = 321139585.6689562 > c, setting 1/gamma = 0\n",
-      "v = 375755837.46769416 > c, setting 1/gamma = 0\n",
-      "v = 340159146.0576681 > c, setting 1/gamma = 0\n",
-      "v = 390489219.60231405 > c, setting 1/gamma = 0\n",
-      "v = 303810401.71363866 > c, setting 1/gamma = 0\n",
-      "v = 384223249.3231956 > c, setting 1/gamma = 0\n",
-      "v = 436244014.2971603 > c, setting 1/gamma = 0\n",
-      "v = 456560910.7772833 > c, setting 1/gamma = 0\n",
-      "v = 484684195.3394783 > c, setting 1/gamma = 0\n",
-      "v = 435901204.70287806 > c, setting 1/gamma = 0\n",
-      "v = 481603047.5126854 > c, setting 1/gamma = 0\n",
-      "v = 517864050.9711622 > c, setting 1/gamma = 0\n",
-      "v = 525132190.85268176 > c, setting 1/gamma = 0\n",
-      "v = 338982076.1321487 > c, setting 1/gamma = 0\n",
-      "v = 393154222.93815196 > c, setting 1/gamma = 0\n",
-      "v = 311876873.9686908 > c, setting 1/gamma = 0\n",
-      "v = 358750162.65395635 > c, setting 1/gamma = 0\n",
-      "v = 546647055.7869391 > c, setting 1/gamma = 0\n",
-      "v = 557930541.8177967 > c, setting 1/gamma = 0\n",
-      "v = 315646613.4859097 > c, setting 1/gamma = 0\n",
-      "v = 375360140.3818124 > c, setting 1/gamma = 0\n",
-      "v = 323845210.6146817 > c, setting 1/gamma = 0\n",
-      "v = 755014995.8045825 > c, setting 1/gamma = 0\n",
-      "v = 618989397.3625203 > c, setting 1/gamma = 0\n",
-      "v = 450075853.48240864 > c, setting 1/gamma = 0\n",
-      "v = 486305659.54506356 > c, setting 1/gamma = 0\n",
-      "v = 326486386.74787253 > c, setting 1/gamma = 0\n",
-      "v = 302870188.59198546 > c, setting 1/gamma = 0\n",
-      "v = 348738132.1209013 > c, setting 1/gamma = 0\n",
-      "v = 412143268.04476684 > c, setting 1/gamma = 0\n",
-      "v = 462475641.5828128 > c, setting 1/gamma = 0\n",
-      "v = 448725356.3130066 > c, setting 1/gamma = 0\n",
-      "v = 489936518.603623 > c, setting 1/gamma = 0\n",
-      "v = 343028769.1148798 > c, setting 1/gamma = 0\n",
-      "v = 394049919.2262163 > c, setting 1/gamma = 0\n",
-      "v = 300111370.32268816 > c, setting 1/gamma = 0\n",
-      "v = 672518115.3070651 > c, setting 1/gamma = 0\n",
-      "v = 546174180.2947432 > c, setting 1/gamma = 0\n",
-      "v = 330792018.27740234 > c, setting 1/gamma = 0\n",
-      "v = 384690990.1077383 > c, setting 1/gamma = 0\n",
-      "v = 351498595.9758684 > c, setting 1/gamma = 0\n",
-      "v = 471156183.25046986 > c, setting 1/gamma = 0\n",
-      "v = 501190239.0561611 > c, setting 1/gamma = 0\n",
-      "v = 342340060.7843087 > c, setting 1/gamma = 0\n",
-      "v = 398243790.3147685 > c, setting 1/gamma = 0\n",
-      "v = 360569731.42266864 > c, setting 1/gamma = 0\n",
-      "v = 407077003.8466224 > c, setting 1/gamma = 0\n",
-      "v = 305134295.0068308 > c, setting 1/gamma = 0\n",
-      "v = 325673986.67811424 > c, setting 1/gamma = 0\n",
-      "v = 392278103.84920293 > c, setting 1/gamma = 0\n",
-      "v = 438221962.5287991 > c, setting 1/gamma = 0\n",
-      "v = 426549543.2861922 > c, setting 1/gamma = 0\n",
-      "v = 458470295.6719131 > c, setting 1/gamma = 0\n",
-      "v = 310394554.9494514 > c, setting 1/gamma = 0\n",
-      "v = 380288623.73214036 > c, setting 1/gamma = 0\n",
-      "v = 432584359.0379134 > c, setting 1/gamma = 0\n",
-      "v = 394906963.5045752 > c, setting 1/gamma = 0\n",
-      "v = 436080651.85013986 > c, setting 1/gamma = 0\n",
-      "v = 483097047.7675718 > c, setting 1/gamma = 0\n",
-      "v = 503899384.0454873 > c, setting 1/gamma = 0\n",
-      "v = 325604051.19662803 > c, setting 1/gamma = 0\n",
-      "v = 377267036.59043354 > c, setting 1/gamma = 0\n",
-      "v = 301260536.29876447 > c, setting 1/gamma = 0\n",
-      "v = 308089072.4316249 > c, setting 1/gamma = 0\n",
-      "v = 368738098.3076769 > c, setting 1/gamma = 0\n",
-      "v = 307058642.8278592 > c, setting 1/gamma = 0\n",
-      "v = 313907006.33177394 > c, setting 1/gamma = 0\n",
-      "v = 365953431.9351169 > c, setting 1/gamma = 0\n",
-      "v = 334313778.10619336 > c, setting 1/gamma = 0\n",
-      "v = 379473147.4972787 > c, setting 1/gamma = 0\n",
-      "v = 404484070.11699736 > c, setting 1/gamma = 0\n",
-      "v = 447394959.63831246 > c, setting 1/gamma = 0\n",
-      "v = 457912651.38417804 > c, setting 1/gamma = 0\n",
-      "v = 487131287.5496626 > c, setting 1/gamma = 0\n",
-      "v = 310382976.19642824 > c, setting 1/gamma = 0\n",
-      "v = 358627742.7747106 > c, setting 1/gamma = 0\n",
-      "v = 309816146.16820186 > c, setting 1/gamma = 0\n",
-      "v = 310943650.6659762 > c, setting 1/gamma = 0\n",
-      "v = 372088810.0518943 > c, setting 1/gamma = 0\n",
-      "v = 420074787.0075415 > c, setting 1/gamma = 0\n",
-      "v = 470811663.3285885 > c, setting 1/gamma = 0\n",
-      "v = 360286389.74355966 > c, setting 1/gamma = 0\n",
-      "v = 414411175.5227389 > c, setting 1/gamma = 0\n",
-      "v = 364166759.40637946 > c, setting 1/gamma = 0\n",
-      "v = 422578124.370832 > c, setting 1/gamma = 0\n",
-      "v = 306604934.2287882 > c, setting 1/gamma = 0\n",
-      "v = 361533875.2906536 > c, setting 1/gamma = 0\n",
-      "v = 577548603.0860082 > c, setting 1/gamma = 0\n",
-      "v = 547526838.7134916 > c, setting 1/gamma = 0\n",
-      "v = 304791555.6124797 > c, setting 1/gamma = 0\n",
-      "v = 348354655.24458694 > c, setting 1/gamma = 0\n",
-      "v = 319510884.27632725 > c, setting 1/gamma = 0\n",
-      "v = 365204025.9506762 > c, setting 1/gamma = 0\n",
-      "v = 410867277.4693674 > c, setting 1/gamma = 0\n",
-      "v = 379213366.5634512 > c, setting 1/gamma = 0\n",
-      "v = 427947721.2807551 > c, setting 1/gamma = 0\n",
-      "v = 315440453.7811483 > c, setting 1/gamma = 0\n",
-      "v = 357619789.0008286 > c, setting 1/gamma = 0\n",
-      "v = 305049194.493519 > c, setting 1/gamma = 0\n",
-      "v = 363060362.98122174 > c, setting 1/gamma = 0\n",
-      "v = 482395890.5109199 > c, setting 1/gamma = 0\n",
-      "v = 511299163.9433683 > c, setting 1/gamma = 0\n",
-      "v = 438127150.5563638 > c, setting 1/gamma = 0\n",
-      "v = 477359083.1493722 > c, setting 1/gamma = 0\n",
-      "v = 309009324.2980533 > c, setting 1/gamma = 0\n",
-      "v = 355097098.745406 > c, setting 1/gamma = 0\n",
-      "v = 313858835.90716434 > c, setting 1/gamma = 0\n",
-      "v = 301712347.20307314 > c, setting 1/gamma = 0\n",
-      "v = 346197629.2677827 > c, setting 1/gamma = 0\n",
-      "v = 321261437.87516284 > c, setting 1/gamma = 0\n",
-      "v = 463350696.34709674 > c, setting 1/gamma = 0\n",
-      "v = 493233980.3766901 > c, setting 1/gamma = 0\n",
-      "v = 316464551.28932816 > c, setting 1/gamma = 0\n",
-      "v = 370117142.3834742 > c, setting 1/gamma = 0\n",
-      "v = 324263593.1094681 > c, setting 1/gamma = 0\n",
-      "v = 369250795.2281477 > c, setting 1/gamma = 0\n",
-      "v = 318008347.7752188 > c, setting 1/gamma = 0\n",
-      "v = 377408962.3481038 > c, setting 1/gamma = 0\n",
-      "v = 535777829.4396255 > c, setting 1/gamma = 0\n",
-      "v = 542934659.7761561 > c, setting 1/gamma = 0\n",
-      "v = 458823763.8697342 > c, setting 1/gamma = 0\n",
-      "v = 488465860.06656766 > c, setting 1/gamma = 0\n",
-      "v = 311014653.57890356 > c, setting 1/gamma = 0\n",
-      "v = 360483360.77739567 > c, setting 1/gamma = 0\n",
-      "v = 325548562.9734593 > c, setting 1/gamma = 0\n",
-      "v = 302687829.6157223 > c, setting 1/gamma = 0\n",
-      "v = 351909908.0416108 > c, setting 1/gamma = 0\n",
-      "v = 303548325.57756495 > c, setting 1/gamma = 0\n",
-      "v = 383797102.4096068 > c, setting 1/gamma = 0\n",
-      "v = 438054639.32652074 > c, setting 1/gamma = 0\n",
-      "v = 330313608.169817 > c, setting 1/gamma = 0\n",
-      "v = 342437524.4797571 > c, setting 1/gamma = 0\n",
-      "v = 476193854.65544367 > c, setting 1/gamma = 0\n",
-      "v = 511732589.0041315 > c, setting 1/gamma = 0\n",
-      "v = 351273374.0395181 > c, setting 1/gamma = 0\n",
-      "v = 407967638.1208459 > c, setting 1/gamma = 0\n",
-      "v = 608023332.9480405 > c, setting 1/gamma = 0\n",
-      "v = 556241506.8744817 > c, setting 1/gamma = 0\n",
-      "v = 324910359.68868387 > c, setting 1/gamma = 0\n",
-      "v = 302831393.06337136 > c, setting 1/gamma = 0\n",
-      "v = 314024366.91974556 > c, setting 1/gamma = 0\n",
-      "v = 377785019.6734209 > c, setting 1/gamma = 0\n",
-      "v = 333467667.0772 > c, setting 1/gamma = 0\n",
-      "v = 312950485.1682749 > c, setting 1/gamma = 0\n",
-      "v = 424180071.70860165 > c, setting 1/gamma = 0\n",
-      "v = 470967670.95858926 > c, setting 1/gamma = 0\n",
-      "v = 342024891.10083723 > c, setting 1/gamma = 0\n",
-      "v = 390802652.4611006 > c, setting 1/gamma = 0\n",
-      "v = 535484620.9385379 > c, setting 1/gamma = 0\n",
-      "v = 555822851.5543187 > c, setting 1/gamma = 0\n",
-      "v = 362225059.945912 > c, setting 1/gamma = 0\n",
-      "v = 411417853.9461093 > c, setting 1/gamma = 0\n",
-      "v = 491501397.20956457 > c, setting 1/gamma = 0\n",
-      "v = 515151538.8321493 > c, setting 1/gamma = 0\n",
-      "v = 326504586.10866636 > c, setting 1/gamma = 0\n",
-      "v = 381604728.7460922 > c, setting 1/gamma = 0\n",
-      "v = 481979794.54143965 > c, setting 1/gamma = 0\n",
-      "v = 494865806.33972746 > c, setting 1/gamma = 0\n",
-      "v = 314135483.79192567 > c, setting 1/gamma = 0\n",
-      "v = 370839914.37150383 > c, setting 1/gamma = 0\n",
-      "v = 386273782.2736413 > c, setting 1/gamma = 0\n",
-      "v = 438794752.8433621 > c, setting 1/gamma = 0\n",
-      "v = 318219196.62076724 > c, setting 1/gamma = 0\n",
-      "v = 349166490.3675282 > c, setting 1/gamma = 0\n",
-      "v = 313256037.5095635 > c, setting 1/gamma = 0\n",
-      "v = 354916950.88776815 > c, setting 1/gamma = 0\n",
-      "v = 319076658.9906799 > c, setting 1/gamma = 0\n",
-      "v = 459352342.90672207 > c, setting 1/gamma = 0\n",
-      "v = 486911986.80963117 > c, setting 1/gamma = 0\n",
-      "v = 593637591.4627641 > c, setting 1/gamma = 0\n",
-      "v = 524409479.8887866 > c, setting 1/gamma = 0\n",
-      "v = 413232201.3146073 > c, setting 1/gamma = 0\n",
-      "v = 460393629.6883375 > c, setting 1/gamma = 0\n",
-      "v = 465462351.67183584 > c, setting 1/gamma = 0\n",
-      "v = 492551157.1939113 > c, setting 1/gamma = 0\n",
-      "v = 323390335.29535717 > c, setting 1/gamma = 0\n",
-      "v = 307248891.40767366 > c, setting 1/gamma = 0\n",
-      "v = 301889856.11907744 > c, setting 1/gamma = 0\n",
-      "v = 356718758.02894753 > c, setting 1/gamma = 0\n",
-      "v = 311230270.6252247 > c, setting 1/gamma = 0\n",
-      "v = 360306628.25075215 > c, setting 1/gamma = 0\n",
-      "v = 311609516.32084304 > c, setting 1/gamma = 0\n",
-      "v = 353910504.52969986 > c, setting 1/gamma = 0\n",
-      "v = 306154669.744209 > c, setting 1/gamma = 0\n",
-      "v = 349289118.08427644 > c, setting 1/gamma = 0\n",
-      "v = 486501081.70412767 > c, setting 1/gamma = 0\n",
-      "v = 509196742.6366129 > c, setting 1/gamma = 0\n",
-      "v = 301926975.0491186 > c, setting 1/gamma = 0\n",
-      "v = 648950495.9813482 > c, setting 1/gamma = 0\n",
-      "v = 526818891.6800108 > c, setting 1/gamma = 0\n",
-      "v = 351911851.807292 > c, setting 1/gamma = 0\n",
-      "v = 400151472.4061483 > c, setting 1/gamma = 0\n",
-      "v = 307878467.68628645 > c, setting 1/gamma = 0\n",
-      "v = 309270375.1217133 > c, setting 1/gamma = 0\n",
-      "v = 314087936.7085416 > c, setting 1/gamma = 0\n",
-      "v = 310121998.78731287 > c, setting 1/gamma = 0\n",
-      "v = 311174841.10088056 > c, setting 1/gamma = 0\n",
-      "v = 352038193.719424 > c, setting 1/gamma = 0\n",
-      "v = 316050003.1374232 > c, setting 1/gamma = 0\n",
-      "v = 373149018.52111155 > c, setting 1/gamma = 0\n",
-      "v = 532288140.05910635 > c, setting 1/gamma = 0\n",
-      "v = 529959043.75086504 > c, setting 1/gamma = 0\n",
-      "v = 307520102.34902173 > c, setting 1/gamma = 0\n",
-      "v = 352012488.5229227 > c, setting 1/gamma = 0\n",
-      "v = 361860194.1619928 > c, setting 1/gamma = 0\n",
-      "v = 408969042.55489 > c, setting 1/gamma = 0\n",
-      "v = 341201775.37891984 > c, setting 1/gamma = 0\n",
-      "v = 394050085.34168214 > c, setting 1/gamma = 0\n",
-      "v = 347375595.9313629 > c, setting 1/gamma = 0\n",
-      "v = 391551207.27884454 > c, setting 1/gamma = 0\n",
-      "v = 524814146.1066883 > c, setting 1/gamma = 0\n",
-      "v = 544226814.6766262 > c, setting 1/gamma = 0\n",
-      "v = 341644120.964276 > c, setting 1/gamma = 0\n",
-      "v = 315842328.06565875 > c, setting 1/gamma = 0\n",
-      "v = 323872312.38245964 > c, setting 1/gamma = 0\n",
-      "v = 305760752.267469 > c, setting 1/gamma = 0\n",
-      "v = 305878931.96383864 > c, setting 1/gamma = 0\n",
-      "v = 363587486.6703189 > c, setting 1/gamma = 0\n",
-      "v = 615279756.2280499 > c, setting 1/gamma = 0\n",
-      "v = 545629343.2656618 > c, setting 1/gamma = 0\n",
-      "v = 319193838.56514436 > c, setting 1/gamma = 0\n",
-      "v = 304791602.3137478 > c, setting 1/gamma = 0\n",
-      "v = 344122605.231593 > c, setting 1/gamma = 0\n",
-      "v = 306164824.5665476 > c, setting 1/gamma = 0\n",
-      "v = 301005125.9553599 > c, setting 1/gamma = 0\n",
-      "v = 348968681.82584256 > c, setting 1/gamma = 0\n",
-      "v = 307989477.73005104 > c, setting 1/gamma = 0\n",
-      "v = 309384110.7299397 > c, setting 1/gamma = 0\n",
-      "v = 317013031.570856 > c, setting 1/gamma = 0\n",
-      "v = 329967929.84019136 > c, setting 1/gamma = 0\n",
-      "v = 450655509.4974297 > c, setting 1/gamma = 0\n",
-      "v = 484900335.0100146 > c, setting 1/gamma = 0\n",
-      "v = 300737318.7253546 > c, setting 1/gamma = 0\n",
-      "v = 640639661.8668047 > c, setting 1/gamma = 0\n",
-      "v = 519762721.7711999 > c, setting 1/gamma = 0\n",
-      "v = 308042851.77523744 > c, setting 1/gamma = 0\n",
-      "v = 309487880.3954342 > c, setting 1/gamma = 0\n",
-      "v = 462740669.51123935 > c, setting 1/gamma = 0\n",
-      "v = 479455835.76432407 > c, setting 1/gamma = 0\n",
-      "v = 336368813.9565233 > c, setting 1/gamma = 0\n",
-      "v = 502101790.85848296 > c, setting 1/gamma = 0\n",
-      "v = 519415033.2147505 > c, setting 1/gamma = 0\n",
-      "v = 393471613.3126876 > c, setting 1/gamma = 0\n",
-      "v = 439667921.29184484 > c, setting 1/gamma = 0\n",
-      "v = 343709285.432416 > c, setting 1/gamma = 0\n",
-      "v = 391886252.5550076 > c, setting 1/gamma = 0\n",
-      "v = 406726577.2376835 > c, setting 1/gamma = 0\n",
-      "v = 441887716.7097594 > c, setting 1/gamma = 0\n",
-      "v = 591215586.0730634 > c, setting 1/gamma = 0\n",
-      "v = 545423109.3221341 > c, setting 1/gamma = 0\n",
-      "v = 567500878.2913995 > c, setting 1/gamma = 0\n",
-      "v = 531363002.31114846 > c, setting 1/gamma = 0\n",
-      "v = 315967290.3505715 > c, setting 1/gamma = 0\n",
-      "v = 364297321.16076636 > c, setting 1/gamma = 0\n",
-      "v = 303734560.4163572 > c, setting 1/gamma = 0\n",
-      "v = 348687683.21248364 > c, setting 1/gamma = 0\n",
-      "v = 352909893.7604232 > c, setting 1/gamma = 0\n",
-      "v = 401691521.09308296 > c, setting 1/gamma = 0\n",
-      "v = 317304342.1694613 > c, setting 1/gamma = 0\n",
-      "v = 376350631.35141313 > c, setting 1/gamma = 0\n",
-      "v = 431898300.0133274 > c, setting 1/gamma = 0\n",
-      "v = 523347788.8025754 > c, setting 1/gamma = 0\n",
-      "v = 518866183.7749223 > c, setting 1/gamma = 0\n",
-      "v = 417586808.6993923 > c, setting 1/gamma = 0\n",
-      "v = 463354048.5120554 > c, setting 1/gamma = 0\n",
-      "v = 368561051.7579484 > c, setting 1/gamma = 0\n",
-      "v = 425624356.36952585 > c, setting 1/gamma = 0\n",
-      "v = 485581184.71088904 > c, setting 1/gamma = 0\n",
-      "v = 500078977.66681904 > c, setting 1/gamma = 0\n",
-      "v = 336896786.4583268 > c, setting 1/gamma = 0\n",
-      "v = 395306707.6285663 > c, setting 1/gamma = 0\n",
-      "v = 419357384.23419744 > c, setting 1/gamma = 0\n",
-      "v = 469800797.57919115 > c, setting 1/gamma = 0\n",
-      "v = 542342717.9879564 > c, setting 1/gamma = 0\n",
-      "v = 524855082.5611624 > c, setting 1/gamma = 0\n",
-      "v = 501016014.3909752 > c, setting 1/gamma = 0\n",
-      "v = 506227560.94970477 > c, setting 1/gamma = 0\n",
-      "v = 316142688.0411099 > c, setting 1/gamma = 0\n",
-      "v = 361020101.04548323 > c, setting 1/gamma = 0\n",
-      "v = 308309227.8258306 > c, setting 1/gamma = 0\n",
-      "v = 349757472.49736404 > c, setting 1/gamma = 0\n",
-      "v = 367299630.12902045 > c, setting 1/gamma = 0\n",
-      "v = 410111288.91902614 > c, setting 1/gamma = 0\n",
-      "v = 327632160.5011788 > c, setting 1/gamma = 0\n",
-      "v = 420299766.94419587 > c, setting 1/gamma = 0\n",
-      "v = 446358494.6505909 > c, setting 1/gamma = 0\n",
-      "v = 347031859.3918326 > c, setting 1/gamma = 0\n",
-      "v = 394968522.9276542 > c, setting 1/gamma = 0\n",
-      "v = 305077076.21084124 > c, setting 1/gamma = 0\n",
-      "v = 340715495.2997565 > c, setting 1/gamma = 0\n",
-      "v = 325809640.46178687 > c, setting 1/gamma = 0\n",
-      "v = 314647520.870143 > c, setting 1/gamma = 0\n",
-      "v = 311553763.6283579 > c, setting 1/gamma = 0\n",
-      "v = 326474974.3128923 > c, setting 1/gamma = 0\n",
-      "v = 312960615.01976824 > c, setting 1/gamma = 0\n",
-      "v = 328382570.1989718 > c, setting 1/gamma = 0\n",
-      "v = 362616120.7925968 > c, setting 1/gamma = 0\n",
-      "v = 406976907.45211524 > c, setting 1/gamma = 0\n",
-      "v = 326606959.85786587 > c, setting 1/gamma = 0\n",
-      "v = 362337397.0499602 > c, setting 1/gamma = 0\n",
-      "v = 381041318.3582922 > c, setting 1/gamma = 0\n",
-      "v = 421843349.52199095 > c, setting 1/gamma = 0\n",
-      "v = 306758214.1623819 > c, setting 1/gamma = 0\n",
-      "v = 347823409.5762039 > c, setting 1/gamma = 0\n",
-      "v = 340185775.1467335 > c, setting 1/gamma = 0\n",
-      "v = 379824758.24658144 > c, setting 1/gamma = 0\n",
-      "v = 404593544.777354 > c, setting 1/gamma = 0\n",
-      "v = 446511044.96644795 > c, setting 1/gamma = 0\n",
-      "v = 450514003.08581454 > c, setting 1/gamma = 0\n",
-      "v = 477020761.8075421 > c, setting 1/gamma = 0\n",
-      "v = 301151536.55326927 > c, setting 1/gamma = 0\n",
-      "v = 337593951.60125005 > c, setting 1/gamma = 0\n",
-      "v = 488979779.2508419 > c, setting 1/gamma = 0\n",
-      "v = 488724486.00670946 > c, setting 1/gamma = 0\n",
-      "v = 341648535.7700012 > c, setting 1/gamma = 0\n",
-      "v = 387956219.9142884 > c, setting 1/gamma = 0\n",
-      "v = 425866542.17908216 > c, setting 1/gamma = 0\n",
-      "v = 454256765.6016693 > c, setting 1/gamma = 0\n",
-      "v = 327869412.9163117 > c, setting 1/gamma = 0\n",
-      "v = 319430071.2506294 > c, setting 1/gamma = 0\n",
-      "v = 360069653.5772394 > c, setting 1/gamma = 0\n",
-      "v = 304500835.6725748 > c, setting 1/gamma = 0\n",
-      "v = 306751693.1264323 > c, setting 1/gamma = 0\n",
-      "v = 356587221.7552182 > c, setting 1/gamma = 0\n",
-      "v = 490785685.19633126 > c, setting 1/gamma = 0\n",
-      "v = 487920130.1188486 > c, setting 1/gamma = 0\n",
-      "v = 376396799.67743844 > c, setting 1/gamma = 0\n",
-      "v = 413878318.1281927 > c, setting 1/gamma = 0\n",
-      "v = 340709102.19035935 > c, setting 1/gamma = 0\n",
-      "v = 372121866.7704624 > c, setting 1/gamma = 0\n",
-      "v = 314944069.227814 > c, setting 1/gamma = 0\n",
-      "v = 346620053.93722856 > c, setting 1/gamma = 0\n",
-      "v = 390942478.60748196 > c, setting 1/gamma = 0\n",
-      "v = 303970403.63183373 > c, setting 1/gamma = 0\n",
-      "v = 337230026.68358123 > c, setting 1/gamma = 0\n",
-      "v = 310236866.81967175 > c, setting 1/gamma = 0\n",
-      "v = 364706253.9983881 > c, setting 1/gamma = 0\n",
-      "v = 379487497.84256727 > c, setting 1/gamma = 0\n",
-      "v = 429380637.74725443 > c, setting 1/gamma = 0\n",
-      "v = 383653153.4810696 > c, setting 1/gamma = 0\n",
-      "v = 393644378.1545541 > c, setting 1/gamma = 0\n",
-      "v = 476295404.82413477 > c, setting 1/gamma = 0\n",
-      "v = 504524398.6016452 > c, setting 1/gamma = 0\n",
-      "v = 354765165.2468416 > c, setting 1/gamma = 0\n",
-      "v = 408052565.1475195 > c, setting 1/gamma = 0\n",
-      "v = 344763639.7888183 > c, setting 1/gamma = 0\n",
-      "v = 365411121.3842169 > c, setting 1/gamma = 0\n",
-      "v = 366264106.3525045 > c, setting 1/gamma = 0\n",
-      "v = 418268704.2528026 > c, setting 1/gamma = 0\n",
-      "v = 463839242.5714617 > c, setting 1/gamma = 0\n",
-      "v = 479902714.587585 > c, setting 1/gamma = 0\n",
-      "v = 301542222.2685693 > c, setting 1/gamma = 0\n",
-      "v = 356133238.5348282 > c, setting 1/gamma = 0\n",
-      "v = 418812922.0780129 > c, setting 1/gamma = 0\n",
-      "v = 463070590.99193555 > c, setting 1/gamma = 0\n",
-      "v = 306251694.25892574 > c, setting 1/gamma = 0\n",
-      "v = 337270805.0687963 > c, setting 1/gamma = 0\n",
-      "v = 305599913.46605057 > c, setting 1/gamma = 0\n",
-      "v = 343779812.57732075 > c, setting 1/gamma = 0\n",
-      "v = 326692321.05193883 > c, setting 1/gamma = 0\n",
-      "v = 383542243.4694765 > c, setting 1/gamma = 0\n",
-      "v = 427741620.0158884 > c, setting 1/gamma = 0\n",
-      "v = 449370029.71946573 > c, setting 1/gamma = 0\n",
-      "v = 469889536.69131976 > c, setting 1/gamma = 0\n",
-      "v = 327098566.1958373 > c, setting 1/gamma = 0\n",
-      "v = 342523060.11975473 > c, setting 1/gamma = 0\n",
-      "v = 380237926.3165499 > c, setting 1/gamma = 0\n",
-      "v = 305447169.4125243 > c, setting 1/gamma = 0\n",
-      "v = 358325132.6236263 > c, setting 1/gamma = 0\n",
-      "v = 403814735.4358107 > c, setting 1/gamma = 0\n",
-      "v = 301541494.25801265 > c, setting 1/gamma = 0\n",
-      "v = 422549464.32263994 > c, setting 1/gamma = 0\n",
-      "v = 445462389.49945897 > c, setting 1/gamma = 0\n",
-      "v = 337443450.1918845 > c, setting 1/gamma = 0\n",
-      "v = 323323709.75826126 > c, setting 1/gamma = 0\n",
-      "v = 453724653.2937263 > c, setting 1/gamma = 0\n",
-      "v = 473958324.8135944 > c, setting 1/gamma = 0\n",
-      "v = 321124453.57889104 > c, setting 1/gamma = 0\n",
-      "v = 317876932.94099665 > c, setting 1/gamma = 0\n",
-      "v = 720594999.775464 > c, setting 1/gamma = 0\n",
-      "v = 590360455.3129773 > c, setting 1/gamma = 0\n",
-      "v = 323765771.47829914 > c, setting 1/gamma = 0\n",
-      "v = 355919900.8515958 > c, setting 1/gamma = 0\n",
-      "v = 434654769.3164204 > c, setting 1/gamma = 0\n",
-      "v = 465271825.58444107 > c, setting 1/gamma = 0\n",
-      "v = 338323241.34956986 > c, setting 1/gamma = 0\n",
-      "v = 386861014.9670959 > c, setting 1/gamma = 0\n",
-      "v = 397547237.19827163 > c, setting 1/gamma = 0\n",
-      "v = 430432850.53136706 > c, setting 1/gamma = 0\n",
-      "v = 329003504.4742523 > c, setting 1/gamma = 0\n",
-      "v = 352546125.602799 > c, setting 1/gamma = 0\n",
-      "v = 361271991.6069338 > c, setting 1/gamma = 0\n",
-      "v = 411364634.3244744 > c, setting 1/gamma = 0\n",
-      "v = 481026336.25458294 > c, setting 1/gamma = 0\n",
-      "v = 484140528.1332108 > c, setting 1/gamma = 0\n",
-      "v = 367180730.92313015 > c, setting 1/gamma = 0\n",
-      "v = 410405276.04932755 > c, setting 1/gamma = 0\n",
-      "v = 311947194.5946393 > c, setting 1/gamma = 0\n",
-      "v = 423767614.8413666 > c, setting 1/gamma = 0\n",
-      "v = 445851285.4368179 > c, setting 1/gamma = 0\n",
-      "v = 333837127.7616453 > c, setting 1/gamma = 0\n",
-      "v = 382791935.03027976 > c, setting 1/gamma = 0\n",
-      "v = 302444608.9443158 > c, setting 1/gamma = 0\n",
-      "v = 345476314.81311005 > c, setting 1/gamma = 0\n",
-      "v = 451317037.5437211 > c, setting 1/gamma = 0\n",
-      "v = 469226193.0382414 > c, setting 1/gamma = 0\n",
-      "v = 324269066.2130371 > c, setting 1/gamma = 0\n",
-      "v = 305540283.4962458 > c, setting 1/gamma = 0\n",
-      "v = 688588736.2335942 > c, setting 1/gamma = 0\n",
-      "v = 562819643.5986055 > c, setting 1/gamma = 0\n",
+      "Using random initial conditions with x_0 = 7.00E+06 and v_0 = 3.08E+07 m / s\n",
+      "Clipping at index 5\n",
+      "Using random initial conditions with x_0 = 8.00E+06 and v_0 = 4.34E+07 m / s\n",
+      "Clipping at index 2\n",
+      "v = 310282138.7916538 m / s > c, setting 1/gamma = 0\n",
+      "Clipping at index 1\n",
+      "Clipping at index 453\n",
+      "Clipping at index 299\n",
+      "Clipping at index 667\n",
+      "Using random initial conditions with x_0 = 8.00E+06 and v_0 = 2.62E+08 m / s\n",
+      "v = 316974086.6484681 m / s > c, setting 1/gamma = 0\n",
+      "v = 319268678.0211455 m / s > c, setting 1/gamma = 0\n",
+      "v = 302768213.3289003 m / s > c, setting 1/gamma = 0\n",
+      "v = 305765998.9248636 m / s > c, setting 1/gamma = 0\n",
+      "v = 319509627.6474609 m / s > c, setting 1/gamma = 0\n",
+      "v = 321639633.6501809 m / s > c, setting 1/gamma = 0\n",
+      "v = 308402129.5014437 m / s > c, setting 1/gamma = 0\n",
+      "v = 312939571.38469636 m / s > c, setting 1/gamma = 0\n",
+      "v = 399086832.5510875 m / s > c, setting 1/gamma = 0\n",
+      "v = 378778425.31617516 m / s > c, setting 1/gamma = 0\n",
+      "v = 314189149.76075923 m / s > c, setting 1/gamma = 0\n",
+      "v = 318491248.1012184 m / s > c, setting 1/gamma = 0\n",
+      "v = 318571421.2471944 m / s > c, setting 1/gamma = 0\n",
+      "v = 319816149.14573056 m / s > c, setting 1/gamma = 0\n",
+      "v = 321705011.3362132 m / s > c, setting 1/gamma = 0\n",
+      "v = 325381678.39137226 m / s > c, setting 1/gamma = 0\n",
+      "v = 301776370.3458299 m / s > c, setting 1/gamma = 0\n",
+      "v = 322531043.02263594 m / s > c, setting 1/gamma = 0\n",
+      "v = 352750602.52286434 m / s > c, setting 1/gamma = 0\n",
+      "v = 355619765.9201361 m / s > c, setting 1/gamma = 0\n",
+      "v = 303707331.20549834 m / s > c, setting 1/gamma = 0\n",
+      "v = 310292959.10024196 m / s > c, setting 1/gamma = 0\n",
+      "v = 336054789.54019654 m / s > c, setting 1/gamma = 0\n",
+      "v = 301769396.3054302 m / s > c, setting 1/gamma = 0\n",
+      "v = 315636267.64215565 m / s > c, setting 1/gamma = 0\n",
+      "v = 340884371.72680783 m / s > c, setting 1/gamma = 0\n",
+      "v = 344253547.98518294 m / s > c, setting 1/gamma = 0\n",
+      "v = 334041597.3899715 m / s > c, setting 1/gamma = 0\n",
+      "v = 348316535.820051 m / s > c, setting 1/gamma = 0\n",
+      "v = 317907077.5448216 m / s > c, setting 1/gamma = 0\n",
+      "v = 320469765.4787565 m / s > c, setting 1/gamma = 0\n",
+      "v = 328455030.00337267 m / s > c, setting 1/gamma = 0\n",
+      "v = 340308517.71457803 m / s > c, setting 1/gamma = 0\n",
+      "v = 307074962.80149233 m / s > c, setting 1/gamma = 0\n",
+      "v = 318543446.6713331 m / s > c, setting 1/gamma = 0\n",
+      "v = 347232549.0631132 m / s > c, setting 1/gamma = 0\n",
+      "v = 311605359.0682931 m / s > c, setting 1/gamma = 0\n",
+      "v = 314978809.0497315 m / s > c, setting 1/gamma = 0\n",
+      "v = 322596671.2955935 m / s > c, setting 1/gamma = 0\n",
+      "v = 335518673.8164562 m / s > c, setting 1/gamma = 0\n",
+      "v = 331220209.166719 m / s > c, setting 1/gamma = 0\n",
+      "v = 310231299.77195686 m / s > c, setting 1/gamma = 0\n",
+      "v = 322150678.39260703 m / s > c, setting 1/gamma = 0\n",
+      "v = 311636286.94277436 m / s > c, setting 1/gamma = 0\n",
+      "v = 349179529.7298823 m / s > c, setting 1/gamma = 0\n",
+      "v = 380361915.4170959 m / s > c, setting 1/gamma = 0\n",
+      "v = 369799879.83237624 m / s > c, setting 1/gamma = 0\n",
+      "v = 337590921.7053262 m / s > c, setting 1/gamma = 0\n",
+      "v = 362455207.1795116 m / s > c, setting 1/gamma = 0\n",
+      "v = 300039299.9383665 m / s > c, setting 1/gamma = 0\n",
+      "v = 323319001.14666253 m / s > c, setting 1/gamma = 0\n",
+      "v = 356716636.30420655 m / s > c, setting 1/gamma = 0\n",
+      "v = 313626799.0326247 m / s > c, setting 1/gamma = 0\n",
+      "v = 331464257.61724645 m / s > c, setting 1/gamma = 0\n",
+      "v = 377363259.48226976 m / s > c, setting 1/gamma = 0\n",
+      "v = 401702777.57331 m / s > c, setting 1/gamma = 0\n",
+      "v = 311763707.90206134 m / s > c, setting 1/gamma = 0\n",
+      "v = 333615345.64272046 m / s > c, setting 1/gamma = 0\n",
+      "v = 390740350.5824163 m / s > c, setting 1/gamma = 0\n",
+      "v = 413600624.6876322 m / s > c, setting 1/gamma = 0\n",
+      "v = 326555612.3802273 m / s > c, setting 1/gamma = 0\n",
+      "v = 349240950.6903488 m / s > c, setting 1/gamma = 0\n",
+      "v = 326971307.25480855 m / s > c, setting 1/gamma = 0\n",
+      "v = 364236027.32023746 m / s > c, setting 1/gamma = 0\n",
+      "v = 336261979.40168595 m / s > c, setting 1/gamma = 0\n",
+      "v = 367575488.8004946 m / s > c, setting 1/gamma = 0\n",
+      "v = 350435604.42190725 m / s > c, setting 1/gamma = 0\n",
+      "v = 388707464.56547874 m / s > c, setting 1/gamma = 0\n",
+      "v = 322364624.6349039 m / s > c, setting 1/gamma = 0\n",
+      "v = 365205383.12721777 m / s > c, setting 1/gamma = 0\n",
+      "v = 314576985.88663036 m / s > c, setting 1/gamma = 0\n",
+      "v = 329796207.89985925 m / s > c, setting 1/gamma = 0\n",
+      "v = 378303375.2394638 m / s > c, setting 1/gamma = 0\n",
+      "v = 322636303.34297395 m / s > c, setting 1/gamma = 0\n",
+      "v = 303235343.82509875 m / s > c, setting 1/gamma = 0\n",
+      "v = 310729928.52463156 m / s > c, setting 1/gamma = 0\n",
+      "v = 360848979.1798031 m / s > c, setting 1/gamma = 0\n",
+      "v = 421009111.77412885 m / s > c, setting 1/gamma = 0\n",
+      "v = 450673506.67939097 m / s > c, setting 1/gamma = 0\n",
+      "v = 375778942.3257638 m / s > c, setting 1/gamma = 0\n",
+      "v = 420348244.7961118 m / s > c, setting 1/gamma = 0\n",
+      "v = 346717868.50394297 m / s > c, setting 1/gamma = 0\n",
+      "v = 318036166.85384566 m / s > c, setting 1/gamma = 0\n",
+      "v = 334690185.8044588 m / s > c, setting 1/gamma = 0\n",
+      "v = 377002498.4240638 m / s > c, setting 1/gamma = 0\n",
+      "v = 343679963.8926479 m / s > c, setting 1/gamma = 0\n",
+      "v = 393953182.02069634 m / s > c, setting 1/gamma = 0\n",
+      "v = 465632477.5326277 m / s > c, setting 1/gamma = 0\n",
+      "v = 478755843.0708016 m / s > c, setting 1/gamma = 0\n",
+      "v = 360113473.5655741 m / s > c, setting 1/gamma = 0\n",
+      "v = 411366089.44647795 m / s > c, setting 1/gamma = 0\n",
+      "v = 309851765.0762409 m / s > c, setting 1/gamma = 0\n",
+      "v = 352265424.34718555 m / s > c, setting 1/gamma = 0\n",
+      "v = 476057666.5311331 m / s > c, setting 1/gamma = 0\n",
+      "v = 492664422.6969422 m / s > c, setting 1/gamma = 0\n",
+      "v = 335440186.08557683 m / s > c, setting 1/gamma = 0\n",
+      "v = 521750954.89577395 m / s > c, setting 1/gamma = 0\n",
+      "v = 523704659.25324786 m / s > c, setting 1/gamma = 0\n",
+      "v = 346562661.06292593 m / s > c, setting 1/gamma = 0\n",
+      "v = 400596769.95171916 m / s > c, setting 1/gamma = 0\n",
+      "v = 343595160.40768486 m / s > c, setting 1/gamma = 0\n",
+      "v = 397314774.03882134 m / s > c, setting 1/gamma = 0\n",
+      "v = 413822556.6488096 m / s > c, setting 1/gamma = 0\n",
+      "v = 461436557.59654504 m / s > c, setting 1/gamma = 0\n",
+      "v = 462713262.0362842 m / s > c, setting 1/gamma = 0\n",
+      "v = 496187014.3736341 m / s > c, setting 1/gamma = 0\n",
+      "v = 303784744.8703344 m / s > c, setting 1/gamma = 0\n",
+      "v = 358542831.3259905 m / s > c, setting 1/gamma = 0\n",
+      "v = 413508297.0813771 m / s > c, setting 1/gamma = 0\n",
+      "v = 583233048.8940811 m / s > c, setting 1/gamma = 0\n",
+      "v = 555724298.4064392 m / s > c, setting 1/gamma = 0\n",
+      "v = 319368058.7146058 m / s > c, setting 1/gamma = 0\n",
+      "v = 300867833.06177795 m / s > c, setting 1/gamma = 0\n",
+      "v = 410333048.59331185 m / s > c, setting 1/gamma = 0\n",
+      "v = 462973593.55145556 m / s > c, setting 1/gamma = 0\n",
+      "v = 308761100.6719295 m / s > c, setting 1/gamma = 0\n",
+      "v = 364673313.9171762 m / s > c, setting 1/gamma = 0\n",
+      "v = 308577552.3372865 m / s > c, setting 1/gamma = 0\n",
+      "v = 701683982.6131413 m / s > c, setting 1/gamma = 0\n",
+      "v = 572540253.2347077 m / s > c, setting 1/gamma = 0\n",
+      "v = 356346117.89899397 m / s > c, setting 1/gamma = 0\n",
+      "v = 415058085.3403617 m / s > c, setting 1/gamma = 0\n",
+      "v = 308261124.8841062 m / s > c, setting 1/gamma = 0\n",
+      "v = 371221747.84226906 m / s > c, setting 1/gamma = 0\n",
+      "v = 429937192.835613 m / s > c, setting 1/gamma = 0\n",
+      "v = 331789556.7761374 m / s > c, setting 1/gamma = 0\n",
+      "v = 390211713.3918211 m / s > c, setting 1/gamma = 0\n",
+      "v = 591097533.3863508 m / s > c, setting 1/gamma = 0\n",
+      "v = 573132480.5124983 m / s > c, setting 1/gamma = 0\n",
+      "v = 326278628.8161675 m / s > c, setting 1/gamma = 0\n",
+      "v = 389091710.42427087 m / s > c, setting 1/gamma = 0\n",
+      "v = 307236190.31794167 m / s > c, setting 1/gamma = 0\n",
+      "v = 321672819.8758453 m / s > c, setting 1/gamma = 0\n",
+      "v = 635619121.9090621 m / s > c, setting 1/gamma = 0\n",
+      "v = 583910630.6464622 m / s > c, setting 1/gamma = 0\n",
+      "v = 507894783.32793164 m / s > c, setting 1/gamma = 0\n",
+      "v = 539312827.5620675 m / s > c, setting 1/gamma = 0\n",
+      "v = 577719563.4597125 m / s > c, setting 1/gamma = 0\n",
+      "v = 569742490.0954156 m / s > c, setting 1/gamma = 0\n",
+      "v = 540219468.0912777 m / s > c, setting 1/gamma = 0\n",
+      "v = 554843542.5403166 m / s > c, setting 1/gamma = 0\n",
+      "v = 350448593.46794355 m / s > c, setting 1/gamma = 0\n",
+      "v = 414942331.34003973 m / s > c, setting 1/gamma = 0\n",
+      "v = 366608667.863551 m / s > c, setting 1/gamma = 0\n",
+      "v = 428096271.7103312 m / s > c, setting 1/gamma = 0\n",
+      "v = 310569430.0556622 m / s > c, setting 1/gamma = 0\n",
+      "v = 370190490.52773607 m / s > c, setting 1/gamma = 0\n",
+      "v = 563561754.7826663 m / s > c, setting 1/gamma = 0\n",
+      "v = 574309192.6491134 m / s > c, setting 1/gamma = 0\n",
+      "v = 317385617.1183036 m / s > c, setting 1/gamma = 0\n",
+      "v = 771600145.1144114 m / s > c, setting 1/gamma = 0\n",
+      "v = 633864554.4958146 m / s > c, setting 1/gamma = 0\n",
+      "v = 340324935.47860336 m / s > c, setting 1/gamma = 0\n",
+      "v = 404069397.433481 m / s > c, setting 1/gamma = 0\n",
+      "v = 628833357.4396882 m / s > c, setting 1/gamma = 0\n",
+      "v = 594472284.2017702 m / s > c, setting 1/gamma = 0\n",
+      "v = 328334368.44570607 m / s > c, setting 1/gamma = 0\n",
+      "v = 334020776.0292504 m / s > c, setting 1/gamma = 0\n",
+      "v = 826962322.0043588 m / s > c, setting 1/gamma = 0\n",
+      "v = 682641552.6467047 m / s > c, setting 1/gamma = 0\n",
+      "v = 328498172.69633853 m / s > c, setting 1/gamma = 0\n",
+      "v = 392293266.47183543 m / s > c, setting 1/gamma = 0\n",
+      "v = 303449883.2330348 m / s > c, setting 1/gamma = 0\n",
+      "v = 452836969.48179156 m / s > c, setting 1/gamma = 0\n",
+      "v = 502878493.077134 m / s > c, setting 1/gamma = 0\n",
+      "v = 359030507.30431217 m / s > c, setting 1/gamma = 0\n",
+      "v = 910746193.2066875 m / s > c, setting 1/gamma = 0\n",
+      "v = 756943374.3798771 m / s > c, setting 1/gamma = 0\n",
+      "v = 378800445.96884286 m / s > c, setting 1/gamma = 0\n",
+      "v = 442286716.2334529 m / s > c, setting 1/gamma = 0\n",
+      "v = 316751998.4731758 m / s > c, setting 1/gamma = 0\n",
+      "v = 315340584.75879544 m / s > c, setting 1/gamma = 0\n",
+      "v = 308071163.2878923 m / s > c, setting 1/gamma = 0\n",
+      "v = 328428697.09605145 m / s > c, setting 1/gamma = 0\n",
+      "v = 827115710.2212259 m / s > c, setting 1/gamma = 0\n",
+      "v = 683319080.118459 m / s > c, setting 1/gamma = 0\n",
+      "v = 487079745.32298404 m / s > c, setting 1/gamma = 0\n",
+      "v = 528496388.4496522 m / s > c, setting 1/gamma = 0\n",
+      "v = 328788244.2741493 m / s > c, setting 1/gamma = 0\n",
+      "v = 307541210.14803433 m / s > c, setting 1/gamma = 0\n",
+      "v = 301670964.7431776 m / s > c, setting 1/gamma = 0\n",
+      "v = 369187205.0562732 m / s > c, setting 1/gamma = 0\n",
+      "v = 305114226.95630246 m / s > c, setting 1/gamma = 0\n",
+      "v = 373284252.9534313 m / s > c, setting 1/gamma = 0\n",
+      "v = 330249981.1651817 m / s > c, setting 1/gamma = 0\n",
+      "v = 398646157.5796404 m / s > c, setting 1/gamma = 0\n",
+      "v = 356253403.1550537 m / s > c, setting 1/gamma = 0\n",
+      "v = 914200597.2874074 m / s > c, setting 1/gamma = 0\n",
+      "v = 759530131.2618743 m / s > c, setting 1/gamma = 0\n",
+      "v = 407937616.99082184 m / s > c, setting 1/gamma = 0\n",
+      "v = 470934641.06728286 m / s > c, setting 1/gamma = 0\n",
+      "v = 300450344.47947454 m / s > c, setting 1/gamma = 0\n",
+      "v = 306881519.07005775 m / s > c, setting 1/gamma = 0\n",
+      "v = 374632354.6032955 m / s > c, setting 1/gamma = 0\n",
+      "v = 307152781.66006017 m / s > c, setting 1/gamma = 0\n",
+      "v = 381425066.2636735 m / s > c, setting 1/gamma = 0\n",
+      "v = 449512785.27952695 m / s > c, setting 1/gamma = 0\n",
+      "v = 323529582.45375353 m / s > c, setting 1/gamma = 0\n",
+      "v = 800055864.0643393 m / s > c, setting 1/gamma = 0\n",
+      "v = 659494047.0485588 m / s > c, setting 1/gamma = 0\n",
+      "v = 341688996.3598644 m / s > c, setting 1/gamma = 0\n",
+      "v = 409364768.65600336 m / s > c, setting 1/gamma = 0\n",
+      "v = 325915137.64359856 m / s > c, setting 1/gamma = 0\n",
+      "v = 325613856.9710883 m / s > c, setting 1/gamma = 0\n",
+      "v = 604863561.0099661 m / s > c, setting 1/gamma = 0\n",
+      "v = 602959313.3381867 m / s > c, setting 1/gamma = 0\n",
+      "v = 352981161.00920945 m / s > c, setting 1/gamma = 0\n",
+      "v = 897874101.8566072 m / s > c, setting 1/gamma = 0\n",
+      "v = 745228701.1900275 m / s > c, setting 1/gamma = 0\n",
+      "v = 459117384.1326097 m / s > c, setting 1/gamma = 0\n",
+      "v = 509300544.6345926 m / s > c, setting 1/gamma = 0\n",
+      "v = 313238585.7217158 m / s > c, setting 1/gamma = 0\n",
+      "v = 318802173.9598247 m / s > c, setting 1/gamma = 0\n",
+      "v = 719992862.2415806 m / s > c, setting 1/gamma = 0\n",
+      "v = 621827027.2433784 m / s > c, setting 1/gamma = 0\n",
+      "v = 349868127.38439846 m / s > c, setting 1/gamma = 0\n",
+      "v = 876622819.9678626 m / s > c, setting 1/gamma = 0\n",
+      "v = 725909979.8593383 m / s > c, setting 1/gamma = 0\n",
+      "v = 396580643.91707397 m / s > c, setting 1/gamma = 0\n",
+      "v = 459098534.3692723 m / s > c, setting 1/gamma = 0\n",
+      "v = 344290021.59065306 m / s > c, setting 1/gamma = 0\n",
+      "v = 410310401.57212126 m / s > c, setting 1/gamma = 0\n",
+      "v = 407765958.41949004 m / s > c, setting 1/gamma = 0\n",
+      "v = 467837655.2174574 m / s > c, setting 1/gamma = 0\n",
+      "v = 326333746.1141568 m / s > c, setting 1/gamma = 0\n",
+      "v = 809219749.1630785 m / s > c, setting 1/gamma = 0\n",
+      "v = 667247420.6315137 m / s > c, setting 1/gamma = 0\n",
+      "v = 379171284.0514881 m / s > c, setting 1/gamma = 0\n",
+      "v = 445095833.13618654 m / s > c, setting 1/gamma = 0\n",
+      "v = 332547064.7161024 m / s > c, setting 1/gamma = 0\n",
+      "v = 399188030.74112755 m / s > c, setting 1/gamma = 0\n",
+      "v = 320059227.70889395 m / s > c, setting 1/gamma = 0\n",
+      "v = 806697124.212098 m / s > c, setting 1/gamma = 0\n",
+      "v = 664981782.4051765 m / s > c, setting 1/gamma = 0\n",
+      "v = 492809371.94865596 m / s > c, setting 1/gamma = 0\n",
+      "v = 533537048.69743085 m / s > c, setting 1/gamma = 0\n",
+      "v = 323509905.59443516 m / s > c, setting 1/gamma = 0\n",
+      "v = 389542940.7563431 m / s > c, setting 1/gamma = 0\n",
+      "v = 696394113.0894562 m / s > c, setting 1/gamma = 0\n",
+      "v = 628679199.7912419 m / s > c, setting 1/gamma = 0\n",
+      "v = 320506141.8451338 m / s > c, setting 1/gamma = 0\n",
+      "v = 345910522.16947687 m / s > c, setting 1/gamma = 0\n",
+      "v = 413748191.8399437 m / s > c, setting 1/gamma = 0\n",
+      "v = 440712137.70812964 m / s > c, setting 1/gamma = 0\n",
+      "v = 498120865.99949646 m / s > c, setting 1/gamma = 0\n",
+      "v = 609074970.5470674 m / s > c, setting 1/gamma = 0\n",
+      "v = 597134645.0104398 m / s > c, setting 1/gamma = 0\n",
+      "v = 327365290.1120464 m / s > c, setting 1/gamma = 0\n",
+      "v = 802291602.1491667 m / s > c, setting 1/gamma = 0\n",
+      "v = 660063683.2841679 m / s > c, setting 1/gamma = 0\n",
+      "v = 381059052.1642955 m / s > c, setting 1/gamma = 0\n",
+      "v = 444610862.8145173 m / s > c, setting 1/gamma = 0\n",
+      "v = 314941560.0418192 m / s > c, setting 1/gamma = 0\n",
+      "v = 478932145.7901005 m / s > c, setting 1/gamma = 0\n",
+      "v = 523365701.1359742 m / s > c, setting 1/gamma = 0\n",
+      "v = 684089925.1499983 m / s > c, setting 1/gamma = 0\n",
+      "v = 581310262.9201189 m / s > c, setting 1/gamma = 0\n",
+      "v = 340860327.2628775 m / s > c, setting 1/gamma = 0\n",
+      "v = 405147188.71414536 m / s > c, setting 1/gamma = 0\n",
+      "v = 303688696.2194927 m / s > c, setting 1/gamma = 0\n",
+      "v = 356302381.9479943 m / s > c, setting 1/gamma = 0\n",
+      "v = 325378987.378722 m / s > c, setting 1/gamma = 0\n",
+      "v = 462910837.13834095 m / s > c, setting 1/gamma = 0\n",
+      "v = 512464348.8247759 m / s > c, setting 1/gamma = 0\n",
+      "v = 346784025.1633614 m / s > c, setting 1/gamma = 0\n",
+      "v = 886031429.367261 m / s > c, setting 1/gamma = 0\n",
+      "v = 735417654.2922012 m / s > c, setting 1/gamma = 0\n",
+      "v = 451963722.5388772 m / s > c, setting 1/gamma = 0\n",
+      "v = 503951236.56090677 m / s > c, setting 1/gamma = 0\n",
+      "v = 315385306.87998694 m / s > c, setting 1/gamma = 0\n",
+      "v = 345251478.7621887 m / s > c, setting 1/gamma = 0\n",
+      "v = 355767620.60891056 m / s > c, setting 1/gamma = 0\n",
+      "v = 423325323.7286651 m / s > c, setting 1/gamma = 0\n",
+      "v = 516644379.5059456 m / s > c, setting 1/gamma = 0\n",
+      "v = 545312834.0478197 m / s > c, setting 1/gamma = 0\n",
+      "v = 300131082.7514862 m / s > c, setting 1/gamma = 0\n",
+      "v = 363248261.7734656 m / s > c, setting 1/gamma = 0\n",
+      "v = 725606058.4087857 m / s > c, setting 1/gamma = 0\n",
+      "v = 611636282.483161 m / s > c, setting 1/gamma = 0\n",
+      "v = 547521692.3664111 m / s > c, setting 1/gamma = 0\n",
+      "v = 561425902.7931967 m / s > c, setting 1/gamma = 0\n",
+      "v = 391603903.74864054 m / s > c, setting 1/gamma = 0\n",
+      "v = 454793478.981715 m / s > c, setting 1/gamma = 0\n",
+      "v = 323361285.4044369 m / s > c, setting 1/gamma = 0\n",
+      "v = 321148603.2047264 m / s > c, setting 1/gamma = 0\n",
+      "v = 324837284.7184758 m / s > c, setting 1/gamma = 0\n",
+      "v = 373320819.22188586 m / s > c, setting 1/gamma = 0\n",
+      "v = 438526426.3707355 m / s > c, setting 1/gamma = 0\n",
+      "v = 370052751.1410746 m / s > c, setting 1/gamma = 0\n",
+      "v = 949685310.0140711 m / s > c, setting 1/gamma = 0\n",
+      "v = 791406061.1364034 m / s > c, setting 1/gamma = 0\n",
+      "v = 535820426.10770625 m / s > c, setting 1/gamma = 0\n",
+      "v = 559657959.5237491 m / s > c, setting 1/gamma = 0\n",
+      "v = 353432822.5825186 m / s > c, setting 1/gamma = 0\n",
+      "v = 422945764.9207545 m / s > c, setting 1/gamma = 0\n",
+      "v = 328050684.6069053 m / s > c, setting 1/gamma = 0\n",
+      "v = 398111693.7919197 m / s > c, setting 1/gamma = 0\n",
+      "v = 372961019.2589758 m / s > c, setting 1/gamma = 0\n",
+      "v = 441665521.86971074 m / s > c, setting 1/gamma = 0\n",
+      "v = 333926790.2788189 m / s > c, setting 1/gamma = 0\n",
+      "v = 326209383.18350047 m / s > c, setting 1/gamma = 0\n",
+      "v = 395724780.60449785 m / s > c, setting 1/gamma = 0\n",
+      "v = 370333580.79119205 m / s > c, setting 1/gamma = 0\n",
+      "v = 975973391.8675159 m / s > c, setting 1/gamma = 0\n",
+      "v = 816879871.7769331 m / s > c, setting 1/gamma = 0\n",
+      "v = 348612778.9974466 m / s > c, setting 1/gamma = 0\n",
+      "v = 894387558.123868 m / s > c, setting 1/gamma = 0\n",
+      "v = 741871281.855222 m / s > c, setting 1/gamma = 0\n",
+      "v = 449237111.9766142 m / s > c, setting 1/gamma = 0\n",
+      "v = 503242268.19902825 m / s > c, setting 1/gamma = 0\n",
+      "v = 322333572.102924 m / s > c, setting 1/gamma = 0\n",
+      "v = 301479005.92264104 m / s > c, setting 1/gamma = 0\n",
+      "v = 339560283.6814292 m / s > c, setting 1/gamma = 0\n",
+      "v = 408406834.32581717 m / s > c, setting 1/gamma = 0\n",
+      "v = 616861141.3697206 m / s > c, setting 1/gamma = 0\n",
+      "v = 594868634.0576991 m / s > c, setting 1/gamma = 0\n",
+      "v = 325364143.7761516 m / s > c, setting 1/gamma = 0\n",
+      "v = 328023090.16065985 m / s > c, setting 1/gamma = 0\n",
+      "v = 337815876.2212206 m / s > c, setting 1/gamma = 0\n",
+      "v = 859113428.8827473 m / s > c, setting 1/gamma = 0\n",
+      "v = 710956902.8645995 m / s > c, setting 1/gamma = 0\n",
+      "v = 563067113.4895571 m / s > c, setting 1/gamma = 0\n",
+      "v = 570352961.2667547 m / s > c, setting 1/gamma = 0\n",
+      "v = 552365481.9283015 m / s > c, setting 1/gamma = 0\n",
+      "v = 567619016.8564017 m / s > c, setting 1/gamma = 0\n",
+      "v = 481485255.53377306 m / s > c, setting 1/gamma = 0\n",
+      "v = 525593337.72825503 m / s > c, setting 1/gamma = 0\n",
+      "v = 302964436.92598253 m / s > c, setting 1/gamma = 0\n",
+      "v = 322325590.6648893 m / s > c, setting 1/gamma = 0\n",
+      "v = 708818405.6876546 m / s > c, setting 1/gamma = 0\n",
+      "v = 631185045.7767748 m / s > c, setting 1/gamma = 0\n",
+      "v = 384942763.32136893 m / s > c, setting 1/gamma = 0\n",
+      "v = 449317967.47826356 m / s > c, setting 1/gamma = 0\n",
+      "v = 342741247.2693177 m / s > c, setting 1/gamma = 0\n",
+      "v = 862819284.0784016 m / s > c, setting 1/gamma = 0\n",
+      "v = 713623195.6498629 m / s > c, setting 1/gamma = 0\n",
+      "v = 479928292.73517483 m / s > c, setting 1/gamma = 0\n",
+      "v = 525854832.5311809 m / s > c, setting 1/gamma = 0\n",
+      "v = 306606878.7439512 m / s > c, setting 1/gamma = 0\n",
+      "v = 372478618.6601593 m / s > c, setting 1/gamma = 0\n",
+      "v = 365503173.4086289 m / s > c, setting 1/gamma = 0\n",
+      "v = 433241662.0048897 m / s > c, setting 1/gamma = 0\n",
+      "v = 334572231.0974924 m / s > c, setting 1/gamma = 0\n",
+      "v = 835995401.8792497 m / s > c, setting 1/gamma = 0\n",
+      "v = 689084988.4289153 m / s > c, setting 1/gamma = 0\n",
+      "v = 397099814.4628732 m / s > c, setting 1/gamma = 0\n",
+      "v = 459983724.9449772 m / s > c, setting 1/gamma = 0\n",
+      "v = 339784723.0550664 m / s > c, setting 1/gamma = 0\n",
+      "v = 429097297.1891345 m / s > c, setting 1/gamma = 0\n",
+      "v = 484354737.0177672 m / s > c, setting 1/gamma = 0\n",
+      "v = 319343500.08641773 m / s > c, setting 1/gamma = 0\n",
+      "v = 324642313.7296034 m / s > c, setting 1/gamma = 0\n",
+      "v = 389122665.5500106 m / s > c, setting 1/gamma = 0\n",
+      "v = 320740171.05253184 m / s > c, setting 1/gamma = 0\n",
+      "v = 787903676.0067598 m / s > c, setting 1/gamma = 0\n",
+      "v = 647183450.1240884 m / s > c, setting 1/gamma = 0\n",
+      "v = 367607823.26440656 m / s > c, setting 1/gamma = 0\n",
+      "v = 432608272.5330951 m / s > c, setting 1/gamma = 0\n",
+      "v = 307667673.4655263 m / s > c, setting 1/gamma = 0\n",
+      "v = 316568426.12571204 m / s > c, setting 1/gamma = 0\n",
+      "v = 320223523.3104189 m / s > c, setting 1/gamma = 0\n",
+      "v = 344339369.23806226 m / s > c, setting 1/gamma = 0\n",
+      "v = 410157719.1608215 m / s > c, setting 1/gamma = 0\n",
+      "v = 309513177.4209746 m / s > c, setting 1/gamma = 0\n",
+      "v = 369944302.4810776 m / s > c, setting 1/gamma = 0\n",
+      "v = 343257466.2734726 m / s > c, setting 1/gamma = 0\n",
+      "v = 859542763.3240288 m / s > c, setting 1/gamma = 0\n",
+      "v = 711211323.3333493 m / s > c, setting 1/gamma = 0\n",
+      "v = 606950468.6027423 m / s > c, setting 1/gamma = 0\n",
+      "v = 576775362.7326868 m / s > c, setting 1/gamma = 0\n",
+      "v = 329221267.47058773 m / s > c, setting 1/gamma = 0\n",
+      "v = 394176432.6009415 m / s > c, setting 1/gamma = 0\n",
+      "v = 302592712.4972743 m / s > c, setting 1/gamma = 0\n",
+      "v = 321223584.8420402 m / s > c, setting 1/gamma = 0\n",
+      "v = 431837051.1222425 m / s > c, setting 1/gamma = 0\n",
+      "v = 487085584.78912234 m / s > c, setting 1/gamma = 0\n",
+      "v = 302164616.6641223 m / s > c, setting 1/gamma = 0\n",
+      "v = 706643922.8166384 m / s > c, setting 1/gamma = 0\n",
+      "v = 574521915.0706846 m / s > c, setting 1/gamma = 0\n",
+      "v = 337618425.2843776 m / s > c, setting 1/gamma = 0\n",
+      "v = 400496264.4276639 m / s > c, setting 1/gamma = 0\n",
+      "v = 538364441.0386493 m / s > c, setting 1/gamma = 0\n",
+      "v = 552083234.1897498 m / s > c, setting 1/gamma = 0\n",
+      "v = 328566812.6436267 m / s > c, setting 1/gamma = 0\n",
+      "v = 817160105.3799708 m / s > c, setting 1/gamma = 0\n",
+      "v = 673839142.3198107 m / s > c, setting 1/gamma = 0\n",
+      "v = 490099549.77542794 m / s > c, setting 1/gamma = 0\n",
+      "v = 526820358.4964653 m / s > c, setting 1/gamma = 0\n",
+      "v = 350988524.6396889 m / s > c, setting 1/gamma = 0\n",
+      "v = 413786799.85807407 m / s > c, setting 1/gamma = 0\n",
+      "v = 310322053.0607079 m / s > c, setting 1/gamma = 0\n",
+      "v = 392923535.08571196 m / s > c, setting 1/gamma = 0\n",
+      "v = 452894887.24104655 m / s > c, setting 1/gamma = 0\n",
+      "v = 318387614.2215763 m / s > c, setting 1/gamma = 0\n",
+      "v = 310871764.99639964 m / s > c, setting 1/gamma = 0\n",
+      "v = 371613964.9817636 m / s > c, setting 1/gamma = 0\n",
+      "v = 428111028.0952575 m / s > c, setting 1/gamma = 0\n",
+      "v = 481604217.96268433 m / s > c, setting 1/gamma = 0\n",
+      "v = 321248765.57910776 m / s > c, setting 1/gamma = 0\n",
+      "v = 417836210.99405617 m / s > c, setting 1/gamma = 0\n",
+      "v = 475958605.9487188 m / s > c, setting 1/gamma = 0\n",
+      "v = 710423453.5476637 m / s > c, setting 1/gamma = 0\n",
+      "v = 614353180.3734128 m / s > c, setting 1/gamma = 0\n",
+      "v = 340869094.2571819 m / s > c, setting 1/gamma = 0\n",
+      "v = 847515843.8214319 m / s > c, setting 1/gamma = 0\n",
+      "v = 698460906.2221571 m / s > c, setting 1/gamma = 0\n",
+      "v = 429909443.774151 m / s > c, setting 1/gamma = 0\n",
+      "v = 484909037.5298911 m / s > c, setting 1/gamma = 0\n",
+      "v = 352353884.47456115 m / s > c, setting 1/gamma = 0\n",
+      "v = 429451494.4756449 m / s > c, setting 1/gamma = 0\n",
+      "v = 482359829.86981726 m / s > c, setting 1/gamma = 0\n",
+      "v = 304291214.90901333 m / s > c, setting 1/gamma = 0\n",
+      "v = 364941437.2248171 m / s > c, setting 1/gamma = 0\n",
+      "v = 344819631.46755105 m / s > c, setting 1/gamma = 0\n",
+      "v = 408258096.43551177 m / s > c, setting 1/gamma = 0\n",
+      "v = 311163494.9262152 m / s > c, setting 1/gamma = 0\n",
+      "v = 358898817.13562334 m / s > c, setting 1/gamma = 0\n",
+      "v = 316515350.77858555 m / s > c, setting 1/gamma = 0\n",
+      "v = 379347735.5506035 m / s > c, setting 1/gamma = 0\n",
+      "v = 303515694.0310665 m / s > c, setting 1/gamma = 0\n",
+      "v = 715089971.7489873 m / s > c, setting 1/gamma = 0\n",
+      "v = 583146819.917401 m / s > c, setting 1/gamma = 0\n",
+      "v = 394558812.4611643 m / s > c, setting 1/gamma = 0\n",
+      "v = 454584101.5737464 m / s > c, setting 1/gamma = 0\n",
+      "v = 299979428.5210829 m / s > c, setting 1/gamma = 0\n",
+      "v = 357313207.06086564 m / s > c, setting 1/gamma = 0\n",
+      "v = 442309501.78289694 m / s > c, setting 1/gamma = 0\n",
+      "v = 491964142.9753831 m / s > c, setting 1/gamma = 0\n",
+      "v = 325252795.0489654 m / s > c, setting 1/gamma = 0\n",
+      "v = 384746030.1922826 m / s > c, setting 1/gamma = 0\n",
+      "v = 454823787.411695 m / s > c, setting 1/gamma = 0\n",
+      "v = 503564206.8701688 m / s > c, setting 1/gamma = 0\n",
+      "v = 527624962.63665795 m / s > c, setting 1/gamma = 0\n",
+      "v = 554759178.3958057 m / s > c, setting 1/gamma = 0\n",
+      "v = 648501748.2156978 m / s > c, setting 1/gamma = 0\n",
+      "v = 604690259.4151354 m / s > c, setting 1/gamma = 0\n",
+      "v = 654465192.0391648 m / s > c, setting 1/gamma = 0\n",
+      "v = 609509827.5000416 m / s > c, setting 1/gamma = 0\n",
+      "v = 324642990.8561509 m / s > c, setting 1/gamma = 0\n",
+      "v = 308612358.3318565 m / s > c, setting 1/gamma = 0\n",
+      "v = 469323612.3276994 m / s > c, setting 1/gamma = 0\n",
+      "v = 516741534.1361182 m / s > c, setting 1/gamma = 0\n",
+      "v = 726105942.2851771 m / s > c, setting 1/gamma = 0\n",
+      "v = 617256644.6782407 m / s > c, setting 1/gamma = 0\n",
+      "v = 354275758.5200773 m / s > c, setting 1/gamma = 0\n",
+      "v = 893507806.222321 m / s > c, setting 1/gamma = 0\n",
+      "v = 739302504.7210239 m / s > c, setting 1/gamma = 0\n",
+      "v = 522865937.62859833 m / s > c, setting 1/gamma = 0\n",
+      "v = 547115201.190691 m / s > c, setting 1/gamma = 0\n",
+      "v = 360873466.6466576 m / s > c, setting 1/gamma = 0\n",
+      "v = 425306533.1819671 m / s > c, setting 1/gamma = 0\n",
+      "v = 333628524.0596706 m / s > c, setting 1/gamma = 0\n",
+      "v = 833233987.9516915 m / s > c, setting 1/gamma = 0\n",
+      "v = 687434394.3841922 m / s > c, setting 1/gamma = 0\n",
+      "v = 641637616.1718744 m / s > c, setting 1/gamma = 0\n",
+      "v = 583675258.0750575 m / s > c, setting 1/gamma = 0\n",
+      "v = 462581558.9789582 m / s > c, setting 1/gamma = 0\n",
+      "v = 505861512.0866246 m / s > c, setting 1/gamma = 0\n",
+      "v = 317293043.2575377 m / s > c, setting 1/gamma = 0\n",
+      "v = 312933978.7448807 m / s > c, setting 1/gamma = 0\n",
+      "v = 313641133.176093 m / s > c, setting 1/gamma = 0\n",
+      "v = 757158933.721845 m / s > c, setting 1/gamma = 0\n",
+      "v = 620198397.5939078 m / s > c, setting 1/gamma = 0\n",
+      "v = 442239670.4960117 m / s > c, setting 1/gamma = 0\n",
+      "v = 493241104.9309315 m / s > c, setting 1/gamma = 0\n",
+      "v = 304465413.5116601 m / s > c, setting 1/gamma = 0\n",
+      "v = 363266235.24318546 m / s > c, setting 1/gamma = 0\n",
+      "v = 403633518.317812 m / s > c, setting 1/gamma = 0\n",
+      "v = 461911582.8354617 m / s > c, setting 1/gamma = 0\n",
+      "v = 317924450.74564886 m / s > c, setting 1/gamma = 0\n",
+      "v = 377126861.0941671 m / s > c, setting 1/gamma = 0\n",
+      "v = 514610598.1167758 m / s > c, setting 1/gamma = 0\n",
+      "v = 538824440.7104715 m / s > c, setting 1/gamma = 0\n",
+      "v = 381282811.10775065 m / s > c, setting 1/gamma = 0\n",
+      "v = 441613416.2420948 m / s > c, setting 1/gamma = 0\n",
+      "v = 317238098.91619843 m / s > c, setting 1/gamma = 0\n",
+      "v = 374539361.0132184 m / s > c, setting 1/gamma = 0\n",
+      "v = 548978303.869236 m / s > c, setting 1/gamma = 0\n",
+      "v = 555961651.0911616 m / s > c, setting 1/gamma = 0\n",
+      "v = 305231855.446592 m / s > c, setting 1/gamma = 0\n",
+      "v = 730464675.2072839 m / s > c, setting 1/gamma = 0\n",
+      "v = 596872457.3230038 m / s > c, setting 1/gamma = 0\n",
+      "v = 496951661.27052814 m / s > c, setting 1/gamma = 0\n",
+      "v = 525612908.16766614 m / s > c, setting 1/gamma = 0\n",
+      "v = 345065504.4975237 m / s > c, setting 1/gamma = 0\n",
+      "v = 405682427.3809362 m / s > c, setting 1/gamma = 0\n",
+      "v = 304819342.0001666 m / s > c, setting 1/gamma = 0\n",
+      "v = 367202277.6533266 m / s > c, setting 1/gamma = 0\n",
+      "v = 306646675.27665037 m / s > c, setting 1/gamma = 0\n",
+      "v = 363703962.2836348 m / s > c, setting 1/gamma = 0\n",
+      "v = 338540446.1407736 m / s > c, setting 1/gamma = 0\n",
+      "v = 325804082.0171938 m / s > c, setting 1/gamma = 0\n",
+      "v = 383267103.4812007 m / s > c, setting 1/gamma = 0\n",
+      "v = 330383369.4417386 m / s > c, setting 1/gamma = 0\n",
+      "v = 432916566.0247903 m / s > c, setting 1/gamma = 0\n",
+      "v = 478985790.45239496 m / s > c, setting 1/gamma = 0\n",
+      "v = 311071252.5953949 m / s > c, setting 1/gamma = 0\n",
+      "v = 365403952.69287664 m / s > c, setting 1/gamma = 0\n",
+      "v = 308705590.09507334 m / s > c, setting 1/gamma = 0\n",
+      "v = 359635761.254704 m / s > c, setting 1/gamma = 0\n",
+      "v = 552334323.8739066 m / s > c, setting 1/gamma = 0\n",
+      "v = 548505264.3431244 m / s > c, setting 1/gamma = 0\n",
+      "v = 617209351.9878148 m / s > c, setting 1/gamma = 0\n",
+      "v = 565338296.2850753 m / s > c, setting 1/gamma = 0\n",
+      "v = 307957297.023316 m / s > c, setting 1/gamma = 0\n",
+      "v = 319317079.9439138 m / s > c, setting 1/gamma = 0\n",
+      "v = 372179558.7343732 m / s > c, setting 1/gamma = 0\n",
+      "v = 321771989.9974063 m / s > c, setting 1/gamma = 0\n",
+      "v = 311898709.85168964 m / s > c, setting 1/gamma = 0\n",
+      "v = 365507044.78166807 m / s > c, setting 1/gamma = 0\n",
+      "v = 544444725.5789808 m / s > c, setting 1/gamma = 0\n",
+      "v = 549942992.1112713 m / s > c, setting 1/gamma = 0\n",
+      "v = 309000981.19419724 m / s > c, setting 1/gamma = 0\n",
+      "v = 334676763.29117817 m / s > c, setting 1/gamma = 0\n",
+      "v = 390139912.1079429 m / s > c, setting 1/gamma = 0\n",
+      "v = 547483995.7116797 m / s > c, setting 1/gamma = 0\n",
+      "v = 554639386.1809198 m / s > c, setting 1/gamma = 0\n",
+      "v = 315493195.2541517 m / s > c, setting 1/gamma = 0\n",
+      "v = 338342297.8309114 m / s > c, setting 1/gamma = 0\n",
+      "v = 397128273.9778269 m / s > c, setting 1/gamma = 0\n",
+      "v = 334633479.6895745 m / s > c, setting 1/gamma = 0\n",
+      "v = 388605921.9620602 m / s > c, setting 1/gamma = 0\n",
+      "v = 331499315.4377229 m / s > c, setting 1/gamma = 0\n",
+      "v = 304193540.04578197 m / s > c, setting 1/gamma = 0\n",
+      "v = 360289879.96108913 m / s > c, setting 1/gamma = 0\n",
+      "v = 447505632.3858292 m / s > c, setting 1/gamma = 0\n",
+      "v = 495558342.2326321 m / s > c, setting 1/gamma = 0\n",
+      "v = 671983745.1905427 m / s > c, setting 1/gamma = 0\n",
+      "v = 574905880.1727964 m / s > c, setting 1/gamma = 0\n",
+      "v = 414480227.3059536 m / s > c, setting 1/gamma = 0\n",
+      "v = 467422400.2807264 m / s > c, setting 1/gamma = 0\n",
+      "v = 317851666.4835942 m / s > c, setting 1/gamma = 0\n",
+      "v = 373743359.6204561 m / s > c, setting 1/gamma = 0\n",
+      "v = 300706609.4665183 m / s > c, setting 1/gamma = 0\n",
+      "v = 697522441.826196 m / s > c, setting 1/gamma = 0\n",
+      "v = 566438137.3441914 m / s > c, setting 1/gamma = 0\n",
+      "v = 379819452.2859636 m / s > c, setting 1/gamma = 0\n",
+      "v = 437106520.15830815 m / s > c, setting 1/gamma = 0\n",
+      "v = 350593320.3163303 m / s > c, setting 1/gamma = 0\n",
+      "v = 403895968.6831695 m / s > c, setting 1/gamma = 0\n",
+      "v = 306480908.3393472 m / s > c, setting 1/gamma = 0\n",
+      "v = 367523153.364688 m / s > c, setting 1/gamma = 0\n",
+      "v = 317994344.7120918 m / s > c, setting 1/gamma = 0\n",
+      "v = 373920305.26215154 m / s > c, setting 1/gamma = 0\n",
+      "v = 304843794.0267636 m / s > c, setting 1/gamma = 0\n",
+      "v = 356041594.2031355 m / s > c, setting 1/gamma = 0\n",
+      "v = 346759247.2869893 m / s > c, setting 1/gamma = 0\n",
+      "v = 402948185.5891916 m / s > c, setting 1/gamma = 0\n",
+      "v = 304385193.0582155 m / s > c, setting 1/gamma = 0\n",
+      "v = 355541002.93729246 m / s > c, setting 1/gamma = 0\n",
+      "v = 307143960.3289183 m / s > c, setting 1/gamma = 0\n",
+      "v = 714798560.2441126 m / s > c, setting 1/gamma = 0\n",
+      "v = 582053420.3579032 m / s > c, setting 1/gamma = 0\n",
+      "v = 376967223.49618405 m / s > c, setting 1/gamma = 0\n",
+      "v = 432536254.0624717 m / s > c, setting 1/gamma = 0\n",
+      "v = 326592518.90134335 m / s > c, setting 1/gamma = 0\n",
+      "v = 497385705.26286995 m / s > c, setting 1/gamma = 0\n",
+      "v = 525009331.8306207 m / s > c, setting 1/gamma = 0\n",
+      "v = 639147717.2950909 m / s > c, setting 1/gamma = 0\n",
+      "v = 574757211.953735 m / s > c, setting 1/gamma = 0\n",
+      "v = 303249467.81884855 m / s > c, setting 1/gamma = 0\n",
+      "v = 708941466.2820392 m / s > c, setting 1/gamma = 0\n",
+      "v = 577808449.0761904 m / s > c, setting 1/gamma = 0\n",
+      "v = 452235303.77783954 m / s > c, setting 1/gamma = 0\n",
+      "v = 493084114.12493813 m / s > c, setting 1/gamma = 0\n",
+      "v = 350152123.2385526 m / s > c, setting 1/gamma = 0\n",
+      "v = 407197663.8565052 m / s > c, setting 1/gamma = 0\n",
+      "v = 321046180.35298353 m / s > c, setting 1/gamma = 0\n",
+      "v = 319750950.65466774 m / s > c, setting 1/gamma = 0\n",
+      "v = 372769215.29109424 m / s > c, setting 1/gamma = 0\n",
+      "v = 341637473.60474813 m / s > c, setting 1/gamma = 0\n",
+      "v = 396738327.59930015 m / s > c, setting 1/gamma = 0\n",
+      "v = 333862760.94963974 m / s > c, setting 1/gamma = 0\n",
+      "v = 386204050.4126283 m / s > c, setting 1/gamma = 0\n",
+      "v = 309156064.01767707 m / s > c, setting 1/gamma = 0\n",
+      "v = 711381407.8609232 m / s > c, setting 1/gamma = 0\n",
+      "v = 578897182.8162754 m / s > c, setting 1/gamma = 0\n",
+      "v = 357377983.80266595 m / s > c, setting 1/gamma = 0\n",
+      "v = 413936156.6227336 m / s > c, setting 1/gamma = 0\n",
+      "v = 310836961.54465026 m / s > c, setting 1/gamma = 0\n",
+      "v = 333163936.5934922 m / s > c, setting 1/gamma = 0\n",
+      "v = 389848407.8201379 m / s > c, setting 1/gamma = 0\n",
+      "v = 320394556.5056103 m / s > c, setting 1/gamma = 0\n",
+      "v = 372780660.83653337 m / s > c, setting 1/gamma = 0\n",
+      "v = 431024832.3737726 m / s > c, setting 1/gamma = 0\n",
+      "v = 478412581.5686351 m / s > c, setting 1/gamma = 0\n",
+      "v = 356888800.7034887 m / s > c, setting 1/gamma = 0\n",
+      "v = 414284050.7002167 m / s > c, setting 1/gamma = 0\n",
+      "v = 338610753.78382397 m / s > c, setting 1/gamma = 0\n",
+      "v = 390761768.63476676 m / s > c, setting 1/gamma = 0\n",
+      "v = 516059203.8894478 m / s > c, setting 1/gamma = 0\n",
+      "v = 529679006.4233499 m / s > c, setting 1/gamma = 0\n",
+      "v = 471102315.8267816 m / s > c, setting 1/gamma = 0\n",
+      "v = 509099295.4864347 m / s > c, setting 1/gamma = 0\n",
+      "v = 302062648.2594762 m / s > c, setting 1/gamma = 0\n",
+      "v = 691169882.3435308 m / s > c, setting 1/gamma = 0\n",
+      "v = 561109402.2182803 m / s > c, setting 1/gamma = 0\n",
+      "v = 349338400.1527906 m / s > c, setting 1/gamma = 0\n",
+      "v = 406808969.87728244 m / s > c, setting 1/gamma = 0\n",
+      "v = 303677836.5052329 m / s > c, setting 1/gamma = 0\n",
+      "v = 466763637.50326276 m / s > c, setting 1/gamma = 0\n",
+      "v = 501544057.2606734 m / s > c, setting 1/gamma = 0\n",
+      "v = 342920542.5548202 m / s > c, setting 1/gamma = 0\n",
+      "v = 399606439.67004764 m / s > c, setting 1/gamma = 0\n",
+      "v = 367338409.7410154 m / s > c, setting 1/gamma = 0\n",
+      "v = 417484103.422602 m / s > c, setting 1/gamma = 0\n",
+      "v = 312388802.73358357 m / s > c, setting 1/gamma = 0\n",
+      "v = 363649147.9229795 m / s > c, setting 1/gamma = 0\n",
+      "v = 477994625.9054125 m / s > c, setting 1/gamma = 0\n",
+      "v = 512377256.158588 m / s > c, setting 1/gamma = 0\n",
+      "v = 649635709.2056762 m / s > c, setting 1/gamma = 0\n",
+      "v = 566257966.5956163 m / s > c, setting 1/gamma = 0\n",
+      "v = 474421558.64004755 m / s > c, setting 1/gamma = 0\n",
+      "v = 507647071.01054424 m / s > c, setting 1/gamma = 0\n",
+      "v = 378170720.0577633 m / s > c, setting 1/gamma = 0\n",
+      "v = 432678738.86560893 m / s > c, setting 1/gamma = 0\n",
+      "v = 307945837.2083035 m / s > c, setting 1/gamma = 0\n",
+      "v = 358410718.3269979 m / s > c, setting 1/gamma = 0\n",
+      "v = 428705064.84221673 m / s > c, setting 1/gamma = 0\n",
+      "v = 477216172.2788455 m / s > c, setting 1/gamma = 0\n",
+      "v = 503011717.9339646 m / s > c, setting 1/gamma = 0\n",
+      "v = 523473903.26994646 m / s > c, setting 1/gamma = 0\n",
+      "v = 572320400.2916851 m / s > c, setting 1/gamma = 0\n",
+      "v = 560281274.6110609 m / s > c, setting 1/gamma = 0\n",
+      "v = 378179411.95016307 m / s > c, setting 1/gamma = 0\n",
+      "v = 434603602.9486006 m / s > c, setting 1/gamma = 0\n",
+      "v = 337412895.75502425 m / s > c, setting 1/gamma = 0\n",
+      "v = 392461495.0247095 m / s > c, setting 1/gamma = 0\n",
+      "v = 300242047.98529214 m / s > c, setting 1/gamma = 0\n",
+      "v = 299837491.153354 m / s > c, setting 1/gamma = 0\n",
+      "v = 475041769.85782325 m / s > c, setting 1/gamma = 0\n",
+      "v = 499858514.6180952 m / s > c, setting 1/gamma = 0\n",
+      "v = 512640303.519733 m / s > c, setting 1/gamma = 0\n",
+      "v = 522608840.9786989 m / s > c, setting 1/gamma = 0\n",
+      "v = 404617791.5729241 m / s > c, setting 1/gamma = 0\n",
+      "v = 452673022.9557972 m / s > c, setting 1/gamma = 0\n",
+      "v = 331597795.41885495 m / s > c, setting 1/gamma = 0\n",
+      "v = 384691296.4247496 m / s > c, setting 1/gamma = 0\n",
+      "v = 308074727.2404926 m / s > c, setting 1/gamma = 0\n",
+      "v = 362338457.40067226 m / s > c, setting 1/gamma = 0\n",
+      "v = 312521494.91854095 m / s > c, setting 1/gamma = 0\n",
+      "v = 361462213.79585344 m / s > c, setting 1/gamma = 0\n",
+      "v = 338200765.95763814 m / s > c, setting 1/gamma = 0\n",
+      "v = 385147919.64279026 m / s > c, setting 1/gamma = 0\n",
+      "v = 300798929.65854424 m / s > c, setting 1/gamma = 0\n",
+      "v = 343815248.94269645 m / s > c, setting 1/gamma = 0\n",
+      "v = 524881888.14142346 m / s > c, setting 1/gamma = 0\n",
+      "v = 520943838.29322886 m / s > c, setting 1/gamma = 0\n",
+      "v = 330908587.98990047 m / s > c, setting 1/gamma = 0\n",
+      "v = 320833687.6277176 m / s > c, setting 1/gamma = 0\n",
+      "v = 369834974.4389533 m / s > c, setting 1/gamma = 0\n",
+      "v = 491912145.1792811 m / s > c, setting 1/gamma = 0\n",
+      "v = 513567476.2046367 m / s > c, setting 1/gamma = 0\n",
+      "v = 436652637.16480213 m / s > c, setting 1/gamma = 0\n",
+      "v = 478187985.5355314 m / s > c, setting 1/gamma = 0\n",
+      "v = 314402619.7692868 m / s > c, setting 1/gamma = 0\n",
+      "v = 366469302.9036444 m / s > c, setting 1/gamma = 0\n",
+      "v = 349576131.0337496 m / s > c, setting 1/gamma = 0\n",
+      "v = 405809283.8719527 m / s > c, setting 1/gamma = 0\n",
+      "v = 332508928.506849 m / s > c, setting 1/gamma = 0\n",
+      "v = 383633766.96386236 m / s > c, setting 1/gamma = 0\n",
+      "v = 303361738.06215537 m / s > c, setting 1/gamma = 0\n",
+      "v = 349928032.87747484 m / s > c, setting 1/gamma = 0\n",
+      "v = 478744221.5569343 m / s > c, setting 1/gamma = 0\n",
+      "v = 508239028.4529879 m / s > c, setting 1/gamma = 0\n",
+      "v = 536336814.8929932 m / s > c, setting 1/gamma = 0\n",
+      "v = 538716957.2411475 m / s > c, setting 1/gamma = 0\n",
+      "v = 495552167.0656516 m / s > c, setting 1/gamma = 0\n",
+      "v = 523413800.5497825 m / s > c, setting 1/gamma = 0\n",
+      "v = 538648213.4777488 m / s > c, setting 1/gamma = 0\n",
+      "v = 543489564.5424277 m / s > c, setting 1/gamma = 0\n",
+      "v = 518248453.24714893 m / s > c, setting 1/gamma = 0\n",
+      "v = 534925982.2787529 m / s > c, setting 1/gamma = 0\n",
+      "v = 556174983.7269869 m / s > c, setting 1/gamma = 0\n",
+      "v = 554035941.0571088 m / s > c, setting 1/gamma = 0\n",
+      "v = 548436930.4334856 m / s > c, setting 1/gamma = 0\n",
+      "v = 556959259.2445915 m / s > c, setting 1/gamma = 0\n",
+      "v = 347850208.5321916 m / s > c, setting 1/gamma = 0\n",
+      "v = 356367730.71142113 m / s > c, setting 1/gamma = 0\n",
+      "v = 416340928.80058694 m / s > c, setting 1/gamma = 0\n",
+      "v = 371834355.05424726 m / s > c, setting 1/gamma = 0\n",
+      "v = 424516215.0952151 m / s > c, setting 1/gamma = 0\n",
+      "v = 311079641.1876195 m / s > c, setting 1/gamma = 0\n",
+      "v = 308678262.41233754 m / s > c, setting 1/gamma = 0\n",
+      "v = 304234907.29430586 m / s > c, setting 1/gamma = 0\n",
+      "v = 412005277.61506575 m / s > c, setting 1/gamma = 0\n",
+      "v = 462546424.68432957 m / s > c, setting 1/gamma = 0\n",
+      "v = 343621661.3448413 m / s > c, setting 1/gamma = 0\n",
+      "v = 400921251.2021191 m / s > c, setting 1/gamma = 0\n",
+      "v = 332745422.7175028 m / s > c, setting 1/gamma = 0\n",
+      "v = 384516680.6375483 m / s > c, setting 1/gamma = 0\n",
+      "v = 338703168.4852711 m / s > c, setting 1/gamma = 0\n",
+      "v = 588722021.7086041 m / s > c, setting 1/gamma = 0\n",
+      "v = 560062683.2162987 m / s > c, setting 1/gamma = 0\n",
+      "v = 310469704.14808 m / s > c, setting 1/gamma = 0\n",
+      "v = 320841666.05564165 m / s > c, setting 1/gamma = 0\n",
+      "v = 370393600.46897405 m / s > c, setting 1/gamma = 0\n",
+      "v = 329434774.75523305 m / s > c, setting 1/gamma = 0\n",
+      "v = 389562263.19960093 m / s > c, setting 1/gamma = 0\n",
+      "v = 390509986.802146 m / s > c, setting 1/gamma = 0\n",
+      "v = 443960737.3404035 m / s > c, setting 1/gamma = 0\n",
+      "v = 301016229.14842874 m / s > c, setting 1/gamma = 0\n",
+      "v = 353729081.0508486 m / s > c, setting 1/gamma = 0\n",
+      "v = 303554954.9775862 m / s > c, setting 1/gamma = 0\n",
+      "v = 349960156.52181584 m / s > c, setting 1/gamma = 0\n",
+      "v = 533679607.3171176 m / s > c, setting 1/gamma = 0\n",
+      "v = 536667446.78496486 m / s > c, setting 1/gamma = 0\n",
+      "v = 542201775.2975405 m / s > c, setting 1/gamma = 0\n",
+      "v = 541374970.8361241 m / s > c, setting 1/gamma = 0\n",
+      "v = 576240658.959184 m / s > c, setting 1/gamma = 0\n",
+      "v = 563011534.590468 m / s > c, setting 1/gamma = 0\n",
+      "v = 307307825.5199934 m / s > c, setting 1/gamma = 0\n",
+      "v = 360855441.89393806 m / s > c, setting 1/gamma = 0\n",
+      "v = 374900357.70977587 m / s > c, setting 1/gamma = 0\n",
+      "v = 430843766.82614255 m / s > c, setting 1/gamma = 0\n",
+      "v = 305630100.0439361 m / s > c, setting 1/gamma = 0\n",
+      "v = 383440420.4533479 m / s > c, setting 1/gamma = 0\n",
+      "v = 435192119.1793241 m / s > c, setting 1/gamma = 0\n",
+      "v = 343847246.91093224 m / s > c, setting 1/gamma = 0\n",
+      "v = 552683681.8824848 m / s > c, setting 1/gamma = 0\n",
+      "v = 545906342.5396744 m / s > c, setting 1/gamma = 0\n",
+      "v = 454909949.3280056 m / s > c, setting 1/gamma = 0\n",
+      "v = 490388531.40498066 m / s > c, setting 1/gamma = 0\n",
+      "v = 322283532.84095824 m / s > c, setting 1/gamma = 0\n",
+      "v = 376535779.9636608 m / s > c, setting 1/gamma = 0\n",
+      "v = 317842253.39546186 m / s > c, setting 1/gamma = 0\n",
+      "v = 366532302.9318352 m / s > c, setting 1/gamma = 0\n",
+      "v = 332619177.32477117 m / s > c, setting 1/gamma = 0\n",
+      "v = 329336643.7550668 m / s > c, setting 1/gamma = 0\n",
+      "v = 376230545.51490873 m / s > c, setting 1/gamma = 0\n",
+      "v = 332241024.0030622 m / s > c, setting 1/gamma = 0\n",
+      "v = 389928067.24425 m / s > c, setting 1/gamma = 0\n",
+      "v = 334805685.52197534 m / s > c, setting 1/gamma = 0\n",
+      "v = 389539882.30594873 m / s > c, setting 1/gamma = 0\n",
+      "v = 322099336.29616517 m / s > c, setting 1/gamma = 0\n",
+      "v = 370516510.707701 m / s > c, setting 1/gamma = 0\n",
+      "v = 330550575.0157571 m / s > c, setting 1/gamma = 0\n",
+      "v = 390935309.8947916 m / s > c, setting 1/gamma = 0\n",
+      "v = 398330761.03983355 m / s > c, setting 1/gamma = 0\n",
+      "v = 450576737.2167865 m / s > c, setting 1/gamma = 0\n",
+      "v = 344460277.04862475 m / s > c, setting 1/gamma = 0\n",
+      "v = 304716613.42855823 m / s > c, setting 1/gamma = 0\n",
+      "v = 392106249.90155405 m / s > c, setting 1/gamma = 0\n",
+      "v = 439177478.2723937 m / s > c, setting 1/gamma = 0\n",
+      "v = 313228968.1774031 m / s > c, setting 1/gamma = 0\n",
+      "v = 329221324.8306782 m / s > c, setting 1/gamma = 0\n",
+      "v = 387696203.97205997 m / s > c, setting 1/gamma = 0\n",
+      "v = 340746718.8782656 m / s > c, setting 1/gamma = 0\n",
+      "v = 395559378.05197215 m / s > c, setting 1/gamma = 0\n",
+      "v = 322122647.2286464 m / s > c, setting 1/gamma = 0\n",
+      "v = 380811590.1039682 m / s > c, setting 1/gamma = 0\n",
+      "v = 368893614.58287483 m / s > c, setting 1/gamma = 0\n",
+      "v = 419269412.6184079 m / s > c, setting 1/gamma = 0\n",
+      "v = 462014428.29288894 m / s > c, setting 1/gamma = 0\n",
+      "v = 493704714.7016826 m / s > c, setting 1/gamma = 0\n",
+      "v = 338008308.71837133 m / s > c, setting 1/gamma = 0\n",
+      "v = 391688975.21545863 m / s > c, setting 1/gamma = 0\n",
+      "v = 318004463.81272167 m / s > c, setting 1/gamma = 0\n",
+      "v = 539637428.5711311 m / s > c, setting 1/gamma = 0\n",
+      "v = 535126698.79937625 m / s > c, setting 1/gamma = 0\n",
+      "v = 354027242.74508625 m / s > c, setting 1/gamma = 0\n",
+      "v = 407679963.9205994 m / s > c, setting 1/gamma = 0\n",
+      "v = 515405952.4438007 m / s > c, setting 1/gamma = 0\n",
+      "v = 522948450.2014618 m / s > c, setting 1/gamma = 0\n",
+      "v = 429277022.8138206 m / s > c, setting 1/gamma = 0\n",
+      "v = 472070149.0160115 m / s > c, setting 1/gamma = 0\n",
+      "v = 333712562.6788504 m / s > c, setting 1/gamma = 0\n",
+      "v = 519143128.66099066 m / s > c, setting 1/gamma = 0\n",
+      "v = 528668116.158314 m / s > c, setting 1/gamma = 0\n",
+      "v = 326308850.1985382 m / s > c, setting 1/gamma = 0\n",
+      "v = 312818130.64133 m / s > c, setting 1/gamma = 0\n",
+      "v = 366173284.63203686 m / s > c, setting 1/gamma = 0\n",
+      "v = 423449729.1107282 m / s > c, setting 1/gamma = 0\n",
+      "v = 300664966.94024616 m / s > c, setting 1/gamma = 0\n",
+      "v = 354886601.5775145 m / s > c, setting 1/gamma = 0\n",
+      "v = 320925338.875743 m / s > c, setting 1/gamma = 0\n",
+      "v = 371068632.83281344 m / s > c, setting 1/gamma = 0\n",
+      "v = 484712067.2344578 m / s > c, setting 1/gamma = 0\n",
+      "v = 509969522.1781205 m / s > c, setting 1/gamma = 0\n",
+      "v = 382933443.2183517 m / s > c, setting 1/gamma = 0\n",
+      "v = 435322933.9234204 m / s > c, setting 1/gamma = 0\n",
+      "v = 303343204.59593976 m / s > c, setting 1/gamma = 0\n",
+      "v = 352675641.68156785 m / s > c, setting 1/gamma = 0\n",
+      "v = 309751811.0605622 m / s > c, setting 1/gamma = 0\n",
+      "v = 309283676.2627323 m / s > c, setting 1/gamma = 0\n",
+      "v = 411835897.68539876 m / s > c, setting 1/gamma = 0\n",
+      "v = 457726858.25160134 m / s > c, setting 1/gamma = 0\n",
+      "v = 332799124.14615923 m / s > c, setting 1/gamma = 0\n",
+      "v = 301802057.9187014 m / s > c, setting 1/gamma = 0\n",
+      "v = 305581433.2845336 m / s > c, setting 1/gamma = 0\n",
+      "v = 347393784.9460226 m / s > c, setting 1/gamma = 0\n",
+      "v = 402097107.7675775 m / s > c, setting 1/gamma = 0\n",
+      "v = 305380060.7879617 m / s > c, setting 1/gamma = 0\n",
+      "v = 300458201.24431974 m / s > c, setting 1/gamma = 0\n",
+      "v = 311529184.4023507 m / s > c, setting 1/gamma = 0\n",
+      "v = 306988750.11861724 m / s > c, setting 1/gamma = 0\n",
+      "v = 420625408.8783507 m / s > c, setting 1/gamma = 0\n",
+      "v = 462685098.1812248 m / s > c, setting 1/gamma = 0\n",
+      "v = 327769093.2931348 m / s > c, setting 1/gamma = 0\n",
+      "v = 386871520.9388745 m / s > c, setting 1/gamma = 0\n",
+      "v = 312119068.567736 m / s > c, setting 1/gamma = 0\n",
+      "v = 365967887.81785285 m / s > c, setting 1/gamma = 0\n",
+      "v = 305676881.1794146 m / s > c, setting 1/gamma = 0\n",
+      "v = 302100653.00068796 m / s > c, setting 1/gamma = 0\n",
+      "v = 358923836.9516049 m / s > c, setting 1/gamma = 0\n",
+      "v = 330631387.5677625 m / s > c, setting 1/gamma = 0\n",
+      "v = 313503236.3506398 m / s > c, setting 1/gamma = 0\n",
+      "v = 358664920.2984509 m / s > c, setting 1/gamma = 0\n",
+      "v = 436845326.9320565 m / s > c, setting 1/gamma = 0\n",
+      "v = 479816649.9201352 m / s > c, setting 1/gamma = 0\n",
+      "v = 326789902.73615617 m / s > c, setting 1/gamma = 0\n",
+      "v = 533626517.96443665 m / s > c, setting 1/gamma = 0\n",
+      "v = 534608049.60533404 m / s > c, setting 1/gamma = 0\n",
+      "v = 363851051.18368405 m / s > c, setting 1/gamma = 0\n",
+      "v = 418858482.956087 m / s > c, setting 1/gamma = 0\n",
+      "v = 309420768.68054956 m / s > c, setting 1/gamma = 0\n",
+      "v = 362970942.2579731 m / s > c, setting 1/gamma = 0\n",
+      "v = 317257105.084169 m / s > c, setting 1/gamma = 0\n",
+      "v = 356708786.6862417 m / s > c, setting 1/gamma = 0\n",
+      "v = 416521203.6462055 m / s > c, setting 1/gamma = 0\n",
+      "v = 363710004.6357087 m / s > c, setting 1/gamma = 0\n",
+      "v = 421905330.3249974 m / s > c, setting 1/gamma = 0\n",
+      "v = 314022347.1531921 m / s > c, setting 1/gamma = 0\n",
+      "v = 365653117.81475806 m / s > c, setting 1/gamma = 0\n",
+      "v = 316544287.0702052 m / s > c, setting 1/gamma = 0\n",
+      "v = 378304517.8724015 m / s > c, setting 1/gamma = 0\n",
+      "v = 421327371.24418336 m / s > c, setting 1/gamma = 0\n",
+      "v = 471037929.0172922 m / s > c, setting 1/gamma = 0\n",
+      "v = 326859611.4233401 m / s > c, setting 1/gamma = 0\n",
+      "v = 344192846.6055496 m / s > c, setting 1/gamma = 0\n",
+      "v = 340013590.47875947 m / s > c, setting 1/gamma = 0\n",
+      "v = 398260631.21939224 m / s > c, setting 1/gamma = 0\n",
+      "v = 305167790.2671839 m / s > c, setting 1/gamma = 0\n",
+      "v = 415267448.20027304 m / s > c, setting 1/gamma = 0\n",
+      "v = 467072488.3827631 m / s > c, setting 1/gamma = 0\n",
+      "v = 308282202.05823725 m / s > c, setting 1/gamma = 0\n",
+      "v = 316660489.5446043 m / s > c, setting 1/gamma = 0\n",
+      "v = 374584603.39077115 m / s > c, setting 1/gamma = 0\n",
+      "v = 398727273.43892115 m / s > c, setting 1/gamma = 0\n",
+      "v = 455276415.8618294 m / s > c, setting 1/gamma = 0\n",
+      "v = 363077506.7412141 m / s > c, setting 1/gamma = 0\n",
+      "v = 422187121.45410097 m / s > c, setting 1/gamma = 0\n",
+      "v = 613353871.3063954 m / s > c, setting 1/gamma = 0\n",
+      "v = 571913136.4719667 m / s > c, setting 1/gamma = 0\n",
+      "v = 350974542.73971975 m / s > c, setting 1/gamma = 0\n",
+      "v = 410297234.1103544 m / s > c, setting 1/gamma = 0\n",
+      "v = 309676922.1427803 m / s > c, setting 1/gamma = 0\n",
+      "v = 317292156.61723524 m / s > c, setting 1/gamma = 0\n",
+      "v = 467801669.0858014 m / s > c, setting 1/gamma = 0\n",
+      "v = 506910215.69351286 m / s > c, setting 1/gamma = 0\n",
+      "v = 408906407.5813926 m / s > c, setting 1/gamma = 0\n",
+      "v = 462077502.88601077 m / s > c, setting 1/gamma = 0\n",
+      "v = 334806163.3903923 m / s > c, setting 1/gamma = 0\n",
+      "v = 461089163.7992745 m / s > c, setting 1/gamma = 0\n",
+      "v = 499756869.45619094 m / s > c, setting 1/gamma = 0\n",
+      "v = 324069406.8650445 m / s > c, setting 1/gamma = 0\n",
+      "v = 381495533.43826914 m / s > c, setting 1/gamma = 0\n",
+      "v = 323214824.32726014 m / s > c, setting 1/gamma = 0\n",
+      "v = 336236764.0648737 m / s > c, setting 1/gamma = 0\n",
+      "v = 321480976.9426634 m / s > c, setting 1/gamma = 0\n",
+      "v = 677873454.6785047 m / s > c, setting 1/gamma = 0\n",
+      "v = 600085402.1703329 m / s > c, setting 1/gamma = 0\n",
+      "v = 685466613.3262041 m / s > c, setting 1/gamma = 0\n",
+      "v = 572202423.5758213 m / s > c, setting 1/gamma = 0\n",
+      "v = 305970862.742245 m / s > c, setting 1/gamma = 0\n",
+      "v = 364418504.214742 m / s > c, setting 1/gamma = 0\n",
+      "v = 313515859.42145437 m / s > c, setting 1/gamma = 0\n",
+      "v = 368990862.844896 m / s > c, setting 1/gamma = 0\n",
+      "v = 671091774.2318517 m / s > c, setting 1/gamma = 0\n",
+      "v = 570236724.3328604 m / s > c, setting 1/gamma = 0\n",
+      "v = 331794681.55613333 m / s > c, setting 1/gamma = 0\n",
+      "v = 390843616.4593937 m / s > c, setting 1/gamma = 0\n",
+      "v = 353840492.04271424 m / s > c, setting 1/gamma = 0\n",
+      "v = 406712586.60164946 m / s > c, setting 1/gamma = 0\n",
+      "v = 321543978.84096974 m / s > c, setting 1/gamma = 0\n",
+      "v = 329073241.608075 m / s > c, setting 1/gamma = 0\n",
+      "v = 384571840.8127427 m / s > c, setting 1/gamma = 0\n",
+      "v = 334789898.5899953 m / s > c, setting 1/gamma = 0\n",
+      "v = 385807353.9421475 m / s > c, setting 1/gamma = 0\n",
+      "v = 576008362.2320254 m / s > c, setting 1/gamma = 0\n",
+      "v = 553015539.8189514 m / s > c, setting 1/gamma = 0\n",
+      "v = 309996279.3077707 m / s > c, setting 1/gamma = 0\n",
+      "v = 363087666.57411426 m / s > c, setting 1/gamma = 0\n",
+      "v = 534991375.78664356 m / s > c, setting 1/gamma = 0\n",
+      "v = 544922012.9301023 m / s > c, setting 1/gamma = 0\n",
+      "v = 418524439.74918824 m / s > c, setting 1/gamma = 0\n",
+      "v = 468762126.41839206 m / s > c, setting 1/gamma = 0\n",
+      "v = 309118621.2342489 m / s > c, setting 1/gamma = 0\n",
+      "v = 309865337.5553362 m / s > c, setting 1/gamma = 0\n",
+      "v = 364600973.3647974 m / s > c, setting 1/gamma = 0\n",
+      "v = 562868183.2797288 m / s > c, setting 1/gamma = 0\n",
+      "v = 561708555.9619169 m / s > c, setting 1/gamma = 0\n",
+      "v = 544297575.3361125 m / s > c, setting 1/gamma = 0\n",
+      "v = 556499719.9728831 m / s > c, setting 1/gamma = 0\n",
+      "v = 307483218.3027373 m / s > c, setting 1/gamma = 0\n",
+      "v = 718477679.4461863 m / s > c, setting 1/gamma = 0\n",
+      "v = 585665711.5775372 m / s > c, setting 1/gamma = 0\n",
+      "v = 314023568.75948006 m / s > c, setting 1/gamma = 0\n",
+      "v = 372040919.63355964 m / s > c, setting 1/gamma = 0\n",
+      "v = 326206929.42600864 m / s > c, setting 1/gamma = 0\n",
+      "v = 434437336.7223718 m / s > c, setting 1/gamma = 0\n",
+      "v = 479508602.49813944 m / s > c, setting 1/gamma = 0\n",
+      "v = 317508308.74426615 m / s > c, setting 1/gamma = 0\n",
+      "v = 356160331.50801706 m / s > c, setting 1/gamma = 0\n",
+      "v = 416756484.1153024 m / s > c, setting 1/gamma = 0\n",
+      "v = 378596560.54016006 m / s > c, setting 1/gamma = 0\n",
+      "v = 434346953.8632166 m / s > c, setting 1/gamma = 0\n",
+      "v = 333484171.46368307 m / s > c, setting 1/gamma = 0\n",
+      "v = 301072042.9320813 m / s > c, setting 1/gamma = 0\n",
+      "v = 355329666.6257904 m / s > c, setting 1/gamma = 0\n",
+      "v = 333871283.28113586 m / s > c, setting 1/gamma = 0\n",
+      "v = 555824377.5559982 m / s > c, setting 1/gamma = 0\n",
+      "v = 540125187.5393928 m / s > c, setting 1/gamma = 0\n",
+      "v = 328755026.79310405 m / s > c, setting 1/gamma = 0\n",
+      "v = 383311702.51886433 m / s > c, setting 1/gamma = 0\n",
+      "v = 305248325.9081291 m / s > c, setting 1/gamma = 0\n",
+      "v = 352800303.43329805 m / s > c, setting 1/gamma = 0\n",
+      "v = 595104233.6244782 m / s > c, setting 1/gamma = 0\n",
+      "v = 554557994.8303305 m / s > c, setting 1/gamma = 0\n",
+      "v = 604135868.2231838 m / s > c, setting 1/gamma = 0\n",
+      "v = 557418306.651853 m / s > c, setting 1/gamma = 0\n",
+      "v = 540660123.1726016 m / s > c, setting 1/gamma = 0\n",
+      "v = 549736055.6630667 m / s > c, setting 1/gamma = 0\n",
+      "v = 486325559.746341 m / s > c, setting 1/gamma = 0\n",
+      "v = 521278006.4876152 m / s > c, setting 1/gamma = 0\n",
+      "v = 477953120.51797837 m / s > c, setting 1/gamma = 0\n",
+      "v = 511843974.0824743 m / s > c, setting 1/gamma = 0\n",
+      "v = 327193091.811037 m / s > c, setting 1/gamma = 0\n",
+      "v = 386737642.94426244 m / s > c, setting 1/gamma = 0\n",
+      "v = 330076845.109536 m / s > c, setting 1/gamma = 0\n",
+      "v = 383243861.413743 m / s > c, setting 1/gamma = 0\n",
+      "v = 328527025.10216147 m / s > c, setting 1/gamma = 0\n",
+      "v = 315220774.4743022 m / s > c, setting 1/gamma = 0\n",
+      "v = 340734951.0109625 m / s > c, setting 1/gamma = 0\n",
+      "v = 397903586.47545916 m / s > c, setting 1/gamma = 0\n",
+      "v = 359289851.742414 m / s > c, setting 1/gamma = 0\n",
+      "v = 417147092.4382036 m / s > c, setting 1/gamma = 0\n",
+      "v = 325716170.92937976 m / s > c, setting 1/gamma = 0\n",
+      "v = 381669253.63495743 m / s > c, setting 1/gamma = 0\n",
+      "v = 304047954.47460324 m / s > c, setting 1/gamma = 0\n",
+      "v = 447859934.47728914 m / s > c, setting 1/gamma = 0\n",
+      "v = 484940801.47534055 m / s > c, setting 1/gamma = 0\n",
+      "v = 314803508.70543736 m / s > c, setting 1/gamma = 0\n",
+      "v = 368332200.46227086 m / s > c, setting 1/gamma = 0\n",
+      "v = 337122884.75108016 m / s > c, setting 1/gamma = 0\n",
+      "v = 386845176.54475653 m / s > c, setting 1/gamma = 0\n",
+      "v = 327761458.21627736 m / s > c, setting 1/gamma = 0\n",
+      "v = 382899372.5127056 m / s > c, setting 1/gamma = 0\n",
+      "v = 302572678.63416916 m / s > c, setting 1/gamma = 0\n",
+      "v = 319811070.97454417 m / s > c, setting 1/gamma = 0\n",
+      "v = 434511157.0573493 m / s > c, setting 1/gamma = 0\n",
+      "v = 485378317.45162666 m / s > c, setting 1/gamma = 0\n",
+      "v = 465314418.27172005 m / s > c, setting 1/gamma = 0\n",
+      "v = 503921519.41800714 m / s > c, setting 1/gamma = 0\n",
+      "v = 310408782.997129 m / s > c, setting 1/gamma = 0\n",
+      "v = 367766626.5016518 m / s > c, setting 1/gamma = 0\n",
+      "v = 328408334.85657847 m / s > c, setting 1/gamma = 0\n",
+      "v = 312578234.42093676 m / s > c, setting 1/gamma = 0\n",
+      "v = 369373781.73207355 m / s > c, setting 1/gamma = 0\n",
+      "v = 356143297.4217518 m / s > c, setting 1/gamma = 0\n",
+      "v = 416615353.62579507 m / s > c, setting 1/gamma = 0\n",
+      "v = 314199579.31234765 m / s > c, setting 1/gamma = 0\n",
+      "v = 304907791.37243575 m / s > c, setting 1/gamma = 0\n",
+      "v = 362265593.0299833 m / s > c, setting 1/gamma = 0\n",
+      "v = 613123944.3210056 m / s > c, setting 1/gamma = 0\n",
+      "v = 576248724.5128474 m / s > c, setting 1/gamma = 0\n",
+      "v = 302371880.91040933 m / s > c, setting 1/gamma = 0\n",
+      "v = 361047466.8093388 m / s > c, setting 1/gamma = 0\n",
+      "v = 634624633.739169 m / s > c, setting 1/gamma = 0\n",
+      "v = 589269818.6851704 m / s > c, setting 1/gamma = 0\n",
+      "v = 628862215.3306704 m / s > c, setting 1/gamma = 0\n",
+      "v = 577938745.4020439 m / s > c, setting 1/gamma = 0\n",
+      "v = 654932575.0617642 m / s > c, setting 1/gamma = 0\n",
+      "v = 592365843.0406878 m / s > c, setting 1/gamma = 0\n",
+      "v = 470106364.52973163 m / s > c, setting 1/gamma = 0\n",
+      "v = 512252310.80274963 m / s > c, setting 1/gamma = 0\n",
+      "v = 582587216.1970894 m / s > c, setting 1/gamma = 0\n",
+      "v = 570467176.7505026 m / s > c, setting 1/gamma = 0\n",
+      "v = 427696132.77510476 m / s > c, setting 1/gamma = 0\n",
+      "v = 478734627.14310193 m / s > c, setting 1/gamma = 0\n",
+      "v = 317871683.2164626 m / s > c, setting 1/gamma = 0\n",
+      "v = 316714260.2278811 m / s > c, setting 1/gamma = 0\n",
+      "v = 309267265.03112864 m / s > c, setting 1/gamma = 0\n",
+      "v = 368728467.46992254 m / s > c, setting 1/gamma = 0\n",
+      "v = 308483413.2103884 m / s > c, setting 1/gamma = 0\n",
+      "v = 740816297.8802241 m / s > c, setting 1/gamma = 0\n",
+      "v = 605723715.4530963 m / s > c, setting 1/gamma = 0\n",
+      "v = 416427731.65663856 m / s > c, setting 1/gamma = 0\n",
+      "v = 470569038.7086999 m / s > c, setting 1/gamma = 0\n",
+      "v = 332852878.2038371 m / s > c, setting 1/gamma = 0\n",
+      "v = 509125261.67532665 m / s > c, setting 1/gamma = 0\n",
+      "v = 536823550.0852187 m / s > c, setting 1/gamma = 0\n",
+      "v = 378193504.6116927 m / s > c, setting 1/gamma = 0\n",
+      "v = 439704940.6408053 m / s > c, setting 1/gamma = 0\n",
+      "v = 302308084.24720556 m / s > c, setting 1/gamma = 0\n",
+      "v = 357921684.09372604 m / s > c, setting 1/gamma = 0\n",
+      "v = 326269735.50599694 m / s > c, setting 1/gamma = 0\n",
+      "v = 386628324.0351633 m / s > c, setting 1/gamma = 0\n",
+      "v = 361387874.78731704 m / s > c, setting 1/gamma = 0\n",
+      "v = 420980161.5583701 m / s > c, setting 1/gamma = 0\n",
+      "v = 300222322.8245538 m / s > c, setting 1/gamma = 0\n",
+      "v = 704639104.755504 m / s > c, setting 1/gamma = 0\n",
+      "v = 573646137.4199625 m / s > c, setting 1/gamma = 0\n",
+      "v = 372503482.1663275 m / s > c, setting 1/gamma = 0\n",
+      "v = 430739035.3420515 m / s > c, setting 1/gamma = 0\n",
+      "v = 507641710.56120384 m / s > c, setting 1/gamma = 0\n",
+      "v = 534880667.3636823 m / s > c, setting 1/gamma = 0\n",
+      "v = 520020308.32028586 m / s > c, setting 1/gamma = 0\n",
+      "v = 537883608.6279685 m / s > c, setting 1/gamma = 0\n",
+      "v = 387769478.9671986 m / s > c, setting 1/gamma = 0\n",
+      "v = 445107175.10186297 m / s > c, setting 1/gamma = 0\n",
+      "v = 339848894.6333626 m / s > c, setting 1/gamma = 0\n",
+      "v = 300581752.3646773 m / s > c, setting 1/gamma = 0\n",
+      "v = 693711538.1645182 m / s > c, setting 1/gamma = 0\n",
+      "v = 564584053.5626597 m / s > c, setting 1/gamma = 0\n",
+      "v = 362699496.313945 m / s > c, setting 1/gamma = 0\n",
+      "v = 420388130.31955 m / s > c, setting 1/gamma = 0\n",
+      "v = 309674032.97478694 m / s > c, setting 1/gamma = 0\n",
+      "v = 361371731.1194665 m / s > c, setting 1/gamma = 0\n",
+      "v = 305103959.72268736 m / s > c, setting 1/gamma = 0\n",
+      "v = 357219784.3182823 m / s > c, setting 1/gamma = 0\n",
+      "v = 496213205.61707836 m / s > c, setting 1/gamma = 0\n",
+      "v = 519867981.6119587 m / s > c, setting 1/gamma = 0\n",
+      "v = 388030509.77875596 m / s > c, setting 1/gamma = 0\n",
+      "v = 443140363.77279633 m / s > c, setting 1/gamma = 0\n",
+      "v = 309210946.176843 m / s > c, setting 1/gamma = 0\n",
+      "v = 361535973.63579273 m / s > c, setting 1/gamma = 0\n",
+      "v = 311028450.0089522 m / s > c, setting 1/gamma = 0\n",
+      "v = 300473797.9448866 m / s > c, setting 1/gamma = 0\n",
+      "v = 348548665.39973915 m / s > c, setting 1/gamma = 0\n",
+      "v = 333811620.5245436 m / s > c, setting 1/gamma = 0\n",
+      "v = 391331493.7362982 m / s > c, setting 1/gamma = 0\n",
+      "v = 313527808.7338839 m / s > c, setting 1/gamma = 0\n",
+      "v = 368188815.4273977 m / s > c, setting 1/gamma = 0\n",
+      "v = 320772769.0741924 m / s > c, setting 1/gamma = 0\n",
+      "v = 369390270.8527979 m / s > c, setting 1/gamma = 0\n",
+      "v = 358299899.2202443 m / s > c, setting 1/gamma = 0\n",
+      "v = 414817283.22083384 m / s > c, setting 1/gamma = 0\n",
+      "v = 336176174.39596945 m / s > c, setting 1/gamma = 0\n",
+      "v = 392447641.63033974 m / s > c, setting 1/gamma = 0\n",
+      "v = 304171056.7869195 m / s > c, setting 1/gamma = 0\n",
+      "v = 351445749.8402806 m / s > c, setting 1/gamma = 0\n",
+      "v = 363364206.1920584 m / s > c, setting 1/gamma = 0\n",
+      "v = 416563721.4987829 m / s > c, setting 1/gamma = 0\n",
+      "v = 315184959.4198431 m / s > c, setting 1/gamma = 0\n",
+      "v = 301632229.40569884 m / s > c, setting 1/gamma = 0\n",
+      "v = 315205573.96582425 m / s > c, setting 1/gamma = 0\n",
+      "v = 547486156.9204614 m / s > c, setting 1/gamma = 0\n",
+      "v = 533527745.9346648 m / s > c, setting 1/gamma = 0\n",
+      "v = 325103334.4698533 m / s > c, setting 1/gamma = 0\n",
+      "v = 378536669.2630857 m / s > c, setting 1/gamma = 0\n",
+      "v = 309115044.5732876 m / s > c, setting 1/gamma = 0\n",
+      "v = 356139483.5564779 m / s > c, setting 1/gamma = 0\n",
+      "v = 346550280.6908379 m / s > c, setting 1/gamma = 0\n",
+      "v = 406363153.7912727 m / s > c, setting 1/gamma = 0\n",
+      "v = 371683025.76218426 m / s > c, setting 1/gamma = 0\n",
+      "v = 426462844.6185899 m / s > c, setting 1/gamma = 0\n",
+      "v = 563722789.4419875 m / s > c, setting 1/gamma = 0\n",
+      "v = 553573798.8110825 m / s > c, setting 1/gamma = 0\n",
+      "v = 304466508.3104531 m / s > c, setting 1/gamma = 0\n",
+      "v = 615066972.9685124 m / s > c, setting 1/gamma = 0\n",
+      "v = 563923719.7069248 m / s > c, setting 1/gamma = 0\n",
+      "v = 575705938.509979 m / s > c, setting 1/gamma = 0\n",
+      "v = 556664792.9825851 m / s > c, setting 1/gamma = 0\n",
+      "v = 349969909.57827556 m / s > c, setting 1/gamma = 0\n",
+      "v = 408362363.733286 m / s > c, setting 1/gamma = 0\n",
+      "v = 361736026.56886274 m / s > c, setting 1/gamma = 0\n",
+      "v = 420822633.7002125 m / s > c, setting 1/gamma = 0\n",
+      "v = 349151277.03384644 m / s > c, setting 1/gamma = 0\n",
+      "v = 406063814.7499404 m / s > c, setting 1/gamma = 0\n",
+      "v = 304845712.4880181 m / s > c, setting 1/gamma = 0\n",
+      "v = 354510550.16559315 m / s > c, setting 1/gamma = 0\n",
+      "v = 328527415.1784647 m / s > c, setting 1/gamma = 0\n",
+      "v = 307896916.76213324 m / s > c, setting 1/gamma = 0\n",
+      "v = 317876867.4798539 m / s > c, setting 1/gamma = 0\n",
+      "v = 418812798.1005133 m / s > c, setting 1/gamma = 0\n",
+      "v = 468799825.97505814 m / s > c, setting 1/gamma = 0\n",
+      "v = 322872590.1954055 m / s > c, setting 1/gamma = 0\n",
+      "v = 380239449.0626485 m / s > c, setting 1/gamma = 0\n",
+      "v = 326065175.24699855 m / s > c, setting 1/gamma = 0\n",
+      "v = 377454655.3508784 m / s > c, setting 1/gamma = 0\n",
+      "v = 306745383.9363852 m / s > c, setting 1/gamma = 0\n",
+      "v = 300105072.10582083 m / s > c, setting 1/gamma = 0\n",
+      "v = 301236272.90111685 m / s > c, setting 1/gamma = 0\n",
+      "v = 301847950.85548353 m / s > c, setting 1/gamma = 0\n",
+      "v = 359637848.3302736 m / s > c, setting 1/gamma = 0\n",
+      "v = 311579164.685552 m / s > c, setting 1/gamma = 0\n",
+      "v = 309641037.70952725 m / s > c, setting 1/gamma = 0\n",
+      "v = 423793947.91952926 m / s > c, setting 1/gamma = 0\n",
+      "v = 472754076.7839411 m / s > c, setting 1/gamma = 0\n",
+      "v = 334414363.9944948 m / s > c, setting 1/gamma = 0\n",
+      "v = 393300929.7059774 m / s > c, setting 1/gamma = 0\n",
+      "v = 337097345.92220694 m / s > c, setting 1/gamma = 0\n",
+      "v = 510934850.0813604 m / s > c, setting 1/gamma = 0\n",
+      "v = 527997768.35540295 m / s > c, setting 1/gamma = 0\n",
+      "v = 434173623.3191069 m / s > c, setting 1/gamma = 0\n",
+      "v = 480348401.29668176 m / s > c, setting 1/gamma = 0\n",
+      "v = 306105348.6241328 m / s > c, setting 1/gamma = 0\n",
+      "v = 360775549.48400635 m / s > c, setting 1/gamma = 0\n",
+      "v = 563834676.0851442 m / s > c, setting 1/gamma = 0\n",
+      "v = 561023648.0096984 m / s > c, setting 1/gamma = 0\n",
+      "v = 395414222.03784376 m / s > c, setting 1/gamma = 0\n",
+      "v = 453336329.0473526 m / s > c, setting 1/gamma = 0\n",
+      "v = 500750459.0641479 m / s > c, setting 1/gamma = 0\n",
+      "v = 526944782.0179068 m / s > c, setting 1/gamma = 0\n",
+      "v = 387421776.5025861 m / s > c, setting 1/gamma = 0\n",
+      "v = 443722113.69851494 m / s > c, setting 1/gamma = 0\n",
+      "v = 303433335.4622603 m / s > c, setting 1/gamma = 0\n",
+      "v = 332615002.27374256 m / s > c, setting 1/gamma = 0\n",
+      "v = 396412247.88317806 m / s > c, setting 1/gamma = 0\n",
+      "v = 387158509.56721103 m / s > c, setting 1/gamma = 0\n",
+      "v = 445701808.2317253 m / s > c, setting 1/gamma = 0\n",
+      "v = 311981061.84909296 m / s > c, setting 1/gamma = 0\n",
+      "v = 333331732.7822027 m / s > c, setting 1/gamma = 0\n",
+      "v = 300085245.97907275 m / s > c, setting 1/gamma = 0\n",
+      "v = 302336909.58946896 m / s > c, setting 1/gamma = 0\n",
+      "v = 334467226.57314724 m / s > c, setting 1/gamma = 0\n",
+      "v = 303327917.7193124 m / s > c, setting 1/gamma = 0\n",
+      "v = 717648338.5099746 m / s > c, setting 1/gamma = 0\n",
+      "v = 584871819.1630849 m / s > c, setting 1/gamma = 0\n",
+      "v = 361259240.2615211 m / s > c, setting 1/gamma = 0\n",
+      "v = 422491766.276988 m / s > c, setting 1/gamma = 0\n",
+      "v = 335553738.22708994 m / s > c, setting 1/gamma = 0\n",
+      "v = 390858719.7331936 m / s > c, setting 1/gamma = 0\n",
+      "v = 305664270.9663115 m / s > c, setting 1/gamma = 0\n",
+      "v = 312657403.12047553 m / s > c, setting 1/gamma = 0\n",
+      "v = 321902485.71908367 m / s > c, setting 1/gamma = 0\n",
+      "v = 382561752.61037016 m / s > c, setting 1/gamma = 0\n",
+      "v = 318588197.3288327 m / s > c, setting 1/gamma = 0\n",
+      "v = 303791967.0666976 m / s > c, setting 1/gamma = 0\n",
+      "v = 312028428.5451297 m / s > c, setting 1/gamma = 0\n",
+      "v = 370847493.46651614 m / s > c, setting 1/gamma = 0\n",
+      "v = 307854193.4326464 m / s > c, setting 1/gamma = 0\n",
+      "v = 719775551.1031895 m / s > c, setting 1/gamma = 0\n",
+      "v = 585867227.4171476 m / s > c, setting 1/gamma = 0\n",
+      "v = 321410373.7292199 m / s > c, setting 1/gamma = 0\n",
+      "v = 380466245.4946371 m / s > c, setting 1/gamma = 0\n",
+      "v = 348953840.54173535 m / s > c, setting 1/gamma = 0\n",
+      "v = 402962867.94463533 m / s > c, setting 1/gamma = 0\n",
+      "v = 328689308.76242065 m / s > c, setting 1/gamma = 0\n",
+      "v = 360453743.243856 m / s > c, setting 1/gamma = 0\n",
+      "v = 417885996.2566304 m / s > c, setting 1/gamma = 0\n",
+      "v = 335342611.67479104 m / s > c, setting 1/gamma = 0\n",
+      "v = 388015262.4385343 m / s > c, setting 1/gamma = 0\n",
+      "v = 314324121.3408511 m / s > c, setting 1/gamma = 0\n",
+      "v = 367267288.7115705 m / s > c, setting 1/gamma = 0\n",
+      "v = 334656384.9024161 m / s > c, setting 1/gamma = 0\n",
+      "v = 459328724.7168472 m / s > c, setting 1/gamma = 0\n",
+      "v = 493715360.7503075 m / s > c, setting 1/gamma = 0\n",
+      "v = 329044700.23532 m / s > c, setting 1/gamma = 0\n",
+      "v = 383558546.001279 m / s > c, setting 1/gamma = 0\n",
+      "v = 468155638.31305283 m / s > c, setting 1/gamma = 0\n",
+      "v = 502151050.3859094 m / s > c, setting 1/gamma = 0\n",
+      "v = 358892600.17727846 m / s > c, setting 1/gamma = 0\n",
+      "v = 414893150.7103154 m / s > c, setting 1/gamma = 0\n",
+      "v = 299898563.08963984 m / s > c, setting 1/gamma = 0\n",
+      "v = 352479182.4415635 m / s > c, setting 1/gamma = 0\n",
+      "v = 408685713.0780769 m / s > c, setting 1/gamma = 0\n",
+      "v = 343345666.689398 m / s > c, setting 1/gamma = 0\n",
+      "v = 319628807.96165407 m / s > c, setting 1/gamma = 0\n",
+      "v = 371663330.9122178 m / s > c, setting 1/gamma = 0\n",
+      "v = 301008236.1882482 m / s > c, setting 1/gamma = 0\n",
+      "v = 332363275.36377263 m / s > c, setting 1/gamma = 0\n",
+      "v = 387094359.7834451 m / s > c, setting 1/gamma = 0\n",
+      "v = 438314647.68043584 m / s > c, setting 1/gamma = 0\n",
+      "v = 312257870.9286245 m / s > c, setting 1/gamma = 0\n",
+      "v = 364900320.6764833 m / s > c, setting 1/gamma = 0\n",
+      "v = 315007862.87236625 m / s > c, setting 1/gamma = 0\n",
+      "v = 363258981.171336 m / s > c, setting 1/gamma = 0\n",
+      "v = 498887559.6635759 m / s > c, setting 1/gamma = 0\n",
+      "v = 515053285.4159248 m / s > c, setting 1/gamma = 0\n",
+      "v = 365091213.1548051 m / s > c, setting 1/gamma = 0\n",
+      "v = 419287557.04109824 m / s > c, setting 1/gamma = 0\n",
+      "v = 307753043.6829807 m / s > c, setting 1/gamma = 0\n",
+      "v = 357321567.654012 m / s > c, setting 1/gamma = 0\n",
+      "v = 316166454.2704223 m / s > c, setting 1/gamma = 0\n",
+      "v = 415374725.75898093 m / s > c, setting 1/gamma = 0\n",
+      "v = 459614768.82074535 m / s > c, setting 1/gamma = 0\n",
+      "v = 335409742.5394986 m / s > c, setting 1/gamma = 0\n",
+      "v = 309393835.531436 m / s > c, setting 1/gamma = 0\n",
+      "v = 400254433.6474258 m / s > c, setting 1/gamma = 0\n",
+      "v = 451178640.9574022 m / s > c, setting 1/gamma = 0\n",
+      "v = 306387297.62535304 m / s > c, setting 1/gamma = 0\n",
+      "v = 360620113.1749151 m / s > c, setting 1/gamma = 0\n",
+      "v = 310561069.80609494 m / s > c, setting 1/gamma = 0\n",
+      "v = 359123743.27097464 m / s > c, setting 1/gamma = 0\n",
+      "v = 318319816.0268828 m / s > c, setting 1/gamma = 0\n",
+      "v = 363591205.57299536 m / s > c, setting 1/gamma = 0\n",
+      "v = 477342224.51807165 m / s > c, setting 1/gamma = 0\n",
+      "v = 497032341.0342467 m / s > c, setting 1/gamma = 0\n",
+      "v = 387701012.16724735 m / s > c, setting 1/gamma = 0\n",
+      "v = 435258987.79858345 m / s > c, setting 1/gamma = 0\n",
+      "v = 323039421.29469645 m / s > c, setting 1/gamma = 0\n",
+      "v = 380344039.9477523 m / s > c, setting 1/gamma = 0\n",
+      "v = 315548933.8992906 m / s > c, setting 1/gamma = 0\n",
+      "v = 368296920.34685266 m / s > c, setting 1/gamma = 0\n",
+      "v = 318208678.2842794 m / s > c, setting 1/gamma = 0\n",
+      "v = 367132815.69136316 m / s > c, setting 1/gamma = 0\n",
+      "v = 307299021.95325345 m / s > c, setting 1/gamma = 0\n",
+      "v = 359998572.39447796 m / s > c, setting 1/gamma = 0\n",
+      "v = 303993613.9753939 m / s > c, setting 1/gamma = 0\n",
+      "v = 354321349.5463745 m / s > c, setting 1/gamma = 0\n",
+      "v = 502780318.91502976 m / s > c, setting 1/gamma = 0\n",
+      "v = 522116275.04200983 m / s > c, setting 1/gamma = 0\n",
+      "v = 450615281.5226493 m / s > c, setting 1/gamma = 0\n",
+      "v = 490382284.4808794 m / s > c, setting 1/gamma = 0\n",
+      "v = 325942965.44458085 m / s > c, setting 1/gamma = 0\n",
+      "v = 381510459.99943656 m / s > c, setting 1/gamma = 0\n",
+      "v = 313969418.9169998 m / s > c, setting 1/gamma = 0\n",
+      "v = 316127149.9543937 m / s > c, setting 1/gamma = 0\n",
+      "v = 372059003.6772835 m / s > c, setting 1/gamma = 0\n",
+      "v = 313931987.75695556 m / s > c, setting 1/gamma = 0\n",
+      "v = 600376198.3603895 m / s > c, setting 1/gamma = 0\n",
+      "v = 563993928.6125692 m / s > c, setting 1/gamma = 0\n",
+      "v = 335134759.97981066 m / s > c, setting 1/gamma = 0\n",
+      "v = 392036018.8440173 m / s > c, setting 1/gamma = 0\n",
+      "v = 318069761.70617294 m / s > c, setting 1/gamma = 0\n",
+      "v = 373410695.33175606 m / s > c, setting 1/gamma = 0\n",
+      "v = 331414793.1908085 m / s > c, setting 1/gamma = 0\n",
+      "v = 382275918.1480504 m / s > c, setting 1/gamma = 0\n",
+      "v = 310232892.6800996 m / s > c, setting 1/gamma = 0\n",
+      "v = 327333877.20153826 m / s > c, setting 1/gamma = 0\n",
+      "v = 387902409.2321223 m / s > c, setting 1/gamma = 0\n",
+      "v = 363597154.16485846 m / s > c, setting 1/gamma = 0\n",
+      "v = 418692540.1264722 m / s > c, setting 1/gamma = 0\n",
+      "v = 415564920.9515851 m / s > c, setting 1/gamma = 0\n",
+      "v = 464996057.8430425 m / s > c, setting 1/gamma = 0\n",
+      "v = 345674381.9853279 m / s > c, setting 1/gamma = 0\n",
+      "v = 400401293.7622418 m / s > c, setting 1/gamma = 0\n",
+      "v = 537105560.2418818 m / s > c, setting 1/gamma = 0\n",
+      "v = 532565242.5702495 m / s > c, setting 1/gamma = 0\n",
+      "v = 322225499.6716737 m / s > c, setting 1/gamma = 0\n",
+      "v = 374348527.41354203 m / s > c, setting 1/gamma = 0\n",
+      "v = 305847284.49966586 m / s > c, setting 1/gamma = 0\n",
+      "v = 350825283.3554289 m / s > c, setting 1/gamma = 0\n",
+      "v = 312346601.17147505 m / s > c, setting 1/gamma = 0\n",
+      "v = 365426831.84365267 m / s > c, setting 1/gamma = 0\n",
+      "v = 314106566.52801746 m / s > c, setting 1/gamma = 0\n",
+      "v = 454056046.8047633 m / s > c, setting 1/gamma = 0\n",
+      "v = 484890515.1446316 m / s > c, setting 1/gamma = 0\n",
+      "v = 407939882.3510036 m / s > c, setting 1/gamma = 0\n",
+      "v = 457210443.14628834 m / s > c, setting 1/gamma = 0\n",
+      "v = 334438233.994022 m / s > c, setting 1/gamma = 0\n",
+      "v = 389333988.97950506 m / s > c, setting 1/gamma = 0\n",
+      "v = 316554397.20187145 m / s > c, setting 1/gamma = 0\n",
+      "v = 552608467.6245959 m / s > c, setting 1/gamma = 0\n",
+      "v = 538121079.9868916 m / s > c, setting 1/gamma = 0\n",
+      "v = 407023220.2979822 m / s > c, setting 1/gamma = 0\n",
+      "v = 455771869.21914244 m / s > c, setting 1/gamma = 0\n",
+      "v = 321647355.5829497 m / s > c, setting 1/gamma = 0\n",
+      "v = 303689216.6480513 m / s > c, setting 1/gamma = 0\n",
+      "v = 349897032.17306864 m / s > c, setting 1/gamma = 0\n",
+      "v = 303546966.1868896 m / s > c, setting 1/gamma = 0\n",
+      "v = 356662734.1293927 m / s > c, setting 1/gamma = 0\n",
+      "v = 302097924.84272236 m / s > c, setting 1/gamma = 0\n",
+      "v = 352851795.634531 m / s > c, setting 1/gamma = 0\n",
+      "v = 412592773.7183657 m / s > c, setting 1/gamma = 0\n",
+      "v = 319417380.96292686 m / s > c, setting 1/gamma = 0\n",
+      "v = 375959037.6337098 m / s > c, setting 1/gamma = 0\n",
+      "v = 323621572.9623117 m / s > c, setting 1/gamma = 0\n",
+      "v = 486253088.06892097 m / s > c, setting 1/gamma = 0\n",
+      "v = 511298959.8073015 m / s > c, setting 1/gamma = 0\n",
+      "v = 492167420.5346736 m / s > c, setting 1/gamma = 0\n",
+      "v = 515079746.1494869 m / s > c, setting 1/gamma = 0\n",
+      "v = 356367070.61267984 m / s > c, setting 1/gamma = 0\n",
+      "v = 413272120.21127826 m / s > c, setting 1/gamma = 0\n",
+      "v = 426407868.3116777 m / s > c, setting 1/gamma = 0\n",
+      "v = 470225925.135118 m / s > c, setting 1/gamma = 0\n",
+      "v = 334844450.4021997 m / s > c, setting 1/gamma = 0\n",
+      "v = 312976542.7537668 m / s > c, setting 1/gamma = 0\n",
+      "v = 362191044.8686313 m / s > c, setting 1/gamma = 0\n",
+      "v = 333733280.257764 m / s > c, setting 1/gamma = 0\n",
+      "v = 344277673.9452694 m / s > c, setting 1/gamma = 0\n",
+      "v = 390893634.72027916 m / s > c, setting 1/gamma = 0\n",
+      "v = 467917824.4621791 m / s > c, setting 1/gamma = 0\n",
+      "v = 498376153.29745185 m / s > c, setting 1/gamma = 0\n",
+      "v = 308656308.5914177 m / s > c, setting 1/gamma = 0\n",
+      "v = 307802048.36116767 m / s > c, setting 1/gamma = 0\n",
+      "v = 359914080.5690617 m / s > c, setting 1/gamma = 0\n",
+      "v = 428647508.48764265 m / s > c, setting 1/gamma = 0\n",
+      "v = 475652980.4013622 m / s > c, setting 1/gamma = 0\n",
+      "v = 301648795.0400886 m / s > c, setting 1/gamma = 0\n",
+      "v = 355525572.27391106 m / s > c, setting 1/gamma = 0\n",
+      "v = 307336793.0518379 m / s > c, setting 1/gamma = 0\n",
+      "v = 336906796.08141893 m / s > c, setting 1/gamma = 0\n",
+      "v = 393459196.0117887 m / s > c, setting 1/gamma = 0\n",
+      "v = 337230258.1479708 m / s > c, setting 1/gamma = 0\n",
+      "v = 393845845.77943766 m / s > c, setting 1/gamma = 0\n",
+      "v = 306303472.8749157 m / s > c, setting 1/gamma = 0\n",
+      "v = 322323170.9484069 m / s > c, setting 1/gamma = 0\n",
+      "v = 377074404.3775868 m / s > c, setting 1/gamma = 0\n",
+      "v = 317524671.0299666 m / s > c, setting 1/gamma = 0\n",
+      "v = 366828289.5563676 m / s > c, setting 1/gamma = 0\n",
+      "v = 403074888.28758407 m / s > c, setting 1/gamma = 0\n",
+      "v = 453086225.3214267 m / s > c, setting 1/gamma = 0\n",
+      "v = 385018580.8266679 m / s > c, setting 1/gamma = 0\n",
+      "v = 434662121.7578641 m / s > c, setting 1/gamma = 0\n",
+      "v = 347603334.15706027 m / s > c, setting 1/gamma = 0\n",
+      "v = 404681029.64325386 m / s > c, setting 1/gamma = 0\n",
+      "v = 345903753.10481745 m / s > c, setting 1/gamma = 0\n",
+      "v = 310767270.5930748 m / s > c, setting 1/gamma = 0\n",
+      "v = 486881830.5738802 m / s > c, setting 1/gamma = 0\n",
+      "v = 508567035.1721604 m / s > c, setting 1/gamma = 0\n",
+      "v = 463164143.818848 m / s > c, setting 1/gamma = 0\n",
+      "v = 496304446.787723 m / s > c, setting 1/gamma = 0\n",
+      "v = 303795956.0302287 m / s > c, setting 1/gamma = 0\n",
+      "v = 358164970.3437086 m / s > c, setting 1/gamma = 0\n",
+      "v = 328213860.9517543 m / s > c, setting 1/gamma = 0\n",
+      "v = 421103616.7833763 m / s > c, setting 1/gamma = 0\n",
+      "v = 465957863.8088147 m / s > c, setting 1/gamma = 0\n",
+      "v = 341145118.1689749 m / s > c, setting 1/gamma = 0\n",
+      "v = 392765448.2354208 m / s > c, setting 1/gamma = 0\n",
+      "v = 442113997.199582 m / s > c, setting 1/gamma = 0\n",
+      "v = 476480908.0103866 m / s > c, setting 1/gamma = 0\n",
+      "v = 334123147.6748484 m / s > c, setting 1/gamma = 0\n",
+      "v = 319228270.61229104 m / s > c, setting 1/gamma = 0\n",
+      "v = 364700006.0296753 m / s > c, setting 1/gamma = 0\n",
+      "v = 472123832.0880535 m / s > c, setting 1/gamma = 0\n",
+      "v = 492900416.72376186 m / s > c, setting 1/gamma = 0\n",
+      "v = 327572566.4182954 m / s > c, setting 1/gamma = 0\n",
+      "v = 378006103.1593316 m / s > c, setting 1/gamma = 0\n",
+      "v = 362987624.9127415 m / s > c, setting 1/gamma = 0\n",
+      "v = 409347651.7940002 m / s > c, setting 1/gamma = 0\n",
+      "v = 341902655.677118 m / s > c, setting 1/gamma = 0\n",
+      "v = 399994577.82290465 m / s > c, setting 1/gamma = 0\n",
+      "v = 342308162.78120387 m / s > c, setting 1/gamma = 0\n",
+      "v = 397344716.7297537 m / s > c, setting 1/gamma = 0\n",
+      "v = 331984699.59869486 m / s > c, setting 1/gamma = 0\n",
+      "v = 308973352.4269273 m / s > c, setting 1/gamma = 0\n",
+      "v = 369341477.18926996 m / s > c, setting 1/gamma = 0\n",
+      "v = 321161139.51185787 m / s > c, setting 1/gamma = 0\n",
+      "v = 375925790.12716943 m / s > c, setting 1/gamma = 0\n",
+      "v = 327055894.20658296 m / s > c, setting 1/gamma = 0\n",
+      "v = 386044464.06178457 m / s > c, setting 1/gamma = 0\n",
+      "v = 332979450.9341612 m / s > c, setting 1/gamma = 0\n",
+      "v = 391540886.695836 m / s > c, setting 1/gamma = 0\n",
+      "v = 363022346.10304624 m / s > c, setting 1/gamma = 0\n",
+      "v = 419963545.43633085 m / s > c, setting 1/gamma = 0\n",
+      "v = 306702053.1017584 m / s > c, setting 1/gamma = 0\n",
+      "v = 303706454.91052794 m / s > c, setting 1/gamma = 0\n",
+      "v = 625697529.1159425 m / s > c, setting 1/gamma = 0\n",
+      "v = 569874600.6757756 m / s > c, setting 1/gamma = 0\n",
+      "v = 441409500.1466746 m / s > c, setting 1/gamma = 0\n",
+      "v = 490888250.5245736 m / s > c, setting 1/gamma = 0\n",
+      "v = 548847278.2850428 m / s > c, setting 1/gamma = 0\n",
+      "v = 550880069.2687873 m / s > c, setting 1/gamma = 0\n",
+      "v = 328536747.78842664 m / s > c, setting 1/gamma = 0\n",
+      "v = 388005783.9609901 m / s > c, setting 1/gamma = 0\n",
+      "v = 314793721.9547669 m / s > c, setting 1/gamma = 0\n",
+      "v = 368474617.5605647 m / s > c, setting 1/gamma = 0\n",
+      "v = 650511802.5515928 m / s > c, setting 1/gamma = 0\n",
+      "v = 568081566.555267 m / s > c, setting 1/gamma = 0\n",
+      "v = 374747949.4270524 m / s > c, setting 1/gamma = 0\n",
+      "v = 431300440.37829536 m / s > c, setting 1/gamma = 0\n",
+      "v = 315381462.15658104 m / s > c, setting 1/gamma = 0\n",
+      "v = 303418750.0678357 m / s > c, setting 1/gamma = 0\n",
+      "v = 407711010.7945416 m / s > c, setting 1/gamma = 0\n",
+      "v = 461652795.8653905 m / s > c, setting 1/gamma = 0\n",
+      "v = 368313595.97000754 m / s > c, setting 1/gamma = 0\n",
+      "v = 427587994.2582344 m / s > c, setting 1/gamma = 0\n",
+      "v = 302975832.0680754 m / s > c, setting 1/gamma = 0\n",
+      "v = 354779923.6605086 m / s > c, setting 1/gamma = 0\n",
+      "v = 322621883.93793356 m / s > c, setting 1/gamma = 0\n",
+      "v = 381206083.6660147 m / s > c, setting 1/gamma = 0\n",
+      "v = 304902896.7454091 m / s > c, setting 1/gamma = 0\n",
+      "v = 303901048.4058556 m / s > c, setting 1/gamma = 0\n",
+      "v = 364051979.63905627 m / s > c, setting 1/gamma = 0\n",
+      "v = 305734731.38701093 m / s > c, setting 1/gamma = 0\n",
+      "v = 328788519.7612154 m / s > c, setting 1/gamma = 0\n",
+      "v = 386108405.05439955 m / s > c, setting 1/gamma = 0\n",
+      "v = 326807686.76235825 m / s > c, setting 1/gamma = 0\n",
+      "v = 506300700.01944137 m / s > c, setting 1/gamma = 0\n",
+      "v = 527252518.1945886 m / s > c, setting 1/gamma = 0\n",
+      "v = 456018036.5693245 m / s > c, setting 1/gamma = 0\n",
+      "v = 496374790.46180165 m / s > c, setting 1/gamma = 0\n",
+      "v = 307258744.72812974 m / s > c, setting 1/gamma = 0\n",
+      "v = 362522199.48295546 m / s > c, setting 1/gamma = 0\n",
+      "v = 480528021.9944722 m / s > c, setting 1/gamma = 0\n",
+      "v = 514996841.4464805 m / s > c, setting 1/gamma = 0\n",
+      "v = 408569077.3547956 m / s > c, setting 1/gamma = 0\n",
+      "v = 461274704.48107517 m / s > c, setting 1/gamma = 0\n",
+      "v = 300566346.22010934 m / s > c, setting 1/gamma = 0\n",
+      "v = 353011153.96101046 m / s > c, setting 1/gamma = 0\n",
+      "v = 333418919.6120133 m / s > c, setting 1/gamma = 0\n",
+      "v = 391439488.45633554 m / s > c, setting 1/gamma = 0\n",
+      "v = 338868404.24865407 m / s > c, setting 1/gamma = 0\n",
+      "v = 351484919.4533424 m / s > c, setting 1/gamma = 0\n",
+      "v = 311503460.5031059 m / s > c, setting 1/gamma = 0\n",
+      "v = 359357748.36998945 m / s > c, setting 1/gamma = 0\n",
+      "v = 350417684.936219 m / s > c, setting 1/gamma = 0\n",
+      "v = 404405426.25251234 m / s > c, setting 1/gamma = 0\n",
+      "v = 316844235.25721014 m / s > c, setting 1/gamma = 0\n",
+      "v = 311225955.03435224 m / s > c, setting 1/gamma = 0\n",
+      "v = 309631833.54840654 m / s > c, setting 1/gamma = 0\n",
+      "v = 300230301.4004047 m / s > c, setting 1/gamma = 0\n",
+      "v = 325223546.3495088 m / s > c, setting 1/gamma = 0\n",
+      "v = 490247538.5965162 m / s > c, setting 1/gamma = 0\n",
+      "v = 507019153.52327275 m / s > c, setting 1/gamma = 0\n",
+      "v = 329077516.01449066 m / s > c, setting 1/gamma = 0\n",
+      "v = 335045640.67509806 m / s > c, setting 1/gamma = 0\n",
+      "v = 383642657.7685202 m / s > c, setting 1/gamma = 0\n",
+      "v = 308223042.9104407 m / s > c, setting 1/gamma = 0\n",
+      "v = 304118045.1070958 m / s > c, setting 1/gamma = 0\n",
+      "v = 363337810.06209373 m / s > c, setting 1/gamma = 0\n",
+      "v = 337668599.74963605 m / s > c, setting 1/gamma = 0\n",
+      "v = 392538859.7499628 m / s > c, setting 1/gamma = 0\n",
+      "v = 311429272.6502493 m / s > c, setting 1/gamma = 0\n",
+      "v = 317708190.3366827 m / s > c, setting 1/gamma = 0\n",
+      "v = 449344466.92403716 m / s > c, setting 1/gamma = 0\n",
+      "v = 486802616.3684945 m / s > c, setting 1/gamma = 0\n",
+      "v = 333482114.8367642 m / s > c, setting 1/gamma = 0\n",
+      "v = 388456259.8943668 m / s > c, setting 1/gamma = 0\n",
+      "v = 331023667.53673697 m / s > c, setting 1/gamma = 0\n",
+      "v = 379631772.0878062 m / s > c, setting 1/gamma = 0\n",
+      "v = 380054468.9357297 m / s > c, setting 1/gamma = 0\n",
+      "v = 435382149.3241613 m / s > c, setting 1/gamma = 0\n",
+      "v = 355899195.58713263 m / s > c, setting 1/gamma = 0\n",
+      "v = 412277429.85621697 m / s > c, setting 1/gamma = 0\n",
+      "v = 304558024.31109625 m / s > c, setting 1/gamma = 0\n",
+      "v = 353238644.4659221 m / s > c, setting 1/gamma = 0\n",
+      "v = 345946848.763791 m / s > c, setting 1/gamma = 0\n",
+      "v = 406103648.3734292 m / s > c, setting 1/gamma = 0\n",
+      "v = 410048310.86168635 m / s > c, setting 1/gamma = 0\n",
+      "v = 460431257.3941035 m / s > c, setting 1/gamma = 0\n",
+      "v = 319288280.2535979 m / s > c, setting 1/gamma = 0\n",
+      "v = 308688947.58865714 m / s > c, setting 1/gamma = 0\n",
+      "v = 484505743.2284693 m / s > c, setting 1/gamma = 0\n",
+      "v = 515885896.15025306 m / s > c, setting 1/gamma = 0\n",
+      "v = 418202629.98424643 m / s > c, setting 1/gamma = 0\n",
+      "v = 466672518.9074005 m / s > c, setting 1/gamma = 0\n",
+      "v = 419699129.2423245 m / s > c, setting 1/gamma = 0\n",
+      "v = 469006648.00231713 m / s > c, setting 1/gamma = 0\n",
+      "v = 352476931.73140293 m / s > c, setting 1/gamma = 0\n",
+      "v = 408066588.9091475 m / s > c, setting 1/gamma = 0\n",
+      "v = 307457209.68480146 m / s > c, setting 1/gamma = 0\n",
+      "v = 317287931.7251604 m / s > c, setting 1/gamma = 0\n",
+      "v = 506194500.34977895 m / s > c, setting 1/gamma = 0\n",
+      "v = 520522913.9981999 m / s > c, setting 1/gamma = 0\n",
+      "v = 608853836.013985 m / s > c, setting 1/gamma = 0\n",
+      "v = 554367176.6415052 m / s > c, setting 1/gamma = 0\n",
+      "v = 324904055.9209298 m / s > c, setting 1/gamma = 0\n",
+      "v = 378978756.63445324 m / s > c, setting 1/gamma = 0\n",
+      "v = 313971039.03599334 m / s > c, setting 1/gamma = 0\n",
+      "v = 306762322.2769651 m / s > c, setting 1/gamma = 0\n",
+      "v = 307464128.35810864 m / s > c, setting 1/gamma = 0\n",
+      "v = 300823560.3016393 m / s > c, setting 1/gamma = 0\n",
+      "v = 690812528.0322374 m / s > c, setting 1/gamma = 0\n",
+      "v = 561652663.5573124 m / s > c, setting 1/gamma = 0\n",
+      "v = 316898096.67509496 m / s > c, setting 1/gamma = 0\n",
+      "v = 373996274.85406184 m / s > c, setting 1/gamma = 0\n",
+      "v = 320676726.819038 m / s > c, setting 1/gamma = 0\n",
+      "v = 378392058.73206335 m / s > c, setting 1/gamma = 0\n",
+      "v = 433055321.9731785 m / s > c, setting 1/gamma = 0\n",
+      "v = 325477952.8691702 m / s > c, setting 1/gamma = 0\n",
+      "v = 325970142.92162836 m / s > c, setting 1/gamma = 0\n",
+      "v = 378867273.1819048 m / s > c, setting 1/gamma = 0\n",
+      "v = 338491857.88293433 m / s > c, setting 1/gamma = 0\n",
+      "v = 392711445.72580755 m / s > c, setting 1/gamma = 0\n",
+      "v = 318964659.95446825 m / s > c, setting 1/gamma = 0\n",
+      "v = 314887294.52854794 m / s > c, setting 1/gamma = 0\n",
+      "v = 363213425.18196815 m / s > c, setting 1/gamma = 0\n",
+      "v = 305625161.30098176 m / s > c, setting 1/gamma = 0\n",
+      "v = 300906382.28593934 m / s > c, setting 1/gamma = 0\n",
+      "v = 385715623.2796139 m / s > c, setting 1/gamma = 0\n",
+      "v = 434750820.8301377 m / s > c, setting 1/gamma = 0\n",
+      "v = 310177983.34870076 m / s > c, setting 1/gamma = 0\n",
+      "v = 451941225.81288075 m / s > c, setting 1/gamma = 0\n",
+      "v = 484482725.86082965 m / s > c, setting 1/gamma = 0\n",
+      "v = 301432398.85631335 m / s > c, setting 1/gamma = 0\n",
+      "v = 350546794.50068116 m / s > c, setting 1/gamma = 0\n",
+      "v = 304681182.51641876 m / s > c, setting 1/gamma = 0\n",
+      "v = 317494191.16788787 m / s > c, setting 1/gamma = 0\n",
+      "v = 331107127.8897441 m / s > c, setting 1/gamma = 0\n",
+      "v = 388984412.0903679 m / s > c, setting 1/gamma = 0\n",
+      "v = 326178425.2949384 m / s > c, setting 1/gamma = 0\n",
+      "v = 305086778.1603244 m / s > c, setting 1/gamma = 0\n",
+      "v = 350729508.78512156 m / s > c, setting 1/gamma = 0\n",
+      "v = 308551551.86140746 m / s > c, setting 1/gamma = 0\n",
+      "v = 396417573.13575596 m / s > c, setting 1/gamma = 0\n",
+      "v = 450639661.52377397 m / s > c, setting 1/gamma = 0\n",
+      "v = 371314504.00071526 m / s > c, setting 1/gamma = 0\n",
+      "v = 426978289.22110605 m / s > c, setting 1/gamma = 0\n",
+      "v = 463944390.3686879 m / s > c, setting 1/gamma = 0\n",
+      "v = 492743579.8568938 m / s > c, setting 1/gamma = 0\n",
+      "v = 311397107.24373376 m / s > c, setting 1/gamma = 0\n",
+      "v = 364194593.59573585 m / s > c, setting 1/gamma = 0\n",
+      "v = 324744357.1920645 m / s > c, setting 1/gamma = 0\n",
+      "v = 374072554.8433387 m / s > c, setting 1/gamma = 0\n",
+      "v = 582817842.8107146 m / s > c, setting 1/gamma = 0\n",
+      "v = 548371392.630662 m / s > c, setting 1/gamma = 0\n",
+      "v = 353277899.3546951 m / s > c, setting 1/gamma = 0\n",
+      "v = 406331276.26588583 m / s > c, setting 1/gamma = 0\n",
+      "v = 320897601.9206241 m / s > c, setting 1/gamma = 0\n",
+      "v = 302820279.1196625 m / s > c, setting 1/gamma = 0\n",
+      "v = 347482701.09273016 m / s > c, setting 1/gamma = 0\n",
+      "v = 320794629.39153415 m / s > c, setting 1/gamma = 0\n",
+      "v = 395867283.777426 m / s > c, setting 1/gamma = 0\n",
+      "v = 451289280.60757685 m / s > c, setting 1/gamma = 0\n",
+      "v = 336341588.04774296 m / s > c, setting 1/gamma = 0\n",
+      "v = 393712105.6525507 m / s > c, setting 1/gamma = 0\n",
+      "v = 565953364.968769 m / s > c, setting 1/gamma = 0\n",
+      "v = 555005507.89488 m / s > c, setting 1/gamma = 0\n",
+      "v = 311707101.9755805 m / s > c, setting 1/gamma = 0\n",
+      "v = 497697360.63471013 m / s > c, setting 1/gamma = 0\n",
+      "v = 521402075.0136975 m / s > c, setting 1/gamma = 0\n",
+      "v = 408799540.8726645 m / s > c, setting 1/gamma = 0\n",
+      "v = 459169716.2960565 m / s > c, setting 1/gamma = 0\n",
+      "v = 460745898.45902 m / s > c, setting 1/gamma = 0\n",
+      "v = 495910812.5263243 m / s > c, setting 1/gamma = 0\n",
+      "v = 312793065.9843582 m / s > c, setting 1/gamma = 0\n",
+      "v = 367590464.5382901 m / s > c, setting 1/gamma = 0\n",
+      "v = 340067300.8094199 m / s > c, setting 1/gamma = 0\n",
+      "v = 390353926.1874992 m / s > c, setting 1/gamma = 0\n",
+      "v = 304038171.8720893 m / s > c, setting 1/gamma = 0\n",
+      "v = 301075443.2356581 m / s > c, setting 1/gamma = 0\n",
+      "v = 305002465.1792552 m / s > c, setting 1/gamma = 0\n",
+      "v = 694607913.419486 m / s > c, setting 1/gamma = 0\n",
+      "v = 566007792.7226697 m / s > c, setting 1/gamma = 0\n",
+      "v = 327748511.8439972 m / s > c, setting 1/gamma = 0\n",
+      "v = 383666251.18675184 m / s > c, setting 1/gamma = 0\n",
+      "v = 310468798.15954363 m / s > c, setting 1/gamma = 0\n",
+      "v = 362288540.2637374 m / s > c, setting 1/gamma = 0\n",
+      "v = 569137758.041132 m / s > c, setting 1/gamma = 0\n",
+      "v = 551137980.8288139 m / s > c, setting 1/gamma = 0\n",
+      "v = 300091696.07741386 m / s > c, setting 1/gamma = 0\n",
+      "v = 312436824.4256083 m / s > c, setting 1/gamma = 0\n",
+      "v = 311760532.8462596 m / s > c, setting 1/gamma = 0\n",
+      "v = 442596514.87445754 m / s > c, setting 1/gamma = 0\n",
+      "v = 488158264.8518488 m / s > c, setting 1/gamma = 0\n",
+      "v = 372720235.68832517 m / s > c, setting 1/gamma = 0\n",
+      "v = 428186958.02047336 m / s > c, setting 1/gamma = 0\n",
+      "v = 368768250.7535025 m / s > c, setting 1/gamma = 0\n",
+      "v = 424701444.1778893 m / s > c, setting 1/gamma = 0\n",
+      "v = 388562392.68499833 m / s > c, setting 1/gamma = 0\n",
+      "v = 438304476.02557886 m / s > c, setting 1/gamma = 0\n",
+      "v = 318790192.89574575 m / s > c, setting 1/gamma = 0\n",
+      "v = 386165884.5656949 m / s > c, setting 1/gamma = 0\n",
+      "v = 437440456.9745619 m / s > c, setting 1/gamma = 0\n",
+      "v = 308367647.2002116 m / s > c, setting 1/gamma = 0\n",
+      "v = 358412750.8743778 m / s > c, setting 1/gamma = 0\n",
+      "v = 320952545.75640213 m / s > c, setting 1/gamma = 0\n",
+      "v = 352468771.2705099 m / s > c, setting 1/gamma = 0\n",
+      "v = 408696127.3755249 m / s > c, setting 1/gamma = 0\n",
+      "v = 314435076.2073915 m / s > c, setting 1/gamma = 0\n",
+      "v = 366919713.58190596 m / s > c, setting 1/gamma = 0\n",
+      "v = 317616186.54341966 m / s > c, setting 1/gamma = 0\n",
+      "v = 371601577.75974196 m / s > c, setting 1/gamma = 0\n",
+      "v = 339883231.6292575 m / s > c, setting 1/gamma = 0\n",
+      "v = 389244991.4298465 m / s > c, setting 1/gamma = 0\n",
+      "v = 321264840.7945766 m / s > c, setting 1/gamma = 0\n",
+      "v = 383221094.8344159 m / s > c, setting 1/gamma = 0\n",
+      "v = 459261956.933672 m / s > c, setting 1/gamma = 0\n",
+      "v = 498554955.13050425 m / s > c, setting 1/gamma = 0\n",
+      "v = 317498583.8604751 m / s > c, setting 1/gamma = 0\n",
+      "v = 373932059.0801143 m / s > c, setting 1/gamma = 0\n",
+      "v = 315576292.06926686 m / s > c, setting 1/gamma = 0\n",
+      "v = 307059420.54230386 m / s > c, setting 1/gamma = 0\n",
+      "v = 359390264.6358566 m / s > c, setting 1/gamma = 0\n",
+      "v = 347005596.5869026 m / s > c, setting 1/gamma = 0\n",
+      "v = 404213477.4945593 m / s > c, setting 1/gamma = 0\n",
+      "v = 497199225.5911309 m / s > c, setting 1/gamma = 0\n",
+      "v = 518241404.428478 m / s > c, setting 1/gamma = 0\n",
+      "v = 506260843.60235703 m / s > c, setting 1/gamma = 0\n",
+      "v = 523129541.3202211 m / s > c, setting 1/gamma = 0\n",
+      "v = 380903354.92066836 m / s > c, setting 1/gamma = 0\n",
+      "v = 435845440.15376484 m / s > c, setting 1/gamma = 0\n",
+      "v = 312295880.10484505 m / s > c, setting 1/gamma = 0\n",
+      "v = 445378054.1132707 m / s > c, setting 1/gamma = 0\n",
+      "v = 486842448.4383449 m / s > c, setting 1/gamma = 0\n",
+      "v = 344180995.9704211 m / s > c, setting 1/gamma = 0\n",
+      "v = 399235908.9552575 m / s > c, setting 1/gamma = 0\n",
+      "v = 319518899.09870106 m / s > c, setting 1/gamma = 0\n",
+      "v = 422366834.4000452 m / s > c, setting 1/gamma = 0\n",
+      "v = 468794272.7917297 m / s > c, setting 1/gamma = 0\n",
+      "v = 306339230.9841334 m / s > c, setting 1/gamma = 0\n",
+      "v = 360354655.8100325 m / s > c, setting 1/gamma = 0\n",
+      "v = 322644287.791549 m / s > c, setting 1/gamma = 0\n",
+      "v = 372079117.1642841 m / s > c, setting 1/gamma = 0\n",
+      "v = 392607680.5065263 m / s > c, setting 1/gamma = 0\n",
+      "v = 442312178.00636584 m / s > c, setting 1/gamma = 0\n",
+      "v = 304690451.2943704 m / s > c, setting 1/gamma = 0\n",
+      "v = 358043627.8836641 m / s > c, setting 1/gamma = 0\n",
+      "v = 363688405.19180155 m / s > c, setting 1/gamma = 0\n",
+      "v = 419105148.8851606 m / s > c, setting 1/gamma = 0\n",
+      "v = 324689614.3000623 m / s > c, setting 1/gamma = 0\n",
+      "v = 410590193.8228885 m / s > c, setting 1/gamma = 0\n",
+      "v = 460003221.14682645 m / s > c, setting 1/gamma = 0\n",
+      "v = 320514818.70882344 m / s > c, setting 1/gamma = 0\n",
+      "v = 336239243.22111267 m / s > c, setting 1/gamma = 0\n",
+      "v = 393874507.2387821 m / s > c, setting 1/gamma = 0\n",
+      "v = 324092640.8486903 m / s > c, setting 1/gamma = 0\n",
+      "v = 377056004.37131685 m / s > c, setting 1/gamma = 0\n",
+      "v = 467107871.11563146 m / s > c, setting 1/gamma = 0\n",
+      "v = 494039245.57057387 m / s > c, setting 1/gamma = 0\n",
+      "v = 307430944.9557137 m / s > c, setting 1/gamma = 0\n",
+      "v = 334537852.8200121 m / s > c, setting 1/gamma = 0\n",
+      "v = 389164345.99822974 m / s > c, setting 1/gamma = 0\n",
+      "v = 304670354.2737527 m / s > c, setting 1/gamma = 0\n",
+      "v = 331400665.44296056 m / s > c, setting 1/gamma = 0\n",
+      "v = 371896779.6346371 m / s > c, setting 1/gamma = 0\n",
+      "v = 425512059.8764873 m / s > c, setting 1/gamma = 0\n",
+      "v = 338532828.32572764 m / s > c, setting 1/gamma = 0\n",
+      "v = 329870714.79248965 m / s > c, setting 1/gamma = 0\n",
+      "v = 378073152.0880005 m / s > c, setting 1/gamma = 0\n",
+      "v = 466659775.2775979 m / s > c, setting 1/gamma = 0\n",
+      "v = 498111649.2578537 m / s > c, setting 1/gamma = 0\n",
+      "v = 316609367.0345184 m / s > c, setting 1/gamma = 0\n",
+      "v = 371588512.19457483 m / s > c, setting 1/gamma = 0\n",
+      "v = 307686672.68212557 m / s > c, setting 1/gamma = 0\n",
+      "v = 363025651.75985813 m / s > c, setting 1/gamma = 0\n",
+      "v = 313887507.0575733 m / s > c, setting 1/gamma = 0\n",
+      "v = 364582679.2378842 m / s > c, setting 1/gamma = 0\n",
+      "v = 319454505.878732 m / s > c, setting 1/gamma = 0\n",
+      "v = 371808619.37370074 m / s > c, setting 1/gamma = 0\n",
+      "v = 403042547.15923417 m / s > c, setting 1/gamma = 0\n",
+      "v = 449126944.3651299 m / s > c, setting 1/gamma = 0\n",
+      "v = 308064729.1195276 m / s > c, setting 1/gamma = 0\n",
+      "v = 593347384.2119555 m / s > c, setting 1/gamma = 0\n",
+      "v = 539756977.7320621 m / s > c, setting 1/gamma = 0\n",
+      "v = 400873821.07229143 m / s > c, setting 1/gamma = 0\n",
+      "v = 445809391.24381185 m / s > c, setting 1/gamma = 0\n",
+      "v = 572516594.9128278 m / s > c, setting 1/gamma = 0\n",
+      "v = 542689756.1891353 m / s > c, setting 1/gamma = 0\n",
+      "v = 308689048.0654414 m / s > c, setting 1/gamma = 0\n",
+      "v = 360370506.48439187 m / s > c, setting 1/gamma = 0\n",
+      "v = 300272038.3428634 m / s > c, setting 1/gamma = 0\n",
+      "v = 317027782.56741494 m / s > c, setting 1/gamma = 0\n",
+      "v = 358419619.1930497 m / s > c, setting 1/gamma = 0\n",
+      "v = 414502141.35887444 m / s > c, setting 1/gamma = 0\n",
+      "v = 310505210.7206552 m / s > c, setting 1/gamma = 0\n",
+      "v = 373175663.0111209 m / s > c, setting 1/gamma = 0\n",
+      "v = 430057747.07343584 m / s > c, setting 1/gamma = 0\n",
+      "v = 303824045.3929281 m / s > c, setting 1/gamma = 0\n",
+      "v = 358491936.63859284 m / s > c, setting 1/gamma = 0\n",
+      "v = 302016749.70176446 m / s > c, setting 1/gamma = 0\n",
+      "v = 356630670.05075604 m / s > c, setting 1/gamma = 0\n",
+      "v = 370729181.16929513 m / s > c, setting 1/gamma = 0\n",
+      "v = 424487258.4327581 m / s > c, setting 1/gamma = 0\n",
+      "v = 305974482.79061383 m / s > c, setting 1/gamma = 0\n",
+      "v = 315954920.766668 m / s > c, setting 1/gamma = 0\n",
+      "v = 312282086.4461771 m / s > c, setting 1/gamma = 0\n",
+      "v = 318189400.1181417 m / s > c, setting 1/gamma = 0\n",
+      "v = 440100101.70166534 m / s > c, setting 1/gamma = 0\n",
+      "v = 476868335.90236264 m / s > c, setting 1/gamma = 0\n",
+      "v = 317924539.42632 m / s > c, setting 1/gamma = 0\n",
+      "v = 310751079.9039383 m / s > c, setting 1/gamma = 0\n",
+      "v = 317785775.22256047 m / s > c, setting 1/gamma = 0\n",
+      "v = 376985881.63271815 m / s > c, setting 1/gamma = 0\n",
+      "v = 332915853.91225076 m / s > c, setting 1/gamma = 0\n",
+      "v = 389767002.4779283 m / s > c, setting 1/gamma = 0\n",
+      "v = 310476470.2076003 m / s > c, setting 1/gamma = 0\n",
+      "v = 358658439.5961031 m / s > c, setting 1/gamma = 0\n",
+      "v = 555295252.091382 m / s > c, setting 1/gamma = 0\n",
+      "v = 552273890.8087319 m / s > c, setting 1/gamma = 0\n",
+      "v = 411761024.6172176 m / s > c, setting 1/gamma = 0\n",
+      "v = 462281756.2548857 m / s > c, setting 1/gamma = 0\n",
+      "v = 302867278.3544008 m / s > c, setting 1/gamma = 0\n",
+      "v = 357327278.03996193 m / s > c, setting 1/gamma = 0\n",
+      "v = 683578452.0823083 m / s > c, setting 1/gamma = 0\n",
+      "v = 574130793.1273336 m / s > c, setting 1/gamma = 0\n",
+      "v = 347440920.46154785 m / s > c, setting 1/gamma = 0\n",
+      "v = 406530803.0220736 m / s > c, setting 1/gamma = 0\n",
+      "v = 337146099.7544234 m / s > c, setting 1/gamma = 0\n",
+      "v = 333899097.6068715 m / s > c, setting 1/gamma = 0\n",
+      "v = 396404795.8299598 m / s > c, setting 1/gamma = 0\n",
+      "v = 455699411.2194646 m / s > c, setting 1/gamma = 0\n",
+      "v = 495994799.77840936 m / s > c, setting 1/gamma = 0\n",
+      "v = 328364891.83472115 m / s > c, setting 1/gamma = 0\n",
+      "v = 310466619.1092349 m / s > c, setting 1/gamma = 0\n",
+      "v = 360502423.8753432 m / s > c, setting 1/gamma = 0\n",
+      "v = 438146135.67240095 m / s > c, setting 1/gamma = 0\n",
+      "v = 478675677.1267941 m / s > c, setting 1/gamma = 0\n",
+      "v = 509598604.659118 m / s > c, setting 1/gamma = 0\n",
+      "v = 528098216.7157002 m / s > c, setting 1/gamma = 0\n",
+      "v = 573187031.917231 m / s > c, setting 1/gamma = 0\n",
+      "v = 557244595.486121 m / s > c, setting 1/gamma = 0\n",
+      "v = 309452730.1340434 m / s > c, setting 1/gamma = 0\n",
+      "v = 364318815.8139374 m / s > c, setting 1/gamma = 0\n",
+      "v = 563806100.226065 m / s > c, setting 1/gamma = 0\n",
+      "v = 567140931.6197617 m / s > c, setting 1/gamma = 0\n",
+      "v = 309145053.6994834 m / s > c, setting 1/gamma = 0\n",
+      "v = 371701247.54510194 m / s > c, setting 1/gamma = 0\n",
+      "v = 328380179.3701554 m / s > c, setting 1/gamma = 0\n",
+      "v = 551370842.3599799 m / s > c, setting 1/gamma = 0\n",
+      "v = 562162470.8730994 m / s > c, setting 1/gamma = 0\n",
+      "v = 410453486.58548665 m / s > c, setting 1/gamma = 0\n",
+      "v = 465242860.33959854 m / s > c, setting 1/gamma = 0\n",
+      "v = 321036122.60795754 m / s > c, setting 1/gamma = 0\n",
+      "v = 381733644.6408269 m / s > c, setting 1/gamma = 0\n",
+      "v = 345666103.0183333 m / s > c, setting 1/gamma = 0\n",
+      "v = 404427990.2449575 m / s > c, setting 1/gamma = 0\n",
+      "v = 446714507.44834036 m / s > c, setting 1/gamma = 0\n",
+      "v = 489672999.5430521 m / s > c, setting 1/gamma = 0\n",
+      "v = 327943675.80123293 m / s > c, setting 1/gamma = 0\n",
+      "v = 342635450.5599365 m / s > c, setting 1/gamma = 0\n",
+      "v = 568218740.5568568 m / s > c, setting 1/gamma = 0\n",
+      "v = 547953251.7630397 m / s > c, setting 1/gamma = 0\n",
+      "v = 317656908.82839906 m / s > c, setting 1/gamma = 0\n",
+      "v = 325627515.6707156 m / s > c, setting 1/gamma = 0\n",
+      "v = 374926310.4511904 m / s > c, setting 1/gamma = 0\n",
+      "v = 324360101.6522968 m / s > c, setting 1/gamma = 0\n",
+      "v = 379995983.12888294 m / s > c, setting 1/gamma = 0\n",
+      "v = 303796139.9383504 m / s > c, setting 1/gamma = 0\n",
+      "v = 322144886.4170005 m / s > c, setting 1/gamma = 0\n",
+      "v = 369001054.8075712 m / s > c, setting 1/gamma = 0\n",
+      "v = 309736265.8943107 m / s > c, setting 1/gamma = 0\n",
+      "v = 303751176.1140238 m / s > c, setting 1/gamma = 0\n",
+      "v = 354898396.8646412 m / s > c, setting 1/gamma = 0\n",
+      "v = 585547770.8207672 m / s > c, setting 1/gamma = 0\n",
+      "v = 562001429.9803206 m / s > c, setting 1/gamma = 0\n",
+      "v = 336186749.22721064 m / s > c, setting 1/gamma = 0\n",
+      "v = 322605394.4577616 m / s > c, setting 1/gamma = 0\n",
+      "v = 308628201.77506083 m / s > c, setting 1/gamma = 0\n",
+      "v = 496612847.7721199 m / s > c, setting 1/gamma = 0\n",
+      "v = 521709612.7066854 m / s > c, setting 1/gamma = 0\n",
+      "v = 387339631.7180999 m / s > c, setting 1/gamma = 0\n",
+      "v = 441096699.67872965 m / s > c, setting 1/gamma = 0\n",
+      "v = 315607010.8328485 m / s > c, setting 1/gamma = 0\n",
+      "v = 342443273.10666704 m / s > c, setting 1/gamma = 0\n",
+      "v = 389281804.31459385 m / s > c, setting 1/gamma = 0\n",
+      "v = 342476516.2074578 m / s > c, setting 1/gamma = 0\n",
+      "v = 399510067.34777594 m / s > c, setting 1/gamma = 0\n",
+      "v = 317003518.5407238 m / s > c, setting 1/gamma = 0\n",
+      "v = 370410126.334847 m / s > c, setting 1/gamma = 0\n",
+      "v = 301953572.8311406 m / s > c, setting 1/gamma = 0\n",
+      "v = 348720580.5769023 m / s > c, setting 1/gamma = 0\n",
+      "v = 344832816.0497107 m / s > c, setting 1/gamma = 0\n",
+      "v = 400163812.21291643 m / s > c, setting 1/gamma = 0\n",
+      "v = 323180517.3025816 m / s > c, setting 1/gamma = 0\n",
+      "v = 371727467.5143404 m / s > c, setting 1/gamma = 0\n",
+      "v = 363098649.55818427 m / s > c, setting 1/gamma = 0\n",
+      "v = 418709434.1134394 m / s > c, setting 1/gamma = 0\n",
+      "v = 324013055.47110075 m / s > c, setting 1/gamma = 0\n",
+      "v = 378592607.0847216 m / s > c, setting 1/gamma = 0\n",
+      "v = 306031998.0815241 m / s > c, setting 1/gamma = 0\n",
+      "v = 353191794.8215087 m / s > c, setting 1/gamma = 0\n",
+      "v = 323979136.1539724 m / s > c, setting 1/gamma = 0\n",
+      "v = 379956142.1204923 m / s > c, setting 1/gamma = 0\n",
+      "v = 322550179.5379383 m / s > c, setting 1/gamma = 0\n",
+      "v = 373335652.3725797 m / s > c, setting 1/gamma = 0\n",
+      "v = 594189686.2892388 m / s > c, setting 1/gamma = 0\n",
+      "v = 557429893.5113434 m / s > c, setting 1/gamma = 0\n",
+      "v = 336634374.12912136 m / s > c, setting 1/gamma = 0\n",
+      "v = 391916846.79854107 m / s > c, setting 1/gamma = 0\n",
+      "v = 397258678.17761123 m / s > c, setting 1/gamma = 0\n",
+      "v = 447426992.2738706 m / s > c, setting 1/gamma = 0\n",
+      "v = 401742499.86062 m / s > c, setting 1/gamma = 0\n",
+      "v = 452209025.54271364 m / s > c, setting 1/gamma = 0\n",
+      "v = 308182463.7859871 m / s > c, setting 1/gamma = 0\n",
+      "v = 441853681.84992677 m / s > c, setting 1/gamma = 0\n",
+      "v = 479724031.69125867 m / s > c, setting 1/gamma = 0\n",
+      "v = 307516746.30544186 m / s > c, setting 1/gamma = 0\n",
+      "v = 567933141.9086405 m / s > c, setting 1/gamma = 0\n",
+      "v = 546607899.5609784 m / s > c, setting 1/gamma = 0\n",
+      "v = 313662798.7201173 m / s > c, setting 1/gamma = 0\n",
+      "v = 304147239.12967896 m / s > c, setting 1/gamma = 0\n",
+      "v = 350568683.29144603 m / s > c, setting 1/gamma = 0\n",
+      "v = 370670081.54315007 m / s > c, setting 1/gamma = 0\n",
+      "v = 424847672.20649296 m / s > c, setting 1/gamma = 0\n",
+      "v = 320209298.9234609 m / s > c, setting 1/gamma = 0\n",
+      "v = 374457332.1195527 m / s > c, setting 1/gamma = 0\n",
+      "v = 305135764.6717997 m / s > c, setting 1/gamma = 0\n",
+      "v = 300031329.59030396 m / s > c, setting 1/gamma = 0\n",
+      "v = 372055506.59080404 m / s > c, setting 1/gamma = 0\n",
+      "v = 428007287.27897173 m / s > c, setting 1/gamma = 0\n",
+      "v = 353128893.09094876 m / s > c, setting 1/gamma = 0\n",
+      "v = 408595153.00153226 m / s > c, setting 1/gamma = 0\n",
+      "v = 518720007.9222712 m / s > c, setting 1/gamma = 0\n",
+      "v = 526423115.34891164 m / s > c, setting 1/gamma = 0\n",
+      "v = 314754792.66797847 m / s > c, setting 1/gamma = 0\n",
+      "v = 368863986.4234691 m / s > c, setting 1/gamma = 0\n",
+      "v = 334253141.62632775 m / s > c, setting 1/gamma = 0\n",
+      "v = 383485891.87886405 m / s > c, setting 1/gamma = 0\n",
+      "v = 299943305.8562595 m / s > c, setting 1/gamma = 0\n",
+      "v = 357729579.15877676 m / s > c, setting 1/gamma = 0\n",
+      "v = 312558220.8089245 m / s > c, setting 1/gamma = 0\n",
+      "v = 366313060.7391599 m / s > c, setting 1/gamma = 0\n",
+      "v = 315446792.10135496 m / s > c, setting 1/gamma = 0\n",
+      "v = 363448025.5551348 m / s > c, setting 1/gamma = 0\n",
+      "v = 368515173.98297554 m / s > c, setting 1/gamma = 0\n",
+      "v = 421143692.7852164 m / s > c, setting 1/gamma = 0\n",
+      "v = 308906732.91674006 m / s > c, setting 1/gamma = 0\n",
+      "v = 306314314.6932963 m / s > c, setting 1/gamma = 0\n",
+      "v = 497281993.38652 m / s > c, setting 1/gamma = 0\n",
+      "v = 517964734.514214 m / s > c, setting 1/gamma = 0\n",
+      "v = 366385446.79451305 m / s > c, setting 1/gamma = 0\n",
+      "v = 421898161.555244 m / s > c, setting 1/gamma = 0\n",
+      "v = 343194933.60461473 m / s > c, setting 1/gamma = 0\n",
+      "v = 308072121.4435876 m / s > c, setting 1/gamma = 0\n",
+      "v = 513773146.328197 m / s > c, setting 1/gamma = 0\n",
+      "v = 529691589.97972184 m / s > c, setting 1/gamma = 0\n",
+      "v = 516704834.3581999 m / s > c, setting 1/gamma = 0\n",
+      "v = 533188847.5701737 m / s > c, setting 1/gamma = 0\n",
+      "v = 379177814.4472015 m / s > c, setting 1/gamma = 0\n",
+      "v = 435828024.3716837 m / s > c, setting 1/gamma = 0\n",
+      "v = 316818872.5637398 m / s > c, setting 1/gamma = 0\n",
+      "v = 579829843.7129987 m / s > c, setting 1/gamma = 0\n",
+      "v = 552889807.0660292 m / s > c, setting 1/gamma = 0\n",
+      "v = 328170477.0065012 m / s > c, setting 1/gamma = 0\n",
+      "v = 378089427.8945757 m / s > c, setting 1/gamma = 0\n",
+      "v = 343361836.0191239 m / s > c, setting 1/gamma = 0\n",
+      "v = 402250146.92482996 m / s > c, setting 1/gamma = 0\n",
+      "v = 345615994.8507006 m / s > c, setting 1/gamma = 0\n",
+      "v = 402004369.20150644 m / s > c, setting 1/gamma = 0\n",
+      "v = 304187484.22438055 m / s > c, setting 1/gamma = 0\n",
+      "v = 352963584.7850003 m / s > c, setting 1/gamma = 0\n",
+      "v = 550890667.5597084 m / s > c, setting 1/gamma = 0\n",
+      "v = 542080883.7847462 m / s > c, setting 1/gamma = 0\n",
+      "v = 350543852.58158255 m / s > c, setting 1/gamma = 0\n",
+      "v = 406233660.7821393 m / s > c, setting 1/gamma = 0\n",
+      "v = 440851597.937342 m / s > c, setting 1/gamma = 0\n",
+      "v = 485136675.9402803 m / s > c, setting 1/gamma = 0\n",
+      "v = 324188600.0251719 m / s > c, setting 1/gamma = 0\n",
+      "v = 323057026.62965035 m / s > c, setting 1/gamma = 0\n",
+      "v = 385030110.79123443 m / s > c, setting 1/gamma = 0\n",
+      "v = 309926926.08070225 m / s > c, setting 1/gamma = 0\n",
+      "v = 545654858.6506039 m / s > c, setting 1/gamma = 0\n",
+      "v = 551095150.6638029 m / s > c, setting 1/gamma = 0\n",
+      "v = 404265778.38641465 m / s > c, setting 1/gamma = 0\n",
+      "v = 456915880.71951807 m / s > c, setting 1/gamma = 0\n",
+      "v = 326811344.4731659 m / s > c, setting 1/gamma = 0\n",
+      "v = 360451935.1400505 m / s > c, setting 1/gamma = 0\n",
+      "v = 416799185.1095224 m / s > c, setting 1/gamma = 0\n",
+      "v = 330703556.49244773 m / s > c, setting 1/gamma = 0\n",
+      "v = 391771166.7814938 m / s > c, setting 1/gamma = 0\n",
+      "v = 320068102.39890206 m / s > c, setting 1/gamma = 0\n",
+      "v = 376027261.74354446 m / s > c, setting 1/gamma = 0\n",
+      "v = 613603812.7389911 m / s > c, setting 1/gamma = 0\n",
+      "v = 552886376.6344473 m / s > c, setting 1/gamma = 0\n",
+      "v = 334610403.85253 m / s > c, setting 1/gamma = 0\n",
+      "v = 320719736.6239222 m / s > c, setting 1/gamma = 0\n",
+      "v = 381312545.9780225 m / s > c, setting 1/gamma = 0\n",
+      "v = 430822763.822459 m / s > c, setting 1/gamma = 0\n",
+      "v = 577724306.1429383 m / s > c, setting 1/gamma = 0\n",
+      "v = 550620672.7809219 m / s > c, setting 1/gamma = 0\n",
+      "v = 475836294.4705392 m / s > c, setting 1/gamma = 0\n",
+      "v = 498414735.28904283 m / s > c, setting 1/gamma = 0\n",
+      "v = 595708452.5927538 m / s > c, setting 1/gamma = 0\n",
+      "v = 556315786.646731 m / s > c, setting 1/gamma = 0\n",
+      "v = 333652100.56550324 m / s > c, setting 1/gamma = 0\n",
+      "v = 388533350.83161575 m / s > c, setting 1/gamma = 0\n",
+      "v = 570250719.8716104 m / s > c, setting 1/gamma = 0\n",
+      "v = 547274533.7822416 m / s > c, setting 1/gamma = 0\n",
+      "v = 334491600.72505903 m / s > c, setting 1/gamma = 0\n",
+      "v = 404022342.5475592 m / s > c, setting 1/gamma = 0\n",
+      "v = 454909893.04779375 m / s > c, setting 1/gamma = 0\n",
+      "v = 321144713.8596409 m / s > c, setting 1/gamma = 0\n",
+      "v = 306543068.96081865 m / s > c, setting 1/gamma = 0\n",
+      "v = 356112930.02286226 m / s > c, setting 1/gamma = 0\n",
+      "v = 484170007.90144753 m / s > c, setting 1/gamma = 0\n",
+      "v = 507275894.1055309 m / s > c, setting 1/gamma = 0\n",
+      "v = 316589863.98458225 m / s > c, setting 1/gamma = 0\n",
+      "v = 370305018.9933712 m / s > c, setting 1/gamma = 0\n",
+      "v = 413022903.2712159 m / s > c, setting 1/gamma = 0\n",
+      "v = 461881738.6777869 m / s > c, setting 1/gamma = 0\n",
+      "v = 307079811.20396537 m / s > c, setting 1/gamma = 0\n",
+      "v = 357450633.8081657 m / s > c, setting 1/gamma = 0\n",
+      "v = 389228960.5701808 m / s > c, setting 1/gamma = 0\n",
+      "v = 441062582.77151996 m / s > c, setting 1/gamma = 0\n",
+      "v = 314577768.26295835 m / s > c, setting 1/gamma = 0\n",
+      "v = 316014760.9941272 m / s > c, setting 1/gamma = 0\n",
+      "v = 468443747.9412769 m / s > c, setting 1/gamma = 0\n",
+      "v = 502711249.4723434 m / s > c, setting 1/gamma = 0\n",
+      "v = 324235520.02374905 m / s > c, setting 1/gamma = 0\n",
+      "v = 379555032.7875875 m / s > c, setting 1/gamma = 0\n",
+      "v = 465307243.6889584 m / s > c, setting 1/gamma = 0\n",
+      "v = 498907143.9252526 m / s > c, setting 1/gamma = 0\n",
+      "v = 300798866.9685583 m / s > c, setting 1/gamma = 0\n",
+      "v = 335684740.8742741 m / s > c, setting 1/gamma = 0\n",
+      "v = 390792994.1924053 m / s > c, setting 1/gamma = 0\n",
+      "v = 380793394.9292649 m / s > c, setting 1/gamma = 0\n",
+      "v = 435446079.7637034 m / s > c, setting 1/gamma = 0\n",
+      "v = 318816168.3929513 m / s > c, setting 1/gamma = 0\n",
+      "v = 368421174.8800267 m / s > c, setting 1/gamma = 0\n",
+      "v = 332725014.643057 m / s > c, setting 1/gamma = 0\n",
+      "v = 329334198.01898795 m / s > c, setting 1/gamma = 0\n",
+      "v = 383285705.2428653 m / s > c, setting 1/gamma = 0\n",
+      "v = 354505993.2030075 m / s > c, setting 1/gamma = 0\n",
+      "v = 410426738.11937743 m / s > c, setting 1/gamma = 0\n",
+      "v = 305490373.6262425 m / s > c, setting 1/gamma = 0\n",
+      "v = 594091104.0066736 m / s > c, setting 1/gamma = 0\n",
+      "v = 568107122.7085794 m / s > c, setting 1/gamma = 0\n",
+      "v = 308630773.3691001 m / s > c, setting 1/gamma = 0\n",
+      "v = 367997018.78418833 m / s > c, setting 1/gamma = 0\n",
+      "v = 304615717.8338227 m / s > c, setting 1/gamma = 0\n",
+      "v = 345824150.1901116 m / s > c, setting 1/gamma = 0\n",
+      "v = 310758060.1373546 m / s > c, setting 1/gamma = 0\n",
+      "v = 532897207.76478076 m / s > c, setting 1/gamma = 0\n",
+      "v = 542506282.7722169 m / s > c, setting 1/gamma = 0\n",
+      "v = 374653697.98234713 m / s > c, setting 1/gamma = 0\n",
+      "v = 429503586.294619 m / s > c, setting 1/gamma = 0\n",
+      "v = 309806208.2197211 m / s > c, setting 1/gamma = 0\n",
+      "v = 357987966.4330874 m / s > c, setting 1/gamma = 0\n",
+      "v = 302926577.30014056 m / s > c, setting 1/gamma = 0\n",
+      "v = 311860967.33460075 m / s > c, setting 1/gamma = 0\n",
+      "v = 366266426.2150634 m / s > c, setting 1/gamma = 0\n",
+      "v = 334393235.8533193 m / s > c, setting 1/gamma = 0\n",
+      "v = 383211306.9281826 m / s > c, setting 1/gamma = 0\n",
+      "v = 523828831.2055894 m / s > c, setting 1/gamma = 0\n",
+      "v = 531028797.40303034 m / s > c, setting 1/gamma = 0\n",
+      "v = 481412971.4974697 m / s > c, setting 1/gamma = 0\n",
+      "v = 516454427.10781 m / s > c, setting 1/gamma = 0\n",
+      "v = 458509391.31205493 m / s > c, setting 1/gamma = 0\n",
+      "v = 496196608.32964075 m / s > c, setting 1/gamma = 0\n",
+      "v = 338152442.4751433 m / s > c, setting 1/gamma = 0\n",
+      "v = 305448105.0989521 m / s > c, setting 1/gamma = 0\n",
+      "v = 324286763.43354714 m / s > c, setting 1/gamma = 0\n",
+      "v = 593129772.5179602 m / s > c, setting 1/gamma = 0\n",
+      "v = 571971128.0303811 m / s > c, setting 1/gamma = 0\n",
+      "v = 309411004.83052313 m / s > c, setting 1/gamma = 0\n",
+      "v = 329378675.2975408 m / s > c, setting 1/gamma = 0\n",
+      "v = 336826126.5629576 m / s > c, setting 1/gamma = 0\n",
+      "v = 312555623.3126187 m / s > c, setting 1/gamma = 0\n",
+      "v = 370579552.2988438 m / s > c, setting 1/gamma = 0\n",
+      "v = 330259606.8683492 m / s > c, setting 1/gamma = 0\n",
+      "v = 430772152.34831816 m / s > c, setting 1/gamma = 0\n",
+      "v = 481254779.2284218 m / s > c, setting 1/gamma = 0\n",
+      "v = 313847034.5109987 m / s > c, setting 1/gamma = 0\n",
+      "v = 368922242.0934694 m / s > c, setting 1/gamma = 0\n",
+      "v = 627042785.6492221 m / s > c, setting 1/gamma = 0\n",
+      "v = 577098918.9437455 m / s > c, setting 1/gamma = 0\n",
+      "v = 318263235.0209495 m / s > c, setting 1/gamma = 0\n",
+      "v = 753373858.2929251 m / s > c, setting 1/gamma = 0\n",
+      "v = 616787553.4666617 m / s > c, setting 1/gamma = 0\n",
+      "v = 363323613.18826133 m / s > c, setting 1/gamma = 0\n",
+      "v = 421106347.92899674 m / s > c, setting 1/gamma = 0\n",
+      "v = 478911805.61897683 m / s > c, setting 1/gamma = 0\n",
+      "v = 511070266.94705737 m / s > c, setting 1/gamma = 0\n",
+      "v = 309902096.70332795 m / s > c, setting 1/gamma = 0\n",
+      "v = 366328996.79798955 m / s > c, setting 1/gamma = 0\n",
+      "v = 329720081.1838008 m / s > c, setting 1/gamma = 0\n",
+      "v = 499016342.4404623 m / s > c, setting 1/gamma = 0\n",
+      "v = 520125618.0683538 m / s > c, setting 1/gamma = 0\n",
+      "v = 364212007.0602464 m / s > c, setting 1/gamma = 0\n",
+      "v = 420128082.4145116 m / s > c, setting 1/gamma = 0\n",
+      "v = 305986361.771296 m / s > c, setting 1/gamma = 0\n",
+      "v = 356120809.49771476 m / s > c, setting 1/gamma = 0\n",
+      "v = 303856855.0237955 m / s > c, setting 1/gamma = 0\n",
+      "v = 358997829.5297282 m / s > c, setting 1/gamma = 0\n",
+      "v = 362982730.0149443 m / s > c, setting 1/gamma = 0\n",
+      "v = 419872392.26812845 m / s > c, setting 1/gamma = 0\n",
+      "v = 308563800.6006667 m / s > c, setting 1/gamma = 0\n",
+      "v = 300997595.876581 m / s > c, setting 1/gamma = 0\n",
+      "v = 352804046.7034662 m / s > c, setting 1/gamma = 0\n",
+      "v = 450541765.0484556 m / s > c, setting 1/gamma = 0\n",
+      "v = 489817602.0666286 m / s > c, setting 1/gamma = 0\n",
+      "v = 316111788.49170214 m / s > c, setting 1/gamma = 0\n",
+      "v = 300376627.5840161 m / s > c, setting 1/gamma = 0\n",
+      "v = 522794508.6182232 m / s > c, setting 1/gamma = 0\n",
+      "v = 534406172.33160186 m / s > c, setting 1/gamma = 0\n",
+      "v = 528304360.36609036 m / s > c, setting 1/gamma = 0\n",
+      "v = 538084703.087421 m / s > c, setting 1/gamma = 0\n",
+      "v = 305870821.0169214 m / s > c, setting 1/gamma = 0\n",
+      "v = 359382623.03308654 m / s > c, setting 1/gamma = 0\n",
+      "v = 444805690.7104048 m / s > c, setting 1/gamma = 0\n",
+      "v = 487726581.4923184 m / s > c, setting 1/gamma = 0\n",
+      "v = 318536833.87868965 m / s > c, setting 1/gamma = 0\n",
+      "v = 310473616.9318537 m / s > c, setting 1/gamma = 0\n",
+      "v = 352300898.98562586 m / s > c, setting 1/gamma = 0\n",
+      "v = 302637539.32825446 m / s > c, setting 1/gamma = 0\n",
+      "v = 338643529.89139277 m / s > c, setting 1/gamma = 0\n",
+      "v = 352875672.4246153 m / s > c, setting 1/gamma = 0\n",
+      "v = 326385799.3285652 m / s > c, setting 1/gamma = 0\n",
+      "v = 519124847.150812 m / s > c, setting 1/gamma = 0\n",
+      "v = 541692574.9806008 m / s > c, setting 1/gamma = 0\n",
+      "v = 531045102.2082106 m / s > c, setting 1/gamma = 0\n",
+      "v = 544146823.6628642 m / s > c, setting 1/gamma = 0\n",
+      "v = 355462241.4448508 m / s > c, setting 1/gamma = 0\n",
+      "v = 415668538.0975599 m / s > c, setting 1/gamma = 0\n",
+      "v = 308252413.66430545 m / s > c, setting 1/gamma = 0\n",
+      "v = 360994614.8677517 m / s > c, setting 1/gamma = 0\n",
+      "v = 413931512.50899374 m / s > c, setting 1/gamma = 0\n",
+      "v = 463636249.9932175 m / s > c, setting 1/gamma = 0\n",
+      "v = 336263998.0469479 m / s > c, setting 1/gamma = 0\n",
+      "v = 379629212.45558256 m / s > c, setting 1/gamma = 0\n",
+      "v = 433548245.6048446 m / s > c, setting 1/gamma = 0\n",
+      "v = 440556394.893236 m / s > c, setting 1/gamma = 0\n",
+      "v = 479952963.3993127 m / s > c, setting 1/gamma = 0\n",
+      "v = 303351876.9591583 m / s > c, setting 1/gamma = 0\n",
+      "v = 317288205.1704725 m / s > c, setting 1/gamma = 0\n",
+      "v = 472834004.1809831 m / s > c, setting 1/gamma = 0\n",
+      "v = 504490034.49883956 m / s > c, setting 1/gamma = 0\n",
+      "v = 333559220.75838876 m / s > c, setting 1/gamma = 0\n",
+      "v = 389400020.0286636 m / s > c, setting 1/gamma = 0\n",
+      "v = 310277566.05456096 m / s > c, setting 1/gamma = 0\n",
+      "v = 467900024.6924458 m / s > c, setting 1/gamma = 0\n",
+      "v = 508766583.04022336 m / s > c, setting 1/gamma = 0\n",
+      "v = 577859310.1899555 m / s > c, setting 1/gamma = 0\n",
+      "v = 559364168.4906124 m / s > c, setting 1/gamma = 0\n",
+      "v = 331153948.05804837 m / s > c, setting 1/gamma = 0\n",
+      "v = 305386529.45710474 m / s > c, setting 1/gamma = 0\n",
+      "v = 356405659.83104336 m / s > c, setting 1/gamma = 0\n",
+      "v = 327485550.5530633 m / s > c, setting 1/gamma = 0\n",
+      "v = 390294302.5197309 m / s > c, setting 1/gamma = 0\n",
+      "v = 382297579.6709369 m / s > c, setting 1/gamma = 0\n",
+      "v = 436936060.90302235 m / s > c, setting 1/gamma = 0\n",
+      "v = 303171080.66009337 m / s > c, setting 1/gamma = 0\n",
+      "v = 327195809.09490305 m / s > c, setting 1/gamma = 0\n",
+      "v = 384165073.8214665 m / s > c, setting 1/gamma = 0\n",
+      "v = 315625532.9887338 m / s > c, setting 1/gamma = 0\n",
+      "v = 365663634.7374436 m / s > c, setting 1/gamma = 0\n",
+      "v = 569726709.3429799 m / s > c, setting 1/gamma = 0\n",
+      "v = 556388158.2168095 m / s > c, setting 1/gamma = 0\n",
+      "v = 469901659.09225833 m / s > c, setting 1/gamma = 0\n",
+      "v = 502154053.4487155 m / s > c, setting 1/gamma = 0\n",
+      "v = 321277914.8092565 m / s > c, setting 1/gamma = 0\n",
+      "v = 377339168.0054208 m / s > c, setting 1/gamma = 0\n",
+      "v = 348805000.14060247 m / s > c, setting 1/gamma = 0\n",
+      "v = 406740931.90181386 m / s > c, setting 1/gamma = 0\n",
+      "v = 318726324.9570834 m / s > c, setting 1/gamma = 0\n",
+      "v = 316483193.94116324 m / s > c, setting 1/gamma = 0\n",
+      "v = 365003774.37905467 m / s > c, setting 1/gamma = 0\n",
+      "v = 492568097.8495633 m / s > c, setting 1/gamma = 0\n",
+      "v = 511576428.7336618 m / s > c, setting 1/gamma = 0\n",
+      "v = 459654832.38896066 m / s > c, setting 1/gamma = 0\n",
+      "v = 492397249.70468944 m / s > c, setting 1/gamma = 0\n",
+      "v = 319049373.2492316 m / s > c, setting 1/gamma = 0\n",
+      "v = 369826352.6142087 m / s > c, setting 1/gamma = 0\n",
+      "v = 505195771.9065288 m / s > c, setting 1/gamma = 0\n",
+      "v = 520660702.1217122 m / s > c, setting 1/gamma = 0\n",
+      "v = 482028821.4054709 m / s > c, setting 1/gamma = 0\n",
+      "v = 508948395.4926196 m / s > c, setting 1/gamma = 0\n",
+      "v = 398220964.53588086 m / s > c, setting 1/gamma = 0\n",
+      "v = 447080814.32920074 m / s > c, setting 1/gamma = 0\n",
+      "v = 312216257.58226925 m / s > c, setting 1/gamma = 0\n",
+      "v = 309345701.9432484 m / s > c, setting 1/gamma = 0\n",
+      "v = 300416357.09540665 m / s > c, setting 1/gamma = 0\n",
+      "v = 340566396.116586 m / s > c, setting 1/gamma = 0\n",
+      "v = 301803481.0957217 m / s > c, setting 1/gamma = 0\n",
+      "v = 353703624.4310049 m / s > c, setting 1/gamma = 0\n",
+      "v = 310108842.3726715 m / s > c, setting 1/gamma = 0\n",
+      "v = 329425553.3644275 m / s > c, setting 1/gamma = 0\n",
+      "v = 384665538.24950725 m / s > c, setting 1/gamma = 0\n",
+      "v = 317050173.55934775 m / s > c, setting 1/gamma = 0\n",
+      "v = 318523785.6447329 m / s > c, setting 1/gamma = 0\n",
+      "v = 368705038.4678306 m / s > c, setting 1/gamma = 0\n",
+      "v = 438109098.0832175 m / s > c, setting 1/gamma = 0\n",
+      "v = 475161506.6750228 m / s > c, setting 1/gamma = 0\n",
+      "v = 304653059.37174255 m / s > c, setting 1/gamma = 0\n",
+      "v = 354222259.9204096 m / s > c, setting 1/gamma = 0\n",
+      "v = 311613453.6402801 m / s > c, setting 1/gamma = 0\n",
+      "v = 355676723.84887064 m / s > c, setting 1/gamma = 0\n",
+      "v = 347316272.95837116 m / s > c, setting 1/gamma = 0\n",
+      "v = 397785908.2180682 m / s > c, setting 1/gamma = 0\n",
+      "v = 329057490.4216858 m / s > c, setting 1/gamma = 0\n",
+      "v = 426038360.3811954 m / s > c, setting 1/gamma = 0\n",
+      "v = 457285126.4464838 m / s > c, setting 1/gamma = 0\n",
+      "v = 359211027.8916042 m / s > c, setting 1/gamma = 0\n",
+      "v = 404994629.9664331 m / s > c, setting 1/gamma = 0\n",
+      "v = 325466726.21901065 m / s > c, setting 1/gamma = 0\n",
+      "v = 405055649.81817997 m / s > c, setting 1/gamma = 0\n",
+      "v = 444033515.05260366 m / s > c, setting 1/gamma = 0\n",
+      "v = 299858307.75285536 m / s > c, setting 1/gamma = 0\n",
+      "v = 317385925.9106872 m / s > c, setting 1/gamma = 0\n",
+      "v = 313391090.01375705 m / s > c, setting 1/gamma = 0\n",
+      "v = 362532063.73492396 m / s > c, setting 1/gamma = 0\n",
+      "v = 378168931.1267037 m / s > c, setting 1/gamma = 0\n",
+      "v = 418697916.3381953 m / s > c, setting 1/gamma = 0\n",
+      "v = 328202023.7066609 m / s > c, setting 1/gamma = 0\n",
+      "v = 382872877.30663383 m / s > c, setting 1/gamma = 0\n",
+      "v = 420702910.17537284 m / s > c, setting 1/gamma = 0\n",
+      "v = 322649344.1128281 m / s > c, setting 1/gamma = 0\n",
+      "v = 375606799.7369561 m / s > c, setting 1/gamma = 0\n",
+      "v = 312762469.0025337 m / s > c, setting 1/gamma = 0\n",
+      "v = 300341943.89156085 m / s > c, setting 1/gamma = 0\n",
+      "v = 431335835.476122 m / s > c, setting 1/gamma = 0\n",
+      "v = 470016938.5791634 m / s > c, setting 1/gamma = 0\n",
+      "v = 457322863.7565589 m / s > c, setting 1/gamma = 0\n",
+      "v = 486453289.1773104 m / s > c, setting 1/gamma = 0\n",
+      "v = 360924928.2295157 m / s > c, setting 1/gamma = 0\n",
+      "v = 410586728.6554621 m / s > c, setting 1/gamma = 0\n",
+      "v = 417392900.3205865 m / s > c, setting 1/gamma = 0\n",
+      "v = 459137407.9795627 m / s > c, setting 1/gamma = 0\n",
+      "v = 443470133.97505206 m / s > c, setting 1/gamma = 0\n",
+      "v = 482508591.69817847 m / s > c, setting 1/gamma = 0\n",
+      "v = 350241596.76518756 m / s > c, setting 1/gamma = 0\n",
+      "v = 402150909.66083455 m / s > c, setting 1/gamma = 0\n",
+      "v = 307689013.8202985 m / s > c, setting 1/gamma = 0\n",
+      "v = 326899426.50202125 m / s > c, setting 1/gamma = 0\n",
+      "v = 337354640.9760316 m / s > c, setting 1/gamma = 0\n",
+      "v = 392005849.21118194 m / s > c, setting 1/gamma = 0\n",
+      "v = 316551957.53248394 m / s > c, setting 1/gamma = 0\n",
+      "v = 360420394.07772774 m / s > c, setting 1/gamma = 0\n",
+      "v = 319542671.3035942 m / s > c, setting 1/gamma = 0\n",
+      "v = 323155942.2532801 m / s > c, setting 1/gamma = 0\n",
+      "v = 369869872.1533934 m / s > c, setting 1/gamma = 0\n",
+      "v = 369212347.4898337 m / s > c, setting 1/gamma = 0\n",
+      "v = 426983863.7642144 m / s > c, setting 1/gamma = 0\n",
+      "v = 470513926.83328766 m / s > c, setting 1/gamma = 0\n",
+      "v = 502583492.74650025 m / s > c, setting 1/gamma = 0\n",
+      "v = 311918167.2539764 m / s > c, setting 1/gamma = 0\n",
+      "v = 317296352.8450074 m / s > c, setting 1/gamma = 0\n",
+      "v = 379700818.16481763 m / s > c, setting 1/gamma = 0\n",
+      "v = 589019054.3408967 m / s > c, setting 1/gamma = 0\n",
+      "v = 557755541.4549385 m / s > c, setting 1/gamma = 0\n",
+      "v = 663240127.2819413 m / s > c, setting 1/gamma = 0\n",
+      "v = 558596783.1398392 m / s > c, setting 1/gamma = 0\n",
+      "v = 342227472.38538855 m / s > c, setting 1/gamma = 0\n",
+      "v = 397319385.01045656 m / s > c, setting 1/gamma = 0\n",
+      "v = 323237859.40900534 m / s > c, setting 1/gamma = 0\n",
+      "v = 499433116.11699045 m / s > c, setting 1/gamma = 0\n",
+      "v = 516286367.0179617 m / s > c, setting 1/gamma = 0\n",
+      "v = 381957471.69978744 m / s > c, setting 1/gamma = 0\n",
+      "v = 434719191.7563604 m / s > c, setting 1/gamma = 0\n",
+      "v = 331659702.4666795 m / s > c, setting 1/gamma = 0\n",
+      "v = 380227720.7367669 m / s > c, setting 1/gamma = 0\n",
+      "v = 443070557.9795539 m / s > c, setting 1/gamma = 0\n",
+      "v = 483185387.51200664 m / s > c, setting 1/gamma = 0\n",
+      "v = 380708741.1278333 m / s > c, setting 1/gamma = 0\n",
+      "v = 432482439.74880874 m / s > c, setting 1/gamma = 0\n",
+      "v = 319610685.3652846 m / s > c, setting 1/gamma = 0\n",
+      "v = 386638711.63180083 m / s > c, setting 1/gamma = 0\n",
+      "v = 439558318.5519842 m / s > c, setting 1/gamma = 0\n",
+      "v = 323025872.27077883 m / s > c, setting 1/gamma = 0\n",
+      "v = 332525502.7089047 m / s > c, setting 1/gamma = 0\n",
+      "v = 391731785.8515473 m / s > c, setting 1/gamma = 0\n",
+      "v = 319370721.868931 m / s > c, setting 1/gamma = 0\n",
+      "v = 377277372.9268817 m / s > c, setting 1/gamma = 0\n",
+      "v = 327835023.77706194 m / s > c, setting 1/gamma = 0\n",
+      "v = 382160378.0821227 m / s > c, setting 1/gamma = 0\n",
+      "v = 440808833.48368466 m / s > c, setting 1/gamma = 0\n",
+      "v = 478647315.1751491 m / s > c, setting 1/gamma = 0\n",
+      "v = 304460659.2529896 m / s > c, setting 1/gamma = 0\n",
+      "v = 426048406.1607996 m / s > c, setting 1/gamma = 0\n",
+      "v = 472261418.44704235 m / s > c, setting 1/gamma = 0\n",
+      "v = 390875681.19151354 m / s > c, setting 1/gamma = 0\n",
+      "v = 437547885.82339954 m / s > c, setting 1/gamma = 0\n",
+      "v = 308762849.66214615 m / s > c, setting 1/gamma = 0\n",
+      "v = 352079950.6591031 m / s > c, setting 1/gamma = 0\n",
+      "v = 335963079.6825276 m / s > c, setting 1/gamma = 0\n",
+      "v = 394764503.67880005 m / s > c, setting 1/gamma = 0\n",
+      "v = 305326264.5525361 m / s > c, setting 1/gamma = 0\n",
+      "v = 355495146.9209942 m / s > c, setting 1/gamma = 0\n",
+      "v = 300962921.7257296 m / s > c, setting 1/gamma = 0\n",
+      "v = 363915210.0731119 m / s > c, setting 1/gamma = 0\n",
+      "v = 410412897.61682975 m / s > c, setting 1/gamma = 0\n",
+      "v = 455646778.54430634 m / s > c, setting 1/gamma = 0\n",
+      "v = 484499624.43011975 m / s > c, setting 1/gamma = 0\n",
+      "v = 487633214.84791327 m / s > c, setting 1/gamma = 0\n",
+      "v = 502570056.66898483 m / s > c, setting 1/gamma = 0\n",
+      "v = 319430707.3927843 m / s > c, setting 1/gamma = 0\n",
+      "v = 370050069.61643636 m / s > c, setting 1/gamma = 0\n",
+      "v = 357525943.15532 m / s > c, setting 1/gamma = 0\n",
+      "v = 402069688.7079077 m / s > c, setting 1/gamma = 0\n",
+      "v = 387099147.73200625 m / s > c, setting 1/gamma = 0\n",
+      "v = 436603822.53478295 m / s > c, setting 1/gamma = 0\n",
+      "v = 303766905.4204302 m / s > c, setting 1/gamma = 0\n",
+      "v = 354752839.0929364 m / s > c, setting 1/gamma = 0\n",
+      "v = 310357219.8932184 m / s > c, setting 1/gamma = 0\n",
+      "v = 416838803.4210578 m / s > c, setting 1/gamma = 0\n",
+      "v = 465003907.9736416 m / s > c, setting 1/gamma = 0\n",
+      "v = 399285741.6499528 m / s > c, setting 1/gamma = 0\n",
+      "v = 449604396.0886984 m / s > c, setting 1/gamma = 0\n",
+      "v = 370752196.08042806 m / s > c, setting 1/gamma = 0\n",
+      "v = 425005105.8615563 m / s > c, setting 1/gamma = 0\n",
+      "v = 333630686.44181466 m / s > c, setting 1/gamma = 0\n",
+      "v = 343471351.8389816 m / s > c, setting 1/gamma = 0\n",
+      "v = 401912402.69973177 m / s > c, setting 1/gamma = 0\n",
+      "v = 402851590.1822791 m / s > c, setting 1/gamma = 0\n",
+      "v = 449687873.68411136 m / s > c, setting 1/gamma = 0\n",
+      "v = 311198795.68083924 m / s > c, setting 1/gamma = 0\n",
+      "v = 310738165.36068034 m / s > c, setting 1/gamma = 0\n",
+      "v = 354011860.32147455 m / s > c, setting 1/gamma = 0\n",
+      "v = 357012154.6202637 m / s > c, setting 1/gamma = 0\n",
+      "v = 402759707.80918187 m / s > c, setting 1/gamma = 0\n",
+      "v = 355370278.50924176 m / s > c, setting 1/gamma = 0\n",
+      "v = 409659414.0687193 m / s > c, setting 1/gamma = 0\n",
+      "v = 306215544.0069332 m / s > c, setting 1/gamma = 0\n",
+      "v = 357751313.53433037 m / s > c, setting 1/gamma = 0\n",
+      "v = 324417719.2101599 m / s > c, setting 1/gamma = 0\n",
+      "v = 305032431.07106733 m / s > c, setting 1/gamma = 0\n",
+      "v = 350645840.39971 m / s > c, setting 1/gamma = 0\n",
+      "v = 318271178.6454047 m / s > c, setting 1/gamma = 0\n",
+      "v = 320884155.55648136 m / s > c, setting 1/gamma = 0\n",
+      "v = 370620496.42827827 m / s > c, setting 1/gamma = 0\n",
+      "v = 490894550.56375647 m / s > c, setting 1/gamma = 0\n",
+      "v = 512220423.6479986 m / s > c, setting 1/gamma = 0\n",
+      "v = 339468771.00326 m / s > c, setting 1/gamma = 0\n",
+      "v = 394353167.5837649 m / s > c, setting 1/gamma = 0\n",
+      "v = 327216941.81290627 m / s > c, setting 1/gamma = 0\n",
+      "v = 376242628.33995277 m / s > c, setting 1/gamma = 0\n",
+      "v = 305011267.1722666 m / s > c, setting 1/gamma = 0\n",
+      "v = 686154102.8507767 m / s > c, setting 1/gamma = 0\n",
+      "v = 557335299.1477556 m / s > c, setting 1/gamma = 0\n",
+      "v = 320145594.3360726 m / s > c, setting 1/gamma = 0\n",
+      "v = 344296982.68585646 m / s > c, setting 1/gamma = 0\n",
+      "v = 346039972.2825305 m / s > c, setting 1/gamma = 0\n",
+      "v = 398609022.2296426 m / s > c, setting 1/gamma = 0\n",
+      "v = 385973665.90217686 m / s > c, setting 1/gamma = 0\n",
+      "v = 437983281.32560617 m / s > c, setting 1/gamma = 0\n",
+      "v = 302650828.5681568 m / s > c, setting 1/gamma = 0\n",
+      "v = 350668477.70714474 m / s > c, setting 1/gamma = 0\n",
+      "v = 331070536.23507065 m / s > c, setting 1/gamma = 0\n",
+      "v = 447858713.2197695 m / s > c, setting 1/gamma = 0\n",
+      "v = 484155908.1930807 m / s > c, setting 1/gamma = 0\n",
+      "v = 378074279.8337945 m / s > c, setting 1/gamma = 0\n",
+      "v = 428696043.84087586 m / s > c, setting 1/gamma = 0\n",
+      "v = 306450913.12258464 m / s > c, setting 1/gamma = 0\n",
+      "v = 389655187.5389119 m / s > c, setting 1/gamma = 0\n",
+      "v = 439631439.9836603 m / s > c, setting 1/gamma = 0\n",
+      "v = 303266045.6001311 m / s > c, setting 1/gamma = 0\n",
+      "v = 318194307.1535999 m / s > c, setting 1/gamma = 0\n",
+      "v = 370551137.37352294 m / s > c, setting 1/gamma = 0\n",
+      "v = 323268922.9560805 m / s > c, setting 1/gamma = 0\n",
+      "v = 365496648.2068282 m / s > c, setting 1/gamma = 0\n",
+      "v = 313510321.41993195 m / s > c, setting 1/gamma = 0\n",
+      "v = 368660997.4030916 m / s > c, setting 1/gamma = 0\n",
+      "v = 372254257.5100844 m / s > c, setting 1/gamma = 0\n",
+      "v = 416529314.05545807 m / s > c, setting 1/gamma = 0\n",
+      "v = 327005294.1985307 m / s > c, setting 1/gamma = 0\n",
+      "v = 338473545.70399433 m / s > c, setting 1/gamma = 0\n",
+      "v = 387565783.6332961 m / s > c, setting 1/gamma = 0\n",
+      "v = 304113186.2534437 m / s > c, setting 1/gamma = 0\n",
+      "v = 347511125.0709282 m / s > c, setting 1/gamma = 0\n",
+      "v = 354941435.55665964 m / s > c, setting 1/gamma = 0\n",
+      "v = 405099988.8664026 m / s > c, setting 1/gamma = 0\n",
+      "v = 305944509.0732537 m / s > c, setting 1/gamma = 0\n",
+      "v = 523364488.8838323 m / s > c, setting 1/gamma = 0\n",
+      "v = 521648136.93471414 m / s > c, setting 1/gamma = 0\n",
+      "v = 306732210.64085764 m / s > c, setting 1/gamma = 0\n",
+      "v = 363840002.6281978 m / s > c, setting 1/gamma = 0\n",
+      "v = 315352101.8830626 m / s > c, setting 1/gamma = 0\n",
+      "v = 365596936.67924047 m / s > c, setting 1/gamma = 0\n",
+      "v = 307787829.4196647 m / s > c, setting 1/gamma = 0\n",
+      "v = 316725221.96699834 m / s > c, setting 1/gamma = 0\n",
+      "v = 363915179.4973052 m / s > c, setting 1/gamma = 0\n",
+      "v = 402123429.1766749 m / s > c, setting 1/gamma = 0\n",
+      "v = 448115814.6724629 m / s > c, setting 1/gamma = 0\n",
+      "v = 312752988.1950039 m / s > c, setting 1/gamma = 0\n",
+      "v = 321746506.48400694 m / s > c, setting 1/gamma = 0\n",
+      "v = 377580542.4937414 m / s > c, setting 1/gamma = 0\n",
+      "v = 317099180.07591987 m / s > c, setting 1/gamma = 0\n",
+      "v = 365285651.77966946 m / s > c, setting 1/gamma = 0\n",
+      "v = 333050669.891265 m / s > c, setting 1/gamma = 0\n",
+      "v = 386026646.828634 m / s > c, setting 1/gamma = 0\n",
+      "v = 310099357.3430157 m / s > c, setting 1/gamma = 0\n",
+      "v = 332111381.4158465 m / s > c, setting 1/gamma = 0\n",
+      "v = 372786442.3780358 m / s > c, setting 1/gamma = 0\n",
+      "v = 425014385.71342343 m / s > c, setting 1/gamma = 0\n",
+      "v = 300545276.2417241 m / s > c, setting 1/gamma = 0\n",
+      "v = 316469877.4337718 m / s > c, setting 1/gamma = 0\n",
+      "v = 329066388.3780981 m / s > c, setting 1/gamma = 0\n",
+      "v = 309700200.7850465 m / s > c, setting 1/gamma = 0\n",
+      "v = 334869930.5432707 m / s > c, setting 1/gamma = 0\n",
+      "v = 395011332.0529335 m / s > c, setting 1/gamma = 0\n",
+      "v = 306609921.26438534 m / s > c, setting 1/gamma = 0\n",
+      "v = 367362933.5816133 m / s > c, setting 1/gamma = 0\n",
+      "v = 418858354.31178427 m / s > c, setting 1/gamma = 0\n",
+      "v = 308345197.98635733 m / s > c, setting 1/gamma = 0\n",
+      "v = 395936938.6282776 m / s > c, setting 1/gamma = 0\n",
+      "v = 444055695.4983167 m / s > c, setting 1/gamma = 0\n",
+      "v = 491864342.86331546 m / s > c, setting 1/gamma = 0\n",
+      "v = 514460055.52387404 m / s > c, setting 1/gamma = 0\n",
+      "v = 376274239.39871913 m / s > c, setting 1/gamma = 0\n",
+      "v = 427690700.5684329 m / s > c, setting 1/gamma = 0\n",
+      "v = 327840027.12969923 m / s > c, setting 1/gamma = 0\n",
+      "v = 350300543.62618697 m / s > c, setting 1/gamma = 0\n",
+      "v = 407721207.91173166 m / s > c, setting 1/gamma = 0\n",
+      "v = 576466327.0924743 m / s > c, setting 1/gamma = 0\n",
+      "v = 559670167.2792218 m / s > c, setting 1/gamma = 0\n",
+      "v = 347038584.6789725 m / s > c, setting 1/gamma = 0\n",
+      "v = 305756320.45047766 m / s > c, setting 1/gamma = 0\n",
+      "v = 328846894.9793483 m / s > c, setting 1/gamma = 0\n",
+      "v = 341535716.4463991 m / s > c, setting 1/gamma = 0\n",
+      "v = 420311820.5676064 m / s > c, setting 1/gamma = 0\n",
+      "v = 466006503.86736494 m / s > c, setting 1/gamma = 0\n",
+      "v = 326814099.7308833 m / s > c, setting 1/gamma = 0\n",
+      "v = 321176359.47991925 m / s > c, setting 1/gamma = 0\n",
+      "v = 320806645.4950529 m / s > c, setting 1/gamma = 0\n",
+      "v = 316699018.5412587 m / s > c, setting 1/gamma = 0\n",
+      "v = 340980196.78211415 m / s > c, setting 1/gamma = 0\n",
+      "v = 399755526.85276955 m / s > c, setting 1/gamma = 0\n",
+      "v = 319796280.53752536 m / s > c, setting 1/gamma = 0\n",
+      "v = 370322690.28536624 m / s > c, setting 1/gamma = 0\n",
+      "v = 340030074.2908942 m / s > c, setting 1/gamma = 0\n",
+      "v = 316739035.8237774 m / s > c, setting 1/gamma = 0\n",
+      "v = 330809934.1765638 m / s > c, setting 1/gamma = 0\n",
+      "v = 308975111.22990274 m / s > c, setting 1/gamma = 0\n",
+      "v = 368925164.5577438 m / s > c, setting 1/gamma = 0\n",
+      "v = 339999923.1106 m / s > c, setting 1/gamma = 0\n",
+      "v = 317432832.1693859 m / s > c, setting 1/gamma = 0\n",
+      "v = 367837096.9648785 m / s > c, setting 1/gamma = 0\n",
+      "v = 305696675.58743596 m / s > c, setting 1/gamma = 0\n",
+      "v = 703271106.5188549 m / s > c, setting 1/gamma = 0\n",
+      "v = 575019911.8568538 m / s > c, setting 1/gamma = 0\n",
+      "v = 427231986.75218606 m / s > c, setting 1/gamma = 0\n",
+      "v = 471416660.71316504 m / s > c, setting 1/gamma = 0\n",
+      "v = 320547929.9769776 m / s > c, setting 1/gamma = 0\n",
+      "v = 304835701.4676163 m / s > c, setting 1/gamma = 0\n",
+      "v = 340121368.89183956 m / s > c, setting 1/gamma = 0\n",
+      "v = 400041740.1301974 m / s > c, setting 1/gamma = 0\n",
+      "v = 330103819.1556478 m / s > c, setting 1/gamma = 0\n",
+      "v = 306895484.9890315 m / s > c, setting 1/gamma = 0\n",
+      "v = 303762705.20696115 m / s > c, setting 1/gamma = 0\n",
+      "v = 701273386.0757511 m / s > c, setting 1/gamma = 0\n",
+      "v = 573516315.3675402 m / s > c, setting 1/gamma = 0\n",
+      "v = 441143802.1840295 m / s > c, setting 1/gamma = 0\n",
+      "v = 482202227.9647019 m / s > c, setting 1/gamma = 0\n",
+      "v = 311710048.2087048 m / s > c, setting 1/gamma = 0\n",
+      "v = 716456224.1180993 m / s > c, setting 1/gamma = 0\n",
+      "v = 584056495.868205 m / s > c, setting 1/gamma = 0\n",
+      "v = 339021453.72111046 m / s > c, setting 1/gamma = 0\n",
+      "v = 394946019.4034438 m / s > c, setting 1/gamma = 0\n",
+      "v = 404116985.67302346 m / s > c, setting 1/gamma = 0\n",
+      "v = 450590433.387367 m / s > c, setting 1/gamma = 0\n",
+      "v = 488019349.7651159 m / s > c, setting 1/gamma = 0\n",
+      "v = 511562842.6968653 m / s > c, setting 1/gamma = 0\n",
+      "v = 341770255.83050394 m / s > c, setting 1/gamma = 0\n",
+      "v = 312320190.0023345 m / s > c, setting 1/gamma = 0\n",
+      "v = 361054384.8269637 m / s > c, setting 1/gamma = 0\n",
+      "v = 539991295.080217 m / s > c, setting 1/gamma = 0\n",
+      "v = 537237098.5786265 m / s > c, setting 1/gamma = 0\n",
+      "v = 454323794.42427313 m / s > c, setting 1/gamma = 0\n",
+      "v = 491417666.6457321 m / s > c, setting 1/gamma = 0\n",
+      "v = 301592561.8970327 m / s > c, setting 1/gamma = 0\n",
+      "v = 335464058.06486297 m / s > c, setting 1/gamma = 0\n",
+      "v = 389982248.75230587 m / s > c, setting 1/gamma = 0\n",
+      "v = 380740638.37601787 m / s > c, setting 1/gamma = 0\n",
+      "v = 436078583.51361436 m / s > c, setting 1/gamma = 0\n",
+      "v = 319870241.95426744 m / s > c, setting 1/gamma = 0\n",
+      "v = 373011227.5754131 m / s > c, setting 1/gamma = 0\n",
+      "v = 418550163.04192084 m / s > c, setting 1/gamma = 0\n",
+      "v = 460079015.90690374 m / s > c, setting 1/gamma = 0\n",
+      "v = 323535431.0332134 m / s > c, setting 1/gamma = 0\n",
+      "v = 371717830.7906299 m / s > c, setting 1/gamma = 0\n",
+      "v = 325035542.8656624 m / s > c, setting 1/gamma = 0\n",
+      "v = 621228270.8572549 m / s > c, setting 1/gamma = 0\n",
+      "v = 553816507.4030287 m / s > c, setting 1/gamma = 0\n",
+      "v = 310793157.3837509 m / s > c, setting 1/gamma = 0\n",
+      "v = 365121048.90224653 m / s > c, setting 1/gamma = 0\n",
+      "v = 309898916.6711541 m / s > c, setting 1/gamma = 0\n",
+      "v = 351183538.03446555 m / s > c, setting 1/gamma = 0\n",
+      "v = 334499669.0588778 m / s > c, setting 1/gamma = 0\n",
+      "v = 389220696.3795772 m / s > c, setting 1/gamma = 0\n",
+      "v = 300301862.6443026 m / s > c, setting 1/gamma = 0\n",
+      "v = 349177311.9944527 m / s > c, setting 1/gamma = 0\n",
+      "v = 371366000.26702815 m / s > c, setting 1/gamma = 0\n",
+      "v = 421235269.70275444 m / s > c, setting 1/gamma = 0\n",
+      "v = 301540828.3587874 m / s > c, setting 1/gamma = 0\n",
+      "v = 300198053.56312764 m / s > c, setting 1/gamma = 0\n",
+      "v = 348719489.61386436 m / s > c, setting 1/gamma = 0\n",
+      "v = 403428993.4115191 m / s > c, setting 1/gamma = 0\n",
+      "v = 336836333.4405552 m / s > c, setting 1/gamma = 0\n",
+      "v = 385309587.48399734 m / s > c, setting 1/gamma = 0\n",
+      "v = 309472797.84319526 m / s > c, setting 1/gamma = 0\n",
+      "v = 362301670.16208607 m / s > c, setting 1/gamma = 0\n",
+      "v = 305051077.6346643 m / s > c, setting 1/gamma = 0\n",
+      "v = 307610792.21009845 m / s > c, setting 1/gamma = 0\n",
+      "v = 367869577.94597894 m / s > c, setting 1/gamma = 0\n",
+      "v = 353221027.5564071 m / s > c, setting 1/gamma = 0\n",
+      "v = 396872460.4829622 m / s > c, setting 1/gamma = 0\n",
+      "v = 315005165.5537343 m / s > c, setting 1/gamma = 0\n",
+      "v = 339196716.9055679 m / s > c, setting 1/gamma = 0\n",
+      "v = 384438897.8347935 m / s > c, setting 1/gamma = 0\n",
+      "v = 380901561.79004854 m / s > c, setting 1/gamma = 0\n",
+      "v = 431726043.63732773 m / s > c, setting 1/gamma = 0\n",
+      "v = 388570877.3741519 m / s > c, setting 1/gamma = 0\n",
+      "v = 437422892.16992235 m / s > c, setting 1/gamma = 0\n",
+      "v = 315760726.89786977 m / s > c, setting 1/gamma = 0\n",
+      "v = 409558143.93981624 m / s > c, setting 1/gamma = 0\n",
+      "v = 454485467.6324343 m / s > c, setting 1/gamma = 0\n",
+      "v = 389367594.2065535 m / s > c, setting 1/gamma = 0\n",
+      "v = 432304530.1785265 m / s > c, setting 1/gamma = 0\n",
+      "v = 314173395.12041163 m / s > c, setting 1/gamma = 0\n",
+      "v = 373053468.3859572 m / s > c, setting 1/gamma = 0\n",
+      "v = 365886532.65017754 m / s > c, setting 1/gamma = 0\n",
+      "v = 414872910.61761373 m / s > c, setting 1/gamma = 0\n",
+      "v = 314510081.05787563 m / s > c, setting 1/gamma = 0\n",
+      "v = 321949698.50030637 m / s > c, setting 1/gamma = 0\n",
+      "v = 454886902.0978942 m / s > c, setting 1/gamma = 0\n",
+      "v = 483020398.735598 m / s > c, setting 1/gamma = 0\n",
+      "v = 300296075.3607067 m / s > c, setting 1/gamma = 0\n",
+      "v = 305665741.199691 m / s > c, setting 1/gamma = 0\n",
+      "v = 316479252.57398534 m / s > c, setting 1/gamma = 0\n",
+      "v = 360228471.7209232 m / s > c, setting 1/gamma = 0\n",
+      "v = 335658915.7290583 m / s > c, setting 1/gamma = 0\n",
+      "v = 569676214.8977968 m / s > c, setting 1/gamma = 0\n",
+      "v = 551013320.1042383 m / s > c, setting 1/gamma = 0\n",
+      "v = 422103055.724408 m / s > c, setting 1/gamma = 0\n",
+      "v = 463233603.9338913 m / s > c, setting 1/gamma = 0\n",
+      "v = 333862398.79216385 m / s > c, setting 1/gamma = 0\n",
+      "v = 379273270.3702118 m / s > c, setting 1/gamma = 0\n",
+      "v = 306654452.2821077 m / s > c, setting 1/gamma = 0\n",
+      "v = 341519121.6027411 m / s > c, setting 1/gamma = 0\n",
+      "v = 420007371.1728375 m / s > c, setting 1/gamma = 0\n",
+      "v = 460947965.43109983 m / s > c, setting 1/gamma = 0\n",
+      "v = 345491700.0536497 m / s > c, setting 1/gamma = 0\n",
+      "v = 342452545.24473107 m / s > c, setting 1/gamma = 0\n",
+      "v = 393551293.0279707 m / s > c, setting 1/gamma = 0\n",
+      "v = 306468833.52141577 m / s > c, setting 1/gamma = 0\n",
+      "v = 348420616.48441315 m / s > c, setting 1/gamma = 0\n",
+      "v = 323290307.2893385 m / s > c, setting 1/gamma = 0\n",
+      "v = 377541253.97672945 m / s > c, setting 1/gamma = 0\n",
+      "v = 302987260.2662661 m / s > c, setting 1/gamma = 0\n",
+      "v = 307483807.1004773 m / s > c, setting 1/gamma = 0\n",
+      "v = 329894964.89853793 m / s > c, setting 1/gamma = 0\n",
+      "v = 376697470.6298336 m / s > c, setting 1/gamma = 0\n",
+      "v = 429934876.152002 m / s > c, setting 1/gamma = 0\n",
+      "v = 395794992.1752375 m / s > c, setting 1/gamma = 0\n",
+      "v = 445682367.56990755 m / s > c, setting 1/gamma = 0\n",
+      "v = 355418202.06343794 m / s > c, setting 1/gamma = 0\n",
+      "v = 401589001.0763347 m / s > c, setting 1/gamma = 0\n",
+      "v = 351073264.5186854 m / s > c, setting 1/gamma = 0\n",
+      "v = 409184954.3290367 m / s > c, setting 1/gamma = 0\n",
+      "v = 300558840.3451119 m / s > c, setting 1/gamma = 0\n",
+      "v = 652434822.2278819 m / s > c, setting 1/gamma = 0\n",
+      "v = 529240943.38718355 m / s > c, setting 1/gamma = 0\n",
+      "v = 327585931.3858093 m / s > c, setting 1/gamma = 0\n",
+      "v = 371273051.85722595 m / s > c, setting 1/gamma = 0\n",
+      "v = 307215145.65499485 m / s > c, setting 1/gamma = 0\n",
+      "v = 701334096.2016432 m / s > c, setting 1/gamma = 0\n",
+      "v = 573088285.7522904 m / s > c, setting 1/gamma = 0\n",
+      "v = 394801312.62271094 m / s > c, setting 1/gamma = 0\n",
+      "v = 441942098.2141448 m / s > c, setting 1/gamma = 0\n",
+      "v = 348051346.7822874 m / s > c, setting 1/gamma = 0\n",
+      "v = 395251300.65353847 m / s > c, setting 1/gamma = 0\n",
+      "v = 312756455.51008755 m / s > c, setting 1/gamma = 0\n",
+      "v = 350957299.32329375 m / s > c, setting 1/gamma = 0\n",
+      "v = 304635129.633025 m / s > c, setting 1/gamma = 0\n",
+      "v = 359122080.3159953 m / s > c, setting 1/gamma = 0\n",
+      "v = 364231037.50623393 m / s > c, setting 1/gamma = 0\n",
+      "v = 414515254.4224782 m / s > c, setting 1/gamma = 0\n",
+      "v = 413400080.4200858 m / s > c, setting 1/gamma = 0\n",
+      "v = 447967280.5412766 m / s > c, setting 1/gamma = 0\n",
+      "v = 318144487.52448714 m / s > c, setting 1/gamma = 0\n",
+      "v = 310824369.49373984 m / s > c, setting 1/gamma = 0\n",
+      "v = 362112363.168835 m / s > c, setting 1/gamma = 0\n",
+      "v = 407560744.9548174 m / s > c, setting 1/gamma = 0\n",
+      "v = 300225521.5944023 m / s > c, setting 1/gamma = 0\n",
+      "v = 338699386.5137452 m / s > c, setting 1/gamma = 0\n",
+      "v = 321574836.4917283 m / s > c, setting 1/gamma = 0\n",
+      "v = 319865142.07959926 m / s > c, setting 1/gamma = 0\n",
+      "v = 336536257.1056506 m / s > c, setting 1/gamma = 0\n",
+      "v = 377268942.38949805 m / s > c, setting 1/gamma = 0\n",
+      "v = 301820489.4126276 m / s > c, setting 1/gamma = 0\n",
+      "v = 313055712.26280683 m / s > c, setting 1/gamma = 0\n",
+      "v = 366950490.44975054 m / s > c, setting 1/gamma = 0\n",
+      "v = 313434918.4306593 m / s > c, setting 1/gamma = 0\n",
+      "v = 355759305.7226354 m / s > c, setting 1/gamma = 0\n",
+      "v = 305450710.5611148 m / s > c, setting 1/gamma = 0\n",
+      "v = 364915345.6277104 m / s > c, setting 1/gamma = 0\n",
+      "v = 302406902.9640336 m / s > c, setting 1/gamma = 0\n",
+      "v = 685766559.3136547 m / s > c, setting 1/gamma = 0\n",
+      "v = 559164725.9735245 m / s > c, setting 1/gamma = 0\n",
+      "v = 414597768.7597374 m / s > c, setting 1/gamma = 0\n",
+      "v = 458458145.1804817 m / s > c, setting 1/gamma = 0\n",
+      "v = 347543320.52378285 m / s > c, setting 1/gamma = 0\n",
+      "v = 396112049.75588226 m / s > c, setting 1/gamma = 0\n",
+      "v = 309055635.1066531 m / s > c, setting 1/gamma = 0\n",
+      "v = 470193658.8742581 m / s > c, setting 1/gamma = 0\n",
+      "v = 494671764.2316484 m / s > c, setting 1/gamma = 0\n",
+      "v = 306869159.6434836 m / s > c, setting 1/gamma = 0\n",
+      "v = 341755393.20283574 m / s > c, setting 1/gamma = 0\n",
+      "v = 398898545.45059323 m / s > c, setting 1/gamma = 0\n",
+      "v = 315780269.5719977 m / s > c, setting 1/gamma = 0\n",
+      "v = 312630943.0892744 m / s > c, setting 1/gamma = 0\n",
+      "v = 346040525.665459 m / s > c, setting 1/gamma = 0\n",
+      "v = 402717395.2180685 m / s > c, setting 1/gamma = 0\n",
+      "v = 303283953.88887787 m / s > c, setting 1/gamma = 0\n",
+      "v = 353716881.52208155 m / s > c, setting 1/gamma = 0\n",
+      "v = 320052921.27776223 m / s > c, setting 1/gamma = 0\n",
+      "v = 314275259.2001342 m / s > c, setting 1/gamma = 0\n",
+      "v = 301806401.15207887 m / s > c, setting 1/gamma = 0\n",
+      "v = 395842994.71492225 m / s > c, setting 1/gamma = 0\n",
+      "v = 450921689.372702 m / s > c, setting 1/gamma = 0\n",
+      "v = 407462843.043544 m / s > c, setting 1/gamma = 0\n",
+      "v = 458122524.41091126 m / s > c, setting 1/gamma = 0\n",
+      "v = 309289184.9706029 m / s > c, setting 1/gamma = 0\n",
+      "v = 360126446.1547412 m / s > c, setting 1/gamma = 0\n",
+      "v = 306757524.9649027 m / s > c, setting 1/gamma = 0\n",
+      "v = 364273540.06496143 m / s > c, setting 1/gamma = 0\n",
+      "v = 332355050.5397685 m / s > c, setting 1/gamma = 0\n",
+      "v = 386213575.9361234 m / s > c, setting 1/gamma = 0\n",
+      "v = 314840576.6973907 m / s > c, setting 1/gamma = 0\n",
+      "v = 504910496.444952 m / s > c, setting 1/gamma = 0\n",
+      "v = 519363555.3242483 m / s > c, setting 1/gamma = 0\n",
+      "v = 335171204.2337934 m / s > c, setting 1/gamma = 0\n",
+      "v = 454457164.86359316 m / s > c, setting 1/gamma = 0\n",
+      "v = 501642902.02753246 m / s > c, setting 1/gamma = 0\n",
+      "v = 306460010.8305893 m / s > c, setting 1/gamma = 0\n",
+      "v = 676936887.9094446 m / s > c, setting 1/gamma = 0\n",
+      "v = 547421428.2284312 m / s > c, setting 1/gamma = 0\n",
+      "v = 305631775.75022846 m / s > c, setting 1/gamma = 0\n",
+      "v = 365115172.63837755 m / s > c, setting 1/gamma = 0\n",
+      "v = 424267444.4099784 m / s > c, setting 1/gamma = 0\n",
+      "v = 328521807.71145314 m / s > c, setting 1/gamma = 0\n",
+      "v = 382500717.8569406 m / s > c, setting 1/gamma = 0\n",
+      "v = 538223146.7222255 m / s > c, setting 1/gamma = 0\n",
+      "v = 540890688.586652 m / s > c, setting 1/gamma = 0\n",
+      "v = 362473543.9645538 m / s > c, setting 1/gamma = 0\n",
+      "v = 419233656.42346835 m / s > c, setting 1/gamma = 0\n",
+      "v = 300002781.7044708 m / s > c, setting 1/gamma = 0\n",
+      "v = 351578141.143462 m / s > c, setting 1/gamma = 0\n",
+      "v = 323296500.8923528 m / s > c, setting 1/gamma = 0\n",
+      "v = 321289691.81923735 m / s > c, setting 1/gamma = 0\n",
+      "v = 373453439.3556926 m / s > c, setting 1/gamma = 0\n",
+      "v = 306421064.4038395 m / s > c, setting 1/gamma = 0\n",
+      "v = 359375641.99934775 m / s > c, setting 1/gamma = 0\n",
+      "v = 319978059.7247155 m / s > c, setting 1/gamma = 0\n",
+      "v = 321177316.52998155 m / s > c, setting 1/gamma = 0\n",
+      "v = 463498949.6799909 m / s > c, setting 1/gamma = 0\n",
+      "v = 509995341.68782455 m / s > c, setting 1/gamma = 0\n",
+      "v = 383055418.5928059 m / s > c, setting 1/gamma = 0\n",
+      "v = 445583059.8814544 m / s > c, setting 1/gamma = 0\n",
+      "v = 585340391.1258706 m / s > c, setting 1/gamma = 0\n",
+      "v = 562305526.068551 m / s > c, setting 1/gamma = 0\n",
+      "v = 321985250.5651101 m / s > c, setting 1/gamma = 0\n",
+      "v = 741685055.553832 m / s > c, setting 1/gamma = 0\n",
+      "v = 606094905.1005538 m / s > c, setting 1/gamma = 0\n",
+      "v = 374671613.72894686 m / s > c, setting 1/gamma = 0\n",
+      "v = 425689958.467652 m / s > c, setting 1/gamma = 0\n",
+      "v = 300105045.1700577 m / s > c, setting 1/gamma = 0\n",
+      "v = 314471581.45854944 m / s > c, setting 1/gamma = 0\n",
+      "v = 370893158.5124611 m / s > c, setting 1/gamma = 0\n",
+      "v = 322396043.2427362 m / s > c, setting 1/gamma = 0\n",
+      "v = 372824525.8673952 m / s > c, setting 1/gamma = 0\n",
+      "v = 524935402.6435023 m / s > c, setting 1/gamma = 0\n",
+      "v = 541830199.7278664 m / s > c, setting 1/gamma = 0\n",
+      "v = 539326400.4581296 m / s > c, setting 1/gamma = 0\n",
+      "v = 540190634.2638702 m / s > c, setting 1/gamma = 0\n",
+      "v = 350987777.6012416 m / s > c, setting 1/gamma = 0\n",
+      "v = 406868429.4479171 m / s > c, setting 1/gamma = 0\n",
+      "v = 311049552.43926555 m / s > c, setting 1/gamma = 0\n",
+      "v = 360764148.5509031 m / s > c, setting 1/gamma = 0\n",
+      "v = 487906805.4334224 m / s > c, setting 1/gamma = 0\n",
+      "v = 516988201.75437623 m / s > c, setting 1/gamma = 0\n",
+      "v = 472779317.26290166 m / s > c, setting 1/gamma = 0\n",
+      "v = 508597225.8843349 m / s > c, setting 1/gamma = 0\n",
+      "v = 578590972.086764 m / s > c, setting 1/gamma = 0\n",
+      "v = 535928293.01106703 m / s > c, setting 1/gamma = 0\n",
+      "v = 412199597.7455129 m / s > c, setting 1/gamma = 0\n",
+      "v = 463998420.6317331 m / s > c, setting 1/gamma = 0\n",
+      "v = 515723174.9210618 m / s > c, setting 1/gamma = 0\n",
+      "v = 514678501.4278433 m / s > c, setting 1/gamma = 0\n",
+      "v = 316671033.0550329 m / s > c, setting 1/gamma = 0\n",
+      "v = 330091396.52662987 m / s > c, setting 1/gamma = 0\n",
+      "v = 305512249.4729292 m / s > c, setting 1/gamma = 0\n",
+      "v = 347878883.69002694 m / s > c, setting 1/gamma = 0\n",
+      "v = 508520595.59661144 m / s > c, setting 1/gamma = 0\n",
+      "v = 532917998.3215546 m / s > c, setting 1/gamma = 0\n",
+      "v = 478399212.93035555 m / s > c, setting 1/gamma = 0\n",
+      "v = 513621123.57767624 m / s > c, setting 1/gamma = 0\n",
+      "v = 377635115.4677374 m / s > c, setting 1/gamma = 0\n",
+      "v = 422918104.1877074 m / s > c, setting 1/gamma = 0\n",
+      "v = 375955967.35321546 m / s > c, setting 1/gamma = 0\n",
+      "v = 417090837.9662584 m / s > c, setting 1/gamma = 0\n",
+      "v = 307248259.8044328 m / s > c, setting 1/gamma = 0\n",
+      "v = 304952110.29732823 m / s > c, setting 1/gamma = 0\n",
+      "v = 355357655.3964971 m / s > c, setting 1/gamma = 0\n",
+      "v = 312734099.13996893 m / s > c, setting 1/gamma = 0\n",
+      "v = 354091486.8741106 m / s > c, setting 1/gamma = 0\n",
+      "v = 426899975.6428986 m / s > c, setting 1/gamma = 0\n",
+      "v = 464956716.3379502 m / s > c, setting 1/gamma = 0\n",
+      "v = 322742954.3709024 m / s > c, setting 1/gamma = 0\n",
+      "v = 373745933.0061315 m / s > c, setting 1/gamma = 0\n",
+      "v = 318452918.89792264 m / s > c, setting 1/gamma = 0\n",
+      "v = 358788794.13094795 m / s > c, setting 1/gamma = 0\n",
+      "v = 432233518.1473628 m / s > c, setting 1/gamma = 0\n",
+      "v = 470511134.2030872 m / s > c, setting 1/gamma = 0\n",
+      "v = 388016276.5640261 m / s > c, setting 1/gamma = 0\n",
+      "v = 436858492.2652512 m / s > c, setting 1/gamma = 0\n",
+      "v = 457740128.1001808 m / s > c, setting 1/gamma = 0\n",
+      "v = 477496970.19054955 m / s > c, setting 1/gamma = 0\n",
+      "v = 336586025.3378462 m / s > c, setting 1/gamma = 0\n",
+      "v = 381246491.38771343 m / s > c, setting 1/gamma = 0\n",
+      "v = 325967930.885005 m / s > c, setting 1/gamma = 0\n",
+      "v = 372831079.7484703 m / s > c, setting 1/gamma = 0\n",
+      "v = 306492710.53032786 m / s > c, setting 1/gamma = 0\n",
+      "v = 365538781.7808411 m / s > c, setting 1/gamma = 0\n",
+      "v = 313832520.6337421 m / s > c, setting 1/gamma = 0\n",
+      "v = 364031326.34410596 m / s > c, setting 1/gamma = 0\n",
+      "v = 467709689.79726195 m / s > c, setting 1/gamma = 0\n",
+      "v = 484504285.8414879 m / s > c, setting 1/gamma = 0\n",
+      "v = 304147679.7690672 m / s > c, setting 1/gamma = 0\n",
+      "v = 329568668.5907261 m / s > c, setting 1/gamma = 0\n",
+      "v = 355598324.6712519 m / s > c, setting 1/gamma = 0\n",
+      "v = 306331592.92722034 m / s > c, setting 1/gamma = 0\n",
+      "v = 301485985.8024934 m / s > c, setting 1/gamma = 0\n",
+      "v = 340329159.56296426 m / s > c, setting 1/gamma = 0\n",
+      "v = 337272726.830786 m / s > c, setting 1/gamma = 0\n",
+      "v = 380324861.080321 m / s > c, setting 1/gamma = 0\n",
+      "v = 395427942.82606757 m / s > c, setting 1/gamma = 0\n",
+      "v = 425957274.90167046 m / s > c, setting 1/gamma = 0\n",
+      "v = 319128069.5308913 m / s > c, setting 1/gamma = 0\n",
+      "v = 323647801.18149 m / s > c, setting 1/gamma = 0\n",
+      "v = 355796461.374448 m / s > c, setting 1/gamma = 0\n",
+      "v = 382383549.6146055 m / s > c, setting 1/gamma = 0\n",
+      "v = 416743638.6962594 m / s > c, setting 1/gamma = 0\n",
+      "v = 320115756.35718703 m / s > c, setting 1/gamma = 0\n",
+      "v = 312612885.92530274 m / s > c, setting 1/gamma = 0\n",
+      "v = 404076457.79525363 m / s > c, setting 1/gamma = 0\n",
+      "v = 441150793.3721023 m / s > c, setting 1/gamma = 0\n",
+      "v = 474693684.38257575 m / s > c, setting 1/gamma = 0\n",
+      "v = 486920842.6753928 m / s > c, setting 1/gamma = 0\n",
+      "v = 361769822.2260939 m / s > c, setting 1/gamma = 0\n",
+      "v = 408171315.0464038 m / s > c, setting 1/gamma = 0\n",
+      "v = 481623605.0862922 m / s > c, setting 1/gamma = 0\n",
+      "v = 484213961.3920488 m / s > c, setting 1/gamma = 0\n",
+      "v = 349644293.9295886 m / s > c, setting 1/gamma = 0\n",
+      "v = 395594707.72621334 m / s > c, setting 1/gamma = 0\n",
+      "v = 344622991.06343937 m / s > c, setting 1/gamma = 0\n",
+      "v = 369836949.3819818 m / s > c, setting 1/gamma = 0\n",
+      "v = 300059818.3258631 m / s > c, setting 1/gamma = 0\n",
+      "v = 358617500.7704141 m / s > c, setting 1/gamma = 0\n",
+      "v = 401279926.7370376 m / s > c, setting 1/gamma = 0\n",
+      "v = 361404723.22602046 m / s > c, setting 1/gamma = 0\n",
+      "v = 405238215.192871 m / s > c, setting 1/gamma = 0\n",
+      "v = 448228083.30954826 m / s > c, setting 1/gamma = 0\n",
+      "v = 464521746.16554135 m / s > c, setting 1/gamma = 0\n",
+      "v = 337886825.33249193 m / s > c, setting 1/gamma = 0\n",
+      "v = 381378803.8462888 m / s > c, setting 1/gamma = 0\n",
+      "v = 318721851.471591 m / s > c, setting 1/gamma = 0\n",
+      "v = 350409814.2232095 m / s > c, setting 1/gamma = 0\n",
+      "v = 369208012.43863875 m / s > c, setting 1/gamma = 0\n",
+      "v = 408190140.1729047 m / s > c, setting 1/gamma = 0\n",
+      "v = 319046677.70845395 m / s > c, setting 1/gamma = 0\n",
+      "v = 357811769.427976 m / s > c, setting 1/gamma = 0\n",
+      "v = 329306623.5182367 m / s > c, setting 1/gamma = 0\n",
+      "v = 594905220.6822885 m / s > c, setting 1/gamma = 0\n",
+      "v = 491692067.18306565 m / s > c, setting 1/gamma = 0\n",
+      "v = 324521708.9030264 m / s > c, setting 1/gamma = 0\n",
+      "v = 357431408.31025255 m / s > c, setting 1/gamma = 0\n",
+      "v = 388069030.58031636 m / s > c, setting 1/gamma = 0\n",
+      "v = 308659957.1136521 m / s > c, setting 1/gamma = 0\n",
+      "v = 334961585.83982325 m / s > c, setting 1/gamma = 0\n",
+      "v = 361474042.82874966 m / s > c, setting 1/gamma = 0\n",
+      "v = 303392686.90047723 m / s > c, setting 1/gamma = 0\n",
+      "v = 305789348.3819087 m / s > c, setting 1/gamma = 0\n",
+      "v = 345395572.3701829 m / s > c, setting 1/gamma = 0\n",
+      "v = 333804827.46294105 m / s > c, setting 1/gamma = 0\n",
+      "v = 376153009.90784585 m / s > c, setting 1/gamma = 0\n",
+      "v = 304330707.9470847 m / s > c, setting 1/gamma = 0\n",
+      "v = 332033221.70547473 m / s > c, setting 1/gamma = 0\n",
+      "v = 363316924.2529691 m / s > c, setting 1/gamma = 0\n",
+      "v = 323802957.53953654 m / s > c, setting 1/gamma = 0\n",
+      "v = 318538921.39497626 m / s > c, setting 1/gamma = 0\n",
+      "v = 345657400.26883084 m / s > c, setting 1/gamma = 0\n",
+      "v = 369036001.524864 m / s > c, setting 1/gamma = 0\n",
+      "v = 402924288.3599078 m / s > c, setting 1/gamma = 0\n",
+      "v = 310010715.6820225 m / s > c, setting 1/gamma = 0\n",
+      "v = 345120438.3908733 m / s > c, setting 1/gamma = 0\n",
+      "v = 421234921.4170965 m / s > c, setting 1/gamma = 0\n",
+      "v = 451758091.91388375 m / s > c, setting 1/gamma = 0\n",
+      "v = 518495076.2572064 m / s > c, setting 1/gamma = 0\n",
+      "v = 498359363.7834124 m / s > c, setting 1/gamma = 0\n",
+      "v = 320935102.3325898 m / s > c, setting 1/gamma = 0\n",
+      "v = 335344163.6333596 m / s > c, setting 1/gamma = 0\n",
+      "v = 364252128.0557089 m / s > c, setting 1/gamma = 0\n",
+      "v = 300617533.20441884 m / s > c, setting 1/gamma = 0\n",
+      "v = 354030576.6595797 m / s > c, setting 1/gamma = 0\n",
+      "v = 391024769.9083935 m / s > c, setting 1/gamma = 0\n",
+      "v = 300974723.1469947 m / s > c, setting 1/gamma = 0\n",
+      "v = 336145515.8901461 m / s > c, setting 1/gamma = 0\n",
+      "v = 365857933.4045836 m / s > c, setting 1/gamma = 0\n",
+      "v = 411924406.8407119 m / s > c, setting 1/gamma = 0\n",
+      "v = 515112472.55816144 m / s > c, setting 1/gamma = 0\n",
+      "v = 504988586.74817663 m / s > c, setting 1/gamma = 0\n",
+      "v = 466149906.2558553 m / s > c, setting 1/gamma = 0\n",
+      "v = 497054515.9475874 m / s > c, setting 1/gamma = 0\n",
+      "v = 434233512.36914897 m / s > c, setting 1/gamma = 0\n",
+      "v = 471053764.91124916 m / s > c, setting 1/gamma = 0\n",
+      "v = 313083359.06755954 m / s > c, setting 1/gamma = 0\n",
+      "v = 339106256.1118433 m / s > c, setting 1/gamma = 0\n",
+      "v = 310560176.3431728 m / s > c, setting 1/gamma = 0\n",
+      "v = 325556637.54327697 m / s > c, setting 1/gamma = 0\n",
+      "v = 301164467.36801124 m / s > c, setting 1/gamma = 0\n",
+      "v = 308167743.23752767 m / s > c, setting 1/gamma = 0\n",
+      "v = 337466338.2783423 m / s > c, setting 1/gamma = 0\n",
+      "v = 438989137.8639722 m / s > c, setting 1/gamma = 0\n",
+      "v = 471310199.2690811 m / s > c, setting 1/gamma = 0\n",
+      "v = 367970259.23036045 m / s > c, setting 1/gamma = 0\n",
+      "v = 414463023.11864084 m / s > c, setting 1/gamma = 0\n",
+      "v = 326468325.5786499 m / s > c, setting 1/gamma = 0\n",
+      "v = 365578128.12699836 m / s > c, setting 1/gamma = 0\n",
+      "v = 353187469.62406224 m / s > c, setting 1/gamma = 0\n",
+      "v = 392578794.24595934 m / s > c, setting 1/gamma = 0\n",
+      "v = 451391818.158486 m / s > c, setting 1/gamma = 0\n",
+      "v = 486237621.1571073 m / s > c, setting 1/gamma = 0\n",
+      "v = 505788913.2298419 m / s > c, setting 1/gamma = 0\n",
+      "v = 512234446.6737267 m / s > c, setting 1/gamma = 0\n",
+      "v = 339897918.8992104 m / s > c, setting 1/gamma = 0\n",
+      "v = 387768343.2119518 m / s > c, setting 1/gamma = 0\n",
+      "v = 319012625.2084414 m / s > c, setting 1/gamma = 0\n",
+      "v = 356476065.79017186 m / s > c, setting 1/gamma = 0\n",
+      "v = 314481105.83859634 m / s > c, setting 1/gamma = 0\n",
+      "v = 364642779.1973021 m / s > c, setting 1/gamma = 0\n",
+      "v = 300934835.20564985 m / s > c, setting 1/gamma = 0\n",
+      "v = 312535420.829357 m / s > c, setting 1/gamma = 0\n",
+      "v = 304118639.37583935 m / s > c, setting 1/gamma = 0\n",
+      "v = 338449745.18401295 m / s > c, setting 1/gamma = 0\n",
+      "v = 339860268.0525266 m / s > c, setting 1/gamma = 0\n",
+      "v = 388750106.49757445 m / s > c, setting 1/gamma = 0\n",
+      "v = 336925847.82910955 m / s > c, setting 1/gamma = 0\n",
+      "v = 381004135.7478946 m / s > c, setting 1/gamma = 0\n",
+      "v = 318147684.8310686 m / s > c, setting 1/gamma = 0\n",
+      "v = 364039986.67477995 m / s > c, setting 1/gamma = 0\n",
+      "v = 308905828.34111124 m / s > c, setting 1/gamma = 0\n",
+      "v = 594811461.2775205 m / s > c, setting 1/gamma = 0\n",
+      "v = 529543273.1262522 m / s > c, setting 1/gamma = 0\n",
+      "v = 513895621.2111142 m / s > c, setting 1/gamma = 0\n",
+      "v = 502120172.0710974 m / s > c, setting 1/gamma = 0\n",
+      "v = 311803314.7401392 m / s > c, setting 1/gamma = 0\n",
+      "v = 308935882.5188796 m / s > c, setting 1/gamma = 0\n",
+      "v = 368468901.0534621 m / s > c, setting 1/gamma = 0\n",
+      "v = 329271606.10099894 m / s > c, setting 1/gamma = 0\n",
+      "v = 386053376.0630705 m / s > c, setting 1/gamma = 0\n",
+      "v = 309599908.3274152 m / s > c, setting 1/gamma = 0\n",
+      "v = 338139798.77187425 m / s > c, setting 1/gamma = 0\n",
+      "v = 316069594.05953103 m / s > c, setting 1/gamma = 0\n",
+      "v = 314832425.00346106 m / s > c, setting 1/gamma = 0\n",
+      "v = 367446655.47549367 m / s > c, setting 1/gamma = 0\n",
+      "v = 417697266.39499545 m / s > c, setting 1/gamma = 0\n",
+      "v = 444628014.31999475 m / s > c, setting 1/gamma = 0\n",
+      "v = 377017644.0387889 m / s > c, setting 1/gamma = 0\n",
+      "v = 426675148.19217944 m / s > c, setting 1/gamma = 0\n",
+      "v = 303407533.95243376 m / s > c, setting 1/gamma = 0\n",
+      "v = 354551136.48483807 m / s > c, setting 1/gamma = 0\n",
+      "v = 311972771.8151476 m / s > c, setting 1/gamma = 0\n",
+      "v = 362102577.0580025 m / s > c, setting 1/gamma = 0\n",
+      "v = 304624675.02653337 m / s > c, setting 1/gamma = 0\n",
+      "v = 309653559.06980425 m / s > c, setting 1/gamma = 0\n",
+      "v = 362154516.05613035 m / s > c, setting 1/gamma = 0\n",
+      "v = 412365702.172034 m / s > c, setting 1/gamma = 0\n",
+      "v = 378034380.65126693 m / s > c, setting 1/gamma = 0\n",
+      "v = 415883942.2257648 m / s > c, setting 1/gamma = 0\n",
+      "v = 349017461.89539844 m / s > c, setting 1/gamma = 0\n",
+      "v = 403881600.3183561 m / s > c, setting 1/gamma = 0\n",
+      "v = 309898327.25053 m / s > c, setting 1/gamma = 0\n",
+      "v = 674819871.4457964 m / s > c, setting 1/gamma = 0\n",
+      "v = 550176795.1928805 m / s > c, setting 1/gamma = 0\n",
+      "v = 355390704.2307108 m / s > c, setting 1/gamma = 0\n",
+      "v = 401630634.9655194 m / s > c, setting 1/gamma = 0\n",
+      "v = 347864822.3221148 m / s > c, setting 1/gamma = 0\n",
+      "v = 389475353.51675636 m / s > c, setting 1/gamma = 0\n",
+      "v = 325913669.31949043 m / s > c, setting 1/gamma = 0\n",
+      "v = 376032863.6251526 m / s > c, setting 1/gamma = 0\n",
+      "v = 391673302.7273824 m / s > c, setting 1/gamma = 0\n",
+      "v = 427245227.31709945 m / s > c, setting 1/gamma = 0\n",
+      "v = 427143275.740381 m / s > c, setting 1/gamma = 0\n",
+      "v = 447021455.0835216 m / s > c, setting 1/gamma = 0\n",
+      "v = 395967406.18624604 m / s > c, setting 1/gamma = 0\n",
+      "v = 423216237.0433109 m / s > c, setting 1/gamma = 0\n",
+      "v = 475355590.2310763 m / s > c, setting 1/gamma = 0\n",
+      "v = 502118378.0687272 m / s > c, setting 1/gamma = 0\n",
+      "v = 338479253.73783827 m / s > c, setting 1/gamma = 0\n",
+      "v = 370553223.7609417 m / s > c, setting 1/gamma = 0\n",
+      "v = 348844872.1717054 m / s > c, setting 1/gamma = 0\n",
+      "v = 395982092.43267876 m / s > c, setting 1/gamma = 0\n",
+      "v = 304713903.1768798 m / s > c, setting 1/gamma = 0\n",
+      "v = 346975675.87996686 m / s > c, setting 1/gamma = 0\n",
+      "v = 301433308.8936686 m / s > c, setting 1/gamma = 0\n",
+      "v = 327279629.0871954 m / s > c, setting 1/gamma = 0\n",
+      "v = 326657992.7945637 m / s > c, setting 1/gamma = 0\n",
+      "v = 382096413.75984615 m / s > c, setting 1/gamma = 0\n",
+      "v = 310125896.59860814 m / s > c, setting 1/gamma = 0\n",
+      "v = 671502093.1107146 m / s > c, setting 1/gamma = 0\n",
+      "v = 547491843.4356627 m / s > c, setting 1/gamma = 0\n",
+      "v = 356371510.47105896 m / s > c, setting 1/gamma = 0\n",
+      "v = 402010224.7386708 m / s > c, setting 1/gamma = 0\n",
+      "v = 386352818.488452 m / s > c, setting 1/gamma = 0\n",
+      "v = 422509942.1979762 m / s > c, setting 1/gamma = 0\n",
+      "v = 340059907.63253796 m / s > c, setting 1/gamma = 0\n",
+      "v = 362593954.2056393 m / s > c, setting 1/gamma = 0\n",
+      "v = 308887664.47861326 m / s > c, setting 1/gamma = 0\n",
+      "v = 356247623.69929504 m / s > c, setting 1/gamma = 0\n",
+      "v = 351080386.7989535 m / s > c, setting 1/gamma = 0\n",
+      "v = 390829536.82227695 m / s > c, setting 1/gamma = 0\n",
+      "v = 311978161.22982275 m / s > c, setting 1/gamma = 0\n",
+      "v = 363167996.1777658 m / s > c, setting 1/gamma = 0\n",
+      "v = 368049494.1646528 m / s > c, setting 1/gamma = 0\n",
+      "v = 409484084.05864686 m / s > c, setting 1/gamma = 0\n",
+      "v = 569306587.9182833 m / s > c, setting 1/gamma = 0\n",
+      "v = 560124983.8533175 m / s > c, setting 1/gamma = 0\n",
+      "v = 322189487.72094965 m / s > c, setting 1/gamma = 0\n",
+      "v = 369503320.64084405 m / s > c, setting 1/gamma = 0\n",
+      "v = 305871071.2988218 m / s > c, setting 1/gamma = 0\n",
+      "v = 358417064.97782826 m / s > c, setting 1/gamma = 0\n",
+      "v = 418882630.4023614 m / s > c, setting 1/gamma = 0\n",
+      "v = 452806148.033771 m / s > c, setting 1/gamma = 0\n",
+      "v = 323479569.6337313 m / s > c, setting 1/gamma = 0\n",
+      "v = 354998809.1994221 m / s > c, setting 1/gamma = 0\n",
+      "v = 311796911.89790386 m / s > c, setting 1/gamma = 0\n",
+      "v = 366211093.31322676 m / s > c, setting 1/gamma = 0\n",
+      "v = 341105732.50332934 m / s > c, setting 1/gamma = 0\n",
+      "v = 751401424.3671293 m / s > c, setting 1/gamma = 0\n",
+      "v = 614124729.2941768 m / s > c, setting 1/gamma = 0\n",
+      "v = 326826802.0830995 m / s > c, setting 1/gamma = 0\n",
+      "v = 368580213.81242925 m / s > c, setting 1/gamma = 0\n",
+      "v = 381145203.3254962 m / s > c, setting 1/gamma = 0\n",
+      "v = 436140740.9874217 m / s > c, setting 1/gamma = 0\n",
+      "v = 319201946.05234534 m / s > c, setting 1/gamma = 0\n",
+      "v = 304616006.19842666 m / s > c, setting 1/gamma = 0\n",
+      "v = 341318158.2468329 m / s > c, setting 1/gamma = 0\n",
+      "v = 311331749.0994529 m / s > c, setting 1/gamma = 0\n",
+      "v = 411804132.5297575 m / s > c, setting 1/gamma = 0\n",
+      "v = 444099056.2390423 m / s > c, setting 1/gamma = 0\n",
+      "v = 300663444.1635843 m / s > c, setting 1/gamma = 0\n",
+      "v = 300299173.65497637 m / s > c, setting 1/gamma = 0\n",
+      "v = 315711431.57329047 m / s > c, setting 1/gamma = 0\n",
+      "v = 378167881.8016353 m / s > c, setting 1/gamma = 0\n",
+      "v = 490112925.47725034 m / s > c, setting 1/gamma = 0\n",
+      "v = 470197841.55115044 m / s > c, setting 1/gamma = 0\n",
+      "v = 322182562.31741214 m / s > c, setting 1/gamma = 0\n",
+      "v = 318135858.1679121 m / s > c, setting 1/gamma = 0\n",
+      "v = 361172534.3099351 m / s > c, setting 1/gamma = 0\n",
+      "v = 317926027.4774641 m / s > c, setting 1/gamma = 0\n",
+      "v = 510022966.2668964 m / s > c, setting 1/gamma = 0\n",
+      "v = 481319536.262649 m / s > c, setting 1/gamma = 0\n",
+      "v = 304902583.5228239 m / s > c, setting 1/gamma = 0\n",
+      "v = 345408377.8377029 m / s > c, setting 1/gamma = 0\n",
+      "v = 300347550.35483027 m / s > c, setting 1/gamma = 0\n",
+      "v = 503198336.12341064 m / s > c, setting 1/gamma = 0\n",
+      "v = 475205109.93395495 m / s > c, setting 1/gamma = 0\n",
+      "v = 301924346.38738495 m / s > c, setting 1/gamma = 0\n",
+      "v = 319030398.0839128 m / s > c, setting 1/gamma = 0\n",
+      "v = 366864855.2207572 m / s > c, setting 1/gamma = 0\n",
+      "v = 330623771.9426706 m / s > c, setting 1/gamma = 0\n",
+      "v = 444160553.22849816 m / s > c, setting 1/gamma = 0\n",
+      "v = 465144885.6660203 m / s > c, setting 1/gamma = 0\n",
+      "v = 333761229.9298723 m / s > c, setting 1/gamma = 0\n",
+      "v = 414820706.73795384 m / s > c, setting 1/gamma = 0\n",
+      "v = 449975462.1167267 m / s > c, setting 1/gamma = 0\n",
+      "v = 317881323.22554636 m / s > c, setting 1/gamma = 0\n",
+      "v = 365211309.4947561 m / s > c, setting 1/gamma = 0\n",
+      "v = 374824572.12891304 m / s > c, setting 1/gamma = 0\n",
+      "v = 422193155.0200613 m / s > c, setting 1/gamma = 0\n",
+      "v = 310256399.9342467 m / s > c, setting 1/gamma = 0\n",
+      "v = 704404530.7866894 m / s > c, setting 1/gamma = 0\n",
+      "v = 577084321.5885636 m / s > c, setting 1/gamma = 0\n",
+      "v = 359909772.81764203 m / s > c, setting 1/gamma = 0\n",
+      "v = 412402332.380177 m / s > c, setting 1/gamma = 0\n",
+      "v = 422631309.66063875 m / s > c, setting 1/gamma = 0\n",
+      "v = 462709298.0782612 m / s > c, setting 1/gamma = 0\n",
+      "v = 453532463.5948174 m / s > c, setting 1/gamma = 0\n",
+      "v = 471340361.3474956 m / s > c, setting 1/gamma = 0\n",
+      "v = 382764468.98952854 m / s > c, setting 1/gamma = 0\n",
+      "v = 426116335.9740476 m / s > c, setting 1/gamma = 0\n",
+      "v = 305715520.1596219 m / s > c, setting 1/gamma = 0\n",
+      "v = 340276664.4059964 m / s > c, setting 1/gamma = 0\n",
+      "v = 302073043.5023584 m / s > c, setting 1/gamma = 0\n",
+      "v = 321516203.33027065 m / s > c, setting 1/gamma = 0\n",
+      "v = 327729923.21069056 m / s > c, setting 1/gamma = 0\n",
+      "v = 349396726.40006495 m / s > c, setting 1/gamma = 0\n",
+      "v = 305238959.15091217 m / s > c, setting 1/gamma = 0\n",
+      "v = 351060221.12038106 m / s > c, setting 1/gamma = 0\n",
+      "v = 314760463.9072164 m / s > c, setting 1/gamma = 0\n",
+      "v = 302016964.80365825 m / s > c, setting 1/gamma = 0\n",
+      "v = 314127119.0671559 m / s > c, setting 1/gamma = 0\n",
+      "v = 342735359.6242027 m / s > c, setting 1/gamma = 0\n",
+      "v = 388634275.42506105 m / s > c, setting 1/gamma = 0\n",
+      "v = 521394296.55001014 m / s > c, setting 1/gamma = 0\n",
+      "v = 535094498.4698152 m / s > c, setting 1/gamma = 0\n",
+      "v = 313128685.33429164 m / s > c, setting 1/gamma = 0\n",
+      "v = 370248771.0346877 m / s > c, setting 1/gamma = 0\n",
+      "v = 421771086.4148462 m / s > c, setting 1/gamma = 0\n",
+      "v = 304062662.92512393 m / s > c, setting 1/gamma = 0\n",
+      "v = 635572234.7204589 m / s > c, setting 1/gamma = 0\n",
+      "v = 515359945.25662965 m / s > c, setting 1/gamma = 0\n",
+      "v = 321575376.9110121 m / s > c, setting 1/gamma = 0\n",
+      "v = 456575342.0607259 m / s > c, setting 1/gamma = 0\n",
+      "v = 493373845.34139585 m / s > c, setting 1/gamma = 0\n",
+      "v = 406926017.36389554 m / s > c, setting 1/gamma = 0\n",
+      "v = 454437106.38461596 m / s > c, setting 1/gamma = 0\n",
+      "v = 311031589.8592672 m / s > c, setting 1/gamma = 0\n",
+      "v = 341525818.0672571 m / s > c, setting 1/gamma = 0\n",
+      "v = 308818980.8185499 m / s > c, setting 1/gamma = 0\n",
+      "v = 358858168.9806989 m / s > c, setting 1/gamma = 0\n",
+      "v = 341232657.60378236 m / s > c, setting 1/gamma = 0\n",
+      "v = 737615008.459179 m / s > c, setting 1/gamma = 0\n",
+      "v = 603774934.1829427 m / s > c, setting 1/gamma = 0\n",
+      "v = 335928920.2317431 m / s > c, setting 1/gamma = 0\n",
+      "v = 367330821.1711256 m / s > c, setting 1/gamma = 0\n",
+      "v = 337939996.7779519 m / s > c, setting 1/gamma = 0\n",
+      "v = 363675478.9358306 m / s > c, setting 1/gamma = 0\n",
+      "v = 408219147.37294346 m / s > c, setting 1/gamma = 0\n",
+      "v = 414431658.6526692 m / s > c, setting 1/gamma = 0\n",
+      "v = 438808784.797734 m / s > c, setting 1/gamma = 0\n",
+      "v = 316542874.57684803 m / s > c, setting 1/gamma = 0\n",
+      "v = 461435109.08647245 m / s > c, setting 1/gamma = 0\n",
+      "v = 473396008.3718556 m / s > c, setting 1/gamma = 0\n",
+      "v = 322765417.6708591 m / s > c, setting 1/gamma = 0\n",
+      "v = 309541139.81278026 m / s > c, setting 1/gamma = 0\n",
+      "v = 707102309.810293 m / s > c, setting 1/gamma = 0\n",
+      "v = 580666477.695974 m / s > c, setting 1/gamma = 0\n",
+      "v = 422077156.0552884 m / s > c, setting 1/gamma = 0\n",
+      "v = 457888960.9601315 m / s > c, setting 1/gamma = 0\n",
+      "v = 322745191.92666984 m / s > c, setting 1/gamma = 0\n",
+      "v = 383562157.67369413 m / s > c, setting 1/gamma = 0\n",
+      "v = 325563480.0755799 m / s > c, setting 1/gamma = 0\n",
+      "v = 376781103.96631813 m / s > c, setting 1/gamma = 0\n",
+      "v = 433336256.46233577 m / s > c, setting 1/gamma = 0\n",
+      "v = 311947529.423533 m / s > c, setting 1/gamma = 0\n",
+      "v = 367387091.21327233 m / s > c, setting 1/gamma = 0\n",
+      "v = 306382848.9239095 m / s > c, setting 1/gamma = 0\n",
+      "v = 355598467.92501986 m / s > c, setting 1/gamma = 0\n",
+      "v = 341481625.89861727 m / s > c, setting 1/gamma = 0\n",
+      "v = 395491410.0591598 m / s > c, setting 1/gamma = 0\n",
+      "v = 309641671.42911077 m / s > c, setting 1/gamma = 0\n",
+      "v = 355192620.1517079 m / s > c, setting 1/gamma = 0\n",
+      "v = 413690060.9212366 m / s > c, setting 1/gamma = 0\n",
+      "v = 346275836.79930717 m / s > c, setting 1/gamma = 0\n",
+      "v = 405811471.38680005 m / s > c, setting 1/gamma = 0\n",
+      "v = 406865759.44063354 m / s > c, setting 1/gamma = 0\n",
+      "v = 447326833.700776 m / s > c, setting 1/gamma = 0\n",
+      "v = 409971301.50431013 m / s > c, setting 1/gamma = 0\n",
+      "v = 417478498.40820336 m / s > c, setting 1/gamma = 0\n",
+      "v = 313731912.1926379 m / s > c, setting 1/gamma = 0\n",
+      "v = 366991395.71461904 m / s > c, setting 1/gamma = 0\n",
+      "v = 363171910.14025456 m / s > c, setting 1/gamma = 0\n",
+      "v = 820403781.7864417 m / s > c, setting 1/gamma = 0\n",
+      "v = 677180808.6825885 m / s > c, setting 1/gamma = 0\n",
+      "v = 373678905.29292744 m / s > c, setting 1/gamma = 0\n",
+      "v = 400775471.5847897 m / s > c, setting 1/gamma = 0\n",
+      "v = 335377145.10399055 m / s > c, setting 1/gamma = 0\n",
+      "v = 405775217.9909429 m / s > c, setting 1/gamma = 0\n",
+      "v = 423025263.11262673 m / s > c, setting 1/gamma = 0\n",
+      "v = 499809134.1518666 m / s > c, setting 1/gamma = 0\n",
+      "v = 504605979.7721733 m / s > c, setting 1/gamma = 0\n",
+      "v = 381072072.7554966 m / s > c, setting 1/gamma = 0\n",
+      "v = 407931528.1081959 m / s > c, setting 1/gamma = 0\n",
+      "v = 354054543.3107754 m / s > c, setting 1/gamma = 0\n",
+      "v = 409340509.3323653 m / s > c, setting 1/gamma = 0\n",
+      "v = 368338448.69804966 m / s > c, setting 1/gamma = 0\n",
+      "v = 387948755.17070705 m / s > c, setting 1/gamma = 0\n",
+      "v = 326601696.0711889 m / s > c, setting 1/gamma = 0\n",
+      "v = 374209340.8305248 m / s > c, setting 1/gamma = 0\n",
+      "v = 554403120.6452467 m / s > c, setting 1/gamma = 0\n",
+      "v = 508407773.57381594 m / s > c, setting 1/gamma = 0\n",
+      "v = 302025618.2952228 m / s > c, setting 1/gamma = 0\n",
+      "v = 327904290.5034495 m / s > c, setting 1/gamma = 0\n",
+      "v = 328259463.34857273 m / s > c, setting 1/gamma = 0\n",
+      "v = 303705164.95706785 m / s > c, setting 1/gamma = 0\n",
+      "v = 337634984.2865739 m / s > c, setting 1/gamma = 0\n",
+      "v = 300293064.0227701 m / s > c, setting 1/gamma = 0\n",
+      "v = 351252696.1359625 m / s > c, setting 1/gamma = 0\n",
+      "v = 306676302.1114314 m / s > c, setting 1/gamma = 0\n",
+      "v = 305859437.9368646 m / s > c, setting 1/gamma = 0\n",
+      "v = 444529645.00722307 m / s > c, setting 1/gamma = 0\n",
+      "v = 446741438.2649086 m / s > c, setting 1/gamma = 0\n",
+      "v = 304197210.39670587 m / s > c, setting 1/gamma = 0\n",
+      "v = 343577094.06257385 m / s > c, setting 1/gamma = 0\n",
+      "v = 331674620.59364057 m / s > c, setting 1/gamma = 0\n",
+      "v = 331795043.45882356 m / s > c, setting 1/gamma = 0\n",
+      "v = 369841346.11611116 m / s > c, setting 1/gamma = 0\n",
+      "v = 317598590.57019055 m / s > c, setting 1/gamma = 0\n",
+      "v = 356467128.60045195 m / s > c, setting 1/gamma = 0\n",
+      "v = 309583322.5430371 m / s > c, setting 1/gamma = 0\n",
+      "v = 364843694.846938 m / s > c, setting 1/gamma = 0\n",
+      "v = 325410038.38621205 m / s > c, setting 1/gamma = 0\n",
+      "v = 366165198.31749046 m / s > c, setting 1/gamma = 0\n",
+      "v = 343656083.1057321 m / s > c, setting 1/gamma = 0\n",
+      "v = 397898353.452268 m / s > c, setting 1/gamma = 0\n",
+      "v = 461268550.31909245 m / s > c, setting 1/gamma = 0\n",
+      "v = 477327308.5218544 m / s > c, setting 1/gamma = 0\n",
+      "v = 300942210.1158204 m / s > c, setting 1/gamma = 0\n",
+      "v = 326270486.3642133 m / s > c, setting 1/gamma = 0\n",
+      "v = 450825582.6313006 m / s > c, setting 1/gamma = 0\n",
+      "v = 460740738.223481 m / s > c, setting 1/gamma = 0\n",
+      "v = 329410529.1271962 m / s > c, setting 1/gamma = 0\n",
+      "v = 351457200.4068877 m / s > c, setting 1/gamma = 0\n",
+      "v = 302298261.4163805 m / s > c, setting 1/gamma = 0\n",
+      "v = 327428713.88075846 m / s > c, setting 1/gamma = 0\n",
+      "v = 355454960.9917383 m / s > c, setting 1/gamma = 0\n",
+      "v = 332832232.5688397 m / s > c, setting 1/gamma = 0\n",
+      "v = 356004679.3319769 m / s > c, setting 1/gamma = 0\n",
+      "v = 380667124.2950849 m / s > c, setting 1/gamma = 0\n",
+      "v = 301613717.1558507 m / s > c, setting 1/gamma = 0\n",
+      "v = 331939071.0590431 m / s > c, setting 1/gamma = 0\n",
+      "v = 347982177.6546193 m / s > c, setting 1/gamma = 0\n",
+      "v = 374695480.85527027 m / s > c, setting 1/gamma = 0\n",
+      "v = 302329406.6186694 m / s > c, setting 1/gamma = 0\n",
+      "v = 464317826.57112795 m / s > c, setting 1/gamma = 0\n",
+      "v = 469476650.5495337 m / s > c, setting 1/gamma = 0\n",
+      "v = 316744918.09737456 m / s > c, setting 1/gamma = 0\n",
+      "v = 351613880.8948307 m / s > c, setting 1/gamma = 0\n",
+      "v = 325272672.01862365 m / s > c, setting 1/gamma = 0\n",
+      "v = 327616730.2894284 m / s > c, setting 1/gamma = 0\n",
+      "v = 368390507.1847946 m / s > c, setting 1/gamma = 0\n",
+      "v = 312070296.73790073 m / s > c, setting 1/gamma = 0\n",
+      "v = 318306008.35696346 m / s > c, setting 1/gamma = 0\n",
+      "v = 374310209.0214752 m / s > c, setting 1/gamma = 0\n",
+      "v = 403193972.20626 m / s > c, setting 1/gamma = 0\n",
+      "v = 434541116.39196885 m / s > c, setting 1/gamma = 0\n",
+      "v = 322600796.995368 m / s > c, setting 1/gamma = 0\n",
+      "v = 344736017.4378595 m / s > c, setting 1/gamma = 0\n",
+      "v = 302623472.8246739 m / s > c, setting 1/gamma = 0\n",
+      "v = 357529971.7694394 m / s > c, setting 1/gamma = 0\n",
+      "v = 312850451.9877516 m / s > c, setting 1/gamma = 0\n",
+      "v = 623191792.7866372 m / s > c, setting 1/gamma = 0\n",
+      "v = 509146827.46885175 m / s > c, setting 1/gamma = 0\n",
+      "v = 345313605.3228219 m / s > c, setting 1/gamma = 0\n",
+      "v = 364679086.4223828 m / s > c, setting 1/gamma = 0\n",
+      "v = 308576327.43547183 m / s > c, setting 1/gamma = 0\n",
+      "v = 344615681.10195124 m / s > c, setting 1/gamma = 0\n",
+      "v = 301293480.7176403 m / s > c, setting 1/gamma = 0\n",
+      "v = 355536550.9632923 m / s > c, setting 1/gamma = 0\n",
+      "v = 360388516.93923724 m / s > c, setting 1/gamma = 0\n",
+      "v = 382196691.0106189 m / s > c, setting 1/gamma = 0\n",
+      "v = 306303680.0576881 m / s > c, setting 1/gamma = 0\n",
+      "v = 386382934.7945456 m / s > c, setting 1/gamma = 0\n",
+      "v = 413055229.20130545 m / s > c, setting 1/gamma = 0\n",
+      "v = 315064629.17756885 m / s > c, setting 1/gamma = 0\n",
+      "v = 335143106.3803378 m / s > c, setting 1/gamma = 0\n",
+      "v = 304701391.5392933 m / s > c, setting 1/gamma = 0\n",
+      "v = 434189072.34184575 m / s > c, setting 1/gamma = 0\n",
+      "v = 445540363.5958392 m / s > c, setting 1/gamma = 0\n",
+      "v = 312100479.4668249 m / s > c, setting 1/gamma = 0\n",
+      "v = 331599307.7041492 m / s > c, setting 1/gamma = 0\n",
+      "v = 361622581.6738339 m / s > c, setting 1/gamma = 0\n",
+      "v = 779511200.2496637 m / s > c, setting 1/gamma = 0\n",
+      "v = 641860368.2330784 m / s > c, setting 1/gamma = 0\n",
+      "v = 332938429.78115773 m / s > c, setting 1/gamma = 0\n",
+      "v = 357129886.625743 m / s > c, setting 1/gamma = 0\n",
+      "v = 369487116.02821225 m / s > c, setting 1/gamma = 0\n",
+      "v = 362191758.71614957 m / s > c, setting 1/gamma = 0\n",
+      "v = 303798097.4116333 m / s > c, setting 1/gamma = 0\n",
+      "v = 309431992.00181955 m / s > c, setting 1/gamma = 0\n",
+      "v = 301587275.7836453 m / s > c, setting 1/gamma = 0\n",
+      "v = 307910693.4974713 m / s > c, setting 1/gamma = 0\n",
+      "v = 319059252.8738707 m / s > c, setting 1/gamma = 0\n",
+      "v = 320056029.9665691 m / s > c, setting 1/gamma = 0\n",
+      "v = 382621444.8698192 m / s > c, setting 1/gamma = 0\n",
+      "v = 370998728.76221704 m / s > c, setting 1/gamma = 0\n",
+      "v = 302659460.58639604 m / s > c, setting 1/gamma = 0\n",
+      "v = 305529753.6592073 m / s > c, setting 1/gamma = 0\n",
+      "v = 332281303.75348186 m / s > c, setting 1/gamma = 0\n",
+      "v = 333202906.2951686 m / s > c, setting 1/gamma = 0\n",
+      "v = 374024609.8045895 m / s > c, setting 1/gamma = 0\n",
+      "v = 366363204.62846375 m / s > c, setting 1/gamma = 0\n",
+      "v = 314237603.30463386 m / s > c, setting 1/gamma = 0\n",
+      "v = 318672317.8623283 m / s > c, setting 1/gamma = 0\n",
+      "v = 300538000.8085728 m / s > c, setting 1/gamma = 0\n",
+      "v = 317622101.0407297 m / s > c, setting 1/gamma = 0\n",
+      "v = 319395604.1773773 m / s > c, setting 1/gamma = 0\n",
+      "v = 301870953.58667964 m / s > c, setting 1/gamma = 0\n",
+      "v = 309496355.05600053 m / s > c, setting 1/gamma = 0\n",
+      "v = 358362856.32669455 m / s > c, setting 1/gamma = 0\n",
+      "v = 353042204.18570274 m / s > c, setting 1/gamma = 0\n",
+      "v = 311288889.05712366 m / s > c, setting 1/gamma = 0\n",
+      "v = 314757928.04315835 m / s > c, setting 1/gamma = 0\n",
+      "v = 314630259.45131433 m / s > c, setting 1/gamma = 0\n",
+      "v = 319821178.1027493 m / s > c, setting 1/gamma = 0\n",
+      "v = 400075010.0630484 m / s > c, setting 1/gamma = 0\n",
+      "v = 383955054.4088796 m / s > c, setting 1/gamma = 0\n",
+      "v = 300249729.1130052 m / s > c, setting 1/gamma = 0\n",
+      "v = 302205284.77436274 m / s > c, setting 1/gamma = 0\n",
+      "v = 309623225.9822663 m / s > c, setting 1/gamma = 0\n",
+      "v = 316260979.94548887 m / s > c, setting 1/gamma = 0\n",
+      "v = 310013553.9645942 m / s > c, setting 1/gamma = 0\n",
+      "v = 335564198.81329066 m / s > c, setting 1/gamma = 0\n",
+      "v = 307792409.21150964 m / s > c, setting 1/gamma = 0\n",
+      "v = 311738739.46898633 m / s > c, setting 1/gamma = 0\n",
+      "v = 303879591.3818512 m / s > c, setting 1/gamma = 0\n",
+      "v = 323268199.1986045 m / s > c, setting 1/gamma = 0\n",
+      "v = 300258369.5655975 m / s > c, setting 1/gamma = 0\n",
+      "v = 331924242.35667145 m / s > c, setting 1/gamma = 0\n",
+      "v = 337427855.67084163 m / s > c, setting 1/gamma = 0\n",
+      "v = 335368544.96134764 m / s > c, setting 1/gamma = 0\n",
+      "v = 345681983.0087456 m / s > c, setting 1/gamma = 0\n",
+      "v = 348713331.5524973 m / s > c, setting 1/gamma = 0\n",
+      "v = 315077019.4574248 m / s > c, setting 1/gamma = 0\n",
+      "v = 335438346.26041573 m / s > c, setting 1/gamma = 0\n",
+      "v = 334527709.2742775 m / s > c, setting 1/gamma = 0\n",
+      "v = 328915222.3125874 m / s > c, setting 1/gamma = 0\n",
+      "v = 338179421.96597797 m / s > c, setting 1/gamma = 0\n",
+      "v = 300152336.8128704 m / s > c, setting 1/gamma = 0\n",
+      "v = 332013266.62588006 m / s > c, setting 1/gamma = 0\n",
+      "v = 368839736.98543173 m / s > c, setting 1/gamma = 0\n",
+      "v = 371707124.18463963 m / s > c, setting 1/gamma = 0\n",
+      "v = 355157335.23500836 m / s > c, setting 1/gamma = 0\n",
+      "v = 364621479.1677835 m / s > c, setting 1/gamma = 0\n",
+      "v = 320517371.59732443 m / s > c, setting 1/gamma = 0\n",
+      "v = 319198305.4292687 m / s > c, setting 1/gamma = 0\n",
+      "v = 324792574.9966673 m / s > c, setting 1/gamma = 0\n",
+      "v = 363899091.66167474 m / s > c, setting 1/gamma = 0\n",
+      "v = 337852323.9603864 m / s > c, setting 1/gamma = 0\n",
+      "v = 350522963.8819259 m / s > c, setting 1/gamma = 0\n",
+      "v = 301781313.1438994 m / s > c, setting 1/gamma = 0\n",
+      "v = 304436351.21134806 m / s > c, setting 1/gamma = 0\n",
+      "v = 300218400.2683254 m / s > c, setting 1/gamma = 0\n",
+      "v = 310689524.5651339 m / s > c, setting 1/gamma = 0\n",
+      "v = 314449188.47905713 m / s > c, setting 1/gamma = 0\n",
+      "v = 304968313.9233809 m / s > c, setting 1/gamma = 0\n",
+      "v = 336426652.7061028 m / s > c, setting 1/gamma = 0\n",
+      "v = 339346931.1141805 m / s > c, setting 1/gamma = 0\n",
+      "v = 361989258.71641606 m / s > c, setting 1/gamma = 0\n",
+      "v = 301282279.87406665 m / s > c, setting 1/gamma = 0\n",
+      "v = 303634804.16526765 m / s > c, setting 1/gamma = 0\n",
+      "v = 318879228.45716995 m / s > c, setting 1/gamma = 0\n",
+      "v = 335293581.50566053 m / s > c, setting 1/gamma = 0\n",
+      "v = 304990036.20251197 m / s > c, setting 1/gamma = 0\n",
+      "v = 350374122.3645791 m / s > c, setting 1/gamma = 0\n",
+      "v = 345430489.9130246 m / s > c, setting 1/gamma = 0\n",
+      "v = 365433555.57680446 m / s > c, setting 1/gamma = 0\n",
+      "v = 347863857.3647864 m / s > c, setting 1/gamma = 0\n",
+      "v = 347483006.91540587 m / s > c, setting 1/gamma = 0\n",
+      "v = 325933793.5215499 m / s > c, setting 1/gamma = 0\n",
+      "v = 360149055.98258424 m / s > c, setting 1/gamma = 0\n",
+      "v = 380886458.14244473 m / s > c, setting 1/gamma = 0\n",
+      "v = 401967456.7074303 m / s > c, setting 1/gamma = 0\n",
+      "v = 350942085.99497575 m / s > c, setting 1/gamma = 0\n",
+      "v = 381749691.8692886 m / s > c, setting 1/gamma = 0\n",
+      "v = 326175395.88443244 m / s > c, setting 1/gamma = 0\n",
+      "v = 373505307.5995352 m / s > c, setting 1/gamma = 0\n",
+      "v = 368641319.1985771 m / s > c, setting 1/gamma = 0\n",
+      "v = 417469073.23244447 m / s > c, setting 1/gamma = 0\n",
+      "v = 355614178.985067 m / s > c, setting 1/gamma = 0\n",
+      "v = 405768060.281904 m / s > c, setting 1/gamma = 0\n",
+      "v = 390856081.49764276 m / s > c, setting 1/gamma = 0\n",
+      "v = 439144865.76378644 m / s > c, setting 1/gamma = 0\n",
+      "v = 362925843.32738733 m / s > c, setting 1/gamma = 0\n",
+      "v = 411359351.2956336 m / s > c, setting 1/gamma = 0\n",
+      "v = 371756578.16406786 m / s > c, setting 1/gamma = 0\n",
+      "v = 419892497.6110495 m / s > c, setting 1/gamma = 0\n",
+      "v = 391431852.43162805 m / s > c, setting 1/gamma = 0\n",
+      "v = 434303570.91226715 m / s > c, setting 1/gamma = 0\n",
+      "v = 382690309.10400397 m / s > c, setting 1/gamma = 0\n",
+      "v = 434301214.5954044 m / s > c, setting 1/gamma = 0\n",
+      "v = 366723048.26391864 m / s > c, setting 1/gamma = 0\n",
+      "v = 423556937.5245553 m / s > c, setting 1/gamma = 0\n",
+      "v = 339764684.4419984 m / s > c, setting 1/gamma = 0\n",
+      "v = 395236800.50501436 m / s > c, setting 1/gamma = 0\n",
+      "v = 352301444.781713 m / s > c, setting 1/gamma = 0\n",
+      "v = 410005272.2325748 m / s > c, setting 1/gamma = 0\n",
+      "v = 360357226.2285781 m / s > c, setting 1/gamma = 0\n",
+      "v = 417541848.56636155 m / s > c, setting 1/gamma = 0\n",
+      "v = 353372918.11950284 m / s > c, setting 1/gamma = 0\n",
+      "v = 413046076.5084705 m / s > c, setting 1/gamma = 0\n",
+      "v = 521860859.44435287 m / s > c, setting 1/gamma = 0\n",
+      "v = 537492461.9318441 m / s > c, setting 1/gamma = 0\n",
+      "v = 336524123.1142934 m / s > c, setting 1/gamma = 0\n",
+      "v = 396265761.1380263 m / s > c, setting 1/gamma = 0\n",
+      "v = 342363935.1421134 m / s > c, setting 1/gamma = 0\n",
+      "v = 403060946.1892376 m / s > c, setting 1/gamma = 0\n",
+      "v = 528307521.79032534 m / s > c, setting 1/gamma = 0\n",
+      "v = 542516590.3695171 m / s > c, setting 1/gamma = 0\n",
+      "v = 331674417.27035314 m / s > c, setting 1/gamma = 0\n",
+      "v = 396017827.54857177 m / s > c, setting 1/gamma = 0\n",
+      "v = 389900788.3346741 m / s > c, setting 1/gamma = 0\n",
+      "v = 448689505.4581484 m / s > c, setting 1/gamma = 0\n",
+      "v = 371516418.00122154 m / s > c, setting 1/gamma = 0\n",
+      "v = 435968666.01818365 m / s > c, setting 1/gamma = 0\n",
+      "v = 313869792.9630672 m / s > c, setting 1/gamma = 0\n",
+      "v = 754638174.4012594 m / s > c, setting 1/gamma = 0\n",
+      "v = 622648429.0646839 m / s > c, setting 1/gamma = 0\n",
+      "v = 502426046.08568954 m / s > c, setting 1/gamma = 0\n",
+      "v = 538857227.1574346 m / s > c, setting 1/gamma = 0\n",
+      "v = 330560091.61381745 m / s > c, setting 1/gamma = 0\n",
+      "v = 500984894.6305081 m / s > c, setting 1/gamma = 0\n",
+      "v = 541328805.2085212 m / s > c, setting 1/gamma = 0\n",
+      "v = 305902427.8640221 m / s > c, setting 1/gamma = 0\n",
+      "v = 732167544.977808 m / s > c, setting 1/gamma = 0\n",
+      "v = 600038673.093964 m / s > c, setting 1/gamma = 0\n",
+      "v = 448623657.55034953 m / s > c, setting 1/gamma = 0\n",
+      "v = 501430447.3529528 m / s > c, setting 1/gamma = 0\n",
+      "v = 660552638.5815605 m / s > c, setting 1/gamma = 0\n",
+      "v = 605609063.283504 m / s > c, setting 1/gamma = 0\n",
+      "v = 656212570.5496087 m / s > c, setting 1/gamma = 0\n",
+      "v = 627631139.5483106 m / s > c, setting 1/gamma = 0\n",
+      "v = 316775052.5394671 m / s > c, setting 1/gamma = 0\n",
+      "v = 337388219.21375525 m / s > c, setting 1/gamma = 0\n",
+      "v = 857939002.603208 m / s > c, setting 1/gamma = 0\n",
+      "v = 713654181.9670385 m / s > c, setting 1/gamma = 0\n",
+      "v = 366397873.7820033 m / s > c, setting 1/gamma = 0\n",
+      "v = 955561766.7821416 m / s > c, setting 1/gamma = 0\n",
+      "v = 801673669.1041863 m / s > c, setting 1/gamma = 0\n",
+      "v = 316263169.92480356 m / s > c, setting 1/gamma = 0\n",
+      "v = 333048758.8840501 m / s > c, setting 1/gamma = 0\n",
+      "v = 407907602.4819331 m / s > c, setting 1/gamma = 0\n",
+      "v = 307344051.3468078 m / s > c, setting 1/gamma = 0\n",
+      "v = 802350498.538949 m / s > c, setting 1/gamma = 0\n",
+      "v = 665178707.8923455 m / s > c, setting 1/gamma = 0\n",
+      "v = 382843939.8137734 m / s > c, setting 1/gamma = 0\n",
+      "v = 456146960.98357767 m / s > c, setting 1/gamma = 0\n",
+      "v = 349048775.51907367 m / s > c, setting 1/gamma = 0\n",
+      "v = 419353519.6730235 m / s > c, setting 1/gamma = 0\n",
+      "v = 300421612.9944995 m / s > c, setting 1/gamma = 0\n",
+      "v = 775491078.5778995 m / s > c, setting 1/gamma = 0\n",
+      "v = 641435025.9224542 m / s > c, setting 1/gamma = 0\n",
+      "v = 337982018.63223934 m / s > c, setting 1/gamma = 0\n",
+      "v = 413362774.91356605 m / s > c, setting 1/gamma = 0\n",
+      "v = 357558058.4271952 m / s > c, setting 1/gamma = 0\n",
+      "v = 952332527.7629243 m / s > c, setting 1/gamma = 0\n",
+      "v = 799878508.0600569 m / s > c, setting 1/gamma = 0\n",
+      "v = 395340761.8168799 m / s > c, setting 1/gamma = 0\n",
+      "v = 466825707.9519261 m / s > c, setting 1/gamma = 0\n",
+      "v = 364767812.47914785 m / s > c, setting 1/gamma = 0\n",
+      "v = 982711730.5095648 m / s > c, setting 1/gamma = 0\n",
+      "v = 829100206.6844195 m / s > c, setting 1/gamma = 0\n",
+      "v = 614186981.8428639 m / s > c, setting 1/gamma = 0\n",
+      "v = 610810598.1223949 m / s > c, setting 1/gamma = 0\n",
+      "v = 358195553.52390057 m / s > c, setting 1/gamma = 0\n",
+      "v = 434133229.9663343 m / s > c, setting 1/gamma = 0\n",
+      "v = 308535438.00489223 m / s > c, setting 1/gamma = 0\n",
+      "v = 380799140.20948875 m / s > c, setting 1/gamma = 0\n",
+      "v = 384181181.65749246 m / s > c, setting 1/gamma = 0\n",
+      "v = 1039064989.076858 m / s > c, setting 1/gamma = 0\n",
+      "v = 876653053.741351 m / s > c, setting 1/gamma = 0\n",
+      "v = 492050030.7989137 m / s > c, setting 1/gamma = 0\n",
+      "v = 543293594.2081535 m / s > c, setting 1/gamma = 0\n",
+      "v = 326439620.0039819 m / s > c, setting 1/gamma = 0\n",
+      "v = 398687605.7907241 m / s > c, setting 1/gamma = 0\n",
+      "v = 326582155.5076281 m / s > c, setting 1/gamma = 0\n",
+      "v = 404005482.2272703 m / s > c, setting 1/gamma = 0\n",
+      "v = 350828856.80004275 m / s > c, setting 1/gamma = 0\n",
+      "v = 920770327.0523039 m / s > c, setting 1/gamma = 0\n",
+      "v = 768726312.4642038 m / s > c, setting 1/gamma = 0\n",
+      "v = 312917047.8190848 m / s > c, setting 1/gamma = 0\n",
+      "v = 348221670.48067886 m / s > c, setting 1/gamma = 0\n",
+      "v = 300375878.837388 m / s > c, setting 1/gamma = 0\n",
+      "v = 313524997.00272095 m / s > c, setting 1/gamma = 0\n",
+      "v = 382435408.06057304 m / s > c, setting 1/gamma = 0\n",
+      "v = 391417343.12425864 m / s > c, setting 1/gamma = 0\n",
+      "v = 471337383.34545225 m / s > c, setting 1/gamma = 0\n",
+      "v = 674684460.862427 m / s > c, setting 1/gamma = 0\n",
+      "v = 662588566.4815645 m / s > c, setting 1/gamma = 0\n",
+      "v = 594168254.4364139 m / s > c, setting 1/gamma = 0\n",
+      "v = 611867761.8900583 m / s > c, setting 1/gamma = 0\n",
+      "v = 311333947.0182237 m / s > c, setting 1/gamma = 0\n",
+      "v = 391458404.2998633 m / s > c, setting 1/gamma = 0\n",
+      "v = 693196645.0312774 m / s > c, setting 1/gamma = 0\n",
+      "v = 657777300.762349 m / s > c, setting 1/gamma = 0\n",
+      "v = 475865195.2674454 m / s > c, setting 1/gamma = 0\n",
+      "v = 1309221446.833882 m / s > c, setting 1/gamma = 0\n",
+      "v = 1118551268.3264296 m / s > c, setting 1/gamma = 0\n",
+      "v = 683230568.9254212 m / s > c, setting 1/gamma = 0\n",
+      "v = 645399157.2459749 m / s > c, setting 1/gamma = 0\n",
+      "v = 655866695.4290452 m / s > c, setting 1/gamma = 0\n",
+      "v = 632484080.7741152 m / s > c, setting 1/gamma = 0\n",
+      "v = 394374386.8023736 m / s > c, setting 1/gamma = 0\n",
+      "v = 469800745.9384157 m / s > c, setting 1/gamma = 0\n",
+      "v = 501961928.042221 m / s > c, setting 1/gamma = 0\n",
+      "v = 1412084789.9338994 m / s > c, setting 1/gamma = 0\n",
+      "v = 1217693887.5365949 m / s > c, setting 1/gamma = 0\n",
+      "v = 642126773.2775635 m / s > c, setting 1/gamma = 0\n",
+      "v = 637459588.8965117 m / s > c, setting 1/gamma = 0\n",
+      "v = 380484702.6684567 m / s > c, setting 1/gamma = 0\n",
+      "v = 1030555173.800874 m / s > c, setting 1/gamma = 0\n",
+      "v = 871194063.8307775 m / s > c, setting 1/gamma = 0\n",
+      "v = 351033021.6769629 m / s > c, setting 1/gamma = 0\n",
+      "v = 910458247.2466887 m / s > c, setting 1/gamma = 0\n",
+      "v = 760965907.5582718 m / s > c, setting 1/gamma = 0\n",
+      "v = 300967204.7502854 m / s > c, setting 1/gamma = 0\n",
+      "v = 375325791.69044966 m / s > c, setting 1/gamma = 0\n",
+      "v = 305389937.41369 m / s > c, setting 1/gamma = 0\n",
+      "v = 760446259.1213013 m / s > c, setting 1/gamma = 0\n",
+      "v = 628942505.043691 m / s > c, setting 1/gamma = 0\n",
+      "v = 341386080.65283346 m / s > c, setting 1/gamma = 0\n",
+      "v = 327815420.1765423 m / s > c, setting 1/gamma = 0\n",
+      "v = 404158790.17633593 m / s > c, setting 1/gamma = 0\n",
+      "v = 747016575.6862677 m / s > c, setting 1/gamma = 0\n",
+      "v = 658476691.6958867 m / s > c, setting 1/gamma = 0\n",
+      "v = 307831103.900852 m / s > c, setting 1/gamma = 0\n",
+      "v = 794136054.955572 m / s > c, setting 1/gamma = 0\n",
+      "v = 658813193.1457882 m / s > c, setting 1/gamma = 0\n",
+      "v = 350708261.3233681 m / s > c, setting 1/gamma = 0\n",
+      "v = 429223279.8503119 m / s > c, setting 1/gamma = 0\n",
+      "v = 481619797.450232 m / s > c, setting 1/gamma = 0\n",
+      "v = 1338038067.6788952 m / s > c, setting 1/gamma = 0\n",
+      "v = 1144339145.9953897 m / s > c, setting 1/gamma = 0\n",
+      "v = 559750266.836108 m / s > c, setting 1/gamma = 0\n",
+      "v = 588001809.0689963 m / s > c, setting 1/gamma = 0\n",
+      "v = 302195535.0523779 m / s > c, setting 1/gamma = 0\n",
+      "v = 377629119.13599753 m / s > c, setting 1/gamma = 0\n",
+      "v = 445361480.870859 m / s > c, setting 1/gamma = 0\n",
+      "v = 509206963.6962424 m / s > c, setting 1/gamma = 0\n",
+      "v = 307116414.93649113 m / s > c, setting 1/gamma = 0\n",
+      "v = 606692630.3591973 m / s > c, setting 1/gamma = 0\n",
+      "v = 622550532.0161406 m / s > c, setting 1/gamma = 0\n",
+      "v = 628608252.4869945 m / s > c, setting 1/gamma = 0\n",
+      "v = 620424225.8656749 m / s > c, setting 1/gamma = 0\n",
+      "v = 311690958.59723777 m / s > c, setting 1/gamma = 0\n",
+      "v = 389791957.1151639 m / s > c, setting 1/gamma = 0\n",
+      "v = 394522829.598194 m / s > c, setting 1/gamma = 0\n",
+      "v = 1071982832.3915437 m / s > c, setting 1/gamma = 0\n",
+      "v = 909378212.4521253 m / s > c, setting 1/gamma = 0\n",
+      "v = 476507380.2370894 m / s > c, setting 1/gamma = 0\n",
+      "v = 1299971377.5390253 m / s > c, setting 1/gamma = 0\n",
+      "v = 1107285407.9335172 m / s > c, setting 1/gamma = 0\n",
+      "v = 659776926.4920568 m / s > c, setting 1/gamma = 0\n",
+      "v = 631778269.0353678 m / s > c, setting 1/gamma = 0\n",
+      "v = 557641937.4963788 m / s > c, setting 1/gamma = 0\n",
+      "v = 586101360.437803 m / s > c, setting 1/gamma = 0\n",
+      "v = 348351059.9564663 m / s > c, setting 1/gamma = 0\n",
+      "v = 405395296.02660865 m / s > c, setting 1/gamma = 0\n",
+      "v = 300524537.9625118 m / s > c, setting 1/gamma = 0\n",
+      "v = 378433606.6433496 m / s > c, setting 1/gamma = 0\n",
+      "v = 444455651.9585132 m / s > c, setting 1/gamma = 0\n",
+      "v = 511064423.330893 m / s > c, setting 1/gamma = 0\n",
+      "v = 305815869.484431 m / s > c, setting 1/gamma = 0\n",
+      "v = 712239036.76555 m / s > c, setting 1/gamma = 0\n",
+      "v = 682371516.0772086 m / s > c, setting 1/gamma = 0\n",
+      "v = 336798866.2688796 m / s > c, setting 1/gamma = 0\n",
+      "v = 887729591.8957 m / s > c, setting 1/gamma = 0\n",
+      "v = 743852331.327081 m / s > c, setting 1/gamma = 0\n",
+      "v = 326665435.6974185 m / s > c, setting 1/gamma = 0\n",
+      "v = 406603751.00050825 m / s > c, setting 1/gamma = 0\n",
+      "v = 475905429.9166252 m / s > c, setting 1/gamma = 0\n",
+      "v = 1336172753.9611912 m / s > c, setting 1/gamma = 0\n",
+      "v = 1148661690.5684133 m / s > c, setting 1/gamma = 0\n",
+      "v = 415679110.3116799 m / s > c, setting 1/gamma = 0\n",
+      "v = 1136739289.9526749 m / s > c, setting 1/gamma = 0\n",
+      "v = 963919296.5510945 m / s > c, setting 1/gamma = 0\n",
+      "v = 357974356.1533142 m / s > c, setting 1/gamma = 0\n",
+      "v = 953429151.05406 m / s > c, setting 1/gamma = 0\n",
+      "v = 799158529.4347613 m / s > c, setting 1/gamma = 0\n",
+      "v = 425775067.2150787 m / s > c, setting 1/gamma = 0\n",
+      "v = 495081900.15562415 m / s > c, setting 1/gamma = 0\n",
+      "v = 318817915.80768865 m / s > c, setting 1/gamma = 0\n",
+      "v = 394523320.35552764 m / s > c, setting 1/gamma = 0\n",
+      "v = 574597579.9764892 m / s > c, setting 1/gamma = 0\n",
+      "v = 598626758.171321 m / s > c, setting 1/gamma = 0\n",
+      "v = 335176545.1775189 m / s > c, setting 1/gamma = 0\n",
+      "v = 878340846.4748154 m / s > c, setting 1/gamma = 0\n",
+      "v = 732354857.8462082 m / s > c, setting 1/gamma = 0\n",
+      "v = 401108706.6155701 m / s > c, setting 1/gamma = 0\n",
+      "v = 475159210.5384344 m / s > c, setting 1/gamma = 0\n",
+      "v = 418795520.63649833 m / s > c, setting 1/gamma = 0\n",
+      "v = 479429465.0176604 m / s > c, setting 1/gamma = 0\n",
+      "v = 425090563.11952883 m / s > c, setting 1/gamma = 0\n",
+      "v = 494013507.7503091 m / s > c, setting 1/gamma = 0\n",
+      "v = 321134728.4102648 m / s > c, setting 1/gamma = 0\n",
+      "v = 491766388.97261655 m / s > c, setting 1/gamma = 0\n",
+      "v = 538556681.0981755 m / s > c, setting 1/gamma = 0\n",
+      "v = 342923559.59847015 m / s > c, setting 1/gamma = 0\n",
+      "v = 890169829.988874 m / s > c, setting 1/gamma = 0\n",
+      "v = 743359247.6881754 m / s > c, setting 1/gamma = 0\n",
+      "v = 311620087.12787163 m / s > c, setting 1/gamma = 0\n",
+      "v = 388519594.2160511 m / s > c, setting 1/gamma = 0\n",
+      "v = 355622699.75029826 m / s > c, setting 1/gamma = 0\n",
+      "v = 950111572.7948077 m / s > c, setting 1/gamma = 0\n",
+      "v = 799833311.4366019 m / s > c, setting 1/gamma = 0\n",
+      "v = 578558291.7769654 m / s > c, setting 1/gamma = 0\n",
+      "v = 595632792.7061405 m / s > c, setting 1/gamma = 0\n",
+      "v = 328705639.26747364 m / s > c, setting 1/gamma = 0\n",
+      "v = 357639806.92662066 m / s > c, setting 1/gamma = 0\n",
+      "v = 938245656.5272466 m / s > c, setting 1/gamma = 0\n",
+      "v = 785956314.7387345 m / s > c, setting 1/gamma = 0\n",
+      "v = 306712459.7900558 m / s > c, setting 1/gamma = 0\n",
+      "v = 382438585.0048242 m / s > c, setting 1/gamma = 0\n",
+      "v = 687801951.5444254 m / s > c, setting 1/gamma = 0\n",
+      "v = 637453779.7270181 m / s > c, setting 1/gamma = 0\n",
+      "v = 723932117.7760513 m / s > c, setting 1/gamma = 0\n",
+      "v = 621248643.4166498 m / s > c, setting 1/gamma = 0\n",
+      "v = 338991040.03597873 m / s > c, setting 1/gamma = 0\n",
+      "v = 909442799.6175668 m / s > c, setting 1/gamma = 0\n",
+      "v = 762225975.2619715 m / s > c, setting 1/gamma = 0\n",
+      "v = 317975457.2661205 m / s > c, setting 1/gamma = 0\n",
+      "v = 810663977.2343718 m / s > c, setting 1/gamma = 0\n",
+      "v = 669513682.9111495 m / s > c, setting 1/gamma = 0\n",
+      "v = 300586041.60302204 m / s > c, setting 1/gamma = 0\n",
+      "v = 309571597.88803446 m / s > c, setting 1/gamma = 0\n",
+      "v = 404333292.0063256 m / s > c, setting 1/gamma = 0\n",
+      "v = 1103916479.7551682 m / s > c, setting 1/gamma = 0\n",
+      "v = 933024472.0653595 m / s > c, setting 1/gamma = 0\n",
+      "v = 321720553.76651883 m / s > c, setting 1/gamma = 0\n",
+      "v = 832662640.2717563 m / s > c, setting 1/gamma = 0\n",
+      "v = 692221450.5639778 m / s > c, setting 1/gamma = 0\n",
+      "v = 406417464.8681732 m / s > c, setting 1/gamma = 0\n",
+      "v = 479904301.0139603 m / s > c, setting 1/gamma = 0\n",
+      "v = 380200655.7728392 m / s > c, setting 1/gamma = 0\n",
+      "v = 444886963.961138 m / s > c, setting 1/gamma = 0\n",
+      "v = 448227018.53858817 m / s > c, setting 1/gamma = 0\n",
+      "v = 512452131.7996968 m / s > c, setting 1/gamma = 0\n",
+      "v = 387966612.82173574 m / s > c, setting 1/gamma = 0\n",
+      "v = 1083398844.9840307 m / s > c, setting 1/gamma = 0\n",
+      "v = 921835045.6797738 m / s > c, setting 1/gamma = 0\n",
+      "v = 415539535.32216716 m / s > c, setting 1/gamma = 0\n",
+      "v = 1117540319.037913 m / s > c, setting 1/gamma = 0\n",
+      "v = 945685193.6300745 m / s > c, setting 1/gamma = 0\n",
+      "v = 423100004.2235628 m / s > c, setting 1/gamma = 0\n",
+      "v = 490791628.5917506 m / s > c, setting 1/gamma = 0\n",
+      "v = 491071904.46837616 m / s > c, setting 1/gamma = 0\n",
+      "v = 539086233.6344265 m / s > c, setting 1/gamma = 0\n",
+      "v = 648915506.6798302 m / s > c, setting 1/gamma = 0\n",
+      "v = 636334925.8161101 m / s > c, setting 1/gamma = 0\n",
+      "v = 395398323.1821847 m / s > c, setting 1/gamma = 0\n",
+      "v = 1092794616.7769864 m / s > c, setting 1/gamma = 0\n",
+      "v = 928501166.7743505 m / s > c, setting 1/gamma = 0\n",
+      "v = 414222791.20246536 m / s > c, setting 1/gamma = 0\n",
+      "v = 1107264947.1103904 m / s > c, setting 1/gamma = 0\n",
+      "v = 935780930.3497041 m / s > c, setting 1/gamma = 0\n",
+      "v = 406561561.7804224 m / s > c, setting 1/gamma = 0\n",
+      "v = 474220365.04426146 m / s > c, setting 1/gamma = 0\n",
+      "v = 669916005.3966836 m / s > c, setting 1/gamma = 0\n",
+      "v = 649744156.3031796 m / s > c, setting 1/gamma = 0\n",
+      "v = 347626065.07005125 m / s > c, setting 1/gamma = 0\n",
+      "v = 906754691.5084306 m / s > c, setting 1/gamma = 0\n",
+      "v = 756839971.839273 m / s > c, setting 1/gamma = 0\n",
+      "v = 441410771.83238137 m / s > c, setting 1/gamma = 0\n",
+      "v = 500638441.58644354 m / s > c, setting 1/gamma = 0\n",
+      "v = 632146816.8613074 m / s > c, setting 1/gamma = 0\n",
+      "v = 626507842.1293559 m / s > c, setting 1/gamma = 0\n",
+      "v = 418979771.73059183 m / s > c, setting 1/gamma = 0\n",
+      "v = 481640023.4400358 m / s > c, setting 1/gamma = 0\n",
+      "v = 329581311.66704124 m / s > c, setting 1/gamma = 0\n",
+      "v = 399231112.5494475 m / s > c, setting 1/gamma = 0\n",
+      "v = 315743125.2094761 m / s > c, setting 1/gamma = 0\n",
+      "v = 802389181.1149362 m / s > c, setting 1/gamma = 0\n",
+      "v = 665591657.7306998 m / s > c, setting 1/gamma = 0\n",
+      "v = 442696758.77315795 m / s > c, setting 1/gamma = 0\n",
+      "v = 500573212.39271826 m / s > c, setting 1/gamma = 0\n",
+      "v = 420439361.61061436 m / s > c, setting 1/gamma = 0\n",
+      "v = 478441243.11986005 m / s > c, setting 1/gamma = 0\n",
+      "v = 309416376.3982989 m / s > c, setting 1/gamma = 0\n",
+      "v = 779063380.7535377 m / s > c, setting 1/gamma = 0\n",
+      "v = 642081269.5306598 m / s > c, setting 1/gamma = 0\n",
+      "v = 308058196.37282145 m / s > c, setting 1/gamma = 0\n",
+      "v = 377382606.93851715 m / s > c, setting 1/gamma = 0\n",
+      "v = 316296275.8338721 m / s > c, setting 1/gamma = 0\n",
+      "v = 811154142.4397945 m / s > c, setting 1/gamma = 0\n",
+      "v = 673204623.9815469 m / s > c, setting 1/gamma = 0\n",
+      "v = 485156986.33757246 m / s > c, setting 1/gamma = 0\n",
+      "v = 531675411.8487894 m / s > c, setting 1/gamma = 0\n",
+      "v = 308571399.2870922 m / s > c, setting 1/gamma = 0\n",
+      "v = 377023657.61418736 m / s > c, setting 1/gamma = 0\n",
+      "v = 520520902.6585593 m / s > c, setting 1/gamma = 0\n",
+      "v = 556563842.0090543 m / s > c, setting 1/gamma = 0\n",
+      "v = 521850998.9366828 m / s > c, setting 1/gamma = 0\n",
+      "v = 560009626.53237 m / s > c, setting 1/gamma = 0\n",
+      "v = 306178139.51005447 m / s > c, setting 1/gamma = 0\n",
+      "v = 310728028.86548966 m / s > c, setting 1/gamma = 0\n",
+      "v = 422398324.38350385 m / s > c, setting 1/gamma = 0\n",
+      "v = 484299932.96821487 m / s > c, setting 1/gamma = 0\n",
+      "v = 515742940.22615224 m / s > c, setting 1/gamma = 0\n",
+      "v = 558481669.4021455 m / s > c, setting 1/gamma = 0\n",
+      "v = 324128248.12922555 m / s > c, setting 1/gamma = 0\n",
+      "v = 389993906.1440323 m / s > c, setting 1/gamma = 0\n",
+      "v = 309976523.2497815 m / s > c, setting 1/gamma = 0\n",
+      "v = 385774100.24302864 m / s > c, setting 1/gamma = 0\n",
+      "v = 328274911.56573606 m / s > c, setting 1/gamma = 0\n",
+      "v = 852344978.604913 m / s > c, setting 1/gamma = 0\n",
+      "v = 711016493.4115118 m / s > c, setting 1/gamma = 0\n",
+      "v = 456971737.4882735 m / s > c, setting 1/gamma = 0\n",
+      "v = 519915822.0621062 m / s > c, setting 1/gamma = 0\n",
+      "v = 315256910.32883525 m / s > c, setting 1/gamma = 0\n",
+      "v = 336967078.4787182 m / s > c, setting 1/gamma = 0\n",
+      "v = 307494398.1312445 m / s > c, setting 1/gamma = 0\n",
+      "v = 305381073.56984985 m / s > c, setting 1/gamma = 0\n",
+      "v = 787685919.8837283 m / s > c, setting 1/gamma = 0\n",
+      "v = 653788254.9179289 m / s > c, setting 1/gamma = 0\n",
+      "v = 364256731.23249936 m / s > c, setting 1/gamma = 0\n",
+      "v = 442246512.54749256 m / s > c, setting 1/gamma = 0\n",
+      "v = 463527065.1819877 m / s > c, setting 1/gamma = 0\n",
+      "v = 516469485.03834313 m / s > c, setting 1/gamma = 0\n",
+      "v = 731351602.5339645 m / s > c, setting 1/gamma = 0\n",
+      "v = 627610994.4649162 m / s > c, setting 1/gamma = 0\n",
+      "v = 317256285.96085805 m / s > c, setting 1/gamma = 0\n",
+      "v = 393601602.2667751 m / s > c, setting 1/gamma = 0\n",
+      "v = 530755518.47970086 m / s > c, setting 1/gamma = 0\n",
+      "v = 1480588186.4517295 m / s > c, setting 1/gamma = 0\n",
+      "v = 1273918735.661721 m / s > c, setting 1/gamma = 0\n",
+      "v = 659448444.9708025 m / s > c, setting 1/gamma = 0\n",
+      "v = 640847656.5885588 m / s > c, setting 1/gamma = 0\n",
+      "v = 399039294.33113384 m / s > c, setting 1/gamma = 0\n",
+      "v = 1069936364.5840743 m / s > c, setting 1/gamma = 0\n",
+      "v = 904951830.4280235 m / s > c, setting 1/gamma = 0\n",
+      "v = 640463325.6262853 m / s > c, setting 1/gamma = 0\n",
+      "v = 618619599.0033386 m / s > c, setting 1/gamma = 0\n",
+      "v = 323313757.6297629 m / s > c, setting 1/gamma = 0\n",
+      "v = 812709724.593102 m / s > c, setting 1/gamma = 0\n",
+      "v = 671495035.7993486 m / s > c, setting 1/gamma = 0\n",
+      "v = 369279110.153215 m / s > c, setting 1/gamma = 0\n",
+      "v = 438789217.35146886 m / s > c, setting 1/gamma = 0\n",
+      "v = 335319434.8238008 m / s > c, setting 1/gamma = 0\n",
+      "v = 397866713.900863 m / s > c, setting 1/gamma = 0\n",
+      "v = 465382898.74888736 m / s > c, setting 1/gamma = 0\n",
+      "v = 372426468.83056295 m / s > c, setting 1/gamma = 0\n",
+      "v = 435580157.6575607 m / s > c, setting 1/gamma = 0\n",
+      "v = 574228587.2942959 m / s > c, setting 1/gamma = 0\n",
+      "v = 583900447.1661173 m / s > c, setting 1/gamma = 0\n",
+      "v = 458639427.8299461 m / s > c, setting 1/gamma = 0\n",
+      "v = 511506103.9379688 m / s > c, setting 1/gamma = 0\n",
+      "v = 312028479.21627426 m / s > c, setting 1/gamma = 0\n",
+      "v = 319714790.18457603 m / s > c, setting 1/gamma = 0\n",
+      "v = 312695803.27637327 m / s > c, setting 1/gamma = 0\n",
+      "v = 757814870.3981204 m / s > c, setting 1/gamma = 0\n",
+      "v = 654662915.576502 m / s > c, setting 1/gamma = 0\n",
+      "v = 381041379.8882777 m / s > c, setting 1/gamma = 0\n",
+      "v = 1002510494.4896748 m / s > c, setting 1/gamma = 0\n",
+      "v = 842679064.3884445 m / s > c, setting 1/gamma = 0\n",
+      "v = 530110909.34548354 m / s > c, setting 1/gamma = 0\n",
+      "v = 558762267.4128553 m / s > c, setting 1/gamma = 0\n",
+      "v = 308394324.04555905 m / s > c, setting 1/gamma = 0\n",
+      "v = 339345746.6146532 m / s > c, setting 1/gamma = 0\n",
+      "v = 344113337.0552862 m / s > c, setting 1/gamma = 0\n",
+      "v = 415084256.39688206 m / s > c, setting 1/gamma = 0\n",
+      "v = 541783420.4994159 m / s > c, setting 1/gamma = 0\n",
+      "v = 570192414.1503116 m / s > c, setting 1/gamma = 0\n",
+      "v = 538444365.2093958 m / s > c, setting 1/gamma = 0\n",
+      "v = 566004138.7297978 m / s > c, setting 1/gamma = 0\n",
+      "v = 338174016.15392256 m / s > c, setting 1/gamma = 0\n",
+      "v = 408968545.16738605 m / s > c, setting 1/gamma = 0\n",
+      "v = 305272171.0276815 m / s > c, setting 1/gamma = 0\n",
+      "v = 741407475.1633303 m / s > c, setting 1/gamma = 0\n",
+      "v = 606001396.7687184 m / s > c, setting 1/gamma = 0\n",
+      "v = 304186740.1177542 m / s > c, setting 1/gamma = 0\n",
+      "v = 300237209.1077596 m / s > c, setting 1/gamma = 0\n",
+      "v = 366495067.6134262 m / s > c, setting 1/gamma = 0\n",
+      "v = 309989420.59069836 m / s > c, setting 1/gamma = 0\n",
+      "v = 327650341.9268301 m / s > c, setting 1/gamma = 0\n",
+      "v = 403958989.8545216 m / s > c, setting 1/gamma = 0\n",
+      "v = 1093585134.1976879 m / s > c, setting 1/gamma = 0\n",
+      "v = 925361429.0738091 m / s > c, setting 1/gamma = 0\n",
+      "v = 368723932.16213584 m / s > c, setting 1/gamma = 0\n",
+      "v = 438316266.3907606 m / s > c, setting 1/gamma = 0\n",
+      "v = 348525836.4013005 m / s > c, setting 1/gamma = 0\n",
+      "v = 420741696.12465525 m / s > c, setting 1/gamma = 0\n",
+      "v = 333720379.667456 m / s > c, setting 1/gamma = 0\n",
+      "v = 882593676.7305807 m / s > c, setting 1/gamma = 0\n",
+      "v = 739302549.7828972 m / s > c, setting 1/gamma = 0\n",
+      "v = 542728741.6014125 m / s > c, setting 1/gamma = 0\n",
+      "v = 573033015.4830576 m / s > c, setting 1/gamma = 0\n",
+      "v = 543364213.8617429 m / s > c, setting 1/gamma = 0\n",
+      "v = 569119620.9383501 m / s > c, setting 1/gamma = 0\n",
+      "v = 302911460.38335764 m / s > c, setting 1/gamma = 0\n",
+      "v = 371262473.3015458 m / s > c, setting 1/gamma = 0\n",
+      "v = 341907355.374037 m / s > c, setting 1/gamma = 0\n",
+      "v = 414427435.03536433 m / s > c, setting 1/gamma = 0\n",
+      "v = 369707448.1762274 m / s > c, setting 1/gamma = 0\n",
+      "v = 997308044.7210089 m / s > c, setting 1/gamma = 0\n",
+      "v = 841312017.4332675 m / s > c, setting 1/gamma = 0\n",
+      "v = 437498777.3861169 m / s > c, setting 1/gamma = 0\n",
+      "v = 496040439.93238664 m / s > c, setting 1/gamma = 0\n",
+      "v = 403531502.80002475 m / s > c, setting 1/gamma = 0\n",
+      "v = 1068059839.8061529 m / s > c, setting 1/gamma = 0\n",
+      "v = 896831580.2496705 m / s > c, setting 1/gamma = 0\n",
+      "v = 462465679.05219084 m / s > c, setting 1/gamma = 0\n",
+      "v = 517174909.56426805 m / s > c, setting 1/gamma = 0\n",
+      "v = 315377821.6499378 m / s > c, setting 1/gamma = 0\n",
+      "v = 647495181.1832738 m / s > c, setting 1/gamma = 0\n",
+      "v = 636254269.2292725 m / s > c, setting 1/gamma = 0\n",
+      "v = 708786613.1823839 m / s > c, setting 1/gamma = 0\n",
+      "v = 640368746.5894259 m / s > c, setting 1/gamma = 0\n",
+      "v = 409084073.89221036 m / s > c, setting 1/gamma = 0\n",
+      "v = 1105341753.3946085 m / s > c, setting 1/gamma = 0\n",
+      "v = 936556999.538676 m / s > c, setting 1/gamma = 0\n",
+      "v = 424040555.6609306 m / s > c, setting 1/gamma = 0\n",
+      "v = 484864916.1167093 m / s > c, setting 1/gamma = 0\n",
+      "v = 527763163.4108604 m / s > c, setting 1/gamma = 0\n",
+      "v = 558229668.5824081 m / s > c, setting 1/gamma = 0\n",
+      "v = 309359311.37118936 m / s > c, setting 1/gamma = 0\n",
+      "v = 305412814.08868426 m / s > c, setting 1/gamma = 0\n",
+      "v = 372325975.4588332 m / s > c, setting 1/gamma = 0\n",
+      "v = 319493877.32042503 m / s > c, setting 1/gamma = 0\n",
+      "v = 309663708.047353 m / s > c, setting 1/gamma = 0\n",
+      "v = 310599430.06007695 m / s > c, setting 1/gamma = 0\n",
+      "v = 820812647.9100536 m / s > c, setting 1/gamma = 0\n",
+      "v = 684207970.0404243 m / s > c, setting 1/gamma = 0\n",
+      "v = 403458368.43376446 m / s > c, setting 1/gamma = 0\n",
+      "v = 1075170972.7050536 m / s > c, setting 1/gamma = 0\n",
+      "v = 906498832.0601716 m / s > c, setting 1/gamma = 0\n",
+      "v = 692118999.9581692 m / s > c, setting 1/gamma = 0\n",
+      "v = 604829094.9592112 m / s > c, setting 1/gamma = 0\n",
+      "v = 339623368.6471068 m / s > c, setting 1/gamma = 0\n",
+      "v = 410903095.875104 m / s > c, setting 1/gamma = 0\n",
+      "v = 354139074.1024849 m / s > c, setting 1/gamma = 0\n",
+      "v = 424171185.2119174 m / s > c, setting 1/gamma = 0\n",
+      "v = 315868655.6647899 m / s > c, setting 1/gamma = 0\n",
+      "v = 386345831.6410361 m / s > c, setting 1/gamma = 0\n",
+      "v = 347725103.517594 m / s > c, setting 1/gamma = 0\n",
+      "v = 917265135.4853667 m / s > c, setting 1/gamma = 0\n",
+      "v = 768330009.2683133 m / s > c, setting 1/gamma = 0\n",
+      "v = 329443142.6702068 m / s > c, setting 1/gamma = 0\n",
+      "v = 837446935.4892011 m / s > c, setting 1/gamma = 0\n",
+      "v = 691645174.1799427 m / s > c, setting 1/gamma = 0\n",
+      "v = 326838721.44493526 m / s > c, setting 1/gamma = 0\n",
+      "v = 396166177.9685365 m / s > c, setting 1/gamma = 0\n",
+      "v = 309648698.4184242 m / s > c, setting 1/gamma = 0\n",
+      "v = 316435047.2219922 m / s > c, setting 1/gamma = 0\n",
+      "v = 764283987.8223858 m / s > c, setting 1/gamma = 0\n",
+      "v = 626441282.6679437 m / s > c, setting 1/gamma = 0\n",
+      "v = 368916848.0073388 m / s > c, setting 1/gamma = 0\n",
+      "v = 966587538.3969218 m / s > c, setting 1/gamma = 0\n",
+      "v = 810373114.7266312 m / s > c, setting 1/gamma = 0\n",
+      "v = 358918940.29168063 m / s > c, setting 1/gamma = 0\n",
+      "v = 907695444.3105229 m / s > c, setting 1/gamma = 0\n",
+      "v = 752053135.1697863 m / s > c, setting 1/gamma = 0\n",
+      "v = 325052569.0486782 m / s > c, setting 1/gamma = 0\n",
+      "v = 392289584.14400107 m / s > c, setting 1/gamma = 0\n",
+      "v = 399765828.78628963 m / s > c, setting 1/gamma = 0\n",
+      "v = 463210263.94662386 m / s > c, setting 1/gamma = 0\n",
+      "v = 546268350.0930916 m / s > c, setting 1/gamma = 0\n",
+      "v = 564074593.8425686 m / s > c, setting 1/gamma = 0\n",
+      "v = 310629102.8530671 m / s > c, setting 1/gamma = 0\n",
+      "v = 377311731.675526 m / s > c, setting 1/gamma = 0\n",
+      "v = 364715363.4981898 m / s > c, setting 1/gamma = 0\n",
+      "v = 434633463.59291977 m / s > c, setting 1/gamma = 0\n",
+      "v = 316566399.93601596 m / s > c, setting 1/gamma = 0\n",
+      "v = 816285707.5490001 m / s > c, setting 1/gamma = 0\n",
+      "v = 676925971.465891 m / s > c, setting 1/gamma = 0\n",
+      "v = 364724139.8564072 m / s > c, setting 1/gamma = 0\n",
+      "v = 941752739.0415385 m / s > c, setting 1/gamma = 0\n",
+      "v = 787067225.3009412 m / s > c, setting 1/gamma = 0\n",
+      "v = 526763228.27754146 m / s > c, setting 1/gamma = 0\n",
+      "v = 554010750.8222516 m / s > c, setting 1/gamma = 0\n",
+      "v = 324159843.3527949 m / s > c, setting 1/gamma = 0\n",
+      "v = 338232426.18257546 m / s > c, setting 1/gamma = 0\n",
+      "v = 409789242.7542576 m / s > c, setting 1/gamma = 0\n",
+      "v = 354355290.8358054 m / s > c, setting 1/gamma = 0\n",
+      "v = 909005460.3830081 m / s > c, setting 1/gamma = 0\n",
+      "v = 754439442.3476789 m / s > c, setting 1/gamma = 0\n",
+      "v = 334371297.3538509 m / s > c, setting 1/gamma = 0\n",
+      "v = 404456313.8703879 m / s > c, setting 1/gamma = 0\n",
+      "v = 380378410.23708993 m / s > c, setting 1/gamma = 0\n",
+      "v = 446270769.9010986 m / s > c, setting 1/gamma = 0\n",
+      "v = 567769098.2200657 m / s > c, setting 1/gamma = 0\n",
+      "v = 582428815.1051536 m / s > c, setting 1/gamma = 0\n",
+      "v = 329172271.5695906 m / s > c, setting 1/gamma = 0\n",
+      "v = 400168526.187849 m / s > c, setting 1/gamma = 0\n",
+      "v = 306338758.62250483 m / s > c, setting 1/gamma = 0\n",
+      "v = 768699597.101763 m / s > c, setting 1/gamma = 0\n",
+      "v = 630868334.4354476 m / s > c, setting 1/gamma = 0\n",
+      "v = 358412326.840313 m / s > c, setting 1/gamma = 0\n",
+      "v = 427927454.0315648 m / s > c, setting 1/gamma = 0\n",
+      "v = 471418460.26218915 m / s > c, setting 1/gamma = 0\n",
+      "v = 518239695.61046606 m / s > c, setting 1/gamma = 0\n",
+      "v = 353869608.8943815 m / s > c, setting 1/gamma = 0\n",
+      "v = 472702081.4875264 m / s > c, setting 1/gamma = 0\n",
+      "v = 521457612.93266255 m / s > c, setting 1/gamma = 0\n",
+      "v = 341447438.4827165 m / s > c, setting 1/gamma = 0\n",
+      "v = 874763902.464261 m / s > c, setting 1/gamma = 0\n",
+      "v = 728218570.6487093 m / s > c, setting 1/gamma = 0\n",
+      "v = 317653636.7760293 m / s > c, setting 1/gamma = 0\n",
+      "v = 764640840.4504733 m / s > c, setting 1/gamma = 0\n",
+      "v = 625125838.4073936 m / s > c, setting 1/gamma = 0\n",
+      "v = 313953870.5303591 m / s > c, setting 1/gamma = 0\n",
+      "v = 310666227.52531826 m / s > c, setting 1/gamma = 0\n",
+      "v = 333909551.6522057 m / s > c, setting 1/gamma = 0\n",
+      "v = 647378131.7918267 m / s > c, setting 1/gamma = 0\n",
+      "v = 630240612.1147203 m / s > c, setting 1/gamma = 0\n",
+      "v = 451874274.5208512 m / s > c, setting 1/gamma = 0\n",
+      "v = 504165743.7751846 m / s > c, setting 1/gamma = 0\n",
+      "v = 605969210.8356494 m / s > c, setting 1/gamma = 0\n",
+      "v = 596812613.7774737 m / s > c, setting 1/gamma = 0\n",
+      "v = 599670837.7315632 m / s > c, setting 1/gamma = 0\n",
+      "v = 584974492.0968909 m / s > c, setting 1/gamma = 0\n",
+      "v = 313541345.1548728 m / s > c, setting 1/gamma = 0\n",
+      "v = 365524581.77684295 m / s > c, setting 1/gamma = 0\n",
+      "v = 436465310.0001011 m / s > c, setting 1/gamma = 0\n",
+      "v = 333524441.60893226 m / s > c, setting 1/gamma = 0\n",
+      "v = 519991792.2172401 m / s > c, setting 1/gamma = 0\n",
+      "v = 554044543.9783204 m / s > c, setting 1/gamma = 0\n",
+      "v = 307009555.00860655 m / s > c, setting 1/gamma = 0\n",
+      "v = 376122466.3236928 m / s > c, setting 1/gamma = 0\n",
+      "v = 418897982.9212333 m / s > c, setting 1/gamma = 0\n",
+      "v = 484842317.84896815 m / s > c, setting 1/gamma = 0\n",
+      "v = 338295886.40928465 m / s > c, setting 1/gamma = 0\n",
+      "v = 410074076.86577743 m / s > c, setting 1/gamma = 0\n",
+      "v = 477324203.7911522 m / s > c, setting 1/gamma = 0\n",
+      "v = 409628640.8127676 m / s > c, setting 1/gamma = 0\n",
+      "v = 474477623.9675753 m / s > c, setting 1/gamma = 0\n",
+      "v = 585079004.6033802 m / s > c, setting 1/gamma = 0\n",
+      "v = 581487798.7309659 m / s > c, setting 1/gamma = 0\n",
+      "v = 327486331.75794375 m / s > c, setting 1/gamma = 0\n",
+      "v = 396857339.1350203 m / s > c, setting 1/gamma = 0\n",
+      "v = 499700257.18182284 m / s > c, setting 1/gamma = 0\n",
+      "v = 1325870092.1171582 m / s > c, setting 1/gamma = 0\n",
+      "v = 1124830164.3001385 m / s > c, setting 1/gamma = 0\n",
+      "v = 311384403.2283449 m / s > c, setting 1/gamma = 0\n",
+      "v = 756038207.3533992 m / s > c, setting 1/gamma = 0\n",
+      "v = 617480423.638407 m / s > c, setting 1/gamma = 0\n",
+      "v = 308671145.92011184 m / s > c, setting 1/gamma = 0\n",
+      "v = 375772983.55279875 m / s > c, setting 1/gamma = 0\n",
+      "v = 342880585.82872427 m / s > c, setting 1/gamma = 0\n",
+      "v = 414354848.35119766 m / s > c, setting 1/gamma = 0\n",
+      "v = 394718349.01129556 m / s > c, setting 1/gamma = 0\n",
+      "v = 1046784826.2738202 m / s > c, setting 1/gamma = 0\n",
+      "v = 879009021.2559336 m / s > c, setting 1/gamma = 0\n",
+      "v = 356924950.10276186 m / s > c, setting 1/gamma = 0\n",
+      "v = 920991313.4009593 m / s > c, setting 1/gamma = 0\n",
+      "v = 769298750.0319566 m / s > c, setting 1/gamma = 0\n",
+      "v = 304452434.12480617 m / s > c, setting 1/gamma = 0\n",
+      "v = 717852374.5571978 m / s > c, setting 1/gamma = 0\n",
+      "v = 583940975.4399742 m / s > c, setting 1/gamma = 0\n",
+      "v = 372586324.2610724 m / s > c, setting 1/gamma = 0\n",
+      "v = 440960401.72842836 m / s > c, setting 1/gamma = 0\n",
+      "v = 624191485.2858354 m / s > c, setting 1/gamma = 0\n",
+      "v = 617038795.8282892 m / s > c, setting 1/gamma = 0\n",
+      "v = 345415724.98533285 m / s > c, setting 1/gamma = 0\n",
+      "v = 409906688.09251946 m / s > c, setting 1/gamma = 0\n",
+      "v = 399109496.4535718 m / s > c, setting 1/gamma = 0\n",
+      "v = 460193975.50855935 m / s > c, setting 1/gamma = 0\n",
+      "v = 479159224.85974133 m / s > c, setting 1/gamma = 0\n",
+      "v = 524136595.92569584 m / s > c, setting 1/gamma = 0\n",
+      "v = 416950712.43025047 m / s > c, setting 1/gamma = 0\n",
+      "v = 473912679.9669941 m / s > c, setting 1/gamma = 0\n",
+      "v = 386609004.22113526 m / s > c, setting 1/gamma = 0\n",
+      "v = 448527017.39246994 m / s > c, setting 1/gamma = 0\n",
+      "v = 305537975.5559486 m / s > c, setting 1/gamma = 0\n",
+      "v = 729050348.1683681 m / s > c, setting 1/gamma = 0\n",
+      "v = 593841318.749411 m / s > c, setting 1/gamma = 0\n",
+      "v = 311769076.0531002 m / s > c, setting 1/gamma = 0\n",
+      "v = 373465797.8168095 m / s > c, setting 1/gamma = 0\n",
+      "v = 488079435.45773405 m / s > c, setting 1/gamma = 0\n",
+      "v = 528744277.8656014 m / s > c, setting 1/gamma = 0\n",
+      "v = 436362072.9346952 m / s > c, setting 1/gamma = 0\n",
+      "v = 486501297.3902491 m / s > c, setting 1/gamma = 0\n",
+      "v = 302362071.7514105 m / s > c, setting 1/gamma = 0\n",
+      "v = 308724344.3634753 m / s > c, setting 1/gamma = 0\n",
+      "v = 375288489.93295926 m / s > c, setting 1/gamma = 0\n",
+      "v = 308026907.4687833 m / s > c, setting 1/gamma = 0\n",
+      "v = 368764544.12228656 m / s > c, setting 1/gamma = 0\n",
+      "v = 485086272.06870794 m / s > c, setting 1/gamma = 0\n",
+      "v = 529898051.7716496 m / s > c, setting 1/gamma = 0\n",
+      "v = 312324748.668575 m / s > c, setting 1/gamma = 0\n",
+      "v = 753894550.1749277 m / s > c, setting 1/gamma = 0\n",
+      "v = 615594188.1731324 m / s > c, setting 1/gamma = 0\n",
+      "v = 330020833.0131743 m / s > c, setting 1/gamma = 0\n",
+      "v = 329687536.3138866 m / s > c, setting 1/gamma = 0\n",
+      "v = 796702172.6782937 m / s > c, setting 1/gamma = 0\n",
+      "v = 655384260.0346787 m / s > c, setting 1/gamma = 0\n",
+      "v = 322399713.45966893 m / s > c, setting 1/gamma = 0\n",
+      "v = 385136470.8775626 m / s > c, setting 1/gamma = 0\n",
+      "v = 548841582.3209018 m / s > c, setting 1/gamma = 0\n",
+      "v = 572816726.2196548 m / s > c, setting 1/gamma = 0\n",
+      "v = 449955791.3399568 m / s > c, setting 1/gamma = 0\n",
+      "v = 497586074.0857254 m / s > c, setting 1/gamma = 0\n",
+      "v = 335140230.0946133 m / s > c, setting 1/gamma = 0\n",
+      "v = 396053551.0374934 m / s > c, setting 1/gamma = 0\n",
+      "v = 486935256.2342296 m / s > c, setting 1/gamma = 0\n",
+      "v = 523610302.27058005 m / s > c, setting 1/gamma = 0\n",
+      "v = 323496634.1277064 m / s > c, setting 1/gamma = 0\n",
+      "v = 385044920.35973144 m / s > c, setting 1/gamma = 0\n",
+      "v = 304678778.95869184 m / s > c, setting 1/gamma = 0\n",
+      "v = 712676111.6071631 m / s > c, setting 1/gamma = 0\n",
+      "v = 578894395.6981019 m / s > c, setting 1/gamma = 0\n",
+      "v = 310425407.5520903 m / s > c, setting 1/gamma = 0\n",
+      "v = 302349111.0179984 m / s > c, setting 1/gamma = 0\n",
+      "v = 327423699.32886714 m / s > c, setting 1/gamma = 0\n",
+      "v = 338976434.7784677 m / s > c, setting 1/gamma = 0\n",
+      "v = 313042339.8401798 m / s > c, setting 1/gamma = 0\n",
+      "v = 754125257.1222867 m / s > c, setting 1/gamma = 0\n",
+      "v = 620219397.7553912 m / s > c, setting 1/gamma = 0\n",
+      "v = 563635727.7983685 m / s > c, setting 1/gamma = 0\n",
+      "v = 558727697.764707 m / s > c, setting 1/gamma = 0\n",
+      "v = 306995761.3413303 m / s > c, setting 1/gamma = 0\n",
+      "v = 313065145.98896784 m / s > c, setting 1/gamma = 0\n",
+      "v = 380530791.3275258 m / s > c, setting 1/gamma = 0\n",
+      "v = 340099245.7520911 m / s > c, setting 1/gamma = 0\n",
+      "v = 320723623.42973727 m / s > c, setting 1/gamma = 0\n",
+      "v = 385418093.3413937 m / s > c, setting 1/gamma = 0\n",
+      "v = 332696781.36213356 m / s > c, setting 1/gamma = 0\n",
+      "v = 400974650.97386587 m / s > c, setting 1/gamma = 0\n",
+      "v = 400622950.1865777 m / s > c, setting 1/gamma = 0\n",
+      "v = 459954010.24795246 m / s > c, setting 1/gamma = 0\n",
+      "v = 325756747.36434394 m / s > c, setting 1/gamma = 0\n",
+      "v = 379738488.406917 m / s > c, setting 1/gamma = 0\n",
+      "v = 443826494.3456677 m / s > c, setting 1/gamma = 0\n",
+      "v = 311541685.97580546 m / s > c, setting 1/gamma = 0\n",
+      "v = 369876727.0258152 m / s > c, setting 1/gamma = 0\n",
+      "v = 656539592.9813193 m / s > c, setting 1/gamma = 0\n",
+      "v = 597465123.2649314 m / s > c, setting 1/gamma = 0\n",
+      "v = 344628882.77274364 m / s > c, setting 1/gamma = 0\n",
+      "v = 409858592.7650287 m / s > c, setting 1/gamma = 0\n",
+      "v = 303589707.636353 m / s > c, setting 1/gamma = 0\n",
+      "v = 362646527.5442021 m / s > c, setting 1/gamma = 0\n",
+      "v = 396624966.8068476 m / s > c, setting 1/gamma = 0\n",
+      "v = 457184488.4820588 m / s > c, setting 1/gamma = 0\n",
+      "v = 628054150.7647417 m / s > c, setting 1/gamma = 0\n",
+      "v = 586417113.5731825 m / s > c, setting 1/gamma = 0\n",
+      "v = 341857739.4451008 m / s > c, setting 1/gamma = 0\n",
+      "v = 403348274.79264367 m / s > c, setting 1/gamma = 0\n",
+      "v = 633629902.1954094 m / s > c, setting 1/gamma = 0\n",
+      "v = 573211498.0197707 m / s > c, setting 1/gamma = 0\n",
+      "v = 424310233.8751599 m / s > c, setting 1/gamma = 0\n",
+      "v = 475997076.49647504 m / s > c, setting 1/gamma = 0\n",
+      "v = 318757528.40833247 m / s > c, setting 1/gamma = 0\n",
+      "v = 376798916.6115967 m / s > c, setting 1/gamma = 0\n",
+      "v = 313349301.2444929 m / s > c, setting 1/gamma = 0\n",
+      "v = 370577150.9963874 m / s > c, setting 1/gamma = 0\n",
+      "v = 525948121.0871583 m / s > c, setting 1/gamma = 0\n",
+      "v = 546724033.4032991 m / s > c, setting 1/gamma = 0\n",
+      "v = 305016406.88819814 m / s > c, setting 1/gamma = 0\n",
+      "v = 694878965.7609824 m / s > c, setting 1/gamma = 0\n",
+      "v = 564727673.5449355 m / s > c, setting 1/gamma = 0\n",
+      "v = 301045915.21410155 m / s > c, setting 1/gamma = 0\n",
+      "v = 357001554.0300126 m / s > c, setting 1/gamma = 0\n",
+      "v = 647997000.823659 m / s > c, setting 1/gamma = 0\n",
+      "v = 601461849.569971 m / s > c, setting 1/gamma = 0\n",
+      "v = 330547772.2432977 m / s > c, setting 1/gamma = 0\n",
+      "v = 393713901.79625154 m / s > c, setting 1/gamma = 0\n",
+      "v = 319549055.2835133 m / s > c, setting 1/gamma = 0\n",
+      "v = 475088867.7398995 m / s > c, setting 1/gamma = 0\n",
+      "v = 518678226.97819835 m / s > c, setting 1/gamma = 0\n",
+      "v = 623259755.2169626 m / s > c, setting 1/gamma = 0\n",
+      "v = 578498608.0031866 m / s > c, setting 1/gamma = 0\n",
+      "v = 308623194.9595101 m / s > c, setting 1/gamma = 0\n",
+      "v = 369030650.1260147 m / s > c, setting 1/gamma = 0\n",
+      "v = 300920125.62761843 m / s > c, setting 1/gamma = 0\n",
+      "v = 354797857.5004413 m / s > c, setting 1/gamma = 0\n",
+      "v = 421904564.20248026 m / s > c, setting 1/gamma = 0\n",
+      "v = 478770556.46375424 m / s > c, setting 1/gamma = 0\n",
+      "v = 397833881.9216024 m / s > c, setting 1/gamma = 0\n",
+      "v = 459029186.56330085 m / s > c, setting 1/gamma = 0\n",
+      "v = 421653036.81771487 m / s > c, setting 1/gamma = 0\n",
+      "v = 475399036.2360603 m / s > c, setting 1/gamma = 0\n",
+      "v = 331084213.64551157 m / s > c, setting 1/gamma = 0\n",
+      "v = 797524618.3231537 m / s > c, setting 1/gamma = 0\n",
+      "v = 653679000.055263 m / s > c, setting 1/gamma = 0\n",
+      "v = 318330112.82094157 m / s > c, setting 1/gamma = 0\n",
+      "v = 379512827.17566836 m / s > c, setting 1/gamma = 0\n",
+      "v = 325708968.76805234 m / s > c, setting 1/gamma = 0\n",
+      "v = 361724904.8456543 m / s > c, setting 1/gamma = 0\n",
+      "v = 419823514.14905995 m / s > c, setting 1/gamma = 0\n",
+      "v = 422578590.0404184 m / s > c, setting 1/gamma = 0\n",
+      "v = 477566729.3088047 m / s > c, setting 1/gamma = 0\n",
+      "v = 380940205.9983405 m / s > c, setting 1/gamma = 0\n",
+      "v = 433687754.04542595 m / s > c, setting 1/gamma = 0\n",
+      "v = 368184027.12045175 m / s > c, setting 1/gamma = 0\n",
+      "v = 423929582.4987534 m / s > c, setting 1/gamma = 0\n",
+      "v = 642623524.028004 m / s > c, setting 1/gamma = 0\n",
+      "v = 558320064.6230495 m / s > c, setting 1/gamma = 0\n",
+      "v = 323277812.37870353 m / s > c, setting 1/gamma = 0\n",
+      "v = 380556146.1761368 m / s > c, setting 1/gamma = 0\n",
+      "v = 313416512.62071365 m / s > c, setting 1/gamma = 0\n",
+      "v = 523240235.95471853 m / s > c, setting 1/gamma = 0\n",
+      "v = 542685617.4737267 m / s > c, setting 1/gamma = 0\n",
+      "v = 459243215.5460451 m / s > c, setting 1/gamma = 0\n",
+      "v = 500600247.827481 m / s > c, setting 1/gamma = 0\n",
+      "v = 368393947.36138606 m / s > c, setting 1/gamma = 0\n",
+      "v = 422428315.21962994 m / s > c, setting 1/gamma = 0\n",
+      "v = 311633895.473028 m / s > c, setting 1/gamma = 0\n",
+      "v = 366926756.40879697 m / s > c, setting 1/gamma = 0\n",
+      "v = 518031868.1002396 m / s > c, setting 1/gamma = 0\n",
+      "v = 525338384.6851077 m / s > c, setting 1/gamma = 0\n",
+      "v = 329658033.3277346 m / s > c, setting 1/gamma = 0\n",
+      "v = 306273161.51494473 m / s > c, setting 1/gamma = 0\n",
+      "v = 364751771.91036195 m / s > c, setting 1/gamma = 0\n",
+      "v = 301151405.5926037 m / s > c, setting 1/gamma = 0\n",
+      "v = 465881734.1292004 m / s > c, setting 1/gamma = 0\n",
+      "v = 497447124.97695214 m / s > c, setting 1/gamma = 0\n",
+      "v = 305880766.0431901 m / s > c, setting 1/gamma = 0\n",
+      "v = 359056074.9635948 m / s > c, setting 1/gamma = 0\n",
+      "v = 313264506.95652145 m / s > c, setting 1/gamma = 0\n",
+      "v = 329941931.1405327 m / s > c, setting 1/gamma = 0\n",
+      "v = 493790850.15806496 m / s > c, setting 1/gamma = 0\n",
+      "v = 518820063.5165848 m / s > c, setting 1/gamma = 0\n",
+      "v = 394524803.0327541 m / s > c, setting 1/gamma = 0\n",
+      "v = 448069948.5888209 m / s > c, setting 1/gamma = 0\n",
+      "v = 369992356.2427773 m / s > c, setting 1/gamma = 0\n",
+      "v = 419792636.6857783 m / s > c, setting 1/gamma = 0\n",
+      "v = 308942380.09303164 m / s > c, setting 1/gamma = 0\n",
+      "v = 323052641.2563311 m / s > c, setting 1/gamma = 0\n",
+      "v = 424834255.3703909 m / s > c, setting 1/gamma = 0\n",
+      "v = 463903746.7849728 m / s > c, setting 1/gamma = 0\n",
+      "v = 301315875.51347744 m / s > c, setting 1/gamma = 0\n",
+      "v = 323694034.70544976 m / s > c, setting 1/gamma = 0\n",
+      "v = 319945070.7636421 m / s > c, setting 1/gamma = 0\n",
+      "v = 370866676.6615883 m / s > c, setting 1/gamma = 0\n",
+      "v = 304513128.80560154 m / s > c, setting 1/gamma = 0\n",
+      "v = 320220054.0973309 m / s > c, setting 1/gamma = 0\n",
+      "v = 371084726.48604804 m / s > c, setting 1/gamma = 0\n",
+      "v = 344240702.01624346 m / s > c, setting 1/gamma = 0\n",
+      "v = 388493920.6610367 m / s > c, setting 1/gamma = 0\n",
+      "v = 444611037.0408901 m / s > c, setting 1/gamma = 0\n",
+      "v = 473737422.221953 m / s > c, setting 1/gamma = 0\n",
+      "v = 311327111.67685586 m / s > c, setting 1/gamma = 0\n",
+      "v = 355870903.05471104 m / s > c, setting 1/gamma = 0\n",
+      "v = 445536939.2648822 m / s > c, setting 1/gamma = 0\n",
+      "v = 475566760.64794266 m / s > c, setting 1/gamma = 0\n",
+      "v = 322069451.01137346 m / s > c, setting 1/gamma = 0\n",
+      "v = 368697244.5389204 m / s > c, setting 1/gamma = 0\n",
+      "v = 403256188.0947916 m / s > c, setting 1/gamma = 0\n",
+      "v = 444595072.37851745 m / s > c, setting 1/gamma = 0\n",
+      "v = 365329050.75655746 m / s > c, setting 1/gamma = 0\n",
+      "v = 406839153.2765372 m / s > c, setting 1/gamma = 0\n",
+      "v = 417768349.94508487 m / s > c, setting 1/gamma = 0\n",
+      "v = 460421284.498341 m / s > c, setting 1/gamma = 0\n",
+      "v = 327765712.1745267 m / s > c, setting 1/gamma = 0\n",
+      "v = 380627560.3245802 m / s > c, setting 1/gamma = 0\n",
+      "v = 300383740.0474519 m / s > c, setting 1/gamma = 0\n",
+      "v = 342435736.329048 m / s > c, setting 1/gamma = 0\n",
+      "v = 318360356.3596307 m / s > c, setting 1/gamma = 0\n",
+      "v = 360486155.5624068 m / s > c, setting 1/gamma = 0\n",
+      "v = 302676596.74428016 m / s > c, setting 1/gamma = 0\n",
+      "v = 359978936.00432307 m / s > c, setting 1/gamma = 0\n",
+      "v = 406857246.38572097 m / s > c, setting 1/gamma = 0\n",
+      "v = 313424351.5707067 m / s > c, setting 1/gamma = 0\n",
+      "v = 459975730.6706333 m / s > c, setting 1/gamma = 0\n",
+      "v = 487783669.5496483 m / s > c, setting 1/gamma = 0\n",
+      "v = 417570654.58052266 m / s > c, setting 1/gamma = 0\n",
+      "v = 463126909.52814734 m / s > c, setting 1/gamma = 0\n",
+      "v = 381050026.51040286 m / s > c, setting 1/gamma = 0\n",
+      "v = 428339206.59531844 m / s > c, setting 1/gamma = 0\n",
+      "v = 314734789.27069336 m / s > c, setting 1/gamma = 0\n",
+      "v = 337140943.88550305 m / s > c, setting 1/gamma = 0\n",
+      "v = 390632759.29840934 m / s > c, setting 1/gamma = 0\n",
+      "v = 361130301.8929134 m / s > c, setting 1/gamma = 0\n",
+      "v = 404595424.92992896 m / s > c, setting 1/gamma = 0\n",
+      "v = 329718331.84054077 m / s > c, setting 1/gamma = 0\n",
+      "v = 383490759.0680425 m / s > c, setting 1/gamma = 0\n",
+      "v = 307699445.00990885 m / s > c, setting 1/gamma = 0\n",
+      "v = 357256202.17687666 m / s > c, setting 1/gamma = 0\n",
+      "v = 310557414.9592002 m / s > c, setting 1/gamma = 0\n",
+      "v = 413954670.7723213 m / s > c, setting 1/gamma = 0\n",
+      "v = 460931072.4919991 m / s > c, setting 1/gamma = 0\n",
+      "v = 416471794.22850984 m / s > c, setting 1/gamma = 0\n",
+      "v = 460723069.5903719 m / s > c, setting 1/gamma = 0\n",
+      "v = 303119914.0374471 m / s > c, setting 1/gamma = 0\n",
+      "v = 342152276.0347833 m / s > c, setting 1/gamma = 0\n",
+      "v = 433966612.866762 m / s > c, setting 1/gamma = 0\n",
+      "v = 476854393.49216753 m / s > c, setting 1/gamma = 0\n",
+      "v = 366778309.5790266 m / s > c, setting 1/gamma = 0\n",
+      "v = 416108272.4003737 m / s > c, setting 1/gamma = 0\n",
+      "v = 301751593.77302563 m / s > c, setting 1/gamma = 0\n",
+      "v = 317009240.1752349 m / s > c, setting 1/gamma = 0\n",
+      "v = 366143963.4422516 m / s > c, setting 1/gamma = 0\n",
+      "v = 301829548.7150087 m / s > c, setting 1/gamma = 0\n",
+      "v = 349428914.5957674 m / s > c, setting 1/gamma = 0\n",
+      "v = 301031300.8013491 m / s > c, setting 1/gamma = 0\n",
+      "v = 340144889.9655908 m / s > c, setting 1/gamma = 0\n",
+      "v = 312605433.20557183 m / s > c, setting 1/gamma = 0\n",
+      "v = 445714131.65030336 m / s > c, setting 1/gamma = 0\n",
+      "v = 475115710.03456795 m / s > c, setting 1/gamma = 0\n",
+      "v = 318465053.992427 m / s > c, setting 1/gamma = 0\n",
+      "v = 319152105.7901131 m / s > c, setting 1/gamma = 0\n",
+      "v = 300611640.53944385 m / s > c, setting 1/gamma = 0\n",
+      "v = 359012399.2881579 m / s > c, setting 1/gamma = 0\n",
+      "v = 507230045.67945564 m / s > c, setting 1/gamma = 0\n",
+      "v = 526726182.67124325 m / s > c, setting 1/gamma = 0\n",
+      "v = 434608162.7496857 m / s > c, setting 1/gamma = 0\n",
+      "v = 477153250.800238 m / s > c, setting 1/gamma = 0\n",
+      "v = 319268239.3690958 m / s > c, setting 1/gamma = 0\n",
+      "v = 317660509.1970859 m / s > c, setting 1/gamma = 0\n",
+      "v = 362964363.7269339 m / s > c, setting 1/gamma = 0\n",
+      "v = 414106865.1205009 m / s > c, setting 1/gamma = 0\n",
+      "v = 351350302.1853451 m / s > c, setting 1/gamma = 0\n",
+      "v = 329044274.735598 m / s > c, setting 1/gamma = 0\n",
+      "v = 373686022.82911974 m / s > c, setting 1/gamma = 0\n",
+      "v = 323624643.8706612 m / s > c, setting 1/gamma = 0\n",
+      "v = 310444511.59320205 m / s > c, setting 1/gamma = 0\n",
+      "v = 358358375.24229693 m / s > c, setting 1/gamma = 0\n",
+      "v = 416326787.1089806 m / s > c, setting 1/gamma = 0\n",
+      "v = 559249750.7925565 m / s > c, setting 1/gamma = 0\n",
+      "v = 540078935.2922062 m / s > c, setting 1/gamma = 0\n",
+      "v = 315797949.50890136 m / s > c, setting 1/gamma = 0\n",
+      "v = 364948156.5416162 m / s > c, setting 1/gamma = 0\n",
+      "v = 341727122.6607456 m / s > c, setting 1/gamma = 0\n",
+      "v = 302281875.64513445 m / s > c, setting 1/gamma = 0\n",
+      "v = 712365484.3983458 m / s > c, setting 1/gamma = 0\n",
+      "v = 582954091.8622891 m / s > c, setting 1/gamma = 0\n",
+      "v = 457395309.5563601 m / s > c, setting 1/gamma = 0\n",
+      "v = 495178812.7499986 m / s > c, setting 1/gamma = 0\n",
+      "v = 301419369.2961235 m / s > c, setting 1/gamma = 0\n",
+      "v = 353536315.86827546 m / s > c, setting 1/gamma = 0\n",
+      "v = 474160251.0064956 m / s > c, setting 1/gamma = 0\n",
+      "v = 511439368.97329164 m / s > c, setting 1/gamma = 0\n",
+      "v = 450617843.17510086 m / s > c, setting 1/gamma = 0\n",
+      "v = 489549795.6696258 m / s > c, setting 1/gamma = 0\n",
+      "v = 590115451.6882137 m / s > c, setting 1/gamma = 0\n",
+      "v = 550123503.9845703 m / s > c, setting 1/gamma = 0\n",
+      "v = 343247198.67201763 m / s > c, setting 1/gamma = 0\n",
+      "v = 310557925.1613273 m / s > c, setting 1/gamma = 0\n",
+      "v = 345444138.4311133 m / s > c, setting 1/gamma = 0\n",
+      "v = 490045253.97354436 m / s > c, setting 1/gamma = 0\n",
+      "v = 515723192.70998204 m / s > c, setting 1/gamma = 0\n",
+      "v = 447880022.8752439 m / s > c, setting 1/gamma = 0\n",
+      "v = 485507358.4767097 m / s > c, setting 1/gamma = 0\n",
+      "v = 301700625.99374926 m / s > c, setting 1/gamma = 0\n",
+      "v = 313658762.71604943 m / s > c, setting 1/gamma = 0\n",
+      "v = 333315767.9879057 m / s > c, setting 1/gamma = 0\n",
+      "v = 506724806.07863784 m / s > c, setting 1/gamma = 0\n",
+      "v = 528884337.2465079 m / s > c, setting 1/gamma = 0\n",
+      "v = 429394394.9673168 m / s > c, setting 1/gamma = 0\n",
+      "v = 477723217.85910064 m / s > c, setting 1/gamma = 0\n",
+      "v = 370384783.03391594 m / s > c, setting 1/gamma = 0\n",
+      "v = 420892810.7075212 m / s > c, setting 1/gamma = 0\n",
+      "v = 302467534.3800498 m / s > c, setting 1/gamma = 0\n",
+      "v = 350425743.8350511 m / s > c, setting 1/gamma = 0\n",
+      "v = 303948180.01241964 m / s > c, setting 1/gamma = 0\n",
+      "v = 362799826.23497367 m / s > c, setting 1/gamma = 0\n",
+      "v = 311375850.1143604 m / s > c, setting 1/gamma = 0\n",
+      "v = 362055462.1118788 m / s > c, setting 1/gamma = 0\n",
+      "v = 326316265.78566283 m / s > c, setting 1/gamma = 0\n",
+      "v = 785763095.6339828 m / s > c, setting 1/gamma = 0\n",
+      "v = 647899244.6716784 m / s > c, setting 1/gamma = 0\n",
+      "v = 614557191.7121474 m / s > c, setting 1/gamma = 0\n",
+      "v = 558960253.7417109 m / s > c, setting 1/gamma = 0\n",
+      "v = 299857603.922697 m / s > c, setting 1/gamma = 0\n",
+      "v = 513740343.36400414 m / s > c, setting 1/gamma = 0\n",
+      "v = 533259143.04382527 m / s > c, setting 1/gamma = 0\n",
+      "v = 371336235.97771263 m / s > c, setting 1/gamma = 0\n",
+      "v = 423137412.5126359 m / s > c, setting 1/gamma = 0\n",
+      "v = 331035020.169061 m / s > c, setting 1/gamma = 0\n",
+      "v = 318069635.14090955 m / s > c, setting 1/gamma = 0\n",
+      "v = 356067041.0032158 m / s > c, setting 1/gamma = 0\n",
+      "v = 395205246.6510662 m / s > c, setting 1/gamma = 0\n",
+      "v = 451086296.01438046 m / s > c, setting 1/gamma = 0\n",
+      "v = 371299845.25315183 m / s > c, setting 1/gamma = 0\n",
+      "v = 425098174.2961405 m / s > c, setting 1/gamma = 0\n",
+      "v = 499773670.59713954 m / s > c, setting 1/gamma = 0\n",
+      "v = 526685076.7430916 m / s > c, setting 1/gamma = 0\n",
+      "v = 411115224.67289084 m / s > c, setting 1/gamma = 0\n",
+      "v = 464862263.3622153 m / s > c, setting 1/gamma = 0\n",
+      "v = 422447335.96543884 m / s > c, setting 1/gamma = 0\n",
+      "v = 465861708.7127833 m / s > c, setting 1/gamma = 0\n",
+      "v = 528012037.21750665 m / s > c, setting 1/gamma = 0\n",
+      "v = 550507858.2803878 m / s > c, setting 1/gamma = 0\n",
+      "v = 380163802.8026764 m / s > c, setting 1/gamma = 0\n",
+      "v = 438111740.3239343 m / s > c, setting 1/gamma = 0\n",
+      "v = 332700150.96420074 m / s > c, setting 1/gamma = 0\n",
+      "v = 311237258.0882387 m / s > c, setting 1/gamma = 0\n",
+      "v = 315133614.7818236 m / s > c, setting 1/gamma = 0\n",
+      "v = 329139224.2113822 m / s > c, setting 1/gamma = 0\n",
+      "v = 302147477.2079887 m / s > c, setting 1/gamma = 0\n",
+      "v = 316331247.9702699 m / s > c, setting 1/gamma = 0\n",
+      "v = 569708114.7038177 m / s > c, setting 1/gamma = 0\n",
+      "v = 561786109.7136712 m / s > c, setting 1/gamma = 0\n",
+      "v = 392257086.3170796 m / s > c, setting 1/gamma = 0\n",
+      "v = 452532241.383876 m / s > c, setting 1/gamma = 0\n",
+      "v = 360910090.8249862 m / s > c, setting 1/gamma = 0\n",
+      "v = 425201236.3558753 m / s > c, setting 1/gamma = 0\n",
+      "v = 418190095.16296655 m / s > c, setting 1/gamma = 0\n",
+      "v = 469500976.39406055 m / s > c, setting 1/gamma = 0\n",
+      "v = 527469056.7691928 m / s > c, setting 1/gamma = 0\n",
+      "v = 537958279.4017283 m / s > c, setting 1/gamma = 0\n",
+      "v = 311995798.78699 m / s > c, setting 1/gamma = 0\n",
+      "v = 377018522.06394166 m / s > c, setting 1/gamma = 0\n",
+      "v = 630485777.546879 m / s > c, setting 1/gamma = 0\n",
+      "v = 590967612.3593574 m / s > c, setting 1/gamma = 0\n",
+      "v = 301372397.1600038 m / s > c, setting 1/gamma = 0\n",
+      "v = 578028617.2635554 m / s > c, setting 1/gamma = 0\n",
+      "v = 545156156.7330452 m / s > c, setting 1/gamma = 0\n",
+      "v = 474847526.7781614 m / s > c, setting 1/gamma = 0\n",
+      "v = 516072116.7777122 m / s > c, setting 1/gamma = 0\n",
+      "v = 499077238.9550175 m / s > c, setting 1/gamma = 0\n",
+      "v = 520127067.7089469 m / s > c, setting 1/gamma = 0\n",
+      "v = 415533021.0300773 m / s > c, setting 1/gamma = 0\n",
+      "v = 474008451.3631366 m / s > c, setting 1/gamma = 0\n",
+      "v = 628583886.4202799 m / s > c, setting 1/gamma = 0\n",
+      "v = 577483747.0162634 m / s > c, setting 1/gamma = 0\n",
+      "v = 645661185.0800753 m / s > c, setting 1/gamma = 0\n",
+      "v = 609999624.3671117 m / s > c, setting 1/gamma = 0\n",
+      "v = 543481452.7628791 m / s > c, setting 1/gamma = 0\n",
+      "v = 565296943.1488717 m / s > c, setting 1/gamma = 0\n",
+      "v = 395109879.22950876 m / s > c, setting 1/gamma = 0\n",
+      "v = 453463091.28345364 m / s > c, setting 1/gamma = 0\n",
+      "v = 319737971.9175196 m / s > c, setting 1/gamma = 0\n",
+      "v = 381443507.556729 m / s > c, setting 1/gamma = 0\n",
+      "v = 320790161.9979778 m / s > c, setting 1/gamma = 0\n",
+      "v = 484329719.52575326 m / s > c, setting 1/gamma = 0\n",
+      "v = 521400531.645515 m / s > c, setting 1/gamma = 0\n",
+      "v = 402656350.6150976 m / s > c, setting 1/gamma = 0\n",
+      "v = 458681330.7630641 m / s > c, setting 1/gamma = 0\n",
+      "v = 362073158.6112553 m / s > c, setting 1/gamma = 0\n",
+      "v = 415595452.28537166 m / s > c, setting 1/gamma = 0\n",
+      "v = 306738872.6980482 m / s > c, setting 1/gamma = 0\n",
+      "v = 368928109.0970559 m / s > c, setting 1/gamma = 0\n",
+      "v = 386889937.93144375 m / s > c, setting 1/gamma = 0\n",
+      "v = 445089399.4296205 m / s > c, setting 1/gamma = 0\n",
+      "v = 409876272.27977765 m / s > c, setting 1/gamma = 0\n",
+      "v = 458638439.7617585 m / s > c, setting 1/gamma = 0\n",
+      "v = 318707409.294964 m / s > c, setting 1/gamma = 0\n",
+      "v = 379649888.3912136 m / s > c, setting 1/gamma = 0\n",
+      "v = 339699896.2142513 m / s > c, setting 1/gamma = 0\n",
+      "v = 329027187.0148276 m / s > c, setting 1/gamma = 0\n",
+      "v = 462144978.3766329 m / s > c, setting 1/gamma = 0\n",
+      "v = 498647891.82228196 m / s > c, setting 1/gamma = 0\n",
+      "v = 433210197.91721106 m / s > c, setting 1/gamma = 0\n",
+      "v = 478225215.4371963 m / s > c, setting 1/gamma = 0\n",
+      "v = 443761851.6467067 m / s > c, setting 1/gamma = 0\n",
+      "v = 476645681.4056174 m / s > c, setting 1/gamma = 0\n",
+      "v = 326138900.9886721 m / s > c, setting 1/gamma = 0\n",
+      "v = 370166240.22416705 m / s > c, setting 1/gamma = 0\n",
+      "v = 312856053.3632068 m / s > c, setting 1/gamma = 0\n",
+      "v = 462638904.2822151 m / s > c, setting 1/gamma = 0\n",
+      "v = 498705732.3428488 m / s > c, setting 1/gamma = 0\n",
+      "v = 603972895.3753799 m / s > c, setting 1/gamma = 0\n",
+      "v = 550364687.5839915 m / s > c, setting 1/gamma = 0\n",
+      "v = 350000359.2589778 m / s > c, setting 1/gamma = 0\n",
+      "v = 396667716.6175651 m / s > c, setting 1/gamma = 0\n",
+      "v = 344700907.185722 m / s > c, setting 1/gamma = 0\n",
+      "v = 400871649.8398265 m / s > c, setting 1/gamma = 0\n",
+      "v = 379167586.88139 m / s > c, setting 1/gamma = 0\n",
+      "v = 431674450.3976457 m / s > c, setting 1/gamma = 0\n",
+      "v = 446474647.37783223 m / s > c, setting 1/gamma = 0\n",
+      "v = 475032263.7220869 m / s > c, setting 1/gamma = 0\n",
+      "v = 319000568.16669935 m / s > c, setting 1/gamma = 0\n",
+      "v = 363330490.453429 m / s > c, setting 1/gamma = 0\n",
+      "v = 363611371.2535144 m / s > c, setting 1/gamma = 0\n",
+      "v = 413682673.94654363 m / s > c, setting 1/gamma = 0\n",
+      "v = 440846157.32431203 m / s > c, setting 1/gamma = 0\n",
+      "v = 471007040.5296182 m / s > c, setting 1/gamma = 0\n",
+      "v = 302714144.6081237 m / s > c, setting 1/gamma = 0\n",
+      "v = 321450078.43715966 m / s > c, setting 1/gamma = 0\n",
+      "v = 317070301.2421724 m / s > c, setting 1/gamma = 0\n",
+      "v = 439696186.1455197 m / s > c, setting 1/gamma = 0\n",
+      "v = 475705948.8493014 m / s > c, setting 1/gamma = 0\n",
+      "v = 404064804.6047464 m / s > c, setting 1/gamma = 0\n",
+      "v = 448975525.3556808 m / s > c, setting 1/gamma = 0\n",
+      "v = 331870777.1036489 m / s > c, setting 1/gamma = 0\n",
+      "v = 377584484.63368 m / s > c, setting 1/gamma = 0\n",
+      "v = 347852947.9461636 m / s > c, setting 1/gamma = 0\n",
+      "v = 404685911.12374413 m / s > c, setting 1/gamma = 0\n",
+      "v = 588884429.9120315 m / s > c, setting 1/gamma = 0\n",
+      "v = 543384231.2439317 m / s > c, setting 1/gamma = 0\n",
+      "v = 304286965.6788589 m / s > c, setting 1/gamma = 0\n",
+      "v = 319636193.8013298 m / s > c, setting 1/gamma = 0\n",
+      "v = 362873494.39353275 m / s > c, setting 1/gamma = 0\n",
+      "v = 312468487.5905207 m / s > c, setting 1/gamma = 0\n",
+      "v = 360174146.3602419 m / s > c, setting 1/gamma = 0\n",
+      "v = 345302812.54931456 m / s > c, setting 1/gamma = 0\n",
+      "v = 404435295.46057016 m / s > c, setting 1/gamma = 0\n",
+      "v = 312065474.5047924 m / s > c, setting 1/gamma = 0\n",
+      "v = 700745702.2770989 m / s > c, setting 1/gamma = 0\n",
+      "v = 570831529.6954689 m / s > c, setting 1/gamma = 0\n",
+      "v = 309905835.99713194 m / s > c, setting 1/gamma = 0\n",
+      "v = 363132829.5761826 m / s > c, setting 1/gamma = 0\n",
+      "v = 491673139.01609147 m / s > c, setting 1/gamma = 0\n",
+      "v = 506258375.6581482 m / s > c, setting 1/gamma = 0\n",
+      "v = 586047434.2119455 m / s > c, setting 1/gamma = 0\n",
+      "v = 555651814.4280175 m / s > c, setting 1/gamma = 0\n",
+      "v = 394877682.6279466 m / s > c, setting 1/gamma = 0\n",
+      "v = 437832075.56433415 m / s > c, setting 1/gamma = 0\n",
+      "v = 313381116.5639371 m / s > c, setting 1/gamma = 0\n",
+      "v = 492326685.02160305 m / s > c, setting 1/gamma = 0\n",
+      "v = 517050594.5789542 m / s > c, setting 1/gamma = 0\n",
+      "v = 360667284.7060114 m / s > c, setting 1/gamma = 0\n",
+      "v = 409830730.14416337 m / s > c, setting 1/gamma = 0\n",
+      "v = 315543493.5068382 m / s > c, setting 1/gamma = 0\n",
+      "v = 393139054.76182806 m / s > c, setting 1/gamma = 0\n",
+      "v = 442173573.92537624 m / s > c, setting 1/gamma = 0\n",
+      "v = 324166251.29571503 m / s > c, setting 1/gamma = 0\n",
+      "v = 321581055.23832244 m / s > c, setting 1/gamma = 0\n",
+      "v = 378604777.56982124 m / s > c, setting 1/gamma = 0\n",
+      "v = 382230066.6233669 m / s > c, setting 1/gamma = 0\n",
+      "v = 428483500.87914157 m / s > c, setting 1/gamma = 0\n",
+      "v = 324537915.83451766 m / s > c, setting 1/gamma = 0\n",
+      "v = 352777817.315595 m / s > c, setting 1/gamma = 0\n",
+      "v = 410698274.20022184 m / s > c, setting 1/gamma = 0\n",
+      "v = 388269195.0182265 m / s > c, setting 1/gamma = 0\n",
+      "v = 434138379.65467685 m / s > c, setting 1/gamma = 0\n",
+      "v = 612902636.8496951 m / s > c, setting 1/gamma = 0\n",
+      "v = 564623517.1421539 m / s > c, setting 1/gamma = 0\n",
+      "v = 582791224.6402591 m / s > c, setting 1/gamma = 0\n",
+      "v = 552962563.3177369 m / s > c, setting 1/gamma = 0\n",
+      "v = 320581206.98694503 m / s > c, setting 1/gamma = 0\n",
+      "v = 421381148.06322867 m / s > c, setting 1/gamma = 0\n",
+      "v = 465037645.1688198 m / s > c, setting 1/gamma = 0\n",
+      "v = 300851718.4856873 m / s > c, setting 1/gamma = 0\n",
+      "v = 602222421.0292459 m / s > c, setting 1/gamma = 0\n",
+      "v = 559799343.2287474 m / s > c, setting 1/gamma = 0\n",
+      "v = 395474865.362421 m / s > c, setting 1/gamma = 0\n",
+      "v = 444147838.4058549 m / s > c, setting 1/gamma = 0\n",
+      "v = 395083831.0174902 m / s > c, setting 1/gamma = 0\n",
+      "v = 440547176.23257506 m / s > c, setting 1/gamma = 0\n",
+      "v = 314228299.6183963 m / s > c, setting 1/gamma = 0\n",
+      "v = 368979405.73768497 m / s > c, setting 1/gamma = 0\n",
+      "v = 317101120.47077495 m / s > c, setting 1/gamma = 0\n",
+      "v = 328234364.99302864 m / s > c, setting 1/gamma = 0\n",
+      "v = 499217395.79607165 m / s > c, setting 1/gamma = 0\n",
+      "v = 524794954.7242026 m / s > c, setting 1/gamma = 0\n",
+      "v = 452947275.3384231 m / s > c, setting 1/gamma = 0\n",
+      "v = 495830688.49152356 m / s > c, setting 1/gamma = 0\n",
+      "v = 500019915.3598341 m / s > c, setting 1/gamma = 0\n",
+      "v = 513744270.6497936 m / s > c, setting 1/gamma = 0\n",
+      "v = 306186602.05813444 m / s > c, setting 1/gamma = 0\n",
+      "v = 327854668.0932189 m / s > c, setting 1/gamma = 0\n",
+      "v = 304550357.13741136 m / s > c, setting 1/gamma = 0\n",
+      "v = 352982816.2338598 m / s > c, setting 1/gamma = 0\n",
+      "v = 529072168.31495214 m / s > c, setting 1/gamma = 0\n",
+      "v = 540119993.6698697 m / s > c, setting 1/gamma = 0\n",
+      "v = 304886966.96719706 m / s > c, setting 1/gamma = 0\n",
+      "v = 683048070.2244879 m / s > c, setting 1/gamma = 0\n",
+      "v = 554866715.6588335 m / s > c, setting 1/gamma = 0\n",
+      "v = 317414190.5377646 m / s > c, setting 1/gamma = 0\n",
+      "v = 372053546.21125734 m / s > c, setting 1/gamma = 0\n",
+      "v = 350713238.0618575 m / s > c, setting 1/gamma = 0\n",
+      "v = 305797811.39133537 m / s > c, setting 1/gamma = 0\n",
+      "v = 302418202.7344692 m / s > c, setting 1/gamma = 0\n",
+      "v = 364679733.2981401 m / s > c, setting 1/gamma = 0\n",
+      "v = 303255584.9720815 m / s > c, setting 1/gamma = 0\n",
+      "v = 346223534.44947153 m / s > c, setting 1/gamma = 0\n",
+      "v = 473265269.0995179 m / s > c, setting 1/gamma = 0\n",
+      "v = 504390131.85827845 m / s > c, setting 1/gamma = 0\n",
+      "v = 477724618.4317673 m / s > c, setting 1/gamma = 0\n",
+      "v = 506066025.194655 m / s > c, setting 1/gamma = 0\n",
+      "v = 344638134.72790974 m / s > c, setting 1/gamma = 0\n",
+      "v = 392805942.4535349 m / s > c, setting 1/gamma = 0\n",
+      "v = 458891710.68565595 m / s > c, setting 1/gamma = 0\n",
+      "v = 495578259.63670456 m / s > c, setting 1/gamma = 0\n",
+      "v = 603504694.8113375 m / s > c, setting 1/gamma = 0\n",
+      "v = 544498625.2864925 m / s > c, setting 1/gamma = 0\n",
+      "v = 321219600.5637604 m / s > c, setting 1/gamma = 0\n",
+      "v = 475681468.4616063 m / s > c, setting 1/gamma = 0\n",
+      "v = 513822618.1372689 m / s > c, setting 1/gamma = 0\n",
+      "v = 487801286.06544876 m / s > c, setting 1/gamma = 0\n",
+      "v = 516666490.4867047 m / s > c, setting 1/gamma = 0\n",
+      "v = 478598625.6256913 m / s > c, setting 1/gamma = 0\n",
+      "v = 508945844.5078423 m / s > c, setting 1/gamma = 0\n",
+      "v = 335539908.69750816 m / s > c, setting 1/gamma = 0\n",
+      "v = 394153862.2454036 m / s > c, setting 1/gamma = 0\n",
+      "v = 372354167.23239064 m / s > c, setting 1/gamma = 0\n",
+      "v = 420570013.9301423 m / s > c, setting 1/gamma = 0\n",
+      "v = 487836655.05367506 m / s > c, setting 1/gamma = 0\n",
+      "v = 516023299.13173217 m / s > c, setting 1/gamma = 0\n",
+      "v = 512979799.6224385 m / s > c, setting 1/gamma = 0\n",
+      "v = 531432692.0705342 m / s > c, setting 1/gamma = 0\n",
+      "v = 360740907.06772 m / s > c, setting 1/gamma = 0\n",
+      "v = 418424926.2234766 m / s > c, setting 1/gamma = 0\n",
+      "v = 307434645.7372878 m / s > c, setting 1/gamma = 0\n",
+      "v = 343318983.0139911 m / s > c, setting 1/gamma = 0\n",
+      "v = 334069882.0255549 m / s > c, setting 1/gamma = 0\n",
+      "v = 384855183.0706901 m / s > c, setting 1/gamma = 0\n",
+      "v = 319174934.4095066 m / s > c, setting 1/gamma = 0\n",
+      "v = 370332251.77655345 m / s > c, setting 1/gamma = 0\n",
+      "v = 466690417.6228085 m / s > c, setting 1/gamma = 0\n",
+      "v = 491010594.5826526 m / s > c, setting 1/gamma = 0\n",
+      "v = 316376709.3484971 m / s > c, setting 1/gamma = 0\n",
+      "v = 375293699.2778723 m / s > c, setting 1/gamma = 0\n",
+      "v = 331553841.48528314 m / s > c, setting 1/gamma = 0\n",
+      "v = 388373702.33663476 m / s > c, setting 1/gamma = 0\n",
+      "v = 379264664.3813062 m / s > c, setting 1/gamma = 0\n",
+      "v = 424827462.1130723 m / s > c, setting 1/gamma = 0\n",
+      "v = 455379640.7111865 m / s > c, setting 1/gamma = 0\n",
+      "v = 491330369.381306 m / s > c, setting 1/gamma = 0\n",
+      "v = 341703878.54677343 m / s > c, setting 1/gamma = 0\n",
+      "v = 397853229.75330937 m / s > c, setting 1/gamma = 0\n",
+      "v = 337876984.4249684 m / s > c, setting 1/gamma = 0\n",
+      "v = 384160444.9910385 m / s > c, setting 1/gamma = 0\n",
+      "v = 303243795.2492041 m / s > c, setting 1/gamma = 0\n",
+      "v = 348033803.20245993 m / s > c, setting 1/gamma = 0\n",
+      "v = 301636298.22310424 m / s > c, setting 1/gamma = 0\n",
+      "v = 345226604.251205 m / s > c, setting 1/gamma = 0\n",
+      "v = 344264063.33223706 m / s > c, setting 1/gamma = 0\n",
+      "v = 392645105.00821596 m / s > c, setting 1/gamma = 0\n",
+      "v = 318876099.17432433 m / s > c, setting 1/gamma = 0\n",
+      "v = 302297868.1172616 m / s > c, setting 1/gamma = 0\n",
+      "v = 343265394.59955466 m / s > c, setting 1/gamma = 0\n",
+      "v = 354661609.0207848 m / s > c, setting 1/gamma = 0\n",
+      "v = 408601916.0166014 m / s > c, setting 1/gamma = 0\n",
+      "v = 317556850.2517871 m / s > c, setting 1/gamma = 0\n",
+      "v = 370299778.40489095 m / s > c, setting 1/gamma = 0\n",
+      "v = 313290226.3587303 m / s > c, setting 1/gamma = 0\n",
+      "v = 481693305.94336224 m / s > c, setting 1/gamma = 0\n",
+      "v = 506576590.56463844 m / s > c, setting 1/gamma = 0\n",
+      "v = 419051481.90164983 m / s > c, setting 1/gamma = 0\n",
+      "v = 463909764.15002364 m / s > c, setting 1/gamma = 0\n",
+      "v = 352719938.3127724 m / s > c, setting 1/gamma = 0\n",
+      "v = 399653599.76776993 m / s > c, setting 1/gamma = 0\n",
+      "v = 398536226.7513905 m / s > c, setting 1/gamma = 0\n",
+      "v = 440129235.3177079 m / s > c, setting 1/gamma = 0\n",
+      "v = 502895539.28708506 m / s > c, setting 1/gamma = 0\n",
+      "v = 517918354.11917734 m / s > c, setting 1/gamma = 0\n",
+      "v = 496876064.1283109 m / s > c, setting 1/gamma = 0\n",
+      "v = 516747459.3150851 m / s > c, setting 1/gamma = 0\n",
+      "v = 328676015.31848377 m / s > c, setting 1/gamma = 0\n",
+      "v = 383407032.8077797 m / s > c, setting 1/gamma = 0\n",
+      "v = 307605222.75044733 m / s > c, setting 1/gamma = 0\n",
+      "v = 303053020.673745 m / s > c, setting 1/gamma = 0\n",
+      "v = 308284647.3300537 m / s > c, setting 1/gamma = 0\n",
+      "v = 353269635.98441756 m / s > c, setting 1/gamma = 0\n",
+      "v = 449552287.75124884 m / s > c, setting 1/gamma = 0\n",
+      "v = 488813060.0532222 m / s > c, setting 1/gamma = 0\n",
+      "v = 344285405.6978606 m / s > c, setting 1/gamma = 0\n",
+      "v = 400506823.2795247 m / s > c, setting 1/gamma = 0\n",
+      "v = 311496575.91149956 m / s > c, setting 1/gamma = 0\n",
+      "v = 357357703.1645683 m / s > c, setting 1/gamma = 0\n",
+      "v = 315250312.6765427 m / s > c, setting 1/gamma = 0\n",
+      "v = 364822581.39559114 m / s > c, setting 1/gamma = 0\n",
+      "v = 306264299.123298 m / s > c, setting 1/gamma = 0\n",
+      "v = 307020546.2072983 m / s > c, setting 1/gamma = 0\n",
+      "v = 307310477.97025925 m / s > c, setting 1/gamma = 0\n",
+      "v = 397206646.55482316 m / s > c, setting 1/gamma = 0\n",
+      "v = 443662190.1562422 m / s > c, setting 1/gamma = 0\n",
+      "v = 307159565.3233754 m / s > c, setting 1/gamma = 0\n",
+      "v = 718675396.1375171 m / s > c, setting 1/gamma = 0\n",
+      "v = 589192225.9455787 m / s > c, setting 1/gamma = 0\n",
+      "v = 611645385.9332654 m / s > c, setting 1/gamma = 0\n",
+      "v = 557827664.7089794 m / s > c, setting 1/gamma = 0\n",
+      "v = 306026180.57809955 m / s > c, setting 1/gamma = 0\n",
+      "v = 360369727.08501136 m / s > c, setting 1/gamma = 0\n",
+      "v = 339490025.90974146 m / s > c, setting 1/gamma = 0\n",
+      "v = 599760037.8477087 m / s > c, setting 1/gamma = 0\n",
+      "v = 546859911.747787 m / s > c, setting 1/gamma = 0\n",
+      "v = 448619364.7017542 m / s > c, setting 1/gamma = 0\n",
+      "v = 495972722.08085054 m / s > c, setting 1/gamma = 0\n",
+      "v = 451754767.0165505 m / s > c, setting 1/gamma = 0\n",
+      "v = 491681137.0120616 m / s > c, setting 1/gamma = 0\n",
+      "v = 310687436.3158534 m / s > c, setting 1/gamma = 0\n",
+      "v = 367678971.34140545 m / s > c, setting 1/gamma = 0\n",
+      "v = 307505377.6616665 m / s > c, setting 1/gamma = 0\n",
+      "v = 358110644.68362963 m / s > c, setting 1/gamma = 0\n",
+      "v = 316985232.5128259 m / s > c, setting 1/gamma = 0\n",
+      "v = 366742504.4404444 m / s > c, setting 1/gamma = 0\n",
+      "v = 494153642.86791486 m / s > c, setting 1/gamma = 0\n",
+      "v = 526111671.9143548 m / s > c, setting 1/gamma = 0\n",
+      "v = 417959108.7825877 m / s > c, setting 1/gamma = 0\n",
+      "v = 467193169.6442036 m / s > c, setting 1/gamma = 0\n",
+      "v = 326917313.27062714 m / s > c, setting 1/gamma = 0\n",
+      "v = 308745197.19100225 m / s > c, setting 1/gamma = 0\n",
+      "v = 361418102.0741244 m / s > c, setting 1/gamma = 0\n",
+      "v = 511255878.1095074 m / s > c, setting 1/gamma = 0\n",
+      "v = 544469655.8776098 m / s > c, setting 1/gamma = 0\n",
+      "v = 301358705.9291298 m / s > c, setting 1/gamma = 0\n",
+      "v = 336752571.63440627 m / s > c, setting 1/gamma = 0\n",
+      "v = 390886670.1004025 m / s > c, setting 1/gamma = 0\n",
+      "v = 328195410.7882144 m / s > c, setting 1/gamma = 0\n",
+      "v = 310175376.44254404 m / s > c, setting 1/gamma = 0\n",
+      "v = 439521127.244129 m / s > c, setting 1/gamma = 0\n",
+      "v = 484287823.70477104 m / s > c, setting 1/gamma = 0\n",
+      "v = 396097658.89668494 m / s > c, setting 1/gamma = 0\n",
+      "v = 451643648.7162425 m / s > c, setting 1/gamma = 0\n",
+      "v = 460452527.64477783 m / s > c, setting 1/gamma = 0\n",
+      "v = 491411268.40325695 m / s > c, setting 1/gamma = 0\n",
+      "v = 302886275.6956617 m / s > c, setting 1/gamma = 0\n",
+      "v = 356508724.39702487 m / s > c, setting 1/gamma = 0\n",
+      "v = 320822445.04214567 m / s > c, setting 1/gamma = 0\n",
+      "v = 724459746.6889595 m / s > c, setting 1/gamma = 0\n",
+      "v = 589180526.1388881 m / s > c, setting 1/gamma = 0\n",
+      "v = 305415408.1107339 m / s > c, setting 1/gamma = 0\n",
+      "v = 357744370.4466931 m / s > c, setting 1/gamma = 0\n",
+      "v = 337221493.01309687 m / s > c, setting 1/gamma = 0\n",
+      "v = 364522517.3738858 m / s > c, setting 1/gamma = 0\n",
+      "v = 413622922.87023 m / s > c, setting 1/gamma = 0\n",
+      "v = 319677812.47874504 m / s > c, setting 1/gamma = 0\n",
+      "v = 374947040.6592944 m / s > c, setting 1/gamma = 0\n",
+      "v = 461447991.1072862 m / s > c, setting 1/gamma = 0\n",
+      "v = 487638660.04667 m / s > c, setting 1/gamma = 0\n",
+      "v = 301943173.5768096 m / s > c, setting 1/gamma = 0\n",
+      "v = 349528923.1875333 m / s > c, setting 1/gamma = 0\n",
+      "v = 397746535.96556437 m / s > c, setting 1/gamma = 0\n",
+      "v = 440674760.4348416 m / s > c, setting 1/gamma = 0\n",
+      "v = 327834283.6531388 m / s > c, setting 1/gamma = 0\n",
+      "v = 307127728.5808054 m / s > c, setting 1/gamma = 0\n",
+      "v = 305768028.32289684 m / s > c, setting 1/gamma = 0\n",
+      "v = 425182350.65314794 m / s > c, setting 1/gamma = 0\n",
+      "v = 464063345.9336752 m / s > c, setting 1/gamma = 0\n",
+      "v = 352868357.1461757 m / s > c, setting 1/gamma = 0\n",
+      "v = 398538025.3166973 m / s > c, setting 1/gamma = 0\n",
+      "v = 342204279.06824094 m / s > c, setting 1/gamma = 0\n",
+      "v = 350669960.7355183 m / s > c, setting 1/gamma = 0\n",
+      "v = 393068314.17306274 m / s > c, setting 1/gamma = 0\n",
+      "v = 302909906.94219226 m / s > c, setting 1/gamma = 0\n",
+      "v = 339102543.4797877 m / s > c, setting 1/gamma = 0\n",
+      "v = 381904090.08377975 m / s > c, setting 1/gamma = 0\n",
+      "v = 471562077.0808324 m / s > c, setting 1/gamma = 0\n",
+      "v = 510086492.74602187 m / s > c, setting 1/gamma = 0\n",
+      "v = 301794850.4641837 m / s > c, setting 1/gamma = 0\n",
+      "v = 357975472.9755828 m / s > c, setting 1/gamma = 0\n",
+      "v = 314278624.921451 m / s > c, setting 1/gamma = 0\n",
+      "v = 329684701.7576669 m / s > c, setting 1/gamma = 0\n",
+      "v = 373296281.82865137 m / s > c, setting 1/gamma = 0\n",
+      "v = 318468643.21836865 m / s > c, setting 1/gamma = 0\n",
+      "v = 366593459.9216783 m / s > c, setting 1/gamma = 0\n",
+      "v = 359163866.75479317 m / s > c, setting 1/gamma = 0\n",
+      "v = 407088809.261039 m / s > c, setting 1/gamma = 0\n",
+      "v = 352453832.3057439 m / s > c, setting 1/gamma = 0\n",
+      "v = 397750774.7825996 m / s > c, setting 1/gamma = 0\n",
+      "v = 305416344.39793617 m / s > c, setting 1/gamma = 0\n",
+      "v = 320596118.10877013 m / s > c, setting 1/gamma = 0\n",
+      "v = 371282366.0440305 m / s > c, setting 1/gamma = 0\n",
+      "v = 387752870.8263977 m / s > c, setting 1/gamma = 0\n",
+      "v = 425378976.05648124 m / s > c, setting 1/gamma = 0\n",
+      "v = 318690385.37847716 m / s > c, setting 1/gamma = 0\n",
+      "v = 305218496.4724423 m / s > c, setting 1/gamma = 0\n",
+      "v = 358700749.79616815 m / s > c, setting 1/gamma = 0\n",
+      "v = 400142872.94944906 m / s > c, setting 1/gamma = 0\n",
+      "v = 305677469.92329705 m / s > c, setting 1/gamma = 0\n",
+      "v = 353157552.6162404 m / s > c, setting 1/gamma = 0\n",
+      "v = 300266068.356631 m / s > c, setting 1/gamma = 0\n",
+      "v = 342179865.51528966 m / s > c, setting 1/gamma = 0\n",
+      "v = 332861880.5201497 m / s > c, setting 1/gamma = 0\n",
+      "v = 374594149.00012577 m / s > c, setting 1/gamma = 0\n",
+      "v = 333506991.2982162 m / s > c, setting 1/gamma = 0\n",
+      "v = 378090528.4195569 m / s > c, setting 1/gamma = 0\n",
+      "v = 332587639.8122247 m / s > c, setting 1/gamma = 0\n",
+      "v = 359388914.4064335 m / s > c, setting 1/gamma = 0\n",
+      "v = 317389550.6302542 m / s > c, setting 1/gamma = 0\n",
+      "v = 299964185.5371696 m / s > c, setting 1/gamma = 0\n",
+      "v = 335793870.40910167 m / s > c, setting 1/gamma = 0\n",
+      "v = 326531075.09038895 m / s > c, setting 1/gamma = 0\n",
+      "v = 306761328.97808677 m / s > c, setting 1/gamma = 0\n",
+      "v = 356466791.0413985 m / s > c, setting 1/gamma = 0\n",
+      "v = 331230470.0266159 m / s > c, setting 1/gamma = 0\n",
+      "v = 370141645.864002 m / s > c, setting 1/gamma = 0\n",
+      "v = 451041590.4136978 m / s > c, setting 1/gamma = 0\n",
+      "v = 490606917.1599458 m / s > c, setting 1/gamma = 0\n",
+      "v = 360479277.14160687 m / s > c, setting 1/gamma = 0\n",
+      "v = 414210178.84885246 m / s > c, setting 1/gamma = 0\n",
+      "v = 306947675.724869 m / s > c, setting 1/gamma = 0\n",
+      "v = 333376377.95403975 m / s > c, setting 1/gamma = 0\n",
+      "v = 315380936.9017084 m / s > c, setting 1/gamma = 0\n",
+      "v = 356988504.2382336 m / s > c, setting 1/gamma = 0\n",
+      "v = 316309962.1971967 m / s > c, setting 1/gamma = 0\n",
+      "v = 429653024.81396395 m / s > c, setting 1/gamma = 0\n",
+      "v = 471340126.3531273 m / s > c, setting 1/gamma = 0\n",
+      "v = 408329353.7623974 m / s > c, setting 1/gamma = 0\n",
+      "v = 445210372.00974727 m / s > c, setting 1/gamma = 0\n",
+      "v = 313473315.9950481 m / s > c, setting 1/gamma = 0\n",
+      "v = 356785828.34104496 m / s > c, setting 1/gamma = 0\n",
+      "v = 309006573.1495596 m / s > c, setting 1/gamma = 0\n",
+      "v = 373304464.4153606 m / s > c, setting 1/gamma = 0\n",
+      "v = 414811985.22440404 m / s > c, setting 1/gamma = 0\n",
+      "v = 305543128.90965587 m / s > c, setting 1/gamma = 0\n",
+      "v = 335711991.14821225 m / s > c, setting 1/gamma = 0\n",
+      "v = 327285122.4014453 m / s > c, setting 1/gamma = 0\n",
+      "v = 318123688.34143674 m / s > c, setting 1/gamma = 0\n",
+      "v = 370389719.27967405 m / s > c, setting 1/gamma = 0\n",
+      "v = 410879004.59967595 m / s > c, setting 1/gamma = 0\n",
+      "v = 443979002.0168558 m / s > c, setting 1/gamma = 0\n",
+      "v = 318421672.54725057 m / s > c, setting 1/gamma = 0\n",
+      "v = 372303113.90881675 m / s > c, setting 1/gamma = 0\n",
+      "v = 389509951.4259029 m / s > c, setting 1/gamma = 0\n",
+      "v = 428540690.5950964 m / s > c, setting 1/gamma = 0\n",
+      "v = 309761469.89659834 m / s > c, setting 1/gamma = 0\n",
+      "v = 365983755.0661364 m / s > c, setting 1/gamma = 0\n",
+      "v = 384753232.8589317 m / s > c, setting 1/gamma = 0\n",
+      "v = 436888250.5317548 m / s > c, setting 1/gamma = 0\n",
+      "v = 528454018.74914974 m / s > c, setting 1/gamma = 0\n",
+      "v = 515959691.6652765 m / s > c, setting 1/gamma = 0\n",
+      "v = 323507704.3445205 m / s > c, setting 1/gamma = 0\n",
+      "v = 300263161.0343109 m / s > c, setting 1/gamma = 0\n",
+      "v = 337761075.6500241 m / s > c, setting 1/gamma = 0\n",
+      "v = 373827875.5079088 m / s > c, setting 1/gamma = 0\n",
+      "v = 426117369.9632642 m / s > c, setting 1/gamma = 0\n",
+      "v = 457419498.1557274 m / s > c, setting 1/gamma = 0\n",
+      "v = 488759366.54848814 m / s > c, setting 1/gamma = 0\n",
+      "v = 346534798.2222345 m / s > c, setting 1/gamma = 0\n",
+      "v = 390243544.18389827 m / s > c, setting 1/gamma = 0\n",
+      "v = 342867702.981642 m / s > c, setting 1/gamma = 0\n",
+      "v = 401148983.5752213 m / s > c, setting 1/gamma = 0\n",
+      "v = 312695787.4648599 m / s > c, setting 1/gamma = 0\n",
+      "v = 698267407.6731482 m / s > c, setting 1/gamma = 0\n",
+      "v = 569168363.6439276 m / s > c, setting 1/gamma = 0\n",
+      "v = 376863462.3603692 m / s > c, setting 1/gamma = 0\n",
+      "v = 425378711.28212124 m / s > c, setting 1/gamma = 0\n",
+      "v = 390704624.646449 m / s > c, setting 1/gamma = 0\n",
+      "v = 430464143.64038074 m / s > c, setting 1/gamma = 0\n",
+      "v = 342876622.18427515 m / s > c, setting 1/gamma = 0\n",
+      "v = 381717646.83872026 m / s > c, setting 1/gamma = 0\n",
+      "v = 313949472.65492594 m / s > c, setting 1/gamma = 0\n",
+      "v = 366899907.0869896 m / s > c, setting 1/gamma = 0\n",
+      "v = 401774651.62021023 m / s > c, setting 1/gamma = 0\n",
+      "v = 436087983.86619 m / s > c, setting 1/gamma = 0\n",
+      "v = 316179277.5049594 m / s > c, setting 1/gamma = 0\n",
+      "v = 371450603.6448722 m / s > c, setting 1/gamma = 0\n",
+      "v = 394147179.3017205 m / s > c, setting 1/gamma = 0\n",
+      "v = 444450387.49248636 m / s > c, setting 1/gamma = 0\n",
+      "v = 510401427.7070784 m / s > c, setting 1/gamma = 0\n",
+      "v = 511171703.79304963 m / s > c, setting 1/gamma = 0\n",
+      "v = 311914445.8705355 m / s > c, setting 1/gamma = 0\n",
+      "v = 304522703.47128266 m / s > c, setting 1/gamma = 0\n",
+      "v = 315241057.7273408 m / s > c, setting 1/gamma = 0\n",
+      "v = 411081354.9049903 m / s > c, setting 1/gamma = 0\n",
+      "v = 457581986.5404699 m / s > c, setting 1/gamma = 0\n",
+      "v = 508230074.1886584 m / s > c, setting 1/gamma = 0\n",
+      "v = 517604496.6422591 m / s > c, setting 1/gamma = 0\n",
+      "v = 335370047.72232795 m / s > c, setting 1/gamma = 0\n",
+      "v = 361458844.60574895 m / s > c, setting 1/gamma = 0\n",
+      "v = 406380341.4104492 m / s > c, setting 1/gamma = 0\n",
+      "v = 301977355.7583355 m / s > c, setting 1/gamma = 0\n",
+      "v = 334190455.60812795 m / s > c, setting 1/gamma = 0\n",
+      "v = 322375834.9687466 m / s > c, setting 1/gamma = 0\n",
+      "v = 369810800.63646543 m / s > c, setting 1/gamma = 0\n",
+      "v = 409230110.3635462 m / s > c, setting 1/gamma = 0\n",
+      "v = 307985877.0029305 m / s > c, setting 1/gamma = 0\n",
+      "v = 309964491.6684101 m / s > c, setting 1/gamma = 0\n",
+      "v = 302840800.37691975 m / s > c, setting 1/gamma = 0\n",
+      "v = 360035162.0846061 m / s > c, setting 1/gamma = 0\n",
+      "v = 411590400.4268651 m / s > c, setting 1/gamma = 0\n",
+      "v = 313821771.22584885 m / s > c, setting 1/gamma = 0\n",
+      "v = 338790773.77866304 m / s > c, setting 1/gamma = 0\n",
+      "v = 320153244.687131 m / s > c, setting 1/gamma = 0\n",
+      "v = 324961089.1959437 m / s > c, setting 1/gamma = 0\n",
+      "v = 375756191.1234982 m / s > c, setting 1/gamma = 0\n",
+      "v = 396196374.68268245 m / s > c, setting 1/gamma = 0\n",
+      "v = 427272088.92573816 m / s > c, setting 1/gamma = 0\n",
+      "v = 351626780.306941 m / s > c, setting 1/gamma = 0\n",
+      "v = 401642639.0908088 m / s > c, setting 1/gamma = 0\n",
+      "v = 316524453.152808 m / s > c, setting 1/gamma = 0\n",
+      "v = 366400526.02399296 m / s > c, setting 1/gamma = 0\n",
+      "v = 322943730.33283085 m / s > c, setting 1/gamma = 0\n",
+      "v = 359703621.05950075 m / s > c, setting 1/gamma = 0\n",
+      "v = 318559549.4422297 m / s > c, setting 1/gamma = 0\n",
+      "v = 374385262.70484215 m / s > c, setting 1/gamma = 0\n",
+      "v = 399129748.04377276 m / s > c, setting 1/gamma = 0\n",
+      "v = 409458901.26074743 m / s > c, setting 1/gamma = 0\n",
+      "v = 318517033.90112877 m / s > c, setting 1/gamma = 0\n",
+      "v = 555330562.103934 m / s > c, setting 1/gamma = 0\n",
+      "v = 539716248.9058236 m / s > c, setting 1/gamma = 0\n",
+      "v = 328740806.2210295 m / s > c, setting 1/gamma = 0\n",
+      "v = 377314871.8104278 m / s > c, setting 1/gamma = 0\n",
+      "v = 424941261.810881 m / s > c, setting 1/gamma = 0\n",
+      "v = 451300503.8911045 m / s > c, setting 1/gamma = 0\n",
+      "v = 308545303.44106036 m / s > c, setting 1/gamma = 0\n",
+      "v = 356628017.91397685 m / s > c, setting 1/gamma = 0\n",
+      "v = 383213384.7932608 m / s > c, setting 1/gamma = 0\n",
+      "v = 413914695.0757912 m / s > c, setting 1/gamma = 0\n",
+      "v = 363820306.79075164 m / s > c, setting 1/gamma = 0\n",
+      "v = 404533738.9135895 m / s > c, setting 1/gamma = 0\n",
+      "v = 300164447.4863268 m / s > c, setting 1/gamma = 0\n",
+      "v = 346778056.77077025 m / s > c, setting 1/gamma = 0\n",
+      "v = 347136140.98019516 m / s > c, setting 1/gamma = 0\n",
+      "v = 381384162.3722095 m / s > c, setting 1/gamma = 0\n",
+      "v = 301133792.4019777 m / s > c, setting 1/gamma = 0\n",
+      "v = 337688928.00982076 m / s > c, setting 1/gamma = 0\n",
+      "v = 318046074.9006531 m / s > c, setting 1/gamma = 0\n",
+      "v = 314067089.34888875 m / s > c, setting 1/gamma = 0\n",
+      "v = 438501120.36906433 m / s > c, setting 1/gamma = 0\n",
+      "v = 472946984.31473243 m / s > c, setting 1/gamma = 0\n",
+      "v = 556678987.7020266 m / s > c, setting 1/gamma = 0\n",
+      "v = 524080540.7956353 m / s > c, setting 1/gamma = 0\n",
+      "v = 302552608.35026133 m / s > c, setting 1/gamma = 0\n",
+      "v = 406651031.0955661 m / s > c, setting 1/gamma = 0\n",
+      "v = 438924417.4587636 m / s > c, setting 1/gamma = 0\n",
+      "v = 317434958.5884153 m / s > c, setting 1/gamma = 0\n",
+      "v = 351462560.47654724 m / s > c, setting 1/gamma = 0\n",
+      "v = 389952923.0278353 m / s > c, setting 1/gamma = 0\n",
+      "v = 357438849.959711 m / s > c, setting 1/gamma = 0\n",
+      "v = 414373973.58953327 m / s > c, setting 1/gamma = 0\n",
+      "v = 442179039.16352886 m / s > c, setting 1/gamma = 0\n",
+      "v = 476197615.9723161 m / s > c, setting 1/gamma = 0\n",
+      "v = 314759273.68939257 m / s > c, setting 1/gamma = 0\n",
+      "v = 363369835.59200567 m / s > c, setting 1/gamma = 0\n",
+      "v = 302122171.2168119 m / s > c, setting 1/gamma = 0\n",
+      "v = 334953696.31021076 m / s > c, setting 1/gamma = 0\n",
+      "v = 381237309.28406197 m / s > c, setting 1/gamma = 0\n",
+      "v = 316021258.10770816 m / s > c, setting 1/gamma = 0\n",
+      "v = 348137442.42606264 m / s > c, setting 1/gamma = 0\n",
+      "v = 306270643.70486283 m / s > c, setting 1/gamma = 0\n",
+      "v = 399961923.5328498 m / s > c, setting 1/gamma = 0\n",
+      "v = 436368415.41645515 m / s > c, setting 1/gamma = 0\n",
+      "v = 312731445.8733041 m / s > c, setting 1/gamma = 0\n",
+      "v = 348852442.30237967 m / s > c, setting 1/gamma = 0\n",
+      "v = 331323594.12911737 m / s > c, setting 1/gamma = 0\n",
+      "v = 333104320.3786635 m / s > c, setting 1/gamma = 0\n",
+      "v = 381093362.1186715 m / s > c, setting 1/gamma = 0\n",
+      "v = 395241873.47145617 m / s > c, setting 1/gamma = 0\n",
+      "v = 433430116.9351509 m / s > c, setting 1/gamma = 0\n",
+      "v = 336903402.7837992 m / s > c, setting 1/gamma = 0\n",
+      "v = 365957405.0730353 m / s > c, setting 1/gamma = 0\n",
+      "v = 355348491.6341933 m / s > c, setting 1/gamma = 0\n",
+      "v = 400302903.7727672 m / s > c, setting 1/gamma = 0\n",
+      "v = 322449998.06640273 m / s > c, setting 1/gamma = 0\n",
+      "v = 364718622.1131922 m / s > c, setting 1/gamma = 0\n",
+      "v = 305014423.0937711 m / s > c, setting 1/gamma = 0\n",
+      "v = 346534429.7865975 m / s > c, setting 1/gamma = 0\n",
+      "v = 413854168.35782856 m / s > c, setting 1/gamma = 0\n",
+      "v = 456253630.76272666 m / s > c, setting 1/gamma = 0\n",
+      "v = 560795910.6183311 m / s > c, setting 1/gamma = 0\n",
+      "v = 521230088.55160815 m / s > c, setting 1/gamma = 0\n",
+      "v = 351709080.7885292 m / s > c, setting 1/gamma = 0\n",
+      "v = 410633560.0959705 m / s > c, setting 1/gamma = 0\n",
+      "v = 404730084.9814548 m / s > c, setting 1/gamma = 0\n",
+      "v = 452058190.42599636 m / s > c, setting 1/gamma = 0\n",
+      "v = 302462812.17381674 m / s > c, setting 1/gamma = 0\n",
+      "v = 325619031.14396966 m / s > c, setting 1/gamma = 0\n",
+      "v = 300953199.03262687 m / s > c, setting 1/gamma = 0\n",
+      "v = 349275900.9857078 m / s > c, setting 1/gamma = 0\n",
+      "v = 473440954.3310731 m / s > c, setting 1/gamma = 0\n",
+      "v = 490154980.3137578 m / s > c, setting 1/gamma = 0\n",
+      "v = 300022364.65874535 m / s > c, setting 1/gamma = 0\n",
+      "v = 317395134.3858114 m / s > c, setting 1/gamma = 0\n",
+      "v = 320070245.2471282 m / s > c, setting 1/gamma = 0\n",
+      "v = 356407455.1354952 m / s > c, setting 1/gamma = 0\n",
+      "v = 362988504.44695026 m / s > c, setting 1/gamma = 0\n",
+      "v = 412605371.8315224 m / s > c, setting 1/gamma = 0\n",
+      "v = 323175537.06652325 m / s > c, setting 1/gamma = 0\n",
+      "v = 370503994.2926211 m / s > c, setting 1/gamma = 0\n",
+      "v = 378611547.2972103 m / s > c, setting 1/gamma = 0\n",
+      "v = 420794094.6843037 m / s > c, setting 1/gamma = 0\n",
+      "v = 309458001.0796943 m / s > c, setting 1/gamma = 0\n",
+      "v = 353099508.7222609 m / s > c, setting 1/gamma = 0\n",
+      "v = 313262278.40732545 m / s > c, setting 1/gamma = 0\n",
+      "v = 446289139.4022462 m / s > c, setting 1/gamma = 0\n",
+      "v = 470230933.3850073 m / s > c, setting 1/gamma = 0\n",
+      "v = 321666624.90893406 m / s > c, setting 1/gamma = 0\n",
+      "v = 366728806.8623645 m / s > c, setting 1/gamma = 0\n",
+      "v = 402966522.71703553 m / s > c, setting 1/gamma = 0\n",
+      "v = 361990090.4484747 m / s > c, setting 1/gamma = 0\n",
+      "v = 419025949.3441838 m / s > c, setting 1/gamma = 0\n",
+      "v = 376068125.3702133 m / s > c, setting 1/gamma = 0\n",
+      "v = 427302636.8677014 m / s > c, setting 1/gamma = 0\n",
+      "v = 326587139.8911407 m / s > c, setting 1/gamma = 0\n",
+      "v = 352469688.69641685 m / s > c, setting 1/gamma = 0\n",
+      "v = 313326067.7101486 m / s > c, setting 1/gamma = 0\n",
+      "v = 326028474.6638357 m / s > c, setting 1/gamma = 0\n",
+      "v = 379258880.8196926 m / s > c, setting 1/gamma = 0\n",
+      "v = 441344775.94588816 m / s > c, setting 1/gamma = 0\n",
+      "v = 460971943.6810711 m / s > c, setting 1/gamma = 0\n",
+      "v = 374778017.13600695 m / s > c, setting 1/gamma = 0\n",
+      "v = 422800746.16123 m / s > c, setting 1/gamma = 0\n",
+      "v = 300408327.52999204 m / s > c, setting 1/gamma = 0\n",
+      "v = 349039259.621043 m / s > c, setting 1/gamma = 0\n",
+      "v = 376623304.34302187 m / s > c, setting 1/gamma = 0\n",
+      "v = 426593956.8099302 m / s > c, setting 1/gamma = 0\n",
+      "v = 302799823.7590075 m / s > c, setting 1/gamma = 0\n",
+      "v = 350340994.9657043 m / s > c, setting 1/gamma = 0\n",
+      "v = 501669797.59762484 m / s > c, setting 1/gamma = 0\n",
+      "v = 505237170.46197844 m / s > c, setting 1/gamma = 0\n",
+      "v = 325411097.45493966 m / s > c, setting 1/gamma = 0\n",
+      "v = 374557841.2749765 m / s > c, setting 1/gamma = 0\n",
+      "v = 312974090.32276094 m / s > c, setting 1/gamma = 0\n",
+      "v = 365180408.1788659 m / s > c, setting 1/gamma = 0\n",
+      "v = 351926367.24719006 m / s > c, setting 1/gamma = 0\n",
+      "v = 399086863.5909634 m / s > c, setting 1/gamma = 0\n",
+      "v = 309481810.59627587 m / s > c, setting 1/gamma = 0\n",
+      "v = 343253597.72374916 m / s > c, setting 1/gamma = 0\n",
+      "v = 336208871.8642055 m / s > c, setting 1/gamma = 0\n",
+      "v = 387083154.0606556 m / s > c, setting 1/gamma = 0\n",
+      "v = 402042330.47277117 m / s > c, setting 1/gamma = 0\n",
+      "v = 439355595.81135076 m / s > c, setting 1/gamma = 0\n",
+      "v = 344144157.82786876 m / s > c, setting 1/gamma = 0\n",
+      "v = 394269191.22927415 m / s > c, setting 1/gamma = 0\n",
+      "v = 439490686.66035956 m / s > c, setting 1/gamma = 0\n",
+      "v = 463020862.2625557 m / s > c, setting 1/gamma = 0\n",
+      "v = 313325905.109108 m / s > c, setting 1/gamma = 0\n",
+      "v = 374524798.6481951 m / s > c, setting 1/gamma = 0\n",
+      "v = 410217466.88578475 m / s > c, setting 1/gamma = 0\n",
+      "v = 305399886.75206465 m / s > c, setting 1/gamma = 0\n",
+      "v = 343469601.2809736 m / s > c, setting 1/gamma = 0\n",
+      "v = 324415199.7616192 m / s > c, setting 1/gamma = 0\n",
+      "v = 328061451.3165271 m / s > c, setting 1/gamma = 0\n",
+      "v = 376528544.39839655 m / s > c, setting 1/gamma = 0\n",
+      "v = 303151426.84674543 m / s > c, setting 1/gamma = 0\n",
+      "v = 331593927.95453066 m / s > c, setting 1/gamma = 0\n",
+      "v = 344819706.2585277 m / s > c, setting 1/gamma = 0\n",
+      "v = 373043119.24024355 m / s > c, setting 1/gamma = 0\n",
+      "v = 362673252.06179327 m / s > c, setting 1/gamma = 0\n",
+      "v = 407217284.8237468 m / s > c, setting 1/gamma = 0\n",
+      "v = 323430590.0576277 m / s > c, setting 1/gamma = 0\n",
+      "v = 366018434.3195739 m / s > c, setting 1/gamma = 0\n",
+      "v = 329617920.1099802 m / s > c, setting 1/gamma = 0\n",
+      "v = 371528331.9911372 m / s > c, setting 1/gamma = 0\n",
+      "v = 331329194.793152 m / s > c, setting 1/gamma = 0\n",
+      "v = 387566063.061717 m / s > c, setting 1/gamma = 0\n",
+      "v = 637215206.0269223 m / s > c, setting 1/gamma = 0\n",
+      "v = 528602881.4494847 m / s > c, setting 1/gamma = 0\n",
+      "v = 333532955.62020034 m / s > c, setting 1/gamma = 0\n",
+      "v = 397999224.4889769 m / s > c, setting 1/gamma = 0\n",
+      "v = 430471562.1374367 m / s > c, setting 1/gamma = 0\n",
+      "v = 369773830.6399337 m / s > c, setting 1/gamma = 0\n",
+      "v = 384920694.5382627 m / s > c, setting 1/gamma = 0\n",
+      "v = 382298580.4839455 m / s > c, setting 1/gamma = 0\n",
+      "v = 431079317.09059715 m / s > c, setting 1/gamma = 0\n",
+      "v = 537661425.3855748 m / s > c, setting 1/gamma = 0\n",
+      "v = 509754351.8210098 m / s > c, setting 1/gamma = 0\n",
+      "v = 310909313.01359653 m / s > c, setting 1/gamma = 0\n",
+      "v = 453131996.9837576 m / s > c, setting 1/gamma = 0\n",
+      "v = 466411108.7870271 m / s > c, setting 1/gamma = 0\n",
+      "v = 302377523.0247582 m / s > c, setting 1/gamma = 0\n",
+      "v = 480410562.0810783 m / s > c, setting 1/gamma = 0\n",
+      "v = 492015207.3157898 m / s > c, setting 1/gamma = 0\n",
+      "v = 650244314.3188287 m / s > c, setting 1/gamma = 0\n",
+      "v = 576189342.9515663 m / s > c, setting 1/gamma = 0\n",
+      "v = 343620508.98743117 m / s > c, setting 1/gamma = 0\n",
+      "v = 388131795.9833042 m / s > c, setting 1/gamma = 0\n",
+      "v = 456043820.79185176 m / s > c, setting 1/gamma = 0\n",
+      "v = 499847828.3630482 m / s > c, setting 1/gamma = 0\n",
+      "v = 329003160.59310573 m / s > c, setting 1/gamma = 0\n",
+      "v = 582707741.6961257 m / s > c, setting 1/gamma = 0\n",
+      "v = 528501825.56728274 m / s > c, setting 1/gamma = 0\n",
+      "v = 391497736.2804573 m / s > c, setting 1/gamma = 0\n",
+      "v = 446089060.85042006 m / s > c, setting 1/gamma = 0\n",
+      "v = 355250991.90278006 m / s > c, setting 1/gamma = 0\n",
+      "v = 799395810.9844954 m / s > c, setting 1/gamma = 0\n",
+      "v = 653109283.3518283 m / s > c, setting 1/gamma = 0\n",
+      "v = 397219859.2309713 m / s > c, setting 1/gamma = 0\n",
+      "v = 453904151.15635544 m / s > c, setting 1/gamma = 0\n",
+      "v = 362828889.82166505 m / s > c, setting 1/gamma = 0\n",
+      "v = 419005855.2563424 m / s > c, setting 1/gamma = 0\n",
+      "v = 313864931.13685185 m / s > c, setting 1/gamma = 0\n",
+      "v = 307181531.58022285 m / s > c, setting 1/gamma = 0\n",
+      "v = 316026226.64826715 m / s > c, setting 1/gamma = 0\n",
+      "v = 369566176.5884269 m / s > c, setting 1/gamma = 0\n",
+      "v = 324285170.9957325 m / s > c, setting 1/gamma = 0\n",
+      "v = 371451397.588612 m / s > c, setting 1/gamma = 0\n",
+      "v = 320554701.87683487 m / s > c, setting 1/gamma = 0\n",
+      "v = 486429902.08493716 m / s > c, setting 1/gamma = 0\n",
+      "v = 505887296.0283335 m / s > c, setting 1/gamma = 0\n",
+      "v = 306878731.45449 m / s > c, setting 1/gamma = 0\n",
+      "v = 332800081.0164584 m / s > c, setting 1/gamma = 0\n",
+      "v = 389507991.00383663 m / s > c, setting 1/gamma = 0\n",
+      "v = 354663123.79140365 m / s > c, setting 1/gamma = 0\n",
+      "v = 797080068.0732015 m / s > c, setting 1/gamma = 0\n",
+      "v = 652749882.4435089 m / s > c, setting 1/gamma = 0\n",
+      "v = 321719052.31519884 m / s > c, setting 1/gamma = 0\n",
+      "v = 525904020.08276033 m / s > c, setting 1/gamma = 0\n",
+      "v = 503395749.45838 m / s > c, setting 1/gamma = 0\n",
+      "v = 312084018.1673289 m / s > c, setting 1/gamma = 0\n",
+      "v = 319420918.23129773 m / s > c, setting 1/gamma = 0\n",
+      "v = 349506135.2170854 m / s > c, setting 1/gamma = 0\n",
+      "v = 465580045.06912494 m / s > c, setting 1/gamma = 0\n",
+      "v = 500357008.4843194 m / s > c, setting 1/gamma = 0\n",
+      "v = 336962909.85528004 m / s > c, setting 1/gamma = 0\n",
+      "v = 338326101.7237262 m / s > c, setting 1/gamma = 0\n",
+      "v = 312241977.7765145 m / s > c, setting 1/gamma = 0\n",
+      "v = 299842530.86576134 m / s > c, setting 1/gamma = 0\n",
+      "v = 344977458.2258919 m / s > c, setting 1/gamma = 0\n",
+      "v = 337204664.1809513 m / s > c, setting 1/gamma = 0\n",
+      "v = 335161411.04395306 m / s > c, setting 1/gamma = 0\n",
+      "v = 367638925.2025012 m / s > c, setting 1/gamma = 0\n",
+      "v = 302891297.6001871 m / s > c, setting 1/gamma = 0\n",
+      "v = 464838687.2614608 m / s > c, setting 1/gamma = 0\n",
+      "v = 477838683.7802708 m / s > c, setting 1/gamma = 0\n",
+      "v = 329305931.77593166 m / s > c, setting 1/gamma = 0\n",
+      "v = 356537653.17736924 m / s > c, setting 1/gamma = 0\n",
+      "v = 338460403.7238305 m / s > c, setting 1/gamma = 0\n",
+      "v = 387757066.227103 m / s > c, setting 1/gamma = 0\n",
+      "v = 523101326.21639496 m / s > c, setting 1/gamma = 0\n",
+      "v = 509935280.312819 m / s > c, setting 1/gamma = 0\n",
+      "v = 365592612.6250141 m / s > c, setting 1/gamma = 0\n",
+      "v = 390838584.19938475 m / s > c, setting 1/gamma = 0\n",
+      "v = 481954269.6806715 m / s > c, setting 1/gamma = 0\n",
+      "v = 499172730.4241618 m / s > c, setting 1/gamma = 0\n",
+      "v = 432472435.52130455 m / s > c, setting 1/gamma = 0\n",
+      "v = 449075424.2540245 m / s > c, setting 1/gamma = 0\n",
+      "v = 303758910.7892211 m / s > c, setting 1/gamma = 0\n",
+      "v = 323934065.12273526 m / s > c, setting 1/gamma = 0\n",
+      "v = 507644271.41372967 m / s > c, setting 1/gamma = 0\n",
+      "v = 460894694.1880876 m / s > c, setting 1/gamma = 0\n",
+      "v = 380844693.11541474 m / s > c, setting 1/gamma = 0\n",
+      "v = 422152557.3617566 m / s > c, setting 1/gamma = 0\n",
+      "v = 300818191.3771646 m / s > c, setting 1/gamma = 0\n",
+      "v = 550258409.3534402 m / s > c, setting 1/gamma = 0\n",
+      "v = 442378220.4515275 m / s > c, setting 1/gamma = 0\n",
+      "v = 368806386.83993477 m / s > c, setting 1/gamma = 0\n",
+      "v = 420706835.4662033 m / s > c, setting 1/gamma = 0\n",
+      "v = 397931077.40894705 m / s > c, setting 1/gamma = 0\n",
+      "v = 450175914.9964874 m / s > c, setting 1/gamma = 0\n",
+      "v = 454794900.96920455 m / s > c, setting 1/gamma = 0\n",
+      "v = 442078990.900583 m / s > c, setting 1/gamma = 0\n",
+      "v = 386224133.776005 m / s > c, setting 1/gamma = 0\n",
+      "v = 424600159.2957053 m / s > c, setting 1/gamma = 0\n",
+      "v = 305962923.9974155 m / s > c, setting 1/gamma = 0\n",
+      "v = 561750093.0303897 m / s > c, setting 1/gamma = 0\n",
+      "v = 452595700.8604097 m / s > c, setting 1/gamma = 0\n",
+      "v = 389128387.8868203 m / s > c, setting 1/gamma = 0\n",
+      "v = 436536961.2428282 m / s > c, setting 1/gamma = 0\n",
+      "v = 300274175.5526532 m / s > c, setting 1/gamma = 0\n",
+      "v = 627713846.3781132 m / s > c, setting 1/gamma = 0\n",
+      "v = 510665790.1805748 m / s > c, setting 1/gamma = 0\n",
+      "v = 384935122.1135438 m / s > c, setting 1/gamma = 0\n",
+      "v = 422852653.9569776 m / s > c, setting 1/gamma = 0\n",
+      "v = 349844055.1902027 m / s > c, setting 1/gamma = 0\n",
+      "v = 391306855.7595995 m / s > c, setting 1/gamma = 0\n",
+      "v = 317767219.50390714 m / s > c, setting 1/gamma = 0\n",
+      "v = 350428612.39025295 m / s > c, setting 1/gamma = 0\n",
+      "v = 356582349.9761029 m / s > c, setting 1/gamma = 0\n",
+      "v = 412656592.22506255 m / s > c, setting 1/gamma = 0\n",
+      "v = 300297826.36842024 m / s > c, setting 1/gamma = 0\n",
+      "v = 311770123.4211999 m / s > c, setting 1/gamma = 0\n",
+      "v = 369385358.76139414 m / s > c, setting 1/gamma = 0\n",
+      "v = 323995250.58440465 m / s > c, setting 1/gamma = 0\n",
+      "v = 353848255.9598783 m / s > c, setting 1/gamma = 0\n",
+      "v = 387659305.14763653 m / s > c, setting 1/gamma = 0\n",
+      "v = 438892224.1137133 m / s > c, setting 1/gamma = 0\n",
+      "v = 339597282.07439196 m / s > c, setting 1/gamma = 0\n",
+      "v = 326805100.0968675 m / s > c, setting 1/gamma = 0\n",
+      "v = 356922038.9138108 m / s > c, setting 1/gamma = 0\n",
+      "v = 332020473.95711356 m / s > c, setting 1/gamma = 0\n",
+      "v = 323649192.2070614 m / s > c, setting 1/gamma = 0\n",
+      "v = 336981889.37488174 m / s > c, setting 1/gamma = 0\n",
+      "v = 366973734.4465193 m / s > c, setting 1/gamma = 0\n",
+      "v = 302034026.0746295 m / s > c, setting 1/gamma = 0\n",
+      "v = 357117128.4683587 m / s > c, setting 1/gamma = 0\n",
+      "v = 388647298.8842537 m / s > c, setting 1/gamma = 0\n",
+      "v = 326923208.8465496 m / s > c, setting 1/gamma = 0\n",
+      "v = 447858874.0322176 m / s > c, setting 1/gamma = 0\n",
+      "v = 469083593.1946846 m / s > c, setting 1/gamma = 0\n",
+      "v = 342154021.6259372 m / s > c, setting 1/gamma = 0\n",
+      "v = 369224210.58828676 m / s > c, setting 1/gamma = 0\n",
+      "v = 310206957.1419183 m / s > c, setting 1/gamma = 0\n",
+      "v = 443361587.10492474 m / s > c, setting 1/gamma = 0\n",
+      "v = 477726097.6779167 m / s > c, setting 1/gamma = 0\n",
+      "v = 362903376.0066753 m / s > c, setting 1/gamma = 0\n",
+      "v = 381787138.0571119 m / s > c, setting 1/gamma = 0\n",
+      "v = 312781042.19375134 m / s > c, setting 1/gamma = 0\n",
+      "v = 356408329.55953753 m / s > c, setting 1/gamma = 0\n",
+      "v = 416874849.6621966 m / s > c, setting 1/gamma = 0\n",
+      "v = 443013931.69160485 m / s > c, setting 1/gamma = 0\n",
+      "v = 334171531.57063675 m / s > c, setting 1/gamma = 0\n",
+      "v = 359721004.9114018 m / s > c, setting 1/gamma = 0\n",
+      "v = 357362581.4101827 m / s > c, setting 1/gamma = 0\n",
+      "v = 402888465.0038083 m / s > c, setting 1/gamma = 0\n",
+      "v = 529719423.47557837 m / s > c, setting 1/gamma = 0\n",
+      "v = 506120526.1465126 m / s > c, setting 1/gamma = 0\n",
+      "v = 322213280.64825606 m / s > c, setting 1/gamma = 0\n",
+      "v = 351175538.8087252 m / s > c, setting 1/gamma = 0\n",
+      "v = 308095539.6938277 m / s > c, setting 1/gamma = 0\n",
+      "v = 363212314.21332973 m / s > c, setting 1/gamma = 0\n",
+      "v = 305007026.20143145 m / s > c, setting 1/gamma = 0\n",
+      "v = 343830666.6555331 m / s > c, setting 1/gamma = 0\n",
+      "v = 321699838.20690393 m / s > c, setting 1/gamma = 0\n",
+      "v = 314546557.81892055 m / s > c, setting 1/gamma = 0\n",
+      "v = 342086367.2783166 m / s > c, setting 1/gamma = 0\n",
+      "v = 364928281.9009108 m / s > c, setting 1/gamma = 0\n",
+      "v = 414692873.77921736 m / s > c, setting 1/gamma = 0\n",
+      "v = 374013983.9770965 m / s > c, setting 1/gamma = 0\n",
+      "v = 422231031.5080068 m / s > c, setting 1/gamma = 0\n",
+      "v = 310395879.28951454 m / s > c, setting 1/gamma = 0\n",
+      "v = 341203068.7562438 m / s > c, setting 1/gamma = 0\n",
+      "v = 386504407.1557962 m / s > c, setting 1/gamma = 0\n",
+      "v = 465049572.73054993 m / s > c, setting 1/gamma = 0\n",
+      "v = 477394075.2536492 m / s > c, setting 1/gamma = 0\n",
+      "v = 386303376.0139274 m / s > c, setting 1/gamma = 0\n",
+      "v = 431324723.4474245 m / s > c, setting 1/gamma = 0\n",
+      "v = 306039442.0690441 m / s > c, setting 1/gamma = 0\n",
+      "v = 329152705.8011156 m / s > c, setting 1/gamma = 0\n",
+      "v = 302173482.29890615 m / s > c, setting 1/gamma = 0\n",
+      "v = 501003722.00572526 m / s > c, setting 1/gamma = 0\n",
+      "v = 476015637.21737427 m / s > c, setting 1/gamma = 0\n",
+      "v = 304234728.9267952 m / s > c, setting 1/gamma = 0\n",
+      "v = 346950080.3919292 m / s > c, setting 1/gamma = 0\n",
+      "v = 360935864.36458385 m / s > c, setting 1/gamma = 0\n",
+      "v = 366788978.81826043 m / s > c, setting 1/gamma = 0\n",
+      "v = 413018403.54090226 m / s > c, setting 1/gamma = 0\n",
+      "v = 332724772.04653186 m / s > c, setting 1/gamma = 0\n",
+      "v = 351369549.3939559 m / s > c, setting 1/gamma = 0\n",
+      "v = 458252971.67392516 m / s > c, setting 1/gamma = 0\n",
+      "v = 472452384.02671236 m / s > c, setting 1/gamma = 0\n",
+      "v = 302598725.64673084 m / s > c, setting 1/gamma = 0\n",
+      "v = 309652629.5875584 m / s > c, setting 1/gamma = 0\n",
+      "v = 362832436.62602043 m / s > c, setting 1/gamma = 0\n",
+      "v = 336402405.87842995 m / s > c, setting 1/gamma = 0\n",
+      "v = 361692025.11204314 m / s > c, setting 1/gamma = 0\n",
+      "v = 324146022.26351076 m / s > c, setting 1/gamma = 0\n",
+      "v = 311350258.78978044 m / s > c, setting 1/gamma = 0\n",
+      "v = 321214883.1340619 m / s > c, setting 1/gamma = 0\n",
+      "v = 331649855.2264521 m / s > c, setting 1/gamma = 0\n",
+      "v = 354275060.1094386 m / s > c, setting 1/gamma = 0\n",
+      "v = 300526933.636046 m / s > c, setting 1/gamma = 0\n",
+      "v = 349503650.05036217 m / s > c, setting 1/gamma = 0\n",
+      "v = 366236302.3511982 m / s > c, setting 1/gamma = 0\n",
+      "v = 411600784.15496296 m / s > c, setting 1/gamma = 0\n",
+      "v = 315849971.44713515 m / s > c, setting 1/gamma = 0\n",
+      "v = 335645362.4349522 m / s > c, setting 1/gamma = 0\n",
+      "v = 483911798.71339995 m / s > c, setting 1/gamma = 0\n",
+      "v = 476062356.9405606 m / s > c, setting 1/gamma = 0\n",
+      "v = 329898760.9378715 m / s > c, setting 1/gamma = 0\n",
+      "v = 350082384.81192297 m / s > c, setting 1/gamma = 0\n",
+      "v = 332951041.1525125 m / s > c, setting 1/gamma = 0\n",
+      "v = 377814072.3427409 m / s > c, setting 1/gamma = 0\n",
+      "v = 375581041.95941573 m / s > c, setting 1/gamma = 0\n",
+      "v = 417665270.00656945 m / s > c, setting 1/gamma = 0\n",
+      "v = 325127861.9662901 m / s > c, setting 1/gamma = 0\n",
+      "v = 342984706.61663043 m / s > c, setting 1/gamma = 0\n",
+      "v = 339826505.4300082 m / s > c, setting 1/gamma = 0\n",
+      "v = 489741236.37633044 m / s > c, setting 1/gamma = 0\n",
+      "v = 481031852.2333364 m / s > c, setting 1/gamma = 0\n",
+      "v = 320291447.1823053 m / s > c, setting 1/gamma = 0\n",
+      "v = 322317196.6199164 m / s > c, setting 1/gamma = 0\n",
+      "v = 343819787.408647 m / s > c, setting 1/gamma = 0\n",
+      "v = 325793720.6971462 m / s > c, setting 1/gamma = 0\n",
+      "v = 373079573.5803237 m / s > c, setting 1/gamma = 0\n",
+      "v = 335041343.6011341 m / s > c, setting 1/gamma = 0\n",
+      "v = 351184777.23280716 m / s > c, setting 1/gamma = 0\n",
+      "v = 300399145.2621926 m / s > c, setting 1/gamma = 0\n",
+      "v = 302239668.38397825 m / s > c, setting 1/gamma = 0\n",
+      "v = 347616411.2435173 m / s > c, setting 1/gamma = 0\n",
+      "v = 384439241.8536137 m / s > c, setting 1/gamma = 0\n",
+      "v = 423649619.5412084 m / s > c, setting 1/gamma = 0\n",
+      "v = 320585665.7486494 m / s > c, setting 1/gamma = 0\n",
+      "v = 338238946.8140073 m / s > c, setting 1/gamma = 0\n",
+      "v = 304529158.3999822 m / s > c, setting 1/gamma = 0\n",
+      "v = 308441131.3847268 m / s > c, setting 1/gamma = 0\n",
+      "v = 351445462.12821746 m / s > c, setting 1/gamma = 0\n",
+      "v = 405614260.56624395 m / s > c, setting 1/gamma = 0\n",
+      "v = 436577695.5824326 m / s > c, setting 1/gamma = 0\n",
+      "v = 308864265.3551338 m / s > c, setting 1/gamma = 0\n",
+      "v = 307790768.92154944 m / s > c, setting 1/gamma = 0\n",
+      "v = 308604683.5713945 m / s > c, setting 1/gamma = 0\n",
+      "v = 346339965.73850536 m / s > c, setting 1/gamma = 0\n",
+      "v = 418069309.2875527 m / s > c, setting 1/gamma = 0\n",
+      "v = 442027666.8856605 m / s > c, setting 1/gamma = 0\n",
+      "v = 305210204.78323245 m / s > c, setting 1/gamma = 0\n",
+      "v = 337529669.2972916 m / s > c, setting 1/gamma = 0\n",
+      "v = 511328767.75734645 m / s > c, setting 1/gamma = 0\n",
+      "v = 496072948.30337286 m / s > c, setting 1/gamma = 0\n",
+      "v = 309814155.29924124 m / s > c, setting 1/gamma = 0\n",
+      "v = 333169469.2139112 m / s > c, setting 1/gamma = 0\n",
+      "v = 358224515.4870007 m / s > c, setting 1/gamma = 0\n",
+      "v = 304114528.7794541 m / s > c, setting 1/gamma = 0\n",
+      "v = 351865495.23179436 m / s > c, setting 1/gamma = 0\n",
+      "v = 427344031.5583169 m / s > c, setting 1/gamma = 0\n",
+      "v = 460248717.4471822 m / s > c, setting 1/gamma = 0\n",
+      "v = 362680425.0722451 m / s > c, setting 1/gamma = 0\n",
+      "v = 373687667.85424954 m / s > c, setting 1/gamma = 0\n",
+      "v = 349629572.6647745 m / s > c, setting 1/gamma = 0\n",
+      "v = 396797412.6543803 m / s > c, setting 1/gamma = 0\n",
+      "v = 320479142.7159337 m / s > c, setting 1/gamma = 0\n",
+      "v = 339040590.1242794 m / s > c, setting 1/gamma = 0\n",
+      "v = 303875253.2051633 m / s > c, setting 1/gamma = 0\n",
+      "v = 323553387.2595512 m / s > c, setting 1/gamma = 0\n",
+      "v = 344840318.499341 m / s > c, setting 1/gamma = 0\n",
+      "v = 384034673.0919996 m / s > c, setting 1/gamma = 0\n",
+      "v = 300715047.5502539 m / s > c, setting 1/gamma = 0\n",
+      "v = 331145316.81503695 m / s > c, setting 1/gamma = 0\n",
+      "v = 308229721.847805 m / s > c, setting 1/gamma = 0\n",
+      "v = 363897015.72076964 m / s > c, setting 1/gamma = 0\n",
+      "v = 400741325.20730263 m / s > c, setting 1/gamma = 0\n",
+      "v = 431662859.08274275 m / s > c, setting 1/gamma = 0\n",
+      "v = 320168986.83695567 m / s > c, setting 1/gamma = 0\n",
+      "v = 342880132.53363764 m / s > c, setting 1/gamma = 0\n",
+      "v = 338800785.02761894 m / s > c, setting 1/gamma = 0\n",
+      "v = 563901786.2910615 m / s > c, setting 1/gamma = 0\n",
+      "v = 491047615.35708714 m / s > c, setting 1/gamma = 0\n",
+      "v = 350715046.613992 m / s > c, setting 1/gamma = 0\n",
+      "v = 374465793.06453234 m / s > c, setting 1/gamma = 0\n",
+      "v = 330026656.6804012 m / s > c, setting 1/gamma = 0\n",
+      "v = 424219167.798686 m / s > c, setting 1/gamma = 0\n",
+      "v = 445297374.9110902 m / s > c, setting 1/gamma = 0\n",
+      "v = 341853512.5685412 m / s > c, setting 1/gamma = 0\n",
+      "v = 362206329.77667546 m / s > c, setting 1/gamma = 0\n",
+      "v = 304032673.4758717 m / s > c, setting 1/gamma = 0\n",
+      "v = 344498800.32989806 m / s > c, setting 1/gamma = 0\n",
+      "v = 479164433.5870946 m / s > c, setting 1/gamma = 0\n",
+      "v = 474968434.4988052 m / s > c, setting 1/gamma = 0\n",
+      "v = 333347633.88380545 m / s > c, setting 1/gamma = 0\n",
+      "v = 321835666.4172636 m / s > c, setting 1/gamma = 0\n",
+      "v = 345655869.62431514 m / s > c, setting 1/gamma = 0\n",
+      "v = 337336525.35396576 m / s > c, setting 1/gamma = 0\n",
+      "v = 379554623.81798327 m / s > c, setting 1/gamma = 0\n",
+      "v = 387343139.7142704 m / s > c, setting 1/gamma = 0\n",
+      "v = 425206209.8247177 m / s > c, setting 1/gamma = 0\n",
+      "v = 300642649.9183347 m / s > c, setting 1/gamma = 0\n",
+      "v = 320407081.4298833 m / s > c, setting 1/gamma = 0\n",
+      "v = 331110916.47370255 m / s > c, setting 1/gamma = 0\n",
+      "v = 387351400.79959965 m / s > c, setting 1/gamma = 0\n",
+      "v = 462424389.7152647 m / s > c, setting 1/gamma = 0\n",
+      "v = 470095568.79039246 m / s > c, setting 1/gamma = 0\n",
+      "v = 340776869.7415466 m / s > c, setting 1/gamma = 0\n",
+      "v = 358906120.65463245 m / s > c, setting 1/gamma = 0\n",
+      "v = 343569849.7388605 m / s > c, setting 1/gamma = 0\n",
+      "v = 428483287.9851152 m / s > c, setting 1/gamma = 0\n",
+      "v = 456793136.60323477 m / s > c, setting 1/gamma = 0\n",
+      "v = 303053617.86422086 m / s > c, setting 1/gamma = 0\n",
+      "v = 321568964.09547794 m / s > c, setting 1/gamma = 0\n",
+      "v = 300309438.4615453 m / s > c, setting 1/gamma = 0\n",
+      "v = 337113527.70666456 m / s > c, setting 1/gamma = 0\n",
+      "v = 303610518.14659363 m / s > c, setting 1/gamma = 0\n",
+      "v = 336933042.46655697 m / s > c, setting 1/gamma = 0\n",
+      "v = 358097852.8041019 m / s > c, setting 1/gamma = 0\n",
+      "v = 318836594.2275191 m / s > c, setting 1/gamma = 0\n",
+      "v = 440854142.0182389 m / s > c, setting 1/gamma = 0\n",
+      "v = 462233143.62978166 m / s > c, setting 1/gamma = 0\n",
+      "v = 304751998.11924267 m / s > c, setting 1/gamma = 0\n",
+      "v = 300507898.35727924 m / s > c, setting 1/gamma = 0\n",
+      "v = 322362988.2155653 m / s > c, setting 1/gamma = 0\n",
+      "v = 323433267.55795074 m / s > c, setting 1/gamma = 0\n",
+      "v = 317781086.5363671 m / s > c, setting 1/gamma = 0\n",
+      "v = 642870869.7727605 m / s > c, setting 1/gamma = 0\n",
+      "v = 526088728.14539945 m / s > c, setting 1/gamma = 0\n",
+      "v = 326078245.727534 m / s > c, setting 1/gamma = 0\n",
+      "v = 351635345.7631646 m / s > c, setting 1/gamma = 0\n",
+      "v = 320596925.3125419 m / s > c, setting 1/gamma = 0\n",
+      "v = 443617503.9367954 m / s > c, setting 1/gamma = 0\n",
+      "v = 470360438.9655907 m / s > c, setting 1/gamma = 0\n",
+      "v = 328824759.7434376 m / s > c, setting 1/gamma = 0\n",
+      "v = 363234946.7131134 m / s > c, setting 1/gamma = 0\n",
+      "v = 302695991.6514492 m / s > c, setting 1/gamma = 0\n",
+      "v = 517801489.0853936 m / s > c, setting 1/gamma = 0\n",
+      "v = 492557382.92129767 m / s > c, setting 1/gamma = 0\n",
+      "v = 320090588.3879111 m / s > c, setting 1/gamma = 0\n",
+      "v = 358809198.2596051 m / s > c, setting 1/gamma = 0\n",
+      "v = 378170339.2625918 m / s > c, setting 1/gamma = 0\n",
+      "v = 334550481.34678626 m / s > c, setting 1/gamma = 0\n",
+      "v = 314025124.9747665 m / s > c, setting 1/gamma = 0\n",
+      "v = 349488911.8908321 m / s > c, setting 1/gamma = 0\n",
+      "v = 308415823.7320112 m / s > c, setting 1/gamma = 0\n",
+      "v = 329745471.8865995 m / s > c, setting 1/gamma = 0\n",
+      "v = 352174403.4020891 m / s > c, setting 1/gamma = 0\n",
+      "v = 318144305.3812902 m / s > c, setting 1/gamma = 0\n",
+      "v = 366551973.72625303 m / s > c, setting 1/gamma = 0\n",
+      "v = 364799063.10258293 m / s > c, setting 1/gamma = 0\n",
+      "v = 409525226.15008515 m / s > c, setting 1/gamma = 0\n",
+      "v = 330315294.2904862 m / s > c, setting 1/gamma = 0\n",
+      "v = 346767965.0715436 m / s > c, setting 1/gamma = 0\n",
+      "v = 329952035.901643 m / s > c, setting 1/gamma = 0\n",
+      "v = 330612569.9648345 m / s > c, setting 1/gamma = 0\n",
+      "v = 668820124.4608382 m / s > c, setting 1/gamma = 0\n",
+      "v = 548272247.342809 m / s > c, setting 1/gamma = 0\n",
+      "v = 320985225.89223707 m / s > c, setting 1/gamma = 0\n",
+      "v = 340148287.48770636 m / s > c, setting 1/gamma = 0\n",
+      "v = 327439458.6345125 m / s > c, setting 1/gamma = 0\n",
+      "v = 380095123.40355897 m / s > c, setting 1/gamma = 0\n",
+      "v = 396720880.7930606 m / s > c, setting 1/gamma = 0\n",
+      "v = 432622481.6272402 m / s > c, setting 1/gamma = 0\n",
+      "v = 311620806.94487673 m / s > c, setting 1/gamma = 0\n",
+      "v = 331732874.22335887 m / s > c, setting 1/gamma = 0\n",
+      "v = 315018573.5013702 m / s > c, setting 1/gamma = 0\n",
+      "v = 368651946.46622163 m / s > c, setting 1/gamma = 0\n",
+      "v = 307808452.7004879 m / s > c, setting 1/gamma = 0\n",
+      "v = 594600536.9501497 m / s > c, setting 1/gamma = 0\n",
+      "v = 486829418.45184165 m / s > c, setting 1/gamma = 0\n",
+      "v = 342903295.521383 m / s > c, setting 1/gamma = 0\n",
+      "v = 358914466.8344693 m / s > c, setting 1/gamma = 0\n",
+      "v = 337758162.77994937 m / s > c, setting 1/gamma = 0\n",
+      "v = 458475160.6098034 m / s > c, setting 1/gamma = 0\n",
+      "v = 468158152.9921712 m / s > c, setting 1/gamma = 0\n",
+      "v = 316571345.1851931 m / s > c, setting 1/gamma = 0\n",
+      "v = 332447568.163497 m / s > c, setting 1/gamma = 0\n",
+      "v = 364442882.9951972 m / s > c, setting 1/gamma = 0\n",
+      "v = 396067862.3362388 m / s > c, setting 1/gamma = 0\n",
+      "v = 305578013.05603194 m / s > c, setting 1/gamma = 0\n",
+      "v = 323853446.4353439 m / s > c, setting 1/gamma = 0\n",
+      "v = 315656272.5033797 m / s > c, setting 1/gamma = 0\n",
+      "v = 352881577.0980592 m / s > c, setting 1/gamma = 0\n",
+      "v = 300463766.56096935 m / s > c, setting 1/gamma = 0\n",
+      "v = 346447841.78925455 m / s > c, setting 1/gamma = 0\n",
+      "v = 367661528.25490874 m / s > c, setting 1/gamma = 0\n",
+      "v = 325762459.4745283 m / s > c, setting 1/gamma = 0\n",
+      "v = 335195541.7027408 m / s > c, setting 1/gamma = 0\n",
+      "v = 460426533.1213333 m / s > c, setting 1/gamma = 0\n",
+      "v = 476384398.44695854 m / s > c, setting 1/gamma = 0\n",
+      "v = 312965179.07445073 m / s > c, setting 1/gamma = 0\n",
+      "v = 318332792.80374503 m / s > c, setting 1/gamma = 0\n",
+      "v = 371314703.1567486 m / s > c, setting 1/gamma = 0\n",
+      "v = 464636134.79000825 m / s > c, setting 1/gamma = 0\n",
+      "v = 476796707.1563876 m / s > c, setting 1/gamma = 0\n",
+      "v = 303561885.728106 m / s > c, setting 1/gamma = 0\n",
+      "v = 309827880.55192685 m / s > c, setting 1/gamma = 0\n",
+      "v = 362980948.9544398 m / s > c, setting 1/gamma = 0\n",
+      "v = 332349764.3026987 m / s > c, setting 1/gamma = 0\n",
+      "v = 369130342.7638281 m / s > c, setting 1/gamma = 0\n",
+      "v = 322444436.5055798 m / s > c, setting 1/gamma = 0\n",
+      "v = 306741742.26667094 m / s > c, setting 1/gamma = 0\n",
+      "v = 306270565.1262924 m / s > c, setting 1/gamma = 0\n",
+      "v = 360032367.61081314 m / s > c, setting 1/gamma = 0\n",
+      "v = 346891354.63357955 m / s > c, setting 1/gamma = 0\n",
+      "v = 382792120.64339006 m / s > c, setting 1/gamma = 0\n",
+      "v = 307698418.00535345 m / s > c, setting 1/gamma = 0\n",
+      "v = 344901098.99015 m / s > c, setting 1/gamma = 0\n",
+      "v = 415655541.4829256 m / s > c, setting 1/gamma = 0\n",
+      "v = 437203438.84673786 m / s > c, setting 1/gamma = 0\n",
+      "v = 322102060.4749594 m / s > c, setting 1/gamma = 0\n",
+      "v = 341646272.33367753 m / s > c, setting 1/gamma = 0\n",
+      "v = 316082941.35793203 m / s > c, setting 1/gamma = 0\n",
+      "v = 324544991.91018695 m / s > c, setting 1/gamma = 0\n",
+      "v = 361885245.9426528 m / s > c, setting 1/gamma = 0\n",
+      "v = 326257460.4317649 m / s > c, setting 1/gamma = 0\n",
+      "v = 366091500.9829933 m / s > c, setting 1/gamma = 0\n",
+      "v = 312478826.8455532 m / s > c, setting 1/gamma = 0\n",
+      "v = 341248971.0605775 m / s > c, setting 1/gamma = 0\n",
+      "v = 365630742.7187875 m / s > c, setting 1/gamma = 0\n",
+      "v = 330264946.4130688 m / s > c, setting 1/gamma = 0\n",
+      "v = 352544597.8107286 m / s > c, setting 1/gamma = 0\n",
+      "v = 389014639.9098408 m / s > c, setting 1/gamma = 0\n",
+      "v = 313433314.2661371 m / s > c, setting 1/gamma = 0\n",
+      "v = 341240415.53966206 m / s > c, setting 1/gamma = 0\n",
+      "v = 367342279.92695147 m / s > c, setting 1/gamma = 0\n",
+      "v = 345355181.1566118 m / s > c, setting 1/gamma = 0\n",
+      "v = 481864983.7464206 m / s > c, setting 1/gamma = 0\n",
+      "v = 472071857.6525775 m / s > c, setting 1/gamma = 0\n",
+      "v = 336269716.1883426 m / s > c, setting 1/gamma = 0\n",
+      "v = 319186179.70460415 m / s > c, setting 1/gamma = 0\n",
+      "v = 341183545.4570064 m / s > c, setting 1/gamma = 0\n",
+      "v = 308871719.3779256 m / s > c, setting 1/gamma = 0\n",
+      "v = 323476830.1200564 m / s > c, setting 1/gamma = 0\n",
+      "v = 344832398.137974 m / s > c, setting 1/gamma = 0\n",
+      "v = 345035197.33332807 m / s > c, setting 1/gamma = 0\n",
+      "v = 392102903.86201084 m / s > c, setting 1/gamma = 0\n",
+      "v = 322646759.3975111 m / s > c, setting 1/gamma = 0\n",
+      "v = 340824519.3556952 m / s > c, setting 1/gamma = 0\n",
+      "v = 304082441.4761462 m / s > c, setting 1/gamma = 0\n",
+      "v = 328160235.21160764 m / s > c, setting 1/gamma = 0\n",
+      "v = 379850005.979941 m / s > c, setting 1/gamma = 0\n",
+      "v = 299856123.8521651 m / s > c, setting 1/gamma = 0\n",
+      "v = 337938985.7255981 m / s > c, setting 1/gamma = 0\n",
+      "v = 312082624.15242946 m / s > c, setting 1/gamma = 0\n",
+      "v = 360119156.0234174 m / s > c, setting 1/gamma = 0\n",
+      "v = 376174330.9249286 m / s > c, setting 1/gamma = 0\n",
+      "v = 327311427.65092355 m / s > c, setting 1/gamma = 0\n",
+      "v = 315035705.5312227 m / s > c, setting 1/gamma = 0\n",
+      "v = 299976744.20834374 m / s > c, setting 1/gamma = 0\n",
+      "v = 327867209.2699863 m / s > c, setting 1/gamma = 0\n",
+      "v = 347560673.41382456 m / s > c, setting 1/gamma = 0\n",
+      "v = 334077214.777215 m / s > c, setting 1/gamma = 0\n",
+      "v = 381162123.2256951 m / s > c, setting 1/gamma = 0\n",
+      "v = 335529946.88194716 m / s > c, setting 1/gamma = 0\n",
+      "v = 351482748.7567893 m / s > c, setting 1/gamma = 0\n",
+      "v = 333653006.3693728 m / s > c, setting 1/gamma = 0\n",
+      "v = 460507277.9650601 m / s > c, setting 1/gamma = 0\n",
+      "v = 465886914.5098176 m / s > c, setting 1/gamma = 0\n",
+      "v = 327244833.30163586 m / s > c, setting 1/gamma = 0\n",
+      "v = 344003661.6928887 m / s > c, setting 1/gamma = 0\n",
+      "v = 323107341.9353842 m / s > c, setting 1/gamma = 0\n",
+      "v = 310167876.9668384 m / s > c, setting 1/gamma = 0\n",
+      "v = 603420122.5924691 m / s > c, setting 1/gamma = 0\n",
+      "v = 494215733.35183394 m / s > c, setting 1/gamma = 0\n",
+      "v = 303611334.08575803 m / s > c, setting 1/gamma = 0\n",
+      "v = 323587957.94509906 m / s > c, setting 1/gamma = 0\n",
+      "v = 319428149.824094 m / s > c, setting 1/gamma = 0\n",
+      "v = 373392706.4460183 m / s > c, setting 1/gamma = 0\n",
+      "v = 416448608.9209566 m / s > c, setting 1/gamma = 0\n",
+      "v = 441610472.7115145 m / s > c, setting 1/gamma = 0\n",
+      "v = 342314823.6171887 m / s > c, setting 1/gamma = 0\n",
+      "v = 363131762.5643619 m / s > c, setting 1/gamma = 0\n",
+      "v = 308399208.6491114 m / s > c, setting 1/gamma = 0\n",
+      "v = 361682807.4702483 m / s > c, setting 1/gamma = 0\n",
+      "v = 348057473.05774003 m / s > c, setting 1/gamma = 0\n",
+      "v = 385462258.55188924 m / s > c, setting 1/gamma = 0\n",
+      "v = 311855182.79241073 m / s > c, setting 1/gamma = 0\n",
+      "v = 304505225.17743593 m / s > c, setting 1/gamma = 0\n",
+      "v = 425400068.4207354 m / s > c, setting 1/gamma = 0\n",
+      "v = 440203620.2897714 m / s > c, setting 1/gamma = 0\n",
+      "v = 303573418.7019259 m / s > c, setting 1/gamma = 0\n",
+      "v = 323978716.1610166 m / s > c, setting 1/gamma = 0\n",
+      "v = 399400875.7213658 m / s > c, setting 1/gamma = 0\n",
+      "v = 418445069.0896412 m / s > c, setting 1/gamma = 0\n",
+      "v = 312783992.8141095 m / s > c, setting 1/gamma = 0\n",
+      "v = 329055035.90686417 m / s > c, setting 1/gamma = 0\n",
+      "v = 306458515.5243755 m / s > c, setting 1/gamma = 0\n",
+      "v = 338587028.9476966 m / s > c, setting 1/gamma = 0\n",
+      "v = 438670311.2135827 m / s > c, setting 1/gamma = 0\n",
+      "v = 449628891.8744359 m / s > c, setting 1/gamma = 0\n",
+      "v = 321164271.7545857 m / s > c, setting 1/gamma = 0\n",
+      "v = 337344664.02000487 m / s > c, setting 1/gamma = 0\n",
+      "v = 314133390.2022313 m / s > c, setting 1/gamma = 0\n",
+      "v = 367200175.1231633 m / s > c, setting 1/gamma = 0\n",
+      "v = 364138761.37554616 m / s > c, setting 1/gamma = 0\n",
+      "v = 402413978.18201774 m / s > c, setting 1/gamma = 0\n",
+      "v = 347109961.8657948 m / s > c, setting 1/gamma = 0\n",
+      "v = 365918662.4025816 m / s > c, setting 1/gamma = 0\n",
+      "v = 323012514.701607 m / s > c, setting 1/gamma = 0\n",
+      "v = 357452729.89656496 m / s > c, setting 1/gamma = 0\n",
+      "v = 392048164.57696533 m / s > c, setting 1/gamma = 0\n",
+      "v = 322665516.5891433 m / s > c, setting 1/gamma = 0\n",
+      "v = 343012682.9041786 m / s > c, setting 1/gamma = 0\n",
+      "v = 458041194.9880735 m / s > c, setting 1/gamma = 0\n",
+      "v = 467035118.1248915 m / s > c, setting 1/gamma = 0\n",
+      "v = 312239942.1409849 m / s > c, setting 1/gamma = 0\n",
+      "v = 310165181.2897604 m / s > c, setting 1/gamma = 0\n",
+      "v = 404683479.2002874 m / s > c, setting 1/gamma = 0\n",
+      "v = 433366397.2833894 m / s > c, setting 1/gamma = 0\n",
+      "v = 303077750.9502335 m / s > c, setting 1/gamma = 0\n",
+      "v = 307093713.60279685 m / s > c, setting 1/gamma = 0\n",
+      "v = 424636637.5025587 m / s > c, setting 1/gamma = 0\n",
+      "v = 449413449.77666724 m / s > c, setting 1/gamma = 0\n",
+      "v = 344206490.9631861 m / s > c, setting 1/gamma = 0\n",
+      "v = 368347076.3963795 m / s > c, setting 1/gamma = 0\n",
+      "v = 319692374.3249761 m / s > c, setting 1/gamma = 0\n",
+      "v = 373745712.63634866 m / s > c, setting 1/gamma = 0\n",
+      "v = 539485982.7622315 m / s > c, setting 1/gamma = 0\n",
+      "v = 486180678.8353263 m / s > c, setting 1/gamma = 0\n",
+      "v = 321162636.85621285 m / s > c, setting 1/gamma = 0\n",
+      "v = 346762118.3783519 m / s > c, setting 1/gamma = 0\n",
+      "v = 306512646.68310094 m / s > c, setting 1/gamma = 0\n",
+      "v = 355370689.6075587 m / s > c, setting 1/gamma = 0\n",
+      "v = 308275786.47745705 m / s > c, setting 1/gamma = 0\n",
+      "v = 307266460.1801716 m / s > c, setting 1/gamma = 0\n",
+      "v = 358223041.35351247 m / s > c, setting 1/gamma = 0\n",
+      "v = 307195171.25283426 m / s > c, setting 1/gamma = 0\n",
+      "v = 339850702.27513933 m / s > c, setting 1/gamma = 0\n",
+      "v = 429142922.7241427 m / s > c, setting 1/gamma = 0\n",
+      "v = 442089112.6200065 m / s > c, setting 1/gamma = 0\n",
+      "v = 303833249.96511775 m / s > c, setting 1/gamma = 0\n",
+      "v = 324329277.406743 m / s > c, setting 1/gamma = 0\n",
+      "v = 301523522.43660986 m / s > c, setting 1/gamma = 0\n",
+      "v = 352800531.7757669 m / s > c, setting 1/gamma = 0\n",
+      "v = 380096250.11911666 m / s > c, setting 1/gamma = 0\n",
+      "v = 407689488.43457055 m / s > c, setting 1/gamma = 0\n",
+      "v = 322580069.9623745 m / s > c, setting 1/gamma = 0\n",
+      "v = 338491312.2806176 m / s > c, setting 1/gamma = 0\n",
+      "v = 303214324.1301669 m / s > c, setting 1/gamma = 0\n",
+      "v = 307164578.84098303 m / s > c, setting 1/gamma = 0\n",
+      "v = 344185198.81492037 m / s > c, setting 1/gamma = 0\n",
+      "v = 303851668.240146 m / s > c, setting 1/gamma = 0\n",
+      "v = 336541928.4037067 m / s > c, setting 1/gamma = 0\n",
+      "v = 353880333.48863995 m / s > c, setting 1/gamma = 0\n",
+      "v = 327281529.58392894 m / s > c, setting 1/gamma = 0\n",
+      "v = 363880027.770309 m / s > c, setting 1/gamma = 0\n",
+      "v = 319489970.8016837 m / s > c, setting 1/gamma = 0\n",
+      "v = 344419048.20466554 m / s > c, setting 1/gamma = 0\n",
+      "v = 333236644.146936 m / s > c, setting 1/gamma = 0\n",
+      "v = 512235057.11743766 m / s > c, setting 1/gamma = 0\n",
+      "v = 476185720.98093975 m / s > c, setting 1/gamma = 0\n",
+      "v = 307339690.40989286 m / s > c, setting 1/gamma = 0\n",
+      "v = 358219610.39500266 m / s > c, setting 1/gamma = 0\n",
+      "v = 379473148.26953286 m / s > c, setting 1/gamma = 0\n",
+      "v = 341438986.96933794 m / s > c, setting 1/gamma = 0\n",
+      "v = 456339014.4783052 m / s > c, setting 1/gamma = 0\n",
+      "v = 461519801.84555405 m / s > c, setting 1/gamma = 0\n",
+      "v = 300012542.66562617 m / s > c, setting 1/gamma = 0\n",
+      "v = 377073865.02207583 m / s > c, setting 1/gamma = 0\n",
+      "v = 398455927.3467096 m / s > c, setting 1/gamma = 0\n",
+      "v = 503375949.74280995 m / s > c, setting 1/gamma = 0\n",
+      "v = 493084898.23379767 m / s > c, setting 1/gamma = 0\n",
+      "v = 321907706.79734784 m / s > c, setting 1/gamma = 0\n",
+      "v = 336160946.13042474 m / s > c, setting 1/gamma = 0\n",
+      "v = 361256079.7095671 m / s > c, setting 1/gamma = 0\n",
+      "v = 328346849.171603 m / s > c, setting 1/gamma = 0\n",
+      "v = 387048410.54504544 m / s > c, setting 1/gamma = 0\n",
+      "v = 413449213.9410874 m / s > c, setting 1/gamma = 0\n",
+      "v = 318285242.06569284 m / s > c, setting 1/gamma = 0\n",
+      "v = 335874884.45489454 m / s > c, setting 1/gamma = 0\n",
+      "v = 304162583.2095888 m / s > c, setting 1/gamma = 0\n",
+      "v = 315415356.2361628 m / s > c, setting 1/gamma = 0\n",
+      "v = 357304780.5976419 m / s > c, setting 1/gamma = 0\n",
+      "v = 408481202.80932873 m / s > c, setting 1/gamma = 0\n",
+      "v = 439731861.4399636 m / s > c, setting 1/gamma = 0\n",
+      "v = 302554979.20690185 m / s > c, setting 1/gamma = 0\n",
+      "v = 309520331.99026066 m / s > c, setting 1/gamma = 0\n",
+      "v = 313720930.51958233 m / s > c, setting 1/gamma = 0\n",
+      "v = 358647438.5981654 m / s > c, setting 1/gamma = 0\n",
+      "v = 413384262.7340538 m / s > c, setting 1/gamma = 0\n",
+      "v = 445714250.59867126 m / s > c, setting 1/gamma = 0\n",
+      "v = 303294955.0017649 m / s > c, setting 1/gamma = 0\n",
+      "v = 324445997.1854541 m / s > c, setting 1/gamma = 0\n",
+      "v = 302130329.2251613 m / s > c, setting 1/gamma = 0\n",
+      "v = 315286027.9539484 m / s > c, setting 1/gamma = 0\n",
+      "v = 462480316.05887276 m / s > c, setting 1/gamma = 0\n",
+      "v = 475879509.3698504 m / s > c, setting 1/gamma = 0\n",
+      "v = 317540150.77382535 m / s > c, setting 1/gamma = 0\n",
+      "v = 333085228.4368483 m / s > c, setting 1/gamma = 0\n",
+      "v = 468650566.79886144 m / s > c, setting 1/gamma = 0\n",
+      "v = 484227034.89254075 m / s > c, setting 1/gamma = 0\n",
+      "v = 392678557.23158973 m / s > c, setting 1/gamma = 0\n",
+      "v = 411667951.3600628 m / s > c, setting 1/gamma = 0\n",
+      "v = 337923684.70328605 m / s > c, setting 1/gamma = 0\n",
+      "v = 521160736.37951857 m / s > c, setting 1/gamma = 0\n",
+      "v = 495580128.57551783 m / s > c, setting 1/gamma = 0\n",
+      "v = 306669079.2983715 m / s > c, setting 1/gamma = 0\n",
+      "v = 343321747.1567223 m / s > c, setting 1/gamma = 0\n",
+      "v = 365781324.8886599 m / s > c, setting 1/gamma = 0\n",
+      "v = 329101768.7796792 m / s > c, setting 1/gamma = 0\n",
+      "v = 345240037.7550457 m / s > c, setting 1/gamma = 0\n",
+      "v = 376298255.5443129 m / s > c, setting 1/gamma = 0\n",
+      "v = 313782031.3806243 m / s > c, setting 1/gamma = 0\n",
+      "v = 301460445.1070579 m / s > c, setting 1/gamma = 0\n",
+      "v = 338190223.99627775 m / s > c, setting 1/gamma = 0\n",
+      "v = 385664490.0740231 m / s > c, setting 1/gamma = 0\n",
+      "v = 344730503.17082137 m / s > c, setting 1/gamma = 0\n",
+      "v = 391844664.0496725 m / s > c, setting 1/gamma = 0\n",
+      "v = 325109542.8370731 m / s > c, setting 1/gamma = 0\n",
+      "v = 342359719.3732675 m / s > c, setting 1/gamma = 0\n",
+      "v = 305751476.04602396 m / s > c, setting 1/gamma = 0\n",
+      "v = 319480836.4911177 m / s > c, setting 1/gamma = 0\n",
+      "v = 376832687.9868729 m / s > c, setting 1/gamma = 0\n",
+      "v = 318938135.1852823 m / s > c, setting 1/gamma = 0\n",
+      "v = 653427696.7625586 m / s > c, setting 1/gamma = 0\n",
+      "v = 533005709.4999755 m / s > c, setting 1/gamma = 0\n",
+      "v = 361568114.02011997 m / s > c, setting 1/gamma = 0\n",
+      "v = 382505742.6376565 m / s > c, setting 1/gamma = 0\n",
+      "v = 333999021.0835025 m / s > c, setting 1/gamma = 0\n",
+      "v = 390317820.88465714 m / s > c, setting 1/gamma = 0\n",
+      "v = 308011074.01249146 m / s > c, setting 1/gamma = 0\n",
+      "v = 311545680.23719394 m / s > c, setting 1/gamma = 0\n",
+      "v = 326529065.66230094 m / s > c, setting 1/gamma = 0\n",
+      "v = 353952370.4572508 m / s > c, setting 1/gamma = 0\n",
+      "v = 309247345.91193426 m / s > c, setting 1/gamma = 0\n",
+      "v = 396305983.7721626 m / s > c, setting 1/gamma = 0\n",
+      "v = 441776496.66269475 m / s > c, setting 1/gamma = 0\n",
+      "v = 345136808.396318 m / s > c, setting 1/gamma = 0\n",
+      "v = 366495257.77307063 m / s > c, setting 1/gamma = 0\n",
+      "v = 309874329.61871815 m / s > c, setting 1/gamma = 0\n",
+      "v = 355570229.5962816 m / s > c, setting 1/gamma = 0\n",
+      "v = 510356694.42055225 m / s > c, setting 1/gamma = 0\n",
+      "v = 495996447.61700153 m / s > c, setting 1/gamma = 0\n",
+      "v = 306101136.40770787 m / s > c, setting 1/gamma = 0\n",
+      "v = 325945869.605255 m / s > c, setting 1/gamma = 0\n",
+      "v = 350602740.6759675 m / s > c, setting 1/gamma = 0\n",
+      "v = 331965350.1076842 m / s > c, setting 1/gamma = 0\n",
+      "v = 377512544.3914838 m / s > c, setting 1/gamma = 0\n",
+      "v = 404796988.9090349 m / s > c, setting 1/gamma = 0\n",
+      "v = 441460504.2672055 m / s > c, setting 1/gamma = 0\n",
+      "v = 346203641.04519415 m / s > c, setting 1/gamma = 0\n",
+      "v = 359429027.86082363 m / s > c, setting 1/gamma = 0\n",
+      "v = 316994066.77448994 m / s > c, setting 1/gamma = 0\n",
+      "v = 558495331.9984889 m / s > c, setting 1/gamma = 0\n",
+      "v = 471230337.75489914 m / s > c, setting 1/gamma = 0\n",
+      "v = 322391065.0014428 m / s > c, setting 1/gamma = 0\n",
+      "v = 340861956.9586034 m / s > c, setting 1/gamma = 0\n",
+      "v = 318481768.01312304 m / s > c, setting 1/gamma = 0\n",
+      "v = 374626354.2137923 m / s > c, setting 1/gamma = 0\n",
+      "v = 350748137.5268106 m / s > c, setting 1/gamma = 0\n",
+      "v = 760041032.9767295 m / s > c, setting 1/gamma = 0\n",
+      "v = 625217612.0007776 m / s > c, setting 1/gamma = 0\n",
+      "v = 362203324.0912474 m / s > c, setting 1/gamma = 0\n",
+      "v = 384863581.57348484 m / s > c, setting 1/gamma = 0\n",
+      "v = 324672242.66156507 m / s > c, setting 1/gamma = 0\n",
+      "v = 372056883.0635092 m / s > c, setting 1/gamma = 0\n",
+      "v = 393043826.92263806 m / s > c, setting 1/gamma = 0\n",
+      "v = 440292043.74082124 m / s > c, setting 1/gamma = 0\n",
+      "v = 305962182.5565158 m / s > c, setting 1/gamma = 0\n",
+      "v = 331925913.9287836 m / s > c, setting 1/gamma = 0\n",
+      "v = 479070666.5792611 m / s > c, setting 1/gamma = 0\n",
+      "v = 481218950.5279495 m / s > c, setting 1/gamma = 0\n",
+      "v = 348652347.61405367 m / s > c, setting 1/gamma = 0\n",
+      "v = 367494445.35525566 m / s > c, setting 1/gamma = 0\n",
+      "v = 303054550.5743998 m / s > c, setting 1/gamma = 0\n",
+      "v = 395485177.473516 m / s > c, setting 1/gamma = 0\n",
+      "v = 432108442.8183996 m / s > c, setting 1/gamma = 0\n",
+      "v = 332583701.2475892 m / s > c, setting 1/gamma = 0\n",
+      "v = 347358922.2604086 m / s > c, setting 1/gamma = 0\n",
+      "v = 348143698.13462126 m / s > c, setting 1/gamma = 0\n",
+      "v = 559585452.2733617 m / s > c, setting 1/gamma = 0\n",
+      "v = 478828523.84813744 m / s > c, setting 1/gamma = 0\n",
+      "v = 306737812.39257276 m / s > c, setting 1/gamma = 0\n",
+      "v = 327455154.19701886 m / s > c, setting 1/gamma = 0\n",
+      "v = 327015296.1363195 m / s > c, setting 1/gamma = 0\n",
+      "v = 577378559.8553457 m / s > c, setting 1/gamma = 0\n",
+      "v = 485959974.07224905 m / s > c, setting 1/gamma = 0\n",
+      "v = 342545141.7894823 m / s > c, setting 1/gamma = 0\n",
+      "v = 365699031.8442552 m / s > c, setting 1/gamma = 0\n",
+      "v = 315709163.70992416 m / s > c, setting 1/gamma = 0\n",
+      "v = 370355503.1257113 m / s > c, setting 1/gamma = 0\n",
+      "v = 399818405.50851816 m / s > c, setting 1/gamma = 0\n",
+      "v = 430194476.69990367 m / s > c, setting 1/gamma = 0\n",
+      "v = 358691566.15477645 m / s > c, setting 1/gamma = 0\n",
+      "v = 373236167.5544106 m / s > c, setting 1/gamma = 0\n",
+      "v = 317534746.4954074 m / s > c, setting 1/gamma = 0\n",
+      "v = 470079969.39641935 m / s > c, setting 1/gamma = 0\n",
+      "v = 468305266.0437494 m / s > c, setting 1/gamma = 0\n",
+      "v = 318999302.38034695 m / s > c, setting 1/gamma = 0\n",
+      "v = 339275709.84588283 m / s > c, setting 1/gamma = 0\n",
+      "v = 370272776.20969296 m / s > c, setting 1/gamma = 0\n",
+      "v = 331266199.49041104 m / s > c, setting 1/gamma = 0\n",
+      "v = 367638338.02912354 m / s > c, setting 1/gamma = 0\n",
+      "v = 345257243.5280643 m / s > c, setting 1/gamma = 0\n",
+      "v = 367870569.45300794 m / s > c, setting 1/gamma = 0\n",
+      "v = 317529231.54339844 m / s > c, setting 1/gamma = 0\n",
+      "v = 307075108.71041584 m / s > c, setting 1/gamma = 0\n",
+      "v = 326564148.7328516 m / s > c, setting 1/gamma = 0\n",
+      "v = 302670311.1666128 m / s > c, setting 1/gamma = 0\n",
+      "v = 325496919.5927135 m / s > c, setting 1/gamma = 0\n",
+      "v = 367357088.132849 m / s > c, setting 1/gamma = 0\n",
+      "v = 430751393.40528965 m / s > c, setting 1/gamma = 0\n",
+      "v = 455301342.58630514 m / s > c, setting 1/gamma = 0\n",
+      "v = 367215063.74997586 m / s > c, setting 1/gamma = 0\n",
+      "v = 414796455.70621264 m / s > c, setting 1/gamma = 0\n",
+      "v = 322940346.59481007 m / s > c, setting 1/gamma = 0\n",
+      "v = 344249204.3044994 m / s > c, setting 1/gamma = 0\n",
+      "v = 338696831.7902901 m / s > c, setting 1/gamma = 0\n",
+      "v = 387409096.5138646 m / s > c, setting 1/gamma = 0\n",
+      "v = 458399463.6290528 m / s > c, setting 1/gamma = 0\n",
+      "v = 473576280.23768353 m / s > c, setting 1/gamma = 0\n",
+      "v = 317012423.9533889 m / s > c, setting 1/gamma = 0\n",
+      "v = 347299740.75017524 m / s > c, setting 1/gamma = 0\n",
+      "v = 333698802.1905378 m / s > c, setting 1/gamma = 0\n",
+      "v = 502581591.8464389 m / s > c, setting 1/gamma = 0\n",
+      "v = 484019703.96233964 m / s > c, setting 1/gamma = 0\n",
+      "v = 327008759.05481696 m / s > c, setting 1/gamma = 0\n",
+      "v = 358825274.78128374 m / s > c, setting 1/gamma = 0\n",
+      "v = 376406555.8679869 m / s > c, setting 1/gamma = 0\n",
+      "v = 341095748.18252844 m / s > c, setting 1/gamma = 0\n",
+      "v = 342974017.0654359 m / s > c, setting 1/gamma = 0\n",
+      "v = 377005480.92108756 m / s > c, setting 1/gamma = 0\n",
+      "v = 351290210.714482 m / s > c, setting 1/gamma = 0\n",
+      "v = 429980112.70951456 m / s > c, setting 1/gamma = 0\n",
+      "v = 447031343.68315256 m / s > c, setting 1/gamma = 0\n",
+      "v = 304090269.0675282 m / s > c, setting 1/gamma = 0\n",
+      "v = 324268542.5763285 m / s > c, setting 1/gamma = 0\n",
+      "v = 302856910.5692354 m / s > c, setting 1/gamma = 0\n",
+      "v = 357006196.8583618 m / s > c, setting 1/gamma = 0\n",
+      "v = 352506974.23313755 m / s > c, setting 1/gamma = 0\n",
+      "v = 736767911.6961173 m / s > c, setting 1/gamma = 0\n",
+      "v = 607206191.148295 m / s > c, setting 1/gamma = 0\n",
+      "v = 312409907.5445117 m / s > c, setting 1/gamma = 0\n",
+      "v = 327044093.7315664 m / s > c, setting 1/gamma = 0\n",
+      "v = 374848175.9260221 m / s > c, setting 1/gamma = 0\n",
+      "v = 329199872.79783666 m / s > c, setting 1/gamma = 0\n",
+      "v = 376994385.28970325 m / s > c, setting 1/gamma = 0\n",
+      "v = 327901266.4974703 m / s > c, setting 1/gamma = 0\n",
+      "v = 346203914.9679358 m / s > c, setting 1/gamma = 0\n",
+      "v = 326990504.8050535 m / s > c, setting 1/gamma = 0\n",
+      "v = 375730776.15525496 m / s > c, setting 1/gamma = 0\n",
+      "v = 414611642.83515066 m / s > c, setting 1/gamma = 0\n",
+      "v = 444490315.893419 m / s > c, setting 1/gamma = 0\n",
+      "v = 305011845.7362281 m / s > c, setting 1/gamma = 0\n",
+      "v = 355470885.173232 m / s > c, setting 1/gamma = 0\n",
+      "v = 431625833.7705906 m / s > c, setting 1/gamma = 0\n",
+      "v = 454410290.364634 m / s > c, setting 1/gamma = 0\n",
+      "v = 307328860.68249214 m / s > c, setting 1/gamma = 0\n",
+      "v = 308910129.45654374 m / s > c, setting 1/gamma = 0\n",
+      "v = 361665364.36074984 m / s > c, setting 1/gamma = 0\n",
+      "v = 356421375.13560474 m / s > c, setting 1/gamma = 0\n",
+      "v = 391436250.5392064 m / s > c, setting 1/gamma = 0\n",
+      "v = 336514748.65300214 m / s > c, setting 1/gamma = 0\n",
+      "v = 299963901.16806424 m / s > c, setting 1/gamma = 0\n",
+      "v = 331915972.4486987 m / s > c, setting 1/gamma = 0\n",
+      "v = 347351021.39368176 m / s > c, setting 1/gamma = 0\n",
+      "v = 366994577.29520845 m / s > c, setting 1/gamma = 0\n",
+      "v = 332235899.4121376 m / s > c, setting 1/gamma = 0\n",
+      "v = 303813795.5782034 m / s > c, setting 1/gamma = 0\n",
+      "v = 328304145.90389335 m / s > c, setting 1/gamma = 0\n",
+      "v = 346966402.9214497 m / s > c, setting 1/gamma = 0\n",
+      "v = 318847882.3491996 m / s > c, setting 1/gamma = 0\n",
+      "v = 367253319.7877748 m / s > c, setting 1/gamma = 0\n",
+      "v = 332887318.25705075 m / s > c, setting 1/gamma = 0\n",
+      "v = 381074467.01440555 m / s > c, setting 1/gamma = 0\n",
+      "v = 338454800.680699 m / s > c, setting 1/gamma = 0\n",
+      "v = 354341994.27494234 m / s > c, setting 1/gamma = 0\n",
+      "v = 334193160.3689284 m / s > c, setting 1/gamma = 0\n",
+      "v = 385016649.02982694 m / s > c, setting 1/gamma = 0\n",
+      "v = 394689618.1278379 m / s > c, setting 1/gamma = 0\n",
+      "v = 430096453.43841964 m / s > c, setting 1/gamma = 0\n",
+      "v = 306761420.1221325 m / s > c, setting 1/gamma = 0\n",
+      "v = 326643293.6986579 m / s > c, setting 1/gamma = 0\n",
+      "v = 314704035.43720394 m / s > c, setting 1/gamma = 0\n",
+      "v = 367666667.2395669 m / s > c, setting 1/gamma = 0\n",
+      "v = 375503008.03094447 m / s > c, setting 1/gamma = 0\n",
+      "v = 408352089.897387 m / s > c, setting 1/gamma = 0\n",
+      "v = 347523375.68306047 m / s > c, setting 1/gamma = 0\n",
+      "v = 360505322.33235353 m / s > c, setting 1/gamma = 0\n",
+      "v = 318600668.4954106 m / s > c, setting 1/gamma = 0\n",
+      "v = 372024764.1677357 m / s > c, setting 1/gamma = 0\n",
+      "v = 310574562.34161717 m / s > c, setting 1/gamma = 0\n",
+      "v = 613611509.234048 m / s > c, setting 1/gamma = 0\n",
+      "v = 502702030.8153235 m / s > c, setting 1/gamma = 0\n",
+      "v = 309284012.0922586 m / s > c, setting 1/gamma = 0\n",
+      "v = 315871502.88126653 m / s > c, setting 1/gamma = 0\n",
+      "v = 366245066.0898017 m / s > c, setting 1/gamma = 0\n",
+      "v = 437017941.2161844 m / s > c, setting 1/gamma = 0\n",
+      "v = 457286805.9417438 m / s > c, setting 1/gamma = 0\n",
+      "v = 311068647.4465428 m / s > c, setting 1/gamma = 0\n",
+      "v = 320112195.7319116 m / s > c, setting 1/gamma = 0\n",
+      "v = 358879647.21932226 m / s > c, setting 1/gamma = 0\n",
+      "v = 368921552.4871643 m / s > c, setting 1/gamma = 0\n",
+      "v = 323813387.8659914 m / s > c, setting 1/gamma = 0\n",
+      "v = 375564637.2425514 m / s > c, setting 1/gamma = 0\n",
+      "v = 459735339.458261 m / s > c, setting 1/gamma = 0\n",
+      "v = 467065989.4053004 m / s > c, setting 1/gamma = 0\n",
+      "v = 322044918.81811327 m / s > c, setting 1/gamma = 0\n",
+      "v = 340316409.1517999 m / s > c, setting 1/gamma = 0\n",
+      "v = 324868955.69943804 m / s > c, setting 1/gamma = 0\n",
+      "v = 430195430.7723807 m / s > c, setting 1/gamma = 0\n",
+      "v = 453279794.2086486 m / s > c, setting 1/gamma = 0\n",
+      "v = 308935933.290723 m / s > c, setting 1/gamma = 0\n",
+      "v = 335155725.342092 m / s > c, setting 1/gamma = 0\n",
+      "v = 320649784.11771184 m / s > c, setting 1/gamma = 0\n",
+      "v = 305621458.77172196 m / s > c, setting 1/gamma = 0\n",
+      "v = 307849305.83082664 m / s > c, setting 1/gamma = 0\n",
+      "v = 360169560.2348875 m / s > c, setting 1/gamma = 0\n",
+      "v = 305651229.6400885 m / s > c, setting 1/gamma = 0\n",
+      "v = 335246851.99705553 m / s > c, setting 1/gamma = 0\n",
+      "v = 344006756.0208608 m / s > c, setting 1/gamma = 0\n",
+      "v = 506487282.818888 m / s > c, setting 1/gamma = 0\n",
+      "v = 478747206.026812 m / s > c, setting 1/gamma = 0\n",
+      "v = 306603871.77247846 m / s > c, setting 1/gamma = 0\n",
+      "v = 358428074.8104527 m / s > c, setting 1/gamma = 0\n",
+      "v = 376414654.92908 m / s > c, setting 1/gamma = 0\n",
+      "v = 391963951.11500466 m / s > c, setting 1/gamma = 0\n",
+      "v = 341154035.4409859 m / s > c, setting 1/gamma = 0\n",
+      "v = 433966922.77907085 m / s > c, setting 1/gamma = 0\n",
+      "v = 462182793.3402355 m / s > c, setting 1/gamma = 0\n",
+      "v = 305788526.6140355 m / s > c, setting 1/gamma = 0\n",
+      "v = 306027483.4934703 m / s > c, setting 1/gamma = 0\n",
+      "v = 357118998.59555584 m / s > c, setting 1/gamma = 0\n",
+      "v = 324491534.8229458 m / s > c, setting 1/gamma = 0\n",
+      "v = 361555700.0770584 m / s > c, setting 1/gamma = 0\n",
+      "v = 335413851.01332 m / s > c, setting 1/gamma = 0\n",
+      "v = 388783744.15239096 m / s > c, setting 1/gamma = 0\n",
+      "v = 451189239.17403954 m / s > c, setting 1/gamma = 0\n",
+      "v = 469513363.8651601 m / s > c, setting 1/gamma = 0\n",
+      "v = 371257810.1563747 m / s > c, setting 1/gamma = 0\n",
+      "v = 414488590.9292317 m / s > c, setting 1/gamma = 0\n",
+      "v = 418357282.3619483 m / s > c, setting 1/gamma = 0\n",
+      "v = 456358814.4433104 m / s > c, setting 1/gamma = 0\n",
+      "v = 314449147.14810854 m / s > c, setting 1/gamma = 0\n",
+      "v = 337057074.8881083 m / s > c, setting 1/gamma = 0\n",
+      "v = 349010600.3881458 m / s > c, setting 1/gamma = 0\n",
+      "v = 396956417.954248 m / s > c, setting 1/gamma = 0\n",
+      "v = 437580906.6714254 m / s > c, setting 1/gamma = 0\n",
+      "v = 461826616.967387 m / s > c, setting 1/gamma = 0\n",
+      "v = 303202451.6665783 m / s > c, setting 1/gamma = 0\n",
+      "v = 333733284.19243723 m / s > c, setting 1/gamma = 0\n",
+      "v = 325931788.1456608 m / s > c, setting 1/gamma = 0\n",
+      "v = 378216417.13253504 m / s > c, setting 1/gamma = 0\n",
+      "v = 464136896.13620234 m / s > c, setting 1/gamma = 0\n",
+      "v = 472632666.4031878 m / s > c, setting 1/gamma = 0\n",
+      "v = 312591644.59625846 m / s > c, setting 1/gamma = 0\n",
+      "v = 337420837.22103447 m / s > c, setting 1/gamma = 0\n",
+      "v = 299855758.060906 m / s > c, setting 1/gamma = 0\n",
+      "v = 344882377.05771136 m / s > c, setting 1/gamma = 0\n",
+      "v = 384538609.28075486 m / s > c, setting 1/gamma = 0\n",
+      "v = 424741894.3651635 m / s > c, setting 1/gamma = 0\n",
+      "v = 313703222.15179974 m / s > c, setting 1/gamma = 0\n",
+      "v = 355702997.7020971 m / s > c, setting 1/gamma = 0\n",
+      "v = 302259403.67682195 m / s > c, setting 1/gamma = 0\n",
+      "v = 355240333.6074367 m / s > c, setting 1/gamma = 0\n",
+      "v = 379059549.94989306 m / s > c, setting 1/gamma = 0\n",
+      "v = 360170036.3502531 m / s > c, setting 1/gamma = 0\n",
+      "v = 404733979.4313715 m / s > c, setting 1/gamma = 0\n",
+      "v = 394922290.65653914 m / s > c, setting 1/gamma = 0\n",
+      "v = 439362122.5773761 m / s > c, setting 1/gamma = 0\n",
+      "v = 313732422.599224 m / s > c, setting 1/gamma = 0\n",
+      "v = 431222627.23390394 m / s > c, setting 1/gamma = 0\n",
+      "v = 452256132.7858737 m / s > c, setting 1/gamma = 0\n",
+      "v = 345250552.6379775 m / s > c, setting 1/gamma = 0\n",
+      "v = 395905100.8178709 m / s > c, setting 1/gamma = 0\n",
+      "v = 385793597.3813093 m / s > c, setting 1/gamma = 0\n",
+      "v = 427914346.2923369 m / s > c, setting 1/gamma = 0\n",
+      "v = 318783626.7443202 m / s > c, setting 1/gamma = 0\n",
+      "v = 338837312.96940804 m / s > c, setting 1/gamma = 0\n",
+      "v = 348274368.0623594 m / s > c, setting 1/gamma = 0\n",
+      "v = 400041133.80329835 m / s > c, setting 1/gamma = 0\n",
+      "v = 429010568.2594797 m / s > c, setting 1/gamma = 0\n",
+      "v = 454004353.18371075 m / s > c, setting 1/gamma = 0\n",
+      "v = 305628910.9519937 m / s > c, setting 1/gamma = 0\n",
+      "v = 333972461.1013547 m / s > c, setting 1/gamma = 0\n",
+      "v = 319057658.0144287 m / s > c, setting 1/gamma = 0\n",
+      "v = 373177100.7019592 m / s > c, setting 1/gamma = 0\n",
+      "v = 505694949.56919533 m / s > c, setting 1/gamma = 0\n",
+      "v = 479124332.5007784 m / s > c, setting 1/gamma = 0\n",
+      "v = 302826294.72364396 m / s > c, setting 1/gamma = 0\n",
+      "v = 354021728.1547361 m / s > c, setting 1/gamma = 0\n",
+      "v = 329498088.70090514 m / s > c, setting 1/gamma = 0\n",
+      "v = 351823989.98456585 m / s > c, setting 1/gamma = 0\n",
+      "v = 321881876.13989794 m / s > c, setting 1/gamma = 0\n",
+      "v = 322861844.15036994 m / s > c, setting 1/gamma = 0\n",
+      "v = 344532652.91246724 m / s > c, setting 1/gamma = 0\n",
+      "v = 306238685.9929778 m / s > c, setting 1/gamma = 0\n",
+      "v = 350263218.7274354 m / s > c, setting 1/gamma = 0\n",
+      "v = 312206327.57180434 m / s > c, setting 1/gamma = 0\n",
+      "v = 351297191.1466843 m / s > c, setting 1/gamma = 0\n",
+      "v = 370794689.61993986 m / s > c, setting 1/gamma = 0\n",
+      "v = 386286517.8592969 m / s > c, setting 1/gamma = 0\n",
+      "v = 343132879.8502965 m / s > c, setting 1/gamma = 0\n",
+      "v = 393677613.03911245 m / s > c, setting 1/gamma = 0\n",
+      "v = 450123446.2296362 m / s > c, setting 1/gamma = 0\n",
+      "v = 468965440.88483673 m / s > c, setting 1/gamma = 0\n",
+      "v = 310045363.7832917 m / s > c, setting 1/gamma = 0\n",
+      "v = 300583415.26305515 m / s > c, setting 1/gamma = 0\n",
+      "v = 354262241.69451547 m / s > c, setting 1/gamma = 0\n",
+      "v = 383766090.5526687 m / s > c, setting 1/gamma = 0\n",
+      "v = 415334512.9531825 m / s > c, setting 1/gamma = 0\n",
+      "v = 312143764.7653415 m / s > c, setting 1/gamma = 0\n",
+      "v = 303039928.4416328 m / s > c, setting 1/gamma = 0\n",
+      "v = 350561087.1758594 m / s > c, setting 1/gamma = 0\n",
+      "v = 356349242.776708 m / s > c, setting 1/gamma = 0\n",
+      "v = 381802209.0047508 m / s > c, setting 1/gamma = 0\n",
+      "v = 302153601.53071576 m / s > c, setting 1/gamma = 0\n",
+      "v = 324720925.55127347 m / s > c, setting 1/gamma = 0\n",
+      "v = 674576779.138598 m / s > c, setting 1/gamma = 0\n",
+      "v = 552665754.1066945 m / s > c, setting 1/gamma = 0\n",
+      "v = 346648798.1429119 m / s > c, setting 1/gamma = 0\n",
+      "v = 371644233.98323053 m / s > c, setting 1/gamma = 0\n",
+      "v = 343496093.88413304 m / s > c, setting 1/gamma = 0\n",
+      "v = 398507891.32522106 m / s > c, setting 1/gamma = 0\n",
+      "v = 301276724.4872028 m / s > c, setting 1/gamma = 0\n",
+      "v = 343193790.5908262 m / s > c, setting 1/gamma = 0\n",
+      "v = 330350783.33069664 m / s > c, setting 1/gamma = 0\n",
+      "v = 353607361.64867693 m / s > c, setting 1/gamma = 0\n",
+      "v = 378594243.98286164 m / s > c, setting 1/gamma = 0\n",
+      "v = 310278057.27024573 m / s > c, setting 1/gamma = 0\n",
+      "v = 361472933.7460713 m / s > c, setting 1/gamma = 0\n",
+      "v = 448090269.0377539 m / s > c, setting 1/gamma = 0\n",
+      "v = 475301562.3738481 m / s > c, setting 1/gamma = 0\n",
+      "v = 305363541.72179794 m / s > c, setting 1/gamma = 0\n",
+      "v = 341015064.0098121 m / s > c, setting 1/gamma = 0\n",
+      "v = 362157736.7303576 m / s > c, setting 1/gamma = 0\n",
+      "v = 373696531.021528 m / s > c, setting 1/gamma = 0\n",
+      "v = 306221039.984841 m / s > c, setting 1/gamma = 0\n",
+      "v = 518371787.73759484 m / s > c, setting 1/gamma = 0\n",
+      "v = 500403060.96070683 m / s > c, setting 1/gamma = 0\n",
+      "v = 306864987.07119703 m / s > c, setting 1/gamma = 0\n",
+      "v = 335660986.8775975 m / s > c, setting 1/gamma = 0\n",
+      "v = 332837598.6817384 m / s > c, setting 1/gamma = 0\n",
+      "v = 388038070.89238614 m / s > c, setting 1/gamma = 0\n",
+      "v = 407282286.5268268 m / s > c, setting 1/gamma = 0\n",
+      "v = 437362765.35630363 m / s > c, setting 1/gamma = 0\n",
+      "v = 352725121.5116989 m / s > c, setting 1/gamma = 0\n",
+      "v = 367514328.13837487 m / s > c, setting 1/gamma = 0\n",
+      "v = 299994538.02126783 m / s > c, setting 1/gamma = 0\n",
+      "v = 344581225.2305037 m / s > c, setting 1/gamma = 0\n",
+      "v = 326463566.6692007 m / s > c, setting 1/gamma = 0\n",
+      "v = 378708557.68284005 m / s > c, setting 1/gamma = 0\n",
+      "v = 347438311.3960687 m / s > c, setting 1/gamma = 0\n",
+      "v = 365091028.1241321 m / s > c, setting 1/gamma = 0\n",
+      "v = 314078455.3557938 m / s > c, setting 1/gamma = 0\n",
+      "v = 361397337.51059407 m / s > c, setting 1/gamma = 0\n",
+      "v = 409825305.35367554 m / s > c, setting 1/gamma = 0\n",
+      "v = 446279522.8808921 m / s > c, setting 1/gamma = 0\n",
+      "v = 340278060.2319119 m / s > c, setting 1/gamma = 0\n",
+      "v = 356627062.8356858 m / s > c, setting 1/gamma = 0\n",
+      "v = 300525717.78970265 m / s > c, setting 1/gamma = 0\n",
+      "v = 304628070.1525766 m / s > c, setting 1/gamma = 0\n",
+      "v = 354992046.21901536 m / s > c, setting 1/gamma = 0\n",
+      "v = 302660044.75408316 m / s > c, setting 1/gamma = 0\n",
+      "v = 302733289.6137471 m / s > c, setting 1/gamma = 0\n",
+      "v = 353101297.8725409 m / s > c, setting 1/gamma = 0\n",
+      "v = 321784074.92645735 m / s > c, setting 1/gamma = 0\n",
+      "v = 308366522.36378485 m / s > c, setting 1/gamma = 0\n",
+      "v = 362021807.2548171 m / s > c, setting 1/gamma = 0\n",
+      "v = 421338627.29193205 m / s > c, setting 1/gamma = 0\n",
+      "v = 443377281.88934565 m / s > c, setting 1/gamma = 0\n",
+      "v = 308581350.30515206 m / s > c, setting 1/gamma = 0\n",
+      "v = 328805854.01594126 m / s > c, setting 1/gamma = 0\n",
+      "v = 346571952.15483624 m / s > c, setting 1/gamma = 0\n",
+      "v = 346422638.7958817 m / s > c, setting 1/gamma = 0\n",
+      "v = 720448530.7987113 m / s > c, setting 1/gamma = 0\n",
+      "v = 593573866.6174185 m / s > c, setting 1/gamma = 0\n",
+      "v = 302743149.3710565 m / s > c, setting 1/gamma = 0\n",
+      "v = 323602819.5269282 m / s > c, setting 1/gamma = 0\n",
+      "v = 339415197.09933996 m / s > c, setting 1/gamma = 0\n",
+      "v = 389914366.2342382 m / s > c, setting 1/gamma = 0\n",
+      "v = 404558074.4513259 m / s > c, setting 1/gamma = 0\n",
+      "v = 435467416.8297269 m / s > c, setting 1/gamma = 0\n",
+      "v = 304253652.81622314 m / s > c, setting 1/gamma = 0\n",
+      "v = 332270279.4318316 m / s > c, setting 1/gamma = 0\n",
+      "v = 312854487.14891434 m / s > c, setting 1/gamma = 0\n",
+      "v = 365828751.47722596 m / s > c, setting 1/gamma = 0\n",
+      "v = 309978871.48907965 m / s > c, setting 1/gamma = 0\n",
+      "v = 600592440.2944659 m / s > c, setting 1/gamma = 0\n",
+      "v = 492182936.7856754 m / s > c, setting 1/gamma = 0\n",
+      "v = 347140026.4654709 m / s > c, setting 1/gamma = 0\n",
+      "v = 360532276.31771326 m / s > c, setting 1/gamma = 0\n",
+      "v = 326798492.4141142 m / s > c, setting 1/gamma = 0\n",
+      "v = 378229344.58718544 m / s > c, setting 1/gamma = 0\n",
+      "v = 417944163.52926815 m / s > c, setting 1/gamma = 0\n",
+      "v = 443980328.58315426 m / s > c, setting 1/gamma = 0\n",
+      "v = 309059724.8765435 m / s > c, setting 1/gamma = 0\n",
+      "v = 334981444.0245215 m / s > c, setting 1/gamma = 0\n",
+      "v = 302191385.4916496 m / s > c, setting 1/gamma = 0\n",
+      "v = 352096839.3703383 m / s > c, setting 1/gamma = 0\n",
+      "v = 329214233.54585826 m / s > c, setting 1/gamma = 0\n",
+      "v = 378405772.2475755 m / s > c, setting 1/gamma = 0\n",
+      "v = 324302003.66875035 m / s > c, setting 1/gamma = 0\n",
+      "v = 343202664.185281 m / s > c, setting 1/gamma = 0\n",
+      "v = 300545851.18370175 m / s > c, setting 1/gamma = 0\n",
+      "v = 336859583.93645096 m / s > c, setting 1/gamma = 0\n",
+      "v = 315668075.3184301 m / s > c, setting 1/gamma = 0\n",
+      "v = 354652936.1030126 m / s > c, setting 1/gamma = 0\n",
+      "v = 303595265.5020944 m / s > c, setting 1/gamma = 0\n",
+      "v = 361242374.85403055 m / s > c, setting 1/gamma = 0\n",
+      "v = 376564023.3571421 m / s > c, setting 1/gamma = 0\n",
+      "v = 318286498.28108764 m / s > c, setting 1/gamma = 0\n",
+      "v = 306937055.2838939 m / s > c, setting 1/gamma = 0\n",
+      "v = 313564390.3127319 m / s > c, setting 1/gamma = 0\n",
+      "v = 310900810.9171299 m / s > c, setting 1/gamma = 0\n",
+      "v = 390568763.5471871 m / s > c, setting 1/gamma = 0\n",
+      "v = 432290758.75673705 m / s > c, setting 1/gamma = 0\n",
+      "v = 352396738.9397888 m / s > c, setting 1/gamma = 0\n",
+      "v = 366047981.7402022 m / s > c, setting 1/gamma = 0\n",
+      "v = 324653311.5433638 m / s > c, setting 1/gamma = 0\n",
+      "v = 372874135.6591808 m / s > c, setting 1/gamma = 0\n",
+      "v = 361308218.57123905 m / s > c, setting 1/gamma = 0\n",
+      "v = 406945720.78464025 m / s > c, setting 1/gamma = 0\n",
+      "v = 334022319.8039187 m / s > c, setting 1/gamma = 0\n",
+      "v = 350431748.73926955 m / s > c, setting 1/gamma = 0\n",
+      "v = 343806405.4993841 m / s > c, setting 1/gamma = 0\n",
+      "v = 396204607.0561894 m / s > c, setting 1/gamma = 0\n",
+      "v = 409774757.77787083 m / s > c, setting 1/gamma = 0\n",
+      "v = 439127156.5581869 m / s > c, setting 1/gamma = 0\n",
+      "v = 312458592.7345551 m / s > c, setting 1/gamma = 0\n",
+      "v = 338045536.19030267 m / s > c, setting 1/gamma = 0\n",
+      "v = 319180503.3239501 m / s > c, setting 1/gamma = 0\n",
+      "v = 313683687.38558286 m / s > c, setting 1/gamma = 0\n",
+      "v = 310767971.63515836 m / s > c, setting 1/gamma = 0\n",
+      "v = 334636718.925495 m / s > c, setting 1/gamma = 0\n",
+      "v = 340876976.8135756 m / s > c, setting 1/gamma = 0\n",
+      "v = 383353407.2388497 m / s > c, setting 1/gamma = 0\n",
+      "v = 316669323.2716939 m / s > c, setting 1/gamma = 0\n",
+      "v = 322446238.58959496 m / s > c, setting 1/gamma = 0\n",
+      "v = 344770545.97143924 m / s > c, setting 1/gamma = 0\n",
+      "v = 332419643.5915545 m / s > c, setting 1/gamma = 0\n",
+      "v = 378349060.01962274 m / s > c, setting 1/gamma = 0\n",
+      "v = 394686858.71405125 m / s > c, setting 1/gamma = 0\n",
+      "v = 435158092.21467745 m / s > c, setting 1/gamma = 0\n",
+      "v = 325283688.2801885 m / s > c, setting 1/gamma = 0\n",
+      "v = 343874622.31472373 m / s > c, setting 1/gamma = 0\n",
+      "v = 310328518.42278177 m / s > c, setting 1/gamma = 0\n",
+      "v = 362556801.5389972 m / s > c, setting 1/gamma = 0\n",
+      "v = 470235722.6926139 m / s > c, setting 1/gamma = 0\n",
+      "v = 469223071.39168394 m / s > c, setting 1/gamma = 0\n",
+      "v = 304981425.87203145 m / s > c, setting 1/gamma = 0\n",
+      "v = 321132356.020819 m / s > c, setting 1/gamma = 0\n",
+      "v = 337325821.70079505 m / s > c, setting 1/gamma = 0\n",
+      "v = 322042859.48984784 m / s > c, setting 1/gamma = 0\n",
+      "v = 375142015.068242 m / s > c, setting 1/gamma = 0\n",
+      "v = 365384554.4189603 m / s > c, setting 1/gamma = 0\n",
+      "v = 402786536.92444956 m / s > c, setting 1/gamma = 0\n",
+      "v = 302425414.3368781 m / s > c, setting 1/gamma = 0\n",
+      "v = 324328273.67830926 m / s > c, setting 1/gamma = 0\n",
+      "v = 310752141.0650561 m / s > c, setting 1/gamma = 0\n",
+      "v = 350370554.2700675 m / s > c, setting 1/gamma = 0\n",
+      "v = 347385331.86426884 m / s > c, setting 1/gamma = 0\n",
+      "v = 341090885.2685348 m / s > c, setting 1/gamma = 0\n",
+      "v = 356165575.94189507 m / s > c, setting 1/gamma = 0\n",
+      "v = 315636635.8192606 m / s > c, setting 1/gamma = 0\n",
+      "v = 412828263.3237432 m / s > c, setting 1/gamma = 0\n",
+      "v = 432365725.55883265 m / s > c, setting 1/gamma = 0\n",
+      "v = 311115877.8293848 m / s > c, setting 1/gamma = 0\n",
+      "v = 323855265.35199875 m / s > c, setting 1/gamma = 0\n",
+      "v = 438597067.2055239 m / s > c, setting 1/gamma = 0\n",
+      "v = 445505303.3011022 m / s > c, setting 1/gamma = 0\n",
+      "v = 305303026.2149137 m / s > c, setting 1/gamma = 0\n",
+      "v = 317813702.7247777 m / s > c, setting 1/gamma = 0\n",
+      "v = 336595047.8507011 m / s > c, setting 1/gamma = 0\n",
+      "v = 321836572.21312875 m / s > c, setting 1/gamma = 0\n",
+      "v = 374541359.0629218 m / s > c, setting 1/gamma = 0\n",
+      "v = 451041611.42260396 m / s > c, setting 1/gamma = 0\n",
+      "v = 461427971.6612011 m / s > c, setting 1/gamma = 0\n",
+      "v = 335420449.0821087 m / s > c, setting 1/gamma = 0\n",
+      "v = 351580001.36239386 m / s > c, setting 1/gamma = 0\n",
+      "v = 311502577.3449714 m / s > c, setting 1/gamma = 0\n",
+      "v = 348337417.3527139 m / s > c, setting 1/gamma = 0\n",
+      "v = 352405907.85491693 m / s > c, setting 1/gamma = 0\n",
+      "v = 389813019.2015165 m / s > c, setting 1/gamma = 0\n",
+      "v = 302982933.0405312 m / s > c, setting 1/gamma = 0\n",
+      "v = 386787243.87207615 m / s > c, setting 1/gamma = 0\n",
+      "v = 396508364.42769164 m / s > c, setting 1/gamma = 0\n",
+      "v = 324638123.9874466 m / s > c, setting 1/gamma = 0\n",
+      "v = 364442020.27652365 m / s > c, setting 1/gamma = 0\n",
+      "v = 351720416.023986 m / s > c, setting 1/gamma = 0\n",
+      "v = 400722777.1591964 m / s > c, setting 1/gamma = 0\n",
+      "v = 332822034.2621912 m / s > c, setting 1/gamma = 0\n",
+      "v = 352003256.01278037 m / s > c, setting 1/gamma = 0\n",
+      "v = 384769687.9100613 m / s > c, setting 1/gamma = 0\n",
+      "v = 426515860.32023704 m / s > c, setting 1/gamma = 0\n",
+      "v = 358170481.80058813 m / s > c, setting 1/gamma = 0\n",
+      "v = 368496780.7434547 m / s > c, setting 1/gamma = 0\n",
+      "v = 332090206.6963738 m / s > c, setting 1/gamma = 0\n",
+      "v = 385809578.04693353 m / s > c, setting 1/gamma = 0\n",
+      "v = 418356861.3351074 m / s > c, setting 1/gamma = 0\n",
+      "v = 444024868.56354535 m / s > c, setting 1/gamma = 0\n",
+      "v = 314948295.60377085 m / s > c, setting 1/gamma = 0\n",
+      "v = 337980973.340766 m / s > c, setting 1/gamma = 0\n",
+      "v = 303432295.12693185 m / s > c, setting 1/gamma = 0\n",
+      "v = 392562980.3705031 m / s > c, setting 1/gamma = 0\n",
+      "v = 434392513.44868404 m / s > c, setting 1/gamma = 0\n",
+      "v = 429897069.79825 m / s > c, setting 1/gamma = 0\n",
+      "v = 459144617.2650277 m / s > c, setting 1/gamma = 0\n",
+      "v = 376759542.8214943 m / s > c, setting 1/gamma = 0\n",
+      "v = 425794742.40312123 m / s > c, setting 1/gamma = 0\n",
+      "v = 302858252.0236102 m / s > c, setting 1/gamma = 0\n",
+      "v = 326869174.15792704 m / s > c, setting 1/gamma = 0\n",
+      "v = 315543033.1192432 m / s > c, setting 1/gamma = 0\n",
+      "v = 356743660.7877376 m / s > c, setting 1/gamma = 0\n",
+      "v = 315909028.61693394 m / s > c, setting 1/gamma = 0\n",
+      "v = 326842613.4205044 m / s > c, setting 1/gamma = 0\n",
+      "v = 379191077.72462153 m / s > c, setting 1/gamma = 0\n",
+      "v = 541217075.0856559 m / s > c, setting 1/gamma = 0\n",
+      "v = 483282963.3784024 m / s > c, setting 1/gamma = 0\n",
+      "v = 310029810.80304873 m / s > c, setting 1/gamma = 0\n",
+      "v = 330095341.7170309 m / s > c, setting 1/gamma = 0\n",
+      "v = 340598555.60505366 m / s > c, setting 1/gamma = 0\n",
+      "v = 317199846.75394076 m / s > c, setting 1/gamma = 0\n",
+      "v = 364965534.047082 m / s > c, setting 1/gamma = 0\n",
+      "v = 310137721.799652 m / s > c, setting 1/gamma = 0\n",
+      "v = 330007000.6202758 m / s > c, setting 1/gamma = 0\n",
+      "v = 312262770.15604657 m / s > c, setting 1/gamma = 0\n",
+      "v = 365607583.2242307 m / s > c, setting 1/gamma = 0\n",
+      "v = 573296770.4284768 m / s > c, setting 1/gamma = 0\n",
+      "v = 486821276.94750655 m / s > c, setting 1/gamma = 0\n",
+      "v = 474929006.5611774 m / s > c, setting 1/gamma = 0\n",
+      "v = 476732402.2899506 m / s > c, setting 1/gamma = 0\n",
+      "v = 306026534.8540535 m / s > c, setting 1/gamma = 0\n",
+      "v = 317355541.47585213 m / s > c, setting 1/gamma = 0\n",
+      "v = 363755014.59736836 m / s > c, setting 1/gamma = 0\n",
+      "v = 438034946.3209639 m / s > c, setting 1/gamma = 0\n",
+      "v = 460829346.74896103 m / s > c, setting 1/gamma = 0\n",
+      "v = 310383547.91878945 m / s > c, setting 1/gamma = 0\n",
+      "v = 322126397.98397994 m / s > c, setting 1/gamma = 0\n",
+      "v = 326164223.3489626 m / s > c, setting 1/gamma = 0\n",
+      "v = 375482951.7185836 m / s > c, setting 1/gamma = 0\n",
+      "v = 328781453.27644867 m / s > c, setting 1/gamma = 0\n",
+      "v = 346251166.1451309 m / s > c, setting 1/gamma = 0\n",
+      "v = 346572589.8939724 m / s > c, setting 1/gamma = 0\n",
+      "v = 399697855.2168354 m / s > c, setting 1/gamma = 0\n",
+      "v = 301237443.87367517 m / s > c, setting 1/gamma = 0\n",
+      "v = 586898228.4125836 m / s > c, setting 1/gamma = 0\n",
+      "v = 480087546.2587153 m / s > c, setting 1/gamma = 0\n",
+      "v = 303597955.7623893 m / s > c, setting 1/gamma = 0\n",
+      "v = 323374043.4921381 m / s > c, setting 1/gamma = 0\n",
+      "v = 388679951.35817456 m / s > c, setting 1/gamma = 0\n",
+      "v = 423079595.76448023 m / s > c, setting 1/gamma = 0\n",
+      "v = 316759069.24058837 m / s > c, setting 1/gamma = 0\n",
+      "v = 337122619.9362168 m / s > c, setting 1/gamma = 0\n",
+      "v = 307580619.14100707 m / s > c, setting 1/gamma = 0\n",
+      "v = 307415213.53593636 m / s > c, setting 1/gamma = 0\n",
+      "v = 590415944.9050919 m / s > c, setting 1/gamma = 0\n",
+      "v = 485068517.11101294 m / s > c, setting 1/gamma = 0\n",
+      "v = 330896083.60070086 m / s > c, setting 1/gamma = 0\n",
+      "v = 347815274.0406216 m / s > c, setting 1/gamma = 0\n",
+      "v = 327149562.01958776 m / s > c, setting 1/gamma = 0\n",
+      "v = 309718111.8347841 m / s > c, setting 1/gamma = 0\n",
+      "v = 595562654.895901 m / s > c, setting 1/gamma = 0\n",
+      "v = 488450299.08677113 m / s > c, setting 1/gamma = 0\n",
+      "v = 308808021.4173418 m / s > c, setting 1/gamma = 0\n",
+      "v = 475775439.0783371 m / s > c, setting 1/gamma = 0\n",
+      "v = 476676275.11933374 m / s > c, setting 1/gamma = 0\n",
+      "v = 306242896.1160078 m / s > c, setting 1/gamma = 0\n",
+      "v = 301926198.8945381 m / s > c, setting 1/gamma = 0\n",
+      "v = 305344094.8148064 m / s > c, setting 1/gamma = 0\n",
+      "v = 333556167.62416667 m / s > c, setting 1/gamma = 0\n",
+      "v = 414911624.6881889 m / s > c, setting 1/gamma = 0\n",
+      "v = 445590081.85839945 m / s > c, setting 1/gamma = 0\n",
+      "v = 330493956.39699453 m / s > c, setting 1/gamma = 0\n",
+      "v = 364740469.91312724 m / s > c, setting 1/gamma = 0\n",
+      "v = 410008678.5788146 m / s > c, setting 1/gamma = 0\n",
+      "v = 336991304.2974539 m / s > c, setting 1/gamma = 0\n",
+      "v = 353168840.5773243 m / s > c, setting 1/gamma = 0\n",
+      "v = 304360146.6377933 m / s > c, setting 1/gamma = 0\n",
+      "v = 354305933.0944121 m / s > c, setting 1/gamma = 0\n",
+      "v = 427411274.4845782 m / s > c, setting 1/gamma = 0\n",
+      "v = 449883202.90963256 m / s > c, setting 1/gamma = 0\n",
+      "v = 325715959.2669304 m / s > c, setting 1/gamma = 0\n",
+      "v = 347493212.31918526 m / s > c, setting 1/gamma = 0\n",
+      "v = 442007233.23343843 m / s > c, setting 1/gamma = 0\n",
+      "v = 459866650.76803416 m / s > c, setting 1/gamma = 0\n",
+      "v = 305856451.82865876 m / s > c, setting 1/gamma = 0\n",
+      "v = 300452469.25964314 m / s > c, setting 1/gamma = 0\n",
+      "v = 413828887.4833946 m / s > c, setting 1/gamma = 0\n",
+      "v = 439880826.1318113 m / s > c, setting 1/gamma = 0\n",
+      "v = 411790132.51107705 m / s > c, setting 1/gamma = 0\n",
+      "v = 442361964.43064725 m / s > c, setting 1/gamma = 0\n",
+      "v = 301980146.9905944 m / s > c, setting 1/gamma = 0\n",
+      "v = 330400322.5493195 m / s > c, setting 1/gamma = 0\n",
+      "v = 332908859.90556985 m / s > c, setting 1/gamma = 0\n",
+      "v = 381009635.2391555 m / s > c, setting 1/gamma = 0\n",
+      "v = 443596502.9964518 m / s > c, setting 1/gamma = 0\n",
+      "v = 463495888.34171855 m / s > c, setting 1/gamma = 0\n",
+      "v = 302295524.5855556 m / s > c, setting 1/gamma = 0\n",
+      "v = 332101798.8675495 m / s > c, setting 1/gamma = 0\n",
+      "v = 349291367.3502567 m / s > c, setting 1/gamma = 0\n",
+      "v = 318363925.60906285 m / s > c, setting 1/gamma = 0\n",
+      "v = 362725490.93261576 m / s > c, setting 1/gamma = 0\n",
+      "v = 343701101.9880792 m / s > c, setting 1/gamma = 0\n",
+      "v = 353367193.69192237 m / s > c, setting 1/gamma = 0\n",
+      "v = 367329385.94397444 m / s > c, setting 1/gamma = 0\n",
+      "v = 319165076.26610756 m / s > c, setting 1/gamma = 0\n",
+      "v = 301821282.2124108 m / s > c, setting 1/gamma = 0\n",
+      "v = 582654902.0066366 m / s > c, setting 1/gamma = 0\n",
+      "v = 478006362.1162478 m / s > c, setting 1/gamma = 0\n",
+      "v = 317533282.458623 m / s > c, setting 1/gamma = 0\n",
+      "v = 306700677.81089926 m / s > c, setting 1/gamma = 0\n",
+      "v = 356083699.0431722 m / s > c, setting 1/gamma = 0\n",
+      "v = 396994973.1059679 m / s > c, setting 1/gamma = 0\n",
+      "v = 430531594.4126216 m / s > c, setting 1/gamma = 0\n",
+      "v = 335290605.1968769 m / s > c, setting 1/gamma = 0\n",
+      "v = 356983755.4626946 m / s > c, setting 1/gamma = 0\n",
+      "v = 301751043.45035166 m / s > c, setting 1/gamma = 0\n",
+      "v = 315354205.5205396 m / s > c, setting 1/gamma = 0\n",
+      "v = 365085375.96083516 m / s > c, setting 1/gamma = 0\n",
+      "v = 303802983.8611178 m / s > c, setting 1/gamma = 0\n",
+      "v = 325656958.87339735 m / s > c, setting 1/gamma = 0\n",
+      "v = 336573419.5467102 m / s > c, setting 1/gamma = 0\n",
+      "v = 384110507.8257923 m / s > c, setting 1/gamma = 0\n",
+      "v = 300987821.0047546 m / s > c, setting 1/gamma = 0\n",
+      "v = 322571163.184248 m / s > c, setting 1/gamma = 0\n",
+      "v = 302002355.73592174 m / s > c, setting 1/gamma = 0\n",
+      "v = 570022899.5023391 m / s > c, setting 1/gamma = 0\n",
+      "v = 467531384.46160054 m / s > c, setting 1/gamma = 0\n",
+      "v = 309197352.94802326 m / s > c, setting 1/gamma = 0\n",
+      "v = 326212258.5125507 m / s > c, setting 1/gamma = 0\n",
+      "v = 323597653.1316633 m / s > c, setting 1/gamma = 0\n",
+      "v = 645286270.0618777 m / s > c, setting 1/gamma = 0\n",
+      "v = 530246496.7255816 m / s > c, setting 1/gamma = 0\n",
+      "v = 311328556.46616393 m / s > c, setting 1/gamma = 0\n",
+      "v = 329532015.27658874 m / s > c, setting 1/gamma = 0\n",
+      "v = 320791000.5008379 m / s > c, setting 1/gamma = 0\n",
+      "v = 641871447.5102111 m / s > c, setting 1/gamma = 0\n",
+      "v = 526918426.9192732 m / s > c, setting 1/gamma = 0\n",
+      "v = 338087918.9947932 m / s > c, setting 1/gamma = 0\n",
+      "v = 369796198.97054094 m / s > c, setting 1/gamma = 0\n",
+      "v = 325474505.1286819 m / s > c, setting 1/gamma = 0\n",
+      "v = 364427251.39168125 m / s > c, setting 1/gamma = 0\n",
+      "v = 315557110.3084166 m / s > c, setting 1/gamma = 0\n",
+      "v = 401429815.53861654 m / s > c, setting 1/gamma = 0\n",
+      "v = 407794067.30507976 m / s > c, setting 1/gamma = 0\n",
+      "v = 333582159.98399556 m / s > c, setting 1/gamma = 0\n",
+      "v = 372506353.7595972 m / s > c, setting 1/gamma = 0\n",
+      "v = 327782719.18004185 m / s > c, setting 1/gamma = 0\n",
+      "v = 321565155.632373 m / s > c, setting 1/gamma = 0\n",
+      "v = 343544467.7556366 m / s > c, setting 1/gamma = 0\n",
+      "v = 341084405.1432125 m / s > c, setting 1/gamma = 0\n",
+      "v = 380297963.0776071 m / s > c, setting 1/gamma = 0\n",
+      "v = 320503438.92421865 m / s > c, setting 1/gamma = 0\n",
+      "v = 339113050.3304243 m / s > c, setting 1/gamma = 0\n",
+      "v = 319361126.8081479 m / s > c, setting 1/gamma = 0\n",
+      "v = 372656800.249214 m / s > c, setting 1/gamma = 0\n",
+      "v = 337123944.0179005 m / s > c, setting 1/gamma = 0\n",
+      "v = 698326348.6954212 m / s > c, setting 1/gamma = 0\n",
+      "v = 574994475.8955622 m / s > c, setting 1/gamma = 0\n",
+      "v = 303229072.36320597 m / s > c, setting 1/gamma = 0\n",
+      "v = 300007723.27674276 m / s > c, setting 1/gamma = 0\n",
+      "v = 474970305.85490465 m / s > c, setting 1/gamma = 0\n",
+      "v = 473744568.8825604 m / s > c, setting 1/gamma = 0\n",
+      "v = 321295471.1249097 m / s > c, setting 1/gamma = 0\n",
+      "v = 303015511.7956347 m / s > c, setting 1/gamma = 0\n",
+      "v = 324817344.48940766 m / s > c, setting 1/gamma = 0\n",
+      "v = 401505268.7388121 m / s > c, setting 1/gamma = 0\n",
+      "v = 434058561.8004062 m / s > c, setting 1/gamma = 0\n",
+      "v = 384528059.8772246 m / s > c, setting 1/gamma = 0\n",
+      "v = 395766034.14174384 m / s > c, setting 1/gamma = 0\n",
+      "v = 319097135.0853795 m / s > c, setting 1/gamma = 0\n",
+      "v = 364999789.10950166 m / s > c, setting 1/gamma = 0\n",
+      "v = 420890207.96908414 m / s > c, setting 1/gamma = 0\n",
+      "v = 451444900.0657205 m / s > c, setting 1/gamma = 0\n",
+      "v = 317437152.96943784 m / s > c, setting 1/gamma = 0\n",
+      "v = 346291787.89557844 m / s > c, setting 1/gamma = 0\n",
+      "v = 368499717.9928633 m / s > c, setting 1/gamma = 0\n",
+      "v = 415085732.89885825 m / s > c, setting 1/gamma = 0\n",
+      "v = 482042588.8984734 m / s > c, setting 1/gamma = 0\n",
+      "v = 488683294.9633896 m / s > c, setting 1/gamma = 0\n",
+      "v = 309664982.3922367 m / s > c, setting 1/gamma = 0\n",
+      "v = 339204948.8635939 m / s > c, setting 1/gamma = 0\n",
+      "v = 381921155.5223422 m / s > c, setting 1/gamma = 0\n",
+      "v = 427391563.26542217 m / s > c, setting 1/gamma = 0\n",
+      "v = 460821949.08589923 m / s > c, setting 1/gamma = 0\n",
+      "v = 479551953.19373506 m / s > c, setting 1/gamma = 0\n",
+      "v = 307899678.16244376 m / s > c, setting 1/gamma = 0\n",
+      "v = 339147092.09242356 m / s > c, setting 1/gamma = 0\n",
+      "v = 383262955.6679913 m / s > c, setting 1/gamma = 0\n",
+      "v = 423720823.8993584 m / s > c, setting 1/gamma = 0\n",
+      "v = 419521586.3509767 m / s > c, setting 1/gamma = 0\n",
+      "v = 456712037.570268 m / s > c, setting 1/gamma = 0\n",
+      "v = 302414480.1612026 m / s > c, setting 1/gamma = 0\n",
+      "v = 325316019.63914406 m / s > c, setting 1/gamma = 0\n",
+      "v = 319893080.3491933 m / s > c, setting 1/gamma = 0\n",
+      "v = 373309475.7739605 m / s > c, setting 1/gamma = 0\n",
+      "v = 345671575.00361544 m / s > c, setting 1/gamma = 0\n",
+      "v = 729183701.9158169 m / s > c, setting 1/gamma = 0\n",
+      "v = 600570455.2332458 m / s > c, setting 1/gamma = 0\n",
+      "v = 303933828.49186206 m / s > c, setting 1/gamma = 0\n",
+      "v = 326740894.76938754 m / s > c, setting 1/gamma = 0\n",
+      "v = 334991427.2598098 m / s > c, setting 1/gamma = 0\n",
+      "v = 380450363.75209635 m / s > c, setting 1/gamma = 0\n",
+      "v = 373152267.61778474 m / s > c, setting 1/gamma = 0\n",
+      "v = 417604380.2705649 m / s > c, setting 1/gamma = 0\n",
+      "v = 347362197.5668459 m / s > c, setting 1/gamma = 0\n",
+      "v = 373463959.87807906 m / s > c, setting 1/gamma = 0\n",
+      "v = 372750159.4327359 m / s > c, setting 1/gamma = 0\n",
+      "v = 411190834.7603661 m / s > c, setting 1/gamma = 0\n",
+      "v = 376912102.3340382 m / s > c, setting 1/gamma = 0\n",
+      "v = 425143204.409548 m / s > c, setting 1/gamma = 0\n",
+      "v = 330087069.75349164 m / s > c, setting 1/gamma = 0\n",
+      "v = 350596236.1238794 m / s > c, setting 1/gamma = 0\n",
+      "v = 317188218.08691317 m / s > c, setting 1/gamma = 0\n",
+      "v = 365692445.89742684 m / s > c, setting 1/gamma = 0\n",
+      "v = 501261273.5175457 m / s > c, setting 1/gamma = 0\n",
+      "v = 488167277.20275265 m / s > c, setting 1/gamma = 0\n",
+      "v = 320541318.58343345 m / s > c, setting 1/gamma = 0\n",
+      "v = 332864749.448766 m / s > c, setting 1/gamma = 0\n",
+      "v = 351002231.4735424 m / s > c, setting 1/gamma = 0\n",
+      "v = 357092159.6482818 m / s > c, setting 1/gamma = 0\n",
+      "v = 400736596.4623064 m / s > c, setting 1/gamma = 0\n",
+      "v = 331982717.7802556 m / s > c, setting 1/gamma = 0\n",
+      "v = 379739919.4843778 m / s > c, setting 1/gamma = 0\n",
+      "v = 300282418.2608705 m / s > c, setting 1/gamma = 0\n",
+      "v = 302671224.80121404 m / s > c, setting 1/gamma = 0\n",
+      "v = 324431794.1203148 m / s > c, setting 1/gamma = 0\n",
+      "v = 474008417.07227814 m / s > c, setting 1/gamma = 0\n",
+      "v = 475544001.6820485 m / s > c, setting 1/gamma = 0\n",
+      "v = 321490833.52743024 m / s > c, setting 1/gamma = 0\n",
+      "v = 320313719.15118915 m / s > c, setting 1/gamma = 0\n",
+      "v = 338466562.49257374 m / s > c, setting 1/gamma = 0\n",
+      "v = 568687221.2351081 m / s > c, setting 1/gamma = 0\n",
+      "v = 470857390.3525424 m / s > c, setting 1/gamma = 0\n",
+      "v = 305268854.3105873 m / s > c, setting 1/gamma = 0\n",
+      "v = 592711259.0793341 m / s > c, setting 1/gamma = 0\n",
+      "v = 485807109.468731 m / s > c, setting 1/gamma = 0\n",
+      "v = 401439122.51017064 m / s > c, setting 1/gamma = 0\n",
+      "v = 439849387.9656955 m / s > c, setting 1/gamma = 0\n",
+      "v = 329087217.16343576 m / s > c, setting 1/gamma = 0\n",
+      "v = 347494591.9343393 m / s > c, setting 1/gamma = 0\n",
+      "v = 557889796.8758857 m / s > c, setting 1/gamma = 0\n",
+      "v = 475197878.37811285 m / s > c, setting 1/gamma = 0\n",
+      "v = 299885066.25381345 m / s > c, setting 1/gamma = 0\n",
+      "v = 318531069.44976 m / s > c, setting 1/gamma = 0\n",
+      "v = 301771660.28004587 m / s > c, setting 1/gamma = 0\n",
+      "v = 312774060.76748365 m / s > c, setting 1/gamma = 0\n",
+      "v = 359784917.6289849 m / s > c, setting 1/gamma = 0\n",
+      "v = 424426658.7690132 m / s > c, setting 1/gamma = 0\n",
+      "v = 453962020.8261994 m / s > c, setting 1/gamma = 0\n",
+      "v = 313134488.2904242 m / s > c, setting 1/gamma = 0\n",
+      "v = 527220958.59837395 m / s > c, setting 1/gamma = 0\n",
+      "v = 491379528.21891475 m / s > c, setting 1/gamma = 0\n",
+      "v = 305339278.3681315 m / s > c, setting 1/gamma = 0\n",
+      "v = 357392431.6479373 m / s > c, setting 1/gamma = 0\n",
+      "v = 336249905.5649749 m / s > c, setting 1/gamma = 0\n",
+      "v = 361082485.0039228 m / s > c, setting 1/gamma = 0\n",
+      "v = 307650492.5647109 m / s > c, setting 1/gamma = 0\n",
+      "v = 360718716.43003136 m / s > c, setting 1/gamma = 0\n",
+      "v = 309539270.050744 m / s > c, setting 1/gamma = 0\n",
+      "v = 613108952.0790031 m / s > c, setting 1/gamma = 0\n",
+      "v = 502282091.660534 m / s > c, setting 1/gamma = 0\n",
+      "v = 381915193.22715026 m / s > c, setting 1/gamma = 0\n",
+      "v = 414054063.61734605 m / s > c, setting 1/gamma = 0\n",
+      "v = 352690727.3571078 m / s > c, setting 1/gamma = 0\n",
+      "v = 397588913.9861523 m / s > c, setting 1/gamma = 0\n",
+      "v = 320231251.4381364 m / s > c, setting 1/gamma = 0\n",
+      "v = 341243780.50007486 m / s > c, setting 1/gamma = 0\n",
+      "v = 433087183.9497838 m / s > c, setting 1/gamma = 0\n",
+      "v = 460296209.8896805 m / s > c, setting 1/gamma = 0\n",
+      "v = 302040571.9701985 m / s > c, setting 1/gamma = 0\n",
+      "v = 341804583.1441837 m / s > c, setting 1/gamma = 0\n",
+      "v = 346062037.4707669 m / s > c, setting 1/gamma = 0\n",
+      "v = 394899029.07312775 m / s > c, setting 1/gamma = 0\n",
+      "v = 316151678.1162948 m / s > c, setting 1/gamma = 0\n",
+      "v = 311960768.78520817 m / s > c, setting 1/gamma = 0\n",
+      "v = 336362964.4737564 m / s > c, setting 1/gamma = 0\n",
+      "v = 379997806.836963 m / s > c, setting 1/gamma = 0\n",
+      "v = 323433643.90937924 m / s > c, setting 1/gamma = 0\n",
+      "v = 319136514.8651779 m / s > c, setting 1/gamma = 0\n",
+      "v = 339451315.8800327 m / s > c, setting 1/gamma = 0\n",
+      "v = 381373142.2707156 m / s > c, setting 1/gamma = 0\n",
+      "v = 423436726.158375 m / s > c, setting 1/gamma = 0\n",
+      "v = 381582982.1508884 m / s > c, setting 1/gamma = 0\n",
+      "v = 397046048.52778375 m / s > c, setting 1/gamma = 0\n",
+      "v = 326778934.834787 m / s > c, setting 1/gamma = 0\n",
+      "v = 363113878.9314339 m / s > c, setting 1/gamma = 0\n",
+      "v = 345807039.7274879 m / s > c, setting 1/gamma = 0\n",
+      "v = 396840080.2737857 m / s > c, setting 1/gamma = 0\n",
+      "v = 325694258.07794297 m / s > c, setting 1/gamma = 0\n",
+      "v = 345828467.9493126 m / s > c, setting 1/gamma = 0\n",
+      "v = 308785102.5528848 m / s > c, setting 1/gamma = 0\n",
+      "v = 328874313.56326485 m / s > c, setting 1/gamma = 0\n",
+      "v = 369890423.9717379 m / s > c, setting 1/gamma = 0\n",
+      "v = 342043950.42365354 m / s > c, setting 1/gamma = 0\n",
+      "v = 364024718.5409897 m / s > c, setting 1/gamma = 0\n",
+      "v = 306128048.0678018 m / s > c, setting 1/gamma = 0\n",
+      "v = 357249970.59009427 m / s > c, setting 1/gamma = 0\n",
+      "v = 326010743.62295043 m / s > c, setting 1/gamma = 0\n",
+      "v = 675702342.6295522 m / s > c, setting 1/gamma = 0\n",
+      "v = 555477368.6111274 m / s > c, setting 1/gamma = 0\n",
+      "v = 305707532.064138 m / s > c, setting 1/gamma = 0\n",
+      "v = 329491416.5934809 m / s > c, setting 1/gamma = 0\n",
+      "v = 337269984.7189237 m / s > c, setting 1/gamma = 0\n",
+      "v = 367416016.49838585 m / s > c, setting 1/gamma = 0\n",
+      "v = 314677045.7602488 m / s > c, setting 1/gamma = 0\n",
+      "v = 341325075.56877095 m / s > c, setting 1/gamma = 0\n",
+      "v = 312447232.1142351 m / s > c, setting 1/gamma = 0\n",
+      "v = 335252418.88214713 m / s > c, setting 1/gamma = 0\n",
+      "v = 321052950.2910671 m / s > c, setting 1/gamma = 0\n",
+      "v = 301812534.3446544 m / s > c, setting 1/gamma = 0\n",
+      "v = 303834448.34090656 m / s > c, setting 1/gamma = 0\n",
+      "v = 354436085.77905875 m / s > c, setting 1/gamma = 0\n",
+      "v = 332384535.61335 m / s > c, setting 1/gamma = 0\n",
+      "v = 351368542.58245057 m / s > c, setting 1/gamma = 0\n",
+      "v = 332372674.70900536 m / s > c, setting 1/gamma = 0\n",
+      "v = 364640549.70604277 m / s > c, setting 1/gamma = 0\n",
+      "v = 323349916.5045218 m / s > c, setting 1/gamma = 0\n",
+      "v = 658037805.3284289 m / s > c, setting 1/gamma = 0\n",
+      "v = 540417535.6981825 m / s > c, setting 1/gamma = 0\n",
+      "v = 328079107.597684 m / s > c, setting 1/gamma = 0\n",
+      "v = 679359865.4693624 m / s > c, setting 1/gamma = 0\n",
+      "v = 559156693.8590188 m / s > c, setting 1/gamma = 0\n",
+      "v = 368276302.99662757 m / s > c, setting 1/gamma = 0\n",
+      "v = 394431734.1689694 m / s > c, setting 1/gamma = 0\n",
+      "v = 329402773.4308228 m / s > c, setting 1/gamma = 0\n",
+      "v = 672715736.7048496 m / s > c, setting 1/gamma = 0\n",
+      "v = 554235266.1834489 m / s > c, setting 1/gamma = 0\n",
+      "v = 301132649.60973465 m / s > c, setting 1/gamma = 0\n",
+      "v = 523615700.45739365 m / s > c, setting 1/gamma = 0\n",
+      "v = 492270227.16670793 m / s > c, setting 1/gamma = 0\n",
+      "v = 301458462.3696673 m / s > c, setting 1/gamma = 0\n",
+      "v = 369663425.2069691 m / s > c, setting 1/gamma = 0\n",
+      "v = 412856212.36549425 m / s > c, setting 1/gamma = 0\n",
+      "v = 349443967.1274853 m / s > c, setting 1/gamma = 0\n",
+      "v = 371672441.24807805 m / s > c, setting 1/gamma = 0\n",
+      "v = 300837631.4014829 m / s > c, setting 1/gamma = 0\n",
+      "v = 309994438.8479624 m / s > c, setting 1/gamma = 0\n",
+      "v = 613023516.3925247 m / s > c, setting 1/gamma = 0\n",
+      "v = 503745886.4730496 m / s > c, setting 1/gamma = 0\n",
+      "v = 319865691.5891156 m / s > c, setting 1/gamma = 0\n",
+      "v = 341520223.2419915 m / s > c, setting 1/gamma = 0\n",
+      "v = 321781006.7983776 m / s > c, setting 1/gamma = 0\n",
+      "v = 323406641.0317899 m / s > c, setting 1/gamma = 0\n",
+      "v = 659241284.7197868 m / s > c, setting 1/gamma = 0\n",
+      "v = 541680447.9537408 m / s > c, setting 1/gamma = 0\n",
+      "v = 301239157.48718953 m / s > c, setting 1/gamma = 0\n",
+      "v = 597983935.4651225 m / s > c, setting 1/gamma = 0\n",
+      "v = 488542284.32348245 m / s > c, setting 1/gamma = 0\n",
+      "v = 428241919.96177244 m / s > c, setting 1/gamma = 0\n",
+      "v = 460703254.3386476 m / s > c, setting 1/gamma = 0\n",
+      "v = 306496869.85802275 m / s > c, setting 1/gamma = 0\n",
+      "v = 307376010.3743285 m / s > c, setting 1/gamma = 0\n",
+      "v = 334707053.1597863 m / s > c, setting 1/gamma = 0\n",
+      "v = 534509769.79168147 m / s > c, setting 1/gamma = 0\n",
+      "v = 487482158.34299713 m / s > c, setting 1/gamma = 0\n",
+      "v = 344372135.78321254 m / s > c, setting 1/gamma = 0\n",
+      "v = 360495462.6281718 m / s > c, setting 1/gamma = 0\n",
+      "v = 315538078.9947872 m / s > c, setting 1/gamma = 0\n",
+      "v = 341757857.49500906 m / s > c, setting 1/gamma = 0\n",
+      "v = 299954306.20552605 m / s > c, setting 1/gamma = 0\n",
+      "v = 339585848.08041376 m / s > c, setting 1/gamma = 0\n",
+      "v = 312546909.9536714 m / s > c, setting 1/gamma = 0\n",
+      "v = 367061869.6327143 m / s > c, setting 1/gamma = 0\n",
+      "v = 301650721.3654027 m / s > c, setting 1/gamma = 0\n",
+      "v = 324367561.75411546 m / s > c, setting 1/gamma = 0\n",
+      "v = 312653101.961107 m / s > c, setting 1/gamma = 0\n",
+      "v = 338350707.8463871 m / s > c, setting 1/gamma = 0\n",
+      "v = 397429468.8243844 m / s > c, setting 1/gamma = 0\n",
+      "v = 427693104.4460538 m / s > c, setting 1/gamma = 0\n",
+      "v = 301736208.471613 m / s > c, setting 1/gamma = 0\n",
+      "v = 300835711.61087066 m / s > c, setting 1/gamma = 0\n",
+      "v = 342740430.47405267 m / s > c, setting 1/gamma = 0\n",
+      "v = 305782869.3755914 m / s > c, setting 1/gamma = 0\n",
+      "v = 308721876.36469674 m / s > c, setting 1/gamma = 0\n",
+      "v = 328422102.2011253 m / s > c, setting 1/gamma = 0\n",
+      "v = 344719602.0760326 m / s > c, setting 1/gamma = 0\n",
+      "v = 389071273.90930754 m / s > c, setting 1/gamma = 0\n",
+      "v = 302263033.99251777 m / s > c, setting 1/gamma = 0\n",
+      "v = 328525032.323873 m / s > c, setting 1/gamma = 0\n",
+      "v = 464133981.034142 m / s > c, setting 1/gamma = 0\n",
+      "v = 470749192.450685 m / s > c, setting 1/gamma = 0\n",
+      "v = 301660935.674237 m / s > c, setting 1/gamma = 0\n",
+      "v = 307446724.2645158 m / s > c, setting 1/gamma = 0\n",
+      "v = 301156169.33272386 m / s > c, setting 1/gamma = 0\n",
+      "v = 342334930.34277886 m / s > c, setting 1/gamma = 0\n",
+      "v = 391489851.57024914 m / s > c, setting 1/gamma = 0\n",
+      "v = 308833981.4477734 m / s > c, setting 1/gamma = 0\n",
+      "v = 302671458.37203 m / s > c, setting 1/gamma = 0\n",
+      "v = 471632764.5087281 m / s > c, setting 1/gamma = 0\n",
+      "v = 471536384.9886736 m / s > c, setting 1/gamma = 0\n",
+      "v = 339435330.2278769 m / s > c, setting 1/gamma = 0\n",
+      "v = 323090280.58026135 m / s > c, setting 1/gamma = 0\n",
+      "v = 343068282.66985714 m / s > c, setting 1/gamma = 0\n",
+      "v = 315825861.99328744 m / s > c, setting 1/gamma = 0\n",
+      "v = 434186594.7206918 m / s > c, setting 1/gamma = 0\n",
+      "v = 449678869.73739576 m / s > c, setting 1/gamma = 0\n",
+      "v = 310385691.9289932 m / s > c, setting 1/gamma = 0\n",
+      "v = 550022557.5224504 m / s > c, setting 1/gamma = 0\n",
+      "v = 497519947.1675407 m / s > c, setting 1/gamma = 0\n",
+      "v = 315678733.154284 m / s > c, setting 1/gamma = 0\n",
+      "v = 338359289.13244367 m / s > c, setting 1/gamma = 0\n",
+      "v = 329460420.9550911 m / s > c, setting 1/gamma = 0\n",
+      "v = 343066615.8934698 m / s > c, setting 1/gamma = 0\n",
+      "v = 457216655.39865494 m / s > c, setting 1/gamma = 0\n",
+      "v = 467688817.57551247 m / s > c, setting 1/gamma = 0\n",
+      "v = 323279551.1079634 m / s > c, setting 1/gamma = 0\n",
+      "v = 341582664.50820744 m / s > c, setting 1/gamma = 0\n",
+      "v = 313275844.5714542 m / s > c, setting 1/gamma = 0\n",
+      "v = 350420562.5340714 m / s > c, setting 1/gamma = 0\n",
+      "v = 302481181.5508303 m / s > c, setting 1/gamma = 0\n",
+      "v = 352226690.6440228 m / s > c, setting 1/gamma = 0\n",
+      "v = 332099823.0425131 m / s > c, setting 1/gamma = 0\n",
+      "v = 379386107.64573616 m / s > c, setting 1/gamma = 0\n",
+      "v = 368857898.3391694 m / s > c, setting 1/gamma = 0\n",
+      "v = 416409950.6026555 m / s > c, setting 1/gamma = 0\n",
+      "v = 305761688.3669335 m / s > c, setting 1/gamma = 0\n",
+      "v = 336988051.31571394 m / s > c, setting 1/gamma = 0\n",
+      "v = 405858351.8826742 m / s > c, setting 1/gamma = 0\n",
+      "v = 429479506.2223614 m / s > c, setting 1/gamma = 0\n",
+      "v = 441099484.51508707 m / s > c, setting 1/gamma = 0\n",
+      "v = 472465559.22415596 m / s > c, setting 1/gamma = 0\n",
+      "v = 309736767.0676988 m / s > c, setting 1/gamma = 0\n",
+      "v = 341528381.1949314 m / s > c, setting 1/gamma = 0\n",
+      "v = 379376695.05733895 m / s > c, setting 1/gamma = 0\n",
+      "v = 347213963.4033796 m / s > c, setting 1/gamma = 0\n",
+      "v = 397564343.9790515 m / s > c, setting 1/gamma = 0\n",
+      "v = 340615541.62803066 m / s > c, setting 1/gamma = 0\n",
+      "v = 355932027.5694981 m / s > c, setting 1/gamma = 0\n",
+      "v = 338832368.2676722 m / s > c, setting 1/gamma = 0\n",
+      "v = 393820029.9821911 m / s > c, setting 1/gamma = 0\n",
+      "v = 310165673.469698 m / s > c, setting 1/gamma = 0\n",
+      "v = 621941661.816902 m / s > c, setting 1/gamma = 0\n",
+      "v = 508687636.03465515 m / s > c, setting 1/gamma = 0\n",
+      "v = 307413009.26333886 m / s > c, setting 1/gamma = 0\n",
+      "v = 301110691.57441556 m / s > c, setting 1/gamma = 0\n",
+      "v = 334370439.3876659 m / s > c, setting 1/gamma = 0\n",
+      "v = 315867484.9616791 m / s > c, setting 1/gamma = 0\n",
+      "v = 367479156.60730326 m / s > c, setting 1/gamma = 0\n",
+      "v = 301738820.83419514 m / s > c, setting 1/gamma = 0\n",
+      "v = 307517084.9401968 m / s > c, setting 1/gamma = 0\n",
+      "v = 561162562.9503671 m / s > c, setting 1/gamma = 0\n",
+      "v = 478814599.31386834 m / s > c, setting 1/gamma = 0\n",
+      "v = 315769615.91212577 m / s > c, setting 1/gamma = 0\n",
+      "v = 352855102.68602073 m / s > c, setting 1/gamma = 0\n",
+      "v = 326234049.4496958 m / s > c, setting 1/gamma = 0\n",
+      "v = 376673374.4161237 m / s > c, setting 1/gamma = 0\n",
+      "v = 312993608.66285443 m / s > c, setting 1/gamma = 0\n",
+      "v = 381174341.3452128 m / s > c, setting 1/gamma = 0\n",
+      "v = 399074353.4606097 m / s > c, setting 1/gamma = 0\n",
+      "v = 409424903.82754695 m / s > c, setting 1/gamma = 0\n",
+      "v = 444248740.98570746 m / s > c, setting 1/gamma = 0\n",
+      "v = 302848157.07810766 m / s > c, setting 1/gamma = 0\n",
+      "v = 323804859.13887066 m / s > c, setting 1/gamma = 0\n",
+      "v = 307145217.5655824 m / s > c, setting 1/gamma = 0\n",
+      "v = 353959376.6668537 m / s > c, setting 1/gamma = 0\n",
+      "v = 351110746.41346425 m / s > c, setting 1/gamma = 0\n",
+      "v = 382191308.1717038 m / s > c, setting 1/gamma = 0\n",
+      "v = 327128930.45854074 m / s > c, setting 1/gamma = 0\n",
+      "v = 351856706.34941214 m / s > c, setting 1/gamma = 0\n",
+      "v = 334786489.43063045 m / s > c, setting 1/gamma = 0\n",
+      "v = 372494337.16514695 m / s > c, setting 1/gamma = 0\n",
+      "v = 334681400.4823334 m / s > c, setting 1/gamma = 0\n",
+      "v = 333069603.2425371 m / s > c, setting 1/gamma = 0\n",
+      "v = 348430229.08703965 m / s > c, setting 1/gamma = 0\n",
+      "v = 312646508.89771265 m / s > c, setting 1/gamma = 0\n",
+      "v = 462685982.6366804 m / s > c, setting 1/gamma = 0\n",
+      "v = 470802005.10929304 m / s > c, setting 1/gamma = 0\n",
+      "v = 304221793.60910445 m / s > c, setting 1/gamma = 0\n",
+      "v = 376221700.2504495 m / s > c, setting 1/gamma = 0\n",
+      "v = 387750860.1565269 m / s > c, setting 1/gamma = 0\n",
+      "v = 427566640.77840465 m / s > c, setting 1/gamma = 0\n",
+      "v = 461166252.1193821 m / s > c, setting 1/gamma = 0\n",
+      "v = 303816089.12365395 m / s > c, setting 1/gamma = 0\n",
+      "v = 327934886.8097111 m / s > c, setting 1/gamma = 0\n",
+      "v = 495541701.492928 m / s > c, setting 1/gamma = 0\n",
+      "v = 510102129.123808 m / s > c, setting 1/gamma = 0\n",
+      "v = 472569880.4179044 m / s > c, setting 1/gamma = 0\n",
+      "v = 472275165.38299435 m / s > c, setting 1/gamma = 0\n",
+      "v = 325698662.294024 m / s > c, setting 1/gamma = 0\n",
+      "v = 323392788.30882823 m / s > c, setting 1/gamma = 0\n",
+      "v = 339633905.75940347 m / s > c, setting 1/gamma = 0\n",
+      "v = 309973198.79244196 m / s > c, setting 1/gamma = 0\n",
+      "v = 305171065.87945116 m / s > c, setting 1/gamma = 0\n",
+      "v = 317249941.7826692 m / s > c, setting 1/gamma = 0\n",
+      "v = 311539147.45647997 m / s > c, setting 1/gamma = 0\n",
+      "v = 311435348.30571634 m / s > c, setting 1/gamma = 0\n",
+      "v = 330873220.85465413 m / s > c, setting 1/gamma = 0\n",
+      "v = 328305614.5595413 m / s > c, setting 1/gamma = 0\n",
+      "v = 452916413.70538247 m / s > c, setting 1/gamma = 0\n",
+      "v = 464806874.39506257 m / s > c, setting 1/gamma = 0\n",
+      "v = 310244534.7285242 m / s > c, setting 1/gamma = 0\n",
+      "v = 327948184.1143056 m / s > c, setting 1/gamma = 0\n",
+      "v = 331140100.73195434 m / s > c, setting 1/gamma = 0\n",
+      "v = 375906121.155372 m / s > c, setting 1/gamma = 0\n",
+      "v = 326273474.9906927 m / s > c, setting 1/gamma = 0\n",
+      "v = 348357796.0847043 m / s > c, setting 1/gamma = 0\n",
+      "v = 360876928.4574248 m / s > c, setting 1/gamma = 0\n",
+      "v = 408576857.94782233 m / s > c, setting 1/gamma = 0\n",
+      "v = 347745141.922464 m / s > c, setting 1/gamma = 0\n",
+      "v = 364608548.3850577 m / s > c, setting 1/gamma = 0\n",
+      "v = 343304136.15389174 m / s > c, setting 1/gamma = 0\n",
+      "v = 305189818.6928641 m / s > c, setting 1/gamma = 0\n",
+      "v = 322958270.48533 m / s > c, setting 1/gamma = 0\n",
+      "v = 302637851.1737485 m / s > c, setting 1/gamma = 0\n",
+      "v = 358908883.79460037 m / s > c, setting 1/gamma = 0\n",
+      "v = 415151311.2373039 m / s > c, setting 1/gamma = 0\n",
+      "v = 333529926.6818289 m / s > c, setting 1/gamma = 0\n",
+      "v = 379499768.4101916 m / s > c, setting 1/gamma = 0\n",
+      "v = 304313424.50864583 m / s > c, setting 1/gamma = 0\n",
+      "v = 328921231.48032266 m / s > c, setting 1/gamma = 0\n",
+      "v = 421198354.30951065 m / s > c, setting 1/gamma = 0\n",
+      "v = 449133530.01112664 m / s > c, setting 1/gamma = 0\n",
+      "v = 416813877.342892 m / s > c, setting 1/gamma = 0\n",
+      "v = 459236250.8037796 m / s > c, setting 1/gamma = 0\n",
+      "v = 343906704.1082561 m / s > c, setting 1/gamma = 0\n",
+      "v = 410442227.7893873 m / s > c, setting 1/gamma = 0\n",
+      "v = 396129684.7824948 m / s > c, setting 1/gamma = 0\n",
+      "v = 419293342.16590244 m / s > c, setting 1/gamma = 0\n",
+      "v = 367603884.5202674 m / s > c, setting 1/gamma = 0\n",
+      "v = 413174107.0169044 m / s > c, setting 1/gamma = 0\n",
+      "v = 379867986.8144954 m / s > c, setting 1/gamma = 0\n",
+      "v = 433665283.57090575 m / s > c, setting 1/gamma = 0\n",
+      "v = 439096745.6855594 m / s > c, setting 1/gamma = 0\n",
+      "v = 470226041.46536773 m / s > c, setting 1/gamma = 0\n",
+      "v = 300896043.7031222 m / s > c, setting 1/gamma = 0\n",
+      "v = 334201456.5833591 m / s > c, setting 1/gamma = 0\n",
+      "v = 345131714.0888616 m / s > c, setting 1/gamma = 0\n",
+      "v = 371143159.17090774 m / s > c, setting 1/gamma = 0\n",
+      "v = 376915829.79213136 m / s > c, setting 1/gamma = 0\n",
+      "v = 432200726.89335996 m / s > c, setting 1/gamma = 0\n",
+      "v = 321797554.576623 m / s > c, setting 1/gamma = 0\n",
+      "v = 351152601.9291634 m / s > c, setting 1/gamma = 0\n",
+      "v = 310039297.85115576 m / s > c, setting 1/gamma = 0\n",
+      "v = 327621383.9692393 m / s > c, setting 1/gamma = 0\n",
+      "v = 317022862.6569288 m / s > c, setting 1/gamma = 0\n",
+      "v = 345485253.19465196 m / s > c, setting 1/gamma = 0\n",
+      "v = 424394373.35739684 m / s > c, setting 1/gamma = 0\n",
+      "v = 438160715.96101636 m / s > c, setting 1/gamma = 0\n",
+      "v = 314774974.96294963 m / s > c, setting 1/gamma = 0\n",
+      "v = 326542528.5863156 m / s > c, setting 1/gamma = 0\n",
+      "v = 326760136.5811177 m / s > c, setting 1/gamma = 0\n",
+      "v = 360433272.1348629 m / s > c, setting 1/gamma = 0\n",
+      "v = 408388910.6134523 m / s > c, setting 1/gamma = 0\n",
+      "v = 465093491.7043164 m / s > c, setting 1/gamma = 0\n",
+      "v = 364431498.4711857 m / s > c, setting 1/gamma = 0\n",
+      "v = 390458893.9237706 m / s > c, setting 1/gamma = 0\n",
+      "v = 367436423.4369166 m / s > c, setting 1/gamma = 0\n",
+      "v = 379650291.1968087 m / s > c, setting 1/gamma = 0\n",
+      "v = 299971534.0700119 m / s > c, setting 1/gamma = 0\n",
+      "v = 424986481.26739883 m / s > c, setting 1/gamma = 0\n",
+      "v = 461379704.83008647 m / s > c, setting 1/gamma = 0\n",
+      "v = 302741253.21441597 m / s > c, setting 1/gamma = 0\n",
+      "v = 337058575.27863675 m / s > c, setting 1/gamma = 0\n",
+      "v = 308316434.88329905 m / s > c, setting 1/gamma = 0\n",
+      "v = 308164165.3252972 m / s > c, setting 1/gamma = 0\n",
+      "v = 321840002.0164989 m / s > c, setting 1/gamma = 0\n",
+      "v = 331542991.9275547 m / s > c, setting 1/gamma = 0\n",
+      "v = 374502931.925004 m / s > c, setting 1/gamma = 0\n",
+      "v = 301827061.4227911 m / s > c, setting 1/gamma = 0\n",
+      "v = 393319522.9265733 m / s > c, setting 1/gamma = 0\n",
+      "v = 421576324.1051172 m / s > c, setting 1/gamma = 0\n",
+      "v = 302002259.5097443 m / s > c, setting 1/gamma = 0\n",
+      "v = 318387315.8618372 m / s > c, setting 1/gamma = 0\n",
+      "v = 356304154.3312877 m / s > c, setting 1/gamma = 0\n",
+      "v = 414395548.90438706 m / s > c, setting 1/gamma = 0\n",
+      "v = 403002833.5758969 m / s > c, setting 1/gamma = 0\n",
+      "v = 448264517.8612358 m / s > c, setting 1/gamma = 0\n",
+      "v = 446509219.1284778 m / s > c, setting 1/gamma = 0\n",
+      "v = 502612664.32802033 m / s > c, setting 1/gamma = 0\n",
+      "v = 331416589.8551047 m / s > c, setting 1/gamma = 0\n",
+      "v = 315034494.48545337 m / s > c, setting 1/gamma = 0\n",
+      "v = 390423764.2148887 m / s > c, setting 1/gamma = 0\n",
+      "v = 303461558.837607 m / s > c, setting 1/gamma = 0\n",
+      "v = 313526715.3490688 m / s > c, setting 1/gamma = 0\n",
+      "v = 371010971.5837634 m / s > c, setting 1/gamma = 0\n",
+      "v = 315482945.67014426 m / s > c, setting 1/gamma = 0\n",
+      "v = 377810742.3382341 m / s > c, setting 1/gamma = 0\n",
+      "v = 326074344.3136563 m / s > c, setting 1/gamma = 0\n",
+      "v = 350012420.7279363 m / s > c, setting 1/gamma = 0\n",
+      "v = 322588076.11381036 m / s > c, setting 1/gamma = 0\n",
+      "v = 746931449.6707982 m / s > c, setting 1/gamma = 0\n",
+      "v = 620407140.1999633 m / s > c, setting 1/gamma = 0\n",
+      "v = 499238413.20802736 m / s > c, setting 1/gamma = 0\n",
+      "v = 519450176.1338107 m / s > c, setting 1/gamma = 0\n",
+      "v = 305658219.6917465 m / s > c, setting 1/gamma = 0\n",
+      "v = 353993754.1967382 m / s > c, setting 1/gamma = 0\n",
+      "v = 302785991.9005189 m / s > c, setting 1/gamma = 0\n",
+      "v = 323754888.1431317 m / s > c, setting 1/gamma = 0\n",
+      "v = 301949188.2861623 m / s > c, setting 1/gamma = 0\n",
+      "v = 666337062.5895388 m / s > c, setting 1/gamma = 0\n",
+      "v = 568042320.4910929 m / s > c, setting 1/gamma = 0\n",
+      "v = 469244104.2760171 m / s > c, setting 1/gamma = 0\n",
+      "v = 516828284.1908093 m / s > c, setting 1/gamma = 0\n",
+      "v = 305074188.49067515 m / s > c, setting 1/gamma = 0\n",
+      "v = 353986737.61896956 m / s > c, setting 1/gamma = 0\n",
+      "v = 393710817.8554824 m / s > c, setting 1/gamma = 0\n",
+      "v = 315141408.3294492 m / s > c, setting 1/gamma = 0\n",
+      "v = 378581136.1360609 m / s > c, setting 1/gamma = 0\n",
+      "v = 388341792.000313 m / s > c, setting 1/gamma = 0\n",
+      "v = 1009467115.8718898 m / s > c, setting 1/gamma = 0\n",
+      "v = 900716293.3875366 m / s > c, setting 1/gamma = 0\n",
+      "v = 311193145.07695127 m / s > c, setting 1/gamma = 0\n",
+      "v = 360721783.8925246 m / s > c, setting 1/gamma = 0\n",
+      "v = 426126242.34050107 m / s > c, setting 1/gamma = 0\n",
+      "v = 303387144.984894 m / s > c, setting 1/gamma = 0\n",
+      "v = 371710467.55479544 m / s > c, setting 1/gamma = 0\n",
+      "v = 395485126.579123 m / s > c, setting 1/gamma = 0\n",
+      "v = 419041170.0923991 m / s > c, setting 1/gamma = 0\n",
+      "v = 309427611.3107715 m / s > c, setting 1/gamma = 0\n",
+      "v = 361333942.34948075 m / s > c, setting 1/gamma = 0\n",
+      "v = 302037407.1132868 m / s > c, setting 1/gamma = 0\n",
+      "v = 316102489.6300242 m / s > c, setting 1/gamma = 0\n",
+      "v = 330638037.00913876 m / s > c, setting 1/gamma = 0\n",
+      "v = 314627552.40221983 m / s > c, setting 1/gamma = 0\n",
+      "v = 350892243.8965522 m / s > c, setting 1/gamma = 0\n",
+      "v = 308613604.0515439 m / s > c, setting 1/gamma = 0\n",
+      "v = 323389900.9314213 m / s > c, setting 1/gamma = 0\n",
+      "v = 307684214.8611288 m / s > c, setting 1/gamma = 0\n",
+      "v = 301788066.9162472 m / s > c, setting 1/gamma = 0\n",
+      "v = 300247512.3884482 m / s > c, setting 1/gamma = 0\n",
+      "v = 355857074.67578197 m / s > c, setting 1/gamma = 0\n",
+      "v = 393839641.5107896 m / s > c, setting 1/gamma = 0\n",
+      "v = 397920805.82399684 m / s > c, setting 1/gamma = 0\n",
+      "v = 1089557812.606733 m / s > c, setting 1/gamma = 0\n",
+      "v = 961570540.4676089 m / s > c, setting 1/gamma = 0\n",
+      "v = 387481371.21056396 m / s > c, setting 1/gamma = 0\n",
+      "v = 423372546.1695519 m / s > c, setting 1/gamma = 0\n",
+      "v = 426731290.4260113 m / s > c, setting 1/gamma = 0\n",
+      "v = 478451057.3536696 m / s > c, setting 1/gamma = 0\n",
+      "v = 321276881.5151927 m / s > c, setting 1/gamma = 0\n",
+      "v = 344731392.6831799 m / s > c, setting 1/gamma = 0\n",
+      "v = 307069293.6267829 m / s > c, setting 1/gamma = 0\n",
+      "v = 612313066.1997346 m / s > c, setting 1/gamma = 0\n",
+      "v = 504935369.386692 m / s > c, setting 1/gamma = 0\n",
+      "v = 299930417.94899327 m / s > c, setting 1/gamma = 0\n",
+      "v = 364848748.31152576 m / s > c, setting 1/gamma = 0\n",
+      "v = 532451678.0751167 m / s > c, setting 1/gamma = 0\n",
+      "v = 516439193.9674433 m / s > c, setting 1/gamma = 0\n",
+      "v = 323176314.6632299 m / s > c, setting 1/gamma = 0\n",
+      "v = 367224588.0452094 m / s > c, setting 1/gamma = 0\n",
+      "v = 378419040.19047004 m / s > c, setting 1/gamma = 0\n",
+      "v = 421897055.66459155 m / s > c, setting 1/gamma = 0\n",
+      "v = 331602104.05363655 m / s > c, setting 1/gamma = 0\n",
+      "v = 301150731.47283834 m / s > c, setting 1/gamma = 0\n",
+      "v = 375476540.04957604 m / s > c, setting 1/gamma = 0\n",
+      "v = 396746029.14255184 m / s > c, setting 1/gamma = 0\n",
+      "v = 306103407.65375155 m / s > c, setting 1/gamma = 0\n",
+      "v = 310964811.0481738 m / s > c, setting 1/gamma = 0\n",
+      "v = 774566639.6643791 m / s > c, setting 1/gamma = 0\n",
+      "v = 662887253.433874 m / s > c, setting 1/gamma = 0\n",
+      "v = 419728902.13085175 m / s > c, setting 1/gamma = 0\n",
+      "v = 461971395.23154217 m / s > c, setting 1/gamma = 0\n",
+      "v = 582218249.8186307 m / s > c, setting 1/gamma = 0\n",
+      "v = 573282032.3923658 m / s > c, setting 1/gamma = 0\n",
+      "v = 302639612.9441816 m / s > c, setting 1/gamma = 0\n",
+      "v = 366076451.514073 m / s > c, setting 1/gamma = 0\n",
+      "v = 331442609.1796412 m / s > c, setting 1/gamma = 0\n",
+      "v = 399150882.96211994 m / s > c, setting 1/gamma = 0\n",
+      "v = 341125454.2467258 m / s > c, setting 1/gamma = 0\n",
+      "v = 370918878.6926355 m / s > c, setting 1/gamma = 0\n",
+      "v = 468880494.2979275 m / s > c, setting 1/gamma = 0\n",
+      "v = 530377506.48056674 m / s > c, setting 1/gamma = 0\n",
+      "v = 461599801.3000899 m / s > c, setting 1/gamma = 0\n",
+      "v = 311664830.826725 m / s > c, setting 1/gamma = 0\n",
+      "v = 370134313.34346217 m / s > c, setting 1/gamma = 0\n",
+      "v = 425907994.87561715 m / s > c, setting 1/gamma = 0\n",
+      "v = 467371104.317447 m / s > c, setting 1/gamma = 0\n",
+      "v = 308436829.059289 m / s > c, setting 1/gamma = 0\n",
+      "v = 342789708.4116155 m / s > c, setting 1/gamma = 0\n",
+      "v = 369771911.2634372 m / s > c, setting 1/gamma = 0\n",
+      "v = 429689666.2836085 m / s > c, setting 1/gamma = 0\n",
+      "v = 390635300.85484946 m / s > c, setting 1/gamma = 0\n",
+      "v = 472833645.5541183 m / s > c, setting 1/gamma = 0\n",
+      "v = 320205046.4548407 m / s > c, setting 1/gamma = 0\n",
+      "v = 355105296.6098279 m / s > c, setting 1/gamma = 0\n",
+      "v = 448117142.9989577 m / s > c, setting 1/gamma = 0\n",
+      "v = 478687915.55896664 m / s > c, setting 1/gamma = 0\n",
+      "v = 491772541.7538023 m / s > c, setting 1/gamma = 0\n",
+      "v = 554475144.8135123 m / s > c, setting 1/gamma = 0\n",
+      "v = 348400729.2932499 m / s > c, setting 1/gamma = 0\n",
+      "v = 325349587.6473998 m / s > c, setting 1/gamma = 0\n",
+      "v = 353088006.38443786 m / s > c, setting 1/gamma = 0\n",
+      "Clipping at index 956\n",
+      "v = 368319358.22569627 m / s > c, setting 1/gamma = 0\n",
+      "v = 368130267.4647232 m / s > c, setting 1/gamma = 0\n",
+      "v = 300623190.60587716 m / s > c, setting 1/gamma = 0\n",
+      "v = 307806671.79434854 m / s > c, setting 1/gamma = 0\n",
+      "v = 326514717.3420241 m / s > c, setting 1/gamma = 0\n",
+      "v = 335271235.0517747 m / s > c, setting 1/gamma = 0\n",
+      "v = 306968515.200136 m / s > c, setting 1/gamma = 0\n",
+      "v = 308806436.38510245 m / s > c, setting 1/gamma = 0\n",
+      "v = 319007679.43531585 m / s > c, setting 1/gamma = 0\n",
+      "v = 321601613.0276797 m / s > c, setting 1/gamma = 0\n",
+      "v = 311868911.4579991 m / s > c, setting 1/gamma = 0\n",
+      "v = 317041487.376061 m / s > c, setting 1/gamma = 0\n",
+      "v = 367337736.2498523 m / s > c, setting 1/gamma = 0\n",
+      "v = 367924910.3071003 m / s > c, setting 1/gamma = 0\n",
+      "v = 303803179.90414304 m / s > c, setting 1/gamma = 0\n",
+      "v = 314836646.78212714 m / s > c, setting 1/gamma = 0\n",
+      "v = 344630334.3804566 m / s > c, setting 1/gamma = 0\n",
+      "v = 363003900.62766314 m / s > c, setting 1/gamma = 0\n",
+      "v = 336335888.30757755 m / s > c, setting 1/gamma = 0\n",
+      "v = 339428184.0707841 m / s > c, setting 1/gamma = 0\n",
+      "v = 324147362.9681669 m / s > c, setting 1/gamma = 0\n",
+      "v = 343195642.56635934 m / s > c, setting 1/gamma = 0\n",
+      "v = 387463796.4098801 m / s > c, setting 1/gamma = 0\n",
+      "v = 445937990.80712247 m / s > c, setting 1/gamma = 0\n",
+      "v = 335916863.5229806 m / s > c, setting 1/gamma = 0\n",
+      "v = 360831396.3252176 m / s > c, setting 1/gamma = 0\n",
+      "v = 309080272.14647996 m / s > c, setting 1/gamma = 0\n",
+      "v = 598405186.2225991 m / s > c, setting 1/gamma = 0\n",
+      "v = 495335512.65167534 m / s > c, setting 1/gamma = 0\n",
+      "v = 302100046.1688991 m / s > c, setting 1/gamma = 0\n",
+      "v = 323629891.3827933 m / s > c, setting 1/gamma = 0\n",
+      "v = 321015106.5405275 m / s > c, setting 1/gamma = 0\n",
+      "v = 328392096.8069777 m / s > c, setting 1/gamma = 0\n",
+      "v = 305629889.22310156 m / s > c, setting 1/gamma = 0\n",
+      "v = 352814755.6437917 m / s > c, setting 1/gamma = 0\n",
+      "v = 319950185.4013541 m / s > c, setting 1/gamma = 0\n",
+      "v = 340074635.87984025 m / s > c, setting 1/gamma = 0\n",
+      "v = 364394202.8520229 m / s > c, setting 1/gamma = 0\n",
+      "v = 392705348.25205356 m / s > c, setting 1/gamma = 0\n",
+      "v = 317558321.51573545 m / s > c, setting 1/gamma = 0\n",
+      "v = 339952082.80900776 m / s > c, setting 1/gamma = 0\n",
+      "v = 348857164.7850477 m / s > c, setting 1/gamma = 0\n",
+      "v = 346591083.9587474 m / s > c, setting 1/gamma = 0\n",
+      "v = 381962548.0481806 m / s > c, setting 1/gamma = 0\n",
+      "v = 332047907.35616654 m / s > c, setting 1/gamma = 0\n",
+      "v = 380847144.85184574 m / s > c, setting 1/gamma = 0\n",
+      "v = 389970229.91587836 m / s > c, setting 1/gamma = 0\n",
+      "v = 424952335.2509447 m / s > c, setting 1/gamma = 0\n",
+      "v = 351848633.8656072 m / s > c, setting 1/gamma = 0\n",
+      "v = 424633280.7055216 m / s > c, setting 1/gamma = 0\n",
+      "v = 400653837.63995117 m / s > c, setting 1/gamma = 0\n",
+      "v = 428976604.1156582 m / s > c, setting 1/gamma = 0\n",
+      "v = 308913181.3341779 m / s > c, setting 1/gamma = 0\n",
+      "v = 366528108.8031633 m / s > c, setting 1/gamma = 0\n",
+      "v = 357651901.2994634 m / s > c, setting 1/gamma = 0\n",
+      "v = 390326602.5109934 m / s > c, setting 1/gamma = 0\n",
+      "v = 326183377.39338046 m / s > c, setting 1/gamma = 0\n",
+      "v = 484048383.7570085 m / s > c, setting 1/gamma = 0\n",
+      "v = 515286939.75601006 m / s > c, setting 1/gamma = 0\n",
+      "v = 314676004.92407286 m / s > c, setting 1/gamma = 0\n",
+      "v = 378205616.26560295 m / s > c, setting 1/gamma = 0\n",
+      "v = 330507635.9272007 m / s > c, setting 1/gamma = 0\n",
+      "v = 394684292.5415029 m / s > c, setting 1/gamma = 0\n",
+      "v = 304249173.36991376 m / s > c, setting 1/gamma = 0\n",
+      "v = 306713786.84894866 m / s > c, setting 1/gamma = 0\n",
+      "v = 323653692.89393365 m / s > c, setting 1/gamma = 0\n",
+      "v = 307325215.5415251 m / s > c, setting 1/gamma = 0\n",
+      "v = 303019803.8653097 m / s > c, setting 1/gamma = 0\n",
+      "v = 310549934.2052076 m / s > c, setting 1/gamma = 0\n",
+      "v = 338233337.1896306 m / s > c, setting 1/gamma = 0\n",
+      "v = 362360091.0978522 m / s > c, setting 1/gamma = 0\n",
+      "v = 529568861.64392024 m / s > c, setting 1/gamma = 0\n",
+      "v = 565394268.5062888 m / s > c, setting 1/gamma = 0\n",
+      "v = 316865666.20501083 m / s > c, setting 1/gamma = 0\n",
+      "v = 313868440.0154251 m / s > c, setting 1/gamma = 0\n",
+      "v = 366703436.54280543 m / s > c, setting 1/gamma = 0\n",
+      "v = 300741250.9093196 m / s > c, setting 1/gamma = 0\n",
+      "v = 635562070.5837848 m / s > c, setting 1/gamma = 0\n",
+      "v = 557744776.9639767 m / s > c, setting 1/gamma = 0\n",
+      "v = 348047963.49956405 m / s > c, setting 1/gamma = 0\n",
+      "v = 358096304.44585186 m / s > c, setting 1/gamma = 0\n",
+      "v = 413227232.42899173 m / s > c, setting 1/gamma = 0\n",
+      "v = 316021316.02152133 m / s > c, setting 1/gamma = 0\n",
+      "v = 383019747.62053955 m / s > c, setting 1/gamma = 0\n",
+      "v = 321593857.5642304 m / s > c, setting 1/gamma = 0\n",
+      "v = 383173834.7411461 m / s > c, setting 1/gamma = 0\n",
+      "v = 307023670.3244947 m / s > c, setting 1/gamma = 0\n",
+      "v = 371581375.1181114 m / s > c, setting 1/gamma = 0\n",
+      "v = 384696106.6900034 m / s > c, setting 1/gamma = 0\n",
+      "v = 415944710.6138063 m / s > c, setting 1/gamma = 0\n",
+      "v = 393783065.2985993 m / s > c, setting 1/gamma = 0\n",
+      "v = 457951744.3822554 m / s > c, setting 1/gamma = 0\n",
+      "v = 301975359.861241 m / s > c, setting 1/gamma = 0\n",
+      "v = 380701697.13353264 m / s > c, setting 1/gamma = 0\n",
+      "v = 371878585.3126776 m / s > c, setting 1/gamma = 0\n",
+      "v = 414474003.93167275 m / s > c, setting 1/gamma = 0\n",
+      "v = 358842955.4305131 m / s > c, setting 1/gamma = 0\n",
+      "v = 398624570.8026313 m / s > c, setting 1/gamma = 0\n",
+      "v = 307268645.6158286 m / s > c, setting 1/gamma = 0\n",
+      "v = 374587215.2991856 m / s > c, setting 1/gamma = 0\n",
+      "v = 409058251.72300774 m / s > c, setting 1/gamma = 0\n",
+      "v = 446586570.3203248 m / s > c, setting 1/gamma = 0\n",
+      "v = 490751570.285281 m / s > c, setting 1/gamma = 0\n",
+      "v = 393477572.819637 m / s > c, setting 1/gamma = 0\n",
+      "v = 1138147040.4524279 m / s > c, setting 1/gamma = 0\n",
+      "v = 1005458886.7093292 m / s > c, setting 1/gamma = 0\n",
+      "v = 314051079.9198589 m / s > c, setting 1/gamma = 0\n",
+      "v = 350918145.41071665 m / s > c, setting 1/gamma = 0\n",
+      "v = 399722071.91348034 m / s > c, setting 1/gamma = 0\n",
+      "v = 336475490.14555436 m / s > c, setting 1/gamma = 0\n",
+      "v = 403339601.26954097 m / s > c, setting 1/gamma = 0\n",
+      "v = 521871473.34552616 m / s > c, setting 1/gamma = 0\n",
+      "v = 540158034.4639682 m / s > c, setting 1/gamma = 0\n",
+      "v = 325504767.97879916 m / s > c, setting 1/gamma = 0\n",
+      "v = 369834545.76048404 m / s > c, setting 1/gamma = 0\n",
+      "v = 303685877.2587045 m / s > c, setting 1/gamma = 0\n",
+      "v = 671227208.7325438 m / s > c, setting 1/gamma = 0\n",
+      "v = 601449495.3093572 m / s > c, setting 1/gamma = 0\n",
+      "v = 304968290.45658445 m / s > c, setting 1/gamma = 0\n",
+      "v = 364209550.25057375 m / s > c, setting 1/gamma = 0\n",
+      "v = 356025111.6036227 m / s > c, setting 1/gamma = 0\n",
+      "v = 384157964.5315043 m / s > c, setting 1/gamma = 0\n",
+      "v = 303077212.79258627 m / s > c, setting 1/gamma = 0\n",
+      "v = 352572591.6567516 m / s > c, setting 1/gamma = 0\n",
+      "v = 416178418.66909623 m / s > c, setting 1/gamma = 0\n",
+      "v = 331704906.12061036 m / s > c, setting 1/gamma = 0\n",
+      "v = 358645087.6512633 m / s > c, setting 1/gamma = 0\n",
+      "v = 431952345.5235574 m / s > c, setting 1/gamma = 0\n",
+      "v = 489785028.3521941 m / s > c, setting 1/gamma = 0\n",
+      "v = 317014933.0263624 m / s > c, setting 1/gamma = 0\n",
+      "v = 304104636.3741936 m / s > c, setting 1/gamma = 0\n",
+      "v = 301443282.96122015 m / s > c, setting 1/gamma = 0\n",
+      "v = 353445323.16689444 m / s > c, setting 1/gamma = 0\n",
+      "v = 394897293.3604581 m / s > c, setting 1/gamma = 0\n",
+      "v = 313675079.90154934 m / s > c, setting 1/gamma = 0\n",
+      "v = 381267560.7742827 m / s > c, setting 1/gamma = 0\n",
+      "v = 321380788.06347793 m / s > c, setting 1/gamma = 0\n",
+      "v = 328263435.60565776 m / s > c, setting 1/gamma = 0\n",
+      "v = 368409716.1324885 m / s > c, setting 1/gamma = 0\n",
+      "v = 318966304.14103454 m / s > c, setting 1/gamma = 0\n",
+      "v = 353136679.3201286 m / s > c, setting 1/gamma = 0\n",
+      "v = 431636433.8982872 m / s > c, setting 1/gamma = 0\n",
+      "v = 482882539.0223792 m / s > c, setting 1/gamma = 0\n",
+      "v = 421103147.79055244 m / s > c, setting 1/gamma = 0\n",
+      "v = 478768279.40220296 m / s > c, setting 1/gamma = 0\n",
+      "v = 303690014.0547126 m / s > c, setting 1/gamma = 0\n",
+      "v = 319333350.24756247 m / s > c, setting 1/gamma = 0\n",
+      "v = 519477583.350397 m / s > c, setting 1/gamma = 0\n",
+      "v = 567156407.8138431 m / s > c, setting 1/gamma = 0\n",
+      "v = 374479936.5099423 m / s > c, setting 1/gamma = 0\n",
+      "v = 383208038.2464652 m / s > c, setting 1/gamma = 0\n",
+      "v = 435445999.2014398 m / s > c, setting 1/gamma = 0\n",
+      "v = 401746272.02744377 m / s > c, setting 1/gamma = 0\n",
+      "v = 459310520.66428953 m / s > c, setting 1/gamma = 0\n",
+      "v = 480892080.2429908 m / s > c, setting 1/gamma = 0\n",
+      "v = 501222965.8114622 m / s > c, setting 1/gamma = 0\n",
+      "v = 519436228.0004852 m / s > c, setting 1/gamma = 0\n",
+      "v = 529471320.1724861 m / s > c, setting 1/gamma = 0\n",
+      "v = 304869932.7359337 m / s > c, setting 1/gamma = 0\n",
+      "v = 301842369.58369213 m / s > c, setting 1/gamma = 0\n",
+      "v = 364651984.995821 m / s > c, setting 1/gamma = 0\n",
+      "v = 327472589.66748095 m / s > c, setting 1/gamma = 0\n",
+      "v = 305117987.1709278 m / s > c, setting 1/gamma = 0\n",
+      "v = 300004993.9575414 m / s > c, setting 1/gamma = 0\n",
+      "v = 317013988.9659249 m / s > c, setting 1/gamma = 0\n",
+      "v = 299939398.1728493 m / s > c, setting 1/gamma = 0\n",
+      "v = 304674239.6861305 m / s > c, setting 1/gamma = 0\n",
+      "v = 324924763.0013072 m / s > c, setting 1/gamma = 0\n",
+      "v = 329793206.33715004 m / s > c, setting 1/gamma = 0\n",
+      "v = 340398696.8515212 m / s > c, setting 1/gamma = 0\n",
+      "v = 340310551.4547703 m / s > c, setting 1/gamma = 0\n",
+      "v = 303282191.58651906 m / s > c, setting 1/gamma = 0\n",
+      "v = 334634066.82003164 m / s > c, setting 1/gamma = 0\n",
+      "v = 311565546.5492979 m / s > c, setting 1/gamma = 0\n",
+      "v = 316623534.1754742 m / s > c, setting 1/gamma = 0\n",
+      "v = 307488077.7095914 m / s > c, setting 1/gamma = 0\n",
+      "v = 339355069.9971535 m / s > c, setting 1/gamma = 0\n",
+      "v = 346539657.145518 m / s > c, setting 1/gamma = 0\n",
+      "v = 338261201.98000497 m / s > c, setting 1/gamma = 0\n",
+      "v = 343240269.96430045 m / s > c, setting 1/gamma = 0\n",
+      "v = 304748865.58268774 m / s > c, setting 1/gamma = 0\n",
+      "v = 372603531.58634734 m / s > c, setting 1/gamma = 0\n",
+      "v = 385543078.37055725 m / s > c, setting 1/gamma = 0\n",
+      "v = 312234460.5501829 m / s > c, setting 1/gamma = 0\n",
+      "v = 323686646.4881872 m / s > c, setting 1/gamma = 0\n",
+      "v = 330911806.4676543 m / s > c, setting 1/gamma = 0\n",
+      "v = 367029841.3653662 m / s > c, setting 1/gamma = 0\n",
+      "v = 345512098.92278653 m / s > c, setting 1/gamma = 0\n",
+      "v = 408954293.36990327 m / s > c, setting 1/gamma = 0\n",
+      "v = 302973225.67870104 m / s > c, setting 1/gamma = 0\n",
+      "v = 328770268.4102814 m / s > c, setting 1/gamma = 0\n",
+      "v = 319489866.7774998 m / s > c, setting 1/gamma = 0\n",
+      "v = 335873515.7911982 m / s > c, setting 1/gamma = 0\n",
+      "v = 388347875.1151158 m / s > c, setting 1/gamma = 0\n",
+      "v = 385448504.9412532 m / s > c, setting 1/gamma = 0\n",
+      "v = 345606655.88249564 m / s > c, setting 1/gamma = 0\n",
+      "v = 403246632.50910395 m / s > c, setting 1/gamma = 0\n",
+      "v = 325569751.5911617 m / s > c, setting 1/gamma = 0\n",
+      "v = 372610731.8100242 m / s > c, setting 1/gamma = 0\n",
+      "v = 330696035.3660384 m / s > c, setting 1/gamma = 0\n",
+      "v = 349301375.5043637 m / s > c, setting 1/gamma = 0\n",
+      "v = 303915882.51801175 m / s > c, setting 1/gamma = 0\n",
+      "v = 344656171.2629703 m / s > c, setting 1/gamma = 0\n",
+      "v = 354298212.4807907 m / s > c, setting 1/gamma = 0\n",
+      "v = 507080286.7978323 m / s > c, setting 1/gamma = 0\n",
+      "v = 503469342.0567678 m / s > c, setting 1/gamma = 0\n",
+      "v = 305606160.2192548 m / s > c, setting 1/gamma = 0\n",
+      "v = 347556277.7778339 m / s > c, setting 1/gamma = 0\n",
+      "v = 365799200.9778694 m / s > c, setting 1/gamma = 0\n",
+      "v = 575967552.4277556 m / s > c, setting 1/gamma = 0\n",
+      "v = 498281238.9956549 m / s > c, setting 1/gamma = 0\n",
+      "v = 301553953.350631 m / s > c, setting 1/gamma = 0\n",
+      "v = 301207294.7667296 m / s > c, setting 1/gamma = 0\n",
+      "v = 358432022.8066495 m / s > c, setting 1/gamma = 0\n",
+      "v = 357191671.1506332 m / s > c, setting 1/gamma = 0\n",
+      "v = 366043805.53110963 m / s > c, setting 1/gamma = 0\n",
+      "v = 310268802.22723603 m / s > c, setting 1/gamma = 0\n",
+      "v = 316889631.913701 m / s > c, setting 1/gamma = 0\n",
+      "v = 304560506.47224647 m / s > c, setting 1/gamma = 0\n",
+      "v = 575499654.9870262 m / s > c, setting 1/gamma = 0\n",
+      "v = 607254438.3125086 m / s > c, setting 1/gamma = 0\n",
+      "v = 307921595.77940965 m / s > c, setting 1/gamma = 0\n",
+      "v = 333497736.47998565 m / s > c, setting 1/gamma = 0\n",
+      "v = 327438135.7480022 m / s > c, setting 1/gamma = 0\n",
+      "v = 394743106.9970063 m / s > c, setting 1/gamma = 0\n",
+      "v = 324449000.7873344 m / s > c, setting 1/gamma = 0\n",
+      "v = 397274685.46006984 m / s > c, setting 1/gamma = 0\n",
+      "v = 313990891.97983915 m / s > c, setting 1/gamma = 0\n",
+      "v = 354005621.6453037 m / s > c, setting 1/gamma = 0\n",
+      "v = 300852919.5673623 m / s > c, setting 1/gamma = 0\n",
+      "v = 331061211.877563 m / s > c, setting 1/gamma = 0\n",
+      "v = 330248515.4083595 m / s > c, setting 1/gamma = 0\n",
+      "v = 369419276.7053849 m / s > c, setting 1/gamma = 0\n",
+      "v = 335344328.8634877 m / s > c, setting 1/gamma = 0\n",
+      "v = 397425070.5119157 m / s > c, setting 1/gamma = 0\n",
+      "v = 327552622.24490523 m / s > c, setting 1/gamma = 0\n",
+      "v = 401712131.5987299 m / s > c, setting 1/gamma = 0\n",
+      "v = 447966594.1258783 m / s > c, setting 1/gamma = 0\n",
+      "v = 324188116.2127477 m / s > c, setting 1/gamma = 0\n",
+      "v = 326831010.0688371 m / s > c, setting 1/gamma = 0\n",
+      "v = 365668345.8515868 m / s > c, setting 1/gamma = 0\n",
+      "v = 604507092.6692888 m / s > c, setting 1/gamma = 0\n",
+      "v = 625900692.6197207 m / s > c, setting 1/gamma = 0\n",
+      "v = 411219058.0059193 m / s > c, setting 1/gamma = 0\n",
+      "v = 447932312.0603186 m / s > c, setting 1/gamma = 0\n",
+      "v = 527037338.7225723 m / s > c, setting 1/gamma = 0\n",
+      "v = 567690243.6510769 m / s > c, setting 1/gamma = 0\n",
+      "v = 369040346.8010531 m / s > c, setting 1/gamma = 0\n",
+      "v = 383913339.4828986 m / s > c, setting 1/gamma = 0\n",
+      "v = 307578613.5575432 m / s > c, setting 1/gamma = 0\n",
+      "v = 307740627.46570563 m / s > c, setting 1/gamma = 0\n",
+      "v = 309550150.8463565 m / s > c, setting 1/gamma = 0\n",
+      "v = 368012721.64348894 m / s > c, setting 1/gamma = 0\n",
+      "v = 424612792.0330998 m / s > c, setting 1/gamma = 0\n",
+      "v = 303306236.2682641 m / s > c, setting 1/gamma = 0\n",
+      "v = 327257574.1608355 m / s > c, setting 1/gamma = 0\n",
+      "v = 415629052.0996303 m / s > c, setting 1/gamma = 0\n",
+      "v = 468544601.8090374 m / s > c, setting 1/gamma = 0\n",
+      "v = 415341773.5826441 m / s > c, setting 1/gamma = 0\n",
+      "v = 427157995.6347616 m / s > c, setting 1/gamma = 0\n",
+      "v = 300577963.8407297 m / s > c, setting 1/gamma = 0\n",
+      "v = 334322035.6584152 m / s > c, setting 1/gamma = 0\n",
+      "v = 355350781.583444 m / s > c, setting 1/gamma = 0\n",
+      "v = 301703733.26176536 m / s > c, setting 1/gamma = 0\n",
+      "v = 536933141.0312121 m / s > c, setting 1/gamma = 0\n",
+      "v = 525876450.11613894 m / s > c, setting 1/gamma = 0\n",
+      "v = 321106486.13433176 m / s > c, setting 1/gamma = 0\n",
+      "v = 300540109.170186 m / s > c, setting 1/gamma = 0\n",
+      "v = 328149886.4953201 m / s > c, setting 1/gamma = 0\n",
+      "v = 380630513.5456738 m / s > c, setting 1/gamma = 0\n",
+      "v = 427823636.1784238 m / s > c, setting 1/gamma = 0\n",
+      "v = 303176969.79878646 m / s > c, setting 1/gamma = 0\n",
+      "v = 310420629.18421066 m / s > c, setting 1/gamma = 0\n",
+      "v = 344752383.5260944 m / s > c, setting 1/gamma = 0\n",
+      "v = 310265769.30202 m / s > c, setting 1/gamma = 0\n",
+      "v = 663280268.2779146 m / s > c, setting 1/gamma = 0\n",
+      "v = 544772566.4879789 m / s > c, setting 1/gamma = 0\n",
+      "v = 307674990.8121099 m / s > c, setting 1/gamma = 0\n",
+      "v = 358757806.48257387 m / s > c, setting 1/gamma = 0\n",
+      "v = 371040947.2081205 m / s > c, setting 1/gamma = 0\n",
+      "v = 436483850.9781727 m / s > c, setting 1/gamma = 0\n",
+      "v = 317630074.63833654 m / s > c, setting 1/gamma = 0\n",
+      "v = 359246989.42308336 m / s > c, setting 1/gamma = 0\n",
+      "v = 300553397.77438724 m / s > c, setting 1/gamma = 0\n",
+      "v = 346556159.3865056 m / s > c, setting 1/gamma = 0\n",
+      "v = 395155647.641758 m / s > c, setting 1/gamma = 0\n",
+      "v = 301171068.81220883 m / s > c, setting 1/gamma = 0\n",
+      "v = 332602994.6370517 m / s > c, setting 1/gamma = 0\n",
+      "v = 503855798.73236746 m / s > c, setting 1/gamma = 0\n",
+      "v = 510619381.5103395 m / s > c, setting 1/gamma = 0\n",
+      "v = 347402737.8046329 m / s > c, setting 1/gamma = 0\n",
+      "v = 410064067.3145782 m / s > c, setting 1/gamma = 0\n",
+      "v = 325931703.53785604 m / s > c, setting 1/gamma = 0\n",
+      "v = 317776962.02542937 m / s > c, setting 1/gamma = 0\n",
+      "v = 432265927.70934165 m / s > c, setting 1/gamma = 0\n",
+      "v = 494499714.37505734 m / s > c, setting 1/gamma = 0\n",
+      "v = 333001017.65542865 m / s > c, setting 1/gamma = 0\n",
+      "v = 317144599.7657285 m / s > c, setting 1/gamma = 0\n",
+      "v = 365786807.8715185 m / s > c, setting 1/gamma = 0\n",
+      "v = 372569875.19420767 m / s > c, setting 1/gamma = 0\n",
+      "v = 422948594.08016163 m / s > c, setting 1/gamma = 0\n",
+      "v = 404363280.83615214 m / s > c, setting 1/gamma = 0\n",
+      "v = 461042223.5028258 m / s > c, setting 1/gamma = 0\n",
+      "v = 315678676.10458744 m / s > c, setting 1/gamma = 0\n",
+      "v = 306984441.81153125 m / s > c, setting 1/gamma = 0\n",
+      "v = 506348418.64425397 m / s > c, setting 1/gamma = 0\n",
+      "v = 545854596.1379133 m / s > c, setting 1/gamma = 0\n",
+      "v = 322822421.68796456 m / s > c, setting 1/gamma = 0\n",
+      "v = 383143684.28624874 m / s > c, setting 1/gamma = 0\n",
+      "v = 327272386.9670236 m / s > c, setting 1/gamma = 0\n",
+      "v = 694056406.5297542 m / s > c, setting 1/gamma = 0\n",
+      "v = 576240989.6504658 m / s > c, setting 1/gamma = 0\n",
+      "v = 310307446.8517613 m / s > c, setting 1/gamma = 0\n",
+      "v = 341559609.45613134 m / s > c, setting 1/gamma = 0\n",
+      "v = 348345244.8527046 m / s > c, setting 1/gamma = 0\n",
+      "v = 359561891.5300813 m / s > c, setting 1/gamma = 0\n",
+      "v = 411434451.6449337 m / s > c, setting 1/gamma = 0\n",
+      "v = 449632958.1374218 m / s > c, setting 1/gamma = 0\n",
+      "v = 313741808.9039296 m / s > c, setting 1/gamma = 0\n",
+      "v = 344724669.6429324 m / s > c, setting 1/gamma = 0\n",
+      "v = 303044140.7734925 m / s > c, setting 1/gamma = 0\n",
+      "v = 342330719.078569 m / s > c, setting 1/gamma = 0\n",
+      "v = 336606816.54455525 m / s > c, setting 1/gamma = 0\n",
+      "v = 351968624.567256 m / s > c, setting 1/gamma = 0\n",
+      "v = 308292768.6379667 m / s > c, setting 1/gamma = 0\n",
+      "v = 740658010.4259992 m / s > c, setting 1/gamma = 0\n",
+      "v = 665691261.9916676 m / s > c, setting 1/gamma = 0\n",
+      "v = 305410729.4367029 m / s > c, setting 1/gamma = 0\n",
+      "v = 642072463.1262683 m / s > c, setting 1/gamma = 0\n",
+      "v = 530191620.51752007 m / s > c, setting 1/gamma = 0\n",
+      "v = 587856227.4435622 m / s > c, setting 1/gamma = 0\n",
+      "v = 564349649.6062632 m / s > c, setting 1/gamma = 0\n",
+      "v = 321277872.2452028 m / s > c, setting 1/gamma = 0\n",
+      "v = 396265631.1628768 m / s > c, setting 1/gamma = 0\n",
+      "v = 300411751.7605416 m / s > c, setting 1/gamma = 0\n",
+      "v = 366300140.14300936 m / s > c, setting 1/gamma = 0\n",
+      "v = 311888826.609067 m / s > c, setting 1/gamma = 0\n",
+      "v = 376846796.5789321 m / s > c, setting 1/gamma = 0\n",
+      "v = 442743798.5400796 m / s > c, setting 1/gamma = 0\n",
+      "v = 331375135.1344035 m / s > c, setting 1/gamma = 0\n",
+      "v = 409983909.2433471 m / s > c, setting 1/gamma = 0\n",
+      "v = 524125407.77753216 m / s > c, setting 1/gamma = 0\n",
+      "v = 536723150.0369099 m / s > c, setting 1/gamma = 0\n",
+      "v = 335445171.49866015 m / s > c, setting 1/gamma = 0\n",
+      "v = 385389489.5692807 m / s > c, setting 1/gamma = 0\n",
+      "v = 406501765.6866014 m / s > c, setting 1/gamma = 0\n",
+      "v = 368264786.99718004 m / s > c, setting 1/gamma = 0\n",
+      "v = 450066068.3476908 m / s > c, setting 1/gamma = 0\n",
+      "v = 300990771.44598156 m / s > c, setting 1/gamma = 0\n",
+      "v = 345837209.61312723 m / s > c, setting 1/gamma = 0\n",
+      "v = 781042100.6419436 m / s > c, setting 1/gamma = 0\n",
+      "v = 656746103.8937898 m / s > c, setting 1/gamma = 0\n",
+      "v = 377403690.37295395 m / s > c, setting 1/gamma = 0\n",
+      "v = 422439656.6152486 m / s > c, setting 1/gamma = 0\n",
+      "v = 311120849.1775338 m / s > c, setting 1/gamma = 0\n",
+      "v = 682478058.4122636 m / s > c, setting 1/gamma = 0\n",
+      "v = 611948027.8676317 m / s > c, setting 1/gamma = 0\n",
+      "v = 342841762.9880362 m / s > c, setting 1/gamma = 0\n",
+      "v = 407097637.9374621 m / s > c, setting 1/gamma = 0\n",
+      "v = 316807999.77768445 m / s > c, setting 1/gamma = 0\n",
+      "v = 300396518.9435586 m / s > c, setting 1/gamma = 0\n",
+      "v = 316681919.1185139 m / s > c, setting 1/gamma = 0\n",
+      "v = 774728793.2204189 m / s > c, setting 1/gamma = 0\n",
+      "v = 672221972.998256 m / s > c, setting 1/gamma = 0\n",
+      "v = 307273528.42530614 m / s > c, setting 1/gamma = 0\n",
+      "v = 338190521.11666846 m / s > c, setting 1/gamma = 0\n",
+      "v = 765029117.0371532 m / s > c, setting 1/gamma = 0\n",
+      "v = 643613847.2184819 m / s > c, setting 1/gamma = 0\n",
+      "v = 423517408.12773955 m / s > c, setting 1/gamma = 0\n",
+      "v = 451429503.7098781 m / s > c, setting 1/gamma = 0\n",
+      "v = 314221270.08718586 m / s > c, setting 1/gamma = 0\n",
+      "v = 331618778.0136446 m / s > c, setting 1/gamma = 0\n",
+      "v = 371192490.0502486 m / s > c, setting 1/gamma = 0\n",
+      "v = 321471577.04938704 m / s > c, setting 1/gamma = 0\n",
+      "v = 318455127.67163 m / s > c, setting 1/gamma = 0\n",
+      "v = 349029406.99793476 m / s > c, setting 1/gamma = 0\n",
+      "v = 397337918.08354837 m / s > c, setting 1/gamma = 0\n",
+      "v = 425233854.689667 m / s > c, setting 1/gamma = 0\n",
+      "v = 535485772.89165854 m / s > c, setting 1/gamma = 0\n",
+      "v = 572134755.2695174 m / s > c, setting 1/gamma = 0\n",
+      "v = 311348651.63881207 m / s > c, setting 1/gamma = 0\n",
+      "v = 356406974.3346049 m / s > c, setting 1/gamma = 0\n",
+      "v = 309183699.76861274 m / s > c, setting 1/gamma = 0\n",
+      "v = 330678398.8906726 m / s > c, setting 1/gamma = 0\n",
+      "v = 355760583.6629617 m / s > c, setting 1/gamma = 0\n",
+      "v = 382708326.2870394 m / s > c, setting 1/gamma = 0\n",
+      "v = 311369030.93129045 m / s > c, setting 1/gamma = 0\n",
+      "v = 345844522.62917906 m / s > c, setting 1/gamma = 0\n",
+      "v = 384300489.3015766 m / s > c, setting 1/gamma = 0\n",
+      "v = 347745930.08058965 m / s > c, setting 1/gamma = 0\n",
+      "v = 418859697.3689376 m / s > c, setting 1/gamma = 0\n",
+      "v = 312792522.5325937 m / s > c, setting 1/gamma = 0\n",
+      "v = 384219084.9666182 m / s > c, setting 1/gamma = 0\n",
+      "v = 401345257.524017 m / s > c, setting 1/gamma = 0\n",
+      "v = 442366025.6787333 m / s > c, setting 1/gamma = 0\n",
+      "v = 423866932.5381102 m / s > c, setting 1/gamma = 0\n",
+      "v = 450019788.57247716 m / s > c, setting 1/gamma = 0\n",
+      "v = 300156863.88433677 m / s > c, setting 1/gamma = 0\n",
+      "v = 319969705.068671 m / s > c, setting 1/gamma = 0\n",
+      "v = 310920599.3269 m / s > c, setting 1/gamma = 0\n",
+      "v = 320992354.88388044 m / s > c, setting 1/gamma = 0\n",
+      "v = 307301694.89220893 m / s > c, setting 1/gamma = 0\n",
+      "v = 335471789.71505064 m / s > c, setting 1/gamma = 0\n",
+      "v = 300320025.56425357 m / s > c, setting 1/gamma = 0\n",
+      "v = 320360615.3943909 m / s > c, setting 1/gamma = 0\n",
+      "v = 307776318.70530653 m / s > c, setting 1/gamma = 0\n",
+      "v = 299806187.5385114 m / s > c, setting 1/gamma = 0\n",
+      "v = 349302754.618921 m / s > c, setting 1/gamma = 0\n",
+      "v = 354757485.00335014 m / s > c, setting 1/gamma = 0\n",
+      "v = 307994208.89382213 m / s > c, setting 1/gamma = 0\n",
+      "v = 313539401.1808109 m / s > c, setting 1/gamma = 0\n",
+      "v = 345963674.15024656 m / s > c, setting 1/gamma = 0\n",
+      "v = 313289659.6288571 m / s > c, setting 1/gamma = 0\n",
+      "v = 319175277.3561044 m / s > c, setting 1/gamma = 0\n",
+      "v = 329998780.15585226 m / s > c, setting 1/gamma = 0\n",
+      "v = 353723005.1579437 m / s > c, setting 1/gamma = 0\n",
+      "v = 313668675.09198415 m / s > c, setting 1/gamma = 0\n",
+      "v = 317680331.7625056 m / s > c, setting 1/gamma = 0\n",
+      "v = 312446284.7756726 m / s > c, setting 1/gamma = 0\n",
+      "v = 323255411.0289453 m / s > c, setting 1/gamma = 0\n",
+      "v = 335772013.67472166 m / s > c, setting 1/gamma = 0\n",
+      "v = 353252743.5199532 m / s > c, setting 1/gamma = 0\n",
+      "v = 307661834.7456013 m / s > c, setting 1/gamma = 0\n",
+      "v = 308707891.1363669 m / s > c, setting 1/gamma = 0\n",
+      "v = 302805639.7964331 m / s > c, setting 1/gamma = 0\n",
+      "v = 332046885.9485544 m / s > c, setting 1/gamma = 0\n",
+      "v = 308763221.77705085 m / s > c, setting 1/gamma = 0\n",
+      "v = 300251743.939208 m / s > c, setting 1/gamma = 0\n",
+      "v = 342979119.00337684 m / s > c, setting 1/gamma = 0\n",
+      "v = 317808349.6171911 m / s > c, setting 1/gamma = 0\n",
+      "v = 347336023.6797893 m / s > c, setting 1/gamma = 0\n",
+      "v = 317906454.3584796 m / s > c, setting 1/gamma = 0\n",
+      "v = 334344066.7989767 m / s > c, setting 1/gamma = 0\n",
+      "v = 307361717.1713002 m / s > c, setting 1/gamma = 0\n",
+      "v = 778315044.8697845 m / s > c, setting 1/gamma = 0\n",
+      "v = 689361293.2760746 m / s > c, setting 1/gamma = 0\n",
+      "v = 364911894.4530768 m / s > c, setting 1/gamma = 0\n",
+      "v = 401402391.66386104 m / s > c, setting 1/gamma = 0\n",
+      "v = 303916968.7585128 m / s > c, setting 1/gamma = 0\n",
+      "v = 404633886.1268424 m / s > c, setting 1/gamma = 0\n",
+      "v = 422944163.487976 m / s > c, setting 1/gamma = 0\n",
+      "v = 301858883.93909985 m / s > c, setting 1/gamma = 0\n",
+      "v = 320452893.2502782 m / s > c, setting 1/gamma = 0\n",
+      "v = 301087362.0212848 m / s > c, setting 1/gamma = 0\n",
+      "v = 333601044.0496508 m / s > c, setting 1/gamma = 0\n",
+      "v = 391304183.2322222 m / s > c, setting 1/gamma = 0\n",
+      "v = 454072775.6501521 m / s > c, setting 1/gamma = 0\n",
+      "v = 478991292.8295734 m / s > c, setting 1/gamma = 0\n",
+      "v = 301717429.3455411 m / s > c, setting 1/gamma = 0\n",
+      "v = 343249407.97004515 m / s > c, setting 1/gamma = 0\n",
+      "v = 375681563.46538025 m / s > c, setting 1/gamma = 0\n",
+      "v = 316391994.11982656 m / s > c, setting 1/gamma = 0\n",
+      "v = 826293055.0467083 m / s > c, setting 1/gamma = 0\n",
+      "v = 725035030.7934887 m / s > c, setting 1/gamma = 0\n",
+      "v = 303901202.9864737 m / s > c, setting 1/gamma = 0\n",
+      "v = 340981456.9363789 m / s > c, setting 1/gamma = 0\n",
+      "v = 404474859.1288086 m / s > c, setting 1/gamma = 0\n",
+      "v = 439015123.97565275 m / s > c, setting 1/gamma = 0\n",
+      "v = 309086301.0130712 m / s > c, setting 1/gamma = 0\n",
+      "v = 327189007.2446131 m / s > c, setting 1/gamma = 0\n",
+      "v = 340511136.5952893 m / s > c, setting 1/gamma = 0\n",
+      "v = 397584591.9079345 m / s > c, setting 1/gamma = 0\n",
+      "v = 496427590.4460363 m / s > c, setting 1/gamma = 0\n",
+      "v = 489839744.70619273 m / s > c, setting 1/gamma = 0\n",
+      "v = 307507160.0341153 m / s > c, setting 1/gamma = 0\n",
+      "v = 383250564.4576938 m / s > c, setting 1/gamma = 0\n",
+      "v = 415824873.7003114 m / s > c, setting 1/gamma = 0\n",
+      "v = 322430025.19058585 m / s > c, setting 1/gamma = 0\n",
+      "v = 729352622.0665398 m / s > c, setting 1/gamma = 0\n",
+      "v = 605514945.7265675 m / s > c, setting 1/gamma = 0\n",
+      "v = 433853356.5901307 m / s > c, setting 1/gamma = 0\n",
+      "v = 471803385.5295292 m / s > c, setting 1/gamma = 0\n",
+      "v = 378519042.6693562 m / s > c, setting 1/gamma = 0\n",
+      "v = 431753330.66184133 m / s > c, setting 1/gamma = 0\n",
+      "v = 342952254.26169324 m / s > c, setting 1/gamma = 0\n",
+      "v = 380462007.84544486 m / s > c, setting 1/gamma = 0\n",
+      "v = 351065699.9789344 m / s > c, setting 1/gamma = 0\n",
+      "v = 376262732.54876155 m / s > c, setting 1/gamma = 0\n",
+      "v = 319978344.72364163 m / s > c, setting 1/gamma = 0\n",
+      "v = 678458397.8237846 m / s > c, setting 1/gamma = 0\n",
+      "v = 560088018.937082 m / s > c, setting 1/gamma = 0\n",
+      "v = 395941441.890818 m / s > c, setting 1/gamma = 0\n",
+      "v = 431970267.9690077 m / s > c, setting 1/gamma = 0\n",
+      "v = 685069556.7269732 m / s > c, setting 1/gamma = 0\n",
+      "v = 697601832.7300477 m / s > c, setting 1/gamma = 0\n",
+      "v = 320607693.572241 m / s > c, setting 1/gamma = 0\n",
+      "v = 658644261.2969716 m / s > c, setting 1/gamma = 0\n",
+      "v = 536198373.5303479 m / s > c, setting 1/gamma = 0\n",
+      "v = 307833578.737998 m / s > c, setting 1/gamma = 0\n",
+      "v = 317632677.7488748 m / s > c, setting 1/gamma = 0\n",
+      "v = 360089311.5205133 m / s > c, setting 1/gamma = 0\n",
+      "v = 314796033.0348929 m / s > c, setting 1/gamma = 0\n",
+      "v = 329661761.577982 m / s > c, setting 1/gamma = 0\n",
+      "v = 362392139.7446874 m / s > c, setting 1/gamma = 0\n",
+      "v = 421126904.65645885 m / s > c, setting 1/gamma = 0\n",
+      "v = 465177238.43190163 m / s > c, setting 1/gamma = 0\n",
+      "v = 304329682.44273126 m / s > c, setting 1/gamma = 0\n",
+      "v = 347214708.40622234 m / s > c, setting 1/gamma = 0\n",
+      "v = 374988598.02696496 m / s > c, setting 1/gamma = 0\n",
+      "v = 437461861.922517 m / s > c, setting 1/gamma = 0\n",
+      "v = 314428621.9688765 m / s > c, setting 1/gamma = 0\n",
+      "v = 306322895.204163 m / s > c, setting 1/gamma = 0\n",
+      "v = 322414437.56100243 m / s > c, setting 1/gamma = 0\n",
+      "v = 355650684.89248323 m / s > c, setting 1/gamma = 0\n",
+      "v = 574051412.0163634 m / s > c, setting 1/gamma = 0\n",
+      "v = 520560498.53561175 m / s > c, setting 1/gamma = 0\n",
+      "v = 304601653.9230792 m / s > c, setting 1/gamma = 0\n",
+      "v = 446085803.71366984 m / s > c, setting 1/gamma = 0\n",
+      "v = 477276858.67206424 m / s > c, setting 1/gamma = 0\n",
+      "v = 325764535.0956549 m / s > c, setting 1/gamma = 0\n",
+      "v = 300219557.9904618 m / s > c, setting 1/gamma = 0\n",
+      "v = 357728046.3850963 m / s > c, setting 1/gamma = 0\n",
+      "v = 374721775.792268 m / s > c, setting 1/gamma = 0\n",
+      "v = 434951957.2698695 m / s > c, setting 1/gamma = 0\n",
+      "v = 305697251.17476195 m / s > c, setting 1/gamma = 0\n",
+      "v = 356995128.13212484 m / s > c, setting 1/gamma = 0\n",
+      "v = 462314886.22890794 m / s > c, setting 1/gamma = 0\n",
+      "v = 478710706.15966487 m / s > c, setting 1/gamma = 0\n",
+      "v = 508321242.34739673 m / s > c, setting 1/gamma = 0\n",
+      "v = 523443075.0607997 m / s > c, setting 1/gamma = 0\n",
+      "v = 367671329.44842046 m / s > c, setting 1/gamma = 0\n",
+      "v = 406778570.9727723 m / s > c, setting 1/gamma = 0\n",
+      "v = 307024021.0734311 m / s > c, setting 1/gamma = 0\n",
+      "v = 363251026.3738691 m / s > c, setting 1/gamma = 0\n",
+      "v = 320875373.61715674 m / s > c, setting 1/gamma = 0\n",
+      "v = 342431654.2767044 m / s > c, setting 1/gamma = 0\n",
+      "v = 557439539.9512374 m / s > c, setting 1/gamma = 0\n",
+      "v = 587036912.4463547 m / s > c, setting 1/gamma = 0\n",
+      "v = 345115131.81733435 m / s > c, setting 1/gamma = 0\n",
+      "v = 763593975.764781 m / s > c, setting 1/gamma = 0\n",
+      "v = 633829301.2798756 m / s > c, setting 1/gamma = 0\n",
+      "v = 383938200.7273536 m / s > c, setting 1/gamma = 0\n",
+      "v = 406647294.97704846 m / s > c, setting 1/gamma = 0\n",
+      "v = 339225249.82117283 m / s > c, setting 1/gamma = 0\n",
+      "v = 400194120.62878287 m / s > c, setting 1/gamma = 0\n",
+      "v = 306298356.8335999 m / s > c, setting 1/gamma = 0\n",
+      "v = 334238373.7385078 m / s > c, setting 1/gamma = 0\n",
+      "v = 321744313.629993 m / s > c, setting 1/gamma = 0\n",
+      "v = 355525551.6658558 m / s > c, setting 1/gamma = 0\n",
+      "v = 305146315.5993348 m / s > c, setting 1/gamma = 0\n",
+      "v = 399592529.6227561 m / s > c, setting 1/gamma = 0\n",
+      "v = 440756366.0924652 m / s > c, setting 1/gamma = 0\n",
+      "v = 306014264.4033464 m / s > c, setting 1/gamma = 0\n",
+      "v = 358997095.74805063 m / s > c, setting 1/gamma = 0\n",
+      "v = 324674038.5464372 m / s > c, setting 1/gamma = 0\n",
+      "v = 389252712.63694894 m / s > c, setting 1/gamma = 0\n",
+      "v = 472655616.29038054 m / s > c, setting 1/gamma = 0\n",
+      "v = 516645537.31494296 m / s > c, setting 1/gamma = 0\n",
+      "v = 313925221.0538631 m / s > c, setting 1/gamma = 0\n",
+      "v = 321064172.00979537 m / s > c, setting 1/gamma = 0\n",
+      "v = 335451368.45306957 m / s > c, setting 1/gamma = 0\n",
+      "v = 304829233.29426086 m / s > c, setting 1/gamma = 0\n",
+      "v = 425991501.2173183 m / s > c, setting 1/gamma = 0\n",
+      "v = 460010207.2932135 m / s > c, setting 1/gamma = 0\n",
+      "v = 349561828.9857814 m / s > c, setting 1/gamma = 0\n",
+      "v = 415968213.7331226 m / s > c, setting 1/gamma = 0\n",
+      "v = 323946245.11197096 m / s > c, setting 1/gamma = 0\n",
+      "v = 376316277.7649 m / s > c, setting 1/gamma = 0\n",
+      "v = 317416433.77850556 m / s > c, setting 1/gamma = 0\n",
+      "v = 344479807.23763025 m / s > c, setting 1/gamma = 0\n",
+      "v = 402385054.1762081 m / s > c, setting 1/gamma = 0\n",
+      "v = 1112354528.796564 m / s > c, setting 1/gamma = 0\n",
+      "v = 985200939.9371424 m / s > c, setting 1/gamma = 0\n",
+      "v = 346983040.77772087 m / s > c, setting 1/gamma = 0\n",
+      "v = 387152291.1781519 m / s > c, setting 1/gamma = 0\n",
+      "v = 302038380.25215924 m / s > c, setting 1/gamma = 0\n",
+      "v = 328330092.45211864 m / s > c, setting 1/gamma = 0\n",
+      "v = 367331837.8984608 m / s > c, setting 1/gamma = 0\n",
+      "v = 338670300.91403097 m / s > c, setting 1/gamma = 0\n",
+      "v = 391798100.9727241 m / s > c, setting 1/gamma = 0\n",
+      "v = 416986191.2798807 m / s > c, setting 1/gamma = 0\n",
+      "v = 314387297.46649057 m / s > c, setting 1/gamma = 0\n",
+      "v = 363486864.8053295 m / s > c, setting 1/gamma = 0\n",
+      "v = 300234454.21668637 m / s > c, setting 1/gamma = 0\n",
+      "v = 385259481.9457216 m / s > c, setting 1/gamma = 0\n",
+      "v = 429195319.3595526 m / s > c, setting 1/gamma = 0\n",
+      "v = 316762265.3454917 m / s > c, setting 1/gamma = 0\n",
+      "v = 347711300.53909564 m / s > c, setting 1/gamma = 0\n",
+      "v = 302879038.9482453 m / s > c, setting 1/gamma = 0\n",
+      "v = 321026671.83047396 m / s > c, setting 1/gamma = 0\n",
+      "v = 345651711.8986223 m / s > c, setting 1/gamma = 0\n",
+      "v = 391737480.4416116 m / s > c, setting 1/gamma = 0\n",
+      "v = 312788634.448766 m / s > c, setting 1/gamma = 0\n",
+      "v = 342353693.3025773 m / s > c, setting 1/gamma = 0\n",
+      "v = 491410359.8020253 m / s > c, setting 1/gamma = 0\n",
+      "v = 485914750.426828 m / s > c, setting 1/gamma = 0\n",
+      "v = 352143157.91458666 m / s > c, setting 1/gamma = 0\n",
+      "v = 369983292.35888267 m / s > c, setting 1/gamma = 0\n",
+      "v = 312618143.6503942 m / s > c, setting 1/gamma = 0\n",
+      "v = 456047651.1428586 m / s > c, setting 1/gamma = 0\n",
+      "v = 472003132.3840626 m / s > c, setting 1/gamma = 0\n",
+      "v = 316770897.81266636 m / s > c, setting 1/gamma = 0\n",
+      "v = 332663164.1270301 m / s > c, setting 1/gamma = 0\n",
+      "v = 307194305.7653749 m / s > c, setting 1/gamma = 0\n",
+      "v = 365516724.66034675 m / s > c, setting 1/gamma = 0\n",
+      "v = 316023329.38701814 m / s > c, setting 1/gamma = 0\n",
+      "v = 306458075.26374775 m / s > c, setting 1/gamma = 0\n",
+      "v = 353485907.7751084 m / s > c, setting 1/gamma = 0\n",
+      "v = 420861191.72146446 m / s > c, setting 1/gamma = 0\n",
+      "v = 514228432.26883805 m / s > c, setting 1/gamma = 0\n",
+      "v = 524534096.6044235 m / s > c, setting 1/gamma = 0\n",
+      "v = 315446627.83487505 m / s > c, setting 1/gamma = 0\n",
+      "v = 389720613.17850965 m / s > c, setting 1/gamma = 0\n",
+      "v = 332073153.2850761 m / s > c, setting 1/gamma = 0\n",
+      "v = 404177748.454042 m / s > c, setting 1/gamma = 0\n",
+      "v = 325151309.47164214 m / s > c, setting 1/gamma = 0\n",
+      "v = 380798366.24742943 m / s > c, setting 1/gamma = 0\n",
+      "v = 325648112.81985563 m / s > c, setting 1/gamma = 0\n",
+      "v = 394036809.7834949 m / s > c, setting 1/gamma = 0\n",
+      "v = 312602505.3935058 m / s > c, setting 1/gamma = 0\n",
+      "v = 304162101.5337893 m / s > c, setting 1/gamma = 0\n",
+      "v = 666563699.2124854 m / s > c, setting 1/gamma = 0\n",
+      "v = 561229566.6862785 m / s > c, setting 1/gamma = 0\n",
+      "v = 481121973.51585585 m / s > c, setting 1/gamma = 0\n",
+      "v = 542341473.3217221 m / s > c, setting 1/gamma = 0\n",
+      "v = 386074171.23307747 m / s > c, setting 1/gamma = 0\n",
+      "v = 440731889.38222235 m / s > c, setting 1/gamma = 0\n",
+      "v = 358707347.08500373 m / s > c, setting 1/gamma = 0\n",
+      "v = 410185550.42122656 m / s > c, setting 1/gamma = 0\n",
+      "v = 300310405.1740454 m / s > c, setting 1/gamma = 0\n",
+      "v = 455012696.6073165 m / s > c, setting 1/gamma = 0\n",
+      "v = 484089381.26510173 m / s > c, setting 1/gamma = 0\n",
+      "v = 335736575.25251913 m / s > c, setting 1/gamma = 0\n",
+      "v = 357690505.4067556 m / s > c, setting 1/gamma = 0\n",
+      "v = 428717099.076642 m / s > c, setting 1/gamma = 0\n",
+      "v = 308451272.77548736 m / s > c, setting 1/gamma = 0\n",
+      "v = 324768965.8367163 m / s > c, setting 1/gamma = 0\n",
+      "v = 358130745.88557845 m / s > c, setting 1/gamma = 0\n",
+      "v = 379571518.148963 m / s > c, setting 1/gamma = 0\n",
+      "v = 411945894.2285368 m / s > c, setting 1/gamma = 0\n",
+      "v = 401552362.57421196 m / s > c, setting 1/gamma = 0\n",
+      "v = 452362870.9392624 m / s > c, setting 1/gamma = 0\n",
+      "v = 384323717.7068162 m / s > c, setting 1/gamma = 0\n",
+      "v = 449690274.92668766 m / s > c, setting 1/gamma = 0\n",
+      "v = 351387930.74846876 m / s > c, setting 1/gamma = 0\n",
+      "v = 404757928.4503752 m / s > c, setting 1/gamma = 0\n",
+      "v = 584294687.157218 m / s > c, setting 1/gamma = 0\n",
+      "v = 609547126.3185223 m / s > c, setting 1/gamma = 0\n",
+      "v = 328530841.1692281 m / s > c, setting 1/gamma = 0\n",
+      "v = 401677631.31188226 m / s > c, setting 1/gamma = 0\n",
+      "v = 299986775.8102429 m / s > c, setting 1/gamma = 0\n",
+      "v = 340152591.4108212 m / s > c, setting 1/gamma = 0\n",
+      "v = 334464028.1807938 m / s > c, setting 1/gamma = 0\n",
+      "v = 845970946.6894933 m / s > c, setting 1/gamma = 0\n",
+      "v = 732772649.3648701 m / s > c, setting 1/gamma = 0\n",
+      "v = 514657567.6379688 m / s > c, setting 1/gamma = 0\n",
+      "v = 517508325.5594493 m / s > c, setting 1/gamma = 0\n",
+      "v = 380549250.88646597 m / s > c, setting 1/gamma = 0\n",
+      "v = 450037467.64538103 m / s > c, setting 1/gamma = 0\n",
+      "v = 518316894.61900425 m / s > c, setting 1/gamma = 0\n",
+      "v = 528915762.1419304 m / s > c, setting 1/gamma = 0\n",
+      "v = 349571793.1366845 m / s > c, setting 1/gamma = 0\n",
+      "v = 411378411.2227492 m / s > c, setting 1/gamma = 0\n",
+      "v = 370591403.6779484 m / s > c, setting 1/gamma = 0\n",
+      "v = 409799812.6303025 m / s > c, setting 1/gamma = 0\n",
+      "v = 343151535.1180579 m / s > c, setting 1/gamma = 0\n",
+      "v = 413767545.3095935 m / s > c, setting 1/gamma = 0\n",
+      "v = 363828155.0681417 m / s > c, setting 1/gamma = 0\n",
+      "v = 422745839.9722291 m / s > c, setting 1/gamma = 0\n",
+      "v = 347323243.83725506 m / s > c, setting 1/gamma = 0\n",
+      "v = 396339739.19075936 m / s > c, setting 1/gamma = 0\n",
+      "v = 312556633.5988734 m / s > c, setting 1/gamma = 0\n",
+      "v = 328121049.63429296 m / s > c, setting 1/gamma = 0\n",
+      "v = 373373988.8290616 m / s > c, setting 1/gamma = 0\n",
+      "v = 451417975.239751 m / s > c, setting 1/gamma = 0\n",
+      "v = 303433233.1494679 m / s > c, setting 1/gamma = 0\n",
+      "v = 354830021.7560123 m / s > c, setting 1/gamma = 0\n",
+      "v = 316928537.1501136 m / s > c, setting 1/gamma = 0\n",
+      "v = 325086289.9456141 m / s > c, setting 1/gamma = 0\n",
+      "v = 688443976.5291566 m / s > c, setting 1/gamma = 0\n",
+      "v = 631524885.2922925 m / s > c, setting 1/gamma = 0\n",
+      "v = 330275971.971526 m / s > c, setting 1/gamma = 0\n",
+      "v = 325993914.7989225 m / s > c, setting 1/gamma = 0\n",
+      "v = 390327352.7123887 m / s > c, setting 1/gamma = 0\n",
+      "v = 319234798.6871065 m / s > c, setting 1/gamma = 0\n",
+      "v = 358859114.2966226 m / s > c, setting 1/gamma = 0\n",
+      "v = 321192742.0228041 m / s > c, setting 1/gamma = 0\n",
+      "v = 826482749.42557 m / s > c, setting 1/gamma = 0\n",
+      "v = 718598707.695709 m / s > c, setting 1/gamma = 0\n",
+      "v = 349123991.5908877 m / s > c, setting 1/gamma = 0\n",
+      "v = 355583243.23599404 m / s > c, setting 1/gamma = 0\n",
+      "v = 341532014.224186 m / s > c, setting 1/gamma = 0\n",
+      "v = 377850907.3531699 m / s > c, setting 1/gamma = 0\n",
+      "v = 304100005.5743462 m / s > c, setting 1/gamma = 0\n",
+      "v = 366111333.45830494 m / s > c, setting 1/gamma = 0\n",
+      "v = 332028926.0286006 m / s > c, setting 1/gamma = 0\n",
+      "v = 360234430.57291216 m / s > c, setting 1/gamma = 0\n",
+      "v = 351544686.6773567 m / s > c, setting 1/gamma = 0\n",
+      "v = 332285014.7807537 m / s > c, setting 1/gamma = 0\n",
+      "v = 363252017.00703865 m / s > c, setting 1/gamma = 0\n",
+      "v = 436030688.5988727 m / s > c, setting 1/gamma = 0\n",
+      "v = 460624648.6300128 m / s > c, setting 1/gamma = 0\n",
+      "v = 330502592.3043082 m / s > c, setting 1/gamma = 0\n",
+      "v = 354083659.13834524 m / s > c, setting 1/gamma = 0\n",
+      "v = 364763329.891795 m / s > c, setting 1/gamma = 0\n",
+      "v = 395008719.79687274 m / s > c, setting 1/gamma = 0\n",
+      "v = 608683608.9514953 m / s > c, setting 1/gamma = 0\n",
+      "v = 1870631649.7768843 m / s > c, setting 1/gamma = 0\n",
+      "v = 1678051569.5437284 m / s > c, setting 1/gamma = 0\n",
+      "v = 308635406.90181166 m / s > c, setting 1/gamma = 0\n",
+      "v = 348586863.0926122 m / s > c, setting 1/gamma = 0\n",
+      "v = 310039292.69941145 m / s > c, setting 1/gamma = 0\n",
+      "v = 640196332.8688967 m / s > c, setting 1/gamma = 0\n",
+      "v = 529001220.47307163 m / s > c, setting 1/gamma = 0\n",
+      "v = 384214388.2983921 m / s > c, setting 1/gamma = 0\n",
+      "v = 406716003.8023952 m / s > c, setting 1/gamma = 0\n",
+      "v = 449358347.5769947 m / s > c, setting 1/gamma = 0\n",
+      "v = 499055656.7234765 m / s > c, setting 1/gamma = 0\n",
+      "v = 395485189.2664593 m / s > c, setting 1/gamma = 0\n",
+      "v = 438588489.18201894 m / s > c, setting 1/gamma = 0\n",
+      "v = 573845423.8710574 m / s > c, setting 1/gamma = 0\n",
+      "v = 591573295.8615705 m / s > c, setting 1/gamma = 0\n",
+      "v = 442124888.29772055 m / s > c, setting 1/gamma = 0\n",
+      "v = 485776721.2901123 m / s > c, setting 1/gamma = 0\n",
+      "v = 389955375.3642046 m / s > c, setting 1/gamma = 0\n",
+      "v = 455930018.19296664 m / s > c, setting 1/gamma = 0\n",
+      "v = 466505149.0522158 m / s > c, setting 1/gamma = 0\n",
+      "v = 464628930.12778926 m / s > c, setting 1/gamma = 0\n",
+      "v = 309236425.79479945 m / s > c, setting 1/gamma = 0\n",
+      "v = 318115284.6475842 m / s > c, setting 1/gamma = 0\n",
+      "v = 367753529.77865285 m / s > c, setting 1/gamma = 0\n",
+      "v = 307644533.46534103 m / s > c, setting 1/gamma = 0\n",
+      "v = 333030402.86953187 m / s > c, setting 1/gamma = 0\n",
+      "v = 339633654.24642366 m / s > c, setting 1/gamma = 0\n",
+      "v = 399091268.8539002 m / s > c, setting 1/gamma = 0\n",
+      "v = 537254218.8365597 m / s > c, setting 1/gamma = 0\n",
+      "v = 509433690.47854125 m / s > c, setting 1/gamma = 0\n",
+      "v = 305119969.9036316 m / s > c, setting 1/gamma = 0\n",
+      "v = 407696608.69957507 m / s > c, setting 1/gamma = 0\n",
+      "v = 467195768.32472974 m / s > c, setting 1/gamma = 0\n",
+      "v = 306232756.1269397 m / s > c, setting 1/gamma = 0\n",
+      "v = 320719184.15527284 m / s > c, setting 1/gamma = 0\n",
+      "v = 327175569.9344604 m / s > c, setting 1/gamma = 0\n",
+      "v = 329881421.5009029 m / s > c, setting 1/gamma = 0\n",
+      "v = 365391692.9930618 m / s > c, setting 1/gamma = 0\n",
+      "v = 441086640.2405262 m / s > c, setting 1/gamma = 0\n",
+      "v = 466155339.47490716 m / s > c, setting 1/gamma = 0\n",
+      "v = 309312828.5878855 m / s > c, setting 1/gamma = 0\n",
+      "v = 358284847.4931445 m / s > c, setting 1/gamma = 0\n",
+      "v = 416746164.75330764 m / s > c, setting 1/gamma = 0\n",
+      "v = 378704317.2313969 m / s > c, setting 1/gamma = 0\n",
+      "v = 412820423.54105186 m / s > c, setting 1/gamma = 0\n",
+      "v = 368231219.8636668 m / s > c, setting 1/gamma = 0\n",
+      "v = 405282535.0385955 m / s > c, setting 1/gamma = 0\n",
+      "v = 552706373.2114825 m / s > c, setting 1/gamma = 0\n",
+      "v = 522401722.99914175 m / s > c, setting 1/gamma = 0\n",
+      "v = 344546004.10779226 m / s > c, setting 1/gamma = 0\n",
+      "v = 452921528.5417625 m / s > c, setting 1/gamma = 0\n",
+      "v = 464213332.1745956 m / s > c, setting 1/gamma = 0\n",
+      "v = 329842754.9266267 m / s > c, setting 1/gamma = 0\n",
+      "v = 367612625.77837884 m / s > c, setting 1/gamma = 0\n",
+      "v = 462520738.93211067 m / s > c, setting 1/gamma = 0\n",
+      "v = 491958561.86535317 m / s > c, setting 1/gamma = 0\n",
+      "v = 319543143.6233281 m / s > c, setting 1/gamma = 0\n",
+      "v = 425523055.87776864 m / s > c, setting 1/gamma = 0\n",
+      "v = 482391298.54743516 m / s > c, setting 1/gamma = 0\n",
+      "v = 303901065.37668353 m / s > c, setting 1/gamma = 0\n",
+      "v = 612291494.3131713 m / s > c, setting 1/gamma = 0\n",
+      "v = 501947165.69176763 m / s > c, setting 1/gamma = 0\n",
+      "v = 356628995.64418495 m / s > c, setting 1/gamma = 0\n",
+      "v = 414924800.4041054 m / s > c, setting 1/gamma = 0\n",
+      "v = 301653621.7229309 m / s > c, setting 1/gamma = 0\n",
+      "v = 336290036.24069613 m / s > c, setting 1/gamma = 0\n",
+      "v = 437483754.0809898 m / s > c, setting 1/gamma = 0\n",
+      "v = 479734444.5594769 m / s > c, setting 1/gamma = 0\n",
+      "v = 310494058.0462368 m / s > c, setting 1/gamma = 0\n",
+      "v = 365974108.4181305 m / s > c, setting 1/gamma = 0\n",
+      "v = 314999268.25810313 m / s > c, setting 1/gamma = 0\n",
+      "v = 361083863.92495733 m / s > c, setting 1/gamma = 0\n",
+      "v = 371103875.04245526 m / s > c, setting 1/gamma = 0\n",
+      "v = 434183845.5963231 m / s > c, setting 1/gamma = 0\n",
+      "v = 363183417.68425035 m / s > c, setting 1/gamma = 0\n",
+      "v = 397289901.1161178 m / s > c, setting 1/gamma = 0\n",
+      "v = 323398647.9884242 m / s > c, setting 1/gamma = 0\n",
+      "v = 347806782.33865714 m / s > c, setting 1/gamma = 0\n",
+      "v = 350569168.4566769 m / s > c, setting 1/gamma = 0\n",
+      "v = 765901781.1209897 m / s > c, setting 1/gamma = 0\n",
+      "v = 632780111.7613559 m / s > c, setting 1/gamma = 0\n",
+      "v = 307989694.90089667 m / s > c, setting 1/gamma = 0\n",
+      "v = 328245830.2540556 m / s > c, setting 1/gamma = 0\n",
+      "v = 307606132.3101637 m / s > c, setting 1/gamma = 0\n",
+      "v = 378401216.2908682 m / s > c, setting 1/gamma = 0\n",
+      "v = 437830271.8505705 m / s > c, setting 1/gamma = 0\n",
+      "v = 361392157.8550839 m / s > c, setting 1/gamma = 0\n",
+      "v = 399942032.71879303 m / s > c, setting 1/gamma = 0\n",
+      "v = 389940862.9472887 m / s > c, setting 1/gamma = 0\n",
+      "v = 420146418.66430146 m / s > c, setting 1/gamma = 0\n",
+      "v = 325706464.6552578 m / s > c, setting 1/gamma = 0\n",
+      "v = 332696565.24415994 m / s > c, setting 1/gamma = 0\n",
+      "v = 491275046.9619939 m / s > c, setting 1/gamma = 0\n",
+      "v = 510888009.044227 m / s > c, setting 1/gamma = 0\n",
+      "v = 455548288.3363993 m / s > c, setting 1/gamma = 0\n",
+      "v = 481897951.57109773 m / s > c, setting 1/gamma = 0\n",
+      "v = 323339294.1827081 m / s > c, setting 1/gamma = 0\n",
+      "v = 389559346.72261554 m / s > c, setting 1/gamma = 0\n",
+      "v = 303054075.8416078 m / s > c, setting 1/gamma = 0\n",
+      "v = 302098380.7688007 m / s > c, setting 1/gamma = 0\n",
+      "v = 301994082.8337894 m / s > c, setting 1/gamma = 0\n",
+      "v = 602427612.3151515 m / s > c, setting 1/gamma = 0\n",
+      "v = 497207884.78394157 m / s > c, setting 1/gamma = 0\n",
+      "v = 345311197.0999067 m / s > c, setting 1/gamma = 0\n",
+      "v = 530102667.2110978 m / s > c, setting 1/gamma = 0\n",
+      "v = 504866444.07622457 m / s > c, setting 1/gamma = 0\n",
+      "v = 329003708.14379305 m / s > c, setting 1/gamma = 0\n",
+      "v = 385857003.3290015 m / s > c, setting 1/gamma = 0\n",
+      "v = 344718993.78439116 m / s > c, setting 1/gamma = 0\n",
+      "v = 402030581.51469505 m / s > c, setting 1/gamma = 0\n",
+      "v = 313808929.76486564 m / s > c, setting 1/gamma = 0\n",
+      "v = 310815510.1507134 m / s > c, setting 1/gamma = 0\n",
+      "v = 325509764.08952284 m / s > c, setting 1/gamma = 0\n",
+      "v = 305337862.5841071 m / s > c, setting 1/gamma = 0\n",
+      "v = 622206589.97571 m / s > c, setting 1/gamma = 0\n",
+      "v = 511926334.8309433 m / s > c, setting 1/gamma = 0\n",
+      "v = 304944151.6667762 m / s > c, setting 1/gamma = 0\n",
+      "v = 343833460.0860532 m / s > c, setting 1/gamma = 0\n",
+      "v = 488948136.96135694 m / s > c, setting 1/gamma = 0\n",
+      "v = 502434864.21713704 m / s > c, setting 1/gamma = 0\n",
+      "v = 337282760.3135403 m / s > c, setting 1/gamma = 0\n",
+      "v = 375869539.0993144 m / s > c, setting 1/gamma = 0\n",
+      "v = 421230283.1265132 m / s > c, setting 1/gamma = 0\n",
+      "v = 461992517.61904734 m / s > c, setting 1/gamma = 0\n",
+      "v = 380148116.0848023 m / s > c, setting 1/gamma = 0\n",
+      "v = 423286654.40278107 m / s > c, setting 1/gamma = 0\n",
+      "v = 313042477.7771196 m / s > c, setting 1/gamma = 0\n",
+      "v = 421845885.14927715 m / s > c, setting 1/gamma = 0\n",
+      "v = 464495025.33049417 m / s > c, setting 1/gamma = 0\n",
+      "v = 304797543.1108207 m / s > c, setting 1/gamma = 0\n",
+      "v = 477655878.4800948 m / s > c, setting 1/gamma = 0\n",
+      "v = 500559963.3814706 m / s > c, setting 1/gamma = 0\n",
+      "v = 317864497.1802439 m / s > c, setting 1/gamma = 0\n",
+      "v = 365065041.93298584 m / s > c, setting 1/gamma = 0\n",
+      "v = 397425977.7934683 m / s > c, setting 1/gamma = 0\n",
+      "v = 449911359.8126927 m / s > c, setting 1/gamma = 0\n",
+      "v = 515167803.0027695 m / s > c, setting 1/gamma = 0\n",
+      "v = 521159541.7608816 m / s > c, setting 1/gamma = 0\n",
+      "v = 404160535.207429 m / s > c, setting 1/gamma = 0\n",
+      "v = 462597164.7155102 m / s > c, setting 1/gamma = 0\n",
+      "v = 303781350.5622888 m / s > c, setting 1/gamma = 0\n",
+      "v = 354335455.2924922 m / s > c, setting 1/gamma = 0\n",
+      "v = 416638454.9088122 m / s > c, setting 1/gamma = 0\n",
+      "v = 305454737.9394608 m / s > c, setting 1/gamma = 0\n",
+      "v = 362818027.74356073 m / s > c, setting 1/gamma = 0\n",
+      "v = 319469189.6410357 m / s > c, setting 1/gamma = 0\n",
+      "v = 378297504.0731285 m / s > c, setting 1/gamma = 0\n",
+      "v = 368129373.9140928 m / s > c, setting 1/gamma = 0\n",
+      "v = 429408367.0192541 m / s > c, setting 1/gamma = 0\n",
+      "v = 597975756.5907211 m / s > c, setting 1/gamma = 0\n",
+      "v = 613820691.1155076 m / s > c, setting 1/gamma = 0\n",
+      "v = 308448127.6053761 m / s > c, setting 1/gamma = 0\n",
+      "v = 370011596.6595927 m / s > c, setting 1/gamma = 0\n",
+      "v = 305695335.310042 m / s > c, setting 1/gamma = 0\n",
+      "v = 346176094.8412122 m / s > c, setting 1/gamma = 0\n",
+      "v = 407177599.8031196 m / s > c, setting 1/gamma = 0\n",
+      "v = 436564727.62668973 m / s > c, setting 1/gamma = 0\n",
+      "v = 492713104.0673528 m / s > c, setting 1/gamma = 0\n",
+      "v = 589270614.1100969 m / s > c, setting 1/gamma = 0\n",
+      "v = 568631462.0212079 m / s > c, setting 1/gamma = 0\n",
+      "v = 541543332.7768133 m / s > c, setting 1/gamma = 0\n",
+      "v = 573714491.1021061 m / s > c, setting 1/gamma = 0\n",
+      "v = 306287011.7772148 m / s > c, setting 1/gamma = 0\n",
+      "v = 328247269.22579694 m / s > c, setting 1/gamma = 0\n",
+      "v = 319694554.5556795 m / s > c, setting 1/gamma = 0\n",
+      "v = 606276195.1408104 m / s > c, setting 1/gamma = 0\n",
+      "v = 597143750.9395525 m / s > c, setting 1/gamma = 0\n",
+      "v = 308340586.0098541 m / s > c, setting 1/gamma = 0\n",
+      "v = 347822819.2530973 m / s > c, setting 1/gamma = 0\n",
+      "v = 411946302.8594936 m / s > c, setting 1/gamma = 0\n",
+      "v = 441554412.5110843 m / s > c, setting 1/gamma = 0\n",
+      "v = 496659954.28699094 m / s > c, setting 1/gamma = 0\n",
+      "v = 442998609.374783 m / s > c, setting 1/gamma = 0\n",
+      "v = 485831287.7996925 m / s > c, setting 1/gamma = 0\n",
+      "v = 342278420.7957614 m / s > c, setting 1/gamma = 0\n",
+      "v = 845037189.3281459 m / s > c, setting 1/gamma = 0\n",
+      "v = 704630035.5412041 m / s > c, setting 1/gamma = 0\n",
+      "v = 385745620.6568842 m / s > c, setting 1/gamma = 0\n",
+      "v = 442719123.5913044 m / s > c, setting 1/gamma = 0\n",
+      "v = 393964798.601318 m / s > c, setting 1/gamma = 0\n",
+      "v = 454430714.1602997 m / s > c, setting 1/gamma = 0\n",
+      "v = 330100463.15439487 m / s > c, setting 1/gamma = 0\n",
+      "v = 766334077.9773477 m / s > c, setting 1/gamma = 0\n",
+      "v = 626956761.5874305 m / s > c, setting 1/gamma = 0\n",
+      "v = 462242968.5165469 m / s > c, setting 1/gamma = 0\n",
+      "v = 503991038.27970296 m / s > c, setting 1/gamma = 0\n",
+      "v = 303602265.54186654 m / s > c, setting 1/gamma = 0\n",
+      "v = 707054081.2645377 m / s > c, setting 1/gamma = 0\n",
+      "v = 581825363.3842942 m / s > c, setting 1/gamma = 0\n",
+      "v = 338305486.0844926 m / s > c, setting 1/gamma = 0\n",
+      "v = 439979284.5922876 m / s > c, setting 1/gamma = 0\n",
+      "v = 489703720.76952004 m / s > c, setting 1/gamma = 0\n",
+      "v = 329842763.03498137 m / s > c, setting 1/gamma = 0\n",
+      "v = 515495565.8572852 m / s > c, setting 1/gamma = 0\n",
+      "v = 552104257.9344158 m / s > c, setting 1/gamma = 0\n",
+      "v = 372834585.47617114 m / s > c, setting 1/gamma = 0\n",
+      "v = 437682520.591043 m / s > c, setting 1/gamma = 0\n",
+      "v = 608229934.2015479 m / s > c, setting 1/gamma = 0\n",
+      "v = 556883485.8132035 m / s > c, setting 1/gamma = 0\n",
+      "v = 533025987.46903807 m / s > c, setting 1/gamma = 0\n",
+      "v = 566521115.4572566 m / s > c, setting 1/gamma = 0\n",
+      "v = 337171237.4619496 m / s > c, setting 1/gamma = 0\n",
+      "v = 303372266.4848278 m / s > c, setting 1/gamma = 0\n",
+      "v = 464641906.0182608 m / s > c, setting 1/gamma = 0\n",
+      "v = 488234119.83762306 m / s > c, setting 1/gamma = 0\n",
+      "v = 473686835.06504583 m / s > c, setting 1/gamma = 0\n",
+      "v = 512074616.8274071 m / s > c, setting 1/gamma = 0\n",
+      "v = 333010299.606608 m / s > c, setting 1/gamma = 0\n",
+      "v = 392964581.0091185 m / s > c, setting 1/gamma = 0\n",
+      "v = 398568560.9785531 m / s > c, setting 1/gamma = 0\n",
+      "v = 450344065.7828119 m / s > c, setting 1/gamma = 0\n",
+      "v = 356066212.3500654 m / s > c, setting 1/gamma = 0\n",
+      "v = 396573692.95626426 m / s > c, setting 1/gamma = 0\n",
+      "v = 344952695.32186717 m / s > c, setting 1/gamma = 0\n",
+      "v = 394972494.23285484 m / s > c, setting 1/gamma = 0\n",
+      "v = 402690361.1607647 m / s > c, setting 1/gamma = 0\n",
+      "v = 453282699.4332268 m / s > c, setting 1/gamma = 0\n",
+      "v = 314623259.59866357 m / s > c, setting 1/gamma = 0\n",
+      "v = 365901274.59574515 m / s > c, setting 1/gamma = 0\n",
+      "v = 302681991.23122483 m / s > c, setting 1/gamma = 0\n",
+      "v = 659012368.8335525 m / s > c, setting 1/gamma = 0\n",
+      "v = 564033163.1831295 m / s > c, setting 1/gamma = 0\n",
+      "v = 481685471.27398455 m / s > c, setting 1/gamma = 0\n",
+      "v = 505598931.8478294 m / s > c, setting 1/gamma = 0\n",
+      "v = 500967389.5216726 m / s > c, setting 1/gamma = 0\n",
+      "v = 538717495.0353793 m / s > c, setting 1/gamma = 0\n",
+      "v = 353268805.7210226 m / s > c, setting 1/gamma = 0\n",
+      "v = 410533979.69286567 m / s > c, setting 1/gamma = 0\n",
+      "v = 362907904.8379865 m / s > c, setting 1/gamma = 0\n",
+      "v = 417007942.15445554 m / s > c, setting 1/gamma = 0\n",
+      "v = 395021224.4270898 m / s > c, setting 1/gamma = 0\n",
+      "v = 451705132.8815313 m / s > c, setting 1/gamma = 0\n",
+      "v = 438266342.30900675 m / s > c, setting 1/gamma = 0\n",
+      "v = 489038260.07476157 m / s > c, setting 1/gamma = 0\n",
+      "v = 447850467.32403433 m / s > c, setting 1/gamma = 0\n",
+      "v = 497276230.77498484 m / s > c, setting 1/gamma = 0\n",
+      "v = 325142924.277544 m / s > c, setting 1/gamma = 0\n",
+      "v = 381796800.324585 m / s > c, setting 1/gamma = 0\n",
+      "v = 443659961.31932956 m / s > c, setting 1/gamma = 0\n",
+      "v = 484860656.1122468 m / s > c, setting 1/gamma = 0\n",
+      "v = 425073522.31738883 m / s > c, setting 1/gamma = 0\n",
+      "v = 464643757.0815409 m / s > c, setting 1/gamma = 0\n",
+      "v = 347629135.4391961 m / s > c, setting 1/gamma = 0\n",
+      "v = 408973480.5579669 m / s > c, setting 1/gamma = 0\n",
+      "v = 414879119.5661616 m / s > c, setting 1/gamma = 0\n",
+      "v = 465067339.53017724 m / s > c, setting 1/gamma = 0\n",
+      "v = 362365378.89321685 m / s > c, setting 1/gamma = 0\n",
+      "v = 414687317.0353429 m / s > c, setting 1/gamma = 0\n",
+      "v = 306583490.34470415 m / s > c, setting 1/gamma = 0\n",
+      "v = 340916874.261064 m / s > c, setting 1/gamma = 0\n",
+      "v = 391896889.704104 m / s > c, setting 1/gamma = 0\n",
+      "v = 345601803.4119783 m / s > c, setting 1/gamma = 0\n",
+      "v = 408048885.39975053 m / s > c, setting 1/gamma = 0\n",
+      "v = 434857984.18944114 m / s > c, setting 1/gamma = 0\n",
+      "v = 465651316.91124207 m / s > c, setting 1/gamma = 0\n",
+      "v = 400456334.0082223 m / s > c, setting 1/gamma = 0\n",
+      "v = 449597056.7661512 m / s > c, setting 1/gamma = 0\n",
+      "v = 307056402.02706885 m / s > c, setting 1/gamma = 0\n",
+      "v = 358210755.56707567 m / s > c, setting 1/gamma = 0\n",
+      "v = 407206148.1368233 m / s > c, setting 1/gamma = 0\n",
+      "v = 458189175.3349537 m / s > c, setting 1/gamma = 0\n",
+      "v = 305157359.05374634 m / s > c, setting 1/gamma = 0\n",
+      "v = 363934696.86483747 m / s > c, setting 1/gamma = 0\n",
+      "v = 321423579.810133 m / s > c, setting 1/gamma = 0\n",
+      "v = 697483926.1604791 m / s > c, setting 1/gamma = 0\n",
+      "v = 566371724.0679779 m / s > c, setting 1/gamma = 0\n",
+      "v = 314499795.8791805 m / s > c, setting 1/gamma = 0\n",
+      "v = 308778967.2168188 m / s > c, setting 1/gamma = 0\n",
+      "v = 679089094.5210456 m / s > c, setting 1/gamma = 0\n",
+      "v = 556557069.6047492 m / s > c, setting 1/gamma = 0\n",
+      "v = 305065605.8456568 m / s > c, setting 1/gamma = 0\n",
+      "v = 664257751.9309578 m / s > c, setting 1/gamma = 0\n",
+      "v = 546525143.6724569 m / s > c, setting 1/gamma = 0\n",
+      "v = 463103623.70669836 m / s > c, setting 1/gamma = 0\n",
+      "v = 484319981.7750494 m / s > c, setting 1/gamma = 0\n",
+      "v = 331213020.2190588 m / s > c, setting 1/gamma = 0\n",
+      "v = 384438008.8056994 m / s > c, setting 1/gamma = 0\n",
+      "v = 357457289.19713014 m / s > c, setting 1/gamma = 0\n",
+      "v = 813661964.3345501 m / s > c, setting 1/gamma = 0\n",
+      "v = 671132421.153117 m / s > c, setting 1/gamma = 0\n",
+      "v = 341350836.1828207 m / s > c, setting 1/gamma = 0\n",
+      "v = 413134997.4086166 m / s > c, setting 1/gamma = 0\n",
+      "v = 440179622.68138295 m / s > c, setting 1/gamma = 0\n",
+      "v = 483297532.9142446 m / s > c, setting 1/gamma = 0\n",
+      "v = 521322666.56696683 m / s > c, setting 1/gamma = 0\n",
+      "v = 340336380.60417235 m / s > c, setting 1/gamma = 0\n",
+      "v = 753556509.0266979 m / s > c, setting 1/gamma = 0\n",
+      "v = 619476682.8635482 m / s > c, setting 1/gamma = 0\n",
+      "v = 303703104.0356952 m / s > c, setting 1/gamma = 0\n",
+      "v = 356045023.10786325 m / s > c, setting 1/gamma = 0\n",
+      "v = 361519232.2179936 m / s > c, setting 1/gamma = 0\n",
+      "v = 423375365.0465271 m / s > c, setting 1/gamma = 0\n",
+      "v = 315811033.13537043 m / s > c, setting 1/gamma = 0\n",
+      "v = 368737011.8740399 m / s > c, setting 1/gamma = 0\n",
+      "v = 352287449.4505995 m / s > c, setting 1/gamma = 0\n",
+      "v = 408341893.6769566 m / s > c, setting 1/gamma = 0\n",
+      "v = 340241320.88442713 m / s > c, setting 1/gamma = 0\n",
+      "v = 394798819.25662386 m / s > c, setting 1/gamma = 0\n",
+      "v = 480252841.06512797 m / s > c, setting 1/gamma = 0\n",
+      "v = 521605889.61951226 m / s > c, setting 1/gamma = 0\n",
+      "v = 311699983.3944713 m / s > c, setting 1/gamma = 0\n",
+      "v = 487331144.6305774 m / s > c, setting 1/gamma = 0\n",
+      "v = 508600157.48710066 m / s > c, setting 1/gamma = 0\n",
+      "v = 338262340.94521433 m / s > c, setting 1/gamma = 0\n",
+      "v = 509880328.94983137 m / s > c, setting 1/gamma = 0\n",
+      "v = 538943311.0336624 m / s > c, setting 1/gamma = 0\n",
+      "v = 409114088.5759779 m / s > c, setting 1/gamma = 0\n",
+      "v = 443625094.2661781 m / s > c, setting 1/gamma = 0\n",
+      "v = 442434391.2314105 m / s > c, setting 1/gamma = 0\n",
+      "v = 476265102.67994016 m / s > c, setting 1/gamma = 0\n",
+      "v = 327614944.0592653 m / s > c, setting 1/gamma = 0\n",
+      "v = 378261962.6365808 m / s > c, setting 1/gamma = 0\n",
+      "v = 428812177.84845483 m / s > c, setting 1/gamma = 0\n",
+      "v = 483963320.2739813 m / s > c, setting 1/gamma = 0\n",
+      "v = 381604875.63159037 m / s > c, setting 1/gamma = 0\n",
+      "v = 422356608.90185124 m / s > c, setting 1/gamma = 0\n",
+      "v = 346336682.8679331 m / s > c, setting 1/gamma = 0\n",
+      "v = 398574765.513892 m / s > c, setting 1/gamma = 0\n",
+      "v = 302651881.2145329 m / s > c, setting 1/gamma = 0\n",
+      "v = 314111608.31934893 m / s > c, setting 1/gamma = 0\n",
+      "v = 374377250.9988962 m / s > c, setting 1/gamma = 0\n",
+      "v = 321652180.5536989 m / s > c, setting 1/gamma = 0\n",
+      "v = 368494364.8011737 m / s > c, setting 1/gamma = 0\n",
+      "v = 554652195.2348677 m / s > c, setting 1/gamma = 0\n",
+      "v = 534259375.3633142 m / s > c, setting 1/gamma = 0\n",
+      "v = 303940343.2214228 m / s > c, setting 1/gamma = 0\n",
+      "v = 366481779.7925426 m / s > c, setting 1/gamma = 0\n",
+      "v = 439188271.4931608 m / s > c, setting 1/gamma = 0\n",
+      "v = 461994058.38740814 m / s > c, setting 1/gamma = 0\n",
+      "v = 444706739.2933046 m / s > c, setting 1/gamma = 0\n",
+      "v = 485959135.2157557 m / s > c, setting 1/gamma = 0\n",
+      "v = 388375518.21867406 m / s > c, setting 1/gamma = 0\n",
+      "v = 903527911.2559308 m / s > c, setting 1/gamma = 0\n",
+      "v = 749684024.5804545 m / s > c, setting 1/gamma = 0\n",
+      "v = 324035889.4647421 m / s > c, setting 1/gamma = 0\n",
+      "v = 373688076.86225945 m / s > c, setting 1/gamma = 0\n",
+      "v = 357002030.28517157 m / s > c, setting 1/gamma = 0\n",
+      "v = 417545344.784424 m / s > c, setting 1/gamma = 0\n",
+      "v = 302922013.87065625 m / s > c, setting 1/gamma = 0\n",
+      "v = 357078634.44992924 m / s > c, setting 1/gamma = 0\n",
+      "v = 407270212.7207392 m / s > c, setting 1/gamma = 0\n",
+      "v = 459724751.54923964 m / s > c, setting 1/gamma = 0\n",
+      "v = 348297916.4573868 m / s > c, setting 1/gamma = 0\n",
+      "v = 402536323.1106562 m / s > c, setting 1/gamma = 0\n",
+      "v = 315948858.7036236 m / s > c, setting 1/gamma = 0\n",
+      "v = 370542810.098963 m / s > c, setting 1/gamma = 0\n",
+      "v = 363467465.34186155 m / s > c, setting 1/gamma = 0\n",
+      "v = 425724065.33461964 m / s > c, setting 1/gamma = 0\n",
+      "v = 349382419.39135027 m / s > c, setting 1/gamma = 0\n",
+      "v = 403748094.878828 m / s > c, setting 1/gamma = 0\n",
+      "v = 364777772.3500259 m / s > c, setting 1/gamma = 0\n",
+      "v = 411739055.25049007 m / s > c, setting 1/gamma = 0\n",
+      "v = 370996103.9189262 m / s > c, setting 1/gamma = 0\n",
+      "v = 432717931.6882896 m / s > c, setting 1/gamma = 0\n",
+      "v = 412171004.4003634 m / s > c, setting 1/gamma = 0\n",
+      "v = 448883414.07029283 m / s > c, setting 1/gamma = 0\n",
+      "v = 374969384.4623727 m / s > c, setting 1/gamma = 0\n",
+      "v = 425252391.6912417 m / s > c, setting 1/gamma = 0\n",
+      "v = 363448540.8301055 m / s > c, setting 1/gamma = 0\n",
+      "v = 832200026.9642618 m / s > c, setting 1/gamma = 0\n",
+      "v = 684925945.8891733 m / s > c, setting 1/gamma = 0\n",
+      "v = 308928031.9540744 m / s > c, setting 1/gamma = 0\n",
+      "v = 364223235.5591795 m / s > c, setting 1/gamma = 0\n",
+      "v = 308569184.1533113 m / s > c, setting 1/gamma = 0\n",
+      "v = 383599271.8945322 m / s > c, setting 1/gamma = 0\n",
+      "v = 445625462.11905354 m / s > c, setting 1/gamma = 0\n",
+      "v = 372845587.4228614 m / s > c, setting 1/gamma = 0\n",
+      "v = 420945890.10159886 m / s > c, setting 1/gamma = 0\n",
+      "v = 307940152.11966276 m / s > c, setting 1/gamma = 0\n",
+      "v = 361878690.20890677 m / s > c, setting 1/gamma = 0\n",
+      "v = 303571503.32282746 m / s > c, setting 1/gamma = 0\n",
+      "v = 352488669.64335763 m / s > c, setting 1/gamma = 0\n",
+      "v = 321892809.38579154 m / s > c, setting 1/gamma = 0\n",
+      "v = 384655669.6291664 m / s > c, setting 1/gamma = 0\n",
+      "v = 352417315.9349395 m / s > c, setting 1/gamma = 0\n",
+      "v = 300724778.22451556 m / s > c, setting 1/gamma = 0\n",
+      "v = 325469160.62343234 m / s > c, setting 1/gamma = 0\n",
+      "v = 347044138.89413506 m / s > c, setting 1/gamma = 0\n",
+      "v = 411124508.90760934 m / s > c, setting 1/gamma = 0\n",
+      "v = 463819327.15122074 m / s > c, setting 1/gamma = 0\n",
+      "v = 488342420.444548 m / s > c, setting 1/gamma = 0\n",
+      "v = 421505735.0940905 m / s > c, setting 1/gamma = 0\n",
+      "v = 473356176.39103675 m / s > c, setting 1/gamma = 0\n",
+      "v = 401705493.30175793 m / s > c, setting 1/gamma = 0\n",
+      "v = 458017314.4308118 m / s > c, setting 1/gamma = 0\n",
+      "v = 577027633.8342882 m / s > c, setting 1/gamma = 0\n",
+      "v = 565681501.3984169 m / s > c, setting 1/gamma = 0\n",
+      "v = 424659075.7659562 m / s > c, setting 1/gamma = 0\n",
+      "v = 467486407.7809909 m / s > c, setting 1/gamma = 0\n",
+      "v = 325094317.81918687 m / s > c, setting 1/gamma = 0\n",
+      "v = 368909833.25790465 m / s > c, setting 1/gamma = 0\n",
+      "v = 313484437.36598146 m / s > c, setting 1/gamma = 0\n",
+      "v = 348197403.1651574 m / s > c, setting 1/gamma = 0\n",
+      "v = 411846477.8675551 m / s > c, setting 1/gamma = 0\n",
+      "v = 417520818.5527986 m / s > c, setting 1/gamma = 0\n",
+      "v = 447764090.4324896 m / s > c, setting 1/gamma = 0\n",
+      "v = 537435786.5633298 m / s > c, setting 1/gamma = 0\n",
+      "v = 568951266.9733984 m / s > c, setting 1/gamma = 0\n",
+      "v = 385171172.50268215 m / s > c, setting 1/gamma = 0\n",
+      "v = 903280089.5167414 m / s > c, setting 1/gamma = 0\n",
+      "v = 748867518.2125504 m / s > c, setting 1/gamma = 0\n",
+      "v = 305989953.0705824 m / s > c, setting 1/gamma = 0\n",
+      "v = 666801325.3717672 m / s > c, setting 1/gamma = 0\n",
+      "v = 540931278.567647 m / s > c, setting 1/gamma = 0\n",
+      "v = 579222583.7231585 m / s > c, setting 1/gamma = 0\n",
+      "v = 593983196.3773696 m / s > c, setting 1/gamma = 0\n",
+      "v = 426060911.12915045 m / s > c, setting 1/gamma = 0\n",
+      "v = 474764292.45651627 m / s > c, setting 1/gamma = 0\n",
+      "v = 315821031.93504757 m / s > c, setting 1/gamma = 0\n",
+      "v = 353649291.42953473 m / s > c, setting 1/gamma = 0\n",
+      "v = 312155383.75726044 m / s > c, setting 1/gamma = 0\n",
+      "v = 344032564.47617304 m / s > c, setting 1/gamma = 0\n",
+      "v = 299970233.92401236 m / s > c, setting 1/gamma = 0\n",
+      "v = 363641743.7731744 m / s > c, setting 1/gamma = 0\n",
+      "v = 314157366.33310574 m / s > c, setting 1/gamma = 0\n",
+      "v = 350993713.41560876 m / s > c, setting 1/gamma = 0\n",
+      "v = 301960332.92450523 m / s > c, setting 1/gamma = 0\n",
+      "v = 329874987.1633425 m / s > c, setting 1/gamma = 0\n",
+      "v = 444935640.67334706 m / s > c, setting 1/gamma = 0\n",
+      "v = 503077174.55551296 m / s > c, setting 1/gamma = 0\n",
+      "v = 340424030.37276185 m / s > c, setting 1/gamma = 0\n",
+      "v = 300890539.55397755 m / s > c, setting 1/gamma = 0\n",
+      "v = 365883026.70320964 m / s > c, setting 1/gamma = 0\n",
+      "v = 306211030.71579385 m / s > c, setting 1/gamma = 0\n",
+      "v = 326136125.51926625 m / s > c, setting 1/gamma = 0\n",
+      "v = 369178805.0788786 m / s > c, setting 1/gamma = 0\n",
+      "v = 383778845.3044259 m / s > c, setting 1/gamma = 0\n",
+      "v = 438912947.40291846 m / s > c, setting 1/gamma = 0\n",
+      "v = 321196649.5525274 m / s > c, setting 1/gamma = 0\n",
+      "v = 372170951.2549468 m / s > c, setting 1/gamma = 0\n",
+      "v = 345359314.6354077 m / s > c, setting 1/gamma = 0\n",
+      "v = 409434720.89678967 m / s > c, setting 1/gamma = 0\n",
+      "v = 398788711.9648666 m / s > c, setting 1/gamma = 0\n",
+      "v = 468820377.524211 m / s > c, setting 1/gamma = 0\n",
+      "v = 369802508.499192 m / s > c, setting 1/gamma = 0\n",
+      "v = 407169819.3723119 m / s > c, setting 1/gamma = 0\n",
+      "v = 397767540.77951366 m / s > c, setting 1/gamma = 0\n",
+      "v = 452314017.47434676 m / s > c, setting 1/gamma = 0\n",
+      "v = 344933056.0528438 m / s > c, setting 1/gamma = 0\n",
+      "v = 370908659.00847346 m / s > c, setting 1/gamma = 0\n",
+      "v = 302089707.4324709 m / s > c, setting 1/gamma = 0\n",
+      "v = 332974537.7513451 m / s > c, setting 1/gamma = 0\n",
+      "v = 385230900.6593061 m / s > c, setting 1/gamma = 0\n",
+      "v = 346487532.0106737 m / s > c, setting 1/gamma = 0\n",
+      "v = 362651587.72729105 m / s > c, setting 1/gamma = 0\n",
+      "v = 299844750.9051883 m / s > c, setting 1/gamma = 0\n",
+      "v = 435569153.9200884 m / s > c, setting 1/gamma = 0\n",
+      "v = 470927162.58867055 m / s > c, setting 1/gamma = 0\n",
+      "v = 405168299.28037304 m / s > c, setting 1/gamma = 0\n",
+      "v = 440591556.51223564 m / s > c, setting 1/gamma = 0\n",
+      "v = 305396546.4590782 m / s > c, setting 1/gamma = 0\n",
+      "v = 325530285.05682063 m / s > c, setting 1/gamma = 0\n",
+      "v = 314492242.45619106 m / s > c, setting 1/gamma = 0\n",
+      "v = 369668104.0332422 m / s > c, setting 1/gamma = 0\n",
+      "v = 326088709.6281804 m / s > c, setting 1/gamma = 0\n",
+      "v = 376395549.43449485 m / s > c, setting 1/gamma = 0\n",
+      "v = 384008407.4844788 m / s > c, setting 1/gamma = 0\n",
+      "v = 311852629.72819 m / s > c, setting 1/gamma = 0\n",
+      "v = 350859985.78007936 m / s > c, setting 1/gamma = 0\n",
+      "v = 330737631.45033544 m / s > c, setting 1/gamma = 0\n",
+      "v = 911706628.8669097 m / s > c, setting 1/gamma = 0\n",
+      "v = 804856127.4188884 m / s > c, setting 1/gamma = 0\n",
+      "v = 351723234.00423247 m / s > c, setting 1/gamma = 0\n",
+      "v = 393589054.9728315 m / s > c, setting 1/gamma = 0\n",
+      "v = 330073921.4767204 m / s > c, setting 1/gamma = 0\n",
+      "v = 348032806.4698842 m / s > c, setting 1/gamma = 0\n",
+      "v = 325843017.4667972 m / s > c, setting 1/gamma = 0\n",
+      "v = 379059604.280677 m / s > c, setting 1/gamma = 0\n",
+      "v = 320087704.84845513 m / s > c, setting 1/gamma = 0\n",
+      "v = 336710386.86024946 m / s > c, setting 1/gamma = 0\n",
+      "v = 318546954.98321414 m / s > c, setting 1/gamma = 0\n",
+      "v = 321315658.038826 m / s > c, setting 1/gamma = 0\n",
+      "v = 337963979.0894343 m / s > c, setting 1/gamma = 0\n",
+      "v = 377436308.68475586 m / s > c, setting 1/gamma = 0\n",
+      "v = 431306757.3383346 m / s > c, setting 1/gamma = 0\n",
+      "v = 466567990.96196395 m / s > c, setting 1/gamma = 0\n",
+      "v = 478411200.33061695 m / s > c, setting 1/gamma = 0\n",
+      "v = 307440638.2342943 m / s > c, setting 1/gamma = 0\n",
+      "v = 446789760.470899 m / s > c, setting 1/gamma = 0\n",
+      "v = 477168528.76776266 m / s > c, setting 1/gamma = 0\n",
+      "v = 320237397.8582026 m / s > c, setting 1/gamma = 0\n",
+      "v = 359811344.24765253 m / s > c, setting 1/gamma = 0\n",
+      "v = 433357092.74316055 m / s > c, setting 1/gamma = 0\n",
+      "v = 492039361.7496589 m / s > c, setting 1/gamma = 0\n",
+      "v = 491559171.151193 m / s > c, setting 1/gamma = 0\n",
+      "v = 328713294.0036897 m / s > c, setting 1/gamma = 0\n",
+      "v = 384745536.3149503 m / s > c, setting 1/gamma = 0\n",
+      "v = 303179548.39739 m / s > c, setting 1/gamma = 0\n",
+      "v = 347855556.880221 m / s > c, setting 1/gamma = 0\n",
+      "v = 316022803.05072516 m / s > c, setting 1/gamma = 0\n",
+      "v = 429132150.86369157 m / s > c, setting 1/gamma = 0\n",
+      "v = 496742513.06227356 m / s > c, setting 1/gamma = 0\n",
+      "v = 608149301.037793 m / s > c, setting 1/gamma = 0\n",
+      "v = 616339380.3410258 m / s > c, setting 1/gamma = 0\n",
+      "v = 345574679.42003566 m / s > c, setting 1/gamma = 0\n",
+      "v = 334035811.3041389 m / s > c, setting 1/gamma = 0\n",
+      "v = 440855377.6052416 m / s > c, setting 1/gamma = 0\n",
+      "v = 506914111.82293767 m / s > c, setting 1/gamma = 0\n",
+      "v = 396300942.8041919 m / s > c, setting 1/gamma = 0\n",
+      "v = 429694438.41677946 m / s > c, setting 1/gamma = 0\n",
+      "v = 387197051.57225 m / s > c, setting 1/gamma = 0\n",
+      "v = 421878826.48918974 m / s > c, setting 1/gamma = 0\n",
+      "v = 300887658.6067651 m / s > c, setting 1/gamma = 0\n",
+      "v = 323598308.590293 m / s > c, setting 1/gamma = 0\n",
+      "v = 367591949.96459806 m / s > c, setting 1/gamma = 0\n",
+      "v = 417535462.16090596 m / s > c, setting 1/gamma = 0\n",
+      "v = 461205559.1522442 m / s > c, setting 1/gamma = 0\n",
+      "v = 1310857476.027115 m / s > c, setting 1/gamma = 0\n",
+      "v = 1159925763.2024066 m / s > c, setting 1/gamma = 0\n",
+      "v = 432434693.40672296 m / s > c, setting 1/gamma = 0\n",
+      "v = 469964151.5663068 m / s > c, setting 1/gamma = 0\n",
+      "v = 316326677.11590225 m / s > c, setting 1/gamma = 0\n",
+      "v = 407663013.38967687 m / s > c, setting 1/gamma = 0\n",
+      "v = 453518808.602567 m / s > c, setting 1/gamma = 0\n",
+      "v = 397792003.6785357 m / s > c, setting 1/gamma = 0\n",
+      "v = 435565479.4104244 m / s > c, setting 1/gamma = 0\n",
+      "v = 301100339.4664369 m / s > c, setting 1/gamma = 0\n",
+      "v = 357305928.71268743 m / s > c, setting 1/gamma = 0\n",
+      "v = 566931810.0882902 m / s > c, setting 1/gamma = 0\n",
+      "v = 602880084.0426059 m / s > c, setting 1/gamma = 0\n",
+      "v = 310842794.08249766 m / s > c, setting 1/gamma = 0\n",
+      "v = 383643588.5143041 m / s > c, setting 1/gamma = 0\n",
+      "v = 622278115.819381 m / s > c, setting 1/gamma = 0\n",
+      "v = 589587616.9936278 m / s > c, setting 1/gamma = 0\n",
+      "v = 328422232.96878564 m / s > c, setting 1/gamma = 0\n",
+      "v = 395648369.09686446 m / s > c, setting 1/gamma = 0\n",
+      "v = 333946532.8635241 m / s > c, setting 1/gamma = 0\n",
+      "v = 476713426.9542725 m / s > c, setting 1/gamma = 0\n",
+      "v = 529425928.19353986 m / s > c, setting 1/gamma = 0\n",
+      "v = 527446804.68434215 m / s > c, setting 1/gamma = 0\n",
+      "v = 533781548.5009432 m / s > c, setting 1/gamma = 0\n",
+      "v = 329577476.56289065 m / s > c, setting 1/gamma = 0\n",
+      "v = 393133349.9495616 m / s > c, setting 1/gamma = 0\n",
+      "v = 327724423.8233619 m / s > c, setting 1/gamma = 0\n",
+      "v = 304085992.0839947 m / s > c, setting 1/gamma = 0\n",
+      "v = 321438181.4934697 m / s > c, setting 1/gamma = 0\n",
+      "v = 303188255.0332223 m / s > c, setting 1/gamma = 0\n",
+      "v = 356795063.72564477 m / s > c, setting 1/gamma = 0\n",
+      "v = 303978279.585354 m / s > c, setting 1/gamma = 0\n",
+      "v = 361504807.7099078 m / s > c, setting 1/gamma = 0\n",
+      "v = 419352529.2957759 m / s > c, setting 1/gamma = 0\n",
+      "v = 299835555.5502483 m / s > c, setting 1/gamma = 0\n",
+      "v = 336164041.1512279 m / s > c, setting 1/gamma = 0\n",
+      "v = 343718949.6865185 m / s > c, setting 1/gamma = 0\n",
+      "v = 360608838.4808087 m / s > c, setting 1/gamma = 0\n",
+      "v = 430284541.3423826 m / s > c, setting 1/gamma = 0\n",
+      "v = 328031614.9083902 m / s > c, setting 1/gamma = 0\n",
+      "v = 477006487.1439574 m / s > c, setting 1/gamma = 0\n",
+      "v = 511071582.04604906 m / s > c, setting 1/gamma = 0\n",
+      "v = 320781760.2028031 m / s > c, setting 1/gamma = 0\n",
+      "v = 338095520.6955426 m / s > c, setting 1/gamma = 0\n",
+      "v = 383481700.7368584 m / s > c, setting 1/gamma = 0\n",
+      "v = 305035412.07135874 m / s > c, setting 1/gamma = 0\n",
+      "v = 335193232.39767396 m / s > c, setting 1/gamma = 0\n",
+      "v = 301533607.7173126 m / s > c, setting 1/gamma = 0\n",
+      "v = 389145215.2540534 m / s > c, setting 1/gamma = 0\n",
+      "v = 458450317.4951501 m / s > c, setting 1/gamma = 0\n",
+      "v = 325856039.760524 m / s > c, setting 1/gamma = 0\n",
+      "v = 304725558.57518125 m / s > c, setting 1/gamma = 0\n",
+      "v = 319784443.41056705 m / s > c, setting 1/gamma = 0\n",
+      "v = 789890300.0766193 m / s > c, setting 1/gamma = 0\n",
+      "v = 683516989.2805828 m / s > c, setting 1/gamma = 0\n",
+      "v = 326234478.05396694 m / s > c, setting 1/gamma = 0\n",
+      "v = 419170233.19399464 m / s > c, setting 1/gamma = 0\n",
+      "v = 479035802.7435657 m / s > c, setting 1/gamma = 0\n",
+      "v = 476313179.10141236 m / s > c, setting 1/gamma = 0\n",
+      "v = 520467048.08951044 m / s > c, setting 1/gamma = 0\n",
+      "v = 330764698.8728887 m / s > c, setting 1/gamma = 0\n",
+      "v = 388026689.4627735 m / s > c, setting 1/gamma = 0\n",
+      "v = 406472465.53047645 m / s > c, setting 1/gamma = 0\n",
+      "v = 460404878.6715397 m / s > c, setting 1/gamma = 0\n",
+      "v = 345367192.510888 m / s > c, setting 1/gamma = 0\n",
+      "v = 375769270.8890395 m / s > c, setting 1/gamma = 0\n",
+      "v = 321929551.4922555 m / s > c, setting 1/gamma = 0\n",
+      "v = 566194506.3494079 m / s > c, setting 1/gamma = 0\n",
+      "v = 594398572.0382365 m / s > c, setting 1/gamma = 0\n",
+      "v = 342378387.04004127 m / s > c, setting 1/gamma = 0\n",
+      "v = 393055931.1948315 m / s > c, setting 1/gamma = 0\n",
+      "v = 417641582.2339037 m / s > c, setting 1/gamma = 0\n",
+      "v = 451157900.75311196 m / s > c, setting 1/gamma = 0\n",
+      "v = 671382943.216052 m / s > c, setting 1/gamma = 0\n",
+      "v = 674879653.932914 m / s > c, setting 1/gamma = 0\n",
+      "v = 347005429.6758707 m / s > c, setting 1/gamma = 0\n",
+      "v = 354916234.0449473 m / s > c, setting 1/gamma = 0\n",
+      "v = 324652545.36043096 m / s > c, setting 1/gamma = 0\n",
+      "v = 465560690.1428769 m / s > c, setting 1/gamma = 0\n",
+      "v = 486286206.8240542 m / s > c, setting 1/gamma = 0\n",
+      "v = 323104760.4653192 m / s > c, setting 1/gamma = 0\n",
+      "v = 366514532.12208027 m / s > c, setting 1/gamma = 0\n",
+      "v = 335938910.09286356 m / s > c, setting 1/gamma = 0\n",
+      "v = 332167076.1492898 m / s > c, setting 1/gamma = 0\n",
+      "v = 319775934.96832705 m / s > c, setting 1/gamma = 0\n",
+      "v = 734745153.8204039 m / s > c, setting 1/gamma = 0\n",
+      "v = 625319345.7367967 m / s > c, setting 1/gamma = 0\n",
+      "v = 410431668.1478089 m / s > c, setting 1/gamma = 0\n",
+      "v = 457003941.60253865 m / s > c, setting 1/gamma = 0\n",
+      "v = 300934427.8856558 m / s > c, setting 1/gamma = 0\n",
+      "v = 331698297.9087983 m / s > c, setting 1/gamma = 0\n",
+      "v = 389948501.1552651 m / s > c, setting 1/gamma = 0\n",
+      "v = 305100094.75990963 m / s > c, setting 1/gamma = 0\n",
+      "v = 301867168.4287218 m / s > c, setting 1/gamma = 0\n",
+      "v = 343930414.0448677 m / s > c, setting 1/gamma = 0\n",
+      "v = 332916437.36557543 m / s > c, setting 1/gamma = 0\n",
+      "v = 390342535.6685576 m / s > c, setting 1/gamma = 0\n",
+      "v = 632221041.0473448 m / s > c, setting 1/gamma = 0\n",
+      "v = 635532281.9886721 m / s > c, setting 1/gamma = 0\n",
+      "v = 339586480.0825897 m / s > c, setting 1/gamma = 0\n",
+      "v = 505190926.3238164 m / s > c, setting 1/gamma = 0\n",
+      "v = 511018662.3661334 m / s > c, setting 1/gamma = 0\n",
+      "v = 342237187.8015919 m / s > c, setting 1/gamma = 0\n",
+      "v = 385236014.4673935 m / s > c, setting 1/gamma = 0\n",
+      "v = 446124897.8641975 m / s > c, setting 1/gamma = 0\n",
+      "v = 490404633.7078286 m / s > c, setting 1/gamma = 0\n",
+      "v = 314348975.429781 m / s > c, setting 1/gamma = 0\n",
+      "v = 361064480.62985486 m / s > c, setting 1/gamma = 0\n",
+      "v = 420527837.2397822 m / s > c, setting 1/gamma = 0\n",
+      "v = 359923522.56882316 m / s > c, setting 1/gamma = 0\n",
+      "v = 405872691.73913366 m / s > c, setting 1/gamma = 0\n",
+      "v = 392418185.65132076 m / s > c, setting 1/gamma = 0\n",
+      "v = 431556013.7216812 m / s > c, setting 1/gamma = 0\n",
+      "v = 337549544.3540936 m / s > c, setting 1/gamma = 0\n",
+      "v = 303355367.9519195 m / s > c, setting 1/gamma = 0\n",
+      "v = 306059760.29014486 m / s > c, setting 1/gamma = 0\n",
+      "v = 322678110.5122051 m / s > c, setting 1/gamma = 0\n",
+      "v = 376522061.7060565 m / s > c, setting 1/gamma = 0\n",
+      "v = 1085044036.260554 m / s > c, setting 1/gamma = 0\n",
+      "v = 961774903.7084986 m / s > c, setting 1/gamma = 0\n",
+      "v = 417076006.8496289 m / s > c, setting 1/gamma = 0\n",
+      "v = 448657536.1024887 m / s > c, setting 1/gamma = 0\n",
+      "v = 332250769.28078216 m / s > c, setting 1/gamma = 0\n",
+      "v = 352817114.92063075 m / s > c, setting 1/gamma = 0\n",
+      "v = 320281747.2325015 m / s > c, setting 1/gamma = 0\n",
+      "v = 408310155.8824947 m / s > c, setting 1/gamma = 0\n",
+      "v = 453360059.8998163 m / s > c, setting 1/gamma = 0\n",
+      "v = 301823671.4953853 m / s > c, setting 1/gamma = 0\n",
+      "v = 459755453.958032 m / s > c, setting 1/gamma = 0\n",
+      "v = 481091189.87494594 m / s > c, setting 1/gamma = 0\n",
+      "v = 329434595.50684047 m / s > c, setting 1/gamma = 0\n",
+      "v = 385525309.3683626 m / s > c, setting 1/gamma = 0\n",
+      "v = 309969134.26090556 m / s > c, setting 1/gamma = 0\n",
+      "v = 356026343.687738 m / s > c, setting 1/gamma = 0\n",
+      "v = 313431802.157769 m / s > c, setting 1/gamma = 0\n",
+      "v = 378531389.39148664 m / s > c, setting 1/gamma = 0\n",
+      "v = 329091775.12756413 m / s > c, setting 1/gamma = 0\n",
+      "v = 744307615.5060838 m / s > c, setting 1/gamma = 0\n",
+      "v = 673392736.9823283 m / s > c, setting 1/gamma = 0\n",
+      "v = 319344117.4938563 m / s > c, setting 1/gamma = 0\n",
+      "v = 379652737.59823424 m / s > c, setting 1/gamma = 0\n",
+      "v = 358707828.485902 m / s > c, setting 1/gamma = 0\n",
+      "v = 338318736.0002577 m / s > c, setting 1/gamma = 0\n",
+      "v = 305480729.2113172 m / s > c, setting 1/gamma = 0\n",
+      "v = 346863617.6367998 m / s > c, setting 1/gamma = 0\n",
+      "v = 395927632.20782834 m / s > c, setting 1/gamma = 0\n",
+      "v = 426471044.51523656 m / s > c, setting 1/gamma = 0\n",
+      "v = 477572481.17130363 m / s > c, setting 1/gamma = 0\n",
+      "v = 381488228.61464465 m / s > c, setting 1/gamma = 0\n",
+      "v = 444281454.0674849 m / s > c, setting 1/gamma = 0\n",
+      "v = 358634199.9386481 m / s > c, setting 1/gamma = 0\n",
+      "v = 407629200.5716136 m / s > c, setting 1/gamma = 0\n",
+      "v = 571732876.2241566 m / s > c, setting 1/gamma = 0\n",
+      "v = 609455119.3231251 m / s > c, setting 1/gamma = 0\n",
+      "v = 373121938.9378187 m / s > c, setting 1/gamma = 0\n",
+      "v = 396025498.1990441 m / s > c, setting 1/gamma = 0\n",
+      "v = 314709556.6261632 m / s > c, setting 1/gamma = 0\n",
+      "v = 381506273.7235041 m / s > c, setting 1/gamma = 0\n",
+      "v = 302714593.3523758 m / s > c, setting 1/gamma = 0\n",
+      "v = 371361431.86168927 m / s > c, setting 1/gamma = 0\n",
+      "v = 332548657.9548732 m / s > c, setting 1/gamma = 0\n",
+      "v = 383307991.92010254 m / s > c, setting 1/gamma = 0\n",
+      "v = 339453712.3507173 m / s > c, setting 1/gamma = 0\n",
+      "v = 402908208.79705054 m / s > c, setting 1/gamma = 0\n",
+      "v = 325969176.75342995 m / s > c, setting 1/gamma = 0\n",
+      "v = 316709269.47602296 m / s > c, setting 1/gamma = 0\n",
+      "v = 333649824.93157977 m / s > c, setting 1/gamma = 0\n",
+      "v = 348836001.0871101 m / s > c, setting 1/gamma = 0\n",
+      "v = 402588207.95303226 m / s > c, setting 1/gamma = 0\n",
+      "v = 463772508.4703237 m / s > c, setting 1/gamma = 0\n",
+      "v = 515697021.5171638 m / s > c, setting 1/gamma = 0\n",
+      "v = 420355391.448335 m / s > c, setting 1/gamma = 0\n",
+      "v = 478827134.08915216 m / s > c, setting 1/gamma = 0\n",
+      "v = 393561613.99489796 m / s > c, setting 1/gamma = 0\n",
+      "v = 440733409.37656516 m / s > c, setting 1/gamma = 0\n",
+      "v = 307783329.1129658 m / s > c, setting 1/gamma = 0\n",
+      "v = 342784862.16042894 m / s > c, setting 1/gamma = 0\n",
+      "v = 509381215.050413 m / s > c, setting 1/gamma = 0\n",
+      "v = 517222477.33075655 m / s > c, setting 1/gamma = 0\n",
+      "v = 385023123.20768183 m / s > c, setting 1/gamma = 0\n",
+      "v = 440729703.4569063 m / s > c, setting 1/gamma = 0\n",
+      "v = 306768882.5533955 m / s > c, setting 1/gamma = 0\n",
+      "v = 311104675.52997094 m / s > c, setting 1/gamma = 0\n",
+      "v = 378747709.2262225 m / s > c, setting 1/gamma = 0\n",
+      "v = 424457477.0215838 m / s > c, setting 1/gamma = 0\n",
+      "v = 344552036.5411032 m / s > c, setting 1/gamma = 0\n",
+      "v = 356177224.53264385 m / s > c, setting 1/gamma = 0\n",
+      "v = 331780869.8349256 m / s > c, setting 1/gamma = 0\n",
+      "v = 367353968.0378676 m / s > c, setting 1/gamma = 0\n",
+      "v = 315981668.47420603 m / s > c, setting 1/gamma = 0\n",
+      "v = 536552377.92627496 m / s > c, setting 1/gamma = 0\n",
+      "v = 504117286.1029469 m / s > c, setting 1/gamma = 0\n",
+      "v = 314886590.879114 m / s > c, setting 1/gamma = 0\n",
+      "v = 335553575.06440014 m / s > c, setting 1/gamma = 0\n",
+      "v = 600911313.31548 m / s > c, setting 1/gamma = 0\n",
+      "v = 593073150.5676241 m / s > c, setting 1/gamma = 0\n",
+      "v = 369171094.74283177 m / s > c, setting 1/gamma = 0\n",
+      "v = 417813877.5275975 m / s > c, setting 1/gamma = 0\n",
+      "v = 312022121.080799 m / s > c, setting 1/gamma = 0\n",
+      "v = 328336211.26847607 m / s > c, setting 1/gamma = 0\n",
+      "v = 351696987.67818075 m / s > c, setting 1/gamma = 0\n",
+      "v = 318070591.35476846 m / s > c, setting 1/gamma = 0\n",
+      "v = 322730773.21397924 m / s > c, setting 1/gamma = 0\n",
+      "v = 340916803.06999546 m / s > c, setting 1/gamma = 0\n",
+      "v = 306343287.28942424 m / s > c, setting 1/gamma = 0\n",
+      "v = 348320308.02225745 m / s > c, setting 1/gamma = 0\n",
+      "v = 325325312.0401465 m / s > c, setting 1/gamma = 0\n",
+      "v = 370632268.18038815 m / s > c, setting 1/gamma = 0\n",
+      "v = 362376317.3089244 m / s > c, setting 1/gamma = 0\n",
+      "v = 376984172.7053252 m / s > c, setting 1/gamma = 0\n",
+      "v = 313262835.45542514 m / s > c, setting 1/gamma = 0\n",
+      "v = 363345470.81568754 m / s > c, setting 1/gamma = 0\n",
+      "v = 322252616.5293191 m / s > c, setting 1/gamma = 0\n",
+      "v = 305761630.07073534 m / s > c, setting 1/gamma = 0\n",
+      "v = 352431751.90227216 m / s > c, setting 1/gamma = 0\n",
+      "v = 367702309.3153245 m / s > c, setting 1/gamma = 0\n",
+      "v = 302981364.19464576 m / s > c, setting 1/gamma = 0\n",
+      "v = 302559047.51930785 m / s > c, setting 1/gamma = 0\n",
+      "v = 350820914.1737025 m / s > c, setting 1/gamma = 0\n",
+      "v = 318595369.82910365 m / s > c, setting 1/gamma = 0\n",
+      "v = 335429332.334378 m / s > c, setting 1/gamma = 0\n",
+      "v = 356467057.27128047 m / s > c, setting 1/gamma = 0\n",
+      "v = 410150221.0539117 m / s > c, setting 1/gamma = 0\n",
+      "v = 553490322.5863695 m / s > c, setting 1/gamma = 0\n",
+      "v = 492693242.22365385 m / s > c, setting 1/gamma = 0\n",
+      "v = 324947350.2942663 m / s > c, setting 1/gamma = 0\n",
+      "v = 342771316.27886254 m / s > c, setting 1/gamma = 0\n",
+      "v = 331731069.801186 m / s > c, setting 1/gamma = 0\n",
+      "v = 355861155.9438753 m / s > c, setting 1/gamma = 0\n",
+      "v = 302321993.77896655 m / s > c, setting 1/gamma = 0\n",
+      "v = 353580683.345372 m / s > c, setting 1/gamma = 0\n",
+      "v = 301135587.3408799 m / s > c, setting 1/gamma = 0\n",
+      "v = 360188229.4682577 m / s > c, setting 1/gamma = 0\n",
+      "v = 347394500.00246435 m / s > c, setting 1/gamma = 0\n",
+      "v = 395558656.7978654 m / s > c, setting 1/gamma = 0\n",
+      "v = 493592756.23402613 m / s > c, setting 1/gamma = 0\n",
+      "v = 540133310.2905025 m / s > c, setting 1/gamma = 0\n",
+      "v = 450683392.91050464 m / s > c, setting 1/gamma = 0\n",
+      "v = 483730190.1321865 m / s > c, setting 1/gamma = 0\n",
+      "v = 388779660.6224505 m / s > c, setting 1/gamma = 0\n",
+      "v = 428903406.0193427 m / s > c, setting 1/gamma = 0\n",
+      "v = 315406218.5196833 m / s > c, setting 1/gamma = 0\n",
+      "v = 340502899.62539756 m / s > c, setting 1/gamma = 0\n",
+      "v = 376573768.3537584 m / s > c, setting 1/gamma = 0\n",
+      "v = 350878660.23165745 m / s > c, setting 1/gamma = 0\n",
+      "v = 373013007.58618957 m / s > c, setting 1/gamma = 0\n",
+      "v = 340723635.0249777 m / s > c, setting 1/gamma = 0\n",
+      "v = 392944319.4292129 m / s > c, setting 1/gamma = 0\n",
+      "v = 313606489.431876 m / s > c, setting 1/gamma = 0\n",
+      "v = 345691744.8505435 m / s > c, setting 1/gamma = 0\n",
+      "v = 442854919.15856516 m / s > c, setting 1/gamma = 0\n",
+      "v = 493479757.4026439 m / s > c, setting 1/gamma = 0\n",
+      "v = 417110076.01339954 m / s > c, setting 1/gamma = 0\n",
+      "v = 457027331.58682513 m / s > c, setting 1/gamma = 0\n",
+      "v = 357110061.77109176 m / s > c, setting 1/gamma = 0\n",
+      "v = 401633709.32646286 m / s > c, setting 1/gamma = 0\n",
+      "v = 303456527.01760954 m / s > c, setting 1/gamma = 0\n",
+      "v = 389527227.1276017 m / s > c, setting 1/gamma = 0\n",
+      "v = 450107299.47252995 m / s > c, setting 1/gamma = 0\n",
+      "v = 363018824.6535697 m / s > c, setting 1/gamma = 0\n",
+      "v = 402068366.38852483 m / s > c, setting 1/gamma = 0\n",
+      "v = 325793450.61004233 m / s > c, setting 1/gamma = 0\n",
+      "v = 372058755.9921923 m / s > c, setting 1/gamma = 0\n",
+      "v = 638527423.641224 m / s > c, setting 1/gamma = 0\n",
+      "v = 659212234.7235442 m / s > c, setting 1/gamma = 0\n",
+      "v = 454244380.1704822 m / s > c, setting 1/gamma = 0\n",
+      "v = 476865308.0999472 m / s > c, setting 1/gamma = 0\n",
+      "v = 461519931.136124 m / s > c, setting 1/gamma = 0\n",
+      "v = 485979931.9944028 m / s > c, setting 1/gamma = 0\n",
+      "v = 353761655.9742707 m / s > c, setting 1/gamma = 0\n",
+      "v = 842471755.0179998 m / s > c, setting 1/gamma = 0\n",
+      "v = 703562721.737132 m / s > c, setting 1/gamma = 0\n",
+      "v = 372401501.01994663 m / s > c, setting 1/gamma = 0\n",
+      "v = 941984015.5083944 m / s > c, setting 1/gamma = 0\n",
+      "v = 801092905.102378 m / s > c, setting 1/gamma = 0\n",
+      "v = 320565256.88266194 m / s > c, setting 1/gamma = 0\n",
+      "v = 345646426.90027434 m / s > c, setting 1/gamma = 0\n",
+      "v = 308263513.1735427 m / s > c, setting 1/gamma = 0\n",
+      "v = 678937920.9977955 m / s > c, setting 1/gamma = 0\n",
+      "v = 610276748.5845126 m / s > c, setting 1/gamma = 0\n",
+      "v = 382830548.1497692 m / s > c, setting 1/gamma = 0\n",
+      "v = 448547519.1264295 m / s > c, setting 1/gamma = 0\n",
+      "v = 332383027.96646523 m / s > c, setting 1/gamma = 0\n",
+      "v = 906388985.8702065 m / s > c, setting 1/gamma = 0\n",
+      "v = 795049097.2575842 m / s > c, setting 1/gamma = 0\n",
+      "v = 316948187.431936 m / s > c, setting 1/gamma = 0\n",
+      "v = 367784036.728437 m / s > c, setting 1/gamma = 0\n",
+      "v = 330978595.272518 m / s > c, setting 1/gamma = 0\n",
+      "v = 445661073.0066669 m / s > c, setting 1/gamma = 0\n",
+      "v = 504526262.11561215 m / s > c, setting 1/gamma = 0\n",
+      "v = 354500353.9230269 m / s > c, setting 1/gamma = 0\n",
+      "v = 402585960.59895 m / s > c, setting 1/gamma = 0\n",
+      "v = 314040096.6190449 m / s > c, setting 1/gamma = 0\n",
+      "v = 330125869.509432 m / s > c, setting 1/gamma = 0\n",
+      "v = 369641200.5507039 m / s > c, setting 1/gamma = 0\n",
+      "v = 382705499.1020989 m / s > c, setting 1/gamma = 0\n",
+      "v = 446273144.3875743 m / s > c, setting 1/gamma = 0\n",
+      "v = 336529264.1923165 m / s > c, setting 1/gamma = 0\n",
+      "v = 378249410.89275694 m / s > c, setting 1/gamma = 0\n",
+      "v = 649580179.7324251 m / s > c, setting 1/gamma = 0\n",
+      "v = 661480920.4708648 m / s > c, setting 1/gamma = 0\n",
+      "v = 484409891.304556 m / s > c, setting 1/gamma = 0\n",
+      "v = 479837671.7310539 m / s > c, setting 1/gamma = 0\n",
+      "v = 504096503.9582559 m / s > c, setting 1/gamma = 0\n",
+      "v = 541086092.9973208 m / s > c, setting 1/gamma = 0\n",
+      "v = 395277630.13897175 m / s > c, setting 1/gamma = 0\n",
+      "v = 435959126.3390838 m / s > c, setting 1/gamma = 0\n",
+      "v = 306697127.19737375 m / s > c, setting 1/gamma = 0\n",
+      "v = 312907253.1824936 m / s > c, setting 1/gamma = 0\n",
+      "v = 405156685.1227361 m / s > c, setting 1/gamma = 0\n",
+      "v = 469670201.5615185 m / s > c, setting 1/gamma = 0\n",
+      "v = 307484477.579248 m / s > c, setting 1/gamma = 0\n",
+      "v = 330601827.0558041 m / s > c, setting 1/gamma = 0\n",
+      "v = 302874824.5521867 m / s > c, setting 1/gamma = 0\n",
+      "v = 312137429.14493847 m / s > c, setting 1/gamma = 0\n",
+      "v = 417816627.4204835 m / s > c, setting 1/gamma = 0\n",
+      "v = 447456378.2434766 m / s > c, setting 1/gamma = 0\n",
+      "v = 327582197.103328 m / s > c, setting 1/gamma = 0\n",
+      "v = 354040275.4917585 m / s > c, setting 1/gamma = 0\n",
+      "v = 301424976.19076145 m / s > c, setting 1/gamma = 0\n",
+      "v = 330065782.491175 m / s > c, setting 1/gamma = 0\n",
+      "v = 379996557.69419897 m / s > c, setting 1/gamma = 0\n",
+      "v = 302636328.7710003 m / s > c, setting 1/gamma = 0\n",
+      "v = 318931503.47457 m / s > c, setting 1/gamma = 0\n",
+      "v = 378964558.47420824 m / s > c, setting 1/gamma = 0\n",
+      "v = 414511131.7846943 m / s > c, setting 1/gamma = 0\n",
+      "v = 446653679.4944271 m / s > c, setting 1/gamma = 0\n",
+      "v = 502750558.8239733 m / s > c, setting 1/gamma = 0\n",
+      "v = 312177828.9437488 m / s > c, setting 1/gamma = 0\n",
+      "v = 349037036.8150065 m / s > c, setting 1/gamma = 0\n",
+      "v = 313579759.17663425 m / s > c, setting 1/gamma = 0\n",
+      "v = 345954810.0123592 m / s > c, setting 1/gamma = 0\n",
+      "v = 366671475.5211579 m / s > c, setting 1/gamma = 0\n",
+      "v = 395695179.93147457 m / s > c, setting 1/gamma = 0\n",
+      "v = 302298154.75370574 m / s > c, setting 1/gamma = 0\n",
+      "v = 307666869.8069034 m / s > c, setting 1/gamma = 0\n",
+      "v = 633661706.5596162 m / s > c, setting 1/gamma = 0\n",
+      "v = 516803473.183362 m / s > c, setting 1/gamma = 0\n",
+      "v = 301710627.2679584 m / s > c, setting 1/gamma = 0\n",
+      "v = 324320772.5843312 m / s > c, setting 1/gamma = 0\n",
+      "v = 445735039.9942764 m / s > c, setting 1/gamma = 0\n",
+      "v = 495139861.4236485 m / s > c, setting 1/gamma = 0\n",
+      "v = 314375383.8418061 m / s > c, setting 1/gamma = 0\n",
+      "v = 303525741.6058522 m / s > c, setting 1/gamma = 0\n",
+      "v = 348449187.4835735 m / s > c, setting 1/gamma = 0\n",
+      "v = 609242832.8933606 m / s > c, setting 1/gamma = 0\n",
+      "v = 633525798.4538971 m / s > c, setting 1/gamma = 0\n",
+      "v = 303713808.2707267 m / s > c, setting 1/gamma = 0\n",
+      "v = 347013215.7666583 m / s > c, setting 1/gamma = 0\n",
+      "v = 299845847.66524786 m / s > c, setting 1/gamma = 0\n",
+      "v = 337056513.8509927 m / s > c, setting 1/gamma = 0\n",
+      "v = 300469819.4791184 m / s > c, setting 1/gamma = 0\n",
+      "v = 327967200.64409816 m / s > c, setting 1/gamma = 0\n",
+      "v = 321666594.9821914 m / s > c, setting 1/gamma = 0\n",
+      "v = 378596966.7478328 m / s > c, setting 1/gamma = 0\n",
+      "v = 326367677.55432564 m / s > c, setting 1/gamma = 0\n",
+      "v = 393060912.2924767 m / s > c, setting 1/gamma = 0\n",
+      "v = 339089379.6278357 m / s > c, setting 1/gamma = 0\n",
+      "v = 370988056.7559498 m / s > c, setting 1/gamma = 0\n",
+      "v = 437420897.52850705 m / s > c, setting 1/gamma = 0\n",
+      "v = 500452839.0529243 m / s > c, setting 1/gamma = 0\n",
+      "v = 318047778.68303204 m / s > c, setting 1/gamma = 0\n",
+      "v = 703208513.5143595 m / s > c, setting 1/gamma = 0\n",
+      "v = 622174811.7318189 m / s > c, setting 1/gamma = 0\n",
+      "v = 315619758.4803151 m / s > c, setting 1/gamma = 0\n",
+      "v = 335471268.74641716 m / s > c, setting 1/gamma = 0\n",
+      "v = 330110825.25174415 m / s > c, setting 1/gamma = 0\n",
+      "v = 396715703.64785826 m / s > c, setting 1/gamma = 0\n",
+      "v = 428096316.1597537 m / s > c, setting 1/gamma = 0\n",
+      "v = 469223784.196975 m / s > c, setting 1/gamma = 0\n",
+      "v = 513422573.3353384 m / s > c, setting 1/gamma = 0\n",
+      "v = 456081634.17421967 m / s > c, setting 1/gamma = 0\n",
+      "v = 508792361.0218512 m / s > c, setting 1/gamma = 0\n",
+      "v = 331679680.3184697 m / s > c, setting 1/gamma = 0\n",
+      "v = 376542392.2078938 m / s > c, setting 1/gamma = 0\n",
+      "v = 323705660.0028739 m / s > c, setting 1/gamma = 0\n",
+      "v = 300928497.30453134 m / s > c, setting 1/gamma = 0\n",
+      "v = 333983606.2464222 m / s > c, setting 1/gamma = 0\n",
+      "v = 796242343.6335735 m / s > c, setting 1/gamma = 0\n",
+      "v = 677357566.8419514 m / s > c, setting 1/gamma = 0\n",
+      "v = 310519260.86291313 m / s > c, setting 1/gamma = 0\n",
+      "v = 352424982.6088704 m / s > c, setting 1/gamma = 0\n",
+      "v = 356459604.27996784 m / s > c, setting 1/gamma = 0\n",
+      "v = 968206585.9358835 m / s > c, setting 1/gamma = 0\n",
+      "v = 847354887.1246809 m / s > c, setting 1/gamma = 0\n",
+      "v = 349890649.11157113 m / s > c, setting 1/gamma = 0\n",
+      "v = 393056400.7988673 m / s > c, setting 1/gamma = 0\n",
+      "v = 300445180.9887403 m / s > c, setting 1/gamma = 0\n",
+      "v = 457838146.8850407 m / s > c, setting 1/gamma = 0\n",
+      "v = 473602974.84530467 m / s > c, setting 1/gamma = 0\n",
+      "v = 355738128.4288825 m / s > c, setting 1/gamma = 0\n",
+      "v = 372180437.1012736 m / s > c, setting 1/gamma = 0\n",
+      "v = 333491455.86895734 m / s > c, setting 1/gamma = 0\n",
+      "v = 418724808.88548934 m / s > c, setting 1/gamma = 0\n",
+      "v = 453830365.6025708 m / s > c, setting 1/gamma = 0\n",
+      "v = 332304100.3460137 m / s > c, setting 1/gamma = 0\n",
+      "v = 722351503.4309604 m / s > c, setting 1/gamma = 0\n",
+      "v = 599924734.2260852 m / s > c, setting 1/gamma = 0\n",
+      "v = 304367233.28375596 m / s > c, setting 1/gamma = 0\n",
+      "v = 341247435.48807055 m / s > c, setting 1/gamma = 0\n",
+      "v = 403596845.2352327 m / s > c, setting 1/gamma = 0\n",
+      "v = 444975015.1662887 m / s > c, setting 1/gamma = 0\n",
+      "v = 394716070.86184096 m / s > c, setting 1/gamma = 0\n",
+      "v = 439738391.2713416 m / s > c, setting 1/gamma = 0\n",
+      "v = 320233493.4916043 m / s > c, setting 1/gamma = 0\n",
+      "v = 406931862.19641685 m / s > c, setting 1/gamma = 0\n",
+      "v = 434879868.88965416 m / s > c, setting 1/gamma = 0\n",
+      "v = 396807019.07190746 m / s > c, setting 1/gamma = 0\n",
+      "v = 446538856.1522999 m / s > c, setting 1/gamma = 0\n",
+      "v = 307209624.08381677 m / s > c, setting 1/gamma = 0\n",
+      "v = 547658626.5345047 m / s > c, setting 1/gamma = 0\n",
+      "v = 449032336.8024712 m / s > c, setting 1/gamma = 0\n",
+      "v = 318805272.2690164 m / s > c, setting 1/gamma = 0\n",
+      "v = 376961032.3347826 m / s > c, setting 1/gamma = 0\n",
+      "v = 460812559.2161803 m / s > c, setting 1/gamma = 0\n",
+      "v = 483639642.15548325 m / s > c, setting 1/gamma = 0\n",
+      "v = 312416121.44696474 m / s > c, setting 1/gamma = 0\n",
+      "v = 434103536.7231159 m / s > c, setting 1/gamma = 0\n",
+      "v = 475907993.97605 m / s > c, setting 1/gamma = 0\n",
+      "v = 320037382.1911302 m / s > c, setting 1/gamma = 0\n",
+      "v = 344022008.91723824 m / s > c, setting 1/gamma = 0\n",
+      "v = 302122942.31138164 m / s > c, setting 1/gamma = 0\n",
+      "v = 387518707.03233373 m / s > c, setting 1/gamma = 0\n",
+      "v = 427433167.27642566 m / s > c, setting 1/gamma = 0\n",
+      "v = 333697742.68387306 m / s > c, setting 1/gamma = 0\n",
+      "v = 439724059.8989373 m / s > c, setting 1/gamma = 0\n",
+      "v = 493951567.4832139 m / s > c, setting 1/gamma = 0\n",
+      "v = 316428736.13908505 m / s > c, setting 1/gamma = 0\n",
+      "v = 422653687.80002457 m / s > c, setting 1/gamma = 0\n",
+      "v = 434103456.638218 m / s > c, setting 1/gamma = 0\n",
+      "v = 357747786.93527776 m / s > c, setting 1/gamma = 0\n",
+      "v = 413586431.4852377 m / s > c, setting 1/gamma = 0\n",
+      "v = 301609098.4243976 m / s > c, setting 1/gamma = 0\n",
+      "v = 328736649.5252581 m / s > c, setting 1/gamma = 0\n",
+      "v = 310837939.31425685 m / s > c, setting 1/gamma = 0\n",
+      "v = 312658570.4248512 m / s > c, setting 1/gamma = 0\n",
+      "v = 349857617.60209703 m / s > c, setting 1/gamma = 0\n",
+      "v = 407752471.55289173 m / s > c, setting 1/gamma = 0\n",
+      "v = 318468863.86835307 m / s > c, setting 1/gamma = 0\n",
+      "v = 374279217.60024244 m / s > c, setting 1/gamma = 0\n",
+      "v = 383913898.9325542 m / s > c, setting 1/gamma = 0\n",
+      "v = 328514167.7765144 m / s > c, setting 1/gamma = 0\n",
+      "v = 374508842.965712 m / s > c, setting 1/gamma = 0\n",
+      "v = 419164138.01554114 m / s > c, setting 1/gamma = 0\n",
+      "v = 412375653.05068994 m / s > c, setting 1/gamma = 0\n",
+      "v = 304419522.1440033 m / s > c, setting 1/gamma = 0\n",
+      "v = 337456238.27366996 m / s > c, setting 1/gamma = 0\n",
+      "v = 337708618.99465597 m / s > c, setting 1/gamma = 0\n",
+      "v = 389892184.2265195 m / s > c, setting 1/gamma = 0\n",
+      "v = 315211475.81781226 m / s > c, setting 1/gamma = 0\n",
+      "v = 317468660.9634544 m / s > c, setting 1/gamma = 0\n",
+      "v = 328779858.4794869 m / s > c, setting 1/gamma = 0\n",
+      "v = 303258625.1612768 m / s > c, setting 1/gamma = 0\n",
+      "v = 371099263.7582838 m / s > c, setting 1/gamma = 0\n",
+      "v = 424409528.51645 m / s > c, setting 1/gamma = 0\n",
+      "v = 368692138.11996716 m / s > c, setting 1/gamma = 0\n",
+      "v = 379665545.4758163 m / s > c, setting 1/gamma = 0\n",
+      "v = 348725272.42684716 m / s > c, setting 1/gamma = 0\n",
+      "v = 398799466.14523894 m / s > c, setting 1/gamma = 0\n",
+      "v = 334349385.47740144 m / s > c, setting 1/gamma = 0\n",
+      "v = 390766504.7431441 m / s > c, setting 1/gamma = 0\n",
+      "v = 306098103.56334263 m / s > c, setting 1/gamma = 0\n",
+      "v = 315773276.341171 m / s > c, setting 1/gamma = 0\n",
+      "v = 375382084.02832395 m / s > c, setting 1/gamma = 0\n",
+      "v = 313866324.1555618 m / s > c, setting 1/gamma = 0\n",
+      "v = 346032539.61802936 m / s > c, setting 1/gamma = 0\n",
+      "v = 311702547.5728695 m / s > c, setting 1/gamma = 0\n",
+      "v = 401153749.15226775 m / s > c, setting 1/gamma = 0\n",
+      "v = 445321016.957679 m / s > c, setting 1/gamma = 0\n",
+      "v = 304052398.2284538 m / s > c, setting 1/gamma = 0\n",
+      "v = 321777949.19524735 m / s > c, setting 1/gamma = 0\n",
+      "v = 389837617.1863257 m / s > c, setting 1/gamma = 0\n",
+      "v = 442889269.59470695 m / s > c, setting 1/gamma = 0\n",
+      "v = 432892577.1476557 m / s > c, setting 1/gamma = 0\n",
+      "v = 441034456.1974034 m / s > c, setting 1/gamma = 0\n",
+      "v = 305617966.76709473 m / s > c, setting 1/gamma = 0\n",
+      "v = 605931804.9339248 m / s > c, setting 1/gamma = 0\n",
+      "v = 501107430.83420914 m / s > c, setting 1/gamma = 0\n",
+      "v = 346044304.9005258 m / s > c, setting 1/gamma = 0\n",
+      "v = 368197416.928301 m / s > c, setting 1/gamma = 0\n",
+      "v = 306132575.4896769 m / s > c, setting 1/gamma = 0\n",
+      "v = 338376478.8747302 m / s > c, setting 1/gamma = 0\n",
+      "v = 523942238.8235249 m / s > c, setting 1/gamma = 0\n",
+      "v = 504152471.29140556 m / s > c, setting 1/gamma = 0\n",
+      "v = 313974894.41343904 m / s > c, setting 1/gamma = 0\n",
+      "v = 312807873.7226526 m / s > c, setting 1/gamma = 0\n",
+      "v = 369337267.4813066 m / s > c, setting 1/gamma = 0\n",
+      "v = 309367491.0106302 m / s > c, setting 1/gamma = 0\n",
+      "v = 436287636.64431834 m / s > c, setting 1/gamma = 0\n",
+      "v = 463101250.279975 m / s > c, setting 1/gamma = 0\n",
+      "v = 369281749.86978614 m / s > c, setting 1/gamma = 0\n",
+      "v = 384273521.4358943 m / s > c, setting 1/gamma = 0\n",
+      "v = 301865964.29109275 m / s > c, setting 1/gamma = 0\n",
+      "v = 327245124.08635575 m / s > c, setting 1/gamma = 0\n",
+      "v = 335283212.9192624 m / s > c, setting 1/gamma = 0\n",
+      "v = 359784091.6457862 m / s > c, setting 1/gamma = 0\n",
+      "v = 309306235.8605563 m / s > c, setting 1/gamma = 0\n",
+      "v = 335294058.45840627 m / s > c, setting 1/gamma = 0\n",
+      "v = 398238272.773859 m / s > c, setting 1/gamma = 0\n",
+      "v = 478680587.07343 m / s > c, setting 1/gamma = 0\n",
+      "v = 491722560.2012643 m / s > c, setting 1/gamma = 0\n",
+      "v = 354475819.45991725 m / s > c, setting 1/gamma = 0\n",
+      "v = 375074878.82807976 m / s > c, setting 1/gamma = 0\n",
+      "v = 320475489.66707563 m / s > c, setting 1/gamma = 0\n",
+      "v = 427393606.61871237 m / s > c, setting 1/gamma = 0\n",
+      "v = 454366964.10618997 m / s > c, setting 1/gamma = 0\n",
+      "v = 428579492.16198385 m / s > c, setting 1/gamma = 0\n",
+      "v = 459878432.8745128 m / s > c, setting 1/gamma = 0\n",
+      "v = 690623361.6643258 m / s > c, setting 1/gamma = 0\n",
+      "v = 684048846.1668193 m / s > c, setting 1/gamma = 0\n",
+      "v = 494931212.59622514 m / s > c, setting 1/gamma = 0\n",
+      "v = 520723922.5523582 m / s > c, setting 1/gamma = 0\n",
+      "v = 387505611.239883 m / s > c, setting 1/gamma = 0\n",
+      "v = 442431637.86782604 m / s > c, setting 1/gamma = 0\n",
+      "v = 309668115.67808706 m / s > c, setting 1/gamma = 0\n",
+      "v = 367906096.9380725 m / s > c, setting 1/gamma = 0\n",
+      "v = 325364230.27533114 m / s > c, setting 1/gamma = 0\n",
+      "v = 304278090.3360418 m / s > c, setting 1/gamma = 0\n",
+      "v = 490692678.09280604 m / s > c, setting 1/gamma = 0\n",
+      "v = 536819156.53289 m / s > c, setting 1/gamma = 0\n",
+      "v = 317716049.3017551 m / s > c, setting 1/gamma = 0\n",
+      "v = 378684584.2873917 m / s > c, setting 1/gamma = 0\n",
+      "v = 306189783.33867776 m / s > c, setting 1/gamma = 0\n",
+      "v = 328617991.4999522 m / s > c, setting 1/gamma = 0\n",
+      "v = 302205717.38612294 m / s > c, setting 1/gamma = 0\n",
+      "v = 326188654.4789475 m / s > c, setting 1/gamma = 0\n",
+      "v = 347725704.87545115 m / s > c, setting 1/gamma = 0\n",
+      "v = 598399057.3485907 m / s > c, setting 1/gamma = 0\n",
+      "v = 624292377.9328127 m / s > c, setting 1/gamma = 0\n",
+      "v = 325256390.5314644 m / s > c, setting 1/gamma = 0\n",
+      "v = 379871862.3111733 m / s > c, setting 1/gamma = 0\n",
+      "v = 536545057.6981437 m / s > c, setting 1/gamma = 0\n",
+      "v = 535974629.86480147 m / s > c, setting 1/gamma = 0\n",
+      "v = 357348448.35651064 m / s > c, setting 1/gamma = 0\n",
+      "v = 433635943.30948913 m / s > c, setting 1/gamma = 0\n",
+      "v = 317557341.8825543 m / s > c, setting 1/gamma = 0\n",
+      "v = 302422116.8700688 m / s > c, setting 1/gamma = 0\n",
+      "v = 438900442.9974125 m / s > c, setting 1/gamma = 0\n",
+      "v = 493851400.0067373 m / s > c, setting 1/gamma = 0\n",
+      "v = 318195724.16297245 m / s > c, setting 1/gamma = 0\n",
+      "v = 836320406.0676541 m / s > c, setting 1/gamma = 0\n",
+      "v = 735755809.2133727 m / s > c, setting 1/gamma = 0\n",
+      "v = 355949545.58729106 m / s > c, setting 1/gamma = 0\n",
+      "v = 407862582.3965223 m / s > c, setting 1/gamma = 0\n",
+      "v = 344218196.71120113 m / s > c, setting 1/gamma = 0\n",
+      "v = 314186320.0394392 m / s > c, setting 1/gamma = 0\n",
+      "v = 381882696.4491566 m / s > c, setting 1/gamma = 0\n",
+      "v = 359104814.2422341 m / s > c, setting 1/gamma = 0\n",
+      "v = 412768309.7443411 m / s > c, setting 1/gamma = 0\n",
+      "v = 385741120.8083466 m / s > c, setting 1/gamma = 0\n",
+      "v = 414264538.8768759 m / s > c, setting 1/gamma = 0\n",
+      "v = 360677400.6570691 m / s > c, setting 1/gamma = 0\n",
+      "v = 395955377.6984987 m / s > c, setting 1/gamma = 0\n",
+      "v = 301278482.0815107 m / s > c, setting 1/gamma = 0\n",
+      "v = 367746350.5129944 m / s > c, setting 1/gamma = 0\n",
+      "v = 320712257.5149692 m / s > c, setting 1/gamma = 0\n",
+      "v = 620839795.3446022 m / s > c, setting 1/gamma = 0\n",
+      "v = 631071649.1498706 m / s > c, setting 1/gamma = 0\n",
+      "v = 313424021.98080593 m / s > c, setting 1/gamma = 0\n",
+      "v = 383945374.61502355 m / s > c, setting 1/gamma = 0\n",
+      "v = 360580044.6007456 m / s > c, setting 1/gamma = 0\n",
+      "v = 827631908.1820748 m / s > c, setting 1/gamma = 0\n",
+      "v = 696011105.9163678 m / s > c, setting 1/gamma = 0\n",
+      "v = 300148756.50182444 m / s > c, setting 1/gamma = 0\n",
+      "v = 422713412.44740266 m / s > c, setting 1/gamma = 0\n",
+      "v = 465404558.6383538 m / s > c, setting 1/gamma = 0\n",
+      "v = 387144397.95608974 m / s > c, setting 1/gamma = 0\n",
+      "v = 441828959.42124635 m / s > c, setting 1/gamma = 0\n",
+      "v = 299965780.204963 m / s > c, setting 1/gamma = 0\n",
+      "v = 320011864.65646124 m / s > c, setting 1/gamma = 0\n",
+      "v = 481134030.2539101 m / s > c, setting 1/gamma = 0\n",
+      "v = 570967546.4332033 m / s > c, setting 1/gamma = 0\n",
+      "v = 314540158.5301107 m / s > c, setting 1/gamma = 0\n",
+      "v = 795107935.1146207 m / s > c, setting 1/gamma = 0\n",
+      "v = 684269949.0570108 m / s > c, setting 1/gamma = 0\n",
+      "v = 313389824.8422976 m / s > c, setting 1/gamma = 0\n",
+      "v = 305628561.54788476 m / s > c, setting 1/gamma = 0\n",
+      "v = 711661644.2494228 m / s > c, setting 1/gamma = 0\n",
+      "v = 612509000.2968006 m / s > c, setting 1/gamma = 0\n",
+      "v = 329415835.5340644 m / s > c, setting 1/gamma = 0\n",
+      "v = 433568566.6150634 m / s > c, setting 1/gamma = 0\n",
+      "v = 463179545.3377593 m / s > c, setting 1/gamma = 0\n",
+      "v = 307773537.03538275 m / s > c, setting 1/gamma = 0\n",
+      "v = 329217262.998418 m / s > c, setting 1/gamma = 0\n",
+      "v = 405576048.9429211 m / s > c, setting 1/gamma = 0\n",
+      "v = 1103723818.081829 m / s > c, setting 1/gamma = 0\n",
+      "v = 981217767.5631297 m / s > c, setting 1/gamma = 0\n",
+      "v = 342735738.4602649 m / s > c, setting 1/gamma = 0\n",
+      "v = 339888240.65893704 m / s > c, setting 1/gamma = 0\n",
+      "v = 386247470.06197333 m / s > c, setting 1/gamma = 0\n",
+      "v = 555716997.8257283 m / s > c, setting 1/gamma = 0\n",
+      "v = 1622333247.6975088 m / s > c, setting 1/gamma = 0\n",
+      "v = 1443499831.1254394 m / s > c, setting 1/gamma = 0\n",
+      "v = 409459849.87585354 m / s > c, setting 1/gamma = 0\n",
+      "v = 448930579.3830427 m / s > c, setting 1/gamma = 0\n",
+      "v = 300545195.45934725 m / s > c, setting 1/gamma = 0\n",
+      "v = 481439188.8106816 m / s > c, setting 1/gamma = 0\n",
+      "v = 532645363.9185858 m / s > c, setting 1/gamma = 0\n",
+      "v = 316196660.96410626 m / s > c, setting 1/gamma = 0\n",
+      "v = 377411386.6814913 m / s > c, setting 1/gamma = 0\n",
+      "v = 357154519.77322656 m / s > c, setting 1/gamma = 0\n",
+      "v = 413292490.8876536 m / s > c, setting 1/gamma = 0\n",
+      "v = 311885018.56042373 m / s > c, setting 1/gamma = 0\n",
+      "v = 378940017.3117529 m / s > c, setting 1/gamma = 0\n",
+      "v = 312831269.7549958 m / s > c, setting 1/gamma = 0\n",
+      "v = 357270142.27882653 m / s > c, setting 1/gamma = 0\n",
+      "v = 309929280.5965361 m / s > c, setting 1/gamma = 0\n",
+      "v = 386665997.020412 m / s > c, setting 1/gamma = 0\n",
+      "v = 427799225.4737359 m / s > c, setting 1/gamma = 0\n",
+      "v = 317535587.9769672 m / s > c, setting 1/gamma = 0\n",
+      "v = 353364237.1319015 m / s > c, setting 1/gamma = 0\n",
+      "v = 503821752.61438 m / s > c, setting 1/gamma = 0\n",
+      "v = 544809971.6357449 m / s > c, setting 1/gamma = 0\n",
+      "v = 500459958.25585127 m / s > c, setting 1/gamma = 0\n",
+      "v = 512057550.44761384 m / s > c, setting 1/gamma = 0\n",
+      "v = 468471415.2356428 m / s > c, setting 1/gamma = 0\n",
+      "v = 503070374.0427174 m / s > c, setting 1/gamma = 0\n",
+      "v = 300939522.8680347 m / s > c, setting 1/gamma = 0\n",
+      "v = 644181830.276965 m / s > c, setting 1/gamma = 0\n",
+      "v = 536577475.9350572 m / s > c, setting 1/gamma = 0\n",
+      "v = 305946966.3652482 m / s > c, setting 1/gamma = 0\n",
+      "v = 316141114.441665 m / s > c, setting 1/gamma = 0\n",
+      "v = 307031407.8054918 m / s > c, setting 1/gamma = 0\n",
+      "v = 334278711.4589556 m / s > c, setting 1/gamma = 0\n",
+      "v = 327200971.5983899 m / s > c, setting 1/gamma = 0\n",
+      "v = 362924859.97029316 m / s > c, setting 1/gamma = 0\n",
+      "v = 309278288.8277954 m / s > c, setting 1/gamma = 0\n",
+      "v = 366467335.62736744 m / s > c, setting 1/gamma = 0\n",
+      "v = 385657690.5995812 m / s > c, setting 1/gamma = 0\n",
+      "v = 547660569.2942239 m / s > c, setting 1/gamma = 0\n",
+      "v = 511674154.3517239 m / s > c, setting 1/gamma = 0\n",
+      "v = 301046516.739858 m / s > c, setting 1/gamma = 0\n",
+      "v = 305726795.8937198 m / s > c, setting 1/gamma = 0\n",
+      "v = 326288567.64351004 m / s > c, setting 1/gamma = 0\n",
+      "v = 445479353.8121925 m / s > c, setting 1/gamma = 0\n",
+      "v = 479848055.06034666 m / s > c, setting 1/gamma = 0\n",
+      "v = 637687588.993771 m / s > c, setting 1/gamma = 0\n",
+      "v = 628465675.1123885 m / s > c, setting 1/gamma = 0\n",
+      "v = 305147286.1154714 m / s > c, setting 1/gamma = 0\n",
+      "v = 347004902.41154134 m / s > c, setting 1/gamma = 0\n",
+      "v = 473714307.14170986 m / s > c, setting 1/gamma = 0\n",
+      "v = 508858907.9410432 m / s > c, setting 1/gamma = 0\n",
+      "v = 387599268.53538495 m / s > c, setting 1/gamma = 0\n",
+      "v = 932720966.1006247 m / s > c, setting 1/gamma = 0\n",
+      "v = 786561428.1321951 m / s > c, setting 1/gamma = 0\n",
+      "v = 327299278.56779516 m / s > c, setting 1/gamma = 0\n",
+      "v = 491138051.1448179 m / s > c, setting 1/gamma = 0\n",
+      "v = 500412399.8864822 m / s > c, setting 1/gamma = 0\n",
+      "v = 381388248.25488985 m / s > c, setting 1/gamma = 0\n",
+      "v = 938575094.8197675 m / s > c, setting 1/gamma = 0\n",
+      "v = 794490070.4727207 m / s > c, setting 1/gamma = 0\n",
+      "v = 308566988.7891293 m / s > c, setting 1/gamma = 0\n",
+      "v = 350010537.1368357 m / s > c, setting 1/gamma = 0\n",
+      "v = 308090088.08296573 m / s > c, setting 1/gamma = 0\n",
+      "v = 310083531.89150083 m / s > c, setting 1/gamma = 0\n",
+      "v = 409522090.5487824 m / s > c, setting 1/gamma = 0\n",
+      "v = 453781768.4780685 m / s > c, setting 1/gamma = 0\n",
+      "v = 304317807.9307568 m / s > c, setting 1/gamma = 0\n",
+      "v = 836504789.654646 m / s > c, setting 1/gamma = 0\n",
+      "v = 736905595.4704409 m / s > c, setting 1/gamma = 0\n",
+      "v = 331253624.43015516 m / s > c, setting 1/gamma = 0\n",
+      "v = 383664278.65817267 m / s > c, setting 1/gamma = 0\n",
+      "v = 615124712.1353652 m / s > c, setting 1/gamma = 0\n",
+      "v = 621262293.2939433 m / s > c, setting 1/gamma = 0\n",
+      "v = 320514524.6601999 m / s > c, setting 1/gamma = 0\n",
+      "v = 313728601.3199797 m / s > c, setting 1/gamma = 0\n",
+      "v = 317145259.38290244 m / s > c, setting 1/gamma = 0\n",
+      "v = 381154464.74014944 m / s > c, setting 1/gamma = 0\n",
+      "v = 314851513.9030502 m / s > c, setting 1/gamma = 0\n",
+      "v = 320951722.47636425 m / s > c, setting 1/gamma = 0\n",
+      "v = 375603734.4454846 m / s > c, setting 1/gamma = 0\n",
+      "v = 314345845.23830897 m / s > c, setting 1/gamma = 0\n",
+      "v = 376380152.3113946 m / s > c, setting 1/gamma = 0\n",
+      "v = 305757518.9937923 m / s > c, setting 1/gamma = 0\n",
+      "v = 413552678.6388513 m / s > c, setting 1/gamma = 0\n",
+      "v = 459581534.8516103 m / s > c, setting 1/gamma = 0\n",
+      "v = 641686272.5198478 m / s > c, setting 1/gamma = 0\n",
+      "v = 661958742.283942 m / s > c, setting 1/gamma = 0\n",
+      "v = 343755406.40963227 m / s > c, setting 1/gamma = 0\n",
+      "v = 762693856.9945401 m / s > c, setting 1/gamma = 0\n",
+      "v = 701024187.1009948 m / s > c, setting 1/gamma = 0\n",
+      "v = 345625636.12167805 m / s > c, setting 1/gamma = 0\n",
+      "v = 323143087.1458772 m / s > c, setting 1/gamma = 0\n",
+      "v = 368671997.36635524 m / s > c, setting 1/gamma = 0\n",
+      "v = 311861357.1884941 m / s > c, setting 1/gamma = 0\n",
+      "v = 345375735.41972154 m / s > c, setting 1/gamma = 0\n",
+      "v = 349243597.13553333 m / s > c, setting 1/gamma = 0\n",
+      "v = 769910030.5224138 m / s > c, setting 1/gamma = 0\n",
+      "v = 640183756.7057439 m / s > c, setting 1/gamma = 0\n",
+      "v = 303717477.2157394 m / s > c, setting 1/gamma = 0\n",
+      "v = 336028634.50293106 m / s > c, setting 1/gamma = 0\n",
+      "v = 306998940.16124064 m / s > c, setting 1/gamma = 0\n",
+      "v = 622936791.4740938 m / s > c, setting 1/gamma = 0\n",
+      "v = 514531811.30229527 m / s > c, setting 1/gamma = 0\n",
+      "v = 390708954.36675954 m / s > c, setting 1/gamma = 0\n",
+      "v = 408674011.0485056 m / s > c, setting 1/gamma = 0\n",
+      "v = 323392777.85658205 m / s > c, setting 1/gamma = 0\n",
+      "v = 364028018.9768276 m / s > c, setting 1/gamma = 0\n",
+      "v = 310937641.501218 m / s > c, setting 1/gamma = 0\n",
+      "v = 413986415.16314816 m / s > c, setting 1/gamma = 0\n",
+      "v = 445459560.3772924 m / s > c, setting 1/gamma = 0\n",
+      "v = 367617068.43435216 m / s > c, setting 1/gamma = 0\n",
+      "v = 424993722.797902 m / s > c, setting 1/gamma = 0\n",
+      "v = 317343869.4002544 m / s > c, setting 1/gamma = 0\n",
+      "v = 386161845.928493 m / s > c, setting 1/gamma = 0\n",
+      "v = 425236691.21185726 m / s > c, setting 1/gamma = 0\n",
+      "v = 333761554.52551156 m / s > c, setting 1/gamma = 0\n",
+      "v = 307404954.9170438 m / s > c, setting 1/gamma = 0\n",
+      "v = 350489282.3085529 m / s > c, setting 1/gamma = 0\n",
+      "v = 371769966.5979148 m / s > c, setting 1/gamma = 0\n",
+      "v = 388615927.77417386 m / s > c, setting 1/gamma = 0\n",
+      "v = 307920432.5184473 m / s > c, setting 1/gamma = 0\n",
+      "v = 311733472.17466116 m / s > c, setting 1/gamma = 0\n",
+      "v = 360353894.57022583 m / s > c, setting 1/gamma = 0\n",
+      "v = 303360805.25240326 m / s > c, setting 1/gamma = 0\n",
+      "v = 322579801.39527345 m / s > c, setting 1/gamma = 0\n",
+      "v = 537603097.1369486 m / s > c, setting 1/gamma = 0\n",
+      "v = 569149617.4372478 m / s > c, setting 1/gamma = 0\n",
+      "v = 491589378.9539888 m / s > c, setting 1/gamma = 0\n",
+      "v = 498735453.69539833 m / s > c, setting 1/gamma = 0\n",
+      "v = 314601589.97979593 m / s > c, setting 1/gamma = 0\n",
+      "v = 337338688.6318272 m / s > c, setting 1/gamma = 0\n",
+      "v = 320047104.5234685 m / s > c, setting 1/gamma = 0\n",
+      "v = 375081128.87344074 m / s > c, setting 1/gamma = 0\n",
+      "v = 318408521.75917333 m / s > c, setting 1/gamma = 0\n",
+      "v = 343764462.75841296 m / s > c, setting 1/gamma = 0\n",
+      "v = 322004256.46473104 m / s > c, setting 1/gamma = 0\n",
+      "v = 309706303.6678761 m / s > c, setting 1/gamma = 0\n",
+      "v = 335999583.8844589 m / s > c, setting 1/gamma = 0\n",
+      "v = 324803669.8832901 m / s > c, setting 1/gamma = 0\n",
+      "v = 302280476.6023185 m / s > c, setting 1/gamma = 0\n",
+      "v = 302922782.12905765 m / s > c, setting 1/gamma = 0\n",
+      "v = 327819183.4733038 m / s > c, setting 1/gamma = 0\n",
+      "v = 362599493.6906704 m / s > c, setting 1/gamma = 0\n",
+      "v = 411664244.9965305 m / s > c, setting 1/gamma = 0\n",
+      "v = 300035693.8288478 m / s > c, setting 1/gamma = 0\n",
+      "v = 331321730.72211176 m / s > c, setting 1/gamma = 0\n",
+      "v = 309955441.8221983 m / s > c, setting 1/gamma = 0\n",
+      "v = 304048741.0258971 m / s > c, setting 1/gamma = 0\n",
+      "v = 360854922.76003504 m / s > c, setting 1/gamma = 0\n",
+      "v = 308902921.6473052 m / s > c, setting 1/gamma = 0\n",
+      "v = 339412516.83135617 m / s > c, setting 1/gamma = 0\n",
+      "v = 332290629.4205152 m / s > c, setting 1/gamma = 0\n",
+      "v = 308799490.4092953 m / s > c, setting 1/gamma = 0\n",
+      "v = 335303137.5256882 m / s > c, setting 1/gamma = 0\n",
+      "v = 358803654.9739012 m / s > c, setting 1/gamma = 0\n",
+      "v = 386261883.1817899 m / s > c, setting 1/gamma = 0\n",
+      "v = 325535883.2211715 m / s > c, setting 1/gamma = 0\n",
+      "v = 340401924.6172608 m / s > c, setting 1/gamma = 0\n",
+      "v = 314600622.6131213 m / s > c, setting 1/gamma = 0\n",
+      "v = 326682939.42559355 m / s > c, setting 1/gamma = 0\n",
+      "v = 307095403.7928698 m / s > c, setting 1/gamma = 0\n",
+      "v = 315201539.6493857 m / s > c, setting 1/gamma = 0\n",
+      "v = 367152050.4209077 m / s > c, setting 1/gamma = 0\n",
+      "v = 306724355.46307623 m / s > c, setting 1/gamma = 0\n",
+      "v = 301290331.68365425 m / s > c, setting 1/gamma = 0\n",
+      "v = 491999100.64952993 m / s > c, setting 1/gamma = 0\n",
+      "v = 495407228.96238357 m / s > c, setting 1/gamma = 0\n",
+      "v = 305735518.039886 m / s > c, setting 1/gamma = 0\n",
+      "v = 312156320.5265268 m / s > c, setting 1/gamma = 0\n",
+      "v = 332009102.0465899 m / s > c, setting 1/gamma = 0\n",
+      "v = 408519315.34451115 m / s > c, setting 1/gamma = 0\n",
+      "v = 444927629.417647 m / s > c, setting 1/gamma = 0\n",
+      "v = 432532350.363855 m / s > c, setting 1/gamma = 0\n",
+      "v = 469534225.0909678 m / s > c, setting 1/gamma = 0\n",
+      "v = 332626402.90231603 m / s > c, setting 1/gamma = 0\n",
+      "v = 367003323.4984467 m / s > c, setting 1/gamma = 0\n",
+      "v = 399228656.3430331 m / s > c, setting 1/gamma = 0\n",
+      "v = 423871102.8588235 m / s > c, setting 1/gamma = 0\n",
+      "v = 324487301.6512358 m / s > c, setting 1/gamma = 0\n",
+      "v = 379635435.999165 m / s > c, setting 1/gamma = 0\n",
+      "v = 312650468.04404116 m / s > c, setting 1/gamma = 0\n",
+      "v = 458479442.8856205 m / s > c, setting 1/gamma = 0\n",
+      "v = 478045152.5389282 m / s > c, setting 1/gamma = 0\n",
+      "v = 355678228.398958 m / s > c, setting 1/gamma = 0\n",
+      "v = 380085712.1203714 m / s > c, setting 1/gamma = 0\n",
+      "v = 324383329.74389815 m / s > c, setting 1/gamma = 0\n",
+      "v = 370580810.0636076 m / s > c, setting 1/gamma = 0\n",
+      "v = 311492722.16646564 m / s > c, setting 1/gamma = 0\n",
+      "v = 433253407.4467791 m / s > c, setting 1/gamma = 0\n",
+      "v = 452720509.2983288 m / s > c, setting 1/gamma = 0\n",
+      "v = 477572740.8560932 m / s > c, setting 1/gamma = 0\n",
+      "v = 528264735.556242 m / s > c, setting 1/gamma = 0\n",
+      "v = 308032129.83526 m / s > c, setting 1/gamma = 0\n",
+      "v = 347786946.96366894 m / s > c, setting 1/gamma = 0\n",
+      "v = 350417594.73461646 m / s > c, setting 1/gamma = 0\n",
+      "v = 1032536028.7192723 m / s > c, setting 1/gamma = 0\n",
+      "v = 913377194.3810912 m / s > c, setting 1/gamma = 0\n",
+      "v = 416235294.66083366 m / s > c, setting 1/gamma = 0\n",
+      "v = 448431624.10160184 m / s > c, setting 1/gamma = 0\n",
+      "v = 317493689.0879286 m / s > c, setting 1/gamma = 0\n",
+      "v = 367559177.02208716 m / s > c, setting 1/gamma = 0\n",
+      "v = 460774510.74775803 m / s > c, setting 1/gamma = 0\n",
+      "v = 515853399.17832273 m / s > c, setting 1/gamma = 0\n",
+      "v = 319852209.1774478 m / s > c, setting 1/gamma = 0\n",
+      "v = 404761008.7306705 m / s > c, setting 1/gamma = 0\n",
+      "v = 332024534.12747425 m / s > c, setting 1/gamma = 0\n",
+      "v = 300505223.6985666 m / s > c, setting 1/gamma = 0\n",
+      "v = 311232355.46885496 m / s > c, setting 1/gamma = 0\n",
+      "v = 525241044.5802086 m / s > c, setting 1/gamma = 0\n",
+      "v = 560177793.8680427 m / s > c, setting 1/gamma = 0\n",
+      "v = 315219068.5246556 m / s > c, setting 1/gamma = 0\n",
+      "v = 325735152.09675735 m / s > c, setting 1/gamma = 0\n",
+      "v = 357305687.9278154 m / s > c, setting 1/gamma = 0\n",
+      "v = 300071142.75144494 m / s > c, setting 1/gamma = 0\n",
+      "v = 362883717.9144858 m / s > c, setting 1/gamma = 0\n",
+      "v = 327787967.47982883 m / s > c, setting 1/gamma = 0\n",
+      "v = 359256644.8973139 m / s > c, setting 1/gamma = 0\n",
+      "v = 405610682.9837416 m / s > c, setting 1/gamma = 0\n",
+      "v = 1062943358.0155524 m / s > c, setting 1/gamma = 0\n",
+      "v = 945699749.0653387 m / s > c, setting 1/gamma = 0\n",
+      "v = 314735468.9637779 m / s > c, setting 1/gamma = 0\n",
+      "v = 337874356.9193116 m / s > c, setting 1/gamma = 0\n",
+      "v = 394501113.0206064 m / s > c, setting 1/gamma = 0\n",
+      "v = 308947297.250495 m / s > c, setting 1/gamma = 0\n",
+      "v = 311473536.74231523 m / s > c, setting 1/gamma = 0\n",
+      "v = 336883883.6554724 m / s > c, setting 1/gamma = 0\n",
+      "v = 521595236.78599656 m / s > c, setting 1/gamma = 0\n",
+      "v = 499482953.64759034 m / s > c, setting 1/gamma = 0\n",
+      "v = 386879754.88910764 m / s > c, setting 1/gamma = 0\n",
+      "v = 448632701.8054381 m / s > c, setting 1/gamma = 0\n",
+      "v = 346473717.47355735 m / s > c, setting 1/gamma = 0\n",
+      "v = 303203466.4117991 m / s > c, setting 1/gamma = 0\n",
+      "v = 352140732.4199359 m / s > c, setting 1/gamma = 0\n",
+      "v = 318642088.5500633 m / s > c, setting 1/gamma = 0\n",
+      "v = 307012642.3358138 m / s > c, setting 1/gamma = 0\n",
+      "v = 384426173.2087573 m / s > c, setting 1/gamma = 0\n",
+      "v = 443117941.86088353 m / s > c, setting 1/gamma = 0\n",
+      "v = 347492419.0483488 m / s > c, setting 1/gamma = 0\n",
+      "v = 383520739.1512165 m / s > c, setting 1/gamma = 0\n",
+      "v = 317253977.1801037 m / s > c, setting 1/gamma = 0\n",
+      "v = 376623456.41755176 m / s > c, setting 1/gamma = 0\n",
+      "v = 313843815.75102365 m / s > c, setting 1/gamma = 0\n",
+      "v = 320738239.3374244 m / s > c, setting 1/gamma = 0\n",
+      "v = 309548132.16446257 m / s > c, setting 1/gamma = 0\n",
+      "v = 360265382.256656 m / s > c, setting 1/gamma = 0\n",
+      "v = 413028886.71998763 m / s > c, setting 1/gamma = 0\n",
+      "v = 323760884.1039192 m / s > c, setting 1/gamma = 0\n",
+      "v = 390461896.71403617 m / s > c, setting 1/gamma = 0\n",
+      "v = 566110441.5342863 m / s > c, setting 1/gamma = 0\n",
+      "v = 593939369.1707585 m / s > c, setting 1/gamma = 0\n",
+      "v = 390164201.4722451 m / s > c, setting 1/gamma = 0\n",
+      "v = 442820771.0659233 m / s > c, setting 1/gamma = 0\n",
+      "v = 301683640.1160235 m / s > c, setting 1/gamma = 0\n",
+      "v = 320666656.59478885 m / s > c, setting 1/gamma = 0\n",
+      "v = 323755965.4767104 m / s > c, setting 1/gamma = 0\n",
+      "v = 813763344.694473 m / s > c, setting 1/gamma = 0\n",
+      "v = 696614819.8726846 m / s > c, setting 1/gamma = 0\n",
+      "v = 311574917.0095071 m / s > c, setting 1/gamma = 0\n",
+      "v = 493569889.6361599 m / s > c, setting 1/gamma = 0\n",
+      "v = 542698897.9781934 m / s > c, setting 1/gamma = 0\n",
+      "v = 324470185.5220078 m / s > c, setting 1/gamma = 0\n",
+      "v = 924122979.1771234 m / s > c, setting 1/gamma = 0\n",
+      "v = 807526953.4124972 m / s > c, setting 1/gamma = 0\n",
+      "v = 473534256.259754 m / s > c, setting 1/gamma = 0\n",
+      "v = 498356891.8155843 m / s > c, setting 1/gamma = 0\n",
+      "v = 336072071.2640111 m / s > c, setting 1/gamma = 0\n",
+      "v = 372813211.11682683 m / s > c, setting 1/gamma = 0\n",
+      "v = 495609049.0423839 m / s > c, setting 1/gamma = 0\n",
+      "v = 517377348.0734017 m / s > c, setting 1/gamma = 0\n",
+      "v = 348259169.38752097 m / s > c, setting 1/gamma = 0\n",
+      "v = 325796800.839082 m / s > c, setting 1/gamma = 0\n",
+      "v = 769515927.1456937 m / s > c, setting 1/gamma = 0\n",
+      "v = 636661617.2323675 m / s > c, setting 1/gamma = 0\n",
+      "v = 413517412.9128171 m / s > c, setting 1/gamma = 0\n",
+      "v = 476354100.85066265 m / s > c, setting 1/gamma = 0\n",
+      "v = 700291747.0130187 m / s > c, setting 1/gamma = 0\n",
+      "v = 666032923.9107876 m / s > c, setting 1/gamma = 0\n",
+      "v = 327799427.9454666 m / s > c, setting 1/gamma = 0\n",
+      "v = 446449202.375614 m / s > c, setting 1/gamma = 0\n",
+      "v = 503648112.08068246 m / s > c, setting 1/gamma = 0\n",
+      "v = 659884957.4853984 m / s > c, setting 1/gamma = 0\n",
+      "v = 682013495.4101341 m / s > c, setting 1/gamma = 0\n",
+      "v = 318801984.7672878 m / s > c, setting 1/gamma = 0\n",
+      "v = 383663171.91519016 m / s > c, setting 1/gamma = 0\n",
+      "v = 1050044102.3828113 m / s > c, setting 1/gamma = 0\n",
+      "v = 922884321.6308639 m / s > c, setting 1/gamma = 0\n",
+      "v = 327823502.6690656 m / s > c, setting 1/gamma = 0\n",
+      "v = 379580690.4664262 m / s > c, setting 1/gamma = 0\n",
+      "v = 386928516.4222502 m / s > c, setting 1/gamma = 0\n",
+      "v = 308659999.55608886 m / s > c, setting 1/gamma = 0\n",
+      "v = 341876057.26322687 m / s > c, setting 1/gamma = 0\n",
+      "v = 441664803.26893955 m / s > c, setting 1/gamma = 0\n",
+      "v = 499636208.7771445 m / s > c, setting 1/gamma = 0\n",
+      "v = 327870018.9903176 m / s > c, setting 1/gamma = 0\n",
+      "v = 365683999.97994757 m / s > c, setting 1/gamma = 0\n",
+      "v = 313736074.33344954 m / s > c, setting 1/gamma = 0\n",
+      "v = 319673354.01443624 m / s > c, setting 1/gamma = 0\n",
+      "v = 324357338.29133517 m / s > c, setting 1/gamma = 0\n",
+      "v = 314981075.54813486 m / s > c, setting 1/gamma = 0\n",
+      "v = 338729864.54873717 m / s > c, setting 1/gamma = 0\n",
+      "v = 552623649.2779746 m / s > c, setting 1/gamma = 0\n",
+      "v = 499790869.73349386 m / s > c, setting 1/gamma = 0\n",
+      "v = 326762027.31323415 m / s > c, setting 1/gamma = 0\n",
+      "v = 361044444.5175252 m / s > c, setting 1/gamma = 0\n",
+      "v = 561649486.4861082 m / s > c, setting 1/gamma = 0\n",
+      "v = 594543274.6849983 m / s > c, setting 1/gamma = 0\n",
+      "v = 398806160.4115409 m / s > c, setting 1/gamma = 0\n",
+      "v = 425772266.4477817 m / s > c, setting 1/gamma = 0\n",
+      "v = 345973658.5417736 m / s > c, setting 1/gamma = 0\n",
+      "v = 393226729.5065262 m / s > c, setting 1/gamma = 0\n",
+      "v = 452803715.6159929 m / s > c, setting 1/gamma = 0\n",
+      "v = 489459894.10195065 m / s > c, setting 1/gamma = 0\n",
+      "v = 606980822.9609685 m / s > c, setting 1/gamma = 0\n",
+      "v = 625718400.9289886 m / s > c, setting 1/gamma = 0\n",
+      "v = 303653065.23793864 m / s > c, setting 1/gamma = 0\n",
+      "v = 585658562.2075992 m / s > c, setting 1/gamma = 0\n",
+      "v = 606861894.3724389 m / s > c, setting 1/gamma = 0\n",
+      "v = 341489502.0628793 m / s > c, setting 1/gamma = 0\n",
+      "v = 378828758.84560555 m / s > c, setting 1/gamma = 0\n",
+      "v = 381713077.43535703 m / s > c, setting 1/gamma = 0\n",
+      "v = 410870590.32725674 m / s > c, setting 1/gamma = 0\n",
+      "v = 317791521.29478824 m / s > c, setting 1/gamma = 0\n",
+      "v = 307581033.83962643 m / s > c, setting 1/gamma = 0\n",
+      "v = 363858626.73485327 m / s > c, setting 1/gamma = 0\n",
+      "v = 328126755.6463963 m / s > c, setting 1/gamma = 0\n",
+      "v = 352198209.57168525 m / s > c, setting 1/gamma = 0\n",
+      "v = 327937499.2719002 m / s > c, setting 1/gamma = 0\n",
+      "v = 366532569.7106534 m / s > c, setting 1/gamma = 0\n",
+      "v = 322369557.23270655 m / s > c, setting 1/gamma = 0\n",
+      "v = 369504368.76118284 m / s > c, setting 1/gamma = 0\n",
+      "v = 371103053.1550725 m / s > c, setting 1/gamma = 0\n",
+      "v = 409238137.3740957 m / s > c, setting 1/gamma = 0\n",
+      "v = 318239333.23116046 m / s > c, setting 1/gamma = 0\n",
+      "v = 378024867.51143044 m / s > c, setting 1/gamma = 0\n",
+      "v = 310852615.1338524 m / s > c, setting 1/gamma = 0\n",
+      "v = 455596893.285228 m / s > c, setting 1/gamma = 0\n",
+      "v = 501818660.925274 m / s > c, setting 1/gamma = 0\n",
+      "v = 369869864.432705 m / s > c, setting 1/gamma = 0\n",
+      "v = 421049520.8913556 m / s > c, setting 1/gamma = 0\n",
+      "v = 325148515.12768376 m / s > c, setting 1/gamma = 0\n",
+      "v = 374434833.0571731 m / s > c, setting 1/gamma = 0\n",
+      "v = 338564838.9035389 m / s > c, setting 1/gamma = 0\n",
+      "v = 411994966.1708899 m / s > c, setting 1/gamma = 0\n",
+      "v = 300678109.8706499 m / s > c, setting 1/gamma = 0\n",
+      "v = 430161739.9487827 m / s > c, setting 1/gamma = 0\n",
+      "v = 491294316.3441769 m / s > c, setting 1/gamma = 0\n",
+      "v = 329644283.96646446 m / s > c, setting 1/gamma = 0\n",
+      "v = 407296975.2611527 m / s > c, setting 1/gamma = 0\n",
+      "v = 307907914.001869 m / s > c, setting 1/gamma = 0\n",
+      "v = 461219230.2608699 m / s > c, setting 1/gamma = 0\n",
+      "v = 520029508.5533263 m / s > c, setting 1/gamma = 0\n",
+      "v = 380892291.357373 m / s > c, setting 1/gamma = 0\n",
+      "v = 445905069.3549711 m / s > c, setting 1/gamma = 0\n",
+      "v = 339862777.9061499 m / s > c, setting 1/gamma = 0\n",
+      "v = 410472967.15055066 m / s > c, setting 1/gamma = 0\n",
+      "v = 313292273.30548215 m / s > c, setting 1/gamma = 0\n",
+      "v = 311883340.04058784 m / s > c, setting 1/gamma = 0\n",
+      "v = 376165640.36240417 m / s > c, setting 1/gamma = 0\n",
+      "v = 323072601.0091877 m / s > c, setting 1/gamma = 0\n",
+      "v = 350994720.4717164 m / s > c, setting 1/gamma = 0\n",
+      "v = 315204940.471028 m / s > c, setting 1/gamma = 0\n",
+      "v = 338625048.2336528 m / s > c, setting 1/gamma = 0\n",
+      "v = 301399722.198343 m / s > c, setting 1/gamma = 0\n",
+      "v = 367198593.32585573 m / s > c, setting 1/gamma = 0\n",
+      "v = 423095314.654981 m / s > c, setting 1/gamma = 0\n",
+      "v = 308948150.7163725 m / s > c, setting 1/gamma = 0\n",
+      "v = 329095007.7517265 m / s > c, setting 1/gamma = 0\n",
+      "v = 301544669.6935908 m / s > c, setting 1/gamma = 0\n",
+      "v = 314068572.2951712 m / s > c, setting 1/gamma = 0\n",
+      "v = 347629469.7692607 m / s > c, setting 1/gamma = 0\n",
+      "v = 371510661.1104235 m / s > c, setting 1/gamma = 0\n",
+      "v = 301339554.7147949 m / s > c, setting 1/gamma = 0\n",
+      "v = 347726229.9892968 m / s > c, setting 1/gamma = 0\n",
+      "v = 371698994.1454444 m / s > c, setting 1/gamma = 0\n",
+      "v = 305973591.0619547 m / s > c, setting 1/gamma = 0\n",
+      "v = 317832376.0225623 m / s > c, setting 1/gamma = 0\n",
+      "v = 455061969.87140894 m / s > c, setting 1/gamma = 0\n",
+      "v = 478851957.803195 m / s > c, setting 1/gamma = 0\n",
+      "v = 305125001.84441 m / s > c, setting 1/gamma = 0\n",
+      "v = 363902705.3872301 m / s > c, setting 1/gamma = 0\n",
+      "v = 309207066.8543799 m / s > c, setting 1/gamma = 0\n",
+      "v = 371542824.8891649 m / s > c, setting 1/gamma = 0\n",
+      "v = 313160530.8186657 m / s > c, setting 1/gamma = 0\n",
+      "v = 461703173.16430897 m / s > c, setting 1/gamma = 0\n",
+      "v = 475910660.44801265 m / s > c, setting 1/gamma = 0\n",
+      "v = 321642546.76385695 m / s > c, setting 1/gamma = 0\n",
+      "v = 300548329.02201533 m / s > c, setting 1/gamma = 0\n",
+      "v = 337850069.69328743 m / s > c, setting 1/gamma = 0\n",
+      "v = 426139351.08462256 m / s > c, setting 1/gamma = 0\n",
+      "v = 439194146.22210336 m / s > c, setting 1/gamma = 0\n",
+      "v = 320867790.61767393 m / s > c, setting 1/gamma = 0\n",
+      "v = 385428133.49354386 m / s > c, setting 1/gamma = 0\n",
+      "v = 342503472.88248754 m / s > c, setting 1/gamma = 0\n",
+      "v = 370579099.00327355 m / s > c, setting 1/gamma = 0\n",
+      "v = 323868728.42741525 m / s > c, setting 1/gamma = 0\n",
+      "v = 369707498.0270592 m / s > c, setting 1/gamma = 0\n",
+      "v = 301548087.3029866 m / s > c, setting 1/gamma = 0\n",
+      "v = 320655065.0072192 m / s > c, setting 1/gamma = 0\n",
+      "v = 344616871.427123 m / s > c, setting 1/gamma = 0\n",
+      "v = 383653950.51802623 m / s > c, setting 1/gamma = 0\n",
+      "v = 350123604.5696123 m / s > c, setting 1/gamma = 0\n",
+      "v = 423836936.43129504 m / s > c, setting 1/gamma = 0\n",
+      "v = 431412603.3452588 m / s > c, setting 1/gamma = 0\n",
+      "v = 493195361.1534143 m / s > c, setting 1/gamma = 0\n",
+      "v = 304761157.5172153 m / s > c, setting 1/gamma = 0\n",
+      "v = 321386337.26805174 m / s > c, setting 1/gamma = 0\n",
+      "v = 374853857.1428926 m / s > c, setting 1/gamma = 0\n",
+      "v = 968185238.54265 m / s > c, setting 1/gamma = 0\n",
+      "v = 821612284.1488163 m / s > c, setting 1/gamma = 0\n",
+      "v = 384198488.4060542 m / s > c, setting 1/gamma = 0\n",
+      "v = 405078053.3217564 m / s > c, setting 1/gamma = 0\n",
+      "v = 322358067.44702137 m / s > c, setting 1/gamma = 0\n",
+      "v = 305372516.03682125 m / s > c, setting 1/gamma = 0\n",
+      "v = 376207814.6974442 m / s > c, setting 1/gamma = 0\n",
+      "v = 330356722.5878863 m / s > c, setting 1/gamma = 0\n",
+      "v = 361298604.7194378 m / s > c, setting 1/gamma = 0\n",
+      "v = 351920801.0688544 m / s > c, setting 1/gamma = 0\n",
+      "v = 338878127.02876234 m / s > c, setting 1/gamma = 0\n",
+      "v = 324110323.0240052 m / s > c, setting 1/gamma = 0\n",
+      "v = 305215513.2995468 m / s > c, setting 1/gamma = 0\n",
+      "v = 344923603.6700726 m / s > c, setting 1/gamma = 0\n",
+      "v = 311902744.3895974 m / s > c, setting 1/gamma = 0\n",
+      "v = 353946957.61067414 m / s > c, setting 1/gamma = 0\n",
+      "v = 410636795.39045763 m / s > c, setting 1/gamma = 0\n",
+      "v = 313652059.7729086 m / s > c, setting 1/gamma = 0\n",
+      "v = 352338578.6170788 m / s > c, setting 1/gamma = 0\n",
+      "v = 380713951.9574251 m / s > c, setting 1/gamma = 0\n",
+      "v = 449263259.5227087 m / s > c, setting 1/gamma = 0\n",
+      "v = 406549793.0591668 m / s > c, setting 1/gamma = 0\n",
+      "v = 471468040.7531226 m / s > c, setting 1/gamma = 0\n",
+      "v = 302907534.89391744 m / s > c, setting 1/gamma = 0\n",
+      "v = 307602338.57228386 m / s > c, setting 1/gamma = 0\n",
+      "v = 375202162.8368678 m / s > c, setting 1/gamma = 0\n",
+      "v = 353466976.26166016 m / s > c, setting 1/gamma = 0\n",
+      "v = 404396966.4315402 m / s > c, setting 1/gamma = 0\n",
+      "v = 702905293.1292423 m / s > c, setting 1/gamma = 0\n",
+      "v = 670749028.0888023 m / s > c, setting 1/gamma = 0\n",
+      "v = 321944478.768101 m / s > c, setting 1/gamma = 0\n",
+      "v = 302761760.0406525 m / s > c, setting 1/gamma = 0\n",
+      "v = 354264483.14708763 m / s > c, setting 1/gamma = 0\n",
+      "v = 396575055.5615082 m / s > c, setting 1/gamma = 0\n",
+      "v = 303370210.92828095 m / s > c, setting 1/gamma = 0\n",
+      "v = 372838937.58894604 m / s > c, setting 1/gamma = 0\n",
+      "v = 320477818.49623483 m / s > c, setting 1/gamma = 0\n",
+      "v = 379389685.36020637 m / s > c, setting 1/gamma = 0\n",
+      "v = 521290920.02991575 m / s > c, setting 1/gamma = 0\n",
+      "v = 571770634.3265543 m / s > c, setting 1/gamma = 0\n",
+      "v = 327027127.03296787 m / s > c, setting 1/gamma = 0\n",
+      "v = 315083121.599615 m / s > c, setting 1/gamma = 0\n",
+      "v = 456242473.83974445 m / s > c, setting 1/gamma = 0\n",
+      "v = 487880682.5590228 m / s > c, setting 1/gamma = 0\n",
+      "v = 300755038.9330969 m / s > c, setting 1/gamma = 0\n",
+      "v = 374942471.1075549 m / s > c, setting 1/gamma = 0\n",
+      "v = 322618040.0684272 m / s > c, setting 1/gamma = 0\n",
+      "v = 378299207.1372861 m / s > c, setting 1/gamma = 0\n",
+      "v = 305467209.27781403 m / s > c, setting 1/gamma = 0\n",
+      "v = 408703914.2724462 m / s > c, setting 1/gamma = 0\n",
+      "v = 462825070.1715096 m / s > c, setting 1/gamma = 0\n",
+      "v = 305775655.1016577 m / s > c, setting 1/gamma = 0\n",
+      "v = 370120879.459698 m / s > c, setting 1/gamma = 0\n",
+      "v = 327693909.6397306 m / s > c, setting 1/gamma = 0\n",
+      "v = 453598472.13363135 m / s > c, setting 1/gamma = 0\n",
+      "v = 470539460.0832847 m / s > c, setting 1/gamma = 0\n",
+      "v = 311066389.63602126 m / s > c, setting 1/gamma = 0\n",
+      "v = 719072498.1068273 m / s > c, setting 1/gamma = 0\n",
+      "v = 606525198.9354807 m / s > c, setting 1/gamma = 0\n",
+      "v = 302983541.1219284 m / s > c, setting 1/gamma = 0\n",
+      "v = 379441454.93121904 m / s > c, setting 1/gamma = 0\n",
+      "v = 303368830.5960625 m / s > c, setting 1/gamma = 0\n",
+      "v = 306535720.9437651 m / s > c, setting 1/gamma = 0\n",
+      "v = 433103891.46314293 m / s > c, setting 1/gamma = 0\n",
+      "v = 489065920.48620254 m / s > c, setting 1/gamma = 0\n",
+      "v = 312600974.4626345 m / s > c, setting 1/gamma = 0\n",
+      "v = 430454879.9191529 m / s > c, setting 1/gamma = 0\n",
+      "v = 472070165.6685309 m / s > c, setting 1/gamma = 0\n",
+      "v = 565249736.301897 m / s > c, setting 1/gamma = 0\n",
+      "v = 543823105.6895255 m / s > c, setting 1/gamma = 0\n",
+      "v = 302620571.4481107 m / s > c, setting 1/gamma = 0\n",
+      "v = 324445183.79182893 m / s > c, setting 1/gamma = 0\n",
+      "v = 350490594.2507632 m / s > c, setting 1/gamma = 0\n",
+      "v = 361464842.0757266 m / s > c, setting 1/gamma = 0\n",
+      "v = 378651359.2663873 m / s > c, setting 1/gamma = 0\n",
+      "v = 463546377.0122715 m / s > c, setting 1/gamma = 0\n",
+      "v = 497858665.7658183 m / s > c, setting 1/gamma = 0\n",
+      "v = 302162850.6260243 m / s > c, setting 1/gamma = 0\n",
+      "v = 443334928.8881359 m / s > c, setting 1/gamma = 0\n",
+      "v = 451080081.747537 m / s > c, setting 1/gamma = 0\n",
+      "v = 383965311.38581175 m / s > c, setting 1/gamma = 0\n",
+      "v = 406680816.1067916 m / s > c, setting 1/gamma = 0\n",
+      "v = 328123046.0610292 m / s > c, setting 1/gamma = 0\n",
+      "v = 337887406.3581221 m / s > c, setting 1/gamma = 0\n",
+      "v = 314249723.6205118 m / s > c, setting 1/gamma = 0\n",
+      "v = 309169609.1464667 m / s > c, setting 1/gamma = 0\n",
+      "v = 336691664.3243248 m / s > c, setting 1/gamma = 0\n",
+      "v = 593628312.2775174 m / s > c, setting 1/gamma = 0\n",
+      "v = 613020384.9162328 m / s > c, setting 1/gamma = 0\n",
+      "v = 431690545.99848235 m / s > c, setting 1/gamma = 0\n",
+      "v = 443417645.67773414 m / s > c, setting 1/gamma = 0\n",
+      "v = 358031762.2126712 m / s > c, setting 1/gamma = 0\n",
+      "v = 414184627.91918904 m / s > c, setting 1/gamma = 0\n",
+      "v = 400175589.4477818 m / s > c, setting 1/gamma = 0\n",
+      "v = 435719159.88532203 m / s > c, setting 1/gamma = 0\n",
+      "v = 307318840.5779903 m / s > c, setting 1/gamma = 0\n",
+      "v = 306484728.16235286 m / s > c, setting 1/gamma = 0\n",
+      "v = 332360880.3621744 m / s > c, setting 1/gamma = 0\n",
+      "v = 307378046.6292825 m / s > c, setting 1/gamma = 0\n",
+      "v = 364033154.86522853 m / s > c, setting 1/gamma = 0\n",
+      "v = 328193995.05176824 m / s > c, setting 1/gamma = 0\n",
+      "v = 408626912.4367078 m / s > c, setting 1/gamma = 0\n",
+      "v = 445352019.5373027 m / s > c, setting 1/gamma = 0\n",
+      "v = 391781439.521226 m / s > c, setting 1/gamma = 0\n",
+      "v = 451383843.61754483 m / s > c, setting 1/gamma = 0\n",
+      "v = 330665131.5132431 m / s > c, setting 1/gamma = 0\n",
+      "v = 377805111.42052525 m / s > c, setting 1/gamma = 0\n",
+      "v = 435512627.7761478 m / s > c, setting 1/gamma = 0\n",
+      "v = 497490650.7037593 m / s > c, setting 1/gamma = 0\n",
+      "v = 349695270.6824112 m / s > c, setting 1/gamma = 0\n",
+      "v = 389614079.59444636 m / s > c, setting 1/gamma = 0\n",
+      "v = 315355395.6310733 m / s > c, setting 1/gamma = 0\n",
+      "v = 550135691.4206694 m / s > c, setting 1/gamma = 0\n",
+      "v = 589674218.6417702 m / s > c, setting 1/gamma = 0\n",
+      "v = 354098026.31311864 m / s > c, setting 1/gamma = 0\n",
+      "v = 408033808.4694634 m / s > c, setting 1/gamma = 0\n",
+      "v = 414814294.3970629 m / s > c, setting 1/gamma = 0\n",
+      "v = 478860284.2194345 m / s > c, setting 1/gamma = 0\n",
+      "v = 441621408.786368 m / s > c, setting 1/gamma = 0\n",
+      "v = 448460408.89114213 m / s > c, setting 1/gamma = 0\n",
+      "v = 438125934.8531952 m / s > c, setting 1/gamma = 0\n",
+      "v = 462584386.04864347 m / s > c, setting 1/gamma = 0\n",
+      "v = 303942616.7668458 m / s > c, setting 1/gamma = 0\n",
+      "v = 331488293.06978875 m / s > c, setting 1/gamma = 0\n",
+      "v = 326989471.32999545 m / s > c, setting 1/gamma = 0\n",
+      "v = 357496818.9226798 m / s > c, setting 1/gamma = 0\n",
+      "v = 313160086.30582905 m / s > c, setting 1/gamma = 0\n",
+      "v = 364681863.23232627 m / s > c, setting 1/gamma = 0\n",
+      "v = 315336221.6955324 m / s > c, setting 1/gamma = 0\n",
+      "v = 345148113.9253036 m / s > c, setting 1/gamma = 0\n",
+      "v = 404981140.3462922 m / s > c, setting 1/gamma = 0\n",
+      "v = 435884248.9031519 m / s > c, setting 1/gamma = 0\n",
+      "v = 564650309.8533393 m / s > c, setting 1/gamma = 0\n",
+      "v = 605422076.2148582 m / s > c, setting 1/gamma = 0\n",
+      "v = 356117693.2564718 m / s > c, setting 1/gamma = 0\n",
+      "v = 394440764.84179455 m / s > c, setting 1/gamma = 0\n",
+      "v = 385529654.4728209 m / s > c, setting 1/gamma = 0\n",
+      "v = 412606238.4619423 m / s > c, setting 1/gamma = 0\n",
+      "v = 300008289.4727546 m / s > c, setting 1/gamma = 0\n",
+      "v = 604536560.5906825 m / s > c, setting 1/gamma = 0\n",
+      "v = 497757042.2788543 m / s > c, setting 1/gamma = 0\n",
+      "v = 398181942.74871564 m / s > c, setting 1/gamma = 0\n",
+      "v = 418021873.19309664 m / s > c, setting 1/gamma = 0\n",
+      "v = 307000022.8372811 m / s > c, setting 1/gamma = 0\n",
+      "v = 430847613.1744807 m / s > c, setting 1/gamma = 0\n",
+      "v = 466753857.9023207 m / s > c, setting 1/gamma = 0\n",
+      "v = 439222003.31855214 m / s > c, setting 1/gamma = 0\n",
+      "v = 449250005.1395204 m / s > c, setting 1/gamma = 0\n",
+      "v = 428435975.61114347 m / s > c, setting 1/gamma = 0\n",
+      "v = 468356291.9891643 m / s > c, setting 1/gamma = 0\n",
+      "v = 356492957.9902534 m / s > c, setting 1/gamma = 0\n",
+      "v = 384185067.96608555 m / s > c, setting 1/gamma = 0\n",
+      "v = 432107687.7037002 m / s > c, setting 1/gamma = 0\n",
+      "v = 462893880.90103334 m / s > c, setting 1/gamma = 0\n",
+      "v = 370551246.57170844 m / s > c, setting 1/gamma = 0\n",
+      "v = 409656336.3297801 m / s > c, setting 1/gamma = 0\n",
+      "v = 318699334.29348487 m / s > c, setting 1/gamma = 0\n",
+      "v = 313132781.72952276 m / s > c, setting 1/gamma = 0\n",
+      "v = 407913340.1641617 m / s > c, setting 1/gamma = 0\n",
+      "v = 446455084.523947 m / s > c, setting 1/gamma = 0\n",
+      "v = 370669278.4317223 m / s > c, setting 1/gamma = 0\n",
+      "v = 400626025.46883756 m / s > c, setting 1/gamma = 0\n",
+      "v = 320580420.51571506 m / s > c, setting 1/gamma = 0\n",
+      "v = 414886460.5592042 m / s > c, setting 1/gamma = 0\n",
+      "v = 414810782.47076476 m / s > c, setting 1/gamma = 0\n",
+      "v = 310983858.1072459 m / s > c, setting 1/gamma = 0\n",
+      "v = 325525803.7221301 m / s > c, setting 1/gamma = 0\n",
+      "v = 379367808.9474829 m / s > c, setting 1/gamma = 0\n",
+      "v = 317382153.66410977 m / s > c, setting 1/gamma = 0\n",
+      "v = 337012315.0241596 m / s > c, setting 1/gamma = 0\n",
+      "v = 350643852.5625952 m / s > c, setting 1/gamma = 0\n",
+      "v = 406738841.17650145 m / s > c, setting 1/gamma = 0\n",
+      "v = 317279595.9488449 m / s > c, setting 1/gamma = 0\n",
+      "v = 309971945.4511366 m / s > c, setting 1/gamma = 0\n",
+      "v = 367430497.60363007 m / s > c, setting 1/gamma = 0\n",
+      "v = 378350872.96195257 m / s > c, setting 1/gamma = 0\n",
+      "v = 322724334.8284385 m / s > c, setting 1/gamma = 0\n",
+      "v = 681394313.485462 m / s > c, setting 1/gamma = 0\n",
+      "v = 564661430.8814734 m / s > c, setting 1/gamma = 0\n",
+      "v = 300144495.46271926 m / s > c, setting 1/gamma = 0\n",
+      "v = 334459392.62222403 m / s > c, setting 1/gamma = 0\n",
+      "v = 393115732.12204874 m / s > c, setting 1/gamma = 0\n",
+      "v = 420006896.64261144 m / s > c, setting 1/gamma = 0\n",
+      "v = 311127662.73104954 m / s > c, setting 1/gamma = 0\n",
+      "v = 357342389.1244748 m / s > c, setting 1/gamma = 0\n",
+      "v = 397493266.5613205 m / s > c, setting 1/gamma = 0\n",
+      "v = 372304622.1005251 m / s > c, setting 1/gamma = 0\n",
+      "v = 427435763.26595634 m / s > c, setting 1/gamma = 0\n",
+      "v = 321837964.90007937 m / s > c, setting 1/gamma = 0\n",
+      "v = 299911507.42462176 m / s > c, setting 1/gamma = 0\n",
+      "v = 327941335.3686694 m / s > c, setting 1/gamma = 0\n",
+      "v = 300402400.38052964 m / s > c, setting 1/gamma = 0\n",
+      "v = 335335684.0141405 m / s > c, setting 1/gamma = 0\n",
+      "v = 679340975.366775 m / s > c, setting 1/gamma = 0\n",
+      "v = 672368057.8614084 m / s > c, setting 1/gamma = 0\n",
+      "v = 414780320.73623335 m / s > c, setting 1/gamma = 0\n",
+      "v = 441433824.9911761 m / s > c, setting 1/gamma = 0\n",
+      "v = 310691678.04509133 m / s > c, setting 1/gamma = 0\n",
+      "v = 328945696.5908311 m / s > c, setting 1/gamma = 0\n",
+      "v = 423308568.0385116 m / s > c, setting 1/gamma = 0\n",
+      "v = 475801429.60704726 m / s > c, setting 1/gamma = 0\n",
+      "v = 306476469.012757 m / s > c, setting 1/gamma = 0\n",
+      "v = 418453537.5685618 m / s > c, setting 1/gamma = 0\n",
+      "v = 464008035.90682 m / s > c, setting 1/gamma = 0\n",
+      "v = 308429436.1206444 m / s > c, setting 1/gamma = 0\n",
+      "v = 319220691.9909028 m / s > c, setting 1/gamma = 0\n",
+      "v = 721709352.2747785 m / s > c, setting 1/gamma = 0\n",
+      "v = 595702266.646191 m / s > c, setting 1/gamma = 0\n",
+      "v = 304683062.4511653 m / s > c, setting 1/gamma = 0\n",
+      "v = 341846773.2757002 m / s > c, setting 1/gamma = 0\n",
+      "v = 302554624.00576967 m / s > c, setting 1/gamma = 0\n",
+      "v = 339006135.6331754 m / s > c, setting 1/gamma = 0\n",
+      "v = 378386802.08917755 m / s > c, setting 1/gamma = 0\n",
+      "v = 324039942.33803844 m / s > c, setting 1/gamma = 0\n",
+      "v = 341997650.0920615 m / s > c, setting 1/gamma = 0\n",
+      "v = 307500922.3633387 m / s > c, setting 1/gamma = 0\n",
+      "v = 350318870.066376 m / s > c, setting 1/gamma = 0\n",
+      "v = 319088838.194868 m / s > c, setting 1/gamma = 0\n",
+      "v = 331760530.3280596 m / s > c, setting 1/gamma = 0\n",
+      "v = 372199466.455543 m / s > c, setting 1/gamma = 0\n",
+      "v = 431619538.0800608 m / s > c, setting 1/gamma = 0\n",
+      "v = 389135760.48237324 m / s > c, setting 1/gamma = 0\n",
+      "v = 450964679.06183606 m / s > c, setting 1/gamma = 0\n",
+      "v = 307706244.92976135 m / s > c, setting 1/gamma = 0\n",
+      "v = 646714786.246849 m / s > c, setting 1/gamma = 0\n",
+      "v = 534354978.7603943 m / s > c, setting 1/gamma = 0\n",
+      "v = 310357922.470004 m / s > c, setting 1/gamma = 0\n",
+      "v = 348075305.2803125 m / s > c, setting 1/gamma = 0\n",
+      "v = 303580582.8790464 m / s > c, setting 1/gamma = 0\n",
+      "v = 346814111.7966683 m / s > c, setting 1/gamma = 0\n",
+      "v = 307853297.3468012 m / s > c, setting 1/gamma = 0\n",
+      "v = 331488438.4464484 m / s > c, setting 1/gamma = 0\n",
+      "v = 429745970.5731726 m / s > c, setting 1/gamma = 0\n",
+      "v = 479876597.16627455 m / s > c, setting 1/gamma = 0\n",
+      "v = 306695691.16544473 m / s > c, setting 1/gamma = 0\n",
+      "v = 338258675.77675915 m / s > c, setting 1/gamma = 0\n",
+      "v = 373102918.26322526 m / s > c, setting 1/gamma = 0\n",
+      "v = 429687172.37205935 m / s > c, setting 1/gamma = 0\n",
+      "v = 302715546.82370126 m / s > c, setting 1/gamma = 0\n",
+      "v = 422990799.0076342 m / s > c, setting 1/gamma = 0\n",
+      "v = 485968938.5833052 m / s > c, setting 1/gamma = 0\n",
+      "v = 334230181.3909046 m / s > c, setting 1/gamma = 0\n",
+      "v = 413890396.4147758 m / s > c, setting 1/gamma = 0\n",
+      "v = 315099369.65755194 m / s > c, setting 1/gamma = 0\n",
+      "v = 444262567.5818226 m / s > c, setting 1/gamma = 0\n",
+      "v = 497069993.62938154 m / s > c, setting 1/gamma = 0\n",
+      "v = 329803099.4349744 m / s > c, setting 1/gamma = 0\n",
+      "v = 397344182.66961354 m / s > c, setting 1/gamma = 0\n",
+      "v = 507398253.4014186 m / s > c, setting 1/gamma = 0\n",
+      "v = 540870005.7524512 m / s > c, setting 1/gamma = 0\n",
+      "v = 310008213.1955293 m / s > c, setting 1/gamma = 0\n",
+      "v = 383423371.8777975 m / s > c, setting 1/gamma = 0\n",
+      "v = 329281864.0504306 m / s > c, setting 1/gamma = 0\n",
+      "v = 385524487.42369676 m / s > c, setting 1/gamma = 0\n",
+      "v = 408673294.29107755 m / s > c, setting 1/gamma = 0\n",
+      "v = 414869660.38633496 m / s > c, setting 1/gamma = 0\n",
+      "v = 339397169.15680575 m / s > c, setting 1/gamma = 0\n",
+      "v = 381568280.2578117 m / s > c, setting 1/gamma = 0\n",
+      "v = 376217324.41771924 m / s > c, setting 1/gamma = 0\n",
+      "v = 441206676.2982331 m / s > c, setting 1/gamma = 0\n",
+      "v = 309724052.8719862 m / s > c, setting 1/gamma = 0\n",
+      "v = 347798314.2634091 m / s > c, setting 1/gamma = 0\n",
+      "v = 376859874.51167023 m / s > c, setting 1/gamma = 0\n",
+      "v = 417340919.85138583 m / s > c, setting 1/gamma = 0\n",
+      "v = 525491443.4028224 m / s > c, setting 1/gamma = 0\n",
+      "v = 571712097.9262197 m / s > c, setting 1/gamma = 0\n",
+      "v = 422682982.9943503 m / s > c, setting 1/gamma = 0\n",
+      "v = 446056035.7389365 m / s > c, setting 1/gamma = 0\n",
+      "v = 526726287.5147082 m / s > c, setting 1/gamma = 0\n",
+      "v = 565174809.1529555 m / s > c, setting 1/gamma = 0\n",
+      "v = 308986358.9704423 m / s > c, setting 1/gamma = 0\n",
+      "v = 396042992.21592945 m / s > c, setting 1/gamma = 0\n",
+      "v = 428955346.9444317 m / s > c, setting 1/gamma = 0\n",
+      "v = 325754359.7861963 m / s > c, setting 1/gamma = 0\n",
+      "v = 351577150.943112 m / s > c, setting 1/gamma = 0\n",
+      "v = 332779583.20952827 m / s > c, setting 1/gamma = 0\n",
+      "v = 337507951.84345734 m / s > c, setting 1/gamma = 0\n",
+      "v = 376499055.85569435 m / s > c, setting 1/gamma = 0\n",
+      "v = 305785776.0962747 m / s > c, setting 1/gamma = 0\n",
+      "v = 347988525.92247057 m / s > c, setting 1/gamma = 0\n",
+      "v = 330985884.6527593 m / s > c, setting 1/gamma = 0\n",
+      "v = 326480649.0858876 m / s > c, setting 1/gamma = 0\n",
+      "v = 353401834.9198387 m / s > c, setting 1/gamma = 0\n",
+      "v = 346598893.39275277 m / s > c, setting 1/gamma = 0\n",
+      "v = 364037335.15886486 m / s > c, setting 1/gamma = 0\n",
+      "v = 374721955.68296975 m / s > c, setting 1/gamma = 0\n",
+      "v = 425696892.68198013 m / s > c, setting 1/gamma = 0\n",
+      "v = 309638243.8837754 m / s > c, setting 1/gamma = 0\n",
+      "v = 342955731.82244724 m / s > c, setting 1/gamma = 0\n",
+      "v = 302764479.0814729 m / s > c, setting 1/gamma = 0\n",
+      "v = 343310962.38408494 m / s > c, setting 1/gamma = 0\n",
+      "v = 359536864.3933656 m / s > c, setting 1/gamma = 0\n",
+      "v = 371867141.586955 m / s > c, setting 1/gamma = 0\n",
+      "v = 410426015.6005192 m / s > c, setting 1/gamma = 0\n",
+      "v = 356274262.9975732 m / s > c, setting 1/gamma = 0\n",
+      "v = 395288753.6547953 m / s > c, setting 1/gamma = 0\n",
+      "v = 302070563.4256171 m / s > c, setting 1/gamma = 0\n",
+      "v = 344905274.6899897 m / s > c, setting 1/gamma = 0\n",
+      "v = 374521314.83794457 m / s > c, setting 1/gamma = 0\n",
+      "v = 342485753.049519 m / s > c, setting 1/gamma = 0\n",
+      "v = 727126049.7599665 m / s > c, setting 1/gamma = 0\n",
+      "v = 600239748.3239337 m / s > c, setting 1/gamma = 0\n",
+      "v = 304096700.97988766 m / s > c, setting 1/gamma = 0\n",
+      "v = 324257928.33973974 m / s > c, setting 1/gamma = 0\n",
+      "v = 394979194.79492265 m / s > c, setting 1/gamma = 0\n",
+      "v = 440991215.1942139 m / s > c, setting 1/gamma = 0\n",
+      "v = 301016117.2956453 m / s > c, setting 1/gamma = 0\n",
+      "v = 299930223.3249826 m / s > c, setting 1/gamma = 0\n",
+      "v = 321711031.3112123 m / s > c, setting 1/gamma = 0\n",
+      "v = 384929510.87423676 m / s > c, setting 1/gamma = 0\n",
+      "v = 449861576.4729114 m / s > c, setting 1/gamma = 0\n",
+      "v = 338182513.21039164 m / s > c, setting 1/gamma = 0\n",
+      "v = 414610478.0600626 m / s > c, setting 1/gamma = 0\n",
+      "v = 363873737.15632004 m / s > c, setting 1/gamma = 0\n",
+      "v = 394044415.4663718 m / s > c, setting 1/gamma = 0\n",
+      "v = 328380391.54423636 m / s > c, setting 1/gamma = 0\n",
+      "v = 811886408.1993823 m / s > c, setting 1/gamma = 0\n",
+      "v = 708262277.433039 m / s > c, setting 1/gamma = 0\n",
+      "v = 362210140.431978 m / s > c, setting 1/gamma = 0\n",
+      "v = 432092205.31367564 m / s > c, setting 1/gamma = 0\n",
+      "v = 366907862.4439312 m / s > c, setting 1/gamma = 0\n",
+      "v = 383683490.9325093 m / s > c, setting 1/gamma = 0\n",
+      "v = 428367508.20490694 m / s > c, setting 1/gamma = 0\n",
+      "v = 468150870.6340178 m / s > c, setting 1/gamma = 0\n",
+      "v = 527059458.8374748 m / s > c, setting 1/gamma = 0\n",
+      "v = 312569387.7875799 m / s > c, setting 1/gamma = 0\n",
+      "v = 360421206.979623 m / s > c, setting 1/gamma = 0\n",
+      "v = 311503297.48131305 m / s > c, setting 1/gamma = 0\n",
+      "v = 339670909.65195405 m / s > c, setting 1/gamma = 0\n",
+      "v = 327522375.970755 m / s > c, setting 1/gamma = 0\n",
+      "v = 688185582.017324 m / s > c, setting 1/gamma = 0\n",
+      "v = 569312835.3318789 m / s > c, setting 1/gamma = 0\n",
+      "v = 346921768.71634114 m / s > c, setting 1/gamma = 0\n",
+      "v = 373706308.5989593 m / s > c, setting 1/gamma = 0\n",
+      "v = 450201770.2132152 m / s > c, setting 1/gamma = 0\n",
+      "v = 458523530.6421528 m / s > c, setting 1/gamma = 0\n",
+      "v = 432080424.41485816 m / s > c, setting 1/gamma = 0\n",
+      "v = 450484432.80021757 m / s > c, setting 1/gamma = 0\n",
+      "v = 300240396.338727 m / s > c, setting 1/gamma = 0\n",
+      "v = 377829268.6210949 m / s > c, setting 1/gamma = 0\n",
+      "v = 414107722.92937446 m / s > c, setting 1/gamma = 0\n",
+      "v = 513712606.2784912 m / s > c, setting 1/gamma = 0\n",
+      "v = 562345485.8182509 m / s > c, setting 1/gamma = 0\n",
+      "v = 330878019.5008157 m / s > c, setting 1/gamma = 0\n",
+      "v = 368137090.97476536 m / s > c, setting 1/gamma = 0\n",
+      "v = 326296625.12939394 m / s > c, setting 1/gamma = 0\n",
+      "v = 369393021.5474433 m / s > c, setting 1/gamma = 0\n",
+      "v = 337671934.6153127 m / s > c, setting 1/gamma = 0\n",
+      "v = 305930008.9348324 m / s > c, setting 1/gamma = 0\n",
+      "v = 334495674.47325534 m / s > c, setting 1/gamma = 0\n",
+      "v = 412140326.1690074 m / s > c, setting 1/gamma = 0\n",
+      "v = 441957120.9513461 m / s > c, setting 1/gamma = 0\n",
+      "v = 374207935.5394418 m / s > c, setting 1/gamma = 0\n",
+      "v = 412291718.28180856 m / s > c, setting 1/gamma = 0\n",
+      "v = 431944238.8611375 m / s > c, setting 1/gamma = 0\n",
+      "v = 487042459.1229331 m / s > c, setting 1/gamma = 0\n",
+      "v = 355862646.8207515 m / s > c, setting 1/gamma = 0\n",
+      "v = 394856793.1850091 m / s > c, setting 1/gamma = 0\n",
+      "v = 440154661.094648 m / s > c, setting 1/gamma = 0\n",
+      "v = 474111778.9530552 m / s > c, setting 1/gamma = 0\n",
+      "v = 384530539.4815616 m / s > c, setting 1/gamma = 0\n",
+      "v = 407855256.2213705 m / s > c, setting 1/gamma = 0\n",
+      "v = 351133684.925125 m / s > c, setting 1/gamma = 0\n",
+      "v = 407859505.96808195 m / s > c, setting 1/gamma = 0\n",
+      "v = 400312527.32771254 m / s > c, setting 1/gamma = 0\n",
+      "v = 442049484.46939933 m / s > c, setting 1/gamma = 0\n",
+      "v = 437285309.4723585 m / s > c, setting 1/gamma = 0\n",
+      "v = 463085996.4822872 m / s > c, setting 1/gamma = 0\n",
+      "v = 309098294.88052624 m / s > c, setting 1/gamma = 0\n",
+      "v = 584860354.8571318 m / s > c, setting 1/gamma = 0\n",
+      "v = 612092011.8975513 m / s > c, setting 1/gamma = 0\n",
+      "v = 334722674.4350634 m / s > c, setting 1/gamma = 0\n",
+      "v = 385981467.00165325 m / s > c, setting 1/gamma = 0\n",
+      "Clipping at index 16\n",
+      "v = 352361224.1717908 m / s > c, setting 1/gamma = 0\n",
+      "v = 348474331.38127613 m / s > c, setting 1/gamma = 0\n",
+      "v = 324046062.8165906 m / s > c, setting 1/gamma = 0\n",
+      "v = 324673323.00180185 m / s > c, setting 1/gamma = 0\n",
+      "v = 311643811.395293 m / s > c, setting 1/gamma = 0\n",
+      "v = 314392063.6144057 m / s > c, setting 1/gamma = 0\n",
+      "v = 301716359.0798363 m / s > c, setting 1/gamma = 0\n",
+      "v = 304424056.11283106 m / s > c, setting 1/gamma = 0\n",
+      "v = 580187527.8451401 m / s > c, setting 1/gamma = 0\n",
+      "v = 498270885.1351034 m / s > c, setting 1/gamma = 0\n",
+      "v = 324127573.42832243 m / s > c, setting 1/gamma = 0\n",
+      "v = 382718928.66329443 m / s > c, setting 1/gamma = 0\n",
+      "v = 408022558.48273766 m / s > c, setting 1/gamma = 0\n",
+      "v = 374434405.62786037 m / s > c, setting 1/gamma = 0\n",
+      "v = 431215903.02371687 m / s > c, setting 1/gamma = 0\n",
+      "v = 412852591.27539694 m / s > c, setting 1/gamma = 0\n",
+      "v = 435178562.4988067 m / s > c, setting 1/gamma = 0\n",
+      "v = 304688557.4905162 m / s > c, setting 1/gamma = 0\n",
+      "v = 371891224.4448627 m / s > c, setting 1/gamma = 0\n",
+      "v = 416159796.90809053 m / s > c, setting 1/gamma = 0\n",
+      "v = 302715384.5490793 m / s > c, setting 1/gamma = 0\n",
+      "v = 313820014.6560347 m / s > c, setting 1/gamma = 0\n",
+      "v = 365014243.32726514 m / s > c, setting 1/gamma = 0\n",
+      "v = 402962568.1424003 m / s > c, setting 1/gamma = 0\n",
+      "v = 648921045.4123805 m / s > c, setting 1/gamma = 0\n",
+      "v = 612089524.2074001 m / s > c, setting 1/gamma = 0\n",
+      "v = 333936182.9053315 m / s > c, setting 1/gamma = 0\n",
+      "v = 403889209.12839735 m / s > c, setting 1/gamma = 0\n",
+      "v = 306538388.7256643 m / s > c, setting 1/gamma = 0\n",
+      "v = 502164713.10455155 m / s > c, setting 1/gamma = 0\n",
+      "v = 510574247.5759294 m / s > c, setting 1/gamma = 0\n",
+      "v = 339138119.2385055 m / s > c, setting 1/gamma = 0\n",
+      "v = 425264719.3045763 m / s > c, setting 1/gamma = 0\n",
+      "v = 316730086.5578787 m / s > c, setting 1/gamma = 0\n",
+      "v = 379403048.5083306 m / s > c, setting 1/gamma = 0\n",
+      "v = 345025665.8539341 m / s > c, setting 1/gamma = 0\n",
+      "v = 719056902.9939862 m / s > c, setting 1/gamma = 0\n",
+      "v = 609966417.7779186 m / s > c, setting 1/gamma = 0\n",
+      "v = 363927809.8614727 m / s > c, setting 1/gamma = 0\n",
+      "v = 431800716.11287737 m / s > c, setting 1/gamma = 0\n",
+      "v = 354140772.56345373 m / s > c, setting 1/gamma = 0\n",
+      "v = 400214839.86321884 m / s > c, setting 1/gamma = 0\n",
+      "v = 300626206.8180954 m / s > c, setting 1/gamma = 0\n",
+      "v = 411739902.2772293 m / s > c, setting 1/gamma = 0\n",
+      "v = 466812248.1431974 m / s > c, setting 1/gamma = 0\n",
+      "v = 384654232.08637047 m / s > c, setting 1/gamma = 0\n",
+      "v = 428855837.73664206 m / s > c, setting 1/gamma = 0\n",
+      "v = 397684026.1109316 m / s > c, setting 1/gamma = 0\n",
+      "v = 1097010862.940274 m / s > c, setting 1/gamma = 0\n",
+      "v = 975061535.52906 m / s > c, setting 1/gamma = 0\n",
+      "v = 307510665.30930644 m / s > c, setting 1/gamma = 0\n",
+      "v = 360895491.8361477 m / s > c, setting 1/gamma = 0\n",
+      "v = 388226332.3120866 m / s > c, setting 1/gamma = 0\n",
+      "v = 332616942.5876754 m / s > c, setting 1/gamma = 0\n",
+      "v = 373484451.8292511 m / s > c, setting 1/gamma = 0\n",
+      "v = 475802328.5706984 m / s > c, setting 1/gamma = 0\n",
+      "v = 511499416.74345726 m / s > c, setting 1/gamma = 0\n",
+      "v = 300395690.03617644 m / s > c, setting 1/gamma = 0\n",
+      "v = 366319942.0597305 m / s > c, setting 1/gamma = 0\n",
+      "v = 348305836.08745867 m / s > c, setting 1/gamma = 0\n",
+      "v = 423514147.47665817 m / s > c, setting 1/gamma = 0\n",
+      "v = 304295554.78461635 m / s > c, setting 1/gamma = 0\n",
+      "v = 561714208.3424095 m / s > c, setting 1/gamma = 0\n",
+      "v = 558879987.1879965 m / s > c, setting 1/gamma = 0\n",
+      "v = 336814815.57529974 m / s > c, setting 1/gamma = 0\n",
+      "v = 398318227.5424509 m / s > c, setting 1/gamma = 0\n",
+      "v = 300628233.6986469 m / s > c, setting 1/gamma = 0\n",
+      "v = 354016684.8621414 m / s > c, setting 1/gamma = 0\n",
+      "v = 457478774.8728644 m / s > c, setting 1/gamma = 0\n",
+      "v = 506888037.2217596 m / s > c, setting 1/gamma = 0\n",
+      "v = 322386061.44474465 m / s > c, setting 1/gamma = 0\n",
+      "v = 397711232.7054741 m / s > c, setting 1/gamma = 0\n",
+      "v = 302709688.72233 m / s > c, setting 1/gamma = 0\n",
+      "v = 319031501.95014846 m / s > c, setting 1/gamma = 0\n",
+      "v = 305777639.7224135 m / s > c, setting 1/gamma = 0\n",
+      "v = 350395505.5539501 m / s > c, setting 1/gamma = 0\n",
+      "v = 330291945.7309782 m / s > c, setting 1/gamma = 0\n",
+      "v = 362573633.201002 m / s > c, setting 1/gamma = 0\n",
+      "v = 336033535.3852633 m / s > c, setting 1/gamma = 0\n",
+      "v = 809584846.916587 m / s > c, setting 1/gamma = 0\n",
+      "v = 726239000.3285275 m / s > c, setting 1/gamma = 0\n",
+      "v = 321407342.9176469 m / s > c, setting 1/gamma = 0\n",
+      "v = 325725791.52511644 m / s > c, setting 1/gamma = 0\n",
+      "v = 386411476.975713 m / s > c, setting 1/gamma = 0\n",
+      "v = 327926943.2632837 m / s > c, setting 1/gamma = 0\n",
+      "v = 385326405.1527099 m / s > c, setting 1/gamma = 0\n",
+      "v = 339568458.9133482 m / s > c, setting 1/gamma = 0\n",
+      "v = 399873170.8508092 m / s > c, setting 1/gamma = 0\n",
+      "v = 303072722.898984 m / s > c, setting 1/gamma = 0\n",
+      "v = 321912465.9626261 m / s > c, setting 1/gamma = 0\n",
+      "v = 325473509.67781526 m / s > c, setting 1/gamma = 0\n",
+      "v = 374545398.2425031 m / s > c, setting 1/gamma = 0\n",
+      "v = 465410031.6632009 m / s > c, setting 1/gamma = 0\n",
+      "v = 508238508.2178407 m / s > c, setting 1/gamma = 0\n",
+      "v = 402670600.4562533 m / s > c, setting 1/gamma = 0\n",
+      "v = 417156508.61028975 m / s > c, setting 1/gamma = 0\n",
+      "v = 303656110.2172468 m / s > c, setting 1/gamma = 0\n",
+      "v = 442169033.0611063 m / s > c, setting 1/gamma = 0\n",
+      "v = 474231165.6563334 m / s > c, setting 1/gamma = 0\n",
+      "v = 315569952.78367937 m / s > c, setting 1/gamma = 0\n",
+      "v = 330563641.896801 m / s > c, setting 1/gamma = 0\n",
+      "v = 828192311.7841312 m / s > c, setting 1/gamma = 0\n",
+      "v = 722465555.8552202 m / s > c, setting 1/gamma = 0\n",
+      "v = 357800229.51319295 m / s > c, setting 1/gamma = 0\n",
+      "v = 431719058.44685274 m / s > c, setting 1/gamma = 0\n",
+      "v = 336802801.1384058 m / s > c, setting 1/gamma = 0\n",
+      "v = 399852308.43608594 m / s > c, setting 1/gamma = 0\n",
+      "v = 332019511.6751291 m / s > c, setting 1/gamma = 0\n",
+      "v = 351040168.15196216 m / s > c, setting 1/gamma = 0\n",
+      "v = 344043826.3671762 m / s > c, setting 1/gamma = 0\n",
+      "v = 380174810.38596433 m / s > c, setting 1/gamma = 0\n",
+      "v = 442964198.2228661 m / s > c, setting 1/gamma = 0\n",
+      "v = 322621152.19968295 m / s > c, setting 1/gamma = 0\n",
+      "v = 343768083.8047913 m / s > c, setting 1/gamma = 0\n",
+      "v = 332522898.586536 m / s > c, setting 1/gamma = 0\n",
+      "v = 351394949.3928308 m / s > c, setting 1/gamma = 0\n",
+      "v = 313730961.51105183 m / s > c, setting 1/gamma = 0\n",
+      "v = 375605502.84866446 m / s > c, setting 1/gamma = 0\n",
+      "v = 330133951.71507335 m / s > c, setting 1/gamma = 0\n",
+      "v = 373936111.3289029 m / s > c, setting 1/gamma = 0\n",
+      "v = 352952990.958588 m / s > c, setting 1/gamma = 0\n",
+      "v = 412037439.952263 m / s > c, setting 1/gamma = 0\n",
+      "v = 304388683.9417668 m / s > c, setting 1/gamma = 0\n",
+      "v = 340876469.7704075 m / s > c, setting 1/gamma = 0\n",
+      "v = 313729964.8593547 m / s > c, setting 1/gamma = 0\n",
+      "v = 853126364.1606042 m / s > c, setting 1/gamma = 0\n",
+      "v = 758137845.0215305 m / s > c, setting 1/gamma = 0\n",
+      "v = 321180757.0808706 m / s > c, setting 1/gamma = 0\n",
+      "v = 360587985.02132195 m / s > c, setting 1/gamma = 0\n",
+      "v = 355534173.08351296 m / s > c, setting 1/gamma = 0\n",
+      "v = 374252109.8603803 m / s > c, setting 1/gamma = 0\n",
+      "v = 366978446.7564149 m / s > c, setting 1/gamma = 0\n",
+      "v = 408093571.89066523 m / s > c, setting 1/gamma = 0\n",
+      "v = 424087756.99356794 m / s > c, setting 1/gamma = 0\n",
+      "v = 460822835.5153586 m / s > c, setting 1/gamma = 0\n",
+      "v = 300282714.1701659 m / s > c, setting 1/gamma = 0\n",
+      "v = 349023300.137067 m / s > c, setting 1/gamma = 0\n",
+      "v = 312332143.0166903 m / s > c, setting 1/gamma = 0\n",
+      "v = 337287414.33863866 m / s > c, setting 1/gamma = 0\n",
+      "v = 390104896.957886 m / s > c, setting 1/gamma = 0\n",
+      "v = 1012166803.4562385 m / s > c, setting 1/gamma = 0\n",
+      "v = 900867478.4026465 m / s > c, setting 1/gamma = 0\n",
+      "v = 324414991.9947744 m / s > c, setting 1/gamma = 0\n",
+      "v = 327281144.85189515 m / s > c, setting 1/gamma = 0\n",
+      "v = 401873171.6138318 m / s > c, setting 1/gamma = 0\n",
+      "v = 310666765.19601583 m / s > c, setting 1/gamma = 0\n",
+      "v = 383942616.76900893 m / s > c, setting 1/gamma = 0\n",
+      "v = 446096329.7779211 m / s > c, setting 1/gamma = 0\n",
+      "v = 331619850.5826386 m / s > c, setting 1/gamma = 0\n",
+      "v = 364084073.10018325 m / s > c, setting 1/gamma = 0\n",
+      "v = 580048014.5190264 m / s > c, setting 1/gamma = 0\n",
+      "v = 604745564.039506 m / s > c, setting 1/gamma = 0\n",
+      "v = 309183019.37661916 m / s > c, setting 1/gamma = 0\n",
+      "v = 386912324.82331157 m / s > c, setting 1/gamma = 0\n",
+      "v = 302811433.33826214 m / s > c, setting 1/gamma = 0\n",
+      "v = 378987630.14089364 m / s > c, setting 1/gamma = 0\n",
+      "v = 316746220.8849582 m / s > c, setting 1/gamma = 0\n",
+      "v = 369728701.70096284 m / s > c, setting 1/gamma = 0\n",
+      "v = 448642479.2245717 m / s > c, setting 1/gamma = 0\n",
+      "v = 509489727.9174225 m / s > c, setting 1/gamma = 0\n",
+      "v = 347778484.8483781 m / s > c, setting 1/gamma = 0\n",
+      "v = 409393236.568036 m / s > c, setting 1/gamma = 0\n",
+      "v = 434859169.42450905 m / s > c, setting 1/gamma = 0\n",
+      "v = 326524657.3901124 m / s > c, setting 1/gamma = 0\n",
+      "v = 348974567.42731416 m / s > c, setting 1/gamma = 0\n",
+      "v = 441335669.24617016 m / s > c, setting 1/gamma = 0\n",
+      "v = 469141935.97759044 m / s > c, setting 1/gamma = 0\n",
+      "v = 331730564.89285517 m / s > c, setting 1/gamma = 0\n",
+      "v = 387627988.42464364 m / s > c, setting 1/gamma = 0\n",
+      "v = 307977547.45530707 m / s > c, setting 1/gamma = 0\n",
+      "v = 311655857.0316884 m / s > c, setting 1/gamma = 0\n",
+      "v = 314988197.12421167 m / s > c, setting 1/gamma = 0\n",
+      "v = 330653163.3536414 m / s > c, setting 1/gamma = 0\n",
+      "v = 304757176.5462737 m / s > c, setting 1/gamma = 0\n",
+      "v = 321854691.5595028 m / s > c, setting 1/gamma = 0\n",
+      "v = 307908880.42033416 m / s > c, setting 1/gamma = 0\n",
+      "v = 328312521.163438 m / s > c, setting 1/gamma = 0\n",
+      "v = 346619027.1431694 m / s > c, setting 1/gamma = 0\n",
+      "v = 355412934.430923 m / s > c, setting 1/gamma = 0\n",
+      "v = 377381697.56656617 m / s > c, setting 1/gamma = 0\n",
+      "v = 363835392.63538706 m / s > c, setting 1/gamma = 0\n",
+      "v = 408263769.06338465 m / s > c, setting 1/gamma = 0\n",
+      "v = 681192102.0154244 m / s > c, setting 1/gamma = 0\n",
+      "v = 657782218.6576998 m / s > c, setting 1/gamma = 0\n",
+      "v = 314351505.9026809 m / s > c, setting 1/gamma = 0\n",
+      "v = 300413629.660697 m / s > c, setting 1/gamma = 0\n",
+      "v = 360851728.4792942 m / s > c, setting 1/gamma = 0\n",
+      "v = 423972807.6492573 m / s > c, setting 1/gamma = 0\n",
+      "v = 1106570985.3513286 m / s > c, setting 1/gamma = 0\n",
+      "v = 955376747.3358147 m / s > c, setting 1/gamma = 0\n",
+      "v = 332441417.5417638 m / s > c, setting 1/gamma = 0\n",
+      "v = 305054505.81115174 m / s > c, setting 1/gamma = 0\n",
+      "v = 343388625.45552665 m / s > c, setting 1/gamma = 0\n",
+      "v = 390718716.9157147 m / s > c, setting 1/gamma = 0\n",
+      "v = 300600271.65908724 m / s > c, setting 1/gamma = 0\n",
+      "v = 313301695.692855 m / s > c, setting 1/gamma = 0\n",
+      "v = 346799989.7974291 m / s > c, setting 1/gamma = 0\n",
+      "v = 391761575.4373473 m / s > c, setting 1/gamma = 0\n",
+      "v = 343442265.3355145 m / s > c, setting 1/gamma = 0\n",
+      "v = 474551220.8937244 m / s > c, setting 1/gamma = 0\n",
+      "v = 538794312.1623616 m / s > c, setting 1/gamma = 0\n",
+      "v = 643412258.7629215 m / s > c, setting 1/gamma = 0\n",
+      "v = 565435051.6688426 m / s > c, setting 1/gamma = 0\n",
+      "v = 425990688.32737404 m / s > c, setting 1/gamma = 0\n",
+      "v = 434270630.96682453 m / s > c, setting 1/gamma = 0\n",
+      "v = 326646567.3238439 m / s > c, setting 1/gamma = 0\n",
+      "v = 382285587.56527144 m / s > c, setting 1/gamma = 0\n",
+      "v = 364720135.49627787 m / s > c, setting 1/gamma = 0\n",
+      "v = 416540696.892017 m / s > c, setting 1/gamma = 0\n",
+      "v = 323671132.02656037 m / s > c, setting 1/gamma = 0\n",
+      "v = 368974869.10046405 m / s > c, setting 1/gamma = 0\n",
+      "v = 491925306.36028945 m / s > c, setting 1/gamma = 0\n",
+      "v = 541995230.9579688 m / s > c, setting 1/gamma = 0\n",
+      "v = 323496904.9659709 m / s > c, setting 1/gamma = 0\n",
+      "v = 364218575.07236755 m / s > c, setting 1/gamma = 0\n",
+      "v = 413588716.8420844 m / s > c, setting 1/gamma = 0\n",
+      "v = 466882168.6561338 m / s > c, setting 1/gamma = 0\n",
+      "v = 515213993.01996106 m / s > c, setting 1/gamma = 0\n",
+      "v = 340686806.15911627 m / s > c, setting 1/gamma = 0\n",
+      "v = 394068321.6711684 m / s > c, setting 1/gamma = 0\n",
+      "v = 333538143.8386635 m / s > c, setting 1/gamma = 0\n",
+      "v = 823059482.0894092 m / s > c, setting 1/gamma = 0\n",
+      "v = 726026742.3055333 m / s > c, setting 1/gamma = 0\n",
+      "v = 315575839.2645187 m / s > c, setting 1/gamma = 0\n",
+      "v = 330019035.0020617 m / s > c, setting 1/gamma = 0\n",
+      "v = 371447941.2658978 m / s > c, setting 1/gamma = 0\n",
+      "v = 345180141.2609281 m / s > c, setting 1/gamma = 0\n",
+      "v = 362325583.50098246 m / s > c, setting 1/gamma = 0\n",
+      "v = 318419545.83492327 m / s > c, setting 1/gamma = 0\n",
+      "v = 381028112.26672524 m / s > c, setting 1/gamma = 0\n",
+      "v = 350921917.96351653 m / s > c, setting 1/gamma = 0\n",
+      "v = 393587808.7792892 m / s > c, setting 1/gamma = 0\n",
+      "v = 321040558.78083897 m / s > c, setting 1/gamma = 0\n",
+      "v = 359808335.5920206 m / s > c, setting 1/gamma = 0\n",
+      "v = 522219507.72538906 m / s > c, setting 1/gamma = 0\n",
+      "v = 1422922253.709871 m / s > c, setting 1/gamma = 0\n",
+      "v = 1264607545.2286396 m / s > c, setting 1/gamma = 0\n",
+      "v = 326011112.2405436 m / s > c, setting 1/gamma = 0\n",
+      "v = 381221558.83986694 m / s > c, setting 1/gamma = 0\n",
+      "v = 306818354.6365199 m / s > c, setting 1/gamma = 0\n",
+      "v = 360366155.14937544 m / s > c, setting 1/gamma = 0\n",
+      "v = 638491475.3376008 m / s > c, setting 1/gamma = 0\n",
+      "v = 601456921.7786648 m / s > c, setting 1/gamma = 0\n",
+      "v = 316957386.7741771 m / s > c, setting 1/gamma = 0\n",
+      "v = 392371999.25262076 m / s > c, setting 1/gamma = 0\n",
+      "v = 454827723.57386446 m / s > c, setting 1/gamma = 0\n",
+      "v = 362171633.61570185 m / s > c, setting 1/gamma = 0\n",
+      "v = 959422249.6088055 m / s > c, setting 1/gamma = 0\n",
+      "v = 840159082.7201972 m / s > c, setting 1/gamma = 0\n",
+      "v = 319651346.83734304 m / s > c, setting 1/gamma = 0\n",
+      "v = 366655797.74629134 m / s > c, setting 1/gamma = 0\n",
+      "v = 348161498.71561235 m / s > c, setting 1/gamma = 0\n",
+      "v = 364200443.12006646 m / s > c, setting 1/gamma = 0\n",
+      "v = 468994629.16428554 m / s > c, setting 1/gamma = 0\n",
+      "v = 496624947.96237123 m / s > c, setting 1/gamma = 0\n",
+      "v = 380475626.61934304 m / s > c, setting 1/gamma = 0\n",
+      "v = 442726305.9028527 m / s > c, setting 1/gamma = 0\n",
+      "v = 327121617.19338477 m / s > c, setting 1/gamma = 0\n",
+      "v = 457259025.0310364 m / s > c, setting 1/gamma = 0\n",
+      "v = 505283056.76005566 m / s > c, setting 1/gamma = 0\n",
+      "v = 316335508.5592455 m / s > c, setting 1/gamma = 0\n",
+      "v = 352844151.4847507 m / s > c, setting 1/gamma = 0\n",
+      "v = 395296113.97317713 m / s > c, setting 1/gamma = 0\n",
+      "v = 318671228.3317967 m / s > c, setting 1/gamma = 0\n",
+      "v = 306790749.100858 m / s > c, setting 1/gamma = 0\n",
+      "v = 337373823.7989663 m / s > c, setting 1/gamma = 0\n",
+      "v = 333514195.0367427 m / s > c, setting 1/gamma = 0\n",
+      "v = 305746017.3728005 m / s > c, setting 1/gamma = 0\n",
+      "v = 759254082.9649713 m / s > c, setting 1/gamma = 0\n",
+      "v = 661674437.8655229 m / s > c, setting 1/gamma = 0\n",
+      "v = 479077600.4086922 m / s > c, setting 1/gamma = 0\n",
+      "v = 547498658.192296 m / s > c, setting 1/gamma = 0\n",
+      "v = 329785546.9279264 m / s > c, setting 1/gamma = 0\n",
+      "v = 410957607.14682865 m / s > c, setting 1/gamma = 0\n",
+      "v = 314359023.1331264 m / s > c, setting 1/gamma = 0\n",
+      "v = 396706113.9463576 m / s > c, setting 1/gamma = 0\n",
+      "v = 454312983.6475872 m / s > c, setting 1/gamma = 0\n",
+      "v = 301066332.08396304 m / s > c, setting 1/gamma = 0\n",
+      "v = 410510782.7983401 m / s > c, setting 1/gamma = 0\n",
+      "v = 490948908.04726875 m / s > c, setting 1/gamma = 0\n",
+      "v = 777074146.0622004 m / s > c, setting 1/gamma = 0\n",
+      "v = 691254806.7806504 m / s > c, setting 1/gamma = 0\n",
+      "v = 382943794.4499687 m / s > c, setting 1/gamma = 0\n",
+      "v = 408841632.0347116 m / s > c, setting 1/gamma = 0\n",
+      "v = 390421900.0020637 m / s > c, setting 1/gamma = 0\n",
+      "v = 439472862.0903175 m / s > c, setting 1/gamma = 0\n",
+      "v = 323531011.88955945 m / s > c, setting 1/gamma = 0\n",
+      "v = 340699600.48969054 m / s > c, setting 1/gamma = 0\n",
+      "v = 581092155.3897227 m / s > c, setting 1/gamma = 0\n",
+      "v = 617216976.2105767 m / s > c, setting 1/gamma = 0\n",
+      "v = 329025262.15650994 m / s > c, setting 1/gamma = 0\n",
+      "v = 342958876.0989868 m / s > c, setting 1/gamma = 0\n",
+      "v = 388681454.66085094 m / s > c, setting 1/gamma = 0\n",
+      "v = 345829353.74024755 m / s > c, setting 1/gamma = 0\n",
+      "v = 437516891.2620089 m / s > c, setting 1/gamma = 0\n",
+      "v = 370970156.5987991 m / s > c, setting 1/gamma = 0\n",
+      "v = 439022636.53223306 m / s > c, setting 1/gamma = 0\n",
+      "v = 378478369.09853953 m / s > c, setting 1/gamma = 0\n",
+      "v = 416228519.4485278 m / s > c, setting 1/gamma = 0\n",
+      "v = 371978710.2777531 m / s > c, setting 1/gamma = 0\n",
+      "v = 424712592.40108585 m / s > c, setting 1/gamma = 0\n",
+      "v = 306178307.3500085 m / s > c, setting 1/gamma = 0\n",
+      "v = 317294130.9034529 m / s > c, setting 1/gamma = 0\n",
+      "v = 341188673.33600074 m / s > c, setting 1/gamma = 0\n",
+      "v = 364083933.4428514 m / s > c, setting 1/gamma = 0\n",
+      "v = 364575880.6300804 m / s > c, setting 1/gamma = 0\n",
+      "v = 399281683.2157673 m / s > c, setting 1/gamma = 0\n",
+      "v = 359747548.8030775 m / s > c, setting 1/gamma = 0\n",
+      "v = 441446434.6425791 m / s > c, setting 1/gamma = 0\n",
+      "v = 332579921.2884695 m / s > c, setting 1/gamma = 0\n",
+      "v = 300995916.18395907 m / s > c, setting 1/gamma = 0\n",
+      "v = 338426424.0595422 m / s > c, setting 1/gamma = 0\n",
+      "v = 367325142.1641346 m / s > c, setting 1/gamma = 0\n",
+      "v = 422701151.3326279 m / s > c, setting 1/gamma = 0\n",
+      "v = 489736199.0807463 m / s > c, setting 1/gamma = 0\n",
+      "v = 334237858.47065175 m / s > c, setting 1/gamma = 0\n",
+      "v = 386556454.4983794 m / s > c, setting 1/gamma = 0\n",
+      "v = 365826235.5964309 m / s > c, setting 1/gamma = 0\n",
+      "v = 920229901.7811081 m / s > c, setting 1/gamma = 0\n",
+      "v = 796176186.7124432 m / s > c, setting 1/gamma = 0\n",
+      "v = 317875045.95328146 m / s > c, setting 1/gamma = 0\n",
+      "v = 409280548.48240554 m / s > c, setting 1/gamma = 0\n",
+      "v = 431080357.4502833 m / s > c, setting 1/gamma = 0\n",
+      "v = 316970512.7093482 m / s > c, setting 1/gamma = 0\n",
+      "v = 365570318.7502467 m / s > c, setting 1/gamma = 0\n",
+      "v = 335256186.525997 m / s > c, setting 1/gamma = 0\n",
+      "v = 404975721.10590374 m / s > c, setting 1/gamma = 0\n",
+      "v = 337112517.07926625 m / s > c, setting 1/gamma = 0\n",
+      "v = 370442709.502964 m / s > c, setting 1/gamma = 0\n",
+      "v = 310061033.40874314 m / s > c, setting 1/gamma = 0\n",
+      "v = 326841669.99192995 m / s > c, setting 1/gamma = 0\n",
+      "v = 422210211.9101657 m / s > c, setting 1/gamma = 0\n",
+      "v = 517299220.3634264 m / s > c, setting 1/gamma = 0\n",
+      "v = 434404848.0847941 m / s > c, setting 1/gamma = 0\n",
+      "v = 309980941.2767444 m / s > c, setting 1/gamma = 0\n",
+      "v = 316652199.82440275 m / s > c, setting 1/gamma = 0\n",
+      "v = 349955723.8968779 m / s > c, setting 1/gamma = 0\n",
+      "v = 378910223.3071157 m / s > c, setting 1/gamma = 0\n",
+      "v = 417480801.01026154 m / s > c, setting 1/gamma = 0\n",
+      "v = 317492808.09683627 m / s > c, setting 1/gamma = 0\n",
+      "v = 314080822.8862774 m / s > c, setting 1/gamma = 0\n",
+      "v = 379356372.51957095 m / s > c, setting 1/gamma = 0\n",
+      "v = 375387946.8055705 m / s > c, setting 1/gamma = 0\n",
+      "v = 413572754.6519766 m / s > c, setting 1/gamma = 0\n",
+      "v = 545837076.6400975 m / s > c, setting 1/gamma = 0\n",
+      "v = 569303169.1467885 m / s > c, setting 1/gamma = 0\n",
+      "v = 366723009.11407316 m / s > c, setting 1/gamma = 0\n",
+      "v = 424147257.95727354 m / s > c, setting 1/gamma = 0\n",
+      "v = 336394084.67206126 m / s > c, setting 1/gamma = 0\n",
+      "v = 375722622.11745435 m / s > c, setting 1/gamma = 0\n",
+      "v = 445389848.7276872 m / s > c, setting 1/gamma = 0\n",
+      "v = 481171383.1852012 m / s > c, setting 1/gamma = 0\n",
+      "v = 330914077.4905054 m / s > c, setting 1/gamma = 0\n",
+      "v = 316465007.94321215 m / s > c, setting 1/gamma = 0\n",
+      "v = 340690957.69339067 m / s > c, setting 1/gamma = 0\n",
+      "v = 474020399.80631346 m / s > c, setting 1/gamma = 0\n",
+      "v = 498934379.19523066 m / s > c, setting 1/gamma = 0\n",
+      "v = 344032075.66040623 m / s > c, setting 1/gamma = 0\n",
+      "v = 306689356.0415874 m / s > c, setting 1/gamma = 0\n",
+      "v = 325737140.8524207 m / s > c, setting 1/gamma = 0\n",
+      "v = 325085021.96604335 m / s > c, setting 1/gamma = 0\n",
+      "v = 385124317.2479434 m / s > c, setting 1/gamma = 0\n",
+      "v = 373027605.3235722 m / s > c, setting 1/gamma = 0\n",
+      "v = 408809455.92124414 m / s > c, setting 1/gamma = 0\n",
+      "v = 381109696.81306106 m / s > c, setting 1/gamma = 0\n",
+      "v = 430608770.630145 m / s > c, setting 1/gamma = 0\n",
+      "v = 459272573.8517083 m / s > c, setting 1/gamma = 0\n",
+      "v = 497790130.5753901 m / s > c, setting 1/gamma = 0\n",
+      "v = 319609668.0901768 m / s > c, setting 1/gamma = 0\n",
+      "Clipping at index 6\n",
+      "v = 308733503.22661173 m / s > c, setting 1/gamma = 0\n",
+      "v = 315757204.14896065 m / s > c, setting 1/gamma = 0\n",
+      "v = 343316371.57883537 m / s > c, setting 1/gamma = 0\n",
+      "v = 374333336.18782943 m / s > c, setting 1/gamma = 0\n",
+      "v = 303037024.12316275 m / s > c, setting 1/gamma = 0\n",
+      "v = 303389908.76157415 m / s > c, setting 1/gamma = 0\n",
+      "v = 335770744.6589442 m / s > c, setting 1/gamma = 0\n",
+      "v = 339379905.7040132 m / s > c, setting 1/gamma = 0\n",
+      "v = 480978019.4025741 m / s > c, setting 1/gamma = 0\n",
+      "v = 483542411.7740706 m / s > c, setting 1/gamma = 0\n",
+      "v = 447042335.0237018 m / s > c, setting 1/gamma = 0\n",
+      "v = 481513742.47429633 m / s > c, setting 1/gamma = 0\n",
+      "v = 436898079.47678673 m / s > c, setting 1/gamma = 0\n",
+      "v = 480362520.2733499 m / s > c, setting 1/gamma = 0\n",
+      "v = 300311706.3227147 m / s > c, setting 1/gamma = 0\n",
+      "v = 481729236.03723437 m / s > c, setting 1/gamma = 0\n",
+      "v = 514343110.38078403 m / s > c, setting 1/gamma = 0\n",
+      "v = 430973481.0113706 m / s > c, setting 1/gamma = 0\n",
+      "v = 479749003.10287124 m / s > c, setting 1/gamma = 0\n",
+      "v = 304347511.9854882 m / s > c, setting 1/gamma = 0\n",
+      "v = 368267074.9046789 m / s > c, setting 1/gamma = 0\n",
+      "v = 364800453.3475704 m / s > c, setting 1/gamma = 0\n",
+      "v = 439964130.73882395 m / s > c, setting 1/gamma = 0\n",
+      "v = 343380730.7239416 m / s > c, setting 1/gamma = 0\n",
+      "v = 306039355.9694309 m / s > c, setting 1/gamma = 0\n",
+      "v = 456317471.231994 m / s > c, setting 1/gamma = 0\n",
+      "v = 510845853.3038212 m / s > c, setting 1/gamma = 0\n",
+      "v = 356745049.6480489 m / s > c, setting 1/gamma = 0\n",
+      "v = 491885033.50875556 m / s > c, setting 1/gamma = 0\n",
+      "v = 504850775.2999367 m / s > c, setting 1/gamma = 0\n",
+      "v = 317924135.5452941 m / s > c, setting 1/gamma = 0\n",
+      "v = 376118807.58982307 m / s > c, setting 1/gamma = 0\n",
+      "v = 301432289.15901834 m / s > c, setting 1/gamma = 0\n",
+      "v = 334909473.1885843 m / s > c, setting 1/gamma = 0\n",
+      "v = 385528307.5735929 m / s > c, setting 1/gamma = 0\n",
+      "v = 411310205.1648429 m / s > c, setting 1/gamma = 0\n",
+      "v = 312550184.42513585 m / s > c, setting 1/gamma = 0\n",
+      "v = 388763989.77529657 m / s > c, setting 1/gamma = 0\n",
+      "v = 350852340.7065777 m / s > c, setting 1/gamma = 0\n",
+      "v = 495427919.0694882 m / s > c, setting 1/gamma = 0\n",
+      "v = 553670003.4648738 m / s > c, setting 1/gamma = 0\n",
+      "v = 401989833.22969985 m / s > c, setting 1/gamma = 0\n",
+      "v = 458245277.4233678 m / s > c, setting 1/gamma = 0\n",
+      "v = 486336494.5041539 m / s > c, setting 1/gamma = 0\n",
+      "v = 523853937.84192425 m / s > c, setting 1/gamma = 0\n",
+      "v = 315377731.50620425 m / s > c, setting 1/gamma = 0\n",
+      "v = 300355669.6845232 m / s > c, setting 1/gamma = 0\n",
+      "v = 315659323.0903006 m / s > c, setting 1/gamma = 0\n",
+      "v = 368422290.5293588 m / s > c, setting 1/gamma = 0\n",
+      "v = 425250181.0370699 m / s > c, setting 1/gamma = 0\n",
+      "v = 313265526.18508947 m / s > c, setting 1/gamma = 0\n",
+      "v = 342255341.6551532 m / s > c, setting 1/gamma = 0\n",
+      "v = 366308027.4078392 m / s > c, setting 1/gamma = 0\n",
+      "v = 400572729.7167269 m / s > c, setting 1/gamma = 0\n",
+      "v = 318000011.49259764 m / s > c, setting 1/gamma = 0\n",
+      "v = 343931010.21654105 m / s > c, setting 1/gamma = 0\n",
+      "v = 490289603.7469158 m / s > c, setting 1/gamma = 0\n",
+      "v = 497360115.87804997 m / s > c, setting 1/gamma = 0\n",
+      "v = 370516396.6017574 m / s > c, setting 1/gamma = 0\n",
+      "v = 393903060.6304378 m / s > c, setting 1/gamma = 0\n",
+      "v = 314811824.949183 m / s > c, setting 1/gamma = 0\n",
+      "v = 366630581.87205094 m / s > c, setting 1/gamma = 0\n",
+      "v = 307047084.3482908 m / s > c, setting 1/gamma = 0\n",
+      "v = 366395118.34457797 m / s > c, setting 1/gamma = 0\n",
+      "v = 403001636.0992705 m / s > c, setting 1/gamma = 0\n",
+      "v = 442721495.8694676 m / s > c, setting 1/gamma = 0\n",
+      "v = 494993402.23005617 m / s > c, setting 1/gamma = 0\n",
+      "v = 310604116.65866226 m / s > c, setting 1/gamma = 0\n",
+      "v = 346373149.9623739 m / s > c, setting 1/gamma = 0\n",
+      "v = 306402593.2461122 m / s > c, setting 1/gamma = 0\n",
+      "v = 343245949.65985084 m / s > c, setting 1/gamma = 0\n",
+      "v = 464872295.0072443 m / s > c, setting 1/gamma = 0\n",
+      "v = 507356423.08771294 m / s > c, setting 1/gamma = 0\n",
+      "v = 352155963.3534646 m / s > c, setting 1/gamma = 0\n",
+      "v = 407565587.7825468 m / s > c, setting 1/gamma = 0\n",
+      "v = 355109178.8694633 m / s > c, setting 1/gamma = 0\n",
+      "v = 377178267.6813262 m / s > c, setting 1/gamma = 0\n",
+      "v = 364443416.92185915 m / s > c, setting 1/gamma = 0\n",
+      "v = 442059469.3923952 m / s > c, setting 1/gamma = 0\n",
+      "v = 305895734.8717074 m / s > c, setting 1/gamma = 0\n",
+      "v = 324984985.8489082 m / s > c, setting 1/gamma = 0\n",
+      "v = 389233715.12289083 m / s > c, setting 1/gamma = 0\n",
+      "v = 326464271.86035925 m / s > c, setting 1/gamma = 0\n",
+      "v = 393470142.5976819 m / s > c, setting 1/gamma = 0\n",
+      "v = 457299976.9587042 m / s > c, setting 1/gamma = 0\n",
+      "v = 522487958.8460247 m / s > c, setting 1/gamma = 0\n",
+      "v = 312588760.90297467 m / s > c, setting 1/gamma = 0\n",
+      "v = 479841297.30763024 m / s > c, setting 1/gamma = 0\n",
+      "v = 531082542.8153032 m / s > c, setting 1/gamma = 0\n",
+      "v = 318294581.8311488 m / s > c, setting 1/gamma = 0\n",
+      "v = 359934082.8391782 m / s > c, setting 1/gamma = 0\n",
+      "v = 485176473.1801711 m / s > c, setting 1/gamma = 0\n",
+      "v = 537510460.9106318 m / s > c, setting 1/gamma = 0\n",
+      "v = 304702091.37360245 m / s > c, setting 1/gamma = 0\n",
+      "v = 311388700.948674 m / s > c, setting 1/gamma = 0\n",
+      "v = 326518260.2468681 m / s > c, setting 1/gamma = 0\n",
+      "v = 306000392.09103394 m / s > c, setting 1/gamma = 0\n",
+      "v = 311941974.7708151 m / s > c, setting 1/gamma = 0\n",
+      "v = 360403593.22298944 m / s > c, setting 1/gamma = 0\n",
+      "v = 425334247.02280265 m / s > c, setting 1/gamma = 0\n",
+      "v = 328607088.5914357 m / s > c, setting 1/gamma = 0\n",
+      "v = 309282350.14472115 m / s > c, setting 1/gamma = 0\n",
+      "v = 362715874.56776047 m / s > c, setting 1/gamma = 0\n",
+      "v = 344280278.9531411 m / s > c, setting 1/gamma = 0\n",
+      "v = 370735038.4637443 m / s > c, setting 1/gamma = 0\n",
+      "v = 446819543.7971906 m / s > c, setting 1/gamma = 0\n",
+      "v = 499725857.4661559 m / s > c, setting 1/gamma = 0\n",
+      "v = 309665129.9317972 m / s > c, setting 1/gamma = 0\n",
+      "v = 315327021.43881536 m / s > c, setting 1/gamma = 0\n",
+      "v = 323817164.97257024 m / s > c, setting 1/gamma = 0\n",
+      "v = 307352910.542891 m / s > c, setting 1/gamma = 0\n",
+      "v = 300748939.09490573 m / s > c, setting 1/gamma = 0\n",
+      "v = 330789547.5103278 m / s > c, setting 1/gamma = 0\n",
+      "v = 300694610.4000843 m / s > c, setting 1/gamma = 0\n",
+      "v = 310212766.4648636 m / s > c, setting 1/gamma = 0\n",
+      "v = 309112866.6097234 m / s > c, setting 1/gamma = 0\n",
+      "v = 356064499.74860215 m / s > c, setting 1/gamma = 0\n",
+      "v = 336814548.96519786 m / s > c, setting 1/gamma = 0\n",
+      "v = 389686476.5336551 m / s > c, setting 1/gamma = 0\n",
+      "v = 321086415.3820021 m / s > c, setting 1/gamma = 0\n",
+      "v = 315678312.6852057 m / s > c, setting 1/gamma = 0\n",
+      "v = 340799017.6652116 m / s > c, setting 1/gamma = 0\n",
+      "v = 307554780.49086624 m / s > c, setting 1/gamma = 0\n",
+      "v = 476249481.4566882 m / s > c, setting 1/gamma = 0\n",
+      "v = 539094200.4735805 m / s > c, setting 1/gamma = 0\n",
+      "v = 511420199.97519594 m / s > c, setting 1/gamma = 0\n",
+      "v = 564436794.6875974 m / s > c, setting 1/gamma = 0\n",
+      "v = 332721601.93655527 m / s > c, setting 1/gamma = 0\n",
+      "v = 305003055.6877843 m / s > c, setting 1/gamma = 0\n",
+      "v = 323753445.50484276 m / s > c, setting 1/gamma = 0\n",
+      "v = 366700500.38311946 m / s > c, setting 1/gamma = 0\n",
+      "v = 318753333.8014122 m / s > c, setting 1/gamma = 0\n",
+      "v = 372425132.27514964 m / s > c, setting 1/gamma = 0\n",
+      "v = 358243986.7017622 m / s > c, setting 1/gamma = 0\n",
+      "v = 419467067.732289 m / s > c, setting 1/gamma = 0\n",
+      "v = 484478261.6857091 m / s > c, setting 1/gamma = 0\n",
+      "v = 507543201.0005083 m / s > c, setting 1/gamma = 0\n",
+      "v = 358980595.99356884 m / s > c, setting 1/gamma = 0\n",
+      "v = 416805493.28806037 m / s > c, setting 1/gamma = 0\n",
+      "v = 301947083.38253576 m / s > c, setting 1/gamma = 0\n",
+      "v = 303972422.99499476 m / s > c, setting 1/gamma = 0\n",
+      "v = 310863120.342399 m / s > c, setting 1/gamma = 0\n",
+      "v = 326287614.71412164 m / s > c, setting 1/gamma = 0\n",
+      "v = 351804251.3528275 m / s > c, setting 1/gamma = 0\n",
+      "v = 415831334.3395194 m / s > c, setting 1/gamma = 0\n",
+      "v = 333609558.16919905 m / s > c, setting 1/gamma = 0\n",
+      "v = 409006279.2650126 m / s > c, setting 1/gamma = 0\n",
+      "v = 300179817.4315702 m / s > c, setting 1/gamma = 0\n",
+      "v = 319541135.9781083 m / s > c, setting 1/gamma = 0\n",
+      "v = 390946327.98428255 m / s > c, setting 1/gamma = 0\n",
+      "v = 325608790.3412059 m / s > c, setting 1/gamma = 0\n",
+      "v = 300369284.294259 m / s > c, setting 1/gamma = 0\n",
+      "v = 337312416.59778637 m / s > c, setting 1/gamma = 0\n",
+      "v = 318067749.2509213 m / s > c, setting 1/gamma = 0\n",
+      "v = 826593632.5112405 m / s > c, setting 1/gamma = 0\n",
+      "v = 713951818.6216079 m / s > c, setting 1/gamma = 0\n",
+      "v = 322769740.7263975 m / s > c, setting 1/gamma = 0\n",
+      "v = 366709447.7485466 m / s > c, setting 1/gamma = 0\n",
+      "v = 356604972.5929945 m / s > c, setting 1/gamma = 0\n",
+      "v = 372240062.9893534 m / s > c, setting 1/gamma = 0\n",
+      "v = 577378073.8911562 m / s > c, setting 1/gamma = 0\n",
+      "v = 567355580.7736629 m / s > c, setting 1/gamma = 0\n",
+      "v = 309914605.168919 m / s > c, setting 1/gamma = 0\n",
+      "v = 305586341.9934407 m / s > c, setting 1/gamma = 0\n",
+      "v = 318858206.11572903 m / s > c, setting 1/gamma = 0\n",
+      "v = 471629391.34817505 m / s > c, setting 1/gamma = 0\n",
+      "v = 520359658.5638693 m / s > c, setting 1/gamma = 0\n",
+      "v = 327492677.04116553 m / s > c, setting 1/gamma = 0\n",
+      "v = 392868754.79906344 m / s > c, setting 1/gamma = 0\n",
+      "v = 315945271.98802495 m / s > c, setting 1/gamma = 0\n",
+      "v = 437980487.8583747 m / s > c, setting 1/gamma = 0\n",
+      "v = 474987547.3662654 m / s > c, setting 1/gamma = 0\n",
+      "v = 506918419.5128819 m / s > c, setting 1/gamma = 0\n",
+      "v = 558454576.8969537 m / s > c, setting 1/gamma = 0\n",
+      "v = 371952286.261833 m / s > c, setting 1/gamma = 0\n",
+      "v = 417267535.6977872 m / s > c, setting 1/gamma = 0\n",
+      "v = 307655485.96834517 m / s > c, setting 1/gamma = 0\n",
+      "v = 465534013.88815993 m / s > c, setting 1/gamma = 0\n",
+      "v = 486609250.3245497 m / s > c, setting 1/gamma = 0\n",
+      "v = 374352971.62124795 m / s > c, setting 1/gamma = 0\n",
+      "v = 405783364.1304222 m / s > c, setting 1/gamma = 0\n",
+      "v = 574016575.0775459 m / s > c, setting 1/gamma = 0\n",
+      "v = 567398413.8039659 m / s > c, setting 1/gamma = 0\n",
+      "v = 318494118.1750123 m / s > c, setting 1/gamma = 0\n",
+      "v = 309712741.9330599 m / s > c, setting 1/gamma = 0\n",
+      "v = 349777115.10829204 m / s > c, setting 1/gamma = 0\n",
+      "v = 400353185.6839785 m / s > c, setting 1/gamma = 0\n",
+      "v = 429752926.33554304 m / s > c, setting 1/gamma = 0\n",
+      "v = 374559540.16104674 m / s > c, setting 1/gamma = 0\n",
+      "v = 390845159.0667619 m / s > c, setting 1/gamma = 0\n",
+      "v = 420412198.829765 m / s > c, setting 1/gamma = 0\n",
+      "v = 491551671.01853275 m / s > c, setting 1/gamma = 0\n",
+      "v = 325810373.9881468 m / s > c, setting 1/gamma = 0\n",
+      "v = 328870420.36958504 m / s > c, setting 1/gamma = 0\n",
+      "v = 754744474.4412144 m / s > c, setting 1/gamma = 0\n",
+      "v = 636004345.3470558 m / s > c, setting 1/gamma = 0\n",
+      "v = 536247407.4568649 m / s > c, setting 1/gamma = 0\n",
+      "v = 507020567.93654335 m / s > c, setting 1/gamma = 0\n",
+      "v = 311812792.1750641 m / s > c, setting 1/gamma = 0\n",
+      "v = 336403919.0656028 m / s > c, setting 1/gamma = 0\n",
+      "v = 321311494.0934421 m / s > c, setting 1/gamma = 0\n",
+      "v = 332368265.99020255 m / s > c, setting 1/gamma = 0\n",
+      "v = 481358495.3887536 m / s > c, setting 1/gamma = 0\n",
+      "v = 488149446.9438027 m / s > c, setting 1/gamma = 0\n",
+      "v = 300307469.7551196 m / s > c, setting 1/gamma = 0\n",
+      "v = 334029432.89666903 m / s > c, setting 1/gamma = 0\n",
+      "v = 363151862.4034765 m / s > c, setting 1/gamma = 0\n",
+      "v = 313155011.90888387 m / s > c, setting 1/gamma = 0\n",
+      "v = 324382625.70681936 m / s > c, setting 1/gamma = 0\n",
+      "v = 382593000.67104113 m / s > c, setting 1/gamma = 0\n",
+      "v = 300325922.63572365 m / s > c, setting 1/gamma = 0\n",
+      "v = 332452607.0638511 m / s > c, setting 1/gamma = 0\n",
+      "v = 308588177.8055677 m / s > c, setting 1/gamma = 0\n",
+      "v = 380604304.23500204 m / s > c, setting 1/gamma = 0\n",
+      "v = 395815477.2203571 m / s > c, setting 1/gamma = 0\n",
+      "v = 466648886.53466225 m / s > c, setting 1/gamma = 0\n",
+      "v = 487446897.54311836 m / s > c, setting 1/gamma = 0\n",
+      "v = 347372818.5729239 m / s > c, setting 1/gamma = 0\n",
+      "v = 369153137.66532916 m / s > c, setting 1/gamma = 0\n",
+      "v = 302542466.7379744 m / s > c, setting 1/gamma = 0\n",
+      "v = 354057037.38037425 m / s > c, setting 1/gamma = 0\n",
+      "v = 321901293.6380679 m / s > c, setting 1/gamma = 0\n",
+      "v = 300277072.0459675 m / s > c, setting 1/gamma = 0\n",
+      "v = 305526586.32483697 m / s > c, setting 1/gamma = 0\n",
+      "v = 328887773.77116024 m / s > c, setting 1/gamma = 0\n",
+      "v = 532676357.38801974 m / s > c, setting 1/gamma = 0\n",
+      "v = 536157420.44710773 m / s > c, setting 1/gamma = 0\n",
+      "v = 323150114.6971575 m / s > c, setting 1/gamma = 0\n",
+      "v = 370646379.5296742 m / s > c, setting 1/gamma = 0\n",
+      "v = 308257298.61727995 m / s > c, setting 1/gamma = 0\n",
+      "v = 365942562.3360947 m / s > c, setting 1/gamma = 0\n",
+      "v = 322894909.39807504 m / s > c, setting 1/gamma = 0\n",
+      "v = 344058362.62926203 m / s > c, setting 1/gamma = 0\n",
+      "v = 308187364.93006325 m / s > c, setting 1/gamma = 0\n",
+      "v = 466880670.59725296 m / s > c, setting 1/gamma = 0\n",
+      "v = 488314318.4373953 m / s > c, setting 1/gamma = 0\n",
+      "v = 407059674.0715474 m / s > c, setting 1/gamma = 0\n",
+      "v = 449034449.51754725 m / s > c, setting 1/gamma = 0\n",
+      "v = 351292242.48510575 m / s > c, setting 1/gamma = 0\n",
+      "v = 384215014.8985787 m / s > c, setting 1/gamma = 0\n",
+      "v = 301345347.878989 m / s > c, setting 1/gamma = 0\n",
+      "v = 347190987.0413466 m / s > c, setting 1/gamma = 0\n",
+      "v = 370323322.6141077 m / s > c, setting 1/gamma = 0\n",
+      "v = 345302812.0866109 m / s > c, setting 1/gamma = 0\n",
+      "v = 389936191.4413483 m / s > c, setting 1/gamma = 0\n",
+      "v = 327029896.0686502 m / s > c, setting 1/gamma = 0\n",
+      "v = 338136176.0155567 m / s > c, setting 1/gamma = 0\n",
+      "v = 371260020.13293284 m / s > c, setting 1/gamma = 0\n",
+      "v = 333215514.3213523 m / s > c, setting 1/gamma = 0\n",
+      "v = 374985843.745498 m / s > c, setting 1/gamma = 0\n",
+      "v = 307360168.5931921 m / s > c, setting 1/gamma = 0\n",
+      "v = 307605464.33431536 m / s > c, setting 1/gamma = 0\n",
+      "v = 335805557.2692137 m / s > c, setting 1/gamma = 0\n",
+      "v = 344175577.2430603 m / s > c, setting 1/gamma = 0\n",
+      "v = 399605589.87497866 m / s > c, setting 1/gamma = 0\n",
+      "v = 322467600.8274409 m / s > c, setting 1/gamma = 0\n",
+      "v = 346464983.69357926 m / s > c, setting 1/gamma = 0\n",
+      "v = 306017906.6993117 m / s > c, setting 1/gamma = 0\n",
+      "v = 536198313.6296551 m / s > c, setting 1/gamma = 0\n",
+      "v = 464618052.7438396 m / s > c, setting 1/gamma = 0\n",
+      "v = 319921165.51922756 m / s > c, setting 1/gamma = 0\n",
+      "v = 376225905.9350294 m / s > c, setting 1/gamma = 0\n",
+      "v = 404164555.64402044 m / s > c, setting 1/gamma = 0\n",
+      "v = 652109444.9944677 m / s > c, setting 1/gamma = 0\n",
+      "v = 662853762.6437455 m / s > c, setting 1/gamma = 0\n",
+      "v = 308221905.9173839 m / s > c, setting 1/gamma = 0\n",
+      "v = 308951550.7687732 m / s > c, setting 1/gamma = 0\n",
+      "v = 325482211.87139505 m / s > c, setting 1/gamma = 0\n",
+      "v = 306200916.4721007 m / s > c, setting 1/gamma = 0\n",
+      "v = 354828465.7102027 m / s > c, setting 1/gamma = 0\n",
+      "v = 300025417.0070933 m / s > c, setting 1/gamma = 0\n",
+      "v = 356235699.84142756 m / s > c, setting 1/gamma = 0\n",
+      "v = 302256786.1807562 m / s > c, setting 1/gamma = 0\n",
+      "v = 353747373.75042665 m / s > c, setting 1/gamma = 0\n",
+      "v = 368590172.34302354 m / s > c, setting 1/gamma = 0\n",
+      "v = 420949206.3183763 m / s > c, setting 1/gamma = 0\n",
+      "v = 307985629.83845943 m / s > c, setting 1/gamma = 0\n",
+      "v = 374328085.35136724 m / s > c, setting 1/gamma = 0\n",
+      "v = 316660159.81321543 m / s > c, setting 1/gamma = 0\n",
+      "v = 390775704.80494153 m / s > c, setting 1/gamma = 0\n",
+      "v = 431346265.9963652 m / s > c, setting 1/gamma = 0\n",
+      "v = 309786641.97711587 m / s > c, setting 1/gamma = 0\n",
+      "v = 321458689.14407015 m / s > c, setting 1/gamma = 0\n",
+      "v = 445408438.96759343 m / s > c, setting 1/gamma = 0\n",
+      "v = 493966935.0036408 m / s > c, setting 1/gamma = 0\n",
+      "v = 595158773.6934346 m / s > c, setting 1/gamma = 0\n",
+      "v = 539680036.0437571 m / s > c, setting 1/gamma = 0\n",
+      "v = 320918868.89773786 m / s > c, setting 1/gamma = 0\n",
+      "v = 394917221.32406384 m / s > c, setting 1/gamma = 0\n",
+      "v = 315845546.2334377 m / s > c, setting 1/gamma = 0\n",
+      "v = 568250083.8082577 m / s > c, setting 1/gamma = 0\n",
+      "v = 571468278.3372668 m / s > c, setting 1/gamma = 0\n",
+      "v = 454519495.43404764 m / s > c, setting 1/gamma = 0\n",
+      "v = 498299367.36676455 m / s > c, setting 1/gamma = 0\n",
+      "v = 321368435.26635695 m / s > c, setting 1/gamma = 0\n",
+      "v = 330943152.11092955 m / s > c, setting 1/gamma = 0\n",
+      "v = 309243502.5747277 m / s > c, setting 1/gamma = 0\n",
+      "v = 369110913.7576198 m / s > c, setting 1/gamma = 0\n",
+      "v = 318682292.4345255 m / s > c, setting 1/gamma = 0\n",
+      "v = 367680079.2841641 m / s > c, setting 1/gamma = 0\n",
+      "v = 311446166.42483664 m / s > c, setting 1/gamma = 0\n",
+      "v = 305280922.7403556 m / s > c, setting 1/gamma = 0\n",
+      "v = 647156664.9441535 m / s > c, setting 1/gamma = 0\n",
+      "v = 591693209.4793775 m / s > c, setting 1/gamma = 0\n",
+      "v = 520930569.26315534 m / s > c, setting 1/gamma = 0\n",
+      "v = 576681135.5830096 m / s > c, setting 1/gamma = 0\n",
+      "v = 380943629.1894924 m / s > c, setting 1/gamma = 0\n",
+      "v = 449104640.85940087 m / s > c, setting 1/gamma = 0\n",
+      "v = 504966085.3505346 m / s > c, setting 1/gamma = 0\n",
+      "v = 515967528.3797353 m / s > c, setting 1/gamma = 0\n",
+      "v = 642943209.7746184 m / s > c, setting 1/gamma = 0\n",
+      "v = 659220463.9440672 m / s > c, setting 1/gamma = 0\n",
+      "v = 368439723.4627894 m / s > c, setting 1/gamma = 0\n",
+      "v = 430392495.35368574 m / s > c, setting 1/gamma = 0\n",
+      "v = 316577046.7888181 m / s > c, setting 1/gamma = 0\n",
+      "v = 371132910.4170787 m / s > c, setting 1/gamma = 0\n",
+      "v = 372787696.7567228 m / s > c, setting 1/gamma = 0\n",
+      "v = 448479574.073304 m / s > c, setting 1/gamma = 0\n",
+      "v = 379971820.6943208 m / s > c, setting 1/gamma = 0\n",
+      "v = 414162934.70106083 m / s > c, setting 1/gamma = 0\n",
+      "v = 316757596.7440342 m / s > c, setting 1/gamma = 0\n",
+      "v = 774028464.2745283 m / s > c, setting 1/gamma = 0\n",
+      "v = 690662876.9261597 m / s > c, setting 1/gamma = 0\n",
+      "v = 354174406.97147655 m / s > c, setting 1/gamma = 0\n",
+      "v = 317296023.47204953 m / s > c, setting 1/gamma = 0\n",
+      "v = 361525499.62735933 m / s > c, setting 1/gamma = 0\n",
+      "v = 395392743.75004876 m / s > c, setting 1/gamma = 0\n",
+      "v = 302158169.9961767 m / s > c, setting 1/gamma = 0\n",
+      "v = 306324629.04948545 m / s > c, setting 1/gamma = 0\n",
+      "v = 418197040.97414273 m / s > c, setting 1/gamma = 0\n",
+      "v = 476079213.4523982 m / s > c, setting 1/gamma = 0\n",
+      "v = 491474087.47525215 m / s > c, setting 1/gamma = 0\n",
+      "v = 1429323477.0672033 m / s > c, setting 1/gamma = 0\n",
+      "v = 1268490176.901823 m / s > c, setting 1/gamma = 0\n",
+      "v = 376154471.8409381 m / s > c, setting 1/gamma = 0\n",
+      "v = 413909704.3694261 m / s > c, setting 1/gamma = 0\n",
+      "v = 336913186.4874534 m / s > c, setting 1/gamma = 0\n",
+      "v = 314243068.510072 m / s > c, setting 1/gamma = 0\n",
+      "v = 307451080.38979465 m / s > c, setting 1/gamma = 0\n",
+      "v = 346070111.3035952 m / s > c, setting 1/gamma = 0\n",
+      "v = 347868473.05066925 m / s > c, setting 1/gamma = 0\n",
+      "v = 317870796.1777588 m / s > c, setting 1/gamma = 0\n",
+      "v = 307018382.0896945 m / s > c, setting 1/gamma = 0\n",
+      "v = 323712384.0609117 m / s > c, setting 1/gamma = 0\n",
+      "v = 409218883.2776169 m / s > c, setting 1/gamma = 0\n",
+      "v = 463581552.75171626 m / s > c, setting 1/gamma = 0\n",
+      "v = 314225537.7350084 m / s > c, setting 1/gamma = 0\n",
+      "v = 326936535.42036444 m / s > c, setting 1/gamma = 0\n",
+      "v = 375725444.9746643 m / s > c, setting 1/gamma = 0\n",
+      "v = 321864586.9639074 m / s > c, setting 1/gamma = 0\n",
+      "v = 376089728.72475886 m / s > c, setting 1/gamma = 0\n",
+      "v = 308674334.8011134 m / s > c, setting 1/gamma = 0\n",
+      "v = 365749028.9953057 m / s > c, setting 1/gamma = 0\n",
+      "v = 307933335.3206672 m / s > c, setting 1/gamma = 0\n",
+      "v = 304206837.5530701 m / s > c, setting 1/gamma = 0\n",
+      "v = 422916595.9123596 m / s > c, setting 1/gamma = 0\n",
+      "v = 466804595.8693417 m / s > c, setting 1/gamma = 0\n",
+      "v = 506722287.57497317 m / s > c, setting 1/gamma = 0\n",
+      "v = 559444976.6950958 m / s > c, setting 1/gamma = 0\n",
+      "v = 352192066.58463967 m / s > c, setting 1/gamma = 0\n",
+      "v = 395959792.27744466 m / s > c, setting 1/gamma = 0\n",
+      "v = 301569256.92911756 m / s > c, setting 1/gamma = 0\n",
+      "v = 678979862.169875 m / s > c, setting 1/gamma = 0\n",
+      "v = 575437291.4172251 m / s > c, setting 1/gamma = 0\n",
+      "v = 333360251.37573487 m / s > c, setting 1/gamma = 0\n",
+      "v = 306496588.47235644 m / s > c, setting 1/gamma = 0\n",
+      "v = 365501480.46470535 m / s > c, setting 1/gamma = 0\n",
+      "v = 328919628.70836633 m / s > c, setting 1/gamma = 0\n",
+      "v = 303154050.0356602 m / s > c, setting 1/gamma = 0\n",
+      "v = 344598611.98884076 m / s > c, setting 1/gamma = 0\n",
+      "v = 319609215.5994729 m / s > c, setting 1/gamma = 0\n",
+      "v = 327480814.50171494 m / s > c, setting 1/gamma = 0\n",
+      "v = 302995725.17134595 m / s > c, setting 1/gamma = 0\n",
+      "v = 498024620.1028296 m / s > c, setting 1/gamma = 0\n",
+      "v = 505090926.4164218 m / s > c, setting 1/gamma = 0\n",
+      "v = 318812188.5213155 m / s > c, setting 1/gamma = 0\n",
+      "v = 380979620.7577776 m / s > c, setting 1/gamma = 0\n",
+      "v = 306190082.555762 m / s > c, setting 1/gamma = 0\n",
+      "v = 308192555.79190266 m / s > c, setting 1/gamma = 0\n",
+      "v = 380668604.72966963 m / s > c, setting 1/gamma = 0\n",
+      "v = 435651441.7829909 m / s > c, setting 1/gamma = 0\n",
+      "v = 329768053.642141 m / s > c, setting 1/gamma = 0\n",
+      "v = 369920852.4223447 m / s > c, setting 1/gamma = 0\n",
+      "v = 336910183.5574432 m / s > c, setting 1/gamma = 0\n",
+      "v = 942561379.445705 m / s > c, setting 1/gamma = 0\n",
+      "v = 829646661.7375014 m / s > c, setting 1/gamma = 0\n",
+      "v = 323979310.25257236 m / s > c, setting 1/gamma = 0\n",
+      "v = 365755367.215026 m / s > c, setting 1/gamma = 0\n",
+      "v = 318262035.9745595 m / s > c, setting 1/gamma = 0\n",
+      "v = 323915724.03491217 m / s > c, setting 1/gamma = 0\n",
+      "v = 382418074.7599663 m / s > c, setting 1/gamma = 0\n",
+      "v = 311813894.7341776 m / s > c, setting 1/gamma = 0\n",
+      "v = 310805522.6236084 m / s > c, setting 1/gamma = 0\n",
+      "v = 348602938.6332909 m / s > c, setting 1/gamma = 0\n",
+      "v = 303178651.66595644 m / s > c, setting 1/gamma = 0\n",
+      "v = 668448374.278326 m / s > c, setting 1/gamma = 0\n",
+      "v = 557313596.2801111 m / s > c, setting 1/gamma = 0\n",
+      "v = 336341907.2979855 m / s > c, setting 1/gamma = 0\n",
+      "v = 411142676.66565686 m / s > c, setting 1/gamma = 0\n",
+      "v = 349470737.98452634 m / s > c, setting 1/gamma = 0\n",
+      "v = 370971911.0340281 m / s > c, setting 1/gamma = 0\n",
+      "v = 307304722.8349818 m / s > c, setting 1/gamma = 0\n",
+      "v = 378794999.4333936 m / s > c, setting 1/gamma = 0\n",
+      "v = 444756354.57782984 m / s > c, setting 1/gamma = 0\n",
+      "v = 333094225.81123734 m / s > c, setting 1/gamma = 0\n",
+      "v = 319502289.4889763 m / s > c, setting 1/gamma = 0\n",
+      "v = 391701854.9213305 m / s > c, setting 1/gamma = 0\n",
+      "v = 355771382.1919314 m / s > c, setting 1/gamma = 0\n",
+      "v = 413550857.6252969 m / s > c, setting 1/gamma = 0\n",
+      "v = 343509082.1999181 m / s > c, setting 1/gamma = 0\n",
+      "v = 414050037.7147087 m / s > c, setting 1/gamma = 0\n",
+      "v = 311466191.63605344 m / s > c, setting 1/gamma = 0\n",
+      "v = 371977986.6841222 m / s > c, setting 1/gamma = 0\n",
+      "v = 324495808.49524 m / s > c, setting 1/gamma = 0\n",
+      "v = 307296512.31197053 m / s > c, setting 1/gamma = 0\n",
+      "v = 332765998.08521473 m / s > c, setting 1/gamma = 0\n",
+      "v = 390804612.7464212 m / s > c, setting 1/gamma = 0\n",
+      "v = 302068672.57276654 m / s > c, setting 1/gamma = 0\n",
+      "v = 404318181.9172097 m / s > c, setting 1/gamma = 0\n",
+      "v = 472635560.48910254 m / s > c, setting 1/gamma = 0\n",
+      "v = 383773917.3150447 m / s > c, setting 1/gamma = 0\n",
+      "v = 450731081.9303157 m / s > c, setting 1/gamma = 0\n",
+      "v = 350378183.56419134 m / s > c, setting 1/gamma = 0\n",
+      "v = 315490349.63447315 m / s > c, setting 1/gamma = 0\n",
+      "v = 359087094.7368948 m / s > c, setting 1/gamma = 0\n",
+      "v = 301637977.7473297 m / s > c, setting 1/gamma = 0\n",
+      "v = 459712916.01361346 m / s > c, setting 1/gamma = 0\n",
+      "v = 518529415.6148649 m / s > c, setting 1/gamma = 0\n",
+      "v = 365349643.9086395 m / s > c, setting 1/gamma = 0\n",
+      "v = 440786249.04364485 m / s > c, setting 1/gamma = 0\n",
+      "v = 452656827.41180086 m / s > c, setting 1/gamma = 0\n",
+      "v = 477914428.8801127 m / s > c, setting 1/gamma = 0\n",
+      "v = 314056306.5098482 m / s > c, setting 1/gamma = 0\n",
+      "v = 360662229.3149096 m / s > c, setting 1/gamma = 0\n",
+      "v = 316808176.7023089 m / s > c, setting 1/gamma = 0\n",
+      "v = 371651605.6689589 m / s > c, setting 1/gamma = 0\n",
+      "v = 323240421.88662463 m / s > c, setting 1/gamma = 0\n",
+      "v = 353211459.5454742 m / s > c, setting 1/gamma = 0\n",
+      "v = 303811364.55537564 m / s > c, setting 1/gamma = 0\n",
+      "v = 313136798.16865456 m / s > c, setting 1/gamma = 0\n",
+      "v = 529414770.4353864 m / s > c, setting 1/gamma = 0\n",
+      "v = 1447345389.5854957 m / s > c, setting 1/gamma = 0\n",
+      "v = 1290853961.6877272 m / s > c, setting 1/gamma = 0\n",
+      "v = 347244800.6520193 m / s > c, setting 1/gamma = 0\n",
+      "v = 395805580.50576305 m / s > c, setting 1/gamma = 0\n",
+      "v = 317096666.1650757 m / s > c, setting 1/gamma = 0\n",
+      "v = 318677595.3081416 m / s > c, setting 1/gamma = 0\n",
+      "v = 355147482.56510216 m / s > c, setting 1/gamma = 0\n",
+      "v = 560791200.8943301 m / s > c, setting 1/gamma = 0\n",
+      "v = 1587953355.1617084 m / s > c, setting 1/gamma = 0\n",
+      "v = 1412827574.4393175 m / s > c, setting 1/gamma = 0\n",
+      "v = 310668590.771921 m / s > c, setting 1/gamma = 0\n",
+      "v = 338710849.60227597 m / s > c, setting 1/gamma = 0\n",
+      "v = 409770061.7288276 m / s > c, setting 1/gamma = 0\n",
+      "v = 463628293.1101942 m / s > c, setting 1/gamma = 0\n",
+      "v = 428267451.8604849 m / s > c, setting 1/gamma = 0\n",
+      "v = 497641002.72035235 m / s > c, setting 1/gamma = 0\n",
+      "v = 310184371.8788874 m / s > c, setting 1/gamma = 0\n",
+      "v = 464906946.39751583 m / s > c, setting 1/gamma = 0\n",
+      "v = 492633580.95316875 m / s > c, setting 1/gamma = 0\n",
+      "v = 303798911.3501584 m / s > c, setting 1/gamma = 0\n",
+      "v = 325012509.79167044 m / s > c, setting 1/gamma = 0\n",
+      "v = 304317549.6617075 m / s > c, setting 1/gamma = 0\n",
+      "v = 619353595.1965345 m / s > c, setting 1/gamma = 0\n",
+      "v = 511023533.60499644 m / s > c, setting 1/gamma = 0\n",
+      "v = 310956844.9589381 m / s > c, setting 1/gamma = 0\n",
+      "v = 302805511.0880139 m / s > c, setting 1/gamma = 0\n",
+      "v = 305398288.35718346 m / s > c, setting 1/gamma = 0\n",
+      "v = 302205733.68059033 m / s > c, setting 1/gamma = 0\n",
+      "v = 360117562.5141972 m / s > c, setting 1/gamma = 0\n",
+      "v = 311850413.0571376 m / s > c, setting 1/gamma = 0\n",
+      "v = 308490995.18216723 m / s > c, setting 1/gamma = 0\n",
+      "v = 356499758.5448978 m / s > c, setting 1/gamma = 0\n",
+      "v = 337147965.86283964 m / s > c, setting 1/gamma = 0\n",
+      "v = 360804236.7476017 m / s > c, setting 1/gamma = 0\n",
+      "v = 404428741.3242884 m / s > c, setting 1/gamma = 0\n",
+      "v = 420275910.80633557 m / s > c, setting 1/gamma = 0\n",
+      "v = 362960960.6993349 m / s > c, setting 1/gamma = 0\n",
+      "v = 415229490.05211425 m / s > c, setting 1/gamma = 0\n",
+      "v = 311247731.9681153 m / s > c, setting 1/gamma = 0\n",
+      "v = 302522531.2565019 m / s > c, setting 1/gamma = 0\n",
+      "v = 348635760.029268 m / s > c, setting 1/gamma = 0\n",
+      "v = 348616885.99021494 m / s > c, setting 1/gamma = 0\n",
+      "v = 366314901.70235187 m / s > c, setting 1/gamma = 0\n",
+      "v = 391341921.09054375 m / s > c, setting 1/gamma = 0\n",
+      "v = 437868400.2110856 m / s > c, setting 1/gamma = 0\n",
+      "v = 366572574.9423241 m / s > c, setting 1/gamma = 0\n",
+      "v = 417467336.377171 m / s > c, setting 1/gamma = 0\n",
+      "v = 314834314.7082523 m / s > c, setting 1/gamma = 0\n",
+      "v = 302216945.5935349 m / s > c, setting 1/gamma = 0\n",
+      "v = 335384141.4174435 m / s > c, setting 1/gamma = 0\n",
+      "v = 319203545.72648835 m / s > c, setting 1/gamma = 0\n",
+      "v = 376838765.7858576 m / s > c, setting 1/gamma = 0\n",
+      "v = 299856644.1949472 m / s > c, setting 1/gamma = 0\n",
+      "v = 328363602.32654685 m / s > c, setting 1/gamma = 0\n",
+      "v = 462007712.13491464 m / s > c, setting 1/gamma = 0\n",
+      "v = 473172569.4094067 m / s > c, setting 1/gamma = 0\n",
+      "v = 558195427.1845996 m / s > c, setting 1/gamma = 0\n",
+      "v = 504436667.980961 m / s > c, setting 1/gamma = 0\n",
+      "v = 387899210.0423858 m / s > c, setting 1/gamma = 0\n",
+      "v = 399156889.2770649 m / s > c, setting 1/gamma = 0\n",
+      "v = 322387360.6359059 m / s > c, setting 1/gamma = 0\n",
+      "v = 313283611.67931795 m / s > c, setting 1/gamma = 0\n",
+      "v = 635719331.0797879 m / s > c, setting 1/gamma = 0\n",
+      "v = 521195149.0320432 m / s > c, setting 1/gamma = 0\n",
+      "v = 393101999.77954644 m / s > c, setting 1/gamma = 0\n",
+      "v = 427313492.0607676 m / s > c, setting 1/gamma = 0\n",
+      "v = 558862309.1095811 m / s > c, setting 1/gamma = 0\n",
+      "v = 559049996.8860632 m / s > c, setting 1/gamma = 0\n",
+      "v = 566844628.0077411 m / s > c, setting 1/gamma = 0\n",
+      "v = 496146391.1924117 m / s > c, setting 1/gamma = 0\n",
+      "v = 326005866.1327345 m / s > c, setting 1/gamma = 0\n",
+      "v = 351681860.59232247 m / s > c, setting 1/gamma = 0\n",
+      "v = 316668246.13746095 m / s > c, setting 1/gamma = 0\n",
+      "v = 343039809.2039551 m / s > c, setting 1/gamma = 0\n",
+      "v = 318280305.25728685 m / s > c, setting 1/gamma = 0\n",
+      "v = 313709085.3564335 m / s > c, setting 1/gamma = 0\n",
+      "v = 326023284.02181935 m / s > c, setting 1/gamma = 0\n",
+      "v = 379221745.905643 m / s > c, setting 1/gamma = 0\n",
+      "v = 408646021.5968243 m / s > c, setting 1/gamma = 0\n",
+      "v = 300364762.14618546 m / s > c, setting 1/gamma = 0\n",
+      "v = 860368208.117679 m / s > c, setting 1/gamma = 0\n",
+      "v = 757902148.720312 m / s > c, setting 1/gamma = 0\n",
+      "v = 315581873.3762778 m / s > c, setting 1/gamma = 0\n",
+      "v = 335967865.1514172 m / s > c, setting 1/gamma = 0\n",
+      "v = 382858563.928328 m / s > c, setting 1/gamma = 0\n",
+      "v = 496277853.2713798 m / s > c, setting 1/gamma = 0\n",
+      "v = 506996079.20999813 m / s > c, setting 1/gamma = 0\n",
+      "v = 556916127.2035564 m / s > c, setting 1/gamma = 0\n",
+      "v = 596858353.899175 m / s > c, setting 1/gamma = 0\n",
+      "v = 539280391.7206717 m / s > c, setting 1/gamma = 0\n",
+      "v = 558918422.8745537 m / s > c, setting 1/gamma = 0\n",
+      "v = 342938923.9941582 m / s > c, setting 1/gamma = 0\n",
+      "v = 318054815.31415117 m / s > c, setting 1/gamma = 0\n",
+      "v = 354258032.1207491 m / s > c, setting 1/gamma = 0\n",
+      "v = 421623601.90397894 m / s > c, setting 1/gamma = 0\n",
+      "v = 301052846.65107936 m / s > c, setting 1/gamma = 0\n",
+      "v = 302623563.06381655 m / s > c, setting 1/gamma = 0\n",
+      "v = 353949853.3368002 m / s > c, setting 1/gamma = 0\n",
+      "v = 301127609.76940686 m / s > c, setting 1/gamma = 0\n",
+      "v = 740220347.3761936 m / s > c, setting 1/gamma = 0\n",
+      "v = 643077702.0363586 m / s > c, setting 1/gamma = 0\n",
+      "v = 325543362.7860519 m / s > c, setting 1/gamma = 0\n",
+      "v = 372226322.4014895 m / s > c, setting 1/gamma = 0\n",
+      "v = 391891274.2134238 m / s > c, setting 1/gamma = 0\n",
+      "v = 320984933.19812196 m / s > c, setting 1/gamma = 0\n",
+      "v = 392733550.34393555 m / s > c, setting 1/gamma = 0\n",
+      "v = 347383216.9032901 m / s > c, setting 1/gamma = 0\n",
+      "v = 422020317.37770367 m / s > c, setting 1/gamma = 0\n",
+      "v = 367367856.16279286 m / s > c, setting 1/gamma = 0\n",
+      "v = 420480700.70020324 m / s > c, setting 1/gamma = 0\n",
+      "v = 344817441.92513674 m / s > c, setting 1/gamma = 0\n",
+      "v = 392401376.1527935 m / s > c, setting 1/gamma = 0\n",
+      "v = 464967151.870799 m / s > c, setting 1/gamma = 0\n",
+      "v = 516944102.2816791 m / s > c, setting 1/gamma = 0\n",
+      "v = 301512193.9060419 m / s > c, setting 1/gamma = 0\n",
+      "v = 316108668.80236983 m / s > c, setting 1/gamma = 0\n",
+      "v = 335417862.2012264 m / s > c, setting 1/gamma = 0\n",
+      "v = 339335579.74278975 m / s > c, setting 1/gamma = 0\n",
+      "v = 404795888.13853073 m / s > c, setting 1/gamma = 0\n",
+      "v = 435638623.893307 m / s > c, setting 1/gamma = 0\n",
+      "v = 359890514.8949501 m / s > c, setting 1/gamma = 0\n",
+      "v = 410228213.2400512 m / s > c, setting 1/gamma = 0\n",
+      "v = 344037482.66586727 m / s > c, setting 1/gamma = 0\n",
+      "v = 385065367.3074294 m / s > c, setting 1/gamma = 0\n",
+      "v = 334725877.94329953 m / s > c, setting 1/gamma = 0\n",
+      "v = 318738333.9937603 m / s > c, setting 1/gamma = 0\n",
+      "v = 345329698.1770531 m / s > c, setting 1/gamma = 0\n",
+      "v = 423478097.7202184 m / s > c, setting 1/gamma = 0\n",
+      "v = 341634914.3331119 m / s > c, setting 1/gamma = 0\n",
+      "v = 392680102.81836045 m / s > c, setting 1/gamma = 0\n",
+      "v = 360964337.98294586 m / s > c, setting 1/gamma = 0\n",
+      "v = 428726656.8659382 m / s > c, setting 1/gamma = 0\n",
+      "v = 301093141.7786412 m / s > c, setting 1/gamma = 0\n",
+      "v = 327220178.580044 m / s > c, setting 1/gamma = 0\n",
+      "v = 301088040.8582752 m / s > c, setting 1/gamma = 0\n",
+      "v = 319482449.75192446 m / s > c, setting 1/gamma = 0\n",
+      "v = 306097013.8726191 m / s > c, setting 1/gamma = 0\n",
+      "v = 304799437.9360522 m / s > c, setting 1/gamma = 0\n",
+      "v = 319055503.91049564 m / s > c, setting 1/gamma = 0\n",
+      "v = 351493975.1685086 m / s > c, setting 1/gamma = 0\n",
+      "v = 460617880.5813629 m / s > c, setting 1/gamma = 0\n",
+      "v = 515352986.67405015 m / s > c, setting 1/gamma = 0\n",
+      "v = 329812726.89417434 m / s > c, setting 1/gamma = 0\n",
+      "v = 357691324.2073105 m / s > c, setting 1/gamma = 0\n",
+      "v = 414717906.40648896 m / s > c, setting 1/gamma = 0\n",
+      "v = 322004527.2092192 m / s > c, setting 1/gamma = 0\n",
+      "v = 384403549.44028664 m / s > c, setting 1/gamma = 0\n",
+      "v = 308135464.3152996 m / s > c, setting 1/gamma = 0\n",
+      "v = 400536613.7243437 m / s > c, setting 1/gamma = 0\n",
+      "v = 453401071.0950815 m / s > c, setting 1/gamma = 0\n",
+      "v = 346603029.44143885 m / s > c, setting 1/gamma = 0\n",
+      "v = 405400508.2441737 m / s > c, setting 1/gamma = 0\n",
+      "v = 384483073.5807345 m / s > c, setting 1/gamma = 0\n",
+      "v = 446916732.6371639 m / s > c, setting 1/gamma = 0\n",
+      "v = 322323622.5058551 m / s > c, setting 1/gamma = 0\n",
+      "v = 394528612.94381034 m / s > c, setting 1/gamma = 0\n",
+      "v = 324381411.44051385 m / s > c, setting 1/gamma = 0\n",
+      "v = 371935013.0355555 m / s > c, setting 1/gamma = 0\n",
+      "v = 335586089.3961635 m / s > c, setting 1/gamma = 0\n",
+      "v = 726767311.9654188 m / s > c, setting 1/gamma = 0\n",
+      "v = 602072018.7214006 m / s > c, setting 1/gamma = 0\n",
+      "v = 375374373.07955396 m / s > c, setting 1/gamma = 0\n",
+      "v = 403482225.97235644 m / s > c, setting 1/gamma = 0\n",
+      "v = 299800065.1919511 m / s > c, setting 1/gamma = 0\n",
+      "v = 495441965.37205863 m / s > c, setting 1/gamma = 0\n",
+      "v = 543521141.0942271 m / s > c, setting 1/gamma = 0\n",
+      "v = 313810095.20489913 m / s > c, setting 1/gamma = 0\n",
+      "v = 350853800.1126651 m / s > c, setting 1/gamma = 0\n",
+      "v = 375339246.2083733 m / s > c, setting 1/gamma = 0\n",
+      "v = 324588196.2544178 m / s > c, setting 1/gamma = 0\n",
+      "v = 382222750.71162015 m / s > c, setting 1/gamma = 0\n",
+      "v = 313317524.20669967 m / s > c, setting 1/gamma = 0\n",
+      "v = 344173388.4963789 m / s > c, setting 1/gamma = 0\n",
+      "v = 337009498.73319435 m / s > c, setting 1/gamma = 0\n",
+      "v = 382374321.2907864 m / s > c, setting 1/gamma = 0\n",
+      "v = 451419437.92284447 m / s > c, setting 1/gamma = 0\n",
+      "v = 509910504.6054163 m / s > c, setting 1/gamma = 0\n",
+      "v = 346420366.35264117 m / s > c, setting 1/gamma = 0\n",
+      "v = 383552073.79661685 m / s > c, setting 1/gamma = 0\n",
+      "v = 494114612.5005518 m / s > c, setting 1/gamma = 0\n",
+      "v = 538577930.6382915 m / s > c, setting 1/gamma = 0\n",
+      "v = 441039714.5520324 m / s > c, setting 1/gamma = 0\n",
+      "v = 478504953.2824147 m / s > c, setting 1/gamma = 0\n",
+      "v = 309362730.0505278 m / s > c, setting 1/gamma = 0\n",
+      "v = 619519348.6428039 m / s > c, setting 1/gamma = 0\n",
+      "v = 630612600.4392788 m / s > c, setting 1/gamma = 0\n",
+      "v = 367412280.63579565 m / s > c, setting 1/gamma = 0\n",
+      "v = 426325595.2961332 m / s > c, setting 1/gamma = 0\n",
+      "v = 299890099.46139765 m / s > c, setting 1/gamma = 0\n",
+      "v = 326151193.1744986 m / s > c, setting 1/gamma = 0\n",
+      "v = 463922282.03652185 m / s > c, setting 1/gamma = 0\n",
+      "v = 488249231.84362715 m / s > c, setting 1/gamma = 0\n",
+      "v = 302368005.77157325 m / s > c, setting 1/gamma = 0\n",
+      "v = 332407606.24287164 m / s > c, setting 1/gamma = 0\n",
+      "v = 391138254.5632161 m / s > c, setting 1/gamma = 0\n",
+      "v = 490168419.68582094 m / s > c, setting 1/gamma = 0\n",
+      "v = 527049219.74819976 m / s > c, setting 1/gamma = 0\n",
+      "v = 322174041.8537453 m / s > c, setting 1/gamma = 0\n",
+      "v = 384975539.9369264 m / s > c, setting 1/gamma = 0\n",
+      "v = 305494172.66365254 m / s > c, setting 1/gamma = 0\n",
+      "v = 307398211.68282115 m / s > c, setting 1/gamma = 0\n",
+      "v = 324584144.9129168 m / s > c, setting 1/gamma = 0\n",
+      "v = 572635775.8437593 m / s > c, setting 1/gamma = 0\n",
+      "v = 575107959.0583316 m / s > c, setting 1/gamma = 0\n",
+      "v = 454960497.58169186 m / s > c, setting 1/gamma = 0\n",
+      "v = 465998845.37088716 m / s > c, setting 1/gamma = 0\n",
+      "v = 300035458.3699049 m / s > c, setting 1/gamma = 0\n",
+      "v = 356938424.4371184 m / s > c, setting 1/gamma = 0\n",
+      "v = 578597274.0613018 m / s > c, setting 1/gamma = 0\n",
+      "v = 601811869.4880292 m / s > c, setting 1/gamma = 0\n",
+      "v = 333885876.4930246 m / s > c, setting 1/gamma = 0\n",
+      "v = 385107189.992232 m / s > c, setting 1/gamma = 0\n",
+      "v = 341670109.4514633 m / s > c, setting 1/gamma = 0\n",
+      "v = 367318434.8805999 m / s > c, setting 1/gamma = 0\n",
+      "v = 349797500.357937 m / s > c, setting 1/gamma = 0\n",
+      "v = 312848922.88309395 m / s > c, setting 1/gamma = 0\n",
+      "v = 334514948.54071194 m / s > c, setting 1/gamma = 0\n",
+      "v = 404563240.3220655 m / s > c, setting 1/gamma = 0\n",
+      "v = 324325029.691577 m / s > c, setting 1/gamma = 0\n",
+      "v = 389295449.358089 m / s > c, setting 1/gamma = 0\n",
+      "v = 323448681.3682491 m / s > c, setting 1/gamma = 0\n",
+      "v = 353554400.2800377 m / s > c, setting 1/gamma = 0\n",
+      "v = 328466522.2729542 m / s > c, setting 1/gamma = 0\n",
+      "v = 314358368.8380842 m / s > c, setting 1/gamma = 0\n",
+      "v = 642265934.3566701 m / s > c, setting 1/gamma = 0\n",
+      "v = 538459078.7782456 m / s > c, setting 1/gamma = 0\n",
+      "v = 307167811.65341794 m / s > c, setting 1/gamma = 0\n",
+      "v = 363854970.7629825 m / s > c, setting 1/gamma = 0\n",
+      "v = 590303287.0760788 m / s > c, setting 1/gamma = 0\n",
+      "v = 509096685.5869688 m / s > c, setting 1/gamma = 0\n",
+      "v = 517687500.3865941 m / s > c, setting 1/gamma = 0\n",
+      "v = 559777330.1603513 m / s > c, setting 1/gamma = 0\n",
+      "v = 373259884.6394326 m / s > c, setting 1/gamma = 0\n",
+      "v = 431342099.9795023 m / s > c, setting 1/gamma = 0\n",
+      "v = 373997430.5597748 m / s > c, setting 1/gamma = 0\n",
+      "v = 409223881.1709929 m / s > c, setting 1/gamma = 0\n",
+      "v = 362587313.3757556 m / s > c, setting 1/gamma = 0\n",
+      "v = 433905110.7724369 m / s > c, setting 1/gamma = 0\n",
+      "v = 330137233.6476271 m / s > c, setting 1/gamma = 0\n",
+      "v = 375514044.2203094 m / s > c, setting 1/gamma = 0\n",
+      "v = 329453229.21750414 m / s > c, setting 1/gamma = 0\n",
+      "v = 366859554.8875453 m / s > c, setting 1/gamma = 0\n",
+      "v = 305339135.3259291 m / s > c, setting 1/gamma = 0\n",
+      "v = 369295402.6878769 m / s > c, setting 1/gamma = 0\n",
+      "v = 351146478.99322754 m / s > c, setting 1/gamma = 0\n",
+      "v = 412967375.41557807 m / s > c, setting 1/gamma = 0\n",
+      "v = 303602140.3987276 m / s > c, setting 1/gamma = 0\n",
+      "v = 325861564.0505692 m / s > c, setting 1/gamma = 0\n",
+      "v = 320566065.8707926 m / s > c, setting 1/gamma = 0\n",
+      "v = 367446881.82664984 m / s > c, setting 1/gamma = 0\n",
+      "v = 434716657.4053534 m / s > c, setting 1/gamma = 0\n",
+      "v = 305529597.64131886 m / s > c, setting 1/gamma = 0\n",
+      "v = 315850434.31112874 m / s > c, setting 1/gamma = 0\n",
+      "v = 660291860.3773371 m / s > c, setting 1/gamma = 0\n",
+      "v = 549420560.8962119 m / s > c, setting 1/gamma = 0\n",
+      "v = 357333670.7261229 m / s > c, setting 1/gamma = 0\n",
+      "v = 332753339.03709 m / s > c, setting 1/gamma = 0\n",
+      "v = 378609584.74336714 m / s > c, setting 1/gamma = 0\n",
+      "v = 493089529.0858131 m / s > c, setting 1/gamma = 0\n",
+      "v = 508287032.7532763 m / s > c, setting 1/gamma = 0\n",
+      "v = 318582674.86298054 m / s > c, setting 1/gamma = 0\n",
+      "v = 338108779.5688465 m / s > c, setting 1/gamma = 0\n",
+      "v = 336268381.7862403 m / s > c, setting 1/gamma = 0\n",
+      "v = 357629258.8503354 m / s > c, setting 1/gamma = 0\n",
+      "v = 303866276.8518403 m / s > c, setting 1/gamma = 0\n",
+      "v = 369582298.8945845 m / s > c, setting 1/gamma = 0\n",
+      "v = 325673101.8377146 m / s > c, setting 1/gamma = 0\n",
+      "v = 361889228.305014 m / s > c, setting 1/gamma = 0\n",
+      "v = 545378884.5416836 m / s > c, setting 1/gamma = 0\n",
+      "v = 572156093.4139473 m / s > c, setting 1/gamma = 0\n",
+      "v = 321533301.41531265 m / s > c, setting 1/gamma = 0\n",
+      "v = 300215129.469842 m / s > c, setting 1/gamma = 0\n",
+      "v = 303835461.01984274 m / s > c, setting 1/gamma = 0\n",
+      "v = 342138211.6029537 m / s > c, setting 1/gamma = 0\n",
+      "v = 455477177.4075006 m / s > c, setting 1/gamma = 0\n",
+      "v = 515181023.86786205 m / s > c, setting 1/gamma = 0\n",
+      "v = 316939956.8615979 m / s > c, setting 1/gamma = 0\n",
+      "v = 377990755.25523525 m / s > c, setting 1/gamma = 0\n",
+      "v = 303002402.681024 m / s > c, setting 1/gamma = 0\n",
+      "v = 328948893.56578434 m / s > c, setting 1/gamma = 0\n",
+      "v = 785601439.3721685 m / s > c, setting 1/gamma = 0\n",
+      "v = 669396631.3117226 m / s > c, setting 1/gamma = 0\n",
+      "v = 375882186.0156058 m / s > c, setting 1/gamma = 0\n",
+      "v = 450827126.34666145 m / s > c, setting 1/gamma = 0\n",
+      "v = 469473033.11443645 m / s > c, setting 1/gamma = 0\n",
+      "v = 493843307.640123 m / s > c, setting 1/gamma = 0\n",
+      "v = 343088065.74919116 m / s > c, setting 1/gamma = 0\n",
+      "v = 414851629.0832006 m / s > c, setting 1/gamma = 0\n",
+      "v = 581337986.1637782 m / s > c, setting 1/gamma = 0\n",
+      "v = 575854810.0162023 m / s > c, setting 1/gamma = 0\n",
+      "v = 337330333.83799654 m / s > c, setting 1/gamma = 0\n",
+      "v = 401683534.4601112 m / s > c, setting 1/gamma = 0\n",
+      "v = 410397177.423433 m / s > c, setting 1/gamma = 0\n",
+      "v = 480815399.8025328 m / s > c, setting 1/gamma = 0\n",
+      "v = 472439103.888142 m / s > c, setting 1/gamma = 0\n",
+      "v = 483610122.09523284 m / s > c, setting 1/gamma = 0\n",
+      "v = 552992608.0508807 m / s > c, setting 1/gamma = 0\n",
+      "v = 569217066.2582748 m / s > c, setting 1/gamma = 0\n",
+      "v = 302615771.75932527 m / s > c, setting 1/gamma = 0\n",
+      "v = 361597015.6220165 m / s > c, setting 1/gamma = 0\n",
+      "v = 423016752.48279047 m / s > c, setting 1/gamma = 0\n",
+      "v = 331872540.46127677 m / s > c, setting 1/gamma = 0\n",
+      "v = 399347151.97391003 m / s > c, setting 1/gamma = 0\n",
+      "v = 352466262.5845906 m / s > c, setting 1/gamma = 0\n",
+      "v = 416364805.8967024 m / s > c, setting 1/gamma = 0\n",
+      "v = 337874041.97730154 m / s > c, setting 1/gamma = 0\n",
+      "v = 380324181.8322588 m / s > c, setting 1/gamma = 0\n",
+      "v = 875410175.1318103 m / s > c, setting 1/gamma = 0\n",
+      "v = 735397408.7994587 m / s > c, setting 1/gamma = 0\n",
+      "v = 317622607.82823974 m / s > c, setting 1/gamma = 0\n",
+      "v = 332652100.9928774 m / s > c, setting 1/gamma = 0\n",
+      "v = 557239549.823033 m / s > c, setting 1/gamma = 0\n",
+      "v = 505823901.1539726 m / s > c, setting 1/gamma = 0\n",
+      "v = 318830855.88563097 m / s > c, setting 1/gamma = 0\n",
+      "v = 345525157.3446833 m / s > c, setting 1/gamma = 0\n",
+      "v = 450099675.2601521 m / s > c, setting 1/gamma = 0\n",
+      "v = 476322283.8743875 m / s > c, setting 1/gamma = 0\n",
+      "v = 308211885.5730871 m / s > c, setting 1/gamma = 0\n",
+      "v = 370701277.14297974 m / s > c, setting 1/gamma = 0\n",
+      "v = 306238057.2681101 m / s > c, setting 1/gamma = 0\n",
+      "v = 349852921.9369452 m / s > c, setting 1/gamma = 0\n",
+      "v = 360818092.69596505 m / s > c, setting 1/gamma = 0\n",
+      "v = 406757880.41282654 m / s > c, setting 1/gamma = 0\n",
+      "v = 343240734.06727153 m / s > c, setting 1/gamma = 0\n",
+      "v = 404770703.2518834 m / s > c, setting 1/gamma = 0\n",
+      "v = 303149416.4874516 m / s > c, setting 1/gamma = 0\n",
+      "v = 338205828.5678901 m / s > c, setting 1/gamma = 0\n",
+      "v = 552311664.7310274 m / s > c, setting 1/gamma = 0\n",
+      "v = 554633810.4334168 m / s > c, setting 1/gamma = 0\n",
+      "v = 363041361.07426596 m / s > c, setting 1/gamma = 0\n",
+      "v = 429507052.90946966 m / s > c, setting 1/gamma = 0\n",
+      "v = 349785470.73904353 m / s > c, setting 1/gamma = 0\n",
+      "v = 419249280.01758826 m / s > c, setting 1/gamma = 0\n",
+      "v = 486854305.46420354 m / s > c, setting 1/gamma = 0\n",
+      "v = 329486459.67017585 m / s > c, setting 1/gamma = 0\n",
+      "v = 374684050.5770298 m / s > c, setting 1/gamma = 0\n",
+      "v = 314231377.3913596 m / s > c, setting 1/gamma = 0\n",
+      "v = 301907716.19909567 m / s > c, setting 1/gamma = 0\n",
+      "v = 650459551.6172855 m / s > c, setting 1/gamma = 0\n",
+      "v = 544896344.2927889 m / s > c, setting 1/gamma = 0\n",
+      "v = 350249526.7938831 m / s > c, setting 1/gamma = 0\n",
+      "v = 394122521.8321339 m / s > c, setting 1/gamma = 0\n",
+      "v = 322788788.0969043 m / s > c, setting 1/gamma = 0\n",
+      "v = 340044521.3197156 m / s > c, setting 1/gamma = 0\n",
+      "v = 584082436.2697217 m / s > c, setting 1/gamma = 0\n",
+      "v = 609236761.2778026 m / s > c, setting 1/gamma = 0\n",
+      "v = 304867215.77774996 m / s > c, setting 1/gamma = 0\n",
+      "v = 335885307.64547694 m / s > c, setting 1/gamma = 0\n",
+      "v = 304344666.29485124 m / s > c, setting 1/gamma = 0\n",
+      "v = 304520730.8464285 m / s > c, setting 1/gamma = 0\n",
+      "v = 314932292.09731096 m / s > c, setting 1/gamma = 0\n",
+      "v = 669391114.6331314 m / s > c, setting 1/gamma = 0\n",
+      "v = 626875182.0699711 m / s > c, setting 1/gamma = 0\n",
+      "v = 328853658.94935566 m / s > c, setting 1/gamma = 0\n",
+      "v = 391797424.4386079 m / s > c, setting 1/gamma = 0\n",
+      "v = 313336031.65974116 m / s > c, setting 1/gamma = 0\n",
+      "v = 383632699.8564951 m / s > c, setting 1/gamma = 0\n",
+      "v = 303400842.48425615 m / s > c, setting 1/gamma = 0\n",
+      "v = 340090935.55152 m / s > c, setting 1/gamma = 0\n",
+      "v = 315868215.331032 m / s > c, setting 1/gamma = 0\n",
+      "v = 339594426.1552443 m / s > c, setting 1/gamma = 0\n",
+      "v = 318026142.164411 m / s > c, setting 1/gamma = 0\n",
+      "v = 406556835.54154 m / s > c, setting 1/gamma = 0\n",
+      "v = 435393092.18597496 m / s > c, setting 1/gamma = 0\n",
+      "v = 328642828.05895376 m / s > c, setting 1/gamma = 0\n",
+      "v = 348287814.7621075 m / s > c, setting 1/gamma = 0\n",
+      "v = 330685489.20102876 m / s > c, setting 1/gamma = 0\n",
+      "v = 386760217.5234503 m / s > c, setting 1/gamma = 0\n",
+      "v = 393259392.17640495 m / s > c, setting 1/gamma = 0\n",
+      "v = 438826826.7749711 m / s > c, setting 1/gamma = 0\n",
+      "v = 330012325.3790568 m / s > c, setting 1/gamma = 0\n",
+      "v = 301275760.6730992 m / s > c, setting 1/gamma = 0\n",
+      "v = 350506051.1414641 m / s > c, setting 1/gamma = 0\n",
+      "v = 530575823.6942064 m / s > c, setting 1/gamma = 0\n",
+      "v = 457362487.76307344 m / s > c, setting 1/gamma = 0\n",
+      "v = 465299441.9404998 m / s > c, setting 1/gamma = 0\n",
+      "v = 486274608.77381957 m / s > c, setting 1/gamma = 0\n",
+      "v = 306117037.25337714 m / s > c, setting 1/gamma = 0\n",
+      "v = 346852959.4199483 m / s > c, setting 1/gamma = 0\n",
+      "v = 391338996.26691645 m / s > c, setting 1/gamma = 0\n",
+      "v = 336197834.27364576 m / s > c, setting 1/gamma = 0\n",
+      "v = 300763148.003241 m / s > c, setting 1/gamma = 0\n",
+      "v = 603596184.1483401 m / s > c, setting 1/gamma = 0\n",
+      "v = 489515850.8694212 m / s > c, setting 1/gamma = 0\n",
+      "v = 302560946.0287036 m / s > c, setting 1/gamma = 0\n",
+      "v = 325851731.46365523 m / s > c, setting 1/gamma = 0\n",
+      "v = 492254503.8081652 m / s > c, setting 1/gamma = 0\n",
+      "v = 536601450.24664944 m / s > c, setting 1/gamma = 0\n",
+      "v = 388029570.208059 m / s > c, setting 1/gamma = 0\n",
+      "v = 436134495.1025943 m / s > c, setting 1/gamma = 0\n",
+      "v = 465713817.4899179 m / s > c, setting 1/gamma = 0\n",
+      "v = 482442546.3286922 m / s > c, setting 1/gamma = 0\n",
+      "v = 307979439.3475552 m / s > c, setting 1/gamma = 0\n",
+      "v = 360558131.4452267 m / s > c, setting 1/gamma = 0\n",
+      "v = 314749590.2293998 m / s > c, setting 1/gamma = 0\n",
+      "v = 377579570.39792573 m / s > c, setting 1/gamma = 0\n",
+      "v = 395524271.9168532 m / s > c, setting 1/gamma = 0\n",
+      "v = 410591904.6073596 m / s > c, setting 1/gamma = 0\n",
+      "v = 301656452.22918934 m / s > c, setting 1/gamma = 0\n",
+      "v = 321301153.53087926 m / s > c, setting 1/gamma = 0\n",
+      "v = 366694083.70941675 m / s > c, setting 1/gamma = 0\n",
+      "v = 393782562.00132084 m / s > c, setting 1/gamma = 0\n",
+      "v = 321525800.73200816 m / s > c, setting 1/gamma = 0\n",
+      "v = 355991271.18741727 m / s > c, setting 1/gamma = 0\n",
+      "v = 311340931.57084394 m / s > c, setting 1/gamma = 0\n",
+      "v = 352480463.5432376 m / s > c, setting 1/gamma = 0\n",
+      "v = 300922859.2437995 m / s > c, setting 1/gamma = 0\n",
+      "v = 354787751.81539816 m / s > c, setting 1/gamma = 0\n",
+      "v = 308009015.7025104 m / s > c, setting 1/gamma = 0\n",
+      "v = 372487938.373254 m / s > c, setting 1/gamma = 0\n",
+      "v = 417488306.1016775 m / s > c, setting 1/gamma = 0\n",
+      "v = 343287194.51579195 m / s > c, setting 1/gamma = 0\n",
+      "v = 363197212.98317796 m / s > c, setting 1/gamma = 0\n",
+      "v = 325847541.1118264 m / s > c, setting 1/gamma = 0\n",
+      "v = 380809623.8077609 m / s > c, setting 1/gamma = 0\n",
+      "v = 301931238.8292301 m / s > c, setting 1/gamma = 0\n",
+      "v = 330460688.77208155 m / s > c, setting 1/gamma = 0\n",
+      "v = 578247822.7601808 m / s > c, setting 1/gamma = 0\n",
+      "v = 490899534.9480812 m / s > c, setting 1/gamma = 0\n",
+      "v = 343407501.38282204 m / s > c, setting 1/gamma = 0\n",
+      "v = 369000630.18759805 m / s > c, setting 1/gamma = 0\n",
+      "v = 465562771.2810544 m / s > c, setting 1/gamma = 0\n",
+      "v = 464963871.70320493 m / s > c, setting 1/gamma = 0\n",
+      "v = 338073252.82150686 m / s > c, setting 1/gamma = 0\n",
+      "v = 315611992.1825473 m / s > c, setting 1/gamma = 0\n",
+      "v = 330467031.179722 m / s > c, setting 1/gamma = 0\n",
+      "v = 361435868.31825984 m / s > c, setting 1/gamma = 0\n",
+      "v = 405909787.062099 m / s > c, setting 1/gamma = 0\n",
+      "v = 322242561.24288327 m / s > c, setting 1/gamma = 0\n",
+      "v = 326855280.34283364 m / s > c, setting 1/gamma = 0\n",
+      "v = 373646016.09048194 m / s > c, setting 1/gamma = 0\n",
+      "v = 499275195.5948661 m / s > c, setting 1/gamma = 0\n",
+      "v = 506072522.6976314 m / s > c, setting 1/gamma = 0\n",
+      "v = 333809858.27699465 m / s > c, setting 1/gamma = 0\n",
+      "v = 374157172.7383994 m / s > c, setting 1/gamma = 0\n",
+      "v = 418857780.2578898 m / s > c, setting 1/gamma = 0\n",
+      "v = 480525862.19149446 m / s > c, setting 1/gamma = 0\n",
+      "v = 395266831.99296665 m / s > c, setting 1/gamma = 0\n",
+      "v = 420877286.8256464 m / s > c, setting 1/gamma = 0\n",
+      "v = 430563603.4700743 m / s > c, setting 1/gamma = 0\n",
+      "v = 470729930.15033644 m / s > c, setting 1/gamma = 0\n",
+      "v = 340060962.20647526 m / s > c, setting 1/gamma = 0\n",
+      "v = 415052832.4474869 m / s > c, setting 1/gamma = 0\n",
+      "v = 476694930.1157044 m / s > c, setting 1/gamma = 0\n",
+      "v = 306966038.7709456 m / s > c, setting 1/gamma = 0\n",
+      "v = 302800182.7800421 m / s > c, setting 1/gamma = 0\n",
+      "v = 300939879.20486766 m / s > c, setting 1/gamma = 0\n",
+      "v = 386540435.51648724 m / s > c, setting 1/gamma = 0\n",
+      "v = 566304931.3760573 m / s > c, setting 1/gamma = 0\n",
+      "v = 597938069.3174114 m / s > c, setting 1/gamma = 0\n",
+      "v = 332068320.428861 m / s > c, setting 1/gamma = 0\n",
+      "v = 491156357.7931521 m / s > c, setting 1/gamma = 0\n",
+      "v = 511682511.06566507 m / s > c, setting 1/gamma = 0\n",
+      "v = 349201734.10585785 m / s > c, setting 1/gamma = 0\n",
+      "v = 376760932.6692712 m / s > c, setting 1/gamma = 0\n",
+      "v = 442531845.1104854 m / s > c, setting 1/gamma = 0\n",
+      "v = 314096581.0653041 m / s > c, setting 1/gamma = 0\n",
+      "v = 316597395.49890625 m / s > c, setting 1/gamma = 0\n",
+      "v = 656667889.41461 m / s > c, setting 1/gamma = 0\n",
+      "v = 610120649.5740272 m / s > c, setting 1/gamma = 0\n",
+      "v = 337439617.9067906 m / s > c, setting 1/gamma = 0\n",
+      "v = 756115803.701329 m / s > c, setting 1/gamma = 0\n",
+      "v = 629876311.3217083 m / s > c, setting 1/gamma = 0\n",
+      "v = 316411827.47881925 m / s > c, setting 1/gamma = 0\n",
+      "v = 360476716.5541623 m / s > c, setting 1/gamma = 0\n",
+      "v = 494076827.6166191 m / s > c, setting 1/gamma = 0\n",
+      "v = 504265191.195765 m / s > c, setting 1/gamma = 0\n",
+      "v = 311444750.41864187 m / s > c, setting 1/gamma = 0\n",
+      "v = 372754970.6974995 m / s > c, setting 1/gamma = 0\n",
+      "v = 365087732.23083 m / s > c, setting 1/gamma = 0\n",
+      "v = 343308685.74638814 m / s > c, setting 1/gamma = 0\n",
+      "v = 378797046.2012054 m / s > c, setting 1/gamma = 0\n",
+      "v = 308211102.8206567 m / s > c, setting 1/gamma = 0\n",
+      "v = 320679121.29163945 m / s > c, setting 1/gamma = 0\n",
+      "v = 334656152.20780534 m / s > c, setting 1/gamma = 0\n",
+      "v = 345621403.156338 m / s > c, setting 1/gamma = 0\n",
+      "v = 403886999.00506836 m / s > c, setting 1/gamma = 0\n",
+      "v = 393363118.1802633 m / s > c, setting 1/gamma = 0\n",
+      "v = 426548483.8722897 m / s > c, setting 1/gamma = 0\n",
+      "v = 562473170.227917 m / s > c, setting 1/gamma = 0\n",
+      "v = 558195988.6952952 m / s > c, setting 1/gamma = 0\n",
+      "v = 341786317.9530911 m / s > c, setting 1/gamma = 0\n",
+      "v = 373169394.2094224 m / s > c, setting 1/gamma = 0\n",
+      "v = 371766671.6866266 m / s > c, setting 1/gamma = 0\n",
+      "v = 429515451.4347214 m / s > c, setting 1/gamma = 0\n",
+      "v = 467381824.087009 m / s > c, setting 1/gamma = 0\n",
+      "v = 501605780.6765869 m / s > c, setting 1/gamma = 0\n",
+      "v = 771254384.8385693 m / s > c, setting 1/gamma = 0\n",
+      "v = 713038383.7308855 m / s > c, setting 1/gamma = 0\n",
+      "v = 330906375.86779916 m / s > c, setting 1/gamma = 0\n",
+      "v = 386532909.48608416 m / s > c, setting 1/gamma = 0\n",
+      "v = 319315321.4119661 m / s > c, setting 1/gamma = 0\n",
+      "v = 316445707.75227123 m / s > c, setting 1/gamma = 0\n",
+      "v = 382750862.1123929 m / s > c, setting 1/gamma = 0\n",
+      "v = 375840758.4909433 m / s > c, setting 1/gamma = 0\n",
+      "v = 414535026.0961471 m / s > c, setting 1/gamma = 0\n",
+      "v = 361051994.9877111 m / s > c, setting 1/gamma = 0\n",
+      "v = 379029934.02190953 m / s > c, setting 1/gamma = 0\n",
+      "v = 478958194.662033 m / s > c, setting 1/gamma = 0\n",
+      "v = 504081926.01205575 m / s > c, setting 1/gamma = 0\n",
+      "v = 588980023.998287 m / s > c, setting 1/gamma = 0\n",
+      "v = 510323321.528235 m / s > c, setting 1/gamma = 0\n",
+      "v = 323469672.5401688 m / s > c, setting 1/gamma = 0\n",
+      "v = 346936308.28658676 m / s > c, setting 1/gamma = 0\n",
+      "v = 318006810.9253101 m / s > c, setting 1/gamma = 0\n",
+      "v = 630096516.9990734 m / s > c, setting 1/gamma = 0\n",
+      "v = 522149513.8695572 m / s > c, setting 1/gamma = 0\n",
+      "v = 344538081.6027914 m / s > c, setting 1/gamma = 0\n",
+      "v = 386265039.85280013 m / s > c, setting 1/gamma = 0\n",
+      "v = 308858778.04942805 m / s > c, setting 1/gamma = 0\n",
+      "v = 369480225.7410417 m / s > c, setting 1/gamma = 0\n",
+      "v = 399838281.47143835 m / s > c, setting 1/gamma = 0\n",
+      "v = 324253426.9942849 m / s > c, setting 1/gamma = 0\n",
+      "v = 376636942.8811186 m / s > c, setting 1/gamma = 0\n",
+      "v = 317712709.7942778 m / s > c, setting 1/gamma = 0\n",
+      "v = 348101736.75711036 m / s > c, setting 1/gamma = 0\n",
+      "v = 304140478.5041244 m / s > c, setting 1/gamma = 0\n",
+      "v = 358741104.05949223 m / s > c, setting 1/gamma = 0\n",
+      "v = 388022888.63294214 m / s > c, setting 1/gamma = 0\n",
+      "v = 310674897.9498953 m / s > c, setting 1/gamma = 0\n",
+      "v = 357306665.89052486 m / s > c, setting 1/gamma = 0\n",
+      "v = 398172188.0798806 m / s > c, setting 1/gamma = 0\n",
+      "v = 314705208.3518092 m / s > c, setting 1/gamma = 0\n",
+      "v = 590155681.1387099 m / s > c, setting 1/gamma = 0\n",
+      "v = 483133661.08529603 m / s > c, setting 1/gamma = 0\n",
+      "v = 505149232.84881395 m / s > c, setting 1/gamma = 0\n",
+      "v = 496488153.7629547 m / s > c, setting 1/gamma = 0\n",
+      "v = 321699632.73290217 m / s > c, setting 1/gamma = 0\n",
+      "v = 331886525.4580099 m / s > c, setting 1/gamma = 0\n",
+      "v = 365596093.1067736 m / s > c, setting 1/gamma = 0\n",
+      "v = 380980188.97559744 m / s > c, setting 1/gamma = 0\n",
+      "v = 423136033.70711666 m / s > c, setting 1/gamma = 0\n",
+      "v = 437597110.1741038 m / s > c, setting 1/gamma = 0\n",
+      "v = 448463569.02544594 m / s > c, setting 1/gamma = 0\n",
+      "v = 303541678.4633126 m / s > c, setting 1/gamma = 0\n",
+      "v = 314284176.3408289 m / s > c, setting 1/gamma = 0\n",
+      "v = 304836835.8412747 m / s > c, setting 1/gamma = 0\n",
+      "v = 340965431.7159977 m / s > c, setting 1/gamma = 0\n",
+      "v = 395300081.28517556 m / s > c, setting 1/gamma = 0\n",
+      "v = 403655240.3559191 m / s > c, setting 1/gamma = 0\n",
+      "v = 416725569.1803533 m / s > c, setting 1/gamma = 0\n",
+      "v = 465464538.1620272 m / s > c, setting 1/gamma = 0\n",
+      "v = 484960635.1144293 m / s > c, setting 1/gamma = 0\n",
+      "v = 301566929.6060442 m / s > c, setting 1/gamma = 0\n",
+      "v = 408848543.2872844 m / s > c, setting 1/gamma = 0\n",
+      "v = 448979292.13125575 m / s > c, setting 1/gamma = 0\n",
+      "v = 378575794.98300844 m / s > c, setting 1/gamma = 0\n",
+      "v = 412700106.23206013 m / s > c, setting 1/gamma = 0\n",
+      "v = 305026098.25431436 m / s > c, setting 1/gamma = 0\n",
+      "v = 619597360.466501 m / s > c, setting 1/gamma = 0\n",
+      "v = 508296470.4026071 m / s > c, setting 1/gamma = 0\n",
+      "v = 393233059.0085516 m / s > c, setting 1/gamma = 0\n",
+      "v = 441322577.3064896 m / s > c, setting 1/gamma = 0\n",
+      "v = 335859910.4875438 m / s > c, setting 1/gamma = 0\n",
+      "v = 382347083.8863977 m / s > c, setting 1/gamma = 0\n",
+      "v = 327884031.52102584 m / s > c, setting 1/gamma = 0\n",
+      "v = 382112115.41529036 m / s > c, setting 1/gamma = 0\n",
+      "v = 307293677.3669836 m / s > c, setting 1/gamma = 0\n",
+      "v = 345576272.81851906 m / s > c, setting 1/gamma = 0\n",
+      "v = 306400942.2660951 m / s > c, setting 1/gamma = 0\n",
+      "v = 363946643.28029114 m / s > c, setting 1/gamma = 0\n",
+      "v = 310920634.0511608 m / s > c, setting 1/gamma = 0\n",
+      "v = 357580333.4509326 m / s > c, setting 1/gamma = 0\n",
+      "v = 390595852.8921499 m / s > c, setting 1/gamma = 0\n",
+      "v = 442299127.6988894 m / s > c, setting 1/gamma = 0\n",
+      "v = 343175095.5197682 m / s > c, setting 1/gamma = 0\n",
+      "v = 392651867.1902188 m / s > c, setting 1/gamma = 0\n",
+      "v = 313842215.75946707 m / s > c, setting 1/gamma = 0\n",
+      "v = 368695661.8533547 m / s > c, setting 1/gamma = 0\n",
+      "v = 309031517.92784935 m / s > c, setting 1/gamma = 0\n",
+      "v = 350151095.2167263 m / s > c, setting 1/gamma = 0\n",
+      "v = 339012690.81640327 m / s > c, setting 1/gamma = 0\n",
+      "v = 361396382.35349286 m / s > c, setting 1/gamma = 0\n",
+      "v = 403401079.2256167 m / s > c, setting 1/gamma = 0\n",
+      "v = 412909955.6078148 m / s > c, setting 1/gamma = 0\n",
+      "v = 460443547.27247757 m / s > c, setting 1/gamma = 0\n",
+      "v = 422035720.54995126 m / s > c, setting 1/gamma = 0\n",
+      "v = 455210918.0509303 m / s > c, setting 1/gamma = 0\n",
+      "v = 361119461.970232 m / s > c, setting 1/gamma = 0\n",
+      "v = 415294331.3941354 m / s > c, setting 1/gamma = 0\n",
+      "v = 323291178.96658623 m / s > c, setting 1/gamma = 0\n",
+      "v = 312556016.91932255 m / s > c, setting 1/gamma = 0\n",
+      "v = 370855452.70325816 m / s > c, setting 1/gamma = 0\n",
+      "v = 333554790.8427614 m / s > c, setting 1/gamma = 0\n",
+      "v = 381239937.98917156 m / s > c, setting 1/gamma = 0\n",
+      "v = 302161055.74913275 m / s > c, setting 1/gamma = 0\n",
+      "v = 359510029.6663883 m / s > c, setting 1/gamma = 0\n",
+      "v = 335248505.1088573 m / s > c, setting 1/gamma = 0\n",
+      "v = 386201917.71536094 m / s > c, setting 1/gamma = 0\n",
+      "v = 362416617.0805879 m / s > c, setting 1/gamma = 0\n",
+      "v = 414698094.2804177 m / s > c, setting 1/gamma = 0\n",
+      "v = 378720015.1378975 m / s > c, setting 1/gamma = 0\n",
+      "v = 419531036.5066177 m / s > c, setting 1/gamma = 0\n",
+      "v = 429119547.5032699 m / s > c, setting 1/gamma = 0\n",
+      "v = 471096459.4756343 m / s > c, setting 1/gamma = 0\n",
+      "v = 527453212.31847566 m / s > c, setting 1/gamma = 0\n",
+      "v = 501560278.52175164 m / s > c, setting 1/gamma = 0\n",
+      "v = 315819949.99639755 m / s > c, setting 1/gamma = 0\n",
+      "v = 360620496.2285068 m / s > c, setting 1/gamma = 0\n",
+      "v = 309836139.31503606 m / s > c, setting 1/gamma = 0\n",
+      "v = 676668459.4209894 m / s > c, setting 1/gamma = 0\n",
+      "v = 554325950.2549683 m / s > c, setting 1/gamma = 0\n",
+      "v = 309249810.467195 m / s > c, setting 1/gamma = 0\n",
+      "v = 626834487.9185975 m / s > c, setting 1/gamma = 0\n",
+      "v = 582352853.7967088 m / s > c, setting 1/gamma = 0\n",
+      "v = 306935852.933159 m / s > c, setting 1/gamma = 0\n",
+      "v = 393729507.42226356 m / s > c, setting 1/gamma = 0\n",
+      "v = 917450146.4896206 m / s > c, setting 1/gamma = 0\n",
+      "v = 756860161.4970868 m / s > c, setting 1/gamma = 0\n",
+      "v = 319464391.01997906 m / s > c, setting 1/gamma = 0\n",
+      "v = 377154862.2949673 m / s > c, setting 1/gamma = 0\n",
+      "v = 335465785.02928704 m / s > c, setting 1/gamma = 0\n",
+      "v = 389767904.9200615 m / s > c, setting 1/gamma = 0\n",
+      "v = 323199943.43118787 m / s > c, setting 1/gamma = 0\n",
+      "v = 371978783.4426977 m / s > c, setting 1/gamma = 0\n",
+      "v = 313828196.41055506 m / s > c, setting 1/gamma = 0\n",
+      "v = 373424311.32850516 m / s > c, setting 1/gamma = 0\n",
+      "v = 596606560.0877162 m / s > c, setting 1/gamma = 0\n",
+      "v = 543814105.8252007 m / s > c, setting 1/gamma = 0\n",
+      "v = 303801336.2416425 m / s > c, setting 1/gamma = 0\n",
+      "v = 556473023.3336841 m / s > c, setting 1/gamma = 0\n",
+      "v = 566613537.8086106 m / s > c, setting 1/gamma = 0\n",
+      "v = 430873321.3076312 m / s > c, setting 1/gamma = 0\n",
+      "v = 480892421.88255215 m / s > c, setting 1/gamma = 0\n",
+      "v = 319891045.5176215 m / s > c, setting 1/gamma = 0\n",
+      "v = 372782966.70332956 m / s > c, setting 1/gamma = 0\n",
+      "v = 619482503.1884842 m / s > c, setting 1/gamma = 0\n",
+      "v = 570269103.9783632 m / s > c, setting 1/gamma = 0\n",
+      "v = 331346112.6227732 m / s > c, setting 1/gamma = 0\n",
+      "v = 390768915.07142454 m / s > c, setting 1/gamma = 0\n",
+      "v = 481138660.62966913 m / s > c, setting 1/gamma = 0\n",
+      "v = 510107858.7810139 m / s > c, setting 1/gamma = 0\n",
+      "v = 306184162.65124846 m / s > c, setting 1/gamma = 0\n",
+      "v = 349318181.68643224 m / s > c, setting 1/gamma = 0\n",
+      "v = 401716112.9667939 m / s > c, setting 1/gamma = 0\n",
+      "v = 457448197.7344024 m / s > c, setting 1/gamma = 0\n",
+      "v = 314462859.48167753 m / s > c, setting 1/gamma = 0\n",
+      "v = 357140793.6406163 m / s > c, setting 1/gamma = 0\n",
+      "v = 402257967.8241132 m / s > c, setting 1/gamma = 0\n",
+      "v = 384272146.24478084 m / s > c, setting 1/gamma = 0\n",
+      "v = 437670529.03729796 m / s > c, setting 1/gamma = 0\n",
+      "v = 332674069.46573323 m / s > c, setting 1/gamma = 0\n",
+      "v = 388171063.29414475 m / s > c, setting 1/gamma = 0\n",
+      "v = 328775948.8381026 m / s > c, setting 1/gamma = 0\n",
+      "v = 317968775.80265343 m / s > c, setting 1/gamma = 0\n",
+      "v = 703404148.5293758 m / s > c, setting 1/gamma = 0\n",
+      "v = 571788749.4539921 m / s > c, setting 1/gamma = 0\n",
+      "v = 512038829.6352879 m / s > c, setting 1/gamma = 0\n",
+      "v = 522281451.9884449 m / s > c, setting 1/gamma = 0\n",
+      "v = 348662649.52110296 m / s > c, setting 1/gamma = 0\n",
+      "v = 398505861.06258494 m / s > c, setting 1/gamma = 0\n",
+      "v = 300556737.72200924 m / s > c, setting 1/gamma = 0\n",
+      "v = 652141393.2943138 m / s > c, setting 1/gamma = 0\n",
+      "v = 531215087.45059896 m / s > c, setting 1/gamma = 0\n",
+      "v = 303177430.8041831 m / s > c, setting 1/gamma = 0\n",
+      "v = 352183466.1350971 m / s > c, setting 1/gamma = 0\n",
+      "v = 320042808.796046 m / s > c, setting 1/gamma = 0\n",
+      "v = 303894557.5900507 m / s > c, setting 1/gamma = 0\n",
+      "v = 359017530.5509888 m / s > c, setting 1/gamma = 0\n",
+      "v = 315098250.16124487 m / s > c, setting 1/gamma = 0\n",
+      "v = 371828163.38749814 m / s > c, setting 1/gamma = 0\n",
+      "v = 389300830.4408231 m / s > c, setting 1/gamma = 0\n",
+      "v = 440806817.8912371 m / s > c, setting 1/gamma = 0\n",
+      "v = 304871906.7193261 m / s > c, setting 1/gamma = 0\n",
+      "v = 317630524.88124067 m / s > c, setting 1/gamma = 0\n",
+      "v = 380916114.97386634 m / s > c, setting 1/gamma = 0\n",
+      "v = 306162307.9868261 m / s > c, setting 1/gamma = 0\n",
+      "v = 319181351.76441264 m / s > c, setting 1/gamma = 0\n",
+      "v = 321950893.9905517 m / s > c, setting 1/gamma = 0\n",
+      "v = 706725140.9350644 m / s > c, setting 1/gamma = 0\n",
+      "v = 576234442.2379773 m / s > c, setting 1/gamma = 0\n",
+      "v = 533525028.8688871 m / s > c, setting 1/gamma = 0\n",
+      "v = 554680744.4297757 m / s > c, setting 1/gamma = 0\n",
+      "v = 304383038.7731725 m / s > c, setting 1/gamma = 0\n",
+      "v = 347452151.80281746 m / s > c, setting 1/gamma = 0\n",
+      "v = 410499629.13064176 m / s > c, setting 1/gamma = 0\n",
+      "v = 351913145.84173673 m / s > c, setting 1/gamma = 0\n",
+      "v = 394966457.80795145 m / s > c, setting 1/gamma = 0\n",
+      "v = 422048606.72683364 m / s > c, setting 1/gamma = 0\n",
+      "v = 473574231.7334866 m / s > c, setting 1/gamma = 0\n",
+      "v = 309945361.09652007 m / s > c, setting 1/gamma = 0\n",
+      "v = 363327010.2318811 m / s > c, setting 1/gamma = 0\n",
+      "v = 303509364.60143274 m / s > c, setting 1/gamma = 0\n",
+      "v = 366974787.0272915 m / s > c, setting 1/gamma = 0\n",
+      "v = 424403779.5304197 m / s > c, setting 1/gamma = 0\n",
+      "v = 474487760.7418925 m / s > c, setting 1/gamma = 0\n",
+      "v = 481134509.97702307 m / s > c, setting 1/gamma = 0\n",
+      "v = 508101550.51039827 m / s > c, setting 1/gamma = 0\n",
+      "v = 329196565.7729263 m / s > c, setting 1/gamma = 0\n",
+      "v = 391994866.455304 m / s > c, setting 1/gamma = 0\n",
+      "v = 384549310.18760204 m / s > c, setting 1/gamma = 0\n",
+      "v = 438060941.37657696 m / s > c, setting 1/gamma = 0\n",
+      "v = 464064645.0424632 m / s > c, setting 1/gamma = 0\n",
+      "v = 503101997.2992902 m / s > c, setting 1/gamma = 0\n",
+      "v = 434324791.20730823 m / s > c, setting 1/gamma = 0\n",
+      "v = 468003418.1634732 m / s > c, setting 1/gamma = 0\n",
+      "v = 356670589.1169268 m / s > c, setting 1/gamma = 0\n",
+      "v = 412490228.224616 m / s > c, setting 1/gamma = 0\n",
+      "v = 305409795.4744768 m / s > c, setting 1/gamma = 0\n",
+      "v = 354030605.54633474 m / s > c, setting 1/gamma = 0\n",
+      "v = 326946517.3514771 m / s > c, setting 1/gamma = 0\n",
+      "v = 302654455.15518254 m / s > c, setting 1/gamma = 0\n",
+      "v = 356407332.21075296 m / s > c, setting 1/gamma = 0\n",
+      "v = 382215161.94651264 m / s > c, setting 1/gamma = 0\n",
+      "v = 441072368.86693376 m / s > c, setting 1/gamma = 0\n",
+      "v = 308422035.45004404 m / s > c, setting 1/gamma = 0\n",
+      "v = 371326615.0622159 m / s > c, setting 1/gamma = 0\n",
+      "v = 433061476.00089914 m / s > c, setting 1/gamma = 0\n",
+      "v = 362954140.72530544 m / s > c, setting 1/gamma = 0\n",
+      "v = 416962777.56719863 m / s > c, setting 1/gamma = 0\n",
+      "v = 313606154.42945933 m / s > c, setting 1/gamma = 0\n",
+      "v = 368485927.7979388 m / s > c, setting 1/gamma = 0\n",
+      "v = 816644111.8559707 m / s > c, setting 1/gamma = 0\n",
+      "v = 666814137.8886839 m / s > c, setting 1/gamma = 0\n",
+      "v = 639652966.0868335 m / s > c, setting 1/gamma = 0\n",
+      "v = 556574122.9145116 m / s > c, setting 1/gamma = 0\n",
+      "v = 321056296.93029517 m / s > c, setting 1/gamma = 0\n",
+      "v = 340498034.57649314 m / s > c, setting 1/gamma = 0\n",
+      "v = 400032336.97046906 m / s > c, setting 1/gamma = 0\n",
+      "v = 514333860.14683443 m / s > c, setting 1/gamma = 0\n",
+      "v = 510601538.63551766 m / s > c, setting 1/gamma = 0\n",
+      "v = 314634873.77814186 m / s > c, setting 1/gamma = 0\n",
+      "v = 342179180.1405177 m / s > c, setting 1/gamma = 0\n",
+      "v = 345113507.8377083 m / s > c, setting 1/gamma = 0\n",
+      "v = 397085119.693161 m / s > c, setting 1/gamma = 0\n",
+      "v = 346728239.1188959 m / s > c, setting 1/gamma = 0\n",
+      "v = 408229192.7737054 m / s > c, setting 1/gamma = 0\n",
+      "v = 365658396.2604801 m / s > c, setting 1/gamma = 0\n",
+      "v = 409552117.6225368 m / s > c, setting 1/gamma = 0\n",
+      "v = 326308278.4199762 m / s > c, setting 1/gamma = 0\n",
+      "v = 745474597.6917423 m / s > c, setting 1/gamma = 0\n",
+      "v = 616461136.8728349 m / s > c, setting 1/gamma = 0\n",
+      "v = 360766595.71727407 m / s > c, setting 1/gamma = 0\n",
+      "v = 410754542.70031166 m / s > c, setting 1/gamma = 0\n",
+      "v = 354194219.0015897 m / s > c, setting 1/gamma = 0\n",
+      "v = 406592916.82400376 m / s > c, setting 1/gamma = 0\n",
+      "v = 379681922.9008803 m / s > c, setting 1/gamma = 0\n",
+      "v = 424540240.9501084 m / s > c, setting 1/gamma = 0\n",
+      "v = 316877446.8277914 m / s > c, setting 1/gamma = 0\n",
+      "v = 360783510.3307207 m / s > c, setting 1/gamma = 0\n",
+      "v = 348584987.396037 m / s > c, setting 1/gamma = 0\n",
+      "v = 400900559.41248715 m / s > c, setting 1/gamma = 0\n",
+      "v = 378970047.1337716 m / s > c, setting 1/gamma = 0\n",
+      "v = 860113613.4074799 m / s > c, setting 1/gamma = 0\n",
+      "v = 708319179.0208784 m / s > c, setting 1/gamma = 0\n",
+      "v = 318984836.63901925 m / s > c, setting 1/gamma = 0\n",
+      "v = 370804964.4638838 m / s > c, setting 1/gamma = 0\n",
+      "v = 430993744.76580304 m / s > c, setting 1/gamma = 0\n",
+      "v = 460566224.67783624 m / s > c, setting 1/gamma = 0\n",
+      "v = 315859966.9940359 m / s > c, setting 1/gamma = 0\n",
+      "v = 347496155.0286185 m / s > c, setting 1/gamma = 0\n",
+      "v = 483967984.5016656 m / s > c, setting 1/gamma = 0\n",
+      "v = 491899215.78925425 m / s > c, setting 1/gamma = 0\n",
+      "v = 341987587.1551759 m / s > c, setting 1/gamma = 0\n",
+      "v = 486709496.99836713 m / s > c, setting 1/gamma = 0\n",
+      "v = 507298436.91910756 m / s > c, setting 1/gamma = 0\n",
+      "v = 331210902.6566029 m / s > c, setting 1/gamma = 0\n",
+      "v = 392086825.180842 m / s > c, setting 1/gamma = 0\n",
+      "v = 341463332.04412377 m / s > c, setting 1/gamma = 0\n",
+      "v = 396706015.0260399 m / s > c, setting 1/gamma = 0\n",
+      "v = 381194053.4245925 m / s > c, setting 1/gamma = 0\n",
+      "v = 436055508.60023737 m / s > c, setting 1/gamma = 0\n",
+      "v = 324084974.60478604 m / s > c, setting 1/gamma = 0\n",
+      "v = 381276554.5806416 m / s > c, setting 1/gamma = 0\n",
+      "v = 320008524.57676965 m / s > c, setting 1/gamma = 0\n",
+      "v = 377454779.7124488 m / s > c, setting 1/gamma = 0\n",
+      "v = 319263345.315043 m / s > c, setting 1/gamma = 0\n",
+      "v = 379246471.56509084 m / s > c, setting 1/gamma = 0\n",
+      "v = 349070297.0386102 m / s > c, setting 1/gamma = 0\n",
+      "v = 394848512.30595773 m / s > c, setting 1/gamma = 0\n",
+      "v = 300237218.89251566 m / s > c, setting 1/gamma = 0\n",
+      "v = 364621372.6222355 m / s > c, setting 1/gamma = 0\n",
+      "v = 332994785.2911564 m / s > c, setting 1/gamma = 0\n",
+      "v = 368065983.88382787 m / s > c, setting 1/gamma = 0\n",
+      "v = 439455824.0589867 m / s > c, setting 1/gamma = 0\n",
+      "v = 466000931.97229725 m / s > c, setting 1/gamma = 0\n",
+      "v = 549043159.1811782 m / s > c, setting 1/gamma = 0\n",
+      "v = 533805473.40128094 m / s > c, setting 1/gamma = 0\n",
+      "v = 353894494.4571111 m / s > c, setting 1/gamma = 0\n",
+      "v = 384663621.91970634 m / s > c, setting 1/gamma = 0\n",
+      "v = 446216136.07713825 m / s > c, setting 1/gamma = 0\n",
+      "v = 472518856.1446402 m / s > c, setting 1/gamma = 0\n",
+      "v = 528082044.94624126 m / s > c, setting 1/gamma = 0\n",
+      "v = 513493347.7725349 m / s > c, setting 1/gamma = 0\n",
+      "v = 369625395.0639095 m / s > c, setting 1/gamma = 0\n",
+      "v = 389113738.24064064 m / s > c, setting 1/gamma = 0\n",
+      "v = 330771107.2959237 m / s > c, setting 1/gamma = 0\n",
+      "v = 386099768.49307454 m / s > c, setting 1/gamma = 0\n",
+      "v = 420446128.7197907 m / s > c, setting 1/gamma = 0\n",
+      "v = 451279643.6658698 m / s > c, setting 1/gamma = 0\n",
+      "v = 336476825.4675025 m / s > c, setting 1/gamma = 0\n",
+      "v = 354066460.72301567 m / s > c, setting 1/gamma = 0\n",
+      "v = 386014846.0074931 m / s > c, setting 1/gamma = 0\n",
+      "v = 439628527.0998404 m / s > c, setting 1/gamma = 0\n",
+      "v = 488109239.66219854 m / s > c, setting 1/gamma = 0\n",
+      "v = 498225106.6715738 m / s > c, setting 1/gamma = 0\n",
+      "v = 344668791.2253369 m / s > c, setting 1/gamma = 0\n",
+      "v = 393722981.66693395 m / s > c, setting 1/gamma = 0\n",
+      "v = 357828976.20574987 m / s > c, setting 1/gamma = 0\n",
+      "v = 382111685.92259675 m / s > c, setting 1/gamma = 0\n",
+      "v = 325706498.97860146 m / s > c, setting 1/gamma = 0\n",
+      "v = 357104223.16380745 m / s > c, setting 1/gamma = 0\n",
+      "v = 312995797.6859623 m / s > c, setting 1/gamma = 0\n",
+      "v = 335434552.21877813 m / s > c, setting 1/gamma = 0\n",
+      "v = 356022486.7178559 m / s > c, setting 1/gamma = 0\n",
+      "v = 324190129.4753558 m / s > c, setting 1/gamma = 0\n",
+      "v = 374408601.67628783 m / s > c, setting 1/gamma = 0\n",
+      "v = 501571848.4655778 m / s > c, setting 1/gamma = 0\n",
+      "v = 491637384.44995636 m / s > c, setting 1/gamma = 0\n",
+      "v = 320446979.4849107 m / s > c, setting 1/gamma = 0\n",
+      "v = 327888607.4166232 m / s > c, setting 1/gamma = 0\n",
+      "v = 346238954.1453908 m / s > c, setting 1/gamma = 0\n",
+      "v = 371613758.6833282 m / s > c, setting 1/gamma = 0\n",
+      "v = 417804218.8593504 m / s > c, setting 1/gamma = 0\n",
+      "v = 328928435.94149965 m / s > c, setting 1/gamma = 0\n",
+      "v = 378431217.5356698 m / s > c, setting 1/gamma = 0\n",
+      "v = 338542082.4956347 m / s > c, setting 1/gamma = 0\n",
+      "v = 364814834.3646113 m / s > c, setting 1/gamma = 0\n",
+      "v = 370984599.14005417 m / s > c, setting 1/gamma = 0\n",
+      "v = 379391766.6804676 m / s > c, setting 1/gamma = 0\n",
+      "v = 361895722.849333 m / s > c, setting 1/gamma = 0\n",
+      "v = 405575509.7259464 m / s > c, setting 1/gamma = 0\n",
+      "v = 313164463.9463105 m / s > c, setting 1/gamma = 0\n",
+      "v = 320607763.78455424 m / s > c, setting 1/gamma = 0\n",
+      "v = 438154786.3275476 m / s > c, setting 1/gamma = 0\n",
+      "v = 461798325.52564234 m / s > c, setting 1/gamma = 0\n",
+      "v = 301763352.1204141 m / s > c, setting 1/gamma = 0\n",
+      "v = 335640983.8708593 m / s > c, setting 1/gamma = 0\n",
+      "v = 316944327.68282545 m / s > c, setting 1/gamma = 0\n",
+      "v = 367436968.22300124 m / s > c, setting 1/gamma = 0\n",
+      "v = 315510360.6885782 m / s > c, setting 1/gamma = 0\n",
+      "v = 337258862.63368624 m / s > c, setting 1/gamma = 0\n",
+      "v = 315511631.3981477 m / s > c, setting 1/gamma = 0\n",
+      "v = 338593649.6122939 m / s > c, setting 1/gamma = 0\n",
+      "v = 367457033.33214116 m / s > c, setting 1/gamma = 0\n",
+      "v = 411252826.0406674 m / s > c, setting 1/gamma = 0\n",
+      "v = 300245609.1887377 m / s > c, setting 1/gamma = 0\n",
+      "v = 321015290.9949663 m / s > c, setting 1/gamma = 0\n",
+      "v = 313668442.0566921 m / s > c, setting 1/gamma = 0\n",
+      "v = 351519613.4937619 m / s > c, setting 1/gamma = 0\n",
+      "v = 301086991.2499855 m / s > c, setting 1/gamma = 0\n",
+      "v = 311299229.8112137 m / s > c, setting 1/gamma = 0\n",
+      "v = 330581572.51707494 m / s > c, setting 1/gamma = 0\n",
+      "v = 368606209.94970936 m / s > c, setting 1/gamma = 0\n",
+      "v = 411293288.8603457 m / s > c, setting 1/gamma = 0\n",
+      "v = 332686164.18836755 m / s > c, setting 1/gamma = 0\n",
+      "v = 355782075.27965176 m / s > c, setting 1/gamma = 0\n",
+      "v = 388774965.7715713 m / s > c, setting 1/gamma = 0\n",
+      "v = 429715027.4698556 m / s > c, setting 1/gamma = 0\n",
+      "v = 338671943.83256805 m / s > c, setting 1/gamma = 0\n",
+      "v = 354937548.57029825 m / s > c, setting 1/gamma = 0\n",
+      "v = 451347470.1885026 m / s > c, setting 1/gamma = 0\n",
+      "v = 462903064.7088301 m / s > c, setting 1/gamma = 0\n",
+      "v = 310893895.32673174 m / s > c, setting 1/gamma = 0\n",
+      "v = 328199750.40684277 m / s > c, setting 1/gamma = 0\n",
+      "v = 312436697.9824447 m / s > c, setting 1/gamma = 0\n",
+      "v = 339494784.7513612 m / s > c, setting 1/gamma = 0\n",
+      "v = 342206624.9549389 m / s > c, setting 1/gamma = 0\n",
+      "v = 360396426.0875225 m / s > c, setting 1/gamma = 0\n",
+      "v = 316180632.4177705 m / s > c, setting 1/gamma = 0\n",
+      "v = 399202600.77265567 m / s > c, setting 1/gamma = 0\n",
+      "v = 436602784.0845063 m / s > c, setting 1/gamma = 0\n",
+      "v = 325411400.406444 m / s > c, setting 1/gamma = 0\n",
+      "v = 344094940.5718849 m / s > c, setting 1/gamma = 0\n",
+      "v = 302897294.27051157 m / s > c, setting 1/gamma = 0\n",
+      "v = 305339694.1856694 m / s > c, setting 1/gamma = 0\n",
+      "v = 310313514.8987954 m / s > c, setting 1/gamma = 0\n",
+      "v = 309574543.592213 m / s > c, setting 1/gamma = 0\n",
+      "v = 326089163.8355643 m / s > c, setting 1/gamma = 0\n",
+      "v = 307529806.0938742 m / s > c, setting 1/gamma = 0\n",
+      "v = 352243378.630557 m / s > c, setting 1/gamma = 0\n",
+      "v = 327724039.93561375 m / s > c, setting 1/gamma = 0\n",
+      "v = 347370868.8241257 m / s > c, setting 1/gamma = 0\n",
+      "v = 368867304.43352234 m / s > c, setting 1/gamma = 0\n",
+      "v = 355702586.93743277 m / s > c, setting 1/gamma = 0\n",
+      "v = 404090074.6832777 m / s > c, setting 1/gamma = 0\n",
+      "v = 313817952.7186975 m / s > c, setting 1/gamma = 0\n",
+      "v = 345935147.9105573 m / s > c, setting 1/gamma = 0\n",
+      "v = 316805123.8767961 m / s > c, setting 1/gamma = 0\n",
+      "v = 348556324.812646 m / s > c, setting 1/gamma = 0\n",
+      "v = 309542808.1266198 m / s > c, setting 1/gamma = 0\n",
+      "v = 340491542.72225606 m / s > c, setting 1/gamma = 0\n",
+      "v = 375206990.574123 m / s > c, setting 1/gamma = 0\n",
+      "v = 422776830.477331 m / s > c, setting 1/gamma = 0\n",
+      "v = 430591134.87329733 m / s > c, setting 1/gamma = 0\n",
+      "v = 461025337.7982106 m / s > c, setting 1/gamma = 0\n",
+      "v = 389097886.5745875 m / s > c, setting 1/gamma = 0\n",
+      "v = 424299228.4912748 m / s > c, setting 1/gamma = 0\n",
+      "v = 309165201.62778467 m / s > c, setting 1/gamma = 0\n",
+      "v = 333453729.22810125 m / s > c, setting 1/gamma = 0\n",
+      "v = 307446439.7714998 m / s > c, setting 1/gamma = 0\n",
+      "v = 301762214.88090277 m / s > c, setting 1/gamma = 0\n",
+      "v = 589254124.6826489 m / s > c, setting 1/gamma = 0\n",
+      "v = 483869299.7254202 m / s > c, setting 1/gamma = 0\n",
+      "v = 317259653.4042242 m / s > c, setting 1/gamma = 0\n",
+      "v = 337860351.99316156 m / s > c, setting 1/gamma = 0\n",
+      "v = 463335900.5101203 m / s > c, setting 1/gamma = 0\n",
+      "v = 475368957.64074284 m / s > c, setting 1/gamma = 0\n",
+      "v = 327776536.93035305 m / s > c, setting 1/gamma = 0\n",
+      "v = 346477295.1970514 m / s > c, setting 1/gamma = 0\n",
+      "v = 344304829.40445876 m / s > c, setting 1/gamma = 0\n",
+      "v = 376875638.49468744 m / s > c, setting 1/gamma = 0\n",
+      "v = 378111760.6031681 m / s > c, setting 1/gamma = 0\n",
+      "v = 420047906.056747 m / s > c, setting 1/gamma = 0\n",
+      "v = 308827438.33233017 m / s > c, setting 1/gamma = 0\n",
+      "v = 354820256.063551 m / s > c, setting 1/gamma = 0\n",
+      "v = 401544486.7333755 m / s > c, setting 1/gamma = 0\n",
+      "v = 362859499.7846516 m / s > c, setting 1/gamma = 0\n",
+      "v = 384868772.5921486 m / s > c, setting 1/gamma = 0\n",
+      "v = 319603742.82656723 m / s > c, setting 1/gamma = 0\n",
+      "v = 356817750.95817405 m / s > c, setting 1/gamma = 0\n",
+      "v = 321634290.9246192 m / s > c, setting 1/gamma = 0\n",
+      "v = 308676521.2530551 m / s > c, setting 1/gamma = 0\n",
+      "v = 330815743.39819455 m / s > c, setting 1/gamma = 0\n",
+      "v = 335248197.77307767 m / s > c, setting 1/gamma = 0\n",
+      "v = 541378521.461884 m / s > c, setting 1/gamma = 0\n",
+      "v = 499099007.97003627 m / s > c, setting 1/gamma = 0\n",
+      "v = 319785490.6864754 m / s > c, setting 1/gamma = 0\n",
+      "v = 339938125.99886304 m / s > c, setting 1/gamma = 0\n",
+      "v = 302987396.1121115 m / s > c, setting 1/gamma = 0\n",
+      "v = 332383026.0584031 m / s > c, setting 1/gamma = 0\n",
+      "v = 330439511.2444128 m / s > c, setting 1/gamma = 0\n",
+      "v = 373222516.6048816 m / s > c, setting 1/gamma = 0\n",
+      "v = 325820805.6153444 m / s > c, setting 1/gamma = 0\n",
+      "v = 416925744.9161382 m / s > c, setting 1/gamma = 0\n",
+      "v = 450664813.19834995 m / s > c, setting 1/gamma = 0\n",
+      "v = 315731729.67618436 m / s > c, setting 1/gamma = 0\n",
+      "v = 346053343.64549345 m / s > c, setting 1/gamma = 0\n",
+      "v = 305713038.28579557 m / s > c, setting 1/gamma = 0\n",
+      "v = 348117812.3860792 m / s > c, setting 1/gamma = 0\n",
+      "v = 349467828.2753684 m / s > c, setting 1/gamma = 0\n",
+      "v = 397965808.9343996 m / s > c, setting 1/gamma = 0\n",
+      "v = 321714614.5705998 m / s > c, setting 1/gamma = 0\n",
+      "v = 382955118.27657557 m / s > c, setting 1/gamma = 0\n",
+      "v = 427154743.8444413 m / s > c, setting 1/gamma = 0\n",
+      "v = 434078920.7684485 m / s > c, setting 1/gamma = 0\n",
+      "v = 468558952.646308 m / s > c, setting 1/gamma = 0\n",
+      "v = 318095846.08172196 m / s > c, setting 1/gamma = 0\n",
+      "v = 340338832.813792 m / s > c, setting 1/gamma = 0\n",
+      "v = 382144768.60015273 m / s > c, setting 1/gamma = 0\n",
+      "v = 429243308.9188669 m / s > c, setting 1/gamma = 0\n",
+      "v = 325944947.675356 m / s > c, setting 1/gamma = 0\n",
+      "v = 346634184.19522053 m / s > c, setting 1/gamma = 0\n",
+      "v = 513206680.5529875 m / s > c, setting 1/gamma = 0\n",
+      "v = 492193196.1479749 m / s > c, setting 1/gamma = 0\n",
+      "v = 321523996.5684105 m / s > c, setting 1/gamma = 0\n",
+      "v = 340308900.1095775 m / s > c, setting 1/gamma = 0\n",
+      "v = 311732145.76996416 m / s > c, setting 1/gamma = 0\n",
+      "v = 317740994.44182926 m / s > c, setting 1/gamma = 0\n",
+      "v = 644806589.9270183 m / s > c, setting 1/gamma = 0\n",
+      "v = 529507436.6783228 m / s > c, setting 1/gamma = 0\n",
+      "v = 354107918.84947264 m / s > c, setting 1/gamma = 0\n",
+      "v = 379885389.7823518 m / s > c, setting 1/gamma = 0\n",
+      "v = 470561499.6589783 m / s > c, setting 1/gamma = 0\n",
+      "v = 475199350.7009157 m / s > c, setting 1/gamma = 0\n",
+      "v = 328888750.59013224 m / s > c, setting 1/gamma = 0\n",
+      "v = 312504762.1645531 m / s > c, setting 1/gamma = 0\n",
+      "v = 348431293.32690996 m / s > c, setting 1/gamma = 0\n",
+      "v = 394487348.2302774 m / s > c, setting 1/gamma = 0\n",
+      "v = 339541518.96527636 m / s > c, setting 1/gamma = 0\n",
+      "v = 363730761.86665255 m / s > c, setting 1/gamma = 0\n",
+      "v = 328910905.47594666 m / s > c, setting 1/gamma = 0\n",
+      "v = 311900872.54035455 m / s > c, setting 1/gamma = 0\n",
+      "v = 631655834.9679284 m / s > c, setting 1/gamma = 0\n",
+      "v = 517880496.4789811 m / s > c, setting 1/gamma = 0\n",
+      "v = 344684528.46773016 m / s > c, setting 1/gamma = 0\n",
+      "v = 379907438.84534943 m / s > c, setting 1/gamma = 0\n",
+      "v = 311743910.4999103 m / s > c, setting 1/gamma = 0\n",
+      "v = 326815016.1699514 m / s > c, setting 1/gamma = 0\n",
+      "v = 371915956.42944354 m / s > c, setting 1/gamma = 0\n",
+      "v = 339628062.7482538 m / s > c, setting 1/gamma = 0\n",
+      "v = 361093578.65097386 m / s > c, setting 1/gamma = 0\n",
+      "v = 321293353.92377 m / s > c, setting 1/gamma = 0\n",
+      "v = 368875237.2305766 m / s > c, setting 1/gamma = 0\n",
+      "v = 406203020.9738053 m / s > c, setting 1/gamma = 0\n",
+      "v = 440878290.4859976 m / s > c, setting 1/gamma = 0\n",
+      "v = 340901853.65321416 m / s > c, setting 1/gamma = 0\n",
+      "v = 361169693.1913767 m / s > c, setting 1/gamma = 0\n",
+      "v = 335037707.2176435 m / s > c, setting 1/gamma = 0\n",
+      "v = 365101918.35866773 m / s > c, setting 1/gamma = 0\n",
+      "v = 427986321.9168012 m / s > c, setting 1/gamma = 0\n",
+      "v = 458554615.95896316 m / s > c, setting 1/gamma = 0\n",
+      "v = 336807997.9396864 m / s > c, setting 1/gamma = 0\n",
+      "v = 362832211.7482394 m / s > c, setting 1/gamma = 0\n",
+      "v = 310921147.15209717 m / s > c, setting 1/gamma = 0\n",
+      "v = 349131869.56661963 m / s > c, setting 1/gamma = 0\n",
+      "v = 410026099.7341178 m / s > c, setting 1/gamma = 0\n",
+      "v = 449716664.588193 m / s > c, setting 1/gamma = 0\n",
+      "v = 328792160.942069 m / s > c, setting 1/gamma = 0\n",
+      "v = 348391861.01342416 m / s > c, setting 1/gamma = 0\n",
+      "v = 345356215.40802157 m / s > c, setting 1/gamma = 0\n",
+      "v = 724917872.5362105 m / s > c, setting 1/gamma = 0\n",
+      "v = 598649277.1655812 m / s > c, setting 1/gamma = 0\n",
+      "v = 316939814.8557844 m / s > c, setting 1/gamma = 0\n",
+      "v = 404083042.4234426 m / s > c, setting 1/gamma = 0\n",
+      "v = 438392020.20121723 m / s > c, setting 1/gamma = 0\n",
+      "v = 353803764.71556133 m / s > c, setting 1/gamma = 0\n",
+      "v = 373125962.1895231 m / s > c, setting 1/gamma = 0\n",
+      "v = 358448175.17474467 m / s > c, setting 1/gamma = 0\n",
+      "v = 405683493.41936636 m / s > c, setting 1/gamma = 0\n",
+      "v = 376179500.1245312 m / s > c, setting 1/gamma = 0\n",
+      "v = 396504075.703512 m / s > c, setting 1/gamma = 0\n",
+      "v = 337235676.09962773 m / s > c, setting 1/gamma = 0\n",
+      "v = 368339919.6403825 m / s > c, setting 1/gamma = 0\n",
+      "v = 306612599.7964463 m / s > c, setting 1/gamma = 0\n",
+      "v = 336598667.7164604 m / s > c, setting 1/gamma = 0\n",
+      "v = 339981430.3114442 m / s > c, setting 1/gamma = 0\n",
+      "v = 388071407.75266415 m / s > c, setting 1/gamma = 0\n",
+      "v = 468295461.045679 m / s > c, setting 1/gamma = 0\n",
+      "v = 481570486.02707636 m / s > c, setting 1/gamma = 0\n",
+      "v = 300212388.7585478 m / s > c, setting 1/gamma = 0\n",
+      "v = 328626288.84660405 m / s > c, setting 1/gamma = 0\n",
+      "v = 686354090.9174808 m / s > c, setting 1/gamma = 0\n",
+      "v = 564096143.4032958 m / s > c, setting 1/gamma = 0\n",
+      "v = 303100427.9597608 m / s > c, setting 1/gamma = 0\n",
+      "v = 327935706.29800785 m / s > c, setting 1/gamma = 0\n",
+      "v = 364438375.1950568 m / s > c, setting 1/gamma = 0\n",
+      "v = 391277254.91082156 m / s > c, setting 1/gamma = 0\n",
+      "v = 316880751.0129874 m / s > c, setting 1/gamma = 0\n",
+      "v = 358887563.5558569 m / s > c, setting 1/gamma = 0\n",
+      "v = 333101818.00155693 m / s > c, setting 1/gamma = 0\n",
+      "v = 313633615.52834487 m / s > c, setting 1/gamma = 0\n",
+      "v = 336026773.6305336 m / s > c, setting 1/gamma = 0\n",
+      "v = 300056374.2256854 m / s > c, setting 1/gamma = 0\n",
+      "v = 327665645.85068184 m / s > c, setting 1/gamma = 0\n",
+      "v = 449370665.3980533 m / s > c, setting 1/gamma = 0\n",
+      "v = 465195113.6898252 m / s > c, setting 1/gamma = 0\n",
+      "v = 340121544.1306526 m / s > c, setting 1/gamma = 0\n",
+      "v = 357225789.2122558 m / s > c, setting 1/gamma = 0\n",
+      "v = 335912464.90707177 m / s > c, setting 1/gamma = 0\n",
+      "v = 367658816.33670324 m / s > c, setting 1/gamma = 0\n",
+      "v = 450007050.2559001 m / s > c, setting 1/gamma = 0\n",
+      "v = 470440388.1852118 m / s > c, setting 1/gamma = 0\n",
+      "v = 345313678.6894278 m / s > c, setting 1/gamma = 0\n",
+      "v = 366967912.932025 m / s > c, setting 1/gamma = 0\n",
+      "v = 381485466.0727143 m / s > c, setting 1/gamma = 0\n",
+      "v = 425365057.33352107 m / s > c, setting 1/gamma = 0\n",
+      "v = 345584407.73754656 m / s > c, setting 1/gamma = 0\n",
+      "v = 372976193.51684815 m / s > c, setting 1/gamma = 0\n",
+      "v = 355674716.097498 m / s > c, setting 1/gamma = 0\n",
+      "v = 388324062.23518425 m / s > c, setting 1/gamma = 0\n",
+      "v = 339220362.5519136 m / s > c, setting 1/gamma = 0\n",
+      "v = 390773650.6130629 m / s > c, setting 1/gamma = 0\n",
+      "v = 323354129.0275365 m / s > c, setting 1/gamma = 0\n",
+      "v = 343321047.42981905 m / s > c, setting 1/gamma = 0\n",
+      "v = 337975811.4889926 m / s > c, setting 1/gamma = 0\n",
+      "v = 325032981.8286271 m / s > c, setting 1/gamma = 0\n",
+      "v = 663479393.2207952 m / s > c, setting 1/gamma = 0\n",
+      "v = 545212045.0542846 m / s > c, setting 1/gamma = 0\n",
+      "v = 309438729.16157633 m / s > c, setting 1/gamma = 0\n",
+      "v = 329333310.263882 m / s > c, setting 1/gamma = 0\n",
+      "v = 689627198.8407226 m / s > c, setting 1/gamma = 0\n",
+      "v = 567609262.2402633 m / s > c, setting 1/gamma = 0\n",
+      "v = 303582196.4487721 m / s > c, setting 1/gamma = 0\n",
+      "v = 302418582.29459137 m / s > c, setting 1/gamma = 0\n",
+      "v = 386310701.42506325 m / s > c, setting 1/gamma = 0\n",
+      "v = 426023149.062837 m / s > c, setting 1/gamma = 0\n",
+      "v = 320503310.5452755 m / s > c, setting 1/gamma = 0\n",
+      "v = 339417808.41836065 m / s > c, setting 1/gamma = 0\n",
+      "v = 328945791.29225516 m / s > c, setting 1/gamma = 0\n",
+      "v = 371808619.8151196 m / s > c, setting 1/gamma = 0\n",
+      "v = 319725426.1093024 m / s > c, setting 1/gamma = 0\n",
+      "v = 340598031.4971553 m / s > c, setting 1/gamma = 0\n",
+      "v = 377144002.7670289 m / s > c, setting 1/gamma = 0\n",
+      "v = 411889696.59095734 m / s > c, setting 1/gamma = 0\n",
+      "v = 362851683.11982816 m / s > c, setting 1/gamma = 0\n",
+      "v = 407255045.3601878 m / s > c, setting 1/gamma = 0\n",
+      "v = 302952356.8731723 m / s > c, setting 1/gamma = 0\n",
+      "v = 348148261.2948615 m / s > c, setting 1/gamma = 0\n",
+      "v = 376121010.0266706 m / s > c, setting 1/gamma = 0\n",
+      "v = 401507323.2400756 m / s > c, setting 1/gamma = 0\n",
+      "v = 443560245.7190541 m / s > c, setting 1/gamma = 0\n",
+      "v = 367451081.09935075 m / s > c, setting 1/gamma = 0\n",
+      "v = 377825497.1507948 m / s > c, setting 1/gamma = 0\n",
+      "v = 326712741.393094 m / s > c, setting 1/gamma = 0\n",
+      "v = 420493232.5206645 m / s > c, setting 1/gamma = 0\n",
+      "v = 447097878.44213504 m / s > c, setting 1/gamma = 0\n",
+      "v = 318127991.03859264 m / s > c, setting 1/gamma = 0\n",
+      "v = 338908894.3890359 m / s > c, setting 1/gamma = 0\n",
+      "v = 312599645.62509435 m / s > c, setting 1/gamma = 0\n",
+      "v = 328209642.7052731 m / s > c, setting 1/gamma = 0\n",
+      "v = 340209798.43523407 m / s > c, setting 1/gamma = 0\n",
+      "v = 359482406.83922845 m / s > c, setting 1/gamma = 0\n",
+      "v = 305638506.55614245 m / s > c, setting 1/gamma = 0\n",
+      "v = 370963486.3110308 m / s > c, setting 1/gamma = 0\n",
+      "v = 418198798.408903 m / s > c, setting 1/gamma = 0\n",
+      "v = 314692057.6220037 m / s > c, setting 1/gamma = 0\n",
+      "v = 346617932.28213 m / s > c, setting 1/gamma = 0\n",
+      "v = 336137176.6276227 m / s > c, setting 1/gamma = 0\n",
+      "v = 364927201.756182 m / s > c, setting 1/gamma = 0\n",
+      "v = 353076275.5246026 m / s > c, setting 1/gamma = 0\n",
+      "v = 405614331.4817281 m / s > c, setting 1/gamma = 0\n",
+      "v = 315365919.88161033 m / s > c, setting 1/gamma = 0\n",
+      "v = 332369836.1670493 m / s > c, setting 1/gamma = 0\n",
+      "v = 378444163.99462986 m / s > c, setting 1/gamma = 0\n",
+      "v = 374029489.14160484 m / s > c, setting 1/gamma = 0\n",
+      "v = 416587981.6341295 m / s > c, setting 1/gamma = 0\n",
+      "v = 373935671.4831319 m / s > c, setting 1/gamma = 0\n",
+      "v = 428209124.87112033 m / s > c, setting 1/gamma = 0\n",
+      "v = 580380240.9124558 m / s > c, setting 1/gamma = 0\n",
+      "v = 508800496.410003 m / s > c, setting 1/gamma = 0\n",
+      "v = 350938638.8766218 m / s > c, setting 1/gamma = 0\n",
+      "v = 376528219.539631 m / s > c, setting 1/gamma = 0\n",
+      "v = 391476808.4014599 m / s > c, setting 1/gamma = 0\n",
+      "v = 415740122.5495024 m / s > c, setting 1/gamma = 0\n",
+      "v = 397396934.3440369 m / s > c, setting 1/gamma = 0\n",
+      "v = 443275808.798887 m / s > c, setting 1/gamma = 0\n",
+      "v = 326969976.0490242 m / s > c, setting 1/gamma = 0\n",
+      "v = 348339876.70381767 m / s > c, setting 1/gamma = 0\n",
+      "v = 423334980.6125711 m / s > c, setting 1/gamma = 0\n",
+      "v = 451523563.7002983 m / s > c, setting 1/gamma = 0\n",
+      "v = 309319613.25505394 m / s > c, setting 1/gamma = 0\n",
+      "v = 302003481.9775462 m / s > c, setting 1/gamma = 0\n",
+      "v = 306259468.98711395 m / s > c, setting 1/gamma = 0\n",
+      "v = 358860297.814219 m / s > c, setting 1/gamma = 0\n",
+      "v = 355726632.71206814 m / s > c, setting 1/gamma = 0\n",
+      "v = 374940185.81727886 m / s > c, setting 1/gamma = 0\n",
+      "v = 374831088.67007726 m / s > c, setting 1/gamma = 0\n",
+      "v = 420815241.82409626 m / s > c, setting 1/gamma = 0\n",
+      "v = 354054917.0386132 m / s > c, setting 1/gamma = 0\n",
+      "v = 378461736.5435616 m / s > c, setting 1/gamma = 0\n",
+      "v = 335620577.1872715 m / s > c, setting 1/gamma = 0\n",
+      "v = 366477403.1338749 m / s > c, setting 1/gamma = 0\n",
+      "v = 361006570.3720735 m / s > c, setting 1/gamma = 0\n",
+      "v = 411274261.95609313 m / s > c, setting 1/gamma = 0\n",
+      "v = 309248862.18333167 m / s > c, setting 1/gamma = 0\n",
+      "v = 331198051.6390692 m / s > c, setting 1/gamma = 0\n",
+      "v = 322680311.37993276 m / s > c, setting 1/gamma = 0\n",
+      "v = 393094041.24557775 m / s > c, setting 1/gamma = 0\n",
+      "v = 424934334.9224929 m / s > c, setting 1/gamma = 0\n",
+      "v = 300198933.630432 m / s > c, setting 1/gamma = 0\n",
+      "v = 347509683.4641869 m / s > c, setting 1/gamma = 0\n",
+      "v = 354814894.594551 m / s > c, setting 1/gamma = 0\n",
+      "v = 402251012.5372696 m / s > c, setting 1/gamma = 0\n",
+      "v = 299833390.18261 m / s > c, setting 1/gamma = 0\n",
+      "v = 329525048.8216694 m / s > c, setting 1/gamma = 0\n",
+      "v = 328856680.05667937 m / s > c, setting 1/gamma = 0\n",
+      "v = 355765277.09725636 m / s > c, setting 1/gamma = 0\n",
+      "v = 387522605.8354819 m / s > c, setting 1/gamma = 0\n",
+      "v = 434296856.4109096 m / s > c, setting 1/gamma = 0\n",
+      "v = 304165376.764681 m / s > c, setting 1/gamma = 0\n",
+      "v = 326529596.77139807 m / s > c, setting 1/gamma = 0\n",
+      "v = 312717998.38304883 m / s > c, setting 1/gamma = 0\n",
+      "v = 358758449.19163007 m / s > c, setting 1/gamma = 0\n",
+      "v = 340373850.6897779 m / s > c, setting 1/gamma = 0\n",
+      "v = 391929344.02256304 m / s > c, setting 1/gamma = 0\n",
+      "v = 307000929.6374507 m / s > c, setting 1/gamma = 0\n",
+      "v = 344009454.46514493 m / s > c, setting 1/gamma = 0\n",
+      "v = 366804831.1232083 m / s > c, setting 1/gamma = 0\n",
+      "v = 381611424.85151964 m / s > c, setting 1/gamma = 0\n",
+      "v = 481116347.9451494 m / s > c, setting 1/gamma = 0\n",
+      "v = 490741313.88099337 m / s > c, setting 1/gamma = 0\n",
+      "v = 325867304.3236717 m / s > c, setting 1/gamma = 0\n",
+      "v = 350195112.8570311 m / s > c, setting 1/gamma = 0\n",
+      "v = 453747606.49417543 m / s > c, setting 1/gamma = 0\n",
+      "v = 469779481.35466903 m / s > c, setting 1/gamma = 0\n",
+      "v = 303778118.1746053 m / s > c, setting 1/gamma = 0\n",
+      "v = 330837187.26648784 m / s > c, setting 1/gamma = 0\n",
+      "v = 320035661.591292 m / s > c, setting 1/gamma = 0\n",
+      "v = 334272579.9553327 m / s > c, setting 1/gamma = 0\n",
+      "v = 373731318.615117 m / s > c, setting 1/gamma = 0\n",
+      "v = 315653474.85908085 m / s > c, setting 1/gamma = 0\n",
+      "v = 317359818.42444515 m / s > c, setting 1/gamma = 0\n",
+      "v = 338066571.1185039 m / s > c, setting 1/gamma = 0\n",
+      "v = 301266149.25319654 m / s > c, setting 1/gamma = 0\n",
+      "v = 335926394.4402459 m / s > c, setting 1/gamma = 0\n",
+      "v = 470267701.4475508 m / s > c, setting 1/gamma = 0\n",
+      "v = 482162653.4581544 m / s > c, setting 1/gamma = 0\n",
+      "v = 311775878.77873605 m / s > c, setting 1/gamma = 0\n",
+      "v = 335244458.7238983 m / s > c, setting 1/gamma = 0\n",
+      "v = 384739752.712682 m / s > c, setting 1/gamma = 0\n",
+      "v = 301095552.67810225 m / s > c, setting 1/gamma = 0\n",
+      "v = 312044616.10398954 m / s > c, setting 1/gamma = 0\n",
+      "v = 485825497.3965523 m / s > c, setting 1/gamma = 0\n",
+      "v = 473569251.76086295 m / s > c, setting 1/gamma = 0\n",
+      "v = 313153608.3127314 m / s > c, setting 1/gamma = 0\n",
+      "v = 364838029.69223034 m / s > c, setting 1/gamma = 0\n",
+      "v = 325339830.6798006 m / s > c, setting 1/gamma = 0\n",
+      "v = 346002615.0786578 m / s > c, setting 1/gamma = 0\n",
+      "v = 372837959.0585981 m / s > c, setting 1/gamma = 0\n",
+      "v = 415023776.7757982 m / s > c, setting 1/gamma = 0\n",
+      "v = 307675970.360092 m / s > c, setting 1/gamma = 0\n",
+      "v = 353415421.99654615 m / s > c, setting 1/gamma = 0\n",
+      "v = 342142091.5397726 m / s > c, setting 1/gamma = 0\n",
+      "v = 363854302.210377 m / s > c, setting 1/gamma = 0\n",
+      "v = 313344403.6540117 m / s > c, setting 1/gamma = 0\n",
+      "v = 342150148.2281406 m / s > c, setting 1/gamma = 0\n",
+      "v = 392538039.85996294 m / s > c, setting 1/gamma = 0\n",
+      "v = 311967028.3116109 m / s > c, setting 1/gamma = 0\n",
+      "v = 313854624.6438547 m / s > c, setting 1/gamma = 0\n",
+      "v = 341791253.4285119 m / s > c, setting 1/gamma = 0\n",
+      "v = 419704315.5526196 m / s > c, setting 1/gamma = 0\n",
+      "v = 442908670.8847498 m / s > c, setting 1/gamma = 0\n",
+      "v = 327187884.4110489 m / s > c, setting 1/gamma = 0\n",
+      "v = 349697054.95073384 m / s > c, setting 1/gamma = 0\n",
+      "v = 357358744.21678466 m / s > c, setting 1/gamma = 0\n",
+      "v = 390666728.05799186 m / s > c, setting 1/gamma = 0\n",
+      "v = 314648072.60272866 m / s > c, setting 1/gamma = 0\n",
+      "v = 353515217.7231811 m / s > c, setting 1/gamma = 0\n",
+      "v = 404845609.2393148 m / s > c, setting 1/gamma = 0\n",
+      "v = 328315538.7248553 m / s > c, setting 1/gamma = 0\n",
+      "v = 304552791.0552713 m / s > c, setting 1/gamma = 0\n",
+      "v = 349367013.654269 m / s > c, setting 1/gamma = 0\n",
+      "v = 365636022.4874712 m / s > c, setting 1/gamma = 0\n",
+      "v = 434700861.69193876 m / s > c, setting 1/gamma = 0\n",
+      "v = 457519705.7360421 m / s > c, setting 1/gamma = 0\n",
+      "v = 309772145.11780405 m / s > c, setting 1/gamma = 0\n",
+      "v = 623705611.8991319 m / s > c, setting 1/gamma = 0\n",
+      "v = 512396208.84607285 m / s > c, setting 1/gamma = 0\n",
+      "v = 323387273.7826739 m / s > c, setting 1/gamma = 0\n",
+      "v = 347328583.645475 m / s > c, setting 1/gamma = 0\n",
+      "v = 331930690.25214267 m / s > c, setting 1/gamma = 0\n",
+      "v = 363802513.21806556 m / s > c, setting 1/gamma = 0\n",
+      "v = 303163218.0582802 m / s > c, setting 1/gamma = 0\n",
+      "v = 341959013.60229975 m / s > c, setting 1/gamma = 0\n",
+      "v = 357315677.11717695 m / s > c, setting 1/gamma = 0\n",
+      "v = 345195127.3301398 m / s > c, setting 1/gamma = 0\n",
+      "v = 389204236.18417877 m / s > c, setting 1/gamma = 0\n",
+      "v = 314996694.68955714 m / s > c, setting 1/gamma = 0\n",
+      "v = 653567711.44071 m / s > c, setting 1/gamma = 0\n",
+      "v = 535995858.0629333 m / s > c, setting 1/gamma = 0\n",
+      "v = 302669751.5723986 m / s > c, setting 1/gamma = 0\n",
+      "v = 354749358.83380145 m / s > c, setting 1/gamma = 0\n",
+      "v = 365504130.4019408 m / s > c, setting 1/gamma = 0\n",
+      "v = 520912158.8784246 m / s > c, setting 1/gamma = 0\n",
+      "v = 497822525.69084316 m / s > c, setting 1/gamma = 0\n",
+      "v = 352673943.09774125 m / s > c, setting 1/gamma = 0\n",
+      "v = 362212909.54057544 m / s > c, setting 1/gamma = 0\n",
+      "v = 384342057.65210974 m / s > c, setting 1/gamma = 0\n",
+      "v = 309241140.8597556 m / s > c, setting 1/gamma = 0\n",
+      "v = 518702637.53427416 m / s > c, setting 1/gamma = 0\n",
+      "v = 483136546.22861 m / s > c, setting 1/gamma = 0\n",
+      "v = 340252967.060637 m / s > c, setting 1/gamma = 0\n",
+      "v = 320612435.5672862 m / s > c, setting 1/gamma = 0\n",
+      "v = 338830504.9518726 m / s > c, setting 1/gamma = 0\n",
+      "v = 368442247.03451073 m / s > c, setting 1/gamma = 0\n",
+      "v = 423587049.57798064 m / s > c, setting 1/gamma = 0\n",
+      "v = 465117811.02239394 m / s > c, setting 1/gamma = 0\n",
+      "v = 473672971.44795734 m / s > c, setting 1/gamma = 0\n",
+      "v = 321601022.13024014 m / s > c, setting 1/gamma = 0\n",
+      "v = 339364441.3760786 m / s > c, setting 1/gamma = 0\n",
+      "v = 321885783.9707299 m / s > c, setting 1/gamma = 0\n",
+      "v = 364471939.3932756 m / s > c, setting 1/gamma = 0\n",
+      "v = 346205288.5540568 m / s > c, setting 1/gamma = 0\n",
+      "v = 398882856.419984 m / s > c, setting 1/gamma = 0\n",
+      "v = 424133543.63598746 m / s > c, setting 1/gamma = 0\n",
+      "v = 440380662.2381268 m / s > c, setting 1/gamma = 0\n",
+      "v = 464708212.2221809 m / s > c, setting 1/gamma = 0\n",
+      "v = 480756712.0262155 m / s > c, setting 1/gamma = 0\n",
+      "v = 303849188.2212037 m / s > c, setting 1/gamma = 0\n",
+      "v = 332180005.6784033 m / s > c, setting 1/gamma = 0\n",
+      "v = 422531066.8145857 m / s > c, setting 1/gamma = 0\n",
+      "v = 466490231.4184957 m / s > c, setting 1/gamma = 0\n",
+      "v = 332855102.0148552 m / s > c, setting 1/gamma = 0\n",
+      "v = 378963176.887323 m / s > c, setting 1/gamma = 0\n",
+      "v = 343937002.12829435 m / s > c, setting 1/gamma = 0\n",
+      "v = 366918576.7038299 m / s > c, setting 1/gamma = 0\n",
+      "v = 542448817.4708705 m / s > c, setting 1/gamma = 0\n",
+      "v = 547914025.6530656 m / s > c, setting 1/gamma = 0\n",
+      "v = 407087470.96648604 m / s > c, setting 1/gamma = 0\n",
+      "v = 447301568.88168484 m / s > c, setting 1/gamma = 0\n",
+      "v = 345733893.42142546 m / s > c, setting 1/gamma = 0\n",
+      "v = 363629559.56505513 m / s > c, setting 1/gamma = 0\n",
+      "v = 436984725.212842 m / s > c, setting 1/gamma = 0\n",
+      "v = 453091400.9959462 m / s > c, setting 1/gamma = 0\n",
+      "v = 322809935.2028376 m / s > c, setting 1/gamma = 0\n",
+      "v = 341808963.950624 m / s > c, setting 1/gamma = 0\n",
+      "v = 320871225.0011222 m / s > c, setting 1/gamma = 0\n",
+      "v = 399350080.87710774 m / s > c, setting 1/gamma = 0\n",
+      "v = 434479134.8413156 m / s > c, setting 1/gamma = 0\n",
+      "v = 330090886.96266633 m / s > c, setting 1/gamma = 0\n",
+      "v = 513681970.3243406 m / s > c, setting 1/gamma = 0\n",
+      "v = 518704881.7032199 m / s > c, setting 1/gamma = 0\n",
+      "v = 305836403.63829285 m / s > c, setting 1/gamma = 0\n",
+      "v = 334553790.3291742 m / s > c, setting 1/gamma = 0\n",
+      "v = 330074080.170432 m / s > c, setting 1/gamma = 0\n",
+      "v = 386147717.0974297 m / s > c, setting 1/gamma = 0\n",
+      "v = 322872832.4577094 m / s > c, setting 1/gamma = 0\n",
+      "v = 349811014.22432876 m / s > c, setting 1/gamma = 0\n",
+      "v = 392421765.89928347 m / s > c, setting 1/gamma = 0\n",
+      "v = 410776123.2299412 m / s > c, setting 1/gamma = 0\n",
+      "v = 313339729.59069085 m / s > c, setting 1/gamma = 0\n",
+      "v = 325824444.1414058 m / s > c, setting 1/gamma = 0\n",
+      "v = 306644522.26604486 m / s > c, setting 1/gamma = 0\n",
+      "v = 337137587.916504 m / s > c, setting 1/gamma = 0\n",
+      "v = 534773334.3917697 m / s > c, setting 1/gamma = 0\n",
+      "v = 570844900.984558 m / s > c, setting 1/gamma = 0\n",
+      "v = 424266396.0456394 m / s > c, setting 1/gamma = 0\n",
+      "v = 435290543.0020084 m / s > c, setting 1/gamma = 0\n",
+      "v = 303019909.4094416 m / s > c, setting 1/gamma = 0\n",
+      "v = 427070900.1248036 m / s > c, setting 1/gamma = 0\n",
+      "v = 449304164.83323544 m / s > c, setting 1/gamma = 0\n",
+      "v = 499648076.860225 m / s > c, setting 1/gamma = 0\n",
+      "v = 551401004.4001464 m / s > c, setting 1/gamma = 0\n",
+      "v = 309084270.7025913 m / s > c, setting 1/gamma = 0\n",
+      "v = 349183572.5315207 m / s > c, setting 1/gamma = 0\n",
+      "v = 302461333.70745873 m / s > c, setting 1/gamma = 0\n",
+      "v = 305541884.13205534 m / s > c, setting 1/gamma = 0\n",
+      "v = 357929575.2493907 m / s > c, setting 1/gamma = 0\n",
+      "v = 335021314.5228871 m / s > c, setting 1/gamma = 0\n",
+      "v = 408926387.4080528 m / s > c, setting 1/gamma = 0\n",
+      "v = 452167948.0675538 m / s > c, setting 1/gamma = 0\n",
+      "v = 302408044.72610676 m / s > c, setting 1/gamma = 0\n",
+      "v = 325755225.320788 m / s > c, setting 1/gamma = 0\n",
+      "v = 311982697.4605658 m / s > c, setting 1/gamma = 0\n",
+      "v = 358465423.36473995 m / s > c, setting 1/gamma = 0\n",
+      "v = 328136287.5235528 m / s > c, setting 1/gamma = 0\n",
+      "v = 378576652.81756824 m / s > c, setting 1/gamma = 0\n",
+      "v = 347923744.05793655 m / s > c, setting 1/gamma = 0\n",
+      "v = 401056806.7168504 m / s > c, setting 1/gamma = 0\n",
+      "v = 312831409.88372636 m / s > c, setting 1/gamma = 0\n",
+      "v = 306112869.65449786 m / s > c, setting 1/gamma = 0\n",
+      "v = 319702531.6425461 m / s > c, setting 1/gamma = 0\n",
+      "v = 313272899.1509148 m / s > c, setting 1/gamma = 0\n",
+      "v = 377286111.6141001 m / s > c, setting 1/gamma = 0\n",
+      "v = 308123817.2496389 m / s > c, setting 1/gamma = 0\n",
+      "v = 301496163.8955812 m / s > c, setting 1/gamma = 0\n",
+      "v = 334825021.7489765 m / s > c, setting 1/gamma = 0\n",
+      "v = 367417543.2444491 m / s > c, setting 1/gamma = 0\n",
+      "v = 537867148.3648906 m / s > c, setting 1/gamma = 0\n",
+      "v = 546600840.660355 m / s > c, setting 1/gamma = 0\n",
+      "v = 444777933.12274545 m / s > c, setting 1/gamma = 0\n",
+      "v = 493860629.318751 m / s > c, setting 1/gamma = 0\n",
+      "v = 303356731.6546593 m / s > c, setting 1/gamma = 0\n",
+      "v = 329343574.8141472 m / s > c, setting 1/gamma = 0\n",
+      "v = 308325197.68451095 m / s > c, setting 1/gamma = 0\n",
+      "v = 518985147.08395255 m / s > c, setting 1/gamma = 0\n",
+      "v = 559063586.3170413 m / s > c, setting 1/gamma = 0\n",
+      "v = 306658358.3646174 m / s > c, setting 1/gamma = 0\n",
+      "v = 303956469.4999696 m / s > c, setting 1/gamma = 0\n",
+      "v = 340612494.50610393 m / s > c, setting 1/gamma = 0\n",
+      "v = 380735105.4851597 m / s > c, setting 1/gamma = 0\n",
+      "v = 333609700.8694113 m / s > c, setting 1/gamma = 0\n",
+      "v = 302484541.0448305 m / s > c, setting 1/gamma = 0\n",
+      "v = 328539550.5123876 m / s > c, setting 1/gamma = 0\n",
+      "v = 382561922.13772 m / s > c, setting 1/gamma = 0\n",
+      "v = 421913984.3527832 m / s > c, setting 1/gamma = 0\n",
+      "v = 320342886.60424143 m / s > c, setting 1/gamma = 0\n",
+      "v = 352394344.5501069 m / s > c, setting 1/gamma = 0\n",
+      "v = 452570635.3848494 m / s > c, setting 1/gamma = 0\n",
+      "v = 473840163.7559699 m / s > c, setting 1/gamma = 0\n",
+      "v = 320193030.3141281 m / s > c, setting 1/gamma = 0\n",
+      "v = 352491867.1467787 m / s > c, setting 1/gamma = 0\n",
+      "v = 311396460.6051632 m / s > c, setting 1/gamma = 0\n",
+      "v = 353337643.5644754 m / s > c, setting 1/gamma = 0\n",
+      "v = 555238777.0049512 m / s > c, setting 1/gamma = 0\n",
+      "v = 594403497.2523152 m / s > c, setting 1/gamma = 0\n",
+      "v = 417123370.87169176 m / s > c, setting 1/gamma = 0\n",
+      "v = 446030830.7844945 m / s > c, setting 1/gamma = 0\n",
+      "v = 308113116.45786583 m / s > c, setting 1/gamma = 0\n",
+      "v = 331744850.83696604 m / s > c, setting 1/gamma = 0\n",
+      "v = 366918049.22589844 m / s > c, setting 1/gamma = 0\n",
+      "v = 401419127.43255836 m / s > c, setting 1/gamma = 0\n",
+      "v = 312623850.3026846 m / s > c, setting 1/gamma = 0\n",
+      "v = 367310087.61519146 m / s > c, setting 1/gamma = 0\n",
+      "v = 333425244.7693583 m / s > c, setting 1/gamma = 0\n",
+      "v = 315470241.9605147 m / s > c, setting 1/gamma = 0\n",
+      "v = 344771708.54114413 m / s > c, setting 1/gamma = 0\n",
+      "v = 330140430.82439196 m / s > c, setting 1/gamma = 0\n",
+      "v = 374592924.3611081 m / s > c, setting 1/gamma = 0\n",
+      "v = 391864236.8000788 m / s > c, setting 1/gamma = 0\n",
+      "v = 446562959.1153145 m / s > c, setting 1/gamma = 0\n",
+      "v = 392956848.0525365 m / s > c, setting 1/gamma = 0\n",
+      "v = 434137270.31773394 m / s > c, setting 1/gamma = 0\n",
+      "v = 453159200.8987774 m / s > c, setting 1/gamma = 0\n",
+      "v = 477762635.6926449 m / s > c, setting 1/gamma = 0\n",
+      "v = 317739641.62951326 m / s > c, setting 1/gamma = 0\n",
+      "v = 357581660.3973175 m / s > c, setting 1/gamma = 0\n",
+      "v = 479643008.0774292 m / s > c, setting 1/gamma = 0\n",
+      "v = 516697245.55633795 m / s > c, setting 1/gamma = 0\n",
+      "v = 350474471.99644524 m / s > c, setting 1/gamma = 0\n",
+      "v = 329075899.1450757 m / s > c, setting 1/gamma = 0\n",
+      "v = 365337800.9545039 m / s > c, setting 1/gamma = 0\n",
+      "v = 316061889.54050136 m / s > c, setting 1/gamma = 0\n",
+      "v = 407370043.4832742 m / s > c, setting 1/gamma = 0\n",
+      "v = 444981948.93821764 m / s > c, setting 1/gamma = 0\n",
+      "v = 604347741.445858 m / s > c, setting 1/gamma = 0\n",
+      "v = 567177217.0277548 m / s > c, setting 1/gamma = 0\n",
+      "v = 324001607.2807331 m / s > c, setting 1/gamma = 0\n",
+      "v = 365057268.00914866 m / s > c, setting 1/gamma = 0\n",
+      "v = 410206490.9829705 m / s > c, setting 1/gamma = 0\n",
+      "v = 567734720.8597542 m / s > c, setting 1/gamma = 0\n",
+      "v = 574873456.2133752 m / s > c, setting 1/gamma = 0\n",
+      "v = 377282949.26762116 m / s > c, setting 1/gamma = 0\n",
+      "v = 426718323.258757 m / s > c, setting 1/gamma = 0\n",
+      "v = 399694207.6808551 m / s > c, setting 1/gamma = 0\n",
+      "v = 973375984.6785408 m / s > c, setting 1/gamma = 0\n",
+      "v = 822601981.9890885 m / s > c, setting 1/gamma = 0\n",
+      "v = 308271641.9066523 m / s > c, setting 1/gamma = 0\n",
+      "v = 341367902.630131 m / s > c, setting 1/gamma = 0\n",
+      "v = 313524659.0011852 m / s > c, setting 1/gamma = 0\n",
+      "v = 332266200.9566481 m / s > c, setting 1/gamma = 0\n",
+      "v = 348790002.99819726 m / s > c, setting 1/gamma = 0\n",
+      "v = 349550054.6896723 m / s > c, setting 1/gamma = 0\n",
+      "v = 399230553.0277279 m / s > c, setting 1/gamma = 0\n",
+      "v = 389331234.42267245 m / s > c, setting 1/gamma = 0\n",
+      "v = 437058979.7046806 m / s > c, setting 1/gamma = 0\n",
+      "v = 320150333.57728815 m / s > c, setting 1/gamma = 0\n",
+      "v = 372529347.9161801 m / s > c, setting 1/gamma = 0\n",
+      "v = 404468264.94258523 m / s > c, setting 1/gamma = 0\n",
+      "v = 305050120.35115886 m / s > c, setting 1/gamma = 0\n",
+      "v = 308040655.5197618 m / s > c, setting 1/gamma = 0\n",
+      "v = 339920569.7643118 m / s > c, setting 1/gamma = 0\n",
+      "v = 317110464.5247235 m / s > c, setting 1/gamma = 0\n",
+      "v = 308837521.24786955 m / s > c, setting 1/gamma = 0\n",
+      "v = 363519258.16163707 m / s > c, setting 1/gamma = 0\n",
+      "v = 359662660.8852646 m / s > c, setting 1/gamma = 0\n",
+      "v = 381355147.78229874 m / s > c, setting 1/gamma = 0\n",
+      "v = 462495444.9848483 m / s > c, setting 1/gamma = 0\n",
+      "v = 464762421.15750587 m / s > c, setting 1/gamma = 0\n",
+      "v = 312785536.53560907 m / s > c, setting 1/gamma = 0\n",
+      "v = 304289624.63414 m / s > c, setting 1/gamma = 0\n",
+      "v = 320145897.78411216 m / s > c, setting 1/gamma = 0\n",
+      "v = 302425654.6894606 m / s > c, setting 1/gamma = 0\n",
+      "v = 332088096.6401086 m / s > c, setting 1/gamma = 0\n",
+      "v = 301655772.01464665 m / s > c, setting 1/gamma = 0\n",
+      "v = 593121799.9813384 m / s > c, setting 1/gamma = 0\n",
+      "v = 482037315.0668159 m / s > c, setting 1/gamma = 0\n",
+      "v = 303976076.80448836 m / s > c, setting 1/gamma = 0\n",
+      "v = 472775521.3475252 m / s > c, setting 1/gamma = 0\n",
+      "v = 519587406.0653937 m / s > c, setting 1/gamma = 0\n",
+      "v = 332940231.04496276 m / s > c, setting 1/gamma = 0\n",
+      "v = 385583168.3900422 m / s > c, setting 1/gamma = 0\n",
+      "v = 556996405.4239157 m / s > c, setting 1/gamma = 0\n",
+      "v = 503101413.1633329 m / s > c, setting 1/gamma = 0\n",
+      "v = 337303154.5553741 m / s > c, setting 1/gamma = 0\n",
+      "v = 361018641.7063667 m / s > c, setting 1/gamma = 0\n",
+      "v = 414271645.83681893 m / s > c, setting 1/gamma = 0\n",
+      "v = 434718086.85229224 m / s > c, setting 1/gamma = 0\n",
+      "v = 300748296.29024035 m / s > c, setting 1/gamma = 0\n",
+      "v = 320938737.2848706 m / s > c, setting 1/gamma = 0\n",
+      "v = 333387752.722908 m / s > c, setting 1/gamma = 0\n",
+      "v = 386860651.52866817 m / s > c, setting 1/gamma = 0\n",
+      "v = 473023493.9889216 m / s > c, setting 1/gamma = 0\n",
+      "v = 470020268.2951314 m / s > c, setting 1/gamma = 0\n",
+      "v = 316330658.11957353 m / s > c, setting 1/gamma = 0\n",
+      "v = 307307205.79471725 m / s > c, setting 1/gamma = 0\n",
+      "v = 363668041.36436343 m / s > c, setting 1/gamma = 0\n",
+      "v = 354852746.4296841 m / s > c, setting 1/gamma = 0\n",
+      "v = 406262967.1871443 m / s > c, setting 1/gamma = 0\n",
+      "v = 348532327.25148714 m / s > c, setting 1/gamma = 0\n",
+      "v = 389009552.2621847 m / s > c, setting 1/gamma = 0\n",
+      "v = 348164918.5182771 m / s > c, setting 1/gamma = 0\n",
+      "v = 305162829.22044045 m / s > c, setting 1/gamma = 0\n",
+      "v = 300173817.9301588 m / s > c, setting 1/gamma = 0\n",
+      "v = 385101501.9279864 m / s > c, setting 1/gamma = 0\n",
+      "v = 426588069.1519639 m / s > c, setting 1/gamma = 0\n",
+      "v = 320390239.99763936 m / s > c, setting 1/gamma = 0\n",
+      "v = 310202010.43379337 m / s > c, setting 1/gamma = 0\n",
+      "v = 347750771.0513054 m / s > c, setting 1/gamma = 0\n",
+      "v = 357151423.448217 m / s > c, setting 1/gamma = 0\n",
+      "v = 409443219.14492965 m / s > c, setting 1/gamma = 0\n",
+      "v = 312596281.28771436 m / s > c, setting 1/gamma = 0\n",
+      "v = 312361554.3086519 m / s > c, setting 1/gamma = 0\n",
+      "v = 304162346.47991073 m / s > c, setting 1/gamma = 0\n",
+      "v = 346638078.7019924 m / s > c, setting 1/gamma = 0\n",
+      "v = 318269434.30503464 m / s > c, setting 1/gamma = 0\n",
+      "v = 345313185.01732683 m / s > c, setting 1/gamma = 0\n",
+      "v = 383373449.8721891 m / s > c, setting 1/gamma = 0\n",
+      "v = 306679208.98831004 m / s > c, setting 1/gamma = 0\n",
+      "v = 340618292.14231324 m / s > c, setting 1/gamma = 0\n",
+      "v = 333648992.3507173 m / s > c, setting 1/gamma = 0\n",
+      "v = 320093398.8557408 m / s > c, setting 1/gamma = 0\n",
+      "v = 346950029.1522032 m / s > c, setting 1/gamma = 0\n",
+      "v = 338655648.69519913 m / s > c, setting 1/gamma = 0\n",
+      "v = 382021190.62803537 m / s > c, setting 1/gamma = 0\n",
+      "v = 402491889.0955127 m / s > c, setting 1/gamma = 0\n",
+      "v = 439578362.8725358 m / s > c, setting 1/gamma = 0\n",
+      "v = 312603811.1444466 m / s > c, setting 1/gamma = 0\n",
+      "v = 301834345.00208175 m / s > c, setting 1/gamma = 0\n",
+      "v = 317301749.8917247 m / s > c, setting 1/gamma = 0\n",
+      "v = 362036389.94475377 m / s > c, setting 1/gamma = 0\n",
+      "v = 301768567.6912116 m / s > c, setting 1/gamma = 0\n",
+      "v = 409352141.8101783 m / s > c, setting 1/gamma = 0\n",
+      "v = 431965668.23772687 m / s > c, setting 1/gamma = 0\n",
+      "v = 386786546.10654587 m / s > c, setting 1/gamma = 0\n",
+      "v = 438355807.2908688 m / s > c, setting 1/gamma = 0\n",
+      "v = 313278024.8038817 m / s > c, setting 1/gamma = 0\n",
+      "v = 339421014.31647813 m / s > c, setting 1/gamma = 0\n",
+      "v = 302589988.89037573 m / s > c, setting 1/gamma = 0\n",
+      "v = 464709639.83901364 m / s > c, setting 1/gamma = 0\n",
+      "v = 468394812.6275082 m / s > c, setting 1/gamma = 0\n",
+      "v = 307784721.67284226 m / s > c, setting 1/gamma = 0\n",
+      "v = 356865001.1194379 m / s > c, setting 1/gamma = 0\n",
+      "v = 377168978.89909744 m / s > c, setting 1/gamma = 0\n",
+      "v = 349560253.03635424 m / s > c, setting 1/gamma = 0\n",
+      "v = 404058997.5873829 m / s > c, setting 1/gamma = 0\n",
+      "v = 310292037.67879796 m / s > c, setting 1/gamma = 0\n",
+      "v = 623118125.2400006 m / s > c, setting 1/gamma = 0\n",
+      "v = 509795177.2109714 m / s > c, setting 1/gamma = 0\n",
+      "v = 313351908.43025106 m / s > c, setting 1/gamma = 0\n",
+      "v = 376432357.92650867 m / s > c, setting 1/gamma = 0\n",
+      "v = 420099646.27254605 m / s > c, setting 1/gamma = 0\n",
+      "v = 346084051.50225955 m / s > c, setting 1/gamma = 0\n",
+      "v = 398888202.29095703 m / s > c, setting 1/gamma = 0\n",
+      "v = 364671628.088268 m / s > c, setting 1/gamma = 0\n",
+      "v = 387205126.2171177 m / s > c, setting 1/gamma = 0\n",
+      "v = 357036477.27541596 m / s > c, setting 1/gamma = 0\n",
+      "v = 408227676.01630306 m / s > c, setting 1/gamma = 0\n",
+      "v = 320267661.41318214 m / s > c, setting 1/gamma = 0\n",
+      "v = 342391479.3129359 m / s > c, setting 1/gamma = 0\n",
+      "v = 348027025.17250615 m / s > c, setting 1/gamma = 0\n",
+      "v = 400952131.64830977 m / s > c, setting 1/gamma = 0\n",
+      "v = 302496299.0470591 m / s > c, setting 1/gamma = 0\n",
+      "v = 346410001.9890509 m / s > c, setting 1/gamma = 0\n",
+      "v = 322145614.7246462 m / s > c, setting 1/gamma = 0\n",
+      "v = 366544560.7315896 m / s > c, setting 1/gamma = 0\n",
+      "v = 380805004.34117013 m / s > c, setting 1/gamma = 0\n",
+      "v = 362634607.24193615 m / s > c, setting 1/gamma = 0\n",
+      "v = 411668196.79261976 m / s > c, setting 1/gamma = 0\n",
+      "v = 306901452.3392431 m / s > c, setting 1/gamma = 0\n",
+      "v = 488859617.3597186 m / s > c, setting 1/gamma = 0\n",
+      "v = 501327482.2247067 m / s > c, setting 1/gamma = 0\n",
+      "v = 388250904.1709809 m / s > c, setting 1/gamma = 0\n",
+      "v = 412348678.1557334 m / s > c, setting 1/gamma = 0\n",
+      "v = 345867593.756601 m / s > c, setting 1/gamma = 0\n",
+      "v = 356826531.7862588 m / s > c, setting 1/gamma = 0\n",
+      "v = 301095358.3172765 m / s > c, setting 1/gamma = 0\n",
+      "v = 309980799.5554774 m / s > c, setting 1/gamma = 0\n",
+      "v = 354853430.1909766 m / s > c, setting 1/gamma = 0\n",
+      "v = 355558785.1836165 m / s > c, setting 1/gamma = 0\n",
+      "v = 405134984.9802091 m / s > c, setting 1/gamma = 0\n",
+      "v = 341802638.33779967 m / s > c, setting 1/gamma = 0\n",
+      "v = 366149867.95906866 m / s > c, setting 1/gamma = 0\n",
+      "v = 302237182.38115376 m / s > c, setting 1/gamma = 0\n",
+      "v = 609428493.1595356 m / s > c, setting 1/gamma = 0\n",
+      "v = 501710761.182895 m / s > c, setting 1/gamma = 0\n",
+      "v = 302079329.1260774 m / s > c, setting 1/gamma = 0\n",
+      "v = 309291100.79082006 m / s > c, setting 1/gamma = 0\n",
+      "v = 484109272.97501284 m / s > c, setting 1/gamma = 0\n",
+      "v = 480426925.67059493 m / s > c, setting 1/gamma = 0\n",
+      "v = 340828531.90880686 m / s > c, setting 1/gamma = 0\n",
+      "v = 370294640.2573124 m / s > c, setting 1/gamma = 0\n",
+      "v = 426594909.00298417 m / s > c, setting 1/gamma = 0\n",
+      "v = 459840329.3146305 m / s > c, setting 1/gamma = 0\n",
+      "v = 476152581.1155659 m / s > c, setting 1/gamma = 0\n",
+      "v = 443624150.6203738 m / s > c, setting 1/gamma = 0\n",
+      "v = 485318735.1888835 m / s > c, setting 1/gamma = 0\n",
+      "v = 399150715.72815466 m / s > c, setting 1/gamma = 0\n",
+      "v = 450876802.4165304 m / s > c, setting 1/gamma = 0\n",
+      "v = 301805154.1451426 m / s > c, setting 1/gamma = 0\n",
+      "v = 713069416.0127192 m / s > c, setting 1/gamma = 0\n",
+      "v = 696253124.3421308 m / s > c, setting 1/gamma = 0\n",
+      "v = 363460778.7520861 m / s > c, setting 1/gamma = 0\n",
+      "v = 414606844.40655035 m / s > c, setting 1/gamma = 0\n",
+      "v = 351589449.738 m / s > c, setting 1/gamma = 0\n",
+      "v = 371032709.7125489 m / s > c, setting 1/gamma = 0\n",
+      "v = 378635329.07302225 m / s > c, setting 1/gamma = 0\n",
+      "v = 407862287.5629749 m / s > c, setting 1/gamma = 0\n",
+      "v = 304548167.0113663 m / s > c, setting 1/gamma = 0\n",
+      "v = 300165924.1961741 m / s > c, setting 1/gamma = 0\n",
+      "v = 301497730.6733443 m / s > c, setting 1/gamma = 0\n",
+      "v = 349458177.97257185 m / s > c, setting 1/gamma = 0\n",
+      "v = 348283497.00409085 m / s > c, setting 1/gamma = 0\n",
+      "v = 405378711.25311077 m / s > c, setting 1/gamma = 0\n",
+      "v = 491784066.0084487 m / s > c, setting 1/gamma = 0\n",
+      "v = 508327154.07892996 m / s > c, setting 1/gamma = 0\n",
+      "v = 307236394.79437655 m / s > c, setting 1/gamma = 0\n",
+      "v = 348313121.6487902 m / s > c, setting 1/gamma = 0\n",
+      "v = 389395748.59048104 m / s > c, setting 1/gamma = 0\n",
+      "v = 453111306.7991362 m / s > c, setting 1/gamma = 0\n",
+      "v = 479525530.46337813 m / s > c, setting 1/gamma = 0\n",
+      "v = 513177562.42335075 m / s > c, setting 1/gamma = 0\n",
+      "v = 523186950.9002383 m / s > c, setting 1/gamma = 0\n",
+      "v = 529368171.3705185 m / s > c, setting 1/gamma = 0\n",
+      "v = 528837292.5314019 m / s > c, setting 1/gamma = 0\n",
+      "v = 507486403.71147555 m / s > c, setting 1/gamma = 0\n",
+      "v = 300180339.72016335 m / s > c, setting 1/gamma = 0\n",
+      "v = 358649983.6851132 m / s > c, setting 1/gamma = 0\n",
+      "v = 320645889.8823767 m / s > c, setting 1/gamma = 0\n",
+      "v = 351156578.61145544 m / s > c, setting 1/gamma = 0\n",
+      "v = 366254425.6671204 m / s > c, setting 1/gamma = 0\n",
+      "v = 394721673.2977991 m / s > c, setting 1/gamma = 0\n",
+      "v = 372008281.24108946 m / s > c, setting 1/gamma = 0\n",
+      "v = 421070686.9473443 m / s > c, setting 1/gamma = 0\n",
+      "v = 300908943.6067259 m / s > c, setting 1/gamma = 0\n",
+      "v = 350443184.88132495 m / s > c, setting 1/gamma = 0\n",
+      "v = 464687886.19221956 m / s > c, setting 1/gamma = 0\n",
+      "v = 507746793.7490078 m / s > c, setting 1/gamma = 0\n",
+      "v = 396720957.9023119 m / s > c, setting 1/gamma = 0\n",
+      "v = 447641431.02218693 m / s > c, setting 1/gamma = 0\n",
+      "v = 466417814.06328154 m / s > c, setting 1/gamma = 0\n",
+      "v = 489674444.6636322 m / s > c, setting 1/gamma = 0\n",
+      "v = 313317849.4989873 m / s > c, setting 1/gamma = 0\n",
+      "v = 313973241.69288415 m / s > c, setting 1/gamma = 0\n",
+      "v = 360262224.59330755 m / s > c, setting 1/gamma = 0\n",
+      "v = 315246076.21674836 m / s > c, setting 1/gamma = 0\n",
+      "v = 384021772.37282974 m / s > c, setting 1/gamma = 0\n",
+      "v = 430124308.47713697 m / s > c, setting 1/gamma = 0\n",
+      "v = 423416208.2960632 m / s > c, setting 1/gamma = 0\n",
+      "v = 437882639.60799193 m / s > c, setting 1/gamma = 0\n",
+      "v = 349122952.1706451 m / s > c, setting 1/gamma = 0\n",
+      "v = 393863749.61848366 m / s > c, setting 1/gamma = 0\n",
+      "v = 304691446.187557 m / s > c, setting 1/gamma = 0\n",
+      "v = 628119377.5042756 m / s > c, setting 1/gamma = 0\n",
+      "v = 513638264.60430634 m / s > c, setting 1/gamma = 0\n",
+      "v = 310368406.661739 m / s > c, setting 1/gamma = 0\n",
+      "v = 449010290.7005661 m / s > c, setting 1/gamma = 0\n",
+      "v = 488821772.333017 m / s > c, setting 1/gamma = 0\n",
+      "v = 301370997.7700241 m / s > c, setting 1/gamma = 0\n",
+      "v = 354334618.0100488 m / s > c, setting 1/gamma = 0\n",
+      "v = 299922153.3759482 m / s > c, setting 1/gamma = 0\n",
+      "v = 304219815.2157086 m / s > c, setting 1/gamma = 0\n",
+      "v = 527015166.0270082 m / s > c, setting 1/gamma = 0\n",
+      "v = 564834177.5229319 m / s > c, setting 1/gamma = 0\n",
+      "v = 530456017.9228242 m / s > c, setting 1/gamma = 0\n",
+      "v = 527796637.77633786 m / s > c, setting 1/gamma = 0\n",
+      "v = 303296197.52836406 m / s > c, setting 1/gamma = 0\n",
+      "v = 401870472.589181 m / s > c, setting 1/gamma = 0\n",
+      "v = 437372481.0314095 m / s > c, setting 1/gamma = 0\n",
+      "v = 339594793.42308307 m / s > c, setting 1/gamma = 0\n",
+      "v = 368230024.38609254 m / s > c, setting 1/gamma = 0\n",
+      "v = 450342687.9777979 m / s > c, setting 1/gamma = 0\n",
+      "v = 468470866.47264785 m / s > c, setting 1/gamma = 0\n",
+      "v = 329950433.53242147 m / s > c, setting 1/gamma = 0\n",
+      "v = 352246071.00054836 m / s > c, setting 1/gamma = 0\n",
+      "v = 332296347.20339644 m / s > c, setting 1/gamma = 0\n",
+      "v = 317172606.16913044 m / s > c, setting 1/gamma = 0\n",
+      "v = 367906831.01783794 m / s > c, setting 1/gamma = 0\n",
+      "v = 332804674.7609953 m / s > c, setting 1/gamma = 0\n",
+      "v = 347806308.31820625 m / s > c, setting 1/gamma = 0\n",
+      "v = 326580612.86805916 m / s > c, setting 1/gamma = 0\n",
+      "v = 374849698.3906487 m / s > c, setting 1/gamma = 0\n",
+      "v = 315217378.05587643 m / s > c, setting 1/gamma = 0\n",
+      "v = 366767469.2427908 m / s > c, setting 1/gamma = 0\n",
+      "v = 359537265.3306454 m / s > c, setting 1/gamma = 0\n",
+      "v = 419170899.71089196 m / s > c, setting 1/gamma = 0\n",
+      "v = 324046580.38597 m / s > c, setting 1/gamma = 0\n",
+      "v = 353278215.4867595 m / s > c, setting 1/gamma = 0\n",
+      "v = 382259516.93117 m / s > c, setting 1/gamma = 0\n",
+      "v = 414595409.38881844 m / s > c, setting 1/gamma = 0\n",
+      "v = 320898608.7807125 m / s > c, setting 1/gamma = 0\n",
+      "v = 342444856.8068637 m / s > c, setting 1/gamma = 0\n",
+      "v = 336246384.3707948 m / s > c, setting 1/gamma = 0\n",
+      "v = 390315685.4656297 m / s > c, setting 1/gamma = 0\n",
+      "v = 331712015.58267295 m / s > c, setting 1/gamma = 0\n",
+      "v = 683766681.3799405 m / s > c, setting 1/gamma = 0\n",
+      "v = 561613675.285129 m / s > c, setting 1/gamma = 0\n",
+      "v = 304029690.13882107 m / s > c, setting 1/gamma = 0\n",
+      "v = 348441162.07497215 m / s > c, setting 1/gamma = 0\n",
+      "v = 308070668.66487867 m / s > c, setting 1/gamma = 0\n",
+      "v = 357089873.46389145 m / s > c, setting 1/gamma = 0\n",
+      "v = 319061189.6439971 m / s > c, setting 1/gamma = 0\n",
+      "v = 303169669.6286851 m / s > c, setting 1/gamma = 0\n",
+      "v = 332746057.71576107 m / s > c, setting 1/gamma = 0\n",
+      "v = 307485699.7444328 m / s > c, setting 1/gamma = 0\n",
+      "v = 330589842.0135317 m / s > c, setting 1/gamma = 0\n",
+      "v = 402307314.66802967 m / s > c, setting 1/gamma = 0\n",
+      "v = 446457322.00207186 m / s > c, setting 1/gamma = 0\n",
+      "v = 306744097.3011983 m / s > c, setting 1/gamma = 0\n",
+      "v = 359802070.9313706 m / s > c, setting 1/gamma = 0\n",
+      "v = 399240798.0045984 m / s > c, setting 1/gamma = 0\n",
+      "v = 309406280.4258484 m / s > c, setting 1/gamma = 0\n",
+      "v = 339849878.0030754 m / s > c, setting 1/gamma = 0\n",
+      "v = 345778046.9580712 m / s > c, setting 1/gamma = 0\n",
+      "v = 383195627.45199186 m / s > c, setting 1/gamma = 0\n",
+      "v = 501972677.22095037 m / s > c, setting 1/gamma = 0\n",
+      "v = 491134405.7771942 m / s > c, setting 1/gamma = 0\n",
+      "v = 344645471.2127376 m / s > c, setting 1/gamma = 0\n",
+      "v = 361934828.7603849 m / s > c, setting 1/gamma = 0\n",
+      "v = 308277109.3509286 m / s > c, setting 1/gamma = 0\n",
+      "v = 360260727.4730654 m / s > c, setting 1/gamma = 0\n",
+      "v = 455448691.1921056 m / s > c, setting 1/gamma = 0\n",
+      "v = 482827587.54646254 m / s > c, setting 1/gamma = 0\n",
+      "v = 312629156.87706745 m / s > c, setting 1/gamma = 0\n",
+      "v = 338142407.17025894 m / s > c, setting 1/gamma = 0\n",
+      "v = 303382141.60729736 m / s > c, setting 1/gamma = 0\n",
+      "v = 587855746.3059405 m / s > c, setting 1/gamma = 0\n",
+      "v = 485431401.49150085 m / s > c, setting 1/gamma = 0\n",
+      "v = 310112773.86401284 m / s > c, setting 1/gamma = 0\n",
+      "v = 320466891.3823455 m / s > c, setting 1/gamma = 0\n",
+      "v = 355060377.6971371 m / s > c, setting 1/gamma = 0\n",
+      "v = 381156317.0059973 m / s > c, setting 1/gamma = 0\n",
+      "v = 428513625.0929142 m / s > c, setting 1/gamma = 0\n",
+      "v = 403926234.653491 m / s > c, setting 1/gamma = 0\n",
+      "v = 432228876.9758947 m / s > c, setting 1/gamma = 0\n",
+      "v = 304226186.6304977 m / s > c, setting 1/gamma = 0\n",
+      "v = 369162221.95506406 m / s > c, setting 1/gamma = 0\n",
+      "v = 428180506.99154186 m / s > c, setting 1/gamma = 0\n",
+      "v = 343216505.9499641 m / s > c, setting 1/gamma = 0\n",
+      "v = 391215568.61986536 m / s > c, setting 1/gamma = 0\n",
+      "v = 321277720.7173244 m / s > c, setting 1/gamma = 0\n",
+      "v = 348821919.21547645 m / s > c, setting 1/gamma = 0\n",
+      "v = 332464145.1870126 m / s > c, setting 1/gamma = 0\n",
+      "v = 357771219.8200543 m / s > c, setting 1/gamma = 0\n",
+      "v = 350880426.93506336 m / s > c, setting 1/gamma = 0\n",
+      "v = 404686689.9353037 m / s > c, setting 1/gamma = 0\n",
+      "v = 303330890.4145381 m / s > c, setting 1/gamma = 0\n",
+      "v = 331419765.8263755 m / s > c, setting 1/gamma = 0\n",
+      "v = 405131940.70937234 m / s > c, setting 1/gamma = 0\n",
+      "v = 447487205.3171448 m / s > c, setting 1/gamma = 0\n",
+      "v = 326787810.5584845 m / s > c, setting 1/gamma = 0\n",
+      "v = 344762189.8423225 m / s > c, setting 1/gamma = 0\n",
+      "v = 320320629.1341007 m / s > c, setting 1/gamma = 0\n",
+      "v = 361773187.5482963 m / s > c, setting 1/gamma = 0\n",
+      "v = 323720693.86170393 m / s > c, setting 1/gamma = 0\n",
+      "v = 339462713.7117436 m / s > c, setting 1/gamma = 0\n",
+      "v = 343415409.73675996 m / s > c, setting 1/gamma = 0\n",
+      "v = 398676808.04701674 m / s > c, setting 1/gamma = 0\n",
+      "v = 388384392.13202375 m / s > c, setting 1/gamma = 0\n",
+      "v = 432359521.3484934 m / s > c, setting 1/gamma = 0\n",
+      "v = 306421966.6977616 m / s > c, setting 1/gamma = 0\n",
+      "v = 336932598.2389161 m / s > c, setting 1/gamma = 0\n",
+      "v = 334257883.77897745 m / s > c, setting 1/gamma = 0\n",
+      "v = 326374233.404597 m / s > c, setting 1/gamma = 0\n",
+      "v = 355867845.2435948 m / s > c, setting 1/gamma = 0\n",
+      "v = 303911213.697939 m / s > c, setting 1/gamma = 0\n",
+      "v = 331484285.2614024 m / s > c, setting 1/gamma = 0\n",
+      "v = 342409477.9487371 m / s > c, setting 1/gamma = 0\n",
+      "v = 341317835.53948355 m / s > c, setting 1/gamma = 0\n",
+      "v = 363308761.37424505 m / s > c, setting 1/gamma = 0\n",
+      "v = 305418729.71639967 m / s > c, setting 1/gamma = 0\n",
+      "v = 350171449.2565033 m / s > c, setting 1/gamma = 0\n",
+      "v = 304033946.5899282 m / s > c, setting 1/gamma = 0\n",
+      "v = 308571232.11799216 m / s > c, setting 1/gamma = 0\n",
+      "v = 302158373.58079404 m / s > c, setting 1/gamma = 0\n",
+      "v = 317201407.6205605 m / s > c, setting 1/gamma = 0\n",
+      "v = 354142285.53297687 m / s > c, setting 1/gamma = 0\n",
+      "v = 396282288.772146 m / s > c, setting 1/gamma = 0\n",
+      "v = 301510451.62347096 m / s > c, setting 1/gamma = 0\n",
+      "v = 344431078.4523122 m / s > c, setting 1/gamma = 0\n",
+      "v = 316072781.26734656 m / s > c, setting 1/gamma = 0\n",
+      "v = 313424043.9615435 m / s > c, setting 1/gamma = 0\n",
+      "v = 334480710.86938155 m / s > c, setting 1/gamma = 0\n",
+      "v = 315085381.6189399 m / s > c, setting 1/gamma = 0\n",
+      "v = 328731366.00316185 m / s > c, setting 1/gamma = 0\n",
+      "v = 440683676.2548745 m / s > c, setting 1/gamma = 0\n",
+      "v = 448271862.117586 m / s > c, setting 1/gamma = 0\n",
+      "v = 316027122.12010986 m / s > c, setting 1/gamma = 0\n",
+      "v = 306746391.073701 m / s > c, setting 1/gamma = 0\n",
+      "v = 327830261.23897225 m / s > c, setting 1/gamma = 0\n",
+      "v = 349754799.3464978 m / s > c, setting 1/gamma = 0\n",
+      "v = 389440513.7705747 m / s > c, setting 1/gamma = 0\n",
+      "v = 306876086.982205 m / s > c, setting 1/gamma = 0\n",
+      "v = 325926217.8656508 m / s > c, setting 1/gamma = 0\n",
+      "v = 359871629.9448771 m / s > c, setting 1/gamma = 0\n",
+      "v = 408896798.94661003 m / s > c, setting 1/gamma = 0\n",
+      "v = 329193636.0437895 m / s > c, setting 1/gamma = 0\n",
+      "v = 309143649.8695331 m / s > c, setting 1/gamma = 0\n",
+      "v = 336696910.9024546 m / s > c, setting 1/gamma = 0\n",
+      "v = 356050850.35892856 m / s > c, setting 1/gamma = 0\n",
+      "v = 377947480.6328024 m / s > c, setting 1/gamma = 0\n",
+      "v = 447387997.9854817 m / s > c, setting 1/gamma = 0\n",
+      "v = 474302309.9684367 m / s > c, setting 1/gamma = 0\n",
+      "v = 327340921.79590166 m / s > c, setting 1/gamma = 0\n",
+      "v = 361553562.2818093 m / s > c, setting 1/gamma = 0\n",
+      "v = 305866679.4242689 m / s > c, setting 1/gamma = 0\n",
+      "v = 357273566.7119246 m / s > c, setting 1/gamma = 0\n",
+      "v = 303312515.3724001 m / s > c, setting 1/gamma = 0\n",
+      "v = 321299712.42654365 m / s > c, setting 1/gamma = 0\n",
+      "v = 313218408.378123 m / s > c, setting 1/gamma = 0\n",
+      "v = 301620496.89129174 m / s > c, setting 1/gamma = 0\n",
+      "v = 356412655.25106496 m / s > c, setting 1/gamma = 0\n",
+      "v = 320312977.9819708 m / s > c, setting 1/gamma = 0\n",
+      "v = 367224786.25604737 m / s > c, setting 1/gamma = 0\n",
+      "v = 406024821.2239519 m / s > c, setting 1/gamma = 0\n",
+      "v = 439527781.8523793 m / s > c, setting 1/gamma = 0\n",
+      "v = 341582320.7055113 m / s > c, setting 1/gamma = 0\n",
+      "v = 388299857.7915177 m / s > c, setting 1/gamma = 0\n",
+      "v = 398427771.9252092 m / s > c, setting 1/gamma = 0\n",
+      "v = 462509959.3690589 m / s > c, setting 1/gamma = 0\n",
+      "v = 434689706.74884635 m / s > c, setting 1/gamma = 0\n",
+      "v = 451868708.82696414 m / s > c, setting 1/gamma = 0\n",
+      "v = 464874331.6845394 m / s > c, setting 1/gamma = 0\n",
+      "v = 509219446.27839935 m / s > c, setting 1/gamma = 0\n",
+      "v = 301473670.9982362 m / s > c, setting 1/gamma = 0\n",
+      "v = 336140966.17149216 m / s > c, setting 1/gamma = 0\n",
+      "v = 366230486.1653724 m / s > c, setting 1/gamma = 0\n",
+      "v = 427487260.7602846 m / s > c, setting 1/gamma = 0\n",
+      "v = 312004598.2334022 m / s > c, setting 1/gamma = 0\n",
+      "v = 349840759.31617314 m / s > c, setting 1/gamma = 0\n",
+      "v = 404124332.254151 m / s > c, setting 1/gamma = 0\n",
+      "v = 460124818.24708265 m / s > c, setting 1/gamma = 0\n",
+      "v = 503653550.18913954 m / s > c, setting 1/gamma = 0\n",
+      "v = 550429330.4281027 m / s > c, setting 1/gamma = 0\n",
+      "v = 412152666.1121216 m / s > c, setting 1/gamma = 0\n",
+      "v = 453546280.1533392 m / s > c, setting 1/gamma = 0\n",
+      "v = 307034770.61317974 m / s > c, setting 1/gamma = 0\n",
+      "v = 336711701.77823514 m / s > c, setting 1/gamma = 0\n",
+      "v = 331207979.91268986 m / s > c, setting 1/gamma = 0\n",
+      "v = 302500463.9441647 m / s > c, setting 1/gamma = 0\n",
+      "v = 324701164.619999 m / s > c, setting 1/gamma = 0\n",
+      "v = 356882844.0529687 m / s > c, setting 1/gamma = 0\n",
+      "v = 456710277.9395898 m / s > c, setting 1/gamma = 0\n",
+      "v = 510629034.43657327 m / s > c, setting 1/gamma = 0\n",
+      "v = 378656901.72082394 m / s > c, setting 1/gamma = 0\n",
+      "v = 432412270.36526036 m / s > c, setting 1/gamma = 0\n",
+      "v = 328394113.9280688 m / s > c, setting 1/gamma = 0\n",
+      "v = 370479820.8583375 m / s > c, setting 1/gamma = 0\n",
+      "v = 357327843.24081033 m / s > c, setting 1/gamma = 0\n",
+      "v = 423125572.2251237 m / s > c, setting 1/gamma = 0\n",
+      "v = 494349100.5868151 m / s > c, setting 1/gamma = 0\n",
+      "v = 508848007.48836106 m / s > c, setting 1/gamma = 0\n",
+      "v = 336927989.0952031 m / s > c, setting 1/gamma = 0\n",
+      "v = 387828001.22698927 m / s > c, setting 1/gamma = 0\n",
+      "v = 421464975.22534543 m / s > c, setting 1/gamma = 0\n",
+      "v = 499195271.5215717 m / s > c, setting 1/gamma = 0\n",
+      "v = 526096808.3590901 m / s > c, setting 1/gamma = 0\n",
+      "v = 313914577.95149106 m / s > c, setting 1/gamma = 0\n",
+      "v = 356777022.95739067 m / s > c, setting 1/gamma = 0\n",
+      "v = 848466726.5006152 m / s > c, setting 1/gamma = 0\n",
+      "v = 709320432.3474432 m / s > c, setting 1/gamma = 0\n",
+      "v = 304762200.8742734 m / s > c, setting 1/gamma = 0\n",
+      "v = 347619103.27877253 m / s > c, setting 1/gamma = 0\n",
+      "v = 383329564.153927 m / s > c, setting 1/gamma = 0\n",
+      "v = 433735292.23470473 m / s > c, setting 1/gamma = 0\n",
+      "v = 401941346.5819599 m / s > c, setting 1/gamma = 0\n",
+      "v = 452014253.9995988 m / s > c, setting 1/gamma = 0\n",
+      "v = 312184653.1201964 m / s > c, setting 1/gamma = 0\n",
+      "v = 396600458.83732605 m / s > c, setting 1/gamma = 0\n",
+      "v = 438025225.359448 m / s > c, setting 1/gamma = 0\n",
+      "v = 347336239.312278 m / s > c, setting 1/gamma = 0\n",
+      "v = 309756370.22499704 m / s > c, setting 1/gamma = 0\n",
+      "v = 346061858.63061327 m / s > c, setting 1/gamma = 0\n",
+      "v = 841475726.3318295 m / s > c, setting 1/gamma = 0\n",
+      "v = 706281208.1753379 m / s > c, setting 1/gamma = 0\n",
+      "v = 302659001.53285855 m / s > c, setting 1/gamma = 0\n",
+      "v = 344613916.44107735 m / s > c, setting 1/gamma = 0\n",
+      "v = 393501525.5890233 m / s > c, setting 1/gamma = 0\n",
+      "v = 456580987.48733175 m / s > c, setting 1/gamma = 0\n",
+      "v = 315254545.27333075 m / s > c, setting 1/gamma = 0\n",
+      "v = 316727238.3421766 m / s > c, setting 1/gamma = 0\n",
+      "v = 360698730.8951184 m / s > c, setting 1/gamma = 0\n",
+      "v = 317394125.58891714 m / s > c, setting 1/gamma = 0\n",
+      "v = 378839655.1489042 m / s > c, setting 1/gamma = 0\n",
+      "v = 312899452.91819096 m / s > c, setting 1/gamma = 0\n",
+      "v = 337795933.65593946 m / s > c, setting 1/gamma = 0\n",
+      "v = 307373103.3144045 m / s > c, setting 1/gamma = 0\n",
+      "v = 318083220.06386626 m / s > c, setting 1/gamma = 0\n",
+      "v = 395522323.4467997 m / s > c, setting 1/gamma = 0\n",
+      "v = 448564096.6141699 m / s > c, setting 1/gamma = 0\n",
+      "v = 477280220.88117665 m / s > c, setting 1/gamma = 0\n",
+      "v = 513199290.8625489 m / s > c, setting 1/gamma = 0\n",
+      "v = 314497720.5955524 m / s > c, setting 1/gamma = 0\n",
+      "v = 336892506.56111777 m / s > c, setting 1/gamma = 0\n",
+      "v = 300506818.88089 m / s > c, setting 1/gamma = 0\n",
+      "v = 615398049.0042877 m / s > c, setting 1/gamma = 0\n",
+      "v = 507515622.8078216 m / s > c, setting 1/gamma = 0\n",
+      "v = 537706593.2653334 m / s > c, setting 1/gamma = 0\n",
+      "v = 545957806.1955371 m / s > c, setting 1/gamma = 0\n",
+      "v = 489169246.7455593 m / s > c, setting 1/gamma = 0\n",
+      "v = 525353758.31699264 m / s > c, setting 1/gamma = 0\n",
+      "v = 309559252.9357844 m / s > c, setting 1/gamma = 0\n",
+      "v = 307745883.78709817 m / s > c, setting 1/gamma = 0\n",
+      "v = 300373077.96627045 m / s > c, setting 1/gamma = 0\n",
+      "v = 357753322.6198133 m / s > c, setting 1/gamma = 0\n",
+      "v = 303202205.5596656 m / s > c, setting 1/gamma = 0\n",
+      "v = 347612393.60835165 m / s > c, setting 1/gamma = 0\n",
+      "v = 406054361.4558523 m / s > c, setting 1/gamma = 0\n",
+      "v = 440305787.4302777 m / s > c, setting 1/gamma = 0\n",
+      "v = 341366045.44096136 m / s > c, setting 1/gamma = 0\n",
+      "v = 413779651.3467352 m / s > c, setting 1/gamma = 0\n",
+      "v = 306544483.97396487 m / s > c, setting 1/gamma = 0\n",
+      "v = 431050998.665361 m / s > c, setting 1/gamma = 0\n",
+      "v = 495703319.99196225 m / s > c, setting 1/gamma = 0\n",
+      "v = 300733397.6674502 m / s > c, setting 1/gamma = 0\n",
+      "v = 679923162.3335254 m / s > c, setting 1/gamma = 0\n",
+      "v = 665424916.5740337 m / s > c, setting 1/gamma = 0\n",
+      "v = 392694159.2178072 m / s > c, setting 1/gamma = 0\n",
+      "v = 448404685.29968405 m / s > c, setting 1/gamma = 0\n",
+      "v = 311593827.29209 m / s > c, setting 1/gamma = 0\n",
+      "v = 362559304.15511185 m / s > c, setting 1/gamma = 0\n",
+      "v = 307650559.54920185 m / s > c, setting 1/gamma = 0\n",
+      "v = 345757497.0689998 m / s > c, setting 1/gamma = 0\n",
+      "v = 343159390.71147656 m / s > c, setting 1/gamma = 0\n",
+      "v = 408236789.152998 m / s > c, setting 1/gamma = 0\n",
+      "v = 312063849.6517436 m / s > c, setting 1/gamma = 0\n",
+      "v = 511847645.5216728 m / s > c, setting 1/gamma = 0\n",
+      "v = 556098423.6318083 m / s > c, setting 1/gamma = 0\n",
+      "v = 321198730.2536786 m / s > c, setting 1/gamma = 0\n",
+      "v = 378175911.04397583 m / s > c, setting 1/gamma = 0\n",
+      "v = 535332014.6682415 m / s > c, setting 1/gamma = 0\n",
+      "v = 547314153.1063896 m / s > c, setting 1/gamma = 0\n",
+      "v = 311950266.5337951 m / s > c, setting 1/gamma = 0\n",
+      "v = 334777892.3182356 m / s > c, setting 1/gamma = 0\n",
+      "v = 393630993.979314 m / s > c, setting 1/gamma = 0\n",
+      "v = 301590862.8324007 m / s > c, setting 1/gamma = 0\n",
+      "v = 410610782.5410802 m / s > c, setting 1/gamma = 0\n",
+      "v = 475998742.10616827 m / s > c, setting 1/gamma = 0\n",
+      "v = 300220186.5865646 m / s > c, setting 1/gamma = 0\n",
+      "v = 384562801.470801 m / s > c, setting 1/gamma = 0\n",
+      "v = 451167211.5140323 m / s > c, setting 1/gamma = 0\n",
+      "v = 447430252.4073446 m / s > c, setting 1/gamma = 0\n",
+      "v = 514953828.02623165 m / s > c, setting 1/gamma = 0\n",
+      "v = 345261315.9250365 m / s > c, setting 1/gamma = 0\n",
+      "v = 393539452.8152415 m / s > c, setting 1/gamma = 0\n",
+      "v = 487647777.3710768 m / s > c, setting 1/gamma = 0\n",
+      "v = 542415011.5100678 m / s > c, setting 1/gamma = 0\n",
+      "v = 324870994.3399253 m / s > c, setting 1/gamma = 0\n",
+      "v = 314341400.18563837 m / s > c, setting 1/gamma = 0\n",
+      "v = 302933597.91598886 m / s > c, setting 1/gamma = 0\n",
+      "v = 367146435.9310773 m / s > c, setting 1/gamma = 0\n",
+      "v = 348402371.4842129 m / s > c, setting 1/gamma = 0\n",
+      "v = 411486327.0767699 m / s > c, setting 1/gamma = 0\n",
+      "v = 372380635.61150247 m / s > c, setting 1/gamma = 0\n",
+      "v = 442671788.4410759 m / s > c, setting 1/gamma = 0\n",
+      "v = 468560759.5485916 m / s > c, setting 1/gamma = 0\n",
+      "v = 489873787.4468943 m / s > c, setting 1/gamma = 0\n",
+      "v = 484774865.0533577 m / s > c, setting 1/gamma = 0\n",
+      "v = 531486867.84226155 m / s > c, setting 1/gamma = 0\n",
+      "v = 405978713.63026 m / s > c, setting 1/gamma = 0\n",
+      "v = 464413570.97535115 m / s > c, setting 1/gamma = 0\n",
+      "v = 300886180.5057118 m / s > c, setting 1/gamma = 0\n",
+      "v = 358357937.49808687 m / s > c, setting 1/gamma = 0\n",
+      "v = 324067070.8294448 m / s > c, setting 1/gamma = 0\n",
+      "v = 762987127.6109012 m / s > c, setting 1/gamma = 0\n",
+      "v = 648545337.8145192 m / s > c, setting 1/gamma = 0\n",
+      "v = 353303752.3437542 m / s > c, setting 1/gamma = 0\n",
+      "v = 418265391.3462708 m / s > c, setting 1/gamma = 0\n",
+      "v = 314154213.34989005 m / s > c, setting 1/gamma = 0\n",
+      "v = 426599425.0493165 m / s > c, setting 1/gamma = 0\n",
+      "v = 494194085.26299983 m / s > c, setting 1/gamma = 0\n",
+      "v = 462294018.0780254 m / s > c, setting 1/gamma = 0\n",
+      "v = 516712699.09058976 m / s > c, setting 1/gamma = 0\n",
+      "v = 331568772.61372894 m / s > c, setting 1/gamma = 0\n",
+      "v = 301054009.3019874 m / s > c, setting 1/gamma = 0\n",
+      "v = 412208091.4228869 m / s > c, setting 1/gamma = 0\n",
+      "v = 983948258.0069892 m / s > c, setting 1/gamma = 0\n",
+      "v = 830207997.7633703 m / s > c, setting 1/gamma = 0\n",
+      "v = 338130356.02573776 m / s > c, setting 1/gamma = 0\n",
+      "v = 381931198.04786044 m / s > c, setting 1/gamma = 0\n",
+      "v = 367643206.2169738 m / s > c, setting 1/gamma = 0\n",
+      "v = 426437072.3845884 m / s > c, setting 1/gamma = 0\n",
+      "v = 305485810.90778685 m / s > c, setting 1/gamma = 0\n",
+      "v = 500802771.310672 m / s > c, setting 1/gamma = 0\n",
+      "v = 545841843.3177285 m / s > c, setting 1/gamma = 0\n",
+      "v = 300247140.16438645 m / s > c, setting 1/gamma = 0\n",
+      "v = 300986829.6355784 m / s > c, setting 1/gamma = 0\n",
+      "v = 320661906.1286442 m / s > c, setting 1/gamma = 0\n",
+      "v = 354209816.568862 m / s > c, setting 1/gamma = 0\n",
+      "v = 428516103.40458125 m / s > c, setting 1/gamma = 0\n",
+      "v = 394807518.38307244 m / s > c, setting 1/gamma = 0\n",
+      "v = 431736017.9807482 m / s > c, setting 1/gamma = 0\n",
+      "v = 334414830.19326156 m / s > c, setting 1/gamma = 0\n",
+      "v = 307511036.34880424 m / s > c, setting 1/gamma = 0\n",
+      "v = 301512668.3325949 m / s > c, setting 1/gamma = 0\n",
+      "v = 341113374.87237287 m / s > c, setting 1/gamma = 0\n",
+      "v = 362811980.0611837 m / s > c, setting 1/gamma = 0\n",
+      "v = 358885978.9638594 m / s > c, setting 1/gamma = 0\n",
+      "v = 417129988.86943 m / s > c, setting 1/gamma = 0\n",
+      "v = 402385733.24248767 m / s > c, setting 1/gamma = 0\n",
+      "v = 460481633.5221352 m / s > c, setting 1/gamma = 0\n",
+      "v = 305836716.0535245 m / s > c, setting 1/gamma = 0\n",
+      "v = 372202825.1896938 m / s > c, setting 1/gamma = 0\n",
+      "v = 621134744.8502127 m / s > c, setting 1/gamma = 0\n",
+      "v = 633983643.8934747 m / s > c, setting 1/gamma = 0\n",
+      "v = 300358788.5604879 m / s > c, setting 1/gamma = 0\n",
+      "v = 349567652.00016445 m / s > c, setting 1/gamma = 0\n",
+      "v = 391031391.017853 m / s > c, setting 1/gamma = 0\n",
+      "v = 393177858.0472502 m / s > c, setting 1/gamma = 0\n",
+      "v = 452838009.0847503 m / s > c, setting 1/gamma = 0\n",
+      "v = 300351814.4415939 m / s > c, setting 1/gamma = 0\n",
+      "v = 334873763.9936108 m / s > c, setting 1/gamma = 0\n",
+      "v = 347823834.7457649 m / s > c, setting 1/gamma = 0\n",
+      "v = 400693722.04736954 m / s > c, setting 1/gamma = 0\n",
+      "v = 434267979.53368956 m / s > c, setting 1/gamma = 0\n",
+      "v = 503420995.75355774 m / s > c, setting 1/gamma = 0\n",
+      "v = 341911804.3844974 m / s > c, setting 1/gamma = 0\n",
+      "v = 381399813.9179625 m / s > c, setting 1/gamma = 0\n",
+      "v = 330004850.46584934 m / s > c, setting 1/gamma = 0\n",
+      "v = 466279774.8179236 m / s > c, setting 1/gamma = 0\n",
+      "v = 480826747.1690417 m / s > c, setting 1/gamma = 0\n",
+      "v = 323796902.7186169 m / s > c, setting 1/gamma = 0\n",
+      "v = 314803733.6282435 m / s > c, setting 1/gamma = 0\n",
+      "v = 751511055.5404658 m / s > c, setting 1/gamma = 0\n",
+      "v = 623982411.3916093 m / s > c, setting 1/gamma = 0\n",
+      "v = 371193932.9478057 m / s > c, setting 1/gamma = 0\n",
+      "v = 399491535.19437206 m / s > c, setting 1/gamma = 0\n",
+      "v = 306092238.0605076 m / s > c, setting 1/gamma = 0\n",
+      "v = 328462405.70873904 m / s > c, setting 1/gamma = 0\n",
+      "v = 347287323.9361813 m / s > c, setting 1/gamma = 0\n",
+      "v = 302980260.69944054 m / s > c, setting 1/gamma = 0\n",
+      "v = 348091305.1769281 m / s > c, setting 1/gamma = 0\n",
+      "v = 316997619.92693335 m / s > c, setting 1/gamma = 0\n",
+      "v = 374702921.26612496 m / s > c, setting 1/gamma = 0\n",
+      "v = 447173802.82643265 m / s > c, setting 1/gamma = 0\n",
+      "v = 456136906.33651984 m / s > c, setting 1/gamma = 0\n",
+      "v = 342959739.1839082 m / s > c, setting 1/gamma = 0\n",
+      "v = 403827263.3759219 m / s > c, setting 1/gamma = 0\n",
+      "v = 422095441.24638987 m / s > c, setting 1/gamma = 0\n",
+      "v = 490717738.3701046 m / s > c, setting 1/gamma = 0\n",
+      "v = 432949577.8577066 m / s > c, setting 1/gamma = 0\n",
+      "v = 466003108.18374634 m / s > c, setting 1/gamma = 0\n",
+      "v = 315923135.928742 m / s > c, setting 1/gamma = 0\n",
+      "v = 690385164.0181763 m / s > c, setting 1/gamma = 0\n",
+      "v = 579737998.2528579 m / s > c, setting 1/gamma = 0\n",
+      "v = 396085903.68679273 m / s > c, setting 1/gamma = 0\n",
+      "v = 448615313.95066833 m / s > c, setting 1/gamma = 0\n",
+      "v = 350664754.28637314 m / s > c, setting 1/gamma = 0\n",
+      "v = 415141787.8436844 m / s > c, setting 1/gamma = 0\n",
+      "v = 595192889.8535076 m / s > c, setting 1/gamma = 0\n",
+      "v = 559454312.6866853 m / s > c, setting 1/gamma = 0\n",
+      "v = 360686867.10330445 m / s > c, setting 1/gamma = 0\n",
+      "v = 408956716.51403785 m / s > c, setting 1/gamma = 0\n",
+      "v = 355212212.37822217 m / s > c, setting 1/gamma = 0\n",
+      "v = 1008040832.3461814 m / s > c, setting 1/gamma = 0\n",
+      "v = 886037092.1589316 m / s > c, setting 1/gamma = 0\n",
+      "v = 373286578.95076084 m / s > c, setting 1/gamma = 0\n",
+      "v = 420211888.9213189 m / s > c, setting 1/gamma = 0\n",
+      "v = 344093993.38029844 m / s > c, setting 1/gamma = 0\n",
+      "v = 386237757.2006365 m / s > c, setting 1/gamma = 0\n",
+      "v = 334580450.71827346 m / s > c, setting 1/gamma = 0\n",
+      "v = 399367262.5151595 m / s > c, setting 1/gamma = 0\n",
+      "v = 321286193.855705 m / s > c, setting 1/gamma = 0\n",
+      "v = 306500671.6283223 m / s > c, setting 1/gamma = 0\n",
+      "v = 636548554.2806989 m / s > c, setting 1/gamma = 0\n",
+      "v = 525483807.2823424 m / s > c, setting 1/gamma = 0\n",
+      "v = 324580409.85601366 m / s > c, setting 1/gamma = 0\n",
+      "v = 359235084.8552419 m / s > c, setting 1/gamma = 0\n",
+      "v = 416451495.03846025 m / s > c, setting 1/gamma = 0\n",
+      "v = 451021413.30683494 m / s > c, setting 1/gamma = 0\n",
+      "v = 347848018.5079839 m / s > c, setting 1/gamma = 0\n",
+      "v = 380925983.10822 m / s > c, setting 1/gamma = 0\n",
+      "v = 307118447.71254134 m / s > c, setting 1/gamma = 0\n",
+      "v = 345174746.47662884 m / s > c, setting 1/gamma = 0\n",
+      "v = 324205936.6844402 m / s > c, setting 1/gamma = 0\n",
+      "v = 471386794.9073121 m / s > c, setting 1/gamma = 0\n",
+      "v = 518452497.03013927 m / s > c, setting 1/gamma = 0\n",
+      "v = 489775490.26885605 m / s > c, setting 1/gamma = 0\n",
+      "v = 485930088.8509256 m / s > c, setting 1/gamma = 0\n",
+      "v = 315690735.46780163 m / s > c, setting 1/gamma = 0\n",
+      "v = 314528485.122105 m / s > c, setting 1/gamma = 0\n",
+      "v = 331346387.59667736 m / s > c, setting 1/gamma = 0\n",
+      "v = 360584691.621567 m / s > c, setting 1/gamma = 0\n",
+      "v = 419897693.8902769 m / s > c, setting 1/gamma = 0\n",
+      "v = 358671501.606603 m / s > c, setting 1/gamma = 0\n",
+      "v = 405381456.94531924 m / s > c, setting 1/gamma = 0\n",
+      "v = 334592274.2726647 m / s > c, setting 1/gamma = 0\n",
+      "v = 395430040.31545126 m / s > c, setting 1/gamma = 0\n",
+      "v = 339691111.53227735 m / s > c, setting 1/gamma = 0\n",
+      "v = 326467625.7685985 m / s > c, setting 1/gamma = 0\n",
+      "v = 359898545.71482885 m / s > c, setting 1/gamma = 0\n",
+      "v = 478090196.2411631 m / s > c, setting 1/gamma = 0\n",
+      "v = 524535743.59957504 m / s > c, setting 1/gamma = 0\n",
+      "v = 315684393.2316896 m / s > c, setting 1/gamma = 0\n",
+      "v = 307045351.51448613 m / s > c, setting 1/gamma = 0\n",
+      "v = 365527342.50247693 m / s > c, setting 1/gamma = 0\n",
+      "v = 350061167.1440576 m / s > c, setting 1/gamma = 0\n",
+      "v = 370741076.5269847 m / s > c, setting 1/gamma = 0\n",
+      "v = 409765850.63580084 m / s > c, setting 1/gamma = 0\n",
+      "v = 448273204.461518 m / s > c, setting 1/gamma = 0\n",
+      "v = 397680642.9285289 m / s > c, setting 1/gamma = 0\n",
+      "v = 469437954.0587914 m / s > c, setting 1/gamma = 0\n",
+      "v = 315959220.7508413 m / s > c, setting 1/gamma = 0\n",
+      "v = 301522115.9551715 m / s > c, setting 1/gamma = 0\n",
+      "v = 354820441.65561765 m / s > c, setting 1/gamma = 0\n",
+      "v = 403272253.0883892 m / s > c, setting 1/gamma = 0\n",
+      "v = 394332143.4840671 m / s > c, setting 1/gamma = 0\n",
+      "v = 460252287.3967018 m / s > c, setting 1/gamma = 0\n",
+      "v = 304346840.9466061 m / s > c, setting 1/gamma = 0\n",
+      "v = 428920375.6808774 m / s > c, setting 1/gamma = 0\n",
+      "v = 460739608.3492269 m / s > c, setting 1/gamma = 0\n",
+      "v = 342463073.2020756 m / s > c, setting 1/gamma = 0\n",
+      "v = 798578398.0256234 m / s > c, setting 1/gamma = 0\n",
+      "v = 668429446.7366581 m / s > c, setting 1/gamma = 0\n",
+      "v = 313604764.43221563 m / s > c, setting 1/gamma = 0\n",
+      "v = 707306094.9496125 m / s > c, setting 1/gamma = 0\n",
+      "v = 595891317.8810235 m / s > c, setting 1/gamma = 0\n",
+      "v = 434150258.3501874 m / s > c, setting 1/gamma = 0\n",
+      "v = 504126889.49495274 m / s > c, setting 1/gamma = 0\n",
+      "v = 550324542.5842047 m / s > c, setting 1/gamma = 0\n",
+      "v = 554652491.5717853 m / s > c, setting 1/gamma = 0\n",
+      "v = 345843797.9649227 m / s > c, setting 1/gamma = 0\n",
+      "v = 410048393.2368609 m / s > c, setting 1/gamma = 0\n",
+      "v = 379651000.32291037 m / s > c, setting 1/gamma = 0\n",
+      "v = 416312049.02984935 m / s > c, setting 1/gamma = 0\n",
+      "v = 342952442.73642045 m / s > c, setting 1/gamma = 0\n",
+      "v = 411494778.20998824 m / s > c, setting 1/gamma = 0\n",
+      "v = 320264897.7614799 m / s > c, setting 1/gamma = 0\n",
+      "v = 400183411.23576075 m / s > c, setting 1/gamma = 0\n",
+      "v = 455602075.1443006 m / s > c, setting 1/gamma = 0\n",
+      "v = 319404018.8401908 m / s > c, setting 1/gamma = 0\n",
+      "v = 371575238.36845076 m / s > c, setting 1/gamma = 0\n",
+      "v = 317309346.9989124 m / s > c, setting 1/gamma = 0\n",
+      "v = 369997165.3021874 m / s > c, setting 1/gamma = 0\n",
+      "v = 323860776.2599491 m / s > c, setting 1/gamma = 0\n",
+      "v = 377706780.7291559 m / s > c, setting 1/gamma = 0\n",
+      "v = 304447557.27404374 m / s > c, setting 1/gamma = 0\n",
+      "v = 331609120.30443996 m / s > c, setting 1/gamma = 0\n",
+      "v = 457481040.76389277 m / s > c, setting 1/gamma = 0\n",
+      "v = 511114450.8140217 m / s > c, setting 1/gamma = 0\n",
+      "v = 307877986.9784431 m / s > c, setting 1/gamma = 0\n",
+      "v = 504078701.15884763 m / s > c, setting 1/gamma = 0\n",
+      "v = 551724374.2493677 m / s > c, setting 1/gamma = 0\n",
+      "v = 364085679.7752985 m / s > c, setting 1/gamma = 0\n",
+      "v = 409423035.22427535 m / s > c, setting 1/gamma = 0\n",
+      "v = 389714146.5692819 m / s > c, setting 1/gamma = 0\n",
+      "v = 414116363.9423239 m / s > c, setting 1/gamma = 0\n",
+      "v = 378558795.681608 m / s > c, setting 1/gamma = 0\n",
+      "v = 456671000.2636273 m / s > c, setting 1/gamma = 0\n",
+      "v = 308093250.4314178 m / s > c, setting 1/gamma = 0\n",
+      "v = 375933022.31027836 m / s > c, setting 1/gamma = 0\n",
+      "v = 435546751.26165444 m / s > c, setting 1/gamma = 0\n",
+      "v = 307314512.238482 m / s > c, setting 1/gamma = 0\n",
+      "v = 467150284.96730286 m / s > c, setting 1/gamma = 0\n",
+      "v = 525253436.19831336 m / s > c, setting 1/gamma = 0\n",
+      "v = 301022948.4822214 m / s > c, setting 1/gamma = 0\n",
+      "v = 316594662.1830812 m / s > c, setting 1/gamma = 0\n",
+      "v = 301843760.7137842 m / s > c, setting 1/gamma = 0\n",
+      "v = 348948368.68707764 m / s > c, setting 1/gamma = 0\n",
+      "v = 407979885.39526606 m / s > c, setting 1/gamma = 0\n",
+      "v = 304646175.5207106 m / s > c, setting 1/gamma = 0\n",
+      "v = 334610551.62938774 m / s > c, setting 1/gamma = 0\n",
+      "v = 345875363.48326564 m / s > c, setting 1/gamma = 0\n",
+      "v = 345579023.4088279 m / s > c, setting 1/gamma = 0\n",
+      "v = 386623803.78724486 m / s > c, setting 1/gamma = 0\n",
+      "v = 303248766.4736207 m / s > c, setting 1/gamma = 0\n",
+      "v = 373947297.67057824 m / s > c, setting 1/gamma = 0\n",
+      "v = 300403306.7413634 m / s > c, setting 1/gamma = 0\n",
+      "v = 306904105.4975015 m / s > c, setting 1/gamma = 0\n",
+      "v = 368628539.8368602 m / s > c, setting 1/gamma = 0\n",
+      "v = 303083559.68591493 m / s > c, setting 1/gamma = 0\n",
+      "v = 367165823.5586888 m / s > c, setting 1/gamma = 0\n",
+      "v = 498819930.8224626 m / s > c, setting 1/gamma = 0\n",
+      "v = 519250207.0714603 m / s > c, setting 1/gamma = 0\n",
+      "v = 305889430.3040373 m / s > c, setting 1/gamma = 0\n",
+      "v = 378952976.7855369 m / s > c, setting 1/gamma = 0\n",
+      "v = 305821558.2289341 m / s > c, setting 1/gamma = 0\n",
+      "v = 366898061.68198234 m / s > c, setting 1/gamma = 0\n",
+      "v = 300196147.54568774 m / s > c, setting 1/gamma = 0\n",
+      "v = 331573625.87673056 m / s > c, setting 1/gamma = 0\n",
+      "v = 381929287.59641147 m / s > c, setting 1/gamma = 0\n",
+      "v = 442032954.6405163 m / s > c, setting 1/gamma = 0\n",
+      "v = 299962776.34847385 m / s > c, setting 1/gamma = 0\n",
+      "v = 367809677.41750646 m / s > c, setting 1/gamma = 0\n",
+      "v = 358939584.8272325 m / s > c, setting 1/gamma = 0\n",
+      "v = 419934699.74959356 m / s > c, setting 1/gamma = 0\n",
+      "v = 346440939.349578 m / s > c, setting 1/gamma = 0\n",
+      "v = 316008467.83178276 m / s > c, setting 1/gamma = 0\n",
+      "v = 341701189.4781004 m / s > c, setting 1/gamma = 0\n",
+      "v = 411064368.9139841 m / s > c, setting 1/gamma = 0\n",
+      "v = 316633594.74880695 m / s > c, setting 1/gamma = 0\n",
+      "v = 410515172.7797799 m / s > c, setting 1/gamma = 0\n",
+      "v = 996360998.7425743 m / s > c, setting 1/gamma = 0\n",
+      "v = 845114643.2035159 m / s > c, setting 1/gamma = 0\n",
+      "v = 318220619.6265577 m / s > c, setting 1/gamma = 0\n",
+      "v = 309880117.9262044 m / s > c, setting 1/gamma = 0\n",
+      "v = 334339984.4845226 m / s > c, setting 1/gamma = 0\n",
+      "v = 394475369.1594536 m / s > c, setting 1/gamma = 0\n",
+      "v = 332047836.2560502 m / s > c, setting 1/gamma = 0\n",
+      "v = 367309627.0918565 m / s > c, setting 1/gamma = 0\n",
+      "v = 332618372.0692075 m / s > c, setting 1/gamma = 0\n",
+      "v = 389511566.03469497 m / s > c, setting 1/gamma = 0\n",
+      "v = 351308879.5324827 m / s > c, setting 1/gamma = 0\n",
+      "v = 409716382.0556793 m / s > c, setting 1/gamma = 0\n",
+      "v = 301773808.6509588 m / s > c, setting 1/gamma = 0\n",
+      "v = 306816188.9115434 m / s > c, setting 1/gamma = 0\n",
+      "v = 328816966.2860716 m / s > c, setting 1/gamma = 0\n",
+      "v = 399180489.3018385 m / s > c, setting 1/gamma = 0\n",
+      "v = 355539798.6289806 m / s > c, setting 1/gamma = 0\n",
+      "v = 392689787.8195454 m / s > c, setting 1/gamma = 0\n",
+      "v = 380266069.423993 m / s > c, setting 1/gamma = 0\n",
+      "v = 437899836.5606573 m / s > c, setting 1/gamma = 0\n",
+      "v = 318344096.5129568 m / s > c, setting 1/gamma = 0\n",
+      "v = 351240568.2058447 m / s > c, setting 1/gamma = 0\n",
+      "v = 312345772.504505 m / s > c, setting 1/gamma = 0\n",
+      "v = 352384198.564862 m / s > c, setting 1/gamma = 0\n",
+      "v = 316783817.1104311 m / s > c, setting 1/gamma = 0\n",
+      "v = 321167768.5140693 m / s > c, setting 1/gamma = 0\n",
+      "v = 311072786.6449062 m / s > c, setting 1/gamma = 0\n",
+      "v = 321159491.6462404 m / s > c, setting 1/gamma = 0\n",
+      "v = 347328849.05687493 m / s > c, setting 1/gamma = 0\n",
+      "v = 312831429.8983095 m / s > c, setting 1/gamma = 0\n",
+      "v = 375458207.6616111 m / s > c, setting 1/gamma = 0\n",
+      "v = 304310006.5127902 m / s > c, setting 1/gamma = 0\n",
+      "v = 333842617.68203366 m / s > c, setting 1/gamma = 0\n",
+      "v = 304001886.0827409 m / s > c, setting 1/gamma = 0\n",
+      "v = 306775500.05289704 m / s > c, setting 1/gamma = 0\n",
+      "v = 305667145.176117 m / s > c, setting 1/gamma = 0\n",
+      "v = 310874603.6677309 m / s > c, setting 1/gamma = 0\n",
+      "v = 309711163.37550557 m / s > c, setting 1/gamma = 0\n",
+      "v = 317287097.83758783 m / s > c, setting 1/gamma = 0\n",
+      "v = 322496418.12901205 m / s > c, setting 1/gamma = 0\n",
+      "v = 301825541.1675396 m / s > c, setting 1/gamma = 0\n",
+      "v = 310839740.6382274 m / s > c, setting 1/gamma = 0\n",
+      "v = 325479207.6895176 m / s > c, setting 1/gamma = 0\n",
+      "v = 339945709.0480978 m / s > c, setting 1/gamma = 0\n",
+      "v = 306460737.90898514 m / s > c, setting 1/gamma = 0\n",
+      "v = 688644987.5971975 m / s > c, setting 1/gamma = 0\n",
+      "v = 618701952.7811396 m / s > c, setting 1/gamma = 0\n",
+      "v = 581820096.9373081 m / s > c, setting 1/gamma = 0\n",
+      "v = 493256713.94878733 m / s > c, setting 1/gamma = 0\n",
+      "v = 309655354.7285448 m / s > c, setting 1/gamma = 0\n",
+      "v = 309129309.6025124 m / s > c, setting 1/gamma = 0\n",
+      "v = 324555580.3316623 m / s > c, setting 1/gamma = 0\n",
+      "v = 430109112.4331413 m / s > c, setting 1/gamma = 0\n",
+      "v = 450320372.3825133 m / s > c, setting 1/gamma = 0\n",
+      "v = 300306758.3462988 m / s > c, setting 1/gamma = 0\n",
+      "v = 323614908.39406717 m / s > c, setting 1/gamma = 0\n",
+      "v = 342074718.6343127 m / s > c, setting 1/gamma = 0\n",
+      "v = 365218359.1158354 m / s > c, setting 1/gamma = 0\n",
+      "v = 330894202.62761664 m / s > c, setting 1/gamma = 0\n",
+      "v = 341679977.12134326 m / s > c, setting 1/gamma = 0\n",
+      "v = 307131612.2632196 m / s > c, setting 1/gamma = 0\n",
+      "v = 341453971.6301309 m / s > c, setting 1/gamma = 0\n",
+      "v = 376279917.2630016 m / s > c, setting 1/gamma = 0\n",
+      "v = 337388696.9322031 m / s > c, setting 1/gamma = 0\n",
+      "v = 347480707.6638659 m / s > c, setting 1/gamma = 0\n",
+      "v = 407686243.13452196 m / s > c, setting 1/gamma = 0\n",
+      "v = 440117746.3277882 m / s > c, setting 1/gamma = 0\n",
+      "v = 329362057.8928496 m / s > c, setting 1/gamma = 0\n",
+      "v = 777128870.1678584 m / s > c, setting 1/gamma = 0\n",
+      "v = 702069956.8357493 m / s > c, setting 1/gamma = 0\n",
+      "v = 505896078.08900166 m / s > c, setting 1/gamma = 0\n",
+      "v = 542592602.585299 m / s > c, setting 1/gamma = 0\n",
+      "v = 324116704.76824176 m / s > c, setting 1/gamma = 0\n",
+      "v = 383899097.36289644 m / s > c, setting 1/gamma = 0\n",
+      "v = 316309214.85397 m / s > c, setting 1/gamma = 0\n",
+      "v = 355440526.884299 m / s > c, setting 1/gamma = 0\n",
+      "v = 385276321.27237904 m / s > c, setting 1/gamma = 0\n",
+      "v = 455292377.24126756 m / s > c, setting 1/gamma = 0\n",
+      "v = 308294801.68690425 m / s > c, setting 1/gamma = 0\n",
+      "v = 587796076.2850612 m / s > c, setting 1/gamma = 0\n",
+      "v = 601072924.6936868 m / s > c, setting 1/gamma = 0\n",
+      "v = 544943868.5250782 m / s > c, setting 1/gamma = 0\n",
+      "v = 533366909.3633004 m / s > c, setting 1/gamma = 0\n",
+      "v = 406283373.7645807 m / s > c, setting 1/gamma = 0\n",
+      "v = 430069492.37134665 m / s > c, setting 1/gamma = 0\n",
+      "v = 309282622.28467035 m / s > c, setting 1/gamma = 0\n",
+      "v = 311912342.9610149 m / s > c, setting 1/gamma = 0\n",
+      "v = 322961377.21420974 m / s > c, setting 1/gamma = 0\n",
+      "v = 371935270.3353323 m / s > c, setting 1/gamma = 0\n",
+      "v = 492249592.2575859 m / s > c, setting 1/gamma = 0\n",
+      "v = 544581884.3309724 m / s > c, setting 1/gamma = 0\n",
+      "v = 304747746.2370539 m / s > c, setting 1/gamma = 0\n",
+      "v = 300416325.8970959 m / s > c, setting 1/gamma = 0\n",
+      "v = 472914899.3756342 m / s > c, setting 1/gamma = 0\n",
+      "v = 480651555.3684264 m / s > c, setting 1/gamma = 0\n",
+      "v = 510039629.4311161 m / s > c, setting 1/gamma = 0\n",
+      "v = 507504271.67150867 m / s > c, setting 1/gamma = 0\n",
+      "v = 318628872.34464455 m / s > c, setting 1/gamma = 0\n",
+      "v = 299806123.5755145 m / s > c, setting 1/gamma = 0\n",
+      "v = 326181855.50856924 m / s > c, setting 1/gamma = 0\n",
+      "v = 551864644.462504 m / s > c, setting 1/gamma = 0\n",
+      "v = 504324772.2940996 m / s > c, setting 1/gamma = 0\n",
+      "v = 372213947.5829902 m / s > c, setting 1/gamma = 0\n",
+      "v = 387847370.3519732 m / s > c, setting 1/gamma = 0\n",
+      "v = 331882032.53907347 m / s > c, setting 1/gamma = 0\n",
+      "v = 384897151.081713 m / s > c, setting 1/gamma = 0\n",
+      "v = 472317924.3096594 m / s > c, setting 1/gamma = 0\n",
+      "v = 475074840.59556526 m / s > c, setting 1/gamma = 0\n",
+      "v = 313596955.9437652 m / s > c, setting 1/gamma = 0\n",
+      "v = 306160430.9795694 m / s > c, setting 1/gamma = 0\n",
+      "v = 359324926.9683282 m / s > c, setting 1/gamma = 0\n",
+      "v = 510728486.3906259 m / s > c, setting 1/gamma = 0\n",
+      "v = 513070867.2579634 m / s > c, setting 1/gamma = 0\n",
+      "v = 346382284.6468564 m / s > c, setting 1/gamma = 0\n",
+      "v = 387550196.7394576 m / s > c, setting 1/gamma = 0\n",
+      "v = 625601582.7104056 m / s > c, setting 1/gamma = 0\n",
+      "v = 646420600.2348382 m / s > c, setting 1/gamma = 0\n",
+      "v = 342297564.98018086 m / s > c, setting 1/gamma = 0\n",
+      "v = 380612715.1619856 m / s > c, setting 1/gamma = 0\n",
+      "v = 300989134.08565706 m / s > c, setting 1/gamma = 0\n",
+      "v = 318749255.0300477 m / s > c, setting 1/gamma = 0\n",
+      "v = 340069706.1501552 m / s > c, setting 1/gamma = 0\n",
+      "v = 375645103.71238977 m / s > c, setting 1/gamma = 0\n",
+      "v = 307634179.70851004 m / s > c, setting 1/gamma = 0\n",
+      "v = 371062294.80670756 m / s > c, setting 1/gamma = 0\n",
+      "v = 396000444.36335355 m / s > c, setting 1/gamma = 0\n",
+      "v = 450256320.23082787 m / s > c, setting 1/gamma = 0\n",
+      "v = 328548419.7250047 m / s > c, setting 1/gamma = 0\n",
+      "v = 360182580.83271456 m / s > c, setting 1/gamma = 0\n",
+      "v = 363167596.7709095 m / s > c, setting 1/gamma = 0\n",
+      "v = 403966004.7574308 m / s > c, setting 1/gamma = 0\n",
+      "v = 320647157.3884212 m / s > c, setting 1/gamma = 0\n",
+      "v = 327929957.66966695 m / s > c, setting 1/gamma = 0\n",
+      "v = 301922297.960558 m / s > c, setting 1/gamma = 0\n",
+      "v = 342260926.1863997 m / s > c, setting 1/gamma = 0\n",
+      "v = 409996424.63952976 m / s > c, setting 1/gamma = 0\n",
+      "v = 446162628.5638961 m / s > c, setting 1/gamma = 0\n",
+      "v = 311199941.1204886 m / s > c, setting 1/gamma = 0\n",
+      "v = 368753814.48147774 m / s > c, setting 1/gamma = 0\n",
+      "v = 463915232.71407944 m / s > c, setting 1/gamma = 0\n",
+      "v = 522365894.8098826 m / s > c, setting 1/gamma = 0\n",
+      "Clipping at index 4\n",
+      "v = 300501982.57639766 m / s > c, setting 1/gamma = 0\n",
+      "v = 303432714.58190393 m / s > c, setting 1/gamma = 0\n",
+      "v = 309693222.7500112 m / s > c, setting 1/gamma = 0\n",
+      "v = 311646234.0237945 m / s > c, setting 1/gamma = 0\n",
+      "v = 343565299.61607736 m / s > c, setting 1/gamma = 0\n",
+      "v = 375468113.8565727 m / s > c, setting 1/gamma = 0\n",
+      "v = 328824444.5449918 m / s > c, setting 1/gamma = 0\n",
+      "v = 350381750.5419254 m / s > c, setting 1/gamma = 0\n",
+      "v = 306818185.7796265 m / s > c, setting 1/gamma = 0\n",
+      "v = 600906274.8457017 m / s > c, setting 1/gamma = 0\n",
+      "v = 519754896.0182957 m / s > c, setting 1/gamma = 0\n",
+      "v = 318990545.33492076 m / s > c, setting 1/gamma = 0\n",
+      "v = 361575169.3186504 m / s > c, setting 1/gamma = 0\n",
+      "v = 304817847.8928077 m / s > c, setting 1/gamma = 0\n",
+      "v = 358243393.9082839 m / s > c, setting 1/gamma = 0\n",
+      "v = 305277660.38789433 m / s > c, setting 1/gamma = 0\n",
+      "v = 300357662.7190715 m / s > c, setting 1/gamma = 0\n",
+      "v = 312445261.35052854 m / s > c, setting 1/gamma = 0\n",
+      "v = 305789657.4359443 m / s > c, setting 1/gamma = 0\n",
+      "v = 318936487.87894255 m / s > c, setting 1/gamma = 0\n",
+      "v = 389137259.7288549 m / s > c, setting 1/gamma = 0\n",
+      "v = 597257739.7269278 m / s > c, setting 1/gamma = 0\n",
+      "v = 622354504.2945745 m / s > c, setting 1/gamma = 0\n",
+      "v = 407833557.0291365 m / s > c, setting 1/gamma = 0\n",
+      "v = 475072472.28412026 m / s > c, setting 1/gamma = 0\n",
+      "v = 334503083.22835046 m / s > c, setting 1/gamma = 0\n",
+      "v = 331100317.3038204 m / s > c, setting 1/gamma = 0\n",
+      "v = 393155885.3822281 m / s > c, setting 1/gamma = 0\n",
+      "v = 363084029.62876946 m / s > c, setting 1/gamma = 0\n",
+      "v = 432212237.612693 m / s > c, setting 1/gamma = 0\n",
+      "v = 373845602.40022236 m / s > c, setting 1/gamma = 0\n",
+      "v = 422432801.14491665 m / s > c, setting 1/gamma = 0\n",
+      "v = 304213970.5229904 m / s > c, setting 1/gamma = 0\n",
+      "v = 817145476.9941838 m / s > c, setting 1/gamma = 0\n",
+      "v = 712909577.3764937 m / s > c, setting 1/gamma = 0\n",
+      "v = 392097244.5518275 m / s > c, setting 1/gamma = 0\n",
+      "v = 435846036.7190289 m / s > c, setting 1/gamma = 0\n",
+      "v = 423948942.11214226 m / s > c, setting 1/gamma = 0\n",
+      "v = 463040589.8060672 m / s > c, setting 1/gamma = 0\n",
+      "v = 335030142.16470224 m / s > c, setting 1/gamma = 0\n",
+      "v = 382678147.8860044 m / s > c, setting 1/gamma = 0\n",
+      "v = 366352434.97374856 m / s > c, setting 1/gamma = 0\n",
+      "v = 401885370.9862885 m / s > c, setting 1/gamma = 0\n",
+      "v = 367391402.5079159 m / s > c, setting 1/gamma = 0\n",
+      "v = 439922392.0213885 m / s > c, setting 1/gamma = 0\n",
+      "v = 309320444.4377059 m / s > c, setting 1/gamma = 0\n",
+      "v = 389530354.0890039 m / s > c, setting 1/gamma = 0\n",
+      "v = 434517301.6051544 m / s > c, setting 1/gamma = 0\n",
+      "v = 329943357.4925461 m / s > c, setting 1/gamma = 0\n",
+      "v = 383583872.3998436 m / s > c, setting 1/gamma = 0\n",
+      "v = 309615891.08670396 m / s > c, setting 1/gamma = 0\n",
+      "v = 357579849.1287741 m / s > c, setting 1/gamma = 0\n",
+      "v = 331055291.06154466 m / s > c, setting 1/gamma = 0\n",
+      "v = 356355257.14505845 m / s > c, setting 1/gamma = 0\n",
+      "v = 328717763.1279669 m / s > c, setting 1/gamma = 0\n",
+      "v = 394834119.0683509 m / s > c, setting 1/gamma = 0\n",
+      "v = 320451567.03900176 m / s > c, setting 1/gamma = 0\n",
+      "v = 320946632.7640899 m / s > c, setting 1/gamma = 0\n",
+      "v = 318891600.4697108 m / s > c, setting 1/gamma = 0\n",
+      "v = 745556060.6903206 m / s > c, setting 1/gamma = 0\n",
+      "v = 664005737.4831985 m / s > c, setting 1/gamma = 0\n",
+      "v = 512381829.7939499 m / s > c, setting 1/gamma = 0\n",
+      "v = 542727471.6251271 m / s > c, setting 1/gamma = 0\n",
+      "v = 338370528.0700245 m / s > c, setting 1/gamma = 0\n",
+      "v = 378663569.5964182 m / s > c, setting 1/gamma = 0\n",
+      "v = 305071988.55497783 m / s > c, setting 1/gamma = 0\n",
+      "v = 329805752.3244495 m / s > c, setting 1/gamma = 0\n",
+      "v = 306919454.05200785 m / s > c, setting 1/gamma = 0\n",
+      "v = 300410125.58490604 m / s > c, setting 1/gamma = 0\n",
+      "v = 329872937.66842353 m / s > c, setting 1/gamma = 0\n",
+      "v = 421253602.3243436 m / s > c, setting 1/gamma = 0\n",
+      "v = 477037349.11228305 m / s > c, setting 1/gamma = 0\n",
+      "v = 322355587.7604059 m / s > c, setting 1/gamma = 0\n",
+      "v = 391388529.3258199 m / s > c, setting 1/gamma = 0\n",
+      "v = 443472106.25508654 m / s > c, setting 1/gamma = 0\n",
+      "v = 305623834.51327294 m / s > c, setting 1/gamma = 0\n",
+      "v = 330008125.07768196 m / s > c, setting 1/gamma = 0\n",
+      "v = 334581514.83853203 m / s > c, setting 1/gamma = 0\n",
+      "v = 318007471.4915104 m / s > c, setting 1/gamma = 0\n",
+      "v = 366085495.940681 m / s > c, setting 1/gamma = 0\n",
+      "v = 306443042.38883454 m / s > c, setting 1/gamma = 0\n",
+      "v = 431841401.19696045 m / s > c, setting 1/gamma = 0\n",
+      "v = 489058630.5282183 m / s > c, setting 1/gamma = 0\n",
+      "v = 300311168.7195355 m / s > c, setting 1/gamma = 0\n",
+      "v = 310024984.9277184 m / s > c, setting 1/gamma = 0\n",
+      "v = 635119352.3728123 m / s > c, setting 1/gamma = 0\n",
+      "v = 575663901.8231726 m / s > c, setting 1/gamma = 0\n",
+      "v = 377886173.69674563 m / s > c, setting 1/gamma = 0\n",
+      "v = 442249065.427497 m / s > c, setting 1/gamma = 0\n",
+      "v = 343556631.1401026 m / s > c, setting 1/gamma = 0\n",
+      "v = 567525950.5320466 m / s > c, setting 1/gamma = 0\n",
+      "v = 598777050.7018948 m / s > c, setting 1/gamma = 0\n",
+      "v = 340063256.95048726 m / s > c, setting 1/gamma = 0\n",
+      "v = 394774617.0819913 m / s > c, setting 1/gamma = 0\n",
+      "v = 415256589.8543677 m / s > c, setting 1/gamma = 0\n",
+      "v = 457292367.5227308 m / s > c, setting 1/gamma = 0\n",
+      "v = 319869127.05884826 m / s > c, setting 1/gamma = 0\n",
+      "v = 856017710.9649298 m / s > c, setting 1/gamma = 0\n",
+      "v = 752724706.2080346 m / s > c, setting 1/gamma = 0\n",
+      "v = 358851452.2649875 m / s > c, setting 1/gamma = 0\n",
+      "v = 405958909.44332826 m / s > c, setting 1/gamma = 0\n",
+      "v = 311499095.81629735 m / s > c, setting 1/gamma = 0\n",
+      "v = 389555519.29658663 m / s > c, setting 1/gamma = 0\n",
+      "v = 416277719.96833026 m / s > c, setting 1/gamma = 0\n",
+      "v = 346501204.2338634 m / s > c, setting 1/gamma = 0\n",
+      "v = 359653640.7771854 m / s > c, setting 1/gamma = 0\n",
+      "v = 360383425.46590877 m / s > c, setting 1/gamma = 0\n",
+      "v = 416481550.6915015 m / s > c, setting 1/gamma = 0\n",
+      "v = 315503200.4677439 m / s > c, setting 1/gamma = 0\n",
+      "v = 607451113.3117983 m / s > c, setting 1/gamma = 0\n",
+      "v = 631350278.6178142 m / s > c, setting 1/gamma = 0\n",
+      "v = 452722767.32978994 m / s > c, setting 1/gamma = 0\n",
+      "v = 474871620.42228335 m / s > c, setting 1/gamma = 0\n",
+      "v = 307636252.1051073 m / s > c, setting 1/gamma = 0\n",
+      "v = 333553813.38387674 m / s > c, setting 1/gamma = 0\n",
+      "v = 476405058.12882394 m / s > c, setting 1/gamma = 0\n",
+      "v = 495926101.6496022 m / s > c, setting 1/gamma = 0\n",
+      "v = 312390512.9387344 m / s > c, setting 1/gamma = 0\n",
+      "v = 494983256.1408888 m / s > c, setting 1/gamma = 0\n",
+      "v = 487960538.7323023 m / s > c, setting 1/gamma = 0\n",
+      "v = 324437687.4356298 m / s > c, setting 1/gamma = 0\n",
+      "v = 320830923.9415242 m / s > c, setting 1/gamma = 0\n",
+      "v = 371021500.30452853 m / s > c, setting 1/gamma = 0\n",
+      "v = 330009906.810837 m / s > c, setting 1/gamma = 0\n",
+      "v = 309041425.0114568 m / s > c, setting 1/gamma = 0\n",
+      "v = 405528274.64613926 m / s > c, setting 1/gamma = 0\n",
+      "v = 451058249.8313522 m / s > c, setting 1/gamma = 0\n",
+      "v = 390977154.5429114 m / s > c, setting 1/gamma = 0\n",
+      "v = 410341206.3470324 m / s > c, setting 1/gamma = 0\n",
+      "v = 384932648.21242654 m / s > c, setting 1/gamma = 0\n",
+      "v = 421989422.31283885 m / s > c, setting 1/gamma = 0\n",
+      "v = 444776124.4959153 m / s > c, setting 1/gamma = 0\n",
+      "v = 448696353.7721879 m / s > c, setting 1/gamma = 0\n",
+      "v = 383077683.48817825 m / s > c, setting 1/gamma = 0\n",
+      "v = 417589406.758332 m / s > c, setting 1/gamma = 0\n",
+      "v = 468970755.04351133 m / s > c, setting 1/gamma = 0\n",
+      "v = 519095008.55385005 m / s > c, setting 1/gamma = 0\n",
+      "v = 565069237.4516084 m / s > c, setting 1/gamma = 0\n",
+      "v = 531783792.7341539 m / s > c, setting 1/gamma = 0\n",
+      "v = 301541420.98457634 m / s > c, setting 1/gamma = 0\n",
+      "v = 305160280.8228889 m / s > c, setting 1/gamma = 0\n",
+      "v = 339945867.0736267 m / s > c, setting 1/gamma = 0\n",
+      "v = 370382659.5386473 m / s > c, setting 1/gamma = 0\n",
+      "v = 433102869.74702835 m / s > c, setting 1/gamma = 0\n",
+      "v = 306511064.1134695 m / s > c, setting 1/gamma = 0\n",
+      "v = 530327857.9127701 m / s > c, setting 1/gamma = 0\n",
+      "v = 566728074.6225052 m / s > c, setting 1/gamma = 0\n",
+      "v = 339701342.6724047 m / s > c, setting 1/gamma = 0\n",
+      "v = 302304570.67235696 m / s > c, setting 1/gamma = 0\n",
+      "v = 364520176.725278 m / s > c, setting 1/gamma = 0\n",
+      "v = 327680791.93558156 m / s > c, setting 1/gamma = 0\n",
+      "v = 355155024.23325515 m / s > c, setting 1/gamma = 0\n",
+      "v = 384083886.06488925 m / s > c, setting 1/gamma = 0\n",
+      "v = 320948980.7170473 m / s > c, setting 1/gamma = 0\n",
+      "v = 387925428.17979014 m / s > c, setting 1/gamma = 0\n",
+      "v = 428079041.03859866 m / s > c, setting 1/gamma = 0\n",
+      "v = 305606159.12794 m / s > c, setting 1/gamma = 0\n",
+      "v = 365364916.8659459 m / s > c, setting 1/gamma = 0\n",
+      "v = 299978701.5234213 m / s > c, setting 1/gamma = 0\n",
+      "v = 367575025.2354183 m / s > c, setting 1/gamma = 0\n",
+      "v = 309283948.78708863 m / s > c, setting 1/gamma = 0\n",
+      "v = 366687265.82995933 m / s > c, setting 1/gamma = 0\n",
+      "v = 314624425.95684004 m / s > c, setting 1/gamma = 0\n",
+      "v = 301582637.0782021 m / s > c, setting 1/gamma = 0\n",
+      "v = 312677207.0338661 m / s > c, setting 1/gamma = 0\n",
+      "v = 358508183.45155543 m / s > c, setting 1/gamma = 0\n",
+      "v = 457662959.8518035 m / s > c, setting 1/gamma = 0\n",
+      "v = 490481486.3059885 m / s > c, setting 1/gamma = 0\n",
+      "v = 309895366.1596984 m / s > c, setting 1/gamma = 0\n",
+      "v = 392627257.44642204 m / s > c, setting 1/gamma = 0\n",
+      "v = 467514231.47957265 m / s > c, setting 1/gamma = 0\n",
+      "v = 330515189.8212713 m / s > c, setting 1/gamma = 0\n",
+      "v = 397070723.9623594 m / s > c, setting 1/gamma = 0\n",
+      "v = 329752013.5855892 m / s > c, setting 1/gamma = 0\n",
+      "v = 341068581.956575 m / s > c, setting 1/gamma = 0\n",
+      "v = 463059514.48998576 m / s > c, setting 1/gamma = 0\n",
+      "v = 521069961.4331923 m / s > c, setting 1/gamma = 0\n",
+      "v = 306464647.0794979 m / s > c, setting 1/gamma = 0\n",
+      "v = 809819268.3406426 m / s > c, setting 1/gamma = 0\n",
+      "v = 716429681.3212847 m / s > c, setting 1/gamma = 0\n",
+      "v = 368094500.0767577 m / s > c, setting 1/gamma = 0\n",
+      "v = 427137090.4992041 m / s > c, setting 1/gamma = 0\n",
+      "v = 343374036.0905643 m / s > c, setting 1/gamma = 0\n",
+      "v = 799164557.4676503 m / s > c, setting 1/gamma = 0\n",
+      "v = 669048393.7981356 m / s > c, setting 1/gamma = 0\n",
+      "v = 341591400.1227128 m / s > c, setting 1/gamma = 0\n",
+      "v = 382088887.9029135 m / s > c, setting 1/gamma = 0\n",
+      "v = 302064934.4032578 m / s > c, setting 1/gamma = 0\n",
+      "v = 331123013.5160911 m / s > c, setting 1/gamma = 0\n",
+      "v = 491496179.18748593 m / s > c, setting 1/gamma = 0\n",
+      "v = 499338472.79527533 m / s > c, setting 1/gamma = 0\n",
+      "v = 367443136.7151401 m / s > c, setting 1/gamma = 0\n",
+      "v = 424133330.6329341 m / s > c, setting 1/gamma = 0\n",
+      "v = 311645867.0332804 m / s > c, setting 1/gamma = 0\n",
+      "v = 345353928.8281441 m / s > c, setting 1/gamma = 0\n",
+      "v = 425451768.5465565 m / s > c, setting 1/gamma = 0\n",
+      "v = 477794081.93317825 m / s > c, setting 1/gamma = 0\n",
+      "v = 375003116.4579173 m / s > c, setting 1/gamma = 0\n",
+      "v = 431635625.70777625 m / s > c, setting 1/gamma = 0\n",
+      "v = 303333343.3032887 m / s > c, setting 1/gamma = 0\n",
+      "v = 342853680.9320153 m / s > c, setting 1/gamma = 0\n",
+      "v = 311985998.82005644 m / s > c, setting 1/gamma = 0\n",
+      "v = 709575855.7194095 m / s > c, setting 1/gamma = 0\n",
+      "v = 588704092.4913735 m / s > c, setting 1/gamma = 0\n",
+      "v = 302469361.1522007 m / s > c, setting 1/gamma = 0\n",
+      "v = 315222322.3396375 m / s > c, setting 1/gamma = 0\n",
+      "v = 319711265.0324338 m / s > c, setting 1/gamma = 0\n",
+      "v = 362234675.5712725 m / s > c, setting 1/gamma = 0\n",
+      "v = 375836676.7176881 m / s > c, setting 1/gamma = 0\n",
+      "v = 440774622.14300597 m / s > c, setting 1/gamma = 0\n",
+      "v = 489968681.74845535 m / s > c, setting 1/gamma = 0\n",
+      "v = 506470956.314179 m / s > c, setting 1/gamma = 0\n",
+      "v = 372128609.9220756 m / s > c, setting 1/gamma = 0\n",
+      "v = 433996521.19892466 m / s > c, setting 1/gamma = 0\n",
+      "v = 322851152.72417104 m / s > c, setting 1/gamma = 0\n",
+      "v = 316764628.3568406 m / s > c, setting 1/gamma = 0\n",
+      "v = 355858613.5926534 m / s > c, setting 1/gamma = 0\n",
+      "v = 301890669.63197106 m / s > c, setting 1/gamma = 0\n",
+      "v = 327530649.8287635 m / s > c, setting 1/gamma = 0\n",
+      "v = 315242288.1484032 m / s > c, setting 1/gamma = 0\n",
+      "v = 308609742.7368298 m / s > c, setting 1/gamma = 0\n",
+      "v = 537723434.0829455 m / s > c, setting 1/gamma = 0\n",
+      "v = 573425074.0435425 m / s > c, setting 1/gamma = 0\n",
+      "v = 310765246.1040369 m / s > c, setting 1/gamma = 0\n",
+      "v = 348318706.96015275 m / s > c, setting 1/gamma = 0\n",
+      "v = 303055874.2286558 m / s > c, setting 1/gamma = 0\n",
+      "v = 324008279.6683977 m / s > c, setting 1/gamma = 0\n",
+      "v = 314040358.5966871 m / s > c, setting 1/gamma = 0\n",
+      "v = 584316158.9557087 m / s > c, setting 1/gamma = 0\n",
+      "v = 515004214.2284557 m / s > c, setting 1/gamma = 0\n",
+      "v = 439351263.08032185 m / s > c, setting 1/gamma = 0\n",
+      "v = 478981573.6666905 m / s > c, setting 1/gamma = 0\n",
+      "v = 346130691.91535944 m / s > c, setting 1/gamma = 0\n",
+      "v = 407409281.71315897 m / s > c, setting 1/gamma = 0\n",
+      "v = 317851067.3065392 m / s > c, setting 1/gamma = 0\n",
+      "v = 310552376.9929089 m / s > c, setting 1/gamma = 0\n",
+      "v = 335201220.6760554 m / s > c, setting 1/gamma = 0\n",
+      "v = 463689423.9243739 m / s > c, setting 1/gamma = 0\n",
+      "v = 503590285.4754403 m / s > c, setting 1/gamma = 0\n",
+      "v = 379922131.30539244 m / s > c, setting 1/gamma = 0\n",
+      "v = 452187944.8878564 m / s > c, setting 1/gamma = 0\n",
+      "v = 300033383.19086 m / s > c, setting 1/gamma = 0\n",
+      "v = 518724819.68473184 m / s > c, setting 1/gamma = 0\n",
+      "v = 538910954.093061 m / s > c, setting 1/gamma = 0\n",
+      "v = 518152697.39680207 m / s > c, setting 1/gamma = 0\n",
+      "v = 510840748.9861469 m / s > c, setting 1/gamma = 0\n",
+      "v = 306588464.17007047 m / s > c, setting 1/gamma = 0\n",
+      "v = 340270215.5559538 m / s > c, setting 1/gamma = 0\n",
+      "v = 344974906.25307405 m / s > c, setting 1/gamma = 0\n",
+      "v = 414828546.7988055 m / s > c, setting 1/gamma = 0\n",
+      "v = 369564650.9955353 m / s > c, setting 1/gamma = 0\n",
+      "v = 438292694.96103925 m / s > c, setting 1/gamma = 0\n",
+      "v = 520512102.09323573 m / s > c, setting 1/gamma = 0\n",
+      "v = 511993522.3288398 m / s > c, setting 1/gamma = 0\n",
+      "v = 494579139.49884576 m / s > c, setting 1/gamma = 0\n",
+      "v = 512514811.8096755 m / s > c, setting 1/gamma = 0\n",
+      "v = 301624163.18493336 m / s > c, setting 1/gamma = 0\n",
+      "v = 321946315.8206049 m / s > c, setting 1/gamma = 0\n",
+      "v = 459468664.18090796 m / s > c, setting 1/gamma = 0\n",
+      "v = 500026178.1032997 m / s > c, setting 1/gamma = 0\n",
+      "v = 434679683.37111413 m / s > c, setting 1/gamma = 0\n",
+      "v = 469618289.6692971 m / s > c, setting 1/gamma = 0\n",
+      "v = 392597215.49118173 m / s > c, setting 1/gamma = 0\n",
+      "v = 448378803.4208028 m / s > c, setting 1/gamma = 0\n",
+      "v = 505836388.63055885 m / s > c, setting 1/gamma = 0\n",
+      "v = 508666286.46521896 m / s > c, setting 1/gamma = 0\n",
+      "v = 368660119.2589255 m / s > c, setting 1/gamma = 0\n",
+      "v = 408034413.87055326 m / s > c, setting 1/gamma = 0\n",
+      "v = 314299777.9847777 m / s > c, setting 1/gamma = 0\n",
+      "v = 379866965.6653437 m / s > c, setting 1/gamma = 0\n",
+      "v = 424314466.2037993 m / s > c, setting 1/gamma = 0\n",
+      "v = 440059203.6863898 m / s > c, setting 1/gamma = 0\n",
+      "v = 484954394.50292695 m / s > c, setting 1/gamma = 0\n",
+      "v = 534412372.87030226 m / s > c, setting 1/gamma = 0\n",
+      "v = 330414182.18609196 m / s > c, setting 1/gamma = 0\n",
+      "v = 387064083.8536371 m / s > c, setting 1/gamma = 0\n",
+      "v = 386016969.3448444 m / s > c, setting 1/gamma = 0\n",
+      "v = 424798722.4000965 m / s > c, setting 1/gamma = 0\n",
+      "v = 376204159.4770344 m / s > c, setting 1/gamma = 0\n",
+      "v = 451415170.32010144 m / s > c, setting 1/gamma = 0\n",
+      "v = 326519952.0411722 m / s > c, setting 1/gamma = 0\n",
+      "v = 370698353.0398655 m / s > c, setting 1/gamma = 0\n",
+      "v = 316236003.892076 m / s > c, setting 1/gamma = 0\n",
+      "v = 404350273.6890585 m / s > c, setting 1/gamma = 0\n",
+      "v = 437159865.00910455 m / s > c, setting 1/gamma = 0\n",
+      "v = 647557150.767796 m / s > c, setting 1/gamma = 0\n",
+      "v = 602195908.1237359 m / s > c, setting 1/gamma = 0\n",
+      "v = 307257091.29641217 m / s > c, setting 1/gamma = 0\n",
+      "v = 326081136.68375045 m / s > c, setting 1/gamma = 0\n",
+      "v = 343133164.32964534 m / s > c, setting 1/gamma = 0\n",
+      "v = 408406761.1656029 m / s > c, setting 1/gamma = 0\n",
+      "v = 371741793.30920756 m / s > c, setting 1/gamma = 0\n",
+      "v = 446487738.0929027 m / s > c, setting 1/gamma = 0\n",
+      "v = 382087783.8609035 m / s > c, setting 1/gamma = 0\n",
+      "v = 434815550.12685764 m / s > c, setting 1/gamma = 0\n",
+      "v = 308593926.93428946 m / s > c, setting 1/gamma = 0\n",
+      "v = 417153681.2911016 m / s > c, setting 1/gamma = 0\n",
+      "v = 461158327.44731545 m / s > c, setting 1/gamma = 0\n",
+      "v = 394714119.96460646 m / s > c, setting 1/gamma = 0\n",
+      "v = 440164373.7530572 m / s > c, setting 1/gamma = 0\n",
+      "v = 374974636.99509394 m / s > c, setting 1/gamma = 0\n",
+      "v = 440625447.8345214 m / s > c, setting 1/gamma = 0\n",
+      "v = 313467967.72105646 m / s > c, setting 1/gamma = 0\n",
+      "v = 385008115.2318461 m / s > c, setting 1/gamma = 0\n",
+      "v = 335374740.8104916 m / s > c, setting 1/gamma = 0\n",
+      "v = 312797770.42468524 m / s > c, setting 1/gamma = 0\n",
+      "v = 338021088.8312769 m / s > c, setting 1/gamma = 0\n",
+      "v = 344550916.05376494 m / s > c, setting 1/gamma = 0\n",
+      "v = 394944986.77411515 m / s > c, setting 1/gamma = 0\n",
+      "v = 332290049.7661736 m / s > c, setting 1/gamma = 0\n",
+      "v = 387093667.7867994 m / s > c, setting 1/gamma = 0\n",
+      "v = 430122780.42773163 m / s > c, setting 1/gamma = 0\n",
+      "v = 328650788.37132215 m / s > c, setting 1/gamma = 0\n",
+      "v = 395158956.4151658 m / s > c, setting 1/gamma = 0\n",
+      "v = 308493861.79377645 m / s > c, setting 1/gamma = 0\n",
+      "v = 409747772.26479614 m / s > c, setting 1/gamma = 0\n",
+      "v = 431868985.46798897 m / s > c, setting 1/gamma = 0\n",
+      "v = 344507242.40351856 m / s > c, setting 1/gamma = 0\n",
+      "v = 383398094.1252058 m / s > c, setting 1/gamma = 0\n",
+      "v = 347980170.90561485 m / s > c, setting 1/gamma = 0\n",
+      "v = 347460234.2936956 m / s > c, setting 1/gamma = 0\n",
+      "v = 311572813.40358967 m / s > c, setting 1/gamma = 0\n",
+      "v = 316732400.2214191 m / s > c, setting 1/gamma = 0\n",
+      "v = 301240367.2985096 m / s > c, setting 1/gamma = 0\n",
+      "v = 310779443.3547329 m / s > c, setting 1/gamma = 0\n",
+      "v = 311897978.18987155 m / s > c, setting 1/gamma = 0\n",
+      "v = 329216745.484377 m / s > c, setting 1/gamma = 0\n",
+      "v = 303695795.09415156 m / s > c, setting 1/gamma = 0\n",
+      "v = 312556029.32858914 m / s > c, setting 1/gamma = 0\n",
+      "v = 316970763.0173339 m / s > c, setting 1/gamma = 0\n",
+      "v = 507881282.952938 m / s > c, setting 1/gamma = 0\n",
+      "v = 530313681.4585486 m / s > c, setting 1/gamma = 0\n",
+      "v = 318734026.299211 m / s > c, setting 1/gamma = 0\n",
+      "v = 309294901.3542865 m / s > c, setting 1/gamma = 0\n",
+      "v = 348420613.30483836 m / s > c, setting 1/gamma = 0\n",
+      "v = 309634054.27209926 m / s > c, setting 1/gamma = 0\n",
+      "v = 308690420.6190445 m / s > c, setting 1/gamma = 0\n",
+      "v = 330373695.6032646 m / s > c, setting 1/gamma = 0\n",
+      "v = 456912983.00674254 m / s > c, setting 1/gamma = 0\n",
+      "v = 509176510.0762289 m / s > c, setting 1/gamma = 0\n",
+      "v = 338222826.88182956 m / s > c, setting 1/gamma = 0\n",
+      "v = 351839121.1780743 m / s > c, setting 1/gamma = 0\n",
+      "v = 401354865.6299288 m / s > c, setting 1/gamma = 0\n",
+      "v = 574854715.0006105 m / s > c, setting 1/gamma = 0\n",
+      "v = 610860514.2219882 m / s > c, setting 1/gamma = 0\n",
+      "v = 392229565.3548673 m / s > c, setting 1/gamma = 0\n",
+      "v = 437216596.50597215 m / s > c, setting 1/gamma = 0\n",
+      "v = 399188851.2614733 m / s > c, setting 1/gamma = 0\n",
+      "v = 463130317.641185 m / s > c, setting 1/gamma = 0\n",
+      "v = 310909178.15998304 m / s > c, setting 1/gamma = 0\n",
+      "v = 366453395.9238281 m / s > c, setting 1/gamma = 0\n",
+      "v = 359310684.19829255 m / s > c, setting 1/gamma = 0\n",
+      "v = 440668717.7723321 m / s > c, setting 1/gamma = 0\n",
+      "v = 466721431.8331353 m / s > c, setting 1/gamma = 0\n",
+      "v = 336795772.71137017 m / s > c, setting 1/gamma = 0\n",
+      "v = 389180901.48625654 m / s > c, setting 1/gamma = 0\n",
+      "v = 459103670.46541804 m / s > c, setting 1/gamma = 0\n",
+      "v = 319588750.3855775 m / s > c, setting 1/gamma = 0\n",
+      "v = 375515642.37071824 m / s > c, setting 1/gamma = 0\n",
+      "v = 352133837.0377585 m / s > c, setting 1/gamma = 0\n",
+      "v = 314347224.2833976 m / s > c, setting 1/gamma = 0\n",
+      "v = 344305132.61906445 m / s > c, setting 1/gamma = 0\n",
+      "v = 761357480.0066637 m / s > c, setting 1/gamma = 0\n",
+      "v = 690527853.6996895 m / s > c, setting 1/gamma = 0\n",
+      "v = 313056990.76812214 m / s > c, setting 1/gamma = 0\n",
+      "v = 365831951.0841163 m / s > c, setting 1/gamma = 0\n",
+      "v = 334427310.76696014 m / s > c, setting 1/gamma = 0\n",
+      "v = 395915080.69623286 m / s > c, setting 1/gamma = 0\n",
+      "v = 303658393.86898094 m / s > c, setting 1/gamma = 0\n",
+      "v = 337294938.95816374 m / s > c, setting 1/gamma = 0\n",
+      "v = 299909900.29303664 m / s > c, setting 1/gamma = 0\n",
+      "v = 359219271.5566409 m / s > c, setting 1/gamma = 0\n",
+      "v = 430769045.80185515 m / s > c, setting 1/gamma = 0\n",
+      "v = 308323313.85395634 m / s > c, setting 1/gamma = 0\n",
+      "v = 370226194.07446265 m / s > c, setting 1/gamma = 0\n",
+      "v = 413989240.4435393 m / s > c, setting 1/gamma = 0\n",
+      "v = 311639898.35271347 m / s > c, setting 1/gamma = 0\n",
+      "v = 348554986.7809832 m / s > c, setting 1/gamma = 0\n",
+      "v = 302749904.366702 m / s > c, setting 1/gamma = 0\n",
+      "v = 356047998.84930044 m / s > c, setting 1/gamma = 0\n",
+      "v = 332683578.0857092 m / s > c, setting 1/gamma = 0\n",
+      "v = 355168295.95778775 m / s > c, setting 1/gamma = 0\n",
+      "v = 393447637.6592989 m / s > c, setting 1/gamma = 0\n",
+      "v = 307395623.69354945 m / s > c, setting 1/gamma = 0\n",
+      "v = 572510824.0941128 m / s > c, setting 1/gamma = 0\n",
+      "v = 512420235.8375074 m / s > c, setting 1/gamma = 0\n",
+      "v = 318572809.0190897 m / s > c, setting 1/gamma = 0\n",
+      "v = 380224197.75681937 m / s > c, setting 1/gamma = 0\n",
+      "v = 414661453.74160564 m / s > c, setting 1/gamma = 0\n",
+      "v = 450751872.354642 m / s > c, setting 1/gamma = 0\n",
+      "v = 317045571.14816844 m / s > c, setting 1/gamma = 0\n",
+      "v = 326810093.6362889 m / s > c, setting 1/gamma = 0\n",
+      "v = 368448391.5662892 m / s > c, setting 1/gamma = 0\n",
+      "v = 338009689.7871816 m / s > c, setting 1/gamma = 0\n",
+      "v = 401730765.80088997 m / s > c, setting 1/gamma = 0\n",
+      "v = 389551953.91111684 m / s > c, setting 1/gamma = 0\n",
+      "v = 452338876.2988014 m / s > c, setting 1/gamma = 0\n",
+      "v = 336320823.4460193 m / s > c, setting 1/gamma = 0\n",
+      "v = 333429933.4522837 m / s > c, setting 1/gamma = 0\n",
+      "v = 303479057.3294079 m / s > c, setting 1/gamma = 0\n",
+      "v = 329416231.33135045 m / s > c, setting 1/gamma = 0\n",
+      "v = 321746338.3146675 m / s > c, setting 1/gamma = 0\n",
+      "v = 454740802.7822534 m / s > c, setting 1/gamma = 0\n",
+      "v = 514063453.2581386 m / s > c, setting 1/gamma = 0\n",
+      "v = 400030619.02336717 m / s > c, setting 1/gamma = 0\n",
+      "v = 433423477.67260766 m / s > c, setting 1/gamma = 0\n",
+      "v = 322197680.22417825 m / s > c, setting 1/gamma = 0\n",
+      "v = 344366710.1682288 m / s > c, setting 1/gamma = 0\n",
+      "v = 313236688.4383387 m / s > c, setting 1/gamma = 0\n",
+      "v = 339649872.5535512 m / s > c, setting 1/gamma = 0\n",
+      "v = 401413710.97939444 m / s > c, setting 1/gamma = 0\n",
+      "v = 530570259.4016968 m / s > c, setting 1/gamma = 0\n",
+      "v = 518744850.2353648 m / s > c, setting 1/gamma = 0\n",
+      "v = 310844075.9079325 m / s > c, setting 1/gamma = 0\n",
+      "v = 352111885.4440954 m / s > c, setting 1/gamma = 0\n",
+      "v = 359930332.20348084 m / s > c, setting 1/gamma = 0\n",
+      "v = 412500047.6049514 m / s > c, setting 1/gamma = 0\n",
+      "v = 306973931.3245221 m / s > c, setting 1/gamma = 0\n",
+      "v = 357382072.07652205 m / s > c, setting 1/gamma = 0\n",
+      "v = 610935347.8690553 m / s > c, setting 1/gamma = 0\n",
+      "v = 596547857.2715389 m / s > c, setting 1/gamma = 0\n",
+      "v = 342767574.2954209 m / s > c, setting 1/gamma = 0\n",
+      "v = 405133060.80232996 m / s > c, setting 1/gamma = 0\n",
+      "v = 352634056.9430591 m / s > c, setting 1/gamma = 0\n",
+      "v = 308740416.62470704 m / s > c, setting 1/gamma = 0\n",
+      "v = 336822318.7805369 m / s > c, setting 1/gamma = 0\n",
+      "v = 382841892.64770806 m / s > c, setting 1/gamma = 0\n",
+      "v = 421328908.44511306 m / s > c, setting 1/gamma = 0\n",
+      "v = 328489846.95992213 m / s > c, setting 1/gamma = 0\n",
+      "v = 316490380.2179273 m / s > c, setting 1/gamma = 0\n",
+      "v = 371950422.1332043 m / s > c, setting 1/gamma = 0\n",
+      "v = 416898539.5956112 m / s > c, setting 1/gamma = 0\n",
+      "v = 356744565.21291673 m / s > c, setting 1/gamma = 0\n",
+      "v = 338305372.23840034 m / s > c, setting 1/gamma = 0\n",
+      "v = 374158204.0945358 m / s > c, setting 1/gamma = 0\n",
+      "v = 318571022.00797915 m / s > c, setting 1/gamma = 0\n",
+      "v = 303966815.48027116 m / s > c, setting 1/gamma = 0\n",
+      "v = 357191339.73354685 m / s > c, setting 1/gamma = 0\n",
+      "v = 377515872.15702516 m / s > c, setting 1/gamma = 0\n",
+      "v = 320091267.99930215 m / s > c, setting 1/gamma = 0\n",
+      "v = 361441967.4219197 m / s > c, setting 1/gamma = 0\n",
+      "v = 338147710.5668793 m / s > c, setting 1/gamma = 0\n",
+      "v = 386133897.9057075 m / s > c, setting 1/gamma = 0\n",
+      "v = 374935719.2773372 m / s > c, setting 1/gamma = 0\n",
+      "v = 428710966.6475928 m / s > c, setting 1/gamma = 0\n",
+      "v = 315466333.3369812 m / s > c, setting 1/gamma = 0\n",
+      "v = 328790177.69449246 m / s > c, setting 1/gamma = 0\n",
+      "v = 367437732.19958955 m / s > c, setting 1/gamma = 0\n",
+      "v = 404806766.8450213 m / s > c, setting 1/gamma = 0\n",
+      "v = 319700733.88412017 m / s > c, setting 1/gamma = 0\n",
+      "v = 305799022.92499214 m / s > c, setting 1/gamma = 0\n",
+      "v = 343765376.8033043 m / s > c, setting 1/gamma = 0\n",
+      "v = 411786353.28131324 m / s > c, setting 1/gamma = 0\n",
+      "v = 456149079.7729105 m / s > c, setting 1/gamma = 0\n",
+      "v = 368982007.328242 m / s > c, setting 1/gamma = 0\n",
+      "v = 385001101.44849 m / s > c, setting 1/gamma = 0\n",
+      "v = 370792005.1377217 m / s > c, setting 1/gamma = 0\n",
+      "v = 408476666.81934726 m / s > c, setting 1/gamma = 0\n",
+      "v = 305987736.046741 m / s > c, setting 1/gamma = 0\n",
+      "v = 351424646.7666332 m / s > c, setting 1/gamma = 0\n",
+      "v = 313886915.13048726 m / s > c, setting 1/gamma = 0\n",
+      "v = 478154287.4846144 m / s > c, setting 1/gamma = 0\n",
+      "v = 524449658.28839874 m / s > c, setting 1/gamma = 0\n",
+      "v = 331558616.405732 m / s > c, setting 1/gamma = 0\n",
+      "v = 388175555.9710489 m / s > c, setting 1/gamma = 0\n",
+      "v = 340554000.14489704 m / s > c, setting 1/gamma = 0\n",
+      "v = 378310307.6663568 m / s > c, setting 1/gamma = 0\n",
+      "v = 319602392.919923 m / s > c, setting 1/gamma = 0\n",
+      "v = 380711313.5346291 m / s > c, setting 1/gamma = 0\n",
+      "v = 327209779.80603755 m / s > c, setting 1/gamma = 0\n",
+      "v = 359921757.93221617 m / s > c, setting 1/gamma = 0\n",
+      "v = 380772312.0418714 m / s > c, setting 1/gamma = 0\n",
+      "v = 425259846.0179993 m / s > c, setting 1/gamma = 0\n",
+      "v = 434124012.40595263 m / s > c, setting 1/gamma = 0\n",
+      "v = 484361694.6027401 m / s > c, setting 1/gamma = 0\n",
+      "v = 343477939.6404238 m / s > c, setting 1/gamma = 0\n",
+      "v = 398036808.9629552 m / s > c, setting 1/gamma = 0\n",
+      "v = 303494966.7206279 m / s > c, setting 1/gamma = 0\n",
+      "v = 327813240.8815747 m / s > c, setting 1/gamma = 0\n",
+      "v = 369229251.61846864 m / s > c, setting 1/gamma = 0\n",
+      "v = 403594470.5864947 m / s > c, setting 1/gamma = 0\n",
+      "v = 433663253.3039087 m / s > c, setting 1/gamma = 0\n",
+      "v = 490533566.7292024 m / s > c, setting 1/gamma = 0\n",
+      "v = 377895564.07027 m / s > c, setting 1/gamma = 0\n",
+      "v = 443636932.2363997 m / s > c, setting 1/gamma = 0\n",
+      "v = 549987922.8342189 m / s > c, setting 1/gamma = 0\n",
+      "v = 581600126.2670819 m / s > c, setting 1/gamma = 0\n",
+      "v = 607993313.4031405 m / s > c, setting 1/gamma = 0\n",
+      "v = 620039632.3931197 m / s > c, setting 1/gamma = 0\n",
+      "v = 350440063.86604506 m / s > c, setting 1/gamma = 0\n",
+      "v = 414845552.0297876 m / s > c, setting 1/gamma = 0\n",
+      "v = 327374490.47650266 m / s > c, setting 1/gamma = 0\n",
+      "v = 343763365.2146184 m / s > c, setting 1/gamma = 0\n",
+      "v = 425328452.9218151 m / s > c, setting 1/gamma = 0\n",
+      "v = 1081915021.0868816 m / s > c, setting 1/gamma = 0\n",
+      "v = 923986610.0334544 m / s > c, setting 1/gamma = 0\n",
+      "v = 322822446.56680894 m / s > c, setting 1/gamma = 0\n",
+      "v = 344402554.86993635 m / s > c, setting 1/gamma = 0\n",
+      "v = 368145443.6215686 m / s > c, setting 1/gamma = 0\n",
+      "v = 451037317.4739844 m / s > c, setting 1/gamma = 0\n",
+      "v = 353107420.54900885 m / s > c, setting 1/gamma = 0\n",
+      "v = 326169166.2062985 m / s > c, setting 1/gamma = 0\n",
+      "v = 420518806.93396664 m / s > c, setting 1/gamma = 0\n",
+      "v = 479792064.97463006 m / s > c, setting 1/gamma = 0\n",
+      "v = 504083174.01154923 m / s > c, setting 1/gamma = 0\n",
+      "v = 565664276.4496565 m / s > c, setting 1/gamma = 0\n",
+      "v = 628760549.6909437 m / s > c, setting 1/gamma = 0\n",
+      "v = 556440573.7773095 m / s > c, setting 1/gamma = 0\n",
+      "v = 306085579.8776219 m / s > c, setting 1/gamma = 0\n",
+      "v = 332750650.49136865 m / s > c, setting 1/gamma = 0\n",
+      "v = 348377265.67080057 m / s > c, setting 1/gamma = 0\n",
+      "v = 385647506.5207977 m / s > c, setting 1/gamma = 0\n",
+      "v = 304388106.9743078 m / s > c, setting 1/gamma = 0\n",
+      "v = 366216328.8512873 m / s > c, setting 1/gamma = 0\n",
+      "v = 310702329.0837687 m / s > c, setting 1/gamma = 0\n",
+      "v = 551104301.5046997 m / s > c, setting 1/gamma = 0\n",
+      "v = 546240060.7699006 m / s > c, setting 1/gamma = 0\n",
+      "v = 320086879.2541798 m / s > c, setting 1/gamma = 0\n",
+      "v = 571469954.0752093 m / s > c, setting 1/gamma = 0\n",
+      "v = 542273456.7810006 m / s > c, setting 1/gamma = 0\n",
+      "v = 306376080.09659696 m / s > c, setting 1/gamma = 0\n",
+      "v = 352026414.1718707 m / s > c, setting 1/gamma = 0\n",
+      "v = 346974506.1841071 m / s > c, setting 1/gamma = 0\n",
+      "v = 401549148.2040302 m / s > c, setting 1/gamma = 0\n",
+      "v = 442820622.93242514 m / s > c, setting 1/gamma = 0\n",
+      "v = 319005415.888606 m / s > c, setting 1/gamma = 0\n",
+      "v = 323412859.28078437 m / s > c, setting 1/gamma = 0\n",
+      "v = 453017586.1335754 m / s > c, setting 1/gamma = 0\n",
+      "v = 499019023.31838924 m / s > c, setting 1/gamma = 0\n",
+      "v = 303263093.93267846 m / s > c, setting 1/gamma = 0\n",
+      "v = 356572108.323128 m / s > c, setting 1/gamma = 0\n",
+      "v = 305532010.8386044 m / s > c, setting 1/gamma = 0\n",
+      "v = 331062456.5880114 m / s > c, setting 1/gamma = 0\n",
+      "v = 385124425.79485834 m / s > c, setting 1/gamma = 0\n",
+      "v = 362230612.42888373 m / s > c, setting 1/gamma = 0\n",
+      "v = 419363715.06600565 m / s > c, setting 1/gamma = 0\n",
+      "v = 306755502.0285993 m / s > c, setting 1/gamma = 0\n",
+      "v = 366762653.0687375 m / s > c, setting 1/gamma = 0\n",
+      "v = 301805072.73721087 m / s > c, setting 1/gamma = 0\n",
+      "v = 310910255.1946643 m / s > c, setting 1/gamma = 0\n",
+      "v = 540542140.5202175 m / s > c, setting 1/gamma = 0\n",
+      "v = 561406702.8522097 m / s > c, setting 1/gamma = 0\n",
+      "v = 393065743.7042082 m / s > c, setting 1/gamma = 0\n",
+      "v = 450442979.4913442 m / s > c, setting 1/gamma = 0\n",
+      "v = 472119276.8829333 m / s > c, setting 1/gamma = 0\n",
+      "v = 496713998.7187801 m / s > c, setting 1/gamma = 0\n",
+      "v = 303708614.7266998 m / s > c, setting 1/gamma = 0\n",
+      "v = 373124058.25031585 m / s > c, setting 1/gamma = 0\n",
+      "v = 317766686.7387583 m / s > c, setting 1/gamma = 0\n",
+      "v = 339636486.0183288 m / s > c, setting 1/gamma = 0\n",
+      "v = 325474770.35543454 m / s > c, setting 1/gamma = 0\n",
+      "v = 425986451.23308855 m / s > c, setting 1/gamma = 0\n",
+      "v = 476610371.1407034 m / s > c, setting 1/gamma = 0\n",
+      "v = 550927966.3760403 m / s > c, setting 1/gamma = 0\n",
+      "v = 592018827.3576846 m / s > c, setting 1/gamma = 0\n",
+      "v = 322303356.5717336 m / s > c, setting 1/gamma = 0\n",
+      "v = 367661126.34986335 m / s > c, setting 1/gamma = 0\n",
+      "v = 306634081.8164256 m / s > c, setting 1/gamma = 0\n",
+      "v = 349815937.59994996 m / s > c, setting 1/gamma = 0\n",
+      "v = 335823371.63401806 m / s > c, setting 1/gamma = 0\n",
+      "v = 414132612.0955305 m / s > c, setting 1/gamma = 0\n",
+      "v = 332627613.31794095 m / s > c, setting 1/gamma = 0\n",
+      "v = 798771519.337478 m / s > c, setting 1/gamma = 0\n",
+      "v = 677956710.0958366 m / s > c, setting 1/gamma = 0\n",
+      "v = 307880497.95546633 m / s > c, setting 1/gamma = 0\n",
+      "v = 344298420.3630103 m / s > c, setting 1/gamma = 0\n",
+      "v = 794637472.503409 m / s > c, setting 1/gamma = 0\n",
+      "v = 665971305.6361309 m / s > c, setting 1/gamma = 0\n",
+      "v = 311355387.74924606 m / s > c, setting 1/gamma = 0\n",
+      "v = 308809442.2403058 m / s > c, setting 1/gamma = 0\n",
+      "v = 338295519.3301649 m / s > c, setting 1/gamma = 0\n",
+      "v = 521581280.56988925 m / s > c, setting 1/gamma = 0\n",
+      "v = 514306281.5768426 m / s > c, setting 1/gamma = 0\n",
+      "v = 322266675.4149088 m / s > c, setting 1/gamma = 0\n",
+      "v = 383163817.5026215 m / s > c, setting 1/gamma = 0\n",
+      "v = 567475748.3554076 m / s > c, setting 1/gamma = 0\n",
+      "v = 564131909.5873367 m / s > c, setting 1/gamma = 0\n",
+      "v = 326126977.6577052 m / s > c, setting 1/gamma = 0\n",
+      "v = 377887673.5423393 m / s > c, setting 1/gamma = 0\n",
+      "v = 378796399.6148376 m / s > c, setting 1/gamma = 0\n",
+      "v = 403681789.5324767 m / s > c, setting 1/gamma = 0\n",
+      "v = 419517904.22808343 m / s > c, setting 1/gamma = 0\n",
+      "v = 445729616.20908207 m / s > c, setting 1/gamma = 0\n",
+      "v = 321828546.0434515 m / s > c, setting 1/gamma = 0\n",
+      "v = 336764493.2172542 m / s > c, setting 1/gamma = 0\n",
+      "v = 390734481.8924779 m / s > c, setting 1/gamma = 0\n",
+      "v = 432342807.15226865 m / s > c, setting 1/gamma = 0\n",
+      "v = 314419179.2354368 m / s > c, setting 1/gamma = 0\n",
+      "v = 321730429.8337847 m / s > c, setting 1/gamma = 0\n",
+      "v = 632505326.82838 m / s > c, setting 1/gamma = 0\n",
+      "v = 515249756.5702952 m / s > c, setting 1/gamma = 0\n",
+      "v = 332255227.13167346 m / s > c, setting 1/gamma = 0\n",
+      "v = 366601158.24422526 m / s > c, setting 1/gamma = 0\n",
+      "v = 312989473.8790743 m / s > c, setting 1/gamma = 0\n",
+      "v = 368071802.17210025 m / s > c, setting 1/gamma = 0\n",
+      "v = 319238020.4081098 m / s > c, setting 1/gamma = 0\n",
+      "v = 359261678.1999604 m / s > c, setting 1/gamma = 0\n",
+      "v = 379113558.4775281 m / s > c, setting 1/gamma = 0\n",
+      "v = 428914605.21889937 m / s > c, setting 1/gamma = 0\n",
+      "v = 348975525.15412533 m / s > c, setting 1/gamma = 0\n",
+      "v = 370511394.0277396 m / s > c, setting 1/gamma = 0\n",
+      "v = 302812230.7888998 m / s > c, setting 1/gamma = 0\n",
+      "v = 352822420.6171817 m / s > c, setting 1/gamma = 0\n",
+      "v = 399806819.7440854 m / s > c, setting 1/gamma = 0\n",
+      "v = 312922073.61124337 m / s > c, setting 1/gamma = 0\n",
+      "v = 361553644.8086802 m / s > c, setting 1/gamma = 0\n",
+      "v = 314677636.07911247 m / s > c, setting 1/gamma = 0\n",
+      "v = 327319393.26653993 m / s > c, setting 1/gamma = 0\n",
+      "v = 557721720.7900915 m / s > c, setting 1/gamma = 0\n",
+      "v = 512850851.7154546 m / s > c, setting 1/gamma = 0\n",
+      "v = 307785880.6673491 m / s > c, setting 1/gamma = 0\n",
+      "v = 367993144.0384946 m / s > c, setting 1/gamma = 0\n",
+      "v = 379465428.9903921 m / s > c, setting 1/gamma = 0\n",
+      "v = 409721799.5341673 m / s > c, setting 1/gamma = 0\n",
+      "v = 305588251.57052636 m / s > c, setting 1/gamma = 0\n",
+      "v = 340925188.4061485 m / s > c, setting 1/gamma = 0\n",
+      "v = 315723141.01148266 m / s > c, setting 1/gamma = 0\n",
+      "v = 307321092.35541403 m / s > c, setting 1/gamma = 0\n",
+      "v = 530292238.4384231 m / s > c, setting 1/gamma = 0\n",
+      "v = 435726125.17040324 m / s > c, setting 1/gamma = 0\n",
+      "v = 302304466.2482681 m / s > c, setting 1/gamma = 0\n",
+      "v = 389178132.1593344 m / s > c, setting 1/gamma = 0\n",
+      "v = 447919960.65960866 m / s > c, setting 1/gamma = 0\n",
+      "v = 334226887.0262888 m / s > c, setting 1/gamma = 0\n",
+      "v = 379918754.6567282 m / s > c, setting 1/gamma = 0\n",
+      "v = 328425766.53878075 m / s > c, setting 1/gamma = 0\n",
+      "v = 366308093.91023135 m / s > c, setting 1/gamma = 0\n",
+      "v = 303784767.43703836 m / s > c, setting 1/gamma = 0\n",
+      "v = 361123190.3034014 m / s > c, setting 1/gamma = 0\n",
+      "v = 319565875.1551287 m / s > c, setting 1/gamma = 0\n",
+      "v = 404965678.9720435 m / s > c, setting 1/gamma = 0\n",
+      "v = 453902259.9784101 m / s > c, setting 1/gamma = 0\n",
+      "v = 317852239.0738792 m / s > c, setting 1/gamma = 0\n",
+      "v = 367181258.59143776 m / s > c, setting 1/gamma = 0\n",
+      "v = 344671182.31522816 m / s > c, setting 1/gamma = 0\n",
+      "v = 399431518.05401605 m / s > c, setting 1/gamma = 0\n",
+      "v = 337575654.0715939 m / s > c, setting 1/gamma = 0\n",
+      "v = 382377346.7135111 m / s > c, setting 1/gamma = 0\n",
+      "v = 303948172.9717105 m / s > c, setting 1/gamma = 0\n",
+      "v = 343660184.3695816 m / s > c, setting 1/gamma = 0\n",
+      "v = 401227982.1336856 m / s > c, setting 1/gamma = 0\n",
+      "v = 328222031.9545133 m / s > c, setting 1/gamma = 0\n",
+      "v = 377594893.04325116 m / s > c, setting 1/gamma = 0\n",
+      "v = 363485579.2254105 m / s > c, setting 1/gamma = 0\n",
+      "v = 418116741.8720063 m / s > c, setting 1/gamma = 0\n",
+      "v = 312034228.54316366 m / s > c, setting 1/gamma = 0\n",
+      "v = 359424314.84900653 m / s > c, setting 1/gamma = 0\n",
+      "v = 306089297.0112097 m / s > c, setting 1/gamma = 0\n",
+      "v = 364267254.12238306 m / s > c, setting 1/gamma = 0\n",
+      "v = 320803659.6404664 m / s > c, setting 1/gamma = 0\n",
+      "v = 419800727.7108373 m / s > c, setting 1/gamma = 0\n",
+      "v = 469979209.3773317 m / s > c, setting 1/gamma = 0\n",
+      "v = 331623055.7096211 m / s > c, setting 1/gamma = 0\n",
+      "v = 326701800.2611894 m / s > c, setting 1/gamma = 0\n",
+      "v = 461494918.94832736 m / s > c, setting 1/gamma = 0\n",
+      "v = 498388154.862739 m / s > c, setting 1/gamma = 0\n",
+      "v = 332127096.46434295 m / s > c, setting 1/gamma = 0\n",
+      "v = 384910384.5759699 m / s > c, setting 1/gamma = 0\n",
+      "v = 350910642.68805003 m / s > c, setting 1/gamma = 0\n",
+      "v = 398291245.1798144 m / s > c, setting 1/gamma = 0\n",
+      "v = 327687788.7894625 m / s > c, setting 1/gamma = 0\n",
+      "v = 372166536.9090269 m / s > c, setting 1/gamma = 0\n",
+      "v = 348291528.1768611 m / s > c, setting 1/gamma = 0\n",
+      "v = 320437987.7058651 m / s > c, setting 1/gamma = 0\n",
+      "v = 369118102.7058429 m / s > c, setting 1/gamma = 0\n",
+      "v = 309949109.65744334 m / s > c, setting 1/gamma = 0\n",
+      "v = 373224787.19126534 m / s > c, setting 1/gamma = 0\n",
+      "v = 412508038.61000174 m / s > c, setting 1/gamma = 0\n",
+      "v = 462547944.94065064 m / s > c, setting 1/gamma = 0\n",
+      "v = 355414234.4388349 m / s > c, setting 1/gamma = 0\n",
+      "v = 403214689.59969276 m / s > c, setting 1/gamma = 0\n",
+      "v = 315424384.2670983 m / s > c, setting 1/gamma = 0\n",
+      "v = 348859663.4269545 m / s > c, setting 1/gamma = 0\n",
+      "v = 398404290.479791 m / s > c, setting 1/gamma = 0\n",
+      "v = 312027983.54280597 m / s > c, setting 1/gamma = 0\n",
+      "v = 462457714.24579746 m / s > c, setting 1/gamma = 0\n",
+      "v = 480180653.8667937 m / s > c, setting 1/gamma = 0\n",
+      "v = 306049955.24612135 m / s > c, setting 1/gamma = 0\n",
+      "v = 358713361.72626925 m / s > c, setting 1/gamma = 0\n",
+      "v = 327630377.39100015 m / s > c, setting 1/gamma = 0\n",
+      "v = 718222448.6994323 m / s > c, setting 1/gamma = 0\n",
+      "v = 588687538.1171826 m / s > c, setting 1/gamma = 0\n",
+      "v = 313860404.77372086 m / s > c, setting 1/gamma = 0\n",
+      "v = 343097703.6142899 m / s > c, setting 1/gamma = 0\n",
+      "v = 395564004.5121932 m / s > c, setting 1/gamma = 0\n",
+      "v = 379359448.2954237 m / s > c, setting 1/gamma = 0\n",
+      "v = 430697969.3585846 m / s > c, setting 1/gamma = 0\n",
+      "v = 331728885.5755921 m / s > c, setting 1/gamma = 0\n",
+      "v = 379497150.5588503 m / s > c, setting 1/gamma = 0\n",
+      "v = 300691958.6311115 m / s > c, setting 1/gamma = 0\n",
+      "v = 361227620.24168265 m / s > c, setting 1/gamma = 0\n",
+      "v = 318575225.8965144 m / s > c, setting 1/gamma = 0\n",
+      "v = 462545438.3092047 m / s > c, setting 1/gamma = 0\n",
+      "v = 502992915.7220847 m / s > c, setting 1/gamma = 0\n",
+      "v = 318094065.81019044 m / s > c, setting 1/gamma = 0\n",
+      "v = 373053067.77063596 m / s > c, setting 1/gamma = 0\n",
+      "v = 383482214.2597285 m / s > c, setting 1/gamma = 0\n",
+      "v = 428229006.41998076 m / s > c, setting 1/gamma = 0\n",
+      "v = 343444549.47047347 m / s > c, setting 1/gamma = 0\n",
+      "v = 389595944.4945305 m / s > c, setting 1/gamma = 0\n",
+      "v = 316166339.54326475 m / s > c, setting 1/gamma = 0\n",
+      "v = 310811821.19740194 m / s > c, setting 1/gamma = 0\n",
+      "v = 479169248.54066336 m / s > c, setting 1/gamma = 0\n",
+      "v = 516368036.176738 m / s > c, setting 1/gamma = 0\n",
+      "v = 358643706.3077628 m / s > c, setting 1/gamma = 0\n",
+      "v = 413219088.9231356 m / s > c, setting 1/gamma = 0\n",
+      "v = 388606851.61082065 m / s > c, setting 1/gamma = 0\n",
+      "v = 435004142.9486773 m / s > c, setting 1/gamma = 0\n",
+      "v = 348767150.5127133 m / s > c, setting 1/gamma = 0\n",
+      "v = 396572386.33047754 m / s > c, setting 1/gamma = 0\n",
+      "v = 373373658.4651496 m / s > c, setting 1/gamma = 0\n",
+      "v = 420504165.3915507 m / s > c, setting 1/gamma = 0\n",
+      "v = 363805144.14274734 m / s > c, setting 1/gamma = 0\n",
+      "v = 423590413.72286063 m / s > c, setting 1/gamma = 0\n",
+      "v = 457882643.9704963 m / s > c, setting 1/gamma = 0\n",
+      "v = 487349766.0477754 m / s > c, setting 1/gamma = 0\n",
+      "v = 402032033.09318477 m / s > c, setting 1/gamma = 0\n",
+      "v = 455478006.80346423 m / s > c, setting 1/gamma = 0\n",
+      "v = 322346793.821418 m / s > c, setting 1/gamma = 0\n",
+      "v = 375131524.8968008 m / s > c, setting 1/gamma = 0\n",
+      "v = 330812048.6371387 m / s > c, setting 1/gamma = 0\n",
+      "v = 349758165.8852787 m / s > c, setting 1/gamma = 0\n",
+      "v = 402925424.4131238 m / s > c, setting 1/gamma = 0\n",
+      "v = 304893890.4322434 m / s > c, setting 1/gamma = 0\n",
+      "v = 349803681.2055467 m / s > c, setting 1/gamma = 0\n",
+      "v = 413555066.2226219 m / s > c, setting 1/gamma = 0\n",
+      "v = 515757334.92526644 m / s > c, setting 1/gamma = 0\n",
+      "v = 514719173.9473797 m / s > c, setting 1/gamma = 0\n",
+      "v = 306518593.3078775 m / s > c, setting 1/gamma = 0\n",
+      "v = 468902955.6138261 m / s > c, setting 1/gamma = 0\n",
+      "v = 499604577.2756152 m / s > c, setting 1/gamma = 0\n",
+      "v = 358697495.74437344 m / s > c, setting 1/gamma = 0\n",
+      "v = 411676132.42298377 m / s > c, setting 1/gamma = 0\n",
+      "v = 306819475.61236674 m / s > c, setting 1/gamma = 0\n",
+      "v = 366727955.09348655 m / s > c, setting 1/gamma = 0\n",
+      "v = 314949840.3379524 m / s > c, setting 1/gamma = 0\n",
+      "v = 367868884.06671077 m / s > c, setting 1/gamma = 0\n",
+      "v = 420875066.2830252 m / s > c, setting 1/gamma = 0\n",
+      "v = 337669338.2238509 m / s > c, setting 1/gamma = 0\n",
+      "v = 416409785.1475178 m / s > c, setting 1/gamma = 0\n",
+      "v = 470263402.81017584 m / s > c, setting 1/gamma = 0\n",
+      "v = 597875122.1444087 m / s > c, setting 1/gamma = 0\n",
+      "v = 560578462.5539109 m / s > c, setting 1/gamma = 0\n",
+      "v = 344037647.5839187 m / s > c, setting 1/gamma = 0\n",
+      "v = 394500024.5623774 m / s > c, setting 1/gamma = 0\n",
+      "v = 530432615.378677 m / s > c, setting 1/gamma = 0\n",
+      "v = 564703380.5404102 m / s > c, setting 1/gamma = 0\n",
+      "v = 460754829.6938088 m / s > c, setting 1/gamma = 0\n",
+      "v = 502311743.80529594 m / s > c, setting 1/gamma = 0\n",
+      "v = 299805985.7078977 m / s > c, setting 1/gamma = 0\n",
+      "v = 694907489.2447716 m / s > c, setting 1/gamma = 0\n",
+      "v = 575928842.3910822 m / s > c, setting 1/gamma = 0\n",
+      "v = 360319505.3605526 m / s > c, setting 1/gamma = 0\n",
+      "v = 420036628.1556427 m / s > c, setting 1/gamma = 0\n",
+      "v = 304785210.2156163 m / s > c, setting 1/gamma = 0\n",
+      "v = 685599371.2404518 m / s > c, setting 1/gamma = 0\n",
+      "v = 564008017.6403302 m / s > c, setting 1/gamma = 0\n",
+      "v = 435775142.2290741 m / s > c, setting 1/gamma = 0\n",
+      "v = 467544967.3976523 m / s > c, setting 1/gamma = 0\n",
+      "v = 481257292.3554541 m / s > c, setting 1/gamma = 0\n",
+      "v = 518944262.55837464 m / s > c, setting 1/gamma = 0\n",
+      "v = 299866259.85114914 m / s > c, setting 1/gamma = 0\n",
+      "v = 356216652.10774356 m / s > c, setting 1/gamma = 0\n",
+      "v = 300843862.17139447 m / s > c, setting 1/gamma = 0\n",
+      "v = 351389524.0602977 m / s > c, setting 1/gamma = 0\n",
+      "v = 346817364.29887086 m / s > c, setting 1/gamma = 0\n",
+      "v = 411502943.8386253 m / s > c, setting 1/gamma = 0\n",
+      "v = 458780106.1072173 m / s > c, setting 1/gamma = 0\n",
+      "v = 498265221.4779002 m / s > c, setting 1/gamma = 0\n",
+      "v = 535783295.9043471 m / s > c, setting 1/gamma = 0\n",
+      "v = 517094448.9926414 m / s > c, setting 1/gamma = 0\n",
+      "v = 303576648.74944013 m / s > c, setting 1/gamma = 0\n",
+      "v = 363846823.4479285 m / s > c, setting 1/gamma = 0\n",
+      "v = 333751055.11205786 m / s > c, setting 1/gamma = 0\n",
+      "v = 381607447.97706914 m / s > c, setting 1/gamma = 0\n",
+      "v = 416319394.2381901 m / s > c, setting 1/gamma = 0\n",
+      "v = 467895399.2504907 m / s > c, setting 1/gamma = 0\n",
+      "v = 305594898.9230565 m / s > c, setting 1/gamma = 0\n",
+      "v = 359011209.4598918 m / s > c, setting 1/gamma = 0\n",
+      "v = 345723025.18734574 m / s > c, setting 1/gamma = 0\n",
+      "v = 390049793.64347076 m / s > c, setting 1/gamma = 0\n",
+      "v = 339146797.79631025 m / s > c, setting 1/gamma = 0\n",
+      "v = 386167916.8920348 m / s > c, setting 1/gamma = 0\n",
+      "v = 300500818.294036 m / s > c, setting 1/gamma = 0\n",
+      "v = 302116680.4935742 m / s > c, setting 1/gamma = 0\n",
+      "v = 558980261.9676415 m / s > c, setting 1/gamma = 0\n",
+      "v = 555438254.9823846 m / s > c, setting 1/gamma = 0\n",
+      "v = 354732818.6042317 m / s > c, setting 1/gamma = 0\n",
+      "v = 409824642.8493555 m / s > c, setting 1/gamma = 0\n",
+      "v = 350983041.59061 m / s > c, setting 1/gamma = 0\n",
+      "v = 397106681.2688943 m / s > c, setting 1/gamma = 0\n",
+      "v = 338085951.47276336 m / s > c, setting 1/gamma = 0\n",
+      "v = 386035854.3613829 m / s > c, setting 1/gamma = 0\n",
+      "v = 314454726.47660816 m / s > c, setting 1/gamma = 0\n",
+      "v = 318179636.38482124 m / s > c, setting 1/gamma = 0\n",
+      "v = 371099226.9298541 m / s > c, setting 1/gamma = 0\n",
+      "v = 376512488.811406 m / s > c, setting 1/gamma = 0\n",
+      "v = 434680550.94469535 m / s > c, setting 1/gamma = 0\n",
+      "v = 421634348.2812732 m / s > c, setting 1/gamma = 0\n",
+      "v = 463304630.5410726 m / s > c, setting 1/gamma = 0\n",
+      "v = 417807860.2977433 m / s > c, setting 1/gamma = 0\n",
+      "v = 467453288.73635256 m / s > c, setting 1/gamma = 0\n",
+      "v = 350241014.8764919 m / s > c, setting 1/gamma = 0\n",
+      "v = 399755350.47751963 m / s > c, setting 1/gamma = 0\n",
+      "v = 320999516.48002887 m / s > c, setting 1/gamma = 0\n",
+      "v = 362372949.4568486 m / s > c, setting 1/gamma = 0\n",
+      "v = 412532548.10465467 m / s > c, setting 1/gamma = 0\n",
+      "v = 308949493.0123395 m / s > c, setting 1/gamma = 0\n",
+      "v = 412601377.1789552 m / s > c, setting 1/gamma = 0\n",
+      "v = 448088873.054214 m / s > c, setting 1/gamma = 0\n",
+      "v = 354321639.89510554 m / s > c, setting 1/gamma = 0\n",
+      "v = 401135095.8063986 m / s > c, setting 1/gamma = 0\n",
+      "v = 313700881.49442846 m / s > c, setting 1/gamma = 0\n",
+      "v = 701637122.7703023 m / s > c, setting 1/gamma = 0\n",
+      "v = 574047186.7122025 m / s > c, setting 1/gamma = 0\n",
+      "v = 565837737.145157 m / s > c, setting 1/gamma = 0\n",
+      "v = 564492187.8756822 m / s > c, setting 1/gamma = 0\n",
+      "v = 367506243.3871411 m / s > c, setting 1/gamma = 0\n",
+      "v = 421519843.53357553 m / s > c, setting 1/gamma = 0\n",
+      "v = 427278153.26054555 m / s > c, setting 1/gamma = 0\n",
+      "v = 472375223.60562474 m / s > c, setting 1/gamma = 0\n",
+      "v = 382164447.7236219 m / s > c, setting 1/gamma = 0\n",
+      "v = 430079937.97970945 m / s > c, setting 1/gamma = 0\n",
+      "v = 321384609.6673897 m / s > c, setting 1/gamma = 0\n",
+      "v = 375294206.6381676 m / s > c, setting 1/gamma = 0\n",
+      "v = 367270478.8956219 m / s > c, setting 1/gamma = 0\n",
+      "v = 427631647.82179976 m / s > c, setting 1/gamma = 0\n",
+      "v = 301508993.07643896 m / s > c, setting 1/gamma = 0\n",
+      "v = 359703863.2139437 m / s > c, setting 1/gamma = 0\n",
+      "v = 432369189.0933576 m / s > c, setting 1/gamma = 0\n",
+      "v = 473477774.24160993 m / s > c, setting 1/gamma = 0\n",
+      "v = 369137579.9949213 m / s > c, setting 1/gamma = 0\n",
+      "v = 418407861.47541094 m / s > c, setting 1/gamma = 0\n",
+      "v = 313123942.4625484 m / s > c, setting 1/gamma = 0\n",
+      "v = 375973279.6161329 m / s > c, setting 1/gamma = 0\n",
+      "v = 334482051.89853644 m / s > c, setting 1/gamma = 0\n",
+      "v = 392937459.28578764 m / s > c, setting 1/gamma = 0\n",
+      "v = 431198515.16920817 m / s > c, setting 1/gamma = 0\n",
+      "v = 476174504.8281184 m / s > c, setting 1/gamma = 0\n",
+      "v = 303292270.56585616 m / s > c, setting 1/gamma = 0\n",
+      "v = 354059109.2121598 m / s > c, setting 1/gamma = 0\n",
+      "v = 345987383.6812554 m / s > c, setting 1/gamma = 0\n",
+      "v = 329549145.4029894 m / s > c, setting 1/gamma = 0\n",
+      "v = 387150729.2745852 m / s > c, setting 1/gamma = 0\n",
+      "v = 340943411.7637808 m / s > c, setting 1/gamma = 0\n",
+      "v = 393765603.1166614 m / s > c, setting 1/gamma = 0\n",
+      "v = 396689304.4601082 m / s > c, setting 1/gamma = 0\n",
+      "v = 451550969.9901209 m / s > c, setting 1/gamma = 0\n",
+      "v = 557901738.9370266 m / s > c, setting 1/gamma = 0\n",
+      "v = 559225638.7229513 m / s > c, setting 1/gamma = 0\n",
+      "v = 326539762.7414797 m / s > c, setting 1/gamma = 0\n",
+      "v = 452335129.08207816 m / s > c, setting 1/gamma = 0\n",
+      "v = 495725530.10083705 m / s > c, setting 1/gamma = 0\n",
+      "v = 311665141.66964203 m / s > c, setting 1/gamma = 0\n",
+      "v = 372646659.3542784 m / s > c, setting 1/gamma = 0\n",
+      "v = 431371516.46676195 m / s > c, setting 1/gamma = 0\n",
+      "v = 371894240.2559805 m / s > c, setting 1/gamma = 0\n",
+      "v = 424909968.7759324 m / s > c, setting 1/gamma = 0\n",
+      "v = 619987458.2252495 m / s > c, setting 1/gamma = 0\n",
+      "v = 589277522.4687028 m / s > c, setting 1/gamma = 0\n",
+      "v = 347353913.63590044 m / s > c, setting 1/gamma = 0\n",
+      "v = 409603602.23391837 m / s > c, setting 1/gamma = 0\n",
+      "v = 314896403.2398374 m / s > c, setting 1/gamma = 0\n",
+      "v = 351164590.8929486 m / s > c, setting 1/gamma = 0\n",
+      "v = 337727317.3028766 m / s > c, setting 1/gamma = 0\n",
+      "v = 786365726.5634619 m / s > c, setting 1/gamma = 0\n",
+      "v = 644193612.5740144 m / s > c, setting 1/gamma = 0\n",
+      "v = 315347171.77325225 m / s > c, setting 1/gamma = 0\n",
+      "v = 442218204.5428817 m / s > c, setting 1/gamma = 0\n",
+      "v = 494845980.0374819 m / s > c, setting 1/gamma = 0\n",
+      "v = 400312103.52254814 m / s > c, setting 1/gamma = 0\n",
+      "v = 447595421.9394775 m / s > c, setting 1/gamma = 0\n",
+      "v = 499332122.6562802 m / s > c, setting 1/gamma = 0\n",
+      "v = 533416754.733086 m / s > c, setting 1/gamma = 0\n",
+      "v = 539059706.7105597 m / s > c, setting 1/gamma = 0\n",
+      "v = 547354556.4378598 m / s > c, setting 1/gamma = 0\n",
+      "v = 609780255.6530178 m / s > c, setting 1/gamma = 0\n",
+      "v = 592283755.5199733 m / s > c, setting 1/gamma = 0\n",
+      "v = 342045481.0630966 m / s > c, setting 1/gamma = 0\n",
+      "v = 802831001.5406854 m / s > c, setting 1/gamma = 0\n",
+      "v = 662344591.0892807 m / s > c, setting 1/gamma = 0\n",
+      "v = 593031174.2731947 m / s > c, setting 1/gamma = 0\n",
+      "v = 579004410.698842 m / s > c, setting 1/gamma = 0\n",
+      "v = 426862170.09695095 m / s > c, setting 1/gamma = 0\n",
+      "v = 1048704693.4175456 m / s > c, setting 1/gamma = 0\n",
+      "v = 871998143.3654461 m / s > c, setting 1/gamma = 0\n",
+      "v = 480483768.1192327 m / s > c, setting 1/gamma = 0\n",
+      "v = 522009106.26567113 m / s > c, setting 1/gamma = 0\n",
+      "v = 558961572.7672495 m / s > c, setting 1/gamma = 0\n",
+      "v = 568463478.2032094 m / s > c, setting 1/gamma = 0\n",
+      "v = 500219584.4447061 m / s > c, setting 1/gamma = 0\n",
+      "v = 523986905.6101479 m / s > c, setting 1/gamma = 0\n",
+      "v = 377530032.2540201 m / s > c, setting 1/gamma = 0\n",
+      "v = 438526249.1371915 m / s > c, setting 1/gamma = 0\n",
+      "v = 502216233.5662039 m / s > c, setting 1/gamma = 0\n",
+      "v = 538589707.5349971 m / s > c, setting 1/gamma = 0\n",
+      "v = 522617415.86696005 m / s > c, setting 1/gamma = 0\n",
+      "v = 548420177.5830307 m / s > c, setting 1/gamma = 0\n",
+      "v = 384792764.5768428 m / s > c, setting 1/gamma = 0\n",
+      "v = 439516425.6968321 m / s > c, setting 1/gamma = 0\n",
+      "v = 542354248.2989774 m / s > c, setting 1/gamma = 0\n",
+      "v = 571664210.1286087 m / s > c, setting 1/gamma = 0\n",
+      "v = 561271463.7139959 m / s > c, setting 1/gamma = 0\n",
+      "v = 571817439.4139111 m / s > c, setting 1/gamma = 0\n",
+      "v = 374084110.8648417 m / s > c, setting 1/gamma = 0\n",
+      "v = 432786825.270293 m / s > c, setting 1/gamma = 0\n",
+      "v = 313589035.60947186 m / s > c, setting 1/gamma = 0\n",
+      "v = 781684997.9722348 m / s > c, setting 1/gamma = 0\n",
+      "v = 653156686.9907066 m / s > c, setting 1/gamma = 0\n",
+      "v = 439835776.71308917 m / s > c, setting 1/gamma = 0\n",
+      "v = 491633369.750481 m / s > c, setting 1/gamma = 0\n",
+      "v = 300736751.49076986 m / s > c, setting 1/gamma = 0\n",
+      "v = 340452767.94325113 m / s > c, setting 1/gamma = 0\n",
+      "v = 406937530.40129226 m / s > c, setting 1/gamma = 0\n",
+      "v = 313167861.10326385 m / s > c, setting 1/gamma = 0\n",
+      "v = 300014154.8105024 m / s > c, setting 1/gamma = 0\n",
+      "v = 759129237.0078845 m / s > c, setting 1/gamma = 0\n",
+      "v = 637581497.6378405 m / s > c, setting 1/gamma = 0\n",
+      "v = 347235662.99925965 m / s > c, setting 1/gamma = 0\n",
+      "v = 860848011.5311494 m / s > c, setting 1/gamma = 0\n",
+      "v = 719358869.5836273 m / s > c, setting 1/gamma = 0\n",
+      "v = 640556690.1478175 m / s > c, setting 1/gamma = 0\n",
+      "v = 571423961.5196517 m / s > c, setting 1/gamma = 0\n",
+      "v = 300634978.1411085 m / s > c, setting 1/gamma = 0\n",
+      "v = 323946454.65585726 m / s > c, setting 1/gamma = 0\n",
+      "v = 391288796.96928805 m / s > c, setting 1/gamma = 0\n",
+      "v = 406063293.7266307 m / s > c, setting 1/gamma = 0\n",
+      "v = 461007653.90281564 m / s > c, setting 1/gamma = 0\n",
+      "v = 475087872.0569416 m / s > c, setting 1/gamma = 0\n",
+      "v = 520494671.26852167 m / s > c, setting 1/gamma = 0\n",
+      "v = 304507650.11343575 m / s > c, setting 1/gamma = 0\n",
+      "v = 367130324.6742482 m / s > c, setting 1/gamma = 0\n",
+      "v = 326051745.43562347 m / s > c, setting 1/gamma = 0\n",
+      "v = 799706309.2542338 m / s > c, setting 1/gamma = 0\n",
+      "v = 665517699.21824 m / s > c, setting 1/gamma = 0\n",
+      "v = 339957264.98819506 m / s > c, setting 1/gamma = 0\n",
+      "v = 815434929.9519651 m / s > c, setting 1/gamma = 0\n",
+      "v = 667256045.0274804 m / s > c, setting 1/gamma = 0\n",
+      "v = 405093549.15302956 m / s > c, setting 1/gamma = 0\n",
+      "v = 453343999.2333871 m / s > c, setting 1/gamma = 0\n",
+      "v = 316448043.63431203 m / s > c, setting 1/gamma = 0\n",
+      "v = 378230737.15368617 m / s > c, setting 1/gamma = 0\n",
+      "v = 419240953.85757124 m / s > c, setting 1/gamma = 0\n",
+      "v = 477654167.883249 m / s > c, setting 1/gamma = 0\n",
+      "v = 497292174.6312874 m / s > c, setting 1/gamma = 0\n",
+      "v = 531870742.5772865 m / s > c, setting 1/gamma = 0\n",
+      "v = 346736189.35315233 m / s > c, setting 1/gamma = 0\n",
+      "v = 566010369.17279 m / s > c, setting 1/gamma = 0\n",
+      "v = 574322693.6986948 m / s > c, setting 1/gamma = 0\n",
+      "v = 606439671.8294963 m / s > c, setting 1/gamma = 0\n",
+      "v = 577906660.1611685 m / s > c, setting 1/gamma = 0\n",
+      "v = 333179701.6383781 m / s > c, setting 1/gamma = 0\n",
+      "v = 398395522.4726506 m / s > c, setting 1/gamma = 0\n",
+      "v = 508649763.6852596 m / s > c, setting 1/gamma = 0\n",
+      "v = 546007060.4295298 m / s > c, setting 1/gamma = 0\n",
+      "v = 442223539.48173666 m / s > c, setting 1/gamma = 0\n",
+      "v = 498262465.71107143 m / s > c, setting 1/gamma = 0\n",
+      "v = 568997150.9478414 m / s > c, setting 1/gamma = 0\n",
+      "v = 558722080.8844728 m / s > c, setting 1/gamma = 0\n",
+      "v = 311558216.4000829 m / s > c, setting 1/gamma = 0\n",
+      "v = 376722472.17832816 m / s > c, setting 1/gamma = 0\n",
+      "v = 442333231.6218364 m / s > c, setting 1/gamma = 0\n",
+      "v = 315127767.47435486 m / s > c, setting 1/gamma = 0\n",
+      "v = 376419989.7369694 m / s > c, setting 1/gamma = 0\n",
+      "v = 486950291.00699663 m / s > c, setting 1/gamma = 0\n",
+      "v = 530070421.4909013 m / s > c, setting 1/gamma = 0\n",
+      "v = 553240758.2825242 m / s > c, setting 1/gamma = 0\n",
+      "v = 1403068945.2810047 m / s > c, setting 1/gamma = 0\n",
+      "v = 1183031891.8913875 m / s > c, setting 1/gamma = 0\n",
+      "v = 556003081.6640713 m / s > c, setting 1/gamma = 0\n",
+      "v = 580735173.9291322 m / s > c, setting 1/gamma = 0\n",
+      "v = 573461051.5760266 m / s > c, setting 1/gamma = 0\n",
+      "v = 582354662.4960173 m / s > c, setting 1/gamma = 0\n",
+      "v = 301481904.2763826 m / s > c, setting 1/gamma = 0\n",
+      "v = 459754773.59262764 m / s > c, setting 1/gamma = 0\n",
+      "v = 509442698.54972315 m / s > c, setting 1/gamma = 0\n",
+      "v = 494909668.57048476 m / s > c, setting 1/gamma = 0\n",
+      "v = 1261060875.7734141 m / s > c, setting 1/gamma = 0\n",
+      "v = 1063737468.5011744 m / s > c, setting 1/gamma = 0\n",
+      "v = 300691505.93701714 m / s > c, setting 1/gamma = 0\n",
+      "v = 336511295.3417498 m / s > c, setting 1/gamma = 0\n",
+      "v = 396634211.7257322 m / s > c, setting 1/gamma = 0\n",
+      "v = 389873629.0462948 m / s > c, setting 1/gamma = 0\n",
+      "v = 452455772.8204254 m / s > c, setting 1/gamma = 0\n",
+      "v = 321948907.11195844 m / s > c, setting 1/gamma = 0\n",
+      "v = 348112906.17663556 m / s > c, setting 1/gamma = 0\n",
+      "v = 414330871.96379614 m / s > c, setting 1/gamma = 0\n",
+      "v = 387787150.0490594 m / s > c, setting 1/gamma = 0\n",
+      "v = 446091346.392168 m / s > c, setting 1/gamma = 0\n",
+      "v = 667962532.5184889 m / s > c, setting 1/gamma = 0\n",
+      "v = 651714336.3630582 m / s > c, setting 1/gamma = 0\n",
+      "v = 413279092.0117381 m / s > c, setting 1/gamma = 0\n",
+      "v = 465036567.1727517 m / s > c, setting 1/gamma = 0\n",
+      "v = 470290388.250735 m / s > c, setting 1/gamma = 0\n",
+      "v = 518018974.4742916 m / s > c, setting 1/gamma = 0\n",
+      "v = 356028100.09494567 m / s > c, setting 1/gamma = 0\n",
+      "v = 857033057.3324108 m / s > c, setting 1/gamma = 0\n",
+      "v = 706236723.8156773 m / s > c, setting 1/gamma = 0\n",
+      "v = 323626485.71877587 m / s > c, setting 1/gamma = 0\n",
+      "v = 802831577.6098408 m / s > c, setting 1/gamma = 0\n",
+      "v = 669702350.0920612 m / s > c, setting 1/gamma = 0\n",
+      "v = 497396911.0063029 m / s > c, setting 1/gamma = 0\n",
+      "v = 527917075.78037137 m / s > c, setting 1/gamma = 0\n",
+      "v = 338833907.17768216 m / s > c, setting 1/gamma = 0\n",
+      "v = 401649939.2579295 m / s > c, setting 1/gamma = 0\n",
+      "v = 313130599.31164443 m / s > c, setting 1/gamma = 0\n",
+      "v = 438315183.69309753 m / s > c, setting 1/gamma = 0\n",
+      "v = 491968441.22213423 m / s > c, setting 1/gamma = 0\n",
+      "v = 499812167.56473285 m / s > c, setting 1/gamma = 0\n",
+      "v = 530848345.3517817 m / s > c, setting 1/gamma = 0\n",
+      "v = 315521104.38867587 m / s > c, setting 1/gamma = 0\n",
+      "v = 353378202.8529604 m / s > c, setting 1/gamma = 0\n",
+      "v = 475142429.298361 m / s > c, setting 1/gamma = 0\n",
+      "v = 518186063.819318 m / s > c, setting 1/gamma = 0\n",
+      "v = 448975390.0528365 m / s > c, setting 1/gamma = 0\n",
+      "v = 494208737.40910757 m / s > c, setting 1/gamma = 0\n",
+      "v = 398530623.6319451 m / s > c, setting 1/gamma = 0\n",
+      "v = 450427790.2726255 m / s > c, setting 1/gamma = 0\n",
+      "v = 317812694.69844985 m / s > c, setting 1/gamma = 0\n",
+      "v = 381221162.1251427 m / s > c, setting 1/gamma = 0\n",
+      "v = 347603256.2066635 m / s > c, setting 1/gamma = 0\n",
+      "v = 325945344.86022216 m / s > c, setting 1/gamma = 0\n",
+      "v = 301128006.53040123 m / s > c, setting 1/gamma = 0\n",
+      "v = 356583442.2152069 m / s > c, setting 1/gamma = 0\n",
+      "v = 863681034.302613 m / s > c, setting 1/gamma = 0\n",
+      "v = 712532488.0020989 m / s > c, setting 1/gamma = 0\n",
+      "v = 475245995.4859768 m / s > c, setting 1/gamma = 0\n",
+      "v = 521941894.31923634 m / s > c, setting 1/gamma = 0\n",
+      "v = 422275748.35654986 m / s > c, setting 1/gamma = 0\n",
+      "v = 1047401221.1555055 m / s > c, setting 1/gamma = 0\n",
+      "v = 871245560.2045329 m / s > c, setting 1/gamma = 0\n",
+      "v = 322366442.85292614 m / s > c, setting 1/gamma = 0\n",
+      "v = 346259308.2177629 m / s > c, setting 1/gamma = 0\n",
+      "v = 859193952.4151404 m / s > c, setting 1/gamma = 0\n",
+      "v = 717336796.151593 m / s > c, setting 1/gamma = 0\n",
+      "v = 580461446.8782218 m / s > c, setting 1/gamma = 0\n",
+      "v = 563046836.9755023 m / s > c, setting 1/gamma = 0\n",
+      "v = 477643295.8868545 m / s > c, setting 1/gamma = 0\n",
+      "v = 520927011.2207706 m / s > c, setting 1/gamma = 0\n",
+      "v = 308515927.90021133 m / s > c, setting 1/gamma = 0\n",
+      "v = 302610230.10063696 m / s > c, setting 1/gamma = 0\n",
+      "v = 356009559.69422185 m / s > c, setting 1/gamma = 0\n",
+      "v = 306453927.46998686 m / s > c, setting 1/gamma = 0\n",
+      "v = 365794722.02306956 m / s > c, setting 1/gamma = 0\n",
+      "v = 315803209.3278006 m / s > c, setting 1/gamma = 0\n",
+      "v = 378170982.26079625 m / s > c, setting 1/gamma = 0\n",
+      "v = 359436334.9064651 m / s > c, setting 1/gamma = 0\n",
+      "v = 359634130.75473535 m / s > c, setting 1/gamma = 0\n",
+      "v = 423271628.2078555 m / s > c, setting 1/gamma = 0\n",
+      "v = 342909662.8401419 m / s > c, setting 1/gamma = 0\n",
+      "v = 300375546.4680527 m / s > c, setting 1/gamma = 0\n",
+      "v = 312896294.0259539 m / s > c, setting 1/gamma = 0\n",
+      "v = 742550050.3712701 m / s > c, setting 1/gamma = 0\n",
+      "v = 614402754.9491465 m / s > c, setting 1/gamma = 0\n",
+      "v = 614930026.2838571 m / s > c, setting 1/gamma = 0\n",
+      "v = 564275313.1015593 m / s > c, setting 1/gamma = 0\n",
+      "v = 361172680.4990096 m / s > c, setting 1/gamma = 0\n",
+      "v = 422955296.62485576 m / s > c, setting 1/gamma = 0\n",
+      "v = 426756944.2293279 m / s > c, setting 1/gamma = 0\n",
+      "v = 470512282.30627364 m / s > c, setting 1/gamma = 0\n",
+      "v = 508056927.2105808 m / s > c, setting 1/gamma = 0\n",
+      "v = 544002511.2346036 m / s > c, setting 1/gamma = 0\n",
+      "v = 568198901.099447 m / s > c, setting 1/gamma = 0\n",
+      "v = 564411211.7040876 m / s > c, setting 1/gamma = 0\n",
+      "v = 303457004.40289116 m / s > c, setting 1/gamma = 0\n",
+      "v = 359618045.53215575 m / s > c, setting 1/gamma = 0\n",
+      "v = 680029917.0899338 m / s > c, setting 1/gamma = 0\n",
+      "v = 590327875.4339365 m / s > c, setting 1/gamma = 0\n",
+      "v = 330902501.8145158 m / s > c, setting 1/gamma = 0\n",
+      "v = 393353012.4477625 m / s > c, setting 1/gamma = 0\n",
+      "v = 326121924.60314745 m / s > c, setting 1/gamma = 0\n",
+      "v = 381451972.34348196 m / s > c, setting 1/gamma = 0\n",
+      "v = 477115760.4299324 m / s > c, setting 1/gamma = 0\n",
+      "v = 499269218.76638424 m / s > c, setting 1/gamma = 0\n",
+      "v = 325960423.41785586 m / s > c, setting 1/gamma = 0\n",
+      "v = 382083886.0669138 m / s > c, setting 1/gamma = 0\n",
+      "v = 469784630.85498077 m / s > c, setting 1/gamma = 0\n",
+      "v = 497877798.1079029 m / s > c, setting 1/gamma = 0\n",
+      "v = 312802435.8688528 m / s > c, setting 1/gamma = 0\n",
+      "v = 368659768.5466983 m / s > c, setting 1/gamma = 0\n",
+      "v = 456358183.3498437 m / s > c, setting 1/gamma = 0\n",
+      "v = 485940543.0006157 m / s > c, setting 1/gamma = 0\n",
+      "v = 554407237.5848713 m / s > c, setting 1/gamma = 0\n",
+      "v = 558536595.932365 m / s > c, setting 1/gamma = 0\n",
+      "v = 302326832.493667 m / s > c, setting 1/gamma = 0\n",
+      "v = 354178495.05086815 m / s > c, setting 1/gamma = 0\n",
+      "v = 484533419.0158295 m / s > c, setting 1/gamma = 0\n",
+      "v = 507597493.0232024 m / s > c, setting 1/gamma = 0\n",
+      "v = 317253063.67975503 m / s > c, setting 1/gamma = 0\n",
+      "v = 379318821.42079914 m / s > c, setting 1/gamma = 0\n",
+      "v = 427280659.57740414 m / s > c, setting 1/gamma = 0\n",
+      "v = 469736132.3276575 m / s > c, setting 1/gamma = 0\n",
+      "v = 342695084.10095906 m / s > c, setting 1/gamma = 0\n",
+      "v = 398655574.57591504 m / s > c, setting 1/gamma = 0\n",
+      "v = 354382681.8546253 m / s > c, setting 1/gamma = 0\n",
+      "v = 321292896.33863807 m / s > c, setting 1/gamma = 0\n",
+      "v = 341801046.0611523 m / s > c, setting 1/gamma = 0\n",
+      "v = 817415274.297348 m / s > c, setting 1/gamma = 0\n",
+      "v = 678535752.783372 m / s > c, setting 1/gamma = 0\n",
+      "v = 488161699.6296368 m / s > c, setting 1/gamma = 0\n",
+      "v = 508534310.7416349 m / s > c, setting 1/gamma = 0\n",
+      "v = 394499254.45022166 m / s > c, setting 1/gamma = 0\n",
+      "v = 448014322.82495403 m / s > c, setting 1/gamma = 0\n",
+      "v = 348232125.30401653 m / s > c, setting 1/gamma = 0\n",
+      "v = 406917277.14876306 m / s > c, setting 1/gamma = 0\n",
+      "v = 309019981.5698125 m / s > c, setting 1/gamma = 0\n",
+      "v = 307944847.30289066 m / s > c, setting 1/gamma = 0\n",
+      "v = 366486972.1933557 m / s > c, setting 1/gamma = 0\n",
+      "v = 351999656.82675564 m / s > c, setting 1/gamma = 0\n",
+      "v = 472162252.8466019 m / s > c, setting 1/gamma = 0\n",
+      "v = 518112523.5734856 m / s > c, setting 1/gamma = 0\n",
+      "v = 540186578.4109125 m / s > c, setting 1/gamma = 0\n",
+      "v = 548949150.1378884 m / s > c, setting 1/gamma = 0\n",
+      "v = 300670981.35680443 m / s > c, setting 1/gamma = 0\n",
+      "v = 314904532.1299923 m / s > c, setting 1/gamma = 0\n",
+      "v = 366052474.9365938 m / s > c, setting 1/gamma = 0\n",
+      "v = 372254192.8399523 m / s > c, setting 1/gamma = 0\n",
+      "v = 436236191.0789805 m / s > c, setting 1/gamma = 0\n",
+      "v = 317563802.2767864 m / s > c, setting 1/gamma = 0\n",
+      "v = 378563738.1899806 m / s > c, setting 1/gamma = 0\n",
+      "v = 580355346.9940622 m / s > c, setting 1/gamma = 0\n",
+      "v = 607668997.6533543 m / s > c, setting 1/gamma = 0\n",
+      "v = 515473514.01464903 m / s > c, setting 1/gamma = 0\n",
+      "v = 547305837.6928772 m / s > c, setting 1/gamma = 0\n",
+      "v = 339922640.063775 m / s > c, setting 1/gamma = 0\n",
+      "v = 393096283.371209 m / s > c, setting 1/gamma = 0\n",
+      "v = 314350085.5185349 m / s > c, setting 1/gamma = 0\n",
+      "v = 370719187.10303116 m / s > c, setting 1/gamma = 0\n",
+      "v = 329662828.8361939 m / s > c, setting 1/gamma = 0\n",
+      "v = 708369813.9217125 m / s > c, setting 1/gamma = 0\n",
+      "v = 569145496.682195 m / s > c, setting 1/gamma = 0\n",
+      "v = 495411064.4467368 m / s > c, setting 1/gamma = 0\n",
+      "v = 518243445.36184335 m / s > c, setting 1/gamma = 0\n",
+      "v = 409915167.18152314 m / s > c, setting 1/gamma = 0\n",
+      "v = 914463989.8428774 m / s > c, setting 1/gamma = 0\n",
+      "v = 749974003.5801611 m / s > c, setting 1/gamma = 0\n",
+      "v = 306129854.6918601 m / s > c, setting 1/gamma = 0\n",
+      "v = 347118865.4434064 m / s > c, setting 1/gamma = 0\n",
+      "v = 409485957.5895569 m / s > c, setting 1/gamma = 0\n",
+      "v = 371176719.1211856 m / s > c, setting 1/gamma = 0\n",
+      "v = 402823627.1918604 m / s > c, setting 1/gamma = 0\n",
+      "v = 380521570.0084411 m / s > c, setting 1/gamma = 0\n",
+      "v = 437002306.77767134 m / s > c, setting 1/gamma = 0\n",
+      "v = 318510619.8091205 m / s > c, setting 1/gamma = 0\n",
+      "v = 365906928.11982894 m / s > c, setting 1/gamma = 0\n",
+      "v = 460864031.35819846 m / s > c, setting 1/gamma = 0\n",
+      "v = 507195112.4511545 m / s > c, setting 1/gamma = 0\n",
+      "v = 301475101.527371 m / s > c, setting 1/gamma = 0\n",
+      "v = 301529575.3910353 m / s > c, setting 1/gamma = 0\n",
+      "v = 361375839.2471315 m / s > c, setting 1/gamma = 0\n",
+      "v = 328656910.44143796 m / s > c, setting 1/gamma = 0\n",
+      "v = 360300279.07255834 m / s > c, setting 1/gamma = 0\n",
+      "v = 529168604.31869805 m / s > c, setting 1/gamma = 0\n",
+      "v = 563463862.9082743 m / s > c, setting 1/gamma = 0\n",
+      "v = 312130861.4617784 m / s > c, setting 1/gamma = 0\n",
+      "v = 676995431.5869968 m / s > c, setting 1/gamma = 0\n",
+      "v = 553884177.3285261 m / s > c, setting 1/gamma = 0\n",
+      "v = 465926004.280805 m / s > c, setting 1/gamma = 0\n",
+      "v = 485112342.1945225 m / s > c, setting 1/gamma = 0\n",
+      "v = 326855366.74161625 m / s > c, setting 1/gamma = 0\n",
+      "v = 354638563.3924587 m / s > c, setting 1/gamma = 0\n",
+      "v = 314919334.20085967 m / s > c, setting 1/gamma = 0\n",
+      "v = 320158727.8234734 m / s > c, setting 1/gamma = 0\n",
+      "v = 359117048.70820886 m / s > c, setting 1/gamma = 0\n",
+      "v = 300142803.6778377 m / s > c, setting 1/gamma = 0\n",
+      "v = 354361146.4333798 m / s > c, setting 1/gamma = 0\n",
+      "v = 308883302.2180687 m / s > c, setting 1/gamma = 0\n",
+      "v = 314744959.03486115 m / s > c, setting 1/gamma = 0\n",
+      "v = 365580468.9077552 m / s > c, setting 1/gamma = 0\n",
+      "v = 315968561.12727296 m / s > c, setting 1/gamma = 0\n",
+      "v = 380317221.73727536 m / s > c, setting 1/gamma = 0\n",
+      "v = 425668279.1968962 m / s > c, setting 1/gamma = 0\n",
+      "v = 307046825.9995824 m / s > c, setting 1/gamma = 0\n",
+      "v = 529804936.30138415 m / s > c, setting 1/gamma = 0\n",
+      "v = 505274876.8813707 m / s > c, setting 1/gamma = 0\n",
+      "v = 321188988.5130197 m / s > c, setting 1/gamma = 0\n",
+      "v = 352643075.63311446 m / s > c, setting 1/gamma = 0\n",
+      "v = 376113284.43966836 m / s > c, setting 1/gamma = 0\n",
+      "v = 327683104.9653887 m / s > c, setting 1/gamma = 0\n",
+      "v = 461936923.77293664 m / s > c, setting 1/gamma = 0\n",
+      "v = 465770273.32029074 m / s > c, setting 1/gamma = 0\n",
+      "v = 318061021.42036986 m / s > c, setting 1/gamma = 0\n",
+      "v = 363341700.57936656 m / s > c, setting 1/gamma = 0\n",
+      "v = 299879469.5607595 m / s > c, setting 1/gamma = 0\n",
+      "v = 308313609.73299813 m / s > c, setting 1/gamma = 0\n",
+      "v = 312631112.88741004 m / s > c, setting 1/gamma = 0\n",
+      "v = 335463374.64911443 m / s > c, setting 1/gamma = 0\n",
+      "v = 451123918.3342149 m / s > c, setting 1/gamma = 0\n",
+      "v = 488513855.8327888 m / s > c, setting 1/gamma = 0\n",
+      "v = 325502406.5935114 m / s > c, setting 1/gamma = 0\n",
+      "v = 381536484.8067771 m / s > c, setting 1/gamma = 0\n",
+      "v = 315630298.1679011 m / s > c, setting 1/gamma = 0\n",
+      "v = 341633267.17072123 m / s > c, setting 1/gamma = 0\n",
+      "v = 332752857.63244385 m / s > c, setting 1/gamma = 0\n",
+      "v = 359100707.9479831 m / s > c, setting 1/gamma = 0\n",
+      "v = 331849839.4435061 m / s > c, setting 1/gamma = 0\n",
+      "v = 328215454.58194226 m / s > c, setting 1/gamma = 0\n",
+      "v = 353947721.8371248 m / s > c, setting 1/gamma = 0\n",
+      "v = 311710322.3707737 m / s > c, setting 1/gamma = 0\n",
+      "v = 340699452.14634794 m / s > c, setting 1/gamma = 0\n",
+      "v = 430889742.9576227 m / s > c, setting 1/gamma = 0\n",
+      "v = 450638550.7425548 m / s > c, setting 1/gamma = 0\n",
+      "v = 378143337.45268023 m / s > c, setting 1/gamma = 0\n",
+      "v = 432442267.9796485 m / s > c, setting 1/gamma = 0\n",
+      "v = 471420085.06956476 m / s > c, setting 1/gamma = 0\n",
+      "v = 483211138.2244588 m / s > c, setting 1/gamma = 0\n",
+      "v = 327786842.11507076 m / s > c, setting 1/gamma = 0\n",
+      "v = 352499366.6076538 m / s > c, setting 1/gamma = 0\n",
+      "v = 331583831.4262593 m / s > c, setting 1/gamma = 0\n",
+      "v = 318948612.1107603 m / s > c, setting 1/gamma = 0\n",
+      "v = 671103336.4217321 m / s > c, setting 1/gamma = 0\n",
+      "v = 551291439.919538 m / s > c, setting 1/gamma = 0\n",
+      "v = 324523614.34037477 m / s > c, setting 1/gamma = 0\n",
+      "v = 354412924.84252554 m / s > c, setting 1/gamma = 0\n",
+      "v = 425495346.2997216 m / s > c, setting 1/gamma = 0\n",
+      "v = 447856942.3253691 m / s > c, setting 1/gamma = 0\n",
+      "v = 498215313.10014844 m / s > c, setting 1/gamma = 0\n",
+      "v = 501208384.2453894 m / s > c, setting 1/gamma = 0\n",
+      "v = 358339743.92712516 m / s > c, setting 1/gamma = 0\n",
+      "v = 379791164.5040371 m / s > c, setting 1/gamma = 0\n",
+      "v = 301464302.7269306 m / s > c, setting 1/gamma = 0\n",
+      "v = 352431285.0567884 m / s > c, setting 1/gamma = 0\n",
+      "v = 299909091.25473845 m / s > c, setting 1/gamma = 0\n",
+      "v = 568493327.3958112 m / s > c, setting 1/gamma = 0\n",
+      "v = 466239336.8755723 m / s > c, setting 1/gamma = 0\n",
+      "v = 317055963.63476986 m / s > c, setting 1/gamma = 0\n",
+      "v = 311126569.6081352 m / s > c, setting 1/gamma = 0\n",
+      "v = 305159374.0711352 m / s > c, setting 1/gamma = 0\n",
+      "v = 337199634.79333967 m / s > c, setting 1/gamma = 0\n",
+      "v = 381160475.4839576 m / s > c, setting 1/gamma = 0\n",
+      "v = 307461600.7014398 m / s > c, setting 1/gamma = 0\n",
+      "v = 353450891.72677153 m / s > c, setting 1/gamma = 0\n",
+      "v = 432846364.14359254 m / s > c, setting 1/gamma = 0\n",
+      "v = 461798314.7788643 m / s > c, setting 1/gamma = 0\n",
+      "v = 321489644.9511767 m / s > c, setting 1/gamma = 0\n",
+      "v = 334137708.774039 m / s > c, setting 1/gamma = 0\n",
+      "v = 314700714.88414615 m / s > c, setting 1/gamma = 0\n",
+      "v = 341639940.9933526 m / s > c, setting 1/gamma = 0\n",
+      "v = 505367297.293875 m / s > c, setting 1/gamma = 0\n",
+      "v = 494126984.3078177 m / s > c, setting 1/gamma = 0\n",
+      "v = 300462772.6287456 m / s > c, setting 1/gamma = 0\n",
+      "v = 355289700.7805583 m / s > c, setting 1/gamma = 0\n",
+      "v = 373997493.77601117 m / s > c, setting 1/gamma = 0\n",
+      "v = 392275309.8537031 m / s > c, setting 1/gamma = 0\n",
+      "v = 324470046.4997182 m / s > c, setting 1/gamma = 0\n",
+      "v = 446296588.79869527 m / s > c, setting 1/gamma = 0\n",
+      "v = 461851981.678367 m / s > c, setting 1/gamma = 0\n",
+      "v = 357712515.8278877 m / s > c, setting 1/gamma = 0\n",
+      "v = 412810460.27479976 m / s > c, setting 1/gamma = 0\n",
+      "v = 381270520.5551573 m / s > c, setting 1/gamma = 0\n",
+      "v = 424260575.69432765 m / s > c, setting 1/gamma = 0\n",
+      "v = 340672059.68521005 m / s > c, setting 1/gamma = 0\n",
+      "v = 395933905.9618691 m / s > c, setting 1/gamma = 0\n",
+      "v = 311106144.0581454 m / s > c, setting 1/gamma = 0\n",
+      "v = 394260194.27580756 m / s > c, setting 1/gamma = 0\n",
+      "v = 418212801.37530166 m / s > c, setting 1/gamma = 0\n",
+      "v = 461830274.7961178 m / s > c, setting 1/gamma = 0\n",
+      "v = 484155709.10934985 m / s > c, setting 1/gamma = 0\n",
+      "v = 302362710.3774858 m / s > c, setting 1/gamma = 0\n",
+      "v = 334361352.82712394 m / s > c, setting 1/gamma = 0\n",
+      "v = 365147768.65429425 m / s > c, setting 1/gamma = 0\n",
+      "v = 410988130.18747634 m / s > c, setting 1/gamma = 0\n",
+      "v = 335322995.35525876 m / s > c, setting 1/gamma = 0\n",
+      "v = 349170366.6498731 m / s > c, setting 1/gamma = 0\n",
+      "v = 303101315.1978379 m / s > c, setting 1/gamma = 0\n",
+      "v = 320635197.66929704 m / s > c, setting 1/gamma = 0\n",
+      "v = 304233120.0161354 m / s > c, setting 1/gamma = 0\n",
+      "v = 335172122.71909165 m / s > c, setting 1/gamma = 0\n",
+      "v = 353657699.50982827 m / s > c, setting 1/gamma = 0\n",
+      "v = 393206878.16330934 m / s > c, setting 1/gamma = 0\n",
+      "v = 425557871.412218 m / s > c, setting 1/gamma = 0\n",
+      "v = 407543771.4556214 m / s > c, setting 1/gamma = 0\n",
+      "v = 449557804.3390502 m / s > c, setting 1/gamma = 0\n",
+      "v = 396320837.9508151 m / s > c, setting 1/gamma = 0\n",
+      "v = 418447402.3930173 m / s > c, setting 1/gamma = 0\n",
+      "v = 571886242.0975866 m / s > c, setting 1/gamma = 0\n",
+      "v = 499681104.9920763 m / s > c, setting 1/gamma = 0\n",
+      "v = 319354038.3966871 m / s > c, setting 1/gamma = 0\n",
+      "v = 348457270.7103282 m / s > c, setting 1/gamma = 0\n",
+      "v = 476669782.6985158 m / s > c, setting 1/gamma = 0\n",
+      "v = 472990413.2252863 m / s > c, setting 1/gamma = 0\n",
+      "v = 300104578.7245196 m / s > c, setting 1/gamma = 0\n",
+      "v = 348763393.70661 m / s > c, setting 1/gamma = 0\n",
+      "v = 300625906.565598 m / s > c, setting 1/gamma = 0\n",
+      "v = 332339083.6648103 m / s > c, setting 1/gamma = 0\n",
+      "v = 368378021.06284904 m / s > c, setting 1/gamma = 0\n",
+      "v = 411842457.54917467 m / s > c, setting 1/gamma = 0\n",
+      "v = 309885350.9922638 m / s > c, setting 1/gamma = 0\n",
+      "v = 434836734.7977656 m / s > c, setting 1/gamma = 0\n",
+      "v = 474325575.7744739 m / s > c, setting 1/gamma = 0\n",
+      "v = 305570683.89130443 m / s > c, setting 1/gamma = 0\n",
+      "v = 357531841.7924818 m / s > c, setting 1/gamma = 0\n",
+      "v = 301714399.88329667 m / s > c, setting 1/gamma = 0\n",
+      "v = 305662095.331139 m / s > c, setting 1/gamma = 0\n",
+      "v = 336417219.4378209 m / s > c, setting 1/gamma = 0\n",
+      "v = 561294844.8743103 m / s > c, setting 1/gamma = 0\n",
+      "v = 566322223.664152 m / s > c, setting 1/gamma = 0\n",
+      "v = 518767604.2808896 m / s > c, setting 1/gamma = 0\n",
+      "v = 509325642.0836228 m / s > c, setting 1/gamma = 0\n",
+      "v = 311090187.9135672 m / s > c, setting 1/gamma = 0\n",
+      "v = 341843605.84724814 m / s > c, setting 1/gamma = 0\n",
+      "v = 368326289.01315624 m / s > c, setting 1/gamma = 0\n",
+      "v = 370566475.3306496 m / s > c, setting 1/gamma = 0\n",
+      "v = 400201879.20273626 m / s > c, setting 1/gamma = 0\n",
+      "v = 305815664.1554432 m / s > c, setting 1/gamma = 0\n",
+      "v = 338064151.4356116 m / s > c, setting 1/gamma = 0\n",
+      "v = 377228279.0526539 m / s > c, setting 1/gamma = 0\n",
+      "v = 353753854.9890226 m / s > c, setting 1/gamma = 0\n",
+      "v = 396660161.9519052 m / s > c, setting 1/gamma = 0\n",
+      "v = 437295075.9211085 m / s > c, setting 1/gamma = 0\n",
+      "v = 487523797.3705671 m / s > c, setting 1/gamma = 0\n",
+      "v = 338869654.61631346 m / s > c, setting 1/gamma = 0\n",
+      "v = 391759956.9445661 m / s > c, setting 1/gamma = 0\n",
+      "v = 570788742.6117129 m / s > c, setting 1/gamma = 0\n",
+      "v = 517351114.55442005 m / s > c, setting 1/gamma = 0\n",
+      "v = 303459846.49569607 m / s > c, setting 1/gamma = 0\n",
+      "v = 337145959.98480177 m / s > c, setting 1/gamma = 0\n",
+      "v = 365312585.99176323 m / s > c, setting 1/gamma = 0\n",
+      "v = 464582209.63204515 m / s > c, setting 1/gamma = 0\n",
+      "v = 474811201.3382459 m / s > c, setting 1/gamma = 0\n",
+      "v = 338825830.0543415 m / s > c, setting 1/gamma = 0\n",
+      "v = 359741345.1231011 m / s > c, setting 1/gamma = 0\n",
+      "v = 330713261.8381786 m / s > c, setting 1/gamma = 0\n",
+      "v = 372230335.4227323 m / s > c, setting 1/gamma = 0\n",
+      "v = 330012119.34868824 m / s > c, setting 1/gamma = 0\n",
+      "v = 375392859.9178077 m / s > c, setting 1/gamma = 0\n",
+      "v = 307209220.30874693 m / s > c, setting 1/gamma = 0\n",
+      "v = 340070778.2744637 m / s > c, setting 1/gamma = 0\n",
+      "v = 385307614.629051 m / s > c, setting 1/gamma = 0\n",
+      "v = 316945284.5050909 m / s > c, setting 1/gamma = 0\n",
+      "v = 460478320.97315717 m / s > c, setting 1/gamma = 0\n",
+      "v = 475462161.8066679 m / s > c, setting 1/gamma = 0\n",
+      "v = 301781209.905517 m / s > c, setting 1/gamma = 0\n",
+      "v = 356908769.524404 m / s > c, setting 1/gamma = 0\n",
+      "v = 355283022.6163611 m / s > c, setting 1/gamma = 0\n",
+      "v = 401913544.4879009 m / s > c, setting 1/gamma = 0\n",
+      "v = 321852225.5025083 m / s > c, setting 1/gamma = 0\n",
+      "v = 339283859.5653069 m / s > c, setting 1/gamma = 0\n",
+      "v = 316107145.71401936 m / s > c, setting 1/gamma = 0\n",
+      "v = 368413817.2871622 m / s > c, setting 1/gamma = 0\n",
+      "v = 301608055.0728372 m / s > c, setting 1/gamma = 0\n",
+      "v = 304869524.8566054 m / s > c, setting 1/gamma = 0\n",
+      "v = 355128879.3987144 m / s > c, setting 1/gamma = 0\n",
+      "v = 355328721.2006309 m / s > c, setting 1/gamma = 0\n",
+      "v = 370689611.16642463 m / s > c, setting 1/gamma = 0\n",
+      "v = 346794339.2199839 m / s > c, setting 1/gamma = 0\n",
+      "v = 379407440.97670376 m / s > c, setting 1/gamma = 0\n",
+      "v = 343931895.34694403 m / s > c, setting 1/gamma = 0\n",
+      "v = 393793846.01883256 m / s > c, setting 1/gamma = 0\n",
+      "v = 303227722.86339384 m / s > c, setting 1/gamma = 0\n",
+      "v = 467295769.5123689 m / s > c, setting 1/gamma = 0\n",
+      "v = 478458537.46306646 m / s > c, setting 1/gamma = 0\n",
+      "v = 443251668.0538533 m / s > c, setting 1/gamma = 0\n",
+      "v = 456604139.5714271 m / s > c, setting 1/gamma = 0\n",
+      "v = 322336015.4738805 m / s > c, setting 1/gamma = 0\n",
+      "v = 340546845.52546674 m / s > c, setting 1/gamma = 0\n",
+      "v = 484870747.0463617 m / s > c, setting 1/gamma = 0\n",
+      "v = 475692569.1837913 m / s > c, setting 1/gamma = 0\n",
+      "v = 328779691.9667492 m / s > c, setting 1/gamma = 0\n",
+      "v = 343791487.13201886 m / s > c, setting 1/gamma = 0\n",
+      "v = 300701343.41537863 m / s > c, setting 1/gamma = 0\n",
+      "v = 309731089.01008093 m / s > c, setting 1/gamma = 0\n",
+      "v = 630315422.4791985 m / s > c, setting 1/gamma = 0\n",
+      "v = 516613335.0230761 m / s > c, setting 1/gamma = 0\n",
+      "v = 325214456.48193604 m / s > c, setting 1/gamma = 0\n",
+      "v = 377279409.8356598 m / s > c, setting 1/gamma = 0\n",
+      "v = 422705774.9107537 m / s > c, setting 1/gamma = 0\n",
+      "v = 433721917.47802645 m / s > c, setting 1/gamma = 0\n",
+      "v = 316267402.8699567 m / s > c, setting 1/gamma = 0\n",
+      "v = 425035730.2100772 m / s > c, setting 1/gamma = 0\n",
+      "v = 439603842.0238868 m / s > c, setting 1/gamma = 0\n",
+      "v = 341282406.42348343 m / s > c, setting 1/gamma = 0\n",
+      "v = 383526849.60872906 m / s > c, setting 1/gamma = 0\n",
+      "v = 346269081.4278076 m / s > c, setting 1/gamma = 0\n",
+      "v = 377793492.9140016 m / s > c, setting 1/gamma = 0\n",
+      "v = 337757211.08191144 m / s > c, setting 1/gamma = 0\n",
+      "v = 391420795.46571934 m / s > c, setting 1/gamma = 0\n",
+      "v = 526869419.5598148 m / s > c, setting 1/gamma = 0\n",
+      "v = 512583022.33331084 m / s > c, setting 1/gamma = 0\n",
+      "v = 400978577.295037 m / s > c, setting 1/gamma = 0\n",
+      "v = 449035501.9896185 m / s > c, setting 1/gamma = 0\n",
+      "v = 464330011.56132317 m / s > c, setting 1/gamma = 0\n",
+      "v = 487230862.9941809 m / s > c, setting 1/gamma = 0\n",
+      "v = 305032065.987048 m / s > c, setting 1/gamma = 0\n",
+      "v = 320020885.6915681 m / s > c, setting 1/gamma = 0\n",
+      "v = 333666084.9542961 m / s > c, setting 1/gamma = 0\n",
+      "v = 390836131.42555046 m / s > c, setting 1/gamma = 0\n",
+      "v = 470990377.43945676 m / s > c, setting 1/gamma = 0\n",
+      "v = 484950519.1396345 m / s > c, setting 1/gamma = 0\n",
+      "v = 311416621.3607714 m / s > c, setting 1/gamma = 0\n",
+      "v = 363664559.9223503 m / s > c, setting 1/gamma = 0\n",
+      "v = 342874167.3781126 m / s > c, setting 1/gamma = 0\n",
+      "v = 371911162.2513472 m / s > c, setting 1/gamma = 0\n",
+      "v = 387574394.17595947 m / s > c, setting 1/gamma = 0\n",
+      "v = 420999301.7027156 m / s > c, setting 1/gamma = 0\n",
+      "v = 339237336.20278966 m / s > c, setting 1/gamma = 0\n",
+      "v = 370166832.6487422 m / s > c, setting 1/gamma = 0\n",
+      "v = 401681242.75872266 m / s > c, setting 1/gamma = 0\n",
+      "v = 443069159.9834767 m / s > c, setting 1/gamma = 0\n",
+      "v = 335783080.2365903 m / s > c, setting 1/gamma = 0\n",
+      "v = 354425220.08841324 m / s > c, setting 1/gamma = 0\n",
+      "v = 353640745.6940077 m / s > c, setting 1/gamma = 0\n",
+      "v = 409698558.37970793 m / s > c, setting 1/gamma = 0\n",
+      "v = 516041658.2754039 m / s > c, setting 1/gamma = 0\n",
+      "v = 510320182.33168155 m / s > c, setting 1/gamma = 0\n",
+      "v = 307516917.92411095 m / s > c, setting 1/gamma = 0\n",
+      "v = 334239941.5167339 m / s > c, setting 1/gamma = 0\n",
+      "v = 458768520.48143715 m / s > c, setting 1/gamma = 0\n",
+      "v = 484642658.1692822 m / s > c, setting 1/gamma = 0\n",
+      "v = 346405527.0045498 m / s > c, setting 1/gamma = 0\n",
+      "v = 374954397.27438456 m / s > c, setting 1/gamma = 0\n",
+      "v = 317704736.36221033 m / s > c, setting 1/gamma = 0\n",
+      "v = 327717790.52772826 m / s > c, setting 1/gamma = 0\n",
+      "v = 378115609.698243 m / s > c, setting 1/gamma = 0\n",
+      "v = 342900303.70702535 m / s > c, setting 1/gamma = 0\n",
+      "v = 357138222.3906162 m / s > c, setting 1/gamma = 0\n",
+      "v = 338356331.80708605 m / s > c, setting 1/gamma = 0\n",
+      "v = 393529914.1369 m / s > c, setting 1/gamma = 0\n",
+      "v = 401618257.84252685 m / s > c, setting 1/gamma = 0\n",
+      "v = 437098846.0644033 m / s > c, setting 1/gamma = 0\n",
+      "v = 329834138.63240725 m / s > c, setting 1/gamma = 0\n",
+      "v = 381477114.20374936 m / s > c, setting 1/gamma = 0\n",
+      "v = 303352152.95977134 m / s > c, setting 1/gamma = 0\n",
+      "v = 327044015.8837796 m / s > c, setting 1/gamma = 0\n",
+      "v = 402726861.2405719 m / s > c, setting 1/gamma = 0\n",
+      "v = 419801394.1245695 m / s > c, setting 1/gamma = 0\n",
+      "v = 419755591.9746292 m / s > c, setting 1/gamma = 0\n",
+      "v = 450683359.6111234 m / s > c, setting 1/gamma = 0\n",
+      "v = 319711442.6284728 m / s > c, setting 1/gamma = 0\n",
+      "v = 359728780.4985981 m / s > c, setting 1/gamma = 0\n",
+      "v = 311364041.83848715 m / s > c, setting 1/gamma = 0\n",
+      "v = 302957602.0401157 m / s > c, setting 1/gamma = 0\n",
+      "v = 325063852.5676327 m / s > c, setting 1/gamma = 0\n",
+      "v = 311599362.9044672 m / s > c, setting 1/gamma = 0\n",
+      "v = 331114042.3399012 m / s > c, setting 1/gamma = 0\n",
+      "v = 704696817.6598113 m / s > c, setting 1/gamma = 0\n",
+      "v = 579906410.2647663 m / s > c, setting 1/gamma = 0\n",
+      "v = 307227964.6679116 m / s > c, setting 1/gamma = 0\n",
+      "v = 484781378.1017408 m / s > c, setting 1/gamma = 0\n",
+      "v = 498113961.50582445 m / s > c, setting 1/gamma = 0\n",
+      "v = 540798252.9184688 m / s > c, setting 1/gamma = 0\n",
+      "v = 489848895.36176646 m / s > c, setting 1/gamma = 0\n",
+      "v = 351320149.10829896 m / s > c, setting 1/gamma = 0\n",
+      "v = 365590192.4134487 m / s > c, setting 1/gamma = 0\n",
+      "v = 322412276.19114625 m / s > c, setting 1/gamma = 0\n",
+      "v = 650792478.748325 m / s > c, setting 1/gamma = 0\n",
+      "v = 534540523.085371 m / s > c, setting 1/gamma = 0\n",
+      "v = 387236075.30763906 m / s > c, setting 1/gamma = 0\n",
+      "v = 417923428.94672155 m / s > c, setting 1/gamma = 0\n",
+      "v = 301125019.93308544 m / s > c, setting 1/gamma = 0\n",
+      "v = 606110265.0440595 m / s > c, setting 1/gamma = 0\n",
+      "v = 495897768.14418185 m / s > c, setting 1/gamma = 0\n",
+      "v = 301601627.9242124 m / s > c, setting 1/gamma = 0\n",
+      "v = 328283039.39071906 m / s > c, setting 1/gamma = 0\n",
+      "v = 377325495.876068 m / s > c, setting 1/gamma = 0\n",
+      "v = 395866467.4587049 m / s > c, setting 1/gamma = 0\n",
+      "v = 463700709.8763762 m / s > c, setting 1/gamma = 0\n",
+      "v = 480456442.48109883 m / s > c, setting 1/gamma = 0\n",
+      "v = 327955605.29279906 m / s > c, setting 1/gamma = 0\n",
+      "v = 356129406.70911527 m / s > c, setting 1/gamma = 0\n",
+      "v = 330575879.69813854 m / s > c, setting 1/gamma = 0\n",
+      "v = 400023972.0916012 m / s > c, setting 1/gamma = 0\n",
+      "v = 439831090.2863985 m / s > c, setting 1/gamma = 0\n",
+      "v = 304962822.2838728 m / s > c, setting 1/gamma = 0\n",
+      "v = 305268682.6518455 m / s > c, setting 1/gamma = 0\n",
+      "v = 332181652.7224913 m / s > c, setting 1/gamma = 0\n",
+      "v = 379927089.5678929 m / s > c, setting 1/gamma = 0\n",
+      "v = 325005394.09195095 m / s > c, setting 1/gamma = 0\n",
+      "v = 323029277.47766453 m / s > c, setting 1/gamma = 0\n",
+      "v = 344135863.1935452 m / s > c, setting 1/gamma = 0\n",
+      "v = 492788046.57269144 m / s > c, setting 1/gamma = 0\n",
+      "v = 508654533.8412267 m / s > c, setting 1/gamma = 0\n",
+      "v = 324668456.0574756 m / s > c, setting 1/gamma = 0\n",
+      "v = 328467806.39746475 m / s > c, setting 1/gamma = 0\n",
+      "v = 328558667.5541086 m / s > c, setting 1/gamma = 0\n",
+      "v = 355687471.65350825 m / s > c, setting 1/gamma = 0\n",
+      "v = 346379413.63811815 m / s > c, setting 1/gamma = 0\n",
+      "v = 399302645.09962857 m / s > c, setting 1/gamma = 0\n",
+      "v = 301603166.66663784 m / s > c, setting 1/gamma = 0\n",
+      "v = 600904737.6749461 m / s > c, setting 1/gamma = 0\n",
+      "v = 491123100.35373986 m / s > c, setting 1/gamma = 0\n",
+      "v = 303621180.4267472 m / s > c, setting 1/gamma = 0\n",
+      "v = 326754104.6641313 m / s > c, setting 1/gamma = 0\n",
+      "v = 341716415.51325023 m / s > c, setting 1/gamma = 0\n",
+      "v = 381278503.7196038 m / s > c, setting 1/gamma = 0\n",
+      "v = 326620237.8400046 m / s > c, setting 1/gamma = 0\n",
+      "v = 379848013.1289451 m / s > c, setting 1/gamma = 0\n",
+      "v = 322552374.44338983 m / s > c, setting 1/gamma = 0\n",
+      "v = 455150696.7096312 m / s > c, setting 1/gamma = 0\n",
+      "v = 474164733.5803726 m / s > c, setting 1/gamma = 0\n",
+      "v = 353906306.6339897 m / s > c, setting 1/gamma = 0\n",
+      "v = 376982255.73433894 m / s > c, setting 1/gamma = 0\n",
+      "v = 317003576.67052 m / s > c, setting 1/gamma = 0\n",
+      "v = 315176947.37465256 m / s > c, setting 1/gamma = 0\n",
+      "v = 634654656.9887435 m / s > c, setting 1/gamma = 0\n",
+      "v = 521071115.72628033 m / s > c, setting 1/gamma = 0\n",
+      "v = 303912991.78931594 m / s > c, setting 1/gamma = 0\n",
+      "v = 325818582.30215204 m / s > c, setting 1/gamma = 0\n",
+      "v = 352382528.22173077 m / s > c, setting 1/gamma = 0\n",
+      "v = 401990472.79426473 m / s > c, setting 1/gamma = 0\n",
+      "v = 373756807.37494296 m / s > c, setting 1/gamma = 0\n",
+      "v = 420720882.12603855 m / s > c, setting 1/gamma = 0\n",
+      "v = 352250974.25854295 m / s > c, setting 1/gamma = 0\n",
+      "v = 378433556.5433574 m / s > c, setting 1/gamma = 0\n",
+      "v = 415943564.00048435 m / s > c, setting 1/gamma = 0\n",
+      "v = 439882363.23274505 m / s > c, setting 1/gamma = 0\n",
+      "v = 367343047.7171759 m / s > c, setting 1/gamma = 0\n",
+      "v = 418683026.1724141 m / s > c, setting 1/gamma = 0\n",
+      "v = 309272547.1732702 m / s > c, setting 1/gamma = 0\n",
+      "v = 332833938.27561164 m / s > c, setting 1/gamma = 0\n",
+      "v = 326489774.5527529 m / s > c, setting 1/gamma = 0\n",
+      "v = 658092424.3111585 m / s > c, setting 1/gamma = 0\n",
+      "v = 541784231.0349625 m / s > c, setting 1/gamma = 0\n",
+      "v = 299890959.13458943 m / s > c, setting 1/gamma = 0\n",
+      "v = 318704264.93607694 m / s > c, setting 1/gamma = 0\n",
+      "v = 305171935.371964 m / s > c, setting 1/gamma = 0\n",
+      "v = 350619371.3117073 m / s > c, setting 1/gamma = 0\n",
+      "v = 309938905.06314903 m / s > c, setting 1/gamma = 0\n",
+      "v = 335488820.2426234 m / s > c, setting 1/gamma = 0\n",
+      "v = 356078666.25944895 m / s > c, setting 1/gamma = 0\n",
+      "v = 397939685.5896253 m / s > c, setting 1/gamma = 0\n",
+      "v = 438692835.49983555 m / s > c, setting 1/gamma = 0\n",
+      "v = 316217812.0573413 m / s > c, setting 1/gamma = 0\n",
+      "v = 338101426.9380288 m / s > c, setting 1/gamma = 0\n",
+      "v = 369535469.3483819 m / s > c, setting 1/gamma = 0\n",
+      "v = 411378638.04976 m / s > c, setting 1/gamma = 0\n",
+      "v = 324331839.88081616 m / s > c, setting 1/gamma = 0\n",
+      "v = 348243967.00009674 m / s > c, setting 1/gamma = 0\n",
+      "v = 530586172.42777634 m / s > c, setting 1/gamma = 0\n",
+      "v = 495369296.6825212 m / s > c, setting 1/gamma = 0\n",
+      "v = 343212724.1168363 m / s > c, setting 1/gamma = 0\n",
+      "v = 308879395.5632092 m / s > c, setting 1/gamma = 0\n",
+      "v = 330931006.0914858 m / s > c, setting 1/gamma = 0\n",
+      "v = 317595006.8261447 m / s > c, setting 1/gamma = 0\n",
+      "v = 414894309.0699851 m / s > c, setting 1/gamma = 0\n",
+      "v = 450071414.69694835 m / s > c, setting 1/gamma = 0\n",
+      "v = 302926085.59080625 m / s > c, setting 1/gamma = 0\n",
+      "v = 326492139.33564734 m / s > c, setting 1/gamma = 0\n",
+      "v = 377341542.65235615 m / s > c, setting 1/gamma = 0\n",
+      "v = 399451956.42990005 m / s > c, setting 1/gamma = 0\n",
+      "v = 486141538.6769896 m / s > c, setting 1/gamma = 0\n",
+      "v = 469477872.4106506 m / s > c, setting 1/gamma = 0\n",
+      "v = 303823725.4020361 m / s > c, setting 1/gamma = 0\n",
+      "v = 351694693.4840617 m / s > c, setting 1/gamma = 0\n",
+      "v = 311998833.8131109 m / s > c, setting 1/gamma = 0\n",
+      "v = 330155567.1013517 m / s > c, setting 1/gamma = 0\n",
+      "v = 361509916.3625599 m / s > c, setting 1/gamma = 0\n",
+      "v = 400328660.11595964 m / s > c, setting 1/gamma = 0\n",
+      "v = 358841154.0597948 m / s > c, setting 1/gamma = 0\n",
+      "v = 373308200.5347171 m / s > c, setting 1/gamma = 0\n",
+      "v = 314202664.999307 m / s > c, setting 1/gamma = 0\n",
+      "v = 334652502.87895614 m / s > c, setting 1/gamma = 0\n",
+      "v = 333421609.18710244 m / s > c, setting 1/gamma = 0\n",
+      "v = 357626498.1694733 m / s > c, setting 1/gamma = 0\n",
+      "v = 390967192.70691335 m / s > c, setting 1/gamma = 0\n",
+      "v = 427555822.44509447 m / s > c, setting 1/gamma = 0\n",
+      "v = 360021743.68882585 m / s > c, setting 1/gamma = 0\n",
+      "v = 374634699.78391695 m / s > c, setting 1/gamma = 0\n",
+      "v = 303251656.02400154 m / s > c, setting 1/gamma = 0\n",
+      "v = 332372135.29130834 m / s > c, setting 1/gamma = 0\n",
+      "v = 423439820.8610865 m / s > c, setting 1/gamma = 0\n",
+      "v = 456206762.1858942 m / s > c, setting 1/gamma = 0\n",
+      "v = 301206369.2833649 m / s > c, setting 1/gamma = 0\n",
+      "v = 540719718.1584262 m / s > c, setting 1/gamma = 0\n",
+      "v = 553328512.823879 m / s > c, setting 1/gamma = 0\n",
+      "v = 447105497.9786051 m / s > c, setting 1/gamma = 0\n",
+      "v = 463895406.54877865 m / s > c, setting 1/gamma = 0\n",
+      "v = 390539811.6557462 m / s > c, setting 1/gamma = 0\n",
+      "v = 397428628.72240734 m / s > c, setting 1/gamma = 0\n",
+      "v = 309012914.98573035 m / s > c, setting 1/gamma = 0\n",
+      "v = 471987642.7762875 m / s > c, setting 1/gamma = 0\n",
+      "v = 477245072.7263512 m / s > c, setting 1/gamma = 0\n",
+      "v = 316463807.59100336 m / s > c, setting 1/gamma = 0\n",
+      "v = 303228796.0121289 m / s > c, setting 1/gamma = 0\n",
+      "v = 333433054.37099373 m / s > c, setting 1/gamma = 0\n",
+      "v = 308479377.06413335 m / s > c, setting 1/gamma = 0\n",
+      "v = 350258860.16032183 m / s > c, setting 1/gamma = 0\n",
+      "v = 757346620.4865013 m / s > c, setting 1/gamma = 0\n",
+      "v = 625925345.4864919 m / s > c, setting 1/gamma = 0\n",
+      "v = 315718616.2629973 m / s > c, setting 1/gamma = 0\n",
+      "v = 343284189.0759531 m / s > c, setting 1/gamma = 0\n",
+      "v = 373025416.42294264 m / s > c, setting 1/gamma = 0\n",
+      "v = 421044666.1575794 m / s > c, setting 1/gamma = 0\n",
+      "v = 383111539.45691484 m / s > c, setting 1/gamma = 0\n",
+      "v = 403689587.29391545 m / s > c, setting 1/gamma = 0\n",
+      "v = 408889999.0358219 m / s > c, setting 1/gamma = 0\n",
+      "v = 437680660.772824 m / s > c, setting 1/gamma = 0\n",
+      "v = 332043079.3925795 m / s > c, setting 1/gamma = 0\n",
+      "v = 350487899.2161645 m / s > c, setting 1/gamma = 0\n",
+      "v = 372665575.8512271 m / s > c, setting 1/gamma = 0\n",
+      "v = 421888816.8147125 m / s > c, setting 1/gamma = 0\n",
+      "v = 301718852.3992683 m / s > c, setting 1/gamma = 0\n",
+      "v = 325845733.0854085 m / s > c, setting 1/gamma = 0\n",
+      "v = 558514493.4295095 m / s > c, setting 1/gamma = 0\n",
+      "v = 506491722.56264263 m / s > c, setting 1/gamma = 0\n",
+      "v = 312576443.15426075 m / s > c, setting 1/gamma = 0\n",
+      "v = 343258092.5348434 m / s > c, setting 1/gamma = 0\n",
+      "v = 303321088.90285 m / s > c, setting 1/gamma = 0\n",
+      "v = 341619648.4537289 m / s > c, setting 1/gamma = 0\n",
+      "v = 376414782.62092024 m / s > c, setting 1/gamma = 0\n",
+      "v = 424517857.2679497 m / s > c, setting 1/gamma = 0\n",
+      "v = 330393161.4823438 m / s > c, setting 1/gamma = 0\n",
+      "v = 349891297.4769176 m / s > c, setting 1/gamma = 0\n",
+      "v = 303512551.90821004 m / s > c, setting 1/gamma = 0\n",
+      "v = 390352873.3949361 m / s > c, setting 1/gamma = 0\n",
+      "v = 428114434.1114265 m / s > c, setting 1/gamma = 0\n",
+      "v = 315028022.1996537 m / s > c, setting 1/gamma = 0\n",
+      "v = 335320978.5763515 m / s > c, setting 1/gamma = 0\n",
+      "v = 334582820.7015406 m / s > c, setting 1/gamma = 0\n",
+      "v = 382117865.4194241 m / s > c, setting 1/gamma = 0\n",
+      "v = 307192883.3944953 m / s > c, setting 1/gamma = 0\n",
+      "v = 433523577.665271 m / s > c, setting 1/gamma = 0\n",
+      "v = 459525472.08888036 m / s > c, setting 1/gamma = 0\n",
+      "v = 342242216.70905864 m / s > c, setting 1/gamma = 0\n",
+      "v = 367434447.476706 m / s > c, setting 1/gamma = 0\n",
+      "v = 317050805.77419984 m / s > c, setting 1/gamma = 0\n",
+      "v = 361423199.7196177 m / s > c, setting 1/gamma = 0\n",
+      "v = 403872072.6864435 m / s > c, setting 1/gamma = 0\n",
+      "v = 441850834.045094 m / s > c, setting 1/gamma = 0\n",
+      "v = 304052306.13117844 m / s > c, setting 1/gamma = 0\n",
+      "v = 325232754.7019327 m / s > c, setting 1/gamma = 0\n",
+      "v = 329249059.88610494 m / s > c, setting 1/gamma = 0\n",
+      "v = 359600541.6366223 m / s > c, setting 1/gamma = 0\n",
+      "v = 489781279.0878908 m / s > c, setting 1/gamma = 0\n",
+      "v = 493306775.0987184 m / s > c, setting 1/gamma = 0\n",
+      "v = 313213315.6278863 m / s > c, setting 1/gamma = 0\n",
+      "v = 335030203.6467764 m / s > c, setting 1/gamma = 0\n",
+      "v = 306599956.5544214 m / s > c, setting 1/gamma = 0\n",
+      "v = 337674865.6002018 m / s > c, setting 1/gamma = 0\n",
+      "v = 313330146.2430778 m / s > c, setting 1/gamma = 0\n",
+      "v = 304690521.7366097 m / s > c, setting 1/gamma = 0\n",
+      "v = 357879492.5389254 m / s > c, setting 1/gamma = 0\n",
+      "v = 322963488.7628673 m / s > c, setting 1/gamma = 0\n",
+      "v = 350054153.9093377 m / s > c, setting 1/gamma = 0\n",
+      "v = 404170565.20070004 m / s > c, setting 1/gamma = 0\n",
+      "v = 440074976.59842986 m / s > c, setting 1/gamma = 0\n",
+      "v = 339967136.95543134 m / s > c, setting 1/gamma = 0\n",
+      "v = 366354707.7401491 m / s > c, setting 1/gamma = 0\n",
+      "v = 317025317.22047156 m / s > c, setting 1/gamma = 0\n",
+      "v = 360803364.8847123 m / s > c, setting 1/gamma = 0\n",
+      "v = 394778914.4996918 m / s > c, setting 1/gamma = 0\n",
+      "v = 436381419.8538452 m / s > c, setting 1/gamma = 0\n",
+      "v = 341357230.14100295 m / s > c, setting 1/gamma = 0\n",
+      "v = 367733780.2428473 m / s > c, setting 1/gamma = 0\n",
+      "v = 352116214.940253 m / s > c, setting 1/gamma = 0\n",
+      "v = 395736137.05461854 m / s > c, setting 1/gamma = 0\n",
+      "v = 433137664.04532295 m / s > c, setting 1/gamma = 0\n",
+      "v = 467343735.0449728 m / s > c, setting 1/gamma = 0\n",
+      "v = 306957973.9994955 m / s > c, setting 1/gamma = 0\n",
+      "v = 330567955.9404069 m / s > c, setting 1/gamma = 0\n",
+      "v = 365356257.89634454 m / s > c, setting 1/gamma = 0\n",
+      "v = 391163027.4284547 m / s > c, setting 1/gamma = 0\n",
+      "v = 507375968.17023844 m / s > c, setting 1/gamma = 0\n",
+      "v = 496553484.4136407 m / s > c, setting 1/gamma = 0\n",
+      "v = 304351033.9775721 m / s > c, setting 1/gamma = 0\n",
+      "v = 324213556.9420585 m / s > c, setting 1/gamma = 0\n",
+      "v = 344110290.2279371 m / s > c, setting 1/gamma = 0\n",
+      "v = 327500815.06089026 m / s > c, setting 1/gamma = 0\n",
+      "v = 375889632.4911401 m / s > c, setting 1/gamma = 0\n",
+      "v = 418654710.7257005 m / s > c, setting 1/gamma = 0\n",
+      "v = 315518941.4904924 m / s > c, setting 1/gamma = 0\n",
+      "v = 343491036.6367741 m / s > c, setting 1/gamma = 0\n",
+      "v = 304440215.4419847 m / s > c, setting 1/gamma = 0\n",
+      "v = 341634603.4684082 m / s > c, setting 1/gamma = 0\n",
+      "v = 723684999.001048 m / s > c, setting 1/gamma = 0\n",
+      "v = 596773824.0302216 m / s > c, setting 1/gamma = 0\n",
+      "v = 314963563.5305896 m / s > c, setting 1/gamma = 0\n",
+      "v = 329210827.49278486 m / s > c, setting 1/gamma = 0\n",
+      "v = 358505638.35611516 m / s > c, setting 1/gamma = 0\n",
+      "v = 401502795.5810231 m / s > c, setting 1/gamma = 0\n",
+      "v = 433137233.37886256 m / s > c, setting 1/gamma = 0\n",
+      "v = 325688724.8199099 m / s > c, setting 1/gamma = 0\n",
+      "v = 343168540.04491484 m / s > c, setting 1/gamma = 0\n",
+      "v = 423563395.76091295 m / s > c, setting 1/gamma = 0\n",
+      "v = 450194812.91961837 m / s > c, setting 1/gamma = 0\n",
+      "v = 317500524.0302185 m / s > c, setting 1/gamma = 0\n",
+      "v = 326855056.76906407 m / s > c, setting 1/gamma = 0\n",
+      "v = 312710453.69770396 m / s > c, setting 1/gamma = 0\n",
+      "v = 361043912.5193006 m / s > c, setting 1/gamma = 0\n",
+      "v = 317653746.78004676 m / s > c, setting 1/gamma = 0\n",
+      "v = 387514527.11900616 m / s > c, setting 1/gamma = 0\n",
+      "v = 409266055.37984985 m / s > c, setting 1/gamma = 0\n",
+      "v = 457746416.4943262 m / s > c, setting 1/gamma = 0\n",
+      "v = 463775036.5418585 m / s > c, setting 1/gamma = 0\n",
+      "v = 301620751.6981581 m / s > c, setting 1/gamma = 0\n",
+      "v = 305987571.96463835 m / s > c, setting 1/gamma = 0\n",
+      "v = 331277778.299468 m / s > c, setting 1/gamma = 0\n",
+      "v = 314764066.04841566 m / s > c, setting 1/gamma = 0\n",
+      "v = 331519612.5572016 m / s > c, setting 1/gamma = 0\n",
+      "v = 373541423.8507679 m / s > c, setting 1/gamma = 0\n",
+      "v = 317714557.9985578 m / s > c, setting 1/gamma = 0\n",
+      "v = 339924498.17778546 m / s > c, setting 1/gamma = 0\n",
+      "v = 362005479.04836094 m / s > c, setting 1/gamma = 0\n",
+      "v = 500668652.1022287 m / s > c, setting 1/gamma = 0\n",
+      "v = 494788978.4109783 m / s > c, setting 1/gamma = 0\n",
+      "v = 326696132.50214255 m / s > c, setting 1/gamma = 0\n",
+      "v = 323474747.5346521 m / s > c, setting 1/gamma = 0\n",
+      "v = 345404485.5559332 m / s > c, setting 1/gamma = 0\n",
+      "v = 330609593.84765893 m / s > c, setting 1/gamma = 0\n",
+      "v = 356694190.71889794 m / s > c, setting 1/gamma = 0\n",
+      "v = 319809510.0343453 m / s > c, setting 1/gamma = 0\n",
+      "v = 637329722.0539149 m / s > c, setting 1/gamma = 0\n",
+      "v = 524661880.35471034 m / s > c, setting 1/gamma = 0\n",
+      "v = 369968851.5134995 m / s > c, setting 1/gamma = 0\n",
+      "v = 408723250.3688929 m / s > c, setting 1/gamma = 0\n",
+      "v = 320012852.71556693 m / s > c, setting 1/gamma = 0\n",
+      "v = 339750926.5037044 m / s > c, setting 1/gamma = 0\n",
+      "v = 301884181.03769267 m / s > c, setting 1/gamma = 0\n",
+      "v = 333927097.9662023 m / s > c, setting 1/gamma = 0\n",
+      "v = 341826597.7846871 m / s > c, setting 1/gamma = 0\n",
+      "v = 367137491.7700685 m / s > c, setting 1/gamma = 0\n",
+      "v = 335075057.0406998 m / s > c, setting 1/gamma = 0\n",
+      "v = 371456609.80807185 m / s > c, setting 1/gamma = 0\n",
+      "v = 306194009.1749172 m / s > c, setting 1/gamma = 0\n",
+      "v = 380030429.7718724 m / s > c, setting 1/gamma = 0\n",
+      "v = 390579698.4463561 m / s > c, setting 1/gamma = 0\n",
+      "v = 343358783.5596567 m / s > c, setting 1/gamma = 0\n",
+      "v = 433470714.4719511 m / s > c, setting 1/gamma = 0\n",
+      "v = 458225261.8437461 m / s > c, setting 1/gamma = 0\n",
+      "v = 313290687.4995555 m / s > c, setting 1/gamma = 0\n",
+      "v = 338975368.9377915 m / s > c, setting 1/gamma = 0\n",
+      "v = 370847927.0534619 m / s > c, setting 1/gamma = 0\n",
+      "v = 414849398.85142016 m / s > c, setting 1/gamma = 0\n",
+      "v = 334680107.52501 m / s > c, setting 1/gamma = 0\n",
+      "v = 358562422.1948951 m / s > c, setting 1/gamma = 0\n",
+      "v = 338603416.1092324 m / s > c, setting 1/gamma = 0\n",
+      "v = 391921946.65135384 m / s > c, setting 1/gamma = 0\n",
+      "v = 327485308.8343862 m / s > c, setting 1/gamma = 0\n",
+      "v = 349308455.5864093 m / s > c, setting 1/gamma = 0\n",
+      "v = 311119474.62406266 m / s > c, setting 1/gamma = 0\n",
+      "v = 313206540.4243852 m / s > c, setting 1/gamma = 0\n",
+      "v = 612705026.1219115 m / s > c, setting 1/gamma = 0\n",
+      "v = 503365159.46375984 m / s > c, setting 1/gamma = 0\n",
+      "v = 306593334.5592708 m / s > c, setting 1/gamma = 0\n",
+      "v = 325138543.1303997 m / s > c, setting 1/gamma = 0\n",
+      "v = 301182298.6272339 m / s > c, setting 1/gamma = 0\n",
+      "v = 338845970.7166367 m / s > c, setting 1/gamma = 0\n",
+      "v = 414059083.856124 m / s > c, setting 1/gamma = 0\n",
+      "v = 444130853.05677474 m / s > c, setting 1/gamma = 0\n",
+      "v = 300917759.97486275 m / s > c, setting 1/gamma = 0\n",
+      "v = 328488420.31614697 m / s > c, setting 1/gamma = 0\n",
+      "v = 393294016.27765685 m / s > c, setting 1/gamma = 0\n",
+      "v = 436806758.90801746 m / s > c, setting 1/gamma = 0\n",
+      "v = 306968383.9724325 m / s > c, setting 1/gamma = 0\n",
+      "v = 480213366.09643734 m / s > c, setting 1/gamma = 0\n",
+      "v = 479714245.3308263 m / s > c, setting 1/gamma = 0\n",
+      "v = 323552747.76217306 m / s > c, setting 1/gamma = 0\n",
+      "v = 323167757.33244073 m / s > c, setting 1/gamma = 0\n",
+      "v = 341222167.5787048 m / s > c, setting 1/gamma = 0\n",
+      "v = 468124796.61477953 m / s > c, setting 1/gamma = 0\n",
+      "v = 475153549.68173665 m / s > c, setting 1/gamma = 0\n",
+      "v = 304106845.5452162 m / s > c, setting 1/gamma = 0\n",
+      "v = 323225354.6430701 m / s > c, setting 1/gamma = 0\n",
+      "v = 378027728.9763307 m / s > c, setting 1/gamma = 0\n",
+      "v = 420008382.13895315 m / s > c, setting 1/gamma = 0\n",
+      "v = 315496712.27712154 m / s > c, setting 1/gamma = 0\n",
+      "v = 341534656.3243086 m / s > c, setting 1/gamma = 0\n",
+      "v = 411174849.61317176 m / s > c, setting 1/gamma = 0\n",
+      "v = 450046031.92619246 m / s > c, setting 1/gamma = 0\n",
+      "v = 322306657.18757945 m / s > c, setting 1/gamma = 0\n",
+      "v = 342435498.6160885 m / s > c, setting 1/gamma = 0\n",
+      "v = 300970296.6852214 m / s > c, setting 1/gamma = 0\n",
+      "v = 304608526.37408286 m / s > c, setting 1/gamma = 0\n",
+      "v = 333920997.4242673 m / s > c, setting 1/gamma = 0\n",
+      "v = 311437713.79034084 m / s > c, setting 1/gamma = 0\n",
+      "v = 614598246.3382052 m / s > c, setting 1/gamma = 0\n",
+      "v = 504798837.19100016 m / s > c, setting 1/gamma = 0\n",
+      "v = 312170810.49791557 m / s > c, setting 1/gamma = 0\n",
+      "v = 307632744.91665417 m / s > c, setting 1/gamma = 0\n",
+      "v = 360131910.67590475 m / s > c, setting 1/gamma = 0\n",
+      "v = 338616925.08924824 m / s > c, setting 1/gamma = 0\n",
+      "v = 382674367.63463795 m / s > c, setting 1/gamma = 0\n",
+      "v = 302728892.3343147 m / s > c, setting 1/gamma = 0\n",
+      "v = 348794207.0815504 m / s > c, setting 1/gamma = 0\n",
+      "v = 365743242.0738253 m / s > c, setting 1/gamma = 0\n",
+      "v = 343160495.7027453 m / s > c, setting 1/gamma = 0\n",
+      "v = 391529583.1447229 m / s > c, setting 1/gamma = 0\n",
+      "v = 307546434.306184 m / s > c, setting 1/gamma = 0\n",
+      "v = 338143669.2240077 m / s > c, setting 1/gamma = 0\n",
+      "v = 456148515.51154894 m / s > c, setting 1/gamma = 0\n",
+      "v = 471721896.3108425 m / s > c, setting 1/gamma = 0\n",
+      "v = 314746495.25299764 m / s > c, setting 1/gamma = 0\n",
+      "v = 341061900.3524691 m / s > c, setting 1/gamma = 0\n",
+      "v = 300623374.1516364 m / s > c, setting 1/gamma = 0\n",
+      "v = 314572898.34890646 m / s > c, setting 1/gamma = 0\n",
+      "v = 363639358.37147796 m / s > c, setting 1/gamma = 0\n",
+      "v = 303278423.22694427 m / s > c, setting 1/gamma = 0\n",
+      "v = 323818547.72417223 m / s > c, setting 1/gamma = 0\n",
+      "v = 348346464.9186454 m / s > c, setting 1/gamma = 0\n",
+      "v = 380388337.30279213 m / s > c, setting 1/gamma = 0\n",
+      "v = 440519590.77725327 m / s > c, setting 1/gamma = 0\n",
+      "v = 473142728.4085941 m / s > c, setting 1/gamma = 0\n",
+      "v = 307930468.60925496 m / s > c, setting 1/gamma = 0\n",
+      "v = 332123218.92828864 m / s > c, setting 1/gamma = 0\n",
+      "v = 330979499.6724403 m / s > c, setting 1/gamma = 0\n",
+      "v = 350250107.5991325 m / s > c, setting 1/gamma = 0\n",
+      "v = 402814142.82613134 m / s > c, setting 1/gamma = 0\n",
+      "v = 443222120.8051194 m / s > c, setting 1/gamma = 0\n",
+      "v = 350695798.16438764 m / s > c, setting 1/gamma = 0\n",
+      "v = 364942477.686718 m / s > c, setting 1/gamma = 0\n",
+      "v = 319937036.64834 m / s > c, setting 1/gamma = 0\n",
+      "v = 325033015.59158516 m / s > c, setting 1/gamma = 0\n",
+      "v = 659048126.660729 m / s > c, setting 1/gamma = 0\n",
+      "v = 542330585.5450648 m / s > c, setting 1/gamma = 0\n",
+      "v = 310260166.99764514 m / s > c, setting 1/gamma = 0\n",
+      "v = 300945327.57324517 m / s > c, setting 1/gamma = 0\n",
+      "v = 590527918.9787989 m / s > c, setting 1/gamma = 0\n",
+      "v = 483283066.1907874 m / s > c, setting 1/gamma = 0\n",
+      "v = 302477508.1274146 m / s > c, setting 1/gamma = 0\n",
+      "v = 352315640.0626643 m / s > c, setting 1/gamma = 0\n",
+      "v = 333346158.8861164 m / s > c, setting 1/gamma = 0\n",
+      "v = 361237984.331252 m / s > c, setting 1/gamma = 0\n",
+      "v = 466559692.54175985 m / s > c, setting 1/gamma = 0\n",
+      "v = 472811360.5622166 m / s > c, setting 1/gamma = 0\n",
+      "v = 304994637.8330681 m / s > c, setting 1/gamma = 0\n",
+      "v = 339019213.11113065 m / s > c, setting 1/gamma = 0\n",
+      "v = 400713693.41628474 m / s > c, setting 1/gamma = 0\n",
+      "v = 444668051.59010696 m / s > c, setting 1/gamma = 0\n",
+      "v = 330446009.8051399 m / s > c, setting 1/gamma = 0\n",
+      "v = 382977962.2678757 m / s > c, setting 1/gamma = 0\n",
+      "v = 321655159.22025967 m / s > c, setting 1/gamma = 0\n",
+      "v = 341466321.27412605 m / s > c, setting 1/gamma = 0\n",
+      "v = 361008895.04681873 m / s > c, setting 1/gamma = 0\n",
+      "v = 417650777.3432808 m / s > c, setting 1/gamma = 0\n",
+      "v = 355319956.3356316 m / s > c, setting 1/gamma = 0\n",
+      "v = 404391735.63465285 m / s > c, setting 1/gamma = 0\n",
+      "v = 309783523.2776086 m / s > c, setting 1/gamma = 0\n",
+      "v = 488800859.55086565 m / s > c, setting 1/gamma = 0\n",
+      "v = 492960758.1978477 m / s > c, setting 1/gamma = 0\n",
+      "v = 318615791.72070247 m / s > c, setting 1/gamma = 0\n",
+      "v = 340468558.52725416 m / s > c, setting 1/gamma = 0\n",
+      "v = 321583401.4202286 m / s > c, setting 1/gamma = 0\n",
+      "v = 365346547.8321978 m / s > c, setting 1/gamma = 0\n",
+      "v = 335148909.60656995 m / s > c, setting 1/gamma = 0\n",
+      "v = 383929762.4187636 m / s > c, setting 1/gamma = 0\n",
+      "v = 324198804.3438485 m / s > c, setting 1/gamma = 0\n",
+      "v = 321725623.7920897 m / s > c, setting 1/gamma = 0\n",
+      "v = 357088420.1750259 m / s > c, setting 1/gamma = 0\n",
+      "v = 329060533.70930713 m / s > c, setting 1/gamma = 0\n",
+      "v = 381595024.57624817 m / s > c, setting 1/gamma = 0\n",
+      "v = 312780726.6304591 m / s > c, setting 1/gamma = 0\n",
+      "v = 335193039.39022744 m / s > c, setting 1/gamma = 0\n",
+      "v = 403627006.37487 m / s > c, setting 1/gamma = 0\n",
+      "v = 438307480.7488695 m / s > c, setting 1/gamma = 0\n",
+      "v = 301571839.98755926 m / s > c, setting 1/gamma = 0\n",
+      "v = 300854322.317267 m / s > c, setting 1/gamma = 0\n",
+      "v = 342323715.6532489 m / s > c, setting 1/gamma = 0\n",
+      "v = 305646467.98505574 m / s > c, setting 1/gamma = 0\n",
+      "v = 314759306.348696 m / s > c, setting 1/gamma = 0\n",
+      "v = 334461449.7651982 m / s > c, setting 1/gamma = 0\n",
+      "v = 301918667.40173376 m / s > c, setting 1/gamma = 0\n",
+      "v = 302220334.2438722 m / s > c, setting 1/gamma = 0\n",
+      "v = 315693176.7413297 m / s > c, setting 1/gamma = 0\n",
+      "v = 351924264.2702835 m / s > c, setting 1/gamma = 0\n",
+      "v = 372717080.8936049 m / s > c, setting 1/gamma = 0\n",
+      "v = 364437727.6820473 m / s > c, setting 1/gamma = 0\n",
+      "v = 405731410.1383507 m / s > c, setting 1/gamma = 0\n",
+      "v = 365093995.59828883 m / s > c, setting 1/gamma = 0\n",
+      "v = 378996960.54969805 m / s > c, setting 1/gamma = 0\n",
+      "v = 406273741.89639336 m / s > c, setting 1/gamma = 0\n",
+      "v = 441248722.664374 m / s > c, setting 1/gamma = 0\n",
+      "v = 357349365.60674125 m / s > c, setting 1/gamma = 0\n",
+      "v = 377889812.9787035 m / s > c, setting 1/gamma = 0\n",
+      "v = 308681503.20119727 m / s > c, setting 1/gamma = 0\n",
+      "v = 342913243.62858766 m / s > c, setting 1/gamma = 0\n",
+      "v = 391947377.0936729 m / s > c, setting 1/gamma = 0\n",
+      "v = 435278580.6550577 m / s > c, setting 1/gamma = 0\n",
+      "v = 336891093.8695546 m / s > c, setting 1/gamma = 0\n",
+      "v = 354805457.047871 m / s > c, setting 1/gamma = 0\n",
+      "v = 304389008.48416126 m / s > c, setting 1/gamma = 0\n",
+      "v = 388015498.55929285 m / s > c, setting 1/gamma = 0\n",
+      "v = 419478958.7777913 m / s > c, setting 1/gamma = 0\n",
+      "v = 329953885.13725096 m / s > c, setting 1/gamma = 0\n",
+      "v = 345722903.08330417 m / s > c, setting 1/gamma = 0\n",
+      "v = 325666641.24745685 m / s > c, setting 1/gamma = 0\n",
+      "v = 319660218.8190089 m / s > c, setting 1/gamma = 0\n",
+      "v = 364012235.5934824 m / s > c, setting 1/gamma = 0\n",
+      "v = 330366208.36554295 m / s > c, setting 1/gamma = 0\n",
+      "v = 336898539.35719144 m / s > c, setting 1/gamma = 0\n",
+      "v = 384841905.3503695 m / s > c, setting 1/gamma = 0\n",
+      "v = 359384399.51694006 m / s > c, setting 1/gamma = 0\n",
+      "v = 382209130.899786 m / s > c, setting 1/gamma = 0\n",
+      "v = 310864295.0650343 m / s > c, setting 1/gamma = 0\n",
+      "v = 344188283.41228557 m / s > c, setting 1/gamma = 0\n",
+      "v = 301976199.8573965 m / s > c, setting 1/gamma = 0\n",
+      "v = 320149376.043975 m / s > c, setting 1/gamma = 0\n",
+      "v = 341767295.49595565 m / s > c, setting 1/gamma = 0\n",
+      "v = 340613715.42239773 m / s > c, setting 1/gamma = 0\n",
+      "v = 512615448.83745754 m / s > c, setting 1/gamma = 0\n",
+      "v = 490494642.8364081 m / s > c, setting 1/gamma = 0\n",
+      "v = 312943226.81255805 m / s > c, setting 1/gamma = 0\n",
+      "v = 313335581.1909789 m / s > c, setting 1/gamma = 0\n",
+      "v = 332269445.18907344 m / s > c, setting 1/gamma = 0\n",
+      "v = 533801713.90442246 m / s > c, setting 1/gamma = 0\n",
+      "v = 502539530.41914576 m / s > c, setting 1/gamma = 0\n",
+      "v = 300177344.4216353 m / s > c, setting 1/gamma = 0\n",
+      "v = 322473700.66658777 m / s > c, setting 1/gamma = 0\n",
+      "v = 412323169.8850228 m / s > c, setting 1/gamma = 0\n",
+      "v = 444411622.8660085 m / s > c, setting 1/gamma = 0\n",
+      "v = 361460768.0654824 m / s > c, setting 1/gamma = 0\n",
+      "v = 405103164.31433 m / s > c, setting 1/gamma = 0\n",
+      "v = 325862046.80284953 m / s > c, setting 1/gamma = 0\n",
+      "v = 350273590.160334 m / s > c, setting 1/gamma = 0\n",
+      "v = 311930896.8276651 m / s > c, setting 1/gamma = 0\n",
+      "v = 360180150.91438276 m / s > c, setting 1/gamma = 0\n",
+      "v = 313191367.6666531 m / s > c, setting 1/gamma = 0\n",
+      "v = 301031042.6882734 m / s > c, setting 1/gamma = 0\n",
+      "v = 322695520.54749143 m / s > c, setting 1/gamma = 0\n",
+      "v = 334132802.3613899 m / s > c, setting 1/gamma = 0\n",
+      "v = 358332546.6383151 m / s > c, setting 1/gamma = 0\n",
+      "v = 384390177.9623945 m / s > c, setting 1/gamma = 0\n",
+      "v = 419987498.9574666 m / s > c, setting 1/gamma = 0\n",
+      "v = 312067082.22881866 m / s > c, setting 1/gamma = 0\n",
+      "v = 334674756.3285407 m / s > c, setting 1/gamma = 0\n",
+      "v = 317272939.5702507 m / s > c, setting 1/gamma = 0\n",
+      "v = 410553061.1182293 m / s > c, setting 1/gamma = 0\n",
+      "v = 432226805.47536916 m / s > c, setting 1/gamma = 0\n",
+      "v = 530918446.4987866 m / s > c, setting 1/gamma = 0\n",
+      "v = 497371743.65411186 m / s > c, setting 1/gamma = 0\n",
+      "v = 317041616.2869457 m / s > c, setting 1/gamma = 0\n",
+      "v = 317763574.90757835 m / s > c, setting 1/gamma = 0\n",
+      "v = 338116485.1873216 m / s > c, setting 1/gamma = 0\n",
+      "v = 308131545.87173235 m / s > c, setting 1/gamma = 0\n",
+      "v = 354551541.7622961 m / s > c, setting 1/gamma = 0\n",
+      "v = 301166459.8439895 m / s > c, setting 1/gamma = 0\n",
+      "v = 365635584.3292235 m / s > c, setting 1/gamma = 0\n",
+      "v = 394446322.3560133 m / s > c, setting 1/gamma = 0\n",
+      "v = 524165940.9042825 m / s > c, setting 1/gamma = 0\n",
+      "v = 494854791.77818936 m / s > c, setting 1/gamma = 0\n",
+      "v = 321672851.13255227 m / s > c, setting 1/gamma = 0\n",
+      "v = 300302293.36047655 m / s > c, setting 1/gamma = 0\n",
+      "v = 321616342.0783817 m / s > c, setting 1/gamma = 0\n",
+      "v = 379236718.01844287 m / s > c, setting 1/gamma = 0\n",
+      "v = 398318758.6440215 m / s > c, setting 1/gamma = 0\n",
+      "v = 368615045.433843 m / s > c, setting 1/gamma = 0\n",
+      "v = 396820370.5290029 m / s > c, setting 1/gamma = 0\n",
+      "v = 363642199.9684072 m / s > c, setting 1/gamma = 0\n",
+      "v = 413201318.6974619 m / s > c, setting 1/gamma = 0\n",
+      "v = 329062656.28270984 m / s > c, setting 1/gamma = 0\n",
+      "v = 347981168.1739875 m / s > c, setting 1/gamma = 0\n",
+      "v = 340565002.27005863 m / s > c, setting 1/gamma = 0\n",
+      "v = 448753195.92316407 m / s > c, setting 1/gamma = 0\n",
+      "v = 467177602.5854401 m / s > c, setting 1/gamma = 0\n",
+      "v = 337802906.49666345 m / s > c, setting 1/gamma = 0\n",
+      "v = 357573953.8940802 m / s > c, setting 1/gamma = 0\n",
+      "v = 358662929.8779087 m / s > c, setting 1/gamma = 0\n",
+      "v = 405917872.69375557 m / s > c, setting 1/gamma = 0\n",
+      "v = 308285011.28745824 m / s > c, setting 1/gamma = 0\n",
+      "v = 337129884.0288545 m / s > c, setting 1/gamma = 0\n",
+      "v = 429641818.0588519 m / s > c, setting 1/gamma = 0\n",
+      "v = 462681877.32297397 m / s > c, setting 1/gamma = 0\n",
+      "v = 303872408.09616894 m / s > c, setting 1/gamma = 0\n",
+      "v = 583313196.7122768 m / s > c, setting 1/gamma = 0\n",
+      "v = 478758146.2481789 m / s > c, setting 1/gamma = 0\n",
+      "v = 315273386.0221483 m / s > c, setting 1/gamma = 0\n",
+      "v = 363893640.02491343 m / s > c, setting 1/gamma = 0\n",
+      "v = 315450145.81350505 m / s > c, setting 1/gamma = 0\n",
+      "v = 343009882.22319144 m / s > c, setting 1/gamma = 0\n",
+      "v = 349518002.4940272 m / s > c, setting 1/gamma = 0\n",
+      "v = 374183644.07820594 m / s > c, setting 1/gamma = 0\n",
+      "v = 332545796.3043804 m / s > c, setting 1/gamma = 0\n",
+      "v = 382802633.295426 m / s > c, setting 1/gamma = 0\n",
+      "v = 315459963.31355584 m / s > c, setting 1/gamma = 0\n",
+      "v = 337715003.76550615 m / s > c, setting 1/gamma = 0\n",
+      "v = 317076256.1743953 m / s > c, setting 1/gamma = 0\n",
+      "v = 410597531.66648614 m / s > c, setting 1/gamma = 0\n",
+      "v = 438562843.00916064 m / s > c, setting 1/gamma = 0\n",
+      "v = 330666157.2072992 m / s > c, setting 1/gamma = 0\n",
+      "v = 348494841.2601963 m / s > c, setting 1/gamma = 0\n",
+      "v = 303662634.50578165 m / s > c, setting 1/gamma = 0\n",
+      "v = 361305492.72387075 m / s > c, setting 1/gamma = 0\n",
+      "v = 410116727.9324877 m / s > c, setting 1/gamma = 0\n",
+      "v = 332210422.8365834 m / s > c, setting 1/gamma = 0\n",
+      "v = 361107251.14378047 m / s > c, setting 1/gamma = 0\n",
+      "v = 328118568.178573 m / s > c, setting 1/gamma = 0\n",
+      "v = 358142403.3802134 m / s > c, setting 1/gamma = 0\n",
+      "v = 368092588.8385742 m / s > c, setting 1/gamma = 0\n",
+      "v = 418433183.11830354 m / s > c, setting 1/gamma = 0\n",
+      "v = 309329736.8922603 m / s > c, setting 1/gamma = 0\n",
+      "v = 315819333.0896873 m / s > c, setting 1/gamma = 0\n",
+      "v = 367789157.7779012 m / s > c, setting 1/gamma = 0\n",
+      "v = 454376392.1334965 m / s > c, setting 1/gamma = 0\n",
+      "v = 468193685.3640285 m / s > c, setting 1/gamma = 0\n",
+      "v = 341040513.5093005 m / s > c, setting 1/gamma = 0\n",
+      "v = 357990179.42671233 m / s > c, setting 1/gamma = 0\n",
+      "v = 323494185.2980359 m / s > c, setting 1/gamma = 0\n",
+      "v = 358029217.4895902 m / s > c, setting 1/gamma = 0\n",
+      "v = 372210985.07069576 m / s > c, setting 1/gamma = 0\n",
+      "v = 417578541.4019213 m / s > c, setting 1/gamma = 0\n",
+      "v = 527947094.0496453 m / s > c, setting 1/gamma = 0\n",
+      "v = 503667513.9509512 m / s > c, setting 1/gamma = 0\n",
+      "v = 329949548.62067 m / s > c, setting 1/gamma = 0\n",
+      "v = 340243588.6247645 m / s > c, setting 1/gamma = 0\n",
+      "v = 366802793.95073575 m / s > c, setting 1/gamma = 0\n",
+      "v = 412321790.3780088 m / s > c, setting 1/gamma = 0\n",
+      "v = 431737704.92832434 m / s > c, setting 1/gamma = 0\n",
+      "v = 347475608.42716646 m / s > c, setting 1/gamma = 0\n",
+      "v = 357739462.0781386 m / s > c, setting 1/gamma = 0\n",
+      "v = 356314423.6966501 m / s > c, setting 1/gamma = 0\n",
+      "v = 406428177.0297592 m / s > c, setting 1/gamma = 0\n",
+      "v = 307599665.1087517 m / s > c, setting 1/gamma = 0\n",
+      "v = 347682145.0214259 m / s > c, setting 1/gamma = 0\n",
+      "v = 320967203.6916952 m / s > c, setting 1/gamma = 0\n",
+      "v = 305784928.38509655 m / s > c, setting 1/gamma = 0\n",
+      "v = 439330234.82421714 m / s > c, setting 1/gamma = 0\n",
+      "v = 480369109.2209179 m / s > c, setting 1/gamma = 0\n",
+      "v = 300793655.87685907 m / s > c, setting 1/gamma = 0\n",
+      "v = 318523212.6171791 m / s > c, setting 1/gamma = 0\n",
+      "v = 374795475.7318575 m / s > c, setting 1/gamma = 0\n",
+      "v = 365972007.50750875 m / s > c, setting 1/gamma = 0\n",
+      "v = 392696337.73650926 m / s > c, setting 1/gamma = 0\n",
+      "v = 481937330.3003954 m / s > c, setting 1/gamma = 0\n",
+      "v = 490618885.3541465 m / s > c, setting 1/gamma = 0\n",
+      "v = 318701913.665574 m / s > c, setting 1/gamma = 0\n",
+      "v = 361444427.19759315 m / s > c, setting 1/gamma = 0\n",
+      "v = 418347368.1621398 m / s > c, setting 1/gamma = 0\n",
+      "v = 448978248.3770902 m / s > c, setting 1/gamma = 0\n",
+      "v = 445860164.08019626 m / s > c, setting 1/gamma = 0\n",
+      "v = 482368743.31014043 m / s > c, setting 1/gamma = 0\n",
+      "v = 490786861.9466745 m / s > c, setting 1/gamma = 0\n",
+      "v = 522470199.59869516 m / s > c, setting 1/gamma = 0\n",
+      "v = 332485594.59372777 m / s > c, setting 1/gamma = 0\n",
+      "v = 319562083.49277747 m / s > c, setting 1/gamma = 0\n",
+      "v = 359851894.3030579 m / s > c, setting 1/gamma = 0\n",
+      "v = 497600643.24150914 m / s > c, setting 1/gamma = 0\n",
+      "v = 538225828.9471395 m / s > c, setting 1/gamma = 0\n",
+      "v = 316590278.7630256 m / s > c, setting 1/gamma = 0\n",
+      "v = 324584238.79925585 m / s > c, setting 1/gamma = 0\n",
+      "v = 361672991.4963342 m / s > c, setting 1/gamma = 0\n",
+      "v = 320388212.7370615 m / s > c, setting 1/gamma = 0\n",
+      "v = 343091149.3922825 m / s > c, setting 1/gamma = 0\n",
+      "v = 389612099.0141178 m / s > c, setting 1/gamma = 0\n",
+      "v = 331419903.0787045 m / s > c, setting 1/gamma = 0\n",
+      "v = 814443511.5644517 m / s > c, setting 1/gamma = 0\n",
+      "v = 700030847.1165527 m / s > c, setting 1/gamma = 0\n",
+      "v = 308749120.9372228 m / s > c, setting 1/gamma = 0\n",
+      "v = 370145886.4089852 m / s > c, setting 1/gamma = 0\n",
+      "v = 300557871.1203528 m / s > c, setting 1/gamma = 0\n",
+      "v = 326973746.1624309 m / s > c, setting 1/gamma = 0\n",
+      "v = 510394775.4662061 m / s > c, setting 1/gamma = 0\n",
+      "v = 557670435.6607789 m / s > c, setting 1/gamma = 0\n",
+      "v = 377168699.5657432 m / s > c, setting 1/gamma = 0\n",
+      "v = 436002085.61775416 m / s > c, setting 1/gamma = 0\n",
+      "v = 307025739.7830821 m / s > c, setting 1/gamma = 0\n",
+      "v = 421204810.4200654 m / s > c, setting 1/gamma = 0\n",
+      "v = 476908445.8372071 m / s > c, setting 1/gamma = 0\n",
+      "v = 302908467.14454985 m / s > c, setting 1/gamma = 0\n",
+      "v = 357263299.4744624 m / s > c, setting 1/gamma = 0\n",
+      "v = 360513140.64060307 m / s > c, setting 1/gamma = 0\n",
+      "v = 368872954.4424723 m / s > c, setting 1/gamma = 0\n",
+      "v = 557365975.0588559 m / s > c, setting 1/gamma = 0\n",
+      "v = 538365659.4126784 m / s > c, setting 1/gamma = 0\n",
+      "v = 398878459.23251957 m / s > c, setting 1/gamma = 0\n",
+      "v = 436547257.7961353 m / s > c, setting 1/gamma = 0\n",
+      "v = 432211086.0236875 m / s > c, setting 1/gamma = 0\n",
+      "v = 455223064.8941828 m / s > c, setting 1/gamma = 0\n",
+      "v = 330012696.6712322 m / s > c, setting 1/gamma = 0\n",
+      "v = 363855746.23441386 m / s > c, setting 1/gamma = 0\n",
+      "v = 311535366.9788444 m / s > c, setting 1/gamma = 0\n",
+      "v = 313587515.7238534 m / s > c, setting 1/gamma = 0\n",
+      "v = 734240008.821418 m / s > c, setting 1/gamma = 0\n",
+      "v = 613930436.6890975 m / s > c, setting 1/gamma = 0\n",
+      "v = 330068048.08932185 m / s > c, setting 1/gamma = 0\n",
+      "v = 316086060.68918306 m / s > c, setting 1/gamma = 0\n",
+      "v = 319406627.9620675 m / s > c, setting 1/gamma = 0\n",
+      "v = 423932433.8335128 m / s > c, setting 1/gamma = 0\n",
+      "v = 468986035.7675775 m / s > c, setting 1/gamma = 0\n",
+      "v = 497695817.4660047 m / s > c, setting 1/gamma = 0\n",
+      "v = 513499234.37903905 m / s > c, setting 1/gamma = 0\n",
+      "v = 319685233.381266 m / s > c, setting 1/gamma = 0\n",
+      "v = 394233442.4591708 m / s > c, setting 1/gamma = 0\n",
+      "v = 461539071.7261847 m / s > c, setting 1/gamma = 0\n",
+      "v = 500041901.31000775 m / s > c, setting 1/gamma = 0\n",
+      "v = 304139829.61080974 m / s > c, setting 1/gamma = 0\n",
+      "v = 384077813.66262996 m / s > c, setting 1/gamma = 0\n",
+      "v = 431613575.43786305 m / s > c, setting 1/gamma = 0\n",
+      "v = 332014702.5502347 m / s > c, setting 1/gamma = 0\n",
+      "v = 361346905.9535466 m / s > c, setting 1/gamma = 0\n",
+      "v = 969814792.1353694 m / s > c, setting 1/gamma = 0\n",
+      "v = 848153637.0475233 m / s > c, setting 1/gamma = 0\n",
+      "v = 323559571.0601081 m / s > c, setting 1/gamma = 0\n",
+      "v = 307243272.7478951 m / s > c, setting 1/gamma = 0\n",
+      "v = 338488909.28434324 m / s > c, setting 1/gamma = 0\n",
+      "v = 405132438.7495296 m / s > c, setting 1/gamma = 0\n",
+      "v = 319660061.2045141 m / s > c, setting 1/gamma = 0\n",
+      "v = 341140711.09506816 m / s > c, setting 1/gamma = 0\n",
+      "v = 371788676.10270005 m / s > c, setting 1/gamma = 0\n",
+      "v = 382307929.73083854 m / s > c, setting 1/gamma = 0\n",
+      "v = 402599357.98130774 m / s > c, setting 1/gamma = 0\n",
+      "v = 445686448.5066418 m / s > c, setting 1/gamma = 0\n",
+      "v = 317823404.392747 m / s > c, setting 1/gamma = 0\n",
+      "v = 361782296.96709627 m / s > c, setting 1/gamma = 0\n",
+      "v = 478769979.46225506 m / s > c, setting 1/gamma = 0\n",
+      "v = 532204307.88657194 m / s > c, setting 1/gamma = 0\n",
+      "v = 384821704.1671442 m / s > c, setting 1/gamma = 0\n",
+      "v = 417566972.8155026 m / s > c, setting 1/gamma = 0\n",
+      "v = 373362091.97054285 m / s > c, setting 1/gamma = 0\n",
+      "v = 433566839.2472092 m / s > c, setting 1/gamma = 0\n",
+      "v = 544559477.9518578 m / s > c, setting 1/gamma = 0\n",
+      "v = 532132715.4085102 m / s > c, setting 1/gamma = 0\n",
+      "v = 302863455.64645267 m / s > c, setting 1/gamma = 0\n",
+      "v = 333950998.74395764 m / s > c, setting 1/gamma = 0\n",
+      "v = 323875546.32201535 m / s > c, setting 1/gamma = 0\n",
+      "v = 396176460.1142405 m / s > c, setting 1/gamma = 0\n",
+      "v = 1002758082.699998 m / s > c, setting 1/gamma = 0\n",
+      "v = 858343631.4956903 m / s > c, setting 1/gamma = 0\n",
+      "v = 327043361.0451285 m / s > c, setting 1/gamma = 0\n",
+      "v = 383916479.8427519 m / s > c, setting 1/gamma = 0\n",
+      "v = 351456727.38640374 m / s > c, setting 1/gamma = 0\n",
+      "v = 415836075.11445546 m / s > c, setting 1/gamma = 0\n",
+      "v = 428193385.10311145 m / s > c, setting 1/gamma = 0\n",
+      "v = 494172230.85805595 m / s > c, setting 1/gamma = 0\n",
+      "v = 367293896.714834 m / s > c, setting 1/gamma = 0\n",
+      "v = 430703194.4737486 m / s > c, setting 1/gamma = 0\n",
+      "v = 337392331.5803733 m / s > c, setting 1/gamma = 0\n",
+      "v = 340982036.7657425 m / s > c, setting 1/gamma = 0\n",
+      "v = 418451527.51874447 m / s > c, setting 1/gamma = 0\n",
+      "v = 321248229.823187 m / s > c, setting 1/gamma = 0\n",
+      "v = 341526449.56762207 m / s > c, setting 1/gamma = 0\n",
+      "v = 370956081.6749024 m / s > c, setting 1/gamma = 0\n",
+      "v = 310868681.10085374 m / s > c, setting 1/gamma = 0\n",
+      "v = 317991984.3731233 m / s > c, setting 1/gamma = 0\n",
+      "v = 301577530.73403203 m / s > c, setting 1/gamma = 0\n",
+      "v = 310412357.63332266 m / s > c, setting 1/gamma = 0\n",
+      "v = 325861160.48351717 m / s > c, setting 1/gamma = 0\n",
+      "v = 303750992.71085614 m / s > c, setting 1/gamma = 0\n",
+      "v = 303766289.91392404 m / s > c, setting 1/gamma = 0\n",
+      "v = 317459236.32571864 m / s > c, setting 1/gamma = 0\n",
+      "v = 310363276.10718095 m / s > c, setting 1/gamma = 0\n",
+      "v = 319332306.9187005 m / s > c, setting 1/gamma = 0\n",
+      "v = 316046293.59512323 m / s > c, setting 1/gamma = 0\n",
+      "v = 362480071.0756344 m / s > c, setting 1/gamma = 0\n",
+      "v = 393711621.275115 m / s > c, setting 1/gamma = 0\n",
+      "v = 394955415.443185 m / s > c, setting 1/gamma = 0\n",
+      "v = 318055528.2941163 m / s > c, setting 1/gamma = 0\n",
+      "v = 324485150.55494237 m / s > c, setting 1/gamma = 0\n",
+      "v = 306780849.77247393 m / s > c, setting 1/gamma = 0\n",
+      "v = 348405326.56490785 m / s > c, setting 1/gamma = 0\n",
+      "v = 311934369.10708016 m / s > c, setting 1/gamma = 0\n",
+      "v = 300255165.0334111 m / s > c, setting 1/gamma = 0\n",
+      "v = 322996636.31604844 m / s > c, setting 1/gamma = 0\n",
+      "v = 336507576.92339194 m / s > c, setting 1/gamma = 0\n",
+      "v = 355226049.1464113 m / s > c, setting 1/gamma = 0\n",
+      "v = 374675023.9010859 m / s > c, setting 1/gamma = 0\n",
+      "v = 403447169.51732385 m / s > c, setting 1/gamma = 0\n",
+      "v = 416062181.23361385 m / s > c, setting 1/gamma = 0\n",
+      "v = 319835719.8371719 m / s > c, setting 1/gamma = 0\n",
+      "v = 340710896.01126987 m / s > c, setting 1/gamma = 0\n",
+      "v = 382557567.04416484 m / s > c, setting 1/gamma = 0\n",
+      "v = 407626001.70294476 m / s > c, setting 1/gamma = 0\n",
+      "v = 361261608.08405465 m / s > c, setting 1/gamma = 0\n",
+      "v = 375992912.3984257 m / s > c, setting 1/gamma = 0\n",
+      "v = 313859729.95436615 m / s > c, setting 1/gamma = 0\n",
+      "v = 343095252.3941652 m / s > c, setting 1/gamma = 0\n",
+      "v = 310316347.1883523 m / s > c, setting 1/gamma = 0\n",
+      "v = 352208783.1071092 m / s > c, setting 1/gamma = 0\n",
+      "v = 322638067.2608599 m / s > c, setting 1/gamma = 0\n",
+      "v = 359505729.351388 m / s > c, setting 1/gamma = 0\n",
+      "v = 436266549.58320075 m / s > c, setting 1/gamma = 0\n",
+      "v = 454009923.35850877 m / s > c, setting 1/gamma = 0\n",
+      "v = 332165354.60631156 m / s > c, setting 1/gamma = 0\n",
+      "v = 392234439.4404456 m / s > c, setting 1/gamma = 0\n",
+      "v = 300375257.9160044 m / s > c, setting 1/gamma = 0\n",
+      "v = 338099342.7115427 m / s > c, setting 1/gamma = 0\n",
+      "v = 327823108.2758172 m / s > c, setting 1/gamma = 0\n",
+      "v = 809985704.9195057 m / s > c, setting 1/gamma = 0\n",
+      "v = 716767475.0194271 m / s > c, setting 1/gamma = 0\n",
+      "v = 409439407.4138324 m / s > c, setting 1/gamma = 0\n",
+      "v = 438346769.50839096 m / s > c, setting 1/gamma = 0\n",
+      "v = 309338496.0141743 m / s > c, setting 1/gamma = 0\n",
+      "v = 365643687.86544734 m / s > c, setting 1/gamma = 0\n",
+      "v = 319857979.50758076 m / s > c, setting 1/gamma = 0\n",
+      "v = 405932586.2359582 m / s > c, setting 1/gamma = 0\n",
+      "v = 316133209.3343551 m / s > c, setting 1/gamma = 0\n",
+      "v = 361666461.6859636 m / s > c, setting 1/gamma = 0\n",
+      "v = 467274310.52232724 m / s > c, setting 1/gamma = 0\n",
+      "v = 526037677.7446863 m / s > c, setting 1/gamma = 0\n",
+      "v = 324605849.9590763 m / s > c, setting 1/gamma = 0\n",
+      "v = 367503626.306354 m / s > c, setting 1/gamma = 0\n",
+      "v = 316536051.4359156 m / s > c, setting 1/gamma = 0\n",
+      "v = 341343091.11560744 m / s > c, setting 1/gamma = 0\n",
+      "v = 505071839.1646409 m / s > c, setting 1/gamma = 0\n",
+      "v = 497264928.58940583 m / s > c, setting 1/gamma = 0\n",
+      "v = 310638787.7465846 m / s > c, setting 1/gamma = 0\n",
+      "v = 367815853.06038266 m / s > c, setting 1/gamma = 0\n",
+      "v = 337196842.1777466 m / s > c, setting 1/gamma = 0\n",
+      "v = 366862920.1970722 m / s > c, setting 1/gamma = 0\n",
+      "v = 417151009.8985767 m / s > c, setting 1/gamma = 0\n",
+      "v = 453977734.4886924 m / s > c, setting 1/gamma = 0\n",
+      "v = 373106427.84566665 m / s > c, setting 1/gamma = 0\n",
+      "v = 404569690.310161 m / s > c, setting 1/gamma = 0\n",
+      "v = 305923035.8561068 m / s > c, setting 1/gamma = 0\n",
+      "v = 671301629.7634898 m / s > c, setting 1/gamma = 0\n",
+      "v = 555383721.661642 m / s > c, setting 1/gamma = 0\n",
+      "v = 555641756.9976138 m / s > c, setting 1/gamma = 0\n",
+      "v = 532674842.2878326 m / s > c, setting 1/gamma = 0\n",
+      "v = 307089219.5284487 m / s > c, setting 1/gamma = 0\n",
+      "v = 370738660.20153666 m / s > c, setting 1/gamma = 0\n",
+      "v = 338435696.4189731 m / s > c, setting 1/gamma = 0\n",
+      "v = 385828881.1873887 m / s > c, setting 1/gamma = 0\n",
+      "v = 309345496.9289397 m / s > c, setting 1/gamma = 0\n",
+      "v = 355026083.9197505 m / s > c, setting 1/gamma = 0\n",
+      "v = 324338087.3921713 m / s > c, setting 1/gamma = 0\n",
+      "v = 390132629.2520875 m / s > c, setting 1/gamma = 0\n",
+      "v = 321367098.3407685 m / s > c, setting 1/gamma = 0\n",
+      "v = 356340049.9692785 m / s > c, setting 1/gamma = 0\n",
+      "v = 593465888.8646743 m / s > c, setting 1/gamma = 0\n",
+      "v = 533401371.6647601 m / s > c, setting 1/gamma = 0\n",
+      "v = 339522028.53707564 m / s > c, setting 1/gamma = 0\n",
+      "v = 374491247.1351587 m / s > c, setting 1/gamma = 0\n",
+      "v = 308425639.6892266 m / s > c, setting 1/gamma = 0\n",
+      "v = 310555863.70171595 m / s > c, setting 1/gamma = 0\n",
+      "v = 360110125.4310286 m / s > c, setting 1/gamma = 0\n",
+      "v = 305327271.0469775 m / s > c, setting 1/gamma = 0\n",
+      "v = 402614314.0991018 m / s > c, setting 1/gamma = 0\n",
+      "v = 443975702.7035565 m / s > c, setting 1/gamma = 0\n",
+      "v = 486971676.85113186 m / s > c, setting 1/gamma = 0\n",
+      "v = 519344506.4935069 m / s > c, setting 1/gamma = 0\n",
+      "v = 367888473.2937777 m / s > c, setting 1/gamma = 0\n",
+      "v = 425551922.4528151 m / s > c, setting 1/gamma = 0\n",
+      "v = 306528954.0092553 m / s > c, setting 1/gamma = 0\n",
+      "v = 402939805.1572529 m / s > c, setting 1/gamma = 0\n",
+      "v = 460670410.27471894 m / s > c, setting 1/gamma = 0\n",
+      "v = 302023802.319209 m / s > c, setting 1/gamma = 0\n",
+      "v = 340022314.60152364 m / s > c, setting 1/gamma = 0\n",
+      "v = 370257107.82276917 m / s > c, setting 1/gamma = 0\n",
+      "v = 417564821.41997564 m / s > c, setting 1/gamma = 0\n",
+      "v = 543827637.2214093 m / s > c, setting 1/gamma = 0\n",
+      "v = 588704551.0271312 m / s > c, setting 1/gamma = 0\n",
+      "v = 381481964.62260824 m / s > c, setting 1/gamma = 0\n",
+      "v = 424701740.71127075 m / s > c, setting 1/gamma = 0\n",
+      "v = 407838409.08963275 m / s > c, setting 1/gamma = 0\n",
+      "v = 439280024.0687132 m / s > c, setting 1/gamma = 0\n",
+      "v = 307750177.5927972 m / s > c, setting 1/gamma = 0\n",
+      "v = 691887425.2811211 m / s > c, setting 1/gamma = 0\n",
+      "v = 570594767.8701463 m / s > c, setting 1/gamma = 0\n",
+      "v = 327257690.543808 m / s > c, setting 1/gamma = 0\n",
+      "v = 807528291.0550435 m / s > c, setting 1/gamma = 0\n",
+      "v = 682728038.6593646 m / s > c, setting 1/gamma = 0\n",
+      "v = 329880987.7278183 m / s > c, setting 1/gamma = 0\n",
+      "v = 495935499.5448281 m / s > c, setting 1/gamma = 0\n",
+      "v = 509462352.4956152 m / s > c, setting 1/gamma = 0\n",
+      "v = 313361069.8695393 m / s > c, setting 1/gamma = 0\n",
+      "v = 342088190.5273391 m / s > c, setting 1/gamma = 0\n",
+      "v = 358075935.1460048 m / s > c, setting 1/gamma = 0\n",
+      "v = 374875338.9794168 m / s > c, setting 1/gamma = 0\n",
+      "v = 395681335.6456656 m / s > c, setting 1/gamma = 0\n",
+      "v = 449634762.4671399 m / s > c, setting 1/gamma = 0\n",
+      "v = 323273269.07190615 m / s > c, setting 1/gamma = 0\n",
+      "v = 354473406.3841754 m / s > c, setting 1/gamma = 0\n",
+      "v = 466619031.1729556 m / s > c, setting 1/gamma = 0\n",
+      "v = 513286583.94778806 m / s > c, setting 1/gamma = 0\n",
+      "v = 304511443.93459636 m / s > c, setting 1/gamma = 0\n",
+      "v = 357935896.20240617 m / s > c, setting 1/gamma = 0\n",
+      "v = 346952679.7253698 m / s > c, setting 1/gamma = 0\n",
+      "v = 798496690.2909379 m / s > c, setting 1/gamma = 0\n",
+      "v = 664075655.7162496 m / s > c, setting 1/gamma = 0\n",
+      "v = 313995530.43658656 m / s > c, setting 1/gamma = 0\n",
+      "v = 345227111.78641504 m / s > c, setting 1/gamma = 0\n",
+      "v = 367920620.07957447 m / s > c, setting 1/gamma = 0\n",
+      "v = 384986571.3820193 m / s > c, setting 1/gamma = 0\n",
+      "v = 357247661.0570333 m / s > c, setting 1/gamma = 0\n",
+      "v = 400099437.5382253 m / s > c, setting 1/gamma = 0\n",
+      "v = 341052098.43566674 m / s > c, setting 1/gamma = 0\n",
+      "v = 307788411.4461036 m / s > c, setting 1/gamma = 0\n",
+      "v = 342981998.84513915 m / s > c, setting 1/gamma = 0\n",
+      "v = 318865374.42729807 m / s > c, setting 1/gamma = 0\n",
+      "v = 381514300.0982802 m / s > c, setting 1/gamma = 0\n",
+      "v = 366992419.5017067 m / s > c, setting 1/gamma = 0\n",
+      "v = 400849901.590139 m / s > c, setting 1/gamma = 0\n",
+      "v = 327724616.0796982 m / s > c, setting 1/gamma = 0\n",
+      "v = 360963472.0703442 m / s > c, setting 1/gamma = 0\n",
+      "v = 393235808.9448988 m / s > c, setting 1/gamma = 0\n",
+      "v = 443472351.36837 m / s > c, setting 1/gamma = 0\n",
+      "v = 346984442.3479445 m / s > c, setting 1/gamma = 0\n",
+      "v = 389103901.88338804 m / s > c, setting 1/gamma = 0\n",
+      "v = 511514865.25239944 m / s > c, setting 1/gamma = 0\n",
+      "v = 555722197.6519238 m / s > c, setting 1/gamma = 0\n",
+      "v = 320879606.97192407 m / s > c, setting 1/gamma = 0\n",
+      "v = 653049123.7682632 m / s > c, setting 1/gamma = 0\n",
+      "v = 531020416.90954655 m / s > c, setting 1/gamma = 0\n",
+      "v = 323455366.3398981 m / s > c, setting 1/gamma = 0\n",
+      "v = 372142685.16076654 m / s > c, setting 1/gamma = 0\n",
+      "v = 345317032.32590145 m / s > c, setting 1/gamma = 0\n",
+      "v = 319268573.4101826 m / s > c, setting 1/gamma = 0\n",
+      "v = 392182640.7310686 m / s > c, setting 1/gamma = 0\n",
+      "v = 433452903.47947115 m / s > c, setting 1/gamma = 0\n",
+      "v = 539680009.2332245 m / s > c, setting 1/gamma = 0\n",
+      "v = 513312713.2352735 m / s > c, setting 1/gamma = 0\n",
+      "v = 314452654.69694513 m / s > c, setting 1/gamma = 0\n",
+      "v = 307486725.77255666 m / s > c, setting 1/gamma = 0\n",
+      "v = 335448303.3991635 m / s > c, setting 1/gamma = 0\n",
+      "v = 378404850.49446183 m / s > c, setting 1/gamma = 0\n",
+      "v = 420889825.1526807 m / s > c, setting 1/gamma = 0\n",
+      "v = 477374843.2012294 m / s > c, setting 1/gamma = 0\n",
+      "v = 331264414.54603225 m / s > c, setting 1/gamma = 0\n",
+      "v = 371626089.63383025 m / s > c, setting 1/gamma = 0\n",
+      "v = 531946285.28687817 m / s > c, setting 1/gamma = 0\n",
+      "v = 528548518.5380789 m / s > c, setting 1/gamma = 0\n",
+      "v = 313437183.114718 m / s > c, setting 1/gamma = 0\n",
+      "v = 306275584.8598472 m / s > c, setting 1/gamma = 0\n",
+      "v = 340010498.3288634 m / s > c, setting 1/gamma = 0\n",
+      "v = 322098609.8532726 m / s > c, setting 1/gamma = 0\n",
+      "v = 368460920.8067948 m / s > c, setting 1/gamma = 0\n",
+      "v = 341301308.843591 m / s > c, setting 1/gamma = 0\n",
+      "v = 544072122.298442 m / s > c, setting 1/gamma = 0\n",
+      "v = 512746553.7232729 m / s > c, setting 1/gamma = 0\n",
+      "v = 299797382.5351069 m / s > c, setting 1/gamma = 0\n",
+      "v = 304877857.3189067 m / s > c, setting 1/gamma = 0\n",
+      "v = 368471114.0009329 m / s > c, setting 1/gamma = 0\n",
+      "v = 354373143.117177 m / s > c, setting 1/gamma = 0\n",
+      "v = 399657275.5169917 m / s > c, setting 1/gamma = 0\n",
+      "v = 309260324.0879305 m / s > c, setting 1/gamma = 0\n",
+      "v = 311347775.39897466 m / s > c, setting 1/gamma = 0\n",
+      "v = 669306323.7878257 m / s > c, setting 1/gamma = 0\n",
+      "v = 549782480.520356 m / s > c, setting 1/gamma = 0\n",
+      "v = 321350960.3696576 m / s > c, setting 1/gamma = 0\n",
+      "v = 468595522.01144266 m / s > c, setting 1/gamma = 0\n",
+      "v = 494488679.2921481 m / s > c, setting 1/gamma = 0\n",
+      "v = 320817214.00774556 m / s > c, setting 1/gamma = 0\n",
+      "v = 470721942.2274266 m / s > c, setting 1/gamma = 0\n",
+      "v = 482521083.61769414 m / s > c, setting 1/gamma = 0\n",
+      "v = 570394236.7907896 m / s > c, setting 1/gamma = 0\n",
+      "v = 543009460.4289064 m / s > c, setting 1/gamma = 0\n",
+      "v = 358678817.45131665 m / s > c, setting 1/gamma = 0\n",
+      "v = 396776913.87654626 m / s > c, setting 1/gamma = 0\n",
+      "v = 330068990.0432166 m / s > c, setting 1/gamma = 0\n",
+      "v = 388231859.5980853 m / s > c, setting 1/gamma = 0\n",
+      "v = 324121888.3362409 m / s > c, setting 1/gamma = 0\n",
+      "v = 701368471.0196309 m / s > c, setting 1/gamma = 0\n",
+      "v = 572817448.4285369 m / s > c, setting 1/gamma = 0\n",
+      "v = 311699575.0295619 m / s > c, setting 1/gamma = 0\n",
+      "v = 364205075.077739 m / s > c, setting 1/gamma = 0\n",
+      "v = 315047942.8498163 m / s > c, setting 1/gamma = 0\n",
+      "v = 364929211.73397356 m / s > c, setting 1/gamma = 0\n",
+      "v = 413642983.94470024 m / s > c, setting 1/gamma = 0\n",
+      "v = 332496739.3245596 m / s > c, setting 1/gamma = 0\n",
+      "v = 385893289.9021125 m / s > c, setting 1/gamma = 0\n",
+      "v = 317439464.41393965 m / s > c, setting 1/gamma = 0\n",
+      "v = 309470321.0612273 m / s > c, setting 1/gamma = 0\n",
+      "v = 371103896.6051328 m / s > c, setting 1/gamma = 0\n",
+      "v = 380465177.8478517 m / s > c, setting 1/gamma = 0\n",
+      "v = 438586041.7564487 m / s > c, setting 1/gamma = 0\n",
+      "v = 330635711.7707142 m / s > c, setting 1/gamma = 0\n",
+      "v = 310690340.6819779 m / s > c, setting 1/gamma = 0\n",
+      "v = 366910221.97502124 m / s > c, setting 1/gamma = 0\n",
+      "v = 333115003.5477776 m / s > c, setting 1/gamma = 0\n",
+      "v = 387466212.5728032 m / s > c, setting 1/gamma = 0\n",
+      "v = 453100293.89544606 m / s > c, setting 1/gamma = 0\n",
+      "v = 479333573.0196221 m / s > c, setting 1/gamma = 0\n",
+      "v = 435597320.2494307 m / s > c, setting 1/gamma = 0\n",
+      "v = 485147759.37368137 m / s > c, setting 1/gamma = 0\n",
+      "v = 306526056.517601 m / s > c, setting 1/gamma = 0\n",
+      "v = 359540404.89363635 m / s > c, setting 1/gamma = 0\n",
+      "v = 301536001.359853 m / s > c, setting 1/gamma = 0\n",
+      "v = 363443112.752656 m / s > c, setting 1/gamma = 0\n",
+      "v = 487809607.2170303 m / s > c, setting 1/gamma = 0\n",
+      "v = 534562872.06073093 m / s > c, setting 1/gamma = 0\n",
+      "v = 337568242.4493805 m / s > c, setting 1/gamma = 0\n",
+      "v = 392505255.66948944 m / s > c, setting 1/gamma = 0\n",
+      "v = 374864712.49047464 m / s > c, setting 1/gamma = 0\n",
+      "v = 436570085.87981683 m / s > c, setting 1/gamma = 0\n",
+      "v = 381338415.4441286 m / s > c, setting 1/gamma = 0\n",
+      "v = 854568788.252329 m / s > c, setting 1/gamma = 0\n",
+      "v = 700780344.3451962 m / s > c, setting 1/gamma = 0\n",
+      "v = 417658152.28339446 m / s > c, setting 1/gamma = 0\n",
+      "v = 469580521.78894854 m / s > c, setting 1/gamma = 0\n",
+      "v = 374868299.53989226 m / s > c, setting 1/gamma = 0\n",
+      "v = 430087069.425163 m / s > c, setting 1/gamma = 0\n",
+      "v = 350314473.35991865 m / s > c, setting 1/gamma = 0\n",
+      "v = 412182193.0124864 m / s > c, setting 1/gamma = 0\n",
+      "v = 458251355.6983187 m / s > c, setting 1/gamma = 0\n",
+      "v = 484682588.96980476 m / s > c, setting 1/gamma = 0\n",
+      "v = 306318732.75303054 m / s > c, setting 1/gamma = 0\n",
+      "v = 492886611.7668021 m / s > c, setting 1/gamma = 0\n",
+      "v = 532571647.6550378 m / s > c, setting 1/gamma = 0\n",
+      "v = 301448887.5130026 m / s > c, setting 1/gamma = 0\n",
+      "v = 529079883.991015 m / s > c, setting 1/gamma = 0\n",
+      "v = 555405751.7291247 m / s > c, setting 1/gamma = 0\n",
+      "v = 303687323.90759754 m / s > c, setting 1/gamma = 0\n",
+      "v = 328249381.94769615 m / s > c, setting 1/gamma = 0\n",
+      "v = 301111455.3679155 m / s > c, setting 1/gamma = 0\n",
+      "v = 358546228.09834045 m / s > c, setting 1/gamma = 0\n",
+      "v = 324944424.3021314 m / s > c, setting 1/gamma = 0\n",
+      "v = 376925732.9180533 m / s > c, setting 1/gamma = 0\n",
+      "v = 307744385.67355037 m / s > c, setting 1/gamma = 0\n",
+      "v = 341758272.9794044 m / s > c, setting 1/gamma = 0\n",
+      "v = 380800968.5301572 m / s > c, setting 1/gamma = 0\n",
+      "v = 438263726.8322595 m / s > c, setting 1/gamma = 0\n",
+      "v = 306147444.97397256 m / s > c, setting 1/gamma = 0\n",
+      "v = 335019335.6381251 m / s > c, setting 1/gamma = 0\n",
+      "v = 600892975.2073567 m / s > c, setting 1/gamma = 0\n",
+      "v = 596362713.348697 m / s > c, setting 1/gamma = 0\n",
+      "v = 309355691.21701396 m / s > c, setting 1/gamma = 0\n",
+      "v = 337036814.91324013 m / s > c, setting 1/gamma = 0\n",
+      "v = 308789494.3101327 m / s > c, setting 1/gamma = 0\n",
+      "v = 360824246.7320808 m / s > c, setting 1/gamma = 0\n",
+      "v = 310389291.0938016 m / s > c, setting 1/gamma = 0\n",
+      "v = 326294337.57621753 m / s > c, setting 1/gamma = 0\n",
+      "v = 355620458.4067649 m / s > c, setting 1/gamma = 0\n",
+      "v = 512818632.8462856 m / s > c, setting 1/gamma = 0\n",
+      "v = 545868036.1321942 m / s > c, setting 1/gamma = 0\n",
+      "v = 536956567.779052 m / s > c, setting 1/gamma = 0\n",
+      "v = 494948644.93347394 m / s > c, setting 1/gamma = 0\n",
+      "v = 390314192.005356 m / s > c, setting 1/gamma = 0\n",
+      "v = 438709822.9048092 m / s > c, setting 1/gamma = 0\n",
+      "v = 369867921.86627966 m / s > c, setting 1/gamma = 0\n",
+      "v = 404516430.2590837 m / s > c, setting 1/gamma = 0\n",
+      "v = 391879080.8055129 m / s > c, setting 1/gamma = 0\n",
+      "v = 466038441.91686606 m / s > c, setting 1/gamma = 0\n",
+      "v = 342794381.3067347 m / s > c, setting 1/gamma = 0\n",
+      "v = 416824084.57966006 m / s > c, setting 1/gamma = 0\n",
+      "v = 379234846.3599118 m / s > c, setting 1/gamma = 0\n",
+      "v = 458012165.85715646 m / s > c, setting 1/gamma = 0\n",
+      "v = 346621563.92610335 m / s > c, setting 1/gamma = 0\n",
+      "v = 806974853.7680665 m / s > c, setting 1/gamma = 0\n",
+      "v = 683703641.6271962 m / s > c, setting 1/gamma = 0\n",
+      "v = 366374838.0596025 m / s > c, setting 1/gamma = 0\n",
+      "v = 419096549.02974695 m / s > c, setting 1/gamma = 0\n",
+      "v = 313816387.2204517 m / s > c, setting 1/gamma = 0\n",
+      "v = 353412180.0600427 m / s > c, setting 1/gamma = 0\n",
+      "v = 647552428.5737926 m / s > c, setting 1/gamma = 0\n",
+      "v = 644506690.2481617 m / s > c, setting 1/gamma = 0\n",
+      "v = 300781719.563919 m / s > c, setting 1/gamma = 0\n",
+      "v = 339707203.21205986 m / s > c, setting 1/gamma = 0\n",
+      "v = 392279037.7668364 m / s > c, setting 1/gamma = 0\n",
+      "v = 442720968.20047534 m / s > c, setting 1/gamma = 0\n",
+      "v = 300722206.5989122 m / s > c, setting 1/gamma = 0\n",
+      "v = 326838471.40423864 m / s > c, setting 1/gamma = 0\n",
+      "v = 411799735.95015174 m / s > c, setting 1/gamma = 0\n",
+      "v = 464140304.00291896 m / s > c, setting 1/gamma = 0\n",
+      "v = 420738227.2094357 m / s > c, setting 1/gamma = 0\n",
+      "v = 455845917.9778691 m / s > c, setting 1/gamma = 0\n",
+      "v = 314817593.45495516 m / s > c, setting 1/gamma = 0\n",
+      "v = 338100509.3205584 m / s > c, setting 1/gamma = 0\n",
+      "v = 382422039.8714793 m / s > c, setting 1/gamma = 0\n",
+      "v = 416818522.39459836 m / s > c, setting 1/gamma = 0\n",
+      "v = 421478155.76540613 m / s > c, setting 1/gamma = 0\n",
+      "v = 470104994.0869307 m / s > c, setting 1/gamma = 0\n",
+      "v = 314527230.4388528 m / s > c, setting 1/gamma = 0\n",
+      "v = 396797313.795371 m / s > c, setting 1/gamma = 0\n",
+      "v = 450137014.533523 m / s > c, setting 1/gamma = 0\n",
+      "v = 303750203.2102475 m / s > c, setting 1/gamma = 0\n",
+      "v = 571494248.8821377 m / s > c, setting 1/gamma = 0\n",
+      "v = 594774165.9503306 m / s > c, setting 1/gamma = 0\n",
+      "v = 474814863.090365 m / s > c, setting 1/gamma = 0\n",
+      "v = 552894859.8285846 m / s > c, setting 1/gamma = 0\n",
+      "v = 409969345.54476655 m / s > c, setting 1/gamma = 0\n",
+      "v = 475980698.1298305 m / s > c, setting 1/gamma = 0\n",
+      "v = 419666341.84683496 m / s > c, setting 1/gamma = 0\n",
+      "v = 1233939607.7320282 m / s > c, setting 1/gamma = 0\n",
+      "v = 1087332963.5205448 m / s > c, setting 1/gamma = 0\n",
+      "v = 432636744.209315 m / s > c, setting 1/gamma = 0\n",
+      "v = 492312068.179713 m / s > c, setting 1/gamma = 0\n",
+      "v = 467415948.3927056 m / s > c, setting 1/gamma = 0\n",
+      "v = 535886773.75026333 m / s > c, setting 1/gamma = 0\n",
+      "v = 315680561.61522615 m / s > c, setting 1/gamma = 0\n",
+      "v = 477593872.9312513 m / s > c, setting 1/gamma = 0\n",
+      "v = 526217690.7259903 m / s > c, setting 1/gamma = 0\n",
+      "v = 382647206.0494056 m / s > c, setting 1/gamma = 0\n",
+      "v = 420805868.7930266 m / s > c, setting 1/gamma = 0\n",
+      "v = 307657261.3725053 m / s > c, setting 1/gamma = 0\n",
+      "v = 331542712.522128 m / s > c, setting 1/gamma = 0\n",
+      "v = 379346762.944041 m / s > c, setting 1/gamma = 0\n",
+      "v = 431173233.2331907 m / s > c, setting 1/gamma = 0\n",
+      "v = 404527559.7285303 m / s > c, setting 1/gamma = 0\n",
+      "v = 419854263.7139054 m / s > c, setting 1/gamma = 0\n",
+      "v = 390378755.127889 m / s > c, setting 1/gamma = 0\n",
+      "v = 437706364.2389017 m / s > c, setting 1/gamma = 0\n",
+      "v = 303943895.82793367 m / s > c, setting 1/gamma = 0\n",
+      "v = 325874986.3061334 m / s > c, setting 1/gamma = 0\n",
+      "v = 325201854.7287346 m / s > c, setting 1/gamma = 0\n",
+      "v = 368939324.63500357 m / s > c, setting 1/gamma = 0\n",
+      "v = 343866044.24743253 m / s > c, setting 1/gamma = 0\n",
+      "v = 358870710.34482956 m / s > c, setting 1/gamma = 0\n",
+      "v = 485102629.5619667 m / s > c, setting 1/gamma = 0\n",
+      "v = 510858512.2243696 m / s > c, setting 1/gamma = 0\n",
+      "v = 505555037.27441424 m / s > c, setting 1/gamma = 0\n",
+      "v = 548679100.9444557 m / s > c, setting 1/gamma = 0\n",
+      "v = 400042679.526596 m / s > c, setting 1/gamma = 0\n",
+      "v = 446351966.2868917 m / s > c, setting 1/gamma = 0\n",
+      "v = 305632980.58437335 m / s > c, setting 1/gamma = 0\n",
+      "v = 318291890.7408657 m / s > c, setting 1/gamma = 0\n",
+      "v = 321896802.27661604 m / s > c, setting 1/gamma = 0\n",
+      "v = 385060853.6196008 m / s > c, setting 1/gamma = 0\n",
+      "v = 380635068.9873298 m / s > c, setting 1/gamma = 0\n",
+      "v = 452197532.0574713 m / s > c, setting 1/gamma = 0\n",
+      "v = 341318667.2858296 m / s > c, setting 1/gamma = 0\n",
+      "v = 380625695.24568284 m / s > c, setting 1/gamma = 0\n",
+      "v = 365430630.8880092 m / s > c, setting 1/gamma = 0\n",
+      "v = 374395778.94295865 m / s > c, setting 1/gamma = 0\n",
+      "v = 318935025.9159109 m / s > c, setting 1/gamma = 0\n",
+      "v = 361755455.6779852 m / s > c, setting 1/gamma = 0\n",
+      "v = 429140429.6505277 m / s > c, setting 1/gamma = 0\n",
+      "v = 359539812.0719789 m / s > c, setting 1/gamma = 0\n",
+      "v = 435814859.8033456 m / s > c, setting 1/gamma = 0\n",
+      "v = 383167497.8540503 m / s > c, setting 1/gamma = 0\n",
+      "v = 930025847.6741201 m / s > c, setting 1/gamma = 0\n",
+      "v = 790238243.6247278 m / s > c, setting 1/gamma = 0\n",
+      "v = 341202341.84509397 m / s > c, setting 1/gamma = 0\n",
+      "v = 391532358.96650225 m / s > c, setting 1/gamma = 0\n",
+      "v = 327203807.82000107 m / s > c, setting 1/gamma = 0\n",
+      "v = 818086263.3080997 m / s > c, setting 1/gamma = 0\n",
+      "v = 697781719.5797861 m / s > c, setting 1/gamma = 0\n",
+      "v = 482873648.22560924 m / s > c, setting 1/gamma = 0\n",
+      "v = 503396267.62199086 m / s > c, setting 1/gamma = 0\n",
+      "v = 316790162.7176595 m / s > c, setting 1/gamma = 0\n",
+      "v = 357892330.1750272 m / s > c, setting 1/gamma = 0\n",
+      "v = 349434744.594223 m / s > c, setting 1/gamma = 0\n",
+      "v = 384476751.6872053 m / s > c, setting 1/gamma = 0\n",
+      "v = 313675978.7647032 m / s > c, setting 1/gamma = 0\n",
+      "v = 325877527.6298137 m / s > c, setting 1/gamma = 0\n",
+      "v = 326202360.7010526 m / s > c, setting 1/gamma = 0\n",
+      "v = 372116173.18849486 m / s > c, setting 1/gamma = 0\n",
+      "v = 400830860.8598856 m / s > c, setting 1/gamma = 0\n",
+      "v = 320880325.7230919 m / s > c, setting 1/gamma = 0\n",
+      "v = 394025652.4545057 m / s > c, setting 1/gamma = 0\n",
+      "v = 303400415.4259261 m / s > c, setting 1/gamma = 0\n",
+      "v = 366584740.4025486 m / s > c, setting 1/gamma = 0\n",
+      "v = 643878322.9881701 m / s > c, setting 1/gamma = 0\n",
+      "v = 641948604.7345121 m / s > c, setting 1/gamma = 0\n",
+      "v = 357178526.34403926 m / s > c, setting 1/gamma = 0\n",
+      "v = 408745278.8304719 m / s > c, setting 1/gamma = 0\n",
+      "v = 319787399.5219374 m / s > c, setting 1/gamma = 0\n",
+      "v = 318069409.5556649 m / s > c, setting 1/gamma = 0\n",
+      "v = 315077846.4815358 m / s > c, setting 1/gamma = 0\n",
+      "v = 423751271.64547455 m / s > c, setting 1/gamma = 0\n",
+      "v = 1141974408.4090035 m / s > c, setting 1/gamma = 0\n",
+      "v = 1001415947.9335897 m / s > c, setting 1/gamma = 0\n",
+      "v = 563923735.3658165 m / s > c, setting 1/gamma = 0\n",
+      "v = 539431136.3088348 m / s > c, setting 1/gamma = 0\n",
+      "v = 303645334.23077977 m / s > c, setting 1/gamma = 0\n",
+      "v = 422247735.3324901 m / s > c, setting 1/gamma = 0\n",
+      "v = 476389645.0296953 m / s > c, setting 1/gamma = 0\n",
+      "v = 355082452.5638152 m / s > c, setting 1/gamma = 0\n",
+      "v = 396929976.6522588 m / s > c, setting 1/gamma = 0\n",
+      "v = 430074680.74394137 m / s > c, setting 1/gamma = 0\n",
+      "v = 461305806.53338623 m / s > c, setting 1/gamma = 0\n",
+      "v = 335735472.67310154 m / s > c, setting 1/gamma = 0\n",
+      "v = 404168557.7541011 m / s > c, setting 1/gamma = 0\n",
+      "v = 314452272.993214 m / s > c, setting 1/gamma = 0\n",
+      "v = 340534006.9981006 m / s > c, setting 1/gamma = 0\n",
+      "v = 301883337.78246266 m / s > c, setting 1/gamma = 0\n",
+      "v = 317991200.636234 m / s > c, setting 1/gamma = 0\n",
+      "v = 376428711.83970493 m / s > c, setting 1/gamma = 0\n",
+      "v = 328331374.25012845 m / s > c, setting 1/gamma = 0\n",
+      "v = 520752748.5203261 m / s > c, setting 1/gamma = 0\n",
+      "v = 553898812.0430536 m / s > c, setting 1/gamma = 0\n",
+      "v = 619272397.2386582 m / s > c, setting 1/gamma = 0\n",
+      "v = 662389268.0432589 m / s > c, setting 1/gamma = 0\n",
+      "v = 309722424.25501627 m / s > c, setting 1/gamma = 0\n",
+      "v = 326369783.4722588 m / s > c, setting 1/gamma = 0\n",
+      "v = 314401442.64564013 m / s > c, setting 1/gamma = 0\n",
+      "v = 324489692.7961043 m / s > c, setting 1/gamma = 0\n",
+      "v = 385044560.1326864 m / s > c, setting 1/gamma = 0\n",
+      "v = 359663714.9344303 m / s > c, setting 1/gamma = 0\n",
+      "v = 393379248.7386193 m / s > c, setting 1/gamma = 0\n",
+      "v = 314015224.35063857 m / s > c, setting 1/gamma = 0\n",
+      "v = 313947047.5513289 m / s > c, setting 1/gamma = 0\n",
+      "v = 382426702.8818021 m / s > c, setting 1/gamma = 0\n",
+      "v = 301091117.8893501 m / s > c, setting 1/gamma = 0\n",
+      "v = 396077666.6145184 m / s > c, setting 1/gamma = 0\n",
+      "v = 992702558.0164713 m / s > c, setting 1/gamma = 0\n",
+      "v = 863183092.1401169 m / s > c, setting 1/gamma = 0\n",
+      "v = 302090322.2267201 m / s > c, setting 1/gamma = 0\n",
+      "v = 482682663.55853677 m / s > c, setting 1/gamma = 0\n",
+      "v = 537800333.9631499 m / s > c, setting 1/gamma = 0\n",
+      "v = 312617717.3205067 m / s > c, setting 1/gamma = 0\n",
+      "v = 310577630.48461443 m / s > c, setting 1/gamma = 0\n",
+      "v = 308359814.4771965 m / s > c, setting 1/gamma = 0\n",
+      "v = 335993533.14199877 m / s > c, setting 1/gamma = 0\n",
+      "v = 307966482.1544421 m / s > c, setting 1/gamma = 0\n",
+      "v = 355114034.2673605 m / s > c, setting 1/gamma = 0\n",
+      "v = 423502795.8799499 m / s > c, setting 1/gamma = 0\n",
+      "v = 440437551.45158184 m / s > c, setting 1/gamma = 0\n",
+      "v = 501505372.25982624 m / s > c, setting 1/gamma = 0\n",
+      "v = 399657357.83985543 m / s > c, setting 1/gamma = 0\n",
+      "v = 1139493529.405865 m / s > c, setting 1/gamma = 0\n",
+      "v = 1005633892.8980545 m / s > c, setting 1/gamma = 0\n",
+      "v = 315721514.66211104 m / s > c, setting 1/gamma = 0\n",
+      "v = 357519555.7009539 m / s > c, setting 1/gamma = 0\n",
+      "v = 579583047.697458 m / s > c, setting 1/gamma = 0\n",
+      "v = 608123360.5324643 m / s > c, setting 1/gamma = 0\n",
+      "v = 373592738.529487 m / s > c, setting 1/gamma = 0\n",
+      "v = 424354990.0448806 m / s > c, setting 1/gamma = 0\n",
+      "v = 410888217.60627615 m / s > c, setting 1/gamma = 0\n",
+      "v = 477185849.7973168 m / s > c, setting 1/gamma = 0\n",
+      "v = 480998771.5057308 m / s > c, setting 1/gamma = 0\n",
+      "v = 545024952.3631065 m / s > c, setting 1/gamma = 0\n",
+      "v = 327140603.1789526 m / s > c, setting 1/gamma = 0\n",
+      "v = 373089533.59548795 m / s > c, setting 1/gamma = 0\n",
+      "v = 302916765.04047525 m / s > c, setting 1/gamma = 0\n",
+      "v = 765458279.560805 m / s > c, setting 1/gamma = 0\n",
+      "v = 660181185.9383206 m / s > c, setting 1/gamma = 0\n",
+      "v = 326710302.6410806 m / s > c, setting 1/gamma = 0\n",
+      "v = 354672830.6773155 m / s > c, setting 1/gamma = 0\n",
+      "v = 328423260.8419363 m / s > c, setting 1/gamma = 0\n",
+      "v = 392413129.1832561 m / s > c, setting 1/gamma = 0\n",
+      "v = 369187911.25921154 m / s > c, setting 1/gamma = 0\n",
+      "v = 431516257.1678943 m / s > c, setting 1/gamma = 0\n",
+      "v = 303909440.8736244 m / s > c, setting 1/gamma = 0\n",
+      "v = 786488176.3056941 m / s > c, setting 1/gamma = 0\n",
+      "v = 672243530.1609741 m / s > c, setting 1/gamma = 0\n",
+      "v = 371996424.71557677 m / s > c, setting 1/gamma = 0\n",
+      "v = 402739047.43983424 m / s > c, setting 1/gamma = 0\n",
+      "v = 443916202.69426215 m / s > c, setting 1/gamma = 0\n",
+      "v = 461033204.69533086 m / s > c, setting 1/gamma = 0\n",
+      "v = 391938853.28225046 m / s > c, setting 1/gamma = 0\n",
+      "v = 419873852.9826103 m / s > c, setting 1/gamma = 0\n",
+      "v = 308571936.9941896 m / s > c, setting 1/gamma = 0\n",
+      "v = 614863306.8362336 m / s > c, setting 1/gamma = 0\n",
+      "v = 509709652.98270845 m / s > c, setting 1/gamma = 0\n",
+      "v = 312053534.9900525 m / s > c, setting 1/gamma = 0\n",
+      "v = 311478667.1810485 m / s > c, setting 1/gamma = 0\n",
+      "v = 330090939.51312 m / s > c, setting 1/gamma = 0\n",
+      "v = 877885837.359963 m / s > c, setting 1/gamma = 0\n",
+      "v = 768551987.8096145 m / s > c, setting 1/gamma = 0\n",
+      "v = 408340789.55288917 m / s > c, setting 1/gamma = 0\n",
+      "v = 435489810.9451812 m / s > c, setting 1/gamma = 0\n",
+      "v = 340689342.9811588 m / s > c, setting 1/gamma = 0\n",
+      "v = 375641979.3181244 m / s > c, setting 1/gamma = 0\n",
+      "v = 349216666.72204715 m / s > c, setting 1/gamma = 0\n",
+      "v = 414326368.1673873 m / s > c, setting 1/gamma = 0\n",
+      "v = 337369005.07692957 m / s > c, setting 1/gamma = 0\n",
+      "v = 408822403.44764435 m / s > c, setting 1/gamma = 0\n",
+      "v = 427173447.75850236 m / s > c, setting 1/gamma = 0\n",
+      "v = 470968573.66230184 m / s > c, setting 1/gamma = 0\n",
+      "v = 351216950.25922835 m / s > c, setting 1/gamma = 0\n",
+      "v = 425114085.77814853 m / s > c, setting 1/gamma = 0\n",
+      "v = 311115291.1616119 m / s > c, setting 1/gamma = 0\n",
+      "v = 302946308.3788157 m / s > c, setting 1/gamma = 0\n",
+      "v = 509526401.9978775 m / s > c, setting 1/gamma = 0\n",
+      "v = 560931036.278972 m / s > c, setting 1/gamma = 0\n",
+      "v = 302135702.9266295 m / s > c, setting 1/gamma = 0\n",
+      "v = 334578950.4373181 m / s > c, setting 1/gamma = 0\n",
+      "v = 354442647.70365477 m / s > c, setting 1/gamma = 0\n",
+      "v = 391168328.49004084 m / s > c, setting 1/gamma = 0\n",
+      "v = 466008024.0748114 m / s > c, setting 1/gamma = 0\n",
+      "v = 301624813.24749845 m / s > c, setting 1/gamma = 0\n",
+      "v = 443556792.0279881 m / s > c, setting 1/gamma = 0\n",
+      "v = 508531105.0522807 m / s > c, setting 1/gamma = 0\n",
+      "v = 358666248.7980919 m / s > c, setting 1/gamma = 0\n",
+      "v = 310404260.92228895 m / s > c, setting 1/gamma = 0\n",
+      "v = 354568741.6536704 m / s > c, setting 1/gamma = 0\n",
+      "v = 431901660.91767144 m / s > c, setting 1/gamma = 0\n",
+      "v = 307181599.97630095 m / s > c, setting 1/gamma = 0\n",
+      "v = 337322456.5184974 m / s > c, setting 1/gamma = 0\n",
+      "v = 304310365.19369763 m / s > c, setting 1/gamma = 0\n",
+      "v = 300317028.341465 m / s > c, setting 1/gamma = 0\n",
+      "v = 311628562.03620523 m / s > c, setting 1/gamma = 0\n",
+      "v = 340548483.79648614 m / s > c, setting 1/gamma = 0\n",
+      "v = 302605544.78438187 m / s > c, setting 1/gamma = 0\n",
+      "v = 344909806.2732432 m / s > c, setting 1/gamma = 0\n",
+      "v = 379948110.0297788 m / s > c, setting 1/gamma = 0\n",
+      "v = 436105508.9288905 m / s > c, setting 1/gamma = 0\n",
+      "v = 304418740.50142366 m / s > c, setting 1/gamma = 0\n",
+      "v = 374685640.59385777 m / s > c, setting 1/gamma = 0\n",
+      "v = 345370529.57243407 m / s > c, setting 1/gamma = 0\n",
+      "v = 386658379.66475683 m / s > c, setting 1/gamma = 0\n",
+      "v = 413188269.9205831 m / s > c, setting 1/gamma = 0\n",
+      "v = 1108342212.52641 m / s > c, setting 1/gamma = 0\n",
+      "v = 976964955.845989 m / s > c, setting 1/gamma = 0\n",
+      "v = 301540241.426796 m / s > c, setting 1/gamma = 0\n",
+      "v = 605386733.1078176 m / s > c, setting 1/gamma = 0\n",
+      "v = 565549390.0205237 m / s > c, setting 1/gamma = 0\n",
+      "v = 303054180.09438664 m / s > c, setting 1/gamma = 0\n",
+      "v = 657236550.514258 m / s > c, setting 1/gamma = 0\n",
+      "v = 563493049.5424422 m / s > c, setting 1/gamma = 0\n",
+      "v = 339083566.5722605 m / s > c, setting 1/gamma = 0\n",
+      "v = 746278426.6201428 m / s > c, setting 1/gamma = 0\n",
+      "v = 616991169.1195225 m / s > c, setting 1/gamma = 0\n",
+      "v = 318673254.74344015 m / s > c, setting 1/gamma = 0\n",
+      "v = 351537234.64482546 m / s > c, setting 1/gamma = 0\n",
+      "v = 370700176.9891335 m / s > c, setting 1/gamma = 0\n",
+      "v = 581843650.1388668 m / s > c, setting 1/gamma = 0\n",
+      "v = 595831916.6482389 m / s > c, setting 1/gamma = 0\n",
+      "v = 505039223.78326726 m / s > c, setting 1/gamma = 0\n",
+      "v = 556332049.2729934 m / s > c, setting 1/gamma = 0\n",
+      "v = 303038538.13627464 m / s > c, setting 1/gamma = 0\n",
+      "v = 302519001.05401504 m / s > c, setting 1/gamma = 0\n",
+      "v = 314532707.5781094 m / s > c, setting 1/gamma = 0\n",
+      "v = 305188079.4082279 m / s > c, setting 1/gamma = 0\n",
+      "v = 338267679.36217284 m / s > c, setting 1/gamma = 0\n",
+      "v = 350815029.25937045 m / s > c, setting 1/gamma = 0\n",
+      "v = 413269872.51594585 m / s > c, setting 1/gamma = 0\n",
+      "v = 305824257.41294295 m / s > c, setting 1/gamma = 0\n",
+      "v = 545736956.8519069 m / s > c, setting 1/gamma = 0\n",
+      "v = 513488336.7054343 m / s > c, setting 1/gamma = 0\n",
+      "v = 339620255.858896 m / s > c, setting 1/gamma = 0\n",
+      "v = 359424384.3920824 m / s > c, setting 1/gamma = 0\n",
+      "v = 381688463.2762323 m / s > c, setting 1/gamma = 0\n",
+      "v = 334355932.79205316 m / s > c, setting 1/gamma = 0\n",
+      "v = 382995868.9752499 m / s > c, setting 1/gamma = 0\n",
+      "v = 304273039.04557556 m / s > c, setting 1/gamma = 0\n",
+      "v = 320870934.55990523 m / s > c, setting 1/gamma = 0\n",
+      "v = 341595474.8793627 m / s > c, setting 1/gamma = 0\n",
+      "v = 559078109.7366985 m / s > c, setting 1/gamma = 0\n",
+      "v = 565200786.4142826 m / s > c, setting 1/gamma = 0\n",
+      "v = 353070467.9388957 m / s > c, setting 1/gamma = 0\n",
+      "v = 414007539.1173648 m / s > c, setting 1/gamma = 0\n",
+      "v = 313736201.2117196 m / s > c, setting 1/gamma = 0\n",
+      "v = 409686683.6308184 m / s > c, setting 1/gamma = 0\n",
+      "v = 481085261.86163276 m / s > c, setting 1/gamma = 0\n",
+      "v = 333863210.01549184 m / s > c, setting 1/gamma = 0\n",
+      "v = 505158008.7735925 m / s > c, setting 1/gamma = 0\n",
+      "v = 1287586306.1184626 m / s > c, setting 1/gamma = 0\n",
+      "v = 1105017705.1819208 m / s > c, setting 1/gamma = 0\n",
+      "v = 318100489.9918359 m / s > c, setting 1/gamma = 0\n",
+      "v = 342025540.84882647 m / s > c, setting 1/gamma = 0\n",
+      "v = 381555668.31741816 m / s > c, setting 1/gamma = 0\n",
+      "v = 415528116.55503845 m / s > c, setting 1/gamma = 0\n",
+      "v = 326930057.3364063 m / s > c, setting 1/gamma = 0\n",
+      "v = 317726112.102229 m / s > c, setting 1/gamma = 0\n",
+      "v = 349468440.8730111 m / s > c, setting 1/gamma = 0\n",
+      "v = 425935497.13129014 m / s > c, setting 1/gamma = 0\n",
+      "v = 452553520.4466568 m / s > c, setting 1/gamma = 0\n",
+      "v = 530161668.5393528 m / s > c, setting 1/gamma = 0\n",
+      "v = 574270990.3616973 m / s > c, setting 1/gamma = 0\n",
+      "v = 344486097.53119564 m / s > c, setting 1/gamma = 0\n",
+      "v = 385257577.1662221 m / s > c, setting 1/gamma = 0\n",
+      "v = 572668500.6145297 m / s > c, setting 1/gamma = 0\n",
+      "v = 539456367.5634637 m / s > c, setting 1/gamma = 0\n",
+      "v = 334493447.1362263 m / s > c, setting 1/gamma = 0\n",
+      "v = 377845366.33320224 m / s > c, setting 1/gamma = 0\n",
+      "v = 370884931.53294903 m / s > c, setting 1/gamma = 0\n",
+      "v = 394061187.4435349 m / s > c, setting 1/gamma = 0\n",
+      "v = 311597973.88845193 m / s > c, setting 1/gamma = 0\n",
+      "v = 435670879.0767033 m / s > c, setting 1/gamma = 0\n",
+      "v = 477298934.44239336 m / s > c, setting 1/gamma = 0\n",
+      "v = 342255285.29391456 m / s > c, setting 1/gamma = 0\n",
+      "v = 388850663.6899593 m / s > c, setting 1/gamma = 0\n",
+      "v = 310843656.01762414 m / s > c, setting 1/gamma = 0\n",
+      "v = 455469607.82284284 m / s > c, setting 1/gamma = 0\n",
+      "v = 488000628.77488375 m / s > c, setting 1/gamma = 0\n",
+      "v = 372109776.09884375 m / s > c, setting 1/gamma = 0\n",
+      "v = 417667141.7819773 m / s > c, setting 1/gamma = 0\n",
+      "v = 323390250.3075776 m / s > c, setting 1/gamma = 0\n",
+      "v = 386313126.89669573 m / s > c, setting 1/gamma = 0\n",
+      "v = 325988244.9109297 m / s > c, setting 1/gamma = 0\n",
+      "v = 368510322.8392737 m / s > c, setting 1/gamma = 0\n",
+      "v = 345151027.1034609 m / s > c, setting 1/gamma = 0\n",
+      "v = 374413886.1685683 m / s > c, setting 1/gamma = 0\n",
+      "v = 372526898.6222171 m / s > c, setting 1/gamma = 0\n",
+      "v = 429382234.28435886 m / s > c, setting 1/gamma = 0\n",
+      "v = 353301649.77678394 m / s > c, setting 1/gamma = 0\n",
+      "v = 368363989.23415023 m / s > c, setting 1/gamma = 0\n",
+      "v = 314960930.2675768 m / s > c, setting 1/gamma = 0\n",
+      "v = 378546504.2929227 m / s > c, setting 1/gamma = 0\n",
+      "v = 421208717.3192044 m / s > c, setting 1/gamma = 0\n",
+      "v = 345285074.5338438 m / s > c, setting 1/gamma = 0\n",
+      "v = 399412590.08637893 m / s > c, setting 1/gamma = 0\n",
+      "v = 338622557.5296519 m / s > c, setting 1/gamma = 0\n",
+      "v = 394493653.21467286 m / s > c, setting 1/gamma = 0\n",
+      "v = 319439209.63780534 m / s > c, setting 1/gamma = 0\n",
+      "v = 365707097.45323485 m / s > c, setting 1/gamma = 0\n",
+      "v = 424217364.52440894 m / s > c, setting 1/gamma = 0\n",
+      "v = 482177040.69988173 m / s > c, setting 1/gamma = 0\n",
+      "v = 301138113.9992147 m / s > c, setting 1/gamma = 0\n",
+      "v = 301320414.6245547 m / s > c, setting 1/gamma = 0\n",
+      "v = 340831387.82264924 m / s > c, setting 1/gamma = 0\n",
+      "v = 547990863.7496071 m / s > c, setting 1/gamma = 0\n",
+      "v = 511591499.0274622 m / s > c, setting 1/gamma = 0\n",
+      "v = 307812461.46076316 m / s > c, setting 1/gamma = 0\n",
+      "v = 364621413.00243723 m / s > c, setting 1/gamma = 0\n",
+      "v = 316055331.3981353 m / s > c, setting 1/gamma = 0\n",
+      "v = 355752860.28667355 m / s > c, setting 1/gamma = 0\n",
+      "v = 539041993.97154 m / s > c, setting 1/gamma = 0\n",
+      "v = 517000246.1685317 m / s > c, setting 1/gamma = 0\n",
+      "v = 306159921.01791495 m / s > c, setting 1/gamma = 0\n",
+      "v = 364947719.3496446 m / s > c, setting 1/gamma = 0\n",
+      "v = 322698146.139402 m / s > c, setting 1/gamma = 0\n",
+      "v = 354592296.69383943 m / s > c, setting 1/gamma = 0\n",
+      "v = 333233751.8483338 m / s > c, setting 1/gamma = 0\n",
+      "v = 512555578.9639118 m / s > c, setting 1/gamma = 0\n",
+      "v = 551454326.3839425 m / s > c, setting 1/gamma = 0\n",
+      "v = 363440746.93534523 m / s > c, setting 1/gamma = 0\n",
+      "v = 406928107.3572687 m / s > c, setting 1/gamma = 0\n",
+      "v = 517535352.50904113 m / s > c, setting 1/gamma = 0\n",
+      "v = 520813467.03844774 m / s > c, setting 1/gamma = 0\n",
+      "v = 302316287.62822473 m / s > c, setting 1/gamma = 0\n",
+      "v = 317511896.2154498 m / s > c, setting 1/gamma = 0\n",
+      "v = 483590369.6245776 m / s > c, setting 1/gamma = 0\n",
+      "v = 499339940.0527801 m / s > c, setting 1/gamma = 0\n",
+      "v = 358121871.7775961 m / s > c, setting 1/gamma = 0\n",
+      "v = 404166352.3478715 m / s > c, setting 1/gamma = 0\n",
+      "v = 340842703.2501745 m / s > c, setting 1/gamma = 0\n",
+      "v = 309653803.60178316 m / s > c, setting 1/gamma = 0\n",
+      "v = 357722294.66317934 m / s > c, setting 1/gamma = 0\n",
+      "v = 320320043.217151 m / s > c, setting 1/gamma = 0\n",
+      "v = 380819888.4649812 m / s > c, setting 1/gamma = 0\n",
+      "v = 332101668.16523 m / s > c, setting 1/gamma = 0\n",
+      "v = 381678738.6685201 m / s > c, setting 1/gamma = 0\n",
+      "v = 369389318.26367795 m / s > c, setting 1/gamma = 0\n",
+      "v = 417250791.7991096 m / s > c, setting 1/gamma = 0\n",
+      "v = 396093009.2713811 m / s > c, setting 1/gamma = 0\n",
+      "v = 449534697.4232577 m / s > c, setting 1/gamma = 0\n",
+      "v = 312381880.9549354 m / s > c, setting 1/gamma = 0\n",
+      "v = 371290738.51012486 m / s > c, setting 1/gamma = 0\n",
+      "v = 316076406.23012465 m / s > c, setting 1/gamma = 0\n",
+      "v = 375885688.1645447 m / s > c, setting 1/gamma = 0\n",
+      "v = 434658690.1007843 m / s > c, setting 1/gamma = 0\n",
+      "v = 338004612.63790005 m / s > c, setting 1/gamma = 0\n",
+      "v = 384316191.33739 m / s > c, setting 1/gamma = 0\n",
+      "v = 336805434.8537438 m / s > c, setting 1/gamma = 0\n",
+      "v = 381093864.8921504 m / s > c, setting 1/gamma = 0\n",
+      "v = 345192817.8096786 m / s > c, setting 1/gamma = 0\n",
+      "v = 304720919.60161436 m / s > c, setting 1/gamma = 0\n",
+      "v = 381067466.96085644 m / s > c, setting 1/gamma = 0\n",
+      "v = 437184401.05050904 m / s > c, setting 1/gamma = 0\n",
+      "v = 353281596.62875545 m / s > c, setting 1/gamma = 0\n",
+      "v = 403384470.18789726 m / s > c, setting 1/gamma = 0\n",
+      "v = 339436498.5166744 m / s > c, setting 1/gamma = 0\n",
+      "v = 395854936.1981976 m / s > c, setting 1/gamma = 0\n",
+      "v = 316073765.9979987 m / s > c, setting 1/gamma = 0\n",
+      "v = 325700439.02541655 m / s > c, setting 1/gamma = 0\n",
+      "v = 385297057.6265711 m / s > c, setting 1/gamma = 0\n",
+      "v = 320999324.6048895 m / s > c, setting 1/gamma = 0\n",
+      "v = 369829045.0364249 m / s > c, setting 1/gamma = 0\n",
+      "v = 312958408.5954825 m / s > c, setting 1/gamma = 0\n",
+      "v = 354077157.72210985 m / s > c, setting 1/gamma = 0\n",
+      "v = 401092389.8842728 m / s > c, setting 1/gamma = 0\n",
+      "v = 320097393.54235876 m / s > c, setting 1/gamma = 0\n",
+      "v = 305156782.811983 m / s > c, setting 1/gamma = 0\n",
+      "v = 361938158.9403546 m / s > c, setting 1/gamma = 0\n",
+      "v = 332968081.7893232 m / s > c, setting 1/gamma = 0\n",
+      "v = 394554616.40183616 m / s > c, setting 1/gamma = 0\n",
+      "v = 336872447.7568987 m / s > c, setting 1/gamma = 0\n",
+      "v = 385044503.35908955 m / s > c, setting 1/gamma = 0\n",
       "Clipping at index 3\n",
-      "v = 301984343.51725227 > c, setting 1/gamma = 0\n",
-      "v = 494910120.26261765 > c, setting 1/gamma = 0\n",
-      "v = 546983368.3297932 > c, setting 1/gamma = 0\n",
-      "v = 316248003.0596924 > c, setting 1/gamma = 0\n",
-      "v = 374406222.8659075 > c, setting 1/gamma = 0\n",
-      "v = 301721104.9544208 > c, setting 1/gamma = 0\n",
-      "v = 337763214.2220813 > c, setting 1/gamma = 0\n",
-      "v = 431524369.12292683 > c, setting 1/gamma = 0\n",
-      "v = 479815234.57441086 > c, setting 1/gamma = 0\n",
-      "v = 307360844.64172405 > c, setting 1/gamma = 0\n",
-      "v = 311036481.71963876 > c, setting 1/gamma = 0\n",
-      "v = 371560480.7317897 > c, setting 1/gamma = 0\n",
-      "v = 300170683.90471804 > c, setting 1/gamma = 0\n",
-      "v = 360915916.10246783 > c, setting 1/gamma = 0\n",
-      "v = 486241968.42921436 > c, setting 1/gamma = 0\n",
-      "v = 515139093.18791556 > c, setting 1/gamma = 0\n",
-      "v = 309504575.38601744 > c, setting 1/gamma = 0\n",
-      "v = 425260660.271927 > c, setting 1/gamma = 0\n",
-      "v = 487473282.5254523 > c, setting 1/gamma = 0\n",
-      "v = 302510576.1755417 > c, setting 1/gamma = 0\n",
-      "v = 331228786.8932448 > c, setting 1/gamma = 0\n",
-      "v = 375032712.48478746 > c, setting 1/gamma = 0\n",
-      "v = 602900499.6022692 > c, setting 1/gamma = 0\n",
-      "v = 635797425.2506981 > c, setting 1/gamma = 0\n",
-      "v = 450439916.2053896 > c, setting 1/gamma = 0\n",
-      "v = 500765097.83209515 > c, setting 1/gamma = 0\n",
-      "v = 320665631.67704004 > c, setting 1/gamma = 0\n",
-      "v = 354183084.2889246 > c, setting 1/gamma = 0\n",
-      "v = 400638368.63537264 > c, setting 1/gamma = 0\n",
-      "v = 473229539.14664483 > c, setting 1/gamma = 0\n",
-      "v = 534836192.5352935 > c, setting 1/gamma = 0\n",
-      "v = 344503644.94279325 > c, setting 1/gamma = 0\n",
-      "v = 415191082.7355257 > c, setting 1/gamma = 0\n",
-      "v = 425229656.5890893 > c, setting 1/gamma = 0\n",
-      "v = 461188406.40838873 > c, setting 1/gamma = 0\n",
-      "v = 302943039.29258525 > c, setting 1/gamma = 0\n",
-      "v = 345605391.6623641 > c, setting 1/gamma = 0\n",
-      "v = 385653908.4157878 > c, setting 1/gamma = 0\n",
-      "v = 415570174.3352695 > c, setting 1/gamma = 0\n",
-      "v = 482246592.88300323 > c, setting 1/gamma = 0\n",
-      "v = 531761512.3170771 > c, setting 1/gamma = 0\n",
-      "v = 575545107.5437613 > c, setting 1/gamma = 0\n",
-      "v = 302256154.6572729 > c, setting 1/gamma = 0\n",
-      "v = 368001563.52449983 > c, setting 1/gamma = 0\n",
-      "v = 326998384.12087977 > c, setting 1/gamma = 0\n",
-      "v = 377037871.7771889 > c, setting 1/gamma = 0\n",
-      "v = 330814915.9857588 > c, setting 1/gamma = 0\n",
-      "v = 408817092.1381519 > c, setting 1/gamma = 0\n",
-      "v = 465116477.3406237 > c, setting 1/gamma = 0\n",
-      "v = 676910046.7241651 > c, setting 1/gamma = 0\n",
-      "v = 664272491.0772095 > c, setting 1/gamma = 0\n",
-      "v = 345022742.9299255 > c, setting 1/gamma = 0\n",
-      "v = 328623333.9341206 > c, setting 1/gamma = 0\n",
-      "v = 393601146.81909835 > c, setting 1/gamma = 0\n",
-      "v = 349080761.97760403 > c, setting 1/gamma = 0\n",
-      "v = 410483921.9043458 > c, setting 1/gamma = 0\n",
-      "v = 315462005.69399697 > c, setting 1/gamma = 0\n",
-      "v = 813407104.8421586 > c, setting 1/gamma = 0\n",
-      "v = 697754423.0414068 > c, setting 1/gamma = 0\n",
-      "v = 302209558.31967336 > c, setting 1/gamma = 0\n",
-      "v = 355133688.2248361 > c, setting 1/gamma = 0\n",
-      "v = 391349856.0410426 > c, setting 1/gamma = 0\n",
-      "v = 455837996.0147137 > c, setting 1/gamma = 0\n",
-      "v = 304149892.516645 > c, setting 1/gamma = 0\n",
-      "v = 303933194.3278298 > c, setting 1/gamma = 0\n",
-      "v = 370223918.9999116 > c, setting 1/gamma = 0\n",
-      "v = 350042082.65610284 > c, setting 1/gamma = 0\n",
-      "v = 405749023.50594395 > c, setting 1/gamma = 0\n",
-      "v = 729970626.9765421 > c, setting 1/gamma = 0\n",
-      "v = 696956520.4659582 > c, setting 1/gamma = 0\n",
-      "v = 318401964.09880304 > c, setting 1/gamma = 0\n",
-      "v = 381625791.11967343 > c, setting 1/gamma = 0\n",
-      "v = 305388039.90974444 > c, setting 1/gamma = 0\n",
-      "v = 347079580.9594231 > c, setting 1/gamma = 0\n",
-      "v = 309511444.1214375 > c, setting 1/gamma = 0\n",
-      "v = 379701681.21834713 > c, setting 1/gamma = 0\n",
-      "v = 319950754.8474748 > c, setting 1/gamma = 0\n",
-      "v = 518923693.42428607 > c, setting 1/gamma = 0\n",
-      "v = 560002776.9108651 > c, setting 1/gamma = 0\n",
-      "v = 569607767.9378213 > c, setting 1/gamma = 0\n",
-      "v = 575620755.9230299 > c, setting 1/gamma = 0\n",
-      "v = 315542502.87383187 > c, setting 1/gamma = 0\n",
-      "v = 712069791.3546264 > c, setting 1/gamma = 0\n",
-      "v = 700012678.0164285 > c, setting 1/gamma = 0\n",
-      "v = 310440241.08625424 > c, setting 1/gamma = 0\n",
-      "v = 308715914.02568555 > c, setting 1/gamma = 0\n",
-      "v = 361727579.9268678 > c, setting 1/gamma = 0\n",
-      "v = 358082053.6432132 > c, setting 1/gamma = 0\n",
-      "v = 420451015.2559711 > c, setting 1/gamma = 0\n",
-      "v = 365356079.97818255 > c, setting 1/gamma = 0\n",
-      "v = 411268961.2380045 > c, setting 1/gamma = 0\n",
-      "v = 316113577.99597144 > c, setting 1/gamma = 0\n",
-      "v = 477378653.5729658 > c, setting 1/gamma = 0\n",
-      "v = 523162339.11163986 > c, setting 1/gamma = 0\n",
-      "v = 361055696.2749314 > c, setting 1/gamma = 0\n",
-      "v = 420348336.60748726 > c, setting 1/gamma = 0\n",
-      "v = 307621625.5286459 > c, setting 1/gamma = 0\n",
-      "v = 337005095.1162476 > c, setting 1/gamma = 0\n",
-      "v = 398172534.4831062 > c, setting 1/gamma = 0\n",
-      "v = 336682871.9711886 > c, setting 1/gamma = 0\n",
-      "v = 389263292.6759728 > c, setting 1/gamma = 0\n",
-      "v = 710354424.0321045 > c, setting 1/gamma = 0\n",
-      "v = 670229194.3879105 > c, setting 1/gamma = 0\n",
-      "v = 361669354.7073788 > c, setting 1/gamma = 0\n",
-      "v = 418905893.7878361 > c, setting 1/gamma = 0\n",
-      "v = 325145570.33523226 > c, setting 1/gamma = 0\n",
-      "v = 759326183.8483392 > c, setting 1/gamma = 0\n",
-      "v = 720244740.6410728 > c, setting 1/gamma = 0\n",
-      "v = 319250887.2101678 > c, setting 1/gamma = 0\n",
-      "v = 381513603.1071332 > c, setting 1/gamma = 0\n",
-      "v = 438610508.2142588 > c, setting 1/gamma = 0\n",
-      "v = 383502668.61973494 > c, setting 1/gamma = 0\n",
-      "v = 435067893.7094504 > c, setting 1/gamma = 0\n",
-      "v = 307082387.16989154 > c, setting 1/gamma = 0\n",
-      "v = 330907433.0179006 > c, setting 1/gamma = 0\n",
-      "v = 392371573.7794231 > c, setting 1/gamma = 0\n",
-      "v = 307022406.6268254 > c, setting 1/gamma = 0\n",
-      "v = 364528566.11185116 > c, setting 1/gamma = 0\n",
-      "v = 314293836.8003696 > c, setting 1/gamma = 0\n",
-      "v = 392511182.70485383 > c, setting 1/gamma = 0\n",
-      "v = 434275388.7466278 > c, setting 1/gamma = 0\n",
-      "v = 366222761.51005983 > c, setting 1/gamma = 0\n",
-      "v = 423131370.3477044 > c, setting 1/gamma = 0\n",
-      "v = 318937279.9548092 > c, setting 1/gamma = 0\n",
-      "v = 583619253.9107621 > c, setting 1/gamma = 0\n",
-      "v = 563369602.1364759 > c, setting 1/gamma = 0\n",
-      "v = 300444830.05447745 > c, setting 1/gamma = 0\n",
-      "v = 415401152.98240817 > c, setting 1/gamma = 0\n",
-      "v = 455780108.27070755 > c, setting 1/gamma = 0\n",
-      "v = 318673463.4038726 > c, setting 1/gamma = 0\n",
-      "v = 342296145.7403882 > c, setting 1/gamma = 0\n",
-      "v = 315829388.24829876 > c, setting 1/gamma = 0\n",
-      "v = 407153671.181165 > c, setting 1/gamma = 0\n",
-      "v = 457836148.9463337 > c, setting 1/gamma = 0\n",
-      "v = 396931791.51386386 > c, setting 1/gamma = 0\n",
-      "v = 446729875.0010829 > c, setting 1/gamma = 0\n",
-      "v = 311810991.00600463 > c, setting 1/gamma = 0\n",
-      "v = 718915085.4404153 > c, setting 1/gamma = 0\n",
-      "v = 596442562.0051366 > c, setting 1/gamma = 0\n",
-      "v = 388165412.15767884 > c, setting 1/gamma = 0\n",
-      "v = 440196486.084493 > c, setting 1/gamma = 0\n",
-      "v = 304585881.1909696 > c, setting 1/gamma = 0\n",
-      "v = 379459434.4820748 > c, setting 1/gamma = 0\n",
-      "v = 431661314.4157088 > c, setting 1/gamma = 0\n",
-      "v = 301929275.19236726 > c, setting 1/gamma = 0\n",
-      "v = 340399845.8536635 > c, setting 1/gamma = 0\n",
-      "v = 475270336.09002674 > c, setting 1/gamma = 0\n",
-      "v = 516877982.7223432 > c, setting 1/gamma = 0\n",
-      "v = 424746059.3555842 > c, setting 1/gamma = 0\n",
-      "v = 473207332.0040998 > c, setting 1/gamma = 0\n",
-      "v = 465416539.75589746 > c, setting 1/gamma = 0\n",
-      "v = 495762128.95680153 > c, setting 1/gamma = 0\n",
-      "v = 414876610.1357009 > c, setting 1/gamma = 0\n",
-      "v = 459858494.89821786 > c, setting 1/gamma = 0\n",
-      "v = 307045418.47675604 > c, setting 1/gamma = 0\n",
-      "v = 365605638.16571295 > c, setting 1/gamma = 0\n",
-      "v = 333067136.08924353 > c, setting 1/gamma = 0\n",
-      "v = 300190427.4829518 > c, setting 1/gamma = 0\n",
-      "v = 613351023.0845579 > c, setting 1/gamma = 0\n",
-      "v = 556337001.2922864 > c, setting 1/gamma = 0\n",
-      "v = 317040492.6655772 > c, setting 1/gamma = 0\n",
-      "v = 371519898.5646794 > c, setting 1/gamma = 0\n",
-      "v = 314001184.0471303 > c, setting 1/gamma = 0\n",
-      "v = 688651460.4482608 > c, setting 1/gamma = 0\n",
-      "v = 565820589.2145333 > c, setting 1/gamma = 0\n",
-      "v = 309208844.47601575 > c, setting 1/gamma = 0\n",
-      "v = 355658065.10755914 > c, setting 1/gamma = 0\n",
-      "v = 398937973.92542297 > c, setting 1/gamma = 0\n",
-      "v = 304636860.9244623 > c, setting 1/gamma = 0\n",
-      "v = 309538593.32339644 > c, setting 1/gamma = 0\n",
-      "v = 357690629.14341414 > c, setting 1/gamma = 0\n",
-      "v = 339825025.7575034 > c, setting 1/gamma = 0\n",
-      "v = 392131469.1546558 > c, setting 1/gamma = 0\n",
-      "v = 313317988.00798666 > c, setting 1/gamma = 0\n",
-      "v = 367462023.1363033 > c, setting 1/gamma = 0\n",
-      "v = 336256589.3200754 > c, setting 1/gamma = 0\n",
-      "v = 328969942.91312003 > c, setting 1/gamma = 0\n",
-      "v = 786381116.8490227 > c, setting 1/gamma = 0\n",
-      "v = 656956462.47656 > c, setting 1/gamma = 0\n",
-      "v = 304397723.011727 > c, setting 1/gamma = 0\n",
-      "v = 311242448.18042 > c, setting 1/gamma = 0\n",
-      "v = 351576364.21488714 > c, setting 1/gamma = 0\n",
-      "v = 356949676.14294696 > c, setting 1/gamma = 0\n",
-      "v = 394546107.02627635 > c, setting 1/gamma = 0\n",
-      "v = 452337845.66074806 > c, setting 1/gamma = 0\n",
-      "v = 323086134.5438458 > c, setting 1/gamma = 0\n",
-      "v = 368585842.4276923 > c, setting 1/gamma = 0\n",
-      "v = 408084247.2333516 > c, setting 1/gamma = 0\n",
-      "v = 308210322.8559021 > c, setting 1/gamma = 0\n",
-      "v = 370945825.35088176 > c, setting 1/gamma = 0\n",
-      "v = 414852582.6093468 > c, setting 1/gamma = 0\n",
-      "v = 360044804.22090346 > c, setting 1/gamma = 0\n",
-      "v = 412580868.91776544 > c, setting 1/gamma = 0\n",
-      "v = 330764388.12207854 > c, setting 1/gamma = 0\n",
-      "v = 318952706.20018315 > c, setting 1/gamma = 0\n",
-      "v = 357353535.12279844 > c, setting 1/gamma = 0\n",
-      "v = 308821860.544667 > c, setting 1/gamma = 0\n",
-      "v = 341196082.87354684 > c, setting 1/gamma = 0\n",
-      "v = 343772015.8014054 > c, setting 1/gamma = 0\n",
-      "v = 404222645.2255933 > c, setting 1/gamma = 0\n",
-      "v = 304119970.1515474 > c, setting 1/gamma = 0\n",
-      "v = 364829523.0135913 > c, setting 1/gamma = 0\n",
-      "v = 323608901.05765086 > c, setting 1/gamma = 0\n",
-      "v = 368229861.42932165 > c, setting 1/gamma = 0\n",
-      "v = 477858206.14523065 > c, setting 1/gamma = 0\n",
-      "v = 500161086.9156544 > c, setting 1/gamma = 0\n",
-      "v = 303834925.9165537 > c, setting 1/gamma = 0\n",
-      "v = 337063367.8155818 > c, setting 1/gamma = 0\n",
-      "v = 305311006.87982434 > c, setting 1/gamma = 0\n",
-      "v = 358165938.9639854 > c, setting 1/gamma = 0\n",
-      "v = 311639305.56007606 > c, setting 1/gamma = 0\n",
-      "v = 659815772.7243514 > c, setting 1/gamma = 0\n",
-      "v = 539036752.0197562 > c, setting 1/gamma = 0\n",
-      "v = 394886000.98507226 > c, setting 1/gamma = 0\n",
-      "v = 465029372.6476652 > c, setting 1/gamma = 0\n",
-      "v = 305420880.20640516 > c, setting 1/gamma = 0\n",
-      "v = 351593998.26399875 > c, setting 1/gamma = 0\n",
-      "v = 313666057.94032204 > c, setting 1/gamma = 0\n",
-      "v = 324985926.8177933 > c, setting 1/gamma = 0\n",
-      "v = 405019135.7384283 > c, setting 1/gamma = 0\n",
-      "v = 442109522.5966506 > c, setting 1/gamma = 0\n",
-      "v = 397345575.15189785 > c, setting 1/gamma = 0\n",
-      "v = 442700148.9623242 > c, setting 1/gamma = 0\n",
-      "v = 358147795.26664966 > c, setting 1/gamma = 0\n",
-      "v = 394433452.9205511 > c, setting 1/gamma = 0\n",
-      "v = 319765682.2344583 > c, setting 1/gamma = 0\n",
-      "v = 505443943.17086726 > c, setting 1/gamma = 0\n",
-      "v = 509359708.3139894 > c, setting 1/gamma = 0\n",
-      "v = 495653957.03598654 > c, setting 1/gamma = 0\n",
-      "v = 555375559.795704 > c, setting 1/gamma = 0\n",
-      "v = 365264912.37204504 > c, setting 1/gamma = 0\n",
-      "v = 414689034.7582896 > c, setting 1/gamma = 0\n",
-      "v = 309344826.6464762 > c, setting 1/gamma = 0\n",
-      "v = 368660651.5393437 > c, setting 1/gamma = 0\n",
-      "v = 429522107.9339511 > c, setting 1/gamma = 0\n",
-      "v = 346271001.4224018 > c, setting 1/gamma = 0\n",
-      "v = 310737439.95199317 > c, setting 1/gamma = 0\n",
-      "v = 356149943.8522043 > c, setting 1/gamma = 0\n",
-      "v = 303090463.9292675 > c, setting 1/gamma = 0\n",
-      "v = 335358352.117035 > c, setting 1/gamma = 0\n",
-      "v = 403597807.3473247 > c, setting 1/gamma = 0\n",
-      "v = 457030520.202853 > c, setting 1/gamma = 0\n",
-      "v = 448129762.1056166 > c, setting 1/gamma = 0\n",
-      "v = 481445670.70788616 > c, setting 1/gamma = 0\n",
-      "v = 336943854.2247882 > c, setting 1/gamma = 0\n",
-      "v = 366441839.92328435 > c, setting 1/gamma = 0\n",
-      "v = 322966857.61600685 > c, setting 1/gamma = 0\n",
-      "v = 372119413.0281581 > c, setting 1/gamma = 0\n",
-      "v = 356259651.1809834 > c, setting 1/gamma = 0\n",
-      "v = 309531347.4431426 > c, setting 1/gamma = 0\n",
-      "v = 355322000.97938985 > c, setting 1/gamma = 0\n",
-      "v = 336677944.397129 > c, setting 1/gamma = 0\n",
-      "v = 383402721.21938014 > c, setting 1/gamma = 0\n",
-      "v = 305569828.5539054 > c, setting 1/gamma = 0\n",
-      "v = 342819342.55602217 > c, setting 1/gamma = 0\n",
-      "v = 349612923.5928959 > c, setting 1/gamma = 0\n",
-      "v = 375215187.3369408 > c, setting 1/gamma = 0\n",
-      "v = 370317937.3500411 > c, setting 1/gamma = 0\n",
-      "v = 415094663.5871588 > c, setting 1/gamma = 0\n",
-      "v = 302465376.5842238 > c, setting 1/gamma = 0\n",
-      "v = 369199990.6673069 > c, setting 1/gamma = 0\n",
-      "v = 301687278.1745317 > c, setting 1/gamma = 0\n",
-      "v = 300605630.7153147 > c, setting 1/gamma = 0\n",
-      "v = 328380548.2580271 > c, setting 1/gamma = 0\n",
-      "v = 315761578.31086385 > c, setting 1/gamma = 0\n",
-      "v = 357400182.4642281 > c, setting 1/gamma = 0\n",
-      "v = 312865726.8434838 > c, setting 1/gamma = 0\n",
-      "v = 357104924.15882516 > c, setting 1/gamma = 0\n",
-      "v = 459671729.04103065 > c, setting 1/gamma = 0\n",
-      "v = 487643376.4041496 > c, setting 1/gamma = 0\n",
-      "v = 368505338.99571365 > c, setting 1/gamma = 0\n",
-      "v = 427053675.106646 > c, setting 1/gamma = 0\n",
-      "v = 316062843.71453154 > c, setting 1/gamma = 0\n",
-      "v = 323011876.82610434 > c, setting 1/gamma = 0\n",
-      "v = 302282232.66679996 > c, setting 1/gamma = 0\n",
-      "v = 338766617.835028 > c, setting 1/gamma = 0\n",
-      "v = 300607896.10202783 > c, setting 1/gamma = 0\n",
-      "v = 343375283.8637685 > c, setting 1/gamma = 0\n",
-      "v = 303291489.7856449 > c, setting 1/gamma = 0\n",
-      "v = 498770599.3868932 > c, setting 1/gamma = 0\n",
-      "v = 505887137.0695736 > c, setting 1/gamma = 0\n",
-      "v = 419403586.4903725 > c, setting 1/gamma = 0\n",
-      "v = 428269253.3666126 > c, setting 1/gamma = 0\n",
-      "v = 313188624.9085098 > c, setting 1/gamma = 0\n",
-      "v = 345971703.73090744 > c, setting 1/gamma = 0\n",
-      "v = 301301554.53895235 > c, setting 1/gamma = 0\n",
-      "v = 305082935.84359556 > c, setting 1/gamma = 0\n",
-      "v = 351495277.4838383 > c, setting 1/gamma = 0\n",
-      "v = 303576037.1978449 > c, setting 1/gamma = 0\n",
-      "v = 335002060.92612994 > c, setting 1/gamma = 0\n",
-      "v = 465100312.94849277 > c, setting 1/gamma = 0\n",
-      "v = 513422538.3560728 > c, setting 1/gamma = 0\n",
-      "v = 336132973.6482533 > c, setting 1/gamma = 0\n",
-      "v = 397232498.4041186 > c, setting 1/gamma = 0\n",
-      "v = 442976068.8619431 > c, setting 1/gamma = 0\n",
-      "v = 487380601.1354832 > c, setting 1/gamma = 0\n",
-      "v = 313439609.8276248 > c, setting 1/gamma = 0\n",
-      "v = 370015703.3778128 > c, setting 1/gamma = 0\n",
-      "v = 418287669.4408609 > c, setting 1/gamma = 0\n",
-      "v = 312934054.1227095 > c, setting 1/gamma = 0\n",
-      "v = 332590603.0600869 > c, setting 1/gamma = 0\n",
-      "v = 321999685.90769804 > c, setting 1/gamma = 0\n",
-      "v = 358475897.5183842 > c, setting 1/gamma = 0\n",
-      "v = 305777822.36712676 > c, setting 1/gamma = 0\n",
-      "v = 305439648.4863397 > c, setting 1/gamma = 0\n",
-      "v = 342116464.8574832 > c, setting 1/gamma = 0\n",
-      "v = 335054563.681094 > c, setting 1/gamma = 0\n",
-      "v = 398028385.5808616 > c, setting 1/gamma = 0\n",
-      "v = 312733211.7848041 > c, setting 1/gamma = 0\n",
-      "v = 335889290.7029297 > c, setting 1/gamma = 0\n",
-      "v = 381845709.5792054 > c, setting 1/gamma = 0\n",
-      "v = 314474923.3996898 > c, setting 1/gamma = 0\n",
-      "v = 368195158.70943767 > c, setting 1/gamma = 0\n",
-      "v = 304981547.95196044 > c, setting 1/gamma = 0\n",
-      "v = 326905539.49549717 > c, setting 1/gamma = 0\n",
-      "v = 306481311.683933 > c, setting 1/gamma = 0\n",
-      "v = 338592394.2139137 > c, setting 1/gamma = 0\n",
-      "v = 300679097.4096541 > c, setting 1/gamma = 0\n",
-      "v = 361632514.9350346 > c, setting 1/gamma = 0\n",
-      "v = 316101712.36256945 > c, setting 1/gamma = 0\n",
-      "v = 379534623.81434494 > c, setting 1/gamma = 0\n",
-      "v = 506486973.1509131 > c, setting 1/gamma = 0\n",
-      "v = 510920698.86463827 > c, setting 1/gamma = 0\n",
-      "v = 306220952.3349246 > c, setting 1/gamma = 0\n",
-      "v = 305773811.6346893 > c, setting 1/gamma = 0\n",
-      "v = 324272470.6874074 > c, setting 1/gamma = 0\n",
-      "v = 368692016.92565924 > c, setting 1/gamma = 0\n",
-      "v = 406837838.85925066 > c, setting 1/gamma = 0\n",
-      "v = 440481429.33132493 > c, setting 1/gamma = 0\n",
-      "v = 316598385.7541636 > c, setting 1/gamma = 0\n",
-      "v = 312354682.3407808 > c, setting 1/gamma = 0\n",
-      "v = 344046789.17484343 > c, setting 1/gamma = 0\n",
-      "v = 300051516.6040439 > c, setting 1/gamma = 0\n",
-      "v = 336171434.3765932 > c, setting 1/gamma = 0\n",
-      "v = 319680239.3866404 > c, setting 1/gamma = 0\n",
-      "v = 310789059.7831551 > c, setting 1/gamma = 0\n",
-      "v = 305493927.6447094 > c, setting 1/gamma = 0\n",
-      "v = 331613712.1591839 > c, setting 1/gamma = 0\n",
-      "v = 341191329.77952623 > c, setting 1/gamma = 0\n",
-      "v = 381606951.5627137 > c, setting 1/gamma = 0\n",
-      "v = 307229719.06183416 > c, setting 1/gamma = 0\n",
-      "v = 355435449.40464985 > c, setting 1/gamma = 0\n",
-      "v = 318008865.4916547 > c, setting 1/gamma = 0\n",
-      "v = 321572320.6793303 > c, setting 1/gamma = 0\n",
-      "v = 356987703.1680287 > c, setting 1/gamma = 0\n",
-      "v = 303593654.84247696 > c, setting 1/gamma = 0\n",
-      "v = 346210916.0049185 > c, setting 1/gamma = 0\n",
-      "v = 420039192.7628006 > c, setting 1/gamma = 0\n",
-      "v = 451038276.6325115 > c, setting 1/gamma = 0\n",
-      "v = 304054080.06112 > c, setting 1/gamma = 0\n",
-      "v = 331692289.7956564 > c, setting 1/gamma = 0\n",
-      "v = 314744286.9581063 > c, setting 1/gamma = 0\n",
-      "v = 357328463.8808714 > c, setting 1/gamma = 0\n",
-      "v = 349010414.62865204 > c, setting 1/gamma = 0\n",
-      "v = 390378479.1880592 > c, setting 1/gamma = 0\n",
-      "v = 340511115.447237 > c, setting 1/gamma = 0\n",
-      "v = 309375599.11232084 > c, setting 1/gamma = 0\n",
-      "v = 362301586.57848203 > c, setting 1/gamma = 0\n",
-      "v = 315343006.32875556 > c, setting 1/gamma = 0\n",
-      "v = 319526985.8660779 > c, setting 1/gamma = 0\n",
-      "v = 333687795.741103 > c, setting 1/gamma = 0\n",
-      "v = 376601620.2210743 > c, setting 1/gamma = 0\n",
-      "v = 338641208.4879968 > c, setting 1/gamma = 0\n",
-      "v = 386969271.40501857 > c, setting 1/gamma = 0\n",
-      "v = 325419425.85116917 > c, setting 1/gamma = 0\n",
-      "v = 360025272.2467927 > c, setting 1/gamma = 0\n",
-      "v = 318163877.16766596 > c, setting 1/gamma = 0\n",
-      "v = 360741118.332274 > c, setting 1/gamma = 0\n",
-      "v = 301415036.44080204 > c, setting 1/gamma = 0\n",
-      "v = 302114264.629761 > c, setting 1/gamma = 0\n",
-      "v = 335606873.39539593 > c, setting 1/gamma = 0\n",
-      "v = 304073693.89062965 > c, setting 1/gamma = 0\n",
-      "v = 340506263.3169761 > c, setting 1/gamma = 0\n",
-      "v = 340987281.27890635 > c, setting 1/gamma = 0\n",
-      "v = 374327875.48455465 > c, setting 1/gamma = 0\n",
-      "v = 419476980.07965416 > c, setting 1/gamma = 0\n",
-      "v = 316674403.8810923 > c, setting 1/gamma = 0\n",
-      "v = 347616792.4937599 > c, setting 1/gamma = 0\n",
-      "v = 314372371.10658425 > c, setting 1/gamma = 0\n",
-      "v = 337019126.26936394 > c, setting 1/gamma = 0\n",
-      "v = 307701275.6654573 > c, setting 1/gamma = 0\n",
-      "v = 545445866.4590261 > c, setting 1/gamma = 0\n",
-      "v = 492272846.2715676 > c, setting 1/gamma = 0\n",
-      "v = 310788081.3438519 > c, setting 1/gamma = 0\n",
-      "v = 303063986.29789394 > c, setting 1/gamma = 0\n",
-      "v = 351706200.09482354 > c, setting 1/gamma = 0\n",
-      "v = 330580147.2948342 > c, setting 1/gamma = 0\n",
-      "v = 371766961.8538316 > c, setting 1/gamma = 0\n",
-      "v = 313780116.6793894 > c, setting 1/gamma = 0\n",
-      "v = 303816527.0112772 > c, setting 1/gamma = 0\n",
-      "v = 342005619.4543323 > c, setting 1/gamma = 0\n",
-      "v = 315861554.7399525 > c, setting 1/gamma = 0\n",
-      "v = 360549938.06468225 > c, setting 1/gamma = 0\n",
-      "v = 404626988.71764314 > c, setting 1/gamma = 0\n",
-      "v = 356100576.259534 > c, setting 1/gamma = 0\n",
-      "v = 421272473.0575858 > c, setting 1/gamma = 0\n",
-      "v = 314818937.1690446 > c, setting 1/gamma = 0\n",
-      "v = 422329141.21312344 > c, setting 1/gamma = 0\n",
-      "v = 457056233.9857135 > c, setting 1/gamma = 0\n",
-      "v = 326314535.8991217 > c, setting 1/gamma = 0\n",
-      "v = 380215675.2642714 > c, setting 1/gamma = 0\n",
-      "v = 304983961.0705251 > c, setting 1/gamma = 0\n",
-      "v = 338394447.5841022 > c, setting 1/gamma = 0\n",
-      "v = 430887021.5780493 > c, setting 1/gamma = 0\n",
-      "v = 481891985.02619594 > c, setting 1/gamma = 0\n",
-      "v = 303084317.9986548 > c, setting 1/gamma = 0\n",
-      "v = 303748257.3679256 > c, setting 1/gamma = 0\n",
-      "v = 350878837.3040104 > c, setting 1/gamma = 0\n",
-      "v = 317486447.3876787 > c, setting 1/gamma = 0\n",
-      "v = 445934915.18249106 > c, setting 1/gamma = 0\n",
-      "v = 480138378.1674523 > c, setting 1/gamma = 0\n",
-      "v = 338039463.1276012 > c, setting 1/gamma = 0\n",
-      "v = 369995717.53415567 > c, setting 1/gamma = 0\n",
-      "v = 303484877.48457086 > c, setting 1/gamma = 0\n",
-      "v = 306016916.1679678 > c, setting 1/gamma = 0\n",
-      "v = 642042801.0041647 > c, setting 1/gamma = 0\n",
-      "v = 522920083.22422105 > c, setting 1/gamma = 0\n",
-      "v = 301125045.40337324 > c, setting 1/gamma = 0\n",
-      "v = 308000923.0534811 > c, setting 1/gamma = 0\n",
-      "v = 331334747.19682837 > c, setting 1/gamma = 0\n",
-      "v = 373323206.0601335 > c, setting 1/gamma = 0\n",
-      "v = 374892942.12950015 > c, setting 1/gamma = 0\n",
-      "v = 416390667.3544815 > c, setting 1/gamma = 0\n",
-      "v = 302854564.1279771 > c, setting 1/gamma = 0\n",
-      "v = 346878152.203754 > c, setting 1/gamma = 0\n",
-      "v = 380687932.87489384 > c, setting 1/gamma = 0\n",
-      "v = 417147169.8245408 > c, setting 1/gamma = 0\n",
-      "v = 314624236.624866 > c, setting 1/gamma = 0\n",
-      "v = 325363161.29839903 > c, setting 1/gamma = 0\n",
-      "v = 378970670.9175265 > c, setting 1/gamma = 0\n",
-      "v = 308471391.8688227 > c, setting 1/gamma = 0\n",
-      "v = 314603872.963465 > c, setting 1/gamma = 0\n",
-      "v = 360984062.60738415 > c, setting 1/gamma = 0\n",
-      "v = 404265221.7090354 > c, setting 1/gamma = 0\n",
-      "v = 341242436.6507091 > c, setting 1/gamma = 0\n",
-      "v = 391615880.2966017 > c, setting 1/gamma = 0\n",
-      "v = 320502782.2981765 > c, setting 1/gamma = 0\n",
-      "v = 309077627.33550626 > c, setting 1/gamma = 0\n",
-      "v = 307133358.73727053 > c, setting 1/gamma = 0\n",
-      "v = 338966333.52454686 > c, setting 1/gamma = 0\n",
-      "v = 352260211.0511231 > c, setting 1/gamma = 0\n",
-      "v = 406890804.89702713 > c, setting 1/gamma = 0\n",
-      "v = 463366104.26012 > c, setting 1/gamma = 0\n",
-      "v = 311362342.76424515 > c, setting 1/gamma = 0\n",
-      "v = 303934722.4151183 > c, setting 1/gamma = 0\n",
-      "v = 365069032.019624 > c, setting 1/gamma = 0\n",
-      "v = 300931586.78049564 > c, setting 1/gamma = 0\n",
-      "v = 362171669.5332056 > c, setting 1/gamma = 0\n",
-      "v = 310948398.1990547 > c, setting 1/gamma = 0\n",
-      "v = 373285190.1888155 > c, setting 1/gamma = 0\n",
-      "v = 301446865.27626306 > c, setting 1/gamma = 0\n",
-      "v = 333470013.1092609 > c, setting 1/gamma = 0\n",
-      "v = 349191954.4346955 > c, setting 1/gamma = 0\n",
-      "v = 320435482.8045439 > c, setting 1/gamma = 0\n",
-      "v = 730430306.6515874 > c, setting 1/gamma = 0\n",
-      "v = 601239503.4362109 > c, setting 1/gamma = 0\n",
-      "v = 455165948.7956063 > c, setting 1/gamma = 0\n",
-      "v = 489489722.38344496 > c, setting 1/gamma = 0\n",
-      "v = 383246525.96321464 > c, setting 1/gamma = 0\n",
-      "v = 433448992.7546041 > c, setting 1/gamma = 0\n",
-      "v = 331609295.6930798 > c, setting 1/gamma = 0\n",
-      "v = 360752286.57620263 > c, setting 1/gamma = 0\n",
-      "v = 383234312.074239 > c, setting 1/gamma = 0\n",
-      "v = 429083230.366944 > c, setting 1/gamma = 0\n",
-      "v = 314634068.91300654 > c, setting 1/gamma = 0\n",
-      "v = 350603875.28771853 > c, setting 1/gamma = 0\n",
-      "v = 320323465.86078405 > c, setting 1/gamma = 0\n",
-      "v = 316394997.5451423 > c, setting 1/gamma = 0\n",
-      "v = 345838356.4228161 > c, setting 1/gamma = 0\n",
-      "v = 325136661.3324572 > c, setting 1/gamma = 0\n",
-      "v = 374289256.4547475 > c, setting 1/gamma = 0\n",
-      "v = 406108538.2021879 > c, setting 1/gamma = 0\n",
-      "v = 443993293.4330771 > c, setting 1/gamma = 0\n",
-      "v = 345603468.5583131 > c, setting 1/gamma = 0\n",
-      "v = 301361837.43797576 > c, setting 1/gamma = 0\n",
-      "v = 321519453.01183605 > c, setting 1/gamma = 0\n",
-      "v = 356159751.23676205 > c, setting 1/gamma = 0\n",
-      "v = 350175544.88736683 > c, setting 1/gamma = 0\n",
-      "v = 388500208.4858029 > c, setting 1/gamma = 0\n",
-      "v = 329664450.43033856 > c, setting 1/gamma = 0\n",
-      "v = 339402142.8421363 > c, setting 1/gamma = 0\n",
-      "v = 389098877.8972395 > c, setting 1/gamma = 0\n",
-      "v = 322355902.5101389 > c, setting 1/gamma = 0\n",
-      "v = 478619506.72933006 > c, setting 1/gamma = 0\n",
-      "v = 514069107.01896065 > c, setting 1/gamma = 0\n",
-      "v = 353795079.59980696 > c, setting 1/gamma = 0\n",
-      "v = 409509329.5352102 > c, setting 1/gamma = 0\n",
-      "v = 341186295.0375426 > c, setting 1/gamma = 0\n",
-      "v = 370815382.8585407 > c, setting 1/gamma = 0\n",
-      "v = 307806024.12929314 > c, setting 1/gamma = 0\n",
-      "v = 357384029.2218066 > c, setting 1/gamma = 0\n",
-      "v = 416971884.01659465 > c, setting 1/gamma = 0\n",
-      "v = 309381306.02319133 > c, setting 1/gamma = 0\n",
-      "v = 336864205.60372585 > c, setting 1/gamma = 0\n",
-      "v = 363359768.6628443 > c, setting 1/gamma = 0\n",
-      "v = 333913099.2311274 > c, setting 1/gamma = 0\n",
-      "v = 381046592.68105453 > c, setting 1/gamma = 0\n",
-      "v = 322932636.26071805 > c, setting 1/gamma = 0\n",
-      "v = 389467404.61669177 > c, setting 1/gamma = 0\n",
-      "v = 322476382.9650758 > c, setting 1/gamma = 0\n",
-      "v = 319583420.12472206 > c, setting 1/gamma = 0\n",
-      "v = 320405650.2403752 > c, setting 1/gamma = 0\n",
-      "v = 317922860.3700052 > c, setting 1/gamma = 0\n",
-      "v = 349863398.6273238 > c, setting 1/gamma = 0\n",
-      "v = 323623620.60277927 > c, setting 1/gamma = 0\n",
-      "v = 316465283.0361531 > c, setting 1/gamma = 0\n",
-      "v = 348981677.8873849 > c, setting 1/gamma = 0\n",
-      "v = 312812254.75925094 > c, setting 1/gamma = 0\n",
-      "v = 338474685.82956946 > c, setting 1/gamma = 0\n",
-      "v = 350920930.01839525 > c, setting 1/gamma = 0\n",
-      "v = 398558307.4312651 > c, setting 1/gamma = 0\n",
-      "v = 305225454.02733815 > c, setting 1/gamma = 0\n",
-      "v = 625901772.3069576 > c, setting 1/gamma = 0\n",
-      "v = 508887172.5539747 > c, setting 1/gamma = 0\n",
-      "v = 359067292.90169275 > c, setting 1/gamma = 0\n",
-      "v = 384349788.87092125 > c, setting 1/gamma = 0\n",
-      "v = 309776636.2293385 > c, setting 1/gamma = 0\n",
-      "v = 333850951.3956249 > c, setting 1/gamma = 0\n",
-      "v = 363793712.4993222 > c, setting 1/gamma = 0\n",
-      "v = 415109416.63253534 > c, setting 1/gamma = 0\n",
-      "v = 382833687.7579401 > c, setting 1/gamma = 0\n",
-      "v = 429123626.61209345 > c, setting 1/gamma = 0\n",
-      "v = 303648464.12805474 > c, setting 1/gamma = 0\n",
-      "v = 475779485.2031837 > c, setting 1/gamma = 0\n",
-      "v = 479573619.8473868 > c, setting 1/gamma = 0\n",
-      "v = 304542680.9127173 > c, setting 1/gamma = 0\n",
-      "v = 326085269.52039915 > c, setting 1/gamma = 0\n",
-      "v = 330076954.42819005 > c, setting 1/gamma = 0\n",
-      "v = 319348322.1246832 > c, setting 1/gamma = 0\n",
-      "v = 303528764.61515206 > c, setting 1/gamma = 0\n",
-      "v = 300337832.6802919 > c, setting 1/gamma = 0\n",
-      "v = 324891778.01090646 > c, setting 1/gamma = 0\n",
-      "v = 300986474.3252786 > c, setting 1/gamma = 0\n",
-      "v = 336007956.30839646 > c, setting 1/gamma = 0\n",
-      "v = 387834766.03551835 > c, setting 1/gamma = 0\n",
-      "v = 428881589.80341965 > c, setting 1/gamma = 0\n",
-      "v = 301035787.8930515 > c, setting 1/gamma = 0\n",
-      "v = 329041631.1266837 > c, setting 1/gamma = 0\n",
-      "v = 317751034.8676537 > c, setting 1/gamma = 0\n",
-      "v = 360921412.54529583 > c, setting 1/gamma = 0\n",
-      "v = 550512821.6011189 > c, setting 1/gamma = 0\n",
-      "v = 500821821.9761771 > c, setting 1/gamma = 0\n",
-      "v = 311694891.0778584 > c, setting 1/gamma = 0\n",
-      "v = 308461520.1003127 > c, setting 1/gamma = 0\n",
-      "v = 336736266.1886916 > c, setting 1/gamma = 0\n",
-      "v = 380097307.95166296 > c, setting 1/gamma = 0\n",
-      "v = 312095672.67864734 > c, setting 1/gamma = 0\n",
-      "v = 397901373.1845164 > c, setting 1/gamma = 0\n",
-      "v = 453796725.2434246 > c, setting 1/gamma = 0\n",
-      "v = 315517157.9873808 > c, setting 1/gamma = 0\n",
-      "v = 349967048.94675595 > c, setting 1/gamma = 0\n",
-      "v = 538288154.5797175 > c, setting 1/gamma = 0\n",
-      "v = 492003526.6355126 > c, setting 1/gamma = 0\n",
-      "v = 318244707.4523636 > c, setting 1/gamma = 0\n",
-      "v = 353157362.57532364 > c, setting 1/gamma = 0\n",
-      "v = 300451045.8903392 > c, setting 1/gamma = 0\n",
-      "v = 341828139.4720896 > c, setting 1/gamma = 0\n",
-      "v = 338581805.9544729 > c, setting 1/gamma = 0\n",
-      "v = 711296745.2723085 > c, setting 1/gamma = 0\n",
-      "v = 581523321.5816312 > c, setting 1/gamma = 0\n",
-      "v = 309518967.8560014 > c, setting 1/gamma = 0\n",
-      "v = 341470684.5506954 > c, setting 1/gamma = 0\n",
-      "v = 301540277.00070965 > c, setting 1/gamma = 0\n",
-      "v = 323958312.60563713 > c, setting 1/gamma = 0\n",
-      "v = 323144537.5283981 > c, setting 1/gamma = 0\n",
-      "v = 316071051.01658463 > c, setting 1/gamma = 0\n",
-      "v = 380577827.14514995 > c, setting 1/gamma = 0\n",
-      "v = 424345404.0200333 > c, setting 1/gamma = 0\n",
-      "v = 325918037.3150939 > c, setting 1/gamma = 0\n",
-      "v = 354609108.31694376 > c, setting 1/gamma = 0\n",
-      "v = 314564028.4001578 > c, setting 1/gamma = 0\n",
-      "v = 336237448.9193903 > c, setting 1/gamma = 0\n",
-      "v = 320142676.0407932 > c, setting 1/gamma = 0\n",
-      "v = 355950020.57703316 > c, setting 1/gamma = 0\n",
-      "v = 350076533.5117737 > c, setting 1/gamma = 0\n",
-      "v = 309976341.24156547 > c, setting 1/gamma = 0\n",
-      "v = 335965199.28411293 > c, setting 1/gamma = 0\n",
-      "v = 315844940.836282 > c, setting 1/gamma = 0\n",
-      "v = 322616693.91673464 > c, setting 1/gamma = 0\n",
-      "v = 384879862.8107512 > c, setting 1/gamma = 0\n",
-      "v = 343463010.64407814 > c, setting 1/gamma = 0\n",
-      "v = 388757816.5667452 > c, setting 1/gamma = 0\n",
-      "v = 322240964.09126353 > c, setting 1/gamma = 0\n",
-      "v = 396632238.870714 > c, setting 1/gamma = 0\n",
-      "v = 449960755.42682517 > c, setting 1/gamma = 0\n",
-      "v = 302618840.3491413 > c, setting 1/gamma = 0\n",
-      "v = 334250188.048252 > c, setting 1/gamma = 0\n",
-      "v = 389700545.7034844 > c, setting 1/gamma = 0\n",
-      "v = 424559649.08833224 > c, setting 1/gamma = 0\n",
-      "v = 321907427.0265931 > c, setting 1/gamma = 0\n",
-      "v = 313792660.7938861 > c, setting 1/gamma = 0\n",
-      "v = 401724233.3397643 > c, setting 1/gamma = 0\n",
-      "v = 435737761.57965004 > c, setting 1/gamma = 0\n",
-      "v = 306454543.72473186 > c, setting 1/gamma = 0\n",
-      "v = 364078798.37674844 > c, setting 1/gamma = 0\n",
-      "v = 409521380.226071 > c, setting 1/gamma = 0\n",
-      "v = 447611881.6902408 > c, setting 1/gamma = 0\n",
-      "v = 305513315.4617335 > c, setting 1/gamma = 0\n",
-      "v = 339473020.6216195 > c, setting 1/gamma = 0\n",
-      "v = 397240412.95121425 > c, setting 1/gamma = 0\n",
-      "v = 437072744.40887636 > c, setting 1/gamma = 0\n",
-      "v = 469507133.92036545 > c, setting 1/gamma = 0\n",
-      "v = 487932177.9642142 > c, setting 1/gamma = 0\n",
-      "v = 320085535.2804216 > c, setting 1/gamma = 0\n",
-      "v = 346202407.87841576 > c, setting 1/gamma = 0\n",
-      "v = 314380365.45964336 > c, setting 1/gamma = 0\n",
-      "v = 339879099.83250695 > c, setting 1/gamma = 0\n",
-      "v = 384416120.4942485 > c, setting 1/gamma = 0\n",
-      "v = 428289932.68790585 > c, setting 1/gamma = 0\n",
-      "v = 347724474.1956983 > c, setting 1/gamma = 0\n",
-      "v = 394193271.2396977 > c, setting 1/gamma = 0\n",
-      "v = 305366670.81527776 > c, setting 1/gamma = 0\n",
-      "v = 335674343.81997716 > c, setting 1/gamma = 0\n",
-      "v = 335950836.7278221 > c, setting 1/gamma = 0\n",
-      "v = 377119193.1237365 > c, setting 1/gamma = 0\n",
-      "v = 317340568.3768756 > c, setting 1/gamma = 0\n",
-      "v = 355354342.26832134 > c, setting 1/gamma = 0\n",
-      "v = 403680068.77103305 > c, setting 1/gamma = 0\n",
-      "v = 596618414.1614407 > c, setting 1/gamma = 0\n",
-      "v = 506659883.4472026 > c, setting 1/gamma = 0\n",
-      "v = 311762135.2040549 > c, setting 1/gamma = 0\n",
-      "v = 341453637.6062005 > c, setting 1/gamma = 0\n",
-      "v = 308887933.92615706 > c, setting 1/gamma = 0\n",
-      "v = 331019744.39028144 > c, setting 1/gamma = 0\n",
-      "v = 301142228.4100094 > c, setting 1/gamma = 0\n",
-      "v = 339572996.02773607 > c, setting 1/gamma = 0\n",
-      "v = 345180173.8290786 > c, setting 1/gamma = 0\n",
-      "v = 375231419.43561757 > c, setting 1/gamma = 0\n",
-      "v = 301245749.72118783 > c, setting 1/gamma = 0\n",
-      "v = 326688235.8439657 > c, setting 1/gamma = 0\n",
-      "v = 350349516.53425586 > c, setting 1/gamma = 0\n",
-      "v = 402564046.9796686 > c, setting 1/gamma = 0\n",
-      "v = 579297443.026921 > c, setting 1/gamma = 0\n",
-      "v = 522780506.73492575 > c, setting 1/gamma = 0\n",
-      "v = 336829489.81839466 > c, setting 1/gamma = 0\n",
-      "v = 394996840.7411807 > c, setting 1/gamma = 0\n",
-      "v = 413265449.8286887 > c, setting 1/gamma = 0\n",
-      "v = 460188609.16606545 > c, setting 1/gamma = 0\n",
-      "v = 323909495.43613034 > c, setting 1/gamma = 0\n",
-      "v = 340932384.8147244 > c, setting 1/gamma = 0\n",
-      "v = 369274815.82851005 > c, setting 1/gamma = 0\n",
-      "v = 303391243.2298001 > c, setting 1/gamma = 0\n",
-      "v = 367926732.17343515 > c, setting 1/gamma = 0\n",
-      "v = 414358133.7714621 > c, setting 1/gamma = 0\n",
-      "v = 348481254.3332352 > c, setting 1/gamma = 0\n",
-      "v = 330491794.51255965 > c, setting 1/gamma = 0\n",
-      "v = 313001300.8810399 > c, setting 1/gamma = 0\n",
-      "v = 437319678.0735677 > c, setting 1/gamma = 0\n",
-      "v = 477335607.5229909 > c, setting 1/gamma = 0\n",
-      "v = 447542930.3854637 > c, setting 1/gamma = 0\n",
-      "v = 479991027.2266835 > c, setting 1/gamma = 0\n",
-      "v = 331663329.0298509 > c, setting 1/gamma = 0\n",
-      "v = 363083394.31690437 > c, setting 1/gamma = 0\n",
-      "v = 306840021.378439 > c, setting 1/gamma = 0\n",
-      "v = 332915473.361706 > c, setting 1/gamma = 0\n",
-      "v = 300427335.2330566 > c, setting 1/gamma = 0\n",
-      "v = 347341967.0398435 > c, setting 1/gamma = 0\n",
-      "v = 497450635.90329665 > c, setting 1/gamma = 0\n",
-      "v = 495111616.597693 > c, setting 1/gamma = 0\n",
-      "v = 309623601.18122566 > c, setting 1/gamma = 0\n",
-      "v = 323876636.7558923 > c, setting 1/gamma = 0\n",
-      "v = 678672013.0971794 > c, setting 1/gamma = 0\n",
-      "v = 554697290.4967791 > c, setting 1/gamma = 0\n",
-      "v = 313665076.3573664 > c, setting 1/gamma = 0\n",
-      "v = 350614963.3754254 > c, setting 1/gamma = 0\n",
-      "v = 303027691.27315325 > c, setting 1/gamma = 0\n",
-      "v = 363928510.2313991 > c, setting 1/gamma = 0\n",
-      "v = 406251653.5189912 > c, setting 1/gamma = 0\n",
-      "v = 304048693.2843162 > c, setting 1/gamma = 0\n",
-      "v = 302571990.772683 > c, setting 1/gamma = 0\n",
-      "v = 470986628.72331834 > c, setting 1/gamma = 0\n",
-      "v = 488842048.65100646 > c, setting 1/gamma = 0\n",
-      "v = 315874703.9445351 > c, setting 1/gamma = 0\n",
-      "v = 334222051.78167284 > c, setting 1/gamma = 0\n",
-      "v = 394840838.14885217 > c, setting 1/gamma = 0\n",
-      "v = 323782008.85591626 > c, setting 1/gamma = 0\n",
-      "v = 354210516.0022631 > c, setting 1/gamma = 0\n",
-      "v = 341383797.7789473 > c, setting 1/gamma = 0\n",
-      "v = 397166275.13040364 > c, setting 1/gamma = 0\n",
-      "v = 458208637.7191535 > c, setting 1/gamma = 0\n",
-      "v = 492177366.65467674 > c, setting 1/gamma = 0\n",
-      "v = 305286529.2660132 > c, setting 1/gamma = 0\n",
-      "v = 383101830.82031506 > c, setting 1/gamma = 0\n",
-      "v = 423099531.8801917 > c, setting 1/gamma = 0\n",
-      "v = 344139177.57559824 > c, setting 1/gamma = 0\n",
-      "v = 369389956.47320837 > c, setting 1/gamma = 0\n",
-      "v = 356049491.52322817 > c, setting 1/gamma = 0\n",
-      "v = 412332208.5914036 > c, setting 1/gamma = 0\n",
-      "v = 343816765.1360014 > c, setting 1/gamma = 0\n",
-      "v = 401054821.2399885 > c, setting 1/gamma = 0\n",
-      "v = 329788100.97656596 > c, setting 1/gamma = 0\n",
-      "v = 302245109.2980485 > c, setting 1/gamma = 0\n",
-      "v = 349952543.34622294 > c, setting 1/gamma = 0\n",
-      "v = 399517305.72483015 > c, setting 1/gamma = 0\n",
-      "v = 437063831.2618835 > c, setting 1/gamma = 0\n",
-      "v = 304190463.37146306 > c, setting 1/gamma = 0\n",
-      "v = 358145088.1759252 > c, setting 1/gamma = 0\n",
-      "v = 384977071.117562 > c, setting 1/gamma = 0\n",
-      "v = 357489883.3229404 > c, setting 1/gamma = 0\n",
-      "v = 403317214.84752935 > c, setting 1/gamma = 0\n",
-      "v = 301285661.6472256 > c, setting 1/gamma = 0\n",
-      "v = 340351005.5474422 > c, setting 1/gamma = 0\n",
-      "v = 384463321.10500246 > c, setting 1/gamma = 0\n",
-      "v = 354869426.1986123 > c, setting 1/gamma = 0\n",
-      "v = 380121661.83487314 > c, setting 1/gamma = 0\n",
-      "v = 306528017.15145123 > c, setting 1/gamma = 0\n",
-      "v = 361166860.3114754 > c, setting 1/gamma = 0\n",
-      "v = 417654593.9970429 > c, setting 1/gamma = 0\n",
-      "v = 355960376.16494966 > c, setting 1/gamma = 0\n",
-      "v = 407869205.6425813 > c, setting 1/gamma = 0\n",
-      "v = 322024219.23791254 > c, setting 1/gamma = 0\n",
-      "v = 308256667.7140935 > c, setting 1/gamma = 0\n",
-      "v = 431217425.8208577 > c, setting 1/gamma = 0\n",
-      "v = 470741241.3581697 > c, setting 1/gamma = 0\n",
-      "v = 360261358.6929029 > c, setting 1/gamma = 0\n",
-      "v = 409973351.6005274 > c, setting 1/gamma = 0\n",
-      "v = 302081307.8071398 > c, setting 1/gamma = 0\n",
-      "v = 332549485.71648484 > c, setting 1/gamma = 0\n",
-      "v = 342091404.2228574 > c, setting 1/gamma = 0\n",
-      "v = 361628002.64063096 > c, setting 1/gamma = 0\n",
-      "v = 307940507.0662632 > c, setting 1/gamma = 0\n",
-      "v = 301163322.2515809 > c, setting 1/gamma = 0\n",
-      "v = 362883330.4542973 > c, setting 1/gamma = 0\n",
-      "v = 470119289.2133609 > c, setting 1/gamma = 0\n",
-      "v = 475904209.4623822 > c, setting 1/gamma = 0\n",
-      "v = 303499592.0018879 > c, setting 1/gamma = 0\n",
-      "v = 307331006.71236175 > c, setting 1/gamma = 0\n",
-      "v = 309721443.560675 > c, setting 1/gamma = 0\n",
-      "v = 329509476.37043667 > c, setting 1/gamma = 0\n",
-      "v = 692429978.1196531 > c, setting 1/gamma = 0\n",
-      "v = 564857367.4368279 > c, setting 1/gamma = 0\n",
-      "v = 338782599.68584245 > c, setting 1/gamma = 0\n",
-      "v = 386252209.8678603 > c, setting 1/gamma = 0\n",
-      "v = 335594352.06106853 > c, setting 1/gamma = 0\n",
-      "v = 720583779.0369705 > c, setting 1/gamma = 0\n",
-      "v = 589189556.2555906 > c, setting 1/gamma = 0\n",
-      "v = 304428721.5362117 > c, setting 1/gamma = 0\n",
-      "v = 340652553.2327253 > c, setting 1/gamma = 0\n",
-      "v = 376454288.5461652 > c, setting 1/gamma = 0\n",
-      "v = 304099446.2568175 > c, setting 1/gamma = 0\n",
-      "v = 366383476.5291514 > c, setting 1/gamma = 0\n",
-      "v = 476033695.1723403 > c, setting 1/gamma = 0\n",
-      "v = 478833157.18606335 > c, setting 1/gamma = 0\n",
-      "v = 341803752.4710788 > c, setting 1/gamma = 0\n",
-      "v = 372125970.587507 > c, setting 1/gamma = 0\n",
-      "v = 311943586.38863343 > c, setting 1/gamma = 0\n",
-      "v = 337517256.9548472 > c, setting 1/gamma = 0\n",
-      "v = 310045317.6881832 > c, setting 1/gamma = 0\n",
-      "v = 335698431.63011473 > c, setting 1/gamma = 0\n",
-      "v = 356955093.37098056 > c, setting 1/gamma = 0\n",
-      "v = 301367005.1014892 > c, setting 1/gamma = 0\n",
-      "v = 337737452.92845714 > c, setting 1/gamma = 0\n",
-      "v = 369383553.69613653 > c, setting 1/gamma = 0\n",
-      "v = 372146711.2609377 > c, setting 1/gamma = 0\n",
-      "v = 407861833.1702367 > c, setting 1/gamma = 0\n",
-      "v = 345151926.068834 > c, setting 1/gamma = 0\n",
-      "v = 365335062.05065995 > c, setting 1/gamma = 0\n",
-      "v = 486236650.1646173 > c, setting 1/gamma = 0\n",
-      "v = 479812549.58095616 > c, setting 1/gamma = 0\n",
-      "v = 361055459.83833474 > c, setting 1/gamma = 0\n",
-      "v = 395257868.36806023 > c, setting 1/gamma = 0\n",
-      "v = 343001518.5880361 > c, setting 1/gamma = 0\n",
-      "v = 392899800.39556736 > c, setting 1/gamma = 0\n",
-      "v = 322378836.5238102 > c, setting 1/gamma = 0\n",
-      "v = 684817832.7926661 > c, setting 1/gamma = 0\n",
-      "v = 558598111.1134615 > c, setting 1/gamma = 0\n",
-      "v = 338118334.9668251 > c, setting 1/gamma = 0\n",
-      "v = 363210943.2947983 > c, setting 1/gamma = 0\n",
-      "v = 305267785.9370725 > c, setting 1/gamma = 0\n",
-      "v = 387272265.3916813 > c, setting 1/gamma = 0\n",
-      "v = 430983116.37877566 > c, setting 1/gamma = 0\n",
-      "v = 319125612.7454684 > c, setting 1/gamma = 0\n",
-      "v = 330957102.6306362 > c, setting 1/gamma = 0\n",
-      "v = 353889872.8037081 > c, setting 1/gamma = 0\n",
-      "v = 322595516.8851525 > c, setting 1/gamma = 0\n",
-      "v = 354227797.4719292 > c, setting 1/gamma = 0\n",
-      "v = 348859907.8574194 > c, setting 1/gamma = 0\n",
-      "v = 390488713.60023105 > c, setting 1/gamma = 0\n",
-      "v = 306405738.64364475 > c, setting 1/gamma = 0\n",
-      "v = 303745176.2732554 > c, setting 1/gamma = 0\n",
-      "v = 346229862.2527779 > c, setting 1/gamma = 0\n",
-      "v = 345457542.3313495 > c, setting 1/gamma = 0\n",
-      "v = 731886408.3823338 > c, setting 1/gamma = 0\n",
-      "v = 598912514.1561669 > c, setting 1/gamma = 0\n",
-      "v = 312767134.6146594 > c, setting 1/gamma = 0\n",
-      "v = 302234205.7622558 > c, setting 1/gamma = 0\n",
-      "v = 321232026.72252816 > c, setting 1/gamma = 0\n",
-      "v = 316364568.1841454 > c, setting 1/gamma = 0\n",
-      "v = 347125779.25608295 > c, setting 1/gamma = 0\n",
-      "v = 313293160.22560924 > c, setting 1/gamma = 0\n",
-      "v = 366198305.138924 > c, setting 1/gamma = 0\n",
-      "v = 399937560.5697254 > c, setting 1/gamma = 0\n",
-      "v = 305171229.6395311 > c, setting 1/gamma = 0\n",
-      "v = 347186431.9749809 > c, setting 1/gamma = 0\n",
-      "v = 315975420.75516254 > c, setting 1/gamma = 0\n",
-      "v = 360817200.7873149 > c, setting 1/gamma = 0\n",
-      "v = 311984914.0323598 > c, setting 1/gamma = 0\n",
-      "v = 351713740.0055817 > c, setting 1/gamma = 0\n",
-      "v = 348837259.1954805 > c, setting 1/gamma = 0\n",
-      "v = 391216343.7790531 > c, setting 1/gamma = 0\n",
-      "v = 369013932.4963163 > c, setting 1/gamma = 0\n",
-      "v = 392549711.88793045 > c, setting 1/gamma = 0\n",
-      "v = 307652753.5936082 > c, setting 1/gamma = 0\n",
-      "v = 342051877.07769364 > c, setting 1/gamma = 0\n",
-      "v = 438368663.9669145 > c, setting 1/gamma = 0\n",
-      "v = 477574775.5810298 > c, setting 1/gamma = 0\n",
-      "v = 323733479.8003277 > c, setting 1/gamma = 0\n",
-      "v = 317310392.8001607 > c, setting 1/gamma = 0\n",
-      "v = 346840150.9872191 > c, setting 1/gamma = 0\n",
-      "v = 389533235.336018 > c, setting 1/gamma = 0\n",
-      "v = 434734420.4760375 > c, setting 1/gamma = 0\n",
-      "v = 403580088.7261877 > c, setting 1/gamma = 0\n",
-      "v = 443911587.555246 > c, setting 1/gamma = 0\n",
-      "v = 466496873.9756974 > c, setting 1/gamma = 0\n",
-      "v = 482558254.2905413 > c, setting 1/gamma = 0\n",
-      "v = 343894443.5564058 > c, setting 1/gamma = 0\n",
-      "v = 371854890.37008625 > c, setting 1/gamma = 0\n",
-      "v = 314895200.1887129 > c, setting 1/gamma = 0\n",
-      "v = 340308320.8171441 > c, setting 1/gamma = 0\n",
-      "v = 305538818.7572985 > c, setting 1/gamma = 0\n",
-      "v = 365967925.5696575 > c, setting 1/gamma = 0\n",
-      "v = 399224560.80558544 > c, setting 1/gamma = 0\n",
-      "v = 302924654.13834983 > c, setting 1/gamma = 0\n",
-      "v = 429305326.73649186 > c, setting 1/gamma = 0\n",
-      "v = 448784943.1139315 > c, setting 1/gamma = 0\n",
-      "v = 300335951.3792571 > c, setting 1/gamma = 0\n",
-      "v = 336170542.0567832 > c, setting 1/gamma = 0\n",
-      "v = 301804443.83489275 > c, setting 1/gamma = 0\n",
-      "v = 324233882.2911662 > c, setting 1/gamma = 0\n",
-      "v = 389819076.48683405 > c, setting 1/gamma = 0\n",
-      "v = 425432413.3867923 > c, setting 1/gamma = 0\n",
-      "v = 348006333.421897 > c, setting 1/gamma = 0\n",
-      "v = 388635363.74256843 > c, setting 1/gamma = 0\n",
-      "v = 308456052.4845394 > c, setting 1/gamma = 0\n",
-      "v = 336291896.90209097 > c, setting 1/gamma = 0\n",
-      "v = 323478697.2991845 > c, setting 1/gamma = 0\n",
-      "v = 318382220.6913017 > c, setting 1/gamma = 0\n",
-      "v = 641790387.2851682 > c, setting 1/gamma = 0\n",
-      "v = 521679370.75635463 > c, setting 1/gamma = 0\n",
-      "v = 324767424.00352216 > c, setting 1/gamma = 0\n",
-      "v = 353966304.4021774 > c, setting 1/gamma = 0\n",
-      "v = 303802697.9559968 > c, setting 1/gamma = 0\n",
-      "v = 331956200.6711736 > c, setting 1/gamma = 0\n",
-      "v = 342880540.96545666 > c, setting 1/gamma = 0\n",
-      "v = 380974378.9382336 > c, setting 1/gamma = 0\n",
-      "v = 305290496.16168463 > c, setting 1/gamma = 0\n",
-      "v = 351916240.1777608 > c, setting 1/gamma = 0\n",
-      "v = 396903654.80864733 > c, setting 1/gamma = 0\n",
-      "v = 307142090.0945218 > c, setting 1/gamma = 0\n",
-      "v = 337700045.99481267 > c, setting 1/gamma = 0\n",
-      "v = 308072771.8301487 > c, setting 1/gamma = 0\n",
-      "v = 640503475.4836854 > c, setting 1/gamma = 0\n",
-      "v = 520895903.09402025 > c, setting 1/gamma = 0\n",
-      "v = 317932631.4286685 > c, setting 1/gamma = 0\n",
-      "v = 360416087.9533706 > c, setting 1/gamma = 0\n",
-      "v = 316177887.82574356 > c, setting 1/gamma = 0\n",
-      "v = 326518125.3890423 > c, setting 1/gamma = 0\n",
-      "v = 371124882.2909322 > c, setting 1/gamma = 0\n",
-      "v = 519703442.3437987 > c, setting 1/gamma = 0\n",
-      "v = 496997837.42239505 > c, setting 1/gamma = 0\n",
-      "v = 352295809.8596073 > c, setting 1/gamma = 0\n",
-      "v = 376184602.46550673 > c, setting 1/gamma = 0\n",
-      "v = 484281069.1264255 > c, setting 1/gamma = 0\n",
-      "v = 480566793.0759069 > c, setting 1/gamma = 0\n",
-      "v = 312381610.19573283 > c, setting 1/gamma = 0\n",
-      "v = 351200105.2663201 > c, setting 1/gamma = 0\n",
-      "v = 305553793.59233105 > c, setting 1/gamma = 0\n",
-      "v = 331135682.8034746 > c, setting 1/gamma = 0\n",
-      "v = 302047038.6934567 > c, setting 1/gamma = 0\n",
-      "v = 314637875.2358639 > c, setting 1/gamma = 0\n",
-      "v = 553193337.3947138 > c, setting 1/gamma = 0\n",
-      "v = 494531237.4079433 > c, setting 1/gamma = 0\n",
-      "v = 334914122.8418229 > c, setting 1/gamma = 0\n",
-      "v = 363078946.1438715 > c, setting 1/gamma = 0\n",
-      "v = 301066539.81502014 > c, setting 1/gamma = 0\n",
-      "v = 446559687.4168454 > c, setting 1/gamma = 0\n",
-      "v = 461042744.38884115 > c, setting 1/gamma = 0\n",
-      "v = 300415768.9090648 > c, setting 1/gamma = 0\n",
-      "v = 302979778.93193656 > c, setting 1/gamma = 0\n",
-      "v = 434484831.02725315 > c, setting 1/gamma = 0\n",
-      "v = 453543332.07038295 > c, setting 1/gamma = 0\n",
-      "v = 314121872.211403 > c, setting 1/gamma = 0\n",
-      "v = 507973947.27381796 > c, setting 1/gamma = 0\n",
-      "v = 484669606.8134769 > c, setting 1/gamma = 0\n",
-      "v = 322587867.32750154 > c, setting 1/gamma = 0\n",
-      "v = 346497266.8119036 > c, setting 1/gamma = 0\n",
-      "v = 313106046.36122286 > c, setting 1/gamma = 0\n",
-      "v = 329255729.20224726 > c, setting 1/gamma = 0\n",
-      "v = 319530020.2502775 > c, setting 1/gamma = 0\n",
-      "v = 311131495.893953 > c, setting 1/gamma = 0\n",
-      "v = 430759687.65926564 > c, setting 1/gamma = 0\n",
-      "v = 437910263.56807125 > c, setting 1/gamma = 0\n",
-      "v = 300899837.3671523 > c, setting 1/gamma = 0\n",
-      "v = 358700456.27071 > c, setting 1/gamma = 0\n",
-      "v = 389987909.25581 > c, setting 1/gamma = 0\n",
-      "v = 302913169.47438276 > c, setting 1/gamma = 0\n",
-      "v = 443408394.6940303 > c, setting 1/gamma = 0\n",
-      "v = 466303963.3250815 > c, setting 1/gamma = 0\n",
-      "v = 334184278.46528375 > c, setting 1/gamma = 0\n",
-      "v = 361453875.1300275 > c, setting 1/gamma = 0\n",
-      "v = 338983308.30696076 > c, setting 1/gamma = 0\n",
-      "v = 359846391.7509656 > c, setting 1/gamma = 0\n",
-      "v = 341060030.69197285 > c, setting 1/gamma = 0\n",
-      "v = 382468769.3749414 > c, setting 1/gamma = 0\n",
-      "v = 356107240.5724172 > c, setting 1/gamma = 0\n",
-      "v = 391906001.5885401 > c, setting 1/gamma = 0\n",
-      "v = 300951041.91344523 > c, setting 1/gamma = 0\n",
-      "v = 309284903.3627758 > c, setting 1/gamma = 0\n",
-      "v = 349307057.8609819 > c, setting 1/gamma = 0\n",
-      "v = 309539646.8472748 > c, setting 1/gamma = 0\n",
-      "v = 499242401.60036004 > c, setting 1/gamma = 0\n",
-      "v = 502440958.857669 > c, setting 1/gamma = 0\n",
-      "v = 364030721.4493022 > c, setting 1/gamma = 0\n",
-      "v = 397240400.15533096 > c, setting 1/gamma = 0\n",
-      "v = 311728844.33591694 > c, setting 1/gamma = 0\n",
-      "v = 302425526.6655709 > c, setting 1/gamma = 0\n",
-      "v = 327890666.73393303 > c, setting 1/gamma = 0\n",
-      "v = 309967209.16522074 > c, setting 1/gamma = 0\n",
-      "v = 316677917.59103024 > c, setting 1/gamma = 0\n",
-      "v = 422665376.9953309 > c, setting 1/gamma = 0\n",
-      "v = 452215681.3151011 > c, setting 1/gamma = 0\n",
-      "v = 314583870.69832194 > c, setting 1/gamma = 0\n",
-      "v = 340407347.65164155 > c, setting 1/gamma = 0\n",
-      "v = 316564855.43648714 > c, setting 1/gamma = 0\n",
-      "v = 334938864.52650124 > c, setting 1/gamma = 0\n",
-      "v = 314247347.9677687 > c, setting 1/gamma = 0\n",
-      "v = 313334997.0668374 > c, setting 1/gamma = 0\n",
-      "v = 330427847.0907163 > c, setting 1/gamma = 0\n",
-      "v = 361207107.9315944 > c, setting 1/gamma = 0\n",
-      "v = 317966509.9329228 > c, setting 1/gamma = 0\n",
-      "v = 345215460.68302715 > c, setting 1/gamma = 0\n",
-      "v = 300150334.7545366 > c, setting 1/gamma = 0\n",
-      "v = 308085782.11413026 > c, setting 1/gamma = 0\n",
-      "v = 339648893.5257094 > c, setting 1/gamma = 0\n",
-      "v = 323087685.7273528 > c, setting 1/gamma = 0\n",
-      "v = 401046711.6477717 > c, setting 1/gamma = 0\n",
-      "v = 427774519.59138435 > c, setting 1/gamma = 0\n",
-      "v = 306247897.7266007 > c, setting 1/gamma = 0\n",
-      "v = 444578942.74361545 > c, setting 1/gamma = 0\n",
-      "v = 474122734.01609296 > c, setting 1/gamma = 0\n",
-      "v = 300495944.18293744 > c, setting 1/gamma = 0\n",
-      "v = 328044112.084679 > c, setting 1/gamma = 0\n",
-      "v = 347074665.6738486 > c, setting 1/gamma = 0\n",
-      "v = 300907963.42790526 > c, setting 1/gamma = 0\n",
-      "v = 382146536.2106383 > c, setting 1/gamma = 0\n",
-      "v = 410071744.0548278 > c, setting 1/gamma = 0\n",
-      "v = 374743382.54655236 > c, setting 1/gamma = 0\n",
-      "v = 401948336.6066662 > c, setting 1/gamma = 0\n",
-      "v = 308782551.64669085 > c, setting 1/gamma = 0\n",
-      "v = 346143627.33479834 > c, setting 1/gamma = 0\n",
-      "v = 342700004.58109593 > c, setting 1/gamma = 0\n",
-      "v = 389956866.1723428 > c, setting 1/gamma = 0\n",
-      "v = 314230082.64198864 > c, setting 1/gamma = 0\n",
-      "v = 342039609.9654536 > c, setting 1/gamma = 0\n",
-      "v = 300686408.3947366 > c, setting 1/gamma = 0\n",
-      "v = 417874339.1671782 > c, setting 1/gamma = 0\n",
-      "v = 431738034.9260023 > c, setting 1/gamma = 0\n",
-      "v = 327052884.9578432 > c, setting 1/gamma = 0\n",
-      "v = 357870945.02774245 > c, setting 1/gamma = 0\n",
-      "v = 326918040.6110054 > c, setting 1/gamma = 0\n",
-      "v = 353647599.7760604 > c, setting 1/gamma = 0\n",
-      "v = 367485787.08612674 > c, setting 1/gamma = 0\n",
-      "v = 413896776.2188592 > c, setting 1/gamma = 0\n",
-      "v = 369772687.33625066 > c, setting 1/gamma = 0\n",
-      "v = 391746144.9470465 > c, setting 1/gamma = 0\n",
-      "v = 329786546.20551234 > c, setting 1/gamma = 0\n",
-      "v = 356016177.9845387 > c, setting 1/gamma = 0\n",
-      "v = 314764218.1924604 > c, setting 1/gamma = 0\n",
-      "v = 384018218.7386065 > c, setting 1/gamma = 0\n",
-      "v = 416574400.4138899 > c, setting 1/gamma = 0\n",
-      "v = 357111588.1394836 > c, setting 1/gamma = 0\n",
-      "v = 392148316.127138 > c, setting 1/gamma = 0\n",
-      "v = 321290370.8602529 > c, setting 1/gamma = 0\n",
-      "v = 320092725.9840936 > c, setting 1/gamma = 0\n",
-      "v = 325084117.86429936 > c, setting 1/gamma = 0\n",
-      "v = 384552779.1867887 > c, setting 1/gamma = 0\n",
-      "v = 429227225.64546084 > c, setting 1/gamma = 0\n",
-      "v = 303775162.93520254 > c, setting 1/gamma = 0\n",
-      "v = 332791385.47607034 > c, setting 1/gamma = 0\n",
-      "v = 310732658.3484623 > c, setting 1/gamma = 0\n",
-      "v = 334223743.6601222 > c, setting 1/gamma = 0\n",
-      "v = 323877534.996268 > c, setting 1/gamma = 0\n",
-      "v = 344711096.5724134 > c, setting 1/gamma = 0\n",
-      "v = 364268529.3353427 > c, setting 1/gamma = 0\n",
-      "v = 343407413.45375305 > c, setting 1/gamma = 0\n",
-      "v = 378637088.5647789 > c, setting 1/gamma = 0\n",
-      "v = 303515316.4218798 > c, setting 1/gamma = 0\n",
-      "v = 346792277.0008786 > c, setting 1/gamma = 0\n",
-      "v = 325942149.9412267 > c, setting 1/gamma = 0\n",
-      "v = 370914371.5282435 > c, setting 1/gamma = 0\n",
-      "v = 315088385.7406033 > c, setting 1/gamma = 0\n",
-      "v = 301373554.9187644 > c, setting 1/gamma = 0\n",
-      "v = 337116356.60574114 > c, setting 1/gamma = 0\n",
-      "v = 311729198.3747884 > c, setting 1/gamma = 0\n",
-      "v = 364155492.4480476 > c, setting 1/gamma = 0\n",
-      "v = 441604341.641674 > c, setting 1/gamma = 0\n",
-      "v = 470280663.7980008 > c, setting 1/gamma = 0\n",
-      "v = 368339933.6827406 > c, setting 1/gamma = 0\n",
-      "v = 384158558.40628916 > c, setting 1/gamma = 0\n",
-      "v = 326630140.44832414 > c, setting 1/gamma = 0\n",
-      "v = 364044221.6201135 > c, setting 1/gamma = 0\n",
-      "v = 356535368.3474928 > c, setting 1/gamma = 0\n",
-      "v = 396097657.2842436 > c, setting 1/gamma = 0\n",
-      "v = 319776530.2031527 > c, setting 1/gamma = 0\n",
-      "v = 330555808.7106316 > c, setting 1/gamma = 0\n",
-      "v = 378425590.9180562 > c, setting 1/gamma = 0\n",
-      "v = 400615983.3099427 > c, setting 1/gamma = 0\n",
-      "v = 437980808.01302624 > c, setting 1/gamma = 0\n",
-      "v = 306816339.0085135 > c, setting 1/gamma = 0\n",
-      "v = 319354109.9338411 > c, setting 1/gamma = 0\n",
-      "v = 337331798.35754544 > c, setting 1/gamma = 0\n",
-      "v = 453859541.8012854 > c, setting 1/gamma = 0\n",
-      "v = 456027820.8248272 > c, setting 1/gamma = 0\n",
-      "v = 315993517.2637214 > c, setting 1/gamma = 0\n",
-      "v = 304258075.55841285 > c, setting 1/gamma = 0\n",
-      "v = 322165112.0767613 > c, setting 1/gamma = 0\n",
-      "v = 503742697.9476372 > c, setting 1/gamma = 0\n",
-      "v = 485355041.9633755 > c, setting 1/gamma = 0\n",
-      "v = 440916075.13142407 > c, setting 1/gamma = 0\n",
-      "v = 431298252.4869138 > c, setting 1/gamma = 0\n",
-      "v = 303449787.1516351 > c, setting 1/gamma = 0\n",
-      "v = 308971731.7314036 > c, setting 1/gamma = 0\n",
-      "v = 456942657.31126165 > c, setting 1/gamma = 0\n",
-      "v = 444390320.16201216 > c, setting 1/gamma = 0\n",
-      "v = 311640927.5609367 > c, setting 1/gamma = 0\n",
-      "v = 358250496.83013463 > c, setting 1/gamma = 0\n",
-      "v = 306625872.5078432 > c, setting 1/gamma = 0\n",
-      "v = 349759398.3864888 > c, setting 1/gamma = 0\n",
-      "v = 307705040.6605553 > c, setting 1/gamma = 0\n",
-      "v = 321887535.9250692 > c, setting 1/gamma = 0\n",
-      "v = 333549489.988732 > c, setting 1/gamma = 0\n",
-      "v = 682563844.7074835 > c, setting 1/gamma = 0\n",
-      "v = 556712971.2857326 > c, setting 1/gamma = 0\n",
-      "v = 314954648.682053 > c, setting 1/gamma = 0\n",
-      "v = 559523318.1564904 > c, setting 1/gamma = 0\n",
-      "v = 482521121.67056 > c, setting 1/gamma = 0\n",
-      "v = 314562619.3469903 > c, setting 1/gamma = 0\n",
-      "v = 332495615.4482447 > c, setting 1/gamma = 0\n",
-      "v = 364544423.60468936 > c, setting 1/gamma = 0\n",
-      "v = 320348562.72230715 > c, setting 1/gamma = 0\n",
-      "v = 358417615.26023746 > c, setting 1/gamma = 0\n",
-      "v = 305335210.4091871 > c, setting 1/gamma = 0\n",
-      "v = 329936514.5513089 > c, setting 1/gamma = 0\n",
-      "v = 302995525.7436283 > c, setting 1/gamma = 0\n",
-      "v = 357809058.1699753 > c, setting 1/gamma = 0\n",
-      "v = 398893678.0656047 > c, setting 1/gamma = 0\n",
-      "v = 435052817.2153285 > c, setting 1/gamma = 0\n",
-      "v = 449439224.1688107 > c, setting 1/gamma = 0\n",
-      "v = 316438153.7011517 > c, setting 1/gamma = 0\n",
-      "v = 346505581.9625809 > c, setting 1/gamma = 0\n",
-      "v = 311821812.45418453 > c, setting 1/gamma = 0\n",
-      "v = 374951064.4256012 > c, setting 1/gamma = 0\n",
-      "v = 417485521.8664182 > c, setting 1/gamma = 0\n",
-      "v = 305678527.2848486 > c, setting 1/gamma = 0\n",
-      "v = 332473363.75048566 > c, setting 1/gamma = 0\n",
-      "v = 320345369.1788269 > c, setting 1/gamma = 0\n",
-      "v = 338690968.8950721 > c, setting 1/gamma = 0\n",
-      "v = 392898270.66752124 > c, setting 1/gamma = 0\n",
-      "v = 418925259.8378476 > c, setting 1/gamma = 0\n",
-      "v = 371886682.129031 > c, setting 1/gamma = 0\n",
-      "v = 391660362.8517487 > c, setting 1/gamma = 0\n",
-      "v = 304369426.6908115 > c, setting 1/gamma = 0\n",
-      "v = 317524172.7897362 > c, setting 1/gamma = 0\n",
-      "v = 301048810.1153707 > c, setting 1/gamma = 0\n",
-      "v = 375503563.840603 > c, setting 1/gamma = 0\n",
-      "v = 399058042.13401926 > c, setting 1/gamma = 0\n",
-      "v = 354841662.8311232 > c, setting 1/gamma = 0\n",
-      "v = 389311132.82794625 > c, setting 1/gamma = 0\n",
-      "v = 306468198.1186246 > c, setting 1/gamma = 0\n",
-      "v = 342186074.6650239 > c, setting 1/gamma = 0\n",
-      "v = 332692896.8748789 > c, setting 1/gamma = 0\n",
-      "v = 433994600.55710274 > c, setting 1/gamma = 0\n",
-      "v = 455791490.3941655 > c, setting 1/gamma = 0\n",
-      "v = 325289118.7267144 > c, setting 1/gamma = 0\n",
-      "v = 347256211.08303225 > c, setting 1/gamma = 0\n",
-      "v = 320150309.30976176 > c, setting 1/gamma = 0\n",
-      "v = 372202141.15081185 > c, setting 1/gamma = 0\n",
-      "v = 327123158.05110776 > c, setting 1/gamma = 0\n",
-      "v = 355385200.5427545 > c, setting 1/gamma = 0\n",
-      "v = 306773663.9841238 > c, setting 1/gamma = 0\n",
-      "v = 330220581.3900618 > c, setting 1/gamma = 0\n",
-      "v = 442379822.90548956 > c, setting 1/gamma = 0\n",
-      "v = 457992069.2542413 > c, setting 1/gamma = 0\n",
-      "v = 305986839.1540954 > c, setting 1/gamma = 0\n",
-      "v = 339443466.4941085 > c, setting 1/gamma = 0\n",
-      "v = 310672543.58337444 > c, setting 1/gamma = 0\n",
-      "v = 330601653.83525836 > c, setting 1/gamma = 0\n",
-      "v = 371483340.8875036 > c, setting 1/gamma = 0\n",
-      "v = 397023286.145355 > c, setting 1/gamma = 0\n",
-      "v = 389847722.02218366 > c, setting 1/gamma = 0\n",
-      "v = 401963202.94982 > c, setting 1/gamma = 0\n",
-      "v = 432271079.8630612 > c, setting 1/gamma = 0\n",
-      "v = 448948250.66044873 > c, setting 1/gamma = 0\n",
-      "v = 305553658.10257006 > c, setting 1/gamma = 0\n",
-      "v = 332914336.57634205 > c, setting 1/gamma = 0\n",
-      "v = 303639797.0081763 > c, setting 1/gamma = 0\n",
-      "v = 321597527.90378857 > c, setting 1/gamma = 0\n",
-      "v = 416679098.5196978 > c, setting 1/gamma = 0\n",
-      "v = 427679137.996128 > c, setting 1/gamma = 0\n",
-      "v = 329753076.71176517 > c, setting 1/gamma = 0\n",
-      "v = 356310045.35898316 > c, setting 1/gamma = 0\n",
-      "v = 443606817.27341115 > c, setting 1/gamma = 0\n",
-      "v = 463618177.19809014 > c, setting 1/gamma = 0\n",
-      "v = 357585577.3865873 > c, setting 1/gamma = 0\n",
-      "v = 374371517.3544521 > c, setting 1/gamma = 0\n",
-      "v = 313407879.62074596 > c, setting 1/gamma = 0\n",
-      "v = 335283836.61571646 > c, setting 1/gamma = 0\n",
-      "v = 300538181.44012374 > c, setting 1/gamma = 0\n",
-      "v = 317256445.26043284 > c, setting 1/gamma = 0\n",
-      "v = 328264714.2958986 > c, setting 1/gamma = 0\n",
-      "v = 351352328.64638823 > c, setting 1/gamma = 0\n",
-      "v = 330445356.7522586 > c, setting 1/gamma = 0\n",
-      "v = 345341922.236108 > c, setting 1/gamma = 0\n",
-      "v = 364469038.39085805 > c, setting 1/gamma = 0\n",
-      "v = 390458563.9894687 > c, setting 1/gamma = 0\n",
-      "v = 345594024.0117001 > c, setting 1/gamma = 0\n",
-      "v = 373788709.6132598 > c, setting 1/gamma = 0\n",
-      "v = 310414758.29053956 > c, setting 1/gamma = 0\n",
-      "v = 327505852.6327767 > c, setting 1/gamma = 0\n",
-      "v = 318342625.8069957 > c, setting 1/gamma = 0\n",
-      "v = 345451248.1866214 > c, setting 1/gamma = 0\n",
-      "v = 311514280.67214423 > c, setting 1/gamma = 0\n",
-      "v = 345354372.3351385 > c, setting 1/gamma = 0\n",
-      "v = 370568570.48916686 > c, setting 1/gamma = 0\n",
-      "v = 329847093.22874355 > c, setting 1/gamma = 0\n",
-      "v = 301049266.2286135 > c, setting 1/gamma = 0\n",
-      "v = 311990012.11699176 > c, setting 1/gamma = 0\n",
-      "v = 308247214.2893634 > c, setting 1/gamma = 0\n",
-      "v = 339701371.4927574 > c, setting 1/gamma = 0\n",
-      "v = 307905546.0882501 > c, setting 1/gamma = 0\n",
-      "v = 320054996.43559 > c, setting 1/gamma = 0\n",
-      "v = 365829955.2109874 > c, setting 1/gamma = 0\n",
-      "v = 381437513.8488156 > c, setting 1/gamma = 0\n",
-      "v = 304019991.2282964 > c, setting 1/gamma = 0\n",
-      "v = 317847419.09075963 > c, setting 1/gamma = 0\n",
-      "v = 325114238.88663113 > c, setting 1/gamma = 0\n",
-      "v = 351181077.3661866 > c, setting 1/gamma = 0\n",
-      "v = 314692539.86138576 > c, setting 1/gamma = 0\n",
-      "v = 333393234.7553068 > c, setting 1/gamma = 0\n",
-      "v = 326426125.2495905 > c, setting 1/gamma = 0\n",
-      "v = 341685731.6634006 > c, setting 1/gamma = 0\n",
-      "v = 304294600.08258975 > c, setting 1/gamma = 0\n",
-      "v = 315801896.90270466 > c, setting 1/gamma = 0\n",
-      "v = 304689389.5540436 > c, setting 1/gamma = 0\n",
-      "v = 303174528.59820414 > c, setting 1/gamma = 0\n",
-      "v = 318112840.507381 > c, setting 1/gamma = 0\n",
-      "v = 344251586.56268805 > c, setting 1/gamma = 0\n",
-      "v = 436208191.432536 > c, setting 1/gamma = 0\n",
-      "v = 441000456.1342051 > c, setting 1/gamma = 0\n",
-      "v = 308208436.2042189 > c, setting 1/gamma = 0\n",
-      "v = 328064629.7382805 > c, setting 1/gamma = 0\n",
-      "v = 309793146.97346497 > c, setting 1/gamma = 0\n",
-      "v = 305221089.65225595 > c, setting 1/gamma = 0\n",
-      "v = 343341819.6506497 > c, setting 1/gamma = 0\n",
-      "v = 379162104.9059024 > c, setting 1/gamma = 0\n",
-      "v = 301703489.3944162 > c, setting 1/gamma = 0\n",
-      "v = 320846666.3533767 > c, setting 1/gamma = 0\n",
-      "v = 307527452.8468349 > c, setting 1/gamma = 0\n",
-      "v = 306184155.9903025 > c, setting 1/gamma = 0\n",
-      "v = 361280452.2570247 > c, setting 1/gamma = 0\n",
-      "v = 376916432.72175145 > c, setting 1/gamma = 0\n",
-      "v = 315853589.68342394 > c, setting 1/gamma = 0\n",
-      "v = 343058046.16887075 > c, setting 1/gamma = 0\n",
-      "v = 387214287.5551002 > c, setting 1/gamma = 0\n",
-      "v = 410777231.9462697 > c, setting 1/gamma = 0\n",
-      "v = 342400754.89551324 > c, setting 1/gamma = 0\n",
-      "v = 356894683.5851822 > c, setting 1/gamma = 0\n",
-      "v = 360686035.4659564 > c, setting 1/gamma = 0\n",
-      "v = 391603362.9880876 > c, setting 1/gamma = 0\n",
-      "v = 307561902.3590559 > c, setting 1/gamma = 0\n",
-      "v = 300729371.36355186 > c, setting 1/gamma = 0\n",
-      "v = 441893421.22157663 > c, setting 1/gamma = 0\n",
-      "v = 435036432.102898 > c, setting 1/gamma = 0\n",
-      "v = 303875066.63209367 > c, setting 1/gamma = 0\n",
-      "v = 354482663.364385 > c, setting 1/gamma = 0\n",
-      "v = 388159085.80945915 > c, setting 1/gamma = 0\n",
-      "v = 453478761.1926931 > c, setting 1/gamma = 0\n",
-      "v = 441077982.0686889 > c, setting 1/gamma = 0\n",
-      "v = 451297470.47837406 > c, setting 1/gamma = 0\n",
-      "v = 465646588.8714678 > c, setting 1/gamma = 0\n",
-      "v = 450882334.1688841 > c, setting 1/gamma = 0\n",
-      "v = 448605605.30325365 > c, setting 1/gamma = 0\n",
-      "v = 313526859.2395833 > c, setting 1/gamma = 0\n",
-      "v = 337911215.22100925 > c, setting 1/gamma = 0\n",
-      "v = 300646037.26906335 > c, setting 1/gamma = 0\n",
-      "v = 337439107.52479994 > c, setting 1/gamma = 0\n",
-      "v = 302112027.06815046 > c, setting 1/gamma = 0\n",
-      "v = 315723586.7017384 > c, setting 1/gamma = 0\n",
-      "v = 336460299.6349823 > c, setting 1/gamma = 0\n",
-      "v = 322339386.67701393 > c, setting 1/gamma = 0\n",
-      "v = 356919705.81299025 > c, setting 1/gamma = 0\n",
-      "v = 344682835.131052 > c, setting 1/gamma = 0\n",
-      "v = 377948784.3984278 > c, setting 1/gamma = 0\n",
-      "v = 358748495.1878095 > c, setting 1/gamma = 0\n",
-      "v = 385257466.08990616 > c, setting 1/gamma = 0\n",
-      "v = 319475010.6963603 > c, setting 1/gamma = 0\n",
-      "v = 336454793.0846446 > c, setting 1/gamma = 0\n",
-      "v = 322436471.3271451 > c, setting 1/gamma = 0\n",
-      "v = 358963027.38154376 > c, setting 1/gamma = 0\n",
-      "v = 479509852.41482973 > c, setting 1/gamma = 0\n",
-      "v = 469171096.6521923 > c, setting 1/gamma = 0\n",
-      "v = 393005850.6613329 > c, setting 1/gamma = 0\n",
-      "v = 412187610.89767414 > c, setting 1/gamma = 0\n",
-      "v = 304944467.6273256 > c, setting 1/gamma = 0\n",
-      "v = 327326304.812642 > c, setting 1/gamma = 0\n",
-      "v = 363963139.3045607 > c, setting 1/gamma = 0\n",
-      "v = 394026779.52667624 > c, setting 1/gamma = 0\n",
-      "v = 357892029.4051484 > c, setting 1/gamma = 0\n",
-      "v = 373048924.48344535 > c, setting 1/gamma = 0\n",
-      "v = 320601534.7303131 > c, setting 1/gamma = 0\n",
-      "v = 410056943.1801373 > c, setting 1/gamma = 0\n",
-      "v = 438757688.3513716 > c, setting 1/gamma = 0\n",
-      "v = 347343309.686779 > c, setting 1/gamma = 0\n",
-      "v = 369585764.53745425 > c, setting 1/gamma = 0\n",
-      "v = 335256332.2943879 > c, setting 1/gamma = 0\n",
-      "v = 331228399.1217576 > c, setting 1/gamma = 0\n",
-      "v = 378443582.32365054 > c, setting 1/gamma = 0\n",
-      "v = 324682667.4114241 > c, setting 1/gamma = 0\n",
-      "v = 349428852.8341329 > c, setting 1/gamma = 0\n",
-      "v = 304989682.2159947 > c, setting 1/gamma = 0\n",
-      "v = 324137409.7066744 > c, setting 1/gamma = 0\n",
-      "v = 307074421.51391214 > c, setting 1/gamma = 0\n",
-      "v = 303952908.8452685 > c, setting 1/gamma = 0\n",
-      "v = 346692980.9963648 > c, setting 1/gamma = 0\n",
-      "v = 307487357.6356239 > c, setting 1/gamma = 0\n",
-      "v = 328880659.63636446 > c, setting 1/gamma = 0\n",
-      "v = 319306255.1204793 > c, setting 1/gamma = 0\n",
-      "v = 382001045.9250739 > c, setting 1/gamma = 0\n",
-      "v = 406929975.6575914 > c, setting 1/gamma = 0\n",
-      "v = 330905988.22117096 > c, setting 1/gamma = 0\n",
-      "v = 350014407.0932848 > c, setting 1/gamma = 0\n",
-      "v = 302195191.5486236 > c, setting 1/gamma = 0\n",
-      "v = 421737725.79513806 > c, setting 1/gamma = 0\n",
-      "v = 441472784.76834965 > c, setting 1/gamma = 0\n",
-      "v = 309243724.40889925 > c, setting 1/gamma = 0\n",
-      "v = 324557737.225275 > c, setting 1/gamma = 0\n",
-      "v = 366481525.33755153 > c, setting 1/gamma = 0\n",
-      "v = 384194289.25589615 > c, setting 1/gamma = 0\n",
-      "v = 366606971.7749553 > c, setting 1/gamma = 0\n",
-      "v = 378550765.0848911 > c, setting 1/gamma = 0\n",
-      "v = 316127885.33682895 > c, setting 1/gamma = 0\n",
-      "v = 315375443.7525084 > c, setting 1/gamma = 0\n",
-      "v = 350799555.7353204 > c, setting 1/gamma = 0\n",
-      "v = 359897201.79317045 > c, setting 1/gamma = 0\n",
-      "v = 386790683.9378631 > c, setting 1/gamma = 0\n",
-      "v = 303912045.76174396 > c, setting 1/gamma = 0\n",
-      "v = 482951736.57457 > c, setting 1/gamma = 0\n",
-      "v = 474765125.0164497 > c, setting 1/gamma = 0\n",
-      "v = 317897009.30475515 > c, setting 1/gamma = 0\n",
-      "v = 339317095.0361921 > c, setting 1/gamma = 0\n",
-      "v = 300972169.6926661 > c, setting 1/gamma = 0\n",
-      "v = 333472797.09185475 > c, setting 1/gamma = 0\n",
-      "v = 355798192.2070278 > c, setting 1/gamma = 0\n",
-      "v = 391350419.2660949 > c, setting 1/gamma = 0\n",
-      "v = 372053283.82064813 > c, setting 1/gamma = 0\n",
-      "v = 403161838.1283403 > c, setting 1/gamma = 0\n",
-      "v = 318937525.0931868 > c, setting 1/gamma = 0\n",
-      "v = 345289303.52087486 > c, setting 1/gamma = 0\n",
-      "v = 313059496.21699584 > c, setting 1/gamma = 0\n",
-      "v = 343303962.2676302 > c, setting 1/gamma = 0\n",
-      "v = 355167236.96108085 > c, setting 1/gamma = 0\n",
-      "v = 387884633.32954323 > c, setting 1/gamma = 0\n",
-      "v = 317421249.6693851 > c, setting 1/gamma = 0\n",
-      "v = 339960575.15101886 > c, setting 1/gamma = 0\n",
-      "v = 365956773.13810974 > c, setting 1/gamma = 0\n",
-      "v = 396314672.22224647 > c, setting 1/gamma = 0\n",
-      "v = 308517426.3162097 > c, setting 1/gamma = 0\n",
-      "v = 357026692.72662455 > c, setting 1/gamma = 0\n",
-      "v = 393207857.27299416 > c, setting 1/gamma = 0\n",
-      "v = 430004455.4966549 > c, setting 1/gamma = 0\n",
-      "v = 316597883.3068635 > c, setting 1/gamma = 0\n",
-      "v = 339919152.3468088 > c, setting 1/gamma = 0\n",
-      "v = 340665264.04566175 > c, setting 1/gamma = 0\n",
-      "v = 385766303.5885059 > c, setting 1/gamma = 0\n",
-      "v = 411235482.0188404 > c, setting 1/gamma = 0\n",
-      "v = 415352322.54192793 > c, setting 1/gamma = 0\n",
-      "v = 302949006.83925027 > c, setting 1/gamma = 0\n",
-      "v = 306684209.96372545 > c, setting 1/gamma = 0\n",
-      "v = 341498345.8976709 > c, setting 1/gamma = 0\n",
-      "v = 323437976.6087044 > c, setting 1/gamma = 0\n",
-      "v = 343670358.8714374 > c, setting 1/gamma = 0\n",
-      "v = 315113879.0651822 > c, setting 1/gamma = 0\n",
-      "v = 331105277.832557 > c, setting 1/gamma = 0\n",
-      "v = 406396251.9491453 > c, setting 1/gamma = 0\n",
-      "v = 411341259.60495687 > c, setting 1/gamma = 0\n",
-      "v = 312324019.88168156 > c, setting 1/gamma = 0\n",
-      "v = 324580055.6670457 > c, setting 1/gamma = 0\n",
-      "v = 470621341.2912174 > c, setting 1/gamma = 0\n",
-      "v = 440807626.6866607 > c, setting 1/gamma = 0\n",
-      "v = 303225463.21214926 > c, setting 1/gamma = 0\n",
-      "v = 325263450.4272214 > c, setting 1/gamma = 0\n",
-      "v = 347568854.9931196 > c, setting 1/gamma = 0\n",
-      "v = 303809592.33007294 > c, setting 1/gamma = 0\n",
-      "v = 336075755.28702205 > c, setting 1/gamma = 0\n",
-      "v = 372981979.1707881 > c, setting 1/gamma = 0\n",
-      "v = 403466783.875809 > c, setting 1/gamma = 0\n",
-      "v = 416408071.0524715 > c, setting 1/gamma = 0\n",
-      "v = 409656002.85583925 > c, setting 1/gamma = 0\n",
-      "v = 304087113.1545788 > c, setting 1/gamma = 0\n",
-      "v = 335674488.6438155 > c, setting 1/gamma = 0\n",
-      "v = 412471734.6390513 > c, setting 1/gamma = 0\n",
-      "v = 433161396.5911274 > c, setting 1/gamma = 0\n",
-      "v = 311362391.6429079 > c, setting 1/gamma = 0\n",
-      "v = 341830336.822161 > c, setting 1/gamma = 0\n",
-      "v = 414799211.1513511 > c, setting 1/gamma = 0\n",
-      "v = 426652275.5177146 > c, setting 1/gamma = 0\n",
-      "v = 316795867.10732406 > c, setting 1/gamma = 0\n",
-      "v = 336059108.0259312 > c, setting 1/gamma = 0\n",
-      "v = 328232865.11067885 > c, setting 1/gamma = 0\n",
-      "v = 355411217.446443 > c, setting 1/gamma = 0\n",
-      "v = 382270438.5943288 > c, setting 1/gamma = 0\n",
-      "v = 401091807.8460521 > c, setting 1/gamma = 0\n",
-      "v = 305264213.55891913 > c, setting 1/gamma = 0\n",
-      "v = 344817232.52016103 > c, setting 1/gamma = 0\n",
-      "v = 306358083.226664 > c, setting 1/gamma = 0\n",
-      "v = 550242114.6211876 > c, setting 1/gamma = 0\n",
-      "v = 452093513.4965812 > c, setting 1/gamma = 0\n",
-      "v = 577629742.3426698 > c, setting 1/gamma = 0\n",
-      "v = 493064028.4820256 > c, setting 1/gamma = 0\n",
-      "v = 350601200.843887 > c, setting 1/gamma = 0\n",
-      "v = 365599819.512814 > c, setting 1/gamma = 0\n",
-      "v = 340074871.91795903 > c, setting 1/gamma = 0\n",
-      "v = 369563382.2968952 > c, setting 1/gamma = 0\n",
-      "v = 324154924.33930427 > c, setting 1/gamma = 0\n",
-      "v = 382373204.8904433 > c, setting 1/gamma = 0\n",
-      "v = 405019920.72387934 > c, setting 1/gamma = 0\n",
-      "v = 306608543.877113 > c, setting 1/gamma = 0\n",
-      "v = 346278709.1216703 > c, setting 1/gamma = 0\n",
-      "v = 472670527.1977595 > c, setting 1/gamma = 0\n",
-      "v = 468778352.49660105 > c, setting 1/gamma = 0\n",
-      "v = 300163097.58045614 > c, setting 1/gamma = 0\n",
-      "v = 321027833.88808715 > c, setting 1/gamma = 0\n",
-      "v = 354299925.9356975 > c, setting 1/gamma = 0\n",
-      "v = 305674091.30944175 > c, setting 1/gamma = 0\n",
-      "v = 317679263.0372953 > c, setting 1/gamma = 0\n",
-      "v = 333330968.02013594 > c, setting 1/gamma = 0\n",
-      "v = 328454548.31954974 > c, setting 1/gamma = 0\n",
-      "v = 608012423.7925009 > c, setting 1/gamma = 0\n",
-      "v = 503047064.48596525 > c, setting 1/gamma = 0\n",
-      "v = 320815098.7936885 > c, setting 1/gamma = 0\n",
-      "v = 351894962.5640027 > c, setting 1/gamma = 0\n",
-      "v = 366457563.6637992 > c, setting 1/gamma = 0\n",
-      "v = 376270442.40258497 > c, setting 1/gamma = 0\n",
-      "v = 327619220.01935136 > c, setting 1/gamma = 0\n",
-      "v = 342018866.83538616 > c, setting 1/gamma = 0\n",
-      "v = 306985654.3697839 > c, setting 1/gamma = 0\n",
-      "v = 310980372.54008025 > c, setting 1/gamma = 0\n",
-      "v = 303076119.5280332 > c, setting 1/gamma = 0\n",
-      "v = 337211280.5767996 > c, setting 1/gamma = 0\n",
-      "v = 323702439.86598736 > c, setting 1/gamma = 0\n",
-      "v = 365409962.82238716 > c, setting 1/gamma = 0\n",
-      "v = 315629143.7939837 > c, setting 1/gamma = 0\n",
-      "v = 333910492.5593695 > c, setting 1/gamma = 0\n",
-      "v = 320887580.0941468 > c, setting 1/gamma = 0\n",
-      "v = 360312358.4124831 > c, setting 1/gamma = 0\n",
-      "v = 393571631.47882795 > c, setting 1/gamma = 0\n",
-      "v = 300091972.59459025 > c, setting 1/gamma = 0\n",
-      "v = 322960578.54855317 > c, setting 1/gamma = 0\n",
-      "v = 304004418.56598955 > c, setting 1/gamma = 0\n",
-      "v = 319918612.91764355 > c, setting 1/gamma = 0\n",
-      "v = 363365737.15956795 > c, setting 1/gamma = 0\n",
-      "v = 588423198.5502714 > c, setting 1/gamma = 0\n",
-      "v = 494736526.8350339 > c, setting 1/gamma = 0\n",
-      "v = 302423053.99892163 > c, setting 1/gamma = 0\n",
-      "v = 326067725.7504364 > c, setting 1/gamma = 0\n",
-      "v = 377015498.87659985 > c, setting 1/gamma = 0\n",
-      "v = 406752474.22634155 > c, setting 1/gamma = 0\n",
-      "v = 314471094.1733876 > c, setting 1/gamma = 0\n",
-      "v = 354929701.9418095 > c, setting 1/gamma = 0\n",
-      "v = 473691097.3988778 > c, setting 1/gamma = 0\n",
-      "v = 473256093.57912165 > c, setting 1/gamma = 0\n",
-      "v = 305151724.17816865 > c, setting 1/gamma = 0\n",
-      "v = 308999577.2130457 > c, setting 1/gamma = 0\n",
-      "v = 345111894.5081033 > c, setting 1/gamma = 0\n",
-      "v = 303661693.4599359 > c, setting 1/gamma = 0\n",
-      "v = 322933646.6355114 > c, setting 1/gamma = 0\n",
-      "v = 305333494.87478304 > c, setting 1/gamma = 0\n",
-      "v = 349551147.9920251 > c, setting 1/gamma = 0\n",
-      "v = 412259389.10314566 > c, setting 1/gamma = 0\n",
-      "v = 413030207.541304 > c, setting 1/gamma = 0\n",
-      "v = 316089904.12512773 > c, setting 1/gamma = 0\n",
-      "v = 448676152.2780094 > c, setting 1/gamma = 0\n",
-      "v = 427522789.0063318 > c, setting 1/gamma = 0\n",
-      "v = 300468150.42812574 > c, setting 1/gamma = 0\n",
-      "v = 335117477.2961006 > c, setting 1/gamma = 0\n",
-      "v = 319335303.79857814 > c, setting 1/gamma = 0\n",
-      "v = 344137520.3117492 > c, setting 1/gamma = 0\n",
-      "v = 348351967.9609014 > c, setting 1/gamma = 0\n",
-      "v = 372662892.1392152 > c, setting 1/gamma = 0\n",
-      "v = 378926265.21352255 > c, setting 1/gamma = 0\n",
-      "v = 402441169.3024664 > c, setting 1/gamma = 0\n",
-      "v = 314804066.5920848 > c, setting 1/gamma = 0\n",
-      "v = 333010510.0547738 > c, setting 1/gamma = 0\n",
-      "v = 301263887.2316524 > c, setting 1/gamma = 0\n",
-      "v = 340420579.5040462 > c, setting 1/gamma = 0\n",
-      "v = 449111164.8875469 > c, setting 1/gamma = 0\n",
-      "v = 457809089.5761799 > c, setting 1/gamma = 0\n",
-      "v = 303663024.8170364 > c, setting 1/gamma = 0\n",
-      "v = 323737161.65520436 > c, setting 1/gamma = 0\n",
-      "v = 305865474.6564669 > c, setting 1/gamma = 0\n",
-      "v = 338769221.2221693 > c, setting 1/gamma = 0\n",
-      "v = 368768989.4041587 > c, setting 1/gamma = 0\n",
-      "v = 370438588.5925148 > c, setting 1/gamma = 0\n",
-      "v = 402052976.21633726 > c, setting 1/gamma = 0\n",
-      "v = 431848292.86884147 > c, setting 1/gamma = 0\n",
-      "v = 415170075.16804624 > c, setting 1/gamma = 0\n",
-      "v = 317613330.2841155 > c, setting 1/gamma = 0\n",
-      "v = 321156666.2637443 > c, setting 1/gamma = 0\n",
-      "v = 350516844.269296 > c, setting 1/gamma = 0\n",
-      "v = 306893342.9809143 > c, setting 1/gamma = 0\n",
-      "v = 336993224.26628757 > c, setting 1/gamma = 0\n",
-      "v = 310089165.15107256 > c, setting 1/gamma = 0\n",
-      "v = 338057067.6976692 > c, setting 1/gamma = 0\n",
-      "v = 314082520.18267155 > c, setting 1/gamma = 0\n",
-      "v = 309794513.2054557 > c, setting 1/gamma = 0\n",
-      "v = 327041877.57507825 > c, setting 1/gamma = 0\n",
-      "v = 316812247.4740086 > c, setting 1/gamma = 0\n",
-      "v = 384623150.2929077 > c, setting 1/gamma = 0\n",
-      "v = 394505129.6128803 > c, setting 1/gamma = 0\n",
-      "v = 316871598.28014666 > c, setting 1/gamma = 0\n",
-      "v = 349438186.58343947 > c, setting 1/gamma = 0\n",
-      "v = 380840302.58221775 > c, setting 1/gamma = 0\n",
-      "v = 394775448.7472612 > c, setting 1/gamma = 0\n",
-      "v = 303500507.6820599 > c, setting 1/gamma = 0\n",
-      "v = 341022711.5604473 > c, setting 1/gamma = 0\n",
-      "v = 393881894.67177737 > c, setting 1/gamma = 0\n",
-      "v = 425102550.4918598 > c, setting 1/gamma = 0\n",
-      "v = 306783894.7750789 > c, setting 1/gamma = 0\n",
-      "v = 308510496.86083364 > c, setting 1/gamma = 0\n",
-      "v = 301513578.9820298 > c, setting 1/gamma = 0\n",
-      "v = 344786095.0930168 > c, setting 1/gamma = 0\n",
-      "v = 454242586.2675218 > c, setting 1/gamma = 0\n",
-      "v = 465408280.09892493 > c, setting 1/gamma = 0\n",
-      "v = 395590537.34300077 > c, setting 1/gamma = 0\n",
-      "v = 416439426.05127954 > c, setting 1/gamma = 0\n",
-      "v = 300100732.263121 > c, setting 1/gamma = 0\n",
-      "v = 337532146.0206847 > c, setting 1/gamma = 0\n",
-      "v = 344965652.24018747 > c, setting 1/gamma = 0\n",
-      "v = 370803686.1737066 > c, setting 1/gamma = 0\n",
-      "v = 311264588.98973393 > c, setting 1/gamma = 0\n",
-      "v = 447551006.032105 > c, setting 1/gamma = 0\n",
-      "v = 457360579.957357 > c, setting 1/gamma = 0\n",
-      "v = 314208229.7041305 > c, setting 1/gamma = 0\n",
-      "v = 312906376.4253241 > c, setting 1/gamma = 0\n",
-      "v = 318665649.8712348 > c, setting 1/gamma = 0\n",
-      "v = 351929976.9799774 > c, setting 1/gamma = 0\n",
-      "v = 376160841.6341389 > c, setting 1/gamma = 0\n",
-      "v = 404812633.0544422 > c, setting 1/gamma = 0\n",
-      "v = 333554669.13083005 > c, setting 1/gamma = 0\n",
-      "v = 368074995.05824673 > c, setting 1/gamma = 0\n",
-      "v = 301382961.8180488 > c, setting 1/gamma = 0\n",
-      "v = 335396567.6299865 > c, setting 1/gamma = 0\n",
-      "v = 313066272.3105273 > c, setting 1/gamma = 0\n",
-      "v = 346490144.98976463 > c, setting 1/gamma = 0\n",
-      "v = 419636315.62195504 > c, setting 1/gamma = 0\n",
-      "v = 425990681.942057 > c, setting 1/gamma = 0\n",
-      "v = 302249895.42956805 > c, setting 1/gamma = 0\n",
-      "v = 322122976.5035545 > c, setting 1/gamma = 0\n",
-      "v = 436870474.01236385 > c, setting 1/gamma = 0\n",
-      "v = 461297187.66838384 > c, setting 1/gamma = 0\n",
-      "v = 318874039.9631848 > c, setting 1/gamma = 0\n",
-      "v = 340347848.01366043 > c, setting 1/gamma = 0\n",
-      "v = 303320366.49396396 > c, setting 1/gamma = 0\n",
-      "v = 301351626.6460184 > c, setting 1/gamma = 0\n",
-      "v = 309382853.10480565 > c, setting 1/gamma = 0\n",
-      "v = 346560858.3357388 > c, setting 1/gamma = 0\n",
-      "v = 468204223.9558963 > c, setting 1/gamma = 0\n",
-      "v = 441756235.9312051 > c, setting 1/gamma = 0\n",
-      "v = 317866779.6756906 > c, setting 1/gamma = 0\n",
-      "v = 309288402.88365436 > c, setting 1/gamma = 0\n",
-      "v = 345282383.8757563 > c, setting 1/gamma = 0\n",
-      "v = 300020737.5634784 > c, setting 1/gamma = 0\n",
-      "v = 302196616.1999186 > c, setting 1/gamma = 0\n",
-      "v = 322097732.559184 > c, setting 1/gamma = 0\n",
-      "v = 302346003.95515335 > c, setting 1/gamma = 0\n",
-      "v = 322650854.02884877 > c, setting 1/gamma = 0\n",
-      "v = 513508238.0815502 > c, setting 1/gamma = 0\n",
-      "v = 496397190.2022003 > c, setting 1/gamma = 0\n",
-      "v = 383640379.68801963 > c, setting 1/gamma = 0\n",
-      "v = 389180633.39748347 > c, setting 1/gamma = 0\n",
-      "v = 320127960.90124756 > c, setting 1/gamma = 0\n",
-      "v = 354756302.11007726 > c, setting 1/gamma = 0\n",
-      "v = 311828316.030041 > c, setting 1/gamma = 0\n",
-      "v = 349282241.1454169 > c, setting 1/gamma = 0\n",
-      "v = 385801328.1495722 > c, setting 1/gamma = 0\n",
-      "v = 403513586.49857384 > c, setting 1/gamma = 0\n",
-      "v = 304468693.81266737 > c, setting 1/gamma = 0\n",
-      "v = 305539326.65835834 > c, setting 1/gamma = 0\n",
-      "v = 415074108.09474164 > c, setting 1/gamma = 0\n",
-      "v = 433086843.26711756 > c, setting 1/gamma = 0\n",
-      "v = 308310752.27186406 > c, setting 1/gamma = 0\n",
-      "v = 304154708.1501835 > c, setting 1/gamma = 0\n",
-      "v = 350942448.55183774 > c, setting 1/gamma = 0\n",
-      "v = 478746030.8243614 > c, setting 1/gamma = 0\n",
-      "v = 487322646.43939793 > c, setting 1/gamma = 0\n",
-      "v = 301089831.968879 > c, setting 1/gamma = 0\n",
-      "v = 326040931.28361183 > c, setting 1/gamma = 0\n",
-      "v = 407513297.1932858 > c, setting 1/gamma = 0\n",
-      "v = 448513576.15735483 > c, setting 1/gamma = 0\n",
-      "v = 345476125.7834697 > c, setting 1/gamma = 0\n",
-      "v = 680376300.6443175 > c, setting 1/gamma = 0\n",
-      "v = 556520927.546451 > c, setting 1/gamma = 0\n",
-      "v = 366703930.8794229 > c, setting 1/gamma = 0\n",
-      "v = 406056353.5419458 > c, setting 1/gamma = 0\n",
-      "v = 310584816.8987468 > c, setting 1/gamma = 0\n",
-      "v = 329933732.8125385 > c, setting 1/gamma = 0\n",
-      "v = 313561243.6826431 > c, setting 1/gamma = 0\n",
-      "v = 473103319.7425198 > c, setting 1/gamma = 0\n",
-      "v = 485272647.07342106 > c, setting 1/gamma = 0\n",
-      "v = 328708545.3649434 > c, setting 1/gamma = 0\n",
-      "v = 351763487.4770091 > c, setting 1/gamma = 0\n",
-      "v = 304821667.435512 > c, setting 1/gamma = 0\n",
-      "v = 317413316.23169744 > c, setting 1/gamma = 0\n",
-      "v = 301059600.46903235 > c, setting 1/gamma = 0\n",
-      "v = 336168628.12336445 > c, setting 1/gamma = 0\n",
-      "v = 390240591.23034924 > c, setting 1/gamma = 0\n",
-      "v = 421613273.7692765 > c, setting 1/gamma = 0\n",
-      "v = 305709682.88818306 > c, setting 1/gamma = 0\n",
-      "v = 306976624.62835294 > c, setting 1/gamma = 0\n",
-      "v = 335209427.5774667 > c, setting 1/gamma = 0\n",
-      "v = 581849970.2572726 > c, setting 1/gamma = 0\n",
-      "v = 497410721.4985103 > c, setting 1/gamma = 0\n",
-      "v = 321661962.8626219 > c, setting 1/gamma = 0\n",
-      "v = 342534756.60172206 > c, setting 1/gamma = 0\n",
-      "v = 342004856.08320415 > c, setting 1/gamma = 0\n",
-      "v = 371361370.5095095 > c, setting 1/gamma = 0\n",
-      "v = 324238307.79021454 > c, setting 1/gamma = 0\n",
-      "v = 359578309.4152793 > c, setting 1/gamma = 0\n",
-      "v = 410334697.52644944 > c, setting 1/gamma = 0\n",
-      "v = 418416325.68089706 > c, setting 1/gamma = 0\n",
-      "v = 308202396.58728826 > c, setting 1/gamma = 0\n",
-      "v = 440275150.19911057 > c, setting 1/gamma = 0\n",
-      "v = 432096407.4304889 > c, setting 1/gamma = 0\n",
-      "v = 326860999.97206604 > c, setting 1/gamma = 0\n",
-      "v = 373614769.2990965 > c, setting 1/gamma = 0\n",
-      "v = 329292202.90920633 > c, setting 1/gamma = 0\n",
-      "v = 348142784.24270993 > c, setting 1/gamma = 0\n",
-      "v = 309831490.57867426 > c, setting 1/gamma = 0\n",
-      "v = 339749139.63083214 > c, setting 1/gamma = 0\n",
-      "v = 327140987.0983092 > c, setting 1/gamma = 0\n",
-      "v = 406419941.9827614 > c, setting 1/gamma = 0\n",
-      "v = 416489307.2211373 > c, setting 1/gamma = 0\n",
-      "v = 305060545.6744333 > c, setting 1/gamma = 0\n",
-      "v = 340491000.4886164 > c, setting 1/gamma = 0\n",
-      "v = 312650204.12847286 > c, setting 1/gamma = 0\n",
-      "v = 317171785.9370524 > c, setting 1/gamma = 0\n",
-      "v = 582739115.512119 > c, setting 1/gamma = 0\n",
-      "v = 478296750.00886226 > c, setting 1/gamma = 0\n",
-      "v = 335385928.0931795 > c, setting 1/gamma = 0\n",
-      "v = 366500904.27415985 > c, setting 1/gamma = 0\n",
-      "v = 306872142.3968263 > c, setting 1/gamma = 0\n",
-      "v = 341694343.5352462 > c, setting 1/gamma = 0\n",
-      "v = 399988212.61420494 > c, setting 1/gamma = 0\n",
-      "v = 432726728.9671357 > c, setting 1/gamma = 0\n",
-      "v = 311754715.17325824 > c, setting 1/gamma = 0\n",
-      "v = 331357200.3867299 > c, setting 1/gamma = 0\n",
-      "v = 310447557.2821228 > c, setting 1/gamma = 0\n",
-      "v = 451337799.8256253 > c, setting 1/gamma = 0\n",
-      "v = 460452898.0001249 > c, setting 1/gamma = 0\n",
-      "v = 348567653.92865723 > c, setting 1/gamma = 0\n",
-      "v = 373557391.6105835 > c, setting 1/gamma = 0\n",
-      "v = 333329687.24644285 > c, setting 1/gamma = 0\n",
-      "v = 371783043.15799874 > c, setting 1/gamma = 0\n",
-      "v = 370915403.2680357 > c, setting 1/gamma = 0\n",
-      "v = 393952850.6930429 > c, setting 1/gamma = 0\n",
-      "v = 301274901.3688681 > c, setting 1/gamma = 0\n",
-      "v = 333969651.99290425 > c, setting 1/gamma = 0\n",
-      "v = 358282946.6813686 > c, setting 1/gamma = 0\n",
-      "v = 304619378.0533215 > c, setting 1/gamma = 0\n",
-      "v = 304030882.1448505 > c, setting 1/gamma = 0\n",
-      "v = 319480787.72387475 > c, setting 1/gamma = 0\n",
-      "v = 411661837.2351203 > c, setting 1/gamma = 0\n",
-      "v = 429035251.1964928 > c, setting 1/gamma = 0\n",
-      "v = 321211876.43206453 > c, setting 1/gamma = 0\n",
-      "v = 342124727.86018395 > c, setting 1/gamma = 0\n",
-      "v = 336302817.49311686 > c, setting 1/gamma = 0\n",
-      "v = 373282422.6961798 > c, setting 1/gamma = 0\n",
-      "v = 488655295.31206584 > c, setting 1/gamma = 0\n",
-      "v = 478030039.89734334 > c, setting 1/gamma = 0\n",
-      "v = 320738465.3080441 > c, setting 1/gamma = 0\n",
-      "v = 340216816.432353 > c, setting 1/gamma = 0\n",
-      "v = 302572772.8976447 > c, setting 1/gamma = 0\n",
-      "v = 310775395.1586929 > c, setting 1/gamma = 0\n",
-      "v = 366438330.1047825 > c, setting 1/gamma = 0\n",
-      "v = 394236611.9990874 > c, setting 1/gamma = 0\n",
-      "v = 369032056.9711395 > c, setting 1/gamma = 0\n",
-      "v = 384585489.88421434 > c, setting 1/gamma = 0\n",
-      "v = 307496699.952915 > c, setting 1/gamma = 0\n",
-      "v = 341987360.21929896 > c, setting 1/gamma = 0\n",
-      "v = 300005684.4122148 > c, setting 1/gamma = 0\n",
-      "v = 316847148.5120462 > c, setting 1/gamma = 0\n",
-      "v = 312362871.2450344 > c, setting 1/gamma = 0\n",
-      "v = 354541349.46994877 > c, setting 1/gamma = 0\n",
-      "v = 378158185.72395486 > c, setting 1/gamma = 0\n",
-      "v = 387455961.60982054 > c, setting 1/gamma = 0\n",
-      "v = 318964451.20032454 > c, setting 1/gamma = 0\n",
-      "v = 344515328.7089423 > c, setting 1/gamma = 0\n",
-      "v = 369990692.9078425 > c, setting 1/gamma = 0\n",
-      "v = 387060093.0569063 > c, setting 1/gamma = 0\n",
-      "v = 305637748.52438533 > c, setting 1/gamma = 0\n",
-      "v = 313136624.490969 > c, setting 1/gamma = 0\n",
-      "v = 318443892.136726 > c, setting 1/gamma = 0\n",
-      "v = 304979369.3024229 > c, setting 1/gamma = 0\n",
-      "v = 331876074.16629475 > c, setting 1/gamma = 0\n",
-      "v = 322313356.57826275 > c, setting 1/gamma = 0\n",
-      "v = 336636298.6063878 > c, setting 1/gamma = 0\n",
-      "v = 314859841.6446071 > c, setting 1/gamma = 0\n",
-      "v = 352143114.58478427 > c, setting 1/gamma = 0\n",
-      "v = 376331170.0914417 > c, setting 1/gamma = 0\n",
-      "v = 404896847.76608795 > c, setting 1/gamma = 0\n",
-      "v = 362706410.2203972 > c, setting 1/gamma = 0\n",
-      "v = 383846667.9436466 > c, setting 1/gamma = 0\n",
-      "v = 308129589.63330567 > c, setting 1/gamma = 0\n",
-      "v = 350853317.9794407 > c, setting 1/gamma = 0\n",
-      "v = 391512434.41256654 > c, setting 1/gamma = 0\n",
-      "v = 413221064.54203945 > c, setting 1/gamma = 0\n",
-      "v = 312356297.05303335 > c, setting 1/gamma = 0\n",
-      "v = 538958448.6427964 > c, setting 1/gamma = 0\n",
-      "v = 480707890.1324007 > c, setting 1/gamma = 0\n",
-      "v = 341750959.30626726 > c, setting 1/gamma = 0\n",
-      "v = 364732251.3864565 > c, setting 1/gamma = 0\n",
-      "v = 418240196.12470675 > c, setting 1/gamma = 0\n",
-      "v = 442642367.0569276 > c, setting 1/gamma = 0\n",
-      "v = 391072071.43400025 > c, setting 1/gamma = 0\n",
-      "v = 409304796.1548929 > c, setting 1/gamma = 0\n",
-      "v = 315650575.91464293 > c, setting 1/gamma = 0\n",
-      "v = 360074996.3504807 > c, setting 1/gamma = 0\n",
-      "v = 300994180.2729897 > c, setting 1/gamma = 0\n",
-      "v = 341018879.5622262 > c, setting 1/gamma = 0\n",
-      "v = 302974469.3379209 > c, setting 1/gamma = 0\n",
-      "v = 377874629.3139979 > c, setting 1/gamma = 0\n",
-      "v = 413355494.51569766 > c, setting 1/gamma = 0\n",
-      "v = 317946144.6884608 > c, setting 1/gamma = 0\n",
-      "v = 376254832.1881988 > c, setting 1/gamma = 0\n",
-      "v = 316502849.2615962 > c, setting 1/gamma = 0\n",
-      "v = 302234137.40972453 > c, setting 1/gamma = 0\n",
-      "v = 367533928.57587206 > c, setting 1/gamma = 0\n",
-      "v = 391255256.9930959 > c, setting 1/gamma = 0\n",
-      "v = 398420760.25919527 > c, setting 1/gamma = 0\n",
-      "v = 449189567.27903384 > c, setting 1/gamma = 0\n",
-      "v = 324892659.8985304 > c, setting 1/gamma = 0\n",
-      "v = 363189013.6030496 > c, setting 1/gamma = 0\n",
-      "v = 457256170.6879785 > c, setting 1/gamma = 0\n",
-      "v = 493727194.8649487 > c, setting 1/gamma = 0\n",
-      "v = 316444804.53395766 > c, setting 1/gamma = 0\n",
-      "v = 374753910.80418247 > c, setting 1/gamma = 0\n",
-      "v = 403254709.2951069 > c, setting 1/gamma = 0\n",
-      "v = 346117723.5515674 > c, setting 1/gamma = 0\n",
-      "v = 399774530.0836955 > c, setting 1/gamma = 0\n",
-      "v = 439442885.5607082 > c, setting 1/gamma = 0\n",
-      "v = 481184332.3152017 > c, setting 1/gamma = 0\n",
-      "v = 316180380.03316176 > c, setting 1/gamma = 0\n",
-      "v = 612682529.9714235 > c, setting 1/gamma = 0\n",
-      "v = 494202821.29092455 > c, setting 1/gamma = 0\n",
-      "v = 305929618.6832614 > c, setting 1/gamma = 0\n",
-      "v = 317402035.6004878 > c, setting 1/gamma = 0\n",
-      "v = 358944785.7583478 > c, setting 1/gamma = 0\n",
-      "v = 781964843.9992045 > c, setting 1/gamma = 0\n",
-      "v = 640142433.6187158 > c, setting 1/gamma = 0\n",
-      "v = 347162613.7720078 > c, setting 1/gamma = 0\n",
-      "v = 375997854.5764515 > c, setting 1/gamma = 0\n",
-      "v = 427254057.5979226 > c, setting 1/gamma = 0\n",
-      "v = 467722422.081938 > c, setting 1/gamma = 0\n",
-      "v = 391064176.18009853 > c, setting 1/gamma = 0\n",
-      "v = 408592829.0970692 > c, setting 1/gamma = 0\n",
-      "v = 381352239.06713504 > c, setting 1/gamma = 0\n",
-      "v = 429130323.69843906 > c, setting 1/gamma = 0\n",
-      "v = 379577911.4165388 > c, setting 1/gamma = 0\n",
-      "v = 419783301.2795313 > c, setting 1/gamma = 0\n",
-      "v = 310321600.0108703 > c, setting 1/gamma = 0\n",
-      "v = 369384876.7735893 > c, setting 1/gamma = 0\n",
-      "v = 304759971.4903233 > c, setting 1/gamma = 0\n",
-      "v = 350705902.9527644 > c, setting 1/gamma = 0\n",
-      "v = 392598309.15328354 > c, setting 1/gamma = 0\n",
-      "v = 414934643.2166389 > c, setting 1/gamma = 0\n",
-      "v = 366949315.2944808 > c, setting 1/gamma = 0\n",
-      "v = 413798713.95837367 > c, setting 1/gamma = 0\n",
-      "v = 332370416.3013299 > c, setting 1/gamma = 0\n",
-      "v = 375047724.9293376 > c, setting 1/gamma = 0\n",
-      "v = 418937712.69022155 > c, setting 1/gamma = 0\n",
-      "v = 462711910.98136955 > c, setting 1/gamma = 0\n",
-      "v = 364408477.2655445 > c, setting 1/gamma = 0\n",
-      "v = 416279061.11800617 > c, setting 1/gamma = 0\n",
-      "v = 302930648.5106618 > c, setting 1/gamma = 0\n",
-      "v = 387788640.60193884 > c, setting 1/gamma = 0\n",
-      "v = 417918985.16789794 > c, setting 1/gamma = 0\n",
-      "v = 392895770.86429095 > c, setting 1/gamma = 0\n",
-      "v = 414121779.2047303 > c, setting 1/gamma = 0\n",
-      "v = 304047286.3185701 > c, setting 1/gamma = 0\n",
-      "v = 341477209.6689891 > c, setting 1/gamma = 0\n",
-      "v = 302972860.8830481 > c, setting 1/gamma = 0\n",
-      "v = 332415948.4649601 > c, setting 1/gamma = 0\n",
-      "v = 383697821.7311974 > c, setting 1/gamma = 0\n",
-      "v = 409541156.88219357 > c, setting 1/gamma = 0\n",
-      "v = 313748029.6017769 > c, setting 1/gamma = 0\n",
-      "v = 445855052.8429211 > c, setting 1/gamma = 0\n",
-      "v = 461126996.8294327 > c, setting 1/gamma = 0\n",
-      "v = 315028942.8672655 > c, setting 1/gamma = 0\n",
-      "v = 344786068.3208795 > c, setting 1/gamma = 0\n",
-      "v = 395702210.659765 > c, setting 1/gamma = 0\n",
-      "v = 425837883.5311386 > c, setting 1/gamma = 0\n",
-      "v = 398219019.5277128 > c, setting 1/gamma = 0\n",
-      "v = 413198535.46110654 > c, setting 1/gamma = 0\n",
-      "v = 333273816.07897073 > c, setting 1/gamma = 0\n",
-      "v = 382267391.6342097 > c, setting 1/gamma = 0\n",
-      "v = 485336636.3120329 > c, setting 1/gamma = 0\n",
-      "v = 477939813.30075026 > c, setting 1/gamma = 0\n",
-      "v = 319670673.74115676 > c, setting 1/gamma = 0\n",
-      "v = 343221393.8625225 > c, setting 1/gamma = 0\n",
-      "v = 389236011.93361384 > c, setting 1/gamma = 0\n",
-      "v = 436488639.581709 > c, setting 1/gamma = 0\n",
-      "v = 362208995.0241323 > c, setting 1/gamma = 0\n",
-      "v = 411676711.1280611 > c, setting 1/gamma = 0\n",
-      "v = 315636678.4259013 > c, setting 1/gamma = 0\n",
-      "v = 309090921.20161283 > c, setting 1/gamma = 0\n",
-      "v = 424732527.1127166 > c, setting 1/gamma = 0\n",
-      "v = 447813861.5643622 > c, setting 1/gamma = 0\n",
-      "v = 387609423.438688 > c, setting 1/gamma = 0\n",
-      "v = 408383858.23665553 > c, setting 1/gamma = 0\n",
-      "v = 311633385.8221872 > c, setting 1/gamma = 0\n",
-      "v = 345040219.24769664 > c, setting 1/gamma = 0\n",
-      "v = 308368257.0084346 > c, setting 1/gamma = 0\n",
-      "v = 340548255.0806799 > c, setting 1/gamma = 0\n",
-      "v = 301075871.6774367 > c, setting 1/gamma = 0\n",
-      "v = 308289134.8816892 > c, setting 1/gamma = 0\n",
-      "v = 304778128.1181264 > c, setting 1/gamma = 0\n",
-      "v = 307082272.7520908 > c, setting 1/gamma = 0\n",
-      "v = 349350293.9091622 > c, setting 1/gamma = 0\n",
-      "v = 448206115.13079023 > c, setting 1/gamma = 0\n",
-      "v = 462640669.4987116 > c, setting 1/gamma = 0\n",
-      "v = 429224408.5644413 > c, setting 1/gamma = 0\n",
-      "v = 461929866.1833172 > c, setting 1/gamma = 0\n",
-      "v = 366970552.78037655 > c, setting 1/gamma = 0\n",
-      "v = 386451242.0520492 > c, setting 1/gamma = 0\n",
-      "v = 300047465.47658694 > c, setting 1/gamma = 0\n",
-      "v = 337120351.69208413 > c, setting 1/gamma = 0\n",
-      "v = 302599347.31549156 > c, setting 1/gamma = 0\n",
-      "v = 362029250.63290244 > c, setting 1/gamma = 0\n",
-      "v = 394476424.7990481 > c, setting 1/gamma = 0\n",
-      "v = 331284207.53846395 > c, setting 1/gamma = 0\n",
-      "v = 365078501.426167 > c, setting 1/gamma = 0\n",
-      "v = 301854735.60266 > c, setting 1/gamma = 0\n",
-      "v = 347475148.2613218 > c, setting 1/gamma = 0\n",
-      "v = 398481881.82546145 > c, setting 1/gamma = 0\n",
-      "v = 377004126.43045557 > c, setting 1/gamma = 0\n",
-      "v = 425479504.8408337 > c, setting 1/gamma = 0\n",
-      "v = 310743432.0884146 > c, setting 1/gamma = 0\n",
-      "v = 337909428.3324183 > c, setting 1/gamma = 0\n",
-      "v = 326894460.89509076 > c, setting 1/gamma = 0\n",
-      "v = 328856345.3671384 > c, setting 1/gamma = 0\n",
-      "v = 363671805.20871687 > c, setting 1/gamma = 0\n",
-      "v = 301771627.81697863 > c, setting 1/gamma = 0\n",
-      "v = 338544977.0444225 > c, setting 1/gamma = 0\n",
-      "v = 446514421.1704336 > c, setting 1/gamma = 0\n",
-      "v = 448188174.79483306 > c, setting 1/gamma = 0\n",
-      "v = 305855998.14310986 > c, setting 1/gamma = 0\n",
-      "v = 324148402.7138315 > c, setting 1/gamma = 0\n",
-      "v = 354681786.0142094 > c, setting 1/gamma = 0\n",
-      "v = 394627856.6372079 > c, setting 1/gamma = 0\n",
-      "v = 304479433.1166464 > c, setting 1/gamma = 0\n",
-      "v = 318415714.5103558 > c, setting 1/gamma = 0\n",
-      "v = 317132297.69414103 > c, setting 1/gamma = 0\n",
-      "v = 341635199.66996 > c, setting 1/gamma = 0\n",
-      "v = 321462340.0396816 > c, setting 1/gamma = 0\n",
-      "v = 355347292.28532773 > c, setting 1/gamma = 0\n",
-      "v = 443995690.4191037 > c, setting 1/gamma = 0\n",
-      "v = 430538580.00761706 > c, setting 1/gamma = 0\n",
-      "v = 326091027.8900464 > c, setting 1/gamma = 0\n",
-      "v = 304081179.89344424 > c, setting 1/gamma = 0\n",
-      "v = 340690057.9199907 > c, setting 1/gamma = 0\n",
-      "v = 302129642.04438424 > c, setting 1/gamma = 0\n",
-      "v = 308186189.3044731 > c, setting 1/gamma = 0\n",
-      "v = 341092681.31655985 > c, setting 1/gamma = 0\n",
-      "v = 300400053.97180045 > c, setting 1/gamma = 0\n",
-      "v = 311447656.5883968 > c, setting 1/gamma = 0\n",
-      "v = 329333256.9926042 > c, setting 1/gamma = 0\n",
-      "v = 435800433.19608915 > c, setting 1/gamma = 0\n",
-      "v = 454904912.57050174 > c, setting 1/gamma = 0\n",
-      "v = 306749356.2993079 > c, setting 1/gamma = 0\n",
-      "v = 338141021.5725522 > c, setting 1/gamma = 0\n",
-      "v = 375565756.4360271 > c, setting 1/gamma = 0\n",
-      "v = 405022873.4618608 > c, setting 1/gamma = 0\n",
-      "v = 365990586.06976914 > c, setting 1/gamma = 0\n",
-      "v = 412326361.91570437 > c, setting 1/gamma = 0\n",
-      "v = 365211908.55613077 > c, setting 1/gamma = 0\n",
-      "v = 408964732.48189723 > c, setting 1/gamma = 0\n",
-      "v = 306606943.07762575 > c, setting 1/gamma = 0\n",
-      "v = 308039605.8353649 > c, setting 1/gamma = 0\n",
-      "v = 347173419.93700993 > c, setting 1/gamma = 0\n",
-      "v = 345916395.36448264 > c, setting 1/gamma = 0\n",
-      "v = 365700764.072265 > c, setting 1/gamma = 0\n",
-      "v = 394647101.2211944 > c, setting 1/gamma = 0\n",
-      "v = 312037317.45634687 > c, setting 1/gamma = 0\n",
-      "v = 303825951.87773186 > c, setting 1/gamma = 0\n",
-      "v = 339884796.90056455 > c, setting 1/gamma = 0\n",
-      "v = 374451454.5505313 > c, setting 1/gamma = 0\n",
-      "v = 407987042.4709259 > c, setting 1/gamma = 0\n",
-      "v = 371407584.7035982 > c, setting 1/gamma = 0\n",
-      "v = 416102342.14458483 > c, setting 1/gamma = 0\n",
-      "v = 314447170.4947121 > c, setting 1/gamma = 0\n",
-      "v = 337881674.87437755 > c, setting 1/gamma = 0\n",
-      "v = 301506155.1568243 > c, setting 1/gamma = 0\n",
-      "v = 302826734.78168535 > c, setting 1/gamma = 0\n",
-      "v = 335574794.72628367 > c, setting 1/gamma = 0\n",
-      "v = 319647872.7239402 > c, setting 1/gamma = 0\n",
-      "v = 365564537.91489774 > c, setting 1/gamma = 0\n",
-      "v = 388502191.0355336 > c, setting 1/gamma = 0\n",
-      "v = 303365955.4116239 > c, setting 1/gamma = 0\n",
-      "v = 335932853.7797511 > c, setting 1/gamma = 0\n",
-      "v = 318836074.60942197 > c, setting 1/gamma = 0\n",
-      "v = 336428192.5053242 > c, setting 1/gamma = 0\n",
-      "v = 314978198.7407395 > c, setting 1/gamma = 0\n",
-      "v = 361031339.1864561 > c, setting 1/gamma = 0\n",
-      "v = 316715585.8897707 > c, setting 1/gamma = 0\n",
-      "v = 336961494.2757409 > c, setting 1/gamma = 0\n",
-      "v = 337570865.5692388 > c, setting 1/gamma = 0\n",
-      "v = 368861420.507417 > c, setting 1/gamma = 0\n",
-      "v = 304998623.7932235 > c, setting 1/gamma = 0\n",
-      "v = 353901377.4107447 > c, setting 1/gamma = 0\n",
-      "v = 379337952.4764999 > c, setting 1/gamma = 0\n",
-      "v = 320280772.9059236 > c, setting 1/gamma = 0\n",
-      "v = 353341275.5003565 > c, setting 1/gamma = 0\n",
-      "v = 301941447.5145143 > c, setting 1/gamma = 0\n",
-      "v = 305836854.92913073 > c, setting 1/gamma = 0\n",
-      "v = 324403792.55252224 > c, setting 1/gamma = 0\n",
-      "v = 323168608.1764394 > c, setting 1/gamma = 0\n",
-      "v = 301721819.7972131 > c, setting 1/gamma = 0\n",
-      "v = 577774234.6565328 > c, setting 1/gamma = 0\n",
-      "v = 471060951.59482205 > c, setting 1/gamma = 0\n",
-      "v = 316432318.8155707 > c, setting 1/gamma = 0\n",
-      "v = 302932613.48738664 > c, setting 1/gamma = 0\n",
-      "v = 377364458.09392935 > c, setting 1/gamma = 0\n",
-      "v = 402624731.5925545 > c, setting 1/gamma = 0\n",
-      "v = 321249364.66655093 > c, setting 1/gamma = 0\n",
-      "v = 343991576.7817286 > c, setting 1/gamma = 0\n",
-      "v = 306544129.22798246 > c, setting 1/gamma = 0\n",
-      "v = 314856997.53316563 > c, setting 1/gamma = 0\n",
-      "v = 353997876.3922997 > c, setting 1/gamma = 0\n",
-      "v = 316459808.9396945 > c, setting 1/gamma = 0\n",
-      "v = 351011387.3953327 > c, setting 1/gamma = 0\n",
-      "v = 470266572.044811 > c, setting 1/gamma = 0\n",
-      "v = 467863568.860528 > c, setting 1/gamma = 0\n",
-      "v = 314527209.5622916 > c, setting 1/gamma = 0\n",
-      "v = 334695671.77058446 > c, setting 1/gamma = 0\n",
-      "v = 480283452.57655716 > c, setting 1/gamma = 0\n",
-      "v = 485315653.6054414 > c, setting 1/gamma = 0\n",
-      "v = 386269037.4135423 > c, setting 1/gamma = 0\n",
-      "v = 407395183.367662 > c, setting 1/gamma = 0\n",
-      "v = 307110719.0782895 > c, setting 1/gamma = 0\n",
-      "v = 344036384.5951953 > c, setting 1/gamma = 0\n",
-      "v = 343470909.33423215 > c, setting 1/gamma = 0\n",
-      "v = 381146838.45928884 > c, setting 1/gamma = 0\n",
-      "v = 416490724.787939 > c, setting 1/gamma = 0\n",
-      "v = 450416118.23671854 > c, setting 1/gamma = 0\n",
-      "v = 331149201.20046157 > c, setting 1/gamma = 0\n",
-      "v = 352297166.2981327 > c, setting 1/gamma = 0\n",
-      "v = 325876917.05430776 > c, setting 1/gamma = 0\n",
-      "v = 359441143.1078352 > c, setting 1/gamma = 0\n",
-      "v = 317693184.06343883 > c, setting 1/gamma = 0\n",
-      "v = 354188080.2167776 > c, setting 1/gamma = 0\n",
-      "v = 382882881.7242887 > c, setting 1/gamma = 0\n",
-      "v = 311262990.3060723 > c, setting 1/gamma = 0\n",
-      "v = 357680824.79561764 > c, setting 1/gamma = 0\n",
-      "v = 351968377.37520564 > c, setting 1/gamma = 0\n",
-      "v = 737902618.7009408 > c, setting 1/gamma = 0\n",
-      "v = 603145369.0171704 > c, setting 1/gamma = 0\n",
-      "v = 322786749.6604546 > c, setting 1/gamma = 0\n",
-      "v = 348092235.34451723 > c, setting 1/gamma = 0\n",
-      "v = 342935270.4942384 > c, setting 1/gamma = 0\n",
-      "v = 397960803.597003 > c, setting 1/gamma = 0\n",
-      "v = 301106960.0305397 > c, setting 1/gamma = 0\n",
-      "v = 328905690.47833675 > c, setting 1/gamma = 0\n",
-      "v = 312965199.42103446 > c, setting 1/gamma = 0\n",
-      "v = 353047397.3479045 > c, setting 1/gamma = 0\n",
-      "v = 323564645.8446822 > c, setting 1/gamma = 0\n",
-      "v = 360311953.5607603 > c, setting 1/gamma = 0\n",
-      "v = 321977773.1980421 > c, setting 1/gamma = 0\n",
-      "v = 361404585.19776213 > c, setting 1/gamma = 0\n",
-      "v = 333928804.400412 > c, setting 1/gamma = 0\n",
-      "v = 303109215.2702274 > c, setting 1/gamma = 0\n",
-      "v = 600311595.6103481 > c, setting 1/gamma = 0\n",
-      "v = 486893506.176593 > c, setting 1/gamma = 0\n",
-      "v = 318637359.8738229 > c, setting 1/gamma = 0\n",
-      "v = 343698692.6299757 > c, setting 1/gamma = 0\n",
-      "v = 320415225.1736723 > c, setting 1/gamma = 0\n",
-      "v = 373140891.1236937 > c, setting 1/gamma = 0\n",
-      "v = 327602612.38750374 > c, setting 1/gamma = 0\n",
-      "v = 381541861.9687852 > c, setting 1/gamma = 0\n",
-      "v = 405317254.3899414 > c, setting 1/gamma = 0\n",
-      "v = 325726434.31690603 > c, setting 1/gamma = 0\n",
-      "v = 371795546.90191376 > c, setting 1/gamma = 0\n",
-      "v = 315624697.66377836 > c, setting 1/gamma = 0\n",
-      "v = 308429417.3532861 > c, setting 1/gamma = 0\n",
-      "v = 359240159.894144 > c, setting 1/gamma = 0\n",
-      "v = 414777371.6061333 > c, setting 1/gamma = 0\n",
-      "v = 324833964.38314164 > c, setting 1/gamma = 0\n",
-      "v = 350950702.2202314 > c, setting 1/gamma = 0\n",
-      "v = 385732691.70818365 > c, setting 1/gamma = 0\n",
-      "v = 391838312.675737 > c, setting 1/gamma = 0\n",
-      "v = 440038799.9879467 > c, setting 1/gamma = 0\n",
-      "v = 388768557.93435633 > c, setting 1/gamma = 0\n",
-      "v = 430183314.959832 > c, setting 1/gamma = 0\n",
-      "v = 311711594.5826851 > c, setting 1/gamma = 0\n",
-      "v = 326529401.1745103 > c, setting 1/gamma = 0\n",
-      "v = 384396788.77411044 > c, setting 1/gamma = 0\n",
-      "v = 361535640.7934226 > c, setting 1/gamma = 0\n",
-      "v = 417745322.41644496 > c, setting 1/gamma = 0\n",
-      "v = 340560810.84273833 > c, setting 1/gamma = 0\n",
-      "v = 369142450.3098652 > c, setting 1/gamma = 0\n",
-      "v = 300039628.0820298 > c, setting 1/gamma = 0\n",
-      "v = 328822012.2845452 > c, setting 1/gamma = 0\n",
-      "v = 360245485.41346574 > c, setting 1/gamma = 0\n",
-      "v = 398115356.129207 > c, setting 1/gamma = 0\n",
-      "v = 358971918.2399728 > c, setting 1/gamma = 0\n",
-      "v = 374997572.39919084 > c, setting 1/gamma = 0\n",
-      "v = 392113093.94019717 > c, setting 1/gamma = 0\n",
-      "v = 414325805.6901828 > c, setting 1/gamma = 0\n",
-      "v = 403436631.0091525 > c, setting 1/gamma = 0\n",
-      "v = 448356864.47705543 > c, setting 1/gamma = 0\n",
-      "v = 314530746.6657879 > c, setting 1/gamma = 0\n",
-      "v = 419930248.070411 > c, setting 1/gamma = 0\n",
-      "v = 441399075.56879854 > c, setting 1/gamma = 0\n",
-      "v = 340367081.9703644 > c, setting 1/gamma = 0\n",
-      "v = 367081180.072067 > c, setting 1/gamma = 0\n",
-      "v = 329507279.15005594 > c, setting 1/gamma = 0\n",
-      "v = 469316631.8009262 > c, setting 1/gamma = 0\n",
-      "v = 481141596.6353809 > c, setting 1/gamma = 0\n",
-      "v = 301017757.83596104 > c, setting 1/gamma = 0\n",
-      "v = 328215523.4905718 > c, setting 1/gamma = 0\n",
-      "v = 313370314.5246679 > c, setting 1/gamma = 0\n",
-      "v = 364445587.59736204 > c, setting 1/gamma = 0\n",
-      "v = 401072703.4428537 > c, setting 1/gamma = 0\n",
-      "v = 533160154.1230492 > c, setting 1/gamma = 0\n",
-      "v = 453030694.03353643 > c, setting 1/gamma = 0\n",
-      "v = 311521224.63935614 > c, setting 1/gamma = 0\n",
-      "v = 476768927.52209246 > c, setting 1/gamma = 0\n",
-      "v = 472805847.4175463 > c, setting 1/gamma = 0\n",
-      "v = 314883593.58665794 > c, setting 1/gamma = 0\n",
-      "v = 308772624.3082741 > c, setting 1/gamma = 0\n",
-      "v = 316440316.58555275 > c, setting 1/gamma = 0\n",
-      "v = 355967386.0323155 > c, setting 1/gamma = 0\n",
-      "v = 310341874.74432784 > c, setting 1/gamma = 0\n",
-      "v = 423480831.47562647 > c, setting 1/gamma = 0\n",
-      "v = 434083985.70136434 > c, setting 1/gamma = 0\n",
-      "v = 302538416.16312575 > c, setting 1/gamma = 0\n",
-      "v = 349419920.78074616 > c, setting 1/gamma = 0\n",
-      "v = 421785995.158708 > c, setting 1/gamma = 0\n",
-      "v = 449669352.69937634 > c, setting 1/gamma = 0\n",
-      "v = 325638718.2882263 > c, setting 1/gamma = 0\n",
-      "v = 353303750.0643735 > c, setting 1/gamma = 0\n",
-      "v = 323815986.2613684 > c, setting 1/gamma = 0\n",
-      "v = 326907116.0634502 > c, setting 1/gamma = 0\n",
-      "v = 370818388.67000854 > c, setting 1/gamma = 0\n",
-      "v = 331609093.51195776 > c, setting 1/gamma = 0\n",
-      "v = 351232058.4524902 > c, setting 1/gamma = 0\n",
-      "v = 387946340.5389849 > c, setting 1/gamma = 0\n",
-      "v = 317900526.14679754 > c, setting 1/gamma = 0\n",
-      "v = 367601928.61239946 > c, setting 1/gamma = 0\n",
-      "v = 321485292.47205377 > c, setting 1/gamma = 0\n",
-      "v = 673828562.0157712 > c, setting 1/gamma = 0\n",
-      "v = 547334887.3206975 > c, setting 1/gamma = 0\n",
-      "v = 376469919.8754192 > c, setting 1/gamma = 0\n",
-      "v = 403301142.7758143 > c, setting 1/gamma = 0\n",
-      "v = 316902568.42888135 > c, setting 1/gamma = 0\n",
-      "v = 374001472.14366823 > c, setting 1/gamma = 0\n",
-      "v = 394472380.37886447 > c, setting 1/gamma = 0\n",
-      "v = 446996468.0209763 > c, setting 1/gamma = 0\n",
-      "v = 326667800.0998194 > c, setting 1/gamma = 0\n",
-      "v = 363201292.2615208 > c, setting 1/gamma = 0\n",
-      "v = 311357009.6548022 > c, setting 1/gamma = 0\n",
-      "v = 340843270.53390884 > c, setting 1/gamma = 0\n",
-      "v = 385675258.04868424 > c, setting 1/gamma = 0\n",
-      "v = 321963526.75338304 > c, setting 1/gamma = 0\n",
-      "v = 351721787.7636084 > c, setting 1/gamma = 0\n",
-      "v = 303140213.67306644 > c, setting 1/gamma = 0\n",
-      "v = 331119049.0632685 > c, setting 1/gamma = 0\n",
-      "v = 370909375.73496383 > c, setting 1/gamma = 0\n",
-      "v = 347870814.41289157 > c, setting 1/gamma = 0\n",
-      "v = 379854167.47586334 > c, setting 1/gamma = 0\n",
-      "v = 324412972.88146377 > c, setting 1/gamma = 0\n",
-      "v = 372748277.26065326 > c, setting 1/gamma = 0\n",
-      "v = 315502853.7126555 > c, setting 1/gamma = 0\n",
-      "v = 637634241.0896094 > c, setting 1/gamma = 0\n",
-      "v = 517339506.1512469 > c, setting 1/gamma = 0\n",
-      "v = 312450544.8482668 > c, setting 1/gamma = 0\n",
-      "v = 338210983.23913074 > c, setting 1/gamma = 0\n",
-      "v = 309553807.57711333 > c, setting 1/gamma = 0\n",
-      "v = 363800572.58089095 > c, setting 1/gamma = 0\n",
-      "v = 345794620.0694133 > c, setting 1/gamma = 0\n",
-      "v = 400304387.5773715 > c, setting 1/gamma = 0\n",
-      "v = 323110154.87391424 > c, setting 1/gamma = 0\n",
-      "v = 351622893.14592475 > c, setting 1/gamma = 0\n",
-      "v = 311314892.7347287 > c, setting 1/gamma = 0\n",
-      "v = 349516192.23789334 > c, setting 1/gamma = 0\n",
-      "v = 315074418.10812515 > c, setting 1/gamma = 0\n",
-      "v = 315755005.20497775 > c, setting 1/gamma = 0\n",
-      "v = 356971884.38825047 > c, setting 1/gamma = 0\n",
-      "v = 467222271.6294088 > c, setting 1/gamma = 0\n",
-      "v = 478811493.7882053 > c, setting 1/gamma = 0\n",
-      "v = 318409146.2360309 > c, setting 1/gamma = 0\n",
-      "v = 343330469.96556103 > c, setting 1/gamma = 0\n",
-      "v = 301453350.10595506 > c, setting 1/gamma = 0\n",
-      "v = 325478305.7493392 > c, setting 1/gamma = 0\n",
-      "v = 357774306.10801196 > c, setting 1/gamma = 0\n",
-      "v = 304374956.30013865 > c, setting 1/gamma = 0\n",
-      "v = 344918454.7655726 > c, setting 1/gamma = 0\n",
-      "v = 375087459.7036981 > c, setting 1/gamma = 0\n",
-      "v = 352382697.82071996 > c, setting 1/gamma = 0\n",
-      "v = 404914129.36882055 > c, setting 1/gamma = 0\n",
-      "v = 382831653.4047993 > c, setting 1/gamma = 0\n",
-      "v = 413528195.2767961 > c, setting 1/gamma = 0\n",
-      "v = 353103284.5219202 > c, setting 1/gamma = 0\n",
-      "v = 375738062.67796445 > c, setting 1/gamma = 0\n",
-      "v = 315735241.0125374 > c, setting 1/gamma = 0\n",
-      "v = 354295232.52929336 > c, setting 1/gamma = 0\n",
-      "v = 302699135.1531625 > c, setting 1/gamma = 0\n",
-      "v = 359708189.6973108 > c, setting 1/gamma = 0\n",
-      "v = 397191710.9950674 > c, setting 1/gamma = 0\n",
-      "v = 389674058.68445283 > c, setting 1/gamma = 0\n",
-      "v = 434946381.577367 > c, setting 1/gamma = 0\n",
-      "v = 302827060.722642 > c, setting 1/gamma = 0\n",
-      "v = 328423765.9283743 > c, setting 1/gamma = 0\n",
-      "v = 324116087.41514456 > c, setting 1/gamma = 0\n",
-      "v = 332330292.3154158 > c, setting 1/gamma = 0\n",
-      "v = 366891774.5998693 > c, setting 1/gamma = 0\n",
-      "v = 314305227.3897031 > c, setting 1/gamma = 0\n",
-      "v = 352369053.7926699 > c, setting 1/gamma = 0\n",
-      "v = 304225481.12379634 > c, setting 1/gamma = 0\n",
-      "v = 340698004.4003461 > c, setting 1/gamma = 0\n",
-      "v = 310431880.36019224 > c, setting 1/gamma = 0\n",
-      "v = 320581069.40339094 > c, setting 1/gamma = 0\n",
-      "v = 524347763.07489735 > c, setting 1/gamma = 0\n",
-      "v = 495911359.21256196 > c, setting 1/gamma = 0\n",
-      "v = 346494116.90289253 > c, setting 1/gamma = 0\n",
-      "v = 371761951.5563066 > c, setting 1/gamma = 0\n",
-      "v = 373791547.3162428 > c, setting 1/gamma = 0\n",
-      "v = 393327758.758754 > c, setting 1/gamma = 0\n",
-      "v = 340218569.53553396 > c, setting 1/gamma = 0\n",
-      "v = 381418623.3940923 > c, setting 1/gamma = 0\n",
-      "v = 322519391.1237909 > c, setting 1/gamma = 0\n",
-      "v = 300121516.21336025 > c, setting 1/gamma = 0\n",
-      "v = 307768341.70968294 > c, setting 1/gamma = 0\n",
-      "v = 344237381.217975 > c, setting 1/gamma = 0\n",
-      "v = 304328029.05010134 > c, setting 1/gamma = 0\n",
-      "v = 344246166.8661106 > c, setting 1/gamma = 0\n",
-      "v = 370261554.81578195 > c, setting 1/gamma = 0\n",
-      "v = 305797511.6387688 > c, setting 1/gamma = 0\n",
-      "v = 329434809.78799725 > c, setting 1/gamma = 0\n",
-      "v = 351904598.1686464 > c, setting 1/gamma = 0\n",
-      "v = 384783944.5040828 > c, setting 1/gamma = 0\n",
-      "v = 301525784.94438887 > c, setting 1/gamma = 0\n",
-      "v = 320989030.7738635 > c, setting 1/gamma = 0\n",
-      "v = 322597598.21915543 > c, setting 1/gamma = 0\n",
-      "v = 390347085.6662652 > c, setting 1/gamma = 0\n",
-      "v = 425695614.56279653 > c, setting 1/gamma = 0\n",
-      "v = 327163490.985258 > c, setting 1/gamma = 0\n",
-      "v = 357066177.7591718 > c, setting 1/gamma = 0\n",
-      "v = 330114122.09317786 > c, setting 1/gamma = 0\n",
-      "v = 365690527.44248956 > c, setting 1/gamma = 0\n",
-      "v = 320720414.9253645 > c, setting 1/gamma = 0\n",
-      "v = 344034841.16937006 > c, setting 1/gamma = 0\n",
-      "v = 377772831.460469 > c, setting 1/gamma = 0\n",
-      "v = 333276938.5104248 > c, setting 1/gamma = 0\n",
-      "v = 308252972.5378841 > c, setting 1/gamma = 0\n",
-      "v = 352150837.5806564 > c, setting 1/gamma = 0\n",
-      "v = 311627044.5182337 > c, setting 1/gamma = 0\n",
-      "v = 309040989.5995353 > c, setting 1/gamma = 0\n",
-      "v = 342767484.52948856 > c, setting 1/gamma = 0\n",
-      "v = 312344161.139999 > c, setting 1/gamma = 0\n",
-      "v = 352071251.86184317 > c, setting 1/gamma = 0\n",
-      "v = 335785482.77659047 > c, setting 1/gamma = 0\n",
-      "v = 350797501.54452455 > c, setting 1/gamma = 0\n",
-      "v = 385704617.1802117 > c, setting 1/gamma = 0\n",
-      "v = 343982265.97840863 > c, setting 1/gamma = 0\n",
-      "v = 396271585.47314876 > c, setting 1/gamma = 0\n",
-      "v = 338754683.79613554 > c, setting 1/gamma = 0\n",
-      "v = 388739269.89691454 > c, setting 1/gamma = 0\n",
-      "v = 304993200.6396047 > c, setting 1/gamma = 0\n",
-      "v = 330399030.0087884 > c, setting 1/gamma = 0\n",
-      "v = 301809788.5738314 > c, setting 1/gamma = 0\n",
-      "v = 347941053.6765658 > c, setting 1/gamma = 0\n",
-      "v = 383739798.1849005 > c, setting 1/gamma = 0\n",
-      "v = 301112849.66307414 > c, setting 1/gamma = 0\n",
-      "v = 308146273.9349883 > c, setting 1/gamma = 0\n",
-      "v = 383211511.7718889 > c, setting 1/gamma = 0\n",
-      "v = 427269471.34907436 > c, setting 1/gamma = 0\n",
-      "v = 309552761.90018654 > c, setting 1/gamma = 0\n",
-      "v = 300020071.6325634 > c, setting 1/gamma = 0\n",
-      "v = 494390947.65224385 > c, setting 1/gamma = 0\n",
-      "v = 489646393.57827353 > c, setting 1/gamma = 0\n",
-      "v = 318663378.9498734 > c, setting 1/gamma = 0\n",
-      "v = 349631331.3934656 > c, setting 1/gamma = 0\n",
-      "v = 375933964.02989143 > c, setting 1/gamma = 0\n",
-      "v = 350597706.9872107 > c, setting 1/gamma = 0\n",
-      "v = 395070619.76579183 > c, setting 1/gamma = 0\n",
-      "v = 330752627.80124646 > c, setting 1/gamma = 0\n",
-      "v = 368827359.5200847 > c, setting 1/gamma = 0\n",
-      "v = 303098466.9348744 > c, setting 1/gamma = 0\n",
-      "v = 371755857.3631243 > c, setting 1/gamma = 0\n",
-      "v = 814386121.6339079 > c, setting 1/gamma = 0\n",
-      "v = 672102357.3001314 > c, setting 1/gamma = 0\n",
-      "v = 339998507.53769547 > c, setting 1/gamma = 0\n",
-      "v = 370788556.68661875 > c, setting 1/gamma = 0\n",
-      "v = 405261585.83642054 > c, setting 1/gamma = 0\n",
-      "v = 445775604.39806676 > c, setting 1/gamma = 0\n",
-      "v = 351643670.78319794 > c, setting 1/gamma = 0\n",
-      "v = 390806054.5850001 > c, setting 1/gamma = 0\n",
-      "v = 323376085.4014127 > c, setting 1/gamma = 0\n",
-      "v = 353195688.74595535 > c, setting 1/gamma = 0\n",
-      "v = 314069097.3726999 > c, setting 1/gamma = 0\n",
-      "v = 351463814.70942557 > c, setting 1/gamma = 0\n",
-      "v = 374237549.51952106 > c, setting 1/gamma = 0\n",
-      "v = 407329252.0571912 > c, setting 1/gamma = 0\n",
-      "v = 304894373.75305957 > c, setting 1/gamma = 0\n",
-      "v = 329149508.22699744 > c, setting 1/gamma = 0\n",
-      "v = 331605079.27233887 > c, setting 1/gamma = 0\n",
-      "v = 384257604.1925408 > c, setting 1/gamma = 0\n",
-      "v = 387115357.46421844 > c, setting 1/gamma = 0\n",
-      "v = 432117714.17146784 > c, setting 1/gamma = 0\n",
-      "v = 317748145.5905676 > c, setting 1/gamma = 0\n",
-      "v = 342619458.8738256 > c, setting 1/gamma = 0\n",
-      "v = 310652496.89826435 > c, setting 1/gamma = 0\n",
-      "v = 329992525.61112 > c, setting 1/gamma = 0\n",
-      "v = 372169709.9893422 > c, setting 1/gamma = 0\n",
-      "v = 399008048.231326 > c, setting 1/gamma = 0\n",
-      "v = 300171447.8064671 > c, setting 1/gamma = 0\n",
-      "v = 318797543.5392679 > c, setting 1/gamma = 0\n",
-      "v = 309215120.5430203 > c, setting 1/gamma = 0\n",
-      "v = 355352103.5200233 > c, setting 1/gamma = 0\n",
-      "v = 313531479.570512 > c, setting 1/gamma = 0\n",
-      "v = 511883412.91339123 > c, setting 1/gamma = 0\n",
-      "v = 501778333.5399175 > c, setting 1/gamma = 0\n",
-      "v = 331777347.3360812 > c, setting 1/gamma = 0\n",
-      "v = 364881210.87252903 > c, setting 1/gamma = 0\n",
-      "v = 315436948.28289086 > c, setting 1/gamma = 0\n",
-      "v = 326794360.10484445 > c, setting 1/gamma = 0\n",
-      "v = 309713146.543201 > c, setting 1/gamma = 0\n",
-      "v = 315577411.65571797 > c, setting 1/gamma = 0\n",
-      "v = 391118364.95008886 > c, setting 1/gamma = 0\n",
-      "v = 427263928.0342165 > c, setting 1/gamma = 0\n",
-      "v = 352144669.9636224 > c, setting 1/gamma = 0\n",
-      "v = 378699024.6046887 > c, setting 1/gamma = 0\n",
-      "v = 321949425.91873026 > c, setting 1/gamma = 0\n",
-      "v = 305560295.17478615 > c, setting 1/gamma = 0\n",
-      "v = 351232398.76271886 > c, setting 1/gamma = 0\n",
-      "v = 343041576.8940134 > c, setting 1/gamma = 0\n",
-      "v = 349850365.85467345 > c, setting 1/gamma = 0\n",
-      "v = 389583644.989822 > c, setting 1/gamma = 0\n",
-      "v = 360633471.8410366 > c, setting 1/gamma = 0\n",
-      "v = 417086316.54702896 > c, setting 1/gamma = 0\n",
-      "v = 330992599.640244 > c, setting 1/gamma = 0\n",
-      "v = 379563287.50560033 > c, setting 1/gamma = 0\n",
-      "v = 350405655.7628378 > c, setting 1/gamma = 0\n",
-      "v = 383656913.82135004 > c, setting 1/gamma = 0\n",
-      "v = 500043997.0296428 > c, setting 1/gamma = 0\n",
-      "v = 526405426.16692364 > c, setting 1/gamma = 0\n",
-      "v = 396273055.7870811 > c, setting 1/gamma = 0\n",
-      "v = 431547772.87697923 > c, setting 1/gamma = 0\n",
-      "v = 308560616.16997063 > c, setting 1/gamma = 0\n",
-      "v = 322479126.67415416 > c, setting 1/gamma = 0\n",
-      "v = 368250963.97131187 > c, setting 1/gamma = 0\n",
-      "v = 331182024.64508325 > c, setting 1/gamma = 0\n",
-      "v = 327251694.92048436 > c, setting 1/gamma = 0\n",
-      "v = 362418138.46878225 > c, setting 1/gamma = 0\n",
-      "v = 533455598.0525182 > c, setting 1/gamma = 0\n",
-      "v = 534864644.9615926 > c, setting 1/gamma = 0\n",
-      "v = 317649170.1319172 > c, setting 1/gamma = 0\n",
-      "v = 360625022.3962989 > c, setting 1/gamma = 0\n",
-      "v = 301327693.8669718 > c, setting 1/gamma = 0\n",
-      "v = 305663720.5334015 > c, setting 1/gamma = 0\n",
-      "v = 333308867.75500596 > c, setting 1/gamma = 0\n",
-      "v = 337751971.8479815 > c, setting 1/gamma = 0\n",
-      "v = 394759400.0508856 > c, setting 1/gamma = 0\n",
-      "v = 321594993.26795524 > c, setting 1/gamma = 0\n",
-      "v = 367500501.37337154 > c, setting 1/gamma = 0\n",
-      "v = 318891037.71007204 > c, setting 1/gamma = 0\n",
-      "v = 331993026.85220283 > c, setting 1/gamma = 0\n",
-      "v = 365444000.4975028 > c, setting 1/gamma = 0\n",
-      "v = 321804469.0608153 > c, setting 1/gamma = 0\n",
-      "v = 366566494.69778705 > c, setting 1/gamma = 0\n",
-      "v = 340792273.3376291 > c, setting 1/gamma = 0\n",
-      "v = 336293225.7868717 > c, setting 1/gamma = 0\n",
-      "v = 333017080.9638626 > c, setting 1/gamma = 0\n",
-      "v = 367150493.0474949 > c, setting 1/gamma = 0\n",
-      "v = 339093300.43442976 > c, setting 1/gamma = 0\n",
-      "v = 386693319.3178053 > c, setting 1/gamma = 0\n",
-      "v = 332006907.00964254 > c, setting 1/gamma = 0\n",
-      "v = 397775927.13075686 > c, setting 1/gamma = 0\n",
-      "v = 471152292.24676603 > c, setting 1/gamma = 0\n",
-      "v = 476265349.48660165 > c, setting 1/gamma = 0\n",
-      "v = 306595944.8308606 > c, setting 1/gamma = 0\n",
-      "v = 335209384.2751688 > c, setting 1/gamma = 0\n",
-      "v = 348047908.4958389 > c, setting 1/gamma = 0\n",
-      "v = 400252756.5857086 > c, setting 1/gamma = 0\n",
-      "v = 583399495.8151468 > c, setting 1/gamma = 0\n",
-      "v = 510835553.5295082 > c, setting 1/gamma = 0\n",
-      "v = 304489631.3060003 > c, setting 1/gamma = 0\n",
-      "v = 456420700.97321284 > c, setting 1/gamma = 0\n",
-      "v = 480580494.059773 > c, setting 1/gamma = 0\n",
-      "v = 350900944.7823314 > c, setting 1/gamma = 0\n",
-      "v = 381849637.4517887 > c, setting 1/gamma = 0\n",
-      "v = 322704920.731164 > c, setting 1/gamma = 0\n",
-      "v = 425060851.45021665 > c, setting 1/gamma = 0\n",
-      "v = 462707121.384819 > c, setting 1/gamma = 0\n",
-      "v = 322871958.6627252 > c, setting 1/gamma = 0\n",
-      "v = 347679208.4388878 > c, setting 1/gamma = 0\n",
-      "v = 300176887.1014987 > c, setting 1/gamma = 0\n",
-      "v = 322240324.81582105 > c, setting 1/gamma = 0\n",
-      "v = 333614692.7929022 > c, setting 1/gamma = 0\n",
-      "v = 330871497.3976825 > c, setting 1/gamma = 0\n",
-      "v = 366928794.07591957 > c, setting 1/gamma = 0\n",
-      "v = 317252664.3855222 > c, setting 1/gamma = 0\n",
-      "v = 300361773.81151175 > c, setting 1/gamma = 0\n",
-      "v = 353329758.6238772 > c, setting 1/gamma = 0\n",
-      "v = 332191260.3671925 > c, setting 1/gamma = 0\n",
-      "v = 382324806.6802325 > c, setting 1/gamma = 0\n",
-      "v = 311535817.1198984 > c, setting 1/gamma = 0\n",
-      "v = 300396806.87220544 > c, setting 1/gamma = 0\n",
-      "v = 331177841.1942342 > c, setting 1/gamma = 0\n",
-      "v = 325422035.79517955 > c, setting 1/gamma = 0\n",
-      "v = 343402539.1033364 > c, setting 1/gamma = 0\n",
-      "v = 377490442.9177075 > c, setting 1/gamma = 0\n",
-      "v = 302573749.5897291 > c, setting 1/gamma = 0\n",
-      "v = 339559155.2428695 > c, setting 1/gamma = 0\n",
-      "v = 395710113.9106863 > c, setting 1/gamma = 0\n",
-      "v = 311239419.8883706 > c, setting 1/gamma = 0\n",
-      "v = 621337440.1596427 > c, setting 1/gamma = 0\n",
-      "v = 507575964.1438925 > c, setting 1/gamma = 0\n",
-      "v = 408918345.97666246 > c, setting 1/gamma = 0\n",
-      "v = 446273003.7021106 > c, setting 1/gamma = 0\n",
-      "v = 326696162.7871394 > c, setting 1/gamma = 0\n",
-      "v = 432122579.9189116 > c, setting 1/gamma = 0\n",
-      "v = 446791742.6652022 > c, setting 1/gamma = 0\n",
-      "v = 337753859.04124284 > c, setting 1/gamma = 0\n",
-      "v = 356434053.3307302 > c, setting 1/gamma = 0\n",
-      "v = 303679970.2472638 > c, setting 1/gamma = 0\n",
-      "v = 358227225.4758905 > c, setting 1/gamma = 0\n",
-      "v = 361319927.96438605 > c, setting 1/gamma = 0\n",
-      "v = 402657103.56554633 > c, setting 1/gamma = 0\n",
-      "v = 327436968.2337902 > c, setting 1/gamma = 0\n",
-      "v = 311976504.7943948 > c, setting 1/gamma = 0\n",
-      "v = 332036710.2318272 > c, setting 1/gamma = 0\n",
-      "v = 391108391.42667747 > c, setting 1/gamma = 0\n",
-      "v = 638026570.0405521 > c, setting 1/gamma = 0\n",
-      "v = 539011265.448897 > c, setting 1/gamma = 0\n",
-      "v = 361226079.3399973 > c, setting 1/gamma = 0\n",
-      "v = 408835638.71843016 > c, setting 1/gamma = 0\n",
-      "v = 374330230.39505774 > c, setting 1/gamma = 0\n",
-      "v = 835529511.4552829 > c, setting 1/gamma = 0\n",
-      "v = 691661981.2945846 > c, setting 1/gamma = 0\n",
-      "v = 312140604.9043901 > c, setting 1/gamma = 0\n",
-      "v = 343130705.8995315 > c, setting 1/gamma = 0\n",
-      "v = 300540047.50878596 > c, setting 1/gamma = 0\n",
-      "v = 325753113.2893659 > c, setting 1/gamma = 0\n",
-      "v = 301549765.82150567 > c, setting 1/gamma = 0\n",
-      "v = 346638321.882953 > c, setting 1/gamma = 0\n",
-      "v = 316044335.97511226 > c, setting 1/gamma = 0\n",
-      "v = 370198025.9144437 > c, setting 1/gamma = 0\n",
-      "v = 402920590.60877514 > c, setting 1/gamma = 0\n",
-      "v = 324710974.01595104 > c, setting 1/gamma = 0\n",
-      "v = 360955164.0338389 > c, setting 1/gamma = 0\n",
-      "v = 308979140.6022514 > c, setting 1/gamma = 0\n",
-      "v = 345028415.1852758 > c, setting 1/gamma = 0\n",
-      "v = 403014423.8543597 > c, setting 1/gamma = 0\n",
-      "v = 327682443.36408764 > c, setting 1/gamma = 0\n",
-      "v = 333182814.1431578 > c, setting 1/gamma = 0\n",
-      "v = 328771283.28426784 > c, setting 1/gamma = 0\n",
-      "v = 369302309.5477079 > c, setting 1/gamma = 0\n",
-      "v = 301224536.1401088 > c, setting 1/gamma = 0\n",
-      "v = 363335592.30847585 > c, setting 1/gamma = 0\n",
-      "v = 332391878.5822995 > c, setting 1/gamma = 0\n",
-      "v = 370273914.2766532 > c, setting 1/gamma = 0\n",
-      "v = 334027019.7107317 > c, setting 1/gamma = 0\n",
-      "v = 383253130.722824 > c, setting 1/gamma = 0\n",
-      "v = 336800115.76104295 > c, setting 1/gamma = 0\n",
-      "v = 386391855.4798658 > c, setting 1/gamma = 0\n",
-      "v = 303151724.4437169 > c, setting 1/gamma = 0\n",
-      "v = 324801741.8578612 > c, setting 1/gamma = 0\n",
-      "v = 539812449.2850456 > c, setting 1/gamma = 0\n",
-      "v = 509805142.60789585 > c, setting 1/gamma = 0\n",
-      "v = 315363707.8174081 > c, setting 1/gamma = 0\n",
-      "v = 349956903.2539626 > c, setting 1/gamma = 0\n",
-      "v = 337947546.44495106 > c, setting 1/gamma = 0\n",
-      "v = 391263712.86838526 > c, setting 1/gamma = 0\n",
-      "v = 343935895.07744133 > c, setting 1/gamma = 0\n",
-      "v = 320151237.76974666 > c, setting 1/gamma = 0\n",
-      "v = 365900609.2889629 > c, setting 1/gamma = 0\n",
-      "v = 329825144.2468426 > c, setting 1/gamma = 0\n",
-      "v = 361258543.68729836 > c, setting 1/gamma = 0\n",
-      "v = 368525591.13147163 > c, setting 1/gamma = 0\n",
-      "v = 414020607.25504094 > c, setting 1/gamma = 0\n",
-      "v = 317871597.79665965 > c, setting 1/gamma = 0\n",
-      "v = 367068776.6419322 > c, setting 1/gamma = 0\n",
-      "v = 400868213.2670278 > c, setting 1/gamma = 0\n",
-      "v = 390334030.510962 > c, setting 1/gamma = 0\n",
-      "v = 445611222.53789604 > c, setting 1/gamma = 0\n",
-      "v = 335669669.3139726 > c, setting 1/gamma = 0\n",
-      "v = 384766065.059798 > c, setting 1/gamma = 0\n",
-      "v = 301259258.14486927 > c, setting 1/gamma = 0\n",
-      "v = 307728894.99233305 > c, setting 1/gamma = 0\n",
-      "v = 344254184.47962874 > c, setting 1/gamma = 0\n",
-      "v = 535743947.83217573 > c, setting 1/gamma = 0\n",
-      "v = 543984281.8769077 > c, setting 1/gamma = 0\n",
-      "v = 327301048.60742664 > c, setting 1/gamma = 0\n",
-      "v = 371588907.1302243 > c, setting 1/gamma = 0\n",
-      "v = 321028241.5286723 > c, setting 1/gamma = 0\n",
-      "v = 380357887.60695344 > c, setting 1/gamma = 0\n",
-      "v = 337766059.0941901 > c, setting 1/gamma = 0\n",
-      "v = 364636325.4785086 > c, setting 1/gamma = 0\n",
-      "v = 330286860.002104 > c, setting 1/gamma = 0\n",
-      "v = 372331029.6729759 > c, setting 1/gamma = 0\n",
-      "v = 340978220.24060005 > c, setting 1/gamma = 0\n",
-      "v = 300448480.7083886 > c, setting 1/gamma = 0\n",
-      "v = 348207415.3229585 > c, setting 1/gamma = 0\n",
-      "v = 402377230.84983677 > c, setting 1/gamma = 0\n",
-      "v = 317349068.59804314 > c, setting 1/gamma = 0\n",
-      "v = 355303678.4543046 > c, setting 1/gamma = 0\n",
-      "v = 400840262.75771004 > c, setting 1/gamma = 0\n",
-      "v = 317660749.46733415 > c, setting 1/gamma = 0\n",
-      "v = 384581768.1731653 > c, setting 1/gamma = 0\n",
-      "v = 330663177.1843663 > c, setting 1/gamma = 0\n",
-      "v = 370948978.2401793 > c, setting 1/gamma = 0\n",
-      "v = 304209739.42335343 > c, setting 1/gamma = 0\n",
-      "v = 487659655.21446407 > c, setting 1/gamma = 0\n",
-      "v = 493753034.5380594 > c, setting 1/gamma = 0\n",
-      "v = 313432417.4848553 > c, setting 1/gamma = 0\n",
-      "v = 311422097.0084173 > c, setting 1/gamma = 0\n",
-      "v = 405992760.8299179 > c, setting 1/gamma = 0\n",
-      "v = 466781316.9717912 > c, setting 1/gamma = 0\n",
-      "v = 308463545.11728626 > c, setting 1/gamma = 0\n",
-      "v = 331129069.81050843 > c, setting 1/gamma = 0\n",
-      "v = 350302089.580131 > c, setting 1/gamma = 0\n",
-      "v = 367237773.44441974 > c, setting 1/gamma = 0\n",
-      "v = 407128382.828351 > c, setting 1/gamma = 0\n",
-      "v = 304577707.7797691 > c, setting 1/gamma = 0\n",
-      "v = 435040327.97343504 > c, setting 1/gamma = 0\n",
-      "v = 477743068.2881618 > c, setting 1/gamma = 0\n",
-      "v = 306766797.88886243 > c, setting 1/gamma = 0\n",
-      "v = 321543669.346067 > c, setting 1/gamma = 0\n",
-      "v = 359068942.35042113 > c, setting 1/gamma = 0\n",
-      "v = 342697672.96365607 > c, setting 1/gamma = 0\n",
-      "v = 311949687.00023144 > c, setting 1/gamma = 0\n",
-      "v = 349585537.5389076 > c, setting 1/gamma = 0\n",
-      "v = 518876939.60178924 > c, setting 1/gamma = 0\n",
-      "v = 512111904.29015696 > c, setting 1/gamma = 0\n",
-      "v = 326344780.2990161 > c, setting 1/gamma = 0\n",
-      "v = 334444873.64406836 > c, setting 1/gamma = 0\n",
-      "v = 378034014.34869874 > c, setting 1/gamma = 0\n",
-      "v = 381289717.66341776 > c, setting 1/gamma = 0\n",
-      "v = 446195123.7930568 > c, setting 1/gamma = 0\n",
-      "v = 429065714.9566222 > c, setting 1/gamma = 0\n",
-      "v = 448137451.7371078 > c, setting 1/gamma = 0\n",
-      "v = 344529286.2425792 > c, setting 1/gamma = 0\n",
-      "v = 364329684.6611386 > c, setting 1/gamma = 0\n",
-      "v = 454381823.70730716 > c, setting 1/gamma = 0\n",
-      "v = 489890542.6367924 > c, setting 1/gamma = 0\n",
-      "v = 480012028.1541688 > c, setting 1/gamma = 0\n",
-      "v = 497370394.553051 > c, setting 1/gamma = 0\n",
-      "v = 392494842.006324 > c, setting 1/gamma = 0\n",
-      "v = 434418372.93257385 > c, setting 1/gamma = 0\n",
-      "v = 311165847.33695954 > c, setting 1/gamma = 0\n",
-      "v = 490701976.97655386 > c, setting 1/gamma = 0\n",
-      "v = 485473544.7451245 > c, setting 1/gamma = 0\n",
-      "v = 324794614.53153247 > c, setting 1/gamma = 0\n",
-      "v = 348517432.8207316 > c, setting 1/gamma = 0\n",
-      "v = 335295550.54424936 > c, setting 1/gamma = 0\n",
-      "v = 501640429.67408854 > c, setting 1/gamma = 0\n",
-      "v = 491177335.379821 > c, setting 1/gamma = 0\n",
-      "v = 336183469.0172446 > c, setting 1/gamma = 0\n",
-      "v = 314069692.3696475 > c, setting 1/gamma = 0\n",
-      "v = 344951474.8336156 > c, setting 1/gamma = 0\n",
-      "v = 318251881.15415734 > c, setting 1/gamma = 0\n",
-      "v = 355782420.04924655 > c, setting 1/gamma = 0\n",
-      "v = 412885496.8556404 > c, setting 1/gamma = 0\n",
-      "v = 457257023.4894045 > c, setting 1/gamma = 0\n",
-      "v = 466011715.86752975 > c, setting 1/gamma = 0\n",
-      "v = 306642566.0649462 > c, setting 1/gamma = 0\n",
-      "v = 328777496.0562295 > c, setting 1/gamma = 0\n",
-      "v = 323329725.75821316 > c, setting 1/gamma = 0\n",
-      "v = 339498129.6288229 > c, setting 1/gamma = 0\n",
-      "v = 373482632.7280697 > c, setting 1/gamma = 0\n",
-      "v = 306205516.336035 > c, setting 1/gamma = 0\n",
-      "v = 314194748.58790267 > c, setting 1/gamma = 0\n",
-      "v = 343808471.8108217 > c, setting 1/gamma = 0\n",
-      "v = 342803235.3885844 > c, setting 1/gamma = 0\n",
-      "v = 391497134.29279524 > c, setting 1/gamma = 0\n",
-      "v = 351202057.923907 > c, setting 1/gamma = 0\n",
-      "v = 406111749.4648163 > c, setting 1/gamma = 0\n",
-      "v = 412073603.50286764 > c, setting 1/gamma = 0\n",
-      "v = 450116138.938943 > c, setting 1/gamma = 0\n",
-      "v = 319891333.0318121 > c, setting 1/gamma = 0\n",
-      "v = 350294508.9668498 > c, setting 1/gamma = 0\n",
-      "v = 497759151.72267306 > c, setting 1/gamma = 0\n",
-      "v = 517112407.92390406 > c, setting 1/gamma = 0\n",
-      "v = 394402130.6098544 > c, setting 1/gamma = 0\n",
-      "v = 425114781.9479748 > c, setting 1/gamma = 0\n",
-      "v = 455469212.13383263 > c, setting 1/gamma = 0\n",
-      "v = 490046298.6712714 > c, setting 1/gamma = 0\n",
-      "v = 502246795.5109039 > c, setting 1/gamma = 0\n",
-      "v = 510428728.2250961 > c, setting 1/gamma = 0\n",
-      "v = 302925199.91578144 > c, setting 1/gamma = 0\n",
-      "v = 338092993.7616765 > c, setting 1/gamma = 0\n",
-      "v = 493528578.4826324 > c, setting 1/gamma = 0\n",
-      "v = 518878288.7942869 > c, setting 1/gamma = 0\n",
-      "v = 420030958.28966206 > c, setting 1/gamma = 0\n",
-      "v = 455715648.2151516 > c, setting 1/gamma = 0\n",
-      "v = 439879907.9487542 > c, setting 1/gamma = 0\n",
-      "v = 475606763.785485 > c, setting 1/gamma = 0\n",
-      "v = 305536702.590085 > c, setting 1/gamma = 0\n",
-      "v = 330459850.2235612 > c, setting 1/gamma = 0\n",
-      "v = 303857381.39316905 > c, setting 1/gamma = 0\n",
-      "v = 334490535.3445803 > c, setting 1/gamma = 0\n",
-      "v = 301063891.38147396 > c, setting 1/gamma = 0\n",
-      "v = 326247975.29436165 > c, setting 1/gamma = 0\n",
-      "v = 357927701.8729093 > c, setting 1/gamma = 0\n",
-      "v = 310117700.2142795 > c, setting 1/gamma = 0\n",
-      "v = 355767421.62308747 > c, setting 1/gamma = 0\n",
-      "v = 309307773.3601831 > c, setting 1/gamma = 0\n",
-      "v = 339156217.88308764 > c, setting 1/gamma = 0\n",
-      "v = 419549642.5280818 > c, setting 1/gamma = 0\n",
-      "v = 447426791.7349801 > c, setting 1/gamma = 0\n",
-      "v = 302669942.432983 > c, setting 1/gamma = 0\n",
-      "v = 304742444.14819056 > c, setting 1/gamma = 0\n",
-      "v = 321931209.24720365 > c, setting 1/gamma = 0\n",
-      "v = 446174428.3369329 > c, setting 1/gamma = 0\n",
-      "v = 502238323.5849699 > c, setting 1/gamma = 0\n",
-      "v = 319942180.4700936 > c, setting 1/gamma = 0\n",
-      "v = 305518652.68841416 > c, setting 1/gamma = 0\n",
-      "v = 333029337.1139241 > c, setting 1/gamma = 0\n",
-      "v = 356919192.7346718 > c, setting 1/gamma = 0\n",
-      "v = 407852039.25230485 > c, setting 1/gamma = 0\n",
-      "v = 316966320.8527882 > c, setting 1/gamma = 0\n",
-      "v = 658733220.6143286 > c, setting 1/gamma = 0\n",
-      "v = 539837105.4880501 > c, setting 1/gamma = 0\n",
-      "v = 321986703.4495997 > c, setting 1/gamma = 0\n",
-      "v = 305126018.3979597 > c, setting 1/gamma = 0\n",
-      "v = 307598330.63310754 > c, setting 1/gamma = 0\n",
-      "v = 345633359.77979696 > c, setting 1/gamma = 0\n",
-      "v = 314044884.1698568 > c, setting 1/gamma = 0\n",
-      "v = 379057425.96036166 > c, setting 1/gamma = 0\n",
-      "v = 390843892.16738695 > c, setting 1/gamma = 0\n",
-      "v = 445315803.7758157 > c, setting 1/gamma = 0\n",
-      "v = 302612857.52457476 > c, setting 1/gamma = 0\n",
-      "v = 620642267.3498248 > c, setting 1/gamma = 0\n",
-      "v = 505481002.34010434 > c, setting 1/gamma = 0\n",
-      "v = 301393113.09709996 > c, setting 1/gamma = 0\n",
-      "v = 336245575.6900024 > c, setting 1/gamma = 0\n",
-      "v = 312434963.3523708 > c, setting 1/gamma = 0\n",
-      "v = 365902734.8563973 > c, setting 1/gamma = 0\n",
-      "v = 414589876.51415473 > c, setting 1/gamma = 0\n",
-      "v = 379690296.18725765 > c, setting 1/gamma = 0\n",
-      "v = 422572368.2262562 > c, setting 1/gamma = 0\n",
-      "v = 329291657.94177246 > c, setting 1/gamma = 0\n",
-      "v = 704829759.4512787 > c, setting 1/gamma = 0\n",
-      "v = 579189212.7812015 > c, setting 1/gamma = 0\n",
-      "v = 328464149.9372868 > c, setting 1/gamma = 0\n",
-      "v = 364589757.1952157 > c, setting 1/gamma = 0\n",
-      "v = 300283015.13112015 > c, setting 1/gamma = 0\n",
-      "v = 345020093.9264269 > c, setting 1/gamma = 0\n",
-      "v = 332587312.99775743 > c, setting 1/gamma = 0\n",
-      "v = 392617531.76433814 > c, setting 1/gamma = 0\n",
-      "v = 416665595.086721 > c, setting 1/gamma = 0\n",
-      "v = 447243163.6651363 > c, setting 1/gamma = 0\n",
-      "v = 310951973.2431101 > c, setting 1/gamma = 0\n",
-      "v = 337372321.1238168 > c, setting 1/gamma = 0\n",
-      "v = 304850102.1405942 > c, setting 1/gamma = 0\n",
-      "v = 398435522.14483356 > c, setting 1/gamma = 0\n",
-      "v = 445565910.5153505 > c, setting 1/gamma = 0\n",
-      "v = 441210532.0891526 > c, setting 1/gamma = 0\n",
-      "v = 480191706.4350371 > c, setting 1/gamma = 0\n",
-      "v = 324133585.6040352 > c, setting 1/gamma = 0\n",
-      "v = 306187128.09626627 > c, setting 1/gamma = 0\n",
-      "v = 324201311.112606 > c, setting 1/gamma = 0\n",
-      "v = 335649194.8747871 > c, setting 1/gamma = 0\n",
-      "v = 380139215.747519 > c, setting 1/gamma = 0\n",
-      "v = 315550519.26503736 > c, setting 1/gamma = 0\n",
-      "v = 381742789.7743177 > c, setting 1/gamma = 0\n",
-      "v = 327585518.6870725 > c, setting 1/gamma = 0\n",
-      "v = 369050087.7062417 > c, setting 1/gamma = 0\n",
-      "v = 357626253.0487208 > c, setting 1/gamma = 0\n",
-      "v = 409789211.41549754 > c, setting 1/gamma = 0\n",
-      "v = 316887664.7837913 > c, setting 1/gamma = 0\n",
-      "v = 356040159.0801009 > c, setting 1/gamma = 0\n",
-      "v = 418688093.2424703 > c, setting 1/gamma = 0\n",
-      "v = 312900284.9420252 > c, setting 1/gamma = 0\n",
-      "v = 325707052.0261753 > c, setting 1/gamma = 0\n",
-      "v = 377324372.5426573 > c, setting 1/gamma = 0\n",
-      "v = 333178262.44602907 > c, setting 1/gamma = 0\n",
-      "v = 320212445.9748539 > c, setting 1/gamma = 0\n",
-      "v = 385774713.67253697 > c, setting 1/gamma = 0\n",
-      "v = 339348375.41040915 > c, setting 1/gamma = 0\n",
-      "v = 381839950.53121763 > c, setting 1/gamma = 0\n",
-      "v = 419639447.8851504 > c, setting 1/gamma = 0\n",
-      "v = 471455407.9267818 > c, setting 1/gamma = 0\n",
-      "v = 316654931.4400152 > c, setting 1/gamma = 0\n",
-      "v = 300745885.82948446 > c, setting 1/gamma = 0\n",
-      "v = 442859040.9467202 > c, setting 1/gamma = 0\n",
-      "v = 480300319.7863591 > c, setting 1/gamma = 0\n",
-      "v = 324050675.7698432 > c, setting 1/gamma = 0\n",
-      "v = 354259391.07535905 > c, setting 1/gamma = 0\n",
-      "v = 401007708.3960808 > c, setting 1/gamma = 0\n",
-      "v = 387060857.7035704 > c, setting 1/gamma = 0\n",
-      "v = 421213160.6594305 > c, setting 1/gamma = 0\n",
-      "v = 338803435.93496174 > c, setting 1/gamma = 0\n",
-      "v = 373391724.2618797 > c, setting 1/gamma = 0\n",
-      "v = 465457648.92711335 > c, setting 1/gamma = 0\n",
-      "v = 514221127.7412752 > c, setting 1/gamma = 0\n",
-      "v = 326172969.93139744 > c, setting 1/gamma = 0\n",
-      "v = 380401040.2997296 > c, setting 1/gamma = 0\n",
-      "v = 300966219.0504725 > c, setting 1/gamma = 0\n",
-      "v = 379462097.0650779 > c, setting 1/gamma = 0\n",
-      "v = 411745447.04768974 > c, setting 1/gamma = 0\n",
-      "v = 506709497.6138318 > c, setting 1/gamma = 0\n",
-      "v = 506723806.7817288 > c, setting 1/gamma = 0\n",
-      "v = 389351845.52045846 > c, setting 1/gamma = 0\n",
-      "v = 416689296.8674693 > c, setting 1/gamma = 0\n",
-      "v = 567228253.2007785 > c, setting 1/gamma = 0\n",
-      "v = 518049140.1139118 > c, setting 1/gamma = 0\n",
-      "v = 301987871.5976527 > c, setting 1/gamma = 0\n",
-      "v = 337341990.18473935 > c, setting 1/gamma = 0\n",
-      "v = 341946641.9999958 > c, setting 1/gamma = 0\n",
-      "v = 384146272.087445 > c, setting 1/gamma = 0\n",
-      "v = 359274255.7795456 > c, setting 1/gamma = 0\n",
-      "v = 302927524.475731 > c, setting 1/gamma = 0\n",
-      "v = 308349045.1475242 > c, setting 1/gamma = 0\n",
-      "v = 462149977.6825301 > c, setting 1/gamma = 0\n",
-      "v = 410169486.72521394 > c, setting 1/gamma = 0\n",
-      "v = 300303022.81429744 > c, setting 1/gamma = 0\n",
-      "v = 302061841.202455 > c, setting 1/gamma = 0\n",
-      "v = 305267645.76693535 > c, setting 1/gamma = 0\n",
-      "v = 300931484.5150675 > c, setting 1/gamma = 0\n",
-      "v = 300687730.8998728 > c, setting 1/gamma = 0\n",
-      "v = 305097197.1263217 > c, setting 1/gamma = 0\n",
-      "v = 308947882.254221 > c, setting 1/gamma = 0\n",
-      "v = 306314284.8646955 > c, setting 1/gamma = 0\n",
-      "v = 302641308.2142904 > c, setting 1/gamma = 0\n",
-      "v = 302646529.8733611 > c, setting 1/gamma = 0\n",
-      "v = 302378960.74375767 > c, setting 1/gamma = 0\n",
-      "v = 300893330.02810097 > c, setting 1/gamma = 0\n",
-      "v = 304827160.7065973 > c, setting 1/gamma = 0\n",
-      "v = 308936821.1623557 > c, setting 1/gamma = 0\n",
-      "v = 301534156.84695256 > c, setting 1/gamma = 0\n",
-      "v = 307815731.83402324 > c, setting 1/gamma = 0\n",
-      "v = 308275146.6813637 > c, setting 1/gamma = 0\n",
-      "v = 303938437.93543184 > c, setting 1/gamma = 0\n",
-      "v = 309339437.24259865 > c, setting 1/gamma = 0\n",
-      "v = 300751846.90406185 > c, setting 1/gamma = 0\n",
-      "v = 309630620.1253206 > c, setting 1/gamma = 0\n",
-      "v = 308489342.8655045 > c, setting 1/gamma = 0\n",
-      "v = 304870598.854868 > c, setting 1/gamma = 0\n",
-      "v = 303187888.94150263 > c, setting 1/gamma = 0\n",
-      "v = 314323506.0130721 > c, setting 1/gamma = 0\n",
-      "v = 315352620.8236389 > c, setting 1/gamma = 0\n",
-      "v = 300590323.45458436 > c, setting 1/gamma = 0\n",
-      "v = 308786392.5038344 > c, setting 1/gamma = 0\n",
-      "v = 301177219.65127087 > c, setting 1/gamma = 0\n",
-      "v = 300271953.34309 > c, setting 1/gamma = 0\n",
-      "v = 307712401.87339497 > c, setting 1/gamma = 0\n",
-      "v = 302062537.02323127 > c, setting 1/gamma = 0\n",
-      "v = 311243682.8687664 > c, setting 1/gamma = 0\n",
-      "v = 314719177.6877371 > c, setting 1/gamma = 0\n",
-      "v = 302233048.05324423 > c, setting 1/gamma = 0\n",
-      "v = 308085607.3869971 > c, setting 1/gamma = 0\n",
-      "v = 303436430.78260875 > c, setting 1/gamma = 0\n",
-      "v = 302201738.44598514 > c, setting 1/gamma = 0\n",
-      "v = 321683584.1872688 > c, setting 1/gamma = 0\n",
-      "v = 313005213.92726994 > c, setting 1/gamma = 0\n",
-      "v = 303704379.4109591 > c, setting 1/gamma = 0\n",
-      "v = 321599407.9228942 > c, setting 1/gamma = 0\n",
-      "v = 307757472.43075925 > c, setting 1/gamma = 0\n",
-      "v = 303622511.1151965 > c, setting 1/gamma = 0\n",
-      "v = 309019345.0752693 > c, setting 1/gamma = 0\n",
-      "v = 301466061.09538734 > c, setting 1/gamma = 0\n",
-      "v = 303214621.6729084 > c, setting 1/gamma = 0\n",
-      "v = 300728172.83482516 > c, setting 1/gamma = 0\n",
-      "v = 315834402.35488325 > c, setting 1/gamma = 0\n",
-      "v = 305841761.02085626 > c, setting 1/gamma = 0\n",
-      "v = 343940617.7003769 > c, setting 1/gamma = 0\n",
-      "v = 317893405.1575476 > c, setting 1/gamma = 0\n",
-      "v = 303742279.4016591 > c, setting 1/gamma = 0\n",
-      "v = 306007640.51011735 > c, setting 1/gamma = 0\n",
-      "v = 313631871.6166388 > c, setting 1/gamma = 0\n",
-      "v = 315605132.55858475 > c, setting 1/gamma = 0\n",
-      "v = 305798105.1067901 > c, setting 1/gamma = 0\n",
-      "v = 303588082.96303403 > c, setting 1/gamma = 0\n",
-      "v = 302643149.8983791 > c, setting 1/gamma = 0\n",
-      "v = 304308649.59082204 > c, setting 1/gamma = 0\n",
-      "v = 304246678.5270157 > c, setting 1/gamma = 0\n",
-      "v = 300682743.33870614 > c, setting 1/gamma = 0\n",
-      "v = 306930790.71158886 > c, setting 1/gamma = 0\n",
-      "v = 303511768.30777746 > c, setting 1/gamma = 0\n",
-      "v = 310955779.5091622 > c, setting 1/gamma = 0\n",
-      "v = 300040934.55688334 > c, setting 1/gamma = 0\n",
-      "v = 340564437.54091495 > c, setting 1/gamma = 0\n",
-      "v = 335594853.85525024 > c, setting 1/gamma = 0\n",
-      "v = 308826780.31371593 > c, setting 1/gamma = 0\n",
-      "v = 304138105.05880165 > c, setting 1/gamma = 0\n",
-      "v = 303288385.4208365 > c, setting 1/gamma = 0\n",
-      "v = 325946564.16752225 > c, setting 1/gamma = 0\n",
-      "v = 330701094.49549264 > c, setting 1/gamma = 0\n",
-      "v = 317163557.0083096 > c, setting 1/gamma = 0\n",
-      "v = 310842771.71620387 > c, setting 1/gamma = 0\n",
-      "v = 301362304.8675787 > c, setting 1/gamma = 0\n",
-      "v = 340226929.37999386 > c, setting 1/gamma = 0\n",
-      "v = 318116971.6578191 > c, setting 1/gamma = 0\n",
-      "v = 313541143.3080497 > c, setting 1/gamma = 0\n",
-      "v = 348921700.497935 > c, setting 1/gamma = 0\n",
-      "v = 300821912.8964081 > c, setting 1/gamma = 0\n",
-      "v = 336163401.0539112 > c, setting 1/gamma = 0\n",
-      "v = 303387493.60441405 > c, setting 1/gamma = 0\n",
-      "v = 305639451.4211302 > c, setting 1/gamma = 0\n",
-      "v = 346816306.9439599 > c, setting 1/gamma = 0\n",
-      "v = 327523645.06916815 > c, setting 1/gamma = 0\n",
-      "v = 312648349.36355394 > c, setting 1/gamma = 0\n",
-      "v = 301015471.9575834 > c, setting 1/gamma = 0\n",
-      "v = 309470323.3235785 > c, setting 1/gamma = 0\n",
-      "v = 302303399.16882944 > c, setting 1/gamma = 0\n",
-      "v = 301432269.5162333 > c, setting 1/gamma = 0\n",
-      "v = 333810488.88722205 > c, setting 1/gamma = 0\n",
-      "v = 308290176.3200499 > c, setting 1/gamma = 0\n",
-      "v = 307054806.94932145 > c, setting 1/gamma = 0\n",
-      "v = 341371155.20016974 > c, setting 1/gamma = 0\n",
-      "v = 306215265.03285676 > c, setting 1/gamma = 0\n",
-      "v = 342856964.5564897 > c, setting 1/gamma = 0\n",
-      "v = 301445557.35077494 > c, setting 1/gamma = 0\n",
-      "v = 338466398.2092463 > c, setting 1/gamma = 0\n",
-      "v = 303278038.3440635 > c, setting 1/gamma = 0\n",
-      "v = 323506455.0673587 > c, setting 1/gamma = 0\n",
-      "v = 308751184.72960806 > c, setting 1/gamma = 0\n",
-      "v = 343311449.30077916 > c, setting 1/gamma = 0\n",
-      "v = 310152708.47359544 > c, setting 1/gamma = 0\n",
-      "v = 322317333.9498182 > c, setting 1/gamma = 0\n",
-      "v = 302331035.9954026 > c, setting 1/gamma = 0\n",
-      "v = 305703361.2314236 > c, setting 1/gamma = 0\n",
-      "v = 341739109.32831156 > c, setting 1/gamma = 0\n",
-      "v = 316013146.2708911 > c, setting 1/gamma = 0\n",
-      "v = 306264692.88921505 > c, setting 1/gamma = 0\n",
-      "v = 314138256.6073438 > c, setting 1/gamma = 0\n",
-      "v = 328766942.14139247 > c, setting 1/gamma = 0\n",
-      "v = 312675664.19587785 > c, setting 1/gamma = 0\n",
-      "v = 302413715.67982733 > c, setting 1/gamma = 0\n",
-      "v = 303109963.5306648 > c, setting 1/gamma = 0\n",
-      "v = 338328495.6007574 > c, setting 1/gamma = 0\n",
-      "v = 324421305.76352537 > c, setting 1/gamma = 0\n",
-      "v = 300577302.74368787 > c, setting 1/gamma = 0\n",
-      "v = 306885729.4632043 > c, setting 1/gamma = 0\n",
-      "v = 344509601.2288137 > c, setting 1/gamma = 0\n",
-      "v = 303202275.9782362 > c, setting 1/gamma = 0\n",
-      "v = 337878904.556511 > c, setting 1/gamma = 0\n",
-      "v = 312060391.72098386 > c, setting 1/gamma = 0\n",
-      "v = 348677639.20197225 > c, setting 1/gamma = 0\n",
-      "v = 302295120.47015244 > c, setting 1/gamma = 0\n",
-      "v = 336088759.69579524 > c, setting 1/gamma = 0\n",
-      "v = 302078762.4288943 > c, setting 1/gamma = 0\n",
-      "v = 307838736.8965052 > c, setting 1/gamma = 0\n",
-      "v = 348262584.3942601 > c, setting 1/gamma = 0\n",
-      "v = 306616109.2164963 > c, setting 1/gamma = 0\n",
-      "v = 315740263.16269433 > c, setting 1/gamma = 0\n",
-      "v = 352285257.7041664 > c, setting 1/gamma = 0\n",
-      "v = 306535014.6434204 > c, setting 1/gamma = 0\n",
-      "v = 323807548.5279444 > c, setting 1/gamma = 0\n",
-      "v = 359499889.995073 > c, setting 1/gamma = 0\n",
-      "v = 322738079.3270624 > c, setting 1/gamma = 0\n",
-      "v = 361755706.197826 > c, setting 1/gamma = 0\n",
-      "v = 307260386.7906004 > c, setting 1/gamma = 0\n",
-      "v = 351293549.26393765 > c, setting 1/gamma = 0\n",
-      "v = 308957145.88424873 > c, setting 1/gamma = 0\n",
-      "v = 317713555.3657385 > c, setting 1/gamma = 0\n",
-      "v = 310811143.85113275 > c, setting 1/gamma = 0\n",
-      "v = 301638682.5514977 > c, setting 1/gamma = 0\n",
-      "v = 338975864.68137616 > c, setting 1/gamma = 0\n",
-      "v = 373665980.1409423 > c, setting 1/gamma = 0\n",
-      "v = 311371356.91822606 > c, setting 1/gamma = 0\n",
-      "v = 350044281.4686758 > c, setting 1/gamma = 0\n",
-      "v = 310613758.61138207 > c, setting 1/gamma = 0\n",
-      "v = 349845012.0177807 > c, setting 1/gamma = 0\n",
-      "v = 309248326.5842286 > c, setting 1/gamma = 0\n",
-      "v = 349634697.0260629 > c, setting 1/gamma = 0\n",
-      "v = 310400171.3765881 > c, setting 1/gamma = 0\n",
-      "v = 352456293.7873724 > c, setting 1/gamma = 0\n",
-      "v = 310988578.29761237 > c, setting 1/gamma = 0\n",
-      "v = 355342384.6905238 > c, setting 1/gamma = 0\n",
-      "v = 301964007.68353903 > c, setting 1/gamma = 0\n",
-      "v = 335423237.7134816 > c, setting 1/gamma = 0\n",
-      "v = 336853189.6932227 > c, setting 1/gamma = 0\n",
-      "v = 311297738.0507908 > c, setting 1/gamma = 0\n",
-      "v = 352638101.5260343 > c, setting 1/gamma = 0\n",
-      "v = 305958758.288109 > c, setting 1/gamma = 0\n",
-      "v = 350361151.92449 > c, setting 1/gamma = 0\n",
-      "v = 305716130.2350798 > c, setting 1/gamma = 0\n",
-      "v = 306263175.79536706 > c, setting 1/gamma = 0\n",
-      "v = 340707791.5855201 > c, setting 1/gamma = 0\n",
-      "v = 315009236.274372 > c, setting 1/gamma = 0\n",
-      "v = 352463204.3504588 > c, setting 1/gamma = 0\n",
-      "v = 315050682.71970904 > c, setting 1/gamma = 0\n",
-      "v = 353478872.55998164 > c, setting 1/gamma = 0\n",
-      "v = 309649737.71720916 > c, setting 1/gamma = 0\n",
-      "v = 348341365.84897965 > c, setting 1/gamma = 0\n",
-      "v = 304534783.7038551 > c, setting 1/gamma = 0\n",
-      "v = 342606245.58866787 > c, setting 1/gamma = 0\n",
-      "v = 319589629.1852367 > c, setting 1/gamma = 0\n",
-      "v = 360415955.99904984 > c, setting 1/gamma = 0\n",
-      "v = 341449615.77063686 > c, setting 1/gamma = 0\n",
-      "v = 328612312.504153 > c, setting 1/gamma = 0\n",
-      "v = 363260219.39458674 > c, setting 1/gamma = 0\n",
-      "v = 320104034.1286021 > c, setting 1/gamma = 0\n",
-      "v = 355368571.10134465 > c, setting 1/gamma = 0\n",
-      "v = 311051137.8848595 > c, setting 1/gamma = 0\n",
-      "v = 302036287.2760353 > c, setting 1/gamma = 0\n",
-      "v = 300841128.89265406 > c, setting 1/gamma = 0\n",
-      "v = 304079735.928319 > c, setting 1/gamma = 0\n",
-      "v = 335008195.06261855 > c, setting 1/gamma = 0\n",
-      "v = 337463096.79035395 > c, setting 1/gamma = 0\n",
-      "v = 370422587.2489642 > c, setting 1/gamma = 0\n",
-      "v = 317464746.11843544 > c, setting 1/gamma = 0\n",
-      "v = 349474240.2664628 > c, setting 1/gamma = 0\n",
-      "v = 312604522.0138004 > c, setting 1/gamma = 0\n",
-      "v = 351707898.60824996 > c, setting 1/gamma = 0\n",
-      "v = 320873800.9239702 > c, setting 1/gamma = 0\n",
-      "v = 356426035.325038 > c, setting 1/gamma = 0\n",
-      "v = 307007836.35934436 > c, setting 1/gamma = 0\n",
-      "v = 319822008.6930897 > c, setting 1/gamma = 0\n",
-      "v = 357638926.3491769 > c, setting 1/gamma = 0\n",
-      "v = 347298132.31098634 > c, setting 1/gamma = 0\n",
-      "v = 381729519.21181923 > c, setting 1/gamma = 0\n",
-      "v = 334876769.31768286 > c, setting 1/gamma = 0\n",
-      "v = 371270715.6914368 > c, setting 1/gamma = 0\n",
-      "v = 317779672.0533004 > c, setting 1/gamma = 0\n",
-      "v = 353709417.6870875 > c, setting 1/gamma = 0\n",
-      "v = 308471060.6634669 > c, setting 1/gamma = 0\n",
-      "v = 302367305.85596275 > c, setting 1/gamma = 0\n",
-      "v = 340207670.90560615 > c, setting 1/gamma = 0\n",
-      "v = 331548561.8031555 > c, setting 1/gamma = 0\n",
-      "v = 364375033.08569944 > c, setting 1/gamma = 0\n",
-      "v = 308281097.8583114 > c, setting 1/gamma = 0\n",
-      "v = 326331096.56770545 > c, setting 1/gamma = 0\n",
-      "v = 364838664.1595083 > c, setting 1/gamma = 0\n",
-      "v = 319213445.7365341 > c, setting 1/gamma = 0\n",
-      "v = 356165911.1839399 > c, setting 1/gamma = 0\n",
-      "v = 308201319.3946282 > c, setting 1/gamma = 0\n",
-      "v = 326462011.38259137 > c, setting 1/gamma = 0\n",
-      "v = 335280622.9326415 > c, setting 1/gamma = 0\n",
-      "v = 301666164.7396877 > c, setting 1/gamma = 0\n",
-      "v = 337421704.7708359 > c, setting 1/gamma = 0\n",
-      "v = 302849352.0110374 > c, setting 1/gamma = 0\n",
-      "v = 312575724.69556886 > c, setting 1/gamma = 0\n",
-      "v = 347009022.3473207 > c, setting 1/gamma = 0\n",
-      "v = 300901430.80277187 > c, setting 1/gamma = 0\n",
-      "v = 335035378.8120243 > c, setting 1/gamma = 0\n",
-      "v = 309998699.938659 > c, setting 1/gamma = 0\n",
-      "v = 305352993.5781242 > c, setting 1/gamma = 0\n",
-      "v = 315596085.8889861 > c, setting 1/gamma = 0\n",
-      "v = 352777123.7819316 > c, setting 1/gamma = 0\n",
-      "v = 328777642.4312919 > c, setting 1/gamma = 0\n",
-      "v = 362541378.3790697 > c, setting 1/gamma = 0\n",
-      "v = 318884573.20959735 > c, setting 1/gamma = 0\n",
-      "v = 305444348.1879105 > c, setting 1/gamma = 0\n",
-      "v = 301732443.47983295 > c, setting 1/gamma = 0\n",
-      "v = 330873318.1062224 > c, setting 1/gamma = 0\n",
-      "v = 365018545.01615125 > c, setting 1/gamma = 0\n",
-      "v = 311911016.86854506 > c, setting 1/gamma = 0\n",
-      "v = 343608301.5126744 > c, setting 1/gamma = 0\n",
-      "v = 305683790.2263704 > c, setting 1/gamma = 0\n",
-      "v = 344604414.43355054 > c, setting 1/gamma = 0\n",
-      "v = 319949640.9182804 > c, setting 1/gamma = 0\n",
-      "v = 301518903.62926894 > c, setting 1/gamma = 0\n",
-      "v = 322270546.737141 > c, setting 1/gamma = 0\n",
-      "v = 361034028.9970431 > c, setting 1/gamma = 0\n",
-      "v = 339977297.7460972 > c, setting 1/gamma = 0\n",
-      "v = 373642470.0235769 > c, setting 1/gamma = 0\n",
-      "v = 327117064.39973515 > c, setting 1/gamma = 0\n",
-      "v = 364360720.510136 > c, setting 1/gamma = 0\n",
-      "v = 324921606.3978901 > c, setting 1/gamma = 0\n",
-      "v = 365111612.78613627 > c, setting 1/gamma = 0\n",
-      "v = 310323326.692166 > c, setting 1/gamma = 0\n",
-      "v = 355403724.85108644 > c, setting 1/gamma = 0\n",
-      "v = 312493299.950469 > c, setting 1/gamma = 0\n",
-      "v = 319693966.18898535 > c, setting 1/gamma = 0\n",
-      "v = 359844727.2969585 > c, setting 1/gamma = 0\n",
-      "v = 300024838.1420745 > c, setting 1/gamma = 0\n",
-      "v = 336294649.59841824 > c, setting 1/gamma = 0\n",
-      "v = 366433942.5351085 > c, setting 1/gamma = 0\n",
-      "v = 326245282.6571213 > c, setting 1/gamma = 0\n",
-      "v = 354303105.5346628 > c, setting 1/gamma = 0\n",
-      "v = 312044068.27857375 > c, setting 1/gamma = 0\n",
-      "v = 307355512.27872473 > c, setting 1/gamma = 0\n",
-      "v = 349300119.3109912 > c, setting 1/gamma = 0\n",
-      "v = 315825389.3980583 > c, setting 1/gamma = 0\n",
-      "v = 315001256.2727648 > c, setting 1/gamma = 0\n",
-      "v = 320677649.74362344 > c, setting 1/gamma = 0\n",
-      "v = 360122897.37173915 > c, setting 1/gamma = 0\n",
-      "v = 317113410.6426613 > c, setting 1/gamma = 0\n",
-      "v = 357897769.56054324 > c, setting 1/gamma = 0\n",
-      "v = 325272641.02925044 > c, setting 1/gamma = 0\n",
-      "v = 367461365.07801956 > c, setting 1/gamma = 0\n",
-      "v = 306242981.970161 > c, setting 1/gamma = 0\n",
-      "v = 352355030.38855207 > c, setting 1/gamma = 0\n",
-      "v = 320561439.35424715 > c, setting 1/gamma = 0\n",
-      "v = 302590325.09412843 > c, setting 1/gamma = 0\n",
-      "v = 334572325.6601424 > c, setting 1/gamma = 0\n",
-      "v = 302139642.00222564 > c, setting 1/gamma = 0\n",
-      "v = 352862079.7758255 > c, setting 1/gamma = 0\n",
-      "v = 383798196.34528476 > c, setting 1/gamma = 0\n",
-      "v = 347973305.6235998 > c, setting 1/gamma = 0\n",
-      "v = 380121360.25647396 > c, setting 1/gamma = 0\n",
-      "v = 347273194.24503267 > c, setting 1/gamma = 0\n",
-      "v = 380824431.9782096 > c, setting 1/gamma = 0\n",
-      "v = 358322417.15681267 > c, setting 1/gamma = 0\n",
-      "v = 392371622.15851057 > c, setting 1/gamma = 0\n",
-      "v = 348711197.8534789 > c, setting 1/gamma = 0\n",
-      "v = 387713703.97112626 > c, setting 1/gamma = 0\n",
-      "v = 311342670.2319013 > c, setting 1/gamma = 0\n",
-      "v = 323214881.23454195 > c, setting 1/gamma = 0\n",
-      "v = 362590820.08535624 > c, setting 1/gamma = 0\n",
-      "v = 316804648.55846626 > c, setting 1/gamma = 0\n",
-      "v = 353293307.00447404 > c, setting 1/gamma = 0\n",
-      "v = 308855299.1213992 > c, setting 1/gamma = 0\n",
-      "v = 316803368.2564722 > c, setting 1/gamma = 0\n",
-      "v = 358729417.8481968 > c, setting 1/gamma = 0\n",
-      "v = 330826830.86473215 > c, setting 1/gamma = 0\n",
-      "v = 367979807.086664 > c, setting 1/gamma = 0\n",
-      "v = 364642255.11463904 > c, setting 1/gamma = 0\n",
-      "v = 394078187.2724936 > c, setting 1/gamma = 0\n",
-      "v = 353151523.0868672 > c, setting 1/gamma = 0\n",
-      "v = 383864639.7900138 > c, setting 1/gamma = 0\n",
-      "v = 329379383.14412796 > c, setting 1/gamma = 0\n",
-      "v = 362775316.80378085 > c, setting 1/gamma = 0\n",
-      "v = 313264111.5040308 > c, setting 1/gamma = 0\n",
-      "v = 346456383.12001777 > c, setting 1/gamma = 0\n",
-      "v = 305279234.9173193 > c, setting 1/gamma = 0\n",
-      "v = 374783782.3048153 > c, setting 1/gamma = 0\n",
-      "v = 399036641.6293986 > c, setting 1/gamma = 0\n",
-      "v = 351806143.02192366 > c, setting 1/gamma = 0\n",
-      "v = 379121520.52263415 > c, setting 1/gamma = 0\n",
-      "v = 301122689.17185986 > c, setting 1/gamma = 0\n",
-      "v = 331268998.0875476 > c, setting 1/gamma = 0\n",
-      "v = 369027720.3678912 > c, setting 1/gamma = 0\n",
-      "v = 398649779.6785725 > c, setting 1/gamma = 0\n",
-      "v = 309335570.98079956 > c, setting 1/gamma = 0\n",
-      "v = 347819236.501412 > c, setting 1/gamma = 0\n",
-      "v = 382827788.05034494 > c, setting 1/gamma = 0\n",
-      "v = 335133105.30842704 > c, setting 1/gamma = 0\n",
-      "v = 369415606.18525666 > c, setting 1/gamma = 0\n",
-      "v = 321326387.8434993 > c, setting 1/gamma = 0\n",
-      "v = 304167897.6171457 > c, setting 1/gamma = 0\n",
-      "v = 391424244.4669797 > c, setting 1/gamma = 0\n",
-      "v = 416251932.38824636 > c, setting 1/gamma = 0\n",
-      "v = 361159455.8264866 > c, setting 1/gamma = 0\n",
-      "v = 388666955.9006928 > c, setting 1/gamma = 0\n",
-      "v = 336299612.1642724 > c, setting 1/gamma = 0\n",
-      "v = 366470319.2883783 > c, setting 1/gamma = 0\n",
-      "v = 310698024.0295812 > c, setting 1/gamma = 0\n",
-      "v = 308004365.3254252 > c, setting 1/gamma = 0\n",
-      "v = 352859405.4238874 > c, setting 1/gamma = 0\n",
-      "v = 384144616.3683376 > c, setting 1/gamma = 0\n",
-      "v = 328842573.69503736 > c, setting 1/gamma = 0\n",
-      "v = 359965096.5015169 > c, setting 1/gamma = 0\n",
-      "v = 314948598.43641007 > c, setting 1/gamma = 0\n",
-      "v = 343283276.6683736 > c, setting 1/gamma = 0\n",
-      "v = 373397655.9966999 > c, setting 1/gamma = 0\n",
-      "v = 303378569.3584105 > c, setting 1/gamma = 0\n",
-      "v = 355662098.8108197 > c, setting 1/gamma = 0\n",
-      "v = 381079397.87178344 > c, setting 1/gamma = 0\n",
-      "v = 302353130.6201239 > c, setting 1/gamma = 0\n",
-      "v = 331249374.1412504 > c, setting 1/gamma = 0\n",
-      "v = 347995028.5324212 > c, setting 1/gamma = 0\n",
-      "v = 383428851.6382792 > c, setting 1/gamma = 0\n",
-      "v = 302021376.4341228 > c, setting 1/gamma = 0\n",
-      "v = 306516929.3787554 > c, setting 1/gamma = 0\n",
-      "v = 334981537.2864406 > c, setting 1/gamma = 0\n",
-      "v = 357796652.8871048 > c, setting 1/gamma = 0\n",
-      "v = 386576811.8783615 > c, setting 1/gamma = 0\n",
-      "v = 369184427.0792981 > c, setting 1/gamma = 0\n",
-      "v = 398173310.89464945 > c, setting 1/gamma = 0\n",
-      "v = 343496333.6398312 > c, setting 1/gamma = 0\n",
-      "v = 382781184.3877919 > c, setting 1/gamma = 0\n",
-      "v = 355997103.39076173 > c, setting 1/gamma = 0\n",
-      "v = 391755856.3175146 > c, setting 1/gamma = 0\n",
-      "v = 319568061.46231973 > c, setting 1/gamma = 0\n",
-      "v = 361344176.1072405 > c, setting 1/gamma = 0\n",
-      "v = 305176595.92497927 > c, setting 1/gamma = 0\n",
-      "v = 364647739.6490764 > c, setting 1/gamma = 0\n",
-      "v = 391741985.5612091 > c, setting 1/gamma = 0\n",
-      "v = 369622870.9484868 > c, setting 1/gamma = 0\n",
-      "v = 398638711.333279 > c, setting 1/gamma = 0\n",
-      "v = 368367685.0892394 > c, setting 1/gamma = 0\n",
-      "v = 401628764.9603368 > c, setting 1/gamma = 0\n",
-      "v = 316656402.6889321 > c, setting 1/gamma = 0\n",
-      "v = 329317507.92048454 > c, setting 1/gamma = 0\n",
-      "v = 306173243.9857517 > c, setting 1/gamma = 0\n",
-      "v = 347979020.7075698 > c, setting 1/gamma = 0\n",
-      "v = 300675726.60613114 > c, setting 1/gamma = 0\n",
-      "v = 337830312.339901 > c, setting 1/gamma = 0\n",
-      "v = 311862956.6547689 > c, setting 1/gamma = 0\n",
-      "v = 377493416.6569713 > c, setting 1/gamma = 0\n",
-      "v = 403282431.0495989 > c, setting 1/gamma = 0\n",
-      "v = 365877059.1619033 > c, setting 1/gamma = 0\n",
-      "v = 398532210.8294492 > c, setting 1/gamma = 0\n",
-      "v = 325471423.3002915 > c, setting 1/gamma = 0\n",
-      "v = 366871970.0800762 > c, setting 1/gamma = 0\n",
-      "v = 325225570.1109194 > c, setting 1/gamma = 0\n",
-      "v = 307658342.335097 > c, setting 1/gamma = 0\n",
-      "v = 329245524.7351409 > c, setting 1/gamma = 0\n",
-      "v = 359801756.8163172 > c, setting 1/gamma = 0\n",
-      "v = 304229479.56571907 > c, setting 1/gamma = 0\n",
-      "v = 365936487.4227375 > c, setting 1/gamma = 0\n",
-      "v = 390797013.3312891 > c, setting 1/gamma = 0\n",
-      "v = 383255384.34943336 > c, setting 1/gamma = 0\n",
-      "v = 406112418.4149744 > c, setting 1/gamma = 0\n",
-      "v = 414372948.30960983 > c, setting 1/gamma = 0\n",
-      "v = 430898263.16278315 > c, setting 1/gamma = 0\n",
-      "v = 326094481.2360585 > c, setting 1/gamma = 0\n",
-      "v = 369344343.115754 > c, setting 1/gamma = 0\n",
-      "v = 317996388.0135641 > c, setting 1/gamma = 0\n",
-      "v = 306954152.28043085 > c, setting 1/gamma = 0\n",
-      "v = 341073522.0343142 > c, setting 1/gamma = 0\n",
-      "v = 321334096.4292035 > c, setting 1/gamma = 0\n",
-      "v = 366854267.237003 > c, setting 1/gamma = 0\n",
-      "v = 305549123.2867558 > c, setting 1/gamma = 0\n",
-      "v = 348202538.8746477 > c, setting 1/gamma = 0\n",
-      "v = 309777806.00254244 > c, setting 1/gamma = 0\n",
-      "v = 353642333.0178047 > c, setting 1/gamma = 0\n",
-      "v = 311302164.20829463 > c, setting 1/gamma = 0\n",
-      "v = 356898815.2840033 > c, setting 1/gamma = 0\n",
-      "v = 312772215.60466737 > c, setting 1/gamma = 0\n",
-      "v = 312406865.4287655 > c, setting 1/gamma = 0\n",
-      "v = 360382956.2841927 > c, setting 1/gamma = 0\n",
-      "v = 330577081.28604954 > c, setting 1/gamma = 0\n",
-      "v = 302935201.6006189 > c, setting 1/gamma = 0\n",
-      "v = 346521316.32705396 > c, setting 1/gamma = 0\n",
-      "v = 358846350.428995 > c, setting 1/gamma = 0\n",
-      "v = 396430254.2772917 > c, setting 1/gamma = 0\n",
-      "v = 324488638.99774647 > c, setting 1/gamma = 0\n",
-      "v = 368685788.71893394 > c, setting 1/gamma = 0\n",
-      "v = 313405570.7646722 > c, setting 1/gamma = 0\n",
-      "v = 360964462.2283491 > c, setting 1/gamma = 0\n",
-      "v = 305236254.68642086 > c, setting 1/gamma = 0\n",
-      "v = 340196220.9613112 > c, setting 1/gamma = 0\n",
-      "v = 366226908.83293307 > c, setting 1/gamma = 0\n",
-      "v = 402189462.77397084 > c, setting 1/gamma = 0\n",
-      "v = 302911857.6347817 > c, setting 1/gamma = 0\n",
-      "v = 346876425.829282 > c, setting 1/gamma = 0\n",
-      "v = 300439067.24797887 > c, setting 1/gamma = 0\n",
-      "v = 346149842.6732204 > c, setting 1/gamma = 0\n",
-      "v = 307163226.25347656 > c, setting 1/gamma = 0\n",
-      "v = 342675738.03064984 > c, setting 1/gamma = 0\n",
-      "v = 312534999.12202483 > c, setting 1/gamma = 0\n",
-      "v = 420205636.1813248 > c, setting 1/gamma = 0\n",
-      "v = 435005946.3980128 > c, setting 1/gamma = 0\n",
-      "v = 302553938.38891685 > c, setting 1/gamma = 0\n",
-      "v = 344258251.91535693 > c, setting 1/gamma = 0\n",
-      "v = 317875970.2730114 > c, setting 1/gamma = 0\n",
-      "v = 361484923.09273064 > c, setting 1/gamma = 0\n",
-      "v = 306175293.36183184 > c, setting 1/gamma = 0\n",
-      "v = 340487640.0078518 > c, setting 1/gamma = 0\n",
-      "v = 386182799.3300914 > c, setting 1/gamma = 0\n",
-      "v = 405386736.63059115 > c, setting 1/gamma = 0\n",
-      "v = 358380931.09027296 > c, setting 1/gamma = 0\n",
-      "v = 383049559.9210631 > c, setting 1/gamma = 0\n",
-      "v = 303432371.5883754 > c, setting 1/gamma = 0\n",
-      "v = 332577779.312725 > c, setting 1/gamma = 0\n",
-      "v = 411985081.68976116 > c, setting 1/gamma = 0\n",
-      "v = 428924037.660872 > c, setting 1/gamma = 0\n",
-      "v = 364302838.7340688 > c, setting 1/gamma = 0\n",
-      "v = 386994394.7820115 > c, setting 1/gamma = 0\n",
-      "v = 309739658.7213722 > c, setting 1/gamma = 0\n",
-      "v = 337474958.93541723 > c, setting 1/gamma = 0\n",
-      "v = 401370490.08985966 > c, setting 1/gamma = 0\n",
-      "v = 416432904.4225995 > c, setting 1/gamma = 0\n",
-      "v = 410666730.4836215 > c, setting 1/gamma = 0\n",
-      "v = 427565127.14229506 > c, setting 1/gamma = 0\n",
-      "v = 318795537.74132335 > c, setting 1/gamma = 0\n",
-      "v = 302554479.0967109 > c, setting 1/gamma = 0\n",
-      "v = 401696478.9975091 > c, setting 1/gamma = 0\n",
-      "v = 421887197.77146685 > c, setting 1/gamma = 0\n",
-      "v = 326641307.5598117 > c, setting 1/gamma = 0\n",
-      "v = 370122075.14716184 > c, setting 1/gamma = 0\n",
-      "v = 307931266.6302533 > c, setting 1/gamma = 0\n",
-      "v = 339447276.3952757 > c, setting 1/gamma = 0\n",
-      "v = 396340152.40577257 > c, setting 1/gamma = 0\n",
-      "v = 418046574.75649107 > c, setting 1/gamma = 0\n",
-      "v = 343750101.3870927 > c, setting 1/gamma = 0\n",
-      "v = 381771636.41655 > c, setting 1/gamma = 0\n",
-      "v = 392602692.25240284 > c, setting 1/gamma = 0\n",
-      "v = 420977542.04417807 > c, setting 1/gamma = 0\n",
-      "v = 317843423.4247379 > c, setting 1/gamma = 0\n",
-      "v = 380994689.6229877 > c, setting 1/gamma = 0\n",
-      "v = 408706136.69145554 > c, setting 1/gamma = 0\n",
-      "v = 310635758.0670148 > c, setting 1/gamma = 0\n",
-      "v = 416140857.7183648 > c, setting 1/gamma = 0\n",
-      "v = 433718288.89563143 > c, setting 1/gamma = 0\n",
-      "v = 300644653.56403905 > c, setting 1/gamma = 0\n",
-      "v = 349727973.0005601 > c, setting 1/gamma = 0\n",
-      "v = 378049172.49849117 > c, setting 1/gamma = 0\n",
-      "v = 301982283.6492974 > c, setting 1/gamma = 0\n",
-      "v = 331001906.0552206 > c, setting 1/gamma = 0\n",
-      "v = 394667389.9624072 > c, setting 1/gamma = 0\n",
-      "v = 414368977.05462354 > c, setting 1/gamma = 0\n",
-      "v = 355958531.75807816 > c, setting 1/gamma = 0\n",
-      "v = 390513499.50397575 > c, setting 1/gamma = 0\n",
-      "v = 310921502.1993573 > c, setting 1/gamma = 0\n",
-      "v = 357666940.7672602 > c, setting 1/gamma = 0\n",
-      "v = 392695231.3745839 > c, setting 1/gamma = 0\n",
-      "v = 407447578.91970575 > c, setting 1/gamma = 0\n",
-      "v = 423319754.52189296 > c, setting 1/gamma = 0\n",
-      "v = 347863141.0264253 > c, setting 1/gamma = 0\n",
-      "v = 386043476.9652092 > c, setting 1/gamma = 0\n",
-      "v = 302371590.10749006 > c, setting 1/gamma = 0\n",
-      "v = 372676012.876279 > c, setting 1/gamma = 0\n",
-      "v = 397789253.9994349 > c, setting 1/gamma = 0\n",
-      "v = 414214622.3639081 > c, setting 1/gamma = 0\n",
-      "v = 430798911.27295375 > c, setting 1/gamma = 0\n",
-      "v = 318688373.55605 > c, setting 1/gamma = 0\n",
-      "v = 435831390.2072039 > c, setting 1/gamma = 0\n",
-      "v = 440687652.310957 > c, setting 1/gamma = 0\n",
-      "v = 425203673.28844345 > c, setting 1/gamma = 0\n",
-      "v = 437025019.389881 > c, setting 1/gamma = 0\n",
-      "v = 378639523.95124304 > c, setting 1/gamma = 0\n",
-      "v = 410129772.16045386 > c, setting 1/gamma = 0\n",
-      "v = 302745524.40898454 > c, setting 1/gamma = 0\n",
-      "v = 335767795.83223224 > c, setting 1/gamma = 0\n",
-      "v = 319729574.9970271 > c, setting 1/gamma = 0\n",
-      "v = 360085453.9177817 > c, setting 1/gamma = 0\n",
-      "v = 307236372.06132334 > c, setting 1/gamma = 0\n",
-      "v = 484945273.7051086 > c, setting 1/gamma = 0\n",
-      "v = 466340581.3738071 > c, setting 1/gamma = 0\n",
-      "v = 363284696.3191414 > c, setting 1/gamma = 0\n",
-      "v = 397904487.84637624 > c, setting 1/gamma = 0\n",
-      "v = 315261924.86602473 > c, setting 1/gamma = 0\n",
-      "v = 336666183.92491394 > c, setting 1/gamma = 0\n",
-      "v = 379905141.6197438 > c, setting 1/gamma = 0\n",
-      "v = 301002614.2264173 > c, setting 1/gamma = 0\n",
-      "v = 320221707.04918844 > c, setting 1/gamma = 0\n",
-      "v = 350088668.0196259 > c, setting 1/gamma = 0\n",
-      "v = 337901184.56964815 > c, setting 1/gamma = 0\n",
-      "v = 375504222.7044189 > c, setting 1/gamma = 0\n",
-      "v = 313558083.68920696 > c, setting 1/gamma = 0\n",
-      "v = 354240349.99173313 > c, setting 1/gamma = 0\n",
-      "v = 342890523.5229701 > c, setting 1/gamma = 0\n",
-      "v = 383510814.38895965 > c, setting 1/gamma = 0\n",
-      "v = 302321751.0079634 > c, setting 1/gamma = 0\n",
-      "v = 335344610.87693584 > c, setting 1/gamma = 0\n",
-      "v = 335573484.0737585 > c, setting 1/gamma = 0\n",
-      "v = 331767576.04344 > c, setting 1/gamma = 0\n",
-      "v = 303333249.40402883 > c, setting 1/gamma = 0\n",
-      "v = 429273102.3766414 > c, setting 1/gamma = 0\n",
-      "v = 452193134.27595705 > c, setting 1/gamma = 0\n",
-      "v = 301401675.8766695 > c, setting 1/gamma = 0\n",
-      "v = 335056653.69576925 > c, setting 1/gamma = 0\n",
-      "v = 400720967.4032194 > c, setting 1/gamma = 0\n",
-      "v = 418633378.3796521 > c, setting 1/gamma = 0\n",
-      "v = 418248017.1215262 > c, setting 1/gamma = 0\n",
-      "v = 439652075.3274147 > c, setting 1/gamma = 0\n",
-      "v = 316994538.6210272 > c, setting 1/gamma = 0\n",
-      "v = 438759836.2855824 > c, setting 1/gamma = 0\n",
-      "v = 442498607.6745465 > c, setting 1/gamma = 0\n",
-      "v = 409140347.6020714 > c, setting 1/gamma = 0\n",
-      "v = 428312073.87940085 > c, setting 1/gamma = 0\n",
-      "v = 344798190.8358492 > c, setting 1/gamma = 0\n",
-      "v = 385638111.4838978 > c, setting 1/gamma = 0\n",
-      "v = 325586706.63628584 > c, setting 1/gamma = 0\n",
-      "v = 418870513.56133115 > c, setting 1/gamma = 0\n",
-      "v = 438465456.65786463 > c, setting 1/gamma = 0\n",
-      "v = 389900913.42669094 > c, setting 1/gamma = 0\n",
-      "v = 406393387.5763215 > c, setting 1/gamma = 0\n",
-      "v = 424539030.8992621 > c, setting 1/gamma = 0\n",
-      "v = 431097761.2624381 > c, setting 1/gamma = 0\n",
-      "v = 446337668.8484124 > c, setting 1/gamma = 0\n",
-      "v = 450226929.3441092 > c, setting 1/gamma = 0\n",
-      "v = 356122504.7258237 > c, setting 1/gamma = 0\n",
-      "v = 378399405.09215426 > c, setting 1/gamma = 0\n",
-      "v = 375803497.8637876 > c, setting 1/gamma = 0\n",
-      "v = 397205135.033486 > c, setting 1/gamma = 0\n",
-      "v = 438485866.3244501 > c, setting 1/gamma = 0\n",
-      "v = 441178742.06350887 > c, setting 1/gamma = 0\n",
-      "v = 416634181.519487 > c, setting 1/gamma = 0\n",
-      "v = 436279560.8095896 > c, setting 1/gamma = 0\n",
-      "v = 332941699.44780076 > c, setting 1/gamma = 0\n",
-      "v = 358738702.1931083 > c, setting 1/gamma = 0\n",
-      "v = 330853645.77028346 > c, setting 1/gamma = 0\n",
-      "v = 368840473.1893626 > c, setting 1/gamma = 0\n",
-      "v = 356575902.28062844 > c, setting 1/gamma = 0\n",
-      "v = 379455812.41466725 > c, setting 1/gamma = 0\n",
-      "v = 305798431.4885919 > c, setting 1/gamma = 0\n",
-      "v = 332508262.77009696 > c, setting 1/gamma = 0\n",
-      "v = 391031284.0312891 > c, setting 1/gamma = 0\n",
-      "v = 405942093.2367861 > c, setting 1/gamma = 0\n",
-      "v = 402097664.8749846 > c, setting 1/gamma = 0\n",
-      "v = 415758082.1682719 > c, setting 1/gamma = 0\n",
-      "v = 418928595.99082124 > c, setting 1/gamma = 0\n",
-      "v = 432234816.8321592 > c, setting 1/gamma = 0\n",
-      "v = 370897260.4551839 > c, setting 1/gamma = 0\n",
-      "v = 402320436.10891134 > c, setting 1/gamma = 0\n",
-      "v = 318948460.7010858 > c, setting 1/gamma = 0\n",
-      "v = 380658924.1718634 > c, setting 1/gamma = 0\n",
-      "v = 407592434.2807535 > c, setting 1/gamma = 0\n",
-      "v = 300027161.4303617 > c, setting 1/gamma = 0\n",
-      "v = 340161678.5425673 > c, setting 1/gamma = 0\n",
-      "v = 313527554.05145437 > c, setting 1/gamma = 0\n",
-      "v = 327480435.5396101 > c, setting 1/gamma = 0\n",
-      "v = 372080851.7701313 > c, setting 1/gamma = 0\n",
-      "v = 316726354.80555964 > c, setting 1/gamma = 0\n",
-      "v = 347339336.81954193 > c, setting 1/gamma = 0\n",
-      "v = 320156961.18032616 > c, setting 1/gamma = 0\n",
-      "v = 409029539.5399177 > c, setting 1/gamma = 0\n",
-      "v = 433827264.0217659 > c, setting 1/gamma = 0\n",
-      "v = 315307310.5695281 > c, setting 1/gamma = 0\n",
-      "v = 310479011.1502595 > c, setting 1/gamma = 0\n",
-      "v = 345216791.115763 > c, setting 1/gamma = 0\n",
-      "v = 370154973.38704073 > c, setting 1/gamma = 0\n",
-      "v = 310523831.9636384 > c, setting 1/gamma = 0\n",
-      "v = 348681005.1709489 > c, setting 1/gamma = 0\n",
-      "v = 325442155.920874 > c, setting 1/gamma = 0\n",
-      "v = 314621123.414353 > c, setting 1/gamma = 0\n",
-      "v = 361707140.9681643 > c, setting 1/gamma = 0\n",
-      "v = 394679219.0560998 > c, setting 1/gamma = 0\n",
-      "v = 357928500.4983866 > c, setting 1/gamma = 0\n",
-      "v = 393581983.9050634 > c, setting 1/gamma = 0\n",
-      "v = 312794602.14463645 > c, setting 1/gamma = 0\n",
-      "v = 350470035.48707366 > c, setting 1/gamma = 0\n",
-      "v = 385916132.37117046 > c, setting 1/gamma = 0\n",
-      "v = 370390313.9132343 > c, setting 1/gamma = 0\n",
-      "v = 403555642.4010664 > c, setting 1/gamma = 0\n",
-      "v = 369719963.6567 > c, setting 1/gamma = 0\n",
-      "v = 397491262.6803448 > c, setting 1/gamma = 0\n",
-      "v = 380954224.1363268 > c, setting 1/gamma = 0\n",
-      "v = 412070334.4107585 > c, setting 1/gamma = 0\n",
-      "v = 318590692.69098496 > c, setting 1/gamma = 0\n",
-      "v = 360488764.7845735 > c, setting 1/gamma = 0\n",
-      "v = 314688558.1529424 > c, setting 1/gamma = 0\n",
-      "v = 395647260.0498076 > c, setting 1/gamma = 0\n",
-      "v = 411089418.05802274 > c, setting 1/gamma = 0\n",
-      "v = 401804197.481408 > c, setting 1/gamma = 0\n",
-      "v = 421697039.73386806 > c, setting 1/gamma = 0\n",
-      "v = 362255706.3359611 > c, setting 1/gamma = 0\n",
-      "v = 397999749.66435087 > c, setting 1/gamma = 0\n",
-      "v = 319092673.0163908 > c, setting 1/gamma = 0\n",
-      "v = 352734234.91841424 > c, setting 1/gamma = 0\n",
-      "v = 386831644.0979159 > c, setting 1/gamma = 0\n",
-      "v = 358604111.24034864 > c, setting 1/gamma = 0\n",
-      "v = 394484890.6533601 > c, setting 1/gamma = 0\n",
-      "v = 311465445.33995044 > c, setting 1/gamma = 0\n",
-      "v = 383357986.8009357 > c, setting 1/gamma = 0\n",
-      "v = 416615734.7122887 > c, setting 1/gamma = 0\n",
-      "v = 302160988.6880254 > c, setting 1/gamma = 0\n",
-      "v = 324587130.98822045 > c, setting 1/gamma = 0\n",
-      "v = 352341357.5470986 > c, setting 1/gamma = 0\n",
-      "v = 366171381.7726692 > c, setting 1/gamma = 0\n",
-      "v = 397347503.2474031 > c, setting 1/gamma = 0\n",
-      "v = 350003417.9250086 > c, setting 1/gamma = 0\n",
-      "v = 386188602.90764457 > c, setting 1/gamma = 0\n",
-      "v = 343868515.73004526 > c, setting 1/gamma = 0\n",
-      "v = 383704155.59227604 > c, setting 1/gamma = 0\n",
-      "v = 303952646.8148284 > c, setting 1/gamma = 0\n",
-      "v = 334555034.980562 > c, setting 1/gamma = 0\n",
-      "v = 345853274.89825976 > c, setting 1/gamma = 0\n",
-      "v = 382347626.35707134 > c, setting 1/gamma = 0\n",
-      "v = 333700390.46865696 > c, setting 1/gamma = 0\n",
-      "v = 372998310.8447943 > c, setting 1/gamma = 0\n",
-      "v = 346288036.985555 > c, setting 1/gamma = 0\n",
-      "v = 386251966.74594945 > c, setting 1/gamma = 0\n",
-      "v = 304250271.7872924 > c, setting 1/gamma = 0\n",
-      "v = 334119308.49264663 > c, setting 1/gamma = 0\n",
-      "v = 413129946.5956906 > c, setting 1/gamma = 0\n",
-      "v = 425956769.23012406 > c, setting 1/gamma = 0\n",
-      "v = 374349589.6705921 > c, setting 1/gamma = 0\n",
-      "v = 401602751.50670075 > c, setting 1/gamma = 0\n",
-      "v = 363129334.6904203 > c, setting 1/gamma = 0\n",
-      "v = 395001931.4736718 > c, setting 1/gamma = 0\n",
-      "v = 408833883.3267001 > c, setting 1/gamma = 0\n",
-      "v = 431786149.9107501 > c, setting 1/gamma = 0\n",
-      "v = 393409196.41947925 > c, setting 1/gamma = 0\n",
-      "v = 415566766.2659435 > c, setting 1/gamma = 0\n",
-      "v = 407285508.786555 > c, setting 1/gamma = 0\n",
-      "v = 429333367.02659017 > c, setting 1/gamma = 0\n",
-      "v = 340978533.3871403 > c, setting 1/gamma = 0\n",
-      "v = 382040772.82252765 > c, setting 1/gamma = 0\n",
-      "v = 306231061.58769464 > c, setting 1/gamma = 0\n",
-      "v = 305742879.29752547 > c, setting 1/gamma = 0\n",
-      "v = 339271654.86307925 > c, setting 1/gamma = 0\n",
-      "v = 364945859.4382201 > c, setting 1/gamma = 0\n",
-      "v = 306242317.0324023 > c, setting 1/gamma = 0\n",
-      "v = 314719216.1957617 > c, setting 1/gamma = 0\n",
-      "v = 338785549.0757682 > c, setting 1/gamma = 0\n",
-      "v = 338772179.8070918 > c, setting 1/gamma = 0\n",
-      "v = 359916225.513564 > c, setting 1/gamma = 0\n",
-      "v = 316667722.5585083 > c, setting 1/gamma = 0\n",
-      "v = 350064656.80993974 > c, setting 1/gamma = 0\n",
-      "v = 393231777.6310111 > c, setting 1/gamma = 0\n",
-      "v = 407081143.01867664 > c, setting 1/gamma = 0\n",
-      "v = 421015708.08975774 > c, setting 1/gamma = 0\n",
-      "v = 430474328.4315593 > c, setting 1/gamma = 0\n",
-      "v = 392001910.1850946 > c, setting 1/gamma = 0\n",
-      "v = 414644026.1978366 > c, setting 1/gamma = 0\n",
-      "v = 381600191.30584806 > c, setting 1/gamma = 0\n",
-      "v = 409471327.6306783 > c, setting 1/gamma = 0\n",
-      "v = 373364045.6207016 > c, setting 1/gamma = 0\n",
-      "v = 407824955.5278995 > c, setting 1/gamma = 0\n",
-      "v = 305199203.28852195 > c, setting 1/gamma = 0\n",
-      "v = 334960865.937 > c, setting 1/gamma = 0\n",
-      "v = 392138578.5886037 > c, setting 1/gamma = 0\n",
-      "v = 415385599.95404154 > c, setting 1/gamma = 0\n",
-      "v = 410547286.5565517 > c, setting 1/gamma = 0\n",
-      "v = 432043982.0968377 > c, setting 1/gamma = 0\n",
-      "v = 339014764.64791006 > c, setting 1/gamma = 0\n",
-      "v = 377402291.29748714 > c, setting 1/gamma = 0\n",
-      "v = 310180088.8621244 > c, setting 1/gamma = 0\n",
-      "v = 339323859.14429 > c, setting 1/gamma = 0\n",
-      "v = 349953966.18605494 > c, setting 1/gamma = 0\n",
-      "v = 384651024.9992644 > c, setting 1/gamma = 0\n",
-      "v = 307641916.65613747 > c, setting 1/gamma = 0\n",
-      "v = 347835382.72962195 > c, setting 1/gamma = 0\n",
-      "v = 333139968.9534789 > c, setting 1/gamma = 0\n",
-      "v = 307347709.7588655 > c, setting 1/gamma = 0\n",
-      "v = 335794496.11597264 > c, setting 1/gamma = 0\n",
-      "v = 335038045.627676 > c, setting 1/gamma = 0\n",
-      "v = 369764576.47481924 > c, setting 1/gamma = 0\n",
-      "v = 399179773.7540543 > c, setting 1/gamma = 0\n",
-      "v = 415422472.04056156 > c, setting 1/gamma = 0\n",
-      "v = 390179872.2341312 > c, setting 1/gamma = 0\n",
-      "v = 411509860.88115716 > c, setting 1/gamma = 0\n",
-      "v = 364722180.9741208 > c, setting 1/gamma = 0\n",
-      "v = 396133481.44653964 > c, setting 1/gamma = 0\n",
-      "v = 417822698.2244211 > c, setting 1/gamma = 0\n",
-      "v = 440346043.51511836 > c, setting 1/gamma = 0\n",
-      "v = 314145078.4555583 > c, setting 1/gamma = 0\n",
-      "v = 343931779.55290675 > c, setting 1/gamma = 0\n",
-      "v = 327933926.6015401 > c, setting 1/gamma = 0\n",
-      "v = 316693581.1640459 > c, setting 1/gamma = 0\n",
-      "v = 353663185.30389845 > c, setting 1/gamma = 0\n",
-      "v = 378036019.61406964 > c, setting 1/gamma = 0\n",
-      "v = 408562637.4172844 > c, setting 1/gamma = 0\n",
-      "v = 302890731.6693842 > c, setting 1/gamma = 0\n",
-      "v = 323869468.44785565 > c, setting 1/gamma = 0\n",
-      "v = 350487415.6186554 > c, setting 1/gamma = 0\n",
-      "v = 330990818.6542199 > c, setting 1/gamma = 0\n",
-      "v = 363617075.22531384 > c, setting 1/gamma = 0\n",
-      "v = 351317049.06919676 > c, setting 1/gamma = 0\n",
-      "v = 376600638.3845182 > c, setting 1/gamma = 0\n",
-      "v = 311253046.39342076 > c, setting 1/gamma = 0\n",
-      "v = 337559305.5804884 > c, setting 1/gamma = 0\n",
-      "v = 311785490.2038514 > c, setting 1/gamma = 0\n",
-      "v = 347513269.59515935 > c, setting 1/gamma = 0\n",
-      "v = 357690530.8198844 > c, setting 1/gamma = 0\n",
-      "v = 385801600.32085216 > c, setting 1/gamma = 0\n",
-      "v = 363093060.80617607 > c, setting 1/gamma = 0\n",
-      "v = 386463022.62275314 > c, setting 1/gamma = 0\n",
-      "v = 315921696.98401845 > c, setting 1/gamma = 0\n",
-      "v = 342200994.4009882 > c, setting 1/gamma = 0\n",
-      "v = 305048348.43470305 > c, setting 1/gamma = 0\n",
-      "v = 339767707.511985 > c, setting 1/gamma = 0\n",
-      "v = 374027773.3198308 > c, setting 1/gamma = 0\n",
-      "v = 395436012.9030596 > c, setting 1/gamma = 0\n",
-      "v = 371465063.73873866 > c, setting 1/gamma = 0\n",
-      "v = 392696869.6597467 > c, setting 1/gamma = 0\n",
-      "v = 321037023.69443697 > c, setting 1/gamma = 0\n",
-      "v = 346812610.1886453 > c, setting 1/gamma = 0\n",
-      "v = 322393555.7744865 > c, setting 1/gamma = 0\n",
-      "v = 352673391.6859145 > c, setting 1/gamma = 0\n",
-      "v = 325491324.41936207 > c, setting 1/gamma = 0\n",
-      "v = 350379493.2937587 > c, setting 1/gamma = 0\n",
-      "v = 314994532.2382304 > c, setting 1/gamma = 0\n",
-      "v = 349584821.91665494 > c, setting 1/gamma = 0\n",
-      "v = 342541792.30666023 > c, setting 1/gamma = 0\n",
-      "v = 375830692.8460985 > c, setting 1/gamma = 0\n",
-      "v = 346302372.2154416 > c, setting 1/gamma = 0\n",
-      "v = 380293941.08972925 > c, setting 1/gamma = 0\n",
-      "v = 353532129.5848547 > c, setting 1/gamma = 0\n",
-      "v = 388681699.42577535 > c, setting 1/gamma = 0\n",
-      "v = 412566218.9859548 > c, setting 1/gamma = 0\n",
-      "v = 438478825.66541123 > c, setting 1/gamma = 0\n",
-      "v = 307957745.3501159 > c, setting 1/gamma = 0\n",
-      "v = 338373206.5472893 > c, setting 1/gamma = 0\n",
-      "v = 359702244.72353375 > c, setting 1/gamma = 0\n",
-      "v = 389106499.2847264 > c, setting 1/gamma = 0\n",
-      "v = 344249370.1378029 > c, setting 1/gamma = 0\n",
-      "v = 377868362.516557 > c, setting 1/gamma = 0\n",
-      "v = 356694053.1584783 > c, setting 1/gamma = 0\n",
-      "v = 389898609.9546189 > c, setting 1/gamma = 0\n",
-      "v = 403534937.2912428 > c, setting 1/gamma = 0\n",
-      "v = 429458965.0017538 > c, setting 1/gamma = 0\n",
-      "v = 317275724.76555157 > c, setting 1/gamma = 0\n",
-      "v = 354230137.3419367 > c, setting 1/gamma = 0\n",
-      "v = 377571230.3716089 > c, setting 1/gamma = 0\n",
-      "v = 316520027.6631843 > c, setting 1/gamma = 0\n",
-      "v = 354539815.51418126 > c, setting 1/gamma = 0\n",
-      "v = 341606763.21127087 > c, setting 1/gamma = 0\n",
-      "v = 379695585.6099987 > c, setting 1/gamma = 0\n",
-      "v = 368353852.2730575 > c, setting 1/gamma = 0\n",
-      "v = 405932862.6720033 > c, setting 1/gamma = 0\n",
-      "v = 316696818.56020534 > c, setting 1/gamma = 0\n",
-      "v = 330882376.0901239 > c, setting 1/gamma = 0\n",
-      "v = 355863483.5161199 > c, setting 1/gamma = 0\n",
-      "v = 304616793.6125001 > c, setting 1/gamma = 0\n",
-      "v = 339803839.6421769 > c, setting 1/gamma = 0\n",
-      "v = 371681663.9321577 > c, setting 1/gamma = 0\n",
-      "v = 398188041.57849455 > c, setting 1/gamma = 0\n",
-      "v = 391244652.37919223 > c, setting 1/gamma = 0\n",
-      "v = 416879549.47110885 > c, setting 1/gamma = 0\n",
-      "v = 356719351.4973685 > c, setting 1/gamma = 0\n",
-      "v = 394420669.818254 > c, setting 1/gamma = 0\n",
-      "v = 335003915.64717764 > c, setting 1/gamma = 0\n",
-      "v = 302954470.89148384 > c, setting 1/gamma = 0\n",
-      "v = 332029813.9376056 > c, setting 1/gamma = 0\n",
-      "v = 302461464.6746958 > c, setting 1/gamma = 0\n",
-      "v = 361428128.2446101 > c, setting 1/gamma = 0\n",
-      "v = 383064102.42572063 > c, setting 1/gamma = 0\n",
-      "v = 311469367.60032666 > c, setting 1/gamma = 0\n",
-      "v = 337668513.36222386 > c, setting 1/gamma = 0\n",
-      "v = 345384153.35011625 > c, setting 1/gamma = 0\n",
-      "v = 370631459.86392635 > c, setting 1/gamma = 0\n",
-      "v = 327912660.6902657 > c, setting 1/gamma = 0\n",
-      "v = 351310322.77930075 > c, setting 1/gamma = 0\n",
-      "v = 304042696.7999242 > c, setting 1/gamma = 0\n",
-      "v = 339518073.4758535 > c, setting 1/gamma = 0\n",
-      "v = 395280967.30719954 > c, setting 1/gamma = 0\n",
-      "v = 410556520.70918787 > c, setting 1/gamma = 0\n",
-      "v = 368896072.4589465 > c, setting 1/gamma = 0\n",
-      "v = 395520002.53527594 > c, setting 1/gamma = 0\n",
-      "v = 387133018.1705124 > c, setting 1/gamma = 0\n",
-      "v = 405431618.833222 > c, setting 1/gamma = 0\n",
-      "v = 387142454.5121699 > c, setting 1/gamma = 0\n",
-      "v = 408126082.5311759 > c, setting 1/gamma = 0\n",
-      "v = 408100995.0913463 > c, setting 1/gamma = 0\n",
-      "v = 425993721.6596964 > c, setting 1/gamma = 0\n",
-      "v = 437465969.2213366 > c, setting 1/gamma = 0\n",
-      "v = 451682859.2985114 > c, setting 1/gamma = 0\n",
-      "v = 305195091.2012638 > c, setting 1/gamma = 0\n",
-      "v = 302775345.0890403 > c, setting 1/gamma = 0\n",
-      "v = 310589145.55777913 > c, setting 1/gamma = 0\n",
-      "v = 336117858.0818071 > c, setting 1/gamma = 0\n",
-      "v = 359408451.3987823 > c, setting 1/gamma = 0\n",
-      "v = 379532327.1979145 > c, setting 1/gamma = 0\n",
-      "v = 315003438.9190916 > c, setting 1/gamma = 0\n",
-      "v = 340399439.1772914 > c, setting 1/gamma = 0\n",
-      "v = 318873798.5581501 > c, setting 1/gamma = 0\n",
-      "v = 353193407.9349742 > c, setting 1/gamma = 0\n",
-      "v = 390906873.5973714 > c, setting 1/gamma = 0\n",
-      "v = 403123548.05329996 > c, setting 1/gamma = 0\n",
-      "v = 338763188.1296065 > c, setting 1/gamma = 0\n",
-      "v = 361730574.71622354 > c, setting 1/gamma = 0\n",
-      "v = 304922092.76889133 > c, setting 1/gamma = 0\n",
-      "v = 343453887.978698 > c, setting 1/gamma = 0\n",
-      "v = 300136127.87855136 > c, setting 1/gamma = 0\n",
-      "v = 328369629.7024642 > c, setting 1/gamma = 0\n",
-      "v = 351420828.7343447 > c, setting 1/gamma = 0\n",
-      "v = 332201201.835951 > c, setting 1/gamma = 0\n",
-      "v = 360775920.8534228 > c, setting 1/gamma = 0\n",
-      "v = 305842447.3847657 > c, setting 1/gamma = 0\n",
-      "v = 329494585.5523431 > c, setting 1/gamma = 0\n",
-      "v = 346709967.83427775 > c, setting 1/gamma = 0\n",
-      "v = 369291208.1233855 > c, setting 1/gamma = 0\n",
-      "v = 305977730.8616533 > c, setting 1/gamma = 0\n",
-      "v = 329550591.4509709 > c, setting 1/gamma = 0\n",
-      "v = 360432738.8079082 > c, setting 1/gamma = 0\n",
-      "v = 380057502.8229119 > c, setting 1/gamma = 0\n",
-      "v = 304435519.2278193 > c, setting 1/gamma = 0\n",
-      "v = 308739397.2591239 > c, setting 1/gamma = 0\n",
-      "v = 329773129.21648777 > c, setting 1/gamma = 0\n",
-      "v = 353060476.94241637 > c, setting 1/gamma = 0\n",
-      "v = 369869196.0790942 > c, setting 1/gamma = 0\n",
-      "v = 310247381.5631586 > c, setting 1/gamma = 0\n",
-      "v = 345915430.3486537 > c, setting 1/gamma = 0\n",
-      "v = 311661632.26165473 > c, setting 1/gamma = 0\n",
-      "v = 333260102.3291871 > c, setting 1/gamma = 0\n",
-      "v = 358398639.2023326 > c, setting 1/gamma = 0\n",
-      "v = 316052493.8728834 > c, setting 1/gamma = 0\n",
-      "v = 360697182.7638724 > c, setting 1/gamma = 0\n",
-      "v = 381336618.13206726 > c, setting 1/gamma = 0\n",
-      "v = 329857904.28214616 > c, setting 1/gamma = 0\n",
-      "v = 302328648.63910264 > c, setting 1/gamma = 0\n",
-      "v = 328292022.60733384 > c, setting 1/gamma = 0\n",
-      "v = 350861136.765931 > c, setting 1/gamma = 0\n",
-      "v = 371845478.65924937 > c, setting 1/gamma = 0\n",
-      "v = 330067561.639316 > c, setting 1/gamma = 0\n",
-      "v = 314790409.88153666 > c, setting 1/gamma = 0\n",
-      "v = 366340128.57227015 > c, setting 1/gamma = 0\n",
-      "v = 390787575.64804137 > c, setting 1/gamma = 0\n",
-      "v = 361036275.18711394 > c, setting 1/gamma = 0\n",
-      "v = 385137571.76975584 > c, setting 1/gamma = 0\n",
-      "v = 310806144.2879431 > c, setting 1/gamma = 0\n",
-      "v = 336791029.2943875 > c, setting 1/gamma = 0\n",
-      "v = 329325137.06661874 > c, setting 1/gamma = 0\n",
-      "v = 355616087.05455726 > c, setting 1/gamma = 0\n",
-      "v = 301465799.51939017 > c, setting 1/gamma = 0\n",
-      "v = 337324830.16440815 > c, setting 1/gamma = 0\n",
-      "v = 308116410.6628242 > c, setting 1/gamma = 0\n",
-      "v = 344102499.2971716 > c, setting 1/gamma = 0\n",
-      "v = 306432794.35607666 > c, setting 1/gamma = 0\n",
-      "v = 342006741.2517535 > c, setting 1/gamma = 0\n",
-      "v = 356669187.5982373 > c, setting 1/gamma = 0\n",
-      "v = 380937694.6284318 > c, setting 1/gamma = 0\n",
-      "v = 315627405.53494006 > c, setting 1/gamma = 0\n",
-      "v = 343142814.335997 > c, setting 1/gamma = 0\n",
-      "v = 301136559.5495483 > c, setting 1/gamma = 0\n",
-      "v = 337232383.30638784 > c, setting 1/gamma = 0\n",
-      "v = 312442397.65244687 > c, setting 1/gamma = 0\n",
-      "v = 348362100.1555488 > c, setting 1/gamma = 0\n",
-      "v = 347959581.72644424 > c, setting 1/gamma = 0\n",
-      "v = 375801931.5584379 > c, setting 1/gamma = 0\n",
-      "v = 337627449.61076313 > c, setting 1/gamma = 0\n",
-      "v = 363017489.87893474 > c, setting 1/gamma = 0\n",
-      "v = 323722348.53154486 > c, setting 1/gamma = 0\n",
-      "v = 355522791.0916695 > c, setting 1/gamma = 0\n",
-      "v = 365211375.18996614 > c, setting 1/gamma = 0\n",
-      "v = 384382345.5946804 > c, setting 1/gamma = 0\n",
-      "v = 300784043.53949964 > c, setting 1/gamma = 0\n",
-      "v = 300670913.5434527 > c, setting 1/gamma = 0\n",
-      "v = 324108732.12163466 > c, setting 1/gamma = 0\n",
-      "v = 305272058.5117897 > c, setting 1/gamma = 0\n",
-      "v = 305424590.44586605 > c, setting 1/gamma = 0\n",
-      "v = 328767520.6865173 > c, setting 1/gamma = 0\n",
-      "v = 310435469.3750973 > c, setting 1/gamma = 0\n",
-      "v = 308187772.5814567 > c, setting 1/gamma = 0\n",
-      "v = 331179766.3394604 > c, setting 1/gamma = 0\n",
-      "v = 307671033.0199111 > c, setting 1/gamma = 0\n",
-      "v = 302269137.1238959 > c, setting 1/gamma = 0\n",
-      "v = 302681480.39970887 > c, setting 1/gamma = 0\n",
-      "v = 307140209.85693187 > c, setting 1/gamma = 0\n",
-      "v = 340686492.36870205 > c, setting 1/gamma = 0\n",
-      "v = 380547023.157828 > c, setting 1/gamma = 0\n",
-      "v = 398629764.1253131 > c, setting 1/gamma = 0\n",
-      "v = 403489407.50277287 > c, setting 1/gamma = 0\n",
-      "v = 418362347.52012724 > c, setting 1/gamma = 0\n",
-      "v = 335982806.73591435 > c, setting 1/gamma = 0\n",
-      "v = 370370935.9867974 > c, setting 1/gamma = 0\n",
-      "v = 366626335.45774215 > c, setting 1/gamma = 0\n",
-      "v = 395106795.38095236 > c, setting 1/gamma = 0\n",
-      "v = 397230997.2491565 > c, setting 1/gamma = 0\n",
-      "v = 419437785.83518225 > c, setting 1/gamma = 0\n",
-      "v = 436565496.3979197 > c, setting 1/gamma = 0\n",
-      "v = 450579281.6043536 > c, setting 1/gamma = 0\n",
-      "v = 304699421.09937435 > c, setting 1/gamma = 0\n",
-      "v = 333914823.1172305 > c, setting 1/gamma = 0\n",
-      "v = 369042093.8500309 > c, setting 1/gamma = 0\n",
-      "v = 391720735.26945525 > c, setting 1/gamma = 0\n",
-      "v = 377160851.96583015 > c, setting 1/gamma = 0\n",
-      "v = 398156555.495237 > c, setting 1/gamma = 0\n",
-      "v = 390864480.5046884 > c, setting 1/gamma = 0\n",
-      "v = 410646576.87543607 > c, setting 1/gamma = 0\n",
-      "v = 414742010.4406694 > c, setting 1/gamma = 0\n",
-      "v = 430469589.8716857 > c, setting 1/gamma = 0\n",
-      "v = 388552296.4175771 > c, setting 1/gamma = 0\n",
-      "v = 418967355.25888157 > c, setting 1/gamma = 0\n",
-      "v = 305966356.1868392 > c, setting 1/gamma = 0\n",
-      "v = 317573509.2459362 > c, setting 1/gamma = 0\n",
-      "v = 343341588.11794484 > c, setting 1/gamma = 0\n",
-      "v = 315120380.84964955 > c, setting 1/gamma = 0\n",
-      "v = 349486423.134351 > c, setting 1/gamma = 0\n",
-      "v = 356891688.18897074 > c, setting 1/gamma = 0\n",
-      "v = 379397342.6089989 > c, setting 1/gamma = 0\n",
-      "v = 304117149.7687087 > c, setting 1/gamma = 0\n",
-      "v = 329450040.5562149 > c, setting 1/gamma = 0\n",
-      "v = 360047459.62418866 > c, setting 1/gamma = 0\n",
-      "v = 378279267.5666742 > c, setting 1/gamma = 0\n",
-      "v = 310886534.90489626 > c, setting 1/gamma = 0\n",
-      "v = 340783243.5001501 > c, setting 1/gamma = 0\n",
-      "v = 366423596.3399199 > c, setting 1/gamma = 0\n",
-      "v = 321030969.3752589 > c, setting 1/gamma = 0\n",
-      "v = 344109163.2357274 > c, setting 1/gamma = 0\n",
-      "v = 318933909.8615479 > c, setting 1/gamma = 0\n",
-      "v = 347031887.94689435 > c, setting 1/gamma = 0\n",
-      "v = 306515282.1817148 > c, setting 1/gamma = 0\n",
-      "v = 324552169.55723363 > c, setting 1/gamma = 0\n",
-      "v = 344856916.5749943 > c, setting 1/gamma = 0\n",
-      "v = 307021527.39953727 > c, setting 1/gamma = 0\n",
-      "v = 336407422.02225214 > c, setting 1/gamma = 0\n",
-      "v = 312780320.10877794 > c, setting 1/gamma = 0\n",
-      "v = 353610330.5095896 > c, setting 1/gamma = 0\n",
-      "v = 370441270.8654541 > c, setting 1/gamma = 0\n",
-      "v = 301768263.7388201 > c, setting 1/gamma = 0\n",
-      "v = 361475002.55858195 > c, setting 1/gamma = 0\n",
-      "v = 378512758.1756184 > c, setting 1/gamma = 0\n",
-      "v = 317343208.5231717 > c, setting 1/gamma = 0\n",
-      "v = 352738233.42213035 > c, setting 1/gamma = 0\n",
-      "v = 372472620.47902966 > c, setting 1/gamma = 0\n",
-      "v = 305600052.6511468 > c, setting 1/gamma = 0\n",
-      "v = 341781882.6342288 > c, setting 1/gamma = 0\n",
-      "v = 363642698.7450443 > c, setting 1/gamma = 0\n",
-      "v = 349811228.2678001 > c, setting 1/gamma = 0\n",
-      "v = 371035818.10917723 > c, setting 1/gamma = 0\n",
-      "v = 304889666.98166364 > c, setting 1/gamma = 0\n",
-      "v = 338447597.8886963 > c, setting 1/gamma = 0\n",
-      "v = 359693083.7042656 > c, setting 1/gamma = 0\n",
-      "v = 307372047.5326733 > c, setting 1/gamma = 0\n",
-      "v = 359570402.20625293 > c, setting 1/gamma = 0\n",
-      "v = 379042093.8322756 > c, setting 1/gamma = 0\n",
-      "v = 307836319.99831206 > c, setting 1/gamma = 0\n",
-      "v = 328793728.7050289 > c, setting 1/gamma = 0\n",
-      "v = 332701232.370493 > c, setting 1/gamma = 0\n",
-      "v = 352244692.8724087 > c, setting 1/gamma = 0\n",
-      "v = 321697794.4101936 > c, setting 1/gamma = 0\n",
-      "v = 343007408.6385981 > c, setting 1/gamma = 0\n",
-      "v = 325975017.73572767 > c, setting 1/gamma = 0\n",
-      "v = 349334935.15073466 > c, setting 1/gamma = 0\n",
-      "v = 309377744.6468291 > c, setting 1/gamma = 0\n",
-      "v = 309196076.5038704 > c, setting 1/gamma = 0\n",
-      "v = 323918442.49003685 > c, setting 1/gamma = 0\n",
-      "v = 347798306.40716434 > c, setting 1/gamma = 0\n",
-      "v = 333909681.3803206 > c, setting 1/gamma = 0\n",
-      "v = 357929808.30368775 > c, setting 1/gamma = 0\n",
-      "v = 310441953.4072761 > c, setting 1/gamma = 0\n",
-      "v = 301005206.0709506 > c, setting 1/gamma = 0\n",
-      "v = 334787533.9722882 > c, setting 1/gamma = 0\n",
-      "v = 351891412.05686754 > c, setting 1/gamma = 0\n",
-      "v = 375477524.2655528 > c, setting 1/gamma = 0\n",
-      "v = 301955050.6415158 > c, setting 1/gamma = 0\n",
-      "v = 326950378.4012664 > c, setting 1/gamma = 0\n",
-      "v = 314017044.1843868 > c, setting 1/gamma = 0\n",
-      "v = 336507471.17862666 > c, setting 1/gamma = 0\n",
-      "v = 318027359.42202896 > c, setting 1/gamma = 0\n",
-      "v = 339994181.61014915 > c, setting 1/gamma = 0\n",
-      "v = 334801267.0095899 > c, setting 1/gamma = 0\n",
-      "v = 356559049.9441961 > c, setting 1/gamma = 0\n",
-      "v = 318320706.82934123 > c, setting 1/gamma = 0\n",
-      "v = 304487403.37874794 > c, setting 1/gamma = 0\n",
-      "v = 313935885.2758956 > c, setting 1/gamma = 0\n",
-      "v = 320412014.5443666 > c, setting 1/gamma = 0\n",
-      "v = 342219279.7274303 > c, setting 1/gamma = 0\n",
-      "v = 338851262.50622237 > c, setting 1/gamma = 0\n",
-      "v = 361438032.6272153 > c, setting 1/gamma = 0\n",
-      "v = 309179292.1925383 > c, setting 1/gamma = 0\n",
-      "v = 304048066.82948923 > c, setting 1/gamma = 0\n",
-      "v = 313156455.1673115 > c, setting 1/gamma = 0\n",
-      "v = 303608915.89941645 > c, setting 1/gamma = 0\n",
-      "v = 340680448.78419656 > c, setting 1/gamma = 0\n",
-      "v = 363170021.12417 > c, setting 1/gamma = 0\n",
-      "v = 313440310.7530366 > c, setting 1/gamma = 0\n",
-      "v = 305123873.19344914 > c, setting 1/gamma = 0\n",
-      "v = 324084930.5918494 > c, setting 1/gamma = 0\n",
-      "v = 344454267.2761877 > c, setting 1/gamma = 0\n",
-      "v = 300459722.0837776 > c, setting 1/gamma = 0\n",
-      "v = 308094184.4543387 > c, setting 1/gamma = 0\n",
-      "v = 328989092.15834516 > c, setting 1/gamma = 0\n",
-      "v = 307248152.72516394 > c, setting 1/gamma = 0\n",
-      "v = 300857308.7957055 > c, setting 1/gamma = 0\n",
-      "v = 314764467.3475732 > c, setting 1/gamma = 0\n",
-      "v = 305588126.9732287 > c, setting 1/gamma = 0\n",
-      "v = 322211809.3551396 > c, setting 1/gamma = 0\n",
-      "v = 326968504.95002466 > c, setting 1/gamma = 0\n",
-      "v = 347066583.3969167 > c, setting 1/gamma = 0\n",
-      "v = 334725122.54826623 > c, setting 1/gamma = 0\n",
-      "v = 353674474.5317756 > c, setting 1/gamma = 0\n",
-      "v = 312919252.9585626 > c, setting 1/gamma = 0\n",
-      "v = 337950243.83086723 > c, setting 1/gamma = 0\n",
-      "v = 315468424.4075047 > c, setting 1/gamma = 0\n",
-      "v = 325514336.3333514 > c, setting 1/gamma = 0\n",
-      "v = 354023452.0733891 > c, setting 1/gamma = 0\n",
-      "v = 344535037.3521376 > c, setting 1/gamma = 0\n",
-      "v = 364905060.9092818 > c, setting 1/gamma = 0\n",
-      "v = 302102786.5119135 > c, setting 1/gamma = 0\n",
-      "v = 335436897.58827776 > c, setting 1/gamma = 0\n",
-      "v = 358414500.5091574 > c, setting 1/gamma = 0\n",
-      "v = 377235964.6015493 > c, setting 1/gamma = 0\n",
-      "v = 307659385.16036683 > c, setting 1/gamma = 0\n",
-      "v = 331688607.87345827 > c, setting 1/gamma = 0\n",
-      "v = 335325221.4375447 > c, setting 1/gamma = 0\n",
-      "v = 361927358.9555499 > c, setting 1/gamma = 0\n",
-      "v = 321426091.4897457 > c, setting 1/gamma = 0\n",
-      "v = 343629023.61149985 > c, setting 1/gamma = 0\n",
-      "v = 323463826.0463664 > c, setting 1/gamma = 0\n",
-      "v = 348532203.02244884 > c, setting 1/gamma = 0\n",
-      "v = 310789758.566482 > c, setting 1/gamma = 0\n",
-      "v = 382460176.7903775 > c, setting 1/gamma = 0\n",
-      "v = 396857720.1409215 > c, setting 1/gamma = 0\n",
-      "v = 325627421.7478992 > c, setting 1/gamma = 0\n",
-      "v = 348621258.0068731 > c, setting 1/gamma = 0\n",
-      "v = 319580406.36426234 > c, setting 1/gamma = 0\n",
-      "v = 323273585.55966836 > c, setting 1/gamma = 0\n",
-      "v = 346136832.1808103 > c, setting 1/gamma = 0\n",
-      "v = 307290908.6849227 > c, setting 1/gamma = 0\n",
-      "v = 335010026.6381595 > c, setting 1/gamma = 0\n",
-      "v = 356669896.2579081 > c, setting 1/gamma = 0\n",
-      "v = 301328602.8633848 > c, setting 1/gamma = 0\n",
-      "v = 302634753.8815815 > c, setting 1/gamma = 0\n",
-      "v = 326438102.017317 > c, setting 1/gamma = 0\n",
-      "v = 354786196.7382081 > c, setting 1/gamma = 0\n",
-      "v = 373308503.74488264 > c, setting 1/gamma = 0\n",
-      "v = 327548453.0954414 > c, setting 1/gamma = 0\n",
-      "v = 342359442.8710309 > c, setting 1/gamma = 0\n",
-      "v = 366724067.2372446 > c, setting 1/gamma = 0\n",
-      "v = 304544124.52925646 > c, setting 1/gamma = 0\n",
-      "v = 302764288.8945225 > c, setting 1/gamma = 0\n",
-      "v = 305770858.36797726 > c, setting 1/gamma = 0\n",
-      "v = 301048085.0022655 > c, setting 1/gamma = 0\n",
-      "v = 328412969.8232334 > c, setting 1/gamma = 0\n",
-      "v = 365060114.1072574 > c, setting 1/gamma = 0\n",
-      "v = 339234285.5236265 > c, setting 1/gamma = 0\n",
-      "v = 376773745.1784403 > c, setting 1/gamma = 0\n",
-      "v = 320291696.76555204 > c, setting 1/gamma = 0\n",
-      "v = 361137068.80261713 > c, setting 1/gamma = 0\n",
-      "v = 320399115.3453134 > c, setting 1/gamma = 0\n",
-      "v = 363143996.976397 > c, setting 1/gamma = 0\n",
-      "v = 306141803.36117524 > c, setting 1/gamma = 0\n",
-      "v = 333861781.2357911 > c, setting 1/gamma = 0\n",
-      "v = 341094586.55384 > c, setting 1/gamma = 0\n",
-      "v = 372914941.06103057 > c, setting 1/gamma = 0\n",
-      "v = 343789183.6914132 > c, setting 1/gamma = 0\n",
-      "v = 369634265.0534911 > c, setting 1/gamma = 0\n",
-      "v = 301444996.3186259 > c, setting 1/gamma = 0\n",
-      "v = 332899735.45338297 > c, setting 1/gamma = 0\n",
-      "v = 360345762.40134996 > c, setting 1/gamma = 0\n",
-      "v = 314793854.6504653 > c, setting 1/gamma = 0\n",
-      "v = 338418791.56718415 > c, setting 1/gamma = 0\n",
-      "v = 334183476.98976123 > c, setting 1/gamma = 0\n",
-      "v = 355535859.12793857 > c, setting 1/gamma = 0\n",
-      "v = 304154423.6082712 > c, setting 1/gamma = 0\n",
-      "v = 310656042.8429896 > c, setting 1/gamma = 0\n",
-      "v = 343258947.21029794 > c, setting 1/gamma = 0\n",
-      "v = 365834341.87242585 > c, setting 1/gamma = 0\n",
-      "v = 309583991.5544982 > c, setting 1/gamma = 0\n",
-      "v = 335146180.20555866 > c, setting 1/gamma = 0\n",
-      "v = 360335470.3132746 > c, setting 1/gamma = 0\n",
-      "v = 316061415.4962666 > c, setting 1/gamma = 0\n",
-      "v = 301656204.9787547 > c, setting 1/gamma = 0\n",
-      "v = 329569827.26845616 > c, setting 1/gamma = 0\n",
-      "v = 350650988.41968197 > c, setting 1/gamma = 0\n",
-      "v = 319115078.9200141 > c, setting 1/gamma = 0\n",
-      "v = 340285992.74578995 > c, setting 1/gamma = 0\n",
-      "v = 301535002.748831 > c, setting 1/gamma = 0\n",
-      "v = 322616864.10595727 > c, setting 1/gamma = 0\n",
-      "v = 308661845.1988019 > c, setting 1/gamma = 0\n",
-      "v = 307392595.54067755 > c, setting 1/gamma = 0\n",
-      "v = 312564730.0834469 > c, setting 1/gamma = 0\n",
-      "v = 333804776.966061 > c, setting 1/gamma = 0\n",
-      "v = 310211027.20229614 > c, setting 1/gamma = 0\n",
-      "v = 305498575.7718712 > c, setting 1/gamma = 0\n",
-      "v = 327114457.26031387 > c, setting 1/gamma = 0\n",
-      "v = 304991959.3290173 > c, setting 1/gamma = 0\n",
-      "v = 305471392.8917445 > c, setting 1/gamma = 0\n",
-      "v = 343323164.835332 > c, setting 1/gamma = 0\n",
-      "v = 365733395.8016955 > c, setting 1/gamma = 0\n",
-      "v = 396808140.730447 > c, setting 1/gamma = 0\n",
-      "v = 333129218.9389062 > c, setting 1/gamma = 0\n",
-      "v = 370266694.28605574 > c, setting 1/gamma = 0\n",
-      "v = 331432903.7462137 > c, setting 1/gamma = 0\n",
-      "v = 367931145.0754189 > c, setting 1/gamma = 0\n",
-      "v = 376741309.72832865 > c, setting 1/gamma = 0\n",
-      "v = 404682960.4070095 > c, setting 1/gamma = 0\n",
-      "v = 404393386.44041085 > c, setting 1/gamma = 0\n",
-      "v = 426902308.7668253 > c, setting 1/gamma = 0\n",
-      "v = 409417396.0306667 > c, setting 1/gamma = 0\n",
-      "v = 436785988.5862702 > c, setting 1/gamma = 0\n",
-      "v = 305551029.2375075 > c, setting 1/gamma = 0\n",
-      "v = 334417289.15778536 > c, setting 1/gamma = 0\n",
-      "v = 318523357.39522165 > c, setting 1/gamma = 0\n",
-      "v = 350242349.59866345 > c, setting 1/gamma = 0\n",
-      "v = 334979228.2128539 > c, setting 1/gamma = 0\n",
-      "v = 359949910.99454856 > c, setting 1/gamma = 0\n",
-      "v = 310657285.9145797 > c, setting 1/gamma = 0\n",
-      "v = 309981652.5267203 > c, setting 1/gamma = 0\n",
-      "v = 335739998.3894747 > c, setting 1/gamma = 0\n",
-      "v = 356224216.5757079 > c, setting 1/gamma = 0\n",
-      "v = 305983953.4182547 > c, setting 1/gamma = 0\n",
-      "v = 334263874.7448465 > c, setting 1/gamma = 0\n",
-      "v = 300658284.30126184 > c, setting 1/gamma = 0\n",
-      "v = 338302629.08736604 > c, setting 1/gamma = 0\n",
-      "v = 356856700.46457183 > c, setting 1/gamma = 0\n",
-      "v = 308008587.672752 > c, setting 1/gamma = 0\n",
-      "v = 310340970.73996335 > c, setting 1/gamma = 0\n",
-      "v = 332288391.8086622 > c, setting 1/gamma = 0\n",
-      "v = 327433551.49134165 > c, setting 1/gamma = 0\n",
-      "v = 346739812.1590923 > c, setting 1/gamma = 0\n",
-      "v = 302202783.77552193 > c, setting 1/gamma = 0\n",
-      "v = 328994885.86797166 > c, setting 1/gamma = 0\n",
-      "v = 302653913.4835545 > c, setting 1/gamma = 0\n",
-      "v = 324195290.6880796 > c, setting 1/gamma = 0\n",
-      "v = 304260236.4201957 > c, setting 1/gamma = 0\n",
-      "v = 319483792.47926986 > c, setting 1/gamma = 0\n",
-      "v = 338702011.02755654 > c, setting 1/gamma = 0\n",
-      "v = 307618853.7504806 > c, setting 1/gamma = 0\n",
-      "v = 327191847.91235596 > c, setting 1/gamma = 0\n",
-      "v = 306131404.83319825 > c, setting 1/gamma = 0\n",
-      "v = 308336301.4975783 > c, setting 1/gamma = 0\n",
-      "v = 313825696.3605566 > c, setting 1/gamma = 0\n",
-      "v = 323053304.4502051 > c, setting 1/gamma = 0\n",
-      "v = 341830749.54963636 > c, setting 1/gamma = 0\n",
-      "v = 364790092.44200027 > c, setting 1/gamma = 0\n",
-      "v = 378576639.62264764 > c, setting 1/gamma = 0\n",
-      "v = 319060585.9692012 > c, setting 1/gamma = 0\n",
-      "v = 353186843.5987383 > c, setting 1/gamma = 0\n",
-      "v = 360128765.18426335 > c, setting 1/gamma = 0\n",
-      "v = 380879517.6094758 > c, setting 1/gamma = 0\n",
-      "v = 305856703.97552574 > c, setting 1/gamma = 0\n",
-      "v = 331097464.28150916 > c, setting 1/gamma = 0\n",
-      "v = 339799708.50911313 > c, setting 1/gamma = 0\n",
-      "v = 366706466.3991486 > c, setting 1/gamma = 0\n",
-      "v = 310510907.5251529 > c, setting 1/gamma = 0\n",
-      "v = 320806204.163461 > c, setting 1/gamma = 0\n",
-      "v = 345422629.8026844 > c, setting 1/gamma = 0\n",
-      "v = 314256113.3243587 > c, setting 1/gamma = 0\n",
-      "v = 315527439.4882641 > c, setting 1/gamma = 0\n",
-      "v = 346259799.5992517 > c, setting 1/gamma = 0\n",
-      "v = 307490490.7025611 > c, setting 1/gamma = 0\n",
-      "v = 315888974.62545025 > c, setting 1/gamma = 0\n",
-      "v = 341056631.76827925 > c, setting 1/gamma = 0\n",
-      "v = 319841795.01035106 > c, setting 1/gamma = 0\n",
-      "v = 304197469.0362433 > c, setting 1/gamma = 0\n",
-      "v = 312641784.2969684 > c, setting 1/gamma = 0\n",
-      "v = 336719780.50147486 > c, setting 1/gamma = 0\n",
-      "v = 301085510.93852717 > c, setting 1/gamma = 0\n",
-      "v = 329758753.92798495 > c, setting 1/gamma = 0\n",
-      "v = 306492939.4512584 > c, setting 1/gamma = 0\n",
-      "v = 342342815.16774803 > c, setting 1/gamma = 0\n",
-      "v = 361451606.6624972 > c, setting 1/gamma = 0\n",
-      "v = 302438428.5588363 > c, setting 1/gamma = 0\n",
-      "v = 328808829.7321372 > c, setting 1/gamma = 0\n",
-      "v = 319813772.93585885 > c, setting 1/gamma = 0\n",
-      "v = 300851948.7779341 > c, setting 1/gamma = 0\n",
-      "v = 336636570.47862387 > c, setting 1/gamma = 0\n",
-      "v = 349538787.5065552 > c, setting 1/gamma = 0\n",
-      "v = 374082869.79588723 > c, setting 1/gamma = 0\n",
-      "v = 315904284.63021374 > c, setting 1/gamma = 0\n",
-      "v = 343980149.903028 > c, setting 1/gamma = 0\n",
-      "v = 368640822.43217313 > c, setting 1/gamma = 0\n",
-      "v = 313952165.0647384 > c, setting 1/gamma = 0\n",
-      "v = 337890764.8156124 > c, setting 1/gamma = 0\n",
-      "v = 319440574.72297245 > c, setting 1/gamma = 0\n",
-      "v = 340659216.39572835 > c, setting 1/gamma = 0\n",
-      "v = 300436612.11474437 > c, setting 1/gamma = 0\n",
-      "v = 305888792.5061791 > c, setting 1/gamma = 0\n",
-      "v = 326725801.17954504 > c, setting 1/gamma = 0\n",
-      "v = 303423409.9054454 > c, setting 1/gamma = 0\n",
-      "v = 303776408.0366009 > c, setting 1/gamma = 0\n",
-      "v = 324797614.2826035 > c, setting 1/gamma = 0\n",
-      "v = 309636757.57492775 > c, setting 1/gamma = 0\n",
-      "v = 303793269.2437447 > c, setting 1/gamma = 0\n",
-      "v = 325579830.80741566 > c, setting 1/gamma = 0\n",
-      "v = 310668126.2394219 > c, setting 1/gamma = 0\n",
-      "v = 307990506.7714269 > c, setting 1/gamma = 0\n",
-      "v = 317448720.5483698 > c, setting 1/gamma = 0\n",
-      "v = 352877826.6868361 > c, setting 1/gamma = 0\n",
-      "v = 360201462.78833103 > c, setting 1/gamma = 0\n",
-      "v = 389160773.86100787 > c, setting 1/gamma = 0\n",
-      "v = 335641566.38289136 > c, setting 1/gamma = 0\n",
-      "v = 367746566.40898246 > c, setting 1/gamma = 0\n",
-      "v = 361791149.66257626 > c, setting 1/gamma = 0\n",
-      "v = 384162624.0838185 > c, setting 1/gamma = 0\n",
-      "v = 330206056.9546269 > c, setting 1/gamma = 0\n",
-      "v = 356002736.5812383 > c, setting 1/gamma = 0\n",
-      "v = 310693294.4402458 > c, setting 1/gamma = 0\n",
-      "v = 349360775.38859606 > c, setting 1/gamma = 0\n",
-      "v = 302618123.2155372 > c, setting 1/gamma = 0\n",
-      "v = 336525872.5900892 > c, setting 1/gamma = 0\n",
-      "v = 341651761.76228505 > c, setting 1/gamma = 0\n",
-      "v = 365742412.7369923 > c, setting 1/gamma = 0\n",
-      "v = 301949320.5541088 > c, setting 1/gamma = 0\n",
-      "v = 326966691.4446704 > c, setting 1/gamma = 0\n",
-      "v = 307478936.2884889 > c, setting 1/gamma = 0\n",
-      "v = 351312104.64587224 > c, setting 1/gamma = 0\n",
-      "v = 370150916.680338 > c, setting 1/gamma = 0\n",
-      "v = 322135637.4535362 > c, setting 1/gamma = 0\n",
-      "v = 315538976.83507925 > c, setting 1/gamma = 0\n",
-      "v = 343317015.98571897 > c, setting 1/gamma = 0\n",
-      "v = 315563558.56733537 > c, setting 1/gamma = 0\n",
-      "v = 328584887.72059435 > c, setting 1/gamma = 0\n",
-      "v = 355239859.80057657 > c, setting 1/gamma = 0\n",
-      "v = 313483601.49135786 > c, setting 1/gamma = 0\n",
-      "v = 335485137.15854853 > c, setting 1/gamma = 0\n",
-      "v = 343091280.20354855 > c, setting 1/gamma = 0\n",
-      "v = 361025300.05964357 > c, setting 1/gamma = 0\n",
-      "v = 315684752.5896833 > c, setting 1/gamma = 0\n",
-      "v = 345019496.2832809 > c, setting 1/gamma = 0\n",
-      "v = 366391509.8313646 > c, setting 1/gamma = 0\n",
-      "v = 317264083.87177867 > c, setting 1/gamma = 0\n",
-      "v = 303522841.96391946 > c, setting 1/gamma = 0\n",
-      "v = 332724486.3939019 > c, setting 1/gamma = 0\n",
-      "v = 312291448.0808448 > c, setting 1/gamma = 0\n",
-      "v = 322186650.0531973 > c, setting 1/gamma = 0\n",
-      "v = 349708374.1857229 > c, setting 1/gamma = 0\n",
-      "v = 301753482.20444226 > c, setting 1/gamma = 0\n",
-      "v = 303945424.1599418 > c, setting 1/gamma = 0\n",
-      "v = 300550710.58424795 > c, setting 1/gamma = 0\n",
-      "v = 320706231.5896927 > c, setting 1/gamma = 0\n",
-      "v = 305673436.16432214 > c, setting 1/gamma = 0\n",
-      "v = 312233051.7494962 > c, setting 1/gamma = 0\n",
-      "v = 323109586.90577203 > c, setting 1/gamma = 0\n",
-      "v = 342353328.10630625 > c, setting 1/gamma = 0\n",
-      "v = 356683119.0024806 > c, setting 1/gamma = 0\n",
-      "v = 373884787.18324554 > c, setting 1/gamma = 0\n",
-      "v = 302720769.18349445 > c, setting 1/gamma = 0\n",
-      "v = 325732877.33341163 > c, setting 1/gamma = 0\n",
-      "v = 345174281.502353 > c, setting 1/gamma = 0\n",
-      "v = 307988713.48341787 > c, setting 1/gamma = 0\n",
-      "v = 339077944.21363 > c, setting 1/gamma = 0\n",
-      "v = 360710227.1300359 > c, setting 1/gamma = 0\n",
-      "v = 313469422.3628954 > c, setting 1/gamma = 0\n",
-      "v = 320407934.55631816 > c, setting 1/gamma = 0\n",
-      "v = 344701430.2380837 > c, setting 1/gamma = 0\n",
-      "v = 302682286.65490943 > c, setting 1/gamma = 0\n",
-      "v = 325691839.6876142 > c, setting 1/gamma = 0\n",
-      "v = 301583660.64821994 > c, setting 1/gamma = 0\n",
-      "v = 325736870.9338196 > c, setting 1/gamma = 0\n",
-      "v = 311624387.1986006 > c, setting 1/gamma = 0\n",
-      "v = 329074893.9451648 > c, setting 1/gamma = 0\n",
-      "v = 350762693.2485981 > c, setting 1/gamma = 0\n",
-      "v = 304703161.226734 > c, setting 1/gamma = 0\n",
-      "v = 337578858.6084891 > c, setting 1/gamma = 0\n",
-      "v = 337888868.95453423 > c, setting 1/gamma = 0\n",
-      "v = 360952670.00823766 > c, setting 1/gamma = 0\n",
-      "v = 315068846.3035564 > c, setting 1/gamma = 0\n",
-      "v = 337714691.9957871 > c, setting 1/gamma = 0\n",
-      "v = 325500286.06528306 > c, setting 1/gamma = 0\n",
-      "v = 349129541.14865005 > c, setting 1/gamma = 0\n",
-      "v = 345069686.03602797 > c, setting 1/gamma = 0\n",
-      "v = 369668950.10902065 > c, setting 1/gamma = 0\n",
-      "v = 309970719.514569 > c, setting 1/gamma = 0\n",
-      "v = 335349790.59257716 > c, setting 1/gamma = 0\n",
-      "v = 305020012.47436434 > c, setting 1/gamma = 0\n",
-      "v = 341253064.49383277 > c, setting 1/gamma = 0\n",
-      "v = 361907625.5894169 > c, setting 1/gamma = 0\n",
-      "v = 307370475.3148706 > c, setting 1/gamma = 0\n",
-      "v = 329962455.55780154 > c, setting 1/gamma = 0\n",
-      "v = 304744639.7059741 > c, setting 1/gamma = 0\n",
-      "v = 334904831.9474733 > c, setting 1/gamma = 0\n",
-      "v = 353959381.22200924 > c, setting 1/gamma = 0\n",
-      "v = 310846007.4489884 > c, setting 1/gamma = 0\n",
-      "v = 338012626.7369428 > c, setting 1/gamma = 0\n",
-      "v = 304793787.7444324 > c, setting 1/gamma = 0\n",
-      "v = 364879774.96691155 > c, setting 1/gamma = 0\n",
-      "v = 388409394.11363167 > c, setting 1/gamma = 0\n",
-      "v = 373931399.53017896 > c, setting 1/gamma = 0\n",
-      "v = 395990069.2476577 > c, setting 1/gamma = 0\n",
-      "v = 354303428.4879351 > c, setting 1/gamma = 0\n",
-      "v = 380334289.348829 > c, setting 1/gamma = 0\n",
-      "v = 338117034.89609796 > c, setting 1/gamma = 0\n",
-      "v = 362862952.85717404 > c, setting 1/gamma = 0\n",
-      "v = 304450642.1574449 > c, setting 1/gamma = 0\n",
-      "v = 323616752.454717 > c, setting 1/gamma = 0\n",
-      "v = 357492631.19042504 > c, setting 1/gamma = 0\n",
-      "v = 375949726.55956894 > c, setting 1/gamma = 0\n",
-      "v = 300617056.82074493 > c, setting 1/gamma = 0\n",
-      "v = 334705061.3729217 > c, setting 1/gamma = 0\n",
-      "v = 357719345.1121362 > c, setting 1/gamma = 0\n",
-      "v = 320045729.8724178 > c, setting 1/gamma = 0\n",
-      "v = 307964489.03599215 > c, setting 1/gamma = 0\n",
-      "v = 338208790.6621022 > c, setting 1/gamma = 0\n",
-      "v = 303532158.7987291 > c, setting 1/gamma = 0\n",
-      "v = 327559895.3958181 > c, setting 1/gamma = 0\n",
-      "v = 342725588.3589221 > c, setting 1/gamma = 0\n",
-      "v = 366556090.3341142 > c, setting 1/gamma = 0\n",
-      "v = 319404143.4058259 > c, setting 1/gamma = 0\n",
-      "v = 341520374.8866901 > c, setting 1/gamma = 0\n",
-      "v = 316289094.9518298 > c, setting 1/gamma = 0\n",
-      "v = 341424175.8938008 > c, setting 1/gamma = 0\n",
-      "v = 317360968.04086435 > c, setting 1/gamma = 0\n",
-      "v = 309087295.86305034 > c, setting 1/gamma = 0\n",
-      "v = 338594816.5175454 > c, setting 1/gamma = 0\n",
-      "v = 316228124.5457569 > c, setting 1/gamma = 0\n",
-      "v = 328577839.648797 > c, setting 1/gamma = 0\n",
-      "v = 349045474.1424887 > c, setting 1/gamma = 0\n",
-      "v = 308396073.27693725 > c, setting 1/gamma = 0\n",
-      "v = 334472736.4753086 > c, setting 1/gamma = 0\n",
-      "v = 311613571.63700604 > c, setting 1/gamma = 0\n",
-      "v = 300633715.4932767 > c, setting 1/gamma = 0\n",
-      "v = 324419385.0221364 > c, setting 1/gamma = 0\n",
-      "v = 344278085.5947904 > c, setting 1/gamma = 0\n",
-      "v = 338325434.645251 > c, setting 1/gamma = 0\n",
-      "v = 358537355.23176175 > c, setting 1/gamma = 0\n",
-      "v = 305009215.22112155 > c, setting 1/gamma = 0\n",
-      "v = 342869700.9741209 > c, setting 1/gamma = 0\n",
-      "v = 302057600.4073518 > c, setting 1/gamma = 0\n",
-      "v = 338885348.81746674 > c, setting 1/gamma = 0\n",
-      "v = 367877093.5432668 > c, setting 1/gamma = 0\n",
-      "v = 325492154.4080645 > c, setting 1/gamma = 0\n",
-      "v = 349959931.9354351 > c, setting 1/gamma = 0\n",
-      "v = 305294402.8806059 > c, setting 1/gamma = 0\n",
-      "v = 333941317.7396443 > c, setting 1/gamma = 0\n",
-      "v = 304078402.2651533 > c, setting 1/gamma = 0\n",
-      "v = 338543317.4990815 > c, setting 1/gamma = 0\n",
-      "v = 357701764.13412124 > c, setting 1/gamma = 0\n",
-      "v = 313279570.05044276 > c, setting 1/gamma = 0\n",
-      "v = 337674005.0756202 > c, setting 1/gamma = 0\n",
-      "v = 309327659.2182885 > c, setting 1/gamma = 0\n",
-      "v = 334743420.5739896 > c, setting 1/gamma = 0\n",
-      "v = 317753013.60298127 > c, setting 1/gamma = 0\n",
-      "v = 342183989.9270843 > c, setting 1/gamma = 0\n",
-      "v = 338514562.5130359 > c, setting 1/gamma = 0\n",
-      "v = 363072125.47245497 > c, setting 1/gamma = 0\n",
-      "v = 300589724.76024455 > c, setting 1/gamma = 0\n",
-      "v = 307543160.51585436 > c, setting 1/gamma = 0\n",
-      "v = 328188383.0984479 > c, setting 1/gamma = 0\n",
-      "v = 307088213.66450304 > c, setting 1/gamma = 0\n",
-      "v = 313242029.8128199 > c, setting 1/gamma = 0\n",
-      "v = 333337947.6591505 > c, setting 1/gamma = 0\n",
-      "v = 315322284.02026474 > c, setting 1/gamma = 0\n",
-      "v = 325338421.5693735 > c, setting 1/gamma = 0\n",
-      "v = 344506066.1343797 > c, setting 1/gamma = 0\n",
-      "v = 311358696.5142516 > c, setting 1/gamma = 0\n",
-      "v = 311983972.9291346 > c, setting 1/gamma = 0\n",
-      "v = 331871090.1072552 > c, setting 1/gamma = 0\n",
-      "v = 308291012.7888705 > c, setting 1/gamma = 0\n",
-      "v = 300831899.1332658 > c, setting 1/gamma = 0\n",
-      "v = 310017188.4138968 > c, setting 1/gamma = 0\n",
-      "v = 329000313.09901536 > c, setting 1/gamma = 0\n",
-      "v = 356993994.55935353 > c, setting 1/gamma = 0\n",
-      "v = 313301574.3397133 > c, setting 1/gamma = 0\n",
-      "v = 304993074.81326705 > c, setting 1/gamma = 0\n",
-      "v = 321077549.95156467 > c, setting 1/gamma = 0\n",
-      "v = 341956701.7710368 > c, setting 1/gamma = 0\n",
-      "v = 335115554.9117894 > c, setting 1/gamma = 0\n",
-      "v = 357439654.7144455 > c, setting 1/gamma = 0\n",
-      "v = 309484182.4671293 > c, setting 1/gamma = 0\n",
-      "v = 311385853.1787304 > c, setting 1/gamma = 0\n",
-      "v = 330530642.8974572 > c, setting 1/gamma = 0\n",
-      "v = 313811403.6990118 > c, setting 1/gamma = 0\n",
-      "v = 304173333.2221935 > c, setting 1/gamma = 0\n",
-      "v = 323485035.86225647 > c, setting 1/gamma = 0\n",
-      "v = 323471915.9053768 > c, setting 1/gamma = 0\n",
-      "v = 333756842.43592286 > c, setting 1/gamma = 0\n",
-      "v = 350886309.0399849 > c, setting 1/gamma = 0\n",
-      "v = 318067902.45947355 > c, setting 1/gamma = 0\n",
-      "v = 342213271.7050727 > c, setting 1/gamma = 0\n",
-      "v = 310354147.1550225 > c, setting 1/gamma = 0\n",
-      "v = 331415620.0440446 > c, setting 1/gamma = 0\n",
-      "v = 300226792.7108895 > c, setting 1/gamma = 0\n",
-      "v = 346166858.7121138 > c, setting 1/gamma = 0\n",
-      "v = 362357370.9646672 > c, setting 1/gamma = 0\n",
-      "v = 339051758.29037124 > c, setting 1/gamma = 0\n",
-      "v = 356798985.35878706 > c, setting 1/gamma = 0\n",
-      "v = 304506264.9561857 > c, setting 1/gamma = 0\n",
-      "v = 352461069.58188367 > c, setting 1/gamma = 0\n",
-      "v = 371875457.231883 > c, setting 1/gamma = 0\n",
-      "v = 301626878.46092355 > c, setting 1/gamma = 0\n",
-      "v = 309119199.13462275 > c, setting 1/gamma = 0\n",
-      "v = 308678337.16414136 > c, setting 1/gamma = 0\n",
-      "v = 329783021.63041335 > c, setting 1/gamma = 0\n",
-      "v = 348107899.9555694 > c, setting 1/gamma = 0\n",
-      "v = 332076718.34826195 > c, setting 1/gamma = 0\n",
-      "v = 352304442.79700047 > c, setting 1/gamma = 0\n",
-      "v = 308124392.8901927 > c, setting 1/gamma = 0\n",
-      "v = 307211220.3173151 > c, setting 1/gamma = 0\n",
-      "v = 330566846.51231307 > c, setting 1/gamma = 0\n",
-      "v = 351072818.92524844 > c, setting 1/gamma = 0\n",
-      "v = 333154977.14383024 > c, setting 1/gamma = 0\n",
-      "v = 352259504.555186 > c, setting 1/gamma = 0\n",
-      "v = 336049202.1725372 > c, setting 1/gamma = 0\n",
-      "v = 359192411.258086 > c, setting 1/gamma = 0\n",
-      "v = 311381342.5258771 > c, setting 1/gamma = 0\n",
-      "v = 340264476.5678547 > c, setting 1/gamma = 0\n",
-      "v = 301916775.24618936 > c, setting 1/gamma = 0\n",
-      "v = 340010469.6746625 > c, setting 1/gamma = 0\n",
-      "v = 315506057.9209843 > c, setting 1/gamma = 0\n",
-      "v = 348555081.55484 > c, setting 1/gamma = 0\n",
-      "v = 324336633.0398192 > c, setting 1/gamma = 0\n",
-      "v = 348242899.69180065 > c, setting 1/gamma = 0\n",
-      "v = 312136794.06224865 > c, setting 1/gamma = 0\n",
-      "v = 345415115.1759981 > c, setting 1/gamma = 0\n",
-      "v = 335725680.4177032 > c, setting 1/gamma = 0\n",
-      "v = 358205848.38892823 > c, setting 1/gamma = 0\n",
-      "v = 303808651.8337133 > c, setting 1/gamma = 0\n",
-      "v = 349740507.32867175 > c, setting 1/gamma = 0\n",
-      "v = 371654289.85969007 > c, setting 1/gamma = 0\n",
-      "v = 315691255.93172395 > c, setting 1/gamma = 0\n",
-      "v = 324560387.2587357 > c, setting 1/gamma = 0\n",
-      "v = 346334666.4682354 > c, setting 1/gamma = 0\n",
-      "v = 320911663.05760664 > c, setting 1/gamma = 0\n",
-      "v = 327124372.51533747 > c, setting 1/gamma = 0\n",
-      "v = 348844782.7367858 > c, setting 1/gamma = 0\n",
-      "v = 333385551.22008014 > c, setting 1/gamma = 0\n",
-      "v = 359179180.88642365 > c, setting 1/gamma = 0\n",
-      "v = 319622864.48762923 > c, setting 1/gamma = 0\n",
-      "v = 342594517.7387716 > c, setting 1/gamma = 0\n",
-      "v = 308350983.116181 > c, setting 1/gamma = 0\n",
-      "v = 305289445.09551275 > c, setting 1/gamma = 0\n",
-      "v = 311444241.7983188 > c, setting 1/gamma = 0\n",
-      "v = 331067821.89195156 > c, setting 1/gamma = 0\n",
-      "v = 307565285.35698974 > c, setting 1/gamma = 0\n",
-      "v = 338414415.063012 > c, setting 1/gamma = 0\n",
-      "v = 355122685.0583106 > c, setting 1/gamma = 0\n",
-      "v = 303980040.00354683 > c, setting 1/gamma = 0\n",
-      "v = 330606410.9968911 > c, setting 1/gamma = 0\n",
-      "v = 357625872.27067566 > c, setting 1/gamma = 0\n",
-      "v = 379355471.10141355 > c, setting 1/gamma = 0\n",
-      "v = 301818047.1455629 > c, setting 1/gamma = 0\n",
-      "v = 327108996.1221944 > c, setting 1/gamma = 0\n",
-      "v = 328310175.62502915 > c, setting 1/gamma = 0\n",
-      "v = 350102546.1036301 > c, setting 1/gamma = 0\n",
-      "v = 301426313.62180716 > c, setting 1/gamma = 0\n",
-      "v = 338683286.8445106 > c, setting 1/gamma = 0\n",
-      "v = 314488324.87190205 > c, setting 1/gamma = 0\n",
-      "v = 346107324.6447374 > c, setting 1/gamma = 0\n",
-      "v = 312077536.0479171 > c, setting 1/gamma = 0\n",
-      "v = 317194334.04657394 > c, setting 1/gamma = 0\n",
-      "v = 317468193.9305856 > c, setting 1/gamma = 0\n",
-      "v = 339383552.17613304 > c, setting 1/gamma = 0\n",
-      "v = 317002572.7166171 > c, setting 1/gamma = 0\n",
-      "v = 339735092.84052134 > c, setting 1/gamma = 0\n",
-      "v = 306622651.62325966 > c, setting 1/gamma = 0\n",
-      "v = 308199522.5119031 > c, setting 1/gamma = 0\n",
-      "v = 307449421.3353851 > c, setting 1/gamma = 0\n",
-      "v = 336101368.87237316 > c, setting 1/gamma = 0\n",
-      "v = 307048241.1341786 > c, setting 1/gamma = 0\n",
-      "v = 328696185.6636633 > c, setting 1/gamma = 0\n",
-      "v = 301542898.0127828 > c, setting 1/gamma = 0\n",
-      "v = 300004609.8593293 > c, setting 1/gamma = 0\n",
-      "v = 320355604.442558 > c, setting 1/gamma = 0\n",
-      "v = 303878060.8347776 > c, setting 1/gamma = 0\n",
-      "v = 300935420.30662227 > c, setting 1/gamma = 0\n",
-      "v = 317664793.1761345 > c, setting 1/gamma = 0\n",
-      "v = 337768196.5988984 > c, setting 1/gamma = 0\n",
-      "v = 307971968.96337485 > c, setting 1/gamma = 0\n",
-      "v = 301033283.50771004 > c, setting 1/gamma = 0\n",
-      "v = 321329304.5549013 > c, setting 1/gamma = 0\n",
-      "v = 307990512.146431 > c, setting 1/gamma = 0\n",
-      "v = 332067946.07424027 > c, setting 1/gamma = 0\n",
-      "v = 358174265.7672852 > c, setting 1/gamma = 0\n",
-      "v = 309103399.41958135 > c, setting 1/gamma = 0\n",
-      "v = 348980781.959847 > c, setting 1/gamma = 0\n",
-      "v = 318134847.4551194 > c, setting 1/gamma = 0\n",
-      "v = 324267515.70430833 > c, setting 1/gamma = 0\n",
-      "v = 353353057.5272069 > c, setting 1/gamma = 0\n",
-      "v = 331685465.79034215 > c, setting 1/gamma = 0\n",
-      "v = 354816559.6169783 > c, setting 1/gamma = 0\n",
-      "v = 319505967.75567806 > c, setting 1/gamma = 0\n",
-      "v = 347016919.6690851 > c, setting 1/gamma = 0\n",
-      "v = 302035165.9991347 > c, setting 1/gamma = 0\n",
-      "v = 358410760.7058333 > c, setting 1/gamma = 0\n",
-      "v = 378000966.7490754 > c, setting 1/gamma = 0\n",
-      "v = 329314573.4332577 > c, setting 1/gamma = 0\n",
-      "v = 350159104.7550589 > c, setting 1/gamma = 0\n",
-      "v = 303496670.6282418 > c, setting 1/gamma = 0\n",
-      "v = 369642327.74028426 > c, setting 1/gamma = 0\n",
-      "v = 386783146.392562 > c, setting 1/gamma = 0\n",
-      "v = 300490246.90780133 > c, setting 1/gamma = 0\n",
-      "v = 323528654.2631491 > c, setting 1/gamma = 0\n",
-      "v = 307912728.2368098 > c, setting 1/gamma = 0\n",
-      "v = 309390877.1073573 > c, setting 1/gamma = 0\n",
-      "v = 329853219.23862225 > c, setting 1/gamma = 0\n",
-      "v = 308950271.7883044 > c, setting 1/gamma = 0\n",
-      "v = 324536382.6744488 > c, setting 1/gamma = 0\n",
-      "v = 343831220.7435988 > c, setting 1/gamma = 0\n",
-      "v = 301140622.7380282 > c, setting 1/gamma = 0\n",
-      "v = 322467058.4076684 > c, setting 1/gamma = 0\n",
-      "v = 330338547.1319004 > c, setting 1/gamma = 0\n",
-      "v = 349729974.69614553 > c, setting 1/gamma = 0\n",
-      "v = 325574482.82346076 > c, setting 1/gamma = 0\n",
-      "v = 343671214.26406616 > c, setting 1/gamma = 0\n",
-      "v = 311098025.9726303 > c, setting 1/gamma = 0\n",
-      "v = 303818875.48928785 > c, setting 1/gamma = 0\n",
-      "v = 331332148.85557663 > c, setting 1/gamma = 0\n",
-      "v = 347990622.2957638 > c, setting 1/gamma = 0\n",
-      "v = 332158566.11346096 > c, setting 1/gamma = 0\n",
-      "v = 349774623.5190918 > c, setting 1/gamma = 0\n",
-      "v = 300091216.2853415 > c, setting 1/gamma = 0\n",
-      "v = 320620219.43673706 > c, setting 1/gamma = 0\n",
-      "v = 301087987.4814717 > c, setting 1/gamma = 0\n",
-      "v = 321407723.90453625 > c, setting 1/gamma = 0\n",
-      "v = 337882779.32381284 > c, setting 1/gamma = 0\n",
-      "v = 352534927.81244516 > c, setting 1/gamma = 0\n",
-      "v = 300330465.27708924 > c, setting 1/gamma = 0\n",
-      "v = 320269129.47649455 > c, setting 1/gamma = 0\n",
-      "v = 335995828.1695683 > c, setting 1/gamma = 0\n",
-      "v = 305618827.75718313 > c, setting 1/gamma = 0\n",
-      "v = 321969412.08490646 > c, setting 1/gamma = 0\n",
-      "v = 315107053.4230149 > c, setting 1/gamma = 0\n",
-      "v = 330848976.06300396 > c, setting 1/gamma = 0\n",
-      "v = 303709975.96670043 > c, setting 1/gamma = 0\n",
-      "v = 311962229.1206543 > c, setting 1/gamma = 0\n",
-      "v = 328853537.24424547 > c, setting 1/gamma = 0\n",
-      "v = 302808041.193778 > c, setting 1/gamma = 0\n",
-      "v = 307761976.3013014 > c, setting 1/gamma = 0\n",
-      "v = 327857035.85616213 > c, setting 1/gamma = 0\n",
-      "v = 307712220.417936 > c, setting 1/gamma = 0\n",
-      "v = 324617125.17383647 > c, setting 1/gamma = 0\n",
-      "v = 341503337.86666316 > c, setting 1/gamma = 0\n",
-      "v = 315732742.831462 > c, setting 1/gamma = 0\n",
-      "v = 335989302.03057575 > c, setting 1/gamma = 0\n",
-      "v = 352785975.6611973 > c, setting 1/gamma = 0\n",
-      "v = 304233473.9587236 > c, setting 1/gamma = 0\n",
-      "v = 320480637.017954 > c, setting 1/gamma = 0\n",
-      "v = 338545925.2720999 > c, setting 1/gamma = 0\n",
-      "v = 308480594.20505184 > c, setting 1/gamma = 0\n",
-      "v = 304952885.2979974 > c, setting 1/gamma = 0\n",
-      "v = 322456040.07262254 > c, setting 1/gamma = 0\n",
-      "v = 313825870.5674412 > c, setting 1/gamma = 0\n",
-      "v = 308258586.0650356 > c, setting 1/gamma = 0\n",
-      "v = 325332618.44066393 > c, setting 1/gamma = 0\n",
-      "v = 300338349.24571854 > c, setting 1/gamma = 0\n",
-      "v = 337383551.5914154 > c, setting 1/gamma = 0\n",
-      "v = 319803630.1251187 > c, setting 1/gamma = 0\n",
-      "v = 336893540.90106434 > c, setting 1/gamma = 0\n",
-      "v = 327009545.946882 > c, setting 1/gamma = 0\n",
-      "v = 315995896.99200046 > c, setting 1/gamma = 0\n",
-      "v = 333405418.1141676 > c, setting 1/gamma = 0\n",
-      "v = 315387944.5787128 > c, setting 1/gamma = 0\n",
-      "v = 300756681.1108892 > c, setting 1/gamma = 0\n",
-      "v = 318355330.0677961 > c, setting 1/gamma = 0\n",
-      "v = 323816473.1495073 > c, setting 1/gamma = 0\n",
-      "v = 310967059.7698748 > c, setting 1/gamma = 0\n",
-      "v = 328240659.91795844 > c, setting 1/gamma = 0\n",
-      "v = 302999228.01081777 > c, setting 1/gamma = 0\n",
-      "v = 340967697.3565408 > c, setting 1/gamma = 0\n",
-      "v = 337586674.70507497 > c, setting 1/gamma = 0\n",
-      "v = 352528167.2188543 > c, setting 1/gamma = 0\n",
-      "v = 306362375.55901945 > c, setting 1/gamma = 0\n",
-      "v = 322358297.0353563 > c, setting 1/gamma = 0\n",
-      "v = 339195080.85365754 > c, setting 1/gamma = 0\n",
-      "v = 310364467.59185416 > c, setting 1/gamma = 0\n",
-      "v = 306687901.16040134 > c, setting 1/gamma = 0\n",
-      "v = 323991569.7249604 > c, setting 1/gamma = 0\n",
-      "v = 325539308.5115181 > c, setting 1/gamma = 0\n",
-      "v = 329167957.1469389 > c, setting 1/gamma = 0\n",
-      "v = 345149776.2021691 > c, setting 1/gamma = 0\n",
-      "v = 302075969.9512498 > c, setting 1/gamma = 0\n",
-      "v = 341456686.78903776 > c, setting 1/gamma = 0\n",
-      "v = 356590446.00043684 > c, setting 1/gamma = 0\n",
-      "v = 309087109.3308216 > c, setting 1/gamma = 0\n",
-      "v = 326945398.61984795 > c, setting 1/gamma = 0\n",
-      "v = 314032737.9701252 > c, setting 1/gamma = 0\n",
-      "v = 332854844.32228184 > c, setting 1/gamma = 0\n",
-      "v = 348180874.6707498 > c, setting 1/gamma = 0\n",
-      "v = 336955595.76940334 > c, setting 1/gamma = 0\n",
-      "v = 355035413.7846512 > c, setting 1/gamma = 0\n",
-      "v = 345412879.76509446 > c, setting 1/gamma = 0\n",
-      "v = 364661582.8784943 > c, setting 1/gamma = 0\n",
-      "v = 306296745.0475213 > c, setting 1/gamma = 0\n",
-      "v = 342255280.48686415 > c, setting 1/gamma = 0\n",
-      "v = 346983423.4475185 > c, setting 1/gamma = 0\n",
-      "v = 368587219.22751564 > c, setting 1/gamma = 0\n",
-      "v = 329913994.3969219 > c, setting 1/gamma = 0\n",
-      "v = 301952436.6591721 > c, setting 1/gamma = 0\n",
-      "v = 331818315.66632134 > c, setting 1/gamma = 0\n",
-      "v = 315857456.1293495 > c, setting 1/gamma = 0\n",
-      "v = 345999643.98147666 > c, setting 1/gamma = 0\n",
-      "v = 308320030.3164881 > c, setting 1/gamma = 0\n",
-      "v = 317301110.44222015 > c, setting 1/gamma = 0\n",
-      "v = 336908066.7314912 > c, setting 1/gamma = 0\n",
-      "v = 338437608.21001977 > c, setting 1/gamma = 0\n",
-      "v = 355729530.9205157 > c, setting 1/gamma = 0\n",
-      "v = 301589768.27009505 > c, setting 1/gamma = 0\n",
-      "v = 330382912.05701756 > c, setting 1/gamma = 0\n",
-      "v = 350342832.32526845 > c, setting 1/gamma = 0\n",
-      "v = 300661232.8475757 > c, setting 1/gamma = 0\n",
-      "v = 316292069.2209291 > c, setting 1/gamma = 0\n",
-      "v = 335152420.1612088 > c, setting 1/gamma = 0\n",
-      "v = 300891070.9151341 > c, setting 1/gamma = 0\n",
-      "v = 305864354.55701894 > c, setting 1/gamma = 0\n",
-      "v = 322865257.31044084 > c, setting 1/gamma = 0\n",
-      "v = 316374617.1337679 > c, setting 1/gamma = 0\n",
-      "v = 332797406.03649104 > c, setting 1/gamma = 0\n",
-      "v = 310727272.22635394 > c, setting 1/gamma = 0\n",
-      "v = 319284433.81449425 > c, setting 1/gamma = 0\n",
-      "v = 335909197.01400536 > c, setting 1/gamma = 0\n",
-      "v = 307666750.3337944 > c, setting 1/gamma = 0\n",
-      "v = 312020084.67646736 > c, setting 1/gamma = 0\n",
-      "v = 300409912.0122848 > c, setting 1/gamma = 0\n",
-      "v = 318357329.83721983 > c, setting 1/gamma = 0\n",
-      "v = 309759786.9106217 > c, setting 1/gamma = 0\n",
-      "v = 303589244.42042017 > c, setting 1/gamma = 0\n",
-      "v = 318688679.25118077 > c, setting 1/gamma = 0\n",
-      "v = 338116757.84672815 > c, setting 1/gamma = 0\n",
-      "v = 317186371.0004291 > c, setting 1/gamma = 0\n",
-      "v = 314051004.6671919 > c, setting 1/gamma = 0\n",
-      "v = 333684106.07731396 > c, setting 1/gamma = 0\n",
-      "v = 318187837.8488582 > c, setting 1/gamma = 0\n",
-      "v = 325154765.82884085 > c, setting 1/gamma = 0\n",
-      "v = 346592164.36422503 > c, setting 1/gamma = 0\n",
-      "v = 316003696.0330917 > c, setting 1/gamma = 0\n",
-      "v = 334484971.13880897 > c, setting 1/gamma = 0\n",
-      "v = 317191140.0684605 > c, setting 1/gamma = 0\n",
-      "v = 313000984.9727923 > c, setting 1/gamma = 0\n",
-      "v = 331761312.1462778 > c, setting 1/gamma = 0\n",
-      "v = 314942591.35955733 > c, setting 1/gamma = 0\n",
-      "v = 329154882.8975545 > c, setting 1/gamma = 0\n",
-      "v = 348412792.74875546 > c, setting 1/gamma = 0\n",
-      "v = 304854669.48140645 > c, setting 1/gamma = 0\n",
-      "v = 311605092.25167674 > c, setting 1/gamma = 0\n",
-      "v = 329327664.6341792 > c, setting 1/gamma = 0\n",
-      "v = 328224397.42848414 > c, setting 1/gamma = 0\n",
-      "v = 319974426.16565293 > c, setting 1/gamma = 0\n",
-      "v = 338350900.43474674 > c, setting 1/gamma = 0\n",
-      "v = 301825241.93534625 > c, setting 1/gamma = 0\n",
-      "v = 337345763.26721305 > c, setting 1/gamma = 0\n",
-      "v = 354922031.9481911 > c, setting 1/gamma = 0\n",
-      "v = 309528519.579419 > c, setting 1/gamma = 0\n",
-      "v = 315858483.49445826 > c, setting 1/gamma = 0\n",
-      "v = 335479392.42299086 > c, setting 1/gamma = 0\n",
-      "v = 310550277.45345354 > c, setting 1/gamma = 0\n",
-      "v = 331457505.3783248 > c, setting 1/gamma = 0\n",
-      "v = 348101676.7340187 > c, setting 1/gamma = 0\n",
-      "v = 318855544.8519861 > c, setting 1/gamma = 0\n",
-      "v = 336843649.4450584 > c, setting 1/gamma = 0\n",
-      "v = 306770681.96243274 > c, setting 1/gamma = 0\n",
-      "v = 328531462.69547284 > c, setting 1/gamma = 0\n",
-      "v = 307627432.23150855 > c, setting 1/gamma = 0\n",
-      "v = 319084553.03979033 > c, setting 1/gamma = 0\n",
-      "v = 335391550.0076826 > c, setting 1/gamma = 0\n",
-      "v = 307116003.47207594 > c, setting 1/gamma = 0\n",
-      "v = 304384323.4432174 > c, setting 1/gamma = 0\n",
-      "v = 320928967.90195733 > c, setting 1/gamma = 0\n",
-      "v = 334957561.96656156 > c, setting 1/gamma = 0\n",
-      "v = 326280711.95083916 > c, setting 1/gamma = 0\n",
-      "v = 341564988.65294045 > c, setting 1/gamma = 0\n",
-      "v = 301114456.0865344 > c, setting 1/gamma = 0\n",
-      "v = 334472618.7201826 > c, setting 1/gamma = 0\n",
-      "v = 348927598.27939886 > c, setting 1/gamma = 0\n",
-      "v = 327685960.69103724 > c, setting 1/gamma = 0\n",
-      "v = 343360691.5296981 > c, setting 1/gamma = 0\n",
-      "v = 304185598.0115126 > c, setting 1/gamma = 0\n",
-      "v = 321124528.82039976 > c, setting 1/gamma = 0\n",
-      "v = 323094811.24757123 > c, setting 1/gamma = 0\n",
-      "v = 322481596.1644253 > c, setting 1/gamma = 0\n",
-      "v = 337951169.0738689 > c, setting 1/gamma = 0\n",
-      "v = 310639752.7911491 > c, setting 1/gamma = 0\n",
-      "v = 326124137.9245611 > c, setting 1/gamma = 0\n",
-      "v = 302888777.85577285 > c, setting 1/gamma = 0\n",
-      "v = 301407447.77424794 > c, setting 1/gamma = 0\n",
-      "v = 305597797.3512999 > c, setting 1/gamma = 0\n",
-      "v = 340733135.5348416 > c, setting 1/gamma = 0\n",
-      "v = 316008934.34739435 > c, setting 1/gamma = 0\n",
-      "v = 331736755.9513647 > c, setting 1/gamma = 0\n",
-      "v = 307755999.4896224 > c, setting 1/gamma = 0\n",
-      "v = 304269283.91509235 > c, setting 1/gamma = 0\n",
-      "v = 320906999.8187291 > c, setting 1/gamma = 0\n",
-      "v = 311624882.20649844 > c, setting 1/gamma = 0\n",
-      "v = 313844018.4535707 > c, setting 1/gamma = 0\n",
-      "v = 317122796.81888837 > c, setting 1/gamma = 0\n",
-      "v = 333179201.44318336 > c, setting 1/gamma = 0\n",
-      "v = 343641163.32752156 > c, setting 1/gamma = 0\n",
-      "v = 357472416.3665607 > c, setting 1/gamma = 0\n",
-      "v = 300001365.6646009 > c, setting 1/gamma = 0\n",
-      "v = 323339417.0356436 > c, setting 1/gamma = 0\n",
-      "v = 338837522.12749916 > c, setting 1/gamma = 0\n",
-      "v = 308013486.60700876 > c, setting 1/gamma = 0\n",
-      "v = 324226882.5638038 > c, setting 1/gamma = 0\n",
-      "v = 330841268.3382547 > c, setting 1/gamma = 0\n",
-      "v = 344591058.83864284 > c, setting 1/gamma = 0\n",
-      "v = 308468856.71880484 > c, setting 1/gamma = 0\n",
-      "v = 339921845.8673878 > c, setting 1/gamma = 0\n",
-      "v = 352461026.1912215 > c, setting 1/gamma = 0\n",
-      "v = 307322594.5339744 > c, setting 1/gamma = 0\n",
-      "v = 310033675.957736 > c, setting 1/gamma = 0\n",
-      "v = 325893672.9719289 > c, setting 1/gamma = 0\n",
-      "v = 300938325.90798765 > c, setting 1/gamma = 0\n",
-      "v = 310390909.84349704 > c, setting 1/gamma = 0\n",
-      "v = 301713155.30117583 > c, setting 1/gamma = 0\n",
-      "v = 334799358.56949043 > c, setting 1/gamma = 0\n",
-      "v = 351775369.57207024 > c, setting 1/gamma = 0\n",
-      "v = 309053834.8968923 > c, setting 1/gamma = 0\n",
-      "v = 308575426.43215203 > c, setting 1/gamma = 0\n",
-      "v = 327209257.8874381 > c, setting 1/gamma = 0\n",
-      "v = 312956658.87462723 > c, setting 1/gamma = 0\n",
-      "v = 308137105.25134563 > c, setting 1/gamma = 0\n",
-      "v = 325055443.7374691 > c, setting 1/gamma = 0\n",
-      "v = 325873822.90275335 > c, setting 1/gamma = 0\n",
-      "v = 338086217.5934798 > c, setting 1/gamma = 0\n",
-      "v = 352609948.2563697 > c, setting 1/gamma = 0\n",
-      "v = 312622892.47170377 > c, setting 1/gamma = 0\n",
-      "v = 321950152.1357837 > c, setting 1/gamma = 0\n",
-      "v = 339931782.1108136 > c, setting 1/gamma = 0\n",
-      "v = 307073202.65250677 > c, setting 1/gamma = 0\n",
-      "v = 304884714.6055508 > c, setting 1/gamma = 0\n",
-      "v = 322090116.5742225 > c, setting 1/gamma = 0\n",
-      "v = 319116889.46723163 > c, setting 1/gamma = 0\n",
-      "v = 314835722.75771344 > c, setting 1/gamma = 0\n",
-      "v = 330264194.7176212 > c, setting 1/gamma = 0\n",
-      "v = 301857901.6562429 > c, setting 1/gamma = 0\n",
-      "v = 339372071.3358688 > c, setting 1/gamma = 0\n",
-      "v = 337830907.07937557 > c, setting 1/gamma = 0\n",
-      "v = 351529292.49338555 > c, setting 1/gamma = 0\n",
-      "v = 309503863.7916553 > c, setting 1/gamma = 0\n",
-      "v = 321167316.80275637 > c, setting 1/gamma = 0\n",
-      "v = 337066731.1046243 > c, setting 1/gamma = 0\n",
-      "v = 313703580.0801225 > c, setting 1/gamma = 0\n",
-      "v = 304887460.0162538 > c, setting 1/gamma = 0\n",
-      "v = 320898649.6639639 > c, setting 1/gamma = 0\n",
-      "v = 300346517.5776857 > c, setting 1/gamma = 0\n",
-      "v = 335953659.4588386 > c, setting 1/gamma = 0\n",
-      "v = 325912358.6318614 > c, setting 1/gamma = 0\n",
-      "v = 339601935.9223204 > c, setting 1/gamma = 0\n",
-      "v = 300962445.20547754 > c, setting 1/gamma = 0\n",
-      "v = 339237942.5392921 > c, setting 1/gamma = 0\n",
-      "v = 337623561.93139523 > c, setting 1/gamma = 0\n",
-      "v = 352103936.47904164 > c, setting 1/gamma = 0\n",
-      "v = 312946396.3696207 > c, setting 1/gamma = 0\n",
-      "v = 330665949.9073175 > c, setting 1/gamma = 0\n",
-      "v = 302234805.09072894 > c, setting 1/gamma = 0\n",
-      "v = 305939403.6817624 > c, setting 1/gamma = 0\n",
-      "v = 321703215.30676687 > c, setting 1/gamma = 0\n",
-      "v = 300594357.48096305 > c, setting 1/gamma = 0\n",
-      "v = 336727312.20691967 > c, setting 1/gamma = 0\n",
-      "v = 335821038.88466734 > c, setting 1/gamma = 0\n",
-      "v = 348541285.9987292 > c, setting 1/gamma = 0\n",
-      "v = 307768201.4225192 > c, setting 1/gamma = 0\n",
-      "v = 334627454.7243795 > c, setting 1/gamma = 0\n",
-      "v = 348478190.3109921 > c, setting 1/gamma = 0\n",
-      "v = 311312805.87696505 > c, setting 1/gamma = 0\n",
-      "v = 326552425.7267294 > c, setting 1/gamma = 0\n",
-      "v = 321335114.2218713 > c, setting 1/gamma = 0\n",
-      "v = 310704021.6560349 > c, setting 1/gamma = 0\n",
-      "v = 325976702.83459187 > c, setting 1/gamma = 0\n",
-      "v = 327357936.2577092 > c, setting 1/gamma = 0\n",
-      "v = 340712190.10318124 > c, setting 1/gamma = 0\n",
-      "v = 354708392.1452452 > c, setting 1/gamma = 0\n",
-      "v = 317092662.93937755 > c, setting 1/gamma = 0\n",
-      "v = 333934578.86563843 > c, setting 1/gamma = 0\n",
-      "v = 326332481.00600225 > c, setting 1/gamma = 0\n",
-      "v = 341872916.9903193 > c, setting 1/gamma = 0\n",
-      "v = 315854049.59538364 > c, setting 1/gamma = 0\n",
-      "v = 336709678.350609 > c, setting 1/gamma = 0\n",
-      "v = 306796330.47611576 > c, setting 1/gamma = 0\n",
-      "v = 323418703.044664 > c, setting 1/gamma = 0\n",
-      "v = 313943377.544487 > c, setting 1/gamma = 0\n",
-      "v = 325698036.00917697 > c, setting 1/gamma = 0\n",
-      "v = 340616125.3937883 > c, setting 1/gamma = 0\n",
-      "v = 301833009.53512424 > c, setting 1/gamma = 0\n",
-      "v = 328999561.94473445 > c, setting 1/gamma = 0\n",
-      "v = 343725025.4795452 > c, setting 1/gamma = 0\n",
-      "v = 313408950.9562404 > c, setting 1/gamma = 0\n",
-      "v = 329054263.8395789 > c, setting 1/gamma = 0\n",
-      "v = 301890712.51173973 > c, setting 1/gamma = 0\n",
-      "v = 306238936.6900153 > c, setting 1/gamma = 0\n",
-      "v = 301038566.9785278 > c, setting 1/gamma = 0\n",
-      "v = 337905632.9035997 > c, setting 1/gamma = 0\n",
-      "v = 324776358.0012461 > c, setting 1/gamma = 0\n",
-      "v = 339753284.2999701 > c, setting 1/gamma = 0\n",
-      "v = 331900727.2982939 > c, setting 1/gamma = 0\n",
-      "v = 346217443.2787743 > c, setting 1/gamma = 0\n",
-      "v = 303824038.21359766 > c, setting 1/gamma = 0\n",
-      "v = 321916291.98746186 > c, setting 1/gamma = 0\n",
-      "v = 306508140.8784486 > c, setting 1/gamma = 0\n",
-      "v = 307345758.7442132 > c, setting 1/gamma = 0\n",
-      "v = 323161982.2457556 > c, setting 1/gamma = 0\n",
-      "v = 304506164.53118324 > c, setting 1/gamma = 0\n",
-      "v = 303009551.03392917 > c, setting 1/gamma = 0\n",
-      "v = 340365003.39302486 > c, setting 1/gamma = 0\n",
-      "v = 325631274.9438544 > c, setting 1/gamma = 0\n",
-      "v = 340331999.16430485 > c, setting 1/gamma = 0\n",
-      "v = 308825267.82494396 > c, setting 1/gamma = 0\n",
-      "v = 339143499.6198562 > c, setting 1/gamma = 0\n",
-      "v = 351956035.551749 > c, setting 1/gamma = 0\n",
-      "v = 307789120.0869521 > c, setting 1/gamma = 0\n",
-      "v = 311061901.1764959 > c, setting 1/gamma = 0\n",
-      "v = 326945728.91459507 > c, setting 1/gamma = 0\n",
-      "v = 302546003.9436943 > c, setting 1/gamma = 0\n",
-      "v = 312254588.88938314 > c, setting 1/gamma = 0\n",
-      "v = 311517264.43704826 > c, setting 1/gamma = 0\n",
-      "v = 328435003.1727031 > c, setting 1/gamma = 0\n",
-      "v = 331636547.75627726 > c, setting 1/gamma = 0\n",
-      "v = 347180689.3817254 > c, setting 1/gamma = 0\n",
-      "v = 313801768.36356807 > c, setting 1/gamma = 0\n",
-      "v = 309928644.1181241 > c, setting 1/gamma = 0\n",
-      "v = 326507100.04522717 > c, setting 1/gamma = 0\n",
-      "v = 313647488.43981457 > c, setting 1/gamma = 0\n",
-      "v = 307558471.57894844 > c, setting 1/gamma = 0\n",
-      "v = 323559972.2714172 > c, setting 1/gamma = 0\n",
-      "v = 300106190.9265516 > c, setting 1/gamma = 0\n",
-      "v = 337175721.3269681 > c, setting 1/gamma = 0\n",
-      "v = 316037126.73903 > c, setting 1/gamma = 0\n",
-      "v = 332740230.8761876 > c, setting 1/gamma = 0\n",
-      "v = 301930121.9761701 > c, setting 1/gamma = 0\n",
-      "v = 340499516.8656761 > c, setting 1/gamma = 0\n",
-      "v = 318093622.50510913 > c, setting 1/gamma = 0\n",
-      "v = 334378149.0561063 > c, setting 1/gamma = 0\n",
-      "v = 321350176.230434 > c, setting 1/gamma = 0\n",
-      "v = 304359396.1511354 > c, setting 1/gamma = 0\n",
-      "v = 320886428.9025603 > c, setting 1/gamma = 0\n",
-      "v = 330137616.28113914 > c, setting 1/gamma = 0\n",
-      "v = 319831431.74916244 > c, setting 1/gamma = 0\n",
-      "v = 335339894.8741025 > c, setting 1/gamma = 0\n",
-      "v = 303413694.2041698 > c, setting 1/gamma = 0\n",
-      "v = 342703875.4319956 > c, setting 1/gamma = 0\n",
-      "v = 336780622.0222278 > c, setting 1/gamma = 0\n",
-      "v = 352317925.2995792 > c, setting 1/gamma = 0\n",
-      "v = 301444267.91970396 > c, setting 1/gamma = 0\n",
-      "v = 315638933.68869257 > c, setting 1/gamma = 0\n",
-      "v = 332704196.02325255 > c, setting 1/gamma = 0\n",
-      "v = 313987003.372481 > c, setting 1/gamma = 0\n",
-      "v = 304926645.4441696 > c, setting 1/gamma = 0\n",
-      "v = 321421317.4357292 > c, setting 1/gamma = 0\n",
-      "v = 300103813.80288976 > c, setting 1/gamma = 0\n",
-      "v = 337211983.6618501 > c, setting 1/gamma = 0\n",
-      "v = 333595833.03167963 > c, setting 1/gamma = 0\n",
-      "v = 347480745.9013445 > c, setting 1/gamma = 0\n",
-      "v = 309283136.3942474 > c, setting 1/gamma = 0\n",
-      "v = 330163457.625758 > c, setting 1/gamma = 0\n",
-      "v = 345805735.4291694 > c, setting 1/gamma = 0\n",
-      "v = 300224126.3645581 > c, setting 1/gamma = 0\n",
-      "v = 310617454.1641739 > c, setting 1/gamma = 0\n",
-      "v = 326222681.5898548 > c, setting 1/gamma = 0\n",
-      "v = 323090170.8960193 > c, setting 1/gamma = 0\n",
-      "v = 311282710.30674034 > c, setting 1/gamma = 0\n",
-      "v = 326748593.0735805 > c, setting 1/gamma = 0\n",
-      "v = 327841741.1115482 > c, setting 1/gamma = 0\n",
-      "v = 328850615.03449595 > c, setting 1/gamma = 0\n",
-      "v = 345546219.566643 > c, setting 1/gamma = 0\n",
-      "v = 308057582.07006013 > c, setting 1/gamma = 0\n",
-      "v = 324035962.7148467 > c, setting 1/gamma = 0\n",
-      "v = 302479229.05893475 > c, setting 1/gamma = 0\n",
-      "v = 339521746.333214 > c, setting 1/gamma = 0\n",
-      "v = 326362706.1625537 > c, setting 1/gamma = 0\n",
-      "v = 341010009.15452516 > c, setting 1/gamma = 0\n",
-      "v = 312503852.79891 > c, setting 1/gamma = 0\n",
-      "v = 342650415.4277224 > c, setting 1/gamma = 0\n",
-      "v = 356912041.9059581 > c, setting 1/gamma = 0\n",
-      "v = 304236461.1182178 > c, setting 1/gamma = 0\n",
-      "v = 309321848.87593997 > c, setting 1/gamma = 0\n",
-      "v = 325754708.74226457 > c, setting 1/gamma = 0\n",
-      "v = 300138810.93422604 > c, setting 1/gamma = 0\n",
-      "v = 338798082.9909196 > c, setting 1/gamma = 0\n",
-      "v = 333271694.351839 > c, setting 1/gamma = 0\n",
-      "v = 348770340.43899006 > c, setting 1/gamma = 0\n",
-      "v = 325292040.2649413 > c, setting 1/gamma = 0\n",
-      "v = 342661746.45386106 > c, setting 1/gamma = 0\n",
-      "v = 327730673.8255282 > c, setting 1/gamma = 0\n",
-      "v = 319372307.7298649 > c, setting 1/gamma = 0\n",
-      "v = 341800814.5464571 > c, setting 1/gamma = 0\n",
-      "v = 323674265.7094543 > c, setting 1/gamma = 0\n",
-      "v = 311877132.5785651 > c, setting 1/gamma = 0\n",
-      "v = 328360503.5331024 > c, setting 1/gamma = 0\n",
-      "v = 318225344.81616646 > c, setting 1/gamma = 0\n",
-      "v = 333533359.70846754 > c, setting 1/gamma = 0\n",
-      "v = 302716898.7486345 > c, setting 1/gamma = 0\n",
-      "v = 324842575.5381418 > c, setting 1/gamma = 0\n",
-      "v = 339524953.4358863 > c, setting 1/gamma = 0\n",
-      "v = 300439245.3246793 > c, setting 1/gamma = 0\n",
-      "v = 300944013.4568259 > c, setting 1/gamma = 0\n",
-      "v = 316988855.1860346 > c, setting 1/gamma = 0\n",
-      "v = 321526254.91267955 > c, setting 1/gamma = 0\n",
-      "v = 302017177.73978823 > c, setting 1/gamma = 0\n",
-      "v = 337858725.90782076 > c, setting 1/gamma = 0\n",
-      "v = 310229245.31013626 > c, setting 1/gamma = 0\n",
-      "v = 326231349.93286175 > c, setting 1/gamma = 0\n",
-      "v = 309118517.01880395 > c, setting 1/gamma = 0\n",
-      "v = 308699895.1878773 > c, setting 1/gamma = 0\n",
-      "v = 324776463.26016253 > c, setting 1/gamma = 0\n",
-      "v = 309495553.2603629 > c, setting 1/gamma = 0\n",
-      "v = 320098944.9798741 > c, setting 1/gamma = 0\n",
-      "v = 316566962.65707785 > c, setting 1/gamma = 0\n",
-      "v = 331955575.3604157 > c, setting 1/gamma = 0\n",
-      "v = 305129807.4654841 > c, setting 1/gamma = 0\n",
-      "v = 327209964.66150624 > c, setting 1/gamma = 0\n",
-      "v = 341598405.66282463 > c, setting 1/gamma = 0\n",
-      "v = 310299845.39216614 > c, setting 1/gamma = 0\n",
-      "v = 314279623.6952341 > c, setting 1/gamma = 0\n",
-      "v = 329777896.0091973 > c, setting 1/gamma = 0\n",
-      "v = 323388918.1083382 > c, setting 1/gamma = 0\n",
-      "v = 332026887.95396805 > c, setting 1/gamma = 0\n",
-      "v = 347501593.9336893 > c, setting 1/gamma = 0\n",
-      "v = 318507667.45009017 > c, setting 1/gamma = 0\n",
-      "v = 309991669.5499944 > c, setting 1/gamma = 0\n",
-      "v = 330653179.6159125 > c, setting 1/gamma = 0\n",
-      "v = 308876029.16269934 > c, setting 1/gamma = 0\n",
-      "v = 310824875.80146396 > c, setting 1/gamma = 0\n",
-      "v = 311027512.5310492 > c, setting 1/gamma = 0\n",
-      "v = 305288590.0562248 > c, setting 1/gamma = 0\n",
-      "v = 323005307.2822044 > c, setting 1/gamma = 0\n",
-      "v = 314534700.1245239 > c, setting 1/gamma = 0\n",
-      "v = 332264063.7395443 > c, setting 1/gamma = 0\n",
-      "v = 315945013.5180032 > c, setting 1/gamma = 0\n",
-      "v = 310050372.01182014 > c, setting 1/gamma = 0\n",
-      "v = 327535030.9713681 > c, setting 1/gamma = 0\n",
-      "v = 314763379.2489786 > c, setting 1/gamma = 0\n",
-      "v = 301087861.2690401 > c, setting 1/gamma = 0\n",
-      "v = 316505291.17819595 > c, setting 1/gamma = 0\n",
-      "v = 322272686.24670684 > c, setting 1/gamma = 0\n",
-      "v = 313925829.260401 > c, setting 1/gamma = 0\n",
-      "v = 327500897.4062298 > c, setting 1/gamma = 0\n",
-      "v = 308283881.183517 > c, setting 1/gamma = 0\n",
-      "v = 343893075.7614056 > c, setting 1/gamma = 0\n",
-      "v = 324165692.9996729 > c, setting 1/gamma = 0\n",
-      "v = 337849626.2763349 > c, setting 1/gamma = 0\n",
-      "v = 303910362.5051203 > c, setting 1/gamma = 0\n",
-      "v = 340678922.6284632 > c, setting 1/gamma = 0\n",
-      "v = 310376313.5864353 > c, setting 1/gamma = 0\n",
-      "v = 325412728.725466 > c, setting 1/gamma = 0\n",
-      "v = 300071406.939682 > c, setting 1/gamma = 0\n",
-      "v = 334990342.9134268 > c, setting 1/gamma = 0\n",
-      "v = 302428134.35600036 > c, setting 1/gamma = 0\n",
-      "v = 311539027.8824607 > c, setting 1/gamma = 0\n",
-      "v = 347403385.4024606 > c, setting 1/gamma = 0\n",
-      "v = 332378699.90165335 > c, setting 1/gamma = 0\n",
-      "v = 345181793.1639775 > c, setting 1/gamma = 0\n",
-      "v = 301201245.95095205 > c, setting 1/gamma = 0\n",
-      "v = 340775356.2629745 > c, setting 1/gamma = 0\n",
-      "v = 331433957.6659811 > c, setting 1/gamma = 0\n",
-      "v = 347258333.81038177 > c, setting 1/gamma = 0\n",
-      "v = 307418731.8333571 > c, setting 1/gamma = 0\n",
-      "v = 324456680.03353405 > c, setting 1/gamma = 0\n",
-      "v = 312373706.5175567 > c, setting 1/gamma = 0\n",
-      "v = 315331208.9270411 > c, setting 1/gamma = 0\n",
-      "v = 330317461.66617715 > c, setting 1/gamma = 0\n",
-      "v = 324855009.4637506 > c, setting 1/gamma = 0\n",
-      "v = 324784366.2429779 > c, setting 1/gamma = 0\n",
-      "v = 342085812.9208622 > c, setting 1/gamma = 0\n",
-      "v = 301159863.08278656 > c, setting 1/gamma = 0\n",
-      "v = 312321004.2095907 > c, setting 1/gamma = 0\n",
-      "v = 314682022.6732379 > c, setting 1/gamma = 0\n",
-      "v = 351289206.2449337 > c, setting 1/gamma = 0\n",
-      "v = 325278344.1361707 > c, setting 1/gamma = 0\n",
-      "v = 340262679.1190552 > c, setting 1/gamma = 0\n",
-      "v = 319003168.4604024 > c, setting 1/gamma = 0\n",
-      "v = 339792913.45924854 > c, setting 1/gamma = 0\n",
-      "v = 355468877.50958186 > c, setting 1/gamma = 0\n",
-      "v = 328601377.72919804 > c, setting 1/gamma = 0\n",
-      "v = 315748467.7352074 > c, setting 1/gamma = 0\n",
-      "v = 334601536.1372097 > c, setting 1/gamma = 0\n",
-      "v = 313606077.67190105 > c, setting 1/gamma = 0\n",
-      "v = 353593238.22657657 > c, setting 1/gamma = 0\n",
-      "v = 330929179.2797661 > c, setting 1/gamma = 0\n",
-      "v = 346369991.3042822 > c, setting 1/gamma = 0\n",
-      "v = 308356005.67981416 > c, setting 1/gamma = 0\n",
-      "v = 328051701.4980987 > c, setting 1/gamma = 0\n",
-      "v = 364828265.56981003 > c, setting 1/gamma = 0\n",
-      "v = 331205076.21752876 > c, setting 1/gamma = 0\n",
-      "v = 345447438.25383115 > c, setting 1/gamma = 0\n",
-      "v = 320566457.5474754 > c, setting 1/gamma = 0\n",
-      "v = 336237352.34859055 > c, setting 1/gamma = 0\n",
-      "v = 300283139.1686044 > c, setting 1/gamma = 0\n",
-      "v = 330369485.9648521 > c, setting 1/gamma = 0\n",
-      "v = 345033265.935312 > c, setting 1/gamma = 0\n",
-      "v = 303711484.6408232 > c, setting 1/gamma = 0\n",
-      "v = 320762938.97846955 > c, setting 1/gamma = 0\n",
-      "v = 302948192.1015602 > c, setting 1/gamma = 0\n",
-      "v = 320845411.2080741 > c, setting 1/gamma = 0\n",
-      "v = 301540982.3102083 > c, setting 1/gamma = 0\n",
-      "v = 342371315.0092356 > c, setting 1/gamma = 0\n",
-      "v = 352784493.06406397 > c, setting 1/gamma = 0\n",
-      "v = 301898740.2755082 > c, setting 1/gamma = 0\n",
-      "v = 309638650.11153954 > c, setting 1/gamma = 0\n",
-      "v = 323849400.17333627 > c, setting 1/gamma = 0\n",
-      "v = 306789017.72081345 > c, setting 1/gamma = 0\n",
-      "v = 311377841.18494195 > c, setting 1/gamma = 0\n",
-      "v = 347684407.7293813 > c, setting 1/gamma = 0\n",
-      "v = 325599855.1208167 > c, setting 1/gamma = 0\n",
-      "v = 339217279.52958524 > c, setting 1/gamma = 0\n",
-      "v = 315118723.18335104 > c, setting 1/gamma = 0\n",
-      "v = 330833637.126763 > c, setting 1/gamma = 0\n",
-      "v = 343677506.52883166 > c, setting 1/gamma = 0\n",
-      "v = 309355770.44856495 > c, setting 1/gamma = 0\n",
-      "v = 303202806.2434879 > c, setting 1/gamma = 0\n",
-      "v = 318327595.15804386 > c, setting 1/gamma = 0\n",
-      "v = 311514140.0568075 > c, setting 1/gamma = 0\n",
-      "v = 305819008.464127 > c, setting 1/gamma = 0\n",
-      "v = 346456827.0498779 > c, setting 1/gamma = 0\n",
-      "v = 329220115.9050842 > c, setting 1/gamma = 0\n",
-      "v = 346759568.445348 > c, setting 1/gamma = 0\n",
-      "v = 311088174.1094553 > c, setting 1/gamma = 0\n",
-      "v = 302435010.0525297 > c, setting 1/gamma = 0\n",
-      "v = 321475462.616657 > c, setting 1/gamma = 0\n",
-      "v = 315583624.00597686 > c, setting 1/gamma = 0\n",
-      "v = 309877274.50394255 > c, setting 1/gamma = 0\n",
-      "v = 326154329.3685327 > c, setting 1/gamma = 0\n",
-      "v = 302937243.536209 > c, setting 1/gamma = 0\n",
-      "v = 322374027.4633237 > c, setting 1/gamma = 0\n",
-      "v = 313736318.705373 > c, setting 1/gamma = 0\n",
-      "v = 304489347.06112003 > c, setting 1/gamma = 0\n",
-      "v = 323260124.92346925 > c, setting 1/gamma = 0\n",
-      "v = 312357638.21754104 > c, setting 1/gamma = 0\n",
-      "v = 300596966.7499151 > c, setting 1/gamma = 0\n",
-      "v = 316330843.16350776 > c, setting 1/gamma = 0\n",
-      "v = 323652173.7770572 > c, setting 1/gamma = 0\n",
-      "v = 312669857.24963075 > c, setting 1/gamma = 0\n",
-      "v = 326197156.8409491 > c, setting 1/gamma = 0\n",
-      "v = 308009539.92322826 > c, setting 1/gamma = 0\n",
-      "v = 343596624.6630884 > c, setting 1/gamma = 0\n",
-      "v = 335903720.9277854 > c, setting 1/gamma = 0\n",
-      "v = 347094971.5325876 > c, setting 1/gamma = 0\n",
-      "v = 302568924.9422908 > c, setting 1/gamma = 0\n",
-      "v = 340273721.25413734 > c, setting 1/gamma = 0\n",
-      "v = 317399176.7243487 > c, setting 1/gamma = 0\n",
-      "v = 331983566.46166945 > c, setting 1/gamma = 0\n",
-      "v = 325094861.22788835 > c, setting 1/gamma = 0\n",
-      "v = 303979463.4853538 > c, setting 1/gamma = 0\n",
-      "v = 319274206.1289607 > c, setting 1/gamma = 0\n",
-      "v = 302747148.5732954 > c, setting 1/gamma = 0\n",
-      "v = 338787246.7766429 > c, setting 1/gamma = 0\n",
-      "v = 335078526.14349747 > c, setting 1/gamma = 0\n",
-      "v = 346792987.44411343 > c, setting 1/gamma = 0\n",
-      "v = 321221683.1401909 > c, setting 1/gamma = 0\n",
-      "v = 321800584.6716384 > c, setting 1/gamma = 0\n",
-      "v = 338158766.83302146 > c, setting 1/gamma = 0\n",
-      "v = 301035834.9335998 > c, setting 1/gamma = 0\n",
-      "v = 307735428.9143737 > c, setting 1/gamma = 0\n",
-      "v = 322378444.8411989 > c, setting 1/gamma = 0\n",
-      "v = 300655210.6207523 > c, setting 1/gamma = 0\n",
-      "v = 335786204.3502403 > c, setting 1/gamma = 0\n",
-      "v = 316855015.0351562 > c, setting 1/gamma = 0\n",
-      "v = 330043963.1477881 > c, setting 1/gamma = 0\n",
-      "v = 306006539.67122686 > c, setting 1/gamma = 0\n",
-      "v = 342776149.17873174 > c, setting 1/gamma = 0\n",
-      "v = 339297500.6897915 > c, setting 1/gamma = 0\n",
-      "v = 350992126.1831789 > c, setting 1/gamma = 0\n",
-      "v = 304209259.1702355 > c, setting 1/gamma = 0\n",
-      "v = 319208392.92109615 > c, setting 1/gamma = 0\n",
-      "v = 332982735.1405137 > c, setting 1/gamma = 0\n",
-      "v = 319187644.74750435 > c, setting 1/gamma = 0\n",
-      "v = 306478606.3592266 > c, setting 1/gamma = 0\n",
-      "v = 320778312.1573135 > c, setting 1/gamma = 0\n",
-      "v = 303428189.90809613 > c, setting 1/gamma = 0\n",
-      "v = 338917142.898855 > c, setting 1/gamma = 0\n",
-      "v = 334583439.4031204 > c, setting 1/gamma = 0\n",
-      "v = 345842404.97300655 > c, setting 1/gamma = 0\n",
-      "v = 314876936.68524027 > c, setting 1/gamma = 0\n",
-      "v = 333437067.48638153 > c, setting 1/gamma = 0\n",
-      "v = 346255816.8451346 > c, setting 1/gamma = 0\n",
-      "v = 309789824.15427667 > c, setting 1/gamma = 0\n",
-      "v = 323808639.86781764 > c, setting 1/gamma = 0\n",
-      "v = 324690050.07436943 > c, setting 1/gamma = 0\n",
-      "v = 317316283.1595649 > c, setting 1/gamma = 0\n",
-      "v = 330839225.5011793 > c, setting 1/gamma = 0\n",
-      "v = 317872721.2843574 > c, setting 1/gamma = 0\n",
-      "v = 337521402.9944734 > c, setting 1/gamma = 0\n",
-      "v = 349555778.9758814 > c, setting 1/gamma = 0\n",
-      "v = 322064168.96771795 > c, setting 1/gamma = 0\n",
-      "v = 336613787.77347815 > c, setting 1/gamma = 0\n",
-      "v = 307555270.69898623 > c, setting 1/gamma = 0\n",
-      "v = 322778149.8897474 > c, setting 1/gamma = 0\n",
-      "v = 327262353.6504425 > c, setting 1/gamma = 0\n",
-      "v = 338951387.4369465 > c, setting 1/gamma = 0\n",
-      "v = 312807621.4518335 > c, setting 1/gamma = 0\n",
-      "v = 319740813.4967591 > c, setting 1/gamma = 0\n",
-      "v = 332903051.21066165 > c, setting 1/gamma = 0\n",
-      "v = 308579952.5935207 > c, setting 1/gamma = 0\n",
-      "v = 308007644.5654608 > c, setting 1/gamma = 0\n",
-      "v = 341975436.95203567 > c, setting 1/gamma = 0\n",
-      "v = 305480211.1171789 > c, setting 1/gamma = 0\n",
-      "v = 319675494.8824315 > c, setting 1/gamma = 0\n",
-      "v = 303711912.18543434 > c, setting 1/gamma = 0\n",
-      "v = 338957503.52533764 > c, setting 1/gamma = 0\n",
-      "v = 316614035.54046553 > c, setting 1/gamma = 0\n",
-      "v = 330889538.69782466 > c, setting 1/gamma = 0\n",
-      "v = 311215870.22093266 > c, setting 1/gamma = 0\n",
-      "v = 305047720.58789426 > c, setting 1/gamma = 0\n",
-      "v = 325793327.1269559 > c, setting 1/gamma = 0\n",
-      "v = 302403415.2817394 > c, setting 1/gamma = 0\n",
-      "v = 317031557.90559965 > c, setting 1/gamma = 0\n",
-      "v = 317714109.74878454 > c, setting 1/gamma = 0\n",
-      "v = 308953144.1875871 > c, setting 1/gamma = 0\n",
-      "v = 324099844.1842271 > c, setting 1/gamma = 0\n",
-      "v = 312610452.1103012 > c, setting 1/gamma = 0\n",
-      "v = 306008912.97777236 > c, setting 1/gamma = 0\n",
-      "v = 321549128.49079496 > c, setting 1/gamma = 0\n",
-      "v = 313223423.88390094 > c, setting 1/gamma = 0\n",
-      "v = 303561741.0302595 > c, setting 1/gamma = 0\n",
-      "v = 340320226.08758414 > c, setting 1/gamma = 0\n",
-      "v = 316858433.91747314 > c, setting 1/gamma = 0\n",
-      "v = 331097844.8551418 > c, setting 1/gamma = 0\n",
-      "v = 319440650.8767389 > c, setting 1/gamma = 0\n",
-      "v = 347490473.8229515 > c, setting 1/gamma = 0\n",
-      "v = 357594641.52021873 > c, setting 1/gamma = 0\n",
-      "v = 320546917.21767 > c, setting 1/gamma = 0\n",
-      "v = 315883809.88793075 > c, setting 1/gamma = 0\n",
-      "v = 331751528.60296804 > c, setting 1/gamma = 0\n",
-      "v = 314740848.23437625 > c, setting 1/gamma = 0\n",
-      "v = 308083080.5721166 > c, setting 1/gamma = 0\n",
-      "v = 322723883.1792744 > c, setting 1/gamma = 0\n",
-      "v = 324069674.2068722 > c, setting 1/gamma = 0\n",
-      "v = 327692746.4865614 > c, setting 1/gamma = 0\n",
-      "v = 341072616.2069285 > c, setting 1/gamma = 0\n",
-      "v = 303461672.82023656 > c, setting 1/gamma = 0\n",
-      "v = 342757307.62315494 > c, setting 1/gamma = 0\n",
-      "v = 326647583.13562834 > c, setting 1/gamma = 0\n",
-      "v = 341684192.1058391 > c, setting 1/gamma = 0\n",
-      "v = 321517999.30048376 > c, setting 1/gamma = 0\n",
-      "v = 301606644.4092146 > c, setting 1/gamma = 0\n",
-      "v = 318108042.27985543 > c, setting 1/gamma = 0\n",
-      "v = 324922526.2353645 > c, setting 1/gamma = 0\n",
-      "v = 318816803.9317743 > c, setting 1/gamma = 0\n",
-      "v = 332986403.64512354 > c, setting 1/gamma = 0\n",
-      "v = 304497087.4469933 > c, setting 1/gamma = 0\n",
-      "v = 342791218.86166424 > c, setting 1/gamma = 0\n",
-      "v = 330954421.72489893 > c, setting 1/gamma = 0\n",
-      "v = 345420951.5771401 > c, setting 1/gamma = 0\n",
-      "v = 314901683.0447694 > c, setting 1/gamma = 0\n",
-      "v = 308762596.7279043 > c, setting 1/gamma = 0\n",
-      "v = 324934635.07096153 > c, setting 1/gamma = 0\n",
-      "v = 322518390.3689387 > c, setting 1/gamma = 0\n",
-      "v = 301763632.94052243 > c, setting 1/gamma = 0\n",
-      "v = 317183617.6331717 > c, setting 1/gamma = 0\n",
-      "v = 303642546.53256637 > c, setting 1/gamma = 0\n",
-      "v = 339726488.74675345 > c, setting 1/gamma = 0\n",
-      "v = 337991575.70200974 > c, setting 1/gamma = 0\n",
-      "v = 348997809.1563792 > c, setting 1/gamma = 0\n",
-      "v = 325741870.5586361 > c, setting 1/gamma = 0\n",
-      "v = 310327497.5398736 > c, setting 1/gamma = 0\n",
-      "v = 328107764.5808756 > c, setting 1/gamma = 0\n",
-      "v = 305704411.6157884 > c, setting 1/gamma = 0\n",
-      "v = 304053872.83371645 > c, setting 1/gamma = 0\n",
-      "v = 318846075.88952833 > c, setting 1/gamma = 0\n",
-      "v = 302452927.75308615 > c, setting 1/gamma = 0\n",
-      "v = 337463333.8964007 > c, setting 1/gamma = 0\n",
-      "v = 324021121.1132069 > c, setting 1/gamma = 0\n",
-      "v = 336047599.17770135 > c, setting 1/gamma = 0\n",
-      "v = 306856199.99848586 > c, setting 1/gamma = 0\n",
-      "v = 344169636.0809318 > c, setting 1/gamma = 0\n",
-      "v = 336444055.6790528 > c, setting 1/gamma = 0\n",
-      "v = 348861575.7256698 > c, setting 1/gamma = 0\n",
-      "v = 305573080.3925624 > c, setting 1/gamma = 0\n",
-      "v = 314402455.8797744 > c, setting 1/gamma = 0\n",
-      "v = 328420932.63684845 > c, setting 1/gamma = 0\n",
-      "v = 326853069.03781974 > c, setting 1/gamma = 0\n",
-      "v = 308021910.012828 > c, setting 1/gamma = 0\n",
-      "v = 322653353.7081422 > c, setting 1/gamma = 0\n",
-      "v = 334543071.0146751 > c, setting 1/gamma = 0\n",
-      "v = 335320133.0703092 > c, setting 1/gamma = 0\n",
-      "v = 348194869.48487705 > c, setting 1/gamma = 0\n",
-      "v = 322488391.7992159 > c, setting 1/gamma = 0\n",
-      "v = 337716760.1226883 > c, setting 1/gamma = 0\n",
-      "v = 307917312.5415435 > c, setting 1/gamma = 0\n",
-      "v = 322549321.3365326 > c, setting 1/gamma = 0\n",
-      "v = 313866960.83248913 > c, setting 1/gamma = 0\n",
-      "v = 328485056.2006405 > c, setting 1/gamma = 0\n",
-      "v = 339731497.02943635 > c, setting 1/gamma = 0\n",
-      "v = 320621071.2928041 > c, setting 1/gamma = 0\n",
-      "v = 336420895.70379496 > c, setting 1/gamma = 0\n",
-      "v = 348545960.81141585 > c, setting 1/gamma = 0\n",
-      "v = 313831240.5519868 > c, setting 1/gamma = 0\n",
-      "v = 328472507.38390464 > c, setting 1/gamma = 0\n",
-      "v = 300650423.8745629 > c, setting 1/gamma = 0\n",
-      "v = 307930147.5717604 > c, setting 1/gamma = 0\n",
-      "v = 320880374.2664807 > c, setting 1/gamma = 0\n",
-      "v = 309090675.04615 > c, setting 1/gamma = 0\n",
-      "v = 343353105.9584256 > c, setting 1/gamma = 0\n",
-      "v = 325278804.5412813 > c, setting 1/gamma = 0\n",
-      "v = 337469984.8029272 > c, setting 1/gamma = 0\n",
-      "v = 321512296.8479217 > c, setting 1/gamma = 0\n",
-      "v = 316635170.01373696 > c, setting 1/gamma = 0\n",
-      "v = 330100834.7397328 > c, setting 1/gamma = 0\n",
-      "v = 309890939.80399376 > c, setting 1/gamma = 0\n",
-      "v = 308331701.94229686 > c, setting 1/gamma = 0\n",
-      "v = 309152715.730164 > c, setting 1/gamma = 0\n",
-      "v = 343907433.0364136 > c, setting 1/gamma = 0\n",
-      "v = 316103829.6512703 > c, setting 1/gamma = 0\n",
-      "v = 329652567.13864654 > c, setting 1/gamma = 0\n",
-      "v = 320686148.530182 > c, setting 1/gamma = 0\n",
-      "v = 325602625.3457455 > c, setting 1/gamma = 0\n",
-      "v = 338796242.86450374 > c, setting 1/gamma = 0\n",
-      "v = 305300103.3741022 > c, setting 1/gamma = 0\n",
-      "v = 319206073.4673928 > c, setting 1/gamma = 0\n",
-      "v = 319106887.2866463 > c, setting 1/gamma = 0\n",
-      "v = 301806831.6636353 > c, setting 1/gamma = 0\n",
-      "v = 315995626.4408109 > c, setting 1/gamma = 0\n",
-      "v = 305000973.6426113 > c, setting 1/gamma = 0\n",
-      "v = 339506388.6215593 > c, setting 1/gamma = 0\n",
-      "v = 305944955.63105553 > c, setting 1/gamma = 0\n",
-      "v = 321303662.51783586 > c, setting 1/gamma = 0\n",
-      "v = 319529233.49476975 > c, setting 1/gamma = 0\n",
-      "v = 300704924.35891217 > c, setting 1/gamma = 0\n",
-      "v = 315702126.39213806 > c, setting 1/gamma = 0\n",
-      "v = 319077466.1903032 > c, setting 1/gamma = 0\n",
-      "v = 304100489.18898374 > c, setting 1/gamma = 0\n",
-      "v = 341051755.90979576 > c, setting 1/gamma = 0\n",
-      "v = 331376487.3358672 > c, setting 1/gamma = 0\n",
-      "v = 343686885.8701581 > c, setting 1/gamma = 0\n",
-      "v = 319965649.6749059 > c, setting 1/gamma = 0\n",
-      "v = 336656702.18835616 > c, setting 1/gamma = 0\n",
-      "v = 348893644.2827414 > c, setting 1/gamma = 0\n",
-      "v = 313669296.1767138 > c, setting 1/gamma = 0\n",
-      "v = 310226346.52231824 > c, setting 1/gamma = 0\n",
-      "v = 324525980.0516588 > c, setting 1/gamma = 0\n",
-      "v = 308350855.695221 > c, setting 1/gamma = 0\n",
-      "v = 307322463.6730556 > c, setting 1/gamma = 0\n",
-      "v = 347500847.58443207 > c, setting 1/gamma = 0\n",
-      "v = 329428918.8127643 > c, setting 1/gamma = 0\n",
-      "v = 345811782.0288982 > c, setting 1/gamma = 0\n",
-      "v = 316381533.8434866 > c, setting 1/gamma = 0\n",
-      "v = 312883280.75683266 > c, setting 1/gamma = 0\n",
-      "v = 315297073.2366224 > c, setting 1/gamma = 0\n",
-      "v = 305624125.05867016 > c, setting 1/gamma = 0\n",
-      "v = 300995486.5211602 > c, setting 1/gamma = 0\n",
-      "v = 306846348.0489527 > c, setting 1/gamma = 0\n",
-      "v = 310385913.38136214 > c, setting 1/gamma = 0\n",
-      "v = 301162897.8008569 > c, setting 1/gamma = 0\n",
-      "v = 333410749.348548 > c, setting 1/gamma = 0\n",
-      "v = 321376946.8826097 > c, setting 1/gamma = 0\n",
-      "v = 334138427.0681101 > c, setting 1/gamma = 0\n",
-      "v = 306169255.7429116 > c, setting 1/gamma = 0\n",
-      "v = 343452531.54295856 > c, setting 1/gamma = 0\n",
-      "v = 329911522.89914507 > c, setting 1/gamma = 0\n",
-      "v = 343097172.08096766 > c, setting 1/gamma = 0\n",
-      "v = 318021013.210791 > c, setting 1/gamma = 0\n",
-      "v = 308048462.77534646 > c, setting 1/gamma = 0\n",
-      "v = 322798932.8979405 > c, setting 1/gamma = 0\n",
-      "v = 331859235.5487143 > c, setting 1/gamma = 0\n",
-      "v = 305606522.42687386 > c, setting 1/gamma = 0\n",
-      "v = 319845439.30065775 > c, setting 1/gamma = 0\n",
-      "v = 307061376.3829 > c, setting 1/gamma = 0\n",
-      "v = 342741302.23285174 > c, setting 1/gamma = 0\n",
-      "v = 340685494.195548 > c, setting 1/gamma = 0\n",
-      "v = 350677631.4082603 > c, setting 1/gamma = 0\n",
-      "v = 321903427.0688171 > c, setting 1/gamma = 0\n",
-      "v = 319112137.47524714 > c, setting 1/gamma = 0\n",
-      "v = 333931485.7847142 > c, setting 1/gamma = 0\n",
-      "v = 311404084.0268641 > c, setting 1/gamma = 0\n",
-      "v = 304611001.0120802 > c, setting 1/gamma = 0\n",
-      "v = 318616652.3848474 > c, setting 1/gamma = 0\n",
-      "v = 305797128.01806676 > c, setting 1/gamma = 0\n",
-      "v = 340539156.3110687 > c, setting 1/gamma = 0\n",
-      "v = 332601453.1365185 > c, setting 1/gamma = 0\n",
-      "v = 343095520.5314812 > c, setting 1/gamma = 0\n",
-      "v = 302678188.9723646 > c, setting 1/gamma = 0\n",
-      "v = 340687242.74627054 > c, setting 1/gamma = 0\n",
-      "v = 333236124.6306457 > c, setting 1/gamma = 0\n",
-      "v = 346128512.3192409 > c, setting 1/gamma = 0\n",
-      "v = 302216170.10331345 > c, setting 1/gamma = 0\n",
-      "v = 309915358.03400314 > c, setting 1/gamma = 0\n",
-      "v = 323548609.37644464 > c, setting 1/gamma = 0\n",
-      "v = 302109140.88986665 > c, setting 1/gamma = 0\n",
-      "v = 336977987.3719992 > c, setting 1/gamma = 0\n",
-      "v = 316341349.917462 > c, setting 1/gamma = 0\n",
-      "v = 328950728.56135213 > c, setting 1/gamma = 0\n",
-      "v = 307156670.2771309 > c, setting 1/gamma = 0\n",
-      "v = 343756157.6998733 > c, setting 1/gamma = 0\n",
-      "v = 339156456.0996056 > c, setting 1/gamma = 0\n",
-      "v = 350170417.7094263 > c, setting 1/gamma = 0\n",
-      "v = 303759411.1986004 > c, setting 1/gamma = 0\n",
-      "v = 317765576.0785819 > c, setting 1/gamma = 0\n",
-      "v = 330939888.3407785 > c, setting 1/gamma = 0\n",
-      "v = 321225207.9783952 > c, setting 1/gamma = 0\n",
-      "v = 306598589.53719103 > c, setting 1/gamma = 0\n",
-      "v = 320424541.2541752 > c, setting 1/gamma = 0\n",
-      "v = 302387607.4128632 > c, setting 1/gamma = 0\n",
-      "v = 337979582.81800795 > c, setting 1/gamma = 0\n",
-      "v = 331822407.93575096 > c, setting 1/gamma = 0\n",
-      "v = 343217719.7080104 > c, setting 1/gamma = 0\n",
-      "v = 312561963.48157436 > c, setting 1/gamma = 0\n",
-      "v = 326399918.1351811 > c, setting 1/gamma = 0\n",
-      "v = 339011864.39321023 > c, setting 1/gamma = 0\n",
-      "v = 306138198.72245985 > c, setting 1/gamma = 0\n",
-      "v = 303690029.3722237 > c, setting 1/gamma = 0\n",
-      "v = 317262101.6245902 > c, setting 1/gamma = 0\n",
-      "v = 306691104.0017541 > c, setting 1/gamma = 0\n",
-      "v = 340100956.3378571 > c, setting 1/gamma = 0\n",
-      "v = 300314142.7418308 > c, setting 1/gamma = 0\n",
-      "v = 315078728.2754339 > c, setting 1/gamma = 0\n",
-      "v = 312263367.69859326 > c, setting 1/gamma = 0\n",
-      "v = 347423139.0006018 > c, setting 1/gamma = 0\n",
-      "v = 317215925.27165437 > c, setting 1/gamma = 0\n",
-      "v = 331391179.2905119 > c, setting 1/gamma = 0\n",
-      "v = 318111178.41288257 > c, setting 1/gamma = 0\n",
-      "v = 306208606.0756057 > c, setting 1/gamma = 0\n",
-      "v = 320446816.1553688 > c, setting 1/gamma = 0\n",
-      "v = 323574554.3134131 > c, setting 1/gamma = 0\n",
-      "v = 302038967.2502781 > c, setting 1/gamma = 0\n",
-      "v = 316363988.8892435 > c, setting 1/gamma = 0\n",
-      "v = 302236793.07088405 > c, setting 1/gamma = 0\n",
-      "v = 337525226.5318491 > c, setting 1/gamma = 0\n",
-      "v = 309232317.4118569 > c, setting 1/gamma = 0\n",
-      "v = 324301779.6296151 > c, setting 1/gamma = 0\n",
-      "v = 317080251.16506493 > c, setting 1/gamma = 0\n",
-      "v = 309127227.64046395 > c, setting 1/gamma = 0\n",
-      "v = 323562534.56578153 > c, setting 1/gamma = 0\n",
-      "v = 313693465.1284255 > c, setting 1/gamma = 0\n",
-      "v = 305610517.994643 > c, setting 1/gamma = 0\n",
-      "v = 342545533.5874317 > c, setting 1/gamma = 0\n",
-      "v = 325958388.7895596 > c, setting 1/gamma = 0\n",
-      "v = 338890682.2666353 > c, setting 1/gamma = 0\n",
-      "v = 314635488.0739818 > c, setting 1/gamma = 0\n",
-      "v = 344154883.8104131 > c, setting 1/gamma = 0\n",
-      "v = 354258186.9900077 > c, setting 1/gamma = 0\n",
-      "v = 312576271.0624167 > c, setting 1/gamma = 0\n",
-      "v = 313745730.4553347 > c, setting 1/gamma = 0\n",
-      "v = 327692673.43228763 > c, setting 1/gamma = 0\n",
-      "v = 305072250.9413981 > c, setting 1/gamma = 0\n",
-      "v = 307350832.91039324 > c, setting 1/gamma = 0\n",
-      "v = 346785498.4557054 > c, setting 1/gamma = 0\n",
-      "v = 349230246.75715494 > c, setting 1/gamma = 0\n",
-      "v = 360209983.54365486 > c, setting 1/gamma = 0\n",
-      "v = 320871543.7786668 > c, setting 1/gamma = 0\n",
-      "v = 316765739.5098513 > c, setting 1/gamma = 0\n",
-      "v = 317201262.9429221 > c, setting 1/gamma = 0\n",
-      "v = 307858735.58392566 > c, setting 1/gamma = 0\n",
-      "v = 310315463.8025305 > c, setting 1/gamma = 0\n",
-      "v = 303263901.2118523 > c, setting 1/gamma = 0\n",
-      "v = 340281048.7905959 > c, setting 1/gamma = 0\n",
-      "v = 307104539.6383217 > c, setting 1/gamma = 0\n",
-      "v = 321386268.8461624 > c, setting 1/gamma = 0\n",
-      "v = 303283928.91396636 > c, setting 1/gamma = 0\n",
-      "v = 338599568.8080769 > c, setting 1/gamma = 0\n",
-      "v = 309773351.5560024 > c, setting 1/gamma = 0\n",
-      "v = 317074768.5157469 > c, setting 1/gamma = 0\n",
-      "v = 355030083.05009705 > c, setting 1/gamma = 0\n",
-      "v = 346434268.8599909 > c, setting 1/gamma = 0\n",
-      "v = 357347639.23032105 > c, setting 1/gamma = 0\n",
-      "v = 317748102.9551291 > c, setting 1/gamma = 0\n",
-      "v = 307454460.37085676 > c, setting 1/gamma = 0\n",
-      "v = 324894892.805936 > c, setting 1/gamma = 0\n",
-      "v = 318709008.4836316 > c, setting 1/gamma = 0\n",
-      "v = 300901525.994155 > c, setting 1/gamma = 0\n",
-      "v = 317474708.1177343 > c, setting 1/gamma = 0\n",
-      "v = 300021986.4925608 > c, setting 1/gamma = 0\n",
-      "v = 338413999.1789395 > c, setting 1/gamma = 0\n",
-      "v = 321471074.3325508 > c, setting 1/gamma = 0\n",
-      "v = 337681056.06769353 > c, setting 1/gamma = 0\n",
-      "v = 305247218.7210944 > c, setting 1/gamma = 0\n",
-      "v = 317491829.30447054 > c, setting 1/gamma = 0\n",
-      "v = 332679461.4093654 > c, setting 1/gamma = 0\n",
-      "v = 314171754.7940233 > c, setting 1/gamma = 0\n",
-      "v = 303858118.60624766 > c, setting 1/gamma = 0\n",
-      "v = 318106076.63579375 > c, setting 1/gamma = 0\n",
-      "v = 304975984.151712 > c, setting 1/gamma = 0\n",
-      "v = 340087591.97815007 > c, setting 1/gamma = 0\n",
-      "v = 332400334.649772 > c, setting 1/gamma = 0\n",
-      "v = 342865886.68543094 > c, setting 1/gamma = 0\n",
-      "v = 303222938.57653576 > c, setting 1/gamma = 0\n",
-      "v = 341472772.50568044 > c, setting 1/gamma = 0\n",
-      "v = 331797849.99866116 > c, setting 1/gamma = 0\n",
-      "v = 345135705.7371171 > c, setting 1/gamma = 0\n",
-      "v = 302667798.5721797 > c, setting 1/gamma = 0\n",
-      "v = 310162483.51799995 > c, setting 1/gamma = 0\n",
-      "v = 323772541.0729761 > c, setting 1/gamma = 0\n",
-      "v = 301891869.5167973 > c, setting 1/gamma = 0\n",
-      "v = 336986201.9349157 > c, setting 1/gamma = 0\n",
-      "v = 316437074.24211264 > c, setting 1/gamma = 0\n",
-      "v = 328870036.5364069 > c, setting 1/gamma = 0\n",
-      "v = 307555015.1759177 > c, setting 1/gamma = 0\n",
-      "v = 344201784.8152524 > c, setting 1/gamma = 0\n",
-      "v = 339922931.52100486 > c, setting 1/gamma = 0\n",
-      "v = 350629096.09186935 > c, setting 1/gamma = 0\n",
-      "v = 304865819.9494615 > c, setting 1/gamma = 0\n",
-      "v = 318643831.2418812 > c, setting 1/gamma = 0\n",
-      "v = 331560531.49366075 > c, setting 1/gamma = 0\n",
-      "v = 322147023.4916804 > c, setting 1/gamma = 0\n",
-      "v = 307272766.697003 > c, setting 1/gamma = 0\n",
-      "v = 320944120.44445986 > c, setting 1/gamma = 0\n",
-      "v = 301962746.16067344 > c, setting 1/gamma = 0\n",
-      "v = 337810781.5631047 > c, setting 1/gamma = 0\n",
-      "v = 335328755.0018766 > c, setting 1/gamma = 0\n",
-      "v = 346023595.2423508 > c, setting 1/gamma = 0\n",
-      "v = 310110999.40039384 > c, setting 1/gamma = 0\n",
-      "v = 326624979.2669744 > c, setting 1/gamma = 0\n",
-      "v = 338848233.19995224 > c, setting 1/gamma = 0\n",
-      "v = 308901789.0931758 > c, setting 1/gamma = 0\n",
-      "v = 305204658.7687886 > c, setting 1/gamma = 0\n",
-      "v = 318342348.4005237 > c, setting 1/gamma = 0\n",
-      "v = 307242782.47241026 > c, setting 1/gamma = 0\n",
-      "v = 340891636.1479816 > c, setting 1/gamma = 0\n",
-      "v = 305413527.5845445 > c, setting 1/gamma = 0\n",
-      "v = 319432551.88104606 > c, setting 1/gamma = 0\n",
-      "v = 310605957.94687015 > c, setting 1/gamma = 0\n",
-      "v = 346344696.96663564 > c, setting 1/gamma = 0\n",
-      "v = 323965087.2318693 > c, setting 1/gamma = 0\n",
-      "v = 336761346.70604724 > c, setting 1/gamma = 0\n",
-      "v = 314026483.6197482 > c, setting 1/gamma = 0\n",
-      "v = 305979214.7218128 > c, setting 1/gamma = 0\n",
-      "v = 319677415.90421355 > c, setting 1/gamma = 0\n",
-      "v = 301442645.0426414 > c, setting 1/gamma = 0\n",
-      "v = 335500438.74754673 > c, setting 1/gamma = 0\n",
-      "v = 306873650.4726014 > c, setting 1/gamma = 0\n",
-      "v = 307426478.6097949 > c, setting 1/gamma = 0\n",
-      "v = 344509243.13196015 > c, setting 1/gamma = 0\n",
-      "v = 328162518.9329154 > c, setting 1/gamma = 0\n",
-      "v = 341162579.905016 > c, setting 1/gamma = 0\n",
-      "v = 319017284.05092573 > c, setting 1/gamma = 0\n",
-      "v = 332133566.11158216 > c, setting 1/gamma = 0\n",
-      "v = 305272398.2303602 > c, setting 1/gamma = 0\n",
-      "v = 306294944.5351597 > c, setting 1/gamma = 0\n",
-      "v = 343685982.153402 > c, setting 1/gamma = 0\n",
-      "v = 332900241.5321274 > c, setting 1/gamma = 0\n",
-      "v = 344954307.5287964 > c, setting 1/gamma = 0\n",
-      "v = 315012722.6997191 > c, setting 1/gamma = 0\n",
-      "v = 339189215.45835173 > c, setting 1/gamma = 0\n",
-      "v = 350303362.9817921 > c, setting 1/gamma = 0\n",
-      "v = 310451974.225455 > c, setting 1/gamma = 0\n",
-      "v = 311046827.6684938 > c, setting 1/gamma = 0\n",
-      "v = 324665888.8345765 > c, setting 1/gamma = 0\n",
-      "v = 305653544.3463922 > c, setting 1/gamma = 0\n",
-      "v = 307326358.16478235 > c, setting 1/gamma = 0\n",
-      "v = 347531400.9376607 > c, setting 1/gamma = 0\n",
-      "v = 338068514.8355392 > c, setting 1/gamma = 0\n",
-      "v = 351840272.8608832 > c, setting 1/gamma = 0\n",
-      "v = 319923128.0791704 > c, setting 1/gamma = 0\n",
-      "v = 303250151.1440469 > c, setting 1/gamma = 0\n",
-      "v = 319011887.6063969 > c, setting 1/gamma = 0\n",
-      "v = 301960307.20239145 > c, setting 1/gamma = 0\n",
-      "v = 317586316.0578016 > c, setting 1/gamma = 0\n",
-      "v = 300579689.22569 > c, setting 1/gamma = 0\n",
-      "v = 338037342.7512101 > c, setting 1/gamma = 0\n",
-      "v = 345833144.70441353 > c, setting 1/gamma = 0\n",
-      "v = 355346402.5915928 > c, setting 1/gamma = 0\n",
-      "v = 300368802.1789974 > c, setting 1/gamma = 0\n",
-      "v = 340181402.21292657 > c, setting 1/gamma = 0\n",
-      "v = 304143115.22427285 > c, setting 1/gamma = 0\n",
-      "v = 321482984.07021344 > c, setting 1/gamma = 0\n",
-      "v = 322301706.7475346 > c, setting 1/gamma = 0\n",
-      "v = 302016665.39841205 > c, setting 1/gamma = 0\n",
-      "v = 339105609.50941867 > c, setting 1/gamma = 0\n",
-      "v = 321583310.0534227 > c, setting 1/gamma = 0\n",
-      "v = 335600963.00246525 > c, setting 1/gamma = 0\n",
-      "v = 301003447.4218415 > c, setting 1/gamma = 0\n",
-      "v = 339981781.61568403 > c, setting 1/gamma = 0\n",
-      "v = 309107928.54919803 > c, setting 1/gamma = 0\n",
-      "v = 325886510.07235503 > c, setting 1/gamma = 0\n",
-      "v = 317791799.5605023 > c, setting 1/gamma = 0\n",
-      "v = 307291632.0560055 > c, setting 1/gamma = 0\n",
-      "v = 301101722.82908654 > c, setting 1/gamma = 0\n",
-      "v = 337452395.3491526 > c, setting 1/gamma = 0\n",
-      "v = 312243542.3017991 > c, setting 1/gamma = 0\n",
-      "v = 326350290.00122255 > c, setting 1/gamma = 0\n",
-      "v = 303734977.8746877 > c, setting 1/gamma = 0\n",
-      "v = 341258766.6862034 > c, setting 1/gamma = 0\n",
-      "v = 325483663.54379666 > c, setting 1/gamma = 0\n",
-      "v = 339256189.9931844 > c, setting 1/gamma = 0\n",
-      "v = 314112272.22211653 > c, setting 1/gamma = 0\n",
-      "v = 308242846.22282207 > c, setting 1/gamma = 0\n",
-      "v = 322099605.9990214 > c, setting 1/gamma = 0\n",
-      "v = 301683240.32431924 > c, setting 1/gamma = 0\n",
-      "v = 336353255.7169272 > c, setting 1/gamma = 0\n",
-      "v = 308580885.25318575 > c, setting 1/gamma = 0\n",
-      "v = 321243036.0855984 > c, setting 1/gamma = 0\n",
-      "v = 313695944.0996287 > c, setting 1/gamma = 0\n",
-      "v = 348151203.1218464 > c, setting 1/gamma = 0\n",
-      "v = 339002447.54684967 > c, setting 1/gamma = 0\n",
-      "v = 348161444.99509597 > c, setting 1/gamma = 0\n",
-      "v = 302853838.76609236 > c, setting 1/gamma = 0\n",
-      "v = 340828125.42862135 > c, setting 1/gamma = 0\n",
-      "v = 321030549.13915735 > c, setting 1/gamma = 0\n",
-      "v = 334397214.73831284 > c, setting 1/gamma = 0\n",
-      "v = 317568192.67423123 > c, setting 1/gamma = 0\n",
-      "v = 305784113.85253775 > c, setting 1/gamma = 0\n",
-      "v = 319440867.75524265 > c, setting 1/gamma = 0\n",
-      "v = 305271389.3029667 > c, setting 1/gamma = 0\n",
-      "v = 340740296.4469042 > c, setting 1/gamma = 0\n",
-      "v = 337767138.99612594 > c, setting 1/gamma = 0\n",
-      "v = 347502729.8579006 > c, setting 1/gamma = 0\n",
-      "v = 320037973.6243421 > c, setting 1/gamma = 0\n",
-      "v = 329133454.2070655 > c, setting 1/gamma = 0\n",
-      "v = 342334878.8562189 > c, setting 1/gamma = 0\n",
-      "v = 300661697.69490445 > c, setting 1/gamma = 0\n",
-      "v = 307959596.1945082 > c, setting 1/gamma = 0\n",
-      "v = 320890185.1340979 > c, setting 1/gamma = 0\n",
-      "v = 305643691.74451125 > c, setting 1/gamma = 0\n",
-      "v = 339975920.0319128 > c, setting 1/gamma = 0\n",
-      "v = 320291134.52676654 > c, setting 1/gamma = 0\n",
-      "v = 331916385.7398938 > c, setting 1/gamma = 0\n",
-      "v = 307744884.72718483 > c, setting 1/gamma = 0\n",
-      "v = 344662307.6679322 > c, setting 1/gamma = 0\n",
-      "v = 335254369.0773003 > c, setting 1/gamma = 0\n",
-      "v = 346400643.9138477 > c, setting 1/gamma = 0\n",
-      "v = 304975447.4411304 > c, setting 1/gamma = 0\n",
-      "v = 311120599.6584631 > c, setting 1/gamma = 0\n",
-      "v = 323950064.1088511 > c, setting 1/gamma = 0\n",
-      "v = 302447142.62067825 > c, setting 1/gamma = 0\n",
-      "v = 336947929.19603765 > c, setting 1/gamma = 0\n",
-      "v = 308387009.272934 > c, setting 1/gamma = 0\n",
-      "v = 321281456.9900158 > c, setting 1/gamma = 0\n",
-      "v = 310432539.3077861 > c, setting 1/gamma = 0\n",
-      "v = 345900845.15224904 > c, setting 1/gamma = 0\n",
-      "v = 325908912.8182587 > c, setting 1/gamma = 0\n",
-      "v = 338244542.27212733 > c, setting 1/gamma = 0\n",
-      "v = 315466643.9262907 > c, setting 1/gamma = 0\n",
-      "v = 314758987.27180266 > c, setting 1/gamma = 0\n",
-      "v = 327807702.7559148 > c, setting 1/gamma = 0\n",
-      "v = 318544047.888665 > c, setting 1/gamma = 0\n",
-      "v = 303527040.60910505 > c, setting 1/gamma = 0\n",
-      "v = 316796798.91673476 > c, setting 1/gamma = 0\n",
-      "v = 306460337.43965846 > c, setting 1/gamma = 0\n",
-      "v = 340880137.2675097 > c, setting 1/gamma = 0\n",
-      "v = 303728061.73666096 > c, setting 1/gamma = 0\n",
-      "v = 318544513.1292552 > c, setting 1/gamma = 0\n",
-      "v = 302075333.64580244 > c, setting 1/gamma = 0\n",
-      "v = 338200726.37807316 > c, setting 1/gamma = 0\n",
-      "v = 313266285.7714 > c, setting 1/gamma = 0\n",
-      "v = 326896957.6941604 > c, setting 1/gamma = 0\n",
-      "v = 316463135.13154227 > c, setting 1/gamma = 0\n",
-      "v = 301692330.95401424 > c, setting 1/gamma = 0\n",
-      "v = 307864230.687421 > c, setting 1/gamma = 0\n",
-      "v = 342614174.05461144 > c, setting 1/gamma = 0\n",
-      "v = 312808403.5617987 > c, setting 1/gamma = 0\n",
-      "v = 335126902.795365 > c, setting 1/gamma = 0\n",
-      "v = 324861709.10164213 > c, setting 1/gamma = 0\n",
-      "v = 337615577.26648474 > c, setting 1/gamma = 0\n",
-      "v = 306453282.26944906 > c, setting 1/gamma = 0\n",
-      "v = 305279828.91885614 > c, setting 1/gamma = 0\n",
-      "v = 301922626.2867043 > c, setting 1/gamma = 0\n",
-      "v = 337886468.0981045 > c, setting 1/gamma = 0\n",
-      "v = 304087602.8709311 > c, setting 1/gamma = 0\n",
-      "v = 318472934.8649024 > c, setting 1/gamma = 0\n",
-      "v = 322188375.05920887 > c, setting 1/gamma = 0\n",
-      "v = 316074605.86055547 > c, setting 1/gamma = 0\n",
-      "v = 330932476.2202401 > c, setting 1/gamma = 0\n",
-      "v = 329032580.42497015 > c, setting 1/gamma = 0\n",
-      "v = 323321105.76324046 > c, setting 1/gamma = 0\n",
-      "v = 336378349.6105495 > c, setting 1/gamma = 0\n",
-      "v = 321639209.2097051 > c, setting 1/gamma = 0\n",
-      "v = 310393482.20168024 > c, setting 1/gamma = 0\n",
-      "v = 324162191.4015385 > c, setting 1/gamma = 0\n",
-      "v = 301849218.1304425 > c, setting 1/gamma = 0\n",
-      "v = 338873029.10158086 > c, setting 1/gamma = 0\n",
-      "v = 314991504.8122784 > c, setting 1/gamma = 0\n",
-      "v = 329596738.1585966 > c, setting 1/gamma = 0\n",
-      "v = 308159236.18340796 > c, setting 1/gamma = 0\n",
-      "v = 346817777.55564857 > c, setting 1/gamma = 0\n",
-      "v = 332693872.55952394 > c, setting 1/gamma = 0\n",
-      "v = 344844098.0607235 > c, setting 1/gamma = 0\n",
-      "v = 301227109.76203746 > c, setting 1/gamma = 0\n",
-      "v = 339874852.77132255 > c, setting 1/gamma = 0\n",
-      "v = 304531023.18674797 > c, setting 1/gamma = 0\n",
-      "v = 319972607.4542189 > c, setting 1/gamma = 0\n",
-      "v = 302909696.49957037 > c, setting 1/gamma = 0\n",
-      "v = 340133966.1950616 > c, setting 1/gamma = 0\n",
-      "v = 332345300.6662441 > c, setting 1/gamma = 0\n",
-      "v = 344027962.7627209 > c, setting 1/gamma = 0\n",
-      "v = 307080973.46276736 > c, setting 1/gamma = 0\n",
-      "v = 347195561.2074952 > c, setting 1/gamma = 0\n",
-      "v = 316806336.5926051 > c, setting 1/gamma = 0\n",
-      "v = 334355062.40824085 > c, setting 1/gamma = 0\n",
-      "v = 311919158.74633586 > c, setting 1/gamma = 0\n",
-      "v = 306806881.5256696 > c, setting 1/gamma = 0\n",
-      "v = 322582703.51231444 > c, setting 1/gamma = 0\n",
-      "v = 300032920.0108982 > c, setting 1/gamma = 0\n",
-      "v = 334462178.0535906 > c, setting 1/gamma = 0\n",
-      "v = 303896133.2188713 > c, setting 1/gamma = 0\n",
-      "v = 322047131.87769395 > c, setting 1/gamma = 0\n",
-      "v = 307065410.37480694 > c, setting 1/gamma = 0\n",
-      "v = 309638287.2646746 > c, setting 1/gamma = 0\n",
-      "v = 323806473.1543325 > c, setting 1/gamma = 0\n",
-      "v = 333209283.5556315 > c, setting 1/gamma = 0\n",
-      "v = 304087908.37229437 > c, setting 1/gamma = 0\n",
-      "v = 317583663.27537566 > c, setting 1/gamma = 0\n",
-      "v = 308893784.3306851 > c, setting 1/gamma = 0\n",
-      "v = 343835306.7304858 > c, setting 1/gamma = 0\n",
-      "v = 342166919.7020535 > c, setting 1/gamma = 0\n",
-      "v = 350542931.94582975 > c, setting 1/gamma = 0\n",
-      "v = 300011011.729236 > c, setting 1/gamma = 0\n",
-      "v = 338393098.4378951 > c, setting 1/gamma = 0\n",
-      "v = 321021034.40392536 > c, setting 1/gamma = 0\n",
-      "v = 334908391.41961044 > c, setting 1/gamma = 0\n",
-      "v = 311610193.8638262 > c, setting 1/gamma = 0\n",
-      "v = 305254622.26486504 > c, setting 1/gamma = 0\n",
-      "v = 318460551.93883103 > c, setting 1/gamma = 0\n",
-      "v = 307403637.1629483 > c, setting 1/gamma = 0\n",
-      "v = 341955490.1814565 > c, setting 1/gamma = 0\n",
-      "v = 332432278.0546048 > c, setting 1/gamma = 0\n",
-      "v = 342195431.94524986 > c, setting 1/gamma = 0\n",
-      "v = 304388654.38384926 > c, setting 1/gamma = 0\n",
-      "v = 342313686.7342865 > c, setting 1/gamma = 0\n",
-      "v = 331999181.5549677 > c, setting 1/gamma = 0\n",
-      "v = 344103726.4929636 > c, setting 1/gamma = 0\n",
-      "v = 305159613.8604015 > c, setting 1/gamma = 0\n",
-      "v = 309238653.84790105 > c, setting 1/gamma = 0\n",
-      "v = 321988045.41918665 > c, setting 1/gamma = 0\n",
-      "v = 305287234.0673323 > c, setting 1/gamma = 0\n",
-      "v = 339745495.51596195 > c, setting 1/gamma = 0\n",
-      "v = 318979131.4552102 > c, setting 1/gamma = 0\n",
-      "v = 330528591.3285925 > c, setting 1/gamma = 0\n",
-      "v = 309253906.55901754 > c, setting 1/gamma = 0\n",
-      "v = 346005806.2412725 > c, setting 1/gamma = 0\n",
-      "v = 337039625.83698285 > c, setting 1/gamma = 0\n",
-      "v = 347698326.7912451 > c, setting 1/gamma = 0\n",
-      "v = 305825763.4810055 > c, setting 1/gamma = 0\n",
-      "v = 313218555.3894061 > c, setting 1/gamma = 0\n",
-      "v = 325798021.5047072 > c, setting 1/gamma = 0\n",
-      "v = 301330002.87493765 > c, setting 1/gamma = 0\n",
-      "v = 336181992.11277163 > c, setting 1/gamma = 0\n",
-      "v = 308710639.85688174 > c, setting 1/gamma = 0\n",
-      "v = 321398134.17421114 > c, setting 1/gamma = 0\n",
-      "v = 309453735.2121344 > c, setting 1/gamma = 0\n",
-      "v = 344990212.55952525 > c, setting 1/gamma = 0\n",
-      "v = 326526323.3952161 > c, setting 1/gamma = 0\n",
-      "v = 338553479.2763287 > c, setting 1/gamma = 0\n",
-      "v = 315855446.32144725 > c, setting 1/gamma = 0\n",
-      "v = 316416345.4550658 > c, setting 1/gamma = 0\n",
-      "v = 329116894.77760273 > c, setting 1/gamma = 0\n",
-      "v = 317775199.1087732 > c, setting 1/gamma = 0\n",
-      "v = 303974356.6269111 > c, setting 1/gamma = 0\n",
-      "v = 316945194.8120764 > c, setting 1/gamma = 0\n",
-      "v = 307300422.4778099 > c, setting 1/gamma = 0\n",
-      "v = 341576029.43852085 > c, setting 1/gamma = 0\n",
-      "v = 301967434.41745985 > c, setting 1/gamma = 0\n",
-      "v = 316741694.2316494 > c, setting 1/gamma = 0\n",
-      "v = 303588670.37649196 > c, setting 1/gamma = 0\n",
-      "v = 339517627.700946 > c, setting 1/gamma = 0\n",
-      "v = 312466431.20914036 > c, setting 1/gamma = 0\n",
-      "v = 325980640.1423097 > c, setting 1/gamma = 0\n",
-      "v = 319907202.8899916 > c, setting 1/gamma = 0\n",
-      "v = 309091359.1236742 > c, setting 1/gamma = 0\n",
-      "v = 305497613.6265176 > c, setting 1/gamma = 0\n",
-      "v = 340604072.11131924 > c, setting 1/gamma = 0\n",
-      "v = 303470373.5639374 > c, setting 1/gamma = 0\n",
-      "v = 317805273.91025597 > c, setting 1/gamma = 0\n",
-      "v = 330599215.19032025 > c, setting 1/gamma = 0\n",
-      "v = 329378829.03192 > c, setting 1/gamma = 0\n",
-      "v = 341352258.84307027 > c, setting 1/gamma = 0\n",
-      "v = 309308641.96611685 > c, setting 1/gamma = 0\n",
-      "v = 307557798.10315967 > c, setting 1/gamma = 0\n",
-      "v = 320779618.64839625 > c, setting 1/gamma = 0\n",
-      "v = 326480661.33975965 > c, setting 1/gamma = 0\n",
-      "v = 307336447.53137094 > c, setting 1/gamma = 0\n",
-      "v = 302602587.9038391 > c, setting 1/gamma = 0\n",
-      "v = 340929348.76817155 > c, setting 1/gamma = 0\n",
-      "v = 349482917.35871124 > c, setting 1/gamma = 0\n",
-      "v = 358004515.3180673 > c, setting 1/gamma = 0\n",
-      "v = 331309763.83389014 > c, setting 1/gamma = 0\n",
-      "v = 304101910.54762816 > c, setting 1/gamma = 0\n",
-      "v = 320524978.5668687 > c, setting 1/gamma = 0\n",
-      "v = 323332025.7102763 > c, setting 1/gamma = 0\n",
-      "v = 362423789.6525378 > c, setting 1/gamma = 0\n",
-      "v = 321872207.2945428 > c, setting 1/gamma = 0\n",
-      "v = 336514747.65902114 > c, setting 1/gamma = 0\n",
-      "v = 333352469.47201127 > c, setting 1/gamma = 0\n",
-      "v = 316623619.32842493 > c, setting 1/gamma = 0\n",
-      "v = 314065944.1059568 > c, setting 1/gamma = 0\n",
-      "v = 353505541.5434817 > c, setting 1/gamma = 0\n",
-      "v = 327745096.93768877 > c, setting 1/gamma = 0\n",
-      "v = 342244659.4507711 > c, setting 1/gamma = 0\n",
-      "v = 321436435.17346895 > c, setting 1/gamma = 0\n",
-      "v = 312644784.72231615 > c, setting 1/gamma = 0\n",
-      "v = 307063725.4871494 > c, setting 1/gamma = 0\n",
-      "v = 301172969.59634674 > c, setting 1/gamma = 0\n",
-      "v = 319398132.8757157 > c, setting 1/gamma = 0\n",
-      "v = 308491909.9996951 > c, setting 1/gamma = 0\n",
-      "v = 304782495.9181479 > c, setting 1/gamma = 0\n",
-      "v = 318807155.45488286 > c, setting 1/gamma = 0\n",
-      "v = 302903821.432004 > c, setting 1/gamma = 0\n",
-      "v = 337834779.7974853 > c, setting 1/gamma = 0\n",
-      "v = 314368280.4647755 > c, setting 1/gamma = 0\n",
-      "v = 326107052.4197452 > c, setting 1/gamma = 0\n",
-      "v = 314808598.47966033 > c, setting 1/gamma = 0\n",
-      "v = 350323055.7123072 > c, setting 1/gamma = 0\n",
-      "v = 344344058.8240837 > c, setting 1/gamma = 0\n",
-      "v = 352713559.5300804 > c, setting 1/gamma = 0\n",
-      "v = 322910564.9314548 > c, setting 1/gamma = 0\n",
-      "v = 313457999.881584 > c, setting 1/gamma = 0\n",
-      "v = 327689775.6041499 > c, setting 1/gamma = 0\n",
-      "v = 317440599.9752109 > c, setting 1/gamma = 0\n",
-      "v = 305875518.4455054 > c, setting 1/gamma = 0\n",
-      "v = 319168123.8443471 > c, setting 1/gamma = 0\n",
-      "v = 306376594.5624383 > c, setting 1/gamma = 0\n",
-      "v = 342259411.0307502 > c, setting 1/gamma = 0\n",
-      "v = 341742546.8962551 > c, setting 1/gamma = 0\n",
-      "v = 350702878.7018381 > c, setting 1/gamma = 0\n",
-      "v = 313857661.43479204 > c, setting 1/gamma = 0\n",
-      "v = 323407771.68036115 > c, setting 1/gamma = 0\n",
-      "v = 335637943.6287684 > c, setting 1/gamma = 0\n",
-      "v = 315170897.0068719 > c, setting 1/gamma = 0\n",
-      "v = 306864172.58209395 > c, setting 1/gamma = 0\n",
-      "v = 319360381.98605025 > c, setting 1/gamma = 0\n",
-      "v = 307863511.42311007 > c, setting 1/gamma = 0\n",
-      "v = 342480966.31020564 > c, setting 1/gamma = 0\n",
-      "v = 328820883.31105185 > c, setting 1/gamma = 0\n",
-      "v = 339174915.5872887 > c, setting 1/gamma = 0\n",
-      "v = 301570511.4085604 > c, setting 1/gamma = 0\n",
-      "v = 339331072.215673 > c, setting 1/gamma = 0\n",
-      "v = 328802141.9037406 > c, setting 1/gamma = 0\n",
-      "v = 340434493.67286116 > c, setting 1/gamma = 0\n",
-      "v = 306907404.44305474 > c, setting 1/gamma = 0\n",
-      "v = 307417516.1351451 > c, setting 1/gamma = 0\n",
-      "v = 319540828.98022795 > c, setting 1/gamma = 0\n",
-      "v = 308956912.0947633 > c, setting 1/gamma = 0\n",
-      "v = 342613342.0060649 > c, setting 1/gamma = 0\n",
-      "v = 305175388.0110647 > c, setting 1/gamma = 0\n",
-      "v = 318528189.2377517 > c, setting 1/gamma = 0\n",
-      "v = 312251683.199398 > c, setting 1/gamma = 0\n",
-      "v = 347890292.3963543 > c, setting 1/gamma = 0\n",
-      "v = 323879361.5501986 > c, setting 1/gamma = 0\n",
-      "v = 335789943.83303887 > c, setting 1/gamma = 0\n",
-      "v = 319627325.6733787 > c, setting 1/gamma = 0\n",
-      "v = 308072908.14152104 > c, setting 1/gamma = 0\n",
-      "v = 320706843.1766912 > c, setting 1/gamma = 0\n",
-      "v = 302010798.61166906 > c, setting 1/gamma = 0\n",
-      "v = 336329188.798302 > c, setting 1/gamma = 0\n",
-      "v = 301453602.81316143 > c, setting 1/gamma = 0\n",
-      "v = 314953505.70608115 > c, setting 1/gamma = 0\n",
-      "v = 310804314.63044786 > c, setting 1/gamma = 0\n",
-      "v = 345926657.538696 > c, setting 1/gamma = 0\n",
-      "v = 307825847.8544654 > c, setting 1/gamma = 0\n",
-      "v = 322282973.4512773 > c, setting 1/gamma = 0\n",
-      "v = 324173108.9875206 > c, setting 1/gamma = 0\n",
-      "v = 308292116.1357847 > c, setting 1/gamma = 0\n",
-      "v = 321285264.80706066 > c, setting 1/gamma = 0\n",
-      "v = 324391092.3615395 > c, setting 1/gamma = 0\n",
-      "v = 303404362.8067035 > c, setting 1/gamma = 0\n",
-      "v = 316629416.5408468 > c, setting 1/gamma = 0\n",
-      "v = 303424481.0635225 > c, setting 1/gamma = 0\n",
-      "v = 338694156.2082341 > c, setting 1/gamma = 0\n",
-      "v = 302730227.82009566 > c, setting 1/gamma = 0\n",
-      "v = 315320078.3827636 > c, setting 1/gamma = 0\n",
-      "v = 310889141.0747147 > c, setting 1/gamma = 0\n",
-      "v = 324135179.49903643 > c, setting 1/gamma = 0\n",
-      "v = 319363024.1463167 > c, setting 1/gamma = 0\n",
-      "v = 307914587.11986005 > c, setting 1/gamma = 0\n",
-      "v = 347151675.22456187 > c, setting 1/gamma = 0\n",
-      "v = 344827019.4594087 > c, setting 1/gamma = 0\n",
-      "v = 355728999.854206 > c, setting 1/gamma = 0\n",
-      "v = 331717567.49857616 > c, setting 1/gamma = 0\n",
-      "v = 309230868.4071878 > c, setting 1/gamma = 0\n",
-      "v = 348516305.8475206 > c, setting 1/gamma = 0\n",
-      "v = 308539799.9264676 > c, setting 1/gamma = 0\n",
-      "v = 323381045.9672037 > c, setting 1/gamma = 0\n",
-      "v = 302251167.6337787 > c, setting 1/gamma = 0\n",
-      "v = 340641366.9147881 > c, setting 1/gamma = 0\n",
-      "v = 336170258.79723114 > c, setting 1/gamma = 0\n",
-      "v = 347810775.66362953 > c, setting 1/gamma = 0\n",
-      "v = 305074159.1899623 > c, setting 1/gamma = 0\n",
-      "v = 346488207.3858135 > c, setting 1/gamma = 0\n",
-      "v = 307377860.8602903 > c, setting 1/gamma = 0\n",
-      "v = 312828402.67792726 > c, setting 1/gamma = 0\n",
-      "v = 327267162.9872023 > c, setting 1/gamma = 0\n",
-      "v = 367004272.7407809 > c, setting 1/gamma = 0\n",
-      "v = 311699121.9398017 > c, setting 1/gamma = 0\n",
-      "v = 330305784.1443046 > c, setting 1/gamma = 0\n",
-      "v = 309854163.8196804 > c, setting 1/gamma = 0\n",
-      "v = 320776708.179269 > c, setting 1/gamma = 0\n",
-      "v = 330948822.8789802 > c, setting 1/gamma = 0\n",
-      "v = 340562506.5193558 > c, setting 1/gamma = 0\n",
-      "v = 376292037.7098554 > c, setting 1/gamma = 0\n",
-      "v = 328348979.8965903 > c, setting 1/gamma = 0\n",
-      "v = 342684355.3585609 > c, setting 1/gamma = 0\n",
-      "v = 307501487.96465564 > c, setting 1/gamma = 0\n",
-      "v = 319886579.9109098 > c, setting 1/gamma = 0\n",
-      "v = 333888303.2011892 > c, setting 1/gamma = 0\n",
-      "v = 315552951.07094103 > c, setting 1/gamma = 0\n",
-      "v = 305749298.6866548 > c, setting 1/gamma = 0\n",
-      "v = 319491437.15535706 > c, setting 1/gamma = 0\n",
-      "v = 304039869.9179975 > c, setting 1/gamma = 0\n",
-      "v = 341149303.85548234 > c, setting 1/gamma = 0\n",
-      "v = 336475739.6163049 > c, setting 1/gamma = 0\n",
-      "v = 347322178.89565885 > c, setting 1/gamma = 0\n",
-      "v = 308628463.53423595 > c, setting 1/gamma = 0\n",
-      "v = 327166836.25288826 > c, setting 1/gamma = 0\n",
-      "v = 339131069.54298437 > c, setting 1/gamma = 0\n",
-      "v = 311635916.5359352 > c, setting 1/gamma = 0\n",
-      "v = 308092062.55238813 > c, setting 1/gamma = 0\n",
-      "v = 320330199.2103654 > c, setting 1/gamma = 0\n",
-      "v = 307824970.7848298 > c, setting 1/gamma = 0\n",
-      "v = 342944496.9145569 > c, setting 1/gamma = 0\n",
-      "v = 325652220.7153093 > c, setting 1/gamma = 0\n",
-      "v = 336477177.3687158 > c, setting 1/gamma = 0\n",
-      "v = 301634507.50474757 > c, setting 1/gamma = 0\n",
-      "v = 339758119.274415 > c, setting 1/gamma = 0\n",
-      "v = 330139047.0441514 > c, setting 1/gamma = 0\n",
-      "v = 341460185.29457223 > c, setting 1/gamma = 0\n",
-      "v = 306086167.1912099 > c, setting 1/gamma = 0\n",
-      "v = 308709719.9500613 > c, setting 1/gamma = 0\n",
-      "v = 320380316.1661626 > c, setting 1/gamma = 0\n",
-      "v = 309473640.3280276 > c, setting 1/gamma = 0\n",
-      "v = 343443521.3155993 > c, setting 1/gamma = 0\n",
-      "v = 302469926.80108136 > c, setting 1/gamma = 0\n",
-      "v = 315919486.291531 > c, setting 1/gamma = 0\n",
-      "v = 311870209.3284134 > c, setting 1/gamma = 0\n",
-      "v = 347608827.0790001 > c, setting 1/gamma = 0\n",
-      "v = 320989914.4575213 > c, setting 1/gamma = 0\n",
-      "v = 332958656.9465484 > c, setting 1/gamma = 0\n",
-      "v = 323590980.65642816 > c, setting 1/gamma = 0\n",
-      "v = 308566659.94245297 > c, setting 1/gamma = 0\n",
-      "v = 320827085.09968764 > c, setting 1/gamma = 0\n",
-      "v = 301437221.6291353 > c, setting 1/gamma = 0\n",
-      "v = 336077383.2846312 > c, setting 1/gamma = 0\n",
-      "v = 306922696.6521849 > c, setting 1/gamma = 0\n",
-      "v = 304401187.73766464 > c, setting 1/gamma = 0\n",
-      "v = 342116909.8484142 > c, setting 1/gamma = 0\n",
-      "v = 336934826.5177838 > c, setting 1/gamma = 0\n",
-      "v = 347026448.05556107 > c, setting 1/gamma = 0\n",
-      "v = 306145330.24213046 > c, setting 1/gamma = 0\n",
-      "v = 312498900.6027304 > c, setting 1/gamma = 0\n",
-      "v = 324261608.94814473 > c, setting 1/gamma = 0\n",
-      "v = 301274259.4141415 > c, setting 1/gamma = 0\n",
-      "v = 335855279.451331 > c, setting 1/gamma = 0\n",
-      "v = 302714082.3359501 > c, setting 1/gamma = 0\n",
-      "v = 341465564.0408272 > c, setting 1/gamma = 0\n",
-      "v = 355240704.1732241 > c, setting 1/gamma = 0\n",
-      "v = 361977186.8269175 > c, setting 1/gamma = 0\n",
-      "v = 324272586.1019075 > c, setting 1/gamma = 0\n",
-      "v = 317443623.1965075 > c, setting 1/gamma = 0\n",
-      "v = 315996066.3587094 > c, setting 1/gamma = 0\n",
-      "v = 328089118.66282815 > c, setting 1/gamma = 0\n",
-      "v = 303203611.70025676 > c, setting 1/gamma = 0\n",
-      "v = 340819312.8270676 > c, setting 1/gamma = 0\n",
-      "v = 349917851.86272174 > c, setting 1/gamma = 0\n",
-      "v = 356887760.0062986 > c, setting 1/gamma = 0\n",
-      "v = 304479983.5444543 > c, setting 1/gamma = 0\n",
-      "v = 344607380.42429847 > c, setting 1/gamma = 0\n",
-      "v = 301576898.7685762 > c, setting 1/gamma = 0\n",
-      "v = 317577587.8181598 > c, setting 1/gamma = 0\n",
-      "v = 328012122.9060661 > c, setting 1/gamma = 0\n",
-      "v = 301268937.71797657 > c, setting 1/gamma = 0\n",
-      "v = 315408523.6598158 > c, setting 1/gamma = 0\n",
-      "v = 306608981.85116136 > c, setting 1/gamma = 0\n",
-      "v = 343292344.0865954 > c, setting 1/gamma = 0\n",
-      "v = 343812403.49332434 > c, setting 1/gamma = 0\n",
-      "v = 351957110.07927024 > c, setting 1/gamma = 0\n",
-      "v = 309208566.3507948 > c, setting 1/gamma = 0\n",
-      "v = 348611692.68011755 > c, setting 1/gamma = 0\n",
-      "v = 309944003.98067325 > c, setting 1/gamma = 0\n",
-      "v = 324871936.6703414 > c, setting 1/gamma = 0\n",
-      "v = 301600142.2894248 > c, setting 1/gamma = 0\n",
-      "v = 339001880.25978595 > c, setting 1/gamma = 0\n",
-      "v = 306887495.1525261 > c, setting 1/gamma = 0\n",
-      "v = 308808029.9385233 > c, setting 1/gamma = 0\n",
-      "v = 346803367.29961413 > c, setting 1/gamma = 0\n",
-      "v = 317576317.09656876 > c, setting 1/gamma = 0\n",
-      "v = 332516015.6362283 > c, setting 1/gamma = 0\n",
-      "v = 326743330.03924507 > c, setting 1/gamma = 0\n",
-      "v = 372939833.09696394 > c, setting 1/gamma = 0\n",
-      "v = 399492241.0797886 > c, setting 1/gamma = 0\n",
-      "v = 317725934.3426536 > c, setting 1/gamma = 0\n",
-      "v = 331377733.75877964 > c, setting 1/gamma = 0\n",
-      "v = 305773454.5796516 > c, setting 1/gamma = 0\n",
-      "v = 345657310.57132226 > c, setting 1/gamma = 0\n",
-      "v = 318727206.19183797 > c, setting 1/gamma = 0\n",
-      "v = 333708292.55612016 > c, setting 1/gamma = 0\n",
-      "v = 313060386.7199842 > c, setting 1/gamma = 0\n",
-      "v = 301167935.6051863 > c, setting 1/gamma = 0\n",
-      "v = 315083251.94194627 > c, setting 1/gamma = 0\n",
-      "v = 305951628.2544871 > c, setting 1/gamma = 0\n",
-      "v = 342180075.0446612 > c, setting 1/gamma = 0\n",
-      "v = 335992594.0671961 > c, setting 1/gamma = 0\n",
-      "v = 345532678.7311044 > c, setting 1/gamma = 0\n",
-      "v = 329140344.0546614 > c, setting 1/gamma = 0\n",
-      "v = 301213773.0024831 > c, setting 1/gamma = 0\n",
-      "v = 318822685.6122913 > c, setting 1/gamma = 0\n",
-      "v = 300157488.0814384 > c, setting 1/gamma = 0\n",
-      "v = 307383975.631395 > c, setting 1/gamma = 0\n",
-      "v = 319396353.8137371 > c, setting 1/gamma = 0\n",
-      "v = 309526498.96743023 > c, setting 1/gamma = 0\n",
-      "v = 343993881.65852994 > c, setting 1/gamma = 0\n",
-      "v = 322925255.17143315 > c, setting 1/gamma = 0\n",
-      "v = 333282573.03223586 > c, setting 1/gamma = 0\n",
-      "v = 310947239.83775496 > c, setting 1/gamma = 0\n",
-      "v = 348403085.17713696 > c, setting 1/gamma = 0\n",
-      "v = 334742479.30835897 > c, setting 1/gamma = 0\n",
-      "v = 344906589.33775544 > c, setting 1/gamma = 0\n",
-      "v = 311355065.50975895 > c, setting 1/gamma = 0\n",
-      "v = 310457635.626913 > c, setting 1/gamma = 0\n",
-      "v = 322065957.18343663 > c, setting 1/gamma = 0\n",
-      "v = 306947190.67376065 > c, setting 1/gamma = 0\n",
-      "v = 341618890.2735324 > c, setting 1/gamma = 0\n",
-      "v = 314284083.7405937 > c, setting 1/gamma = 0\n",
-      "v = 325852562.54229975 > c, setting 1/gamma = 0\n",
-      "v = 309997589.5508063 > c, setting 1/gamma = 0\n",
-      "v = 346827306.3106802 > c, setting 1/gamma = 0\n",
-      "v = 334171569.0230117 > c, setting 1/gamma = 0\n",
-      "v = 344008211.73226136 > c, setting 1/gamma = 0\n",
-      "v = 311714714.0724011 > c, setting 1/gamma = 0\n",
-      "v = 310869529.3456789 > c, setting 1/gamma = 0\n",
-      "v = 322219167.46546173 > c, setting 1/gamma = 0\n",
-      "v = 306930392.26246613 > c, setting 1/gamma = 0\n",
-      "v = 341145648.3937011 > c, setting 1/gamma = 0\n",
-      "v = 306070188.2455649 > c, setting 1/gamma = 0\n",
-      "v = 309271611.1036665 > c, setting 1/gamma = 0\n",
-      "v = 346975477.5646797 > c, setting 1/gamma = 0\n",
-      "v = 333171548.3971159 > c, setting 1/gamma = 0\n",
-      "v = 343839460.8666205 > c, setting 1/gamma = 0\n",
-      "v = 301468652.9942865 > c, setting 1/gamma = 0\n",
-      "v = 306809418.97355694 > c, setting 1/gamma = 0\n",
-      "v = 318673437.6876085 > c, setting 1/gamma = 0\n",
-      "v = 309017825.40238243 > c, setting 1/gamma = 0\n",
-      "v = 342433326.4171374 > c, setting 1/gamma = 0\n",
-      "v = 311721991.92318964 > c, setting 1/gamma = 0\n",
-      "v = 350418518.9767853 > c, setting 1/gamma = 0\n",
-      "v = 345683522.7500132 > c, setting 1/gamma = 0\n",
-      "v = 354681790.794926 > c, setting 1/gamma = 0\n",
-      "v = 319135334.9039941 > c, setting 1/gamma = 0\n",
-      "v = 312318947.05814266 > c, setting 1/gamma = 0\n",
-      "v = 325814263.5418234 > c, setting 1/gamma = 0\n",
-      "v = 309704731.06045985 > c, setting 1/gamma = 0\n",
-      "v = 302622936.8263809 > c, setting 1/gamma = 0\n",
-      "v = 315526923.3661283 > c, setting 1/gamma = 0\n",
-      "v = 305394282.4726649 > c, setting 1/gamma = 0\n",
-      "v = 341046756.82227397 > c, setting 1/gamma = 0\n",
-      "v = 303774314.59133744 > c, setting 1/gamma = 0\n",
-      "v = 345396474.4254776 > c, setting 1/gamma = 0\n",
-      "v = 328282056.7446716 > c, setting 1/gamma = 0\n",
-      "v = 359977465.5998246 > c, setting 1/gamma = 0\n",
-      "v = 394358969.1085915 > c, setting 1/gamma = 0\n",
-      "v = 316408876.18120116 > c, setting 1/gamma = 0\n",
-      "v = 333144136.4431314 > c, setting 1/gamma = 0\n",
-      "v = 337023197.3223807 > c, setting 1/gamma = 0\n",
-      "v = 354846964.282263 > c, setting 1/gamma = 0\n",
-      "v = 389267237.62338483 > c, setting 1/gamma = 0\n",
-      "v = 301197702.88573503 > c, setting 1/gamma = 0\n",
-      "v = 316998866.1258681 > c, setting 1/gamma = 0\n",
-      "v = 309177309.8532993 > c, setting 1/gamma = 0\n",
-      "v = 349107944.9392007 > c, setting 1/gamma = 0\n",
-      "v = 310508568.01311564 > c, setting 1/gamma = 0\n",
-      "v = 328217707.2806318 > c, setting 1/gamma = 0\n",
-      "v = 319994304.75087786 > c, setting 1/gamma = 0\n",
-      "v = 309995328.3926349 > c, setting 1/gamma = 0\n",
-      "v = 370180392.2975101 > c, setting 1/gamma = 0\n",
-      "v = 399517495.10999435 > c, setting 1/gamma = 0\n",
-      "v = 318023351.5960616 > c, setting 1/gamma = 0\n",
-      "v = 332941851.2446754 > c, setting 1/gamma = 0\n",
-      "v = 339325821.0271695 > c, setting 1/gamma = 0\n",
-      "v = 362452402.5805804 > c, setting 1/gamma = 0\n",
-      "v = 393056116.1765762 > c, setting 1/gamma = 0\n",
-      "v = 319056950.7382564 > c, setting 1/gamma = 0\n",
-      "v = 333412301.7051951 > c, setting 1/gamma = 0\n",
-      "v = 327680776.9659313 > c, setting 1/gamma = 0\n",
-      "v = 301679282.68799484 > c, setting 1/gamma = 0\n",
-      "v = 318832898.28085256 > c, setting 1/gamma = 0\n",
-      "v = 307909164.2147424 > c, setting 1/gamma = 0\n",
-      "v = 305024884.9419544 > c, setting 1/gamma = 0\n",
-      "v = 317897182.21125954 > c, setting 1/gamma = 0\n",
-      "v = 308904413.78188914 > c, setting 1/gamma = 0\n",
-      "v = 345693876.0565756 > c, setting 1/gamma = 0\n",
-      "v = 337686022.42870075 > c, setting 1/gamma = 0\n",
-      "v = 347420017.0308764 > c, setting 1/gamma = 0\n",
-      "v = 316041754.81639814 > c, setting 1/gamma = 0\n",
-      "v = 321553079.11197203 > c, setting 1/gamma = 0\n",
-      "v = 333834620.5264008 > c, setting 1/gamma = 0\n",
-      "v = 314800031.2606663 > c, setting 1/gamma = 0\n",
-      "v = 307507660.35197514 > c, setting 1/gamma = 0\n",
-      "v = 319241815.26230824 > c, setting 1/gamma = 0\n",
-      "v = 309125202.04367036 > c, setting 1/gamma = 0\n",
-      "v = 344734247.2222712 > c, setting 1/gamma = 0\n",
-      "v = 329396399.75943786 > c, setting 1/gamma = 0\n",
-      "v = 339466563.52835673 > c, setting 1/gamma = 0\n",
-      "v = 328684869.86966413 > c, setting 1/gamma = 0\n",
-      "v = 321715309.51041085 > c, setting 1/gamma = 0\n",
-      "v = 333867431.3884543 > c, setting 1/gamma = 0\n",
-      "v = 306390251.7859395 > c, setting 1/gamma = 0\n",
-      "v = 309118032.6140686 > c, setting 1/gamma = 0\n",
-      "v = 319749079.592483 > c, setting 1/gamma = 0\n",
-      "v = 314698588.6343985 > c, setting 1/gamma = 0\n",
-      "v = 348814759.4201976 > c, setting 1/gamma = 0\n",
-      "v = 300185772.6392805 > c, setting 1/gamma = 0\n",
-      "v = 313885377.9521418 > c, setting 1/gamma = 0\n",
-      "v = 307694101.36925954 > c, setting 1/gamma = 0\n",
-      "v = 343511156.85698235 > c, setting 1/gamma = 0\n",
-      "v = 314172815.74504286 > c, setting 1/gamma = 0\n",
-      "v = 325418412.1616295 > c, setting 1/gamma = 0\n",
-      "v = 305287913.89710027 > c, setting 1/gamma = 0\n",
-      "v = 339762261.2844804 > c, setting 1/gamma = 0\n",
-      "v = 302797647.96095496 > c, setting 1/gamma = 0\n",
-      "v = 319212635.39361423 > c, setting 1/gamma = 0\n",
-      "v = 355261666.1115916 > c, setting 1/gamma = 0\n",
-      "v = 306488468.0252621 > c, setting 1/gamma = 0\n",
-      "v = 320509487.5916095 > c, setting 1/gamma = 0\n",
-      "v = 315334109.5704798 > c, setting 1/gamma = 0\n",
-      "v = 314319508.14333713 > c, setting 1/gamma = 0\n",
-      "v = 325921776.2417768 > c, setting 1/gamma = 0\n",
-      "v = 300718957.36083037 > c, setting 1/gamma = 0\n",
-      "v = 335695759.04135764 > c, setting 1/gamma = 0\n",
-      "v = 315426248.4338975 > c, setting 1/gamma = 0\n",
-      "v = 352251236.5561396 > c, setting 1/gamma = 0\n",
-      "v = 304978771.39232916 > c, setting 1/gamma = 0\n",
-      "v = 319441610.93770915 > c, setting 1/gamma = 0\n",
-      "v = 329540845.53389615 > c, setting 1/gamma = 0\n",
-      "v = 335303822.54961485 > c, setting 1/gamma = 0\n",
-      "v = 344421927.4098352 > c, setting 1/gamma = 0\n",
-      "v = 334590185.71400017 > c, setting 1/gamma = 0\n",
-      "v = 309395892.83541757 > c, setting 1/gamma = 0\n",
-      "v = 322002785.02455324 > c, setting 1/gamma = 0\n",
-      "v = 304003477.9959581 > c, setting 1/gamma = 0\n",
-      "v = 341480814.27172744 > c, setting 1/gamma = 0\n",
-      "v = 317438383.1458351 > c, setting 1/gamma = 0\n",
-      "v = 330142666.1848927 > c, setting 1/gamma = 0\n",
-      "v = 311198140.1598677 > c, setting 1/gamma = 0\n",
-      "v = 350081394.3614641 > c, setting 1/gamma = 0\n",
-      "v = 336421090.2702006 > c, setting 1/gamma = 0\n",
-      "v = 345481052.7994033 > c, setting 1/gamma = 0\n",
-      "v = 306728674.81092626 > c, setting 1/gamma = 0\n",
-      "v = 345161867.81733084 > c, setting 1/gamma = 0\n",
-      "v = 304403849.532324 > c, setting 1/gamma = 0\n",
-      "v = 317858266.2944963 > c, setting 1/gamma = 0\n",
-      "v = 310776976.6005237 > c, setting 1/gamma = 0\n",
-      "v = 348133109.8320058 > c, setting 1/gamma = 0\n",
-      "v = 332386150.10986316 > c, setting 1/gamma = 0\n",
-      "v = 343093094.2700351 > c, setting 1/gamma = 0\n",
-      "v = 312863705.16588295 > c, setting 1/gamma = 0\n",
-      "v = 353217375.0373617 > c, setting 1/gamma = 0\n",
-      "v = 309043535.8709952 > c, setting 1/gamma = 0\n",
-      "v = 324530164.81997585 > c, setting 1/gamma = 0\n",
-      "v = 301688440.0571937 > c, setting 1/gamma = 0\n",
-      "v = 340548754.03910065 > c, setting 1/gamma = 0\n",
-      "v = 337158003.1866316 > c, setting 1/gamma = 0\n",
-      "v = 333270059.1156098 > c, setting 1/gamma = 0\n",
-      "v = 373070618.04613674 > c, setting 1/gamma = 0\n",
-      "v = 306688047.9972969 > c, setting 1/gamma = 0\n",
-      "v = 314761747.02037984 > c, setting 1/gamma = 0\n",
-      "v = 300331557.4336125 > c, setting 1/gamma = 0\n",
-      "v = 341853148.3840516 > c, setting 1/gamma = 0\n",
-      "v = 317459195.8021388 > c, setting 1/gamma = 0\n",
-      "v = 333200410.1938368 > c, setting 1/gamma = 0\n",
-      "v = 312423325.44188434 > c, setting 1/gamma = 0\n",
-      "v = 300204889.92384857 > c, setting 1/gamma = 0\n",
-      "v = 315026251.81159335 > c, setting 1/gamma = 0\n",
-      "v = 301762942.9805926 > c, setting 1/gamma = 0\n",
-      "v = 340929926.6459911 > c, setting 1/gamma = 0\n",
-      "v = 311287821.1195184 > c, setting 1/gamma = 0\n",
-      "v = 327438555.4217398 > c, setting 1/gamma = 0\n",
-      "v = 305898615.9152362 > c, setting 1/gamma = 0\n",
-      "v = 322959884.253569 > c, setting 1/gamma = 0\n",
-      "v = 334689053.0883429 > c, setting 1/gamma = 0\n",
-      "v = 320837395.5507229 > c, setting 1/gamma = 0\n",
-      "v = 304109223.0629325 > c, setting 1/gamma = 0\n",
-      "v = 316646421.5656635 > c, setting 1/gamma = 0\n",
-      "v = 304997836.95304936 > c, setting 1/gamma = 0\n",
-      "v = 341696176.24102676 > c, setting 1/gamma = 0\n",
-      "v = 333553667.6649585 > c, setting 1/gamma = 0\n",
-      "v = 343289355.85117847 > c, setting 1/gamma = 0\n",
-      "v = 316944151.9953416 > c, setting 1/gamma = 0\n",
-      "v = 323016947.7435257 > c, setting 1/gamma = 0\n",
-      "v = 333500283.9388469 > c, setting 1/gamma = 0\n",
-      "v = 321815689.1988015 > c, setting 1/gamma = 0\n",
-      "v = 306738847.7237738 > c, setting 1/gamma = 0\n",
-      "v = 318136760.4430049 > c, setting 1/gamma = 0\n",
-      "v = 306300756.10749906 > c, setting 1/gamma = 0\n",
-      "v = 342024228.4918282 > c, setting 1/gamma = 0\n",
-      "v = 321136455.11359906 > c, setting 1/gamma = 0\n",
-      "v = 332086558.6068493 > c, setting 1/gamma = 0\n",
-      "v = 328523608.8364552 > c, setting 1/gamma = 0\n",
-      "v = 319646714.59316915 > c, setting 1/gamma = 0\n",
-      "v = 330142342.5694013 > c, setting 1/gamma = 0\n",
-      "v = 317859211.74612856 > c, setting 1/gamma = 0\n",
-      "v = 307898572.86354923 > c, setting 1/gamma = 0\n",
-      "v = 318366373.7044049 > c, setting 1/gamma = 0\n",
-      "v = 312128308.2175474 > c, setting 1/gamma = 0\n",
-      "v = 346671962.76388633 > c, setting 1/gamma = 0\n",
-      "v = 317452309.50359774 > c, setting 1/gamma = 0\n",
-      "v = 318196535.77485937 > c, setting 1/gamma = 0\n",
-      "v = 329793936.75862193 > c, setting 1/gamma = 0\n",
-      "v = 304443531.484403 > c, setting 1/gamma = 0\n",
-      "v = 317995095.29463404 > c, setting 1/gamma = 0\n",
-      "v = 355379299.5087952 > c, setting 1/gamma = 0\n",
-      "v = 315077237.0913802 > c, setting 1/gamma = 0\n",
-      "v = 328169429.47320515 > c, setting 1/gamma = 0\n",
-      "v = 330757166.49810547 > c, setting 1/gamma = 0\n",
-      "v = 323741786.10678047 > c, setting 1/gamma = 0\n",
-      "v = 333734638.5114593 > c, setting 1/gamma = 0\n",
-      "v = 333982171.072489 > c, setting 1/gamma = 0\n",
-      "v = 314690408.2231272 > c, setting 1/gamma = 0\n",
-      "v = 325864518.16770726 > c, setting 1/gamma = 0\n",
-      "v = 311338309.46219164 > c, setting 1/gamma = 0\n",
-      "v = 349432350.1725708 > c, setting 1/gamma = 0\n",
-      "v = 323875606.71853864 > c, setting 1/gamma = 0\n",
-      "v = 335548573.084498 > c, setting 1/gamma = 0\n",
-      "v = 309439313.82586783 > c, setting 1/gamma = 0\n",
-      "v = 348266354.4490983 > c, setting 1/gamma = 0\n",
-      "v = 321592209.72924656 > c, setting 1/gamma = 0\n",
-      "v = 331904258.4412943 > c, setting 1/gamma = 0\n",
-      "v = 310204924.53561115 > c, setting 1/gamma = 0\n",
-      "v = 347234882.6630639 > c, setting 1/gamma = 0\n",
-      "v = 301607583.52596134 > c, setting 1/gamma = 0\n",
-      "v = 314786175.2323234 > c, setting 1/gamma = 0\n",
-      "v = 319924750.78372955 > c, setting 1/gamma = 0\n",
-      "v = 357345918.9483563 > c, setting 1/gamma = 0\n",
-      "v = 305411821.8503583 > c, setting 1/gamma = 0\n",
-      "v = 319989133.7027961 > c, setting 1/gamma = 0\n",
-      "v = 313290567.1425073 > c, setting 1/gamma = 0\n",
-      "v = 351067664.23388606 > c, setting 1/gamma = 0\n",
-      "v = 311123922.0258501 > c, setting 1/gamma = 0\n",
-      "v = 322767952.78067356 > c, setting 1/gamma = 0\n",
-      "v = 318127378.8048116 > c, setting 1/gamma = 0\n",
-      "v = 353973790.76871705 > c, setting 1/gamma = 0\n",
-      "v = 316650932.1815449 > c, setting 1/gamma = 0\n",
-      "v = 359963123.666984 > c, setting 1/gamma = 0\n",
-      "v = 308210844.31698143 > c, setting 1/gamma = 0\n",
-      "v = 349916615.94194776 > c, setting 1/gamma = 0\n",
-      "v = 300193254.56454486 > c, setting 1/gamma = 0\n",
-      "v = 316549775.1386022 > c, setting 1/gamma = 0\n",
-      "v = 301344880.8049962 > c, setting 1/gamma = 0\n",
-      "v = 341945702.3337991 > c, setting 1/gamma = 0\n",
-      "v = 301668130.0882691 > c, setting 1/gamma = 0\n",
-      "v = 341402075.58912593 > c, setting 1/gamma = 0\n",
-      "v = 336657820.6146603 > c, setting 1/gamma = 0\n",
-      "v = 348024115.19148535 > c, setting 1/gamma = 0\n",
-      "v = 317251007.06403357 > c, setting 1/gamma = 0\n",
-      "v = 301022074.0241656 > c, setting 1/gamma = 0\n",
-      "v = 334813662.9604316 > c, setting 1/gamma = 0\n",
-      "v = 300669037.24930483 > c, setting 1/gamma = 0\n",
-      "v = 311163916.59580535 > c, setting 1/gamma = 0\n",
-      "v = 325825421.78877074 > c, setting 1/gamma = 0\n",
-      "v = 337622863.2462919 > c, setting 1/gamma = 0\n",
-      "v = 313860362.2801307 > c, setting 1/gamma = 0\n",
-      "v = 305284163.182737 > c, setting 1/gamma = 0\n",
-      "v = 316555951.9918023 > c, setting 1/gamma = 0\n",
-      "v = 310580732.2621795 > c, setting 1/gamma = 0\n",
-      "v = 345480783.12529975 > c, setting 1/gamma = 0\n",
-      "v = 313087472.03488404 > c, setting 1/gamma = 0\n",
-      "v = 324311519.74311334 > c, setting 1/gamma = 0\n",
-      "v = 311609188.0524583 > c, setting 1/gamma = 0\n",
-      "v = 348919219.2447136 > c, setting 1/gamma = 0\n",
-      "v = 332720718.12657565 > c, setting 1/gamma = 0\n",
-      "v = 340973541.28277546 > c, setting 1/gamma = 0\n",
-      "v = 333173973.353618 > c, setting 1/gamma = 0\n",
-      "v = 304994224.9325401 > c, setting 1/gamma = 0\n",
-      "v = 316568711.76376635 > c, setting 1/gamma = 0\n",
-      "v = 304251961.5536704 > c, setting 1/gamma = 0\n",
-      "v = 340164522.7919791 > c, setting 1/gamma = 0\n",
-      "v = 311399348.0100925 > c, setting 1/gamma = 0\n",
-      "v = 323462281.5268835 > c, setting 1/gamma = 0\n",
-      "v = 301285767.0914337 > c, setting 1/gamma = 0\n",
-      "v = 338618339.7748924 > c, setting 1/gamma = 0\n",
-      "v = 324079150.93717957 > c, setting 1/gamma = 0\n",
-      "v = 333052016.8529852 > c, setting 1/gamma = 0\n",
-      "v = 301766939.9047914 > c, setting 1/gamma = 0\n",
-      "v = 337197433.796733 > c, setting 1/gamma = 0\n",
-      "v = 304066538.01637554 > c, setting 1/gamma = 0\n",
-      "v = 314496753.42602557 > c, setting 1/gamma = 0\n",
-      "v = 316642711.40933716 > c, setting 1/gamma = 0\n",
-      "v = 350457876.6265563 > c, setting 1/gamma = 0\n",
-      "v = 327692118.2620553 > c, setting 1/gamma = 0\n",
-      "v = 313827619.06661606 > c, setting 1/gamma = 0\n",
-      "v = 326357796.29995525 > c, setting 1/gamma = 0\n",
-      "v = 308203436.5721002 > c, setting 1/gamma = 0\n",
-      "v = 311484816.3030406 > c, setting 1/gamma = 0\n",
-      "v = 350660677.3563258 > c, setting 1/gamma = 0\n",
-      "v = 353230263.4443614 > c, setting 1/gamma = 0\n",
-      "v = 359390475.36586905 > c, setting 1/gamma = 0\n",
-      "v = 302095534.59827876 > c, setting 1/gamma = 0\n",
-      "v = 343641477.0811722 > c, setting 1/gamma = 0\n",
-      "v = 302022453.6678776 > c, setting 1/gamma = 0\n",
-      "v = 390923005.22603256 > c, setting 1/gamma = 0\n",
-      "v = 421279341.2160726 > c, setting 1/gamma = 0\n",
-      "v = 306302637.0475192 > c, setting 1/gamma = 0\n",
-      "v = 334805524.4195289 > c, setting 1/gamma = 0\n",
-      "v = 392522422.8900767 > c, setting 1/gamma = 0\n",
-      "v = 416311700.4133824 > c, setting 1/gamma = 0\n",
-      "v = 323894711.5400885 > c, setting 1/gamma = 0\n",
-      "v = 366278231.89251125 > c, setting 1/gamma = 0\n",
-      "v = 300898233.190704 > c, setting 1/gamma = 0\n",
-      "v = 355214391.82401025 > c, setting 1/gamma = 0\n",
-      "v = 365939312.91297203 > c, setting 1/gamma = 0\n",
-      "v = 304461864.10392594 > c, setting 1/gamma = 0\n",
-      "v = 389935491.85246825 > c, setting 1/gamma = 0\n",
-      "v = 422972792.405621 > c, setting 1/gamma = 0\n",
-      "v = 360872503.96825475 > c, setting 1/gamma = 0\n",
-      "v = 371430478.56227326 > c, setting 1/gamma = 0\n",
-      "v = 322120921.25739336 > c, setting 1/gamma = 0\n",
-      "v = 366596355.2749092 > c, setting 1/gamma = 0\n",
-      "v = 302115436.63065 > c, setting 1/gamma = 0\n",
-      "v = 344413548.96592104 > c, setting 1/gamma = 0\n",
-      "v = 435326709.8116876 > c, setting 1/gamma = 0\n",
-      "v = 454255166.1562612 > c, setting 1/gamma = 0\n",
-      "v = 377296608.1343601 > c, setting 1/gamma = 0\n",
-      "v = 415549877.51671636 > c, setting 1/gamma = 0\n",
-      "v = 373445469.9704821 > c, setting 1/gamma = 0\n",
-      "v = 381031633.60842466 > c, setting 1/gamma = 0\n",
-      "v = 388742124.11775225 > c, setting 1/gamma = 0\n",
-      "v = 423540969.60734385 > c, setting 1/gamma = 0\n",
-      "v = 313915338.64464766 > c, setting 1/gamma = 0\n",
-      "v = 331789697.67744476 > c, setting 1/gamma = 0\n",
-      "v = 319054441.43837345 > c, setting 1/gamma = 0\n",
-      "v = 313764875.3187874 > c, setting 1/gamma = 0\n",
-      "v = 317572429.7050251 > c, setting 1/gamma = 0\n",
-      "v = 370260658.8901258 > c, setting 1/gamma = 0\n",
-      "v = 396818641.51402324 > c, setting 1/gamma = 0\n",
-      "v = 311293894.9141393 > c, setting 1/gamma = 0\n",
-      "v = 408485762.90053725 > c, setting 1/gamma = 0\n",
-      "v = 435966832.4723871 > c, setting 1/gamma = 0\n",
-      "v = 302559737.7579757 > c, setting 1/gamma = 0\n",
-      "v = 303418978.90532213 > c, setting 1/gamma = 0\n",
-      "v = 377974782.172447 > c, setting 1/gamma = 0\n",
-      "v = 410924832.5863531 > c, setting 1/gamma = 0\n",
-      "v = 308652105.1745135 > c, setting 1/gamma = 0\n",
-      "v = 347263815.4973304 > c, setting 1/gamma = 0\n",
-      "v = 340317215.0040968 > c, setting 1/gamma = 0\n",
-      "v = 385135756.62781924 > c, setting 1/gamma = 0\n",
-      "v = 300294847.6622598 > c, setting 1/gamma = 0\n",
-      "v = 320522368.6566169 > c, setting 1/gamma = 0\n",
-      "v = 306283396.20411277 > c, setting 1/gamma = 0\n",
-      "v = 355161212.72394866 > c, setting 1/gamma = 0\n",
-      "v = 307661755.87077534 > c, setting 1/gamma = 0\n",
-      "v = 352222459.4233107 > c, setting 1/gamma = 0\n",
-      "v = 305346037.44927907 > c, setting 1/gamma = 0\n",
-      "v = 354721250.61400825 > c, setting 1/gamma = 0\n",
-      "v = 320976431.46842027 > c, setting 1/gamma = 0\n",
-      "v = 312420521.5941797 > c, setting 1/gamma = 0\n",
-      "v = 378894356.42961586 > c, setting 1/gamma = 0\n",
-      "v = 419208901.8310405 > c, setting 1/gamma = 0\n",
-      "v = 395625629.1443563 > c, setting 1/gamma = 0\n",
-      "v = 395473314.4931188 > c, setting 1/gamma = 0\n",
-      "v = 327965363.1438318 > c, setting 1/gamma = 0\n",
-      "v = 373092720.4992711 > c, setting 1/gamma = 0\n",
-      "v = 303710920.40773433 > c, setting 1/gamma = 0\n",
-      "v = 322087211.7467818 > c, setting 1/gamma = 0\n",
-      "v = 309240416.10494214 > c, setting 1/gamma = 0\n",
-      "v = 313370560.079518 > c, setting 1/gamma = 0\n",
-      "v = 417783560.4122686 > c, setting 1/gamma = 0\n",
-      "v = 438685304.5001266 > c, setting 1/gamma = 0\n",
-      "v = 307547189.2602832 > c, setting 1/gamma = 0\n",
-      "v = 305461052.51594144 > c, setting 1/gamma = 0\n",
-      "v = 397661691.22778726 > c, setting 1/gamma = 0\n",
-      "v = 430632691.9151595 > c, setting 1/gamma = 0\n",
-      "v = 315097566.77514666 > c, setting 1/gamma = 0\n",
-      "v = 333355858.98478556 > c, setting 1/gamma = 0\n",
-      "v = 311869597.66334826 > c, setting 1/gamma = 0\n",
-      "v = 359392275.17452896 > c, setting 1/gamma = 0\n",
-      "v = 380482650.6009405 > c, setting 1/gamma = 0\n",
-      "v = 416671351.27296925 > c, setting 1/gamma = 0\n",
-      "v = 331488303.79232734 > c, setting 1/gamma = 0\n",
-      "v = 378203384.1301793 > c, setting 1/gamma = 0\n",
-      "v = 319780449.44843894 > c, setting 1/gamma = 0\n",
-      "v = 364206735.2272866 > c, setting 1/gamma = 0\n",
-      "v = 320436838.45415723 > c, setting 1/gamma = 0\n",
-      "v = 365829610.3621101 > c, setting 1/gamma = 0\n",
-      "v = 343774815.34888184 > c, setting 1/gamma = 0\n",
-      "v = 386792391.9563874 > c, setting 1/gamma = 0\n",
-      "v = 350540366.67796 > c, setting 1/gamma = 0\n",
-      "v = 391448889.0614174 > c, setting 1/gamma = 0\n",
-      "v = 405942954.269772 > c, setting 1/gamma = 0\n",
-      "v = 441371172.63649404 > c, setting 1/gamma = 0\n",
-      "v = 318239808.2737784 > c, setting 1/gamma = 0\n",
-      "v = 355620418.6538953 > c, setting 1/gamma = 0\n",
-      "v = 405535086.0912848 > c, setting 1/gamma = 0\n",
-      "v = 349991593.8805918 > c, setting 1/gamma = 0\n",
-      "v = 367737458.83271897 > c, setting 1/gamma = 0\n",
-      "v = 306581006.81777716 > c, setting 1/gamma = 0\n",
-      "v = 300084345.545458 > c, setting 1/gamma = 0\n",
-      "v = 320593583.9033496 > c, setting 1/gamma = 0\n",
-      "v = 329867075.18939745 > c, setting 1/gamma = 0\n",
-      "v = 323701791.3925116 > c, setting 1/gamma = 0\n",
-      "v = 369305975.00889486 > c, setting 1/gamma = 0\n",
-      "v = 345830433.51579 > c, setting 1/gamma = 0\n",
-      "v = 388607734.2425932 > c, setting 1/gamma = 0\n",
-      "v = 321105068.4901803 > c, setting 1/gamma = 0\n",
-      "v = 441826693.6520818 > c, setting 1/gamma = 0\n",
-      "v = 472532075.3340445 > c, setting 1/gamma = 0\n",
-      "v = 306123041.56108046 > c, setting 1/gamma = 0\n",
-      "v = 323307349.2901911 > c, setting 1/gamma = 0\n",
-      "v = 341236263.5737493 > c, setting 1/gamma = 0\n",
-      "v = 409204967.6256729 > c, setting 1/gamma = 0\n",
-      "v = 442180685.5827803 > c, setting 1/gamma = 0\n",
-      "v = 307529903.19503266 > c, setting 1/gamma = 0\n",
-      "v = 322016700.0004611 > c, setting 1/gamma = 0\n",
-      "v = 301690243.0790622 > c, setting 1/gamma = 0\n",
-      "v = 309301840.16632223 > c, setting 1/gamma = 0\n",
-      "v = 438155343.1940737 > c, setting 1/gamma = 0\n",
-      "v = 470390184.2539623 > c, setting 1/gamma = 0\n",
-      "v = 341785492.24906904 > c, setting 1/gamma = 0\n",
-      "v = 392217471.32849103 > c, setting 1/gamma = 0\n",
-      "v = 322876028.1102292 > c, setting 1/gamma = 0\n",
-      "v = 345596971.7404344 > c, setting 1/gamma = 0\n",
-      "v = 303011617.67002994 > c, setting 1/gamma = 0\n",
-      "v = 354909620.17825145 > c, setting 1/gamma = 0\n",
-      "v = 350529247.96726066 > c, setting 1/gamma = 0\n",
-      "v = 395322175.21626717 > c, setting 1/gamma = 0\n",
-      "v = 314580513.962445 > c, setting 1/gamma = 0\n",
-      "v = 308397553.46577924 > c, setting 1/gamma = 0\n",
-      "v = 359412839.33453506 > c, setting 1/gamma = 0\n",
-      "v = 345133086.0391654 > c, setting 1/gamma = 0\n",
-      "v = 388891425.0148365 > c, setting 1/gamma = 0\n",
-      "v = 422686309.36314553 > c, setting 1/gamma = 0\n",
-      "v = 453274696.2659637 > c, setting 1/gamma = 0\n",
-      "v = 551672386.854304 > c, setting 1/gamma = 0\n",
-      "v = 532373211.61549616 > c, setting 1/gamma = 0\n",
-      "v = 315528791.1118129 > c, setting 1/gamma = 0\n",
-      "v = 339136602.2296151 > c, setting 1/gamma = 0\n",
-      "v = 321534300.59516937 > c, setting 1/gamma = 0\n",
-      "v = 333247501.7500379 > c, setting 1/gamma = 0\n",
-      "v = 382792780.7501127 > c, setting 1/gamma = 0\n",
-      "v = 313739998.28824747 > c, setting 1/gamma = 0\n",
-      "v = 313233950.62880975 > c, setting 1/gamma = 0\n",
-      "v = 336588943.4887875 > c, setting 1/gamma = 0\n",
-      "v = 386283131.3845138 > c, setting 1/gamma = 0\n",
-      "v = 373023065.34177196 > c, setting 1/gamma = 0\n",
-      "v = 415714538.43307817 > c, setting 1/gamma = 0\n",
-      "v = 456778348.4455032 > c, setting 1/gamma = 0\n",
-      "v = 488827180.08742595 > c, setting 1/gamma = 0\n",
-      "v = 372918030.32782084 > c, setting 1/gamma = 0\n",
-      "v = 422653632.194283 > c, setting 1/gamma = 0\n",
-      "v = 304763399.5110668 > c, setting 1/gamma = 0\n",
-      "v = 349616181.9265087 > c, setting 1/gamma = 0\n",
-      "v = 311259472.9582415 > c, setting 1/gamma = 0\n",
-      "v = 357114559.77474046 > c, setting 1/gamma = 0\n",
-      "v = 317651675.8736535 > c, setting 1/gamma = 0\n",
-      "v = 368996924.7239093 > c, setting 1/gamma = 0\n",
-      "v = 317146179.5191347 > c, setting 1/gamma = 0\n",
-      "v = 366980074.3405414 > c, setting 1/gamma = 0\n",
-      "v = 412625666.01102436 > c, setting 1/gamma = 0\n",
-      "v = 313613462.6208554 > c, setting 1/gamma = 0\n",
-      "v = 300095867.74764955 > c, setting 1/gamma = 0\n",
-      "v = 314381668.9718289 > c, setting 1/gamma = 0\n",
-      "v = 345673233.60119087 > c, setting 1/gamma = 0\n",
-      "v = 393366206.7760157 > c, setting 1/gamma = 0\n",
-      "v = 538375021.1937827 > c, setting 1/gamma = 0\n",
-      "v = 533177617.853791 > c, setting 1/gamma = 0\n",
-      "v = 350389767.4210383 > c, setting 1/gamma = 0\n",
-      "v = 403241100.6735626 > c, setting 1/gamma = 0\n",
-      "v = 343747415.60951287 > c, setting 1/gamma = 0\n",
-      "v = 317945835.32029366 > c, setting 1/gamma = 0\n",
-      "v = 301485237.78772116 > c, setting 1/gamma = 0\n",
-      "v = 314200691.73836595 > c, setting 1/gamma = 0\n",
-      "v = 461795683.8368883 > c, setting 1/gamma = 0\n",
-      "v = 489377187.8253168 > c, setting 1/gamma = 0\n",
-      "v = 409161442.1293916 > c, setting 1/gamma = 0\n",
-      "v = 453848822.0050239 > c, setting 1/gamma = 0\n",
-      "v = 312970538.805695 > c, setting 1/gamma = 0\n",
-      "v = 367006541.4426897 > c, setting 1/gamma = 0\n",
-      "v = 330140056.22612745 > c, setting 1/gamma = 0\n",
-      "v = 378236692.7457371 > c, setting 1/gamma = 0\n",
-      "v = 305922921.30200934 > c, setting 1/gamma = 0\n",
-      "v = 352781202.60043204 > c, setting 1/gamma = 0\n",
-      "v = 352894217.1274797 > c, setting 1/gamma = 0\n",
-      "v = 405485020.32729673 > c, setting 1/gamma = 0\n",
-      "v = 379826654.72023207 > c, setting 1/gamma = 0\n",
-      "v = 424139167.44971436 > c, setting 1/gamma = 0\n",
-      "v = 300643230.5020594 > c, setting 1/gamma = 0\n",
-      "v = 319234267.67240506 > c, setting 1/gamma = 0\n",
-      "v = 313387718.95039845 > c, setting 1/gamma = 0\n",
-      "v = 363737028.7870263 > c, setting 1/gamma = 0\n",
-      "v = 307590966.2901011 > c, setting 1/gamma = 0\n",
-      "v = 358160632.04141545 > c, setting 1/gamma = 0\n",
-      "v = 306996322.9166346 > c, setting 1/gamma = 0\n",
-      "v = 412235104.7432328 > c, setting 1/gamma = 0\n",
-      "v = 448428269.135825 > c, setting 1/gamma = 0\n",
-      "v = 305997649.4349616 > c, setting 1/gamma = 0\n",
-      "v = 323345606.71010774 > c, setting 1/gamma = 0\n",
-      "v = 332678484.6730967 > c, setting 1/gamma = 0\n",
-      "v = 317266242.4013656 > c, setting 1/gamma = 0\n",
-      "v = 305181303.39564675 > c, setting 1/gamma = 0\n",
-      "v = 353605132.6351207 > c, setting 1/gamma = 0\n",
-      "v = 317997853.60527116 > c, setting 1/gamma = 0\n",
-      "v = 306919550.4653469 > c, setting 1/gamma = 0\n",
-      "v = 301737705.79278296 > c, setting 1/gamma = 0\n",
-      "v = 352775363.3144897 > c, setting 1/gamma = 0\n",
-      "v = 325958145.39464086 > c, setting 1/gamma = 0\n",
-      "v = 372909747.1900565 > c, setting 1/gamma = 0\n",
-      "v = 464110004.73683107 > c, setting 1/gamma = 0\n",
-      "v = 487453611.80593514 > c, setting 1/gamma = 0\n",
-      "v = 374634854.8971357 > c, setting 1/gamma = 0\n",
-      "v = 421692252.83844596 > c, setting 1/gamma = 0\n",
-      "v = 329754074.8614958 > c, setting 1/gamma = 0\n",
-      "v = 386253249.23947406 > c, setting 1/gamma = 0\n",
-      "v = 364182335.7240905 > c, setting 1/gamma = 0\n",
-      "v = 412124277.21220845 > c, setting 1/gamma = 0\n",
-      "v = 410690488.09111947 > c, setting 1/gamma = 0\n",
-      "v = 452047762.78100085 > c, setting 1/gamma = 0\n",
-      "v = 406053523.28602016 > c, setting 1/gamma = 0\n",
-      "v = 453829180.40260047 > c, setting 1/gamma = 0\n",
-      "v = 364238010.9572938 > c, setting 1/gamma = 0\n",
-      "v = 412154348.3672707 > c, setting 1/gamma = 0\n",
-      "v = 309422592.9682093 > c, setting 1/gamma = 0\n",
-      "v = 325146729.400867 > c, setting 1/gamma = 0\n",
-      "v = 454041854.49518126 > c, setting 1/gamma = 0\n",
-      "v = 484108187.36738425 > c, setting 1/gamma = 0\n",
-      "v = 316155544.2140372 > c, setting 1/gamma = 0\n",
-      "v = 367547559.88212 > c, setting 1/gamma = 0\n",
-      "v = 317057894.60097337 > c, setting 1/gamma = 0\n",
-      "v = 360671134.2425905 > c, setting 1/gamma = 0\n",
-      "v = 309984512.7185713 > c, setting 1/gamma = 0\n",
-      "v = 360260454.6839135 > c, setting 1/gamma = 0\n",
-      "v = 325388817.59768635 > c, setting 1/gamma = 0\n",
-      "v = 370325161.6792851 > c, setting 1/gamma = 0\n",
-      "v = 337691667.51438713 > c, setting 1/gamma = 0\n",
-      "v = 389157758.61000204 > c, setting 1/gamma = 0\n",
-      "v = 304257725.5707324 > c, setting 1/gamma = 0\n",
-      "v = 372058064.8853963 > c, setting 1/gamma = 0\n",
-      "v = 421510934.39645153 > c, setting 1/gamma = 0\n",
-      "v = 311655150.7211599 > c, setting 1/gamma = 0\n",
-      "v = 335338738.50531113 > c, setting 1/gamma = 0\n",
-      "v = 305646429.8015677 > c, setting 1/gamma = 0\n",
-      "v = 357696078.3765869 > c, setting 1/gamma = 0\n",
-      "v = 301113205.8036278 > c, setting 1/gamma = 0\n",
-      "v = 420154424.6426498 > c, setting 1/gamma = 0\n",
-      "v = 457446734.9918745 > c, setting 1/gamma = 0\n",
-      "v = 312604233.1055981 > c, setting 1/gamma = 0\n",
-      "v = 332376066.9335304 > c, setting 1/gamma = 0\n",
-      "v = 304591470.7434013 > c, setting 1/gamma = 0\n",
-      "v = 355105205.84441656 > c, setting 1/gamma = 0\n",
-      "v = 340295031.8771836 > c, setting 1/gamma = 0\n",
-      "v = 391424717.5280658 > c, setting 1/gamma = 0\n",
-      "v = 317150502.4600934 > c, setting 1/gamma = 0\n",
-      "v = 372170167.8321334 > c, setting 1/gamma = 0\n",
-      "v = 313155900.6630218 > c, setting 1/gamma = 0\n",
-      "v = 359551837.06577635 > c, setting 1/gamma = 0\n",
-      "v = 300939715.4585515 > c, setting 1/gamma = 0\n",
-      "v = 348649953.0799415 > c, setting 1/gamma = 0\n",
-      "v = 323347627.79906523 > c, setting 1/gamma = 0\n",
-      "v = 367664343.4058517 > c, setting 1/gamma = 0\n",
-      "v = 419377678.8067964 > c, setting 1/gamma = 0\n",
-      "v = 319774485.20371175 > c, setting 1/gamma = 0\n",
-      "v = 301704148.11600286 > c, setting 1/gamma = 0\n",
-      "v = 330126073.18017423 > c, setting 1/gamma = 0\n",
-      "v = 337507903.2531892 > c, setting 1/gamma = 0\n",
-      "v = 384648017.24718523 > c, setting 1/gamma = 0\n",
-      "v = 312619800.9274979 > c, setting 1/gamma = 0\n",
-      "v = 368238653.895026 > c, setting 1/gamma = 0\n",
-      "v = 323362529.33792657 > c, setting 1/gamma = 0\n",
-      "v = 305763825.0607436 > c, setting 1/gamma = 0\n",
-      "v = 362048739.87552994 > c, setting 1/gamma = 0\n",
-      "v = 334812380.87086326 > c, setting 1/gamma = 0\n",
-      "v = 332555604.7152647 > c, setting 1/gamma = 0\n",
-      "v = 378281104.1517961 > c, setting 1/gamma = 0\n",
-      "v = 323795032.0906826 > c, setting 1/gamma = 0\n",
-      "v = 378114806.8400875 > c, setting 1/gamma = 0\n",
-      "v = 301191469.38810426 > c, setting 1/gamma = 0\n",
-      "v = 340369988.46200746 > c, setting 1/gamma = 0\n",
-      "v = 305555141.7174141 > c, setting 1/gamma = 0\n",
-      "v = 354358691.9880914 > c, setting 1/gamma = 0\n",
-      "v = 307495460.1397924 > c, setting 1/gamma = 0\n",
-      "v = 364632348.83494604 > c, setting 1/gamma = 0\n",
-      "v = 335594967.96914613 > c, setting 1/gamma = 0\n",
-      "v = 317136375.3130985 > c, setting 1/gamma = 0\n",
-      "v = 363238880.87201834 > c, setting 1/gamma = 0\n",
-      "v = 325581593.6986699 > c, setting 1/gamma = 0\n",
-      "v = 378189716.6705621 > c, setting 1/gamma = 0\n",
-      "v = 536938360.0464797 > c, setting 1/gamma = 0\n",
-      "v = 531605424.1836575 > c, setting 1/gamma = 0\n",
-      "v = 483401338.0423177 > c, setting 1/gamma = 0\n",
-      "v = 507664089.3654786 > c, setting 1/gamma = 0\n",
-      "v = 334993760.0611049 > c, setting 1/gamma = 0\n",
-      "v = 389422104.13367975 > c, setting 1/gamma = 0\n",
-      "v = 576950870.9385742 > c, setting 1/gamma = 0\n",
-      "v = 556981096.3173336 > c, setting 1/gamma = 0\n",
-      "v = 308541709.58646166 > c, setting 1/gamma = 0\n",
-      "v = 359315995.8955789 > c, setting 1/gamma = 0\n",
-      "v = 372152521.3239773 > c, setting 1/gamma = 0\n",
-      "v = 425719182.7705835 > c, setting 1/gamma = 0\n",
-      "v = 306813808.2004884 > c, setting 1/gamma = 0\n",
-      "v = 324537344.4656377 > c, setting 1/gamma = 0\n",
-      "v = 575734419.1329356 > c, setting 1/gamma = 0\n",
-      "v = 558772471.122296 > c, setting 1/gamma = 0\n",
-      "v = 357108327.95671195 > c, setting 1/gamma = 0\n",
-      "v = 414065280.8174716 > c, setting 1/gamma = 0\n",
-      "v = 323287512.14461285 > c, setting 1/gamma = 0\n",
-      "v = 375294214.6971585 > c, setting 1/gamma = 0\n",
-      "v = 621123826.1263833 > c, setting 1/gamma = 0\n",
-      "v = 577177529.7035627 > c, setting 1/gamma = 0\n",
-      "v = 614589262.0523351 > c, setting 1/gamma = 0\n",
-      "v = 568235473.4091637 > c, setting 1/gamma = 0\n",
-      "v = 551442927.0109708 > c, setting 1/gamma = 0\n",
-      "v = 554743595.0838418 > c, setting 1/gamma = 0\n",
-      "v = 313761084.30764264 > c, setting 1/gamma = 0\n",
-      "v = 739250622.0391314 > c, setting 1/gamma = 0\n",
-      "v = 605492352.7340813 > c, setting 1/gamma = 0\n",
-      "v = 361272393.3315299 > c, setting 1/gamma = 0\n",
-      "v = 418696862.2636246 > c, setting 1/gamma = 0\n",
-      "v = 512077225.8977683 > c, setting 1/gamma = 0\n",
-      "v = 535377688.94954133 > c, setting 1/gamma = 0\n",
-      "v = 601385342.6346526 > c, setting 1/gamma = 0\n",
-      "v = 569890353.402188 > c, setting 1/gamma = 0\n",
-      "v = 338395092.5597562 > c, setting 1/gamma = 0\n",
-      "v = 308529552.4526933 > c, setting 1/gamma = 0\n",
-      "v = 360010745.6465742 > c, setting 1/gamma = 0\n",
-      "v = 314856343.5199022 > c, setting 1/gamma = 0\n",
-      "v = 670883863.8474498 > c, setting 1/gamma = 0\n",
-      "v = 572096637.9914261 > c, setting 1/gamma = 0\n",
-      "v = 402366792.1526891 > c, setting 1/gamma = 0\n",
-      "v = 453431977.136033 > c, setting 1/gamma = 0\n",
-      "v = 311182474.65370584 > c, setting 1/gamma = 0\n",
-      "v = 360907551.6666209 > c, setting 1/gamma = 0\n",
-      "v = 330021055.1543589 > c, setting 1/gamma = 0\n",
-      "v = 301588712.5904337 > c, setting 1/gamma = 0\n",
-      "v = 340752653.6343304 > c, setting 1/gamma = 0\n",
-      "v = 314007141.2395028 > c, setting 1/gamma = 0\n",
-      "v = 369294214.2181829 > c, setting 1/gamma = 0\n",
-      "v = 309979927.6479778 > c, setting 1/gamma = 0\n",
-      "v = 357820303.9854716 > c, setting 1/gamma = 0\n",
-      "v = 413678080.3151112 > c, setting 1/gamma = 0\n",
-      "v = 457126791.9314172 > c, setting 1/gamma = 0\n",
-      "v = 319543484.33806723 > c, setting 1/gamma = 0\n",
-      "v = 364836691.18698126 > c, setting 1/gamma = 0\n",
-      "v = 354288956.19355583 > c, setting 1/gamma = 0\n",
-      "v = 407085340.2513317 > c, setting 1/gamma = 0\n",
-      "v = 313063198.1266406 > c, setting 1/gamma = 0\n",
-      "v = 357334707.0197702 > c, setting 1/gamma = 0\n",
-      "v = 302216307.24956524 > c, setting 1/gamma = 0\n",
-      "v = 501901055.7411372 > c, setting 1/gamma = 0\n",
-      "v = 514671716.0659409 > c, setting 1/gamma = 0\n",
-      "v = 347693145.59166414 > c, setting 1/gamma = 0\n",
-      "v = 405169843.80449843 > c, setting 1/gamma = 0\n",
-      "v = 346382086.5072035 > c, setting 1/gamma = 0\n",
-      "v = 400145831.3622611 > c, setting 1/gamma = 0\n",
-      "v = 499586981.5934093 > c, setting 1/gamma = 0\n",
-      "v = 517008197.635938 > c, setting 1/gamma = 0\n",
-      "v = 318478435.22754127 > c, setting 1/gamma = 0\n",
-      "v = 521501759.9228309 > c, setting 1/gamma = 0\n",
-      "v = 525639178.4000426 > c, setting 1/gamma = 0\n",
-      "v = 334365374.87265706 > c, setting 1/gamma = 0\n",
-      "v = 387280428.2905645 > c, setting 1/gamma = 0\n",
-      "v = 368124173.51297545 > c, setting 1/gamma = 0\n",
-      "v = 421457130.3393818 > c, setting 1/gamma = 0\n",
-      "v = 320193605.56026757 > c, setting 1/gamma = 0\n",
-      "v = 367812440.6170317 > c, setting 1/gamma = 0\n",
-      "v = 426352026.0317366 > c, setting 1/gamma = 0\n",
-      "v = 473239827.61247045 > c, setting 1/gamma = 0\n",
-      "v = 372156670.03589815 > c, setting 1/gamma = 0\n",
-      "v = 426666626.5978481 > c, setting 1/gamma = 0\n",
-      "v = 307468771.90339404 > c, setting 1/gamma = 0\n",
-      "v = 364558206.4869242 > c, setting 1/gamma = 0\n",
-      "v = 417193107.49648124 > c, setting 1/gamma = 0\n",
-      "v = 306164275.9154611 > c, setting 1/gamma = 0\n",
-      "v = 331677789.30981475 > c, setting 1/gamma = 0\n",
-      "v = 373334330.13405275 > c, setting 1/gamma = 0\n",
-      "v = 428264540.2295509 > c, setting 1/gamma = 0\n",
-      "v = 304423923.7077213 > c, setting 1/gamma = 0\n",
-      "v = 354401510.72847724 > c, setting 1/gamma = 0\n",
-      "v = 310765908.4932176 > c, setting 1/gamma = 0\n",
-      "v = 335364713.9255413 > c, setting 1/gamma = 0\n",
-      "v = 322405633.7072354 > c, setting 1/gamma = 0\n",
-      "v = 323595331.05966675 > c, setting 1/gamma = 0\n",
-      "v = 499837752.2020102 > c, setting 1/gamma = 0\n",
-      "v = 516960746.166508 > c, setting 1/gamma = 0\n",
-      "v = 346228966.42969483 > c, setting 1/gamma = 0\n",
-      "v = 402149550.619918 > c, setting 1/gamma = 0\n",
-      "v = 326766204.65038383 > c, setting 1/gamma = 0\n",
-      "v = 377564124.34593517 > c, setting 1/gamma = 0\n",
-      "v = 395961720.9604351 > c, setting 1/gamma = 0\n",
-      "v = 453161980.84659994 > c, setting 1/gamma = 0\n",
-      "v = 495770906.39219475 > c, setting 1/gamma = 0\n",
-      "v = 522553688.35473955 > c, setting 1/gamma = 0\n",
-      "v = 347795014.11092675 > c, setting 1/gamma = 0\n",
-      "v = 406988487.89916205 > c, setting 1/gamma = 0\n",
-      "v = 393656257.91004497 > c, setting 1/gamma = 0\n",
-      "v = 452368892.30348074 > c, setting 1/gamma = 0\n",
-      "v = 326354249.6435314 > c, setting 1/gamma = 0\n",
-      "v = 795979921.2370158 > c, setting 1/gamma = 0\n",
-      "v = 654752130.3551841 > c, setting 1/gamma = 0\n",
-      "v = 385385981.83497363 > c, setting 1/gamma = 0\n",
-      "v = 443793649.7092593 > c, setting 1/gamma = 0\n",
-      "v = 316238965.5116155 > c, setting 1/gamma = 0\n",
-      "v = 379911605.46632063 > c, setting 1/gamma = 0\n",
-      "v = 310502448.39973915 > c, setting 1/gamma = 0\n",
-      "v = 334053893.29289955 > c, setting 1/gamma = 0\n",
-      "v = 394573302.00079834 > c, setting 1/gamma = 0\n",
-      "v = 450042311.4490569 > c, setting 1/gamma = 0\n",
-      "v = 493846235.08583266 > c, setting 1/gamma = 0\n",
-      "v = 304653119.3753015 > c, setting 1/gamma = 0\n",
-      "v = 359959124.3643379 > c, setting 1/gamma = 0\n",
-      "v = 378635728.5762289 > c, setting 1/gamma = 0\n",
-      "v = 434792291.1165674 > c, setting 1/gamma = 0\n",
-      "v = 309409619.1996899 > c, setting 1/gamma = 0\n",
-      "v = 710838197.4283448 > c, setting 1/gamma = 0\n",
-      "v = 578817796.7596695 > c, setting 1/gamma = 0\n",
-      "v = 304891441.3101649 > c, setting 1/gamma = 0\n",
-      "v = 360643981.86528355 > c, setting 1/gamma = 0\n",
-      "v = 314708698.38469255 > c, setting 1/gamma = 0\n",
-      "v = 318697834.3866797 > c, setting 1/gamma = 0\n",
-      "v = 482026499.4047743 > c, setting 1/gamma = 0\n",
-      "v = 521153500.890418 > c, setting 1/gamma = 0\n",
-      "v = 552756886.2508819 > c, setting 1/gamma = 0\n",
-      "v = 557217874.9453889 > c, setting 1/gamma = 0\n",
-      "v = 363807958.36112547 > c, setting 1/gamma = 0\n",
-      "v = 422682097.0056624 > c, setting 1/gamma = 0\n",
-      "v = 301164691.86988705 > c, setting 1/gamma = 0\n",
-      "v = 357405386.11822057 > c, setting 1/gamma = 0\n",
-      "v = 691868545.2412369 > c, setting 1/gamma = 0\n",
-      "v = 599475328.1249952 > c, setting 1/gamma = 0\n",
-      "v = 679422476.3190026 > c, setting 1/gamma = 0\n",
-      "v = 569055514.5354205 > c, setting 1/gamma = 0\n",
-      "v = 314788466.2129005 > c, setting 1/gamma = 0\n",
-      "v = 543527949.4059875 > c, setting 1/gamma = 0\n",
-      "v = 552524919.046654 > c, setting 1/gamma = 0\n",
-      "v = 371807752.46048045 > c, setting 1/gamma = 0\n",
-      "v = 429418129.2704802 > c, setting 1/gamma = 0\n",
-      "v = 421851810.8748895 > c, setting 1/gamma = 0\n",
-      "v = 469267688.8752273 > c, setting 1/gamma = 0\n",
-      "v = 314914478.59560513 > c, setting 1/gamma = 0\n",
-      "v = 585817794.9702522 > c, setting 1/gamma = 0\n",
-      "v = 556319761.837694 > c, setting 1/gamma = 0\n",
-      "v = 303031574.25421727 > c, setting 1/gamma = 0\n",
-      "v = 335977881.9344786 > c, setting 1/gamma = 0\n",
-      "v = 385621295.1536364 > c, setting 1/gamma = 0\n",
-      "v = 346468754.2921462 > c, setting 1/gamma = 0\n",
-      "v = 405127583.84551764 > c, setting 1/gamma = 0\n",
-      "v = 369217529.3156709 > c, setting 1/gamma = 0\n",
-      "v = 424618244.0930691 > c, setting 1/gamma = 0\n",
-      "v = 313979548.95975655 > c, setting 1/gamma = 0\n",
-      "v = 363406222.42811537 > c, setting 1/gamma = 0\n",
-      "v = 316119521.2997727 > c, setting 1/gamma = 0\n",
-      "v = 377581340.15643114 > c, setting 1/gamma = 0\n",
-      "v = 487999698.2597599 > c, setting 1/gamma = 0\n",
-      "v = 514711681.50984794 > c, setting 1/gamma = 0\n",
-      "v = 324970835.21997756 > c, setting 1/gamma = 0\n",
-      "v = 381846905.58240044 > c, setting 1/gamma = 0\n",
-      "v = 473791454.9601335 > c, setting 1/gamma = 0\n",
-      "v = 507573607.27084416 > c, setting 1/gamma = 0\n",
-      "v = 337439660.1159091 > c, setting 1/gamma = 0\n",
-      "v = 394711492.96861047 > c, setting 1/gamma = 0\n",
-      "v = 321650739.0342095 > c, setting 1/gamma = 0\n",
-      "v = 321856413.1478866 > c, setting 1/gamma = 0\n",
-      "v = 569900637.3438978 > c, setting 1/gamma = 0\n",
-      "v = 557263472.9680178 > c, setting 1/gamma = 0\n",
-      "v = 481971228.94440013 > c, setting 1/gamma = 0\n",
-      "v = 511593546.8978002 > c, setting 1/gamma = 0\n",
-      "v = 331996601.3764152 > c, setting 1/gamma = 0\n",
-      "v = 389677533.6462873 > c, setting 1/gamma = 0\n",
-      "v = 388820417.98251176 > c, setting 1/gamma = 0\n",
-      "v = 443882246.8374083 > c, setting 1/gamma = 0\n",
-      "v = 301220710.48828006 > c, setting 1/gamma = 0\n",
-      "v = 357156669.247192 > c, setting 1/gamma = 0\n",
-      "v = 301898887.7631537 > c, setting 1/gamma = 0\n",
-      "v = 303462197.8647138 > c, setting 1/gamma = 0\n",
-      "v = 518978469.2242428 > c, setting 1/gamma = 0\n",
-      "v = 530744487.11936677 > c, setting 1/gamma = 0\n",
-      "v = 440917580.5410144 > c, setting 1/gamma = 0\n",
-      "v = 484616338.8752335 > c, setting 1/gamma = 0\n",
-      "v = 322781055.79038525 > c, setting 1/gamma = 0\n",
-      "v = 376138226.9071857 > c, setting 1/gamma = 0\n",
-      "v = 493851291.15815765 > c, setting 1/gamma = 0\n",
-      "v = 520536584.7137095 > c, setting 1/gamma = 0\n",
-      "v = 431571794.93223554 > c, setting 1/gamma = 0\n",
-      "v = 477933625.44916683 > c, setting 1/gamma = 0\n",
-      "v = 321021630.7142695 > c, setting 1/gamma = 0\n",
-      "v = 374666841.7535184 > c, setting 1/gamma = 0\n",
-      "v = 462025638.1522528 > c, setting 1/gamma = 0\n",
-      "v = 499856086.85686076 > c, setting 1/gamma = 0\n",
-      "v = 318344004.10683984 > c, setting 1/gamma = 0\n",
-      "v = 322722877.07631594 > c, setting 1/gamma = 0\n",
-      "v = 303357923.2983449 > c, setting 1/gamma = 0\n",
-      "v = 301203192.97227883 > c, setting 1/gamma = 0\n",
-      "v = 394360307.25859517 > c, setting 1/gamma = 0\n",
-      "v = 380913418.3671925 > c, setting 1/gamma = 0\n",
-      "v = 321674234.1919193 > c, setting 1/gamma = 0\n",
-      "v = 313228212.1336494 > c, setting 1/gamma = 0\n",
-      "v = 353217241.28545535 > c, setting 1/gamma = 0\n",
-      "v = 307715681.0297316 > c, setting 1/gamma = 0\n",
-      "v = 305983172.1146599 > c, setting 1/gamma = 0\n",
-      "v = 303134143.410669 > c, setting 1/gamma = 0\n",
-      "v = 368581193.47708935 > c, setting 1/gamma = 0\n",
-      "v = 312596457.2038554 > c, setting 1/gamma = 0\n",
-      "v = 348648261.203617 > c, setting 1/gamma = 0\n",
-      "v = 337028829.05288863 > c, setting 1/gamma = 0\n",
-      "v = 388832894.17339563 > c, setting 1/gamma = 0\n",
-      "v = 609237857.9881868 > c, setting 1/gamma = 0\n",
-      "v = 639664210.0852039 > c, setting 1/gamma = 0\n",
-      "v = 302243634.80412143 > c, setting 1/gamma = 0\n",
-      "v = 334272264.5987319 > c, setting 1/gamma = 0\n",
-      "v = 398876800.7518319 > c, setting 1/gamma = 0\n",
-      "v = 308472303.7726595 > c, setting 1/gamma = 0\n",
-      "v = 311863723.2103466 > c, setting 1/gamma = 0\n",
-      "v = 312569393.10075694 > c, setting 1/gamma = 0\n",
-      "v = 313543444.3796975 > c, setting 1/gamma = 0\n",
-      "v = 381429531.53782874 > c, setting 1/gamma = 0\n",
-      "v = 340365808.785637 > c, setting 1/gamma = 0\n",
-      "v = 373171781.18915504 > c, setting 1/gamma = 0\n",
-      "v = 428294059.3282798 > c, setting 1/gamma = 0\n",
-      "v = 391789470.43370396 > c, setting 1/gamma = 0\n",
-      "v = 447396718.9164168 > c, setting 1/gamma = 0\n",
-      "v = 377014523.5488129 > c, setting 1/gamma = 0\n",
-      "v = 437418257.20831853 > c, setting 1/gamma = 0\n",
-      "v = 801430272.8534404 > c, setting 1/gamma = 0\n",
-      "v = 762278504.9834948 > c, setting 1/gamma = 0\n",
-      "v = 389830559.7813084 > c, setting 1/gamma = 0\n",
-      "v = 451141539.8613137 > c, setting 1/gamma = 0\n",
-      "v = 312055286.03356725 > c, setting 1/gamma = 0\n",
-      "v = 305570968.22318697 > c, setting 1/gamma = 0\n",
-      "v = 360351192.33789456 > c, setting 1/gamma = 0\n",
-      "v = 304852676.47614336 > c, setting 1/gamma = 0\n",
-      "v = 442050964.0729599 > c, setting 1/gamma = 0\n",
-      "v = 501882932.33528703 > c, setting 1/gamma = 0\n",
-      "v = 400407319.4952561 > c, setting 1/gamma = 0\n",
-      "v = 461966415.63508195 > c, setting 1/gamma = 0\n",
-      "v = 307596157.6972204 > c, setting 1/gamma = 0\n",
-      "v = 385475119.1797752 > c, setting 1/gamma = 0\n",
-      "v = 446632984.67979693 > c, setting 1/gamma = 0\n",
-      "v = 319633990.8847517 > c, setting 1/gamma = 0\n",
-      "v = 376944076.29624367 > c, setting 1/gamma = 0\n",
-      "v = 337344188.5810207 > c, setting 1/gamma = 0\n",
-      "v = 375709081.23710537 > c, setting 1/gamma = 0\n",
-      "v = 338262526.7954958 > c, setting 1/gamma = 0\n",
-      "v = 400071304.7982972 > c, setting 1/gamma = 0\n",
-      "v = 330210226.89860916 > c, setting 1/gamma = 0\n",
-      "v = 385701970.64301157 > c, setting 1/gamma = 0\n",
-      "v = 333536403.86493313 > c, setting 1/gamma = 0\n",
-      "v = 394302066.46908396 > c, setting 1/gamma = 0\n",
-      "v = 303818666.4502261 > c, setting 1/gamma = 0\n",
-      "v = 303453531.93384063 > c, setting 1/gamma = 0\n",
-      "v = 335742823.1817972 > c, setting 1/gamma = 0\n",
-      "v = 389433773.1435552 > c, setting 1/gamma = 0\n",
-      "v = 316623378.7801126 > c, setting 1/gamma = 0\n",
-      "v = 376057749.71032614 > c, setting 1/gamma = 0\n",
-      "v = 308755008.91953313 > c, setting 1/gamma = 0\n",
-      "v = 364629457.7143879 > c, setting 1/gamma = 0\n",
-      "v = 427099601.25632983 > c, setting 1/gamma = 0\n",
-      "v = 337617580.27825963 > c, setting 1/gamma = 0\n",
-      "v = 324358600.89385986 > c, setting 1/gamma = 0\n",
-      "v = 364094980.3061114 > c, setting 1/gamma = 0\n",
-      "v = 334187448.2898716 > c, setting 1/gamma = 0\n",
-      "v = 410480361.4676184 > c, setting 1/gamma = 0\n",
-      "v = 457478026.45838135 > c, setting 1/gamma = 0\n",
-      "v = 316909816.66443425 > c, setting 1/gamma = 0\n",
-      "v = 306400885.15087336 > c, setting 1/gamma = 0\n",
-      "v = 361445513.3778444 > c, setting 1/gamma = 0\n",
-      "v = 322159624.0813462 > c, setting 1/gamma = 0\n",
-      "v = 303074826.57941186 > c, setting 1/gamma = 0\n",
-      "v = 309361824.4129597 > c, setting 1/gamma = 0\n",
-      "v = 363834155.4922525 > c, setting 1/gamma = 0\n",
-      "v = 404933250.7973153 > c, setting 1/gamma = 0\n",
-      "v = 328813115.6946744 > c, setting 1/gamma = 0\n",
-      "v = 400548295.9158589 > c, setting 1/gamma = 0\n",
-      "v = 425977699.80073774 > c, setting 1/gamma = 0\n",
-      "v = 372013605.2301709 > c, setting 1/gamma = 0\n",
-      "v = 406127534.14791197 > c, setting 1/gamma = 0\n",
-      "v = 383075298.4179317 > c, setting 1/gamma = 0\n",
-      "v = 422876603.9092717 > c, setting 1/gamma = 0\n",
-      "v = 304616021.82893133 > c, setting 1/gamma = 0\n",
-      "v = 366638673.7378062 > c, setting 1/gamma = 0\n",
-      "v = 393883927.7856313 > c, setting 1/gamma = 0\n",
-      "v = 354601425.5871767 > c, setting 1/gamma = 0\n",
-      "v = 396530961.8850091 > c, setting 1/gamma = 0\n",
-      "v = 307962194.23537034 > c, setting 1/gamma = 0\n",
-      "v = 303775698.1492229 > c, setting 1/gamma = 0\n",
-      "v = 379262566.76162046 > c, setting 1/gamma = 0\n",
-      "v = 426054887.2417512 > c, setting 1/gamma = 0\n",
-      "v = 300795199.9635391 > c, setting 1/gamma = 0\n",
-      "v = 347408150.84234923 > c, setting 1/gamma = 0\n",
-      "v = 348523510.65015924 > c, setting 1/gamma = 0\n",
-      "v = 387044268.4680831 > c, setting 1/gamma = 0\n",
-      "v = 320950166.2801902 > c, setting 1/gamma = 0\n",
-      "v = 370604554.3936239 > c, setting 1/gamma = 0\n",
-      "v = 354019736.5474826 > c, setting 1/gamma = 0\n",
-      "v = 400202630.71070236 > c, setting 1/gamma = 0\n",
-      "v = 303176007.5795259 > c, setting 1/gamma = 0\n",
-      "v = 304883767.9808503 > c, setting 1/gamma = 0\n",
-      "v = 321736156.07290906 > c, setting 1/gamma = 0\n",
-      "v = 365635366.38162184 > c, setting 1/gamma = 0\n",
-      "v = 306866222.2792709 > c, setting 1/gamma = 0\n",
-      "v = 306877545.579338 > c, setting 1/gamma = 0\n",
-      "v = 342865647.380333 > c, setting 1/gamma = 0\n",
-      "v = 315954303.1458376 > c, setting 1/gamma = 0\n",
-      "v = 360168744.51869315 > c, setting 1/gamma = 0\n",
-      "v = 322400454.86769426 > c, setting 1/gamma = 0\n",
-      "v = 367739711.27276766 > c, setting 1/gamma = 0\n",
-      "v = 308441630.0310363 > c, setting 1/gamma = 0\n",
-      "v = 321570475.08570725 > c, setting 1/gamma = 0\n",
-      "v = 367004274.4439042 > c, setting 1/gamma = 0\n",
-      "v = 307758019.92732704 > c, setting 1/gamma = 0\n",
-      "v = 301854751.7211867 > c, setting 1/gamma = 0\n",
-      "v = 308847483.52897364 > c, setting 1/gamma = 0\n",
-      "v = 350650231.35339904 > c, setting 1/gamma = 0\n",
-      "v = 303943573.0650127 > c, setting 1/gamma = 0\n",
-      "v = 349376517.81403136 > c, setting 1/gamma = 0\n",
-      "v = 345543509.9135497 > c, setting 1/gamma = 0\n",
-      "v = 371169761.99979866 > c, setting 1/gamma = 0\n",
-      "v = 314077824.7498524 > c, setting 1/gamma = 0\n",
-      "v = 339912852.8761609 > c, setting 1/gamma = 0\n",
-      "v = 309587868.7202734 > c, setting 1/gamma = 0\n",
-      "v = 308452724.58158875 > c, setting 1/gamma = 0\n",
-      "v = 355447871.8599305 > c, setting 1/gamma = 0\n",
-      "v = 315690399.968923 > c, setting 1/gamma = 0\n",
-      "v = 311144512.49335474 > c, setting 1/gamma = 0\n",
-      "v = 335382415.85449857 > c, setting 1/gamma = 0\n",
-      "v = 331721964.48340935 > c, setting 1/gamma = 0\n",
-      "v = 363104885.41133386 > c, setting 1/gamma = 0\n",
-      "v = 312774371.8239776 > c, setting 1/gamma = 0\n",
-      "v = 345626549.9381238 > c, setting 1/gamma = 0\n",
-      "v = 313759074.1251042 > c, setting 1/gamma = 0\n",
-      "v = 350597227.97787917 > c, setting 1/gamma = 0\n",
-      "v = 369696730.54323274 > c, setting 1/gamma = 0\n",
-      "v = 403068103.3334489 > c, setting 1/gamma = 0\n",
-      "v = 311316816.3333929 > c, setting 1/gamma = 0\n",
-      "v = 349300496.6148165 > c, setting 1/gamma = 0\n",
-      "v = 312019283.3762455 > c, setting 1/gamma = 0\n",
-      "v = 321742927.5919029 > c, setting 1/gamma = 0\n",
-      "v = 365520131.0623555 > c, setting 1/gamma = 0\n",
-      "v = 396356176.3008386 > c, setting 1/gamma = 0\n",
-      "v = 318086757.27332705 > c, setting 1/gamma = 0\n",
-      "v = 316265823.0678246 > c, setting 1/gamma = 0\n",
-      "v = 349527881.48125494 > c, setting 1/gamma = 0\n",
-      "v = 343472851.227203 > c, setting 1/gamma = 0\n",
-      "v = 375600881.16481197 > c, setting 1/gamma = 0\n",
-      "v = 341482964.739691 > c, setting 1/gamma = 0\n",
-      "v = 380193180.78372836 > c, setting 1/gamma = 0\n",
-      "v = 309133870.6294905 > c, setting 1/gamma = 0\n",
-      "v = 324543663.66760343 > c, setting 1/gamma = 0\n",
-      "v = 322635016.3021004 > c, setting 1/gamma = 0\n",
-      "v = 306132387.43966657 > c, setting 1/gamma = 0\n",
-      "v = 322863645.9031957 > c, setting 1/gamma = 0\n",
-      "v = 301724475.25451356 > c, setting 1/gamma = 0\n",
-      "v = 303857797.4883379 > c, setting 1/gamma = 0\n",
-      "v = 326262251.4269185 > c, setting 1/gamma = 0\n",
-      "v = 328087742.04563195 > c, setting 1/gamma = 0\n",
-      "v = 361223866.91535103 > c, setting 1/gamma = 0\n",
-      "v = 330801573.5372263 > c, setting 1/gamma = 0\n",
-      "v = 348029414.7538012 > c, setting 1/gamma = 0\n",
-      "v = 300767583.3298589 > c, setting 1/gamma = 0\n",
-      "v = 320283569.8074756 > c, setting 1/gamma = 0\n",
-      "v = 304246782.70344377 > c, setting 1/gamma = 0\n",
-      "v = 353232245.70112205 > c, setting 1/gamma = 0\n",
-      "v = 385579519.80566144 > c, setting 1/gamma = 0\n",
-      "v = 323376328.1842704 > c, setting 1/gamma = 0\n",
-      "v = 350251148.5847807 > c, setting 1/gamma = 0\n",
-      "v = 309539994.29119575 > c, setting 1/gamma = 0\n",
-      "v = 333963762.4666823 > c, setting 1/gamma = 0\n",
-      "v = 333521228.7817575 > c, setting 1/gamma = 0\n",
-      "v = 361455369.38753146 > c, setting 1/gamma = 0\n",
-      "v = 355824592.96947914 > c, setting 1/gamma = 0\n",
-      "v = 383622043.55099714 > c, setting 1/gamma = 0\n",
-      "v = 334660220.038487 > c, setting 1/gamma = 0\n",
-      "v = 370052238.1555212 > c, setting 1/gamma = 0\n",
-      "v = 320801070.206733 > c, setting 1/gamma = 0\n",
-      "v = 347365835.86024106 > c, setting 1/gamma = 0\n",
-      "v = 310798649.59748024 > c, setting 1/gamma = 0\n",
-      "v = 335431204.50522 > c, setting 1/gamma = 0\n",
-      "v = 332799980.0618769 > c, setting 1/gamma = 0\n",
-      "v = 361512301.77056795 > c, setting 1/gamma = 0\n",
-      "v = 370325675.0321897 > c, setting 1/gamma = 0\n",
-      "v = 395748123.35154843 > c, setting 1/gamma = 0\n",
-      "v = 326127584.40631384 > c, setting 1/gamma = 0\n",
-      "v = 320023853.29109794 > c, setting 1/gamma = 0\n",
-      "v = 344514400.36550736 > c, setting 1/gamma = 0\n",
-      "v = 309352473.00333756 > c, setting 1/gamma = 0\n",
-      "v = 309366299.2724386 > c, setting 1/gamma = 0\n",
-      "v = 329925006.3848855 > c, setting 1/gamma = 0\n",
-      "v = 325024014.09068614 > c, setting 1/gamma = 0\n",
-      "v = 344920905.4399086 > c, setting 1/gamma = 0\n",
-      "v = 334900257.76233554 > c, setting 1/gamma = 0\n",
-      "v = 367335393.85238016 > c, setting 1/gamma = 0\n",
-      "v = 319620412.14689815 > c, setting 1/gamma = 0\n",
-      "v = 343307689.7505061 > c, setting 1/gamma = 0\n",
-      "v = 319858408.42427266 > c, setting 1/gamma = 0\n",
-      "v = 344918323.89389825 > c, setting 1/gamma = 0\n",
-      "v = 305711230.4426178 > c, setting 1/gamma = 0\n",
-      "v = 335495738.60276896 > c, setting 1/gamma = 0\n",
-      "v = 304320036.49687624 > c, setting 1/gamma = 0\n",
-      "v = 333189357.2240098 > c, setting 1/gamma = 0\n",
-      "v = 301528722.2722617 > c, setting 1/gamma = 0\n",
-      "v = 325737156.4551449 > c, setting 1/gamma = 0\n",
-      "v = 360897111.9699012 > c, setting 1/gamma = 0\n",
-      "v = 385271147.08880514 > c, setting 1/gamma = 0\n",
-      "v = 402712033.6268022 > c, setting 1/gamma = 0\n",
-      "v = 306441288.7326086 > c, setting 1/gamma = 0\n",
-      "v = 333828990.104984 > c, setting 1/gamma = 0\n",
-      "v = 361256663.947485 > c, setting 1/gamma = 0\n",
-      "v = 312884911.486453 > c, setting 1/gamma = 0\n",
-      "v = 345549061.72745466 > c, setting 1/gamma = 0\n",
-      "v = 318556578.8659578 > c, setting 1/gamma = 0\n",
-      "v = 361724791.73678946 > c, setting 1/gamma = 0\n",
-      "v = 301442995.56901646 > c, setting 1/gamma = 0\n",
-      "v = 314927037.3433431 > c, setting 1/gamma = 0\n",
-      "v = 342096698.6453035 > c, setting 1/gamma = 0\n",
-      "v = 313513187.680564 > c, setting 1/gamma = 0\n",
-      "v = 351313683.36157995 > c, setting 1/gamma = 0\n",
-      "v = 308100254.8256659 > c, setting 1/gamma = 0\n",
-      "v = 337543795.71974117 > c, setting 1/gamma = 0\n",
-      "v = 337673281.831224 > c, setting 1/gamma = 0\n",
-      "v = 374412172.6001351 > c, setting 1/gamma = 0\n",
-      "v = 320630920.52856874 > c, setting 1/gamma = 0\n",
-      "v = 349316818.2325952 > c, setting 1/gamma = 0\n",
-      "v = 307778141.2725155 > c, setting 1/gamma = 0\n",
-      "v = 360472340.81134206 > c, setting 1/gamma = 0\n",
-      "v = 398434589.7317269 > c, setting 1/gamma = 0\n",
-      "v = 395797698.1123487 > c, setting 1/gamma = 0\n",
-      "v = 408948850.8316492 > c, setting 1/gamma = 0\n",
-      "v = 320456650.28938997 > c, setting 1/gamma = 0\n",
-      "v = 324742379.1990866 > c, setting 1/gamma = 0\n",
-      "v = 348351516.2277471 > c, setting 1/gamma = 0\n",
-      "v = 325086124.2928156 > c, setting 1/gamma = 0\n",
-      "v = 359760554.26235294 > c, setting 1/gamma = 0\n",
-      "v = 405484416.3122783 > c, setting 1/gamma = 0\n",
-      "v = 420223104.6698714 > c, setting 1/gamma = 0\n",
-      "v = 314506146.7339784 > c, setting 1/gamma = 0\n",
-      "v = 323231802.3766943 > c, setting 1/gamma = 0\n",
-      "v = 348836066.5511028 > c, setting 1/gamma = 0\n",
-      "v = 311258293.42231286 > c, setting 1/gamma = 0\n",
-      "v = 350506410.0802401 > c, setting 1/gamma = 0\n",
-      "v = 329293830.15654075 > c, setting 1/gamma = 0\n",
-      "v = 352943731.68804777 > c, setting 1/gamma = 0\n",
-      "v = 319783040.6126008 > c, setting 1/gamma = 0\n",
-      "v = 346099500.89034855 > c, setting 1/gamma = 0\n",
-      "v = 307199083.82678175 > c, setting 1/gamma = 0\n",
-      "v = 334293176.9873499 > c, setting 1/gamma = 0\n",
-      "v = 322560314.46172065 > c, setting 1/gamma = 0\n",
-      "v = 375755094.0260579 > c, setting 1/gamma = 0\n",
-      "v = 399782101.90982544 > c, setting 1/gamma = 0\n",
-      "v = 351079309.654773 > c, setting 1/gamma = 0\n",
-      "v = 389735882.32380754 > c, setting 1/gamma = 0\n",
-      "v = 339532069.0906935 > c, setting 1/gamma = 0\n",
-      "v = 365026698.1839697 > c, setting 1/gamma = 0\n",
-      "v = 315441781.74351835 > c, setting 1/gamma = 0\n",
-      "v = 327305825.1371055 > c, setting 1/gamma = 0\n",
-      "v = 357951160.5778056 > c, setting 1/gamma = 0\n",
-      "v = 379180707.24868083 > c, setting 1/gamma = 0\n",
-      "v = 404353249.4720541 > c, setting 1/gamma = 0\n",
-      "v = 300266310.6238678 > c, setting 1/gamma = 0\n",
-      "v = 329111557.291363 > c, setting 1/gamma = 0\n",
-      "v = 321867704.72114253 > c, setting 1/gamma = 0\n",
-      "v = 320468512.8473895 > c, setting 1/gamma = 0\n",
-      "v = 342593233.16458577 > c, setting 1/gamma = 0\n",
-      "v = 318625485.05260044 > c, setting 1/gamma = 0\n",
-      "v = 345201232.96475875 > c, setting 1/gamma = 0\n",
-      "v = 303520779.8020137 > c, setting 1/gamma = 0\n",
-      "v = 374881411.0914625 > c, setting 1/gamma = 0\n",
-      "v = 399876331.924236 > c, setting 1/gamma = 0\n",
-      "v = 344706423.01406926 > c, setting 1/gamma = 0\n",
-      "v = 366064928.372399 > c, setting 1/gamma = 0\n",
-      "v = 310478849.94109744 > c, setting 1/gamma = 0\n",
-      "v = 317432842.0569186 > c, setting 1/gamma = 0\n",
-      "v = 338197572.60133594 > c, setting 1/gamma = 0\n",
-      "v = 325231686.62016225 > c, setting 1/gamma = 0\n",
-      "v = 349119249.8041562 > c, setting 1/gamma = 0\n",
-      "v = 308450577.53767353 > c, setting 1/gamma = 0\n",
-      "v = 366681219.1089546 > c, setting 1/gamma = 0\n",
-      "v = 390967408.9437616 > c, setting 1/gamma = 0\n",
-      "v = 300734072.8841806 > c, setting 1/gamma = 0\n",
-      "v = 327209080.4837501 > c, setting 1/gamma = 0\n",
-      "v = 343206768.3048998 > c, setting 1/gamma = 0\n",
-      "v = 365056047.48267406 > c, setting 1/gamma = 0\n",
-      "v = 358103390.90371734 > c, setting 1/gamma = 0\n",
-      "v = 382666856.85372025 > c, setting 1/gamma = 0\n",
-      "v = 396851490.14876056 > c, setting 1/gamma = 0\n",
-      "v = 412316506.2888031 > c, setting 1/gamma = 0\n",
-      "v = 302059319.80416965 > c, setting 1/gamma = 0\n",
-      "v = 332150736.8248855 > c, setting 1/gamma = 0\n",
-      "v = 314869005.52640784 > c, setting 1/gamma = 0\n",
-      "v = 349303963.6021749 > c, setting 1/gamma = 0\n",
-      "v = 423246105.3828484 > c, setting 1/gamma = 0\n",
-      "v = 436684793.24150234 > c, setting 1/gamma = 0\n",
-      "v = 318196864.26126 > c, setting 1/gamma = 0\n",
-      "v = 338972333.66849166 > c, setting 1/gamma = 0\n",
-      "v = 390407923.89655423 > c, setting 1/gamma = 0\n",
-      "v = 419997418.83188444 > c, setting 1/gamma = 0\n",
-      "v = 347886777.1137266 > c, setting 1/gamma = 0\n",
-      "v = 375697219.30376583 > c, setting 1/gamma = 0\n",
-      "v = 376936447.8784527 > c, setting 1/gamma = 0\n",
-      "v = 397939878.0015706 > c, setting 1/gamma = 0\n",
-      "v = 385194680.16113466 > c, setting 1/gamma = 0\n",
-      "v = 404555580.7073954 > c, setting 1/gamma = 0\n",
-      "v = 379291160.9219637 > c, setting 1/gamma = 0\n",
-      "v = 406323006.49676687 > c, setting 1/gamma = 0\n",
-      "v = 351796479.92014533 > c, setting 1/gamma = 0\n",
-      "v = 374693923.41401386 > c, setting 1/gamma = 0\n",
-      "v = 317186367.9837532 > c, setting 1/gamma = 0\n",
-      "v = 304529934.77882206 > c, setting 1/gamma = 0\n",
-      "v = 329191729.4738855 > c, setting 1/gamma = 0\n",
-      "v = 363640906.83677405 > c, setting 1/gamma = 0\n",
-      "v = 381019080.73561424 > c, setting 1/gamma = 0\n",
-      "v = 307436842.1937663 > c, setting 1/gamma = 0\n",
-      "v = 335959174.4135305 > c, setting 1/gamma = 0\n",
-      "v = 320816524.34439415 > c, setting 1/gamma = 0\n",
-      "v = 360716139.51154524 > c, setting 1/gamma = 0\n",
-      "v = 309453629.0788328 > c, setting 1/gamma = 0\n",
-      "v = 337975269.49368376 > c, setting 1/gamma = 0\n",
-      "v = 309414189.6902946 > c, setting 1/gamma = 0\n",
-      "v = 331585443.34597766 > c, setting 1/gamma = 0\n",
-      "v = 356363458.75873685 > c, setting 1/gamma = 0\n",
-      "v = 373814729.4481619 > c, setting 1/gamma = 0\n",
-      "v = 324165282.3427474 > c, setting 1/gamma = 0\n",
-      "v = 349856634.80448675 > c, setting 1/gamma = 0\n",
-      "v = 328746699.13829553 > c, setting 1/gamma = 0\n",
-      "v = 353644707.0050402 > c, setting 1/gamma = 0\n",
-      "v = 337606749.3075274 > c, setting 1/gamma = 0\n",
-      "v = 369708548.7426829 > c, setting 1/gamma = 0\n",
-      "v = 346488563.59696865 > c, setting 1/gamma = 0\n",
-      "v = 385131603.202688 > c, setting 1/gamma = 0\n",
-      "v = 320880485.78314984 > c, setting 1/gamma = 0\n",
-      "v = 347695379.56685936 > c, setting 1/gamma = 0\n",
-      "v = 328583044.8381333 > c, setting 1/gamma = 0\n",
-      "v = 356278149.57228625 > c, setting 1/gamma = 0\n",
-      "v = 315834172.6428181 > c, setting 1/gamma = 0\n",
-      "v = 340679022.77758586 > c, setting 1/gamma = 0\n",
-      "v = 346215574.0087669 > c, setting 1/gamma = 0\n",
-      "v = 372368262.64482707 > c, setting 1/gamma = 0\n",
-      "v = 318115596.19511706 > c, setting 1/gamma = 0\n",
-      "v = 344243287.26551616 > c, setting 1/gamma = 0\n",
-      "v = 321567646.5471779 > c, setting 1/gamma = 0\n",
-      "v = 346608827.66329956 > c, setting 1/gamma = 0\n",
-      "v = 307044871.46478516 > c, setting 1/gamma = 0\n",
-      "v = 311089746.9470384 > c, setting 1/gamma = 0\n",
-      "v = 325105239.2030958 > c, setting 1/gamma = 0\n",
-      "v = 351272393.1555165 > c, setting 1/gamma = 0\n",
-      "v = 333779299.8581903 > c, setting 1/gamma = 0\n",
-      "v = 357226545.329965 > c, setting 1/gamma = 0\n",
-      "v = 321038935.6724768 > c, setting 1/gamma = 0\n",
-      "v = 317883487.8629175 > c, setting 1/gamma = 0\n",
-      "v = 343609989.95726407 > c, setting 1/gamma = 0\n",
-      "v = 320720445.3537381 > c, setting 1/gamma = 0\n",
-      "v = 342880148.4222903 > c, setting 1/gamma = 0\n",
-      "v = 319411598.52730536 > c, setting 1/gamma = 0\n",
-      "v = 341108937.7851535 > c, setting 1/gamma = 0\n",
-      "v = 347269258.43333995 > c, setting 1/gamma = 0\n",
-      "v = 364950302.60865915 > c, setting 1/gamma = 0\n",
-      "v = 323011287.73857456 > c, setting 1/gamma = 0\n",
-      "v = 345986561.1415627 > c, setting 1/gamma = 0\n",
-      "v = 303764387.71786946 > c, setting 1/gamma = 0\n",
-      "v = 306065804.4153088 > c, setting 1/gamma = 0\n",
-      "v = 337963991.6102877 > c, setting 1/gamma = 0\n",
-      "v = 384706089.4211424 > c, setting 1/gamma = 0\n",
-      "v = 405384994.3349718 > c, setting 1/gamma = 0\n",
-      "v = 391632685.5486549 > c, setting 1/gamma = 0\n",
-      "v = 420051122.55930334 > c, setting 1/gamma = 0\n",
-      "v = 320891351.7963066 > c, setting 1/gamma = 0\n",
-      "v = 344171488.37579924 > c, setting 1/gamma = 0\n",
-      "v = 323385079.0210899 > c, setting 1/gamma = 0\n",
-      "v = 351720310.89567286 > c, setting 1/gamma = 0\n",
-      "v = 319012235.4206402 > c, setting 1/gamma = 0\n",
-      "v = 346910147.3545747 > c, setting 1/gamma = 0\n",
-      "v = 309014847.34532535 > c, setting 1/gamma = 0\n",
-      "v = 351459779.5876092 > c, setting 1/gamma = 0\n",
-      "v = 308073708.0947006 > c, setting 1/gamma = 0\n",
-      "v = 335676981.7545215 > c, setting 1/gamma = 0\n",
-      "v = 308569099.4505022 > c, setting 1/gamma = 0\n",
-      "v = 333186106.0182327 > c, setting 1/gamma = 0\n",
-      "v = 340270275.9513472 > c, setting 1/gamma = 0\n",
-      "v = 360480840.14159125 > c, setting 1/gamma = 0\n",
-      "v = 314621373.18281746 > c, setting 1/gamma = 0\n",
-      "v = 348748473.03630984 > c, setting 1/gamma = 0\n",
-      "v = 437643758.89233 > c, setting 1/gamma = 0\n",
-      "v = 449222473.25192434 > c, setting 1/gamma = 0\n",
-      "v = 336732632.6410327 > c, setting 1/gamma = 0\n",
-      "v = 364317936.6062502 > c, setting 1/gamma = 0\n",
-      "v = 340657507.4729695 > c, setting 1/gamma = 0\n",
-      "v = 366508581.66995424 > c, setting 1/gamma = 0\n",
-      "v = 313553684.1669814 > c, setting 1/gamma = 0\n",
-      "v = 338448445.43725836 > c, setting 1/gamma = 0\n",
-      "v = 314268350.90854686 > c, setting 1/gamma = 0\n",
-      "v = 350956301.05040646 > c, setting 1/gamma = 0\n",
-      "v = 344135678.82759523 > c, setting 1/gamma = 0\n",
-      "v = 382724250.09932595 > c, setting 1/gamma = 0\n",
-      "v = 311366438.43105644 > c, setting 1/gamma = 0\n",
-      "v = 338286752.5582117 > c, setting 1/gamma = 0\n",
-      "v = 307576559.15721434 > c, setting 1/gamma = 0\n",
-      "v = 331857960.7389425 > c, setting 1/gamma = 0\n",
-      "v = 329343723.31057316 > c, setting 1/gamma = 0\n",
-      "v = 349678240.0973461 > c, setting 1/gamma = 0\n",
-      "v = 308256158.3740688 > c, setting 1/gamma = 0\n",
-      "v = 336677769.6230421 > c, setting 1/gamma = 0\n",
-      "v = 328168850.38508826 > c, setting 1/gamma = 0\n",
-      "v = 353495429.26281065 > c, setting 1/gamma = 0\n",
-      "v = 301164784.7493466 > c, setting 1/gamma = 0\n",
-      "v = 300599739.6471938 > c, setting 1/gamma = 0\n",
-      "v = 312403575.4669322 > c, setting 1/gamma = 0\n",
-      "v = 335815329.9348034 > c, setting 1/gamma = 0\n",
-      "v = 350231663.2566268 > c, setting 1/gamma = 0\n",
-      "v = 368955702.8640611 > c, setting 1/gamma = 0\n",
-      "v = 366936496.00751555 > c, setting 1/gamma = 0\n",
-      "v = 388458902.37346137 > c, setting 1/gamma = 0\n",
-      "v = 337426890.8796445 > c, setting 1/gamma = 0\n",
-      "v = 368867133.9510283 > c, setting 1/gamma = 0\n",
-      "v = 331125166.64610445 > c, setting 1/gamma = 0\n",
-      "v = 359816211.7041707 > c, setting 1/gamma = 0\n",
-      "v = 354220284.09761643 > c, setting 1/gamma = 0\n",
-      "v = 387482020.5743965 > c, setting 1/gamma = 0\n",
-      "v = 306644726.4783783 > c, setting 1/gamma = 0\n",
-      "v = 335252295.0159303 > c, setting 1/gamma = 0\n",
-      "v = 369271486.9056053 > c, setting 1/gamma = 0\n",
-      "v = 396328251.35999185 > c, setting 1/gamma = 0\n",
-      "v = 355994813.62655437 > c, setting 1/gamma = 0\n",
-      "v = 377962544.22813916 > c, setting 1/gamma = 0\n",
-      "v = 305535169.0307822 > c, setting 1/gamma = 0\n",
-      "v = 398223568.2418681 > c, setting 1/gamma = 0\n",
-      "v = 410929103.84470105 > c, setting 1/gamma = 0\n",
-      "v = 390861219.18956274 > c, setting 1/gamma = 0\n",
-      "v = 414303880.9159248 > c, setting 1/gamma = 0\n",
-      "v = 314824184.43409383 > c, setting 1/gamma = 0\n",
-      "v = 341383040.16906065 > c, setting 1/gamma = 0\n",
-      "v = 306513934.99082965 > c, setting 1/gamma = 0\n",
-      "v = 304155884.8929658 > c, setting 1/gamma = 0\n",
-      "v = 346028779.0043014 > c, setting 1/gamma = 0\n",
-      "v = 371231155.06606185 > c, setting 1/gamma = 0\n",
-      "v = 360496914.2081558 > c, setting 1/gamma = 0\n",
-      "v = 382762946.720911 > c, setting 1/gamma = 0\n",
-      "v = 334694743.54501724 > c, setting 1/gamma = 0\n",
-      "v = 364089808.25496286 > c, setting 1/gamma = 0\n",
-      "v = 375420030.1132421 > c, setting 1/gamma = 0\n",
-      "v = 391275561.81263065 > c, setting 1/gamma = 0\n",
-      "v = 327032022.62856925 > c, setting 1/gamma = 0\n",
-      "v = 356530668.27675694 > c, setting 1/gamma = 0\n",
-      "v = 322836924.6959172 > c, setting 1/gamma = 0\n",
-      "v = 353705433.11462855 > c, setting 1/gamma = 0\n",
-      "v = 363567207.65638256 > c, setting 1/gamma = 0\n",
-      "v = 382021759.7381293 > c, setting 1/gamma = 0\n",
-      "v = 341827537.52273583 > c, setting 1/gamma = 0\n",
-      "v = 368022230.2904005 > c, setting 1/gamma = 0\n",
-      "v = 308572705.1704223 > c, setting 1/gamma = 0\n",
-      "v = 368047052.3168906 > c, setting 1/gamma = 0\n",
-      "v = 385610038.87985 > c, setting 1/gamma = 0\n",
-      "v = 366279351.31670916 > c, setting 1/gamma = 0\n",
-      "v = 388916384.5286855 > c, setting 1/gamma = 0\n",
-      "v = 379693930.88003606 > c, setting 1/gamma = 0\n",
-      "v = 398784108.09638345 > c, setting 1/gamma = 0\n",
-      "v = 336907564.94775724 > c, setting 1/gamma = 0\n",
-      "v = 358790913.6385993 > c, setting 1/gamma = 0\n",
-      "v = 309209241.1319241 > c, setting 1/gamma = 0\n",
-      "v = 342411491.2364568 > c, setting 1/gamma = 0\n",
-      "v = 389906908.079315 > c, setting 1/gamma = 0\n",
-      "v = 411755694.8851722 > c, setting 1/gamma = 0\n",
-      "v = 325363069.6216176 > c, setting 1/gamma = 0\n",
-      "v = 351214575.26224804 > c, setting 1/gamma = 0\n",
-      "v = 316361395.20114803 > c, setting 1/gamma = 0\n",
-      "v = 340088120.4242069 > c, setting 1/gamma = 0\n",
-      "v = 303816365.2847356 > c, setting 1/gamma = 0\n",
-      "v = 304019211.8282963 > c, setting 1/gamma = 0\n",
-      "v = 329887788.9669207 > c, setting 1/gamma = 0\n",
-      "v = 351227979.40998507 > c, setting 1/gamma = 0\n",
-      "v = 362473449.8362651 > c, setting 1/gamma = 0\n",
-      "v = 375430288.3237359 > c, setting 1/gamma = 0\n",
-      "v = 328161930.4496543 > c, setting 1/gamma = 0\n",
-      "v = 350172006.2485836 > c, setting 1/gamma = 0\n",
-      "v = 341775921.3266878 > c, setting 1/gamma = 0\n",
-      "v = 363358798.35485184 > c, setting 1/gamma = 0\n",
-      "v = 301032448.4041858 > c, setting 1/gamma = 0\n",
-      "v = 325605462.3851702 > c, setting 1/gamma = 0\n",
-      "v = 422229170.62159336 > c, setting 1/gamma = 0\n",
-      "v = 427276411.9813039 > c, setting 1/gamma = 0\n",
-      "v = 312095346.96596915 > c, setting 1/gamma = 0\n",
-      "v = 301113854.3220419 > c, setting 1/gamma = 0\n",
-      "v = 310232074.4798584 > c, setting 1/gamma = 0\n",
-      "v = 332452434.12412965 > c, setting 1/gamma = 0\n",
-      "v = 329753427.52466094 > c, setting 1/gamma = 0\n",
-      "v = 363844523.1587726 > c, setting 1/gamma = 0\n",
-      "v = 385255448.95142883 > c, setting 1/gamma = 0\n",
-      "v = 323114990.1156446 > c, setting 1/gamma = 0\n",
-      "v = 349363276.213293 > c, setting 1/gamma = 0\n",
-      "v = 332006468.2734688 > c, setting 1/gamma = 0\n",
-      "v = 356833154.0974493 > c, setting 1/gamma = 0\n",
-      "v = 302574549.2483083 > c, setting 1/gamma = 0\n",
-      "v = 333877255.1497388 > c, setting 1/gamma = 0\n",
-      "v = 350407056.70514995 > c, setting 1/gamma = 0\n",
-      "v = 372472560.57994163 > c, setting 1/gamma = 0\n",
-      "v = 318545983.62928385 > c, setting 1/gamma = 0\n",
-      "v = 346008844.66733974 > c, setting 1/gamma = 0\n",
-      "v = 379563451.7850661 > c, setting 1/gamma = 0\n",
-      "v = 407123837.21671766 > c, setting 1/gamma = 0\n",
-      "v = 301539653.0850224 > c, setting 1/gamma = 0\n",
-      "v = 305150539.0333782 > c, setting 1/gamma = 0\n",
-      "v = 331164283.76009613 > c, setting 1/gamma = 0\n",
-      "v = 352138362.76562613 > c, setting 1/gamma = 0\n",
-      "v = 322328954.55935574 > c, setting 1/gamma = 0\n",
-      "v = 313274819.73075485 > c, setting 1/gamma = 0\n",
-      "v = 338681123.4674168 > c, setting 1/gamma = 0\n",
-      "v = 363586639.313531 > c, setting 1/gamma = 0\n",
-      "v = 385128878.79985327 > c, setting 1/gamma = 0\n",
-      "v = 307399900.2660375 > c, setting 1/gamma = 0\n",
-      "v = 330987665.4152968 > c, setting 1/gamma = 0\n",
-      "v = 327886402.3707798 > c, setting 1/gamma = 0\n",
-      "v = 348120370.2492378 > c, setting 1/gamma = 0\n",
-      "v = 300425870.09010005 > c, setting 1/gamma = 0\n",
-      "v = 329516150.50939393 > c, setting 1/gamma = 0\n",
-      "v = 325093408.8294707 > c, setting 1/gamma = 0\n",
-      "v = 350431786.1339061 > c, setting 1/gamma = 0\n",
-      "v = 324941122.1752172 > c, setting 1/gamma = 0\n",
-      "v = 348477639.95237756 > c, setting 1/gamma = 0\n",
-      "v = 306430265.9377765 > c, setting 1/gamma = 0\n",
-      "v = 309005102.61858934 > c, setting 1/gamma = 0\n",
-      "v = 317269515.5131763 > c, setting 1/gamma = 0\n",
-      "v = 338111386.7469957 > c, setting 1/gamma = 0\n",
-      "v = 314544585.3686337 > c, setting 1/gamma = 0\n",
-      "v = 411249569.6172931 > c, setting 1/gamma = 0\n",
-      "v = 423731481.0641165 > c, setting 1/gamma = 0\n",
-      "v = 311179088.5992101 > c, setting 1/gamma = 0\n",
-      "v = 334956679.96213895 > c, setting 1/gamma = 0\n",
-      "v = 343997770.54313684 > c, setting 1/gamma = 0\n",
-      "v = 363371353.62946945 > c, setting 1/gamma = 0\n",
-      "v = 314472391.49295104 > c, setting 1/gamma = 0\n",
-      "v = 351153305.2718166 > c, setting 1/gamma = 0\n",
-      "v = 309486704.31097275 > c, setting 1/gamma = 0\n",
-      "v = 337622732.8946341 > c, setting 1/gamma = 0\n",
-      "v = 359736919.04311657 > c, setting 1/gamma = 0\n",
-      "v = 381559272.28256875 > c, setting 1/gamma = 0\n",
-      "v = 315847618.9168364 > c, setting 1/gamma = 0\n",
-      "v = 339166708.8273297 > c, setting 1/gamma = 0\n",
-      "v = 347679312.12547845 > c, setting 1/gamma = 0\n",
-      "v = 370877221.80390215 > c, setting 1/gamma = 0\n",
-      "v = 347285816.60957074 > c, setting 1/gamma = 0\n",
-      "v = 371271676.60870636 > c, setting 1/gamma = 0\n",
-      "v = 349828041.09706813 > c, setting 1/gamma = 0\n",
-      "v = 372974889.24345315 > c, setting 1/gamma = 0\n",
-      "v = 333559934.8860875 > c, setting 1/gamma = 0\n",
-      "v = 364277457.0491805 > c, setting 1/gamma = 0\n",
-      "v = 369029578.6803468 > c, setting 1/gamma = 0\n",
-      "v = 392771430.78397775 > c, setting 1/gamma = 0\n",
-      "v = 389310230.35997635 > c, setting 1/gamma = 0\n",
-      "v = 411037485.09489 > c, setting 1/gamma = 0\n",
-      "v = 373260934.1506772 > c, setting 1/gamma = 0\n",
-      "v = 404614431.8958786 > c, setting 1/gamma = 0\n",
-      "v = 319434857.317565 > c, setting 1/gamma = 0\n",
-      "v = 306500101.67283356 > c, setting 1/gamma = 0\n",
-      "v = 309768676.3668334 > c, setting 1/gamma = 0\n",
-      "v = 348166265.77919555 > c, setting 1/gamma = 0\n",
-      "v = 367998755.6339254 > c, setting 1/gamma = 0\n",
-      "v = 329543565.38966995 > c, setting 1/gamma = 0\n",
-      "v = 353373783.4656916 > c, setting 1/gamma = 0\n",
-      "v = 322279093.16699857 > c, setting 1/gamma = 0\n",
-      "v = 345817708.163303 > c, setting 1/gamma = 0\n",
-      "v = 316018178.69237334 > c, setting 1/gamma = 0\n",
-      "v = 337447003.7989921 > c, setting 1/gamma = 0\n",
-      "v = 317140017.19291776 > c, setting 1/gamma = 0\n",
-      "v = 349008530.0372356 > c, setting 1/gamma = 0\n",
-      "v = 366641280.40572137 > c, setting 1/gamma = 0\n",
-      "v = 388287498.1645525 > c, setting 1/gamma = 0\n",
-      "v = 312416742.4244415 > c, setting 1/gamma = 0\n",
-      "v = 339259239.0658111 > c, setting 1/gamma = 0\n",
-      "v = 368931632.6552215 > c, setting 1/gamma = 0\n",
-      "v = 388448197.8962057 > c, setting 1/gamma = 0\n",
-      "v = 365630700.0823719 > c, setting 1/gamma = 0\n",
-      "v = 381780134.7041675 > c, setting 1/gamma = 0\n",
-      "v = 311736561.52976596 > c, setting 1/gamma = 0\n",
-      "v = 307175328.5721406 > c, setting 1/gamma = 0\n",
-      "v = 332618674.4458291 > c, setting 1/gamma = 0\n",
-      "v = 340720491.6563664 > c, setting 1/gamma = 0\n",
-      "v = 361183682.5953316 > c, setting 1/gamma = 0\n",
-      "v = 320805444.5280937 > c, setting 1/gamma = 0\n",
-      "v = 349761626.5414255 > c, setting 1/gamma = 0\n",
-      "v = 350073585.88009316 > c, setting 1/gamma = 0\n",
-      "v = 370841155.49964535 > c, setting 1/gamma = 0\n",
-      "v = 336368497.5323295 > c, setting 1/gamma = 0\n",
-      "v = 360403387.94655037 > c, setting 1/gamma = 0\n",
-      "v = 358497393.1264506 > c, setting 1/gamma = 0\n",
-      "v = 375562276.6239561 > c, setting 1/gamma = 0\n",
-      "v = 348474571.33237535 > c, setting 1/gamma = 0\n",
-      "v = 373767493.64630395 > c, setting 1/gamma = 0\n",
-      "v = 315312505.5628925 > c, setting 1/gamma = 0\n",
-      "v = 337431027.18432784 > c, setting 1/gamma = 0\n",
-      "v = 348114838.72009057 > c, setting 1/gamma = 0\n",
-      "v = 369164435.1987919 > c, setting 1/gamma = 0\n",
-      "v = 314335772.00830525 > c, setting 1/gamma = 0\n",
-      "v = 339687916.47238153 > c, setting 1/gamma = 0\n",
-      "v = 356367777.7193306 > c, setting 1/gamma = 0\n",
-      "v = 372609805.5869954 > c, setting 1/gamma = 0\n",
-      "v = 342878488.56632763 > c, setting 1/gamma = 0\n",
-      "v = 369908351.2738771 > c, setting 1/gamma = 0\n",
-      "v = 313888475.9824887 > c, setting 1/gamma = 0\n",
-      "v = 336320891.7124292 > c, setting 1/gamma = 0\n",
-      "v = 349647630.72794175 > c, setting 1/gamma = 0\n",
-      "v = 368990948.90781426 > c, setting 1/gamma = 0\n",
-      "v = 333930503.7108355 > c, setting 1/gamma = 0\n",
-      "v = 355433485.1752192 > c, setting 1/gamma = 0\n",
-      "v = 359294448.6356331 > c, setting 1/gamma = 0\n",
-      "v = 380804579.1187095 > c, setting 1/gamma = 0\n",
-      "v = 315794242.079539 > c, setting 1/gamma = 0\n",
-      "v = 302140895.9212558 > c, setting 1/gamma = 0\n",
-      "v = 334140936.7494432 > c, setting 1/gamma = 0\n",
-      "v = 358282186.3198526 > c, setting 1/gamma = 0\n",
-      "v = 381069223.89057374 > c, setting 1/gamma = 0\n",
-      "v = 344925397.95543295 > c, setting 1/gamma = 0\n",
-      "v = 368201934.46723264 > c, setting 1/gamma = 0\n",
-      "v = 349494338.9605057 > c, setting 1/gamma = 0\n",
-      "v = 375584029.83948463 > c, setting 1/gamma = 0\n",
-      "v = 316250681.6950583 > c, setting 1/gamma = 0\n",
-      "v = 339630351.7336828 > c, setting 1/gamma = 0\n",
-      "v = 311548446.06875056 > c, setting 1/gamma = 0\n",
-      "v = 341371427.4991623 > c, setting 1/gamma = 0\n",
-      "v = 321548320.8510613 > c, setting 1/gamma = 0\n",
-      "v = 348134720.5532113 > c, setting 1/gamma = 0\n",
-      "v = 334363796.3425458 > c, setting 1/gamma = 0\n",
-      "v = 320820501.6302585 > c, setting 1/gamma = 0\n",
-      "v = 323766275.53928137 > c, setting 1/gamma = 0\n",
-      "v = 346823128.9832485 > c, setting 1/gamma = 0\n",
-      "v = 325506730.1919634 > c, setting 1/gamma = 0\n",
-      "v = 351720901.6708638 > c, setting 1/gamma = 0\n",
-      "v = 301698148.0828198 > c, setting 1/gamma = 0\n",
-      "v = 425959024.7588484 > c, setting 1/gamma = 0\n",
-      "v = 434853617.7583383 > c, setting 1/gamma = 0\n",
-      "v = 313285284.3209409 > c, setting 1/gamma = 0\n",
-      "v = 337374362.0633944 > c, setting 1/gamma = 0\n",
-      "v = 302224438.2347457 > c, setting 1/gamma = 0\n",
-      "v = 324713975.1954948 > c, setting 1/gamma = 0\n",
-      "v = 322193549.6026479 > c, setting 1/gamma = 0\n",
-      "v = 342099879.2465465 > c, setting 1/gamma = 0\n",
-      "v = 309752268.67004114 > c, setting 1/gamma = 0\n",
-      "v = 336186733.97524786 > c, setting 1/gamma = 0\n",
-      "v = 314320662.359668 > c, setting 1/gamma = 0\n",
-      "v = 338319936.0199215 > c, setting 1/gamma = 0\n",
-      "v = 383144424.54631495 > c, setting 1/gamma = 0\n",
-      "v = 403127163.13137853 > c, setting 1/gamma = 0\n",
-      "v = 330154192.77402467 > c, setting 1/gamma = 0\n",
-      "v = 360672387.79082566 > c, setting 1/gamma = 0\n",
-      "v = 329036678.7629808 > c, setting 1/gamma = 0\n",
-      "v = 352777261.63813627 > c, setting 1/gamma = 0\n",
-      "v = 314984883.9401407 > c, setting 1/gamma = 0\n",
-      "v = 347502912.2937093 > c, setting 1/gamma = 0\n",
-      "v = 399618835.12208694 > c, setting 1/gamma = 0\n",
-      "v = 417004584.48276836 > c, setting 1/gamma = 0\n",
-      "v = 318014679.52440894 > c, setting 1/gamma = 0\n",
-      "v = 315328910.8891783 > c, setting 1/gamma = 0\n",
-      "v = 304287552.0811038 > c, setting 1/gamma = 0\n",
-      "v = 321967967.22120875 > c, setting 1/gamma = 0\n",
-      "v = 360692042.63751173 > c, setting 1/gamma = 0\n",
-      "v = 380837638.4356389 > c, setting 1/gamma = 0\n",
-      "v = 384051296.7087161 > c, setting 1/gamma = 0\n",
-      "v = 402813969.5189514 > c, setting 1/gamma = 0\n",
-      "v = 357793165.8545889 > c, setting 1/gamma = 0\n",
-      "v = 388999033.4359008 > c, setting 1/gamma = 0\n",
-      "v = 332023038.66381943 > c, setting 1/gamma = 0\n",
-      "v = 365178781.14921206 > c, setting 1/gamma = 0\n",
-      "v = 410801961.08317924 > c, setting 1/gamma = 0\n",
-      "v = 421778123.9835825 > c, setting 1/gamma = 0\n",
-      "v = 416269633.38507175 > c, setting 1/gamma = 0\n",
-      "v = 433643568.8120516 > c, setting 1/gamma = 0\n",
-      "v = 383187602.27985275 > c, setting 1/gamma = 0\n",
-      "v = 396241506.47744423 > c, setting 1/gamma = 0\n",
-      "v = 361726825.47580135 > c, setting 1/gamma = 0\n",
-      "v = 386698157.3489107 > c, setting 1/gamma = 0\n",
-      "v = 316141708.56971014 > c, setting 1/gamma = 0\n",
-      "v = 344506262.0571502 > c, setting 1/gamma = 0\n",
-      "v = 359076370.2201627 > c, setting 1/gamma = 0\n",
-      "v = 384376901.3639747 > c, setting 1/gamma = 0\n",
-      "v = 344441076.3687638 > c, setting 1/gamma = 0\n",
-      "v = 373046957.12499446 > c, setting 1/gamma = 0\n",
-      "v = 379378218.9010434 > c, setting 1/gamma = 0\n",
-      "v = 402204763.3514329 > c, setting 1/gamma = 0\n",
-      "v = 388789654.2879892 > c, setting 1/gamma = 0\n",
-      "v = 413420337.2616598 > c, setting 1/gamma = 0\n",
-      "v = 357255918.39930654 > c, setting 1/gamma = 0\n",
-      "v = 385230016.24581033 > c, setting 1/gamma = 0\n",
-      "v = 406086919.12281936 > c, setting 1/gamma = 0\n",
-      "v = 419108415.7601659 > c, setting 1/gamma = 0\n",
-      "v = 426068097.65088063 > c, setting 1/gamma = 0\n",
-      "v = 439177112.6458093 > c, setting 1/gamma = 0\n",
-      "v = 377326026.8380396 > c, setting 1/gamma = 0\n",
-      "v = 392807056.16639036 > c, setting 1/gamma = 0\n",
-      "v = 352741946.17241603 > c, setting 1/gamma = 0\n",
-      "v = 378459896.5200973 > c, setting 1/gamma = 0\n",
-      "v = 307519744.41961735 > c, setting 1/gamma = 0\n",
-      "v = 333754057.22687685 > c, setting 1/gamma = 0\n",
-      "v = 383178103.4303598 > c, setting 1/gamma = 0\n",
-      "v = 395634470.1068097 > c, setting 1/gamma = 0\n",
-      "v = 362805272.4703464 > c, setting 1/gamma = 0\n",
-      "v = 381771526.18582726 > c, setting 1/gamma = 0\n",
-      "v = 326495622.8994921 > c, setting 1/gamma = 0\n",
-      "v = 353566086.601641 > c, setting 1/gamma = 0\n",
-      "v = 323977082.58630586 > c, setting 1/gamma = 0\n",
-      "v = 350503840.4717319 > c, setting 1/gamma = 0\n",
-      "v = 354328076.51977956 > c, setting 1/gamma = 0\n",
-      "v = 382288801.5598764 > c, setting 1/gamma = 0\n",
-      "v = 333721075.2800067 > c, setting 1/gamma = 0\n",
-      "v = 357587605.0227364 > c, setting 1/gamma = 0\n",
-      "v = 342370686.52906376 > c, setting 1/gamma = 0\n",
-      "v = 372839578.45219207 > c, setting 1/gamma = 0\n",
-      "v = 390640185.895181 > c, setting 1/gamma = 0\n",
-      "v = 414293065.17880183 > c, setting 1/gamma = 0\n",
-      "v = 383979467.6067902 > c, setting 1/gamma = 0\n",
-      "v = 396067469.8226007 > c, setting 1/gamma = 0\n",
-      "v = 306846133.02446204 > c, setting 1/gamma = 0\n",
-      "v = 334027349.37628484 > c, setting 1/gamma = 0\n",
-      "v = 373002758.59195155 > c, setting 1/gamma = 0\n",
-      "v = 391381054.3490085 > c, setting 1/gamma = 0\n",
-      "v = 341041223.5229747 > c, setting 1/gamma = 0\n",
-      "v = 360855756.5548672 > c, setting 1/gamma = 0\n",
-      "v = 305677562.6376424 > c, setting 1/gamma = 0\n",
-      "v = 340902056.52116907 > c, setting 1/gamma = 0\n",
-      "v = 436895765.54125285 > c, setting 1/gamma = 0\n",
-      "v = 446582244.5941707 > c, setting 1/gamma = 0\n",
-      "v = 350460315.522902 > c, setting 1/gamma = 0\n",
-      "v = 375296077.0446666 > c, setting 1/gamma = 0\n",
-      "v = 320791945.0859179 > c, setting 1/gamma = 0\n",
-      "v = 343187362.2326581 > c, setting 1/gamma = 0\n",
-      "v = 376334833.8474631 > c, setting 1/gamma = 0\n",
-      "v = 405518974.9932982 > c, setting 1/gamma = 0\n",
-      "v = 428229026.33711255 > c, setting 1/gamma = 0\n",
-      "v = 301931009.80465466 > c, setting 1/gamma = 0\n",
-      "v = 328589800.25727946 > c, setting 1/gamma = 0\n",
-      "v = 372049250.1326183 > c, setting 1/gamma = 0\n",
-      "v = 388574789.3992892 > c, setting 1/gamma = 0\n",
-      "v = 305061673.13825005 > c, setting 1/gamma = 0\n",
-      "v = 328242128.3991622 > c, setting 1/gamma = 0\n",
-      "v = 328285412.2590387 > c, setting 1/gamma = 0\n",
-      "v = 356403593.29819596 > c, setting 1/gamma = 0\n",
-      "v = 356091825.7194527 > c, setting 1/gamma = 0\n",
-      "v = 377351865.1597679 > c, setting 1/gamma = 0\n",
-      "v = 307857564.88916487 > c, setting 1/gamma = 0\n",
-      "v = 332671454.92966515 > c, setting 1/gamma = 0\n",
-      "v = 328659517.190104 > c, setting 1/gamma = 0\n",
-      "v = 350106579.38196987 > c, setting 1/gamma = 0\n",
-      "v = 315630907.28394794 > c, setting 1/gamma = 0\n",
-      "v = 342350993.56632775 > c, setting 1/gamma = 0\n",
-      "v = 334108708.23723376 > c, setting 1/gamma = 0\n",
-      "v = 359097863.149422 > c, setting 1/gamma = 0\n",
-      "v = 348599852.1678921 > c, setting 1/gamma = 0\n",
-      "v = 367179270.3074444 > c, setting 1/gamma = 0\n",
-      "v = 343523041.8576159 > c, setting 1/gamma = 0\n",
-      "v = 365056658.8088226 > c, setting 1/gamma = 0\n",
-      "v = 323949003.4413336 > c, setting 1/gamma = 0\n",
-      "v = 352297648.1906875 > c, setting 1/gamma = 0\n",
-      "v = 326946156.25819844 > c, setting 1/gamma = 0\n",
-      "v = 349929121.5609477 > c, setting 1/gamma = 0\n",
-      "v = 303059601.28460085 > c, setting 1/gamma = 0\n",
-      "v = 327614368.903402 > c, setting 1/gamma = 0\n",
-      "v = 376793906.0360733 > c, setting 1/gamma = 0\n",
-      "v = 395919730.2920416 > c, setting 1/gamma = 0\n",
-      "v = 366080760.4639309 > c, setting 1/gamma = 0\n",
-      "v = 390180615.71467286 > c, setting 1/gamma = 0\n",
-      "v = 330867442.2464795 > c, setting 1/gamma = 0\n",
-      "v = 354855233.63507885 > c, setting 1/gamma = 0\n",
-      "v = 318236265.5307075 > c, setting 1/gamma = 0\n",
-      "v = 350314186.32624763 > c, setting 1/gamma = 0\n",
-      "v = 392217704.65844357 > c, setting 1/gamma = 0\n",
-      "v = 411981144.84422 > c, setting 1/gamma = 0\n",
-      "v = 372453479.6039876 > c, setting 1/gamma = 0\n",
-      "v = 407068818.682014 > c, setting 1/gamma = 0\n",
-      "v = 301187357.19033855 > c, setting 1/gamma = 0\n",
-      "v = 328838049.5118001 > c, setting 1/gamma = 0\n",
-      "v = 322578654.0711972 > c, setting 1/gamma = 0\n",
-      "v = 346347314.2884227 > c, setting 1/gamma = 0\n",
-      "v = 336058659.30437243 > c, setting 1/gamma = 0\n",
-      "v = 360104165.8653244 > c, setting 1/gamma = 0\n",
-      "v = 322528489.7859647 > c, setting 1/gamma = 0\n",
-      "v = 349724133.38033664 > c, setting 1/gamma = 0\n",
-      "v = 340234170.8366875 > c, setting 1/gamma = 0\n",
-      "v = 360966855.0008809 > c, setting 1/gamma = 0\n",
-      "v = 305720509.77385 > c, setting 1/gamma = 0\n",
-      "v = 327097892.7694206 > c, setting 1/gamma = 0\n",
-      "v = 330610020.11429346 > c, setting 1/gamma = 0\n",
-      "v = 352190066.07109207 > c, setting 1/gamma = 0\n",
-      "v = 318686700.58123106 > c, setting 1/gamma = 0\n",
-      "v = 340258918.2324835 > c, setting 1/gamma = 0\n",
-      "v = 362000199.23222005 > c, setting 1/gamma = 0\n",
-      "v = 306192453.1704249 > c, setting 1/gamma = 0\n",
-      "v = 336771497.65603733 > c, setting 1/gamma = 0\n",
-      "v = 345030154.03545654 > c, setting 1/gamma = 0\n",
-      "v = 363321491.3758846 > c, setting 1/gamma = 0\n",
-      "v = 316201442.17949253 > c, setting 1/gamma = 0\n",
-      "v = 393823987.83252513 > c, setting 1/gamma = 0\n",
-      "v = 409940106.3076426 > c, setting 1/gamma = 0\n",
-      "v = 418941094.36691344 > c, setting 1/gamma = 0\n",
-      "v = 436027703.6245399 > c, setting 1/gamma = 0\n",
-      "v = 327280581.418897 > c, setting 1/gamma = 0\n",
-      "v = 350698094.7781106 > c, setting 1/gamma = 0\n",
-      "v = 319052604.9104872 > c, setting 1/gamma = 0\n",
-      "v = 348543664.73719925 > c, setting 1/gamma = 0\n",
-      "v = 339509362.9309564 > c, setting 1/gamma = 0\n",
-      "v = 364561610.2412249 > c, setting 1/gamma = 0\n",
-      "v = 341752517.1427356 > c, setting 1/gamma = 0\n",
-      "v = 365955690.3404871 > c, setting 1/gamma = 0\n",
-      "v = 306422377.8258491 > c, setting 1/gamma = 0\n",
-      "v = 337695456.5911211 > c, setting 1/gamma = 0\n",
-      "v = 365772146.33665025 > c, setting 1/gamma = 0\n",
-      "v = 374942333.0488539 > c, setting 1/gamma = 0\n",
-      "v = 392328951.412287 > c, setting 1/gamma = 0\n",
-      "v = 358797126.59307843 > c, setting 1/gamma = 0\n",
-      "v = 383566530.1147222 > c, setting 1/gamma = 0\n",
-      "v = 400774030.2180878 > c, setting 1/gamma = 0\n",
-      "v = 417690065.6688034 > c, setting 1/gamma = 0\n",
-      "v = 370300546.44756085 > c, setting 1/gamma = 0\n",
-      "v = 400828340.58961403 > c, setting 1/gamma = 0\n",
-      "v = 311965414.62943834 > c, setting 1/gamma = 0\n",
-      "v = 349310028.0804457 > c, setting 1/gamma = 0\n",
-      "v = 407767363.76954 > c, setting 1/gamma = 0\n",
-      "v = 419346519.30169046 > c, setting 1/gamma = 0\n",
-      "v = 420082491.363488 > c, setting 1/gamma = 0\n",
-      "v = 432995337.0658166 > c, setting 1/gamma = 0\n",
-      "v = 393255779.70592767 > c, setting 1/gamma = 0\n",
-      "v = 415459141.23735076 > c, setting 1/gamma = 0\n",
-      "v = 366999254.7839089 > c, setting 1/gamma = 0\n",
-      "v = 388313877.7332877 > c, setting 1/gamma = 0\n",
-      "v = 302371151.2661874 > c, setting 1/gamma = 0\n",
-      "v = 330293229.97626066 > c, setting 1/gamma = 0\n",
-      "v = 363198266.2331208 > c, setting 1/gamma = 0\n",
-      "v = 394662910.7190433 > c, setting 1/gamma = 0\n",
-      "v = 305365059.6441488 > c, setting 1/gamma = 0\n",
-      "v = 332166069.0543822 > c, setting 1/gamma = 0\n",
-      "v = 362872975.4675969 > c, setting 1/gamma = 0\n",
-      "v = 380381615.97502035 > c, setting 1/gamma = 0\n",
-      "v = 389418638.7374719 > c, setting 1/gamma = 0\n",
-      "v = 406596669.1917269 > c, setting 1/gamma = 0\n",
-      "v = 341171369.60205805 > c, setting 1/gamma = 0\n",
-      "v = 369873086.59633416 > c, setting 1/gamma = 0\n",
-      "v = 314398817.5944111 > c, setting 1/gamma = 0\n",
-      "v = 380878624.4687578 > c, setting 1/gamma = 0\n",
-      "v = 404136428.35760146 > c, setting 1/gamma = 0\n",
-      "v = 401964663.3375137 > c, setting 1/gamma = 0\n",
-      "v = 425465638.61505187 > c, setting 1/gamma = 0\n",
-      "v = 339573346.57092613 > c, setting 1/gamma = 0\n",
-      "v = 363369563.9542682 > c, setting 1/gamma = 0\n",
-      "v = 336020045.0526285 > c, setting 1/gamma = 0\n",
-      "v = 365433168.1029889 > c, setting 1/gamma = 0\n",
-      "v = 369131177.4732816 > c, setting 1/gamma = 0\n",
-      "v = 386945118.6255817 > c, setting 1/gamma = 0\n",
-      "v = 323384607.642389 > c, setting 1/gamma = 0\n",
-      "v = 350464951.31610763 > c, setting 1/gamma = 0\n",
-      "v = 344360170.4019871 > c, setting 1/gamma = 0\n",
-      "v = 366409470.585039 > c, setting 1/gamma = 0\n",
-      "v = 319938231.9501277 > c, setting 1/gamma = 0\n",
-      "v = 358332095.0338727 > c, setting 1/gamma = 0\n",
-      "v = 377518984.00492847 > c, setting 1/gamma = 0\n",
-      "v = 310982829.71100533 > c, setting 1/gamma = 0\n",
-      "v = 360427359.6825303 > c, setting 1/gamma = 0\n",
-      "v = 393832921.99851537 > c, setting 1/gamma = 0\n",
-      "v = 329814581.1717782 > c, setting 1/gamma = 0\n",
-      "v = 355946345.54238826 > c, setting 1/gamma = 0\n",
-      "v = 311175498.43055093 > c, setting 1/gamma = 0\n",
-      "v = 335816724.73589945 > c, setting 1/gamma = 0\n",
-      "v = 303281638.01943463 > c, setting 1/gamma = 0\n",
-      "v = 306351097.6782214 > c, setting 1/gamma = 0\n",
-      "v = 335857617.4404509 > c, setting 1/gamma = 0\n",
-      "v = 356138633.3071092 > c, setting 1/gamma = 0\n",
-      "v = 328816206.08775604 > c, setting 1/gamma = 0\n",
-      "v = 348922865.1430468 > c, setting 1/gamma = 0\n",
-      "v = 405035845.8536181 > c, setting 1/gamma = 0\n",
-      "v = 415699046.23483604 > c, setting 1/gamma = 0\n",
-      "v = 375039562.55159026 > c, setting 1/gamma = 0\n",
-      "v = 391006359.2473195 > c, setting 1/gamma = 0\n",
-      "v = 311537178.59589434 > c, setting 1/gamma = 0\n",
-      "v = 322790615.3031753 > c, setting 1/gamma = 0\n",
-      "v = 345164656.4601507 > c, setting 1/gamma = 0\n",
-      "v = 367891930.59454316 > c, setting 1/gamma = 0\n",
-      "v = 339760977.3272364 > c, setting 1/gamma = 0\n",
-      "v = 359974013.1170933 > c, setting 1/gamma = 0\n",
-      "v = 342357985.2417061 > c, setting 1/gamma = 0\n",
-      "v = 363291154.9261695 > c, setting 1/gamma = 0\n",
-      "v = 321229932.2645759 > c, setting 1/gamma = 0\n",
-      "v = 348443164.8498088 > c, setting 1/gamma = 0\n",
-      "v = 307269022.6899373 > c, setting 1/gamma = 0\n",
-      "v = 305729835.25884145 > c, setting 1/gamma = 0\n",
-      "v = 340323259.92079055 > c, setting 1/gamma = 0\n",
-      "v = 307054653.85740197 > c, setting 1/gamma = 0\n",
-      "v = 330200473.99192995 > c, setting 1/gamma = 0\n",
-      "v = 334551204.7512948 > c, setting 1/gamma = 0\n",
-      "v = 353474786.3099142 > c, setting 1/gamma = 0\n",
-      "v = 310055917.3776776 > c, setting 1/gamma = 0\n",
-      "v = 304774003.9106038 > c, setting 1/gamma = 0\n",
-      "v = 328420678.62116563 > c, setting 1/gamma = 0\n",
-      "v = 308921409.5217906 > c, setting 1/gamma = 0\n",
-      "v = 313698067.3098405 > c, setting 1/gamma = 0\n",
-      "v = 335401949.8428881 > c, setting 1/gamma = 0\n",
-      "v = 326247696.1756056 > c, setting 1/gamma = 0\n",
-      "v = 348413248.52751225 > c, setting 1/gamma = 0\n",
-      "v = 339055201.56287783 > c, setting 1/gamma = 0\n",
-      "v = 361041470.7400029 > c, setting 1/gamma = 0\n",
-      "v = 349101988.4452639 > c, setting 1/gamma = 0\n",
-      "v = 370433107.91353256 > c, setting 1/gamma = 0\n",
-      "v = 310904371.1508583 > c, setting 1/gamma = 0\n",
-      "v = 342340470.13921255 > c, setting 1/gamma = 0\n",
-      "v = 311431125.379973 > c, setting 1/gamma = 0\n",
-      "v = 341568735.43762267 > c, setting 1/gamma = 0\n",
-      "v = 301989334.4363138 > c, setting 1/gamma = 0\n",
-      "v = 329728382.93600225 > c, setting 1/gamma = 0\n",
-      "v = 488637475.89812005 > c, setting 1/gamma = 0\n",
-      "v = 464865521.0862774 > c, setting 1/gamma = 0\n",
-      "v = 315932606.491558 > c, setting 1/gamma = 0\n",
-      "v = 313570670.2415668 > c, setting 1/gamma = 0\n",
-      "v = 328814621.9686923 > c, setting 1/gamma = 0\n",
-      "v = 349968936.1325009 > c, setting 1/gamma = 0\n",
-      "v = 307527331.80454314 > c, setting 1/gamma = 0\n",
-      "v = 375809396.98571914 > c, setting 1/gamma = 0\n",
-      "v = 394782340.6911863 > c, setting 1/gamma = 0\n",
-      "v = 405666146.3019417 > c, setting 1/gamma = 0\n",
-      "v = 420079357.60595226 > c, setting 1/gamma = 0\n",
-      "v = 417435848.12531966 > c, setting 1/gamma = 0\n",
-      "v = 424369414.8706055 > c, setting 1/gamma = 0\n",
-      "v = 386059073.2363433 > c, setting 1/gamma = 0\n",
-      "v = 402690169.58367896 > c, setting 1/gamma = 0\n",
-      "v = 398111159.06348425 > c, setting 1/gamma = 0\n",
-      "v = 414835946.05575746 > c, setting 1/gamma = 0\n",
-      "v = 428997422.1102832 > c, setting 1/gamma = 0\n",
-      "v = 442101510.2005779 > c, setting 1/gamma = 0\n",
-      "v = 313315679.4404562 > c, setting 1/gamma = 0\n",
-      "v = 340504964.35370624 > c, setting 1/gamma = 0\n",
-      "v = 412971142.1700109 > c, setting 1/gamma = 0\n",
-      "v = 419282803.6291568 > c, setting 1/gamma = 0\n",
-      "v = 381666374.6250242 > c, setting 1/gamma = 0\n",
-      "v = 395474985.49410313 > c, setting 1/gamma = 0\n",
-      "v = 358513177.8119721 > c, setting 1/gamma = 0\n",
-      "v = 380960238.7483085 > c, setting 1/gamma = 0\n",
-      "v = 353784704.9608954 > c, setting 1/gamma = 0\n",
-      "v = 377985908.92523986 > c, setting 1/gamma = 0\n",
-      "v = 346313372.8294294 > c, setting 1/gamma = 0\n",
-      "v = 370853295.3233742 > c, setting 1/gamma = 0\n",
-      "v = 300078875.9154821 > c, setting 1/gamma = 0\n",
-      "v = 336297969.20750684 > c, setting 1/gamma = 0\n",
-      "v = 407353461.11492586 > c, setting 1/gamma = 0\n",
-      "v = 415467309.39881325 > c, setting 1/gamma = 0\n",
-      "v = 382018293.000282 > c, setting 1/gamma = 0\n",
-      "v = 403405097.6155258 > c, setting 1/gamma = 0\n",
-      "v = 403176877.5454172 > c, setting 1/gamma = 0\n",
-      "v = 422599704.684688 > c, setting 1/gamma = 0\n",
-      "v = 344110834.3880611 > c, setting 1/gamma = 0\n",
-      "v = 383813841.3607822 > c, setting 1/gamma = 0\n",
-      "v = 306657660.6240222 > c, setting 1/gamma = 0\n",
-      "v = 334213470.06863284 > c, setting 1/gamma = 0\n",
-      "v = 318808077.0380557 > c, setting 1/gamma = 0\n",
-      "v = 343039489.0209716 > c, setting 1/gamma = 0\n",
-      "v = 332902759.12661445 > c, setting 1/gamma = 0\n",
-      "v = 359606601.0044603 > c, setting 1/gamma = 0\n",
-      "v = 328988906.18041676 > c, setting 1/gamma = 0\n",
-      "v = 354409624.6973638 > c, setting 1/gamma = 0\n",
-      "v = 344012804.23112404 > c, setting 1/gamma = 0\n",
-      "v = 365462049.74889666 > c, setting 1/gamma = 0\n",
-      "v = 318956801.45285994 > c, setting 1/gamma = 0\n",
-      "v = 366754185.9917991 > c, setting 1/gamma = 0\n",
-      "v = 383724119.9877598 > c, setting 1/gamma = 0\n",
-      "v = 309699845.3055024 > c, setting 1/gamma = 0\n",
-      "v = 422779143.74612665 > c, setting 1/gamma = 0\n",
-      "v = 438886680.0951885 > c, setting 1/gamma = 0\n",
-      "v = 304461879.6980803 > c, setting 1/gamma = 0\n",
-      "v = 332072759.5787378 > c, setting 1/gamma = 0\n",
-      "v = 393626848.8363443 > c, setting 1/gamma = 0\n",
-      "v = 406622078.3265831 > c, setting 1/gamma = 0\n",
-      "v = 363807813.90291905 > c, setting 1/gamma = 0\n",
-      "v = 385028521.78069735 > c, setting 1/gamma = 0\n",
-      "v = 318706248.98144454 > c, setting 1/gamma = 0\n",
-      "v = 346022198.75526494 > c, setting 1/gamma = 0\n",
-      "v = 320526094.5468973 > c, setting 1/gamma = 0\n",
-      "v = 346334229.139018 > c, setting 1/gamma = 0\n",
-      "v = 315077267.8805717 > c, setting 1/gamma = 0\n",
-      "v = 307832314.09863234 > c, setting 1/gamma = 0\n",
-      "v = 357039440.3694883 > c, setting 1/gamma = 0\n",
-      "v = 381499950.6367719 > c, setting 1/gamma = 0\n",
-      "v = 351051473.9503423 > c, setting 1/gamma = 0\n",
-      "v = 369537647.80802536 > c, setting 1/gamma = 0\n",
-      "v = 332577997.41016877 > c, setting 1/gamma = 0\n",
-      "v = 328354876.4370699 > c, setting 1/gamma = 0\n",
-      "v = 352097753.1594124 > c, setting 1/gamma = 0\n",
-      "v = 329120096.5113384 > c, setting 1/gamma = 0\n",
-      "v = 350328617.8951421 > c, setting 1/gamma = 0\n",
-      "v = 302029483.1286601 > c, setting 1/gamma = 0\n",
-      "v = 324283257.7299854 > c, setting 1/gamma = 0\n",
-      "v = 319043908.38315856 > c, setting 1/gamma = 0\n",
-      "v = 338532600.9705021 > c, setting 1/gamma = 0\n",
-      "v = 330226314.6013598 > c, setting 1/gamma = 0\n",
-      "v = 352323163.3629545 > c, setting 1/gamma = 0\n",
-      "v = 313088647.24146116 > c, setting 1/gamma = 0\n",
-      "v = 334933282.9147079 > c, setting 1/gamma = 0\n",
-      "v = 401987849.5437071 > c, setting 1/gamma = 0\n",
-      "v = 413687288.39829916 > c, setting 1/gamma = 0\n",
-      "v = 386468278.41630757 > c, setting 1/gamma = 0\n",
-      "v = 400100457.4530436 > c, setting 1/gamma = 0\n",
-      "v = 323279247.01406 > c, setting 1/gamma = 0\n",
-      "v = 345205028.3749434 > c, setting 1/gamma = 0\n",
-      "v = 301503535.3818762 > c, setting 1/gamma = 0\n",
-      "v = 318141289.25308084 > c, setting 1/gamma = 0\n",
-      "v = 342984619.0315802 > c, setting 1/gamma = 0\n",
-      "v = 331361156.6097314 > c, setting 1/gamma = 0\n",
-      "v = 352384498.3765814 > c, setting 1/gamma = 0\n",
-      "v = 302760074.52902687 > c, setting 1/gamma = 0\n",
-      "v = 309362141.55412984 > c, setting 1/gamma = 0\n",
-      "v = 331213629.56604004 > c, setting 1/gamma = 0\n",
-      "v = 351538360.2541119 > c, setting 1/gamma = 0\n",
-      "v = 300574369.79311883 > c, setting 1/gamma = 0\n",
-      "v = 322759692.9083305 > c, setting 1/gamma = 0\n",
-      "v = 316728845.7523234 > c, setting 1/gamma = 0\n",
-      "v = 338341724.4383312 > c, setting 1/gamma = 0\n",
-      "v = 336814094.0742682 > c, setting 1/gamma = 0\n",
-      "v = 355767830.37559867 > c, setting 1/gamma = 0\n",
-      "v = 328941765.84423596 > c, setting 1/gamma = 0\n",
-      "v = 349671082.4715264 > c, setting 1/gamma = 0\n",
-      "v = 344011971.4237881 > c, setting 1/gamma = 0\n",
-      "v = 374400098.64619404 > c, setting 1/gamma = 0\n",
-      "v = 416860376.5220573 > c, setting 1/gamma = 0\n",
-      "v = 434484951.0727874 > c, setting 1/gamma = 0\n",
-      "v = 371614629.4415844 > c, setting 1/gamma = 0\n",
-      "v = 392594339.13201416 > c, setting 1/gamma = 0\n",
-      "v = 348348582.8940147 > c, setting 1/gamma = 0\n",
-      "v = 376829264.83207214 > c, setting 1/gamma = 0\n",
-      "v = 389479413.8337633 > c, setting 1/gamma = 0\n",
-      "v = 411246679.4655512 > c, setting 1/gamma = 0\n",
-      "v = 416064642.2277526 > c, setting 1/gamma = 0\n",
-      "v = 435701431.90385485 > c, setting 1/gamma = 0\n",
-      "v = 309121711.6186558 > c, setting 1/gamma = 0\n",
-      "v = 305175731.1176036 > c, setting 1/gamma = 0\n",
-      "v = 330001671.39600766 > c, setting 1/gamma = 0\n",
-      "v = 330718497.12378424 > c, setting 1/gamma = 0\n",
-      "v = 353460020.09472036 > c, setting 1/gamma = 0\n",
-      "v = 315549412.64784116 > c, setting 1/gamma = 0\n",
-      "v = 340541199.10913646 > c, setting 1/gamma = 0\n",
-      "v = 300588013.51455146 > c, setting 1/gamma = 0\n",
-      "v = 303146198.5525282 > c, setting 1/gamma = 0\n",
-      "v = 326965346.0608918 > c, setting 1/gamma = 0\n",
-      "v = 315365068.2918707 > c, setting 1/gamma = 0\n",
-      "v = 350079019.46676713 > c, setting 1/gamma = 0\n",
-      "v = 370484227.8464411 > c, setting 1/gamma = 0\n",
-      "v = 333194487.6256437 > c, setting 1/gamma = 0\n",
-      "v = 356266484.22733414 > c, setting 1/gamma = 0\n",
-      "v = 351141811.87799025 > c, setting 1/gamma = 0\n",
-      "v = 375959173.0723636 > c, setting 1/gamma = 0\n",
-      "v = 351422002.52464336 > c, setting 1/gamma = 0\n",
-      "v = 371623680.4344597 > c, setting 1/gamma = 0\n",
-      "v = 330656614.34583795 > c, setting 1/gamma = 0\n",
-      "v = 356851264.54646826 > c, setting 1/gamma = 0\n",
-      "v = 302209635.26882833 > c, setting 1/gamma = 0\n",
-      "v = 392627940.8510866 > c, setting 1/gamma = 0\n",
-      "v = 403928242.022305 > c, setting 1/gamma = 0\n",
-      "v = 372112148.8900952 > c, setting 1/gamma = 0\n",
-      "v = 390462949.03934693 > c, setting 1/gamma = 0\n",
-      "v = 357894011.0737479 > c, setting 1/gamma = 0\n",
-      "v = 382878651.6121589 > c, setting 1/gamma = 0\n",
-      "v = 393247428.921066 > c, setting 1/gamma = 0\n",
-      "v = 409095621.3521317 > c, setting 1/gamma = 0\n",
-      "v = 376255610.33243626 > c, setting 1/gamma = 0\n",
-      "v = 400984802.40650165 > c, setting 1/gamma = 0\n",
-      "v = 434164397.2719551 > c, setting 1/gamma = 0\n",
-      "v = 436865186.38397366 > c, setting 1/gamma = 0\n",
-      "v = 385737898.01152706 > c, setting 1/gamma = 0\n",
-      "v = 406808854.07108897 > c, setting 1/gamma = 0\n",
-      "v = 408478157.5351813 > c, setting 1/gamma = 0\n",
-      "v = 426047820.7340099 > c, setting 1/gamma = 0\n",
-      "v = 349483924.82986194 > c, setting 1/gamma = 0\n",
-      "v = 390938070.1769683 > c, setting 1/gamma = 0\n",
-      "v = 324301927.30588096 > c, setting 1/gamma = 0\n",
-      "v = 352435519.2467804 > c, setting 1/gamma = 0\n",
-      "v = 334804347.69317335 > c, setting 1/gamma = 0\n",
-      "v = 367563812.54238445 > c, setting 1/gamma = 0\n",
-      "v = 348084498.4913836 > c, setting 1/gamma = 0\n",
-      "v = 373642171.65052205 > c, setting 1/gamma = 0\n",
-      "v = 327701061.83612263 > c, setting 1/gamma = 0\n",
-      "v = 353814142.97841454 > c, setting 1/gamma = 0\n",
-      "v = 313808624.83851266 > c, setting 1/gamma = 0\n",
-      "v = 340273716.21384245 > c, setting 1/gamma = 0\n",
-      "v = 470825435.9062211 > c, setting 1/gamma = 0\n",
-      "v = 458145297.78469163 > c, setting 1/gamma = 0\n",
-      "v = 361385236.0382776 > c, setting 1/gamma = 0\n",
-      "v = 391506585.7079222 > c, setting 1/gamma = 0\n",
-      "v = 371576285.64092124 > c, setting 1/gamma = 0\n",
-      "v = 398412242.7450784 > c, setting 1/gamma = 0\n",
-      "v = 369422851.2180378 > c, setting 1/gamma = 0\n",
-      "v = 399936170.4164546 > c, setting 1/gamma = 0\n",
-      "v = 415852077.1840291 > c, setting 1/gamma = 0\n",
-      "v = 442764826.3988616 > c, setting 1/gamma = 0\n",
-      "v = 338806551.31460094 > c, setting 1/gamma = 0\n",
-      "v = 367941970.8699477 > c, setting 1/gamma = 0\n",
-      "v = 303529120.68275917 > c, setting 1/gamma = 0\n",
-      "v = 324483165.2686151 > c, setting 1/gamma = 0\n",
-      "v = 346031473.382197 > c, setting 1/gamma = 0\n",
-      "v = 312282567.97095424 > c, setting 1/gamma = 0\n",
-      "v = 340513584.847751 > c, setting 1/gamma = 0\n",
-      "v = 320553459.32185024 > c, setting 1/gamma = 0\n",
-      "v = 344569545.80905306 > c, setting 1/gamma = 0\n",
-      "v = 328824061.13565844 > c, setting 1/gamma = 0\n",
-      "v = 349496599.52022314 > c, setting 1/gamma = 0\n",
-      "v = 308759485.91532373 > c, setting 1/gamma = 0\n",
-      "v = 330665483.5738346 > c, setting 1/gamma = 0\n",
-      "v = 331100221.944228 > c, setting 1/gamma = 0\n",
-      "v = 348969095.1083625 > c, setting 1/gamma = 0\n",
-      "v = 314572589.9390855 > c, setting 1/gamma = 0\n",
-      "v = 339048848.85345644 > c, setting 1/gamma = 0\n",
-      "v = 306431031.8985562 > c, setting 1/gamma = 0\n",
-      "v = 328508532.25938463 > c, setting 1/gamma = 0\n",
-      "v = 423593997.61258155 > c, setting 1/gamma = 0\n",
-      "v = 424923698.96664494 > c, setting 1/gamma = 0\n",
-      "v = 389136662.0690836 > c, setting 1/gamma = 0\n",
-      "v = 399860022.5782867 > c, setting 1/gamma = 0\n",
-      "v = 305038468.72389257 > c, setting 1/gamma = 0\n",
-      "v = 327389930.3817774 > c, setting 1/gamma = 0\n",
-      "v = 341346706.4788348 > c, setting 1/gamma = 0\n",
-      "v = 361477412.82938594 > c, setting 1/gamma = 0\n",
-      "v = 311237335.75154734 > c, setting 1/gamma = 0\n",
-      "v = 333847977.55367446 > c, setting 1/gamma = 0\n",
-      "v = 388871001.4432213 > c, setting 1/gamma = 0\n",
-      "v = 406387737.69901156 > c, setting 1/gamma = 0\n",
-      "v = 373275434.32599306 > c, setting 1/gamma = 0\n",
-      "v = 397093544.3710642 > c, setting 1/gamma = 0\n",
-      "v = 343749845.2393396 > c, setting 1/gamma = 0\n",
-      "v = 372867844.95565563 > c, setting 1/gamma = 0\n",
-      "v = 339169870.73521787 > c, setting 1/gamma = 0\n",
-      "v = 365057302.903471 > c, setting 1/gamma = 0\n",
-      "v = 302367361.8794968 > c, setting 1/gamma = 0\n",
-      "v = 330738594.7732111 > c, setting 1/gamma = 0\n",
-      "v = 326716531.5482764 > c, setting 1/gamma = 0\n",
-      "v = 363464736.9427058 > c, setting 1/gamma = 0\n",
-      "v = 301181811.0986487 > c, setting 1/gamma = 0\n",
-      "v = 324355115.06500804 > c, setting 1/gamma = 0\n",
-      "v = 334756716.3251723 > c, setting 1/gamma = 0\n",
-      "v = 356925010.89055103 > c, setting 1/gamma = 0\n",
-      "v = 303109785.61569613 > c, setting 1/gamma = 0\n",
-      "v = 326574628.4053646 > c, setting 1/gamma = 0\n",
-      "v = 454139546.54515266 > c, setting 1/gamma = 0\n",
-      "v = 441576795.49812293 > c, setting 1/gamma = 0\n",
-      "v = 404173798.73722124 > c, setting 1/gamma = 0\n",
-      "v = 413383329.8495728 > c, setting 1/gamma = 0\n",
-      "v = 360479063.3923611 > c, setting 1/gamma = 0\n",
-      "v = 383481052.62399524 > c, setting 1/gamma = 0\n",
-      "v = 321016874.9404689 > c, setting 1/gamma = 0\n",
-      "v = 346887082.7231755 > c, setting 1/gamma = 0\n",
-      "v = 330322153.3058846 > c, setting 1/gamma = 0\n",
-      "v = 330304924.5870979 > c, setting 1/gamma = 0\n",
-      "v = 353209882.3085012 > c, setting 1/gamma = 0\n",
-      "v = 366977302.52634305 > c, setting 1/gamma = 0\n",
-      "v = 384197025.4072751 > c, setting 1/gamma = 0\n",
-      "v = 304581482.2382542 > c, setting 1/gamma = 0\n",
-      "v = 306834776.20994216 > c, setting 1/gamma = 0\n",
-      "v = 332141741.44726264 > c, setting 1/gamma = 0\n",
-      "v = 306061364.45084035 > c, setting 1/gamma = 0\n",
-      "v = 333452213.50593144 > c, setting 1/gamma = 0\n",
-      "v = 326233537.3183479 > c, setting 1/gamma = 0\n",
-      "v = 351557748.73818797 > c, setting 1/gamma = 0\n",
-      "v = 372431985.27407056 > c, setting 1/gamma = 0\n",
-      "v = 302674904.12126434 > c, setting 1/gamma = 0\n",
-      "v = 328617175.0008726 > c, setting 1/gamma = 0\n",
-      "v = 352200369.64216036 > c, setting 1/gamma = 0\n",
-      "v = 418378788.5251353 > c, setting 1/gamma = 0\n",
-      "v = 421963719.02519035 > c, setting 1/gamma = 0\n",
-      "v = 361125446.6298908 > c, setting 1/gamma = 0\n",
-      "v = 377948047.06106466 > c, setting 1/gamma = 0\n",
-      "v = 325614770.36938614 > c, setting 1/gamma = 0\n",
-      "v = 301204009.488428 > c, setting 1/gamma = 0\n",
-      "v = 340756911.1946454 > c, setting 1/gamma = 0\n",
-      "v = 300236152.3187793 > c, setting 1/gamma = 0\n",
-      "v = 327017569.0602103 > c, setting 1/gamma = 0\n",
-      "v = 306951921.2359149 > c, setting 1/gamma = 0\n",
-      "v = 313427838.9839036 > c, setting 1/gamma = 0\n",
-      "v = 300029836.39961606 > c, setting 1/gamma = 0\n",
-      "v = 308867157.4030832 > c, setting 1/gamma = 0\n",
-      "v = 335088801.43550843 > c, setting 1/gamma = 0\n",
-      "v = 324162533.5475454 > c, setting 1/gamma = 0\n",
-      "v = 358921097.49486697 > c, setting 1/gamma = 0\n",
-      "v = 348193136.3470418 > c, setting 1/gamma = 0\n",
-      "v = 379682606.3555989 > c, setting 1/gamma = 0\n",
-      "v = 350917461.9921305 > c, setting 1/gamma = 0\n",
-      "v = 380094838.265816 > c, setting 1/gamma = 0\n",
-      "v = 369250186.8328698 > c, setting 1/gamma = 0\n",
-      "v = 394579379.73552454 > c, setting 1/gamma = 0\n",
-      "v = 402378482.56235075 > c, setting 1/gamma = 0\n",
-      "v = 421160037.92800987 > c, setting 1/gamma = 0\n",
-      "v = 417685197.3792634 > c, setting 1/gamma = 0\n",
-      "v = 437783599.6580909 > c, setting 1/gamma = 0\n",
-      "v = 308483815.20929176 > c, setting 1/gamma = 0\n",
-      "v = 300657130.5139189 > c, setting 1/gamma = 0\n",
-      "v = 325037075.49483436 > c, setting 1/gamma = 0\n",
-      "v = 319475982.92938924 > c, setting 1/gamma = 0\n",
-      "v = 330096511.8780469 > c, setting 1/gamma = 0\n",
-      "v = 358998716.1339563 > c, setting 1/gamma = 0\n",
-      "v = 369523773.02783245 > c, setting 1/gamma = 0\n",
-      "v = 389000353.88512105 > c, setting 1/gamma = 0\n",
-      "v = 332325305.5830126 > c, setting 1/gamma = 0\n",
-      "v = 356166697.6569177 > c, setting 1/gamma = 0\n",
-      "v = 335971199.4350238 > c, setting 1/gamma = 0\n",
-      "v = 363713503.7656751 > c, setting 1/gamma = 0\n",
-      "v = 357785159.97038954 > c, setting 1/gamma = 0\n",
-      "v = 376102937.4808223 > c, setting 1/gamma = 0\n",
-      "v = 316014037.3958878 > c, setting 1/gamma = 0\n",
-      "v = 340916756.8705385 > c, setting 1/gamma = 0\n",
-      "v = 324131965.74967456 > c, setting 1/gamma = 0\n",
-      "v = 417019026.9376396 > c, setting 1/gamma = 0\n",
-      "v = 425468215.49732715 > c, setting 1/gamma = 0\n",
-      "v = 360951763.29048955 > c, setting 1/gamma = 0\n",
-      "v = 387744163.13078934 > c, setting 1/gamma = 0\n",
-      "v = 371170325.5815868 > c, setting 1/gamma = 0\n",
-      "v = 392965372.28036946 > c, setting 1/gamma = 0\n",
-      "v = 372683530.3930609 > c, setting 1/gamma = 0\n",
-      "v = 394301265.80519205 > c, setting 1/gamma = 0\n",
-      "v = 377697860.8556428 > c, setting 1/gamma = 0\n",
-      "v = 397088761.20980394 > c, setting 1/gamma = 0\n",
-      "v = 323153864.50043714 > c, setting 1/gamma = 0\n",
-      "v = 363552540.32947165 > c, setting 1/gamma = 0\n",
-      "v = 385287520.51548946 > c, setting 1/gamma = 0\n",
-      "v = 334177722.91095465 > c, setting 1/gamma = 0\n",
-      "v = 357351712.37054354 > c, setting 1/gamma = 0\n",
-      "v = 311499519.2867108 > c, setting 1/gamma = 0\n",
-      "v = 335833149.3744986 > c, setting 1/gamma = 0\n",
-      "v = 440783961.28643006 > c, setting 1/gamma = 0\n",
-      "v = 439097041.0291218 > c, setting 1/gamma = 0\n",
-      "v = 418804879.7715419 > c, setting 1/gamma = 0\n",
-      "v = 424769078.8924469 > c, setting 1/gamma = 0\n",
-      "v = 373829941.8667826 > c, setting 1/gamma = 0\n",
-      "v = 391806705.0823526 > c, setting 1/gamma = 0\n",
-      "v = 312986165.70994455 > c, setting 1/gamma = 0\n",
-      "v = 338560566.5121344 > c, setting 1/gamma = 0\n",
-      "v = 371538660.44547015 > c, setting 1/gamma = 0\n",
-      "v = 397917417.4579702 > c, setting 1/gamma = 0\n",
-      "v = 328307168.47810656 > c, setting 1/gamma = 0\n",
-      "v = 363271011.32918006 > c, setting 1/gamma = 0\n",
-      "v = 370188614.20609915 > c, setting 1/gamma = 0\n",
-      "v = 391613863.27953637 > c, setting 1/gamma = 0\n",
-      "v = 329521338.74601996 > c, setting 1/gamma = 0\n",
-      "v = 355457122.43683094 > c, setting 1/gamma = 0\n",
-      "v = 314395622.2880198 > c, setting 1/gamma = 0\n",
-      "v = 376851170.1758546 > c, setting 1/gamma = 0\n",
-      "v = 393355211.0735622 > c, setting 1/gamma = 0\n",
-      "v = 309557447.8439595 > c, setting 1/gamma = 0\n",
-      "v = 337066991.20580953 > c, setting 1/gamma = 0\n",
-      "v = 312635280.0954908 > c, setting 1/gamma = 0\n",
-      "v = 335874763.22689205 > c, setting 1/gamma = 0\n",
-      "v = 307512991.223837 > c, setting 1/gamma = 0\n",
-      "v = 343463740.4019649 > c, setting 1/gamma = 0\n",
-      "v = 363789336.08398366 > c, setting 1/gamma = 0\n",
-      "v = 306799266.21430504 > c, setting 1/gamma = 0\n",
-      "v = 366230815.1891635 > c, setting 1/gamma = 0\n",
-      "v = 388990948.4660736 > c, setting 1/gamma = 0\n",
-      "v = 380823749.9562132 > c, setting 1/gamma = 0\n",
-      "v = 400456109.4979707 > c, setting 1/gamma = 0\n",
-      "v = 422438774.2225289 > c, setting 1/gamma = 0\n",
-      "v = 428866476.4505196 > c, setting 1/gamma = 0\n",
-      "v = 352490350.2818387 > c, setting 1/gamma = 0\n",
-      "v = 378182377.0199543 > c, setting 1/gamma = 0\n",
-      "v = 317299625.79359335 > c, setting 1/gamma = 0\n",
-      "v = 344829363.42442936 > c, setting 1/gamma = 0\n",
-      "v = 408948949.18285376 > c, setting 1/gamma = 0\n",
-      "v = 432207947.4779815 > c, setting 1/gamma = 0\n",
-      "v = 309929727.09640896 > c, setting 1/gamma = 0\n",
-      "v = 337111779.6245224 > c, setting 1/gamma = 0\n",
-      "v = 380396595.3739927 > c, setting 1/gamma = 0\n",
-      "v = 394805707.429183 > c, setting 1/gamma = 0\n",
-      "v = 312824836.4120397 > c, setting 1/gamma = 0\n",
-      "v = 335035755.8100982 > c, setting 1/gamma = 0\n",
-      "v = 315424730.58695245 > c, setting 1/gamma = 0\n",
-      "v = 341284419.1780845 > c, setting 1/gamma = 0\n",
-      "v = 307370865.23038316 > c, setting 1/gamma = 0\n",
-      "v = 330869891.60142976 > c, setting 1/gamma = 0\n",
-      "v = 329774194.8401483 > c, setting 1/gamma = 0\n",
-      "v = 351887427.2230561 > c, setting 1/gamma = 0\n",
-      "v = 371908932.6600471 > c, setting 1/gamma = 0\n",
-      "v = 385705258.4103898 > c, setting 1/gamma = 0\n",
-      "v = 326889169.204259 > c, setting 1/gamma = 0\n",
-      "v = 348750255.31915116 > c, setting 1/gamma = 0\n",
-      "v = 302072933.08069694 > c, setting 1/gamma = 0\n",
-      "v = 324643790.84932166 > c, setting 1/gamma = 0\n",
-      "v = 306199289.5484056 > c, setting 1/gamma = 0\n",
-      "v = 328166976.1020333 > c, setting 1/gamma = 0\n",
-      "v = 327901833.92824817 > c, setting 1/gamma = 0\n",
-      "v = 348254539.6141807 > c, setting 1/gamma = 0\n",
-      "v = 395657321.03095615 > c, setting 1/gamma = 0\n",
-      "v = 415949360.5213036 > c, setting 1/gamma = 0\n",
-      "v = 304739864.9013017 > c, setting 1/gamma = 0\n",
-      "v = 323535220.7758542 > c, setting 1/gamma = 0\n",
-      "v = 353550703.2740763 > c, setting 1/gamma = 0\n",
-      "v = 343082557.0437192 > c, setting 1/gamma = 0\n",
-      "v = 364101503.61456054 > c, setting 1/gamma = 0\n",
-      "v = 309123105.87248236 > c, setting 1/gamma = 0\n",
-      "v = 450853546.32917595 > c, setting 1/gamma = 0\n",
-      "v = 456086686.083761 > c, setting 1/gamma = 0\n",
-      "v = 309563579.89786696 > c, setting 1/gamma = 0\n",
-      "v = 300201601.7549889 > c, setting 1/gamma = 0\n",
-      "v = 300593555.84086746 > c, setting 1/gamma = 0\n",
-      "v = 336185037.8570244 > c, setting 1/gamma = 0\n",
-      "v = 393799017.45973384 > c, setting 1/gamma = 0\n",
-      "v = 414152688.8849302 > c, setting 1/gamma = 0\n",
-      "v = 437761782.5455069 > c, setting 1/gamma = 0\n",
-      "v = 447581124.5557888 > c, setting 1/gamma = 0\n",
-      "v = 304993592.7078765 > c, setting 1/gamma = 0\n",
-      "v = 304896524.79327637 > c, setting 1/gamma = 0\n",
-      "v = 329335091.7890998 > c, setting 1/gamma = 0\n",
-      "v = 361299362.7319714 > c, setting 1/gamma = 0\n",
-      "v = 366119808.22430605 > c, setting 1/gamma = 0\n",
-      "v = 386388468.7741471 > c, setting 1/gamma = 0\n",
-      "v = 365091318.84770846 > c, setting 1/gamma = 0\n",
-      "v = 388329835.8207585 > c, setting 1/gamma = 0\n",
-      "v = 391780344.6500545 > c, setting 1/gamma = 0\n",
-      "v = 407673855.3906783 > c, setting 1/gamma = 0\n",
-      "v = 376212566.2994918 > c, setting 1/gamma = 0\n",
-      "v = 398919989.1287968 > c, setting 1/gamma = 0\n",
-      "v = 341332658.037034 > c, setting 1/gamma = 0\n",
-      "v = 365274413.8310323 > c, setting 1/gamma = 0\n",
-      "v = 308312691.7157631 > c, setting 1/gamma = 0\n",
-      "v = 346643281.67380387 > c, setting 1/gamma = 0\n",
-      "v = 363061677.6648641 > c, setting 1/gamma = 0\n",
-      "v = 400448447.8503298 > c, setting 1/gamma = 0\n",
-      "v = 322631789.1971678 > c, setting 1/gamma = 0\n",
-      "v = 349970343.5390581 > c, setting 1/gamma = 0\n",
-      "v = 304434892.6846774 > c, setting 1/gamma = 0\n",
-      "v = 303814352.74993366 > c, setting 1/gamma = 0\n",
-      "v = 301919905.936778 > c, setting 1/gamma = 0\n",
-      "v = 303003404.84571964 > c, setting 1/gamma = 0\n",
-      "v = 311893350.67845017 > c, setting 1/gamma = 0\n",
-      "v = 340119973.06528056 > c, setting 1/gamma = 0\n",
-      "v = 361208426.8356637 > c, setting 1/gamma = 0\n",
-      "v = 343510478.05179083 > c, setting 1/gamma = 0\n",
-      "v = 372151980.0168118 > c, setting 1/gamma = 0\n",
-      "v = 358968279.01727945 > c, setting 1/gamma = 0\n",
-      "v = 376577879.59396064 > c, setting 1/gamma = 0\n",
-      "v = 326631752.7049808 > c, setting 1/gamma = 0\n",
-      "v = 349916918.0929607 > c, setting 1/gamma = 0\n",
-      "v = 305794976.35955936 > c, setting 1/gamma = 0\n",
-      "v = 329711212.98212206 > c, setting 1/gamma = 0\n",
-      "v = 312661648.0005014 > c, setting 1/gamma = 0\n",
-      "v = 320565380.30677193 > c, setting 1/gamma = 0\n",
-      "v = 341104634.82985586 > c, setting 1/gamma = 0\n",
-      "v = 304341409.5433853 > c, setting 1/gamma = 0\n",
-      "v = 331727753.63338274 > c, setting 1/gamma = 0\n",
-      "v = 323241303.61308914 > c, setting 1/gamma = 0\n",
-      "v = 344483270.4268259 > c, setting 1/gamma = 0\n",
-      "v = 351831133.02519625 > c, setting 1/gamma = 0\n",
-      "v = 377176332.86772436 > c, setting 1/gamma = 0\n",
-      "v = 331985802.06947356 > c, setting 1/gamma = 0\n",
-      "v = 352153801.0434397 > c, setting 1/gamma = 0\n",
-      "v = 309260814.97172236 > c, setting 1/gamma = 0\n",
-      "v = 338198129.5144363 > c, setting 1/gamma = 0\n",
-      "v = 357371873.2576277 > c, setting 1/gamma = 0\n",
-      "v = 352775148.47926515 > c, setting 1/gamma = 0\n",
-      "v = 379189217.82683665 > c, setting 1/gamma = 0\n",
-      "v = 362847223.90414155 > c, setting 1/gamma = 0\n",
-      "v = 378597443.19949764 > c, setting 1/gamma = 0\n",
-      "v = 300291360.4769918 > c, setting 1/gamma = 0\n",
-      "v = 335305858.66274244 > c, setting 1/gamma = 0\n",
-      "v = 358517893.6257245 > c, setting 1/gamma = 0\n",
-      "v = 309646575.81301963 > c, setting 1/gamma = 0\n",
-      "v = 333619446.52572465 > c, setting 1/gamma = 0\n",
-      "v = 320694070.90113133 > c, setting 1/gamma = 0\n",
-      "v = 342828610.3073154 > c, setting 1/gamma = 0\n",
-      "v = 339379676.020049 > c, setting 1/gamma = 0\n",
-      "v = 359311159.79524034 > c, setting 1/gamma = 0\n",
-      "v = 302805462.0842697 > c, setting 1/gamma = 0\n",
-      "v = 339375050.21134406 > c, setting 1/gamma = 0\n",
-      "v = 301543420.4451493 > c, setting 1/gamma = 0\n",
-      "v = 326310988.26596117 > c, setting 1/gamma = 0\n",
-      "v = 309858358.28036296 > c, setting 1/gamma = 0\n",
-      "v = 332123115.57548434 > c, setting 1/gamma = 0\n",
-      "v = 333540123.4873389 > c, setting 1/gamma = 0\n",
-      "v = 352378160.96259844 > c, setting 1/gamma = 0\n",
-      "v = 352660759.87948346 > c, setting 1/gamma = 0\n",
-      "v = 373780662.83955485 > c, setting 1/gamma = 0\n",
-      "v = 316138590.12751967 > c, setting 1/gamma = 0\n",
-      "v = 339731850.8479319 > c, setting 1/gamma = 0\n",
-      "v = 327370834.3555703 > c, setting 1/gamma = 0\n",
-      "v = 347673657.2897619 > c, setting 1/gamma = 0\n",
-      "v = 319186108.47381 > c, setting 1/gamma = 0\n",
-      "v = 340081532.3861919 > c, setting 1/gamma = 0\n",
-      "v = 315205135.5737429 > c, setting 1/gamma = 0\n",
-      "v = 336749505.96571904 > c, setting 1/gamma = 0\n",
-      "v = 319621786.1932436 > c, setting 1/gamma = 0\n",
-      "v = 340384375.53127515 > c, setting 1/gamma = 0\n",
-      "v = 306964672.7881585 > c, setting 1/gamma = 0\n",
-      "v = 326644132.69820577 > c, setting 1/gamma = 0\n",
-      "v = 302831030.5228314 > c, setting 1/gamma = 0\n",
-      "v = 322161923.4782141 > c, setting 1/gamma = 0\n",
-      "v = 324433874.625697 > c, setting 1/gamma = 0\n",
-      "v = 343763249.0838599 > c, setting 1/gamma = 0\n",
-      "v = 314575308.7586829 > c, setting 1/gamma = 0\n",
-      "v = 342249915.8898347 > c, setting 1/gamma = 0\n",
-      "v = 308031882.3766938 > c, setting 1/gamma = 0\n",
-      "v = 329576064.6973146 > c, setting 1/gamma = 0\n",
-      "v = 305680642.3614964 > c, setting 1/gamma = 0\n",
-      "v = 433563249.82031417 > c, setting 1/gamma = 0\n",
-      "v = 434364203.6310102 > c, setting 1/gamma = 0\n",
-      "v = 414395489.4697063 > c, setting 1/gamma = 0\n",
-      "v = 419038612.64856845 > c, setting 1/gamma = 0\n",
-      "v = 358687977.1405961 > c, setting 1/gamma = 0\n",
-      "v = 376831085.88217854 > c, setting 1/gamma = 0\n",
-      "v = 314205848.09937036 > c, setting 1/gamma = 0\n",
-      "v = 390325454.80158436 > c, setting 1/gamma = 0\n",
-      "v = 419871270.9099286 > c, setting 1/gamma = 0\n",
-      "v = 321006456.02222717 > c, setting 1/gamma = 0\n",
-      "v = 346895486.9053499 > c, setting 1/gamma = 0\n",
-      "v = 370894483.3517034 > c, setting 1/gamma = 0\n",
-      "v = 391301332.5916075 > c, setting 1/gamma = 0\n",
-      "v = 342510960.23971283 > c, setting 1/gamma = 0\n",
-      "v = 366986292.3786506 > c, setting 1/gamma = 0\n",
-      "v = 315327075.1641464 > c, setting 1/gamma = 0\n",
-      "v = 382054924.7925347 > c, setting 1/gamma = 0\n",
-      "v = 407012596.1903777 > c, setting 1/gamma = 0\n",
-      "v = 328190019.09532523 > c, setting 1/gamma = 0\n",
-      "v = 365771118.8926498 > c, setting 1/gamma = 0\n",
-      "v = 350797405.1332442 > c, setting 1/gamma = 0\n",
-      "v = 381416459.9450867 > c, setting 1/gamma = 0\n",
-      "v = 355408688.8058081 > c, setting 1/gamma = 0\n",
-      "v = 380549812.7322228 > c, setting 1/gamma = 0\n",
-      "v = 363981109.96399003 > c, setting 1/gamma = 0\n",
-      "v = 388031239.20643187 > c, setting 1/gamma = 0\n",
-      "v = 410232979.038849 > c, setting 1/gamma = 0\n",
-      "v = 419654821.5023482 > c, setting 1/gamma = 0\n",
-      "v = 370387675.41435015 > c, setting 1/gamma = 0\n",
-      "v = 393966656.822915 > c, setting 1/gamma = 0\n",
-      "v = 319473222.6691036 > c, setting 1/gamma = 0\n",
-      "v = 345129345.31745934 > c, setting 1/gamma = 0\n",
-      "v = 326644947.59745896 > c, setting 1/gamma = 0\n",
-      "v = 347019805.07360464 > c, setting 1/gamma = 0\n",
-      "v = 370497699.8744206 > c, setting 1/gamma = 0\n",
-      "v = 349974746.3616346 > c, setting 1/gamma = 0\n",
-      "v = 371450250.0054873 > c, setting 1/gamma = 0\n",
-      "v = 349443027.4425831 > c, setting 1/gamma = 0\n",
-      "v = 372020295.26787215 > c, setting 1/gamma = 0\n",
-      "v = 314888054.7675224 > c, setting 1/gamma = 0\n",
-      "v = 311691584.8328429 > c, setting 1/gamma = 0\n",
-      "v = 347103768.19706035 > c, setting 1/gamma = 0\n",
-      "v = 368877114.989359 > c, setting 1/gamma = 0\n",
-      "v = 308946165.2142636 > c, setting 1/gamma = 0\n",
-      "v = 338516271.1467902 > c, setting 1/gamma = 0\n",
-      "v = 320516223.58319587 > c, setting 1/gamma = 0\n",
-      "v = 369370394.5641499 > c, setting 1/gamma = 0\n",
-      "v = 388501175.8062744 > c, setting 1/gamma = 0\n",
-      "v = 313828577.5996112 > c, setting 1/gamma = 0\n",
-      "v = 334411414.9170373 > c, setting 1/gamma = 0\n",
-      "v = 319069455.8480885 > c, setting 1/gamma = 0\n",
-      "v = 343800400.44844705 > c, setting 1/gamma = 0\n",
-      "v = 325517630.24064374 > c, setting 1/gamma = 0\n",
-      "v = 345445521.7095331 > c, setting 1/gamma = 0\n",
-      "v = 396326020.9527845 > c, setting 1/gamma = 0\n",
-      "v = 404758024.4642325 > c, setting 1/gamma = 0\n",
-      "v = 337213233.4982341 > c, setting 1/gamma = 0\n",
-      "v = 355968047.95440245 > c, setting 1/gamma = 0\n",
-      "v = 308976143.5141126 > c, setting 1/gamma = 0\n",
-      "v = 342001109.2657613 > c, setting 1/gamma = 0\n",
-      "v = 370938489.91208315 > c, setting 1/gamma = 0\n",
-      "v = 390240496.90200335 > c, setting 1/gamma = 0\n",
-      "v = 314044010.0348627 > c, setting 1/gamma = 0\n",
-      "v = 326855708.3960629 > c, setting 1/gamma = 0\n",
-      "v = 351667563.4339219 > c, setting 1/gamma = 0\n",
-      "v = 350997537.7075404 > c, setting 1/gamma = 0\n",
-      "v = 381449929.3959661 > c, setting 1/gamma = 0\n",
-      "v = 477940775.19357157 > c, setting 1/gamma = 0\n",
-      "v = 466479330.10642534 > c, setting 1/gamma = 0\n",
-      "v = 300480978.22838527 > c, setting 1/gamma = 0\n",
-      "v = 333709074.051788 > c, setting 1/gamma = 0\n",
-      "v = 319267015.23806936 > c, setting 1/gamma = 0\n",
-      "v = 345612431.2254043 > c, setting 1/gamma = 0\n",
-      "v = 360776974.4214129 > c, setting 1/gamma = 0\n",
-      "v = 393621455.89991796 > c, setting 1/gamma = 0\n",
-      "v = 317066155.67138696 > c, setting 1/gamma = 0\n",
-      "v = 341578723.97522646 > c, setting 1/gamma = 0\n",
-      "v = 322913840.9009408 > c, setting 1/gamma = 0\n",
-      "v = 345097561.16970426 > c, setting 1/gamma = 0\n",
-      "v = 315637643.93395436 > c, setting 1/gamma = 0\n",
-      "v = 338936907.64515734 > c, setting 1/gamma = 0\n",
-      "v = 310467293.951105 > c, setting 1/gamma = 0\n",
-      "v = 334020837.0562915 > c, setting 1/gamma = 0\n",
-      "v = 323531319.3243108 > c, setting 1/gamma = 0\n",
-      "v = 345203512.216993 > c, setting 1/gamma = 0\n",
-      "v = 322529694.40435964 > c, setting 1/gamma = 0\n",
-      "v = 342024306.5484569 > c, setting 1/gamma = 0\n",
-      "v = 312219129.1434524 > c, setting 1/gamma = 0\n",
-      "v = 332857859.3953775 > c, setting 1/gamma = 0\n",
-      "v = 301292724.5157095 > c, setting 1/gamma = 0\n",
-      "v = 327151643.0455638 > c, setting 1/gamma = 0\n",
-      "v = 311261735.897154 > c, setting 1/gamma = 0\n",
-      "v = 332033908.3380447 > c, setting 1/gamma = 0\n",
-      "v = 303373637.9989771 > c, setting 1/gamma = 0\n",
-      "v = 309531595.7319571 > c, setting 1/gamma = 0\n",
-      "v = 330154513.8954204 > c, setting 1/gamma = 0\n",
-      "v = 354742723.13767964 > c, setting 1/gamma = 0\n",
-      "v = 371992494.9983853 > c, setting 1/gamma = 0\n",
-      "v = 303564189.1396616 > c, setting 1/gamma = 0\n",
-      "v = 325606842.4903757 > c, setting 1/gamma = 0\n",
-      "v = 301499376.0374442 > c, setting 1/gamma = 0\n",
-      "v = 300306276.24832714 > c, setting 1/gamma = 0\n",
-      "v = 309674524.6276545 > c, setting 1/gamma = 0\n",
-      "v = 304650841.0140862 > c, setting 1/gamma = 0\n",
-      "v = 324905227.9891421 > c, setting 1/gamma = 0\n",
-      "v = 305990120.8959265 > c, setting 1/gamma = 0\n",
-      "v = 333228961.5246716 > c, setting 1/gamma = 0\n",
-      "v = 351213309.58101344 > c, setting 1/gamma = 0\n",
-      "v = 302156082.6694982 > c, setting 1/gamma = 0\n",
-      "v = 320489436.36986643 > c, setting 1/gamma = 0\n",
-      "v = 340177305.0669192 > c, setting 1/gamma = 0\n",
-      "v = 303417748.5103998 > c, setting 1/gamma = 0\n",
-      "v = 338598519.94308066 > c, setting 1/gamma = 0\n",
-      "v = 412612738.01592886 > c, setting 1/gamma = 0\n",
-      "v = 422108601.0458717 > c, setting 1/gamma = 0\n",
-      "v = 405975577.3302339 > c, setting 1/gamma = 0\n",
-      "v = 417055866.2181236 > c, setting 1/gamma = 0\n",
-      "v = 322729877.74518025 > c, setting 1/gamma = 0\n",
-      "v = 353956155.57547677 > c, setting 1/gamma = 0\n",
-      "v = 326836734.4011018 > c, setting 1/gamma = 0\n",
-      "v = 353040269.23075473 > c, setting 1/gamma = 0\n",
-      "v = 327780160.2385617 > c, setting 1/gamma = 0\n",
-      "v = 351558797.4773841 > c, setting 1/gamma = 0\n",
-      "v = 373530943.0638905 > c, setting 1/gamma = 0\n",
-      "v = 388051322.5004892 > c, setting 1/gamma = 0\n",
-      "v = 320089403.39672196 > c, setting 1/gamma = 0\n",
-      "v = 347115190.46180975 > c, setting 1/gamma = 0\n",
-      "v = 339282239.2492473 > c, setting 1/gamma = 0\n",
-      "v = 360880785.07623255 > c, setting 1/gamma = 0\n",
-      "v = 348791837.74567086 > c, setting 1/gamma = 0\n",
-      "v = 365364383.7480994 > c, setting 1/gamma = 0\n",
-      "v = 356728693.34076965 > c, setting 1/gamma = 0\n",
-      "v = 377918301.5692483 > c, setting 1/gamma = 0\n",
-      "v = 345477251.578771 > c, setting 1/gamma = 0\n",
-      "v = 366857295.489715 > c, setting 1/gamma = 0\n",
-      "v = 305032137.9663226 > c, setting 1/gamma = 0\n",
-      "v = 300523846.33032715 > c, setting 1/gamma = 0\n",
-      "v = 366250001.8082514 > c, setting 1/gamma = 0\n",
-      "v = 384984534.3203711 > c, setting 1/gamma = 0\n",
-      "v = 330878168.51694703 > c, setting 1/gamma = 0\n",
-      "v = 353611395.6470764 > c, setting 1/gamma = 0\n",
-      "v = 322701831.48878753 > c, setting 1/gamma = 0\n",
-      "v = 351584323.9416899 > c, setting 1/gamma = 0\n",
-      "v = 307117922.3673059 > c, setting 1/gamma = 0\n",
-      "v = 328185409.00942826 > c, setting 1/gamma = 0\n",
-      "v = 342586645.8977382 > c, setting 1/gamma = 0\n",
-      "v = 362117406.6167803 > c, setting 1/gamma = 0\n",
-      "v = 328399217.32636404 > c, setting 1/gamma = 0\n",
-      "v = 347899291.7849186 > c, setting 1/gamma = 0\n",
-      "v = 381388607.8648588 > c, setting 1/gamma = 0\n",
-      "v = 395048221.6902762 > c, setting 1/gamma = 0\n",
-      "v = 310609361.14283085 > c, setting 1/gamma = 0\n",
-      "v = 331045671.17310166 > c, setting 1/gamma = 0\n",
-      "v = 327265236.33733803 > c, setting 1/gamma = 0\n",
-      "v = 346191578.6932646 > c, setting 1/gamma = 0\n",
-      "v = 317326177.28497297 > c, setting 1/gamma = 0\n",
-      "v = 315089328.4411462 > c, setting 1/gamma = 0\n",
-      "v = 336312236.8984754 > c, setting 1/gamma = 0\n",
-      "v = 335327162.37260616 > c, setting 1/gamma = 0\n",
-      "v = 354156797.17053664 > c, setting 1/gamma = 0\n",
-      "v = 313437234.79147345 > c, setting 1/gamma = 0\n",
-      "v = 335909210.93679625 > c, setting 1/gamma = 0\n",
-      "v = 386034766.4089119 > c, setting 1/gamma = 0\n",
-      "v = 399471098.9124231 > c, setting 1/gamma = 0\n",
-      "v = 332513070.1850288 > c, setting 1/gamma = 0\n",
-      "v = 352592174.9481394 > c, setting 1/gamma = 0\n",
-      "v = 300227936.66664505 > c, setting 1/gamma = 0\n",
-      "v = 319376383.6472091 > c, setting 1/gamma = 0\n",
-      "v = 353891027.3225543 > c, setting 1/gamma = 0\n",
-      "v = 310913544.3093212 > c, setting 1/gamma = 0\n",
-      "v = 345869652.6713008 > c, setting 1/gamma = 0\n",
-      "v = 321246697.70084894 > c, setting 1/gamma = 0\n",
-      "v = 349441609.02441317 > c, setting 1/gamma = 0\n",
-      "v = 312485270.1240449 > c, setting 1/gamma = 0\n",
-      "v = 337996303.3352417 > c, setting 1/gamma = 0\n",
-      "v = 323772319.12155026 > c, setting 1/gamma = 0\n",
-      "v = 346982864.485898 > c, setting 1/gamma = 0\n",
-      "v = 328998845.36319 > c, setting 1/gamma = 0\n",
-      "v = 324052208.3237013 > c, setting 1/gamma = 0\n",
-      "v = 345368771.64379007 > c, setting 1/gamma = 0\n",
-      "v = 369087817.46852624 > c, setting 1/gamma = 0\n",
-      "v = 392095955.03485405 > c, setting 1/gamma = 0\n",
-      "v = 427450055.69874084 > c, setting 1/gamma = 0\n",
-      "v = 435964121.3381215 > c, setting 1/gamma = 0\n",
-      "v = 334256528.4092516 > c, setting 1/gamma = 0\n",
-      "v = 365044203.21454906 > c, setting 1/gamma = 0\n",
-      "v = 345892746.76680875 > c, setting 1/gamma = 0\n",
-      "v = 368815637.26975244 > c, setting 1/gamma = 0\n",
-      "v = 301167362.16681725 > c, setting 1/gamma = 0\n",
-      "v = 345222034.53389114 > c, setting 1/gamma = 0\n",
-      "v = 367753365.32713026 > c, setting 1/gamma = 0\n",
-      "v = 307412295.50994074 > c, setting 1/gamma = 0\n",
-      "v = 319816412.25063175 > c, setting 1/gamma = 0\n",
-      "v = 343254729.7638095 > c, setting 1/gamma = 0\n",
-      "v = 315937936.27409804 > c, setting 1/gamma = 0\n",
-      "v = 358193154.27170753 > c, setting 1/gamma = 0\n",
-      "v = 390005751.24989116 > c, setting 1/gamma = 0\n",
-      "v = 301789966.89084727 > c, setting 1/gamma = 0\n",
-      "v = 337479414.4515594 > c, setting 1/gamma = 0\n",
-      "v = 311315352.9454014 > c, setting 1/gamma = 0\n",
-      "v = 340898710.1971874 > c, setting 1/gamma = 0\n",
-      "v = 381638548.00678456 > c, setting 1/gamma = 0\n",
-      "v = 408940286.4461466 > c, setting 1/gamma = 0\n",
-      "v = 381645758.8251578 > c, setting 1/gamma = 0\n",
-      "v = 397900284.5097946 > c, setting 1/gamma = 0\n",
-      "v = 347517653.73671263 > c, setting 1/gamma = 0\n",
-      "v = 371211680.2056633 > c, setting 1/gamma = 0\n",
-      "v = 311222938.66050833 > c, setting 1/gamma = 0\n",
-      "v = 337191598.03222966 > c, setting 1/gamma = 0\n",
-      "v = 401361047.8234505 > c, setting 1/gamma = 0\n",
-      "v = 418612123.20907915 > c, setting 1/gamma = 0\n",
-      "v = 353609769.64106375 > c, setting 1/gamma = 0\n",
-      "v = 387318551.5954796 > c, setting 1/gamma = 0\n",
-      "v = 321514554.83553696 > c, setting 1/gamma = 0\n",
-      "v = 357631597.09608144 > c, setting 1/gamma = 0\n",
-      "v = 347450403.46524626 > c, setting 1/gamma = 0\n",
-      "v = 375500124.1650638 > c, setting 1/gamma = 0\n",
-      "v = 375337974.26984227 > c, setting 1/gamma = 0\n",
-      "v = 394900225.8688583 > c, setting 1/gamma = 0\n",
-      "v = 400269869.00021994 > c, setting 1/gamma = 0\n",
-      "v = 412270544.4459372 > c, setting 1/gamma = 0\n",
-      "v = 370454410.40388274 > c, setting 1/gamma = 0\n",
-      "v = 393635015.64965653 > c, setting 1/gamma = 0\n",
-      "v = 313591362.2023248 > c, setting 1/gamma = 0\n",
-      "v = 339462023.7995575 > c, setting 1/gamma = 0\n",
-      "v = 367709522.82503414 > c, setting 1/gamma = 0\n",
-      "v = 386177000.8863333 > c, setting 1/gamma = 0\n",
-      "v = 339849918.1720441 > c, setting 1/gamma = 0\n",
-      "v = 362979958.2944188 > c, setting 1/gamma = 0\n",
-      "v = 337920178.35867596 > c, setting 1/gamma = 0\n",
-      "v = 367313680.84884214 > c, setting 1/gamma = 0\n",
-      "v = 347084382.6371758 > c, setting 1/gamma = 0\n",
-      "v = 366178663.68185335 > c, setting 1/gamma = 0\n",
-      "v = 302808488.18302226 > c, setting 1/gamma = 0\n",
-      "v = 310420802.687565 > c, setting 1/gamma = 0\n",
-      "v = 322668906.6913871 > c, setting 1/gamma = 0\n",
-      "v = 343900179.17283225 > c, setting 1/gamma = 0\n",
-      "v = 348953046.80042 > c, setting 1/gamma = 0\n",
-      "v = 364880510.20261955 > c, setting 1/gamma = 0\n",
-      "v = 305587981.08876646 > c, setting 1/gamma = 0\n",
-      "v = 302643424.53426695 > c, setting 1/gamma = 0\n",
-      "v = 337872516.84799737 > c, setting 1/gamma = 0\n",
-      "v = 358313676.9138907 > c, setting 1/gamma = 0\n",
-      "v = 322167374.0655879 > c, setting 1/gamma = 0\n",
-      "v = 350965341.0117595 > c, setting 1/gamma = 0\n",
-      "v = 305021533.16215897 > c, setting 1/gamma = 0\n",
-      "v = 325634269.1327848 > c, setting 1/gamma = 0\n",
-      "v = 325141397.7240635 > c, setting 1/gamma = 0\n",
-      "v = 345259298.95088273 > c, setting 1/gamma = 0\n",
-      "v = 306976854.6095241 > c, setting 1/gamma = 0\n",
-      "v = 327783388.5619829 > c, setting 1/gamma = 0\n",
-      "v = 311051482.19199777 > c, setting 1/gamma = 0\n",
-      "v = 314807491.6450053 > c, setting 1/gamma = 0\n",
-      "v = 334746830.5301904 > c, setting 1/gamma = 0\n",
-      "v = 307698146.0085938 > c, setting 1/gamma = 0\n",
-      "v = 326487247.4560814 > c, setting 1/gamma = 0\n",
-      "v = 302739875.2693425 > c, setting 1/gamma = 0\n",
-      "v = 321239491.49199164 > c, setting 1/gamma = 0\n",
-      "v = 333237797.61329186 > c, setting 1/gamma = 0\n",
-      "v = 350369659.34719014 > c, setting 1/gamma = 0\n",
-      "v = 308262798.97715706 > c, setting 1/gamma = 0\n",
-      "v = 314205706.31343573 > c, setting 1/gamma = 0\n",
-      "v = 303285322.2193678 > c, setting 1/gamma = 0\n",
-      "v = 313967690.8826571 > c, setting 1/gamma = 0\n",
-      "v = 349867959.9931779 > c, setting 1/gamma = 0\n",
-      "v = 300811252.91155165 > c, setting 1/gamma = 0\n",
-      "v = 316356142.2845251 > c, setting 1/gamma = 0\n",
-      "v = 305076535.7421548 > c, setting 1/gamma = 0\n",
-      "v = 331628717.93509835 > c, setting 1/gamma = 0\n",
-      "v = 333969769.40513897 > c, setting 1/gamma = 0\n",
-      "v = 354862040.29980993 > c, setting 1/gamma = 0\n",
-      "v = 337375559.7322756 > c, setting 1/gamma = 0\n",
-      "v = 357790412.4936795 > c, setting 1/gamma = 0\n",
-      "v = 315155895.59661204 > c, setting 1/gamma = 0\n",
-      "v = 338381166.0535286 > c, setting 1/gamma = 0\n",
-      "v = 316532531.6169033 > c, setting 1/gamma = 0\n",
-      "v = 411382136.2807011 > c, setting 1/gamma = 0\n",
-      "v = 420522742.04219997 > c, setting 1/gamma = 0\n",
-      "v = 366766904.9709521 > c, setting 1/gamma = 0\n",
-      "v = 385466430.57698697 > c, setting 1/gamma = 0\n",
-      "v = 300982513.3713214 > c, setting 1/gamma = 0\n",
-      "v = 323724679.67314285 > c, setting 1/gamma = 0\n",
-      "v = 325708521.5180097 > c, setting 1/gamma = 0\n",
-      "v = 347596003.57987463 > c, setting 1/gamma = 0\n",
-      "v = 308079434.04313534 > c, setting 1/gamma = 0\n",
-      "v = 342041569.66991323 > c, setting 1/gamma = 0\n",
-      "v = 316542424.01024157 > c, setting 1/gamma = 0\n",
-      "v = 348882992.97315955 > c, setting 1/gamma = 0\n",
-      "v = 339156943.71412194 > c, setting 1/gamma = 0\n",
-      "v = 361167857.899847 > c, setting 1/gamma = 0\n",
-      "v = 312878593.79844 > c, setting 1/gamma = 0\n",
-      "v = 351674734.23917806 > c, setting 1/gamma = 0\n",
-      "v = 305173529.50861055 > c, setting 1/gamma = 0\n",
-      "v = 312725679.89246994 > c, setting 1/gamma = 0\n",
-      "v = 308016516.163169 > c, setting 1/gamma = 0\n",
-      "v = 301450456.89279526 > c, setting 1/gamma = 0\n",
-      "v = 300992909.917041 > c, setting 1/gamma = 0\n",
-      "v = 393278213.105389 > c, setting 1/gamma = 0\n",
-      "v = 409146906.1154346 > c, setting 1/gamma = 0\n",
-      "v = 431972179.6935296 > c, setting 1/gamma = 0\n",
-      "v = 437340005.46024525 > c, setting 1/gamma = 0\n",
-      "v = 346276825.6978653 > c, setting 1/gamma = 0\n",
-      "v = 374559811.78352684 > c, setting 1/gamma = 0\n",
-      "v = 347201828.2951854 > c, setting 1/gamma = 0\n",
-      "v = 369553197.34004647 > c, setting 1/gamma = 0\n",
-      "v = 309680527.1201855 > c, setting 1/gamma = 0\n",
-      "v = 303238240.64459354 > c, setting 1/gamma = 0\n",
-      "v = 382336682.46670824 > c, setting 1/gamma = 0\n",
-      "v = 401996947.0780783 > c, setting 1/gamma = 0\n",
-      "v = 363242701.2853753 > c, setting 1/gamma = 0\n",
-      "v = 389297310.0742784 > c, setting 1/gamma = 0\n",
-      "v = 366810223.8700311 > c, setting 1/gamma = 0\n",
-      "v = 384913462.54902637 > c, setting 1/gamma = 0\n",
-      "v = 300965003.0280871 > c, setting 1/gamma = 0\n",
-      "v = 325915057.62543595 > c, setting 1/gamma = 0\n",
-      "v = 359162382.5394479 > c, setting 1/gamma = 0\n",
-      "v = 382953413.29859877 > c, setting 1/gamma = 0\n",
-      "v = 373655586.62380564 > c, setting 1/gamma = 0\n",
-      "v = 391210514.6849733 > c, setting 1/gamma = 0\n",
-      "v = 313934871.28230894 > c, setting 1/gamma = 0\n",
-      "v = 336809454.8158487 > c, setting 1/gamma = 0\n",
-      "v = 335322722.11172694 > c, setting 1/gamma = 0\n",
-      "v = 355269595.94108707 > c, setting 1/gamma = 0\n",
-      "v = 326551694.3385283 > c, setting 1/gamma = 0\n",
-      "v = 347792194.8678525 > c, setting 1/gamma = 0\n",
-      "v = 403948791.2076617 > c, setting 1/gamma = 0\n",
-      "v = 408738064.4094417 > c, setting 1/gamma = 0\n",
-      "v = 346134044.4487749 > c, setting 1/gamma = 0\n",
-      "v = 363745696.51157784 > c, setting 1/gamma = 0\n",
-      "v = 350283795.57089716 > c, setting 1/gamma = 0\n",
-      "v = 368106761.52811515 > c, setting 1/gamma = 0\n",
-      "v = 351193587.4592625 > c, setting 1/gamma = 0\n",
-      "v = 373760634.3328134 > c, setting 1/gamma = 0\n",
-      "v = 300120445.1701807 > c, setting 1/gamma = 0\n",
-      "v = 300973831.1775016 > c, setting 1/gamma = 0\n",
-      "v = 309089117.4047499 > c, setting 1/gamma = 0\n",
-      "v = 305488123.1145031 > c, setting 1/gamma = 0\n",
-      "v = 339293721.6315116 > c, setting 1/gamma = 0\n",
-      "v = 358633694.25406814 > c, setting 1/gamma = 0\n",
-      "v = 322657298.7941736 > c, setting 1/gamma = 0\n",
-      "v = 337093718.0017877 > c, setting 1/gamma = 0\n",
-      "v = 357475676.2274726 > c, setting 1/gamma = 0\n",
-      "v = 316339312.64723563 > c, setting 1/gamma = 0\n",
-      "v = 338096398.1168106 > c, setting 1/gamma = 0\n",
-      "v = 316187951.4875342 > c, setting 1/gamma = 0\n",
-      "v = 302904062.9009811 > c, setting 1/gamma = 0\n",
-      "v = 325084118.86402816 > c, setting 1/gamma = 0\n",
-      "v = 329222798.43716276 > c, setting 1/gamma = 0\n",
-      "v = 347812388.68545955 > c, setting 1/gamma = 0\n",
-      "v = 312012105.4068861 > c, setting 1/gamma = 0\n",
-      "v = 347248269.876372 > c, setting 1/gamma = 0\n",
-      "v = 332183056.84631324 > c, setting 1/gamma = 0\n",
-      "v = 366987412.55976874 > c, setting 1/gamma = 0\n",
-      "v = 311769391.5705361 > c, setting 1/gamma = 0\n",
-      "v = 326500973.7310467 > c, setting 1/gamma = 0\n",
-      "v = 351444808.16357625 > c, setting 1/gamma = 0\n",
-      "v = 319655890.624671 > c, setting 1/gamma = 0\n",
-      "v = 357074182.23194754 > c, setting 1/gamma = 0\n",
-      "v = 409253054.01180345 > c, setting 1/gamma = 0\n",
-      "v = 433742556.8786779 > c, setting 1/gamma = 0\n",
-      "v = 302325053.8345726 > c, setting 1/gamma = 0\n",
-      "v = 328273239.44319934 > c, setting 1/gamma = 0\n",
-      "v = 326974642.7553019 > c, setting 1/gamma = 0\n",
-      "v = 350208673.2199445 > c, setting 1/gamma = 0\n",
-      "v = 382974705.40687644 > c, setting 1/gamma = 0\n",
-      "v = 413179490.7338362 > c, setting 1/gamma = 0\n",
-      "v = 320190446.0009046 > c, setting 1/gamma = 0\n",
-      "v = 343904350.6114579 > c, setting 1/gamma = 0\n",
-      "v = 326350854.605153 > c, setting 1/gamma = 0\n",
-      "v = 346904910.1542062 > c, setting 1/gamma = 0\n",
-      "v = 300150139.91875285 > c, setting 1/gamma = 0\n",
-      "v = 323798639.3833381 > c, setting 1/gamma = 0\n",
-      "v = 334638692.03264606 > c, setting 1/gamma = 0\n",
-      "v = 360823980.22786254 > c, setting 1/gamma = 0\n",
-      "v = 309135057.8419385 > c, setting 1/gamma = 0\n",
-      "v = 330305836.02066904 > c, setting 1/gamma = 0\n",
-      "v = 302413356.9597297 > c, setting 1/gamma = 0\n",
-      "v = 321598992.4442713 > c, setting 1/gamma = 0\n",
-      "v = 306740066.2309209 > c, setting 1/gamma = 0\n",
-      "v = 326654458.6114419 > c, setting 1/gamma = 0\n",
-      "v = 341697746.30401677 > c, setting 1/gamma = 0\n",
-      "v = 358407182.2721149 > c, setting 1/gamma = 0\n",
-      "v = 355609915.15519696 > c, setting 1/gamma = 0\n",
-      "v = 373704486.16050565 > c, setting 1/gamma = 0\n",
-      "v = 308393923.8719378 > c, setting 1/gamma = 0\n",
-      "v = 328578977.6420312 > c, setting 1/gamma = 0\n",
-      "v = 339196161.13717246 > c, setting 1/gamma = 0\n",
-      "v = 357252691.62891114 > c, setting 1/gamma = 0\n",
-      "v = 319016818.61369365 > c, setting 1/gamma = 0\n",
-      "v = 307157367.0435623 > c, setting 1/gamma = 0\n",
-      "v = 305150434.69251394 > c, setting 1/gamma = 0\n",
-      "v = 388508771.0465398 > c, setting 1/gamma = 0\n",
-      "v = 414421436.86456794 > c, setting 1/gamma = 0\n",
-      "v = 304430279.374055 > c, setting 1/gamma = 0\n",
-      "v = 300238984.89356405 > c, setting 1/gamma = 0\n",
-      "v = 306266555.4546522 > c, setting 1/gamma = 0\n",
-      "v = 340769899.31636876 > c, setting 1/gamma = 0\n",
-      "v = 379028463.5985257 > c, setting 1/gamma = 0\n",
-      "v = 336277002.00773686 > c, setting 1/gamma = 0\n",
-      "v = 357859006.39753354 > c, setting 1/gamma = 0\n",
-      "v = 375570922.4289481 > c, setting 1/gamma = 0\n",
-      "v = 389466297.0772932 > c, setting 1/gamma = 0\n",
-      "v = 320127302.49493957 > c, setting 1/gamma = 0\n",
-      "v = 301838919.24930304 > c, setting 1/gamma = 0\n",
-      "v = 320274802.281231 > c, setting 1/gamma = 0\n",
-      "v = 340715975.59074 > c, setting 1/gamma = 0\n",
-      "v = 301897092.19879115 > c, setting 1/gamma = 0\n",
-      "v = 332003230.50893646 > c, setting 1/gamma = 0\n",
-      "v = 312300041.84309375 > c, setting 1/gamma = 0\n",
-      "v = 334110965.2291068 > c, setting 1/gamma = 0\n",
-      "v = 331980956.2445788 > c, setting 1/gamma = 0\n",
-      "v = 349225101.6331445 > c, setting 1/gamma = 0\n",
-      "v = 301990796.8517954 > c, setting 1/gamma = 0\n",
-      "v = 353496098.2192798 > c, setting 1/gamma = 0\n",
-      "v = 375000950.7417808 > c, setting 1/gamma = 0\n",
-      "v = 315698440.9393279 > c, setting 1/gamma = 0\n",
-      "v = 314719189.35258895 > c, setting 1/gamma = 0\n",
-      "v = 325768612.613005 > c, setting 1/gamma = 0\n",
-      "v = 343479256.87347364 > c, setting 1/gamma = 0\n",
-      "v = 347399553.76240563 > c, setting 1/gamma = 0\n",
-      "v = 369486830.4184607 > c, setting 1/gamma = 0\n",
-      "v = 304939326.06209505 > c, setting 1/gamma = 0\n",
-      "v = 331345182.94632894 > c, setting 1/gamma = 0\n",
-      "v = 349505106.291954 > c, setting 1/gamma = 0\n",
-      "v = 380590979.5187882 > c, setting 1/gamma = 0\n",
-      "v = 391419608.78111947 > c, setting 1/gamma = 0\n",
-      "v = 316556479.57230204 > c, setting 1/gamma = 0\n",
-      "v = 335727358.232415 > c, setting 1/gamma = 0\n",
-      "v = 314289762.6744561 > c, setting 1/gamma = 0\n",
-      "v = 310712104.2436951 > c, setting 1/gamma = 0\n",
-      "v = 331563346.7582539 > c, setting 1/gamma = 0\n",
-      "v = 319829095.90012884 > c, setting 1/gamma = 0\n",
-      "v = 340125657.90930176 > c, setting 1/gamma = 0\n",
-      "v = 301986034.43848956 > c, setting 1/gamma = 0\n",
-      "v = 335341685.1041721 > c, setting 1/gamma = 0\n",
-      "v = 334260917.1333459 > c, setting 1/gamma = 0\n",
-      "v = 358430677.80086124 > c, setting 1/gamma = 0\n",
-      "v = 331251366.03535503 > c, setting 1/gamma = 0\n",
-      "v = 366547739.60036594 > c, setting 1/gamma = 0\n",
-      "v = 319705505.5404902 > c, setting 1/gamma = 0\n",
-      "v = 340409719.4677969 > c, setting 1/gamma = 0\n",
-      "v = 306793662.7703275 > c, setting 1/gamma = 0\n",
-      "v = 302557311.7429513 > c, setting 1/gamma = 0\n",
-      "v = 326422626.15580595 > c, setting 1/gamma = 0\n",
-      "v = 303529837.8933139 > c, setting 1/gamma = 0\n",
-      "v = 337448081.88983375 > c, setting 1/gamma = 0\n",
-      "v = 304692113.9612243 > c, setting 1/gamma = 0\n",
-      "v = 351738498.67250896 > c, setting 1/gamma = 0\n",
-      "v = 378072997.7085933 > c, setting 1/gamma = 0\n",
-      "v = 382237600.32306784 > c, setting 1/gamma = 0\n",
-      "v = 398274738.4299823 > c, setting 1/gamma = 0\n",
-      "v = 336960502.2770309 > c, setting 1/gamma = 0\n",
-      "v = 357585147.5307229 > c, setting 1/gamma = 0\n",
-      "v = 385935851.66564673 > c, setting 1/gamma = 0\n",
-      "v = 416296457.8950031 > c, setting 1/gamma = 0\n",
-      "v = 326324575.32079935 > c, setting 1/gamma = 0\n",
-      "v = 350228509.21001256 > c, setting 1/gamma = 0\n",
-      "v = 331149302.79824615 > c, setting 1/gamma = 0\n",
-      "v = 351860409.3631297 > c, setting 1/gamma = 0\n",
-      "v = 300815137.94921774 > c, setting 1/gamma = 0\n",
-      "v = 325243124.7681228 > c, setting 1/gamma = 0\n",
-      "v = 344365679.6380996 > c, setting 1/gamma = 0\n",
-      "v = 375812729.48751926 > c, setting 1/gamma = 0\n",
-      "v = 313562069.29546994 > c, setting 1/gamma = 0\n",
-      "v = 346833986.2041138 > c, setting 1/gamma = 0\n",
-      "v = 348537117.6448121 > c, setting 1/gamma = 0\n",
-      "v = 368776336.0973701 > c, setting 1/gamma = 0\n",
-      "v = 301160142.0480267 > c, setting 1/gamma = 0\n",
-      "v = 366002757.4784299 > c, setting 1/gamma = 0\n",
-      "v = 389312912.90318596 > c, setting 1/gamma = 0\n",
-      "v = 405924261.32649654 > c, setting 1/gamma = 0\n",
-      "v = 417992650.99973816 > c, setting 1/gamma = 0\n",
-      "v = 356049655.8689807 > c, setting 1/gamma = 0\n",
-      "v = 378599734.2257125 > c, setting 1/gamma = 0\n",
-      "v = 303933769.1457643 > c, setting 1/gamma = 0\n",
-      "v = 327885601.8638858 > c, setting 1/gamma = 0\n",
-      "v = 369241233.6658369 > c, setting 1/gamma = 0\n",
-      "v = 386459078.5807485 > c, setting 1/gamma = 0\n",
-      "v = 301191213.0488065 > c, setting 1/gamma = 0\n",
-      "v = 323875619.27376455 > c, setting 1/gamma = 0\n",
-      "v = 301539812.6727185 > c, setting 1/gamma = 0\n",
-      "v = 313593071.58566374 > c, setting 1/gamma = 0\n",
-      "v = 304167040.3549732 > c, setting 1/gamma = 0\n",
-      "v = 324698944.9193961 > c, setting 1/gamma = 0\n",
-      "v = 316936471.9407222 > c, setting 1/gamma = 0\n",
-      "v = 355213601.5614056 > c, setting 1/gamma = 0\n",
-      "v = 372204220.6290679 > c, setting 1/gamma = 0\n",
-      "v = 309902313.0043626 > c, setting 1/gamma = 0\n",
-      "v = 300842553.51679015 > c, setting 1/gamma = 0\n",
-      "v = 320436987.63143694 > c, setting 1/gamma = 0\n",
-      "v = 342324170.88259655 > c, setting 1/gamma = 0\n",
-      "v = 301852459.8976844 > c, setting 1/gamma = 0\n",
-      "v = 322747694.3259399 > c, setting 1/gamma = 0\n",
-      "v = 323199323.5096241 > c, setting 1/gamma = 0\n",
-      "v = 340581064.4596805 > c, setting 1/gamma = 0\n",
-      "v = 358034138.48453456 > c, setting 1/gamma = 0\n",
-      "v = 301652263.527714 > c, setting 1/gamma = 0\n",
-      "v = 325972374.2566348 > c, setting 1/gamma = 0\n",
-      "v = 370440743.12666374 > c, setting 1/gamma = 0\n",
-      "v = 389859023.40957576 > c, setting 1/gamma = 0\n",
-      "v = 314086787.0830631 > c, setting 1/gamma = 0\n",
-      "v = 335474286.49862033 > c, setting 1/gamma = 0\n",
-      "v = 321132654.2846352 > c, setting 1/gamma = 0\n",
-      "v = 341768891.6471477 > c, setting 1/gamma = 0\n",
-      "v = 302199420.6791626 > c, setting 1/gamma = 0\n",
-      "v = 335212677.65814424 > c, setting 1/gamma = 0\n",
-      "v = 366191040.85766923 > c, setting 1/gamma = 0\n",
-      "v = 381609439.2557589 > c, setting 1/gamma = 0\n",
-      "v = 368202014.16339755 > c, setting 1/gamma = 0\n",
-      "v = 400721634.60924864 > c, setting 1/gamma = 0\n",
-      "v = 331434567.9246634 > c, setting 1/gamma = 0\n",
-      "v = 352602692.9635935 > c, setting 1/gamma = 0\n",
-      "v = 327835566.23486596 > c, setting 1/gamma = 0\n",
-      "v = 350996705.3577564 > c, setting 1/gamma = 0\n",
-      "v = 356699734.0470052 > c, setting 1/gamma = 0\n",
-      "v = 378910671.0832564 > c, setting 1/gamma = 0\n",
-      "v = 304184056.0746484 > c, setting 1/gamma = 0\n",
-      "v = 313161906.2121717 > c, setting 1/gamma = 0\n",
-      "v = 332714928.15698755 > c, setting 1/gamma = 0\n",
-      "v = 343380927.29770505 > c, setting 1/gamma = 0\n",
-      "v = 369719066.9339713 > c, setting 1/gamma = 0\n",
-      "v = 338211940.43751705 > c, setting 1/gamma = 0\n",
-      "v = 358376111.8829 > c, setting 1/gamma = 0\n",
-      "v = 312601589.02444 > c, setting 1/gamma = 0\n",
-      "v = 324877899.1612034 > c, setting 1/gamma = 0\n",
-      "v = 344223765.54013443 > c, setting 1/gamma = 0\n",
-      "v = 302576995.6933894 > c, setting 1/gamma = 0\n",
-      "v = 321727844.73550475 > c, setting 1/gamma = 0\n",
-      "v = 300485673.38830423 > c, setting 1/gamma = 0\n",
-      "v = 319638551.79181254 > c, setting 1/gamma = 0\n",
-      "v = 334834279.04769975 > c, setting 1/gamma = 0\n",
-      "v = 351749545.2517858 > c, setting 1/gamma = 0\n",
-      "v = 302134202.9903193 > c, setting 1/gamma = 0\n",
-      "v = 345912025.90690565 > c, setting 1/gamma = 0\n",
-      "v = 362058390.93240154 > c, setting 1/gamma = 0\n",
-      "v = 315614175.57911456 > c, setting 1/gamma = 0\n",
-      "v = 336504450.11575717 > c, setting 1/gamma = 0\n",
-      "v = 333360163.869936 > c, setting 1/gamma = 0\n",
-      "v = 356755164.4496164 > c, setting 1/gamma = 0\n",
-      "v = 320261481.17450863 > c, setting 1/gamma = 0\n",
-      "v = 341712828.4538734 > c, setting 1/gamma = 0\n",
-      "v = 307681791.281207 > c, setting 1/gamma = 0\n",
-      "v = 309469675.34446144 > c, setting 1/gamma = 0\n",
-      "v = 329517783.2233553 > c, setting 1/gamma = 0\n",
-      "v = 303291734.8190564 > c, setting 1/gamma = 0\n",
-      "v = 327550397.48378867 > c, setting 1/gamma = 0\n",
-      "v = 347937479.3653005 > c, setting 1/gamma = 0\n",
-      "v = 302245907.31144035 > c, setting 1/gamma = 0\n",
-      "v = 334864517.1006603 > c, setting 1/gamma = 0\n",
-      "v = 380906517.6398262 > c, setting 1/gamma = 0\n",
-      "v = 393659424.08822924 > c, setting 1/gamma = 0\n",
-      "v = 313313368.2286364 > c, setting 1/gamma = 0\n",
-      "v = 333742113.2844762 > c, setting 1/gamma = 0\n",
-      "v = 301822833.269968 > c, setting 1/gamma = 0\n",
-      "v = 302649769.72020084 > c, setting 1/gamma = 0\n",
-      "v = 323216847.87412846 > c, setting 1/gamma = 0\n",
-      "v = 312870705.3573192 > c, setting 1/gamma = 0\n",
-      "v = 352872079.25907356 > c, setting 1/gamma = 0\n",
-      "v = 369358356.1007287 > c, setting 1/gamma = 0\n",
-      "v = 310408002.8784035 > c, setting 1/gamma = 0\n",
-      "v = 330285448.4439732 > c, setting 1/gamma = 0\n",
-      "v = 360543308.6617616 > c, setting 1/gamma = 0\n",
-      "v = 358046530.998398 > c, setting 1/gamma = 0\n",
-      "v = 377223660.3133411 > c, setting 1/gamma = 0\n",
-      "v = 304474633.1613382 > c, setting 1/gamma = 0\n",
-      "v = 330347212.1066235 > c, setting 1/gamma = 0\n",
-      "v = 350543762.8618776 > c, setting 1/gamma = 0\n",
-      "v = 333506851.10783607 > c, setting 1/gamma = 0\n",
-      "v = 370572669.07855874 > c, setting 1/gamma = 0\n",
-      "v = 306610562.19767034 > c, setting 1/gamma = 0\n",
-      "v = 309570143.6825261 > c, setting 1/gamma = 0\n",
-      "v = 391670674.7930522 > c, setting 1/gamma = 0\n",
-      "v = 419480553.9362095 > c, setting 1/gamma = 0\n",
-      "v = 319141152.4959944 > c, setting 1/gamma = 0\n",
-      "v = 342302323.77618974 > c, setting 1/gamma = 0\n",
-      "v = 340428120.7694213 > c, setting 1/gamma = 0\n",
-      "v = 359789219.8946937 > c, setting 1/gamma = 0\n",
-      "v = 352234230.5982354 > c, setting 1/gamma = 0\n",
-      "v = 388901872.3497702 > c, setting 1/gamma = 0\n",
-      "v = 331480590.72040284 > c, setting 1/gamma = 0\n",
-      "v = 352368418.591517 > c, setting 1/gamma = 0\n",
-      "v = 310290409.2841547 > c, setting 1/gamma = 0\n",
-      "v = 335056185.6315479 > c, setting 1/gamma = 0\n",
-      "v = 325607807.6535376 > c, setting 1/gamma = 0\n",
-      "v = 343979209.84132904 > c, setting 1/gamma = 0\n",
-      "v = 303150310.9950697 > c, setting 1/gamma = 0\n",
-      "v = 321903191.2852503 > c, setting 1/gamma = 0\n",
-      "v = 347397743.5497711 > c, setting 1/gamma = 0\n",
-      "v = 364235431.74310726 > c, setting 1/gamma = 0\n",
-      "v = 364815470.5540365 > c, setting 1/gamma = 0\n",
-      "v = 392318591.85258394 > c, setting 1/gamma = 0\n",
-      "v = 321763364.76846486 > c, setting 1/gamma = 0\n",
-      "v = 303782084.21885157 > c, setting 1/gamma = 0\n",
-      "v = 331175332.8822875 > c, setting 1/gamma = 0\n",
-      "v = 429315497.39013046 > c, setting 1/gamma = 0\n",
-      "v = 444093085.3102344 > c, setting 1/gamma = 0\n",
-      "v = 319257639.23594326 > c, setting 1/gamma = 0\n",
-      "v = 341411712.9748867 > c, setting 1/gamma = 0\n",
-      "v = 302636200.7747447 > c, setting 1/gamma = 0\n",
-      "v = 323244616.3040513 > c, setting 1/gamma = 0\n",
-      "v = 304843270.7045502 > c, setting 1/gamma = 0\n",
-      "v = 325616439.08884573 > c, setting 1/gamma = 0\n",
-      "v = 300292449.2718793 > c, setting 1/gamma = 0\n",
-      "v = 341976604.7748537 > c, setting 1/gamma = 0\n",
-      "v = 358565541.8259355 > c, setting 1/gamma = 0\n",
-      "v = 303144272.75358635 > c, setting 1/gamma = 0\n",
-      "v = 345363680.4542374 > c, setting 1/gamma = 0\n",
-      "v = 362430077.16719925 > c, setting 1/gamma = 0\n",
-      "v = 309223947.53865683 > c, setting 1/gamma = 0\n",
-      "v = 343116354.4075289 > c, setting 1/gamma = 0\n",
-      "v = 359784269.534356 > c, setting 1/gamma = 0\n",
-      "v = 313681737.0446326 > c, setting 1/gamma = 0\n",
-      "v = 324784689.55186194 > c, setting 1/gamma = 0\n",
-      "v = 345048994.2101232 > c, setting 1/gamma = 0\n",
-      "v = 303519585.1650349 > c, setting 1/gamma = 0\n",
-      "v = 312870168.16893595 > c, setting 1/gamma = 0\n",
-      "v = 331697560.57170194 > c, setting 1/gamma = 0\n",
-      "v = 307204275.85253286 > c, setting 1/gamma = 0\n",
-      "v = 312554063.9988309 > c, setting 1/gamma = 0\n",
-      "v = 372256656.5938392 > c, setting 1/gamma = 0\n",
-      "v = 387969691.9388868 > c, setting 1/gamma = 0\n",
-      "v = 313705878.0397727 > c, setting 1/gamma = 0\n",
-      "v = 301464701.9852935 > c, setting 1/gamma = 0\n",
-      "v = 313089790.01090103 > c, setting 1/gamma = 0\n",
-      "v = 310975738.3999921 > c, setting 1/gamma = 0\n",
-      "v = 326070118.6817496 > c, setting 1/gamma = 0\n",
-      "v = 344513714.62409186 > c, setting 1/gamma = 0\n",
-      "v = 310553526.8105477 > c, setting 1/gamma = 0\n",
-      "v = 316632049.24093294 > c, setting 1/gamma = 0\n",
-      "v = 304600950.28149533 > c, setting 1/gamma = 0\n",
-      "v = 303211699.6965891 > c, setting 1/gamma = 0\n",
-      "v = 317799121.85170144 > c, setting 1/gamma = 0\n",
-      "v = 336294054.858836 > c, setting 1/gamma = 0\n",
-      "v = 364830143.4591338 > c, setting 1/gamma = 0\n",
-      "v = 379725184.5374551 > c, setting 1/gamma = 0\n",
-      "v = 306787864.8248193 > c, setting 1/gamma = 0\n",
-      "v = 325890647.7542349 > c, setting 1/gamma = 0\n",
-      "v = 301283405.57738 > c, setting 1/gamma = 0\n",
-      "v = 322120668.2150563 > c, setting 1/gamma = 0\n",
-      "v = 343417114.04828143 > c, setting 1/gamma = 0\n",
-      "v = 317738276.12275887 > c, setting 1/gamma = 0\n",
-      "v = 336384886.4419967 > c, setting 1/gamma = 0\n",
-      "v = 308863268.61234117 > c, setting 1/gamma = 0\n",
-      "v = 318100845.9684918 > c, setting 1/gamma = 0\n",
-      "v = 335798746.1511781 > c, setting 1/gamma = 0\n",
-      "v = 303745095.5262728 > c, setting 1/gamma = 0\n",
-      "v = 301044061.7377388 > c, setting 1/gamma = 0\n",
-      "v = 319480053.2726633 > c, setting 1/gamma = 0\n",
-      "v = 313120148.98544693 > c, setting 1/gamma = 0\n",
-      "v = 343831205.3705373 > c, setting 1/gamma = 0\n",
-      "v = 358995117.17567533 > c, setting 1/gamma = 0\n",
-      "v = 312126037.8191733 > c, setting 1/gamma = 0\n",
-      "v = 308989158.26288 > c, setting 1/gamma = 0\n",
-      "v = 316261386.69901776 > c, setting 1/gamma = 0\n",
-      "v = 339817772.555582 > c, setting 1/gamma = 0\n",
-      "v = 312758317.710698 > c, setting 1/gamma = 0\n",
-      "v = 329231506.32981795 > c, setting 1/gamma = 0\n",
-      "v = 301618301.67754096 > c, setting 1/gamma = 0\n",
-      "v = 319148326.71272653 > c, setting 1/gamma = 0\n",
-      "v = 344886220.0334783 > c, setting 1/gamma = 0\n",
-      "v = 359829898.1157877 > c, setting 1/gamma = 0\n",
-      "v = 306655162.3092158 > c, setting 1/gamma = 0\n",
-      "v = 313132635.9386827 > c, setting 1/gamma = 0\n",
-      "v = 332598500.268325 > c, setting 1/gamma = 0\n",
-      "v = 331242608.633751 > c, setting 1/gamma = 0\n",
-      "v = 329607283.70992637 > c, setting 1/gamma = 0\n",
-      "v = 346870241.8745423 > c, setting 1/gamma = 0\n",
-      "v = 315790461.7933538 > c, setting 1/gamma = 0\n",
-      "v = 332567650.99149907 > c, setting 1/gamma = 0\n",
-      "v = 302679684.23341197 > c, setting 1/gamma = 0\n",
-      "v = 321406154.1650991 > c, setting 1/gamma = 0\n",
-      "v = 324765076.26862174 > c, setting 1/gamma = 0\n",
-      "v = 344121017.2784109 > c, setting 1/gamma = 0\n",
-      "v = 319986474.7886314 > c, setting 1/gamma = 0\n",
-      "v = 340941795.09978276 > c, setting 1/gamma = 0\n",
-      "v = 306338254.38087046 > c, setting 1/gamma = 0\n",
-      "v = 343958364.1784179 > c, setting 1/gamma = 0\n",
-      "v = 357150019.2557059 > c, setting 1/gamma = 0\n",
-      "v = 309674842.81307465 > c, setting 1/gamma = 0\n",
-      "v = 329615721.687628 > c, setting 1/gamma = 0\n",
-      "v = 346417977.0272649 > c, setting 1/gamma = 0\n",
-      "v = 303515172.7861669 > c, setting 1/gamma = 0\n",
-      "v = 304884931.9395863 > c, setting 1/gamma = 0\n",
-      "v = 310671652.85959095 > c, setting 1/gamma = 0\n",
-      "v = 346413641.2851626 > c, setting 1/gamma = 0\n",
-      "v = 362679294.7871567 > c, setting 1/gamma = 0\n",
-      "v = 304678328.9108166 > c, setting 1/gamma = 0\n",
-      "v = 330024604.6551346 > c, setting 1/gamma = 0\n",
-      "v = 353675623.0627751 > c, setting 1/gamma = 0\n",
-      "v = 312499951.81520754 > c, setting 1/gamma = 0\n",
-      "v = 332560419.90983766 > c, setting 1/gamma = 0\n",
-      "v = 306556057.43193245 > c, setting 1/gamma = 0\n",
-      "v = 300833717.3861388 > c, setting 1/gamma = 0\n",
-      "v = 318831589.238837 > c, setting 1/gamma = 0\n",
-      "v = 308693086.1166047 > c, setting 1/gamma = 0\n",
-      "v = 308689776.362802 > c, setting 1/gamma = 0\n",
-      "v = 347178661.3795104 > c, setting 1/gamma = 0\n",
-      "v = 342260972.9816899 > c, setting 1/gamma = 0\n",
-      "v = 360688311.83777285 > c, setting 1/gamma = 0\n",
-      "v = 302205877.7026744 > c, setting 1/gamma = 0\n",
-      "v = 321633425.41752785 > c, setting 1/gamma = 0\n",
-      "v = 315763276.03822654 > c, setting 1/gamma = 0\n",
-      "v = 325369623.5271808 > c, setting 1/gamma = 0\n",
-      "v = 353697528.3042729 > c, setting 1/gamma = 0\n",
-      "v = 340835205.485679 > c, setting 1/gamma = 0\n",
-      "v = 360617683.10949814 > c, setting 1/gamma = 0\n",
-      "v = 319952341.6971924 > c, setting 1/gamma = 0\n",
-      "v = 340515159.9073948 > c, setting 1/gamma = 0\n",
-      "v = 306237429.91924065 > c, setting 1/gamma = 0\n",
-      "v = 329646015.78187597 > c, setting 1/gamma = 0\n",
-      "v = 347783115.1968088 > c, setting 1/gamma = 0\n",
-      "v = 325950199.82362056 > c, setting 1/gamma = 0\n",
-      "v = 342870464.8414363 > c, setting 1/gamma = 0\n",
-      "v = 313722954.6237596 > c, setting 1/gamma = 0\n",
-      "v = 331594595.31615835 > c, setting 1/gamma = 0\n",
-      "v = 300072898.5888375 > c, setting 1/gamma = 0\n",
-      "v = 323859485.92773426 > c, setting 1/gamma = 0\n",
-      "v = 308312401.9451677 > c, setting 1/gamma = 0\n",
-      "v = 326157232.8774392 > c, setting 1/gamma = 0\n",
-      "v = 315635489.42359376 > c, setting 1/gamma = 0\n",
-      "v = 303397380.75651854 > c, setting 1/gamma = 0\n",
-      "v = 329635177.57465655 > c, setting 1/gamma = 0\n",
-      "v = 347169640.81086606 > c, setting 1/gamma = 0\n",
-      "v = 317689213.5199855 > c, setting 1/gamma = 0\n",
-      "v = 338616741.6951165 > c, setting 1/gamma = 0\n",
-      "v = 333222205.9305422 > c, setting 1/gamma = 0\n",
-      "v = 353248870.57013094 > c, setting 1/gamma = 0\n",
-      "v = 312512013.9710222 > c, setting 1/gamma = 0\n",
-      "v = 330309198.5590886 > c, setting 1/gamma = 0\n",
-      "v = 316376514.59459037 > c, setting 1/gamma = 0\n",
-      "v = 344327103.1232865 > c, setting 1/gamma = 0\n",
-      "v = 367565812.3705547 > c, setting 1/gamma = 0\n",
-      "v = 306025976.6929857 > c, setting 1/gamma = 0\n",
-      "v = 319929483.4559008 > c, setting 1/gamma = 0\n",
-      "v = 340246277.9938751 > c, setting 1/gamma = 0\n",
-      "v = 301569208.591618 > c, setting 1/gamma = 0\n",
-      "v = 346158988.68613786 > c, setting 1/gamma = 0\n",
-      "v = 363279391.02924144 > c, setting 1/gamma = 0\n",
-      "v = 316088874.19120604 > c, setting 1/gamma = 0\n",
-      "v = 336193411.9724649 > c, setting 1/gamma = 0\n",
-      "v = 308779658.9486198 > c, setting 1/gamma = 0\n",
-      "v = 313511056.1995506 > c, setting 1/gamma = 0\n",
-      "v = 302187543.56478316 > c, setting 1/gamma = 0\n",
-      "v = 315752919.28495365 > c, setting 1/gamma = 0\n",
-      "v = 300457279.17510074 > c, setting 1/gamma = 0\n",
-      "v = 302670049.6181385 > c, setting 1/gamma = 0\n",
-      "v = 336818971.1123968 > c, setting 1/gamma = 0\n",
-      "v = 352142244.55884707 > c, setting 1/gamma = 0\n",
-      "v = 308625404.334596 > c, setting 1/gamma = 0\n",
-      "v = 348404346.6489189 > c, setting 1/gamma = 0\n",
-      "v = 364197167.73973316 > c, setting 1/gamma = 0\n",
-      "v = 310273667.348393 > c, setting 1/gamma = 0\n",
-      "v = 309200998.6915325 > c, setting 1/gamma = 0\n",
-      "v = 348479834.04254323 > c, setting 1/gamma = 0\n",
-      "v = 345079741.18523765 > c, setting 1/gamma = 0\n",
-      "v = 360901042.65772367 > c, setting 1/gamma = 0\n",
-      "v = 303792959.29962575 > c, setting 1/gamma = 0\n",
-      "v = 325268941.3379831 > c, setting 1/gamma = 0\n",
-      "v = 340805311.6294041 > c, setting 1/gamma = 0\n",
-      "v = 359521902.0251162 > c, setting 1/gamma = 0\n",
-      "v = 300938600.11291033 > c, setting 1/gamma = 0\n",
-      "v = 321207770.00524056 > c, setting 1/gamma = 0\n",
-      "v = 325773926.508798 > c, setting 1/gamma = 0\n",
-      "v = 329898201.1295101 > c, setting 1/gamma = 0\n",
-      "v = 356792200.015442 > c, setting 1/gamma = 0\n",
-      "v = 343071641.2922814 > c, setting 1/gamma = 0\n",
-      "v = 362559499.1298368 > c, setting 1/gamma = 0\n",
-      "v = 329737311.6026519 > c, setting 1/gamma = 0\n",
-      "v = 359993717.4321473 > c, setting 1/gamma = 0\n",
-      "v = 351785769.94075835 > c, setting 1/gamma = 0\n",
-      "v = 371570628.5695431 > c, setting 1/gamma = 0\n",
-      "v = 377311870.1577849 > c, setting 1/gamma = 0\n",
-      "v = 411431945.711914 > c, setting 1/gamma = 0\n",
-      "v = 327101740.6912114 > c, setting 1/gamma = 0\n",
-      "v = 350838097.9049946 > c, setting 1/gamma = 0\n",
-      "v = 319238085.0952019 > c, setting 1/gamma = 0\n",
-      "v = 345734978.02206457 > c, setting 1/gamma = 0\n",
-      "v = 301276840.80618525 > c, setting 1/gamma = 0\n",
-      "v = 323274651.33241165 > c, setting 1/gamma = 0\n",
-      "v = 307613065.35428643 > c, setting 1/gamma = 0\n",
-      "v = 302958438.2652932 > c, setting 1/gamma = 0\n",
-      "v = 322018956.66287404 > c, setting 1/gamma = 0\n",
-      "v = 309890456.7874413 > c, setting 1/gamma = 0\n",
-      "v = 324138644.74677294 > c, setting 1/gamma = 0\n",
-      "v = 346862555.77345484 > c, setting 1/gamma = 0\n",
-      "v = 311875578.5142204 > c, setting 1/gamma = 0\n",
-      "v = 330377836.75741225 > c, setting 1/gamma = 0\n",
-      "v = 314975498.03817266 > c, setting 1/gamma = 0\n",
-      "v = 309458818.8885198 > c, setting 1/gamma = 0\n",
-      "v = 302839431.106826 > c, setting 1/gamma = 0\n",
-      "v = 325952955.65362316 > c, setting 1/gamma = 0\n",
-      "v = 343526514.4810085 > c, setting 1/gamma = 0\n",
-      "v = 332436504.5873406 > c, setting 1/gamma = 0\n",
-      "v = 349531169.77073383 > c, setting 1/gamma = 0\n",
-      "v = 326164598.6884944 > c, setting 1/gamma = 0\n",
-      "v = 326103167.93378913 > c, setting 1/gamma = 0\n",
-      "v = 346654772.15530396 > c, setting 1/gamma = 0\n",
-      "v = 318811628.32501215 > c, setting 1/gamma = 0\n",
-      "v = 337783290.3026424 > c, setting 1/gamma = 0\n",
-      "v = 305345402.0766152 > c, setting 1/gamma = 0\n",
-      "v = 334247685.1552879 > c, setting 1/gamma = 0\n",
-      "v = 349500787.5898755 > c, setting 1/gamma = 0\n",
-      "v = 302142656.7283488 > c, setting 1/gamma = 0\n",
-      "v = 314243122.0667148 > c, setting 1/gamma = 0\n",
-      "v = 346010635.0895978 > c, setting 1/gamma = 0\n",
-      "v = 360574105.9308791 > c, setting 1/gamma = 0\n",
-      "v = 306040826.60718495 > c, setting 1/gamma = 0\n",
-      "v = 340016457.0237557 > c, setting 1/gamma = 0\n",
-      "v = 357088867.2926584 > c, setting 1/gamma = 0\n",
-      "v = 304584043.5048694 > c, setting 1/gamma = 0\n",
-      "v = 302298515.39731586 > c, setting 1/gamma = 0\n",
-      "v = 305451890.72177166 > c, setting 1/gamma = 0\n",
-      "v = 315742330.1801097 > c, setting 1/gamma = 0\n",
-      "v = 348590350.02432513 > c, setting 1/gamma = 0\n",
-      "v = 361212794.42658824 > c, setting 1/gamma = 0\n",
-      "v = 301684414.62678766 > c, setting 1/gamma = 0\n",
-      "v = 334698087.36016655 > c, setting 1/gamma = 0\n",
-      "v = 350239480.81992996 > c, setting 1/gamma = 0\n",
-      "v = 302370002.9649309 > c, setting 1/gamma = 0\n",
-      "v = 300784269.0065633 > c, setting 1/gamma = 0\n",
-      "v = 317154560.49982905 > c, setting 1/gamma = 0\n",
-      "v = 307459770.96706873 > c, setting 1/gamma = 0\n",
-      "v = 315482424.7524446 > c, setting 1/gamma = 0\n",
-      "v = 352552576.60829747 > c, setting 1/gamma = 0\n",
-      "v = 346910085.51749253 > c, setting 1/gamma = 0\n",
-      "v = 361328969.1123079 > c, setting 1/gamma = 0\n",
-      "v = 313339044.5524596 > c, setting 1/gamma = 0\n",
-      "v = 330657144.3335769 > c, setting 1/gamma = 0\n",
-      "v = 309149672.4080822 > c, setting 1/gamma = 0\n",
-      "v = 320511660.2144159 > c, setting 1/gamma = 0\n",
-      "v = 336835260.73927 > c, setting 1/gamma = 0\n",
-      "v = 313411583.52687436 > c, setting 1/gamma = 0\n",
-      "v = 352562655.954297 > c, setting 1/gamma = 0\n",
-      "v = 367736369.51266557 > c, setting 1/gamma = 0\n",
-      "v = 309247086.0100351 > c, setting 1/gamma = 0\n",
-      "v = 329262696.41330206 > c, setting 1/gamma = 0\n",
-      "v = 348355102.53790873 > c, setting 1/gamma = 0\n",
-      "v = 300111155.3658108 > c, setting 1/gamma = 0\n",
-      "v = 313984528.78017473 > c, setting 1/gamma = 0\n",
-      "v = 348059121.21362907 > c, setting 1/gamma = 0\n",
-      "v = 347687914.13735837 > c, setting 1/gamma = 0\n",
-      "v = 365585314.48448145 > c, setting 1/gamma = 0\n",
-      "v = 302722905.1499646 > c, setting 1/gamma = 0\n",
-      "v = 318285812.9537782 > c, setting 1/gamma = 0\n",
-      "v = 340217636.34934556 > c, setting 1/gamma = 0\n",
-      "v = 305622318.1445542 > c, setting 1/gamma = 0\n",
-      "v = 324927973.78514177 > c, setting 1/gamma = 0\n",
-      "v = 322587060.9211733 > c, setting 1/gamma = 0\n",
-      "v = 301676535.3133892 > c, setting 1/gamma = 0\n",
-      "v = 319010552.0992725 > c, setting 1/gamma = 0\n",
-      "v = 310882300.8134027 > c, setting 1/gamma = 0\n",
-      "v = 328457681.89957935 > c, setting 1/gamma = 0\n",
-      "v = 330619686.5573292 > c, setting 1/gamma = 0\n",
-      "v = 350655044.4137605 > c, setting 1/gamma = 0\n",
-      "v = 307672431.2999489 > c, setting 1/gamma = 0\n",
-      "v = 325461311.4761747 > c, setting 1/gamma = 0\n",
-      "v = 324858632.801626 > c, setting 1/gamma = 0\n",
-      "v = 305707970.54981726 > c, setting 1/gamma = 0\n",
-      "v = 305232018.4480029 > c, setting 1/gamma = 0\n",
-      "v = 332938721.42293 > c, setting 1/gamma = 0\n",
-      "v = 348660892.77487904 > c, setting 1/gamma = 0\n",
-      "v = 317441877.19126076 > c, setting 1/gamma = 0\n",
-      "v = 300054709.1945036 > c, setting 1/gamma = 0\n",
-      "v = 317874469.6643096 > c, setting 1/gamma = 0\n",
-      "v = 340545517.8829785 > c, setting 1/gamma = 0\n",
-      "v = 355529227.84664327 > c, setting 1/gamma = 0\n",
-      "v = 337276782.8255431 > c, setting 1/gamma = 0\n",
-      "v = 353238616.1564454 > c, setting 1/gamma = 0\n",
-      "v = 303298965.8456059 > c, setting 1/gamma = 0\n",
-      "v = 320988965.0203126 > c, setting 1/gamma = 0\n",
-      "v = 307190617.28519946 > c, setting 1/gamma = 0\n",
-      "v = 340338363.0899974 > c, setting 1/gamma = 0\n",
-      "v = 354980392.0029689 > c, setting 1/gamma = 0\n",
-      "v = 302488325.57731444 > c, setting 1/gamma = 0\n",
-      "v = 323598816.1418626 > c, setting 1/gamma = 0\n",
-      "v = 338311978.24878037 > c, setting 1/gamma = 0\n",
-      "v = 305624749.80833316 > c, setting 1/gamma = 0\n",
-      "v = 319546992.30206037 > c, setting 1/gamma = 0\n",
-      "v = 333403184.6721094 > c, setting 1/gamma = 0\n",
-      "v = 311063450.6280978 > c, setting 1/gamma = 0\n",
-      "v = 335908135.490388 > c, setting 1/gamma = 0\n",
-      "v = 349092183.6816022 > c, setting 1/gamma = 0\n",
-      "v = 311375580.3827995 > c, setting 1/gamma = 0\n",
-      "v = 300214476.90193295 > c, setting 1/gamma = 0\n",
-      "v = 316956164.69890094 > c, setting 1/gamma = 0\n",
-      "v = 323616213.7068544 > c, setting 1/gamma = 0\n",
-      "v = 330358871.2170762 > c, setting 1/gamma = 0\n",
-      "v = 347253782.989507 > c, setting 1/gamma = 0\n",
-      "v = 304407995.2054864 > c, setting 1/gamma = 0\n",
-      "v = 335580545.1276014 > c, setting 1/gamma = 0\n",
-      "v = 354204107.23508656 > c, setting 1/gamma = 0\n",
-      "v = 317432897.6104418 > c, setting 1/gamma = 0\n",
-      "v = 318696495.25673395 > c, setting 1/gamma = 0\n",
-      "v = 339995682.6814541 > c, setting 1/gamma = 0\n",
-      "v = 355653085.6305905 > c, setting 1/gamma = 0\n",
-      "v = 303138396.5149985 > c, setting 1/gamma = 0\n",
-      "v = 303774841.7627485 > c, setting 1/gamma = 0\n",
-      "v = 303506675.8310966 > c, setting 1/gamma = 0\n",
-      "v = 322324973.8004522 > c, setting 1/gamma = 0\n",
-      "v = 323181127.2913091 > c, setting 1/gamma = 0\n",
-      "v = 301008254.7641855 > c, setting 1/gamma = 0\n",
-      "v = 314203558.1649231 > c, setting 1/gamma = 0\n",
-      "v = 332023332.5168936 > c, setting 1/gamma = 0\n",
-      "v = 304619743.0950506 > c, setting 1/gamma = 0\n",
-      "v = 310590897.1746098 > c, setting 1/gamma = 0\n",
-      "v = 327795652.52584857 > c, setting 1/gamma = 0\n",
-      "v = 317045624.0855587 > c, setting 1/gamma = 0\n",
-      "v = 345526363.5375803 > c, setting 1/gamma = 0\n",
-      "v = 362590394.56107306 > c, setting 1/gamma = 0\n",
-      "v = 329098398.9026116 > c, setting 1/gamma = 0\n",
-      "v = 321637962.9305387 > c, setting 1/gamma = 0\n",
-      "v = 342681175.2063319 > c, setting 1/gamma = 0\n",
-      "v = 301369321.90939075 > c, setting 1/gamma = 0\n",
-      "v = 320675963.14565843 > c, setting 1/gamma = 0\n",
-      "v = 331716888.90290487 > c, setting 1/gamma = 0\n",
-      "v = 312413261.4566228 > c, setting 1/gamma = 0\n",
-      "v = 328896745.7027973 > c, setting 1/gamma = 0\n",
-      "v = 308834829.53295064 > c, setting 1/gamma = 0\n",
-      "v = 325280543.2271405 > c, setting 1/gamma = 0\n",
-      "v = 328810852.6932323 > c, setting 1/gamma = 0\n",
-      "v = 347512665.7031532 > c, setting 1/gamma = 0\n",
-      "v = 308833180.5359107 > c, setting 1/gamma = 0\n",
-      "v = 325999349.603973 > c, setting 1/gamma = 0\n",
-      "v = 330366837.2239633 > c, setting 1/gamma = 0\n",
-      "v = 309495022.43540186 > c, setting 1/gamma = 0\n",
-      "v = 316212854.71498156 > c, setting 1/gamma = 0\n",
-      "v = 304075301.5669962 > c, setting 1/gamma = 0\n",
-      "v = 338837720.95242846 > c, setting 1/gamma = 0\n",
-      "v = 330783375.6105185 > c, setting 1/gamma = 0\n",
-      "v = 345008215.24361825 > c, setting 1/gamma = 0\n",
-      "v = 329533832.82591724 > c, setting 1/gamma = 0\n",
-      "v = 344610511.40262866 > c, setting 1/gamma = 0\n",
-      "v = 315929766.29156065 > c, setting 1/gamma = 0\n",
-      "v = 331418004.868544 > c, setting 1/gamma = 0\n",
-      "v = 308790823.20953196 > c, setting 1/gamma = 0\n",
-      "v = 325687272.0888232 > c, setting 1/gamma = 0\n",
-      "v = 305698708.848944 > c, setting 1/gamma = 0\n",
-      "v = 342814414.75769305 > c, setting 1/gamma = 0\n",
-      "v = 313164565.65743905 > c, setting 1/gamma = 0\n",
-      "v = 329077761.45374084 > c, setting 1/gamma = 0\n",
-      "v = 301708877.9257636 > c, setting 1/gamma = 0\n",
-      "v = 312570416.79468715 > c, setting 1/gamma = 0\n",
-      "v = 305538683.50944495 > c, setting 1/gamma = 0\n",
-      "v = 325057273.02520746 > c, setting 1/gamma = 0\n",
-      "v = 340296216.37800956 > c, setting 1/gamma = 0\n",
-      "v = 354247260.12045306 > c, setting 1/gamma = 0\n",
-      "v = 319595263.6619107 > c, setting 1/gamma = 0\n",
-      "v = 334563115.2126732 > c, setting 1/gamma = 0\n",
-      "v = 300548456.71097004 > c, setting 1/gamma = 0\n",
-      "v = 316656841.9983257 > c, setting 1/gamma = 0\n",
-      "v = 325192162.9504741 > c, setting 1/gamma = 0\n",
-      "v = 341739555.74656314 > c, setting 1/gamma = 0\n",
-      "v = 306746765.2970666 > c, setting 1/gamma = 0\n",
-      "v = 334182106.09995145 > c, setting 1/gamma = 0\n",
-      "v = 348675769.1608151 > c, setting 1/gamma = 0\n",
-      "v = 302462572.1707344 > c, setting 1/gamma = 0\n",
-      "v = 302244143.2599787 > c, setting 1/gamma = 0\n",
-      "v = 317028848.4623878 > c, setting 1/gamma = 0\n",
-      "v = 325311695.04850596 > c, setting 1/gamma = 0\n",
-      "v = 340158163.96751 > c, setting 1/gamma = 0\n",
-      "v = 354377455.1175925 > c, setting 1/gamma = 0\n",
-      "v = 309790289.55123484 > c, setting 1/gamma = 0\n",
-      "v = 323608140.9920212 > c, setting 1/gamma = 0\n",
-      "v = 339666464.4616057 > c, setting 1/gamma = 0\n",
-      "v = 306783233.26026803 > c, setting 1/gamma = 0\n",
-      "v = 302523509.14928377 > c, setting 1/gamma = 0\n",
-      "v = 305769341.25994545 > c, setting 1/gamma = 0\n",
-      "v = 306023067.67666423 > c, setting 1/gamma = 0\n",
-      "v = 345572688.61427444 > c, setting 1/gamma = 0\n",
-      "v = 343472654.4880966 > c, setting 1/gamma = 0\n",
-      "v = 360173944.5424648 > c, setting 1/gamma = 0\n",
-      "v = 312457474.18275267 > c, setting 1/gamma = 0\n",
-      "v = 301817742.90795 > c, setting 1/gamma = 0\n",
-      "v = 309621933.40151364 > c, setting 1/gamma = 0\n",
-      "v = 331131224.5083286 > c, setting 1/gamma = 0\n",
-      "v = 304526243.9004608 > c, setting 1/gamma = 0\n",
-      "v = 305386275.8761913 > c, setting 1/gamma = 0\n",
-      "v = 322450771.7350405 > c, setting 1/gamma = 0\n",
-      "v = 318743072.78352684 > c, setting 1/gamma = 0\n",
-      "v = 320741749.72405654 > c, setting 1/gamma = 0\n",
-      "v = 348244350.2408293 > c, setting 1/gamma = 0\n",
-      "v = 364261256.1261445 > c, setting 1/gamma = 0\n",
-      "v = 308080838.46199936 > c, setting 1/gamma = 0\n",
-      "v = 311870234.4402663 > c, setting 1/gamma = 0\n",
-      "v = 330312874.04747784 > c, setting 1/gamma = 0\n",
-      "v = 307546897.58784705 > c, setting 1/gamma = 0\n",
-      "v = 334344784.72873604 > c, setting 1/gamma = 0\n",
-      "v = 354761138.1135602 > c, setting 1/gamma = 0\n",
-      "v = 307608059.0478798 > c, setting 1/gamma = 0\n",
-      "v = 325161466.7495308 > c, setting 1/gamma = 0\n",
-      "v = 301238320.02366114 > c, setting 1/gamma = 0\n",
-      "v = 328587234.01612854 > c, setting 1/gamma = 0\n",
-      "v = 342738144.44218564 > c, setting 1/gamma = 0\n",
-      "v = 304889846.4822548 > c, setting 1/gamma = 0\n",
-      "v = 349705346.95200026 > c, setting 1/gamma = 0\n",
-      "v = 362874841.72613645 > c, setting 1/gamma = 0\n",
-      "v = 301558070.1618015 > c, setting 1/gamma = 0\n",
-      "v = 318665329.26015306 > c, setting 1/gamma = 0\n",
-      "v = 312489358.76791316 > c, setting 1/gamma = 0\n",
-      "v = 336445164.955997 > c, setting 1/gamma = 0\n",
-      "v = 350950294.8605844 > c, setting 1/gamma = 0\n",
-      "v = 312701283.9464219 > c, setting 1/gamma = 0\n",
-      "v = 331797519.0513612 > c, setting 1/gamma = 0\n",
-      "v = 303362437.4804353 > c, setting 1/gamma = 0\n",
-      "v = 343575708.72014505 > c, setting 1/gamma = 0\n",
-      "v = 326060246.13195807 > c, setting 1/gamma = 0\n",
-      "v = 346655287.6609312 > c, setting 1/gamma = 0\n",
-      "v = 309179881.6881793 > c, setting 1/gamma = 0\n",
-      "v = 317527045.6387073 > c, setting 1/gamma = 0\n",
-      "v = 355832529.47433525 > c, setting 1/gamma = 0\n",
-      "v = 337760676.99859893 > c, setting 1/gamma = 0\n",
-      "v = 353382916.61965775 > c, setting 1/gamma = 0\n",
-      "v = 316080214.8839332 > c, setting 1/gamma = 0\n",
-      "v = 333276870.7668944 > c, setting 1/gamma = 0\n",
-      "v = 332590144.74820024 > c, setting 1/gamma = 0\n",
-      "v = 347110440.61608595 > c, setting 1/gamma = 0\n",
-      "v = 303371725.72536856 > c, setting 1/gamma = 0\n",
-      "v = 340366594.59831864 > c, setting 1/gamma = 0\n",
-      "v = 353019706.7970898 > c, setting 1/gamma = 0\n",
-      "v = 306120530.7892109 > c, setting 1/gamma = 0\n",
-      "v = 320857230.2893786 > c, setting 1/gamma = 0\n",
-      "v = 303827714.5253079 > c, setting 1/gamma = 0\n",
-      "v = 318116958.06791884 > c, setting 1/gamma = 0\n",
-      "v = 313561082.28631324 > c, setting 1/gamma = 0\n",
-      "v = 302155663.76696867 > c, setting 1/gamma = 0\n",
-      "v = 319384246.7831367 > c, setting 1/gamma = 0\n",
-      "v = 303569344.1302858 > c, setting 1/gamma = 0\n",
-      "v = 309063395.82739544 > c, setting 1/gamma = 0\n",
-      "v = 301434776.7799347 > c, setting 1/gamma = 0\n",
-      "v = 310594641.51615363 > c, setting 1/gamma = 0\n",
-      "v = 313067103.4622286 > c, setting 1/gamma = 0\n",
-      "v = 312148262.04440236 > c, setting 1/gamma = 0\n",
-      "v = 347720739.93891865 > c, setting 1/gamma = 0\n",
-      "v = 312664325.5100906 > c, setting 1/gamma = 0\n",
-      "v = 301518427.16593033 > c, setting 1/gamma = 0\n",
-      "v = 319842620.40871346 > c, setting 1/gamma = 0\n",
-      "v = 326945923.6285507 > c, setting 1/gamma = 0\n",
-      "v = 318927369.1017018 > c, setting 1/gamma = 0\n",
-      "v = 340619512.51382494 > c, setting 1/gamma = 0\n",
-      "v = 303041099.668124 > c, setting 1/gamma = 0\n",
-      "v = 302015474.6385532 > c, setting 1/gamma = 0\n",
-      "v = 318644031.2797348 > c, setting 1/gamma = 0\n",
-      "v = 322845391.2496293 > c, setting 1/gamma = 0\n",
-      "v = 307587974.4585502 > c, setting 1/gamma = 0\n",
-      "v = 343383205.96469 > c, setting 1/gamma = 0\n",
-      "v = 379093146.9071429 > c, setting 1/gamma = 0\n",
-      "v = 311498795.01547116 > c, setting 1/gamma = 0\n",
-      "v = 328385141.5816293 > c, setting 1/gamma = 0\n",
-      "v = 320986544.8578881 > c, setting 1/gamma = 0\n",
-      "v = 308468660.2667862 > c, setting 1/gamma = 0\n",
-      "v = 304046413.3310119 > c, setting 1/gamma = 0\n",
-      "v = 341342579.17956376 > c, setting 1/gamma = 0\n",
-      "v = 331328692.77342045 > c, setting 1/gamma = 0\n",
-      "v = 347116977.9140767 > c, setting 1/gamma = 0\n",
-      "v = 307058304.45566773 > c, setting 1/gamma = 0\n",
-      "v = 302095349.2482372 > c, setting 1/gamma = 0\n",
-      "v = 318896403.18121266 > c, setting 1/gamma = 0\n",
-      "v = 325075706.840863 > c, setting 1/gamma = 0\n",
-      "v = 322910288.900276 > c, setting 1/gamma = 0\n",
-      "v = 343198795.84272945 > c, setting 1/gamma = 0\n",
-      "v = 305765265.5761283 > c, setting 1/gamma = 0\n",
-      "v = 300740816.5052889 > c, setting 1/gamma = 0\n",
-      "v = 315969053.6710455 > c, setting 1/gamma = 0\n",
-      "v = 303236912.13368887 > c, setting 1/gamma = 0\n",
-      "v = 337575551.2505844 > c, setting 1/gamma = 0\n",
-      "v = 312093909.091117 > c, setting 1/gamma = 0\n",
-      "v = 327291176.4192245 > c, setting 1/gamma = 0\n",
-      "v = 304186456.8364751 > c, setting 1/gamma = 0\n",
-      "v = 342408046.5189241 > c, setting 1/gamma = 0\n",
-      "v = 343955667.4161051 > c, setting 1/gamma = 0\n",
-      "v = 357378632.94009286 > c, setting 1/gamma = 0\n",
-      "v = 306471347.0641661 > c, setting 1/gamma = 0\n",
-      "v = 308585739.13544494 > c, setting 1/gamma = 0\n",
-      "v = 335420096.36459154 > c, setting 1/gamma = 0\n",
-      "v = 350415286.9560151 > c, setting 1/gamma = 0\n",
-      "v = 308442621.2788177 > c, setting 1/gamma = 0\n",
-      "v = 324755667.8598315 > c, setting 1/gamma = 0\n",
-      "v = 313304630.06789386 > c, setting 1/gamma = 0\n",
-      "v = 328464484.33521926 > c, setting 1/gamma = 0\n",
-      "v = 312700646.8016465 > c, setting 1/gamma = 0\n",
-      "v = 342494950.58693904 > c, setting 1/gamma = 0\n",
-      "v = 355430852.61904013 > c, setting 1/gamma = 0\n",
-      "v = 307721220.55063504 > c, setting 1/gamma = 0\n",
-      "v = 325749114.8944804 > c, setting 1/gamma = 0\n",
-      "v = 327433964.62444615 > c, setting 1/gamma = 0\n",
-      "v = 362760961.93641794 > c, setting 1/gamma = 0\n",
-      "v = 327906978.2380008 > c, setting 1/gamma = 0\n",
-      "v = 343052739.33375937 > c, setting 1/gamma = 0\n",
-      "v = 300682659.45689553 > c, setting 1/gamma = 0\n",
-      "v = 334481352.7488651 > c, setting 1/gamma = 0\n",
-      "v = 347380996.2448822 > c, setting 1/gamma = 0\n",
-      "v = 305237150.7765262 > c, setting 1/gamma = 0\n",
-      "v = 320336716.5460263 > c, setting 1/gamma = 0\n",
-      "v = 318665076.2709832 > c, setting 1/gamma = 0\n",
-      "v = 331929797.45725185 > c, setting 1/gamma = 0\n",
-      "v = 302400777.59256953 > c, setting 1/gamma = 0\n",
-      "v = 318283573.6499573 > c, setting 1/gamma = 0\n",
-      "v = 333422038.90008104 > c, setting 1/gamma = 0\n",
-      "v = 301308926.1235462 > c, setting 1/gamma = 0\n",
-      "v = 314144928.6481972 > c, setting 1/gamma = 0\n",
-      "v = 309533402.63579714 > c, setting 1/gamma = 0\n",
-      "v = 312357143.16947246 > c, setting 1/gamma = 0\n",
-      "v = 301889495.4852899 > c, setting 1/gamma = 0\n",
-      "v = 327110181.8851331 > c, setting 1/gamma = 0\n",
-      "v = 336169736.16477466 > c, setting 1/gamma = 0\n",
-      "v = 349737572.65240496 > c, setting 1/gamma = 0\n",
-      "v = 312255873.6466303 > c, setting 1/gamma = 0\n",
-      "v = 302641929.4000288 > c, setting 1/gamma = 0\n",
-      "v = 317787714.0361891 > c, setting 1/gamma = 0\n",
-      "v = 304781853.297654 > c, setting 1/gamma = 0\n",
-      "v = 302737590.1664346 > c, setting 1/gamma = 0\n",
-      "v = 344828451.8462908 > c, setting 1/gamma = 0\n",
-      "v = 333321236.42775106 > c, setting 1/gamma = 0\n",
-      "v = 370262496.9966422 > c, setting 1/gamma = 0\n",
-      "v = 309402333.0498377 > c, setting 1/gamma = 0\n",
-      "v = 325542062.1785601 > c, setting 1/gamma = 0\n",
-      "v = 316588502.37868786 > c, setting 1/gamma = 0\n",
-      "v = 308258874.4200992 > c, setting 1/gamma = 0\n",
-      "v = 348435724.4522709 > c, setting 1/gamma = 0\n",
-      "v = 316502296.6323953 > c, setting 1/gamma = 0\n",
-      "v = 357167157.8056057 > c, setting 1/gamma = 0\n",
-      "v = 338658581.60517514 > c, setting 1/gamma = 0\n",
-      "v = 354776906.9913951 > c, setting 1/gamma = 0\n",
-      "v = 307106647.39561963 > c, setting 1/gamma = 0\n",
-      "v = 307648247.9462616 > c, setting 1/gamma = 0\n",
-      "v = 307908782.33374804 > c, setting 1/gamma = 0\n",
-      "v = 324990951.14380807 > c, setting 1/gamma = 0\n",
-      "v = 317439048.8967009 > c, setting 1/gamma = 0\n",
-      "v = 300715789.33252853 > c, setting 1/gamma = 0\n",
-      "v = 322248401.7352118 > c, setting 1/gamma = 0\n",
-      "v = 303999574.28438723 > c, setting 1/gamma = 0\n",
-      "v = 340130959.2601301 > c, setting 1/gamma = 0\n",
-      "v = 310861590.0855282 > c, setting 1/gamma = 0\n",
-      "v = 304054079.6859874 > c, setting 1/gamma = 0\n",
-      "v = 341108129.878331 > c, setting 1/gamma = 0\n",
-      "v = 333341180.5074721 > c, setting 1/gamma = 0\n",
-      "v = 348265573.5598931 > c, setting 1/gamma = 0\n",
-      "v = 307775016.3585289 > c, setting 1/gamma = 0\n",
-      "v = 323334108.3015716 > c, setting 1/gamma = 0\n",
-      "v = 319015894.6256428 > c, setting 1/gamma = 0\n",
-      "v = 320100415.71968096 > c, setting 1/gamma = 0\n",
-      "v = 334765993.64925784 > c, setting 1/gamma = 0\n",
-      "v = 311038730.8631295 > c, setting 1/gamma = 0\n",
-      "v = 342854811.1319604 > c, setting 1/gamma = 0\n",
-      "v = 357036071.1862699 > c, setting 1/gamma = 0\n",
-      "v = 307036726.73469794 > c, setting 1/gamma = 0\n",
-      "v = 344010694.21447814 > c, setting 1/gamma = 0\n",
-      "v = 301206472.0258517 > c, setting 1/gamma = 0\n",
-      "v = 316912475.7585375 > c, setting 1/gamma = 0\n",
-      "v = 320398181.42910814 > c, setting 1/gamma = 0\n",
-      "v = 328452557.6857715 > c, setting 1/gamma = 0\n",
-      "v = 344459763.1127148 > c, setting 1/gamma = 0\n",
-      "v = 308154165.0613451 > c, setting 1/gamma = 0\n",
-      "v = 302371132.7143238 > c, setting 1/gamma = 0\n",
-      "v = 316921430.33265895 > c, setting 1/gamma = 0\n",
-      "v = 303352893.0585096 > c, setting 1/gamma = 0\n",
-      "v = 337812088.0440344 > c, setting 1/gamma = 0\n",
-      "v = 304350406.49303275 > c, setting 1/gamma = 0\n",
-      "v = 343809143.61270946 > c, setting 1/gamma = 0\n",
-      "v = 312824346.9179371 > c, setting 1/gamma = 0\n",
-      "v = 328262997.049391 > c, setting 1/gamma = 0\n",
-      "v = 301376002.3351079 > c, setting 1/gamma = 0\n",
-      "v = 317075488.6719304 > c, setting 1/gamma = 0\n",
-      "v = 319403519.1826862 > c, setting 1/gamma = 0\n",
-      "v = 338727979.0784638 > c, setting 1/gamma = 0\n",
-      "v = 303746128.4478838 > c, setting 1/gamma = 0\n",
-      "v = 326489802.8711073 > c, setting 1/gamma = 0\n",
-      "v = 341211443.61477166 > c, setting 1/gamma = 0\n",
-      "v = 304449941.3940394 > c, setting 1/gamma = 0\n",
-      "v = 318307767.75070775 > c, setting 1/gamma = 0\n",
-      "v = 334239441.50974035 > c, setting 1/gamma = 0\n",
-      "v = 311007470.2736608 > c, setting 1/gamma = 0\n",
-      "v = 335834641.00425506 > c, setting 1/gamma = 0\n",
-      "v = 348404750.1149289 > c, setting 1/gamma = 0\n",
-      "v = 304474164.8544611 > c, setting 1/gamma = 0\n",
-      "v = 303443571.0263135 > c, setting 1/gamma = 0\n",
-      "v = 316695609.0197859 > c, setting 1/gamma = 0\n",
-      "v = 307181112.73435616 > c, setting 1/gamma = 0\n",
-      "v = 321455701.6726138 > c, setting 1/gamma = 0\n",
-      "v = 357491236.4804867 > c, setting 1/gamma = 0\n",
-      "v = 347321326.25896823 > c, setting 1/gamma = 0\n",
-      "v = 357301240.35913104 > c, setting 1/gamma = 0\n",
-      "v = 319344109.59051496 > c, setting 1/gamma = 0\n",
-      "v = 315873964.9746433 > c, setting 1/gamma = 0\n",
-      "v = 330113063.3998639 > c, setting 1/gamma = 0\n",
-      "v = 307582349.4718514 > c, setting 1/gamma = 0\n",
-      "v = 300946773.10436517 > c, setting 1/gamma = 0\n",
-      "v = 304618546.8655709 > c, setting 1/gamma = 0\n",
-      "v = 339399498.21689177 > c, setting 1/gamma = 0\n",
-      "v = 301635340.3579025 > c, setting 1/gamma = 0\n",
-      "v = 325348699.86488616 > c, setting 1/gamma = 0\n",
-      "v = 343027874.6750479 > c, setting 1/gamma = 0\n",
-      "v = 310871294.5240638 > c, setting 1/gamma = 0\n",
-      "v = 304246723.4408677 > c, setting 1/gamma = 0\n",
-      "v = 345764907.4367968 > c, setting 1/gamma = 0\n",
-      "v = 301191380.2217774 > c, setting 1/gamma = 0\n",
-      "v = 300618162.6555299 > c, setting 1/gamma = 0\n",
-      "v = 301822283.7079687 > c, setting 1/gamma = 0\n",
-      "v = 318309132.24272525 > c, setting 1/gamma = 0\n",
-      "v = 319723520.9344374 > c, setting 1/gamma = 0\n",
-      "v = 307544352.6192067 > c, setting 1/gamma = 0\n",
-      "v = 306027615.57918024 > c, setting 1/gamma = 0\n",
-      "v = 343333285.52751744 > c, setting 1/gamma = 0\n",
-      "v = 334625370.9268048 > c, setting 1/gamma = 0\n",
-      "v = 349173401.848494 > c, setting 1/gamma = 0\n",
-      "v = 313326248.9835794 > c, setting 1/gamma = 0\n",
-      "v = 329193978.858955 > c, setting 1/gamma = 0\n",
-      "v = 309838080.12908405 > c, setting 1/gamma = 0\n",
-      "v = 301524090.22022754 > c, setting 1/gamma = 0\n",
-      "v = 308103697.5660689 > c, setting 1/gamma = 0\n",
-      "v = 341686880.3997215 > c, setting 1/gamma = 0\n",
-      "v = 335259477.64825153 > c, setting 1/gamma = 0\n",
-      "v = 345397558.5124075 > c, setting 1/gamma = 0\n",
-      "v = 303561866.0980099 > c, setting 1/gamma = 0\n",
-      "v = 341770874.4635731 > c, setting 1/gamma = 0\n",
-      "v = 336287263.74936813 > c, setting 1/gamma = 0\n",
-      "v = 348973722.9136922 > c, setting 1/gamma = 0\n",
-      "v = 300372069.1851554 > c, setting 1/gamma = 0\n",
-      "v = 302041612.08980197 > c, setting 1/gamma = 0\n",
-      "v = 315634427.4748872 > c, setting 1/gamma = 0\n",
-      "v = 303809883.4167787 > c, setting 1/gamma = 0\n",
-      "v = 336466073.66377836 > c, setting 1/gamma = 0\n",
-      "v = 305284986.90761214 > c, setting 1/gamma = 0\n",
-      "v = 318798383.1828912 > c, setting 1/gamma = 0\n",
-      "v = 319402188.6634099 > c, setting 1/gamma = 0\n",
-      "v = 354012250.87967324 > c, setting 1/gamma = 0\n",
-      "v = 344679031.4977036 > c, setting 1/gamma = 0\n",
-      "v = 354420962.14075756 > c, setting 1/gamma = 0\n",
-      "v = 310167148.68777174 > c, setting 1/gamma = 0\n",
-      "v = 311188281.6427239 > c, setting 1/gamma = 0\n",
-      "v = 324758057.42379206 > c, setting 1/gamma = 0\n",
-      "v = 327895117.73913074 > c, setting 1/gamma = 0\n",
-      "v = 301497869.1828597 > c, setting 1/gamma = 0\n",
-      "v = 315587675.86515915 > c, setting 1/gamma = 0\n",
-      "v = 306424989.28859437 > c, setting 1/gamma = 0\n",
-      "v = 341938962.6447591 > c, setting 1/gamma = 0\n",
-      "v = 343498724.92823815 > c, setting 1/gamma = 0\n",
-      "v = 354051174.3804279 > c, setting 1/gamma = 0\n",
-      "v = 322992358.8231665 > c, setting 1/gamma = 0\n",
-      "v = 336102266.0550694 > c, setting 1/gamma = 0\n",
-      "v = 306080812.1339907 > c, setting 1/gamma = 0\n",
-      "v = 310516223.96719724 > c, setting 1/gamma = 0\n",
-      "v = 312097209.5748795 > c, setting 1/gamma = 0\n",
-      "v = 345411008.0056911 > c, setting 1/gamma = 0\n",
-      "v = 303124730.80444115 > c, setting 1/gamma = 0\n",
-      "v = 335922551.9585906 > c, setting 1/gamma = 0\n",
-      "v = 332029959.6307129 > c, setting 1/gamma = 0\n",
-      "v = 345106328.7755965 > c, setting 1/gamma = 0\n",
-      "v = 305783169.8999557 > c, setting 1/gamma = 0\n",
-      "v = 320243935.0641944 > c, setting 1/gamma = 0\n",
-      "v = 301301214.60880584 > c, setting 1/gamma = 0\n",
-      "v = 317494498.6220042 > c, setting 1/gamma = 0\n",
-      "v = 342946094.10936946 > c, setting 1/gamma = 0\n",
-      "v = 355966662.6338667 > c, setting 1/gamma = 0\n",
-      "v = 300687131.1904915 > c, setting 1/gamma = 0\n",
-      "v = 313477590.4796693 > c, setting 1/gamma = 0\n",
-      "v = 327227730.2566337 > c, setting 1/gamma = 0\n",
-      "v = 301281266.3668414 > c, setting 1/gamma = 0\n",
-      "v = 314492456.9871609 > c, setting 1/gamma = 0\n",
-      "v = 303237181.9320895 > c, setting 1/gamma = 0\n",
-      "v = 336874395.4039615 > c, setting 1/gamma = 0\n",
-      "v = 313956587.57849205 > c, setting 1/gamma = 0\n",
-      "v = 331149524.17077833 > c, setting 1/gamma = 0\n",
-      "v = 305567430.01134086 > c, setting 1/gamma = 0\n",
-      "v = 301678958.31099457 > c, setting 1/gamma = 0\n",
-      "v = 315597696.99331564 > c, setting 1/gamma = 0\n",
-      "v = 310827644.0736483 > c, setting 1/gamma = 0\n",
-      "v = 306654374.14783984 > c, setting 1/gamma = 0\n",
-      "v = 327206800.8775503 > c, setting 1/gamma = 0\n",
-      "v = 344522077.21267784 > c, setting 1/gamma = 0\n",
-      "v = 313974182.8516491 > c, setting 1/gamma = 0\n",
-      "v = 301484875.83706933 > c, setting 1/gamma = 0\n",
-      "v = 344858150.95483005 > c, setting 1/gamma = 0\n",
-      "v = 380775848.5576957 > c, setting 1/gamma = 0\n",
-      "v = 309626600.5344496 > c, setting 1/gamma = 0\n",
-      "v = 324950177.06660426 > c, setting 1/gamma = 0\n",
-      "v = 327758339.123105 > c, setting 1/gamma = 0\n",
-      "v = 300676574.92340004 > c, setting 1/gamma = 0\n",
-      "v = 313628198.7199033 > c, setting 1/gamma = 0\n",
-      "v = 351865119.9169346 > c, setting 1/gamma = 0\n",
-      "v = 342784280.0610934 > c, setting 1/gamma = 0\n",
-      "v = 356578985.7491659 > c, setting 1/gamma = 0\n",
-      "v = 308127700.8923526 > c, setting 1/gamma = 0\n",
-      "v = 310088636.8191152 > c, setting 1/gamma = 0\n",
-      "v = 329137335.113915 > c, setting 1/gamma = 0\n",
-      "v = 307307485.1507832 > c, setting 1/gamma = 0\n",
-      "v = 355278702.21706086 > c, setting 1/gamma = 0\n",
-      "v = 390833465.896573 > c, setting 1/gamma = 0\n",
-      "v = 332499577.00010955 > c, setting 1/gamma = 0\n",
-      "v = 348599293.4778173 > c, setting 1/gamma = 0\n",
-      "v = 319721901.2956364 > c, setting 1/gamma = 0\n",
-      "v = 315373942.0579717 > c, setting 1/gamma = 0\n",
-      "v = 330617405.8343236 > c, setting 1/gamma = 0\n",
-      "v = 313206878.8538753 > c, setting 1/gamma = 0\n",
-      "v = 301767810.04813075 > c, setting 1/gamma = 0\n",
-      "v = 316607170.90467054 > c, setting 1/gamma = 0\n",
-      "v = 304128384.8764034 > c, setting 1/gamma = 0\n",
-      "v = 341707538.6120365 > c, setting 1/gamma = 0\n",
-      "v = 336147943.67785805 > c, setting 1/gamma = 0\n",
-      "v = 350042251.775289 > c, setting 1/gamma = 0\n",
-      "v = 305964787.98804265 > c, setting 1/gamma = 0\n",
-      "v = 348510645.74601716 > c, setting 1/gamma = 0\n",
-      "v = 380563681.8839749 > c, setting 1/gamma = 0\n",
-      "v = 322401357.78996706 > c, setting 1/gamma = 0\n",
-      "v = 337308998.4753958 > c, setting 1/gamma = 0\n",
-      "v = 332853409.4229405 > c, setting 1/gamma = 0\n",
-      "v = 345166978.9923138 > c, setting 1/gamma = 0\n",
-      "v = 302851075.4635268 > c, setting 1/gamma = 0\n",
-      "v = 316123633.68404734 > c, setting 1/gamma = 0\n",
-      "v = 323602724.09988755 > c, setting 1/gamma = 0\n",
-      "v = 319970242.2491541 > c, setting 1/gamma = 0\n",
-      "v = 332461114.9683958 > c, setting 1/gamma = 0\n",
-      "v = 313627528.7095218 > c, setting 1/gamma = 0\n",
-      "v = 338427524.93730986 > c, setting 1/gamma = 0\n",
-      "v = 348779753.56091535 > c, setting 1/gamma = 0\n",
-      "v = 305673418.1808 > c, setting 1/gamma = 0\n",
-      "v = 318285662.57755774 > c, setting 1/gamma = 0\n",
-      "v = 319014338.155503 > c, setting 1/gamma = 0\n",
-      "v = 302966905.77202934 > c, setting 1/gamma = 0\n",
-      "v = 315791364.74801177 > c, setting 1/gamma = 0\n",
-      "v = 309483982.40517795 > c, setting 1/gamma = 0\n",
-      "v = 343733491.32307553 > c, setting 1/gamma = 0\n",
-      "v = 310595546.85207593 > c, setting 1/gamma = 0\n",
-      "v = 325142854.37309915 > c, setting 1/gamma = 0\n",
-      "v = 313179170.16547847 > c, setting 1/gamma = 0\n",
-      "v = 302106810.20944124 > c, setting 1/gamma = 0\n",
-      "v = 338201510.9629793 > c, setting 1/gamma = 0\n",
-      "v = 306664243.3849752 > c, setting 1/gamma = 0\n",
-      "v = 319980886.6938106 > c, setting 1/gamma = 0\n",
-      "v = 313139920.95085675 > c, setting 1/gamma = 0\n",
-      "v = 308596239.3771447 > c, setting 1/gamma = 0\n",
-      "v = 320111932.0122715 > c, setting 1/gamma = 0\n",
-      "v = 322668269.1423815 > c, setting 1/gamma = 0\n",
-      "v = 334936717.8507915 > c, setting 1/gamma = 0\n",
-      "v = 304072768.0773409 > c, setting 1/gamma = 0\n",
-      "v = 316017007.78850174 > c, setting 1/gamma = 0\n",
-      "v = 351544185.11238194 > c, setting 1/gamma = 0\n",
-      "v = 317346060.2741493 > c, setting 1/gamma = 0\n",
-      "v = 353292472.9977482 > c, setting 1/gamma = 0\n",
-      "v = 305612910.4281371 > c, setting 1/gamma = 0\n",
-      "v = 312303895.13032883 > c, setting 1/gamma = 0\n",
-      "v = 349890212.58481014 > c, setting 1/gamma = 0\n",
-      "v = 303687504.6759338 > c, setting 1/gamma = 0\n",
-      "v = 320851998.5443473 > c, setting 1/gamma = 0\n",
-      "v = 309388546.3238622 > c, setting 1/gamma = 0\n",
-      "v = 350074648.2370698 > c, setting 1/gamma = 0\n",
-      "v = 331069524.26207924 > c, setting 1/gamma = 0\n",
-      "v = 346942936.9951517 > c, setting 1/gamma = 0\n",
-      "v = 312728857.0734263 > c, setting 1/gamma = 0\n",
-      "v = 316665534.6841737 > c, setting 1/gamma = 0\n",
-      "v = 344731467.91881 > c, setting 1/gamma = 0\n",
-      "v = 381913050.7740837 > c, setting 1/gamma = 0\n",
-      "v = 312757340.1199455 > c, setting 1/gamma = 0\n",
-      "v = 327988340.08127266 > c, setting 1/gamma = 0\n",
-      "v = 300838303.8004172 > c, setting 1/gamma = 0\n",
-      "v = 338932615.89713305 > c, setting 1/gamma = 0\n",
-      "v = 303093819.18343925 > c, setting 1/gamma = 0\n",
-      "v = 319135404.13038105 > c, setting 1/gamma = 0\n",
-      "v = 302701746.4779878 > c, setting 1/gamma = 0\n",
-      "v = 342665814.54929566 > c, setting 1/gamma = 0\n",
-      "v = 310642943.9894483 > c, setting 1/gamma = 0\n",
-      "v = 329777415.9117022 > c, setting 1/gamma = 0\n",
-      "v = 363199667.1227177 > c, setting 1/gamma = 0\n",
-      "v = 301294215.68683517 > c, setting 1/gamma = 0\n",
-      "v = 314257140.56966805 > c, setting 1/gamma = 0\n",
-      "v = 315219477.41091657 > c, setting 1/gamma = 0\n",
-      "v = 349453496.1397516 > c, setting 1/gamma = 0\n",
-      "v = 317405436.7654301 > c, setting 1/gamma = 0\n",
-      "v = 331208889.8868187 > c, setting 1/gamma = 0\n",
-      "v = 305439612.61243683 > c, setting 1/gamma = 0\n",
-      "v = 343880244.32638043 > c, setting 1/gamma = 0\n",
-      "v = 325802259.6170562 > c, setting 1/gamma = 0\n",
-      "v = 338315313.9601169 > c, setting 1/gamma = 0\n",
-      "v = 314333778.9169564 > c, setting 1/gamma = 0\n",
-      "v = 300748951.48900676 > c, setting 1/gamma = 0\n",
-      "v = 313700633.54307735 > c, setting 1/gamma = 0\n",
-      "v = 309735532.75211793 > c, setting 1/gamma = 0\n",
-      "v = 343692441.44537836 > c, setting 1/gamma = 0\n",
-      "v = 310721453.53252244 > c, setting 1/gamma = 0\n",
-      "v = 324638414.75052196 > c, setting 1/gamma = 0\n",
-      "v = 306237218.1714263 > c, setting 1/gamma = 0\n",
-      "v = 343900956.5971137 > c, setting 1/gamma = 0\n",
-      "v = 332874718.33265877 > c, setting 1/gamma = 0\n",
-      "v = 344038967.4530509 > c, setting 1/gamma = 0\n",
-      "v = 308281190.684492 > c, setting 1/gamma = 0\n",
-      "v = 303485653.94564337 > c, setting 1/gamma = 0\n",
-      "v = 315710486.6001566 > c, setting 1/gamma = 0\n",
-      "v = 309954372.42315996 > c, setting 1/gamma = 0\n",
-      "v = 342696988.22537744 > c, setting 1/gamma = 0\n",
-      "v = 324701495.9419343 > c, setting 1/gamma = 0\n",
-      "v = 325999439.8340155 > c, setting 1/gamma = 0\n",
-      "v = 342442538.19944483 > c, setting 1/gamma = 0\n",
-      "v = 329448475.4113836 > c, setting 1/gamma = 0\n",
-      "v = 362911661.94765204 > c, setting 1/gamma = 0\n",
-      "v = 300216360.87374216 > c, setting 1/gamma = 0\n",
-      "v = 314770795.1375723 > c, setting 1/gamma = 0\n",
-      "v = 300768430.54708993 > c, setting 1/gamma = 0\n",
-      "v = 338062257.2393582 > c, setting 1/gamma = 0\n",
-      "v = 335764056.3819425 > c, setting 1/gamma = 0\n",
-      "v = 347186195.86628383 > c, setting 1/gamma = 0\n",
-      "v = 309938346.022924 > c, setting 1/gamma = 0\n",
-      "v = 322539035.3521921 > c, setting 1/gamma = 0\n",
-      "v = 313942035.8233647 > c, setting 1/gamma = 0\n",
-      "v = 304288849.5909434 > c, setting 1/gamma = 0\n",
-      "v = 342538385.96578336 > c, setting 1/gamma = 0\n",
-      "v = 352165124.56777036 > c, setting 1/gamma = 0\n",
-      "v = 361062210.5874487 > c, setting 1/gamma = 0\n",
-      "v = 311082169.9036801 > c, setting 1/gamma = 0\n",
-      "v = 311988916.7321668 > c, setting 1/gamma = 0\n",
-      "v = 325410577.8359822 > c, setting 1/gamma = 0\n",
-      "v = 305401178.2722799 > c, setting 1/gamma = 0\n",
-      "v = 317600537.18906575 > c, setting 1/gamma = 0\n",
-      "v = 303379990.1300559 > c, setting 1/gamma = 0\n",
-      "v = 338102370.759407 > c, setting 1/gamma = 0\n",
-      "v = 311225169.6560762 > c, setting 1/gamma = 0\n",
-      "v = 311063090.71610177 > c, setting 1/gamma = 0\n",
-      "v = 326782265.5700608 > c, setting 1/gamma = 0\n",
-      "v = 316242076.41921157 > c, setting 1/gamma = 0\n",
-      "v = 305227733.7387567 > c, setting 1/gamma = 0\n",
-      "v = 318338985.92073786 > c, setting 1/gamma = 0\n",
-      "v = 302463311.84555763 > c, setting 1/gamma = 0\n",
-      "v = 338653703.0870413 > c, setting 1/gamma = 0\n",
-      "v = 307707884.49668086 > c, setting 1/gamma = 0\n",
-      "v = 306248693.6164322 > c, setting 1/gamma = 0\n",
-      "v = 324810871.96383274 > c, setting 1/gamma = 0\n",
-      "v = 321533715.4080845 > c, setting 1/gamma = 0\n",
-      "v = 309310333.18829674 > c, setting 1/gamma = 0\n",
-      "v = 324784227.9611904 > c, setting 1/gamma = 0\n",
-      "v = 310828791.6216851 > c, setting 1/gamma = 0\n",
-      "v = 350455572.2870403 > c, setting 1/gamma = 0\n",
-      "v = 325755879.7390862 > c, setting 1/gamma = 0\n",
-      "v = 339707846.2971732 > c, setting 1/gamma = 0\n",
-      "v = 324452993.67330384 > c, setting 1/gamma = 0\n",
-      "v = 303103600.2403324 > c, setting 1/gamma = 0\n",
-      "v = 319922209.8843892 > c, setting 1/gamma = 0\n",
-      "v = 332217259.93295944 > c, setting 1/gamma = 0\n",
-      "v = 313486169.57039875 > c, setting 1/gamma = 0\n",
-      "v = 301921951.2940953 > c, setting 1/gamma = 0\n",
-      "v = 317427265.1011213 > c, setting 1/gamma = 0\n",
-      "v = 309121097.24960864 > c, setting 1/gamma = 0\n",
-      "v = 349763965.45326424 > c, setting 1/gamma = 0\n",
-      "v = 315032702.6319765 > c, setting 1/gamma = 0\n",
-      "v = 333814539.0931315 > c, setting 1/gamma = 0\n",
-      "v = 350965961.3620396 > c, setting 1/gamma = 0\n",
-      "v = 383978805.8179693 > c, setting 1/gamma = 0\n",
-      "v = 300526558.58455795 > c, setting 1/gamma = 0\n",
-      "v = 315928203.90329564 > c, setting 1/gamma = 0\n",
-      "v = 323982005.890022 > c, setting 1/gamma = 0\n",
-      "v = 312230396.54148084 > c, setting 1/gamma = 0\n",
-      "v = 330833279.9549288 > c, setting 1/gamma = 0\n",
-      "v = 351101808.7066406 > c, setting 1/gamma = 0\n",
-      "v = 382800107.1070946 > c, setting 1/gamma = 0\n",
-      "v = 302096701.3831874 > c, setting 1/gamma = 0\n",
-      "v = 315753736.6080171 > c, setting 1/gamma = 0\n",
-      "v = 300743042.3056628 > c, setting 1/gamma = 0\n",
-      "v = 338451147.77545935 > c, setting 1/gamma = 0\n",
-      "v = 332418193.44591725 > c, setting 1/gamma = 0\n",
-      "v = 345073718.98666435 > c, setting 1/gamma = 0\n",
-      "v = 312703409.8818305 > c, setting 1/gamma = 0\n",
-      "v = 325698808.9217283 > c, setting 1/gamma = 0\n",
-      "v = 303709643.28463024 > c, setting 1/gamma = 0\n",
-      "v = 318442567.0940505 > c, setting 1/gamma = 0\n",
-      "v = 354908002.4877828 > c, setting 1/gamma = 0\n",
-      "v = 325061375.3999209 > c, setting 1/gamma = 0\n",
-      "v = 338108311.1132548 > c, setting 1/gamma = 0\n",
-      "v = 306501398.4160229 > c, setting 1/gamma = 0\n",
-      "v = 315236554.90832007 > c, setting 1/gamma = 0\n",
-      "v = 326088890.0090809 > c, setting 1/gamma = 0\n",
-      "v = 300954330.29856974 > c, setting 1/gamma = 0\n",
-      "v = 334289211.6310144 > c, setting 1/gamma = 0\n",
-      "v = 320006092.806599 > c, setting 1/gamma = 0\n",
-      "v = 356602125.19003034 > c, setting 1/gamma = 0\n",
-      "v = 316725504.7085081 > c, setting 1/gamma = 0\n",
-      "v = 331098401.3292596 > c, setting 1/gamma = 0\n",
-      "v = 323298222.94548947 > c, setting 1/gamma = 0\n",
-      "v = 321088203.4182561 > c, setting 1/gamma = 0\n",
-      "v = 332034938.83646 > c, setting 1/gamma = 0\n",
-      "v = 311175942.03171724 > c, setting 1/gamma = 0\n",
-      "v = 319613380.4866994 > c, setting 1/gamma = 0\n",
-      "v = 356559895.48307365 > c, setting 1/gamma = 0\n",
-      "v = 303947242.5497838 > c, setting 1/gamma = 0\n",
-      "v = 320007855.6081007 > c, setting 1/gamma = 0\n",
-      "v = 304320317.3709865 > c, setting 1/gamma = 0\n",
-      "v = 342662920.85952556 > c, setting 1/gamma = 0\n",
-      "v = 324139932.5395519 > c, setting 1/gamma = 0\n",
-      "v = 334681471.8805729 > c, setting 1/gamma = 0\n",
-      "v = 302823767.4910007 > c, setting 1/gamma = 0\n",
-      "v = 338491734.05324143 > c, setting 1/gamma = 0\n",
-      "v = 326270181.66036654 > c, setting 1/gamma = 0\n",
-      "v = 364745265.36420226 > c, setting 1/gamma = 0\n",
-      "v = 317935706.5821079 > c, setting 1/gamma = 0\n",
-      "v = 335425306.3534274 > c, setting 1/gamma = 0\n",
-      "v = 321704626.58223265 > c, setting 1/gamma = 0\n",
-      "v = 311279504.1294355 > c, setting 1/gamma = 0\n",
-      "v = 362401159.56499314 > c, setting 1/gamma = 0\n",
-      "v = 394342910.34278923 > c, setting 1/gamma = 0\n",
-      "v = 304550822.1268118 > c, setting 1/gamma = 0\n",
-      "v = 322830179.6322346 > c, setting 1/gamma = 0\n",
-      "v = 319765242.5514833 > c, setting 1/gamma = 0\n",
-      "v = 310654362.06268847 > c, setting 1/gamma = 0\n",
-      "v = 314071680.25760704 > c, setting 1/gamma = 0\n",
-      "v = 337277204.7859314 > c, setting 1/gamma = 0\n",
-      "v = 375113524.24858946 > c, setting 1/gamma = 0\n",
-      "v = 300953084.6225869 > c, setting 1/gamma = 0\n",
-      "v = 320902232.8603438 > c, setting 1/gamma = 0\n",
-      "v = 375716761.7484928 > c, setting 1/gamma = 0\n",
-      "v = 408676953.2984233 > c, setting 1/gamma = 0\n",
-      "v = 342444484.46687645 > c, setting 1/gamma = 0\n",
-      "v = 357334136.565139 > c, setting 1/gamma = 0\n",
-      "v = 370600333.2856058 > c, setting 1/gamma = 0\n",
-      "v = 401463574.43892115 > c, setting 1/gamma = 0\n",
-      "v = 307454657.1698584 > c, setting 1/gamma = 0\n",
-      "v = 326778713.29882705 > c, setting 1/gamma = 0\n",
-      "v = 301490236.66015494 > c, setting 1/gamma = 0\n",
-      "v = 342835304.57455826 > c, setting 1/gamma = 0\n",
-      "v = 379995357.904737 > c, setting 1/gamma = 0\n",
-      "v = 301531654.53714126 > c, setting 1/gamma = 0\n",
-      "v = 321528610.07425296 > c, setting 1/gamma = 0\n",
-      "v = 316610585.9209062 > c, setting 1/gamma = 0\n",
-      "v = 341607296.7544891 > c, setting 1/gamma = 0\n",
-      "v = 376133186.01696795 > c, setting 1/gamma = 0\n",
-      "v = 301150488.43632126 > c, setting 1/gamma = 0\n",
-      "v = 313599665.38830644 > c, setting 1/gamma = 0\n",
-      "v = 300814881.5866585 > c, setting 1/gamma = 0\n",
-      "v = 336831473.79079133 > c, setting 1/gamma = 0\n",
-      "v = 321927547.0023777 > c, setting 1/gamma = 0\n",
-      "v = 302886679.0655383 > c, setting 1/gamma = 0\n",
-      "v = 352582168.3860119 > c, setting 1/gamma = 0\n",
-      "v = 390079270.50307065 > c, setting 1/gamma = 0\n",
-      "v = 300880226.6772365 > c, setting 1/gamma = 0\n",
-      "v = 321277594.3305534 > c, setting 1/gamma = 0\n",
-      "v = 317216589.61592215 > c, setting 1/gamma = 0\n",
-      "v = 333233179.2574424 > c, setting 1/gamma = 0\n",
-      "v = 367814857.33071595 > c, setting 1/gamma = 0\n",
-      "v = 315416089.1196833 > c, setting 1/gamma = 0\n",
-      "v = 357144571.39182556 > c, setting 1/gamma = 0\n",
-      "v = 302512168.9632732 > c, setting 1/gamma = 0\n",
-      "v = 326390791.12604487 > c, setting 1/gamma = 0\n",
-      "v = 366762879.97174436 > c, setting 1/gamma = 0\n",
-      "v = 308275075.535327 > c, setting 1/gamma = 0\n",
-      "v = 394078025.7180844 > c, setting 1/gamma = 0\n",
-      "v = 415223467.46805465 > c, setting 1/gamma = 0\n",
-      "v = 302865217.5438316 > c, setting 1/gamma = 0\n",
-      "v = 302018785.461467 > c, setting 1/gamma = 0\n",
-      "v = 320940571.28625363 > c, setting 1/gamma = 0\n",
-      "v = 310106767.27818 > c, setting 1/gamma = 0\n",
-      "v = 385205697.1642947 > c, setting 1/gamma = 0\n",
-      "v = 416808359.8861422 > c, setting 1/gamma = 0\n",
-      "v = 318847800.69581246 > c, setting 1/gamma = 0\n",
-      "v = 335031837.48679477 > c, setting 1/gamma = 0\n",
-      "v = 340588315.4967415 > c, setting 1/gamma = 0\n",
-      "v = 379332659.855022 > c, setting 1/gamma = 0\n",
-      "v = 303606462.4967125 > c, setting 1/gamma = 0\n",
-      "v = 330224422.963531 > c, setting 1/gamma = 0\n",
-      "v = 397770137.87817854 > c, setting 1/gamma = 0\n",
-      "v = 419680436.1655486 > c, setting 1/gamma = 0\n",
-      "v = 305587066.3816734 > c, setting 1/gamma = 0\n",
-      "v = 344560944.5959215 > c, setting 1/gamma = 0\n",
-      "v = 316756221.03261185 > c, setting 1/gamma = 0\n",
-      "v = 331498383.06408334 > c, setting 1/gamma = 0\n",
-      "v = 302809360.28684044 > c, setting 1/gamma = 0\n",
-      "v = 343751801.58839506 > c, setting 1/gamma = 0\n",
-      "v = 306993363.0612492 > c, setting 1/gamma = 0\n",
-      "v = 320488615.26793855 > c, setting 1/gamma = 0\n",
-      "v = 319469619.27848744 > c, setting 1/gamma = 0\n",
-      "v = 305365805.6728611 > c, setting 1/gamma = 0\n",
-      "v = 316178509.0452906 > c, setting 1/gamma = 0\n",
-      "v = 310800729.0590744 > c, setting 1/gamma = 0\n",
-      "v = 346566279.947027 > c, setting 1/gamma = 0\n",
-      "v = 300013332.81002283 > c, setting 1/gamma = 0\n",
-      "v = 342825532.8906604 > c, setting 1/gamma = 0\n",
-      "v = 326947601.53074527 > c, setting 1/gamma = 0\n",
-      "v = 363132501.7449055 > c, setting 1/gamma = 0\n",
-      "v = 334734663.04382634 > c, setting 1/gamma = 0\n",
-      "v = 303811495.06441295 > c, setting 1/gamma = 0\n",
-      "v = 306060686.4466311 > c, setting 1/gamma = 0\n",
-      "v = 347373602.7358231 > c, setting 1/gamma = 0\n",
-      "v = 333731027.11080825 > c, setting 1/gamma = 0\n",
-      "v = 323347977.6943658 > c, setting 1/gamma = 0\n",
-      "v = 307118809.9083797 > c, setting 1/gamma = 0\n",
-      "v = 346723397.5926706 > c, setting 1/gamma = 0\n",
-      "v = 311016358.90547264 > c, setting 1/gamma = 0\n",
-      "v = 313350583.0291613 > c, setting 1/gamma = 0\n",
-      "v = 319015428.9165399 > c, setting 1/gamma = 0\n",
-      "v = 338112555.7633403 > c, setting 1/gamma = 0\n",
-      "v = 380494307.15365547 > c, setting 1/gamma = 0\n",
-      "v = 317124384.6095474 > c, setting 1/gamma = 0\n",
-      "v = 360253996.615899 > c, setting 1/gamma = 0\n",
-      "v = 307534032.3753552 > c, setting 1/gamma = 0\n",
-      "v = 322587562.8745218 > c, setting 1/gamma = 0\n",
-      "v = 315047242.9126733 > c, setting 1/gamma = 0\n",
-      "v = 318814018.9183133 > c, setting 1/gamma = 0\n",
-      "v = 306353443.8161638 > c, setting 1/gamma = 0\n",
-      "v = 320821240.66312516 > c, setting 1/gamma = 0\n",
-      "v = 308507704.3732595 > c, setting 1/gamma = 0\n",
-      "v = 358938772.1569229 > c, setting 1/gamma = 0\n",
-      "v = 398140531.8917066 > c, setting 1/gamma = 0\n",
-      "v = 354293306.2960403 > c, setting 1/gamma = 0\n",
-      "v = 396886636.53327656 > c, setting 1/gamma = 0\n",
-      "v = 328392584.2604629 > c, setting 1/gamma = 0\n",
-      "v = 311579514.1267266 > c, setting 1/gamma = 0\n",
-      "v = 358553245.521033 > c, setting 1/gamma = 0\n",
-      "v = 326291271.57801986 > c, setting 1/gamma = 0\n",
-      "v = 370046905.21995795 > c, setting 1/gamma = 0\n",
-      "v = 380716032.86817145 > c, setting 1/gamma = 0\n",
-      "v = 419828320.2918072 > c, setting 1/gamma = 0\n",
-      "v = 300966324.18128985 > c, setting 1/gamma = 0\n",
-      "v = 312711119.9883779 > c, setting 1/gamma = 0\n",
-      "v = 332274319.73555017 > c, setting 1/gamma = 0\n",
-      "v = 326386855.58044076 > c, setting 1/gamma = 0\n",
-      "v = 344751283.38285035 > c, setting 1/gamma = 0\n",
-      "v = 390535780.2188299 > c, setting 1/gamma = 0\n",
-      "v = 304101659.57547647 > c, setting 1/gamma = 0\n",
-      "v = 325483842.6405743 > c, setting 1/gamma = 0\n",
-      "v = 304333326.7086218 > c, setting 1/gamma = 0\n",
-      "v = 320224488.87759686 > c, setting 1/gamma = 0\n",
-      "v = 361180157.04478943 > c, setting 1/gamma = 0\n",
-      "v = 368615818.46301585 > c, setting 1/gamma = 0\n",
-      "v = 405621658.307143 > c, setting 1/gamma = 0\n",
-      "v = 446732521.750421 > c, setting 1/gamma = 0\n",
-      "v = 469598253.5595658 > c, setting 1/gamma = 0\n",
-      "v = 304656171.8852637 > c, setting 1/gamma = 0\n",
-      "v = 328059557.4141256 > c, setting 1/gamma = 0\n",
-      "v = 321305552.1149031 > c, setting 1/gamma = 0\n",
-      "v = 414092970.71796614 > c, setting 1/gamma = 0\n",
-      "v = 442943130.8638473 > c, setting 1/gamma = 0\n",
-      "v = 305438519.7761975 > c, setting 1/gamma = 0\n",
-      "v = 308015698.9314259 > c, setting 1/gamma = 0\n",
-      "v = 357011382.7270576 > c, setting 1/gamma = 0\n",
-      "v = 325095424.85788584 > c, setting 1/gamma = 0\n",
-      "v = 367940121.41198546 > c, setting 1/gamma = 0\n",
-      "v = 326269039.00305104 > c, setting 1/gamma = 0\n",
-      "v = 374392773.6466251 > c, setting 1/gamma = 0\n",
-      "v = 331019814.6657169 > c, setting 1/gamma = 0\n",
-      "v = 372324431.61343694 > c, setting 1/gamma = 0\n",
-      "v = 302286734.68254805 > c, setting 1/gamma = 0\n",
-      "v = 313962550.68717355 > c, setting 1/gamma = 0\n",
-      "v = 388530148.16397595 > c, setting 1/gamma = 0\n",
-      "v = 425880395.549916 > c, setting 1/gamma = 0\n",
-      "v = 346333659.9003903 > c, setting 1/gamma = 0\n",
-      "v = 387058676.7654101 > c, setting 1/gamma = 0\n",
-      "v = 302654197.37130815 > c, setting 1/gamma = 0\n",
-      "v = 308201838.73162585 > c, setting 1/gamma = 0\n",
-      "v = 331110537.1523616 > c, setting 1/gamma = 0\n",
-      "v = 314703671.4247919 > c, setting 1/gamma = 0\n",
-      "v = 318117949.2680346 > c, setting 1/gamma = 0\n",
-      "v = 356010911.80516195 > c, setting 1/gamma = 0\n",
-      "v = 311360140.37584424 > c, setting 1/gamma = 0\n",
-      "v = 301051997.0394799 > c, setting 1/gamma = 0\n",
-      "v = 339236543.8203901 > c, setting 1/gamma = 0\n",
-      "v = 309126877.3669426 > c, setting 1/gamma = 0\n",
-      "v = 327797678.6653074 > c, setting 1/gamma = 0\n",
-      "v = 343133912.478996 > c, setting 1/gamma = 0\n",
-      "v = 325760911.6831794 > c, setting 1/gamma = 0\n",
-      "v = 353616608.65988415 > c, setting 1/gamma = 0\n",
-      "v = 392450729.64246434 > c, setting 1/gamma = 0\n",
-      "v = 318581839.04602337 > c, setting 1/gamma = 0\n",
-      "v = 309685198.91869545 > c, setting 1/gamma = 0\n",
-      "v = 305706552.00245035 > c, setting 1/gamma = 0\n",
-      "v = 351396069.36865693 > c, setting 1/gamma = 0\n",
-      "v = 390548625.55648845 > c, setting 1/gamma = 0\n",
-      "v = 320562259.22552747 > c, setting 1/gamma = 0\n",
-      "v = 326459846.6292372 > c, setting 1/gamma = 0\n",
-      "v = 340954237.535199 > c, setting 1/gamma = 0\n",
-      "v = 386550700.9124565 > c, setting 1/gamma = 0\n",
-      "v = 309575424.9308272 > c, setting 1/gamma = 0\n",
-      "v = 351232221.41019905 > c, setting 1/gamma = 0\n",
-      "v = 310968130.29623544 > c, setting 1/gamma = 0\n",
-      "v = 330632349.753098 > c, setting 1/gamma = 0\n",
-      "v = 300130965.78238964 > c, setting 1/gamma = 0\n",
-      "v = 345656166.83739513 > c, setting 1/gamma = 0\n",
-      "v = 327308270.3158788 > c, setting 1/gamma = 0\n",
-      "v = 364980912.2498478 > c, setting 1/gamma = 0\n",
-      "v = 370503654.8722709 > c, setting 1/gamma = 0\n",
-      "v = 407513573.87712175 > c, setting 1/gamma = 0\n",
-      "v = 460389931.8008406 > c, setting 1/gamma = 0\n",
-      "v = 478452143.5800573 > c, setting 1/gamma = 0\n",
-      "v = 300373197.7398841 > c, setting 1/gamma = 0\n",
-      "v = 327856739.5199962 > c, setting 1/gamma = 0\n",
-      "v = 487041382.39989775 > c, setting 1/gamma = 0\n",
-      "v = 498658110.48734677 > c, setting 1/gamma = 0\n",
-      "v = 325895561.7553707 > c, setting 1/gamma = 0\n",
-      "v = 327646802.2823906 > c, setting 1/gamma = 0\n",
-      "v = 347565032.0921461 > c, setting 1/gamma = 0\n",
-      "v = 324336575.94916564 > c, setting 1/gamma = 0\n",
-      "v = 313177262.06064296 > c, setting 1/gamma = 0\n",
-      "v = 348679949.0244482 > c, setting 1/gamma = 0\n",
-      "v = 323122274.4226784 > c, setting 1/gamma = 0\n",
-      "v = 371310260.91548043 > c, setting 1/gamma = 0\n",
-      "v = 314923157.029205 > c, setting 1/gamma = 0\n",
-      "v = 356123318.83372813 > c, setting 1/gamma = 0\n",
-      "v = 421064397.1087181 > c, setting 1/gamma = 0\n",
-      "v = 457336445.472207 > c, setting 1/gamma = 0\n",
-      "v = 310373771.8617991 > c, setting 1/gamma = 0\n",
-      "v = 358295034.92237467 > c, setting 1/gamma = 0\n",
-      "v = 409222500.6024671 > c, setting 1/gamma = 0\n",
-      "v = 453929361.28844637 > c, setting 1/gamma = 0\n",
-      "v = 429991808.0698968 > c, setting 1/gamma = 0\n",
-      "v = 467853942.8583 > c, setting 1/gamma = 0\n",
-      "v = 303346218.725912 > c, setting 1/gamma = 0\n",
-      "v = 334348011.5043721 > c, setting 1/gamma = 0\n",
-      "v = 386225049.2488638 > c, setting 1/gamma = 0\n",
-      "v = 433388021.4386212 > c, setting 1/gamma = 0\n",
-      "v = 329812720.5398343 > c, setting 1/gamma = 0\n",
-      "v = 353974288.44258535 > c, setting 1/gamma = 0\n",
-      "v = 313280286.9485668 > c, setting 1/gamma = 0\n",
-      "v = 443721083.8031709 > c, setting 1/gamma = 0\n",
-      "v = 476552588.689198 > c, setting 1/gamma = 0\n",
-      "v = 377426719.40959996 > c, setting 1/gamma = 0\n",
-      "v = 424841213.86485994 > c, setting 1/gamma = 0\n",
-      "v = 308971000.4503624 > c, setting 1/gamma = 0\n",
-      "v = 323243996.3970233 > c, setting 1/gamma = 0\n",
-      "v = 381049609.0280081 > c, setting 1/gamma = 0\n",
-      "v = 484853729.5569036 > c, setting 1/gamma = 0\n",
-      "v = 504982964.96533585 > c, setting 1/gamma = 0\n",
-      "v = 308658501.8580611 > c, setting 1/gamma = 0\n",
-      "v = 302498111.3035469 > c, setting 1/gamma = 0\n",
-      "v = 315083801.6518987 > c, setting 1/gamma = 0\n",
-      "v = 361227965.69777477 > c, setting 1/gamma = 0\n",
-      "v = 300007156.43263596 > c, setting 1/gamma = 0\n",
-      "v = 315736824.51508105 > c, setting 1/gamma = 0\n",
-      "v = 370097448.87731695 > c, setting 1/gamma = 0\n",
-      "v = 401297392.9034412 > c, setting 1/gamma = 0\n",
-      "v = 441134700.04432863 > c, setting 1/gamma = 0\n",
-      "v = 344497632.52937245 > c, setting 1/gamma = 0\n",
-      "v = 400534160.1319666 > c, setting 1/gamma = 0\n",
-      "v = 332414010.77075773 > c, setting 1/gamma = 0\n",
-      "v = 318851485.8623329 > c, setting 1/gamma = 0\n",
-      "v = 360037569.408046 > c, setting 1/gamma = 0\n",
-      "v = 387631515.34335226 > c, setting 1/gamma = 0\n",
-      "v = 439070744.3777692 > c, setting 1/gamma = 0\n",
-      "v = 422720086.27886176 > c, setting 1/gamma = 0\n",
-      "v = 462439284.457854 > c, setting 1/gamma = 0\n",
-      "v = 307099739.050511 > c, setting 1/gamma = 0\n",
-      "v = 328363919.3883511 > c, setting 1/gamma = 0\n",
-      "v = 373228181.6003087 > c, setting 1/gamma = 0\n",
-      "v = 317362438.8178045 > c, setting 1/gamma = 0\n",
-      "v = 368831293.4508197 > c, setting 1/gamma = 0\n",
-      "v = 307576352.4276642 > c, setting 1/gamma = 0\n",
-      "v = 366026389.2499576 > c, setting 1/gamma = 0\n",
-      "v = 411661685.94664896 > c, setting 1/gamma = 0\n",
-      "v = 455117222.47249836 > c, setting 1/gamma = 0\n",
-      "v = 322363697.3573132 > c, setting 1/gamma = 0\n",
-      "v = 331686502.0169811 > c, setting 1/gamma = 0\n",
-      "v = 381525684.67943096 > c, setting 1/gamma = 0\n",
-      "v = 312310668.86513555 > c, setting 1/gamma = 0\n",
-      "v = 361404961.9637726 > c, setting 1/gamma = 0\n",
-      "v = 330265382.08029324 > c, setting 1/gamma = 0\n",
-      "v = 435798268.4952452 > c, setting 1/gamma = 0\n",
-      "v = 478229457.3329457 > c, setting 1/gamma = 0\n",
-      "v = 370323430.2136759 > c, setting 1/gamma = 0\n",
-      "v = 421112580.56081015 > c, setting 1/gamma = 0\n",
-      "v = 318248642.7557071 > c, setting 1/gamma = 0\n",
-      "v = 367765593.43432343 > c, setting 1/gamma = 0\n",
-      "v = 317929497.5151493 > c, setting 1/gamma = 0\n",
-      "v = 376134176.48661494 > c, setting 1/gamma = 0\n",
-      "v = 426704085.92185473 > c, setting 1/gamma = 0\n",
-      "v = 307080083.0656 > c, setting 1/gamma = 0\n",
-      "v = 550169034.0507562 > c, setting 1/gamma = 0\n",
-      "v = 550435916.1698941 > c, setting 1/gamma = 0\n",
-      "v = 505719790.24428517 > c, setting 1/gamma = 0\n",
-      "v = 531137966.5987288 > c, setting 1/gamma = 0\n",
-      "v = 595919406.1370448 > c, setting 1/gamma = 0\n",
-      "v = 566309310.1125066 > c, setting 1/gamma = 0\n",
-      "v = 314061707.35072494 > c, setting 1/gamma = 0\n",
-      "v = 426008624.6468463 > c, setting 1/gamma = 0\n",
-      "v = 465209551.2164256 > c, setting 1/gamma = 0\n",
-      "v = 311633695.1274305 > c, setting 1/gamma = 0\n",
-      "v = 364195711.2030382 > c, setting 1/gamma = 0\n",
-      "v = 336826927.2387557 > c, setting 1/gamma = 0\n",
-      "v = 390566353.8183894 > c, setting 1/gamma = 0\n",
-      "v = 397406692.34126985 > c, setting 1/gamma = 0\n",
-      "v = 455313713.67081314 > c, setting 1/gamma = 0\n",
-      "v = 560010394.4491495 > c, setting 1/gamma = 0\n",
-      "v = 568318958.486374 > c, setting 1/gamma = 0\n",
-      "v = 399709654.7482313 > c, setting 1/gamma = 0\n",
-      "v = 455986751.0387144 > c, setting 1/gamma = 0\n",
-      "v = 349761738.31428283 > c, setting 1/gamma = 0\n",
-      "v = 408409132.68655455 > c, setting 1/gamma = 0\n",
-      "v = 362016935.7218451 > c, setting 1/gamma = 0\n",
-      "v = 422903631.0340358 > c, setting 1/gamma = 0\n",
-      "v = 466306788.2629734 > c, setting 1/gamma = 0\n",
-      "v = 508543379.2102738 > c, setting 1/gamma = 0\n",
-      "v = 412793990.74905014 > c, setting 1/gamma = 0\n",
-      "v = 465420503.17356175 > c, setting 1/gamma = 0\n",
-      "v = 332915437.34265083 > c, setting 1/gamma = 0\n",
-      "v = 388162947.00648934 > c, setting 1/gamma = 0\n",
-      "v = 352567744.6778392 > c, setting 1/gamma = 0\n",
-      "v = 413151629.1875371 > c, setting 1/gamma = 0\n",
-      "v = 391485790.8747175 > c, setting 1/gamma = 0\n",
-      "v = 448196482.88275105 > c, setting 1/gamma = 0\n",
-      "v = 381388502.7425789 > c, setting 1/gamma = 0\n",
-      "v = 433229087.74139684 > c, setting 1/gamma = 0\n",
-      "v = 368189075.11243784 > c, setting 1/gamma = 0\n",
-      "v = 425490004.4304599 > c, setting 1/gamma = 0\n",
-      "v = 505045984.5002902 > c, setting 1/gamma = 0\n",
-      "v = 512508230.63729274 > c, setting 1/gamma = 0\n",
-      "v = 649270657.8231874 > c, setting 1/gamma = 0\n",
-      "v = 553938475.9606825 > c, setting 1/gamma = 0\n",
-      "v = 515607997.8053214 > c, setting 1/gamma = 0\n",
-      "v = 523705360.7971195 > c, setting 1/gamma = 0\n",
-      "v = 338245159.4916011 > c, setting 1/gamma = 0\n",
-      "v = 339598599.4712981 > c, setting 1/gamma = 0\n",
-      "v = 356477953.80600905 > c, setting 1/gamma = 0\n",
-      "v = 406753124.1491251 > c, setting 1/gamma = 0\n",
-      "v = 310323894.1833017 > c, setting 1/gamma = 0\n",
-      "v = 375761874.0937847 > c, setting 1/gamma = 0\n",
-      "v = 426001050.98724806 > c, setting 1/gamma = 0\n",
-      "v = 316464016.68706053 > c, setting 1/gamma = 0\n",
-      "v = 362940051.6462495 > c, setting 1/gamma = 0\n",
-      "v = 471852434.2782887 > c, setting 1/gamma = 0\n",
-      "v = 508400768.9046463 > c, setting 1/gamma = 0\n",
-      "v = 625088588.8731607 > c, setting 1/gamma = 0\n",
-      "v = 565653714.8898984 > c, setting 1/gamma = 0\n",
-      "v = 414425636.73452437 > c, setting 1/gamma = 0\n",
-      "v = 464209721.6353702 > c, setting 1/gamma = 0\n",
-      "v = 372400926.94349456 > c, setting 1/gamma = 0\n",
-      "v = 429848331.19530314 > c, setting 1/gamma = 0\n",
-      "v = 370144995.17816246 > c, setting 1/gamma = 0\n",
-      "v = 421525285.3988457 > c, setting 1/gamma = 0\n",
-      "v = 319687103.05022025 > c, setting 1/gamma = 0\n",
-      "v = 375034517.38578033 > c, setting 1/gamma = 0\n",
-      "v = 306708871.2965421 > c, setting 1/gamma = 0\n",
-      "v = 319598781.01700443 > c, setting 1/gamma = 0\n",
-      "v = 307700796.30950385 > c, setting 1/gamma = 0\n",
-      "v = 369524244.65605474 > c, setting 1/gamma = 0\n",
-      "v = 420704990.402006 > c, setting 1/gamma = 0\n",
-      "v = 372027105.7404263 > c, setting 1/gamma = 0\n",
-      "v = 417990521.1115237 > c, setting 1/gamma = 0\n",
-      "v = 482246346.182079 > c, setting 1/gamma = 0\n",
-      "v = 506136344.61990213 > c, setting 1/gamma = 0\n",
-      "v = 326201025.10223746 > c, setting 1/gamma = 0\n",
-      "v = 403404709.203971 > c, setting 1/gamma = 0\n",
-      "v = 449084079.2472094 > c, setting 1/gamma = 0\n",
-      "v = 303836626.6973289 > c, setting 1/gamma = 0\n",
-      "v = 412601320.330805 > c, setting 1/gamma = 0\n",
-      "v = 462795945.0869869 > c, setting 1/gamma = 0\n",
-      "v = 328278812.000479 > c, setting 1/gamma = 0\n",
-      "v = 385743303.9203414 > c, setting 1/gamma = 0\n",
-      "v = 344890522.0975846 > c, setting 1/gamma = 0\n",
-      "v = 524865905.451687 > c, setting 1/gamma = 0\n",
-      "v = 530003173.8267377 > c, setting 1/gamma = 0\n",
-      "v = 320100066.0618837 > c, setting 1/gamma = 0\n",
-      "v = 377516705.7278443 > c, setting 1/gamma = 0\n",
-      "v = 343224374.75008756 > c, setting 1/gamma = 0\n",
-      "v = 338354563.40119505 > c, setting 1/gamma = 0\n",
-      "v = 390953158.2245039 > c, setting 1/gamma = 0\n",
-      "v = 350396054.21665245 > c, setting 1/gamma = 0\n",
-      "v = 411222595.0440746 > c, setting 1/gamma = 0\n",
-      "v = 368908761.827804 > c, setting 1/gamma = 0\n",
-      "v = 421490801.48425645 > c, setting 1/gamma = 0\n",
-      "v = 306567038.10138845 > c, setting 1/gamma = 0\n",
-      "v = 512477613.9883242 > c, setting 1/gamma = 0\n",
-      "v = 519543224.5009466 > c, setting 1/gamma = 0\n",
-      "v = 345729519.5954128 > c, setting 1/gamma = 0\n",
-      "v = 405882555.6561656 > c, setting 1/gamma = 0\n",
-      "v = 656427905.0086607 > c, setting 1/gamma = 0\n",
-      "v = 540387373.9356211 > c, setting 1/gamma = 0\n",
-      "v = 344798446.86066186 > c, setting 1/gamma = 0\n",
-      "v = 303229303.2824109 > c, setting 1/gamma = 0\n",
-      "v = 309527554.86270684 > c, setting 1/gamma = 0\n",
-      "v = 323389386.0652142 > c, setting 1/gamma = 0\n",
-      "v = 498144547.01093376 > c, setting 1/gamma = 0\n",
-      "v = 517499185.61242896 > c, setting 1/gamma = 0\n",
-      "v = 477823328.73852676 > c, setting 1/gamma = 0\n",
-      "v = 507311305.1743342 > c, setting 1/gamma = 0\n",
-      "v = 498803026.19109774 > c, setting 1/gamma = 0\n",
-      "v = 517725063.50142723 > c, setting 1/gamma = 0\n",
-      "v = 531099766.81836504 > c, setting 1/gamma = 0\n",
-      "v = 540767403.1048777 > c, setting 1/gamma = 0\n",
-      "v = 669986837.608272 > c, setting 1/gamma = 0\n",
-      "v = 559269803.3540525 > c, setting 1/gamma = 0\n",
-      "v = 393316816.88857734 > c, setting 1/gamma = 0\n",
-      "v = 443172579.01636934 > c, setting 1/gamma = 0\n",
-      "v = 308536408.73185456 > c, setting 1/gamma = 0\n",
-      "v = 511943304.5679049 > c, setting 1/gamma = 0\n",
-      "v = 531042796.036037 > c, setting 1/gamma = 0\n",
-      "v = 328938709.1526804 > c, setting 1/gamma = 0\n",
-      "v = 388769647.9847342 > c, setting 1/gamma = 0\n",
-      "v = 324387262.45356023 > c, setting 1/gamma = 0\n",
-      "v = 382710193.1945268 > c, setting 1/gamma = 0\n",
-      "v = 333622873.8907872 > c, setting 1/gamma = 0\n",
-      "v = 385347396.8933057 > c, setting 1/gamma = 0\n",
-      "v = 348084491.5394459 > c, setting 1/gamma = 0\n",
-      "v = 404213668.3800356 > c, setting 1/gamma = 0\n",
-      "v = 335797388.1920032 > c, setting 1/gamma = 0\n",
-      "v = 394183089.68198735 > c, setting 1/gamma = 0\n",
-      "v = 329107136.5219011 > c, setting 1/gamma = 0\n",
-      "v = 377534169.9207891 > c, setting 1/gamma = 0\n",
-      "v = 330291235.1251654 > c, setting 1/gamma = 0\n",
-      "v = 304312080.6532996 > c, setting 1/gamma = 0\n",
-      "v = 347032195.7480965 > c, setting 1/gamma = 0\n",
-      "v = 393443683.67489195 > c, setting 1/gamma = 0\n",
-      "v = 329472307.9015909 > c, setting 1/gamma = 0\n",
-      "v = 381410712.0463871 > c, setting 1/gamma = 0\n",
-      "v = 409940657.7048214 > c, setting 1/gamma = 0\n",
-      "v = 444641647.34872603 > c, setting 1/gamma = 0\n",
-      "v = 331257248.5382802 > c, setting 1/gamma = 0\n",
-      "v = 324030645.87801474 > c, setting 1/gamma = 0\n",
-      "v = 559126188.5562084 > c, setting 1/gamma = 0\n",
-      "v = 555665831.4513983 > c, setting 1/gamma = 0\n",
-      "v = 312040893.0821382 > c, setting 1/gamma = 0\n",
-      "v = 360300219.6421865 > c, setting 1/gamma = 0\n",
-      "v = 458526104.7739289 > c, setting 1/gamma = 0\n",
-      "v = 502079835.77108705 > c, setting 1/gamma = 0\n",
-      "v = 605273475.2344835 > c, setting 1/gamma = 0\n",
-      "v = 568451473.4228419 > c, setting 1/gamma = 0\n",
-      "v = 357414046.4189812 > c, setting 1/gamma = 0\n",
-      "v = 413931414.9275949 > c, setting 1/gamma = 0\n",
-      "v = 513057807.86664844 > c, setting 1/gamma = 0\n",
-      "v = 532466945.17990255 > c, setting 1/gamma = 0\n",
-      "v = 533826693.7444022 > c, setting 1/gamma = 0\n",
-      "v = 543883554.9995581 > c, setting 1/gamma = 0\n",
-      "v = 641636716.3637913 > c, setting 1/gamma = 0\n",
-      "v = 567178768.2160516 > c, setting 1/gamma = 0\n",
-      "v = 439925811.84927005 > c, setting 1/gamma = 0\n",
-      "v = 485171507.38067484 > c, setting 1/gamma = 0\n",
-      "v = 336214624.2176662 > c, setting 1/gamma = 0\n",
-      "v = 394373441.2625972 > c, setting 1/gamma = 0\n",
-      "v = 326972865.30201703 > c, setting 1/gamma = 0\n",
-      "v = 310280344.80298537 > c, setting 1/gamma = 0\n",
-      "v = 603508916.0851102 > c, setting 1/gamma = 0\n",
-      "v = 579704122.5989723 > c, setting 1/gamma = 0\n",
-      "v = 415924751.45869595 > c, setting 1/gamma = 0\n",
-      "v = 465934590.1943893 > c, setting 1/gamma = 0\n",
-      "v = 346246579.65566903 > c, setting 1/gamma = 0\n",
-      "v = 398752675.06523615 > c, setting 1/gamma = 0\n",
-      "v = 328721173.6735934 > c, setting 1/gamma = 0\n",
-      "v = 391024718.63212574 > c, setting 1/gamma = 0\n",
-      "v = 333381746.6002349 > c, setting 1/gamma = 0\n",
-      "v = 388594228.47830665 > c, setting 1/gamma = 0\n",
-      "v = 310053263.4738608 > c, setting 1/gamma = 0\n",
-      "v = 316519263.2151313 > c, setting 1/gamma = 0\n",
-      "v = 365874806.7773711 > c, setting 1/gamma = 0\n",
-      "v = 623372446.8852319 > c, setting 1/gamma = 0\n",
-      "v = 564635352.4930485 > c, setting 1/gamma = 0\n",
-      "v = 570133752.0876621 > c, setting 1/gamma = 0\n",
-      "v = 566134248.4917045 > c, setting 1/gamma = 0\n",
-      "v = 418088560.3459166 > c, setting 1/gamma = 0\n",
-      "v = 463901235.6256245 > c, setting 1/gamma = 0\n",
-      "v = 414938793.7304884 > c, setting 1/gamma = 0\n",
-      "v = 460092070.6690388 > c, setting 1/gamma = 0\n",
-      "v = 300583272.7973859 > c, setting 1/gamma = 0\n",
-      "v = 547875209.7920641 > c, setting 1/gamma = 0\n",
-      "v = 538614127.1203814 > c, setting 1/gamma = 0\n",
-      "v = 306103236.0201541 > c, setting 1/gamma = 0\n",
-      "v = 356302142.0269011 > c, setting 1/gamma = 0\n",
-      "v = 355229973.60732466 > c, setting 1/gamma = 0\n",
-      "v = 406493157.8457041 > c, setting 1/gamma = 0\n",
-      "v = 353903086.6985607 > c, setting 1/gamma = 0\n",
-      "v = 410540225.4418924 > c, setting 1/gamma = 0\n",
-      "v = 467848794.1375823 > c, setting 1/gamma = 0\n",
-      "v = 490180889.9685573 > c, setting 1/gamma = 0\n",
-      "v = 337648220.24963754 > c, setting 1/gamma = 0\n",
-      "v = 397566056.9387263 > c, setting 1/gamma = 0\n",
-      "v = 507425125.87501764 > c, setting 1/gamma = 0\n",
-      "v = 521101400.55029774 > c, setting 1/gamma = 0\n",
-      "v = 507906227.4315625 > c, setting 1/gamma = 0\n",
-      "v = 527250337.4673553 > c, setting 1/gamma = 0\n",
-      "v = 513910627.455152 > c, setting 1/gamma = 0\n",
-      "v = 529884750.66413283 > c, setting 1/gamma = 0\n",
-      "v = 371500727.3017695 > c, setting 1/gamma = 0\n",
-      "v = 423349961.2918674 > c, setting 1/gamma = 0\n",
-      "v = 334243847.082957 > c, setting 1/gamma = 0\n",
-      "v = 306639352.6386527 > c, setting 1/gamma = 0\n",
-      "v = 318224437.1500441 > c, setting 1/gamma = 0\n",
-      "v = 364419462.5550522 > c, setting 1/gamma = 0\n",
-      "v = 370220884.76638645 > c, setting 1/gamma = 0\n",
-      "v = 418462482.77943736 > c, setting 1/gamma = 0\n",
-      "v = 306519710.3392502 > c, setting 1/gamma = 0\n",
-      "v = 347516317.25303173 > c, setting 1/gamma = 0\n",
-      "v = 395535061.23882794 > c, setting 1/gamma = 0\n",
-      "v = 330985331.8511153 > c, setting 1/gamma = 0\n",
-      "v = 376127334.6905228 > c, setting 1/gamma = 0\n",
-      "v = 320762989.69762534 > c, setting 1/gamma = 0\n",
-      "v = 339243283.17025757 > c, setting 1/gamma = 0\n",
-      "v = 385915944.30011076 > c, setting 1/gamma = 0\n",
-      "v = 317445584.5429537 > c, setting 1/gamma = 0\n",
-      "v = 373648320.2655271 > c, setting 1/gamma = 0\n",
-      "v = 331397334.7930685 > c, setting 1/gamma = 0\n",
-      "v = 384558737.8219723 > c, setting 1/gamma = 0\n",
-      "v = 400052398.756757 > c, setting 1/gamma = 0\n",
-      "v = 439040651.390291 > c, setting 1/gamma = 0\n",
-      "v = 305716237.80986804 > c, setting 1/gamma = 0\n",
-      "v = 352154847.0765002 > c, setting 1/gamma = 0\n",
-      "v = 308188923.24316627 > c, setting 1/gamma = 0\n",
-      "v = 452899271.6920095 > c, setting 1/gamma = 0\n",
-      "v = 488398256.65297127 > c, setting 1/gamma = 0\n",
-      "v = 347261382.20712376 > c, setting 1/gamma = 0\n",
-      "v = 330048711.7953295 > c, setting 1/gamma = 0\n",
-      "v = 388498647.02536476 > c, setting 1/gamma = 0\n",
-      "v = 301986708.08621 > c, setting 1/gamma = 0\n",
-      "v = 347573210.4446977 > c, setting 1/gamma = 0\n",
-      "v = 318706308.8722058 > c, setting 1/gamma = 0\n",
-      "v = 318021549.4896042 > c, setting 1/gamma = 0\n",
-      "v = 329354020.3530533 > c, setting 1/gamma = 0\n",
-      "v = 357466802.3967429 > c, setting 1/gamma = 0\n",
-      "v = 404655675.90809727 > c, setting 1/gamma = 0\n",
-      "v = 302100518.4714337 > c, setting 1/gamma = 0\n",
-      "v = 347245676.41488403 > c, setting 1/gamma = 0\n",
-      "v = 307933848.6497121 > c, setting 1/gamma = 0\n",
-      "v = 435397031.52958107 > c, setting 1/gamma = 0\n",
-      "v = 464667132.7196022 > c, setting 1/gamma = 0\n",
-      "v = 310142241.00721794 > c, setting 1/gamma = 0\n",
-      "v = 442370790.4901224 > c, setting 1/gamma = 0\n",
-      "v = 477691588.3669952 > c, setting 1/gamma = 0\n",
-      "v = 373420693.57631487 > c, setting 1/gamma = 0\n",
-      "v = 424881328.8845218 > c, setting 1/gamma = 0\n",
-      "v = 310932488.36892885 > c, setting 1/gamma = 0\n",
-      "v = 359184052.9745377 > c, setting 1/gamma = 0\n",
-      "v = 313255453.8784784 > c, setting 1/gamma = 0\n",
-      "v = 356023692.16231763 > c, setting 1/gamma = 0\n",
-      "v = 322593841.48862374 > c, setting 1/gamma = 0\n",
-      "v = 301257563.1931233 > c, setting 1/gamma = 0\n",
-      "v = 396486316.1507291 > c, setting 1/gamma = 0\n",
-      "v = 440361489.29775965 > c, setting 1/gamma = 0\n",
-      "v = 317840194.28086823 > c, setting 1/gamma = 0\n",
-      "v = 360694046.7796408 > c, setting 1/gamma = 0\n",
-      "v = 304301021.5904059 > c, setting 1/gamma = 0\n",
-      "v = 352228982.5133075 > c, setting 1/gamma = 0\n",
-      "v = 331782100.56360364 > c, setting 1/gamma = 0\n",
-      "v = 385701647.0509452 > c, setting 1/gamma = 0\n",
-      "v = 301545721.5622702 > c, setting 1/gamma = 0\n",
-      "v = 458669761.6361972 > c, setting 1/gamma = 0\n",
-      "v = 490280924.5006487 > c, setting 1/gamma = 0\n",
-      "v = 334182933.68835557 > c, setting 1/gamma = 0\n",
-      "v = 385231720.83664 > c, setting 1/gamma = 0\n",
-      "v = 328021667.51874346 > c, setting 1/gamma = 0\n",
-      "v = 369082782.1882549 > c, setting 1/gamma = 0\n",
-      "v = 323277046.7342093 > c, setting 1/gamma = 0\n",
-      "v = 369762751.6969516 > c, setting 1/gamma = 0\n",
-      "v = 334555892.35720354 > c, setting 1/gamma = 0\n",
-      "v = 376901458.50256735 > c, setting 1/gamma = 0\n",
-      "v = 430365865.47378427 > c, setting 1/gamma = 0\n",
-      "v = 460430555.4742847 > c, setting 1/gamma = 0\n",
-      "v = 303452423.9740326 > c, setting 1/gamma = 0\n",
-      "v = 310746033.7554743 > c, setting 1/gamma = 0\n",
-      "v = 374417375.7113331 > c, setting 1/gamma = 0\n",
-      "v = 416361210.93028307 > c, setting 1/gamma = 0\n",
-      "v = 304724580.45121694 > c, setting 1/gamma = 0\n",
-      "v = 459408409.66591525 > c, setting 1/gamma = 0\n",
-      "v = 484774230.1603963 > c, setting 1/gamma = 0\n",
-      "v = 381273783.12591594 > c, setting 1/gamma = 0\n",
-      "v = 428482803.5212723 > c, setting 1/gamma = 0\n",
-      "v = 308200508.03646827 > c, setting 1/gamma = 0\n",
-      "v = 329296637.1809843 > c, setting 1/gamma = 0\n",
-      "v = 315544224.97292256 > c, setting 1/gamma = 0\n",
-      "v = 367181782.4194771 > c, setting 1/gamma = 0\n",
-      "v = 389879706.2577808 > c, setting 1/gamma = 0\n",
-      "v = 428427194.38698834 > c, setting 1/gamma = 0\n",
-      "v = 367968849.9008229 > c, setting 1/gamma = 0\n",
-      "v = 424474941.33065856 > c, setting 1/gamma = 0\n",
-      "v = 368571663.6570251 > c, setting 1/gamma = 0\n",
-      "v = 418471228.53575 > c, setting 1/gamma = 0\n",
-      "v = 380021781.60627997 > c, setting 1/gamma = 0\n",
-      "v = 422342955.9093348 > c, setting 1/gamma = 0\n",
-      "v = 406031952.80059904 > c, setting 1/gamma = 0\n",
-      "v = 454056551.5235923 > c, setting 1/gamma = 0\n",
-      "v = 328832699.0609707 > c, setting 1/gamma = 0\n",
-      "v = 378409972.4880411 > c, setting 1/gamma = 0\n",
-      "v = 313393394.18522453 > c, setting 1/gamma = 0\n",
-      "v = 371052854.48005766 > c, setting 1/gamma = 0\n",
-      "v = 313847842.8965589 > c, setting 1/gamma = 0\n",
-      "v = 522308829.4422316 > c, setting 1/gamma = 0\n",
-      "v = 526090425.43252724 > c, setting 1/gamma = 0\n",
-      "v = 338689310.052728 > c, setting 1/gamma = 0\n",
-      "v = 392626792.7249077 > c, setting 1/gamma = 0\n",
-      "v = 313277221.82624316 > c, setting 1/gamma = 0\n",
-      "v = 326119466.91357815 > c, setting 1/gamma = 0\n",
-      "v = 300974904.92647934 > c, setting 1/gamma = 0\n",
-      "v = 330227293.6885923 > c, setting 1/gamma = 0\n",
-      "v = 469060047.22254175 > c, setting 1/gamma = 0\n",
-      "v = 498567792.29189086 > c, setting 1/gamma = 0\n",
-      "v = 340098227.7546774 > c, setting 1/gamma = 0\n",
-      "v = 315800414.9426996 > c, setting 1/gamma = 0\n",
-      "v = 362681201.14669997 > c, setting 1/gamma = 0\n",
-      "v = 322841855.75445104 > c, setting 1/gamma = 0\n",
-      "v = 369126171.06412405 > c, setting 1/gamma = 0\n",
-      "v = 327572119.9960794 > c, setting 1/gamma = 0\n",
-      "v = 370597081.95465654 > c, setting 1/gamma = 0\n",
-      "v = 319444804.6101629 > c, setting 1/gamma = 0\n",
-      "v = 303836476.20520544 > c, setting 1/gamma = 0\n",
-      "v = 354426176.6286825 > c, setting 1/gamma = 0\n",
-      "v = 313913180.687299 > c, setting 1/gamma = 0\n",
-      "v = 356556533.403908 > c, setting 1/gamma = 0\n",
-      "v = 315858547.84030044 > c, setting 1/gamma = 0\n",
-      "v = 376830330.27848333 > c, setting 1/gamma = 0\n",
-      "v = 429505726.9517031 > c, setting 1/gamma = 0\n",
-      "v = 330465808.3135096 > c, setting 1/gamma = 0\n",
-      "v = 315885976.6420962 > c, setting 1/gamma = 0\n",
-      "v = 509820452.5306622 > c, setting 1/gamma = 0\n",
-      "v = 523868607.8799969 > c, setting 1/gamma = 0\n",
-      "v = 456394950.64529514 > c, setting 1/gamma = 0\n",
-      "v = 491483533.95805717 > c, setting 1/gamma = 0\n",
-      "v = 336536602.14487493 > c, setting 1/gamma = 0\n",
-      "v = 389022408.2405208 > c, setting 1/gamma = 0\n",
-      "v = 379693753.0884198 > c, setting 1/gamma = 0\n",
-      "v = 431336432.42971617 > c, setting 1/gamma = 0\n",
-      "v = 300943257.90375125 > c, setting 1/gamma = 0\n",
-      "v = 345373876.70498073 > c, setting 1/gamma = 0\n",
-      "v = 361347635.9713718 > c, setting 1/gamma = 0\n",
-      "v = 405971198.1879545 > c, setting 1/gamma = 0\n",
-      "v = 391347971.88539845 > c, setting 1/gamma = 0\n",
-      "v = 441056021.33031195 > c, setting 1/gamma = 0\n",
-      "v = 325211188.2961937 > c, setting 1/gamma = 0\n",
-      "v = 378878868.0400643 > c, setting 1/gamma = 0\n",
-      "v = 325416398.1184325 > c, setting 1/gamma = 0\n",
-      "v = 370540867.804439 > c, setting 1/gamma = 0\n",
-      "v = 301361346.5861258 > c, setting 1/gamma = 0\n",
-      "v = 352393012.5924655 > c, setting 1/gamma = 0\n",
-      "v = 313654621.2543428 > c, setting 1/gamma = 0\n",
-      "v = 357319807.40432435 > c, setting 1/gamma = 0\n",
-      "v = 468836532.5075454 > c, setting 1/gamma = 0\n",
-      "v = 498632181.8007695 > c, setting 1/gamma = 0\n",
-      "v = 419176323.12503916 > c, setting 1/gamma = 0\n",
-      "v = 460582588.0843805 > c, setting 1/gamma = 0\n",
-      "v = 504198725.3814116 > c, setting 1/gamma = 0\n",
-      "v = 522094621.2424285 > c, setting 1/gamma = 0\n",
-      "v = 423944922.1388486 > c, setting 1/gamma = 0\n",
-      "v = 467481407.1593227 > c, setting 1/gamma = 0\n",
-      "v = 301202327.6474523 > c, setting 1/gamma = 0\n",
-      "v = 312452199.7832565 > c, setting 1/gamma = 0\n",
-      "v = 329056539.2105301 > c, setting 1/gamma = 0\n",
-      "v = 377851888.86948675 > c, setting 1/gamma = 0\n",
-      "v = 315373073.50849265 > c, setting 1/gamma = 0\n",
-      "v = 369641190.3748379 > c, setting 1/gamma = 0\n",
-      "v = 305793810.49221075 > c, setting 1/gamma = 0\n",
-      "v = 311942184.74153775 > c, setting 1/gamma = 0\n",
-      "v = 306894018.4659701 > c, setting 1/gamma = 0\n",
-      "v = 317743742.8462349 > c, setting 1/gamma = 0\n",
-      "v = 373314555.89444464 > c, setting 1/gamma = 0\n",
-      "v = 319376223.00804925 > c, setting 1/gamma = 0\n",
-      "v = 366114221.6632586 > c, setting 1/gamma = 0\n",
-      "v = 329802329.6419241 > c, setting 1/gamma = 0\n",
-      "v = 380545402.79760736 > c, setting 1/gamma = 0\n",
-      "v = 428970082.2904951 > c, setting 1/gamma = 0\n",
-      "v = 314800294.0099474 > c, setting 1/gamma = 0\n",
-      "v = 358945831.15833455 > c, setting 1/gamma = 0\n",
-      "v = 347995304.4165724 > c, setting 1/gamma = 0\n",
-      "v = 405596461.081574 > c, setting 1/gamma = 0\n",
-      "v = 460941401.9314053 > c, setting 1/gamma = 0\n",
-      "v = 490259030.37765425 > c, setting 1/gamma = 0\n",
-      "v = 304597466.52068824 > c, setting 1/gamma = 0\n",
-      "v = 317882422.6216882 > c, setting 1/gamma = 0\n",
-      "v = 412054405.8134959 > c, setting 1/gamma = 0\n",
-      "v = 455857023.8105965 > c, setting 1/gamma = 0\n",
-      "v = 440278014.538625 > c, setting 1/gamma = 0\n",
-      "v = 469262309.8494479 > c, setting 1/gamma = 0\n",
-      "v = 343980364.86828876 > c, setting 1/gamma = 0\n",
-      "v = 395888426.15265656 > c, setting 1/gamma = 0\n",
-      "v = 417712513.5323812 > c, setting 1/gamma = 0\n",
-      "v = 450811289.4040899 > c, setting 1/gamma = 0\n",
-      "v = 364099121.4477915 > c, setting 1/gamma = 0\n",
-      "v = 413399490.34528214 > c, setting 1/gamma = 0\n",
-      "v = 303334130.959072 > c, setting 1/gamma = 0\n",
-      "v = 321698475.1540342 > c, setting 1/gamma = 0\n",
-      "v = 365472110.13013893 > c, setting 1/gamma = 0\n",
-      "v = 412648739.41151834 > c, setting 1/gamma = 0\n",
-      "v = 306306913.225234 > c, setting 1/gamma = 0\n",
-      "v = 357190174.508977 > c, setting 1/gamma = 0\n",
-      "v = 434841221.18624705 > c, setting 1/gamma = 0\n",
-      "v = 474910914.30595374 > c, setting 1/gamma = 0\n",
-      "v = 312467982.19604975 > c, setting 1/gamma = 0\n",
-      "v = 360357738.56419724 > c, setting 1/gamma = 0\n",
-      "v = 420494618.7223068 > c, setting 1/gamma = 0\n",
-      "v = 459415871.8247473 > c, setting 1/gamma = 0\n",
-      "v = 312837611.98789084 > c, setting 1/gamma = 0\n",
-      "v = 328098387.2083716 > c, setting 1/gamma = 0\n",
-      "v = 374240485.95307857 > c, setting 1/gamma = 0\n",
-      "v = 342776695.03942955 > c, setting 1/gamma = 0\n",
-      "v = 399585511.8209685 > c, setting 1/gamma = 0\n",
-      "v = 473916994.6666933 > c, setting 1/gamma = 0\n",
-      "v = 497134125.2824733 > c, setting 1/gamma = 0\n",
-      "v = 363747324.0305614 > c, setting 1/gamma = 0\n",
-      "v = 422041747.66110593 > c, setting 1/gamma = 0\n",
-      "v = 470774865.965573 > c, setting 1/gamma = 0\n",
-      "v = 497893278.8138721 > c, setting 1/gamma = 0\n",
-      "v = 322994805.0692313 > c, setting 1/gamma = 0\n",
-      "v = 300141369.12739176 > c, setting 1/gamma = 0\n",
-      "v = 343776228.2698328 > c, setting 1/gamma = 0\n",
-      "v = 310533892.85736763 > c, setting 1/gamma = 0\n",
-      "v = 355691461.2757442 > c, setting 1/gamma = 0\n",
-      "v = 411375203.5997653 > c, setting 1/gamma = 0\n",
-      "v = 307354880.7299067 > c, setting 1/gamma = 0\n",
-      "v = 588649618.3500234 > c, setting 1/gamma = 0\n",
-      "v = 556793384.9124715 > c, setting 1/gamma = 0\n",
-      "v = 304766754.8443201 > c, setting 1/gamma = 0\n",
-      "v = 302315682.21893024 > c, setting 1/gamma = 0\n",
-      "v = 352987156.499018 > c, setting 1/gamma = 0\n",
-      "v = 408403301.8305623 > c, setting 1/gamma = 0\n",
-      "v = 303492012.5324128 > c, setting 1/gamma = 0\n",
-      "v = 341082329.8219885 > c, setting 1/gamma = 0\n",
-      "v = 391623062.17898166 > c, setting 1/gamma = 0\n",
-      "v = 366159758.38350725 > c, setting 1/gamma = 0\n",
-      "v = 419567845.7685663 > c, setting 1/gamma = 0\n",
-      "v = 359661232.07728404 > c, setting 1/gamma = 0\n",
-      "v = 410460396.44550145 > c, setting 1/gamma = 0\n",
-      "v = 341445573.50590813 > c, setting 1/gamma = 0\n",
-      "v = 598906105.0906372 > c, setting 1/gamma = 0\n",
-      "v = 572285068.8222498 > c, setting 1/gamma = 0\n",
-      "v = 332378769.74545956 > c, setting 1/gamma = 0\n",
-      "v = 394927938.9944259 > c, setting 1/gamma = 0\n",
-      "v = 320309613.30519086 > c, setting 1/gamma = 0\n",
-      "v = 373903760.3351187 > c, setting 1/gamma = 0\n",
-      "v = 643245083.6678023 > c, setting 1/gamma = 0\n",
-      "v = 567936947.932162 > c, setting 1/gamma = 0\n",
-      "v = 434751277.4449999 > c, setting 1/gamma = 0\n",
-      "v = 479296406.298155 > c, setting 1/gamma = 0\n",
-      "v = 301485402.4721267 > c, setting 1/gamma = 0\n",
-      "v = 355738322.3876469 > c, setting 1/gamma = 0\n",
-      "v = 494265276.32846916 > c, setting 1/gamma = 0\n",
-      "v = 522106480.004242 > c, setting 1/gamma = 0\n",
-      "v = 317428379.4875499 > c, setting 1/gamma = 0\n",
-      "v = 376085729.96260655 > c, setting 1/gamma = 0\n",
-      "v = 316154017.0970792 > c, setting 1/gamma = 0\n",
-      "v = 303122749.3002534 > c, setting 1/gamma = 0\n",
-      "v = 365118758.3430683 > c, setting 1/gamma = 0\n",
-      "v = 320747155.2146982 > c, setting 1/gamma = 0\n",
-      "v = 375399318.7907055 > c, setting 1/gamma = 0\n",
-      "v = 337835939.20200974 > c, setting 1/gamma = 0\n",
-      "v = 812179469.3645308 > c, setting 1/gamma = 0\n",
-      "v = 715115060.5863707 > c, setting 1/gamma = 0\n",
-      "v = 301709764.5995751 > c, setting 1/gamma = 0\n",
-      "v = 354758739.7151352 > c, setting 1/gamma = 0\n",
-      "v = 316535843.0697588 > c, setting 1/gamma = 0\n",
-      "v = 307382048.68208534 > c, setting 1/gamma = 0\n",
-      "v = 424181656.3410314 > c, setting 1/gamma = 0\n",
-      "v = 458206617.4060104 > c, setting 1/gamma = 0\n",
-      "v = 320167938.15670866 > c, setting 1/gamma = 0\n",
-      "v = 791922247.8927795 > c, setting 1/gamma = 0\n",
-      "v = 704332540.3407835 > c, setting 1/gamma = 0\n",
-      "v = 339140719.2264764 > c, setting 1/gamma = 0\n",
-      "v = 320242533.8641404 > c, setting 1/gamma = 0\n",
-      "v = 407647890.01912767 > c, setting 1/gamma = 0\n",
-      "v = 1105495134.4418857 > c, setting 1/gamma = 0\n",
-      "v = 948771882.2065063 > c, setting 1/gamma = 0\n",
-      "v = 351814028.038785 > c, setting 1/gamma = 0\n",
-      "v = 407651754.854534 > c, setting 1/gamma = 0\n",
-      "v = 326424013.72741693 > c, setting 1/gamma = 0\n",
-      "v = 371287120.59671956 > c, setting 1/gamma = 0\n",
-      "v = 361759304.46026033 > c, setting 1/gamma = 0\n",
-      "v = 323242535.0453196 > c, setting 1/gamma = 0\n",
-      "v = 369178947.54110104 > c, setting 1/gamma = 0\n",
-      "v = 311743774.41097057 > c, setting 1/gamma = 0\n",
-      "v = 463836173.13218933 > c, setting 1/gamma = 0\n",
-      "v = 514245484.0719752 > c, setting 1/gamma = 0\n",
-      "v = 300571507.8750247 > c, setting 1/gamma = 0\n",
-      "v = 322728634.259199 > c, setting 1/gamma = 0\n",
-      "v = 327179763.1227679 > c, setting 1/gamma = 0\n",
-      "v = 469049550.661179 > c, setting 1/gamma = 0\n",
-      "v = 514002815.11921215 > c, setting 1/gamma = 0\n",
-      "v = 329761695.6181705 > c, setting 1/gamma = 0\n",
-      "v = 398002282.1798636 > c, setting 1/gamma = 0\n",
-      "v = 317614360.519965 > c, setting 1/gamma = 0\n",
-      "v = 305140305.4706836 > c, setting 1/gamma = 0\n",
-      "v = 368369925.57670003 > c, setting 1/gamma = 0\n",
-      "v = 301243061.3324323 > c, setting 1/gamma = 0\n",
-      "v = 305364839.5821749 > c, setting 1/gamma = 0\n",
-      "v = 330738787.20708036 > c, setting 1/gamma = 0\n",
-      "v = 395294294.44982475 > c, setting 1/gamma = 0\n",
-      "v = 608882372.7868775 > c, setting 1/gamma = 0\n",
-      "v = 594230276.1707565 > c, setting 1/gamma = 0\n",
-      "v = 454523165.4197972 > c, setting 1/gamma = 0\n",
-      "v = 511302337.71562946 > c, setting 1/gamma = 0\n",
-      "v = 507230537.37305605 > c, setting 1/gamma = 0\n",
-      "v = 572176427.8190775 > c, setting 1/gamma = 0\n",
-      "v = 481438947.7432159 > c, setting 1/gamma = 0\n",
-      "v = 507870289.62378395 > c, setting 1/gamma = 0\n",
-      "v = 329757869.0809388 > c, setting 1/gamma = 0\n",
-      "v = 324859692.5180324 > c, setting 1/gamma = 0\n",
-      "v = 369707699.41443115 > c, setting 1/gamma = 0\n",
-      "v = 902554652.2134898 > c, setting 1/gamma = 0\n",
-      "v = 765370884.2391895 > c, setting 1/gamma = 0\n",
-      "v = 572727323.9387345 > c, setting 1/gamma = 0\n",
-      "v = 496577120.7491942 > c, setting 1/gamma = 0\n",
-      "v = 310437525.35374737 > c, setting 1/gamma = 0\n",
-      "v = 375283889.900839 > c, setting 1/gamma = 0\n",
-      "v = 399648702.36025006 > c, setting 1/gamma = 0\n",
-      "v = 434976930.6382436 > c, setting 1/gamma = 0\n",
-      "v = 614762893.8254421 > c, setting 1/gamma = 0\n",
-      "v = 527557433.98015153 > c, setting 1/gamma = 0\n",
-      "v = 311079962.334785 > c, setting 1/gamma = 0\n",
-      "v = 336259998.65989035 > c, setting 1/gamma = 0\n",
-      "v = 306059820.1149801 > c, setting 1/gamma = 0\n",
-      "v = 337565893.8524919 > c, setting 1/gamma = 0\n",
-      "v = 379964367.4451132 > c, setting 1/gamma = 0\n",
-      "v = 441958399.43651694 > c, setting 1/gamma = 0\n",
-      "v = 325849241.90924776 > c, setting 1/gamma = 0\n",
-      "v = 381652634.2629659 > c, setting 1/gamma = 0\n",
-      "v = 341117422.4342585 > c, setting 1/gamma = 0\n",
-      "v = 367850204.8496352 > c, setting 1/gamma = 0\n",
-      "v = 513117707.0687952 > c, setting 1/gamma = 0\n",
-      "v = 559568977.006959 > c, setting 1/gamma = 0\n",
-      "v = 374424974.0034971 > c, setting 1/gamma = 0\n",
-      "v = 418591491.64776665 > c, setting 1/gamma = 0\n",
-      "v = 318745392.1497641 > c, setting 1/gamma = 0\n",
-      "v = 347169338.76037043 > c, setting 1/gamma = 0\n",
-      "v = 313450768.67175895 > c, setting 1/gamma = 0\n",
-      "v = 347976932.4177308 > c, setting 1/gamma = 0\n",
-      "v = 330630752.0916179 > c, setting 1/gamma = 0\n",
-      "v = 333253489.2925145 > c, setting 1/gamma = 0\n",
-      "v = 364000105.4735647 > c, setting 1/gamma = 0\n",
-      "v = 358596966.54362714 > c, setting 1/gamma = 0\n",
-      "v = 407722400.0702594 > c, setting 1/gamma = 0\n",
-      "v = 327430125.7563682 > c, setting 1/gamma = 0\n",
-      "v = 365886672.70667166 > c, setting 1/gamma = 0\n",
-      "v = 303293076.8655085 > c, setting 1/gamma = 0\n",
-      "v = 332393704.9717115 > c, setting 1/gamma = 0\n",
-      "v = 380195191.239681 > c, setting 1/gamma = 0\n",
-      "v = 322277851.28190386 > c, setting 1/gamma = 0\n",
-      "v = 374907744.809041 > c, setting 1/gamma = 0\n",
-      "v = 596285118.6214787 > c, setting 1/gamma = 0\n",
-      "v = 522640967.97458965 > c, setting 1/gamma = 0\n",
-      "v = 316498835.7585563 > c, setting 1/gamma = 0\n",
-      "v = 356478636.30559194 > c, setting 1/gamma = 0\n",
-      "v = 346337071.5563654 > c, setting 1/gamma = 0\n",
-      "v = 396071958.40623385 > c, setting 1/gamma = 0\n",
-      "v = 353906889.83798707 > c, setting 1/gamma = 0\n",
-      "v = 418579834.1524329 > c, setting 1/gamma = 0\n",
-      "v = 348995630.78462195 > c, setting 1/gamma = 0\n",
-      "v = 391059727.5252244 > c, setting 1/gamma = 0\n",
-      "v = 376226058.04197854 > c, setting 1/gamma = 0\n",
-      "v = 436495245.8298352 > c, setting 1/gamma = 0\n",
-      "v = 461538116.475063 > c, setting 1/gamma = 0\n",
-      "v = 488544646.6649256 > c, setting 1/gamma = 0\n",
-      "v = 448547836.1941955 > c, setting 1/gamma = 0\n",
-      "v = 470184059.55802363 > c, setting 1/gamma = 0\n",
-      "v = 403614997.1521626 > c, setting 1/gamma = 0\n",
-      "v = 453618548.88145673 > c, setting 1/gamma = 0\n",
-      "v = 301260331.92751724 > c, setting 1/gamma = 0\n",
-      "v = 322947129.0230474 > c, setting 1/gamma = 0\n",
-      "v = 353318439.44536376 > c, setting 1/gamma = 0\n",
-      "v = 346829270.8555614 > c, setting 1/gamma = 0\n",
-      "v = 359383464.90525734 > c, setting 1/gamma = 0\n",
-      "v = 379948883.32469404 > c, setting 1/gamma = 0\n",
-      "v = 312154736.65499705 > c, setting 1/gamma = 0\n",
-      "v = 360970147.9845274 > c, setting 1/gamma = 0\n",
-      "v = 369516894.1270388 > c, setting 1/gamma = 0\n",
-      "v = 410764896.39197606 > c, setting 1/gamma = 0\n",
-      "v = 402167641.7699785 > c, setting 1/gamma = 0\n",
-      "v = 455247157.745348 > c, setting 1/gamma = 0\n",
-      "v = 385410142.3508881 > c, setting 1/gamma = 0\n",
-      "v = 427944647.969264 > c, setting 1/gamma = 0\n",
-      "v = 352195169.00383216 > c, setting 1/gamma = 0\n",
-      "v = 374675711.59625196 > c, setting 1/gamma = 0\n",
-      "v = 331287850.373223 > c, setting 1/gamma = 0\n",
-      "v = 370200747.65094525 > c, setting 1/gamma = 0\n",
-      "v = 419718303.38115704 > c, setting 1/gamma = 0\n",
-      "v = 460782858.1611519 > c, setting 1/gamma = 0\n",
-      "v = 314743914.48281336 > c, setting 1/gamma = 0\n",
-      "v = 338885851.6238194 > c, setting 1/gamma = 0\n",
-      "v = 487338339.41860825 > c, setting 1/gamma = 0\n",
-      "v = 479439934.16533256 > c, setting 1/gamma = 0\n",
-      "v = 306264354.7047421 > c, setting 1/gamma = 0\n",
-      "v = 357901424.9572945 > c, setting 1/gamma = 0\n",
-      "v = 368074771.4336261 > c, setting 1/gamma = 0\n",
-      "v = 387058109.0720199 > c, setting 1/gamma = 0\n",
-      "v = 343543695.7049247 > c, setting 1/gamma = 0\n",
-      "v = 391600658.13044995 > c, setting 1/gamma = 0\n",
-      "v = 423349082.42350835 > c, setting 1/gamma = 0\n",
-      "v = 452589990.36571455 > c, setting 1/gamma = 0\n",
-      "v = 404300193.4038091 > c, setting 1/gamma = 0\n",
-      "v = 443606789.2668882 > c, setting 1/gamma = 0\n",
-      "v = 335354748.18397343 > c, setting 1/gamma = 0\n",
-      "v = 388335605.85266495 > c, setting 1/gamma = 0\n",
-      "v = 324963510.439929 > c, setting 1/gamma = 0\n",
-      "v = 346647611.1358029 > c, setting 1/gamma = 0\n",
-      "v = 312637048.30082804 > c, setting 1/gamma = 0\n",
-      "v = 355192233.3259302 > c, setting 1/gamma = 0\n",
-      "v = 768871159.8968434 > c, setting 1/gamma = 0\n",
-      "v = 635641301.9137923 > c, setting 1/gamma = 0\n",
-      "v = 317619853.134705 > c, setting 1/gamma = 0\n",
-      "v = 344972837.2118084 > c, setting 1/gamma = 0\n",
-      "v = 413690133.28504455 > c, setting 1/gamma = 0\n",
-      "v = 446719845.2019753 > c, setting 1/gamma = 0\n",
-      "v = 351683338.8730396 > c, setting 1/gamma = 0\n",
-      "v = 375219609.1606868 > c, setting 1/gamma = 0\n",
-      "v = 340446192.04025537 > c, setting 1/gamma = 0\n",
-      "v = 386356474.5456211 > c, setting 1/gamma = 0\n",
-      "v = 438801461.84445107 > c, setting 1/gamma = 0\n",
-      "v = 466349353.75126576 > c, setting 1/gamma = 0\n",
-      "v = 315421287.14647275 > c, setting 1/gamma = 0\n",
-      "v = 345370497.21162754 > c, setting 1/gamma = 0\n",
-      "v = 372189525.5484106 > c, setting 1/gamma = 0\n",
-      "v = 416636331.45161736 > c, setting 1/gamma = 0\n",
-      "v = 450773515.32230103 > c, setting 1/gamma = 0\n",
-      "v = 477321964.25912267 > c, setting 1/gamma = 0\n",
-      "v = 365032820.25864327 > c, setting 1/gamma = 0\n",
-      "v = 393822890.540824 > c, setting 1/gamma = 0\n",
-      "v = 371933700.82798976 > c, setting 1/gamma = 0\n",
-      "v = 411235269.1754057 > c, setting 1/gamma = 0\n",
-      "v = 311804656.4769781 > c, setting 1/gamma = 0\n",
-      "v = 340734159.4232172 > c, setting 1/gamma = 0\n",
-      "v = 561002590.4035369 > c, setting 1/gamma = 0\n",
-      "v = 494885040.28476477 > c, setting 1/gamma = 0\n",
-      "v = 327206188.5174143 > c, setting 1/gamma = 0\n",
-      "v = 349176371.04636675 > c, setting 1/gamma = 0\n",
-      "v = 351936865.43966264 > c, setting 1/gamma = 0\n",
-      "v = 399432799.6289548 > c, setting 1/gamma = 0\n",
-      "v = 358080616.6055725 > c, setting 1/gamma = 0\n",
-      "v = 380317875.60146296 > c, setting 1/gamma = 0\n",
-      "v = 306984643.83173877 > c, setting 1/gamma = 0\n",
-      "v = 342294672.2892763 > c, setting 1/gamma = 0\n",
-      "v = 358350311.5417649 > c, setting 1/gamma = 0\n",
-      "v = 408843810.1777947 > c, setting 1/gamma = 0\n",
-      "v = 346647084.6635751 > c, setting 1/gamma = 0\n",
-      "v = 363979540.44002134 > c, setting 1/gamma = 0\n",
-      "v = 333914089.4541562 > c, setting 1/gamma = 0\n",
-      "v = 451435827.5324228 > c, setting 1/gamma = 0\n",
-      "v = 466159010.9672087 > c, setting 1/gamma = 0\n",
-      "v = 344615500.56337327 > c, setting 1/gamma = 0\n",
-      "v = 363850529.9836544 > c, setting 1/gamma = 0\n",
-      "v = 301027715.9588047 > c, setting 1/gamma = 0\n",
-      "v = 326097362.9335385 > c, setting 1/gamma = 0\n",
-      "v = 375169541.45550317 > c, setting 1/gamma = 0\n",
-      "v = 329022637.8877283 > c, setting 1/gamma = 0\n",
-      "v = 356256333.9312539 > c, setting 1/gamma = 0\n",
-      "v = 379829924.5805486 > c, setting 1/gamma = 0\n",
-      "v = 424242998.46784556 > c, setting 1/gamma = 0\n",
-      "v = 550356485.1084406 > c, setting 1/gamma = 0\n",
-      "v = 487543347.9766551 > c, setting 1/gamma = 0\n",
-      "v = 303560417.2347789 > c, setting 1/gamma = 0\n",
-      "v = 325014953.53415674 > c, setting 1/gamma = 0\n",
-      "v = 308939731.1833655 > c, setting 1/gamma = 0\n",
-      "v = 506456701.46105397 > c, setting 1/gamma = 0\n",
-      "v = 489946847.92751366 > c, setting 1/gamma = 0\n",
-      "v = 315004796.9870301 > c, setting 1/gamma = 0\n",
-      "v = 333922115.41369355 > c, setting 1/gamma = 0\n",
-      "v = 338473623.9377019 > c, setting 1/gamma = 0\n",
-      "v = 384495148.12432325 > c, setting 1/gamma = 0\n",
-      "v = 312380632.8935548 > c, setting 1/gamma = 0\n",
-      "v = 339234934.1540153 > c, setting 1/gamma = 0\n",
-      "v = 420069739.4734974 > c, setting 1/gamma = 0\n",
-      "v = 452110454.11380756 > c, setting 1/gamma = 0\n",
-      "v = 342040693.85761595 > c, setting 1/gamma = 0\n",
-      "v = 380406720.93639904 > c, setting 1/gamma = 0\n",
-      "v = 356925849.637166 > c, setting 1/gamma = 0\n",
-      "v = 374530002.0045252 > c, setting 1/gamma = 0\n",
-      "v = 322549249.1886165 > c, setting 1/gamma = 0\n",
-      "v = 377220766.1030902 > c, setting 1/gamma = 0\n",
-      "v = 313304015.3945361 > c, setting 1/gamma = 0\n",
-      "v = 634830901.7368215 > c, setting 1/gamma = 0\n",
-      "v = 519541429.2890388 > c, setting 1/gamma = 0\n",
-      "v = 300787237.4360828 > c, setting 1/gamma = 0\n",
-      "v = 323364476.66891116 > c, setting 1/gamma = 0\n",
-      "v = 334781464.00076944 > c, setting 1/gamma = 0\n",
-      "v = 697660700.9316111 > c, setting 1/gamma = 0\n",
-      "v = 575081192.2498021 > c, setting 1/gamma = 0\n",
-      "v = 301652424.782287 > c, setting 1/gamma = 0\n",
-      "v = 325242527.72197145 > c, setting 1/gamma = 0\n",
-      "v = 327401535.6030844 > c, setting 1/gamma = 0\n",
-      "v = 313530920.0515784 > c, setting 1/gamma = 0\n",
-      "v = 903610021.2391694 > c, setting 1/gamma = 0\n",
-      "v = 786037104.72342 > c, setting 1/gamma = 0\n",
-      "v = 472528474.40577555 > c, setting 1/gamma = 0\n",
-      "v = 538185604.1311221 > c, setting 1/gamma = 0\n",
-      "v = 335821907.11198014 > c, setting 1/gamma = 0\n",
-      "v = 408547222.40932757 > c, setting 1/gamma = 0\n",
-      "v = 365093442.1700891 > c, setting 1/gamma = 0\n",
-      "v = 430012785.75634456 > c, setting 1/gamma = 0\n",
-      "v = 349464132.67354757 > c, setting 1/gamma = 0\n",
-      "v = 313953588.33197516 > c, setting 1/gamma = 0\n",
-      "v = 310761043.2872525 > c, setting 1/gamma = 0\n",
-      "v = 559810284.6836877 > c, setting 1/gamma = 0\n",
-      "v = 561550857.5355852 > c, setting 1/gamma = 0\n",
-      "v = 326677194.6780277 > c, setting 1/gamma = 0\n",
-      "v = 305602303.2931394 > c, setting 1/gamma = 0\n",
-      "v = 336426803.8696157 > c, setting 1/gamma = 0\n",
-      "v = 385001013.8588464 > c, setting 1/gamma = 0\n",
-      "v = 428523106.8233299 > c, setting 1/gamma = 0\n",
-      "v = 314979662.7988332 > c, setting 1/gamma = 0\n",
-      "v = 382614982.0716607 > c, setting 1/gamma = 0\n",
-      "v = 322094123.5662826 > c, setting 1/gamma = 0\n",
-      "v = 366965727.8458657 > c, setting 1/gamma = 0\n",
-      "v = 356714202.1047353 > c, setting 1/gamma = 0\n",
-      "v = 385252966.6775828 > c, setting 1/gamma = 0\n",
-      "v = 402084115.6915216 > c, setting 1/gamma = 0\n",
-      "v = 452854888.27430934 > c, setting 1/gamma = 0\n",
-      "v = 311980404.76750505 > c, setting 1/gamma = 0\n",
-      "v = 340930458.8163995 > c, setting 1/gamma = 0\n",
-      "v = 333534762.9664204 > c, setting 1/gamma = 0\n",
-      "v = 376259008.71742827 > c, setting 1/gamma = 0\n",
-      "v = 336650520.40827125 > c, setting 1/gamma = 0\n",
-      "v = 388861964.4286445 > c, setting 1/gamma = 0\n",
-      "v = 359395401.7471422 > c, setting 1/gamma = 0\n",
-      "v = 405458816.71971 > c, setting 1/gamma = 0\n",
-      "v = 343545045.0593906 > c, setting 1/gamma = 0\n",
-      "v = 388017996.30249715 > c, setting 1/gamma = 0\n",
-      "v = 479331660.9544071 > c, setting 1/gamma = 0\n",
-      "v = 533819147.19338423 > c, setting 1/gamma = 0\n",
-      "v = 406476984.5066133 > c, setting 1/gamma = 0\n",
-      "v = 437346689.61419284 > c, setting 1/gamma = 0\n",
-      "v = 315334582.1708539 > c, setting 1/gamma = 0\n",
-      "v = 339383466.607377 > c, setting 1/gamma = 0\n",
-      "v = 300827456.4061217 > c, setting 1/gamma = 0\n",
-      "v = 602175701.0980017 > c, setting 1/gamma = 0\n",
-      "v = 494426553.0698197 > c, setting 1/gamma = 0\n",
-      "v = 305710165.6506539 > c, setting 1/gamma = 0\n",
-      "v = 338637614.0265628 > c, setting 1/gamma = 0\n",
-      "v = 333498585.47926784 > c, setting 1/gamma = 0\n",
-      "v = 308680405.93532467 > c, setting 1/gamma = 0\n",
-      "v = 509115269.00050056 > c, setting 1/gamma = 0\n",
-      "v = 545231304.0720291 > c, setting 1/gamma = 0\n",
-      "v = 311174135.16259885 > c, setting 1/gamma = 0\n",
-      "v = 364971467.1185546 > c, setting 1/gamma = 0\n",
-      "v = 378389282.4413695 > c, setting 1/gamma = 0\n",
-      "v = 397328690.02106047 > c, setting 1/gamma = 0\n",
-      "v = 552719712.4837998 > c, setting 1/gamma = 0\n",
-      "v = 529005843.59535694 > c, setting 1/gamma = 0\n",
-      "v = 309226284.10699904 > c, setting 1/gamma = 0\n",
-      "v = 372790159.2412838 > c, setting 1/gamma = 0\n",
-      "v = 304793456.9633594 > c, setting 1/gamma = 0\n",
-      "v = 328408600.08842236 > c, setting 1/gamma = 0\n",
-      "v = 387576990.06223595 > c, setting 1/gamma = 0\n",
-      "v = 418420434.0668061 > c, setting 1/gamma = 0\n",
-      "v = 359446373.201562 > c, setting 1/gamma = 0\n",
-      "v = 411700712.09857196 > c, setting 1/gamma = 0\n",
-      "v = 313840242.2751577 > c, setting 1/gamma = 0\n",
-      "v = 338139958.30910414 > c, setting 1/gamma = 0\n",
-      "v = 433214130.45669717 > c, setting 1/gamma = 0\n",
-      "v = 466930004.83217937 > c, setting 1/gamma = 0\n",
-      "v = 308729428.3991906 > c, setting 1/gamma = 0\n",
-      "v = 335859981.1249006 > c, setting 1/gamma = 0\n",
-      "v = 621543369.6829567 > c, setting 1/gamma = 0\n",
-      "v = 645451133.1145544 > c, setting 1/gamma = 0\n",
-      "v = 404814015.1044612 > c, setting 1/gamma = 0\n",
-      "v = 450653718.1637202 > c, setting 1/gamma = 0\n",
-      "v = 318642605.0016664 > c, setting 1/gamma = 0\n",
-      "v = 652282222.5041269 > c, setting 1/gamma = 0\n",
-      "v = 652819488.6286558 > c, setting 1/gamma = 0\n",
-      "v = 326597086.60150206 > c, setting 1/gamma = 0\n",
-      "v = 355474093.63751453 > c, setting 1/gamma = 0\n",
-      "v = 302447064.52805126 > c, setting 1/gamma = 0\n",
-      "v = 300721607.56011546 > c, setting 1/gamma = 0\n",
-      "v = 354168098.0772795 > c, setting 1/gamma = 0\n",
-      "v = 405263283.3239924 > c, setting 1/gamma = 0\n",
-      "v = 382117505.95140743 > c, setting 1/gamma = 0\n",
-      "v = 447016362.6019208 > c, setting 1/gamma = 0\n",
-      "v = 320963382.3969689 > c, setting 1/gamma = 0\n",
-      "v = 303292205.600483 > c, setting 1/gamma = 0\n",
-      "v = 410174773.6892799 > c, setting 1/gamma = 0\n",
-      "v = 458434481.53778183 > c, setting 1/gamma = 0\n",
-      "v = 337932525.7026308 > c, setting 1/gamma = 0\n",
-      "v = 303035329.7312345 > c, setting 1/gamma = 0\n",
-      "v = 334601794.4471253 > c, setting 1/gamma = 0\n",
-      "v = 343605359.2717736 > c, setting 1/gamma = 0\n",
-      "v = 385871403.18954074 > c, setting 1/gamma = 0\n",
-      "v = 388673477.4695453 > c, setting 1/gamma = 0\n",
-      "v = 454090974.8549299 > c, setting 1/gamma = 0\n",
-      "v = 328825438.23655105 > c, setting 1/gamma = 0\n",
-      "v = 350438730.759109 > c, setting 1/gamma = 0\n",
-      "v = 324633203.52706134 > c, setting 1/gamma = 0\n",
-      "v = 355565228.56343734 > c, setting 1/gamma = 0\n",
-      "v = 347157774.65688276 > c, setting 1/gamma = 0\n",
-      "v = 401734444.61721545 > c, setting 1/gamma = 0\n",
-      "v = 316457097.3301312 > c, setting 1/gamma = 0\n",
-      "v = 346520757.12063223 > c, setting 1/gamma = 0\n",
-      "v = 475629627.5708276 > c, setting 1/gamma = 0\n",
-      "v = 521274697.9152782 > c, setting 1/gamma = 0\n",
-      "v = 419986065.9693112 > c, setting 1/gamma = 0\n",
-      "v = 454648843.2742587 > c, setting 1/gamma = 0\n",
-      "v = 507426855.7248846 > c, setting 1/gamma = 0\n",
-      "v = 534859188.912271 > c, setting 1/gamma = 0\n",
-      "v = 406317056.7820446 > c, setting 1/gamma = 0\n",
-      "v = 445657085.0599584 > c, setting 1/gamma = 0\n",
-      "v = 301707656.58041185 > c, setting 1/gamma = 0\n",
-      "v = 365587314.3330349 > c, setting 1/gamma = 0\n",
-      "v = 309170286.98179144 > c, setting 1/gamma = 0\n",
-      "v = 351461708.0561886 > c, setting 1/gamma = 0\n",
-      "v = 302040835.73520976 > c, setting 1/gamma = 0\n",
-      "v = 367062454.54365826 > c, setting 1/gamma = 0\n",
-      "v = 342725075.1524334 > c, setting 1/gamma = 0\n",
-      "v = 411368853.1523952 > c, setting 1/gamma = 0\n",
-      "v = 360994319.1568982 > c, setting 1/gamma = 0\n",
-      "v = 402137527.40817755 > c, setting 1/gamma = 0\n",
-      "v = 308540250.576692 > c, setting 1/gamma = 0\n",
-      "v = 374176754.0718632 > c, setting 1/gamma = 0\n",
-      "v = 310820118.730363 > c, setting 1/gamma = 0\n",
-      "v = 363838686.5072616 > c, setting 1/gamma = 0\n",
-      "v = 406947120.33495337 > c, setting 1/gamma = 0\n",
-      "v = 579333589.3429415 > c, setting 1/gamma = 0\n",
-      "v = 570473163.271387 > c, setting 1/gamma = 0\n",
-      "v = 341337163.16905826 > c, setting 1/gamma = 0\n",
-      "v = 396142815.36965805 > c, setting 1/gamma = 0\n",
-      "v = 368108645.6513293 > c, setting 1/gamma = 0\n",
-      "v = 430186142.2970163 > c, setting 1/gamma = 0\n",
-      "v = 348369083.0901317 > c, setting 1/gamma = 0\n",
-      "v = 420802469.66177154 > c, setting 1/gamma = 0\n",
-      "v = 369843586.0963561 > c, setting 1/gamma = 0\n",
-      "v = 410363095.20770377 > c, setting 1/gamma = 0\n",
-      "v = 332718033.41428334 > c, setting 1/gamma = 0\n",
-      "v = 385749922.7953507 > c, setting 1/gamma = 0\n",
-      "v = 672003836.7518631 > c, setting 1/gamma = 0\n",
-      "v = 680580247.6869613 > c, setting 1/gamma = 0\n",
-      "v = 486929184.65619606 > c, setting 1/gamma = 0\n",
-      "v = 507546237.23565316 > c, setting 1/gamma = 0\n",
-      "v = 512207212.40226746 > c, setting 1/gamma = 0\n",
-      "v = 550306730.800616 > c, setting 1/gamma = 0\n",
-      "v = 327482713.5407004 > c, setting 1/gamma = 0\n",
-      "v = 383818641.10261023 > c, setting 1/gamma = 0\n",
-      "v = 332945160.45482785 > c, setting 1/gamma = 0\n",
-      "v = 347142717.92610806 > c, setting 1/gamma = 0\n",
-      "v = 326799917.7613056 > c, setting 1/gamma = 0\n",
-      "v = 362397379.4993322 > c, setting 1/gamma = 0\n",
-      "v = 341402087.00763637 > c, setting 1/gamma = 0\n",
-      "v = 316616459.6412149 > c, setting 1/gamma = 0\n",
-      "v = 357255430.0710324 > c, setting 1/gamma = 0\n",
-      "v = 301054862.54788417 > c, setting 1/gamma = 0\n",
-      "v = 494976516.32168555 > c, setting 1/gamma = 0\n",
-      "v = 507315493.7088828 > c, setting 1/gamma = 0\n",
-      "v = 340561789.1234245 > c, setting 1/gamma = 0\n",
-      "v = 377003739.497201 > c, setting 1/gamma = 0\n",
-      "v = 319517090.24461716 > c, setting 1/gamma = 0\n",
-      "v = 499105385.41720474 > c, setting 1/gamma = 0\n",
-      "v = 508362803.80319965 > c, setting 1/gamma = 0\n",
-      "v = 335361893.8607295 > c, setting 1/gamma = 0\n",
-      "v = 372585618.258477 > c, setting 1/gamma = 0\n",
-      "v = 314049636.18163776 > c, setting 1/gamma = 0\n",
-      "v = 505614675.6894553 > c, setting 1/gamma = 0\n",
-      "v = 510276565.5468805 > c, setting 1/gamma = 0\n",
-      "v = 310488511.6222383 > c, setting 1/gamma = 0\n",
-      "v = 301185269.1105423 > c, setting 1/gamma = 0\n",
-      "v = 396481796.80743897 > c, setting 1/gamma = 0\n",
-      "v = 445833661.2378053 > c, setting 1/gamma = 0\n",
-      "v = 322452572.7510923 > c, setting 1/gamma = 0\n",
-      "v = 344058669.9345181 > c, setting 1/gamma = 0\n",
-      "v = 411326723.00389934 > c, setting 1/gamma = 0\n",
-      "v = 440762230.69494754 > c, setting 1/gamma = 0\n",
-      "v = 361364983.9290526 > c, setting 1/gamma = 0\n",
-      "v = 413219171.07463473 > c, setting 1/gamma = 0\n",
-      "v = 427629070.05459803 > c, setting 1/gamma = 0\n",
-      "v = 433995817.0107095 > c, setting 1/gamma = 0\n",
-      "v = 412145523.27554834 > c, setting 1/gamma = 0\n",
-      "v = 469405614.10402536 > c, setting 1/gamma = 0\n",
-      "v = 367727056.23759884 > c, setting 1/gamma = 0\n",
-      "v = 413917103.84014976 > c, setting 1/gamma = 0\n",
-      "v = 302566336.6395968 > c, setting 1/gamma = 0\n",
-      "v = 372589835.0535396 > c, setting 1/gamma = 0\n",
-      "v = 410955463.33093226 > c, setting 1/gamma = 0\n",
-      "v = 317679844.4360173 > c, setting 1/gamma = 0\n",
-      "v = 308802230.5155905 > c, setting 1/gamma = 0\n",
-      "v = 347193223.88954896 > c, setting 1/gamma = 0\n",
-      "v = 312115126.89505905 > c, setting 1/gamma = 0\n",
-      "v = 479304571.71180713 > c, setting 1/gamma = 0\n",
-      "v = 530817994.7504656 > c, setting 1/gamma = 0\n",
-      "v = 365922953.36327237 > c, setting 1/gamma = 0\n",
-      "v = 404539758.1191367 > c, setting 1/gamma = 0\n",
-      "v = 313012058.47611725 > c, setting 1/gamma = 0\n",
-      "v = 305897555.7459286 > c, setting 1/gamma = 0\n",
-      "v = 361627639.870783 > c, setting 1/gamma = 0\n",
-      "v = 350721874.15087956 > c, setting 1/gamma = 0\n",
-      "v = 327766851.79978657 > c, setting 1/gamma = 0\n",
-      "v = 357765539.5624675 > c, setting 1/gamma = 0\n",
-      "v = 302634984.773758 > c, setting 1/gamma = 0\n",
-      "v = 357013140.36279786 > c, setting 1/gamma = 0\n",
-      "v = 301024619.87949497 > c, setting 1/gamma = 0\n",
-      "v = 699059517.0821345 > c, setting 1/gamma = 0\n",
-      "v = 636754537.3800282 > c, setting 1/gamma = 0\n",
-      "v = 304147758.2549639 > c, setting 1/gamma = 0\n",
-      "v = 312988496.0510725 > c, setting 1/gamma = 0\n",
-      "v = 302794029.08089715 > c, setting 1/gamma = 0\n",
-      "v = 491507482.1518255 > c, setting 1/gamma = 0\n",
-      "v = 546888363.7630671 > c, setting 1/gamma = 0\n",
-      "v = 311869534.2893805 > c, setting 1/gamma = 0\n",
-      "v = 497758842.6446202 > c, setting 1/gamma = 0\n",
-      "v = 545066590.3521835 > c, setting 1/gamma = 0\n",
-      "v = 313187154.6682924 > c, setting 1/gamma = 0\n",
-      "v = 300687298.67959696 > c, setting 1/gamma = 0\n",
-      "v = 349628675.123638 > c, setting 1/gamma = 0\n",
-      "v = 321790044.9971698 > c, setting 1/gamma = 0\n",
-      "v = 366488642.05207825 > c, setting 1/gamma = 0\n",
-      "v = 340999198.8437903 > c, setting 1/gamma = 0\n",
-      "v = 410011108.1079047 > c, setting 1/gamma = 0\n",
-      "v = 300760513.60266453 > c, setting 1/gamma = 0\n",
-      "v = 304788135.2762622 > c, setting 1/gamma = 0\n",
-      "v = 347911941.51576936 > c, setting 1/gamma = 0\n",
-      "v = 304337234.06269145 > c, setting 1/gamma = 0\n",
-      "v = 363284305.7312773 > c, setting 1/gamma = 0\n",
-      "v = 359031734.35056144 > c, setting 1/gamma = 0\n",
-      "v = 430306503.9233765 > c, setting 1/gamma = 0\n",
-      "v = 316363885.69921356 > c, setting 1/gamma = 0\n",
-      "v = 729436822.0365039 > c, setting 1/gamma = 0\n",
-      "v = 663359593.6343977 > c, setting 1/gamma = 0\n",
-      "v = 340091520.432381 > c, setting 1/gamma = 0\n",
-      "v = 409628060.5273156 > c, setting 1/gamma = 0\n",
-      "v = 326868553.6305647 > c, setting 1/gamma = 0\n",
-      "v = 450109424.5798098 > c, setting 1/gamma = 0\n",
-      "v = 480146361.64259267 > c, setting 1/gamma = 0\n",
-      "v = 304580364.020267 > c, setting 1/gamma = 0\n",
-      "v = 316075680.73490554 > c, setting 1/gamma = 0\n",
-      "v = 302830133.6780788 > c, setting 1/gamma = 0\n",
-      "v = 350737789.63208693 > c, setting 1/gamma = 0\n",
-      "v = 359285384.23074085 > c, setting 1/gamma = 0\n",
-      "v = 412747500.85737354 > c, setting 1/gamma = 0\n",
-      "v = 406003291.4188337 > c, setting 1/gamma = 0\n",
-      "v = 473208398.0403123 > c, setting 1/gamma = 0\n",
-      "v = 301393623.6225611 > c, setting 1/gamma = 0\n",
-      "v = 458544105.0430316 > c, setting 1/gamma = 0\n",
-      "v = 474094556.8921703 > c, setting 1/gamma = 0\n",
-      "v = 372055147.46393085 > c, setting 1/gamma = 0\n",
-      "v = 397573652.8297164 > c, setting 1/gamma = 0\n",
-      "v = 300487550.5809885 > c, setting 1/gamma = 0\n",
-      "v = 376437741.6863445 > c, setting 1/gamma = 0\n",
-      "v = 423493389.57725203 > c, setting 1/gamma = 0\n",
-      "v = 301153700.0766258 > c, setting 1/gamma = 0\n",
-      "v = 315638321.48555785 > c, setting 1/gamma = 0\n",
-      "v = 353675893.33996546 > c, setting 1/gamma = 0\n",
-      "v = 410946998.92335075 > c, setting 1/gamma = 0\n",
-      "v = 321047542.5964982 > c, setting 1/gamma = 0\n",
-      "v = 354346056.7341063 > c, setting 1/gamma = 0\n",
-      "v = 328544559.83537036 > c, setting 1/gamma = 0\n",
-      "v = 389095457.39438397 > c, setting 1/gamma = 0\n",
-      "v = 337276284.9687593 > c, setting 1/gamma = 0\n",
-      "v = 382426639.4123416 > c, setting 1/gamma = 0\n",
-      "v = 355406861.3283445 > c, setting 1/gamma = 0\n",
-      "v = 373793474.1920606 > c, setting 1/gamma = 0\n",
-      "v = 347638206.6223217 > c, setting 1/gamma = 0\n",
-      "v = 373669331.82495916 > c, setting 1/gamma = 0\n",
-      "v = 397869108.23807955 > c, setting 1/gamma = 0\n",
-      "v = 442381884.32781166 > c, setting 1/gamma = 0\n",
-      "v = 336529182.33052677 > c, setting 1/gamma = 0\n",
-      "v = 357833464.8924335 > c, setting 1/gamma = 0\n",
-      "v = 303358409.94121325 > c, setting 1/gamma = 0\n",
-      "v = 355473868.8222256 > c, setting 1/gamma = 0\n",
-      "v = 388496470.822726 > c, setting 1/gamma = 0\n",
-      "v = 399273552.113648 > c, setting 1/gamma = 0\n",
-      "v = 452592155.1795743 > c, setting 1/gamma = 0\n",
-      "v = 462926526.7134137 > c, setting 1/gamma = 0\n",
-      "v = 320349371.3817688 > c, setting 1/gamma = 0\n",
-      "v = 335930797.01967144 > c, setting 1/gamma = 0\n",
-      "v = 344912894.0321372 > c, setting 1/gamma = 0\n",
-      "v = 398836033.6574624 > c, setting 1/gamma = 0\n",
-      "v = 387562960.5183713 > c, setting 1/gamma = 0\n",
-      "v = 421407813.28049624 > c, setting 1/gamma = 0\n",
-      "v = 315297011.08838224 > c, setting 1/gamma = 0\n",
-      "v = 346933269.0851631 > c, setting 1/gamma = 0\n",
-      "v = 435542081.2219954 > c, setting 1/gamma = 0\n",
-      "v = 470151136.3035806 > c, setting 1/gamma = 0\n",
-      "v = 634479300.7084036 > c, setting 1/gamma = 0\n",
-      "v = 631414121.119546 > c, setting 1/gamma = 0\n",
-      "v = 300465992.4822244 > c, setting 1/gamma = 0\n",
-      "v = 328042571.24032474 > c, setting 1/gamma = 0\n",
-      "v = 378935548.5845914 > c, setting 1/gamma = 0\n",
-      "v = 333025430.6953081 > c, setting 1/gamma = 0\n",
-      "v = 354947222.54743284 > c, setting 1/gamma = 0\n",
-      "v = 404022896.55193734 > c, setting 1/gamma = 0\n",
-      "v = 425990020.36778086 > c, setting 1/gamma = 0\n",
-      "v = 311661125.5951559 > c, setting 1/gamma = 0\n",
-      "v = 327531006.81225485 > c, setting 1/gamma = 0\n",
-      "v = 311132914.8805186 > c, setting 1/gamma = 0\n",
-      "v = 351693406.3688857 > c, setting 1/gamma = 0\n",
-      "v = 300435473.7887728 > c, setting 1/gamma = 0\n",
-      "v = 313560241.5426373 > c, setting 1/gamma = 0\n",
-      "v = 341152435.12475413 > c, setting 1/gamma = 0\n",
-      "v = 382423970.7154558 > c, setting 1/gamma = 0\n",
-      "v = 307429208.9460623 > c, setting 1/gamma = 0\n",
-      "v = 332617072.95202935 > c, setting 1/gamma = 0\n",
-      "v = 349534933.0760401 > c, setting 1/gamma = 0\n",
-      "v = 522333554.83705354 > c, setting 1/gamma = 0\n",
-      "v = 531508561.48995095 > c, setting 1/gamma = 0\n",
-      "v = 331784948.1975581 > c, setting 1/gamma = 0\n",
-      "v = 317601726.86903703 > c, setting 1/gamma = 0\n",
-      "v = 312770919.56251764 > c, setting 1/gamma = 0\n",
-      "v = 338631998.34343845 > c, setting 1/gamma = 0\n",
-      "v = 307289842.87673074 > c, setting 1/gamma = 0\n",
-      "v = 323324679.31233436 > c, setting 1/gamma = 0\n",
-      "v = 481649062.0074483 > c, setting 1/gamma = 0\n",
-      "v = 472209210.11746836 > c, setting 1/gamma = 0\n",
-      "v = 301328080.64232785 > c, setting 1/gamma = 0\n",
-      "v = 350000635.25887924 > c, setting 1/gamma = 0\n",
-      "v = 309235490.740215 > c, setting 1/gamma = 0\n",
-      "v = 363456506.12507904 > c, setting 1/gamma = 0\n",
-      "v = 556367009.1289881 > c, setting 1/gamma = 0\n",
-      "v = 507360873.35723674 > c, setting 1/gamma = 0\n",
-      "v = 313987015.62637544 > c, setting 1/gamma = 0\n",
-      "v = 337394185.87196475 > c, setting 1/gamma = 0\n",
-      "v = 579386961.9850724 > c, setting 1/gamma = 0\n",
-      "v = 582866052.3905448 > c, setting 1/gamma = 0\n",
-      "v = 413144139.7088818 > c, setting 1/gamma = 0\n",
-      "v = 433055801.80425173 > c, setting 1/gamma = 0\n",
-      "v = 301260231.6874871 > c, setting 1/gamma = 0\n",
-      "v = 305862331.66864425 > c, setting 1/gamma = 0\n",
-      "v = 305999261.20745826 > c, setting 1/gamma = 0\n",
-      "v = 319182799.5270245 > c, setting 1/gamma = 0\n",
-      "v = 364371217.26082444 > c, setting 1/gamma = 0\n",
-      "v = 313956589.95637655 > c, setting 1/gamma = 0\n",
-      "v = 303566490.02803487 > c, setting 1/gamma = 0\n",
-      "v = 323601423.06388175 > c, setting 1/gamma = 0\n",
-      "v = 313988722.50388604 > c, setting 1/gamma = 0\n",
-      "v = 312161000.42436254 > c, setting 1/gamma = 0\n",
-      "v = 331029251.7101192 > c, setting 1/gamma = 0\n",
-      "v = 307774452.06069416 > c, setting 1/gamma = 0\n",
-      "v = 314369565.6964278 > c, setting 1/gamma = 0\n",
-      "v = 598580275.7996696 > c, setting 1/gamma = 0\n",
-      "v = 494364624.5471191 > c, setting 1/gamma = 0\n",
-      "v = 307505838.8321956 > c, setting 1/gamma = 0\n",
-      "v = 360110263.6168519 > c, setting 1/gamma = 0\n",
-      "v = 349596444.82247776 > c, setting 1/gamma = 0\n",
-      "v = 392729872.10672164 > c, setting 1/gamma = 0\n",
-      "v = 304114628.2038072 > c, setting 1/gamma = 0\n",
-      "v = 340663692.2975399 > c, setting 1/gamma = 0\n",
-      "v = 360019802.9557444 > c, setting 1/gamma = 0\n",
-      "v = 331572188.3374824 > c, setting 1/gamma = 0\n",
-      "v = 319805933.28385395 > c, setting 1/gamma = 0\n",
-      "v = 352380757.7247198 > c, setting 1/gamma = 0\n",
-      "v = 320721506.8830991 > c, setting 1/gamma = 0\n",
-      "v = 317268688.32865524 > c, setting 1/gamma = 0\n",
-      "v = 321178531.31260926 > c, setting 1/gamma = 0\n",
-      "v = 377151742.1276823 > c, setting 1/gamma = 0\n",
-      "v = 397853221.7923201 > c, setting 1/gamma = 0\n",
-      "v = 408508161.2103168 > c, setting 1/gamma = 0\n",
-      "v = 336344208.430125 > c, setting 1/gamma = 0\n",
-      "v = 384798439.8130129 > c, setting 1/gamma = 0\n",
-      "v = 407404240.55366755 > c, setting 1/gamma = 0\n",
-      "v = 441791995.81992984 > c, setting 1/gamma = 0\n",
-      "v = 404145655.5603191 > c, setting 1/gamma = 0\n",
-      "v = 458067566.06208277 > c, setting 1/gamma = 0\n",
-      "v = 567790297.8128074 > c, setting 1/gamma = 0\n",
-      "v = 505769024.7922562 > c, setting 1/gamma = 0\n",
-      "v = 308838705.76227957 > c, setting 1/gamma = 0\n",
-      "v = 338440151.8549266 > c, setting 1/gamma = 0\n",
-      "v = 323682071.3637987 > c, setting 1/gamma = 0\n",
-      "v = 363150824.90172595 > c, setting 1/gamma = 0\n",
-      "v = 420223400.069615 > c, setting 1/gamma = 0\n",
-      "v = 462641793.269074 > c, setting 1/gamma = 0\n",
-      "v = 330508330.5105799 > c, setting 1/gamma = 0\n",
-      "v = 353580411.5648952 > c, setting 1/gamma = 0\n",
-      "v = 320384374.81463826 > c, setting 1/gamma = 0\n",
-      "v = 340197667.7184505 > c, setting 1/gamma = 0\n",
-      "v = 373784286.556996 > c, setting 1/gamma = 0\n",
-      "v = 305452393.3066892 > c, setting 1/gamma = 0\n",
-      "v = 360722615.727724 > c, setting 1/gamma = 0\n",
-      "v = 393968428.3251928 > c, setting 1/gamma = 0\n",
-      "v = 407952223.6843401 > c, setting 1/gamma = 0\n",
-      "v = 303743366.9197516 > c, setting 1/gamma = 0\n",
-      "v = 412394763.2794416 > c, setting 1/gamma = 0\n",
-      "v = 446496063.2272465 > c, setting 1/gamma = 0\n",
-      "v = 308198544.9507031 > c, setting 1/gamma = 0\n",
-      "v = 329839902.4117975 > c, setting 1/gamma = 0\n",
-      "v = 379256360.4352769 > c, setting 1/gamma = 0\n",
-      "v = 352695550.041141 > c, setting 1/gamma = 0\n",
-      "v = 384035554.85056734 > c, setting 1/gamma = 0\n",
-      "v = 425680858.906592 > c, setting 1/gamma = 0\n",
-      "v = 465008764.5456258 > c, setting 1/gamma = 0\n",
-      "v = 301452601.9051661 > c, setting 1/gamma = 0\n",
-      "v = 326415673.55717176 > c, setting 1/gamma = 0\n",
-      "v = 468481352.1863659 > c, setting 1/gamma = 0\n",
-      "v = 474271541.0247348 > c, setting 1/gamma = 0\n",
-      "v = 316056181.89778435 > c, setting 1/gamma = 0\n",
-      "v = 353485934.5238454 > c, setting 1/gamma = 0\n",
-      "v = 311920525.7572936 > c, setting 1/gamma = 0\n",
-      "v = 402124352.0941358 > c, setting 1/gamma = 0\n",
-      "v = 445170280.98098654 > c, setting 1/gamma = 0\n",
-      "v = 366133074.79904866 > c, setting 1/gamma = 0\n",
-      "v = 416918499.6975106 > c, setting 1/gamma = 0\n",
-      "v = 309510489.042778 > c, setting 1/gamma = 0\n",
-      "v = 345396024.9076863 > c, setting 1/gamma = 0\n",
-      "v = 419831128.0367973 > c, setting 1/gamma = 0\n",
-      "v = 443570283.41958076 > c, setting 1/gamma = 0\n",
-      "v = 320462550.4908785 > c, setting 1/gamma = 0\n",
-      "v = 367718584.7552243 > c, setting 1/gamma = 0\n",
-      "v = 344697359.7872591 > c, setting 1/gamma = 0\n",
-      "v = 313324821.4014229 > c, setting 1/gamma = 0\n",
-      "v = 350423846.2357422 > c, setting 1/gamma = 0\n",
-      "v = 373734089.0738418 > c, setting 1/gamma = 0\n",
-      "v = 397804159.29318094 > c, setting 1/gamma = 0\n",
-      "v = 301679449.4229953 > c, setting 1/gamma = 0\n",
-      "v = 591353934.5538571 > c, setting 1/gamma = 0\n",
-      "v = 483821519.1722537 > c, setting 1/gamma = 0\n",
-      "v = 352428583.0362502 > c, setting 1/gamma = 0\n",
-      "v = 370894551.3290396 > c, setting 1/gamma = 0\n",
-      "v = 426662354.0220722 > c, setting 1/gamma = 0\n",
-      "v = 466985131.2726971 > c, setting 1/gamma = 0\n",
-      "v = 373727780.78779966 > c, setting 1/gamma = 0\n",
-      "v = 423372094.0295473 > c, setting 1/gamma = 0\n",
-      "v = 325839476.3994346 > c, setting 1/gamma = 0\n",
-      "v = 346233859.1496134 > c, setting 1/gamma = 0\n",
-      "v = 316032123.1554696 > c, setting 1/gamma = 0\n",
-      "v = 305506172.67724943 > c, setting 1/gamma = 0\n",
-      "v = 351681561.93767303 > c, setting 1/gamma = 0\n",
-      "v = 302767205.0436045 > c, setting 1/gamma = 0\n",
-      "v = 316741577.0614636 > c, setting 1/gamma = 0\n",
-      "v = 341219578.59370524 > c, setting 1/gamma = 0\n",
-      "v = 401686564.0634175 > c, setting 1/gamma = 0\n",
-      "v = 442796345.8831942 > c, setting 1/gamma = 0\n",
-      "v = 345140227.7349951 > c, setting 1/gamma = 0\n",
-      "v = 361448331.1911657 > c, setting 1/gamma = 0\n",
-      "v = 412341697.87525725 > c, setting 1/gamma = 0\n",
-      "v = 443690709.40826374 > c, setting 1/gamma = 0\n",
-      "v = 340979734.64564425 > c, setting 1/gamma = 0\n",
-      "v = 360142448.095141 > c, setting 1/gamma = 0\n",
-      "v = 303339300.43069535 > c, setting 1/gamma = 0\n",
-      "v = 335887131.17428637 > c, setting 1/gamma = 0\n",
-      "v = 400459769.5914973 > c, setting 1/gamma = 0\n",
-      "v = 438125740.06616235 > c, setting 1/gamma = 0\n",
-      "v = 320455956.2221598 > c, setting 1/gamma = 0\n",
-      "v = 345140461.91619176 > c, setting 1/gamma = 0\n",
-      "v = 407172108.9270983 > c, setting 1/gamma = 0\n",
-      "v = 428123622.76493937 > c, setting 1/gamma = 0\n",
-      "v = 517075253.13132614 > c, setting 1/gamma = 0\n",
-      "v = 495536791.61713225 > c, setting 1/gamma = 0\n",
-      "v = 324415561.76610667 > c, setting 1/gamma = 0\n",
-      "v = 325964980.5875921 > c, setting 1/gamma = 0\n",
-      "v = 346755472.8208724 > c, setting 1/gamma = 0\n",
-      "v = 308177678.6516068 > c, setting 1/gamma = 0\n",
-      "v = 342106899.76132107 > c, setting 1/gamma = 0\n",
-      "v = 336185659.631589 > c, setting 1/gamma = 0\n",
-      "v = 368014000.03278905 > c, setting 1/gamma = 0\n",
-      "v = 378309723.9672396 > c, setting 1/gamma = 0\n",
-      "v = 303971744.309778 > c, setting 1/gamma = 0\n",
-      "v = 601732542.7997712 > c, setting 1/gamma = 0\n",
-      "v = 492375429.4880397 > c, setting 1/gamma = 0\n",
-      "v = 317581793.776858 > c, setting 1/gamma = 0\n",
-      "v = 342637718.53258634 > c, setting 1/gamma = 0\n",
-      "v = 321979749.82871526 > c, setting 1/gamma = 0\n",
-      "v = 360705782.8651577 > c, setting 1/gamma = 0\n",
-      "v = 302139853.5916669 > c, setting 1/gamma = 0\n",
-      "v = 355433529.8885895 > c, setting 1/gamma = 0\n",
-      "v = 316983047.8882697 > c, setting 1/gamma = 0\n",
-      "v = 337400010.8953595 > c, setting 1/gamma = 0\n",
-      "v = 303601008.74881136 > c, setting 1/gamma = 0\n",
-      "v = 348615634.3690023 > c, setting 1/gamma = 0\n",
-      "v = 311395894.14257115 > c, setting 1/gamma = 0\n",
-      "v = 307669288.469327 > c, setting 1/gamma = 0\n",
-      "v = 612248204.2153759 > c, setting 1/gamma = 0\n",
-      "v = 501722107.5312944 > c, setting 1/gamma = 0\n",
-      "v = 460334365.93503255 > c, setting 1/gamma = 0\n",
-      "v = 477122182.6668175 > c, setting 1/gamma = 0\n",
-      "v = 301430401.5610276 > c, setting 1/gamma = 0\n",
-      "v = 306370830.57509995 > c, setting 1/gamma = 0\n",
-      "v = 344617359.03587127 > c, setting 1/gamma = 0\n",
-      "v = 336359151.8918483 > c, setting 1/gamma = 0\n",
-      "v = 384242412.87386656 > c, setting 1/gamma = 0\n",
-      "v = 307960961.48637563 > c, setting 1/gamma = 0\n",
-      "v = 347201247.7089828 > c, setting 1/gamma = 0\n",
-      "v = 380868353.6084079 > c, setting 1/gamma = 0\n",
-      "v = 315293475.4288802 > c, setting 1/gamma = 0\n",
-      "v = 349063088.1987318 > c, setting 1/gamma = 0\n",
-      "v = 369335668.39434934 > c, setting 1/gamma = 0\n",
-      "v = 342136101.01236045 > c, setting 1/gamma = 0\n",
-      "v = 391636847.8641458 > c, setting 1/gamma = 0\n",
-      "v = 305281141.78698057 > c, setting 1/gamma = 0\n",
-      "v = 466857095.209485 > c, setting 1/gamma = 0\n",
-      "v = 478275778.38372576 > c, setting 1/gamma = 0\n",
-      "v = 326918566.72152215 > c, setting 1/gamma = 0\n",
-      "v = 347275950.1349637 > c, setting 1/gamma = 0\n",
-      "v = 369518296.8872187 > c, setting 1/gamma = 0\n",
-      "v = 409510824.0449864 > c, setting 1/gamma = 0\n",
-      "v = 410445077.8874881 > c, setting 1/gamma = 0\n",
-      "v = 435987336.688266 > c, setting 1/gamma = 0\n",
-      "v = 307298150.2938237 > c, setting 1/gamma = 0\n",
-      "v = 321802987.4061621 > c, setting 1/gamma = 0\n",
-      "v = 345828026.99839514 > c, setting 1/gamma = 0\n",
-      "v = 316629268.8648365 > c, setting 1/gamma = 0\n",
-      "v = 505815854.234706 > c, setting 1/gamma = 0\n",
-      "v = 488855333.7867712 > c, setting 1/gamma = 0\n",
-      "v = 320212629.1297849 > c, setting 1/gamma = 0\n",
-      "v = 333611197.93095225 > c, setting 1/gamma = 0\n",
-      "v = 350833036.32571846 > c, setting 1/gamma = 0\n",
-      "v = 306314754.6477056 > c, setting 1/gamma = 0\n",
-      "v = 355273287.2788664 > c, setting 1/gamma = 0\n",
-      "v = 353228229.537279 > c, setting 1/gamma = 0\n",
-      "v = 397701765.4378955 > c, setting 1/gamma = 0\n",
-      "v = 315805235.24653715 > c, setting 1/gamma = 0\n",
-      "v = 340273285.76348484 > c, setting 1/gamma = 0\n",
-      "v = 311009016.81172425 > c, setting 1/gamma = 0\n",
-      "v = 305029793.48360467 > c, setting 1/gamma = 0\n",
-      "v = 322718087.4112206 > c, setting 1/gamma = 0\n",
-      "v = 376122794.5794685 > c, setting 1/gamma = 0\n",
-      "v = 361129341.555529 > c, setting 1/gamma = 0\n",
-      "v = 381089103.2942857 > c, setting 1/gamma = 0\n",
-      "v = 312238085.24407876 > c, setting 1/gamma = 0\n",
-      "v = 313633145.2955581 > c, setting 1/gamma = 0\n",
-      "v = 622313383.8367349 > c, setting 1/gamma = 0\n",
-      "v = 510524457.89155924 > c, setting 1/gamma = 0\n",
-      "v = 317377391.25645024 > c, setting 1/gamma = 0\n",
-      "v = 301123067.2794854 > c, setting 1/gamma = 0\n",
-      "v = 599332259.2207891 > c, setting 1/gamma = 0\n",
-      "v = 489713936.8102063 > c, setting 1/gamma = 0\n",
-      "v = 435359625.06656784 > c, setting 1/gamma = 0\n",
-      "v = 457033093.72421235 > c, setting 1/gamma = 0\n",
-      "v = 371621701.65407765 > c, setting 1/gamma = 0\n",
-      "v = 413409381.2614509 > c, setting 1/gamma = 0\n",
-      "v = 301520472.9610492 > c, setting 1/gamma = 0\n",
-      "v = 327834725.56445754 > c, setting 1/gamma = 0\n",
-      "v = 310767218.3994995 > c, setting 1/gamma = 0\n",
-      "v = 337153884.87523633 > c, setting 1/gamma = 0\n",
-      "v = 422600888.5475306 > c, setting 1/gamma = 0\n",
-      "v = 444841959.9079444 > c, setting 1/gamma = 0\n",
-      "v = 307156260.2478682 > c, setting 1/gamma = 0\n",
-      "v = 325724873.9058069 > c, setting 1/gamma = 0\n",
-      "v = 395893919.1537944 > c, setting 1/gamma = 0\n",
-      "v = 430211397.6954256 > c, setting 1/gamma = 0\n",
-      "v = 325308537.1061219 > c, setting 1/gamma = 0\n",
-      "v = 345037261.51135236 > c, setting 1/gamma = 0\n",
-      "v = 375716508.7366854 > c, setting 1/gamma = 0\n",
-      "v = 400080688.60104775 > c, setting 1/gamma = 0\n",
-      "v = 355330657.55609334 > c, setting 1/gamma = 0\n",
-      "v = 395921043.9449764 > c, setting 1/gamma = 0\n",
-      "v = 301089878.30326587 > c, setting 1/gamma = 0\n",
-      "v = 355932571.141965 > c, setting 1/gamma = 0\n",
-      "v = 374947840.4899388 > c, setting 1/gamma = 0\n",
-      "v = 400292262.8784489 > c, setting 1/gamma = 0\n",
-      "v = 437608709.2359969 > c, setting 1/gamma = 0\n",
-      "v = 305626585.08754295 > c, setting 1/gamma = 0\n",
-      "v = 321351838.0110046 > c, setting 1/gamma = 0\n",
-      "v = 356712870.7827384 > c, setting 1/gamma = 0\n",
-      "v = 358931571.1882631 > c, setting 1/gamma = 0\n",
-      "v = 399515467.26523465 > c, setting 1/gamma = 0\n",
-      "v = 350088403.7165658 > c, setting 1/gamma = 0\n",
-      "v = 378800489.12247974 > c, setting 1/gamma = 0\n",
-      "v = 301856175.83861995 > c, setting 1/gamma = 0\n",
-      "v = 313215385.4603379 > c, setting 1/gamma = 0\n",
-      "v = 312454369.4665555 > c, setting 1/gamma = 0\n",
-      "v = 333511970.7673623 > c, setting 1/gamma = 0\n",
-      "v = 345942730.2185326 > c, setting 1/gamma = 0\n",
-      "v = 391695821.30478865 > c, setting 1/gamma = 0\n",
-      "v = 338993167.5933643 > c, setting 1/gamma = 0\n",
-      "v = 362810040.61681116 > c, setting 1/gamma = 0\n",
-      "v = 348893399.54311866 > c, setting 1/gamma = 0\n",
-      "v = 394514171.18895733 > c, setting 1/gamma = 0\n",
-      "v = 366193408.9856033 > c, setting 1/gamma = 0\n",
-      "v = 383049249.6876897 > c, setting 1/gamma = 0\n",
-      "v = 567741260.2894948 > c, setting 1/gamma = 0\n",
-      "v = 500195293.4334616 > c, setting 1/gamma = 0\n",
-      "v = 321677709.7504309 > c, setting 1/gamma = 0\n",
-      "v = 350527953.0556417 > c, setting 1/gamma = 0\n",
-      "v = 306368738.3331501 > c, setting 1/gamma = 0\n",
-      "v = 429167101.4356261 > c, setting 1/gamma = 0\n",
-      "v = 453651610.99777114 > c, setting 1/gamma = 0\n",
-      "v = 301306613.6339983 > c, setting 1/gamma = 0\n",
-      "v = 458275143.39309675 > c, setting 1/gamma = 0\n",
-      "v = 471621177.01337165 > c, setting 1/gamma = 0\n",
-      "v = 350162890.2352944 > c, setting 1/gamma = 0\n",
-      "v = 364997471.43289673 > c, setting 1/gamma = 0\n",
-      "v = 340357747.62295234 > c, setting 1/gamma = 0\n",
-      "v = 369491631.6635925 > c, setting 1/gamma = 0\n",
-      "v = 343348773.3300681 > c, setting 1/gamma = 0\n",
-      "v = 389892213.44516677 > c, setting 1/gamma = 0\n",
-      "v = 320411915.66537344 > c, setting 1/gamma = 0\n",
-      "v = 346882242.2860778 > c, setting 1/gamma = 0\n",
-      "v = 392027591.38315123 > c, setting 1/gamma = 0\n",
-      "v = 434204306.1858905 > c, setting 1/gamma = 0\n",
-      "v = 340267104.16528255 > c, setting 1/gamma = 0\n",
-      "v = 357050889.18133056 > c, setting 1/gamma = 0\n",
-      "v = 399261923.17045474 > c, setting 1/gamma = 0\n",
-      "v = 432542605.3586538 > c, setting 1/gamma = 0\n",
-      "v = 305568494.6115035 > c, setting 1/gamma = 0\n",
-      "v = 325584509.0330001 > c, setting 1/gamma = 0\n",
-      "v = 321191468.03256965 > c, setting 1/gamma = 0\n",
-      "v = 342308539.44355017 > c, setting 1/gamma = 0\n",
-      "v = 387671113.4529943 > c, setting 1/gamma = 0\n",
-      "v = 352299743.0268252 > c, setting 1/gamma = 0\n",
-      "v = 373711026.50163376 > c, setting 1/gamma = 0\n",
-      "v = 328917775.5530523 > c, setting 1/gamma = 0\n",
-      "v = 355353052.7915465 > c, setting 1/gamma = 0\n",
-      "v = 346519739.9081925 > c, setting 1/gamma = 0\n",
-      "v = 396853415.1677005 > c, setting 1/gamma = 0\n",
-      "v = 325427683.0617971 > c, setting 1/gamma = 0\n",
-      "v = 345618146.90672964 > c, setting 1/gamma = 0\n",
-      "v = 535215915.4357337 > c, setting 1/gamma = 0\n",
-      "v = 480573054.419731 > c, setting 1/gamma = 0\n",
-      "v = 307320032.2743164 > c, setting 1/gamma = 0\n",
-      "v = 319806353.50739336 > c, setting 1/gamma = 0\n",
-      "v = 370664276.7606706 > c, setting 1/gamma = 0\n",
-      "v = 339935007.44261825 > c, setting 1/gamma = 0\n",
-      "v = 382167822.08230925 > c, setting 1/gamma = 0\n",
-      "v = 305756709.30486333 > c, setting 1/gamma = 0\n",
-      "v = 341330503.3556306 > c, setting 1/gamma = 0\n",
-      "v = 357977928.09943575 > c, setting 1/gamma = 0\n",
-      "v = 315033015.1283071 > c, setting 1/gamma = 0\n",
-      "v = 365913141.3263887 > c, setting 1/gamma = 0\n",
-      "v = 333088289.01129425 > c, setting 1/gamma = 0\n",
-      "v = 360225110.5566883 > c, setting 1/gamma = 0\n",
-      "v = 333860580.1778734 > c, setting 1/gamma = 0\n",
-      "v = 358610288.5358512 > c, setting 1/gamma = 0\n",
-      "v = 378731001.2439133 > c, setting 1/gamma = 0\n",
-      "v = 316192967.83360696 > c, setting 1/gamma = 0\n",
-      "v = 348036008.2887766 > c, setting 1/gamma = 0\n",
-      "v = 305882128.78557134 > c, setting 1/gamma = 0\n",
-      "v = 603955789.0067087 > c, setting 1/gamma = 0\n",
-      "v = 493519999.34922695 > c, setting 1/gamma = 0\n",
-      "v = 333819589.1933627 > c, setting 1/gamma = 0\n",
-      "v = 351163154.3993418 > c, setting 1/gamma = 0\n",
-      "v = 359851868.7497145 > c, setting 1/gamma = 0\n",
-      "v = 413464747.28753036 > c, setting 1/gamma = 0\n",
-      "v = 327587735.36883265 > c, setting 1/gamma = 0\n",
-      "v = 373971387.65293175 > c, setting 1/gamma = 0\n",
-      "v = 339715712.35988235 > c, setting 1/gamma = 0\n",
-      "v = 371679581.39873624 > c, setting 1/gamma = 0\n",
-      "v = 322863291.16309017 > c, setting 1/gamma = 0\n",
-      "v = 313511850.6469839 > c, setting 1/gamma = 0\n",
-      "v = 340846743.69241536 > c, setting 1/gamma = 0\n",
-      "v = 361340728.9472377 > c, setting 1/gamma = 0\n",
-      "v = 381447003.9476829 > c, setting 1/gamma = 0\n",
-      "v = 311518570.3579058 > c, setting 1/gamma = 0\n",
-      "v = 344432042.810145 > c, setting 1/gamma = 0\n",
-      "v = 316807022.9103458 > c, setting 1/gamma = 0\n",
-      "v = 371616921.475512 > c, setting 1/gamma = 0\n",
-      "v = 374896011.2933537 > c, setting 1/gamma = 0\n",
-      "v = 390758315.18501556 > c, setting 1/gamma = 0\n",
-      "v = 332480150.9411285 > c, setting 1/gamma = 0\n",
-      "v = 480794771.2338411 > c, setting 1/gamma = 0\n",
-      "v = 479046886.4863556 > c, setting 1/gamma = 0\n",
-      "v = 341738262.74277246 > c, setting 1/gamma = 0\n",
-      "v = 320629067.31630623 > c, setting 1/gamma = 0\n",
-      "v = 385154199.84480375 > c, setting 1/gamma = 0\n",
-      "v = 429322575.1925342 > c, setting 1/gamma = 0\n",
-      "v = 565659577.5691469 > c, setting 1/gamma = 0\n",
-      "v = 512227536.37226176 > c, setting 1/gamma = 0\n",
-      "v = 328574934.4986299 > c, setting 1/gamma = 0\n",
-      "v = 356226972.6494734 > c, setting 1/gamma = 0\n",
-      "v = 325442170.48127073 > c, setting 1/gamma = 0\n",
-      "v = 357352056.8182701 > c, setting 1/gamma = 0\n",
-      "v = 399408143.3431249 > c, setting 1/gamma = 0\n",
-      "v = 442948715.067432 > c, setting 1/gamma = 0\n",
-      "v = 354917851.2235147 > c, setting 1/gamma = 0\n",
-      "v = 367938169.1084158 > c, setting 1/gamma = 0\n",
-      "v = 309906447.3851103 > c, setting 1/gamma = 0\n",
-      "v = 358532205.3345891 > c, setting 1/gamma = 0\n",
-      "v = 367399206.13745815 > c, setting 1/gamma = 0\n",
-      "v = 408265747.5571174 > c, setting 1/gamma = 0\n",
-      "v = 340803964.1097559 > c, setting 1/gamma = 0\n",
-      "v = 384672088.5102713 > c, setting 1/gamma = 0\n",
-      "v = 430327507.4728762 > c, setting 1/gamma = 0\n",
-      "v = 310734588.989594 > c, setting 1/gamma = 0\n",
-      "v = 337389119.11208427 > c, setting 1/gamma = 0\n",
-      "v = 363209820.7431053 > c, setting 1/gamma = 0\n",
-      "v = 433443097.9489943 > c, setting 1/gamma = 0\n",
-      "v = 467421072.0777741 > c, setting 1/gamma = 0\n",
-      "v = 348741707.3716945 > c, setting 1/gamma = 0\n",
-      "v = 388117332.7122181 > c, setting 1/gamma = 0\n",
-      "v = 303299113.73656625 > c, setting 1/gamma = 0\n",
-      "v = 322292343.6074675 > c, setting 1/gamma = 0\n",
-      "v = 374916021.3076771 > c, setting 1/gamma = 0\n",
-      "v = 429102168.1616486 > c, setting 1/gamma = 0\n",
-      "v = 453569866.10085106 > c, setting 1/gamma = 0\n",
-      "v = 466952411.9384882 > c, setting 1/gamma = 0\n",
-      "v = 325248829.30192137 > c, setting 1/gamma = 0\n",
-      "v = 343006898.6710879 > c, setting 1/gamma = 0\n",
-      "v = 319836769.93727624 > c, setting 1/gamma = 0\n",
-      "v = 348737436.78599614 > c, setting 1/gamma = 0\n",
-      "v = 306769072.22870564 > c, setting 1/gamma = 0\n",
-      "v = 317625034.96592563 > c, setting 1/gamma = 0\n",
-      "v = 317183359.10176086 > c, setting 1/gamma = 0\n",
-      "v = 338832096.3281007 > c, setting 1/gamma = 0\n",
-      "v = 435923119.3205318 > c, setting 1/gamma = 0\n",
-      "v = 441765697.5974638 > c, setting 1/gamma = 0\n",
-      "v = 314282099.7886826 > c, setting 1/gamma = 0\n",
-      "v = 306150670.57350624 > c, setting 1/gamma = 0\n",
-      "v = 331531871.096918 > c, setting 1/gamma = 0\n",
-      "v = 371666387.2922994 > c, setting 1/gamma = 0\n",
-      "v = 337304953.1832198 > c, setting 1/gamma = 0\n",
-      "v = 380897325.0895732 > c, setting 1/gamma = 0\n",
-      "v = 346445056.3763364 > c, setting 1/gamma = 0\n",
-      "v = 402034184.7014292 > c, setting 1/gamma = 0\n",
-      "v = 514176732.5735653 > c, setting 1/gamma = 0\n",
-      "v = 513515405.780869 > c, setting 1/gamma = 0\n",
-      "v = 306557154.93738294 > c, setting 1/gamma = 0\n",
-      "v = 303590457.1893251 > c, setting 1/gamma = 0\n",
-      "v = 325793204.72536296 > c, setting 1/gamma = 0\n",
-      "v = 351213392.4219019 > c, setting 1/gamma = 0\n",
-      "v = 517500134.18594015 > c, setting 1/gamma = 0\n",
-      "v = 502849280.3039294 > c, setting 1/gamma = 0\n",
-      "v = 310018968.7691654 > c, setting 1/gamma = 0\n",
-      "v = 355591896.13140446 > c, setting 1/gamma = 0\n",
-      "v = 383803598.2633356 > c, setting 1/gamma = 0\n",
-      "v = 456363547.58844876 > c, setting 1/gamma = 0\n",
-      "v = 481104860.61139935 > c, setting 1/gamma = 0\n",
-      "v = 412505722.2263677 > c, setting 1/gamma = 0\n",
-      "v = 424399132.37608963 > c, setting 1/gamma = 0\n",
-      "v = 351862586.3660074 > c, setting 1/gamma = 0\n",
-      "v = 381420651.2558738 > c, setting 1/gamma = 0\n",
-      "v = 349356230.5840638 > c, setting 1/gamma = 0\n",
-      "v = 389101587.01524675 > c, setting 1/gamma = 0\n",
-      "v = 392247624.0499119 > c, setting 1/gamma = 0\n",
-      "v = 408146172.3642646 > c, setting 1/gamma = 0\n",
-      "v = 316594768.6560321 > c, setting 1/gamma = 0\n",
-      "v = 347995389.7219853 > c, setting 1/gamma = 0\n",
-      "v = 317397660.4760766 > c, setting 1/gamma = 0\n",
-      "v = 348703823.6867876 > c, setting 1/gamma = 0\n",
-      "v = 370138039.2540999 > c, setting 1/gamma = 0\n",
-      "v = 336819251.28110975 > c, setting 1/gamma = 0\n",
-      "v = 382088265.19575363 > c, setting 1/gamma = 0\n",
-      "v = 333792365.0942786 > c, setting 1/gamma = 0\n",
-      "v = 379805524.4205296 > c, setting 1/gamma = 0\n",
-      "v = 306496093.0425155 > c, setting 1/gamma = 0\n",
-      "v = 322156210.3439911 > c, setting 1/gamma = 0\n",
-      "v = 309889222.0062005 > c, setting 1/gamma = 0\n",
-      "v = 449054309.9167902 > c, setting 1/gamma = 0\n",
-      "v = 484026523.7939238 > c, setting 1/gamma = 0\n",
-      "v = 304412178.1177563 > c, setting 1/gamma = 0\n",
-      "v = 325924264.3696279 > c, setting 1/gamma = 0\n",
-      "v = 379716583.32793 > c, setting 1/gamma = 0\n",
-      "v = 437304292.5439397 > c, setting 1/gamma = 0\n",
-      "v = 323449352.55402833 > c, setting 1/gamma = 0\n",
-      "v = 377578665.97166985 > c, setting 1/gamma = 0\n",
-      "v = 314389387.087089 > c, setting 1/gamma = 0\n",
-      "v = 317255185.0424933 > c, setting 1/gamma = 0\n",
-      "v = 345968149.17903703 > c, setting 1/gamma = 0\n",
-      "v = 467853552.8954762 > c, setting 1/gamma = 0\n",
-      "v = 483041422.08831656 > c, setting 1/gamma = 0\n",
-      "v = 303549245.6545987 > c, setting 1/gamma = 0\n",
-      "v = 607180473.4780635 > c, setting 1/gamma = 0\n",
-      "v = 500264032.2128271 > c, setting 1/gamma = 0\n",
-      "v = 320663398.62039447 > c, setting 1/gamma = 0\n",
-      "v = 509736794.8928013 > c, setting 1/gamma = 0\n",
-      "v = 505787276.25758946 > c, setting 1/gamma = 0\n",
-      "v = 366123380.5942512 > c, setting 1/gamma = 0\n",
-      "v = 388869511.42519015 > c, setting 1/gamma = 0\n",
-      "v = 313871299.9488647 > c, setting 1/gamma = 0\n",
-      "v = 308100829.89831305 > c, setting 1/gamma = 0\n",
-      "v = 365171102.06708986 > c, setting 1/gamma = 0\n",
-      "v = 433104077.059677 > c, setting 1/gamma = 0\n",
-      "v = 465498092.00634044 > c, setting 1/gamma = 0\n",
-      "v = 481465477.33617437 > c, setting 1/gamma = 0\n",
-      "v = 527019136.507777 > c, setting 1/gamma = 0\n",
-      "v = 374799151.7146505 > c, setting 1/gamma = 0\n",
-      "v = 427851101.2995498 > c, setting 1/gamma = 0\n",
-      "v = 317189191.52461964 > c, setting 1/gamma = 0\n",
-      "v = 346396348.1618784 > c, setting 1/gamma = 0\n",
-      "v = 448104642.1315304 > c, setting 1/gamma = 0\n",
-      "v = 467757366.03874224 > c, setting 1/gamma = 0\n",
-      "v = 357731486.656267 > c, setting 1/gamma = 0\n",
-      "v = 378054207.62195915 > c, setting 1/gamma = 0\n",
-      "v = 467252056.77056634 > c, setting 1/gamma = 0\n",
-      "v = 476194738.08166844 > c, setting 1/gamma = 0\n",
-      "v = 327254806.926844 > c, setting 1/gamma = 0\n",
-      "v = 345988435.8586827 > c, setting 1/gamma = 0\n",
-      "v = 334921406.484317 > c, setting 1/gamma = 0\n",
-      "v = 387995686.5381418 > c, setting 1/gamma = 0\n",
-      "v = 341006761.3058093 > c, setting 1/gamma = 0\n",
-      "v = 385506137.6127479 > c, setting 1/gamma = 0\n",
-      "v = 314550522.66453046 > c, setting 1/gamma = 0\n",
-      "v = 307400901.3694482 > c, setting 1/gamma = 0\n",
-      "v = 355586103.8566219 > c, setting 1/gamma = 0\n",
-      "v = 308016838.50760305 > c, setting 1/gamma = 0\n",
-      "v = 317619219.77772427 > c, setting 1/gamma = 0\n",
-      "v = 343924163.0045266 > c, setting 1/gamma = 0\n",
-      "v = 487931111.30915654 > c, setting 1/gamma = 0\n",
-      "v = 489479510.1434861 > c, setting 1/gamma = 0\n",
-      "v = 300980968.140842 > c, setting 1/gamma = 0\n",
-      "v = 376619488.0212414 > c, setting 1/gamma = 0\n",
-      "v = 387121522.87472844 > c, setting 1/gamma = 0\n",
-      "v = 332360219.10822856 > c, setting 1/gamma = 0\n",
-      "v = 323110383.6082975 > c, setting 1/gamma = 0\n",
-      "v = 343958726.7031708 > c, setting 1/gamma = 0\n",
-      "v = 322182185.81464833 > c, setting 1/gamma = 0\n",
-      "v = 427896776.10348606 > c, setting 1/gamma = 0\n",
-      "v = 457606206.2358266 > c, setting 1/gamma = 0\n",
-      "v = 323333901.64626414 > c, setting 1/gamma = 0\n",
-      "v = 365900115.61584306 > c, setting 1/gamma = 0\n",
-      "v = 345744413.17759377 > c, setting 1/gamma = 0\n",
-      "v = 399912427.4762492 > c, setting 1/gamma = 0\n",
-      "v = 444239982.2344375 > c, setting 1/gamma = 0\n",
-      "v = 476194254.6365183 > c, setting 1/gamma = 0\n",
-      "v = 317885907.6267143 > c, setting 1/gamma = 0\n",
-      "v = 357813513.0254972 > c, setting 1/gamma = 0\n",
-      "v = 380307980.4832861 > c, setting 1/gamma = 0\n",
-      "v = 432386589.6717528 > c, setting 1/gamma = 0\n",
-      "v = 383536992.7619452 > c, setting 1/gamma = 0\n",
-      "v = 402588638.24343437 > c, setting 1/gamma = 0\n",
-      "v = 301583887.467089 > c, setting 1/gamma = 0\n",
-      "v = 562617723.7547021 > c, setting 1/gamma = 0\n",
-      "v = 510494545.53398865 > c, setting 1/gamma = 0\n",
-      "v = 305059339.10481995 > c, setting 1/gamma = 0\n",
-      "v = 332606854.88466233 > c, setting 1/gamma = 0\n",
-      "v = 373566800.7372663 > c, setting 1/gamma = 0\n",
-      "v = 303537843.15131056 > c, setting 1/gamma = 0\n",
-      "v = 353220992.9791704 > c, setting 1/gamma = 0\n",
-      "v = 319793568.02009803 > c, setting 1/gamma = 0\n",
-      "v = 653045352.4943403 > c, setting 1/gamma = 0\n",
-      "v = 533068572.3378426 > c, setting 1/gamma = 0\n",
-      "v = 300000126.9002602 > c, setting 1/gamma = 0\n",
-      "v = 321090738.7049394 > c, setting 1/gamma = 0\n",
-      "v = 315437983.1218253 > c, setting 1/gamma = 0\n",
-      "v = 553881228.0879773 > c, setting 1/gamma = 0\n",
-      "v = 590747296.6258792 > c, setting 1/gamma = 0\n",
-      "v = 329182473.7262565 > c, setting 1/gamma = 0\n",
-      "v = 312172088.4866191 > c, setting 1/gamma = 0\n",
-      "v = 367716414.55709374 > c, setting 1/gamma = 0\n",
-      "v = 320195182.21492505 > c, setting 1/gamma = 0\n",
-      "v = 324187394.2071252 > c, setting 1/gamma = 0\n",
-      "v = 457343189.5892418 > c, setting 1/gamma = 0\n",
-      "v = 489380778.6216225 > c, setting 1/gamma = 0\n",
-      "v = 317896771.24140346 > c, setting 1/gamma = 0\n",
-      "v = 362907469.3366246 > c, setting 1/gamma = 0\n",
-      "v = 405334407.9032442 > c, setting 1/gamma = 0\n",
-      "v = 457433687.4606695 > c, setting 1/gamma = 0\n",
-      "v = 319047180.0033292 > c, setting 1/gamma = 0\n",
-      "v = 363547353.08154297 > c, setting 1/gamma = 0\n",
-      "v = 407531975.0776874 > c, setting 1/gamma = 0\n",
-      "v = 334817751.9421499 > c, setting 1/gamma = 0\n",
-      "v = 318456085.49628603 > c, setting 1/gamma = 0\n",
-      "v = 360705784.5530256 > c, setting 1/gamma = 0\n",
-      "v = 540832823.1441466 > c, setting 1/gamma = 0\n",
-      "v = 528885705.53936034 > c, setting 1/gamma = 0\n",
-      "v = 317811926.8678853 > c, setting 1/gamma = 0\n",
-      "v = 528632872.60653335 > c, setting 1/gamma = 0\n",
-      "v = 490643375.46402603 > c, setting 1/gamma = 0\n",
-      "v = 312548088.75260735 > c, setting 1/gamma = 0\n",
-      "v = 678504546.5586177 > c, setting 1/gamma = 0\n",
-      "v = 559038501.3638952 > c, setting 1/gamma = 0\n",
-      "v = 314718171.71871454 > c, setting 1/gamma = 0\n",
-      "v = 369184241.5193074 > c, setting 1/gamma = 0\n",
-      "v = 300908214.06020105 > c, setting 1/gamma = 0\n",
-      "v = 341204356.36544 > c, setting 1/gamma = 0\n",
-      "v = 398314583.34308445 > c, setting 1/gamma = 0\n",
-      "v = 312434737.61948144 > c, setting 1/gamma = 0\n",
-      "v = 338252491.5017582 > c, setting 1/gamma = 0\n",
-      "v = 392159305.6117135 > c, setting 1/gamma = 0\n",
-      "v = 430776048.07057285 > c, setting 1/gamma = 0\n",
-      "v = 329080707.42238444 > c, setting 1/gamma = 0\n",
-      "v = 445088911.202504 > c, setting 1/gamma = 0\n",
-      "v = 468556832.7360967 > c, setting 1/gamma = 0\n",
-      "v = 312962272.70738435 > c, setting 1/gamma = 0\n",
-      "v = 337797163.09264624 > c, setting 1/gamma = 0\n",
-      "v = 323636581.8332951 > c, setting 1/gamma = 0\n",
-      "v = 373147143.89352167 > c, setting 1/gamma = 0\n",
-      "v = 315869826.4204824 > c, setting 1/gamma = 0\n",
-      "v = 307232219.1673329 > c, setting 1/gamma = 0\n",
-      "v = 335549532.151547 > c, setting 1/gamma = 0\n",
-      "v = 445632017.263536 > c, setting 1/gamma = 0\n",
-      "v = 474854337.3155886 > c, setting 1/gamma = 0\n",
-      "v = 324556274.3602858 > c, setting 1/gamma = 0\n",
-      "v = 333677032.116693 > c, setting 1/gamma = 0\n",
-      "v = 396816483.0533299 > c, setting 1/gamma = 0\n",
-      "v = 314606169.291279 > c, setting 1/gamma = 0\n",
-      "v = 353965696.23066324 > c, setting 1/gamma = 0\n",
-      "v = 408350546.4181915 > c, setting 1/gamma = 0\n",
-      "v = 448853938.6600701 > c, setting 1/gamma = 0\n",
-      "v = 318451562.8768335 > c, setting 1/gamma = 0\n",
-      "v = 442845427.6845895 > c, setting 1/gamma = 0\n",
-      "v = 453933150.08095354 > c, setting 1/gamma = 0\n",
-      "v = 344754000.20695007 > c, setting 1/gamma = 0\n",
-      "v = 394009439.59445465 > c, setting 1/gamma = 0\n",
-      "v = 377661896.3343422 > c, setting 1/gamma = 0\n",
-      "v = 440561892.4053261 > c, setting 1/gamma = 0\n",
-      "v = 384037371.4175949 > c, setting 1/gamma = 0\n",
-      "v = 420884183.0915758 > c, setting 1/gamma = 0\n",
-      "v = 305709493.14729387 > c, setting 1/gamma = 0\n",
-      "v = 310101059.4026916 > c, setting 1/gamma = 0\n",
-      "v = 371462215.13236624 > c, setting 1/gamma = 0\n",
-      "v = 435630406.7043672 > c, setting 1/gamma = 0\n",
-      "v = 464884609.26324636 > c, setting 1/gamma = 0\n",
-      "v = 356809481.18121296 > c, setting 1/gamma = 0\n",
-      "v = 408488251.9654782 > c, setting 1/gamma = 0\n",
-      "v = 327726724.34616953 > c, setting 1/gamma = 0\n",
-      "v = 387165997.84769684 > c, setting 1/gamma = 0\n",
-      "v = 302931103.5194237 > c, setting 1/gamma = 0\n",
-      "v = 333183298.94646925 > c, setting 1/gamma = 0\n",
-      "v = 319779935.692971 > c, setting 1/gamma = 0\n",
-      "v = 334637849.93062073 > c, setting 1/gamma = 0\n",
-      "v = 407464520.6257254 > c, setting 1/gamma = 0\n",
-      "v = 441398572.6361652 > c, setting 1/gamma = 0\n",
-      "v = 300890912.7307685 > c, setting 1/gamma = 0\n",
-      "v = 330802866.3434802 > c, setting 1/gamma = 0\n",
-      "v = 322335940.9900933 > c, setting 1/gamma = 0\n",
-      "v = 487774977.80449533 > c, setting 1/gamma = 0\n",
-      "v = 492610483.0819989 > c, setting 1/gamma = 0\n",
-      "v = 313024312.0450379 > c, setting 1/gamma = 0\n",
-      "v = 336653502.9123802 > c, setting 1/gamma = 0\n",
-      "v = 326835300.9583905 > c, setting 1/gamma = 0\n",
-      "v = 376618096.26732427 > c, setting 1/gamma = 0\n",
-      "v = 335644894.9365367 > c, setting 1/gamma = 0\n",
-      "v = 392052077.4696177 > c, setting 1/gamma = 0\n",
-      "v = 508969097.58077663 > c, setting 1/gamma = 0\n",
-      "v = 509649077.24279135 > c, setting 1/gamma = 0\n",
-      "v = 304175976.98384625 > c, setting 1/gamma = 0\n",
-      "v = 302737258.3788889 > c, setting 1/gamma = 0\n",
-      "v = 601876871.4162773 > c, setting 1/gamma = 0\n",
-      "v = 496387858.4563092 > c, setting 1/gamma = 0\n",
-      "v = 393736471.7896477 > c, setting 1/gamma = 0\n",
-      "v = 408890765.6342204 > c, setting 1/gamma = 0\n",
-      "v = 358410656.4765878 > c, setting 1/gamma = 0\n",
-      "v = 379900953.5487346 > c, setting 1/gamma = 0\n",
-      "v = 337251379.7591312 > c, setting 1/gamma = 0\n",
-      "v = 332073189.5741019 > c, setting 1/gamma = 0\n",
-      "v = 668715788.0405654 > c, setting 1/gamma = 0\n",
-      "v = 550180035.0371227 > c, setting 1/gamma = 0\n",
-      "v = 322062597.7199739 > c, setting 1/gamma = 0\n",
-      "v = 334967674.84168386 > c, setting 1/gamma = 0\n",
-      "v = 301824887.81821764 > c, setting 1/gamma = 0\n",
-      "v = 305110661.6624414 > c, setting 1/gamma = 0\n",
-      "v = 569547245.2949873 > c, setting 1/gamma = 0\n",
-      "v = 597959075.1099248 > c, setting 1/gamma = 0\n",
-      "v = 314626895.35539955 > c, setting 1/gamma = 0\n",
-      "v = 357232012.0849178 > c, setting 1/gamma = 0\n",
-      "v = 311052142.38894373 > c, setting 1/gamma = 0\n",
-      "v = 308370349.68866235 > c, setting 1/gamma = 0\n",
-      "v = 419545864.78692603 > c, setting 1/gamma = 0\n",
-      "v = 452918378.3747419 > c, setting 1/gamma = 0\n",
-      "v = 394892142.1008996 > c, setting 1/gamma = 0\n",
-      "v = 442949141.7385052 > c, setting 1/gamma = 0\n",
-      "v = 336146418.4274528 > c, setting 1/gamma = 0\n",
-      "v = 355770992.38351667 > c, setting 1/gamma = 0\n",
-      "v = 321371248.24688995 > c, setting 1/gamma = 0\n",
-      "v = 366095401.19025373 > c, setting 1/gamma = 0\n",
-      "v = 573286245.0311025 > c, setting 1/gamma = 0\n",
-      "v = 610747944.5757401 > c, setting 1/gamma = 0\n",
-      "v = 395261883.8387373 > c, setting 1/gamma = 0\n",
-      "v = 430845240.9255691 > c, setting 1/gamma = 0\n",
-      "v = 355384676.8244208 > c, setting 1/gamma = 0\n",
-      "v = 372496482.47443885 > c, setting 1/gamma = 0\n",
-      "v = 323852794.5320551 > c, setting 1/gamma = 0\n",
-      "v = 348240177.2904955 > c, setting 1/gamma = 0\n",
-      "v = 375061670.74423593 > c, setting 1/gamma = 0\n",
-      "v = 426469904.1422851 > c, setting 1/gamma = 0\n",
-      "v = 326599120.91307867 > c, setting 1/gamma = 0\n",
-      "v = 352834743.318595 > c, setting 1/gamma = 0\n",
-      "v = 485542541.647466 > c, setting 1/gamma = 0\n",
-      "v = 490628789.27244407 > c, setting 1/gamma = 0\n",
-      "v = 322596317.06135917 > c, setting 1/gamma = 0\n",
-      "v = 354531635.34049815 > c, setting 1/gamma = 0\n",
-      "v = 332812146.26564807 > c, setting 1/gamma = 0\n",
-      "v = 387492582.71054673 > c, setting 1/gamma = 0\n",
-      "v = 401126456.31916046 > c, setting 1/gamma = 0\n",
-      "v = 310144582.7987138 > c, setting 1/gamma = 0\n",
-      "v = 362653563.76814014 > c, setting 1/gamma = 0\n",
-      "v = 362704644.92021924 > c, setting 1/gamma = 0\n",
-      "v = 403813263.0172811 > c, setting 1/gamma = 0\n",
-      "v = 406219187.71052116 > c, setting 1/gamma = 0\n",
-      "v = 456949917.86082625 > c, setting 1/gamma = 0\n",
-      "v = 304003233.7177166 > c, setting 1/gamma = 0\n",
-      "v = 350881455.18574935 > c, setting 1/gamma = 0\n",
-      "v = 322376618.4856583 > c, setting 1/gamma = 0\n",
-      "v = 346234447.86461586 > c, setting 1/gamma = 0\n",
-      "v = 475388502.19636333 > c, setting 1/gamma = 0\n",
-      "v = 501504703.33703095 > c, setting 1/gamma = 0\n",
-      "v = 311481794.34821194 > c, setting 1/gamma = 0\n",
-      "v = 325070085.0810401 > c, setting 1/gamma = 0\n",
-      "v = 330213325.9709325 > c, setting 1/gamma = 0\n",
-      "v = 312441373.20303345 > c, setting 1/gamma = 0\n",
-      "v = 345469249.4634461 > c, setting 1/gamma = 0\n",
-      "v = 465532791.31806 > c, setting 1/gamma = 0\n",
-      "v = 462879334.3502327 > c, setting 1/gamma = 0\n",
-      "v = 300579869.2437596 > c, setting 1/gamma = 0\n",
-      "v = 421227358.09224176 > c, setting 1/gamma = 0\n",
-      "v = 465489405.2102105 > c, setting 1/gamma = 0\n",
-      "v = 462681601.99356693 > c, setting 1/gamma = 0\n",
-      "v = 487497364.6068301 > c, setting 1/gamma = 0\n",
-      "v = 406052080.8483496 > c, setting 1/gamma = 0\n",
-      "v = 470048231.74716294 > c, setting 1/gamma = 0\n",
-      "v = 318476757.9560336 > c, setting 1/gamma = 0\n",
-      "v = 392974696.03051317 > c, setting 1/gamma = 0\n",
-      "v = 310724402.9606655 > c, setting 1/gamma = 0\n",
-      "v = 341052531.2843905 > c, setting 1/gamma = 0\n",
-      "v = 390701766.49477774 > c, setting 1/gamma = 0\n",
-      "v = 472105870.39474 > c, setting 1/gamma = 0\n",
-      "v = 490868395.93435293 > c, setting 1/gamma = 0\n",
-      "v = 302866609.64915425 > c, setting 1/gamma = 0\n",
-      "v = 676343044.9819846 > c, setting 1/gamma = 0\n",
-      "v = 566227341.9938914 > c, setting 1/gamma = 0\n",
-      "v = 332921847.5219328 > c, setting 1/gamma = 0\n",
-      "v = 384885752.97707045 > c, setting 1/gamma = 0\n",
-      "v = 354767764.72203976 > c, setting 1/gamma = 0\n",
-      "v = 375065930.38780224 > c, setting 1/gamma = 0\n",
-      "v = 454166148.2821407 > c, setting 1/gamma = 0\n",
-      "v = 475810938.7637409 > c, setting 1/gamma = 0\n",
-      "v = 318130302.51228493 > c, setting 1/gamma = 0\n",
-      "v = 346558581.4876949 > c, setting 1/gamma = 0\n",
-      "v = 306160790.3849805 > c, setting 1/gamma = 0\n",
-      "v = 330757929.7187018 > c, setting 1/gamma = 0\n",
-      "v = 315811899.0128433 > c, setting 1/gamma = 0\n",
-      "v = 365982575.4084596 > c, setting 1/gamma = 0\n",
-      "v = 313699191.68285275 > c, setting 1/gamma = 0\n",
-      "v = 336086631.3657657 > c, setting 1/gamma = 0\n",
-      "v = 313129663.8725112 > c, setting 1/gamma = 0\n",
-      "v = 338502771.61035776 > c, setting 1/gamma = 0\n",
-      "v = 411443436.39049697 > c, setting 1/gamma = 0\n",
-      "v = 450960765.96138567 > c, setting 1/gamma = 0\n",
-      "v = 451744256.92069036 > c, setting 1/gamma = 0\n",
-      "v = 456712411.8709506 > c, setting 1/gamma = 0\n",
-      "v = 313208847.96439904 > c, setting 1/gamma = 0\n",
-      "v = 311957920.89756477 > c, setting 1/gamma = 0\n",
-      "v = 334523272.8076224 > c, setting 1/gamma = 0\n",
-      "v = 309674813.96460164 > c, setting 1/gamma = 0\n",
-      "v = 300302368.721302 > c, setting 1/gamma = 0\n",
-      "v = 330264598.6204867 > c, setting 1/gamma = 0\n",
-      "v = 301029085.93495303 > c, setting 1/gamma = 0\n",
-      "v = 360319561.50839365 > c, setting 1/gamma = 0\n",
-      "v = 312727217.52030283 > c, setting 1/gamma = 0\n",
-      "v = 422943091.4923849 > c, setting 1/gamma = 0\n",
-      "v = 477476688.30434114 > c, setting 1/gamma = 0\n",
-      "v = 493386480.28224623 > c, setting 1/gamma = 0\n",
-      "v = 496955765.5829009 > c, setting 1/gamma = 0\n",
-      "v = 304924394.5066667 > c, setting 1/gamma = 0\n",
-      "v = 330239307.1517561 > c, setting 1/gamma = 0\n",
-      "v = 341891938.7296002 > c, setting 1/gamma = 0\n",
-      "v = 361835961.07047313 > c, setting 1/gamma = 0\n",
-      "v = 378323126.8379067 > c, setting 1/gamma = 0\n",
-      "v = 414725970.1629083 > c, setting 1/gamma = 0\n",
-      "v = 324477544.10474986 > c, setting 1/gamma = 0\n",
-      "v = 536427987.9735269 > c, setting 1/gamma = 0\n",
-      "v = 571872603.1087817 > c, setting 1/gamma = 0\n",
-      "v = 331870403.4702873 > c, setting 1/gamma = 0\n",
-      "v = 391975203.52135575 > c, setting 1/gamma = 0\n",
-      "v = 492346390.84003174 > c, setting 1/gamma = 0\n",
-      "v = 518431461.5410276 > c, setting 1/gamma = 0\n",
-      "v = 313292407.67758864 > c, setting 1/gamma = 0\n",
-      "v = 360881556.19500476 > c, setting 1/gamma = 0\n",
-      "v = 401637010.48443633 > c, setting 1/gamma = 0\n",
-      "v = 316916926.0901584 > c, setting 1/gamma = 0\n",
-      "v = 382210001.4433555 > c, setting 1/gamma = 0\n",
-      "v = 301516529.71604276 > c, setting 1/gamma = 0\n",
-      "v = 382043705.2723808 > c, setting 1/gamma = 0\n",
-      "v = 911525890.4414504 > c, setting 1/gamma = 0\n",
-      "v = 763981375.5132176 > c, setting 1/gamma = 0\n",
-      "v = 304500347.42809045 > c, setting 1/gamma = 0\n",
-      "v = 343546906.32075614 > c, setting 1/gamma = 0\n",
-      "v = 398753254.81268203 > c, setting 1/gamma = 0\n",
-      "v = 316412446.4501479 > c, setting 1/gamma = 0\n",
-      "v = 309589806.64399534 > c, setting 1/gamma = 0\n",
-      "v = 341210123.4085956 > c, setting 1/gamma = 0\n",
-      "v = 312638752.11374193 > c, setting 1/gamma = 0\n",
-      "v = 330801126.0272371 > c, setting 1/gamma = 0\n",
-      "v = 303104746.8545247 > c, setting 1/gamma = 0\n",
-      "v = 318431412.51093006 > c, setting 1/gamma = 0\n",
-      "v = 381694910.31548184 > c, setting 1/gamma = 0\n",
-      "v = 415414940.20894957 > c, setting 1/gamma = 0\n",
-      "v = 333240574.49464595 > c, setting 1/gamma = 0\n",
-      "v = 381583057.0320777 > c, setting 1/gamma = 0\n",
-      "v = 439323158.5043366 > c, setting 1/gamma = 0\n",
-      "v = 311136837.34941536 > c, setting 1/gamma = 0\n",
-      "v = 344738313.7662539 > c, setting 1/gamma = 0\n",
-      "v = 480627965.5846066 > c, setting 1/gamma = 0\n",
-      "v = 500216524.8909332 > c, setting 1/gamma = 0\n",
-      "v = 313234862.6383073 > c, setting 1/gamma = 0\n",
-      "v = 376075006.7284115 > c, setting 1/gamma = 0\n",
-      "v = 301930792.69505125 > c, setting 1/gamma = 0\n",
-      "v = 372419762.00083065 > c, setting 1/gamma = 0\n",
-      "v = 313331970.5144647 > c, setting 1/gamma = 0\n",
-      "v = 352437441.9979797 > c, setting 1/gamma = 0\n",
-      "v = 432517262.3985146 > c, setting 1/gamma = 0\n",
-      "v = 465811485.7391717 > c, setting 1/gamma = 0\n",
-      "v = 311081031.8754299 > c, setting 1/gamma = 0\n",
-      "v = 374295865.95348585 > c, setting 1/gamma = 0\n",
-      "v = 341292591.72022486 > c, setting 1/gamma = 0\n",
-      "v = 417292772.3292665 > c, setting 1/gamma = 0\n",
-      "v = 583515651.659106 > c, setting 1/gamma = 0\n",
-      "v = 1535245214.7281477 > c, setting 1/gamma = 0\n",
-      "v = 1329941956.550036 > c, setting 1/gamma = 0\n",
-      "v = 300292287.27980804 > c, setting 1/gamma = 0\n",
-      "v = 416832181.81546724 > c, setting 1/gamma = 0\n",
-      "v = 456619246.8484399 > c, setting 1/gamma = 0\n",
-      "v = 333187849.57692695 > c, setting 1/gamma = 0\n",
-      "v = 382829960.73316467 > c, setting 1/gamma = 0\n",
-      "v = 438049549.212091 > c, setting 1/gamma = 0\n",
-      "v = 500212305.313333 > c, setting 1/gamma = 0\n",
-      "v = 316694522.2349957 > c, setting 1/gamma = 0\n",
-      "v = 340313393.8676428 > c, setting 1/gamma = 0\n",
-      "v = 388986298.72191155 > c, setting 1/gamma = 0\n",
-      "v = 437846503.02417374 > c, setting 1/gamma = 0\n",
-      "v = 320283329.85145974 > c, setting 1/gamma = 0\n",
-      "v = 349386476.9986989 > c, setting 1/gamma = 0\n",
-      "v = 397584520.330072 > c, setting 1/gamma = 0\n",
-      "v = 418574064.8915223 > c, setting 1/gamma = 0\n",
-      "v = 432676640.504511 > c, setting 1/gamma = 0\n",
-      "v = 485557677.0817983 > c, setting 1/gamma = 0\n",
-      "v = 306799095.1413344 > c, setting 1/gamma = 0\n",
-      "v = 331854302.8623384 > c, setting 1/gamma = 0\n",
-      "v = 318904741.1475292 > c, setting 1/gamma = 0\n",
-      "v = 356848165.228352 > c, setting 1/gamma = 0\n",
-      "v = 318018481.3647463 > c, setting 1/gamma = 0\n",
-      "v = 562296042.8146585 > c, setting 1/gamma = 0\n",
-      "v = 596093045.5580934 > c, setting 1/gamma = 0\n",
-      "v = 413894088.6283241 > c, setting 1/gamma = 0\n",
-      "v = 452417679.2699206 > c, setting 1/gamma = 0\n",
-      "v = 314502124.01878387 > c, setting 1/gamma = 0\n",
-      "v = 366280966.91403913 > c, setting 1/gamma = 0\n",
-      "v = 425222713.3322657 > c, setting 1/gamma = 0\n",
-      "v = 336436560.35311645 > c, setting 1/gamma = 0\n",
-      "v = 368844262.05817264 > c, setting 1/gamma = 0\n",
-      "v = 300384441.00670433 > c, setting 1/gamma = 0\n",
-      "v = 337689834.99145335 > c, setting 1/gamma = 0\n",
-      "v = 452620206.53529245 > c, setting 1/gamma = 0\n",
-      "v = 482022874.79073894 > c, setting 1/gamma = 0\n",
-      "v = 307915016.9449459 > c, setting 1/gamma = 0\n",
-      "v = 305684096.89721966 > c, setting 1/gamma = 0\n",
-      "v = 335599538.5977516 > c, setting 1/gamma = 0\n",
-      "v = 389212815.4037256 > c, setting 1/gamma = 0\n",
-      "v = 469148486.7938727 > c, setting 1/gamma = 0\n",
-      "v = 473256205.7222544 > c, setting 1/gamma = 0\n",
-      "v = 350781177.7543977 > c, setting 1/gamma = 0\n",
-      "v = 360747643.1131009 > c, setting 1/gamma = 0\n",
-      "v = 363773980.50539696 > c, setting 1/gamma = 0\n",
-      "v = 417201247.595249 > c, setting 1/gamma = 0\n",
-      "v = 306854822.4689937 > c, setting 1/gamma = 0\n",
-      "v = 317219554.1452691 > c, setting 1/gamma = 0\n",
-      "v = 338325463.0818355 > c, setting 1/gamma = 0\n",
-      "v = 388591029.57931286 > c, setting 1/gamma = 0\n",
-      "v = 420839751.7600446 > c, setting 1/gamma = 0\n",
-      "v = 666796920.357364 > c, setting 1/gamma = 0\n",
-      "v = 660063633.3638785 > c, setting 1/gamma = 0\n",
-      "v = 415987376.11094993 > c, setting 1/gamma = 0\n",
-      "v = 451031717.41332465 > c, setting 1/gamma = 0\n",
-      "v = 457995226.5948177 > c, setting 1/gamma = 0\n",
-      "v = 456028878.9060718 > c, setting 1/gamma = 0\n",
-      "v = 360255884.84977263 > c, setting 1/gamma = 0\n",
-      "v = 405348381.5910002 > c, setting 1/gamma = 0\n",
-      "v = 363231140.5942833 > c, setting 1/gamma = 0\n",
-      "v = 418764367.93746793 > c, setting 1/gamma = 0\n",
-      "v = 340284658.43697244 > c, setting 1/gamma = 0\n",
-      "v = 387236601.5096224 > c, setting 1/gamma = 0\n",
-      "v = 305057348.76835454 > c, setting 1/gamma = 0\n",
-      "v = 311417370.071923 > c, setting 1/gamma = 0\n",
-      "v = 342462391.76805675 > c, setting 1/gamma = 0\n",
-      "v = 336671448.589159 > c, setting 1/gamma = 0\n",
-      "v = 393686606.7656123 > c, setting 1/gamma = 0\n",
-      "v = 316973677.8583817 > c, setting 1/gamma = 0\n",
-      "v = 346083148.1170003 > c, setting 1/gamma = 0\n",
-      "v = 310722676.03218937 > c, setting 1/gamma = 0\n",
-      "v = 532006143.1650522 > c, setting 1/gamma = 0\n",
-      "v = 515960887.36905974 > c, setting 1/gamma = 0\n",
-      "v = 332557291.936332 > c, setting 1/gamma = 0\n",
-      "v = 317075484.5127848 > c, setting 1/gamma = 0\n",
-      "v = 356241997.431232 > c, setting 1/gamma = 0\n",
-      "v = 337018446.04232854 > c, setting 1/gamma = 0\n",
-      "v = 389556765.27794564 > c, setting 1/gamma = 0\n",
-      "v = 322683920.87557524 > c, setting 1/gamma = 0\n",
-      "v = 448099608.3666787 > c, setting 1/gamma = 0\n",
-      "v = 468681419.87353957 > c, setting 1/gamma = 0\n",
-      "v = 310355514.3322 > c, setting 1/gamma = 0\n",
-      "v = 337069854.7170692 > c, setting 1/gamma = 0\n",
-      "v = 361434064.09418225 > c, setting 1/gamma = 0\n",
-      "v = 394871251.31241876 > c, setting 1/gamma = 0\n",
-      "v = 307176897.4624559 > c, setting 1/gamma = 0\n",
-      "v = 323856415.35464156 > c, setting 1/gamma = 0\n",
-      "v = 348360413.855656 > c, setting 1/gamma = 0\n",
-      "v = 323216454.00016207 > c, setting 1/gamma = 0\n",
-      "v = 367509214.5606962 > c, setting 1/gamma = 0\n",
-      "v = 306524491.21252996 > c, setting 1/gamma = 0\n",
-      "v = 354594963.0886165 > c, setting 1/gamma = 0\n",
-      "v = 319334226.12154263 > c, setting 1/gamma = 0\n",
-      "v = 333151902.386297 > c, setting 1/gamma = 0\n",
-      "v = 386317365.0013121 > c, setting 1/gamma = 0\n",
-      "v = 307249721.84875554 > c, setting 1/gamma = 0\n",
-      "v = 669407079.3405194 > c, setting 1/gamma = 0\n",
-      "v = 660509520.0682414 > c, setting 1/gamma = 0\n",
-      "v = 427299727.28128266 > c, setting 1/gamma = 0\n",
-      "v = 464599265.19525343 > c, setting 1/gamma = 0\n",
-      "v = 339729026.2478716 > c, setting 1/gamma = 0\n",
-      "v = 363552804.08256924 > c, setting 1/gamma = 0\n",
-      "v = 363571871.38902545 > c, setting 1/gamma = 0\n",
-      "v = 397302201.6710365 > c, setting 1/gamma = 0\n",
-      "v = 332718880.79736924 > c, setting 1/gamma = 0\n",
-      "v = 350738680.09451467 > c, setting 1/gamma = 0\n",
-      "v = 383222133.67081356 > c, setting 1/gamma = 0\n",
-      "v = 415590231.80271417 > c, setting 1/gamma = 0\n",
-      "v = 306660695.6700578 > c, setting 1/gamma = 0\n",
-      "v = 323072122.34747666 > c, setting 1/gamma = 0\n",
-      "v = 393922769.89516 > c, setting 1/gamma = 0\n",
-      "v = 437464354.071774 > c, setting 1/gamma = 0\n",
-      "v = 347180561.8612977 > c, setting 1/gamma = 0\n",
-      "v = 369219312.7921436 > c, setting 1/gamma = 0\n",
-      "v = 466038087.80884737 > c, setting 1/gamma = 0\n",
-      "v = 479029114.5808011 > c, setting 1/gamma = 0\n",
-      "v = 394435546.32483476 > c, setting 1/gamma = 0\n",
-      "v = 437038351.4964566 > c, setting 1/gamma = 0\n",
-      "v = 340460120.9355089 > c, setting 1/gamma = 0\n",
-      "v = 358167586.3469851 > c, setting 1/gamma = 0\n",
-      "v = 401282533.20408183 > c, setting 1/gamma = 0\n",
-      "v = 433066778.85901487 > c, setting 1/gamma = 0\n",
-      "v = 343766853.40774477 > c, setting 1/gamma = 0\n",
-      "v = 358037303.6405108 > c, setting 1/gamma = 0\n",
-      "v = 315660946.8573537 > c, setting 1/gamma = 0\n",
-      "v = 317527703.4274643 > c, setting 1/gamma = 0\n",
-      "v = 323101845.48656976 > c, setting 1/gamma = 0\n",
-      "v = 378298962.2511125 > c, setting 1/gamma = 0\n",
-      "v = 330835745.92028177 > c, setting 1/gamma = 0\n",
-      "v = 357691115.49557376 > c, setting 1/gamma = 0\n",
-      "v = 406164232.1565464 > c, setting 1/gamma = 0\n",
-      "v = 441462468.8239691 > c, setting 1/gamma = 0\n",
-      "v = 301749420.5729626 > c, setting 1/gamma = 0\n",
-      "v = 327837061.62588185 > c, setting 1/gamma = 0\n",
-      "v = 306785925.7223044 > c, setting 1/gamma = 0\n",
-      "v = 481189716.524892 > c, setting 1/gamma = 0\n",
-      "v = 493522813.78504354 > c, setting 1/gamma = 0\n",
-      "v = 369981802.8563321 > c, setting 1/gamma = 0\n",
-      "v = 413168375.8326381 > c, setting 1/gamma = 0\n",
-      "v = 312065372.2049521 > c, setting 1/gamma = 0\n",
-      "v = 475262388.9843031 > c, setting 1/gamma = 0\n",
-      "v = 485631652.1913322 > c, setting 1/gamma = 0\n",
-      "v = 313815948.40672594 > c, setting 1/gamma = 0\n",
-      "v = 335061862.23400897 > c, setting 1/gamma = 0\n",
-      "v = 309353230.48273116 > c, setting 1/gamma = 0\n",
-      "v = 334202690.25027025 > c, setting 1/gamma = 0\n",
-      "v = 339309136.8466221 > c, setting 1/gamma = 0\n",
-      "v = 381376868.38772005 > c, setting 1/gamma = 0\n",
-      "v = 317426273.857649 > c, setting 1/gamma = 0\n",
-      "v = 335032885.8398097 > c, setting 1/gamma = 0\n",
-      "v = 359097159.46194744 > c, setting 1/gamma = 0\n",
-      "v = 361003744.8363149 > c, setting 1/gamma = 0\n",
-      "v = 407362539.22267395 > c, setting 1/gamma = 0\n",
-      "v = 300429409.78895724 > c, setting 1/gamma = 0\n",
-      "v = 302874595.76989114 > c, setting 1/gamma = 0\n",
-      "v = 314302711.85980797 > c, setting 1/gamma = 0\n",
-      "v = 358371390.2772348 > c, setting 1/gamma = 0\n",
-      "v = 379067572.5215577 > c, setting 1/gamma = 0\n",
-      "v = 391249598.4337402 > c, setting 1/gamma = 0\n",
-      "v = 550459728.3976904 > c, setting 1/gamma = 0\n",
-      "v = 503438716.3486952 > c, setting 1/gamma = 0\n",
-      "v = 305568487.7220341 > c, setting 1/gamma = 0\n",
-      "v = 328460541.54194355 > c, setting 1/gamma = 0\n",
-      "v = 305727716.4475101 > c, setting 1/gamma = 0\n",
-      "v = 357207784.39992994 > c, setting 1/gamma = 0\n",
-      "v = 361281490.90264726 > c, setting 1/gamma = 0\n",
-      "v = 378409977.6192086 > c, setting 1/gamma = 0\n",
-      "v = 325546994.4082398 > c, setting 1/gamma = 0\n",
-      "v = 329026952.88169366 > c, setting 1/gamma = 0\n",
-      "v = 374790011.0103875 > c, setting 1/gamma = 0\n",
-      "v = 316488246.1816359 > c, setting 1/gamma = 0\n",
-      "v = 324442642.4875773 > c, setting 1/gamma = 0\n",
-      "v = 300497564.78525275 > c, setting 1/gamma = 0\n",
-      "v = 306464853.5752904 > c, setting 1/gamma = 0\n",
-      "v = 329181851.9450319 > c, setting 1/gamma = 0\n",
-      "v = 306899565.57676667 > c, setting 1/gamma = 0\n",
-      "v = 312973206.3483731 > c, setting 1/gamma = 0\n",
-      "v = 324562756.2989881 > c, setting 1/gamma = 0\n",
-      "v = 339900793.6072488 > c, setting 1/gamma = 0\n",
-      "v = 355822259.63242966 > c, setting 1/gamma = 0\n",
-      "v = 409581196.0231531 > c, setting 1/gamma = 0\n",
-      "v = 411876502.0802123 > c, setting 1/gamma = 0\n",
-      "v = 442806020.30346674 > c, setting 1/gamma = 0\n",
-      "v = 324392374.7167013 > c, setting 1/gamma = 0\n",
-      "v = 347481806.9354136 > c, setting 1/gamma = 0\n",
-      "v = 303905997.8788505 > c, setting 1/gamma = 0\n",
-      "v = 334015709.2387491 > c, setting 1/gamma = 0\n",
-      "v = 325094672.13541347 > c, setting 1/gamma = 0\n",
-      "v = 377924944.98601675 > c, setting 1/gamma = 0\n",
-      "v = 376740834.08769 > c, setting 1/gamma = 0\n",
-      "v = 391766831.43378043 > c, setting 1/gamma = 0\n",
-      "v = 309296529.179562 > c, setting 1/gamma = 0\n",
-      "v = 360120593.42109793 > c, setting 1/gamma = 0\n",
-      "v = 403210221.3768487 > c, setting 1/gamma = 0\n",
-      "v = 435942288.45600045 > c, setting 1/gamma = 0\n",
-      "v = 314115379.9290624 > c, setting 1/gamma = 0\n",
-      "v = 326937269.6244422 > c, setting 1/gamma = 0\n",
-      "v = 350628208.04859185 > c, setting 1/gamma = 0\n",
-      "v = 517748399.204206 > c, setting 1/gamma = 0\n",
-      "v = 495744175.39695317 > c, setting 1/gamma = 0\n",
-      "v = 323682011.9716397 > c, setting 1/gamma = 0\n",
-      "v = 344594250.28539366 > c, setting 1/gamma = 0\n",
-      "v = 385183936.81345403 > c, setting 1/gamma = 0\n",
-      "v = 413653344.43521565 > c, setting 1/gamma = 0\n",
-      "v = 307560836.7961226 > c, setting 1/gamma = 0\n",
-      "v = 325511648.99855304 > c, setting 1/gamma = 0\n",
-      "v = 313329903.476676 > c, setting 1/gamma = 0\n",
-      "v = 364111515.858391 > c, setting 1/gamma = 0\n",
-      "v = 307892078.49316835 > c, setting 1/gamma = 0\n",
-      "v = 354466803.3386803 > c, setting 1/gamma = 0\n",
-      "v = 308991482.62481266 > c, setting 1/gamma = 0\n",
-      "v = 408178606.7028148 > c, setting 1/gamma = 0\n",
-      "v = 448073594.56132853 > c, setting 1/gamma = 0\n",
-      "v = 302551791.4972343 > c, setting 1/gamma = 0\n",
-      "v = 335389263.30284774 > c, setting 1/gamma = 0\n",
-      "v = 357367137.411595 > c, setting 1/gamma = 0\n",
-      "v = 386157893.56623864 > c, setting 1/gamma = 0\n",
-      "v = 389641075.832434 > c, setting 1/gamma = 0\n",
-      "v = 436072449.94120556 > c, setting 1/gamma = 0\n",
-      "v = 303362929.2162689 > c, setting 1/gamma = 0\n",
-      "v = 302995232.40464 > c, setting 1/gamma = 0\n",
-      "v = 354485008.11065966 > c, setting 1/gamma = 0\n",
-      "v = 435768568.340829 > c, setting 1/gamma = 0\n",
-      "v = 453390665.07562226 > c, setting 1/gamma = 0\n",
-      "v = 300462835.86611325 > c, setting 1/gamma = 0\n",
-      "v = 319259040.2224348 > c, setting 1/gamma = 0\n",
-      "v = 397363704.0676886 > c, setting 1/gamma = 0\n",
-      "v = 435943231.6325224 > c, setting 1/gamma = 0\n",
-      "v = 317510731.3524011 > c, setting 1/gamma = 0\n",
-      "v = 323594107.5602146 > c, setting 1/gamma = 0\n",
-      "v = 363945508.7473974 > c, setting 1/gamma = 0\n",
-      "v = 413507141.8344786 > c, setting 1/gamma = 0\n",
-      "v = 312147175.89351696 > c, setting 1/gamma = 0\n",
-      "v = 399574524.164653 > c, setting 1/gamma = 0\n",
-      "v = 429123888.3126052 > c, setting 1/gamma = 0\n",
-      "v = 351072552.787274 > c, setting 1/gamma = 0\n",
-      "v = 369905377.07961655 > c, setting 1/gamma = 0\n",
-      "v = 303618520.8459242 > c, setting 1/gamma = 0\n",
-      "v = 340524599.74462456 > c, setting 1/gamma = 0\n",
-      "v = 325263828.10646194 > c, setting 1/gamma = 0\n",
-      "v = 369784974.308584 > c, setting 1/gamma = 0\n",
-      "v = 307631752.5181555 > c, setting 1/gamma = 0\n",
-      "v = 339467132.52009696 > c, setting 1/gamma = 0\n",
-      "v = 382205902.6966133 > c, setting 1/gamma = 0\n",
-      "v = 422432535.496582 > c, setting 1/gamma = 0\n",
-      "v = 351366574.23506075 > c, setting 1/gamma = 0\n",
-      "v = 368985227.70941406 > c, setting 1/gamma = 0\n",
-      "v = 392958446.8542026 > c, setting 1/gamma = 0\n",
-      "v = 438343704.4500794 > c, setting 1/gamma = 0\n",
-      "v = 305135054.5171684 > c, setting 1/gamma = 0\n",
-      "v = 331731233.33935547 > c, setting 1/gamma = 0\n",
-      "v = 363593991.3553158 > c, setting 1/gamma = 0\n",
-      "v = 393633596.32759744 > c, setting 1/gamma = 0\n",
-      "v = 313507079.6570809 > c, setting 1/gamma = 0\n",
-      "v = 300045699.79528683 > c, setting 1/gamma = 0\n",
-      "v = 489901717.1226306 > c, setting 1/gamma = 0\n",
-      "v = 483488053.80017734 > c, setting 1/gamma = 0\n",
-      "v = 300268666.6494138 > c, setting 1/gamma = 0\n",
-      "v = 351924771.87688655 > c, setting 1/gamma = 0\n",
-      "v = 307223340.1952076 > c, setting 1/gamma = 0\n",
-      "v = 367373417.47758275 > c, setting 1/gamma = 0\n",
-      "v = 415764848.63608795 > c, setting 1/gamma = 0\n",
-      "v = 320590273.3010018 > c, setting 1/gamma = 0\n",
-      "v = 344649855.8274857 > c, setting 1/gamma = 0\n",
-      "v = 404807739.0185752 > c, setting 1/gamma = 0\n",
-      "v = 437095632.64259785 > c, setting 1/gamma = 0\n",
-      "v = 574202759.3882918 > c, setting 1/gamma = 0\n",
-      "v = 523705820.4717599 > c, setting 1/gamma = 0\n",
-      "v = 313376223.23532265 > c, setting 1/gamma = 0\n",
-      "v = 302347193.0731359 > c, setting 1/gamma = 0\n",
-      "v = 616975208.7768872 > c, setting 1/gamma = 0\n",
-      "v = 508173979.6668372 > c, setting 1/gamma = 0\n",
-      "v = 389086899.4737317 > c, setting 1/gamma = 0\n",
-      "v = 412838221.2880306 > c, setting 1/gamma = 0\n",
-      "v = 366526796.52113813 > c, setting 1/gamma = 0\n",
-      "v = 419777361.9969429 > c, setting 1/gamma = 0\n",
-      "v = 313086208.1083684 > c, setting 1/gamma = 0\n",
-      "v = 328367246.39631534 > c, setting 1/gamma = 0\n",
-      "v = 378862963.06634617 > c, setting 1/gamma = 0\n",
-      "v = 313578038.13208264 > c, setting 1/gamma = 0\n",
-      "v = 350059291.9765571 > c, setting 1/gamma = 0\n",
-      "v = 319774642.48217016 > c, setting 1/gamma = 0\n",
-      "v = 324064172.90995914 > c, setting 1/gamma = 0\n",
-      "v = 682214441.4730228 > c, setting 1/gamma = 0\n",
-      "v = 557755201.2180101 > c, setting 1/gamma = 0\n",
-      "v = 430625760.998962 > c, setting 1/gamma = 0\n",
-      "v = 467904879.72282547 > c, setting 1/gamma = 0\n",
-      "v = 317971895.6721678 > c, setting 1/gamma = 0\n",
-      "v = 349134744.67696804 > c, setting 1/gamma = 0\n",
-      "v = 553486535.1672662 > c, setting 1/gamma = 0\n",
-      "v = 537979948.4591874 > c, setting 1/gamma = 0\n",
-      "v = 395790498.0026779 > c, setting 1/gamma = 0\n",
-      "v = 441219619.8569849 > c, setting 1/gamma = 0\n",
-      "v = 322836442.0746854 > c, setting 1/gamma = 0\n",
-      "v = 372069371.06110585 > c, setting 1/gamma = 0\n",
-      "v = 499303976.5937722 > c, setting 1/gamma = 0\n",
-      "v = 550058407.4409164 > c, setting 1/gamma = 0\n",
-      "v = 318862857.3238973 > c, setting 1/gamma = 0\n",
-      "v = 367548184.5454514 > c, setting 1/gamma = 0\n",
-      "v = 509152705.5145494 > c, setting 1/gamma = 0\n",
-      "v = 549213872.447362 > c, setting 1/gamma = 0\n",
-      "v = 317567821.58330476 > c, setting 1/gamma = 0\n",
-      "v = 375874851.82320875 > c, setting 1/gamma = 0\n",
-      "v = 399063063.67694473 > c, setting 1/gamma = 0\n",
-      "v = 419500093.87331766 > c, setting 1/gamma = 0\n",
-      "v = 309458994.20123017 > c, setting 1/gamma = 0\n",
-      "v = 646126415.3260828 > c, setting 1/gamma = 0\n",
-      "v = 531456956.5133832 > c, setting 1/gamma = 0\n",
-      "v = 321009618.3841896 > c, setting 1/gamma = 0\n",
-      "v = 356019578.49366486 > c, setting 1/gamma = 0\n",
-      "v = 314747457.0201648 > c, setting 1/gamma = 0\n",
-      "v = 345549070.07886076 > c, setting 1/gamma = 0\n",
-      "v = 363319277.0408461 > c, setting 1/gamma = 0\n",
-      "v = 383937742.03795755 > c, setting 1/gamma = 0\n",
-      "v = 364647962.9446045 > c, setting 1/gamma = 0\n",
-      "v = 419052928.705264 > c, setting 1/gamma = 0\n",
-      "v = 308580136.77596253 > c, setting 1/gamma = 0\n",
-      "v = 617809440.3131783 > c, setting 1/gamma = 0\n",
-      "v = 504664192.26343465 > c, setting 1/gamma = 0\n",
-      "v = 302344581.4060658 > c, setting 1/gamma = 0\n",
-      "v = 323278298.0718922 > c, setting 1/gamma = 0\n",
-      "v = 421064964.85419583 > c, setting 1/gamma = 0\n",
-      "v = 474256613.0698812 > c, setting 1/gamma = 0\n",
-      "v = 427002269.35340273 > c, setting 1/gamma = 0\n",
-      "v = 462984150.04998547 > c, setting 1/gamma = 0\n",
-      "v = 318958610.7671815 > c, setting 1/gamma = 0\n",
-      "v = 307863860.8829231 > c, setting 1/gamma = 0\n",
-      "v = 334331620.71450484 > c, setting 1/gamma = 0\n",
-      "v = 381415982.1105474 > c, setting 1/gamma = 0\n",
-      "v = 431212389.17949814 > c, setting 1/gamma = 0\n",
-      "v = 330474095.49142486 > c, setting 1/gamma = 0\n",
-      "v = 352692934.708827 > c, setting 1/gamma = 0\n",
-      "v = 347673912.00191593 > c, setting 1/gamma = 0\n",
-      "v = 380664199.481596 > c, setting 1/gamma = 0\n",
-      "v = 335728650.0795784 > c, setting 1/gamma = 0\n",
-      "v = 328383095.9420477 > c, setting 1/gamma = 0\n",
-      "v = 342125153.0145847 > c, setting 1/gamma = 0\n",
-      "v = 309089254.7829559 > c, setting 1/gamma = 0\n",
-      "v = 346545046.4107664 > c, setting 1/gamma = 0\n",
-      "v = 364930984.5710096 > c, setting 1/gamma = 0\n",
-      "v = 360800548.77996486 > c, setting 1/gamma = 0\n",
-      "v = 394750654.4013899 > c, setting 1/gamma = 0\n",
-      "v = 321251584.6096853 > c, setting 1/gamma = 0\n",
-      "v = 373739684.7607983 > c, setting 1/gamma = 0\n",
-      "v = 303650917.2174101 > c, setting 1/gamma = 0\n",
-      "v = 351339943.43417877 > c, setting 1/gamma = 0\n",
-      "v = 362232634.956297 > c, setting 1/gamma = 0\n",
-      "v = 367281216.710424 > c, setting 1/gamma = 0\n",
-      "v = 397866513.69109577 > c, setting 1/gamma = 0\n",
-      "v = 385944669.2024851 > c, setting 1/gamma = 0\n",
-      "v = 402394664.56964564 > c, setting 1/gamma = 0\n",
-      "v = 376099684.7732352 > c, setting 1/gamma = 0\n",
-      "v = 419203100.6117875 > c, setting 1/gamma = 0\n",
-      "v = 318703801.74051034 > c, setting 1/gamma = 0\n",
-      "v = 334517980.6598232 > c, setting 1/gamma = 0\n",
-      "v = 320299189.36978745 > c, setting 1/gamma = 0\n",
-      "v = 366168623.6449118 > c, setting 1/gamma = 0\n",
-      "v = 343666825.94736385 > c, setting 1/gamma = 0\n",
-      "v = 394204249.8701809 > c, setting 1/gamma = 0\n",
-      "v = 362833808.5227005 > c, setting 1/gamma = 0\n",
-      "v = 396221414.11777854 > c, setting 1/gamma = 0\n",
-      "v = 335318846.53625846 > c, setting 1/gamma = 0\n",
-      "v = 392266454.54226846 > c, setting 1/gamma = 0\n",
-      "v = 316679144.7958816 > c, setting 1/gamma = 0\n",
-      "v = 344338954.6186642 > c, setting 1/gamma = 0\n",
-      "v = 410265974.44439584 > c, setting 1/gamma = 0\n",
-      "v = 429673804.2209345 > c, setting 1/gamma = 0\n",
-      "v = 563795036.6672412 > c, setting 1/gamma = 0\n",
-      "v = 509845771.92863744 > c, setting 1/gamma = 0\n",
-      "v = 370125844.925215 > c, setting 1/gamma = 0\n",
-      "v = 390312883.7835799 > c, setting 1/gamma = 0\n",
-      "v = 329706417.0070522 > c, setting 1/gamma = 0\n",
-      "v = 439310980.39303154 > c, setting 1/gamma = 0\n",
-      "v = 459200973.70437664 > c, setting 1/gamma = 0\n",
-      "v = 374391607.9648432 > c, setting 1/gamma = 0\n",
-      "v = 427887470.2597331 > c, setting 1/gamma = 0\n",
-      "v = 337839097.28641224 > c, setting 1/gamma = 0\n",
-      "v = 384558340.2612807 > c, setting 1/gamma = 0\n",
-      "v = 307695103.37597764 > c, setting 1/gamma = 0\n",
-      "v = 499217475.48626256 > c, setting 1/gamma = 0\n",
-      "v = 508371575.5218154 > c, setting 1/gamma = 0\n",
-      "v = 330258367.33249736 > c, setting 1/gamma = 0\n",
-      "v = 383810304.5403219 > c, setting 1/gamma = 0\n",
-      "v = 353749869.7775495 > c, setting 1/gamma = 0\n",
-      "v = 372516227.9610398 > c, setting 1/gamma = 0\n",
-      "v = 350307380.4756285 > c, setting 1/gamma = 0\n",
-      "v = 386251129.6955947 > c, setting 1/gamma = 0\n",
-      "v = 301398664.0188832 > c, setting 1/gamma = 0\n",
-      "v = 316608125.7853746 > c, setting 1/gamma = 0\n",
-      "v = 353565482.69954115 > c, setting 1/gamma = 0\n",
-      "v = 390636311.47614986 > c, setting 1/gamma = 0\n",
-      "v = 308407667.02299637 > c, setting 1/gamma = 0\n",
-      "v = 350495720.4378682 > c, setting 1/gamma = 0\n",
-      "v = 325438009.8174159 > c, setting 1/gamma = 0\n",
-      "v = 344413190.0045611 > c, setting 1/gamma = 0\n",
-      "v = 490142553.07154065 > c, setting 1/gamma = 0\n",
-      "v = 507041319.53109473 > c, setting 1/gamma = 0\n",
-      "v = 318956550.1850175 > c, setting 1/gamma = 0\n",
-      "v = 657165195.2851398 > c, setting 1/gamma = 0\n",
-      "v = 541088084.1261975 > c, setting 1/gamma = 0\n",
-      "v = 312715925.45796615 > c, setting 1/gamma = 0\n",
-      "v = 518458137.99060917 > c, setting 1/gamma = 0\n",
-      "v = 496828617.1319372 > c, setting 1/gamma = 0\n",
-      "v = 324866048.6518829 > c, setting 1/gamma = 0\n",
-      "v = 342757199.91103655 > c, setting 1/gamma = 0\n",
-      "v = 369509951.5339552 > c, setting 1/gamma = 0\n",
-      "v = 307806505.0886263 > c, setting 1/gamma = 0\n",
-      "v = 334094350.53352946 > c, setting 1/gamma = 0\n",
-      "v = 315809972.4979786 > c, setting 1/gamma = 0\n",
-      "v = 367097672.3335242 > c, setting 1/gamma = 0\n",
-      "v = 304053081.39984936 > c, setting 1/gamma = 0\n",
-      "v = 326729578.82840127 > c, setting 1/gamma = 0\n",
-      "v = 313577496.74868506 > c, setting 1/gamma = 0\n",
-      "v = 342052815.40437984 > c, setting 1/gamma = 0\n",
-      "v = 484082853.93118113 > c, setting 1/gamma = 0\n",
-      "v = 522083406.8502285 > c, setting 1/gamma = 0\n",
-      "v = 313973304.5477013 > c, setting 1/gamma = 0\n",
-      "v = 610233005.7544734 > c, setting 1/gamma = 0\n",
-      "v = 499591032.40356666 > c, setting 1/gamma = 0\n",
-      "v = 391936877.2438696 > c, setting 1/gamma = 0\n",
-      "v = 437962897.35344315 > c, setting 1/gamma = 0\n",
-      "v = 318847171.71251225 > c, setting 1/gamma = 0\n",
-      "v = 311226550.9062367 > c, setting 1/gamma = 0\n",
-      "v = 312981195.392425 > c, setting 1/gamma = 0\n",
-      "v = 334991396.17497 > c, setting 1/gamma = 0\n",
-      "v = 489964655.4350426 > c, setting 1/gamma = 0\n",
-      "v = 500898885.5336796 > c, setting 1/gamma = 0\n",
-      "v = 331811095.96172833 > c, setting 1/gamma = 0\n",
-      "v = 364298147.9974905 > c, setting 1/gamma = 0\n",
-      "v = 381568740.7008422 > c, setting 1/gamma = 0\n",
-      "v = 461535275.09076995 > c, setting 1/gamma = 0\n",
-      "v = 465813483.13707167 > c, setting 1/gamma = 0\n",
-      "v = 308019369.3036154 > c, setting 1/gamma = 0\n",
-      "v = 355806088.8192992 > c, setting 1/gamma = 0\n",
-      "v = 402418300.17322254 > c, setting 1/gamma = 0\n",
-      "v = 306784255.76934254 > c, setting 1/gamma = 0\n",
-      "v = 312248129.83237445 > c, setting 1/gamma = 0\n",
-      "v = 344698670.80530685 > c, setting 1/gamma = 0\n",
-      "v = 376882088.16979766 > c, setting 1/gamma = 0\n",
-      "v = 312155922.9565539 > c, setting 1/gamma = 0\n",
-      "v = 332363310.5026794 > c, setting 1/gamma = 0\n",
-      "v = 484056024.7074352 > c, setting 1/gamma = 0\n",
-      "v = 476833077.1515743 > c, setting 1/gamma = 0\n",
-      "v = 325000002.21450067 > c, setting 1/gamma = 0\n",
-      "v = 302927127.12999403 > c, setting 1/gamma = 0\n",
-      "v = 321152246.92438376 > c, setting 1/gamma = 0\n",
-      "v = 334812936.0463027 > c, setting 1/gamma = 0\n",
-      "v = 367417768.7637068 > c, setting 1/gamma = 0\n",
-      "v = 584798877.4052291 > c, setting 1/gamma = 0\n",
-      "v = 495178609.9816198 > c, setting 1/gamma = 0\n",
-      "v = 487145763.6696122 > c, setting 1/gamma = 0\n",
-      "v = 488611362.7371933 > c, setting 1/gamma = 0\n",
-      "v = 311640022.8477703 > c, setting 1/gamma = 0\n",
-      "v = 333249023.1286832 > c, setting 1/gamma = 0\n",
-      "v = 352308327.66824937 > c, setting 1/gamma = 0\n",
-      "v = 314682373.59898525 > c, setting 1/gamma = 0\n",
-      "v = 330721945.7743543 > c, setting 1/gamma = 0\n",
-      "v = 327627429.18735874 > c, setting 1/gamma = 0\n",
-      "v = 318508517.2719503 > c, setting 1/gamma = 0\n",
-      "v = 335957471.7394904 > c, setting 1/gamma = 0\n",
-      "v = 334949390.9822983 > c, setting 1/gamma = 0\n",
-      "v = 358376945.3993395 > c, setting 1/gamma = 0\n",
-      "v = 389412330.7629344 > c, setting 1/gamma = 0\n",
-      "v = 432655986.9634944 > c, setting 1/gamma = 0\n",
-      "v = 334156072.3607727 > c, setting 1/gamma = 0\n",
-      "v = 364030602.7758794 > c, setting 1/gamma = 0\n",
-      "v = 334442741.35037726 > c, setting 1/gamma = 0\n",
-      "v = 365421096.2999897 > c, setting 1/gamma = 0\n",
-      "v = 321484227.18864614 > c, setting 1/gamma = 0\n",
-      "v = 358952021.32349414 > c, setting 1/gamma = 0\n",
-      "v = 372299317.6529003 > c, setting 1/gamma = 0\n",
-      "v = 366432265.1252254 > c, setting 1/gamma = 0\n",
-      "v = 418316146.443669 > c, setting 1/gamma = 0\n",
-      "v = 523957184.756431 > c, setting 1/gamma = 0\n",
-      "v = 500601217.018887 > c, setting 1/gamma = 0\n",
-      "v = 346607531.4033086 > c, setting 1/gamma = 0\n",
-      "v = 363928927.7019538 > c, setting 1/gamma = 0\n",
-      "v = 514063071.35773164 > c, setting 1/gamma = 0\n",
-      "v = 523946932.7603876 > c, setting 1/gamma = 0\n",
-      "v = 390110553.7396353 > c, setting 1/gamma = 0\n",
-      "v = 416169640.2541106 > c, setting 1/gamma = 0\n",
-      "v = 327660618.7951772 > c, setting 1/gamma = 0\n",
-      "v = 343841609.89349145 > c, setting 1/gamma = 0\n",
-      "v = 343985717.4839035 > c, setting 1/gamma = 0\n",
-      "v = 384465200.2115963 > c, setting 1/gamma = 0\n",
-      "v = 303439549.1323818 > c, setting 1/gamma = 0\n",
-      "v = 321682503.1179621 > c, setting 1/gamma = 0\n",
-      "v = 306433918.77928734 > c, setting 1/gamma = 0\n",
-      "v = 417567501.50768805 > c, setting 1/gamma = 0\n",
-      "v = 448692536.5222771 > c, setting 1/gamma = 0\n",
-      "v = 671168628.5477271 > c, setting 1/gamma = 0\n",
-      "v = 660550944.252178 > c, setting 1/gamma = 0\n",
-      "v = 318632040.58736587 > c, setting 1/gamma = 0\n",
-      "v = 347156538.1818557 > c, setting 1/gamma = 0\n",
-      "v = 327026404.950063 > c, setting 1/gamma = 0\n",
-      "v = 393358968.21194786 > c, setting 1/gamma = 0\n",
-      "v = 402223976.04796004 > c, setting 1/gamma = 0\n",
-      "v = 470717001.10348374 > c, setting 1/gamma = 0\n",
-      "v = 469824090.887155 > c, setting 1/gamma = 0\n",
-      "v = 317938170.7606514 > c, setting 1/gamma = 0\n",
-      "v = 316179446.3271249 > c, setting 1/gamma = 0\n",
-      "v = 331032567.9331164 > c, setting 1/gamma = 0\n",
-      "v = 305910560.6663024 > c, setting 1/gamma = 0\n",
-      "v = 344576280.87669 > c, setting 1/gamma = 0\n",
-      "v = 328066031.6095674 > c, setting 1/gamma = 0\n",
-      "v = 375688141.2138021 > c, setting 1/gamma = 0\n",
-      "v = 338588226.76140594 > c, setting 1/gamma = 0\n",
-      "v = 362086642.7937153 > c, setting 1/gamma = 0\n",
-      "v = 332889769.49730563 > c, setting 1/gamma = 0\n",
-      "v = 384888342.1095466 > c, setting 1/gamma = 0\n",
-      "v = 309660542.8180455 > c, setting 1/gamma = 0\n",
-      "v = 342183621.45973665 > c, setting 1/gamma = 0\n",
-      "v = 351564800.8857856 > c, setting 1/gamma = 0\n",
-      "v = 377386064.15619034 > c, setting 1/gamma = 0\n",
-      "v = 302801486.9296397 > c, setting 1/gamma = 0\n",
-      "v = 310162001.77191085 > c, setting 1/gamma = 0\n",
-      "v = 324906508.22186434 > c, setting 1/gamma = 0\n",
-      "v = 332484364.6241185 > c, setting 1/gamma = 0\n",
-      "v = 300601936.92869073 > c, setting 1/gamma = 0\n",
-      "v = 315805448.88929 > c, setting 1/gamma = 0\n",
-      "v = 333028916.02080864 > c, setting 1/gamma = 0\n",
-      "v = 371641054.0290114 > c, setting 1/gamma = 0\n",
-      "v = 315216393.72532135 > c, setting 1/gamma = 0\n",
-      "v = 352679944.93306863 > c, setting 1/gamma = 0\n",
-      "v = 336455820.4589007 > c, setting 1/gamma = 0\n",
-      "v = 306842941.68527645 > c, setting 1/gamma = 0\n",
-      "v = 301634226.70156175 > c, setting 1/gamma = 0\n",
-      "v = 305149762.36823666 > c, setting 1/gamma = 0\n",
-      "v = 324964970.0690117 > c, setting 1/gamma = 0\n",
-      "v = 305844906.86895245 > c, setting 1/gamma = 0\n",
-      "v = 311159922.0879985 > c, setting 1/gamma = 0\n",
-      "v = 303444200.5077018 > c, setting 1/gamma = 0\n",
-      "v = 347935462.87967515 > c, setting 1/gamma = 0\n",
-      "v = 310051049.5677328 > c, setting 1/gamma = 0\n",
-      "v = 351461529.123334 > c, setting 1/gamma = 0\n",
-      "v = 305134344.97264516 > c, setting 1/gamma = 0\n",
-      "v = 300066603.16833603 > c, setting 1/gamma = 0\n",
-      "v = 303233296.72977704 > c, setting 1/gamma = 0\n",
-      "v = 306834699.49594444 > c, setting 1/gamma = 0\n",
-      "v = 344522544.2685726 > c, setting 1/gamma = 0\n",
-      "v = 302523393.36788726 > c, setting 1/gamma = 0\n",
-      "v = 332383677.6213844 > c, setting 1/gamma = 0\n",
-      "v = 362267728.52682024 > c, setting 1/gamma = 0\n",
-      "v = 504286980.2793025 > c, setting 1/gamma = 0\n",
-      "v = 438212028.0768891 > c, setting 1/gamma = 0\n",
-      "v = 302114672.461124 > c, setting 1/gamma = 0\n",
-      "v = 336293102.05131495 > c, setting 1/gamma = 0\n",
-      "v = 323066877.04410696 > c, setting 1/gamma = 0\n",
-      "v = 313758921.7045523 > c, setting 1/gamma = 0\n",
-      "v = 354653486.49083877 > c, setting 1/gamma = 0\n",
-      "v = 303702411.4028598 > c, setting 1/gamma = 0\n",
-      "v = 306738471.3623491 > c, setting 1/gamma = 0\n",
-      "v = 340733349.18813246 > c, setting 1/gamma = 0\n",
-      "v = 304127884.1243062 > c, setting 1/gamma = 0\n",
-      "v = 338272296.0986683 > c, setting 1/gamma = 0\n",
-      "v = 307540150.35814804 > c, setting 1/gamma = 0\n",
-      "v = 332921751.8600509 > c, setting 1/gamma = 0\n",
-      "v = 361462923.645746 > c, setting 1/gamma = 0\n",
-      "v = 380369058.6844095 > c, setting 1/gamma = 0\n",
-      "v = 399299749.6677645 > c, setting 1/gamma = 0\n",
-      "v = 304403796.41492873 > c, setting 1/gamma = 0\n",
-      "v = 336087106.9999008 > c, setting 1/gamma = 0\n",
-      "v = 324614876.75751156 > c, setting 1/gamma = 0\n",
-      "v = 307498094.46030927 > c, setting 1/gamma = 0\n",
-      "v = 300348995.746935 > c, setting 1/gamma = 0\n",
-      "v = 330056055.990522 > c, setting 1/gamma = 0\n",
-      "v = 305481090.1719977 > c, setting 1/gamma = 0\n",
-      "v = 325481387.0417568 > c, setting 1/gamma = 0\n",
-      "v = 312447209.53079575 > c, setting 1/gamma = 0\n",
-      "v = 343534246.30531335 > c, setting 1/gamma = 0\n",
-      "v = 305171249.8779796 > c, setting 1/gamma = 0\n",
-      "v = 300324419.5777133 > c, setting 1/gamma = 0\n",
-      "v = 313541775.164557 > c, setting 1/gamma = 0\n",
-      "v = 352645597.4724492 > c, setting 1/gamma = 0\n",
-      "v = 327224908.7720327 > c, setting 1/gamma = 0\n",
-      "v = 363338066.8005196 > c, setting 1/gamma = 0\n",
-      "v = 317858081.2784831 > c, setting 1/gamma = 0\n",
-      "v = 348186084.5350217 > c, setting 1/gamma = 0\n",
-      "v = 305498110.52023107 > c, setting 1/gamma = 0\n",
-      "v = 322770975.7214594 > c, setting 1/gamma = 0\n",
-      "v = 324183729.15804905 > c, setting 1/gamma = 0\n",
-      "v = 328672659.8211469 > c, setting 1/gamma = 0\n",
-      "v = 305143817.3802813 > c, setting 1/gamma = 0\n",
-      "v = 310615942.77921146 > c, setting 1/gamma = 0\n",
-      "v = 306258447.3236691 > c, setting 1/gamma = 0\n",
-      "v = 310729682.3620046 > c, setting 1/gamma = 0\n",
-      "v = 345121893.73667926 > c, setting 1/gamma = 0\n",
-      "v = 304330699.2794284 > c, setting 1/gamma = 0\n",
-      "v = 336054944.6416476 > c, setting 1/gamma = 0\n",
-      "v = 305264731.3041321 > c, setting 1/gamma = 0\n",
-      "v = 312515751.6211754 > c, setting 1/gamma = 0\n",
-      "v = 352319894.6743165 > c, setting 1/gamma = 0\n",
-      "v = 300228510.0633451 > c, setting 1/gamma = 0\n",
-      "v = 339435356.56097543 > c, setting 1/gamma = 0\n",
-      "v = 329762693.1753418 > c, setting 1/gamma = 0\n",
-      "v = 305147740.14404446 > c, setting 1/gamma = 0\n",
-      "v = 303883968.75198203 > c, setting 1/gamma = 0\n",
-      "v = 323194023.05673933 > c, setting 1/gamma = 0\n",
-      "v = 309949413.68521065 > c, setting 1/gamma = 0\n",
-      "v = 349026453.8896878 > c, setting 1/gamma = 0\n",
-      "v = 312356936.0989519 > c, setting 1/gamma = 0\n",
-      "v = 317214125.19320214 > c, setting 1/gamma = 0\n",
-      "v = 320472916.6740213 > c, setting 1/gamma = 0\n",
-      "v = 357871141.04242945 > c, setting 1/gamma = 0\n",
-      "v = 300625813.37958485 > c, setting 1/gamma = 0\n",
-      "v = 335257027.5491839 > c, setting 1/gamma = 0\n",
-      "v = 310272618.11848867 > c, setting 1/gamma = 0\n",
-      "v = 318952836.7409979 > c, setting 1/gamma = 0\n",
-      "v = 355654677.0202604 > c, setting 1/gamma = 0\n",
-      "v = 308797800.7067651 > c, setting 1/gamma = 0\n",
-      "v = 342775975.8913849 > c, setting 1/gamma = 0\n",
-      "v = 309881415.2937359 > c, setting 1/gamma = 0\n",
-      "v = 346110886.19450897 > c, setting 1/gamma = 0\n",
-      "v = 314828987.40568566 > c, setting 1/gamma = 0\n",
-      "v = 347719411.0900046 > c, setting 1/gamma = 0\n",
-      "v = 317422653.77372754 > c, setting 1/gamma = 0\n",
-      "v = 308950309.08810157 > c, setting 1/gamma = 0\n",
-      "v = 345772693.6840366 > c, setting 1/gamma = 0\n",
-      "v = 301456692.5633342 > c, setting 1/gamma = 0\n",
-      "v = 339089509.472737 > c, setting 1/gamma = 0\n",
-      "v = 320786372.3513801 > c, setting 1/gamma = 0\n",
-      "v = 354848750.155405 > c, setting 1/gamma = 0\n",
-      "v = 324681544.0981184 > c, setting 1/gamma = 0\n",
-      "v = 301241881.67247653 > c, setting 1/gamma = 0\n",
-      "v = 340282124.9539619 > c, setting 1/gamma = 0\n",
-      "v = 326834825.79382694 > c, setting 1/gamma = 0\n",
-      "v = 304535232.89604694 > c, setting 1/gamma = 0\n",
-      "v = 343426263.11496794 > c, setting 1/gamma = 0\n",
-      "v = 301523753.7203753 > c, setting 1/gamma = 0\n",
-      "v = 342828526.39982396 > c, setting 1/gamma = 0\n",
-      "v = 307496752.47923625 > c, setting 1/gamma = 0\n",
-      "v = 347635029.60789186 > c, setting 1/gamma = 0\n",
-      "v = 302694784.807553 > c, setting 1/gamma = 0\n",
-      "v = 344286401.5149928 > c, setting 1/gamma = 0\n",
-      "v = 317910933.60355335 > c, setting 1/gamma = 0\n",
-      "v = 320700081.1034204 > c, setting 1/gamma = 0\n",
-      "v = 308826124.51405317 > c, setting 1/gamma = 0\n",
-      "v = 303593346.9853208 > c, setting 1/gamma = 0\n",
-      "v = 344436477.4427718 > c, setting 1/gamma = 0\n",
-      "v = 341891458.4085926 > c, setting 1/gamma = 0\n",
-      "v = 315136085.2481534 > c, setting 1/gamma = 0\n",
-      "v = 308793518.52391005 > c, setting 1/gamma = 0\n",
-      "v = 304098215.7925857 > c, setting 1/gamma = 0\n",
-      "v = 306899968.9138573 > c, setting 1/gamma = 0\n",
-      "v = 345952978.1169101 > c, setting 1/gamma = 0\n",
-      "v = 312647003.070413 > c, setting 1/gamma = 0\n",
-      "v = 350495712.7437968 > c, setting 1/gamma = 0\n",
-      "v = 304771519.6401193 > c, setting 1/gamma = 0\n",
-      "v = 300220904.80140895 > c, setting 1/gamma = 0\n",
-      "v = 316001131.3600922 > c, setting 1/gamma = 0\n",
-      "v = 319170764.84726185 > c, setting 1/gamma = 0\n",
-      "v = 305164522.1706002 > c, setting 1/gamma = 0\n",
-      "v = 346017250.0825288 > c, setting 1/gamma = 0\n",
-      "v = 337055623.84146994 > c, setting 1/gamma = 0\n",
-      "v = 316859001.59156704 > c, setting 1/gamma = 0\n",
-      "v = 311858734.04112667 > c, setting 1/gamma = 0\n",
-      "v = 312501147.7979122 > c, setting 1/gamma = 0\n",
-      "v = 352718690.3393704 > c, setting 1/gamma = 0\n",
-      "v = 313298653.1908275 > c, setting 1/gamma = 0\n",
-      "v = 311423669.1398181 > c, setting 1/gamma = 0\n",
-      "v = 352611696.02447677 > c, setting 1/gamma = 0\n",
-      "v = 331042241.16640306 > c, setting 1/gamma = 0\n",
-      "v = 305259788.5454565 > c, setting 1/gamma = 0\n",
-      "v = 313999117.77273375 > c, setting 1/gamma = 0\n",
-      "v = 353109170.0994309 > c, setting 1/gamma = 0\n",
-      "v = 304724663.1894953 > c, setting 1/gamma = 0\n",
-      "v = 344509492.77463144 > c, setting 1/gamma = 0\n",
-      "v = 335023298.17926157 > c, setting 1/gamma = 0\n",
-      "v = 318657086.75293654 > c, setting 1/gamma = 0\n",
-      "v = 356852786.1848996 > c, setting 1/gamma = 0\n",
-      "v = 304003628.4972125 > c, setting 1/gamma = 0\n",
-      "v = 342720490.65906113 > c, setting 1/gamma = 0\n",
-      "v = 301707265.4164032 > c, setting 1/gamma = 0\n",
-      "v = 305688560.20623106 > c, setting 1/gamma = 0\n",
-      "v = 344599260.4576784 > c, setting 1/gamma = 0\n",
-      "v = 319080953.23976874 > c, setting 1/gamma = 0\n",
-      "v = 356171838.7845245 > c, setting 1/gamma = 0\n",
-      "v = 332242997.73008305 > c, setting 1/gamma = 0\n",
-      "v = 307759079.35932404 > c, setting 1/gamma = 0\n",
-      "v = 346148760.3066243 > c, setting 1/gamma = 0\n",
-      "v = 318648475.8716012 > c, setting 1/gamma = 0\n",
-      "v = 354565632.03134835 > c, setting 1/gamma = 0\n",
-      "v = 307082750.4388666 > c, setting 1/gamma = 0\n",
-      "v = 310787316.9364682 > c, setting 1/gamma = 0\n",
-      "v = 350380750.04833925 > c, setting 1/gamma = 0\n",
-      "v = 318233193.611196 > c, setting 1/gamma = 0\n",
-      "v = 354929906.1276704 > c, setting 1/gamma = 0\n",
-      "v = 301540366.71862495 > c, setting 1/gamma = 0\n",
-      "v = 312304383.46753746 > c, setting 1/gamma = 0\n",
-      "v = 314997981.86009514 > c, setting 1/gamma = 0\n",
-      "v = 351792989.6187107 > c, setting 1/gamma = 0\n",
-      "v = 307815970.6108271 > c, setting 1/gamma = 0\n",
-      "v = 341579048.9735918 > c, setting 1/gamma = 0\n",
-      "v = 301596888.9021832 > c, setting 1/gamma = 0\n",
-      "v = 339177321.4604054 > c, setting 1/gamma = 0\n",
-      "v = 317700166.4251084 > c, setting 1/gamma = 0\n",
-      "v = 352282139.1905752 > c, setting 1/gamma = 0\n",
-      "v = 308293092.3839591 > c, setting 1/gamma = 0\n",
-      "v = 322234913.72493345 > c, setting 1/gamma = 0\n",
-      "v = 303637056.7663271 > c, setting 1/gamma = 0\n",
-      "v = 338221253.89183146 > c, setting 1/gamma = 0\n",
-      "v = 304634688.12722254 > c, setting 1/gamma = 0\n",
-      "v = 337238998.99053955 > c, setting 1/gamma = 0\n",
-      "v = 311174915.516275 > c, setting 1/gamma = 0\n",
-      "v = 306162257.7087475 > c, setting 1/gamma = 0\n",
-      "v = 314576166.36958927 > c, setting 1/gamma = 0\n",
-      "v = 311080783.7746528 > c, setting 1/gamma = 0\n",
-      "v = 315772506.45903575 > c, setting 1/gamma = 0\n",
-      "v = 314423579.1787808 > c, setting 1/gamma = 0\n",
-      "v = 310158426.2100754 > c, setting 1/gamma = 0\n",
-      "v = 306925101.0803608 > c, setting 1/gamma = 0\n",
-      "v = 310495090.4320546 > c, setting 1/gamma = 0\n",
-      "v = 339667366.5365127 > c, setting 1/gamma = 0\n",
-      "v = 304838067.1818763 > c, setting 1/gamma = 0\n",
-      "v = 344101132.00619197 > c, setting 1/gamma = 0\n",
-      "v = 317658685.6087824 > c, setting 1/gamma = 0\n",
-      "v = 350740743.9789806 > c, setting 1/gamma = 0\n",
-      "v = 303941056.44979495 > c, setting 1/gamma = 0\n",
-      "v = 336567956.4482109 > c, setting 1/gamma = 0\n",
-      "v = 303447293.2099391 > c, setting 1/gamma = 0\n",
-      "v = 340303078.5362427 > c, setting 1/gamma = 0\n",
-      "v = 309208822.388464 > c, setting 1/gamma = 0\n",
-      "v = 342590762.3990795 > c, setting 1/gamma = 0\n",
-      "v = 307497619.0757843 > c, setting 1/gamma = 0\n",
-      "v = 344017869.039059 > c, setting 1/gamma = 0\n",
-      "v = 305255715.11382836 > c, setting 1/gamma = 0\n",
-      "v = 337814208.7714921 > c, setting 1/gamma = 0\n",
-      "v = 306260297.4516365 > c, setting 1/gamma = 0\n",
-      "v = 340698771.0461069 > c, setting 1/gamma = 0\n",
-      "v = 324362703.4310935 > c, setting 1/gamma = 0\n",
-      "v = 357141819.64320326 > c, setting 1/gamma = 0\n",
-      "v = 314870754.87679774 > c, setting 1/gamma = 0\n",
-      "v = 348109696.8704841 > c, setting 1/gamma = 0\n",
-      "v = 305111581.53051394 > c, setting 1/gamma = 0\n",
-      "v = 304611375.068985 > c, setting 1/gamma = 0\n",
-      "v = 334520190.18435884 > c, setting 1/gamma = 0\n",
-      "v = 317140871.6936679 > c, setting 1/gamma = 0\n",
-      "v = 312460165.1589027 > c, setting 1/gamma = 0\n",
-      "v = 343670971.954695 > c, setting 1/gamma = 0\n",
-      "v = 342085252.2137638 > c, setting 1/gamma = 0\n",
-      "v = 368583138.80734754 > c, setting 1/gamma = 0\n",
-      "v = 305251622.97931296 > c, setting 1/gamma = 0\n",
-      "v = 317987785.6435698 > c, setting 1/gamma = 0\n",
-      "v = 348308049.9518546 > c, setting 1/gamma = 0\n",
-      "v = 324230683.6963783 > c, setting 1/gamma = 0\n",
-      "v = 364418201.9035839 > c, setting 1/gamma = 0\n",
-      "v = 300313525.3404652 > c, setting 1/gamma = 0\n",
-      "v = 303840591.46324146 > c, setting 1/gamma = 0\n",
-      "v = 340301359.5173123 > c, setting 1/gamma = 0\n",
-      "v = 322451104.0877758 > c, setting 1/gamma = 0\n",
-      "v = 305686179.67349935 > c, setting 1/gamma = 0\n",
-      "v = 332344435.49707085 > c, setting 1/gamma = 0\n",
-      "v = 367618489.4972636 > c, setting 1/gamma = 0\n",
-      "v = 337526450.308986 > c, setting 1/gamma = 0\n",
-      "v = 377394925.6855155 > c, setting 1/gamma = 0\n",
-      "v = 302669864.57562196 > c, setting 1/gamma = 0\n",
-      "v = 334854794.6174044 > c, setting 1/gamma = 0\n",
-      "v = 303892980.33336323 > c, setting 1/gamma = 0\n",
-      "v = 334276000.06570303 > c, setting 1/gamma = 0\n",
-      "v = 310764550.3072595 > c, setting 1/gamma = 0\n",
-      "v = 344035135.4311558 > c, setting 1/gamma = 0\n",
-      "v = 308726951.4133442 > c, setting 1/gamma = 0\n",
-      "v = 338877677.5651652 > c, setting 1/gamma = 0\n",
-      "v = 316283218.8695314 > c, setting 1/gamma = 0\n",
-      "v = 355320128.94348705 > c, setting 1/gamma = 0\n",
-      "v = 309475219.91206425 > c, setting 1/gamma = 0\n",
-      "v = 326997111.2307777 > c, setting 1/gamma = 0\n",
-      "v = 358915362.6241639 > c, setting 1/gamma = 0\n",
-      "v = 317742608.06282294 > c, setting 1/gamma = 0\n",
-      "v = 310100722.0187417 > c, setting 1/gamma = 0\n",
-      "v = 344461086.9625937 > c, setting 1/gamma = 0\n",
-      "v = 347301719.2126457 > c, setting 1/gamma = 0\n",
-      "v = 378188910.74570113 > c, setting 1/gamma = 0\n",
-      "v = 341116861.5822319 > c, setting 1/gamma = 0\n",
-      "v = 376945616.05111635 > c, setting 1/gamma = 0\n",
-      "v = 326761206.60277396 > c, setting 1/gamma = 0\n",
-      "v = 368135246.11634505 > c, setting 1/gamma = 0\n",
-      "v = 302197857.7812282 > c, setting 1/gamma = 0\n",
-      "v = 313285074.7674442 > c, setting 1/gamma = 0\n",
-      "v = 357524350.2765368 > c, setting 1/gamma = 0\n",
-      "v = 311064902.9138648 > c, setting 1/gamma = 0\n",
-      "v = 300802544.61921054 > c, setting 1/gamma = 0\n",
-      "v = 315904758.4163402 > c, setting 1/gamma = 0\n",
-      "v = 353492891.65253353 > c, setting 1/gamma = 0\n",
-      "v = 319520338.5282282 > c, setting 1/gamma = 0\n",
-      "v = 354878112.4164206 > c, setting 1/gamma = 0\n",
-      "v = 310929404.8554353 > c, setting 1/gamma = 0\n",
-      "v = 329410687.1356659 > c, setting 1/gamma = 0\n",
-      "v = 361671298.37831944 > c, setting 1/gamma = 0\n",
-      "v = 317380653.066826 > c, setting 1/gamma = 0\n",
-      "v = 312905875.5992751 > c, setting 1/gamma = 0\n",
-      "v = 346707725.04577696 > c, setting 1/gamma = 0\n",
-      "v = 300480596.90853584 > c, setting 1/gamma = 0\n",
-      "v = 332138043.97118133 > c, setting 1/gamma = 0\n",
-      "v = 315640957.29205453 > c, setting 1/gamma = 0\n",
-      "v = 350427725.31401986 > c, setting 1/gamma = 0\n",
-      "v = 305099876.38485575 > c, setting 1/gamma = 0\n",
-      "v = 337548209.7694743 > c, setting 1/gamma = 0\n",
-      "v = 325537392.13348466 > c, setting 1/gamma = 0\n",
-      "v = 304296493.9636464 > c, setting 1/gamma = 0\n",
-      "v = 335771004.17575026 > c, setting 1/gamma = 0\n",
-      "v = 306000434.9712657 > c, setting 1/gamma = 0\n",
-      "v = 300059095.92089015 > c, setting 1/gamma = 0\n",
-      "v = 330400696.06454116 > c, setting 1/gamma = 0\n",
-      "v = 303956542.6087866 > c, setting 1/gamma = 0\n",
-      "v = 341018018.3071355 > c, setting 1/gamma = 0\n",
-      "v = 313662592.3050777 > c, setting 1/gamma = 0\n",
-      "v = 346291705.6770345 > c, setting 1/gamma = 0\n",
-      "v = 300983711.9909107 > c, setting 1/gamma = 0\n",
-      "v = 315215888.1657969 > c, setting 1/gamma = 0\n",
-      "v = 306393828.4751079 > c, setting 1/gamma = 0\n",
-      "v = 307745012.91988826 > c, setting 1/gamma = 0\n",
-      "v = 333945990.48172987 > c, setting 1/gamma = 0\n",
-      "v = 347438126.04739743 > c, setting 1/gamma = 0\n",
-      "v = 373258770.11845237 > c, setting 1/gamma = 0\n",
-      "v = 308211820.13585013 > c, setting 1/gamma = 0\n",
-      "v = 336548998.0130367 > c, setting 1/gamma = 0\n",
-      "v = 317554943.5938046 > c, setting 1/gamma = 0\n",
-      "v = 304223733.168082 > c, setting 1/gamma = 0\n",
-      "v = 309761848.77975476 > c, setting 1/gamma = 0\n",
-      "v = 339213539.89805746 > c, setting 1/gamma = 0\n",
-      "v = 331401900.71396583 > c, setting 1/gamma = 0\n",
-      "v = 364111979.09811896 > c, setting 1/gamma = 0\n",
-      "v = 307836610.92067844 > c, setting 1/gamma = 0\n",
-      "v = 337899852.47366863 > c, setting 1/gamma = 0\n",
-      "v = 320721588.74027646 > c, setting 1/gamma = 0\n",
-      "v = 353785768.63914686 > c, setting 1/gamma = 0\n",
-      "v = 325085025.68371093 > c, setting 1/gamma = 0\n",
-      "v = 354625645.2978009 > c, setting 1/gamma = 0\n",
-      "v = 306130326.982283 > c, setting 1/gamma = 0\n",
-      "v = 341084172.35032713 > c, setting 1/gamma = 0\n",
-      "v = 301604804.4666648 > c, setting 1/gamma = 0\n",
-      "v = 332788227.3757476 > c, setting 1/gamma = 0\n",
-      "v = 317326264.2538232 > c, setting 1/gamma = 0\n",
-      "v = 351697187.43738806 > c, setting 1/gamma = 0\n",
-      "v = 312694254.53192973 > c, setting 1/gamma = 0\n",
-      "v = 342357883.2459955 > c, setting 1/gamma = 0\n",
-      "v = 329681167.10946864 > c, setting 1/gamma = 0\n",
-      "v = 364103670.6357995 > c, setting 1/gamma = 0\n",
-      "v = 347202688.8145605 > c, setting 1/gamma = 0\n",
-      "v = 384461011.0455764 > c, setting 1/gamma = 0\n",
-      "v = 300984483.5069219 > c, setting 1/gamma = 0\n",
-      "v = 306117021.8896306 > c, setting 1/gamma = 0\n",
-      "v = 301593275.3594143 > c, setting 1/gamma = 0\n",
-      "v = 330954848.4336863 > c, setting 1/gamma = 0\n",
-      "v = 361488739.1287827 > c, setting 1/gamma = 0\n",
-      "v = 320369675.0859713 > c, setting 1/gamma = 0\n",
-      "v = 309337585.32526195 > c, setting 1/gamma = 0\n",
-      "v = 315218455.0516094 > c, setting 1/gamma = 0\n",
-      "v = 346961897.7406869 > c, setting 1/gamma = 0\n",
-      "v = 303475050.4219499 > c, setting 1/gamma = 0\n",
-      "v = 333785649.8369421 > c, setting 1/gamma = 0\n",
-      "v = 337386874.22259283 > c, setting 1/gamma = 0\n",
-      "v = 367133158.1383487 > c, setting 1/gamma = 0\n",
-      "v = 308578151.9275126 > c, setting 1/gamma = 0\n",
-      "v = 330955619.47013134 > c, setting 1/gamma = 0\n",
-      "v = 357415459.25720334 > c, setting 1/gamma = 0\n",
-      "v = 309699681.1035411 > c, setting 1/gamma = 0\n",
-      "v = 360828964.81501323 > c, setting 1/gamma = 0\n",
-      "v = 395909286.2072888 > c, setting 1/gamma = 0\n",
-      "v = 310074190.22963494 > c, setting 1/gamma = 0\n",
-      "v = 346580214.6813681 > c, setting 1/gamma = 0\n",
-      "v = 376762307.3554528 > c, setting 1/gamma = 0\n",
-      "v = 323025964.47892773 > c, setting 1/gamma = 0\n",
-      "v = 357546686.2985974 > c, setting 1/gamma = 0\n",
-      "v = 307746963.2519473 > c, setting 1/gamma = 0\n",
-      "v = 363321656.9715836 > c, setting 1/gamma = 0\n",
-      "v = 389404080.5656385 > c, setting 1/gamma = 0\n",
-      "v = 403223423.9220021 > c, setting 1/gamma = 0\n",
-      "v = 423660984.51632583 > c, setting 1/gamma = 0\n",
-      "v = 309406614.30704033 > c, setting 1/gamma = 0\n",
-      "v = 325645389.1570249 > c, setting 1/gamma = 0\n",
-      "v = 332285602.7176339 > c, setting 1/gamma = 0\n",
-      "v = 356677766.2593176 > c, setting 1/gamma = 0\n",
-      "v = 329871550.551363 > c, setting 1/gamma = 0\n",
-      "v = 365652159.25761276 > c, setting 1/gamma = 0\n",
-      "v = 301616603.5482778 > c, setting 1/gamma = 0\n",
-      "v = 310711184.82240987 > c, setting 1/gamma = 0\n",
-      "v = 307303637.59228957 > c, setting 1/gamma = 0\n",
-      "v = 333408039.7889662 > c, setting 1/gamma = 0\n",
-      "v = 358354488.04180694 > c, setting 1/gamma = 0\n",
-      "v = 379155769.4890399 > c, setting 1/gamma = 0\n",
-      "v = 304930263.1212832 > c, setting 1/gamma = 0\n",
-      "v = 434061268.3683412 > c, setting 1/gamma = 0\n",
-      "v = 434857958.7959925 > c, setting 1/gamma = 0\n",
-      "v = 316937740.3232528 > c, setting 1/gamma = 0\n",
-      "v = 353903779.3882215 > c, setting 1/gamma = 0\n",
-      "v = 338471774.6008434 > c, setting 1/gamma = 0\n",
-      "v = 372896077.4024436 > c, setting 1/gamma = 0\n",
-      "v = 339429831.68637437 > c, setting 1/gamma = 0\n",
-      "v = 375413210.147914 > c, setting 1/gamma = 0\n",
-      "v = 350891497.41496587 > c, setting 1/gamma = 0\n",
-      "v = 387607363.7904145 > c, setting 1/gamma = 0\n",
-      "v = 320273151.5853674 > c, setting 1/gamma = 0\n",
-      "v = 363101732.0487558 > c, setting 1/gamma = 0\n",
-      "v = 302624678.1960926 > c, setting 1/gamma = 0\n",
-      "v = 321943919.9726599 > c, setting 1/gamma = 0\n",
-      "v = 359187944.6010059 > c, setting 1/gamma = 0\n",
-      "v = 330457093.0932056 > c, setting 1/gamma = 0\n",
-      "v = 367812138.3278082 > c, setting 1/gamma = 0\n",
-      "v = 343174237.354364 > c, setting 1/gamma = 0\n",
-      "v = 379838014.78717893 > c, setting 1/gamma = 0\n",
-      "v = 326304246.2584191 > c, setting 1/gamma = 0\n",
-      "v = 363454431.1853496 > c, setting 1/gamma = 0\n",
-      "v = 313291750.72366214 > c, setting 1/gamma = 0\n",
-      "v = 347842638.61391777 > c, setting 1/gamma = 0\n",
-      "v = 305663878.79851466 > c, setting 1/gamma = 0\n",
-      "v = 303789740.2529053 > c, setting 1/gamma = 0\n",
-      "v = 326723320.8342507 > c, setting 1/gamma = 0\n",
-      "v = 354167178.5287836 > c, setting 1/gamma = 0\n",
-      "v = 312023455.9691291 > c, setting 1/gamma = 0\n",
-      "v = 350612580.6809451 > c, setting 1/gamma = 0\n",
-      "v = 375880857.65126544 > c, setting 1/gamma = 0\n",
-      "v = 313327972.58328223 > c, setting 1/gamma = 0\n",
-      "v = 375284655.0722518 > c, setting 1/gamma = 0\n",
-      "v = 400245240.0754953 > c, setting 1/gamma = 0\n",
-      "v = 330057661.08997756 > c, setting 1/gamma = 0\n",
-      "v = 364406532.8096854 > c, setting 1/gamma = 0\n",
-      "v = 308805503.2715758 > c, setting 1/gamma = 0\n",
-      "v = 339492390.3192793 > c, setting 1/gamma = 0\n",
-      "v = 307037128.4825673 > c, setting 1/gamma = 0\n",
-      "v = 345535714.2813217 > c, setting 1/gamma = 0\n",
-      "v = 326511485.3414801 > c, setting 1/gamma = 0\n",
-      "v = 368082223.29789644 > c, setting 1/gamma = 0\n",
-      "v = 309177579.7350856 > c, setting 1/gamma = 0\n",
-      "v = 333721717.6122819 > c, setting 1/gamma = 0\n",
-      "v = 370804573.0856322 > c, setting 1/gamma = 0\n",
-      "v = 319074339.75068027 > c, setting 1/gamma = 0\n",
-      "v = 353969556.2915123 > c, setting 1/gamma = 0\n",
-      "v = 302171072.57471627 > c, setting 1/gamma = 0\n",
-      "v = 334529760.738536 > c, setting 1/gamma = 0\n",
-      "v = 312929846.9872933 > c, setting 1/gamma = 0\n",
-      "v = 347813271.89502573 > c, setting 1/gamma = 0\n",
-      "v = 375939960.2667934 > c, setting 1/gamma = 0\n",
-      "v = 316426091.0767417 > c, setting 1/gamma = 0\n",
-      "v = 354074091.9567384 > c, setting 1/gamma = 0\n",
-      "v = 382442598.69027394 > c, setting 1/gamma = 0\n",
-      "v = 393507760.70425355 > c, setting 1/gamma = 0\n",
-      "v = 415664575.55647445 > c, setting 1/gamma = 0\n",
-      "v = 302128900.20123076 > c, setting 1/gamma = 0\n",
-      "v = 331724865.2869161 > c, setting 1/gamma = 0\n",
-      "v = 342401691.4200454 > c, setting 1/gamma = 0\n",
-      "v = 371954658.8382374 > c, setting 1/gamma = 0\n",
-      "v = 319040804.46083635 > c, setting 1/gamma = 0\n",
-      "v = 340694436.18033713 > c, setting 1/gamma = 0\n",
-      "v = 372334882.4461578 > c, setting 1/gamma = 0\n",
-      "v = 383263441.8627063 > c, setting 1/gamma = 0\n",
-      "v = 410298558.5894284 > c, setting 1/gamma = 0\n",
-      "v = 301482156.91483575 > c, setting 1/gamma = 0\n",
-      "v = 315539414.87580866 > c, setting 1/gamma = 0\n",
-      "v = 347634544.31936175 > c, setting 1/gamma = 0\n",
-      "v = 323456610.44045424 > c, setting 1/gamma = 0\n",
-      "v = 304402020.91985035 > c, setting 1/gamma = 0\n",
-      "v = 333462131.7994468 > c, setting 1/gamma = 0\n",
-      "v = 341574340.0945764 > c, setting 1/gamma = 0\n",
-      "v = 370683300.1875091 > c, setting 1/gamma = 0\n",
-      "v = 318061596.2980984 > c, setting 1/gamma = 0\n",
-      "v = 356669668.9299925 > c, setting 1/gamma = 0\n",
-      "v = 384316582.2864103 > c, setting 1/gamma = 0\n",
-      "v = 396550553.4192676 > c, setting 1/gamma = 0\n",
-      "v = 418915016.3951239 > c, setting 1/gamma = 0\n",
-      "v = 303467675.37994224 > c, setting 1/gamma = 0\n",
-      "v = 372289820.98675305 > c, setting 1/gamma = 0\n",
-      "v = 401008757.12808937 > c, setting 1/gamma = 0\n",
-      "v = 318804362.5481988 > c, setting 1/gamma = 0\n",
-      "v = 320014615.64516485 > c, setting 1/gamma = 0\n",
-      "v = 360518576.392678 > c, setting 1/gamma = 0\n",
-      "v = 317134979.5546087 > c, setting 1/gamma = 0\n",
-      "v = 362444900.6303189 > c, setting 1/gamma = 0\n",
-      "v = 324805318.1727199 > c, setting 1/gamma = 0\n",
-      "v = 316297850.3980069 > c, setting 1/gamma = 0\n",
-      "v = 347469848.1771907 > c, setting 1/gamma = 0\n",
-      "v = 330536581.89129925 > c, setting 1/gamma = 0\n",
-      "v = 362275885.567643 > c, setting 1/gamma = 0\n",
-      "v = 302338609.04681826 > c, setting 1/gamma = 0\n",
-      "v = 341304947.7455757 > c, setting 1/gamma = 0\n",
-      "v = 367313664.1740737 > c, setting 1/gamma = 0\n",
-      "v = 308515385.8757908 > c, setting 1/gamma = 0\n",
-      "v = 342200765.09106797 > c, setting 1/gamma = 0\n",
-      "v = 305057624.3250417 > c, setting 1/gamma = 0\n",
-      "v = 335389533.0171213 > c, setting 1/gamma = 0\n",
-      "v = 359924289.8184175 > c, setting 1/gamma = 0\n",
-      "v = 387671846.6400546 > c, setting 1/gamma = 0\n",
-      "v = 346675297.18248254 > c, setting 1/gamma = 0\n",
-      "v = 377805278.88299716 > c, setting 1/gamma = 0\n",
-      "v = 326166328.1085674 > c, setting 1/gamma = 0\n",
-      "v = 357144694.7087486 > c, setting 1/gamma = 0\n",
-      "v = 319590322.06810606 > c, setting 1/gamma = 0\n",
-      "v = 301947645.48019123 > c, setting 1/gamma = 0\n",
-      "v = 331528620.2885982 > c, setting 1/gamma = 0\n",
-      "v = 337438853.0092826 > c, setting 1/gamma = 0\n",
-      "v = 365359473.18579584 > c, setting 1/gamma = 0\n",
-      "v = 359329472.2224986 > c, setting 1/gamma = 0\n",
-      "v = 387967895.3996578 > c, setting 1/gamma = 0\n",
-      "v = 385241401.2551663 > c, setting 1/gamma = 0\n",
-      "v = 412654202.7240571 > c, setting 1/gamma = 0\n",
-      "v = 303505721.4488064 > c, setting 1/gamma = 0\n",
-      "v = 333097224.0076485 > c, setting 1/gamma = 0\n",
-      "v = 321567853.2757999 > c, setting 1/gamma = 0\n",
-      "v = 355880752.8647876 > c, setting 1/gamma = 0\n",
-      "v = 379054009.59997666 > c, setting 1/gamma = 0\n",
-      "v = 310374612.81746864 > c, setting 1/gamma = 0\n",
-      "v = 383280463.5173064 > c, setting 1/gamma = 0\n",
-      "v = 399980549.9307551 > c, setting 1/gamma = 0\n",
-      "v = 470938629.3530523 > c, setting 1/gamma = 0\n",
-      "v = 458822463.8872999 > c, setting 1/gamma = 0\n",
-      "v = 316304302.8590003 > c, setting 1/gamma = 0\n",
-      "v = 322365127.02606755 > c, setting 1/gamma = 0\n",
-      "v = 350283541.183492 > c, setting 1/gamma = 0\n",
-      "v = 332228110.92026913 > c, setting 1/gamma = 0\n",
-      "v = 364786749.53026 > c, setting 1/gamma = 0\n",
-      "v = 399037682.79769474 > c, setting 1/gamma = 0\n",
-      "v = 416632936.5525187 > c, setting 1/gamma = 0\n",
-      "v = 394706668.42283726 > c, setting 1/gamma = 0\n",
-      "v = 421873609.3232169 > c, setting 1/gamma = 0\n",
-      "v = 379568411.5626265 > c, setting 1/gamma = 0\n",
-      "v = 403434440.3209999 > c, setting 1/gamma = 0\n",
-      "v = 330950521.6820831 > c, setting 1/gamma = 0\n",
-      "v = 367449222.7255164 > c, setting 1/gamma = 0\n",
-      "v = 348666577.5473087 > c, setting 1/gamma = 0\n",
-      "v = 382373918.02611214 > c, setting 1/gamma = 0\n",
-      "v = 380085229.8766953 > c, setting 1/gamma = 0\n",
-      "v = 408497601.59808767 > c, setting 1/gamma = 0\n",
-      "v = 362526654.6575372 > c, setting 1/gamma = 0\n",
-      "v = 400983635.6037624 > c, setting 1/gamma = 0\n",
-      "v = 310663503.61498237 > c, setting 1/gamma = 0\n",
-      "v = 339822779.6145403 > c, setting 1/gamma = 0\n",
-      "v = 374858132.9564201 > c, setting 1/gamma = 0\n",
-      "v = 397466818.5067555 > c, setting 1/gamma = 0\n",
-      "v = 407251307.1821154 > c, setting 1/gamma = 0\n",
-      "v = 420681259.13888335 > c, setting 1/gamma = 0\n",
-      "v = 425116427.16438144 > c, setting 1/gamma = 0\n",
-      "v = 441014140.25919133 > c, setting 1/gamma = 0\n",
-      "v = 309582785.1419815 > c, setting 1/gamma = 0\n",
-      "v = 311129619.02006394 > c, setting 1/gamma = 0\n",
-      "v = 341412908.1157812 > c, setting 1/gamma = 0\n",
-      "v = 332232098.39441925 > c, setting 1/gamma = 0\n",
-      "v = 366363784.01676995 > c, setting 1/gamma = 0\n",
-      "v = 404638060.05169624 > c, setting 1/gamma = 0\n",
-      "v = 423353865.806576 > c, setting 1/gamma = 0\n",
-      "v = 345070227.5971194 > c, setting 1/gamma = 0\n",
-      "v = 385333650.6819322 > c, setting 1/gamma = 0\n",
-      "v = 313247920.8103742 > c, setting 1/gamma = 0\n",
-      "v = 353266366.77216053 > c, setting 1/gamma = 0\n",
-      "v = 386222979.57296216 > c, setting 1/gamma = 0\n",
-      "v = 356511373.87921864 > c, setting 1/gamma = 0\n",
-      "v = 386019069.8501355 > c, setting 1/gamma = 0\n",
-      "v = 357323774.89161 > c, setting 1/gamma = 0\n",
-      "v = 387114042.45601714 > c, setting 1/gamma = 0\n",
-      "v = 355651080.94457096 > c, setting 1/gamma = 0\n",
-      "v = 387825946.5507414 > c, setting 1/gamma = 0\n",
-      "v = 364432386.6563789 > c, setting 1/gamma = 0\n",
-      "v = 397389871.1791206 > c, setting 1/gamma = 0\n",
-      "v = 338253620.56006545 > c, setting 1/gamma = 0\n",
-      "v = 377810310.4747933 > c, setting 1/gamma = 0\n",
-      "v = 306614170.53085953 > c, setting 1/gamma = 0\n",
-      "v = 310613849.44022393 > c, setting 1/gamma = 0\n",
-      "v = 345613406.98474276 > c, setting 1/gamma = 0\n",
-      "v = 317610961.5407871 > c, setting 1/gamma = 0\n",
-      "v = 352705099.4097076 > c, setting 1/gamma = 0\n",
-      "v = 317470568.3543163 > c, setting 1/gamma = 0\n",
-      "v = 350371746.5037159 > c, setting 1/gamma = 0\n",
-      "v = 318128080.6948629 > c, setting 1/gamma = 0\n",
-      "v = 312439429.3481341 > c, setting 1/gamma = 0\n",
-      "v = 349210957.3182402 > c, setting 1/gamma = 0\n",
-      "v = 376397829.69731957 > c, setting 1/gamma = 0\n",
-      "v = 398417641.73966616 > c, setting 1/gamma = 0\n",
-      "v = 337797905.1047042 > c, setting 1/gamma = 0\n",
-      "v = 366168510.15785354 > c, setting 1/gamma = 0\n",
-      "v = 301515666.1107847 > c, setting 1/gamma = 0\n",
-      "v = 420656470.6436387 > c, setting 1/gamma = 0\n",
-      "v = 436540196.86977446 > c, setting 1/gamma = 0\n",
-      "v = 313124181.34605795 > c, setting 1/gamma = 0\n",
-      "v = 364903928.1982319 > c, setting 1/gamma = 0\n",
-      "v = 391027935.36620265 > c, setting 1/gamma = 0\n",
-      "v = 347423435.67054796 > c, setting 1/gamma = 0\n",
-      "v = 372670480.24319875 > c, setting 1/gamma = 0\n",
-      "v = 323253606.8070518 > c, setting 1/gamma = 0\n",
-      "v = 355172124.49946886 > c, setting 1/gamma = 0\n",
-      "v = 310894528.9103652 > c, setting 1/gamma = 0\n",
-      "v = 357038174.95235085 > c, setting 1/gamma = 0\n",
-      "v = 384075219.93543285 > c, setting 1/gamma = 0\n",
-      "v = 342222098.26524955 > c, setting 1/gamma = 0\n",
-      "v = 366989384.79230464 > c, setting 1/gamma = 0\n",
-      "v = 303570499.7052495 > c, setting 1/gamma = 0\n",
-      "v = 333776666.55059934 > c, setting 1/gamma = 0\n",
-      "v = 305576726.3630003 > c, setting 1/gamma = 0\n",
-      "v = 325603896.65208095 > c, setting 1/gamma = 0\n",
-      "v = 351881105.75615245 > c, setting 1/gamma = 0\n",
-      "v = 310139761.0187207 > c, setting 1/gamma = 0\n",
-      "v = 344592600.9890012 > c, setting 1/gamma = 0\n",
-      "v = 372952963.4104619 > c, setting 1/gamma = 0\n",
-      "v = 392334613.23256415 > c, setting 1/gamma = 0\n",
-      "v = 306571474.54203105 > c, setting 1/gamma = 0\n",
-      "v = 335004057.7763618 > c, setting 1/gamma = 0\n",
-      "v = 315859145.4980167 > c, setting 1/gamma = 0\n",
-      "v = 357791672.1511397 > c, setting 1/gamma = 0\n",
-      "v = 383716719.7645499 > c, setting 1/gamma = 0\n",
-      "v = 301066925.7974621 > c, setting 1/gamma = 0\n",
-      "v = 328350403.5325184 > c, setting 1/gamma = 0\n",
-      "v = 375091623.29875 > c, setting 1/gamma = 0\n",
-      "v = 395106652.2292285 > c, setting 1/gamma = 0\n",
-      "v = 347184330.2947306 > c, setting 1/gamma = 0\n",
-      "v = 372859199.8424511 > c, setting 1/gamma = 0\n",
-      "v = 301406715.88871485 > c, setting 1/gamma = 0\n",
-      "v = 330148865.0067845 > c, setting 1/gamma = 0\n",
-      "v = 323019453.6152112 > c, setting 1/gamma = 0\n",
-      "v = 365516502.4413529 > c, setting 1/gamma = 0\n",
-      "v = 391605747.94546694 > c, setting 1/gamma = 0\n",
-      "v = 377226854.4976136 > c, setting 1/gamma = 0\n",
-      "v = 402710471.69906044 > c, setting 1/gamma = 0\n",
-      "v = 425552161.0076788 > c, setting 1/gamma = 0\n",
-      "v = 443146930.8741197 > c, setting 1/gamma = 0\n",
-      "v = 306670555.77303237 > c, setting 1/gamma = 0\n",
-      "v = 338469592.46383387 > c, setting 1/gamma = 0\n",
-      "v = 301227173.7529493 > c, setting 1/gamma = 0\n",
-      "v = 326194679.3453232 > c, setting 1/gamma = 0\n",
-      "v = 350684152.06467444 > c, setting 1/gamma = 0\n",
-      "v = 362505846.51329315 > c, setting 1/gamma = 0\n",
-      "v = 388387142.3001467 > c, setting 1/gamma = 0\n",
-      "v = 377521531.86124885 > c, setting 1/gamma = 0\n",
-      "v = 406739231.9601947 > c, setting 1/gamma = 0\n",
-      "v = 301457152.2011996 > c, setting 1/gamma = 0\n",
-      "v = 331037126.00819325 > c, setting 1/gamma = 0\n",
-      "v = 396343979.0924307 > c, setting 1/gamma = 0\n",
-      "v = 416574866.78656375 > c, setting 1/gamma = 0\n",
-      "v = 302080085.57048947 > c, setting 1/gamma = 0\n",
-      "v = 340641065.18160796 > c, setting 1/gamma = 0\n",
-      "v = 349058247.7458965 > c, setting 1/gamma = 0\n",
-      "v = 385183069.2353329 > c, setting 1/gamma = 0\n",
-      "v = 326580176.3318976 > c, setting 1/gamma = 0\n",
-      "v = 370016493.90339464 > c, setting 1/gamma = 0\n",
-      "v = 305407074.02689326 > c, setting 1/gamma = 0\n",
-      "v = 323841247.9473741 > c, setting 1/gamma = 0\n",
-      "v = 352881237.8816337 > c, setting 1/gamma = 0\n",
-      "v = 317622555.08040595 > c, setting 1/gamma = 0\n",
-      "v = 360759690.37543833 > c, setting 1/gamma = 0\n",
-      "v = 384428049.6993997 > c, setting 1/gamma = 0\n",
-      "v = 307743244.5367017 > c, setting 1/gamma = 0\n",
-      "v = 334650802.15513194 > c, setting 1/gamma = 0\n",
-      "v = 386811114.05243945 > c, setting 1/gamma = 0\n",
-      "v = 404794743.8465341 > c, setting 1/gamma = 0\n",
-      "v = 420369647.79051113 > c, setting 1/gamma = 0\n",
-      "v = 437399958.3941525 > c, setting 1/gamma = 0\n",
-      "v = 301310531.6213669 > c, setting 1/gamma = 0\n",
-      "v = 331402694.9092019 > c, setting 1/gamma = 0\n",
-      "v = 364356821.4065058 > c, setting 1/gamma = 0\n",
-      "v = 388276439.2185154 > c, setting 1/gamma = 0\n",
-      "v = 315262495.79007554 > c, setting 1/gamma = 0\n",
-      "v = 342952764.70070595 > c, setting 1/gamma = 0\n",
-      "v = 392419561.19352657 > c, setting 1/gamma = 0\n",
-      "v = 409791730.46042883 > c, setting 1/gamma = 0\n",
-      "v = 386439051.8535166 > c, setting 1/gamma = 0\n",
-      "v = 413345204.26833403 > c, setting 1/gamma = 0\n",
-      "v = 301899706.2100792 > c, setting 1/gamma = 0\n",
-      "v = 344475908.0815673 > c, setting 1/gamma = 0\n",
-      "v = 371677993.8499763 > c, setting 1/gamma = 0\n",
-      "v = 307947136.74844176 > c, setting 1/gamma = 0\n",
-      "v = 328351098.1200336 > c, setting 1/gamma = 0\n",
-      "v = 353102215.89991194 > c, setting 1/gamma = 0\n",
-      "v = 368786542.34464365 > c, setting 1/gamma = 0\n",
-      "v = 393577605.2878469 > c, setting 1/gamma = 0\n",
-      "v = 379756469.34086233 > c, setting 1/gamma = 0\n",
-      "v = 407858277.53251994 > c, setting 1/gamma = 0\n",
-      "v = 355569502.09955645 > c, setting 1/gamma = 0\n",
-      "v = 380488239.6865205 > c, setting 1/gamma = 0\n",
-      "v = 302574584.93202925 > c, setting 1/gamma = 0\n",
-      "v = 330288370.3632508 > c, setting 1/gamma = 0\n",
-      "v = 364896238.01697284 > c, setting 1/gamma = 0\n",
-      "v = 384631656.0001478 > c, setting 1/gamma = 0\n",
-      "v = 311429584.0802568 > c, setting 1/gamma = 0\n",
-      "v = 416274902.7473148 > c, setting 1/gamma = 0\n",
-      "v = 424966143.7002266 > c, setting 1/gamma = 0\n",
-      "v = 316117789.3183547 > c, setting 1/gamma = 0\n",
-      "v = 354625931.90043074 > c, setting 1/gamma = 0\n",
-      "v = 315586300.76610774 > c, setting 1/gamma = 0\n",
-      "v = 354131818.0536897 > c, setting 1/gamma = 0\n",
-      "v = 388983806.9355905 > c, setting 1/gamma = 0\n",
-      "v = 416523082.0573824 > c, setting 1/gamma = 0\n",
-      "v = 312491620.48204947 > c, setting 1/gamma = 0\n",
-      "v = 357434431.605589 > c, setting 1/gamma = 0\n",
-      "v = 314787209.31765795 > c, setting 1/gamma = 0\n",
-      "v = 347628395.9695055 > c, setting 1/gamma = 0\n",
-      "v = 318375384.58751905 > c, setting 1/gamma = 0\n",
-      "v = 390097380.8684665 > c, setting 1/gamma = 0\n",
-      "v = 419277660.00099903 > c, setting 1/gamma = 0\n",
-      "v = 300755523.7733969 > c, setting 1/gamma = 0\n",
-      "v = 349600250.3142419 > c, setting 1/gamma = 0\n",
-      "v = 392265599.0848553 > c, setting 1/gamma = 0\n",
-      "v = 309834251.90348065 > c, setting 1/gamma = 0\n",
-      "v = 342646507.08524466 > c, setting 1/gamma = 0\n",
-      "v = 385991560.13438505 > c, setting 1/gamma = 0\n",
-      "v = 412793679.735348 > c, setting 1/gamma = 0\n",
-      "v = 353179500.420082 > c, setting 1/gamma = 0\n",
-      "v = 389057381.5828044 > c, setting 1/gamma = 0\n",
-      "v = 369314098.8456101 > c, setting 1/gamma = 0\n",
-      "v = 405106716.067314 > c, setting 1/gamma = 0\n",
-      "v = 324736727.4279782 > c, setting 1/gamma = 0\n",
-      "v = 358448975.4711083 > c, setting 1/gamma = 0\n",
-      "v = 304707730.82270193 > c, setting 1/gamma = 0\n",
-      "v = 335904205.39249456 > c, setting 1/gamma = 0\n",
-      "v = 372798562.4761768 > c, setting 1/gamma = 0\n",
-      "v = 401421441.1474273 > c, setting 1/gamma = 0\n",
-      "v = 385805577.7876869 > c, setting 1/gamma = 0\n",
-      "v = 412523195.0094979 > c, setting 1/gamma = 0\n",
-      "v = 369556124.21968544 > c, setting 1/gamma = 0\n",
-      "v = 404587504.81132215 > c, setting 1/gamma = 0\n",
-      "v = 303766959.87384963 > c, setting 1/gamma = 0\n",
-      "v = 339176037.34611005 > c, setting 1/gamma = 0\n",
-      "v = 367860522.4234739 > c, setting 1/gamma = 0\n",
-      "v = 309487913.1483889 > c, setting 1/gamma = 0\n",
-      "v = 338418374.2562854 > c, setting 1/gamma = 0\n",
-      "v = 379664510.4551945 > c, setting 1/gamma = 0\n",
-      "v = 403297742.667334 > c, setting 1/gamma = 0\n",
-      "v = 404211318.5592003 > c, setting 1/gamma = 0\n",
-      "v = 421751232.706895 > c, setting 1/gamma = 0\n",
-      "v = 393352159.440863 > c, setting 1/gamma = 0\n",
-      "v = 420946354.4502736 > c, setting 1/gamma = 0\n",
-      "v = 301416791.1484805 > c, setting 1/gamma = 0\n",
-      "v = 332140285.8091668 > c, setting 1/gamma = 0\n",
-      "v = 331432747.1614697 > c, setting 1/gamma = 0\n",
-      "v = 370432908.04329574 > c, setting 1/gamma = 0\n",
-      "v = 324588722.8256367 > c, setting 1/gamma = 0\n",
-      "v = 362971250.8477412 > c, setting 1/gamma = 0\n",
-      "v = 365682006.2324427 > c, setting 1/gamma = 0\n",
-      "v = 400557960.2973076 > c, setting 1/gamma = 0\n",
-      "v = 314733824.31396085 > c, setting 1/gamma = 0\n",
-      "v = 345593566.79066795 > c, setting 1/gamma = 0\n",
-      "v = 353094996.98041785 > c, setting 1/gamma = 0\n",
-      "v = 377263468.25917584 > c, setting 1/gamma = 0\n",
-      "v = 385776185.8869549 > c, setting 1/gamma = 0\n",
-      "v = 406166368.8609207 > c, setting 1/gamma = 0\n",
-      "v = 404831399.26302326 > c, setting 1/gamma = 0\n",
-      "v = 426315456.45478344 > c, setting 1/gamma = 0\n",
-      "v = 307674488.3689035 > c, setting 1/gamma = 0\n",
-      "v = 336614177.64430285 > c, setting 1/gamma = 0\n",
-      "v = 400732776.74092287 > c, setting 1/gamma = 0\n",
-      "v = 419691082.327718 > c, setting 1/gamma = 0\n",
-      "v = 322605457.8983334 > c, setting 1/gamma = 0\n",
-      "v = 360116287.73925716 > c, setting 1/gamma = 0\n",
-      "v = 368169167.62585706 > c, setting 1/gamma = 0\n",
-      "v = 401133921.2413018 > c, setting 1/gamma = 0\n",
-      "v = 305739550.47043186 > c, setting 1/gamma = 0\n",
-      "v = 336635955.6819278 > c, setting 1/gamma = 0\n",
-      "v = 312527712.2407603 > c, setting 1/gamma = 0\n",
-      "v = 334907178.3944764 > c, setting 1/gamma = 0\n",
-      "v = 360309530.1496417 > c, setting 1/gamma = 0\n",
-      "v = 320265697.45451593 > c, setting 1/gamma = 0\n",
-      "v = 355400564.1442134 > c, setting 1/gamma = 0\n",
-      "v = 352456321.66396433 > c, setting 1/gamma = 0\n",
-      "v = 385752664.9083347 > c, setting 1/gamma = 0\n",
-      "v = 342424364.30588835 > c, setting 1/gamma = 0\n",
-      "v = 383495604.063476 > c, setting 1/gamma = 0\n",
-      "v = 316097150.7676789 > c, setting 1/gamma = 0\n",
-      "v = 346438995.673217 > c, setting 1/gamma = 0\n",
-      "v = 364880259.58301526 > c, setting 1/gamma = 0\n",
-      "v = 386801540.2502327 > c, setting 1/gamma = 0\n",
-      "v = 304328064.66761357 > c, setting 1/gamma = 0\n",
-      "v = 362862905.2766718 > c, setting 1/gamma = 0\n",
-      "v = 383210881.47993445 > c, setting 1/gamma = 0\n",
-      "v = 308649791.999908 > c, setting 1/gamma = 0\n",
-      "v = 335593429.18658936 > c, setting 1/gamma = 0\n",
-      "v = 401678373.4879472 > c, setting 1/gamma = 0\n",
-      "v = 417064251.75941354 > c, setting 1/gamma = 0\n",
-      "v = 386580911.33984804 > c, setting 1/gamma = 0\n",
-      "v = 410557689.54236615 > c, setting 1/gamma = 0\n",
-      "v = 354657920.2618433 > c, setting 1/gamma = 0\n",
-      "v = 390994171.8297469 > c, setting 1/gamma = 0\n",
-      "v = 316162619.5547852 > c, setting 1/gamma = 0\n",
-      "v = 344710206.770435 > c, setting 1/gamma = 0\n",
-      "v = 427831685.52348095 > c, setting 1/gamma = 0\n",
-      "v = 439265211.2610186 > c, setting 1/gamma = 0\n",
-      "v = 320958677.48078406 > c, setting 1/gamma = 0\n",
-      "v = 359635651.62142044 > c, setting 1/gamma = 0\n",
-      "v = 319052766.7987753 > c, setting 1/gamma = 0\n",
-      "v = 359413533.9541387 > c, setting 1/gamma = 0\n",
-      "v = 305489623.05857867 > c, setting 1/gamma = 0\n",
-      "v = 349688714.0976349 > c, setting 1/gamma = 0\n",
-      "v = 312085172.549919 > c, setting 1/gamma = 0\n",
-      "v = 316329692.9490086 > c, setting 1/gamma = 0\n",
-      "v = 344752567.5833271 > c, setting 1/gamma = 0\n",
-      "v = 320466177.5440557 > c, setting 1/gamma = 0\n",
-      "v = 375886527.6518596 > c, setting 1/gamma = 0\n",
-      "v = 395012863.8053194 > c, setting 1/gamma = 0\n",
-      "v = 331252070.06444293 > c, setting 1/gamma = 0\n",
-      "v = 356519393.58610845 > c, setting 1/gamma = 0\n",
-      "v = 355210974.73986197 > c, setting 1/gamma = 0\n",
-      "v = 387777962.1953 > c, setting 1/gamma = 0\n",
-      "v = 300108678.93612 > c, setting 1/gamma = 0\n",
-      "v = 324465949.5372785 > c, setting 1/gamma = 0\n",
-      "v = 351054902.5955551 > c, setting 1/gamma = 0\n",
-      "v = 399465466.8932275 > c, setting 1/gamma = 0\n",
-      "v = 415517490.8230406 > c, setting 1/gamma = 0\n",
-      "v = 362538223.3649746 > c, setting 1/gamma = 0\n",
-      "v = 392211763.53161633 > c, setting 1/gamma = 0\n",
-      "v = 359563497.3850994 > c, setting 1/gamma = 0\n",
-      "v = 394130786.57281125 > c, setting 1/gamma = 0\n",
-      "v = 310255892.4539059 > c, setting 1/gamma = 0\n",
-      "v = 339955982.62764305 > c, setting 1/gamma = 0\n",
-      "v = 353351943.37862754 > c, setting 1/gamma = 0\n",
-      "v = 378454267.2410007 > c, setting 1/gamma = 0\n",
-      "v = 300955677.09923226 > c, setting 1/gamma = 0\n",
-      "v = 318521644.19074255 > c, setting 1/gamma = 0\n",
-      "v = 343378643.57680476 > c, setting 1/gamma = 0\n",
-      "v = 353281721.6137555 > c, setting 1/gamma = 0\n",
-      "v = 379508108.3359902 > c, setting 1/gamma = 0\n",
-      "v = 446139378.3398641 > c, setting 1/gamma = 0\n",
-      "v = 447034599.0614234 > c, setting 1/gamma = 0\n",
-      "v = 301588437.067073 > c, setting 1/gamma = 0\n",
-      "v = 327828377.2192213 > c, setting 1/gamma = 0\n",
-      "v = 312150468.7761847 > c, setting 1/gamma = 0\n",
-      "v = 336835203.36720467 > c, setting 1/gamma = 0\n",
-      "v = 360605520.34676015 > c, setting 1/gamma = 0\n",
-      "v = 380296855.26641536 > c, setting 1/gamma = 0\n",
-      "v = 314333086.90664387 > c, setting 1/gamma = 0\n",
-      "v = 340666470.2888 > c, setting 1/gamma = 0\n",
-      "v = 335163192.27718526 > c, setting 1/gamma = 0\n",
-      "v = 369551810.39831203 > c, setting 1/gamma = 0\n",
-      "v = 320170867.52714103 > c, setting 1/gamma = 0\n",
-      "v = 356768211.0093743 > c, setting 1/gamma = 0\n",
-      "v = 398700304.3298832 > c, setting 1/gamma = 0\n",
-      "v = 419839827.83089536 > c, setting 1/gamma = 0\n",
-      "v = 372566442.66812366 > c, setting 1/gamma = 0\n",
-      "v = 406007995.739478 > c, setting 1/gamma = 0\n",
-      "v = 305014884.60887015 > c, setting 1/gamma = 0\n",
-      "v = 336801837.91462326 > c, setting 1/gamma = 0\n",
-      "v = 365537018.08428305 > c, setting 1/gamma = 0\n",
-      "v = 385764592.6705216 > c, setting 1/gamma = 0\n",
-      "v = 306026446.3718958 > c, setting 1/gamma = 0\n",
-      "v = 314877169.69574213 > c, setting 1/gamma = 0\n",
-      "v = 339789594.3732641 > c, setting 1/gamma = 0\n",
-      "v = 352367634.3348191 > c, setting 1/gamma = 0\n",
-      "v = 381444931.15810776 > c, setting 1/gamma = 0\n",
-      "v = 437800935.05905116 > c, setting 1/gamma = 0\n",
-      "v = 445563582.3725969 > c, setting 1/gamma = 0\n",
-      "v = 308683127.1555925 > c, setting 1/gamma = 0\n",
-      "v = 437384371.829856 > c, setting 1/gamma = 0\n",
-      "v = 439765604.5509723 > c, setting 1/gamma = 0\n",
-      "v = 431062296.9092254 > c, setting 1/gamma = 0\n",
-      "v = 440894969.1103297 > c, setting 1/gamma = 0\n",
-      "v = 310691259.6377217 > c, setting 1/gamma = 0\n",
-      "v = 342278758.20970386 > c, setting 1/gamma = 0\n",
-      "v = 309941901.4550821 > c, setting 1/gamma = 0\n",
-      "v = 335005666.0372833 > c, setting 1/gamma = 0\n",
-      "v = 351477330.3062527 > c, setting 1/gamma = 0\n",
-      "v = 371205335.3776726 > c, setting 1/gamma = 0\n",
-      "v = 305722427.61165994 > c, setting 1/gamma = 0\n",
-      "v = 343838846.0608557 > c, setting 1/gamma = 0\n",
-      "v = 303696230.2142139 > c, setting 1/gamma = 0\n",
-      "v = 423767278.6738059 > c, setting 1/gamma = 0\n",
-      "v = 433690492.54834354 > c, setting 1/gamma = 0\n",
-      "v = 429181498.1263126 > c, setting 1/gamma = 0\n",
-      "v = 440728689.3100311 > c, setting 1/gamma = 0\n",
-      "v = 327051350.91157925 > c, setting 1/gamma = 0\n",
-      "v = 306836269.74380875 > c, setting 1/gamma = 0\n",
-      "v = 351593474.7506368 > c, setting 1/gamma = 0\n",
-      "v = 319924947.26125586 > c, setting 1/gamma = 0\n",
-      "v = 370069549.00694615 > c, setting 1/gamma = 0\n",
-      "v = 407246951.83030313 > c, setting 1/gamma = 0\n",
-      "v = 309156808.16584665 > c, setting 1/gamma = 0\n",
-      "v = 339162862.395377 > c, setting 1/gamma = 0\n",
-      "v = 432005242.2245614 > c, setting 1/gamma = 0\n",
-      "v = 435488106.3093037 > c, setting 1/gamma = 0\n",
-      "v = 412339651.2547596 > c, setting 1/gamma = 0\n",
-      "v = 425777078.71533746 > c, setting 1/gamma = 0\n",
-      "v = 417472287.52932036 > c, setting 1/gamma = 0\n",
-      "v = 437712407.9215125 > c, setting 1/gamma = 0\n",
-      "v = 307841643.8004418 > c, setting 1/gamma = 0\n",
-      "v = 338073836.52673054 > c, setting 1/gamma = 0\n",
-      "v = 309587833.9230679 > c, setting 1/gamma = 0\n",
-      "v = 334468227.2320665 > c, setting 1/gamma = 0\n",
-      "v = 368132809.38270396 > c, setting 1/gamma = 0\n",
-      "v = 384237283.51300704 > c, setting 1/gamma = 0\n",
-      "v = 302503760.04063904 > c, setting 1/gamma = 0\n",
-      "v = 353621640.8463084 > c, setting 1/gamma = 0\n",
-      "v = 373651778.1539853 > c, setting 1/gamma = 0\n",
-      "v = 305271236.6778733 > c, setting 1/gamma = 0\n",
-      "v = 330540051.2263822 > c, setting 1/gamma = 0\n",
-      "v = 407362486.7685353 > c, setting 1/gamma = 0\n",
-      "v = 415152904.20460534 > c, setting 1/gamma = 0\n",
-      "v = 398994987.07149214 > c, setting 1/gamma = 0\n",
-      "v = 411885843.89713275 > c, setting 1/gamma = 0\n",
-      "v = 397360835.55941343 > c, setting 1/gamma = 0\n",
-      "v = 413827262.63044226 > c, setting 1/gamma = 0\n",
-      "v = 416668935.8214732 > c, setting 1/gamma = 0\n",
-      "v = 432605115.0497201 > c, setting 1/gamma = 0\n",
-      "v = 316885374.0261173 > c, setting 1/gamma = 0\n",
-      "v = 345188832.98034376 > c, setting 1/gamma = 0\n",
-      "v = 417384744.6897037 > c, setting 1/gamma = 0\n",
-      "v = 430997440.2298136 > c, setting 1/gamma = 0\n",
-      "v = 322061895.5713472 > c, setting 1/gamma = 0\n",
-      "v = 321928717.63296276 > c, setting 1/gamma = 0\n",
-      "v = 363636363.4352767 > c, setting 1/gamma = 0\n",
-      "v = 322046086.74118936 > c, setting 1/gamma = 0\n",
-      "v = 350492595.8086708 > c, setting 1/gamma = 0\n",
-      "v = 349878639.6847986 > c, setting 1/gamma = 0\n",
-      "v = 385157911.80998045 > c, setting 1/gamma = 0\n",
-      "v = 320344495.44484466 > c, setting 1/gamma = 0\n",
-      "v = 329434721.12503076 > c, setting 1/gamma = 0\n",
-      "v = 372137453.8037151 > c, setting 1/gamma = 0\n",
-      "v = 305123094.98816186 > c, setting 1/gamma = 0\n",
-      "v = 336377603.75995356 > c, setting 1/gamma = 0\n",
-      "v = 306290825.33868694 > c, setting 1/gamma = 0\n",
-      "v = 334628495.04526603 > c, setting 1/gamma = 0\n",
-      "v = 304059570.82534695 > c, setting 1/gamma = 0\n",
-      "v = 300675294.39332473 > c, setting 1/gamma = 0\n",
-      "v = 327104337.35604006 > c, setting 1/gamma = 0\n",
-      "v = 317897913.01613015 > c, setting 1/gamma = 0\n",
-      "v = 342444900.9348939 > c, setting 1/gamma = 0\n",
-      "v = 325592427.6930265 > c, setting 1/gamma = 0\n",
-      "v = 355786636.9272499 > c, setting 1/gamma = 0\n",
-      "v = 332572725.8957814 > c, setting 1/gamma = 0\n",
-      "v = 357439512.8760085 > c, setting 1/gamma = 0\n",
-      "v = 327893755.80967283 > c, setting 1/gamma = 0\n",
-      "v = 351015701.19388014 > c, setting 1/gamma = 0\n",
-      "v = 361508422.5092113 > c, setting 1/gamma = 0\n",
-      "v = 383083937.2901442 > c, setting 1/gamma = 0\n",
-      "v = 327938709.8590837 > c, setting 1/gamma = 0\n",
-      "v = 350258027.1621384 > c, setting 1/gamma = 0\n",
-      "v = 316073903.43519694 > c, setting 1/gamma = 0\n",
-      "v = 348080198.33155704 > c, setting 1/gamma = 0\n",
-      "v = 373148600.9919923 > c, setting 1/gamma = 0\n",
-      "v = 393274252.18669266 > c, setting 1/gamma = 0\n",
-      "v = 356551161.6681791 > c, setting 1/gamma = 0\n",
-      "v = 380478091.34285015 > c, setting 1/gamma = 0\n",
-      "v = 312474597.1070359 > c, setting 1/gamma = 0\n",
-      "v = 353856139.4385237 > c, setting 1/gamma = 0\n",
-      "v = 376393785.46273035 > c, setting 1/gamma = 0\n",
-      "v = 320316651.04273385 > c, setting 1/gamma = 0\n",
-      "v = 330291905.1017847 > c, setting 1/gamma = 0\n",
-      "v = 362443071.0516202 > c, setting 1/gamma = 0\n",
-      "v = 445305618.0115485 > c, setting 1/gamma = 0\n",
-      "v = 449035309.50137395 > c, setting 1/gamma = 0\n",
-      "v = 341390846.11296433 > c, setting 1/gamma = 0\n",
-      "v = 378136968.4597701 > c, setting 1/gamma = 0\n",
-      "v = 324305687.50580984 > c, setting 1/gamma = 0\n",
-      "v = 363827158.13200176 > c, setting 1/gamma = 0\n",
-      "v = 327715710.360682 > c, setting 1/gamma = 0\n",
-      "v = 369723707.9106079 > c, setting 1/gamma = 0\n",
-      "v = 302627633.82822853 > c, setting 1/gamma = 0\n",
-      "v = 465342658.4211842 > c, setting 1/gamma = 0\n",
-      "v = 453083388.6464216 > c, setting 1/gamma = 0\n",
-      "v = 398083722.4521768 > c, setting 1/gamma = 0\n",
-      "v = 421282314.4304179 > c, setting 1/gamma = 0\n",
-      "v = 307137983.1830398 > c, setting 1/gamma = 0\n",
-      "v = 347443251.0713181 > c, setting 1/gamma = 0\n",
-      "v = 345822090.8843202 > c, setting 1/gamma = 0\n",
-      "v = 384751220.24073654 > c, setting 1/gamma = 0\n",
-      "v = 315161607.8298928 > c, setting 1/gamma = 0\n",
-      "v = 347444549.4818794 > c, setting 1/gamma = 0\n",
-      "v = 317798103.19227266 > c, setting 1/gamma = 0\n",
-      "v = 307085817.92875695 > c, setting 1/gamma = 0\n",
-      "v = 333812428.7740309 > c, setting 1/gamma = 0\n",
-      "v = 336399050.4963663 > c, setting 1/gamma = 0\n",
-      "v = 359585018.4586625 > c, setting 1/gamma = 0\n",
-      "v = 322634628.1539892 > c, setting 1/gamma = 0\n",
-      "v = 358055629.92385507 > c, setting 1/gamma = 0\n",
-      "v = 363173192.68674845 > c, setting 1/gamma = 0\n",
-      "v = 396885561.4691078 > c, setting 1/gamma = 0\n",
-      "v = 301286102.7412711 > c, setting 1/gamma = 0\n",
-      "v = 300239280.1777758 > c, setting 1/gamma = 0\n",
-      "v = 374777612.6186475 > c, setting 1/gamma = 0\n",
-      "v = 404698778.7849945 > c, setting 1/gamma = 0\n",
-      "v = 347740282.5230725 > c, setting 1/gamma = 0\n",
-      "v = 387283515.97323847 > c, setting 1/gamma = 0\n",
-      "v = 459686870.5732969 > c, setting 1/gamma = 0\n",
-      "v = 460380794.2559234 > c, setting 1/gamma = 0\n",
-      "v = 344901023.7123121 > c, setting 1/gamma = 0\n",
-      "v = 384389177.82083315 > c, setting 1/gamma = 0\n",
-      "v = 306201488.16620415 > c, setting 1/gamma = 0\n",
-      "v = 350991079.37562317 > c, setting 1/gamma = 0\n",
-      "v = 435502978.492059 > c, setting 1/gamma = 0\n",
-      "v = 446729699.27760416 > c, setting 1/gamma = 0\n",
-      "v = 322966647.9474597 > c, setting 1/gamma = 0\n",
-      "v = 363580363.7028067 > c, setting 1/gamma = 0\n",
-      "v = 360490313.4175397 > c, setting 1/gamma = 0\n",
-      "v = 398499713.65403837 > c, setting 1/gamma = 0\n",
-      "v = 305417884.4634764 > c, setting 1/gamma = 0\n",
-      "v = 344125831.00209564 > c, setting 1/gamma = 0\n",
-      "v = 370516042.2477337 > c, setting 1/gamma = 0\n",
-      "v = 306344601.5353086 > c, setting 1/gamma = 0\n",
-      "v = 333856074.7855352 > c, setting 1/gamma = 0\n",
-      "v = 400707958.320156 > c, setting 1/gamma = 0\n",
-      "v = 412798954.53223515 > c, setting 1/gamma = 0\n",
-      "v = 360409468.99726707 > c, setting 1/gamma = 0\n",
-      "v = 386536766.59525025 > c, setting 1/gamma = 0\n",
-      "v = 405986781.8024816 > c, setting 1/gamma = 0\n",
-      "v = 420318577.79576695 > c, setting 1/gamma = 0\n",
-      "v = 455900174.55366796 > c, setting 1/gamma = 0\n",
-      "v = 457584064.6115676 > c, setting 1/gamma = 0\n",
-      "v = 306332843.8902582 > c, setting 1/gamma = 0\n",
-      "v = 334618996.5786448 > c, setting 1/gamma = 0\n",
-      "v = 320676691.5800226 > c, setting 1/gamma = 0\n",
-      "v = 346038275.8500057 > c, setting 1/gamma = 0\n",
-      "v = 363743384.3608344 > c, setting 1/gamma = 0\n",
-      "v = 385876273.5021019 > c, setting 1/gamma = 0\n",
-      "v = 358912844.71225435 > c, setting 1/gamma = 0\n",
-      "v = 379505097.1943777 > c, setting 1/gamma = 0\n",
-      "v = 314636161.6548877 > c, setting 1/gamma = 0\n",
-      "v = 341169706.4139766 > c, setting 1/gamma = 0\n",
-      "v = 310144881.93053174 > c, setting 1/gamma = 0\n",
-      "v = 347478872.81296414 > c, setting 1/gamma = 0\n",
-      "v = 382727562.0112676 > c, setting 1/gamma = 0\n",
-      "v = 405961363.32956374 > c, setting 1/gamma = 0\n",
-      "v = 374126154.5574264 > c, setting 1/gamma = 0\n",
-      "v = 400288531.6092304 > c, setting 1/gamma = 0\n",
-      "v = 393496190.86183053 > c, setting 1/gamma = 0\n",
-      "v = 416485516.44653994 > c, setting 1/gamma = 0\n",
-      "v = 436469524.7279271 > c, setting 1/gamma = 0\n",
-      "v = 452797513.79808474 > c, setting 1/gamma = 0\n",
-      "v = 327963838.6422754 > c, setting 1/gamma = 0\n",
-      "v = 358581292.56330884 > c, setting 1/gamma = 0\n",
-      "v = 300918619.6483148 > c, setting 1/gamma = 0\n",
-      "v = 305273411.5858465 > c, setting 1/gamma = 0\n",
-      "v = 330071794.1194142 > c, setting 1/gamma = 0\n",
-      "v = 356317122.62884635 > c, setting 1/gamma = 0\n",
-      "v = 375429341.0511626 > c, setting 1/gamma = 0\n",
-      "v = 300345385.3311151 > c, setting 1/gamma = 0\n",
-      "v = 325459315.75923234 > c, setting 1/gamma = 0\n",
-      "v = 373610229.027132 > c, setting 1/gamma = 0\n",
-      "v = 394893661.9981529 > c, setting 1/gamma = 0\n",
-      "v = 392986478.3752022 > c, setting 1/gamma = 0\n",
-      "v = 404744407.87641865 > c, setting 1/gamma = 0\n",
-      "v = 322643945.5310681 > c, setting 1/gamma = 0\n",
-      "v = 346985380.1614806 > c, setting 1/gamma = 0\n",
-      "v = 312436100.11253905 > c, setting 1/gamma = 0\n",
-      "v = 344914096.5811944 > c, setting 1/gamma = 0\n",
-      "v = 344469461.9911041 > c, setting 1/gamma = 0\n",
-      "v = 367887435.5697203 > c, setting 1/gamma = 0\n",
-      "v = 303014968.6043819 > c, setting 1/gamma = 0\n",
-      "v = 328270948.71852285 > c, setting 1/gamma = 0\n",
-      "v = 394560011.23394096 > c, setting 1/gamma = 0\n",
-      "v = 405084437.8610883 > c, setting 1/gamma = 0\n",
-      "v = 334343252.416176 > c, setting 1/gamma = 0\n",
-      "v = 356475960.779959 > c, setting 1/gamma = 0\n",
-      "v = 302271021.5724384 > c, setting 1/gamma = 0\n",
-      "v = 336216009.45505226 > c, setting 1/gamma = 0\n",
-      "v = 369875073.7284169 > c, setting 1/gamma = 0\n",
-      "v = 389911312.6444273 > c, setting 1/gamma = 0\n",
-      "v = 329686352.9102848 > c, setting 1/gamma = 0\n",
-      "v = 355491417.9103635 > c, setting 1/gamma = 0\n",
-      "v = 316687087.28235096 > c, setting 1/gamma = 0\n",
-      "v = 353060951.25851685 > c, setting 1/gamma = 0\n",
-      "v = 320429709.82373005 > c, setting 1/gamma = 0\n",
-      "v = 356958695.2636747 > c, setting 1/gamma = 0\n",
-      "v = 326454399.44616824 > c, setting 1/gamma = 0\n",
-      "v = 364608526.00307494 > c, setting 1/gamma = 0\n",
-      "v = 438243725.9976316 > c, setting 1/gamma = 0\n",
-      "v = 453952757.3080525 > c, setting 1/gamma = 0\n",
-      "v = 335336890.00291413 > c, setting 1/gamma = 0\n",
-      "v = 365336405.9454296 > c, setting 1/gamma = 0\n",
-      "v = 301932601.6304785 > c, setting 1/gamma = 0\n",
-      "v = 329706520.59527475 > c, setting 1/gamma = 0\n",
-      "v = 302959596.53694963 > c, setting 1/gamma = 0\n",
-      "v = 328659187.1413574 > c, setting 1/gamma = 0\n",
-      "v = 343327637.80396223 > c, setting 1/gamma = 0\n",
-      "v = 367836042.6751421 > c, setting 1/gamma = 0\n",
-      "v = 301130732.7713704 > c, setting 1/gamma = 0\n",
-      "v = 363021053.9970836 > c, setting 1/gamma = 0\n",
-      "v = 385167507.6867741 > c, setting 1/gamma = 0\n",
-      "v = 349017632.9861808 > c, setting 1/gamma = 0\n",
-      "v = 371042020.274834 > c, setting 1/gamma = 0\n",
-      "v = 343293819.53569573 > c, setting 1/gamma = 0\n",
-      "v = 374135758.51533747 > c, setting 1/gamma = 0\n",
-      "v = 300474703.5674912 > c, setting 1/gamma = 0\n",
-      "v = 335608258.7511768 > c, setting 1/gamma = 0\n",
-      "v = 355171409.58761966 > c, setting 1/gamma = 0\n",
-      "v = 380526557.1743479 > c, setting 1/gamma = 0\n",
-      "v = 331364104.8142578 > c, setting 1/gamma = 0\n",
-      "v = 358738265.3404912 > c, setting 1/gamma = 0\n",
-      "v = 374006594.20016634 > c, setting 1/gamma = 0\n",
-      "v = 395229187.1042733 > c, setting 1/gamma = 0\n",
-      "v = 349228562.0530889 > c, setting 1/gamma = 0\n",
-      "v = 377762683.89175934 > c, setting 1/gamma = 0\n",
-      "v = 354115042.5319573 > c, setting 1/gamma = 0\n",
-      "v = 379682322.1896633 > c, setting 1/gamma = 0\n",
-      "v = 324834794.92731863 > c, setting 1/gamma = 0\n",
-      "v = 353209880.88143945 > c, setting 1/gamma = 0\n",
-      "v = 314881949.61147624 > c, setting 1/gamma = 0\n",
-      "v = 338761736.7793395 > c, setting 1/gamma = 0\n",
-      "v = 331156991.1774306 > c, setting 1/gamma = 0\n",
-      "v = 353442177.8060747 > c, setting 1/gamma = 0\n",
-      "v = 300437998.03853375 > c, setting 1/gamma = 0\n",
-      "v = 332845845.4231652 > c, setting 1/gamma = 0\n",
-      "v = 386981418.7827616 > c, setting 1/gamma = 0\n",
-      "v = 402368952.527357 > c, setting 1/gamma = 0\n",
-      "v = 418393780.97977716 > c, setting 1/gamma = 0\n",
-      "v = 430450300.27590835 > c, setting 1/gamma = 0\n",
-      "v = 371309607.20528865 > c, setting 1/gamma = 0\n",
-      "v = 398545915.23745555 > c, setting 1/gamma = 0\n",
-      "v = 332370494.76027733 > c, setting 1/gamma = 0\n",
-      "v = 368237542.0439252 > c, setting 1/gamma = 0\n",
-      "v = 394593252.2896131 > c, setting 1/gamma = 0\n",
-      "v = 420108234.10829234 > c, setting 1/gamma = 0\n",
-      "v = 313862536.3563016 > c, setting 1/gamma = 0\n",
-      "v = 306302890.63667715 > c, setting 1/gamma = 0\n",
-      "v = 332584422.3409208 > c, setting 1/gamma = 0\n",
-      "v = 312097868.87881505 > c, setting 1/gamma = 0\n",
-      "v = 336592106.739074 > c, setting 1/gamma = 0\n",
-      "v = 350909989.1505456 > c, setting 1/gamma = 0\n",
-      "v = 372208596.83214986 > c, setting 1/gamma = 0\n",
-      "v = 304826067.7033546 > c, setting 1/gamma = 0\n",
-      "v = 330176119.82970965 > c, setting 1/gamma = 0\n",
-      "v = 390095530.7625253 > c, setting 1/gamma = 0\n",
-      "v = 401496797.1693939 > c, setting 1/gamma = 0\n",
-      "v = 404761906.2445598 > c, setting 1/gamma = 0\n",
-      "v = 413873876.82045823 > c, setting 1/gamma = 0\n",
-      "v = 380689515.8947554 > c, setting 1/gamma = 0\n",
-      "v = 397139137.75217104 > c, setting 1/gamma = 0\n",
-      "v = 388153003.3356312 > c, setting 1/gamma = 0\n",
-      "v = 405944093.8712306 > c, setting 1/gamma = 0\n",
-      "v = 432538007.6543748 > c, setting 1/gamma = 0\n",
-      "v = 439998056.47512615 > c, setting 1/gamma = 0\n",
-      "v = 369454689.7831787 > c, setting 1/gamma = 0\n",
-      "v = 404258160.9695855 > c, setting 1/gamma = 0\n",
-      "v = 340577456.94405437 > c, setting 1/gamma = 0\n",
-      "v = 379318989.9219065 > c, setting 1/gamma = 0\n",
-      "v = 318366568.98287225 > c, setting 1/gamma = 0\n",
-      "v = 314059695.31722593 > c, setting 1/gamma = 0\n",
-      "v = 359772543.4985893 > c, setting 1/gamma = 0\n",
-      "v = 336882125.6805674 > c, setting 1/gamma = 0\n",
-      "v = 364252738.8361783 > c, setting 1/gamma = 0\n",
-      "v = 341429668.6413851 > c, setting 1/gamma = 0\n",
-      "v = 378815374.4881908 > c, setting 1/gamma = 0\n",
-      "v = 351167994.2618785 > c, setting 1/gamma = 0\n",
-      "v = 388288612.93869424 > c, setting 1/gamma = 0\n",
-      "v = 311799946.12700784 > c, setting 1/gamma = 0\n",
-      "v = 355935427.84451866 > c, setting 1/gamma = 0\n",
-      "v = 319395585.4836425 > c, setting 1/gamma = 0\n",
-      "v = 348549871.1247922 > c, setting 1/gamma = 0\n",
-      "v = 394360828.0203996 > c, setting 1/gamma = 0\n",
-      "v = 422596110.6018985 > c, setting 1/gamma = 0\n",
-      "v = 309062869.5161227 > c, setting 1/gamma = 0\n",
-      "v = 300001718.2166418 > c, setting 1/gamma = 0\n",
-      "v = 302245210.3235089 > c, setting 1/gamma = 0\n",
-      "v = 327782688.5161946 > c, setting 1/gamma = 0\n",
-      "v = 301010483.75854003 > c, setting 1/gamma = 0\n",
-      "v = 301027763.28640985 > c, setting 1/gamma = 0\n",
-      "v = 326018539.0587067 > c, setting 1/gamma = 0\n",
-      "v = 302201705.28380144 > c, setting 1/gamma = 0\n",
-      "v = 331347008.5230608 > c, setting 1/gamma = 0\n",
-      "v = 353771542.8869781 > c, setting 1/gamma = 0\n",
-      "v = 325408347.87373924 > c, setting 1/gamma = 0\n",
-      "v = 360443711.1620937 > c, setting 1/gamma = 0\n",
-      "v = 387258566.1616563 > c, setting 1/gamma = 0\n",
-      "v = 405296267.8637412 > c, setting 1/gamma = 0\n",
-      "v = 388570568.0386205 > c, setting 1/gamma = 0\n",
-      "v = 402442137.12963545 > c, setting 1/gamma = 0\n",
-      "v = 343867850.4267236 > c, setting 1/gamma = 0\n",
-      "v = 368178193.1134661 > c, setting 1/gamma = 0\n",
-      "v = 307979693.9423395 > c, setting 1/gamma = 0\n",
-      "v = 334215057.8170615 > c, setting 1/gamma = 0\n",
-      "v = 329071578.76495254 > c, setting 1/gamma = 0\n",
-      "v = 362619543.6823407 > c, setting 1/gamma = 0\n",
-      "v = 389821912.2061066 > c, setting 1/gamma = 0\n",
-      "v = 403032189.882701 > c, setting 1/gamma = 0\n",
-      "v = 322543464.0485163 > c, setting 1/gamma = 0\n",
-      "v = 347199745.04313874 > c, setting 1/gamma = 0\n",
-      "v = 301044705.25517005 > c, setting 1/gamma = 0\n",
-      "v = 335468521.5052033 > c, setting 1/gamma = 0\n",
-      "v = 364835639.9165389 > c, setting 1/gamma = 0\n",
-      "v = 385761256.23070127 > c, setting 1/gamma = 0\n",
-      "v = 317326209.2784178 > c, setting 1/gamma = 0\n",
-      "v = 343215741.24752176 > c, setting 1/gamma = 0\n",
-      "v = 341750069.4131523 > c, setting 1/gamma = 0\n",
-      "v = 370978502.1440351 > c, setting 1/gamma = 0\n",
-      "v = 360655807.9966401 > c, setting 1/gamma = 0\n",
-      "v = 378510903.8983753 > c, setting 1/gamma = 0\n",
-      "v = 311726111.7775131 > c, setting 1/gamma = 0\n",
-      "v = 337677198.5079535 > c, setting 1/gamma = 0\n",
-      "v = 322517841.2646461 > c, setting 1/gamma = 0\n",
-      "v = 357885137.2279281 > c, setting 1/gamma = 0\n",
-      "v = 336918940.6727287 > c, setting 1/gamma = 0\n",
-      "v = 367225346.2764045 > c, setting 1/gamma = 0\n",
-      "v = 333721163.9682562 > c, setting 1/gamma = 0\n",
-      "v = 357120688.28805983 > c, setting 1/gamma = 0\n",
-      "v = 304446080.55012006 > c, setting 1/gamma = 0\n",
-      "v = 342209019.4908325 > c, setting 1/gamma = 0\n",
-      "v = 307090823.31482613 > c, setting 1/gamma = 0\n",
-      "v = 333141614.35528344 > c, setting 1/gamma = 0\n",
-      "v = 366634159.49606895 > c, setting 1/gamma = 0\n",
-      "v = 384495308.6722821 > c, setting 1/gamma = 0\n",
-      "v = 375941227.8030109 > c, setting 1/gamma = 0\n",
-      "v = 392584639.97052324 > c, setting 1/gamma = 0\n",
-      "v = 310195034.44448656 > c, setting 1/gamma = 0\n",
-      "v = 319140480.57630336 > c, setting 1/gamma = 0\n",
-      "v = 344959626.05878437 > c, setting 1/gamma = 0\n",
-      "v = 326172925.379422 > c, setting 1/gamma = 0\n",
-      "v = 300097734.36220306 > c, setting 1/gamma = 0\n",
-      "v = 323859493.3383982 > c, setting 1/gamma = 0\n",
-      "v = 311475728.218701 > c, setting 1/gamma = 0\n",
-      "v = 333901195.94112164 > c, setting 1/gamma = 0\n",
-      "v = 346101655.38910097 > c, setting 1/gamma = 0\n",
-      "v = 365123899.8994236 > c, setting 1/gamma = 0\n",
-      "v = 301035540.15936786 > c, setting 1/gamma = 0\n",
-      "v = 324012788.6379928 > c, setting 1/gamma = 0\n",
-      "v = 348225392.9301819 > c, setting 1/gamma = 0\n",
-      "v = 371351470.5578171 > c, setting 1/gamma = 0\n",
-      "v = 311217686.6506947 > c, setting 1/gamma = 0\n",
-      "v = 333692054.52363604 > c, setting 1/gamma = 0\n",
-      "v = 334723305.17008376 > c, setting 1/gamma = 0\n",
-      "v = 354276565.8673652 > c, setting 1/gamma = 0\n",
-      "v = 316054340.9202684 > c, setting 1/gamma = 0\n",
-      "v = 314035236.5113216 > c, setting 1/gamma = 0\n",
-      "v = 356100643.8609181 > c, setting 1/gamma = 0\n",
-      "v = 374177236.00738627 > c, setting 1/gamma = 0\n",
-      "v = 327536159.0795335 > c, setting 1/gamma = 0\n",
-      "v = 350947290.1549602 > c, setting 1/gamma = 0\n",
-      "v = 323311654.1454783 > c, setting 1/gamma = 0\n",
-      "v = 319778818.98236024 > c, setting 1/gamma = 0\n",
-      "v = 352158593.7765457 > c, setting 1/gamma = 0\n",
-      "v = 357243892.7108667 > c, setting 1/gamma = 0\n",
-      "v = 377795286.29068834 > c, setting 1/gamma = 0\n",
-      "v = 316773618.2808082 > c, setting 1/gamma = 0\n",
-      "v = 338000289.6657582 > c, setting 1/gamma = 0\n",
-      "v = 371397600.4769437 > c, setting 1/gamma = 0\n",
-      "v = 338995734.1381758 > c, setting 1/gamma = 0\n",
-      "v = 371601523.139253 > c, setting 1/gamma = 0\n",
-      "v = 349587849.3025665 > c, setting 1/gamma = 0\n",
-      "v = 380019554.4352648 > c, setting 1/gamma = 0\n",
-      "v = 396990505.9290445 > c, setting 1/gamma = 0\n",
-      "v = 416956569.49495125 > c, setting 1/gamma = 0\n",
-      "v = 456660658.9677283 > c, setting 1/gamma = 0\n",
-      "v = 460443188.8336899 > c, setting 1/gamma = 0\n",
-      "v = 316689685.58150125 > c, setting 1/gamma = 0\n",
-      "v = 303008172.17562073 > c, setting 1/gamma = 0\n",
-      "v = 308968225.36589235 > c, setting 1/gamma = 0\n",
-      "v = 334582050.9205634 > c, setting 1/gamma = 0\n",
-      "v = 300492516.1025085 > c, setting 1/gamma = 0\n",
-      "v = 300231514.97389174 > c, setting 1/gamma = 0\n",
-      "v = 324827312.0487489 > c, setting 1/gamma = 0\n",
-      "v = 304400761.79678524 > c, setting 1/gamma = 0\n",
-      "v = 305854496.9567767 > c, setting 1/gamma = 0\n",
-      "v = 330019881.18561107 > c, setting 1/gamma = 0\n",
-      "v = 307498484.0278185 > c, setting 1/gamma = 0\n",
-      "v = 342812958.3537007 > c, setting 1/gamma = 0\n",
-      "v = 363022807.50153977 > c, setting 1/gamma = 0\n",
-      "v = 324956165.94138634 > c, setting 1/gamma = 0\n",
-      "v = 358398083.9092814 > c, setting 1/gamma = 0\n",
-      "v = 350850722.80307305 > c, setting 1/gamma = 0\n",
-      "v = 375099918.3256192 > c, setting 1/gamma = 0\n",
-      "v = 318078904.6280023 > c, setting 1/gamma = 0\n",
-      "v = 342335693.48904705 > c, setting 1/gamma = 0\n",
-      "v = 325251486.08422637 > c, setting 1/gamma = 0\n",
-      "v = 405496689.7991269 > c, setting 1/gamma = 0\n",
-      "v = 417458109.48979324 > c, setting 1/gamma = 0\n",
-      "v = 373022070.6139346 > c, setting 1/gamma = 0\n",
-      "v = 400922334.56556463 > c, setting 1/gamma = 0\n",
-      "v = 350092700.6879176 > c, setting 1/gamma = 0\n",
-      "v = 382810563.1763157 > c, setting 1/gamma = 0\n",
-      "v = 382555171.15768987 > c, setting 1/gamma = 0\n",
-      "v = 404648884.4284534 > c, setting 1/gamma = 0\n",
-      "v = 401734686.3148459 > c, setting 1/gamma = 0\n",
-      "v = 421012921.5547971 > c, setting 1/gamma = 0\n",
-      "v = 449001176.39631736 > c, setting 1/gamma = 0\n",
-      "v = 455453321.50837183 > c, setting 1/gamma = 0\n",
-      "v = 351166448.4561434 > c, setting 1/gamma = 0\n",
-      "v = 372945781.7952387 > c, setting 1/gamma = 0\n",
-      "v = 301612524.88432914 > c, setting 1/gamma = 0\n",
-      "v = 327374861.5208609 > c, setting 1/gamma = 0\n",
-      "v = 304179220.28830385 > c, setting 1/gamma = 0\n",
-      "v = 341932686.3343398 > c, setting 1/gamma = 0\n",
-      "v = 363398329.7052632 > c, setting 1/gamma = 0\n",
-      "v = 329856284.37804526 > c, setting 1/gamma = 0\n",
-      "v = 363067884.02597976 > c, setting 1/gamma = 0\n",
-      "v = 339126613.6746914 > c, setting 1/gamma = 0\n",
-      "v = 365043312.9739416 > c, setting 1/gamma = 0\n",
-      "v = 301753115.74540854 > c, setting 1/gamma = 0\n",
-      "v = 326527707.9898831 > c, setting 1/gamma = 0\n",
-      "v = 330129217.36882913 > c, setting 1/gamma = 0\n",
-      "v = 359228058.3342437 > c, setting 1/gamma = 0\n",
-      "v = 324441522.51795185 > c, setting 1/gamma = 0\n",
-      "v = 348402338.6910661 > c, setting 1/gamma = 0\n",
-      "v = 329372733.4026818 > c, setting 1/gamma = 0\n",
-      "v = 358919312.2505877 > c, setting 1/gamma = 0\n",
-      "v = 326692365.6269639 > c, setting 1/gamma = 0\n",
-      "v = 348044790.3599699 > c, setting 1/gamma = 0\n",
-      "v = 314238380.1131634 > c, setting 1/gamma = 0\n",
-      "v = 322287661.2640121 > c, setting 1/gamma = 0\n",
-      "v = 345550837.14565265 > c, setting 1/gamma = 0\n",
-      "v = 316228551.3604709 > c, setting 1/gamma = 0\n",
-      "v = 349961236.00722736 > c, setting 1/gamma = 0\n",
-      "v = 370159562.3251127 > c, setting 1/gamma = 0\n",
-      "v = 387649639.78879315 > c, setting 1/gamma = 0\n",
-      "v = 306388935.872206 > c, setting 1/gamma = 0\n",
-      "v = 351682586.96338844 > c, setting 1/gamma = 0\n",
-      "v = 372543265.8764644 > c, setting 1/gamma = 0\n",
-      "v = 308414473.878428 > c, setting 1/gamma = 0\n",
-      "v = 331735332.23973536 > c, setting 1/gamma = 0\n",
-      "v = 366649451.99050814 > c, setting 1/gamma = 0\n",
-      "v = 384624563.3469869 > c, setting 1/gamma = 0\n",
-      "v = 303035487.7913501 > c, setting 1/gamma = 0\n",
-      "v = 301386387.68113047 > c, setting 1/gamma = 0\n",
-      "v = 322348062.1194983 > c, setting 1/gamma = 0\n",
-      "v = 340711192.5756743 > c, setting 1/gamma = 0\n",
-      "v = 358868713.68751794 > c, setting 1/gamma = 0\n",
-      "v = 329572234.0879342 > c, setting 1/gamma = 0\n",
-      "v = 303454894.7946857 > c, setting 1/gamma = 0\n",
-      "v = 336606158.253563 > c, setting 1/gamma = 0\n",
-      "v = 340766160.4645105 > c, setting 1/gamma = 0\n",
-      "v = 361396253.120895 > c, setting 1/gamma = 0\n",
-      "v = 346802311.64326084 > c, setting 1/gamma = 0\n",
-      "v = 368819989.10889465 > c, setting 1/gamma = 0\n",
-      "v = 313715839.7325908 > c, setting 1/gamma = 0\n",
-      "v = 349398177.05816054 > c, setting 1/gamma = 0\n",
-      "v = 368118357.4641666 > c, setting 1/gamma = 0\n",
-      "v = 307636387.7309366 > c, setting 1/gamma = 0\n",
-      "v = 307951027.75925493 > c, setting 1/gamma = 0\n",
-      "v = 332328177.7420407 > c, setting 1/gamma = 0\n",
-      "v = 366179787.1107078 > c, setting 1/gamma = 0\n",
-      "v = 385775738.07737243 > c, setting 1/gamma = 0\n",
-      "v = 309583979.7338436 > c, setting 1/gamma = 0\n",
-      "v = 332281325.7300606 > c, setting 1/gamma = 0\n",
-      "v = 325115654.6237684 > c, setting 1/gamma = 0\n",
-      "v = 347598233.9621808 > c, setting 1/gamma = 0\n",
-      "v = 365341770.5795613 > c, setting 1/gamma = 0\n",
-      "v = 384984404.46311885 > c, setting 1/gamma = 0\n",
-      "v = 325459567.10027134 > c, setting 1/gamma = 0\n",
-      "v = 348869905.0604122 > c, setting 1/gamma = 0\n",
-      "v = 336416771.77720445 > c, setting 1/gamma = 0\n",
-      "v = 358908422.56840575 > c, setting 1/gamma = 0\n",
-      "v = 302071432.23685133 > c, setting 1/gamma = 0\n",
-      "v = 348163495.5924538 > c, setting 1/gamma = 0\n",
-      "v = 369934768.2072255 > c, setting 1/gamma = 0\n",
-      "v = 307157840.76439893 > c, setting 1/gamma = 0\n",
-      "v = 331094149.8834046 > c, setting 1/gamma = 0\n",
-      "v = 309513571.75661916 > c, setting 1/gamma = 0\n",
-      "v = 331534203.52904606 > c, setting 1/gamma = 0\n",
-      "v = 302995068.86844796 > c, setting 1/gamma = 0\n",
-      "v = 324235547.6904191 > c, setting 1/gamma = 0\n",
-      "v = 306067963.0781643 > c, setting 1/gamma = 0\n",
-      "v = 327316627.91153777 > c, setting 1/gamma = 0\n",
-      "v = 327507989.7159249 > c, setting 1/gamma = 0\n",
-      "v = 347093798.66589236 > c, setting 1/gamma = 0\n",
-      "v = 331326642.3746028 > c, setting 1/gamma = 0\n",
-      "v = 350766639.157468 > c, setting 1/gamma = 0\n",
-      "v = 334828836.2723648 > c, setting 1/gamma = 0\n",
-      "v = 353279283.7126005 > c, setting 1/gamma = 0\n",
-      "v = 321075897.9190767 > c, setting 1/gamma = 0\n",
-      "v = 342508551.23570037 > c, setting 1/gamma = 0\n",
-      "v = 375537731.09719324 > c, setting 1/gamma = 0\n",
-      "v = 390554739.83742625 > c, setting 1/gamma = 0\n",
-      "v = 372435015.61807054 > c, setting 1/gamma = 0\n",
-      "v = 387991090.0484627 > c, setting 1/gamma = 0\n",
-      "v = 301037435.518762 > c, setting 1/gamma = 0\n",
-      "v = 306594384.23783565 > c, setting 1/gamma = 0\n",
-      "v = 302723909.7395091 > c, setting 1/gamma = 0\n",
-      "v = 345414215.4422854 > c, setting 1/gamma = 0\n",
-      "v = 364780432.4504563 > c, setting 1/gamma = 0\n",
-      "v = 316995241.5860061 > c, setting 1/gamma = 0\n",
-      "v = 349262896.6322013 > c, setting 1/gamma = 0\n",
-      "v = 361799451.2007724 > c, setting 1/gamma = 0\n",
-      "v = 380200098.1602969 > c, setting 1/gamma = 0\n",
-      "v = 303924149.141998 > c, setting 1/gamma = 0\n",
-      "v = 306471638.1261142 > c, setting 1/gamma = 0\n",
-      "v = 335247204.6809612 > c, setting 1/gamma = 0\n",
-      "v = 355348255.4225194 > c, setting 1/gamma = 0\n",
-      "v = 306420394.2037949 > c, setting 1/gamma = 0\n",
-      "v = 339170757.07331777 > c, setting 1/gamma = 0\n",
-      "v = 371534186.3449671 > c, setting 1/gamma = 0\n",
-      "v = 386725459.6938506 > c, setting 1/gamma = 0\n",
-      "v = 317358903.2676009 > c, setting 1/gamma = 0\n",
-      "v = 365517675.01600385 > c, setting 1/gamma = 0\n",
-      "v = 384912642.0142129 > c, setting 1/gamma = 0\n",
-      "v = 337798580.8927317 > c, setting 1/gamma = 0\n",
-      "v = 361169586.23945564 > c, setting 1/gamma = 0\n",
-      "v = 326425526.27765995 > c, setting 1/gamma = 0\n",
-      "v = 359750490.5345343 > c, setting 1/gamma = 0\n",
-      "v = 324357269.0463224 > c, setting 1/gamma = 0\n",
-      "v = 352192298.1187339 > c, setting 1/gamma = 0\n",
-      "v = 309505199.73638505 > c, setting 1/gamma = 0\n",
-      "v = 334327022.53269887 > c, setting 1/gamma = 0\n",
-      "v = 300751174.957814 > c, setting 1/gamma = 0\n",
-      "v = 334738752.40174425 > c, setting 1/gamma = 0\n",
-      "v = 338849923.82024676 > c, setting 1/gamma = 0\n",
-      "v = 361622504.28808 > c, setting 1/gamma = 0\n",
-      "v = 308698562.63412327 > c, setting 1/gamma = 0\n",
-      "v = 342389743.92732364 > c, setting 1/gamma = 0\n",
-      "v = 359940892.9451553 > c, setting 1/gamma = 0\n",
-      "v = 379100333.24279755 > c, setting 1/gamma = 0\n",
-      "v = 313403442.9751377 > c, setting 1/gamma = 0\n",
-      "v = 338052445.6443986 > c, setting 1/gamma = 0\n",
-      "v = 327102247.3229181 > c, setting 1/gamma = 0\n",
-      "v = 378024956.6049265 > c, setting 1/gamma = 0\n",
-      "v = 396457845.68211895 > c, setting 1/gamma = 0\n",
-      "v = 331457209.6865879 > c, setting 1/gamma = 0\n",
-      "v = 353812486.3094909 > c, setting 1/gamma = 0\n",
-      "v = 366813946.77184 > c, setting 1/gamma = 0\n",
-      "v = 389049543.26171535 > c, setting 1/gamma = 0\n",
-      "v = 343455101.9308667 > c, setting 1/gamma = 0\n",
-      "v = 366893945.8653525 > c, setting 1/gamma = 0\n",
-      "v = 303695381.984999 > c, setting 1/gamma = 0\n",
-      "v = 340118685.1096574 > c, setting 1/gamma = 0\n",
-      "v = 356149440.1491057 > c, setting 1/gamma = 0\n",
-      "v = 379686223.2936951 > c, setting 1/gamma = 0\n",
-      "v = 324956762.5276634 > c, setting 1/gamma = 0\n",
-      "v = 350375122.7448605 > c, setting 1/gamma = 0\n",
-      "v = 316220591.48700964 > c, setting 1/gamma = 0\n",
-      "v = 349044171.2574356 > c, setting 1/gamma = 0\n",
-      "v = 328620912.4063792 > c, setting 1/gamma = 0\n",
-      "v = 352298592.84890735 > c, setting 1/gamma = 0\n",
-      "v = 310483666.58218217 > c, setting 1/gamma = 0\n",
-      "v = 327685379.4622532 > c, setting 1/gamma = 0\n",
-      "v = 359690387.56735694 > c, setting 1/gamma = 0\n",
-      "v = 367514475.3889351 > c, setting 1/gamma = 0\n",
-      "v = 386233227.78258073 > c, setting 1/gamma = 0\n",
-      "v = 308853696.43196106 > c, setting 1/gamma = 0\n",
-      "v = 334684676.58336055 > c, setting 1/gamma = 0\n",
-      "v = 306303944.0096386 > c, setting 1/gamma = 0\n",
-      "v = 334958933.8512023 > c, setting 1/gamma = 0\n",
-      "v = 355071428.17020386 > c, setting 1/gamma = 0\n",
-      "v = 338790554.49285436 > c, setting 1/gamma = 0\n",
-      "v = 365061379.4330315 > c, setting 1/gamma = 0\n",
-      "v = 320500017.8451794 > c, setting 1/gamma = 0\n",
-      "v = 343953784.4116099 > c, setting 1/gamma = 0\n",
-      "v = 336964062.0857438 > c, setting 1/gamma = 0\n",
-      "v = 358961072.3662071 > c, setting 1/gamma = 0\n",
-      "v = 312296271.4418867 > c, setting 1/gamma = 0\n",
-      "v = 340797330.9089473 > c, setting 1/gamma = 0\n",
-      "v = 310242652.2479239 > c, setting 1/gamma = 0\n",
-      "v = 333590466.236461 > c, setting 1/gamma = 0\n",
-      "v = 336258214.807717 > c, setting 1/gamma = 0\n",
-      "v = 356524688.0713775 > c, setting 1/gamma = 0\n",
-      "v = 324807209.4257484 > c, setting 1/gamma = 0\n",
-      "v = 347651614.55087024 > c, setting 1/gamma = 0\n",
-      "v = 304432518.4464464 > c, setting 1/gamma = 0\n",
-      "v = 326224738.73602766 > c, setting 1/gamma = 0\n",
-      "v = 351000487.08027476 > c, setting 1/gamma = 0\n",
-      "v = 321418774.23157114 > c, setting 1/gamma = 0\n",
-      "v = 351517593.50427234 > c, setting 1/gamma = 0\n",
-      "v = 322048390.2480164 > c, setting 1/gamma = 0\n",
-      "v = 344325248.3790532 > c, setting 1/gamma = 0\n",
-      "v = 317165618.8896018 > c, setting 1/gamma = 0\n",
-      "v = 342845169.4383355 > c, setting 1/gamma = 0\n",
-      "v = 305882518.4420956 > c, setting 1/gamma = 0\n",
-      "v = 305658651.3191019 > c, setting 1/gamma = 0\n",
-      "v = 308631250.95392555 > c, setting 1/gamma = 0\n",
-      "v = 330331457.5323704 > c, setting 1/gamma = 0\n",
-      "v = 301116510.9668535 > c, setting 1/gamma = 0\n",
-      "v = 304862781.2434495 > c, setting 1/gamma = 0\n",
-      "v = 337271909.22924834 > c, setting 1/gamma = 0\n",
-      "v = 358717250.8237763 > c, setting 1/gamma = 0\n",
-      "v = 308000611.854971 > c, setting 1/gamma = 0\n",
-      "v = 335799982.66814005 > c, setting 1/gamma = 0\n",
-      "v = 367827786.141039 > c, setting 1/gamma = 0\n",
-      "v = 353476163.2189538 > c, setting 1/gamma = 0\n",
-      "v = 382849653.09840524 > c, setting 1/gamma = 0\n",
-      "v = 341327026.7058951 > c, setting 1/gamma = 0\n",
-      "v = 371242132.530121 > c, setting 1/gamma = 0\n",
-      "v = 352181013.7880428 > c, setting 1/gamma = 0\n",
-      "v = 375594962.99886984 > c, setting 1/gamma = 0\n",
-      "v = 312184064.7278234 > c, setting 1/gamma = 0\n",
-      "v = 338868289.54461473 > c, setting 1/gamma = 0\n",
-      "v = 300985652.7413099 > c, setting 1/gamma = 0\n",
-      "v = 336915296.49986887 > c, setting 1/gamma = 0\n",
-      "v = 376385517.2837171 > c, setting 1/gamma = 0\n",
-      "v = 396769088.58198875 > c, setting 1/gamma = 0\n",
-      "v = 355743421.8614429 > c, setting 1/gamma = 0\n",
-      "v = 380494999.38940024 > c, setting 1/gamma = 0\n",
-      "v = 335172243.4680703 > c, setting 1/gamma = 0\n",
-      "v = 360289475.54628354 > c, setting 1/gamma = 0\n",
-      "v = 314972031.9144595 > c, setting 1/gamma = 0\n",
-      "v = 303599520.6189994 > c, setting 1/gamma = 0\n",
-      "v = 352201266.57864535 > c, setting 1/gamma = 0\n",
-      "v = 371692738.1024079 > c, setting 1/gamma = 0\n",
-      "v = 319160903.9166308 > c, setting 1/gamma = 0\n",
-      "v = 353317753.8585366 > c, setting 1/gamma = 0\n",
-      "v = 310948889.8711823 > c, setting 1/gamma = 0\n",
-      "v = 339839562.047052 > c, setting 1/gamma = 0\n",
-      "v = 314057697.42295605 > c, setting 1/gamma = 0\n",
-      "v = 302629834.54169196 > c, setting 1/gamma = 0\n",
-      "v = 334932796.18362087 > c, setting 1/gamma = 0\n",
-      "v = 340093824.5539487 > c, setting 1/gamma = 0\n",
-      "v = 362190040.6451993 > c, setting 1/gamma = 0\n",
-      "v = 307804301.5032289 > c, setting 1/gamma = 0\n",
-      "v = 340572340.3803571 > c, setting 1/gamma = 0\n",
-      "v = 354934962.0767726 > c, setting 1/gamma = 0\n",
-      "v = 373780355.07906896 > c, setting 1/gamma = 0\n",
-      "v = 302700306.6257592 > c, setting 1/gamma = 0\n",
-      "v = 326603231.33353394 > c, setting 1/gamma = 0\n",
-      "v = 384606586.4247902 > c, setting 1/gamma = 0\n",
-      "v = 396690838.85464823 > c, setting 1/gamma = 0\n",
-      "v = 348548813.0150866 > c, setting 1/gamma = 0\n",
-      "v = 367828919.1054934 > c, setting 1/gamma = 0\n",
-      "v = 308339829.6564242 > c, setting 1/gamma = 0\n",
-      "v = 314444172.2164646 > c, setting 1/gamma = 0\n",
-      "v = 337548265.5091214 > c, setting 1/gamma = 0\n",
-      "v = 300385262.231029 > c, setting 1/gamma = 0\n",
-      "v = 304464077.83923906 > c, setting 1/gamma = 0\n",
-      "v = 327810624.2043782 > c, setting 1/gamma = 0\n",
-      "v = 340415371.13691396 > c, setting 1/gamma = 0\n",
-      "v = 358526809.4408076 > c, setting 1/gamma = 0\n",
-      "v = 307289760.29136646 > c, setting 1/gamma = 0\n",
-      "v = 302946321.4532843 > c, setting 1/gamma = 0\n",
-      "v = 328842499.93519557 > c, setting 1/gamma = 0\n",
-      "v = 347690882.6252528 > c, setting 1/gamma = 0\n",
-      "v = 368893442.6462917 > c, setting 1/gamma = 0\n",
-      "v = 383553822.7313367 > c, setting 1/gamma = 0\n",
-      "v = 327648011.2673459 > c, setting 1/gamma = 0\n",
-      "v = 358620408.17053175 > c, setting 1/gamma = 0\n",
-      "v = 339330634.25235426 > c, setting 1/gamma = 0\n",
-      "v = 362648456.79521704 > c, setting 1/gamma = 0\n",
-      "v = 314568372.45076424 > c, setting 1/gamma = 0\n",
-      "v = 348901480.24418294 > c, setting 1/gamma = 0\n",
-      "v = 322901215.9549825 > c, setting 1/gamma = 0\n",
-      "v = 350310626.92906636 > c, setting 1/gamma = 0\n",
-      "v = 311676288.90657824 > c, setting 1/gamma = 0\n",
-      "v = 334729619.82843655 > c, setting 1/gamma = 0\n",
-      "v = 365631102.7070471 > c, setting 1/gamma = 0\n",
-      "v = 382157615.8829242 > c, setting 1/gamma = 0\n",
-      "v = 302353912.25862503 > c, setting 1/gamma = 0\n",
-      "v = 336455179.4827436 > c, setting 1/gamma = 0\n",
-      "v = 347856238.9640301 > c, setting 1/gamma = 0\n",
-      "v = 370132046.6894592 > c, setting 1/gamma = 0\n",
-      "v = 312340284.47435755 > c, setting 1/gamma = 0\n",
-      "v = 335242404.57883614 > c, setting 1/gamma = 0\n",
-      "v = 353072799.8012467 > c, setting 1/gamma = 0\n",
-      "v = 371308573.99443144 > c, setting 1/gamma = 0\n",
-      "v = 306079396.21549875 > c, setting 1/gamma = 0\n",
-      "v = 312410003.2514864 > c, setting 1/gamma = 0\n",
-      "v = 342644509.6093356 > c, setting 1/gamma = 0\n",
-      "v = 323473842.332423 > c, setting 1/gamma = 0\n",
-      "v = 346398339.5404075 > c, setting 1/gamma = 0\n",
-      "v = 335070263.0538702 > c, setting 1/gamma = 0\n",
-      "v = 357081675.7910043 > c, setting 1/gamma = 0\n",
-      "v = 316368502.579433 > c, setting 1/gamma = 0\n",
-      "v = 335327600.86955225 > c, setting 1/gamma = 0\n",
-      "v = 359244011.1967736 > c, setting 1/gamma = 0\n",
-      "v = 310888650.9365731 > c, setting 1/gamma = 0\n",
-      "v = 345529700.0132626 > c, setting 1/gamma = 0\n",
-      "v = 310053469.4145515 > c, setting 1/gamma = 0\n",
-      "v = 318557068.11699545 > c, setting 1/gamma = 0\n",
-      "v = 305793318.08882034 > c, setting 1/gamma = 0\n",
-      "v = 308084454.06990564 > c, setting 1/gamma = 0\n",
-      "v = 331968298.66745025 > c, setting 1/gamma = 0\n",
-      "v = 301157248.66692436 > c, setting 1/gamma = 0\n",
-      "v = 302165599.5048558 > c, setting 1/gamma = 0\n",
-      "v = 324529772.3415786 > c, setting 1/gamma = 0\n",
-      "v = 308430261.79058933 > c, setting 1/gamma = 0\n",
-      "v = 305502566.4454596 > c, setting 1/gamma = 0\n",
-      "v = 327070285.5790555 > c, setting 1/gamma = 0\n",
-      "v = 301293395.22810155 > c, setting 1/gamma = 0\n",
-      "v = 320598857.90534085 > c, setting 1/gamma = 0\n",
-      "v = 340738021.3721812 > c, setting 1/gamma = 0\n",
-      "v = 306942327.2881715 > c, setting 1/gamma = 0\n",
-      "v = 315697534.237655 > c, setting 1/gamma = 0\n",
-      "v = 336415208.20454353 > c, setting 1/gamma = 0\n",
-      "v = 302869370.2345286 > c, setting 1/gamma = 0\n",
-      "v = 332340891.2644133 > c, setting 1/gamma = 0\n",
-      "v = 352526917.01550955 > c, setting 1/gamma = 0\n",
-      "v = 310030641.5856603 > c, setting 1/gamma = 0\n",
-      "v = 346052705.580537 > c, setting 1/gamma = 0\n",
-      "v = 322822647.7497561 > c, setting 1/gamma = 0\n",
-      "v = 357387001.31144047 > c, setting 1/gamma = 0\n",
-      "v = 334841464.8714914 > c, setting 1/gamma = 0\n",
-      "v = 365501260.2130102 > c, setting 1/gamma = 0\n",
-      "v = 339933428.70192647 > c, setting 1/gamma = 0\n",
-      "v = 365036429.8287656 > c, setting 1/gamma = 0\n",
-      "v = 315467945.1369266 > c, setting 1/gamma = 0\n",
-      "v = 302698509.4475751 > c, setting 1/gamma = 0\n",
-      "v = 365569987.8182735 > c, setting 1/gamma = 0\n",
-      "v = 383631155.23931134 > c, setting 1/gamma = 0\n",
-      "v = 307693544.12128395 > c, setting 1/gamma = 0\n",
-      "v = 304136638.2272736 > c, setting 1/gamma = 0\n",
-      "v = 307088013.57139903 > c, setting 1/gamma = 0\n",
-      "v = 310061387.4882046 > c, setting 1/gamma = 0\n",
-      "v = 302188441.3222388 > c, setting 1/gamma = 0\n",
-      "v = 324129019.47181433 > c, setting 1/gamma = 0\n",
-      "v = 317139776.7794911 > c, setting 1/gamma = 0\n",
-      "v = 342753482.71930045 > c, setting 1/gamma = 0\n",
-      "v = 360958832.48890203 > c, setting 1/gamma = 0\n",
-      "v = 302293748.86718875 > c, setting 1/gamma = 0\n",
-      "v = 333543173.83529425 > c, setting 1/gamma = 0\n",
-      "v = 330618777.3746365 > c, setting 1/gamma = 0\n",
-      "v = 350781858.0190328 > c, setting 1/gamma = 0\n",
-      "v = 301719353.0908908 > c, setting 1/gamma = 0\n",
-      "v = 328490280.7951456 > c, setting 1/gamma = 0\n",
-      "v = 315044924.4036717 > c, setting 1/gamma = 0\n",
-      "v = 341736632.2967304 > c, setting 1/gamma = 0\n",
-      "v = 359552481.4307501 > c, setting 1/gamma = 0\n",
-      "v = 311384239.89400995 > c, setting 1/gamma = 0\n",
-      "v = 338838762.49743265 > c, setting 1/gamma = 0\n",
-      "v = 303811719.97610915 > c, setting 1/gamma = 0\n",
-      "v = 308908709.13127476 > c, setting 1/gamma = 0\n",
-      "v = 305179664.2689075 > c, setting 1/gamma = 0\n",
-      "v = 320569474.18252057 > c, setting 1/gamma = 0\n",
-      "v = 336439695.314619 > c, setting 1/gamma = 0\n",
-      "v = 354638063.4353632 > c, setting 1/gamma = 0\n",
-      "v = 306717727.8096445 > c, setting 1/gamma = 0\n",
-      "v = 335888790.7588027 > c, setting 1/gamma = 0\n",
-      "v = 306242239.55759245 > c, setting 1/gamma = 0\n",
-      "v = 301846121.408533 > c, setting 1/gamma = 0\n",
-      "v = 305505055.50803584 > c, setting 1/gamma = 0\n",
-      "v = 320295026.6945743 > c, setting 1/gamma = 0\n",
-      "v = 340012239.6380089 > c, setting 1/gamma = 0\n",
-      "v = 379216324.6388674 > c, setting 1/gamma = 0\n",
-      "v = 391477122.75493336 > c, setting 1/gamma = 0\n",
-      "v = 314974992.8497741 > c, setting 1/gamma = 0\n",
-      "v = 336428246.6781395 > c, setting 1/gamma = 0\n",
-      "v = 342440962.8346137 > c, setting 1/gamma = 0\n",
-      "v = 360661818.3319815 > c, setting 1/gamma = 0\n",
-      "v = 321448106.59154 > c, setting 1/gamma = 0\n",
-      "v = 318107340.5887089 > c, setting 1/gamma = 0\n",
-      "v = 340621008.23456824 > c, setting 1/gamma = 0\n",
-      "v = 304907897.7513998 > c, setting 1/gamma = 0\n",
-      "v = 331920724.11040646 > c, setting 1/gamma = 0\n",
-      "v = 314047471.765424 > c, setting 1/gamma = 0\n",
-      "v = 313335507.15923166 > c, setting 1/gamma = 0\n",
-      "v = 334337094.6656995 > c, setting 1/gamma = 0\n",
-      "v = 338761014.53356135 > c, setting 1/gamma = 0\n",
-      "v = 356394035.8761865 > c, setting 1/gamma = 0\n",
-      "v = 328551291.2830632 > c, setting 1/gamma = 0\n",
-      "v = 304859303.7630412 > c, setting 1/gamma = 0\n",
-      "v = 327643180.4769424 > c, setting 1/gamma = 0\n",
-      "v = 310724561.537099 > c, setting 1/gamma = 0\n",
-      "v = 327813568.3434584 > c, setting 1/gamma = 0\n",
-      "v = 347445300.5046939 > c, setting 1/gamma = 0\n",
-      "v = 303544252.26336604 > c, setting 1/gamma = 0\n",
-      "v = 339512666.9031044 > c, setting 1/gamma = 0\n",
-      "v = 323118020.7327287 > c, setting 1/gamma = 0\n",
-      "v = 355136195.6941334 > c, setting 1/gamma = 0\n",
-      "v = 324493851.9517788 > c, setting 1/gamma = 0\n",
-      "v = 347617471.3087872 > c, setting 1/gamma = 0\n",
-      "v = 313876600.6954483 > c, setting 1/gamma = 0\n",
-      "v = 352282275.1923657 > c, setting 1/gamma = 0\n",
-      "v = 372636525.5246449 > c, setting 1/gamma = 0\n",
-      "v = 337589156.2640024 > c, setting 1/gamma = 0\n",
-      "v = 373804947.53869766 > c, setting 1/gamma = 0\n",
-      "v = 333342749.765901 > c, setting 1/gamma = 0\n",
-      "v = 371430879.914501 > c, setting 1/gamma = 0\n",
-      "v = 301425994.1565928 > c, setting 1/gamma = 0\n",
-      "v = 339667942.66469884 > c, setting 1/gamma = 0\n",
-      "v = 338009273.45681906 > c, setting 1/gamma = 0\n",
-      "v = 375744931.4102729 > c, setting 1/gamma = 0\n",
-      "v = 403116782.6932751 > c, setting 1/gamma = 0\n",
-      "v = 430964304.49466527 > c, setting 1/gamma = 0\n",
-      "v = 302892425.3643963 > c, setting 1/gamma = 0\n",
-      "v = 330137206.08675766 > c, setting 1/gamma = 0\n",
-      "v = 301721072.81873655 > c, setting 1/gamma = 0\n",
-      "v = 304738202.0647935 > c, setting 1/gamma = 0\n",
-      "v = 328788925.9316759 > c, setting 1/gamma = 0\n",
-      "v = 300054293.3463084 > c, setting 1/gamma = 0\n",
-      "v = 305513624.7816462 > c, setting 1/gamma = 0\n",
-      "v = 306501764.70994675 > c, setting 1/gamma = 0\n",
-      "v = 313537654.50077003 > c, setting 1/gamma = 0\n",
-      "v = 336824936.733464 > c, setting 1/gamma = 0\n",
-      "v = 311404249.5708921 > c, setting 1/gamma = 0\n",
-      "v = 333524991.0977292 > c, setting 1/gamma = 0\n",
-      "v = 354134174.36232287 > c, setting 1/gamma = 0\n",
-      "v = 341516018.76245105 > c, setting 1/gamma = 0\n",
-      "v = 360842216.67876023 > c, setting 1/gamma = 0\n",
-      "v = 372183083.2624657 > c, setting 1/gamma = 0\n",
-      "v = 397499848.9824914 > c, setting 1/gamma = 0\n",
-      "v = 334145550.94667536 > c, setting 1/gamma = 0\n",
-      "v = 367218725.1052263 > c, setting 1/gamma = 0\n",
-      "v = 338835817.0272312 > c, setting 1/gamma = 0\n",
-      "v = 368535492.1161456 > c, setting 1/gamma = 0\n",
-      "v = 334998403.76306933 > c, setting 1/gamma = 0\n",
-      "v = 360510299.0152961 > c, setting 1/gamma = 0\n",
-      "v = 305804085.19194907 > c, setting 1/gamma = 0\n",
-      "v = 362476889.652867 > c, setting 1/gamma = 0\n",
-      "v = 380760612.1673022 > c, setting 1/gamma = 0\n",
-      "v = 311044782.16061175 > c, setting 1/gamma = 0\n",
-      "v = 345633232.1878262 > c, setting 1/gamma = 0\n",
-      "v = 377373682.70547324 > c, setting 1/gamma = 0\n",
-      "v = 396197791.6252267 > c, setting 1/gamma = 0\n",
-      "v = 390420715.8778095 > c, setting 1/gamma = 0\n",
-      "v = 406613644.8323074 > c, setting 1/gamma = 0\n",
-      "v = 368041296.633243 > c, setting 1/gamma = 0\n",
-      "v = 387157517.9560012 > c, setting 1/gamma = 0\n",
-      "v = 306607709.55430394 > c, setting 1/gamma = 0\n",
-      "v = 332206760.2600966 > c, setting 1/gamma = 0\n",
-      "v = 316401740.1542568 > c, setting 1/gamma = 0\n",
-      "v = 348317002.7502079 > c, setting 1/gamma = 0\n",
-      "v = 343301969.5940645 > c, setting 1/gamma = 0\n",
-      "v = 365680426.51785237 > c, setting 1/gamma = 0\n",
-      "v = 301761905.121609 > c, setting 1/gamma = 0\n",
-      "v = 337408157.17966557 > c, setting 1/gamma = 0\n",
-      "v = 304178257.1841155 > c, setting 1/gamma = 0\n",
-      "v = 333295845.8801408 > c, setting 1/gamma = 0\n",
-      "v = 301146769.5263372 > c, setting 1/gamma = 0\n",
-      "v = 324827560.7791227 > c, setting 1/gamma = 0\n",
-      "v = 373966868.71120465 > c, setting 1/gamma = 0\n",
-      "v = 389986471.5148968 > c, setting 1/gamma = 0\n",
-      "v = 332241335.6526584 > c, setting 1/gamma = 0\n",
-      "v = 353417200.26676637 > c, setting 1/gamma = 0\n",
-      "v = 308291987.40963835 > c, setting 1/gamma = 0\n",
-      "v = 304622627.15008706 > c, setting 1/gamma = 0\n",
-      "v = 327100166.2589952 > c, setting 1/gamma = 0\n",
-      "v = 305455868.87178105 > c, setting 1/gamma = 0\n",
-      "v = 333106909.38458437 > c, setting 1/gamma = 0\n",
-      "v = 352450541.193052 > c, setting 1/gamma = 0\n",
-      "v = 326861317.7296016 > c, setting 1/gamma = 0\n",
-      "v = 350686047.58073425 > c, setting 1/gamma = 0\n",
-      "v = 312374796.85003877 > c, setting 1/gamma = 0\n",
-      "v = 335334590.82779664 > c, setting 1/gamma = 0\n",
-      "v = 333089591.19523406 > c, setting 1/gamma = 0\n",
-      "v = 353499598.4319109 > c, setting 1/gamma = 0\n",
-      "v = 317462889.32670975 > c, setting 1/gamma = 0\n",
-      "v = 338856066.74536914 > c, setting 1/gamma = 0\n",
-      "v = 309757049.84440744 > c, setting 1/gamma = 0\n",
-      "v = 313191819.1756908 > c, setting 1/gamma = 0\n",
-      "v = 321841482.65510744 > c, setting 1/gamma = 0\n",
-      "v = 350667085.0138138 > c, setting 1/gamma = 0\n",
-      "v = 351981309.8265407 > c, setting 1/gamma = 0\n",
-      "v = 372619682.8315073 > c, setting 1/gamma = 0\n",
-      "v = 313929686.77217025 > c, setting 1/gamma = 0\n",
-      "v = 303230186.46135837 > c, setting 1/gamma = 0\n",
-      "v = 319804444.61523783 > c, setting 1/gamma = 0\n",
-      "v = 348444984.1316569 > c, setting 1/gamma = 0\n",
-      "v = 320949166.68353444 > c, setting 1/gamma = 0\n",
-      "v = 347317122.9092022 > c, setting 1/gamma = 0\n",
-      "v = 369288183.2831295 > c, setting 1/gamma = 0\n",
-      "v = 301079510.03974134 > c, setting 1/gamma = 0\n",
-      "v = 302968042.9610694 > c, setting 1/gamma = 0\n",
-      "v = 335992575.6293373 > c, setting 1/gamma = 0\n",
-      "v = 363504716.7308664 > c, setting 1/gamma = 0\n",
-      "v = 383855924.4482078 > c, setting 1/gamma = 0\n",
-      "v = 302568020.9239839 > c, setting 1/gamma = 0\n",
-      "v = 326598533.5067752 > c, setting 1/gamma = 0\n",
-      "v = 303764695.4460434 > c, setting 1/gamma = 0\n",
-      "v = 301254523.37026215 > c, setting 1/gamma = 0\n",
-      "v = 322743806.8151164 > c, setting 1/gamma = 0\n",
-      "v = 304527953.67811865 > c, setting 1/gamma = 0\n",
-      "v = 314511005.59555686 > c, setting 1/gamma = 0\n",
-      "v = 345415861.3506956 > c, setting 1/gamma = 0\n",
-      "v = 363355001.468204 > c, setting 1/gamma = 0\n",
-      "v = 305626880.928032 > c, setting 1/gamma = 0\n",
-      "v = 307933139.1843975 > c, setting 1/gamma = 0\n",
-      "v = 357932039.3850398 > c, setting 1/gamma = 0\n",
-      "v = 375559574.2197439 > c, setting 1/gamma = 0\n",
-      "v = 319671789.95267487 > c, setting 1/gamma = 0\n",
-      "v = 324867873.89961463 > c, setting 1/gamma = 0\n",
-      "v = 355030761.2168335 > c, setting 1/gamma = 0\n",
-      "v = 358515925.9984192 > c, setting 1/gamma = 0\n",
-      "v = 379195040.2700503 > c, setting 1/gamma = 0\n",
-      "v = 303263173.9723171 > c, setting 1/gamma = 0\n",
-      "v = 327060447.427286 > c, setting 1/gamma = 0\n",
-      "v = 302959737.45703477 > c, setting 1/gamma = 0\n",
-      "v = 308463796.9384666 > c, setting 1/gamma = 0\n",
-      "v = 329461991.8463556 > c, setting 1/gamma = 0\n",
-      "v = 309402472.37786156 > c, setting 1/gamma = 0\n",
-      "v = 306980548.0002636 > c, setting 1/gamma = 0\n",
-      "v = 327859075.8990658 > c, setting 1/gamma = 0\n",
-      "v = 312051840.62862635 > c, setting 1/gamma = 0\n",
-      "v = 347088088.6079683 > c, setting 1/gamma = 0\n",
-      "v = 363973082.67669296 > c, setting 1/gamma = 0\n",
-      "v = 304433786.17933404 > c, setting 1/gamma = 0\n",
-      "v = 314444164.4459393 > c, setting 1/gamma = 0\n",
-      "v = 334758287.0906739 > c, setting 1/gamma = 0\n",
-      "v = 313906181.32932764 > c, setting 1/gamma = 0\n",
-      "v = 333368495.9765076 > c, setting 1/gamma = 0\n",
-      "v = 341991183.6071886 > c, setting 1/gamma = 0\n",
-      "v = 358741149.7285497 > c, setting 1/gamma = 0\n",
-      "v = 342134570.91414165 > c, setting 1/gamma = 0\n",
-      "v = 362187398.7202188 > c, setting 1/gamma = 0\n",
-      "v = 302084378.5469122 > c, setting 1/gamma = 0\n",
-      "v = 326048519.4269728 > c, setting 1/gamma = 0\n",
-      "v = 344517015.4250775 > c, setting 1/gamma = 0\n",
-      "v = 362883141.0436464 > c, setting 1/gamma = 0\n",
-      "v = 304276025.1263856 > c, setting 1/gamma = 0\n",
-      "v = 303607908.65848863 > c, setting 1/gamma = 0\n",
-      "v = 323803939.47597706 > c, setting 1/gamma = 0\n",
-      "v = 302153746.2067066 > c, setting 1/gamma = 0\n",
-      "v = 321733747.96857756 > c, setting 1/gamma = 0\n",
-      "v = 307900763.7979734 > c, setting 1/gamma = 0\n",
-      "v = 329009235.1130594 > c, setting 1/gamma = 0\n",
-      "v = 346334430.2379154 > c, setting 1/gamma = 0\n",
-      "v = 363937513.1561147 > c, setting 1/gamma = 0\n",
-      "v = 377803137.55774486 > c, setting 1/gamma = 0\n",
-      "v = 316559178.4729234 > c, setting 1/gamma = 0\n",
-      "v = 354527159.9973063 > c, setting 1/gamma = 0\n",
-      "v = 327067089.12027603 > c, setting 1/gamma = 0\n",
-      "v = 315952245.93324256 > c, setting 1/gamma = 0\n",
-      "v = 358242843.2367821 > c, setting 1/gamma = 0\n",
-      "v = 313290290.598453 > c, setting 1/gamma = 0\n",
-      "v = 339531062.9946841 > c, setting 1/gamma = 0\n",
-      "v = 301089214.0043761 > c, setting 1/gamma = 0\n",
-      "v = 343453540.88120943 > c, setting 1/gamma = 0\n",
-      "v = 377179234.9596367 > c, setting 1/gamma = 0\n",
-      "v = 374653075.8792579 > c, setting 1/gamma = 0\n",
-      "v = 403854179.53569466 > c, setting 1/gamma = 0\n",
-      "v = 332453310.5812677 > c, setting 1/gamma = 0\n",
-      "v = 356969548.1461829 > c, setting 1/gamma = 0\n",
-      "v = 389716600.9539829 > c, setting 1/gamma = 0\n",
-      "v = 402462468.47834957 > c, setting 1/gamma = 0\n",
-      "v = 425761537.9387148 > c, setting 1/gamma = 0\n",
-      "v = 367583058.2288175 > c, setting 1/gamma = 0\n",
-      "v = 404325558.37703997 > c, setting 1/gamma = 0\n",
-      "v = 315556631.09250915 > c, setting 1/gamma = 0\n",
-      "v = 341214632.4074548 > c, setting 1/gamma = 0\n",
-      "v = 303155307.84973896 > c, setting 1/gamma = 0\n",
-      "v = 316244230.0343473 > c, setting 1/gamma = 0\n",
-      "v = 338557818.2069228 > c, setting 1/gamma = 0\n",
-      "v = 303886754.2992305 > c, setting 1/gamma = 0\n",
-      "v = 325637163.6545826 > c, setting 1/gamma = 0\n",
-      "v = 301081767.2356758 > c, setting 1/gamma = 0\n",
-      "v = 302716189.1621252 > c, setting 1/gamma = 0\n",
-      "v = 324941429.1144648 > c, setting 1/gamma = 0\n",
-      "v = 310678287.18119305 > c, setting 1/gamma = 0\n",
-      "v = 323037558.8825604 > c, setting 1/gamma = 0\n",
-      "v = 343388366.8916331 > c, setting 1/gamma = 0\n",
-      "v = 309914410.2833048 > c, setting 1/gamma = 0\n",
-      "v = 308897332.5118245 > c, setting 1/gamma = 0\n",
-      "v = 329391209.78669864 > c, setting 1/gamma = 0\n",
-      "v = 302332613.2863328 > c, setting 1/gamma = 0\n",
-      "v = 331240488.5343164 > c, setting 1/gamma = 0\n",
-      "v = 370127597.7808279 > c, setting 1/gamma = 0\n",
-      "v = 316802036.9531539 > c, setting 1/gamma = 0\n",
-      "v = 356363952.84437054 > c, setting 1/gamma = 0\n",
-      "v = 320939053.01487046 > c, setting 1/gamma = 0\n",
-      "v = 356892049.69766724 > c, setting 1/gamma = 0\n",
-      "v = 373222241.6546845 > c, setting 1/gamma = 0\n",
-      "v = 399664608.22491306 > c, setting 1/gamma = 0\n",
-      "v = 392497025.91275376 > c, setting 1/gamma = 0\n",
-      "v = 413979905.6690666 > c, setting 1/gamma = 0\n",
-      "v = 342905754.0757025 > c, setting 1/gamma = 0\n",
-      "v = 375164911.58974487 > c, setting 1/gamma = 0\n",
-      "v = 351038914.979044 > c, setting 1/gamma = 0\n",
-      "v = 376312762.6304925 > c, setting 1/gamma = 0\n",
-      "v = 331732850.7827148 > c, setting 1/gamma = 0\n",
-      "v = 357017475.3989491 > c, setting 1/gamma = 0\n",
-      "v = 340281100.4525958 > c, setting 1/gamma = 0\n",
-      "v = 377153181.78738564 > c, setting 1/gamma = 0\n",
-      "v = 311453306.77301383 > c, setting 1/gamma = 0\n",
-      "v = 346173478.3614308 > c, setting 1/gamma = 0\n",
-      "v = 342721567.4681727 > c, setting 1/gamma = 0\n",
-      "v = 365267880.4057431 > c, setting 1/gamma = 0\n",
-      "v = 302452716.2734482 > c, setting 1/gamma = 0\n",
-      "v = 327063015.593297 > c, setting 1/gamma = 0\n",
-      "v = 313441483.76488984 > c, setting 1/gamma = 0\n",
-      "v = 345924055.71011037 > c, setting 1/gamma = 0\n",
-      "v = 364742025.724192 > c, setting 1/gamma = 0\n",
-      "v = 331734083.5486235 > c, setting 1/gamma = 0\n",
-      "v = 364644880.0315944 > c, setting 1/gamma = 0\n",
-      "v = 359418306.1001015 > c, setting 1/gamma = 0\n",
-      "v = 379870399.889952 > c, setting 1/gamma = 0\n",
-      "v = 303075861.29001236 > c, setting 1/gamma = 0\n",
-      "v = 306128798.6026864 > c, setting 1/gamma = 0\n",
-      "v = 327232716.0155186 > c, setting 1/gamma = 0\n",
-      "v = 307851361.8583996 > c, setting 1/gamma = 0\n",
-      "v = 333548753.3109227 > c, setting 1/gamma = 0\n",
-      "v = 352260966.8879705 > c, setting 1/gamma = 0\n",
-      "v = 330896867.34424806 > c, setting 1/gamma = 0\n",
-      "v = 364237921.8512214 > c, setting 1/gamma = 0\n",
-      "v = 399233869.47926325 > c, setting 1/gamma = 0\n",
-      "v = 303275348.7483748 > c, setting 1/gamma = 0\n",
-      "v = 328670935.8133203 > c, setting 1/gamma = 0\n",
-      "v = 300524975.2775303 > c, setting 1/gamma = 0\n",
-      "v = 303841487.5066446 > c, setting 1/gamma = 0\n",
-      "v = 326451454.7011863 > c, setting 1/gamma = 0\n",
-      "v = 305213817.95685273 > c, setting 1/gamma = 0\n",
-      "v = 302836482.55409706 > c, setting 1/gamma = 0\n",
-      "v = 325113636.1520421 > c, setting 1/gamma = 0\n",
-      "v = 303537372.9204756 > c, setting 1/gamma = 0\n",
-      "v = 329902120.871372 > c, setting 1/gamma = 0\n",
-      "v = 350139575.1010165 > c, setting 1/gamma = 0\n",
-      "v = 313965060.8485872 > c, setting 1/gamma = 0\n",
-      "v = 326034005.90576994 > c, setting 1/gamma = 0\n",
-      "v = 301581112.0850958 > c, setting 1/gamma = 0\n",
-      "v = 307156235.4503077 > c, setting 1/gamma = 0\n",
-      "v = 345590277.37848353 > c, setting 1/gamma = 0\n",
-      "v = 305672049.98072755 > c, setting 1/gamma = 0\n",
-      "v = 307564430.0154649 > c, setting 1/gamma = 0\n",
-      "v = 325605282.96110654 > c, setting 1/gamma = 0\n",
-      "v = 346325788.5284285 > c, setting 1/gamma = 0\n",
-      "v = 335783374.9432963 > c, setting 1/gamma = 0\n",
-      "v = 354317100.4235263 > c, setting 1/gamma = 0\n",
-      "v = 302054124.55448866 > c, setting 1/gamma = 0\n",
-      "v = 323486443.3442411 > c, setting 1/gamma = 0\n",
-      "v = 305943803.909135 > c, setting 1/gamma = 0\n",
-      "v = 326293354.61396486 > c, setting 1/gamma = 0\n",
-      "v = 300226959.94140977 > c, setting 1/gamma = 0\n",
-      "v = 342450561.5936242 > c, setting 1/gamma = 0\n",
-      "v = 356663985.3245293 > c, setting 1/gamma = 0\n",
-      "v = 302424094.14393306 > c, setting 1/gamma = 0\n",
-      "v = 324832217.90805966 > c, setting 1/gamma = 0\n",
-      "v = 341589568.1421138 > c, setting 1/gamma = 0\n",
-      "v = 301902807.4140025 > c, setting 1/gamma = 0\n",
-      "v = 318226073.41808665 > c, setting 1/gamma = 0\n",
-      "v = 300746070.8466492 > c, setting 1/gamma = 0\n",
-      "v = 320698890.3781113 > c, setting 1/gamma = 0\n",
-      "v = 304284658.2269448 > c, setting 1/gamma = 0\n",
-      "v = 308171883.9207951 > c, setting 1/gamma = 0\n",
-      "v = 328266887.0213391 > c, setting 1/gamma = 0\n",
-      "v = 311743750.8546042 > c, setting 1/gamma = 0\n",
-      "v = 341386399.754827 > c, setting 1/gamma = 0\n",
-      "v = 357511090.71424127 > c, setting 1/gamma = 0\n",
-      "v = 336076596.6189307 > c, setting 1/gamma = 0\n",
-      "v = 356377751.94628197 > c, setting 1/gamma = 0\n",
-      "v = 320980706.04456836 > c, setting 1/gamma = 0\n",
-      "v = 343042368.60368526 > c, setting 1/gamma = 0\n",
-      "v = 336457235.5955052 > c, setting 1/gamma = 0\n",
-      "v = 355433825.0753497 > c, setting 1/gamma = 0\n",
-      "v = 320581128.3033771 > c, setting 1/gamma = 0\n",
-      "v = 342091154.83994067 > c, setting 1/gamma = 0\n",
-      "v = 342895493.00966066 > c, setting 1/gamma = 0\n",
-      "v = 360477437.26555914 > c, setting 1/gamma = 0\n",
-      "v = 363583466.116698 > c, setting 1/gamma = 0\n",
-      "v = 383089034.3892959 > c, setting 1/gamma = 0\n",
-      "v = 313378133.631564 > c, setting 1/gamma = 0\n",
-      "v = 335576505.4177383 > c, setting 1/gamma = 0\n",
-      "v = 328429451.478969 > c, setting 1/gamma = 0\n",
-      "v = 347992230.7169002 > c, setting 1/gamma = 0\n",
-      "v = 322633579.15328056 > c, setting 1/gamma = 0\n",
-      "v = 343279340.74242765 > c, setting 1/gamma = 0\n",
-      "v = 302324835.2862787 > c, setting 1/gamma = 0\n",
-      "v = 326033286.6246668 > c, setting 1/gamma = 0\n",
-      "v = 333162824.6117686 > c, setting 1/gamma = 0\n",
-      "v = 356755772.2653314 > c, setting 1/gamma = 0\n",
-      "v = 300168035.3055148 > c, setting 1/gamma = 0\n",
-      "v = 311397216.7162507 > c, setting 1/gamma = 0\n",
-      "v = 317543949.04566437 > c, setting 1/gamma = 0\n",
-      "v = 347678600.9783903 > c, setting 1/gamma = 0\n",
-      "v = 310153002.9184309 > c, setting 1/gamma = 0\n",
-      "v = 331763136.25950754 > c, setting 1/gamma = 0\n",
-      "v = 309637409.6663834 > c, setting 1/gamma = 0\n",
-      "v = 329326613.5527386 > c, setting 1/gamma = 0\n",
-      "v = 314448094.10023606 > c, setting 1/gamma = 0\n",
-      "v = 333812037.5745414 > c, setting 1/gamma = 0\n",
-      "v = 300355464.99540704 > c, setting 1/gamma = 0\n",
-      "v = 322089417.6941685 > c, setting 1/gamma = 0\n",
-      "v = 352772279.38052577 > c, setting 1/gamma = 0\n",
-      "v = 330200406.302837 > c, setting 1/gamma = 0\n",
-      "v = 352456403.6930062 > c, setting 1/gamma = 0\n",
-      "v = 312013096.95574284 > c, setting 1/gamma = 0\n",
-      "v = 337023206.6956336 > c, setting 1/gamma = 0\n",
-      "v = 331725239.2235774 > c, setting 1/gamma = 0\n",
-      "v = 353402583.568664 > c, setting 1/gamma = 0\n",
-      "v = 301363339.1916813 > c, setting 1/gamma = 0\n",
-      "v = 300908495.49428445 > c, setting 1/gamma = 0\n",
-      "v = 321342426.26523364 > c, setting 1/gamma = 0\n",
-      "v = 316348221.78328896 > c, setting 1/gamma = 0\n",
-      "v = 319664047.77201027 > c, setting 1/gamma = 0\n",
-      "v = 352539813.50406545 > c, setting 1/gamma = 0\n",
-      "v = 346015630.3229596 > c, setting 1/gamma = 0\n",
-      "v = 367732035.60608554 > c, setting 1/gamma = 0\n",
-      "v = 305579774.95181173 > c, setting 1/gamma = 0\n",
-      "v = 357335586.7445866 > c, setting 1/gamma = 0\n",
-      "v = 385147909.7197738 > c, setting 1/gamma = 0\n",
-      "v = 360190617.72738624 > c, setting 1/gamma = 0\n",
-      "v = 382157250.35825634 > c, setting 1/gamma = 0\n",
-      "v = 306216842.59804577 > c, setting 1/gamma = 0\n",
-      "v = 313082164.2022167 > c, setting 1/gamma = 0\n",
-      "v = 325619579.2237889 > c, setting 1/gamma = 0\n",
-      "v = 346485840.0325299 > c, setting 1/gamma = 0\n",
-      "v = 334098374.91200775 > c, setting 1/gamma = 0\n",
-      "v = 348887740.6803279 > c, setting 1/gamma = 0\n",
-      "v = 366574396.53680843 > c, setting 1/gamma = 0\n",
-      "v = 316376120.0409377 > c, setting 1/gamma = 0\n",
-      "v = 349828101.88285553 > c, setting 1/gamma = 0\n",
-      "v = 358873707.0655009 > c, setting 1/gamma = 0\n",
-      "v = 378032441.497372 > c, setting 1/gamma = 0\n",
-      "v = 329130208.42789596 > c, setting 1/gamma = 0\n",
-      "v = 317803443.8879425 > c, setting 1/gamma = 0\n",
-      "v = 302350817.0191104 > c, setting 1/gamma = 0\n",
-      "v = 324788043.06821406 > c, setting 1/gamma = 0\n",
-      "v = 302488250.80641884 > c, setting 1/gamma = 0\n",
-      "v = 342612021.9266434 > c, setting 1/gamma = 0\n",
-      "v = 362223945.6334419 > c, setting 1/gamma = 0\n",
-      "v = 301607307.68926394 > c, setting 1/gamma = 0\n",
-      "v = 321704935.13659567 > c, setting 1/gamma = 0\n",
-      "v = 316804511.26578414 > c, setting 1/gamma = 0\n",
-      "v = 303083143.1871344 > c, setting 1/gamma = 0\n",
-      "v = 321209742.5478229 > c, setting 1/gamma = 0\n",
-      "v = 321010251.67149 > c, setting 1/gamma = 0\n",
-      "v = 300784440.3611135 > c, setting 1/gamma = 0\n",
-      "v = 318867664.60035324 > c, setting 1/gamma = 0\n",
-      "v = 331484433.1951137 > c, setting 1/gamma = 0\n",
-      "v = 338035801.3607214 > c, setting 1/gamma = 0\n",
-      "v = 354625794.2854922 > c, setting 1/gamma = 0\n",
-      "v = 317534365.47985363 > c, setting 1/gamma = 0\n",
-      "v = 301848820.7439051 > c, setting 1/gamma = 0\n",
-      "v = 324416496.04273987 > c, setting 1/gamma = 0\n",
-      "v = 304079031.2889472 > c, setting 1/gamma = 0\n",
-      "v = 333822528.5012253 > c, setting 1/gamma = 0\n",
-      "v = 351990949.22393143 > c, setting 1/gamma = 0\n",
-      "v = 304663015.07580835 > c, setting 1/gamma = 0\n",
-      "v = 328045815.9867508 > c, setting 1/gamma = 0\n",
-      "v = 311324353.21458566 > c, setting 1/gamma = 0\n",
-      "v = 331945147.74813455 > c, setting 1/gamma = 0\n",
-      "v = 350226228.0197384 > c, setting 1/gamma = 0\n",
-      "v = 310325526.37014395 > c, setting 1/gamma = 0\n",
-      "v = 332764969.0323483 > c, setting 1/gamma = 0\n",
-      "v = 320099204.30969834 > c, setting 1/gamma = 0\n",
-      "v = 345226563.2052405 > c, setting 1/gamma = 0\n",
-      "v = 309921678.5304129 > c, setting 1/gamma = 0\n",
-      "v = 313379166.13408715 > c, setting 1/gamma = 0\n",
-      "v = 302278674.3826101 > c, setting 1/gamma = 0\n",
-      "v = 302256971.7937677 > c, setting 1/gamma = 0\n",
-      "v = 301534871.47900516 > c, setting 1/gamma = 0\n",
-      "v = 315451698.4003026 > c, setting 1/gamma = 0\n",
-      "v = 300626883.7537582 > c, setting 1/gamma = 0\n",
-      "v = 303000687.2846853 > c, setting 1/gamma = 0\n",
-      "v = 343253397.40571666 > c, setting 1/gamma = 0\n",
-      "v = 330405716.2012527 > c, setting 1/gamma = 0\n",
-      "v = 347922873.0042904 > c, setting 1/gamma = 0\n",
-      "v = 308705871.74101233 > c, setting 1/gamma = 0\n",
-      "v = 306074213.9360537 > c, setting 1/gamma = 0\n",
-      "v = 324343512.45032525 > c, setting 1/gamma = 0\n",
-      "v = 304437530.0311846 > c, setting 1/gamma = 0\n",
-      "v = 306757909.0691884 > c, setting 1/gamma = 0\n",
-      "v = 341233000.8554673 > c, setting 1/gamma = 0\n",
-      "v = 360218428.00900596 > c, setting 1/gamma = 0\n",
-      "v = 308660309.14343035 > c, setting 1/gamma = 0\n",
-      "v = 333190963.7198872 > c, setting 1/gamma = 0\n",
-      "v = 320510450.8029476 > c, setting 1/gamma = 0\n",
-      "v = 315657084.32558584 > c, setting 1/gamma = 0\n",
-      "v = 335932721.4088975 > c, setting 1/gamma = 0\n",
-      "v = 305523610.6581637 > c, setting 1/gamma = 0\n",
-      "v = 313295155.6350394 > c, setting 1/gamma = 0\n",
-      "v = 333091580.749001 > c, setting 1/gamma = 0\n",
-      "v = 305928671.72937566 > c, setting 1/gamma = 0\n",
-      "v = 338328236.46731246 > c, setting 1/gamma = 0\n",
-      "v = 357521124.08466184 > c, setting 1/gamma = 0\n",
-      "v = 305105550.0048319 > c, setting 1/gamma = 0\n",
-      "v = 313120118.8293985 > c, setting 1/gamma = 0\n",
-      "v = 351636699.3949344 > c, setting 1/gamma = 0\n",
-      "v = 310703020.4483674 > c, setting 1/gamma = 0\n",
-      "v = 336979340.81581014 > c, setting 1/gamma = 0\n",
-      "v = 359041073.55894035 > c, setting 1/gamma = 0\n",
-      "v = 301289861.57381856 > c, setting 1/gamma = 0\n",
-      "v = 337341206.846189 > c, setting 1/gamma = 0\n",
-      "v = 332309783.19031787 > c, setting 1/gamma = 0\n",
-      "v = 358380660.30179435 > c, setting 1/gamma = 0\n",
-      "v = 311043582.049686 > c, setting 1/gamma = 0\n",
-      "v = 308702087.148009 > c, setting 1/gamma = 0\n",
-      "v = 328707123.3952909 > c, setting 1/gamma = 0\n",
-      "v = 303895655.5161008 > c, setting 1/gamma = 0\n",
-      "v = 309986856.0749137 > c, setting 1/gamma = 0\n",
-      "v = 314418020.4961956 > c, setting 1/gamma = 0\n",
-      "v = 305178630.6890859 > c, setting 1/gamma = 0\n",
-      "v = 323813994.9133239 > c, setting 1/gamma = 0\n",
-      "v = 306502657.74777675 > c, setting 1/gamma = 0\n",
-      "v = 331659645.7323363 > c, setting 1/gamma = 0\n",
-      "v = 348202440.2209338 > c, setting 1/gamma = 0\n",
-      "v = 319852285.6964109 > c, setting 1/gamma = 0\n",
-      "v = 341210452.9247864 > c, setting 1/gamma = 0\n",
-      "v = 304619542.18233025 > c, setting 1/gamma = 0\n",
-      "v = 305566982.55446595 > c, setting 1/gamma = 0\n",
-      "v = 323590889.03848255 > c, setting 1/gamma = 0\n",
-      "v = 305858258.30109525 > c, setting 1/gamma = 0\n",
-      "v = 320403181.92286086 > c, setting 1/gamma = 0\n",
-      "v = 337909293.3145474 > c, setting 1/gamma = 0\n",
-      "v = 325224901.0529927 > c, setting 1/gamma = 0\n",
-      "v = 341683889.17941064 > c, setting 1/gamma = 0\n",
-      "v = 307722520.7376758 > c, setting 1/gamma = 0\n",
-      "v = 326125939.80124456 > c, setting 1/gamma = 0\n",
-      "v = 315004477.9690868 > c, setting 1/gamma = 0\n",
-      "v = 332112286.9538597 > c, setting 1/gamma = 0\n",
-      "v = 312299467.77667487 > c, setting 1/gamma = 0\n",
-      "v = 328575644.96195626 > c, setting 1/gamma = 0\n",
-      "v = 302263508.038152 > c, setting 1/gamma = 0\n",
-      "v = 318463680.4073363 > c, setting 1/gamma = 0\n",
-      "v = 316306588.2885017 > c, setting 1/gamma = 0\n",
-      "v = 331530996.26926386 > c, setting 1/gamma = 0\n",
-      "v = 303773935.8951264 > c, setting 1/gamma = 0\n",
-      "v = 311270735.89214116 > c, setting 1/gamma = 0\n",
-      "v = 328388888.8987869 > c, setting 1/gamma = 0\n",
-      "v = 301798318.2965301 > c, setting 1/gamma = 0\n",
-      "v = 300713838.79465383 > c, setting 1/gamma = 0\n",
-      "v = 318516385.9850844 > c, setting 1/gamma = 0\n",
-      "v = 302480599.5223876 > c, setting 1/gamma = 0\n",
-      "v = 303522571.3189868 > c, setting 1/gamma = 0\n",
-      "v = 327507913.9319197 > c, setting 1/gamma = 0\n",
-      "v = 302901842.3949297 > c, setting 1/gamma = 0\n",
-      "v = 351978240.45395494 > c, setting 1/gamma = 0\n",
-      "v = 365845853.9268431 > c, setting 1/gamma = 0\n",
-      "v = 305702905.6136646 > c, setting 1/gamma = 0\n",
-      "v = 302207064.4984389 > c, setting 1/gamma = 0\n",
-      "v = 320393223.8771303 > c, setting 1/gamma = 0\n",
-      "v = 359729181.76129943 > c, setting 1/gamma = 0\n",
-      "v = 336320314.6847945 > c, setting 1/gamma = 0\n",
-      "v = 352727886.30924654 > c, setting 1/gamma = 0\n",
-      "v = 300676557.1745745 > c, setting 1/gamma = 0\n",
-      "v = 311370270.3405 > c, setting 1/gamma = 0\n",
-      "v = 328913742.3135476 > c, setting 1/gamma = 0\n",
-      "v = 315321044.22654843 > c, setting 1/gamma = 0\n",
-      "v = 306596322.37499505 > c, setting 1/gamma = 0\n",
-      "v = 323917748.7901204 > c, setting 1/gamma = 0\n",
-      "v = 329311551.5174369 > c, setting 1/gamma = 0\n",
-      "v = 331515137.85452825 > c, setting 1/gamma = 0\n",
-      "v = 350582397.9129072 > c, setting 1/gamma = 0\n",
-      "v = 311519404.8771536 > c, setting 1/gamma = 0\n",
-      "v = 330872081.9462437 > c, setting 1/gamma = 0\n",
-      "v = 303035455.99375165 > c, setting 1/gamma = 0\n",
-      "v = 324194909.039021 > c, setting 1/gamma = 0\n",
-      "v = 317000048.3221623 > c, setting 1/gamma = 0\n",
-      "v = 325610012.6331894 > c, setting 1/gamma = 0\n",
-      "v = 341796997.84720296 > c, setting 1/gamma = 0\n",
-      "v = 304133429.468033 > c, setting 1/gamma = 0\n",
-      "v = 303474352.44899386 > c, setting 1/gamma = 0\n",
-      "v = 320135008.2960832 > c, setting 1/gamma = 0\n",
-      "v = 332008050.3453149 > c, setting 1/gamma = 0\n",
-      "v = 325674153.4032578 > c, setting 1/gamma = 0\n",
-      "v = 341349745.72409433 > c, setting 1/gamma = 0\n",
-      "v = 301529966.4502628 > c, setting 1/gamma = 0\n",
-      "v = 346691624.38873005 > c, setting 1/gamma = 0\n",
-      "v = 360172997.9622681 > c, setting 1/gamma = 0\n",
-      "v = 317481414.7040505 > c, setting 1/gamma = 0\n",
-      "v = 336143046.35105675 > c, setting 1/gamma = 0\n",
-      "v = 318068978.85804754 > c, setting 1/gamma = 0\n",
-      "v = 316362782.0473597 > c, setting 1/gamma = 0\n",
-      "v = 340934865.1049366 > c, setting 1/gamma = 0\n",
-      "v = 305337467.15366286 > c, setting 1/gamma = 0\n",
-      "v = 301947199.18270844 > c, setting 1/gamma = 0\n",
-      "v = 318865877.0582814 > c, setting 1/gamma = 0\n",
-      "v = 315017231.11786455 > c, setting 1/gamma = 0\n",
-      "v = 307171413.20912445 > c, setting 1/gamma = 0\n",
-      "v = 321756423.27136594 > c, setting 1/gamma = 0\n",
-      "v = 335138928.3118876 > c, setting 1/gamma = 0\n",
-      "v = 351483884.7216773 > c, setting 1/gamma = 0\n",
-      "v = 315035160.9965454 > c, setting 1/gamma = 0\n",
-      "v = 307853697.3505583 > c, setting 1/gamma = 0\n",
-      "v = 345282400.6361795 > c, setting 1/gamma = 0\n",
-      "v = 320102427.118374 > c, setting 1/gamma = 0\n",
-      "v = 336103783.24162227 > c, setting 1/gamma = 0\n",
-      "v = 334837886.7970879 > c, setting 1/gamma = 0\n",
-      "v = 351955287.10165125 > c, setting 1/gamma = 0\n",
-      "v = 320609826.77867144 > c, setting 1/gamma = 0\n",
-      "v = 336982609.67134136 > c, setting 1/gamma = 0\n",
-      "v = 304003994.55585074 > c, setting 1/gamma = 0\n",
-      "v = 320133255.8719741 > c, setting 1/gamma = 0\n",
-      "v = 330806864.0656852 > c, setting 1/gamma = 0\n",
-      "v = 344973200.52773094 > c, setting 1/gamma = 0\n",
-      "v = 307105564.3114096 > c, setting 1/gamma = 0\n",
-      "v = 339496882.2137581 > c, setting 1/gamma = 0\n",
-      "v = 352059956.2171378 > c, setting 1/gamma = 0\n",
-      "v = 304018292.3995944 > c, setting 1/gamma = 0\n",
-      "v = 305290423.8539217 > c, setting 1/gamma = 0\n",
-      "v = 320562127.0022039 > c, setting 1/gamma = 0\n",
-      "v = 323221322.49457675 > c, setting 1/gamma = 0\n",
-      "v = 341247000.8261387 > c, setting 1/gamma = 0\n",
-      "v = 354792941.3172255 > c, setting 1/gamma = 0\n",
-      "v = 313293582.44910395 > c, setting 1/gamma = 0\n",
-      "v = 322157779.7756444 > c, setting 1/gamma = 0\n",
-      "v = 339450493.90727067 > c, setting 1/gamma = 0\n",
-      "v = 309263958.7211149 > c, setting 1/gamma = 0\n",
-      "v = 305018087.53768796 > c, setting 1/gamma = 0\n",
-      "v = 320824454.8005997 > c, setting 1/gamma = 0\n",
-      "v = 306303893.73326993 > c, setting 1/gamma = 0\n",
-      "v = 301330346.9800706 > c, setting 1/gamma = 0\n",
-      "v = 341293374.4628215 > c, setting 1/gamma = 0\n",
-      "v = 331136931.0011717 > c, setting 1/gamma = 0\n",
-      "v = 349786095.7127972 > c, setting 1/gamma = 0\n",
-      "v = 305327041.9703515 > c, setting 1/gamma = 0\n",
-      "v = 323681559.1835463 > c, setting 1/gamma = 0\n",
-      "v = 315584393.69453967 > c, setting 1/gamma = 0\n",
-      "v = 321601949.35512584 > c, setting 1/gamma = 0\n",
-      "v = 338515952.78534025 > c, setting 1/gamma = 0\n",
-      "v = 311205234.34687704 > c, setting 1/gamma = 0\n",
-      "v = 326162132.41210145 > c, setting 1/gamma = 0\n",
-      "v = 344659681.3302268 > c, setting 1/gamma = 0\n",
-      "v = 300586198.5690993 > c, setting 1/gamma = 0\n",
-      "v = 317139702.99296165 > c, setting 1/gamma = 0\n",
-      "v = 301794101.2153563 > c, setting 1/gamma = 0\n",
-      "v = 338029799.35380405 > c, setting 1/gamma = 0\n",
-      "v = 341950349.6905065 > c, setting 1/gamma = 0\n",
-      "v = 353901796.5328496 > c, setting 1/gamma = 0\n",
-      "v = 311700890.5248206 > c, setting 1/gamma = 0\n",
-      "v = 336995632.6190358 > c, setting 1/gamma = 0\n",
-      "v = 352176372.339118 > c, setting 1/gamma = 0\n",
-      "v = 308795629.16919154 > c, setting 1/gamma = 0\n",
-      "v = 336989864.6212713 > c, setting 1/gamma = 0\n",
-      "v = 352476324.8420663 > c, setting 1/gamma = 0\n",
-      "v = 307680132.6443126 > c, setting 1/gamma = 0\n",
-      "v = 324164398.2767829 > c, setting 1/gamma = 0\n",
-      "v = 317542626.50218487 > c, setting 1/gamma = 0\n",
-      "v = 327454164.980359 > c, setting 1/gamma = 0\n",
-      "v = 342145272.9238082 > c, setting 1/gamma = 0\n",
-      "v = 303585959.6674815 > c, setting 1/gamma = 0\n",
-      "v = 345862520.9120753 > c, setting 1/gamma = 0\n",
-      "v = 358954598.58642584 > c, setting 1/gamma = 0\n",
-      "v = 312116118.7981799 > c, setting 1/gamma = 0\n",
-      "v = 329308477.5541922 > c, setting 1/gamma = 0\n",
-      "v = 336355448.811747 > c, setting 1/gamma = 0\n",
-      "v = 351124136.99603754 > c, setting 1/gamma = 0\n",
-      "v = 321643414.52008545 > c, setting 1/gamma = 0\n",
-      "v = 339172900.9851177 > c, setting 1/gamma = 0\n",
-      "v = 336884451.05417377 > c, setting 1/gamma = 0\n",
-      "v = 328406189.8552788 > c, setting 1/gamma = 0\n",
-      "v = 349085284.5320279 > c, setting 1/gamma = 0\n",
-      "v = 310345753.727922 > c, setting 1/gamma = 0\n",
-      "v = 302354158.0488576 > c, setting 1/gamma = 0\n",
-      "v = 318536414.53400457 > c, setting 1/gamma = 0\n",
-      "v = 317260000.67184603 > c, setting 1/gamma = 0\n",
-      "v = 310004716.02283394 > c, setting 1/gamma = 0\n",
-      "v = 325964786.3112107 > c, setting 1/gamma = 0\n",
-      "v = 316196445.2085583 > c, setting 1/gamma = 0\n",
-      "v = 332192362.5500913 > c, setting 1/gamma = 0\n",
-      "v = 346792533.5789099 > c, setting 1/gamma = 0\n",
-      "v = 321619866.5580112 > c, setting 1/gamma = 0\n",
-      "v = 337994108.0915043 > c, setting 1/gamma = 0\n",
-      "v = 322464715.03713423 > c, setting 1/gamma = 0\n",
-      "v = 340100220.6093562 > c, setting 1/gamma = 0\n",
-      "v = 303366885.04937816 > c, setting 1/gamma = 0\n",
-      "v = 342866477.4976718 > c, setting 1/gamma = 0\n",
-      "v = 356297126.75140566 > c, setting 1/gamma = 0\n",
-      "v = 310897389.590598 > c, setting 1/gamma = 0\n",
-      "v = 326892486.73753065 > c, setting 1/gamma = 0\n",
-      "v = 311073241.7172877 > c, setting 1/gamma = 0\n",
-      "v = 327065857.5361627 > c, setting 1/gamma = 0\n",
-      "v = 303596171.5354231 > c, setting 1/gamma = 0\n",
-      "v = 331608505.58745784 > c, setting 1/gamma = 0\n",
-      "v = 345138216.1993245 > c, setting 1/gamma = 0\n",
-      "v = 311106079.9060913 > c, setting 1/gamma = 0\n",
-      "v = 316805336.4506983 > c, setting 1/gamma = 0\n",
-      "v = 331893020.63392353 > c, setting 1/gamma = 0\n",
-      "v = 314961076.97464925 > c, setting 1/gamma = 0\n",
-      "v = 335333867.486364 > c, setting 1/gamma = 0\n",
-      "v = 349467309.3031173 > c, setting 1/gamma = 0\n",
-      "v = 319390009.9798367 > c, setting 1/gamma = 0\n",
-      "v = 316818386.8781637 > c, setting 1/gamma = 0\n",
-      "v = 337216629.3188984 > c, setting 1/gamma = 0\n",
-      "v = 304313318.8496743 > c, setting 1/gamma = 0\n",
-      "v = 300155550.03763956 > c, setting 1/gamma = 0\n",
-      "v = 318335592.2539491 > c, setting 1/gamma = 0\n",
-      "v = 310326824.985365 > c, setting 1/gamma = 0\n",
-      "v = 301642332.8395886 > c, setting 1/gamma = 0\n",
-      "v = 316616665.7135 > c, setting 1/gamma = 0\n",
-      "v = 319350390.38780665 > c, setting 1/gamma = 0\n",
-      "v = 306446413.2554273 > c, setting 1/gamma = 0\n",
-      "v = 322837040.5762365 > c, setting 1/gamma = 0\n",
-      "v = 303964281.3016411 > c, setting 1/gamma = 0\n",
-      "v = 340437249.9632263 > c, setting 1/gamma = 0\n",
-      "v = 312272590.744215 > c, setting 1/gamma = 0\n",
-      "v = 328274418.8193152 > c, setting 1/gamma = 0\n",
-      "v = 323030149.8971384 > c, setting 1/gamma = 0\n",
-      "v = 328989604.58948505 > c, setting 1/gamma = 0\n",
-      "v = 305629880.548308 > c, setting 1/gamma = 0\n",
-      "v = 327097463.8253614 > c, setting 1/gamma = 0\n",
-      "v = 364377383.30800605 > c, setting 1/gamma = 0\n",
-      "v = 316114169.56105113 > c, setting 1/gamma = 0\n",
-      "v = 331999540.3599 > c, setting 1/gamma = 0\n",
-      "v = 322968332.7505123 > c, setting 1/gamma = 0\n",
-      "v = 302566992.451099 > c, setting 1/gamma = 0\n",
-      "v = 318587321.4756183 > c, setting 1/gamma = 0\n",
-      "v = 302739711.80436623 > c, setting 1/gamma = 0\n",
-      "v = 338934345.64010054 > c, setting 1/gamma = 0\n",
-      "v = 338138682.03191 > c, setting 1/gamma = 0\n",
-      "v = 350236111.45620245 > c, setting 1/gamma = 0\n",
-      "v = 319036999.1452068 > c, setting 1/gamma = 0\n",
-      "v = 329329857.63828516 > c, setting 1/gamma = 0\n",
-      "v = 346952857.4907668 > c, setting 1/gamma = 0\n",
-      "v = 302471857.9308767 > c, setting 1/gamma = 0\n",
-      "v = 339798757.86331373 > c, setting 1/gamma = 0\n",
-      "v = 307414389.1924384 > c, setting 1/gamma = 0\n",
-      "v = 324072252.40690804 > c, setting 1/gamma = 0\n",
-      "v = 328290931.20789844 > c, setting 1/gamma = 0\n",
-      "v = 315019923.7581381 > c, setting 1/gamma = 0\n",
-      "v = 336214651.53382486 > c, setting 1/gamma = 0\n",
-      "v = 320425452.5606011 > c, setting 1/gamma = 0\n",
-      "v = 307010981.3247575 > c, setting 1/gamma = 0\n",
-      "v = 323019060.9829343 > c, setting 1/gamma = 0\n",
-      "v = 319923214.6278835 > c, setting 1/gamma = 0\n",
-      "v = 327840891.0440473 > c, setting 1/gamma = 0\n",
-      "v = 342350036.4876803 > c, setting 1/gamma = 0\n",
-      "v = 300868782.39308244 > c, setting 1/gamma = 0\n",
-      "v = 344185868.7276116 > c, setting 1/gamma = 0\n",
-      "v = 356967487.24583364 > c, setting 1/gamma = 0\n",
-      "v = 300107388.94923854 > c, setting 1/gamma = 0\n",
-      "v = 316208017.0781461 > c, setting 1/gamma = 0\n",
-      "v = 326933685.4388304 > c, setting 1/gamma = 0\n",
-      "v = 333096264.7557299 > c, setting 1/gamma = 0\n",
-      "v = 348431454.51309794 > c, setting 1/gamma = 0\n",
-      "v = 301885869.28542334 > c, setting 1/gamma = 0\n",
-      "v = 304699355.8510291 > c, setting 1/gamma = 0\n",
-      "v = 320224538.9986755 > c, setting 1/gamma = 0\n",
-      "v = 300884857.8212462 > c, setting 1/gamma = 0\n",
-      "v = 336622100.2974525 > c, setting 1/gamma = 0\n",
-      "v = 308668068.5961631 > c, setting 1/gamma = 0\n",
-      "v = 324474677.40558076 > c, setting 1/gamma = 0\n",
-      "v = 329701873.38481677 > c, setting 1/gamma = 0\n",
-      "v = 332949209.8420407 > c, setting 1/gamma = 0\n",
-      "v = 349425709.3471591 > c, setting 1/gamma = 0\n",
-      "v = 307230028.3372047 > c, setting 1/gamma = 0\n",
-      "v = 324789491.5352457 > c, setting 1/gamma = 0\n",
-      "v = 310396690.9220383 > c, setting 1/gamma = 0\n",
-      "v = 331413664.80450606 > c, setting 1/gamma = 0\n",
-      "v = 300538902.4815917 > c, setting 1/gamma = 0\n",
-      "v = 324921987.19455105 > c, setting 1/gamma = 0\n",
-      "v = 341819366.9925298 > c, setting 1/gamma = 0\n",
-      "v = 304129897.3349038 > c, setting 1/gamma = 0\n",
-      "v = 320373490.70790845 > c, setting 1/gamma = 0\n",
-      "v = 307698361.4957661 > c, setting 1/gamma = 0\n",
-      "v = 324018415.6474056 > c, setting 1/gamma = 0\n",
-      "v = 300400370.60086817 > c, setting 1/gamma = 0\n",
-      "v = 344809843.1267358 > c, setting 1/gamma = 0\n",
-      "v = 354358282.20005566 > c, setting 1/gamma = 0\n",
-      "v = 303736898.6461604 > c, setting 1/gamma = 0\n",
-      "v = 309085321.1758002 > c, setting 1/gamma = 0\n",
-      "v = 323394872.9820335 > c, setting 1/gamma = 0\n",
-      "v = 304916784.18165404 > c, setting 1/gamma = 0\n",
-      "v = 320265074.98359585 > c, setting 1/gamma = 0\n",
-      "v = 355304113.8222202 > c, setting 1/gamma = 0\n",
-      "v = 316608192.62901014 > c, setting 1/gamma = 0\n",
-      "v = 331647783.23917073 > c, setting 1/gamma = 0\n",
-      "v = 316869314.8431229 > c, setting 1/gamma = 0\n",
-      "v = 335301998.9777921 > c, setting 1/gamma = 0\n",
-      "v = 347621655.75552636 > c, setting 1/gamma = 0\n",
-      "v = 310723472.6061521 > c, setting 1/gamma = 0\n",
-      "v = 303285093.1048167 > c, setting 1/gamma = 0\n",
-      "v = 318360357.9887983 > c, setting 1/gamma = 0\n",
-      "v = 306721340.12001014 > c, setting 1/gamma = 0\n",
-      "v = 309186390.14464486 > c, setting 1/gamma = 0\n",
-      "v = 350072471.03359187 > c, setting 1/gamma = 0\n",
-      "v = 325197997.0145146 > c, setting 1/gamma = 0\n",
-      "v = 344988468.9147162 > c, setting 1/gamma = 0\n",
-      "v = 300820189.2360754 > c, setting 1/gamma = 0\n",
-      "v = 300917645.0061556 > c, setting 1/gamma = 0\n",
-      "v = 320588092.62970096 > c, setting 1/gamma = 0\n",
-      "v = 312222790.90769583 > c, setting 1/gamma = 0\n",
-      "v = 325751164.81878525 > c, setting 1/gamma = 0\n",
-      "v = 317058872.4677981 > c, setting 1/gamma = 0\n",
-      "v = 333992931.89170736 > c, setting 1/gamma = 0\n",
-      "v = 316021492.7942653 > c, setting 1/gamma = 0\n",
-      "v = 310357115.07067835 > c, setting 1/gamma = 0\n",
-      "v = 328881027.7383318 > c, setting 1/gamma = 0\n",
-      "v = 307970043.6978114 > c, setting 1/gamma = 0\n",
-      "v = 300986496.58148843 > c, setting 1/gamma = 0\n",
-      "v = 316376715.90483385 > c, setting 1/gamma = 0\n",
-      "v = 321034437.7431927 > c, setting 1/gamma = 0\n",
-      "v = 306923997.5088185 > c, setting 1/gamma = 0\n",
-      "v = 320552242.4978722 > c, setting 1/gamma = 0\n",
-      "v = 310260936.4771756 > c, setting 1/gamma = 0\n",
-      "v = 344554548.5447644 > c, setting 1/gamma = 0\n",
-      "v = 317918665.2717374 > c, setting 1/gamma = 0\n",
-      "v = 332240693.2993835 > c, setting 1/gamma = 0\n",
-      "v = 308234522.41201615 > c, setting 1/gamma = 0\n",
-      "v = 344388684.09999806 > c, setting 1/gamma = 0\n",
-      "v = 308786191.6746542 > c, setting 1/gamma = 0\n",
-      "v = 323650272.163364 > c, setting 1/gamma = 0\n",
-      "v = 300285427.74750066 > c, setting 1/gamma = 0\n",
-      "v = 334238371.6371412 > c, setting 1/gamma = 0\n",
-      "v = 312349941.2347518 > c, setting 1/gamma = 0\n",
-      "v = 350526483.09896314 > c, setting 1/gamma = 0\n",
-      "v = 327928971.7220648 > c, setting 1/gamma = 0\n",
-      "v = 344620186.49039453 > c, setting 1/gamma = 0\n",
-      "v = 300908646.5277621 > c, setting 1/gamma = 0\n",
-      "v = 313145597.52276224 > c, setting 1/gamma = 0\n",
-      "v = 328509513.87743413 > c, setting 1/gamma = 0\n",
-      "v = 304552527.50847805 > c, setting 1/gamma = 0\n",
-      "v = 341932958.903794 > c, setting 1/gamma = 0\n",
-      "v = 312669023.794788 > c, setting 1/gamma = 0\n",
-      "v = 328766401.77889526 > c, setting 1/gamma = 0\n",
-      "v = 335311329.1170916 > c, setting 1/gamma = 0\n",
-      "v = 317266905.8665766 > c, setting 1/gamma = 0\n",
-      "v = 338910029.1046138 > c, setting 1/gamma = 0\n",
-      "v = 326731608.6525379 > c, setting 1/gamma = 0\n",
-      "v = 308681918.36231416 > c, setting 1/gamma = 0\n",
-      "v = 325115334.86345464 > c, setting 1/gamma = 0\n",
-      "v = 307592323.92045206 > c, setting 1/gamma = 0\n",
-      "v = 336079550.3292452 > c, setting 1/gamma = 0\n",
-      "v = 348755024.9802466 > c, setting 1/gamma = 0\n",
-      "v = 340605069.349238 > c, setting 1/gamma = 0\n",
-      "v = 354418984.2075195 > c, setting 1/gamma = 0\n",
-      "v = 316093950.0565548 > c, setting 1/gamma = 0\n",
-      "v = 353212290.0101109 > c, setting 1/gamma = 0\n",
-      "v = 310177056.70715964 > c, setting 1/gamma = 0\n",
-      "v = 326091774.1724396 > c, setting 1/gamma = 0\n",
-      "v = 308826292.28177553 > c, setting 1/gamma = 0\n",
-      "v = 341096573.7232214 > c, setting 1/gamma = 0\n",
-      "v = 353686925.8285626 > c, setting 1/gamma = 0\n",
-      "v = 303388980.88081574 > c, setting 1/gamma = 0\n",
-      "v = 322724269.3263718 > c, setting 1/gamma = 0\n",
-      "v = 343062704.2356052 > c, setting 1/gamma = 0\n",
-      "v = 377719772.28794557 > c, setting 1/gamma = 0\n",
-      "v = 322905293.6482189 > c, setting 1/gamma = 0\n",
-      "v = 338669540.8475845 > c, setting 1/gamma = 0\n",
-      "v = 317308171.180476 > c, setting 1/gamma = 0\n",
-      "v = 302012215.56209517 > c, setting 1/gamma = 0\n",
-      "v = 317085833.3645632 > c, setting 1/gamma = 0\n",
-      "v = 319552939.6821617 > c, setting 1/gamma = 0\n",
-      "v = 331067267.28108495 > c, setting 1/gamma = 0\n",
-      "v = 344186686.1994004 > c, setting 1/gamma = 0\n",
-      "v = 310819716.9440237 > c, setting 1/gamma = 0\n",
-      "v = 325123642.73363197 > c, setting 1/gamma = 0\n",
-      "v = 309132063.169935 > c, setting 1/gamma = 0\n",
-      "v = 313568358.46685475 > c, setting 1/gamma = 0\n",
-      "v = 349545180.00370806 > c, setting 1/gamma = 0\n",
-      "v = 316320510.7784942 > c, setting 1/gamma = 0\n",
-      "v = 331377666.62381244 > c, setting 1/gamma = 0\n",
-      "v = 312451128.01473814 > c, setting 1/gamma = 0\n",
-      "v = 332618124.20264447 > c, setting 1/gamma = 0\n",
-      "v = 345017008.54122853 > c, setting 1/gamma = 0\n",
-      "v = 306927919.20345074 > c, setting 1/gamma = 0\n",
-      "v = 300505729.097939 > c, setting 1/gamma = 0\n",
-      "v = 315432413.0537521 > c, setting 1/gamma = 0\n",
-      "v = 320763864.08536077 > c, setting 1/gamma = 0\n",
-      "v = 302968371.66865563 > c, setting 1/gamma = 0\n",
-      "v = 343786550.0958634 > c, setting 1/gamma = 0\n",
-      "v = 322974091.844997 > c, setting 1/gamma = 0\n",
-      "v = 341887085.490839 > c, setting 1/gamma = 0\n",
-      "v = 309651013.3668695 > c, setting 1/gamma = 0\n",
-      "v = 306887407.26757604 > c, setting 1/gamma = 0\n",
-      "v = 313156548.7316905 > c, setting 1/gamma = 0\n",
-      "v = 323056969.78528404 > c, setting 1/gamma = 0\n",
-      "v = 361513892.9332297 > c, setting 1/gamma = 0\n",
-      "v = 328942804.5117391 > c, setting 1/gamma = 0\n",
-      "v = 343395897.68509245 > c, setting 1/gamma = 0\n",
-      "v = 321494145.8979246 > c, setting 1/gamma = 0\n",
-      "v = 311161051.89602005 > c, setting 1/gamma = 0\n",
-      "v = 328339367.05115724 > c, setting 1/gamma = 0\n",
-      "v = 302124076.28278816 > c, setting 1/gamma = 0\n",
-      "v = 320295647.90685403 > c, setting 1/gamma = 0\n",
-      "v = 318153084.29204774 > c, setting 1/gamma = 0\n",
-      "v = 310186322.3687461 > c, setting 1/gamma = 0\n",
-      "v = 308069934.9263927 > c, setting 1/gamma = 0\n",
-      "v = 343610921.6581726 > c, setting 1/gamma = 0\n",
-      "v = 303661469.20567507 > c, setting 1/gamma = 0\n",
-      "v = 318149315.78447014 > c, setting 1/gamma = 0\n",
-      "v = 311409276.63506913 > c, setting 1/gamma = 0\n",
-      "v = 346974861.34335506 > c, setting 1/gamma = 0\n",
-      "v = 336195768.5556581 > c, setting 1/gamma = 0\n",
-      "v = 347868289.81133753 > c, setting 1/gamma = 0\n",
-      "v = 301292456.3044741 > c, setting 1/gamma = 0\n",
-      "v = 341008190.6956263 > c, setting 1/gamma = 0\n",
-      "v = 325947651.0196903 > c, setting 1/gamma = 0\n",
-      "v = 341416892.6012493 > c, setting 1/gamma = 0\n",
-      "v = 304910457.64012486 > c, setting 1/gamma = 0\n",
-      "v = 301728159.99239177 > c, setting 1/gamma = 0\n",
-      "v = 316823627.44351417 > c, setting 1/gamma = 0\n",
-      "v = 302937250.9864593 > c, setting 1/gamma = 0\n",
-      "v = 338703126.9038833 > c, setting 1/gamma = 0\n",
-      "v = 334647344.6131764 > c, setting 1/gamma = 0\n",
-      "v = 345905518.0072871 > c, setting 1/gamma = 0\n",
-      "v = 321907846.48048824 > c, setting 1/gamma = 0\n",
-      "v = 324236080.25155133 > c, setting 1/gamma = 0\n",
-      "v = 341258383.1052897 > c, setting 1/gamma = 0\n",
-      "v = 302120544.4061587 > c, setting 1/gamma = 0\n",
-      "v = 337589733.78002906 > c, setting 1/gamma = 0\n",
-      "v = 312520573.1676671 > c, setting 1/gamma = 0\n",
-      "v = 326149135.52607113 > c, setting 1/gamma = 0\n",
-      "v = 308218365.5347035 > c, setting 1/gamma = 0\n",
-      "v = 345698943.0877543 > c, setting 1/gamma = 0\n",
-      "v = 343246901.17127013 > c, setting 1/gamma = 0\n",
-      "v = 355060821.25852364 > c, setting 1/gamma = 0\n",
-      "v = 317292481.7936257 > c, setting 1/gamma = 0\n",
-      "v = 333703351.2663749 > c, setting 1/gamma = 0\n",
-      "v = 300811736.2528458 > c, setting 1/gamma = 0\n",
-      "v = 316946642.01883745 > c, setting 1/gamma = 0\n",
-      "v = 304152183.80756605 > c, setting 1/gamma = 0\n",
-      "v = 340845974.30596375 > c, setting 1/gamma = 0\n",
-      "v = 350468324.5437861 > c, setting 1/gamma = 0\n",
-      "v = 306863172.0846301 > c, setting 1/gamma = 0\n",
-      "v = 330323251.1653839 > c, setting 1/gamma = 0\n",
-      "v = 342368896.8345621 > c, setting 1/gamma = 0\n",
-      "v = 304266257.0044371 > c, setting 1/gamma = 0\n",
-      "v = 302832525.48411626 > c, setting 1/gamma = 0\n",
-      "v = 316108888.38327265 > c, setting 1/gamma = 0\n",
-      "v = 307195172.81685287 > c, setting 1/gamma = 0\n",
-      "v = 339778555.2456094 > c, setting 1/gamma = 0\n",
-      "v = 336679651.83697903 > c, setting 1/gamma = 0\n",
-      "v = 334752479.3360843 > c, setting 1/gamma = 0\n",
-      "v = 350146485.5526161 > c, setting 1/gamma = 0\n",
-      "v = 302320346.7165616 > c, setting 1/gamma = 0\n",
-      "v = 322343190.3008819 > c, setting 1/gamma = 0\n",
-      "v = 336377315.9014856 > c, setting 1/gamma = 0\n",
-      "v = 350089108.49223286 > c, setting 1/gamma = 0\n",
-      "v = 303726594.26751775 > c, setting 1/gamma = 0\n",
-      "v = 327520427.58706474 > c, setting 1/gamma = 0\n",
-      "v = 340548303.21305794 > c, setting 1/gamma = 0\n",
-      "v = 304496189.0203186 > c, setting 1/gamma = 0\n",
-      "v = 319049917.3021493 > c, setting 1/gamma = 0\n",
-      "v = 301134911.0221432 > c, setting 1/gamma = 0\n",
-      "v = 319531082.3263168 > c, setting 1/gamma = 0\n",
-      "v = 340645459.95253676 > c, setting 1/gamma = 0\n",
-      "v = 352894869.39554924 > c, setting 1/gamma = 0\n",
-      "v = 309916826.5947085 > c, setting 1/gamma = 0\n",
-      "v = 308076243.9692852 > c, setting 1/gamma = 0\n",
-      "v = 322359423.6607017 > c, setting 1/gamma = 0\n",
-      "v = 300365766.271322 > c, setting 1/gamma = 0\n",
-      "v = 309316051.90171224 > c, setting 1/gamma = 0\n",
-      "v = 349179220.6125803 > c, setting 1/gamma = 0\n",
-      "v = 341787864.2778996 > c, setting 1/gamma = 0\n",
-      "v = 355189160.5223234 > c, setting 1/gamma = 0\n",
-      "v = 317353730.8108323 > c, setting 1/gamma = 0\n",
-      "v = 306704320.7855023 > c, setting 1/gamma = 0\n",
-      "v = 316131218.5879398 > c, setting 1/gamma = 0\n",
-      "v = 300161026.65710044 > c, setting 1/gamma = 0\n",
-      "v = 311325952.0159525 > c, setting 1/gamma = 0\n",
-      "v = 334691980.56516963 > c, setting 1/gamma = 0\n",
-      "v = 346301584.97363305 > c, setting 1/gamma = 0\n",
-      "v = 300436312.95163256 > c, setting 1/gamma = 0\n",
-      "v = 338457098.7587719 > c, setting 1/gamma = 0\n",
-      "v = 302927301.26491135 > c, setting 1/gamma = 0\n",
-      "v = 318156625.4399843 > c, setting 1/gamma = 0\n",
-      "v = 303436410.23489386 > c, setting 1/gamma = 0\n",
-      "v = 340080527.99484235 > c, setting 1/gamma = 0\n",
-      "v = 323476214.3311628 > c, setting 1/gamma = 0\n",
-      "v = 336999738.7592836 > c, setting 1/gamma = 0\n",
-      "v = 309810126.3843086 > c, setting 1/gamma = 0\n",
-      "v = 349546350.21841294 > c, setting 1/gamma = 0\n",
-      "v = 330602965.6588137 > c, setting 1/gamma = 0\n",
-      "v = 345916705.2190861 > c, setting 1/gamma = 0\n",
-      "v = 310291042.3407916 > c, setting 1/gamma = 0\n",
-      "v = 310012907.0165924 > c, setting 1/gamma = 0\n",
-      "v = 322187660.30712 > c, setting 1/gamma = 0\n",
-      "v = 307152818.0028941 > c, setting 1/gamma = 0\n",
-      "v = 311060614.7925963 > c, setting 1/gamma = 0\n",
-      "v = 305338549.9233225 > c, setting 1/gamma = 0\n",
-      "v = 324185939.2965276 > c, setting 1/gamma = 0\n",
-      "v = 301180776.1077243 > c, setting 1/gamma = 0\n",
-      "v = 309465802.3291903 > c, setting 1/gamma = 0\n",
-      "v = 323553473.6458726 > c, setting 1/gamma = 0\n",
-      "v = 328344999.37105393 > c, setting 1/gamma = 0\n",
-      "v = 301915063.77533096 > c, setting 1/gamma = 0\n",
-      "v = 315649376.2711764 > c, setting 1/gamma = 0\n",
-      "v = 308286780.61659 > c, setting 1/gamma = 0\n",
-      "v = 343108465.6079743 > c, setting 1/gamma = 0\n",
-      "v = 348441890.36415637 > c, setting 1/gamma = 0\n",
-      "v = 356007286.13510925 > c, setting 1/gamma = 0\n",
-      "v = 318476636.45991224 > c, setting 1/gamma = 0\n",
-      "v = 323019412.04747176 > c, setting 1/gamma = 0\n",
-      "v = 336403363.08813107 > c, setting 1/gamma = 0\n",
-      "v = 311505062.2228365 > c, setting 1/gamma = 0\n",
-      "v = 302507864.2036365 > c, setting 1/gamma = 0\n",
-      "v = 315688141.2854342 > c, setting 1/gamma = 0\n",
-      "v = 308776313.07944226 > c, setting 1/gamma = 0\n",
-      "v = 342364563.13125956 > c, setting 1/gamma = 0\n",
-      "v = 323683228.4281984 > c, setting 1/gamma = 0\n",
-      "v = 335169180.97798765 > c, setting 1/gamma = 0\n",
-      "v = 308835795.3834351 > c, setting 1/gamma = 0\n",
-      "v = 346077551.16175354 > c, setting 1/gamma = 0\n",
-      "v = 333113928.5149978 > c, setting 1/gamma = 0\n",
-      "v = 344772567.3086389 > c, setting 1/gamma = 0\n",
-      "v = 307809197.79927844 > c, setting 1/gamma = 0\n",
-      "v = 306170102.13916343 > c, setting 1/gamma = 0\n",
-      "v = 319109384.4820295 > c, setting 1/gamma = 0\n",
-      "v = 306231557.8722433 > c, setting 1/gamma = 0\n",
-      "v = 339776323.12869966 > c, setting 1/gamma = 0\n",
-      "v = 309304719.647039 > c, setting 1/gamma = 0\n",
-      "v = 322346690.434407 > c, setting 1/gamma = 0\n",
-      "v = 314180977.5873827 > c, setting 1/gamma = 0\n",
-      "v = 350071221.4000603 > c, setting 1/gamma = 0\n",
-      "v = 339142244.98889893 > c, setting 1/gamma = 0\n",
-      "v = 349590321.8536332 > c, setting 1/gamma = 0\n",
-      "v = 306929534.41275305 > c, setting 1/gamma = 0\n",
-      "v = 310937197.271435 > c, setting 1/gamma = 0\n",
-      "v = 323963553.3469615 > c, setting 1/gamma = 0\n",
-      "v = 300864968.075515 > c, setting 1/gamma = 0\n",
-      "v = 335227549.5121176 > c, setting 1/gamma = 0\n",
-      "v = 305175775.8507054 > c, setting 1/gamma = 0\n",
-      "v = 318344850.2743699 > c, setting 1/gamma = 0\n",
-      "v = 311734495.5159743 > c, setting 1/gamma = 0\n",
-      "v = 346883704.67764175 > c, setting 1/gamma = 0\n",
-      "v = 318981213.6569838 > c, setting 1/gamma = 0\n",
-      "v = 332950427.4943073 > c, setting 1/gamma = 0\n",
-      "v = 315420565.56199133 > c, setting 1/gamma = 0\n",
-      "v = 314836518.9662051 > c, setting 1/gamma = 0\n",
-      "v = 327968750.6198134 > c, setting 1/gamma = 0\n",
-      "v = 317573910.21694034 > c, setting 1/gamma = 0\n",
-      "v = 301008330.84335333 > c, setting 1/gamma = 0\n",
-      "v = 314260474.5319037 > c, setting 1/gamma = 0\n",
-      "v = 309363764.94620943 > c, setting 1/gamma = 0\n",
-      "v = 342917495.0288456 > c, setting 1/gamma = 0\n",
-      "v = 303378302.3682969 > c, setting 1/gamma = 0\n",
-      "v = 339820966.774845 > c, setting 1/gamma = 0\n",
-      "v = 350978212.1344125 > c, setting 1/gamma = 0\n",
-      "v = 308212929.6189962 > c, setting 1/gamma = 0\n",
-      "v = 321963770.0232385 > c, setting 1/gamma = 0\n",
-      "v = 312377725.56351465 > c, setting 1/gamma = 0\n",
-      "v = 321047714.4271853 > c, setting 1/gamma = 0\n",
-      "v = 326505904.35288024 > c, setting 1/gamma = 0\n",
-      "v = 343075486.57515603 > c, setting 1/gamma = 0\n",
-      "v = 313407117.55585325 > c, setting 1/gamma = 0\n",
-      "v = 304918957.3550788 > c, setting 1/gamma = 0\n",
-      "v = 320335393.231306 > c, setting 1/gamma = 0\n",
-      "v = 304144016.87613446 > c, setting 1/gamma = 0\n",
-      "v = 305674921.51894444 > c, setting 1/gamma = 0\n",
-      "v = 304431367.32623374 > c, setting 1/gamma = 0\n",
-      "v = 341722261.07740694 > c, setting 1/gamma = 0\n",
-      "v = 333057355.6911953 > c, setting 1/gamma = 0\n",
-      "v = 345215847.58801216 > c, setting 1/gamma = 0\n",
-      "v = 300122879.5805112 > c, setting 1/gamma = 0\n",
-      "v = 339296616.04042315 > c, setting 1/gamma = 0\n",
-      "v = 319580314.5575175 > c, setting 1/gamma = 0\n",
-      "v = 333359544.34229577 > c, setting 1/gamma = 0\n",
-      "v = 319182256.3049313 > c, setting 1/gamma = 0\n",
-      "v = 306269306.11638576 > c, setting 1/gamma = 0\n",
-      "v = 319769260.29706657 > c, setting 1/gamma = 0\n",
-      "v = 302261807.84731865 > c, setting 1/gamma = 0\n",
-      "v = 337956158.02648693 > c, setting 1/gamma = 0\n",
-      "v = 313106269.4690174 > c, setting 1/gamma = 0\n",
-      "v = 308983302.9037154 > c, setting 1/gamma = 0\n",
-      "v = 328367997.34576595 > c, setting 1/gamma = 0\n",
-      "v = 314846471.4653343 > c, setting 1/gamma = 0\n",
-      "v = 307343845.5524951 > c, setting 1/gamma = 0\n",
-      "v = 308651582.3957988 > c, setting 1/gamma = 0\n",
-      "v = 337785253.8605278 > c, setting 1/gamma = 0\n",
-      "v = 374054065.619564 > c, setting 1/gamma = 0\n",
-      "v = 309857329.1042162 > c, setting 1/gamma = 0\n",
-      "v = 326848769.84825414 > c, setting 1/gamma = 0\n",
-      "v = 320204468.9945181 > c, setting 1/gamma = 0\n",
-      "v = 317030431.89516276 > c, setting 1/gamma = 0\n",
-      "v = 320180573.76756746 > c, setting 1/gamma = 0\n",
-      "v = 333912097.42314494 > c, setting 1/gamma = 0\n",
-      "v = 301310821.1809885 > c, setting 1/gamma = 0\n",
-      "v = 339228286.495919 > c, setting 1/gamma = 0\n",
-      "v = 303878149.8774561 > c, setting 1/gamma = 0\n",
-      "v = 319296672.5921076 > c, setting 1/gamma = 0\n",
-      "v = 303137720.13047814 > c, setting 1/gamma = 0\n",
-      "v = 341885714.266901 > c, setting 1/gamma = 0\n",
-      "v = 326338681.11191183 > c, setting 1/gamma = 0\n",
-      "v = 342448283.098474 > c, setting 1/gamma = 0\n",
-      "v = 365003749.1691724 > c, setting 1/gamma = 0\n",
-      "v = 395623398.70114094 > c, setting 1/gamma = 0\n",
-      "v = 318017094.28252476 > c, setting 1/gamma = 0\n",
-      "v = 334425596.90809333 > c, setting 1/gamma = 0\n",
-      "v = 314145118.917461 > c, setting 1/gamma = 0\n",
-      "v = 331372977.0370797 > c, setting 1/gamma = 0\n",
-      "v = 309166175.6390809 > c, setting 1/gamma = 0\n",
-      "v = 321779645.13456887 > c, setting 1/gamma = 0\n",
-      "v = 315655262.5545621 > c, setting 1/gamma = 0\n",
-      "v = 351232541.7471669 > c, setting 1/gamma = 0\n",
-      "v = 336280872.68464804 > c, setting 1/gamma = 0\n",
-      "v = 346374390.98032534 > c, setting 1/gamma = 0\n",
-      "v = 312982230.2344457 > c, setting 1/gamma = 0\n",
-      "v = 308920552.9199927 > c, setting 1/gamma = 0\n",
-      "v = 321343650.12369436 > c, setting 1/gamma = 0\n",
-      "v = 303985052.2115538 > c, setting 1/gamma = 0\n",
-      "v = 337841071.5904866 > c, setting 1/gamma = 0\n",
-      "v = 303403449.65768886 > c, setting 1/gamma = 0\n",
-      "v = 316532683.23947865 > c, setting 1/gamma = 0\n",
-      "v = 314250258.4495934 > c, setting 1/gamma = 0\n",
-      "v = 349423484.993088 > c, setting 1/gamma = 0\n",
-      "v = 319822329.65059274 > c, setting 1/gamma = 0\n",
-      "v = 333179366.55792457 > c, setting 1/gamma = 0\n",
-      "v = 316720264.1411269 > c, setting 1/gamma = 0\n",
-      "v = 310012645.9134354 > c, setting 1/gamma = 0\n",
-      "v = 322711106.02020556 > c, setting 1/gamma = 0\n",
-      "v = 300310459.7247719 > c, setting 1/gamma = 0\n",
-      "v = 334270397.4665485 > c, setting 1/gamma = 0\n",
-      "v = 302020662.4038635 > c, setting 1/gamma = 0\n",
-      "v = 312949065.0863202 > c, setting 1/gamma = 0\n",
-      "v = 349223727.73419756 > c, setting 1/gamma = 0\n",
-      "v = 319364913.02139837 > c, setting 1/gamma = 0\n",
-      "v = 333292331.89992565 > c, setting 1/gamma = 0\n",
-      "v = 302961718.37818265 > c, setting 1/gamma = 0\n",
-      "v = 304335743.4801314 > c, setting 1/gamma = 0\n",
-      "v = 318181491.8583493 > c, setting 1/gamma = 0\n",
-      "v = 301439863.459102 > c, setting 1/gamma = 0\n",
-      "v = 334718488.52428526 > c, setting 1/gamma = 0\n",
-      "v = 321307635.02329016 > c, setting 1/gamma = 0\n",
-      "v = 356840840.0580119 > c, setting 1/gamma = 0\n",
-      "v = 301953252.0325448 > c, setting 1/gamma = 0\n",
-      "v = 317921844.9784907 > c, setting 1/gamma = 0\n",
-      "v = 312677015.6444052 > c, setting 1/gamma = 0\n",
-      "v = 310845106.0655672 > c, setting 1/gamma = 0\n",
-      "v = 325050892.5676779 > c, setting 1/gamma = 0\n",
-      "v = 313578790.8306822 > c, setting 1/gamma = 0\n",
-      "v = 314604002.4649198 > c, setting 1/gamma = 0\n",
-      "v = 350828840.8718775 > c, setting 1/gamma = 0\n",
-      "v = 309769086.17802674 > c, setting 1/gamma = 0\n",
-      "v = 312555070.61455345 > c, setting 1/gamma = 0\n",
-      "v = 312729469.22246695 > c, setting 1/gamma = 0\n",
-      "v = 348917062.27752477 > c, setting 1/gamma = 0\n",
-      "v = 300417116.1272209 > c, setting 1/gamma = 0\n",
-      "v = 315171497.03000915 > c, setting 1/gamma = 0\n",
-      "v = 354015706.596929 > c, setting 1/gamma = 0\n",
-      "v = 354756376.67861927 > c, setting 1/gamma = 0\n",
-      "v = 363512354.98496014 > c, setting 1/gamma = 0\n",
-      "v = 321873747.73778355 > c, setting 1/gamma = 0\n",
-      "v = 329144444.6446848 > c, setting 1/gamma = 0\n",
-      "v = 368622865.83842736 > c, setting 1/gamma = 0\n",
-      "v = 309612843.2164695 > c, setting 1/gamma = 0\n",
-      "v = 329873647.39821273 > c, setting 1/gamma = 0\n",
-      "v = 300735167.9394101 > c, setting 1/gamma = 0\n",
-      "v = 307298518.6186287 > c, setting 1/gamma = 0\n",
-      "v = 312888805.7312877 > c, setting 1/gamma = 0\n",
-      "v = 314310061.96086186 > c, setting 1/gamma = 0\n",
-      "v = 354255016.1504908 > c, setting 1/gamma = 0\n",
-      "v = 320891576.5743739 > c, setting 1/gamma = 0\n",
-      "v = 335816240.88403934 > c, setting 1/gamma = 0\n",
-      "v = 313309528.86566925 > c, setting 1/gamma = 0\n",
-      "v = 309706530.2680928 > c, setting 1/gamma = 0\n",
-      "v = 301021568.9848793 > c, setting 1/gamma = 0\n",
-      "v = 339255435.0956459 > c, setting 1/gamma = 0\n",
-      "v = 317024285.3704073 > c, setting 1/gamma = 0\n",
-      "v = 333239690.6301541 > c, setting 1/gamma = 0\n",
-      "v = 300424124.4339892 > c, setting 1/gamma = 0\n",
-      "v = 325525179.26017964 > c, setting 1/gamma = 0\n",
-      "v = 338364062.88971007 > c, setting 1/gamma = 0\n",
-      "v = 310564223.2355572 > c, setting 1/gamma = 0\n",
-      "v = 303532690.76228106 > c, setting 1/gamma = 0\n",
-      "v = 316037673.2156432 > c, setting 1/gamma = 0\n",
-      "v = 309360966.66329885 > c, setting 1/gamma = 0\n",
-      "v = 343084793.08695996 > c, setting 1/gamma = 0\n",
-      "v = 317490478.17933065 > c, setting 1/gamma = 0\n",
-      "v = 329152812.0536707 > c, setting 1/gamma = 0\n",
-      "v = 312460216.6787572 > c, setting 1/gamma = 0\n",
-      "v = 349375556.49395776 > c, setting 1/gamma = 0\n",
-      "v = 335703034.38518876 > c, setting 1/gamma = 0\n",
-      "v = 345850574.6217634 > c, setting 1/gamma = 0\n",
-      "v = 312313837.35990196 > c, setting 1/gamma = 0\n",
-      "v = 307189750.54198873 > c, setting 1/gamma = 0\n",
-      "v = 319316108.0402712 > c, setting 1/gamma = 0\n",
-      "v = 307294061.75396746 > c, setting 1/gamma = 0\n",
-      "v = 341166962.2376537 > c, setting 1/gamma = 0\n",
-      "v = 307092033.17772865 > c, setting 1/gamma = 0\n",
-      "v = 319948911.06276524 > c, setting 1/gamma = 0\n",
-      "v = 313139723.8047207 > c, setting 1/gamma = 0\n",
-      "v = 349301340.85730875 > c, setting 1/gamma = 0\n",
-      "v = 336234079.94819164 > c, setting 1/gamma = 0\n",
-      "v = 346185087.9357569 > c, setting 1/gamma = 0\n",
-      "v = 311205388.4588528 > c, setting 1/gamma = 0\n",
-      "v = 309203986.98314863 > c, setting 1/gamma = 0\n",
-      "v = 321151134.3804457 > c, setting 1/gamma = 0\n",
-      "v = 305793512.96755695 > c, setting 1/gamma = 0\n",
-      "v = 339610107.6207201 > c, setting 1/gamma = 0\n",
-      "v = 327583006.70432836 > c, setting 1/gamma = 0\n",
-      "v = 310575074.15401745 > c, setting 1/gamma = 0\n",
-      "v = 329148458.7531521 > c, setting 1/gamma = 0\n",
-      "v = 303094291.766131 > c, setting 1/gamma = 0\n",
-      "v = 311085379.4778168 > c, setting 1/gamma = 0\n",
-      "v = 324101383.4527144 > c, setting 1/gamma = 0\n",
-      "v = 304875604.23185456 > c, setting 1/gamma = 0\n",
-      "v = 314207594.7505756 > c, setting 1/gamma = 0\n",
-      "v = 351134102.9139917 > c, setting 1/gamma = 0\n",
-      "v = 337834802.2989641 > c, setting 1/gamma = 0\n",
-      "v = 348217427.9850243 > c, setting 1/gamma = 0\n",
-      "v = 311359835.48591256 > c, setting 1/gamma = 0\n",
-      "v = 318930815.956557 > c, setting 1/gamma = 0\n",
-      "v = 330357140.38733524 > c, setting 1/gamma = 0\n",
-      "v = 310727399.8726119 > c, setting 1/gamma = 0\n",
-      "v = 314748546.03989094 > c, setting 1/gamma = 0\n",
-      "v = 351297934.405027 > c, setting 1/gamma = 0\n",
-      "v = 314671807.30569154 > c, setting 1/gamma = 0\n",
-      "v = 328990425.18081367 > c, setting 1/gamma = 0\n",
-      "v = 327584574.53922963 > c, setting 1/gamma = 0\n",
-      "v = 326053443.46448696 > c, setting 1/gamma = 0\n",
-      "v = 337352697.2332738 > c, setting 1/gamma = 0\n",
-      "v = 319107886.7578857 > c, setting 1/gamma = 0\n",
-      "v = 308652678.4194069 > c, setting 1/gamma = 0\n",
-      "v = 320862847.12530595 > c, setting 1/gamma = 0\n",
-      "v = 302177134.99891406 > c, setting 1/gamma = 0\n",
-      "v = 337719606.88423663 > c, setting 1/gamma = 0\n",
-      "v = 301542281.6306902 > c, setting 1/gamma = 0\n",
-      "v = 344196495.2158524 > c, setting 1/gamma = 0\n",
-      "v = 314318879.30183625 > c, setting 1/gamma = 0\n",
-      "v = 354182032.8831255 > c, setting 1/gamma = 0\n",
-      "v = 392398574.8511275 > c, setting 1/gamma = 0\n",
-      "v = 315130726.50212985 > c, setting 1/gamma = 0\n",
-      "v = 334000226.2132181 > c, setting 1/gamma = 0\n",
-      "v = 311810195.9336471 > c, setting 1/gamma = 0\n",
-      "v = 306353784.84893554 > c, setting 1/gamma = 0\n",
-      "v = 349041295.1540271 > c, setting 1/gamma = 0\n",
-      "v = 305677013.9918167 > c, setting 1/gamma = 0\n",
-      "v = 320913379.3776653 > c, setting 1/gamma = 0\n",
-      "v = 303414862.18823236 > c, setting 1/gamma = 0\n",
-      "v = 342218001.3036025 > c, setting 1/gamma = 0\n",
-      "v = 310085168.3414543 > c, setting 1/gamma = 0\n",
-      "v = 326673077.0221753 > c, setting 1/gamma = 0\n",
-      "v = 315362209.20789933 > c, setting 1/gamma = 0\n",
-      "v = 311315258.8563788 > c, setting 1/gamma = 0\n",
-      "v = 350514009.69919837 > c, setting 1/gamma = 0\n",
-      "v = 383195991.52551705 > c, setting 1/gamma = 0\n",
-      "v = 313187596.81759113 > c, setting 1/gamma = 0\n",
-      "v = 327293752.4163127 > c, setting 1/gamma = 0\n",
-      "v = 325106484.35845727 > c, setting 1/gamma = 0\n",
-      "v = 306963411.97166735 > c, setting 1/gamma = 0\n",
-      "v = 325222828.50655013 > c, setting 1/gamma = 0\n",
-      "v = 309261434.72500795 > c, setting 1/gamma = 0\n",
-      "v = 357534581.8659855 > c, setting 1/gamma = 0\n",
-      "v = 390881006.6263178 > c, setting 1/gamma = 0\n",
-      "v = 325430018.3508119 > c, setting 1/gamma = 0\n",
-      "v = 339621271.6454376 > c, setting 1/gamma = 0\n",
-      "v = 311648660.4338805 > c, setting 1/gamma = 0\n",
-      "v = 324440100.21578276 > c, setting 1/gamma = 0\n",
-      "v = 316493735.7932642 > c, setting 1/gamma = 0\n",
-      "v = 315407659.29153836 > c, setting 1/gamma = 0\n",
-      "v = 326412203.04353714 > c, setting 1/gamma = 0\n",
-      "v = 306108838.0713505 > c, setting 1/gamma = 0\n",
-      "v = 342895500.96514124 > c, setting 1/gamma = 0\n",
-      "v = 337698564.65255415 > c, setting 1/gamma = 0\n",
-      "v = 347324510.5203853 > c, setting 1/gamma = 0\n",
-      "v = 304391595.67209697 > c, setting 1/gamma = 0\n",
-      "v = 312153662.15248555 > c, setting 1/gamma = 0\n",
-      "v = 323138350.8887327 > c, setting 1/gamma = 0\n",
-      "v = 306225763.7562456 > c, setting 1/gamma = 0\n",
-      "v = 339596661.8414445 > c, setting 1/gamma = 0\n",
-      "v = 317141234.6095081 > c, setting 1/gamma = 0\n",
-      "v = 354287570.7396643 > c, setting 1/gamma = 0\n",
-      "v = 331850796.9723111 > c, setting 1/gamma = 0\n",
-      "v = 343239191.3928925 > c, setting 1/gamma = 0\n",
-      "v = 305035122.4668528 > c, setting 1/gamma = 0\n",
-      "v = 315513918.4310222 > c, setting 1/gamma = 0\n",
-      "v = 326424000.17361313 > c, setting 1/gamma = 0\n",
-      "v = 302014753.09486055 > c, setting 1/gamma = 0\n",
-      "v = 336285808.19079834 > c, setting 1/gamma = 0\n",
-      "v = 311964251.9461293 > c, setting 1/gamma = 0\n",
-      "v = 349528595.1742641 > c, setting 1/gamma = 0\n",
-      "v = 331591883.6382531 > c, setting 1/gamma = 0\n",
-      "v = 343060462.29000205 > c, setting 1/gamma = 0\n",
-      "v = 324154569.09057903 > c, setting 1/gamma = 0\n",
-      "v = 318707611.9285224 > c, setting 1/gamma = 0\n",
-      "v = 330718679.3604926 > c, setting 1/gamma = 0\n",
-      "v = 312738636.49407345 > c, setting 1/gamma = 0\n",
-      "v = 302987361.2852462 > c, setting 1/gamma = 0\n",
-      "v = 315228392.48879296 > c, setting 1/gamma = 0\n",
-      "v = 306571293.59342647 > c, setting 1/gamma = 0\n",
-      "v = 341545793.089419 > c, setting 1/gamma = 0\n",
-      "v = 334511162.9540567 > c, setting 1/gamma = 0\n",
-      "v = 326401434.7493965 > c, setting 1/gamma = 0\n",
-      "v = 365289449.7746465 > c, setting 1/gamma = 0\n",
-      "v = 300192393.89771783 > c, setting 1/gamma = 0\n",
-      "v = 316344917.9687851 > c, setting 1/gamma = 0\n",
-      "v = 308891790.73421234 > c, setting 1/gamma = 0\n",
-      "v = 349353358.2797668 > c, setting 1/gamma = 0\n",
-      "v = 311248601.43893003 > c, setting 1/gamma = 0\n",
-      "v = 329773166.0774386 > c, setting 1/gamma = 0\n",
-      "v = 323007186.2547206 > c, setting 1/gamma = 0\n",
-      "v = 344457899.3404303 > c, setting 1/gamma = 0\n",
-      "v = 379785657.8110862 > c, setting 1/gamma = 0\n",
-      "v = 300626402.7266706 > c, setting 1/gamma = 0\n",
-      "v = 315371235.85639757 > c, setting 1/gamma = 0\n",
-      "v = 312488263.5817806 > c, setting 1/gamma = 0\n",
-      "v = 351166192.136266 > c, setting 1/gamma = 0\n",
-      "v = 329667100.1516691 > c, setting 1/gamma = 0\n",
-      "v = 343766543.24234605 > c, setting 1/gamma = 0\n",
-      "v = 321799410.567038 > c, setting 1/gamma = 0\n",
-      "v = 328935121.61886233 > c, setting 1/gamma = 0\n",
-      "v = 367423807.7491826 > c, setting 1/gamma = 0\n",
-      "v = 303344957.714809 > c, setting 1/gamma = 0\n",
-      "v = 321978438.12974834 > c, setting 1/gamma = 0\n",
-      "v = 307579911.67727077 > c, setting 1/gamma = 0\n",
-      "v = 307158710.7544329 > c, setting 1/gamma = 0\n",
-      "v = 321990000.69424295 > c, setting 1/gamma = 0\n",
-      "v = 325276329.15104544 > c, setting 1/gamma = 0\n",
-      "v = 301030101.69057965 > c, setting 1/gamma = 0\n",
-      "v = 303625475.62278694 > c, setting 1/gamma = 0\n",
-      "v = 341357556.18641883 > c, setting 1/gamma = 0\n",
-      "v = 324640888.25821775 > c, setting 1/gamma = 0\n",
-      "v = 338088542.44874567 > c, setting 1/gamma = 0\n",
-      "v = 307920972.23840785 > c, setting 1/gamma = 0\n",
-      "v = 315947236.350298 > c, setting 1/gamma = 0\n",
-      "v = 327603029.4869304 > c, setting 1/gamma = 0\n",
-      "v = 300912011.1710236 > c, setting 1/gamma = 0\n",
-      "v = 336248336.1868724 > c, setting 1/gamma = 0\n",
-      "v = 305458491.91916674 > c, setting 1/gamma = 0\n",
-      "v = 316678748.3737791 > c, setting 1/gamma = 0\n",
-      "v = 315793272.33320916 > c, setting 1/gamma = 0\n",
-      "v = 350087810.0277209 > c, setting 1/gamma = 0\n",
-      "v = 327816299.74367523 > c, setting 1/gamma = 0\n",
-      "v = 337916464.0766652 > c, setting 1/gamma = 0\n",
-      "v = 303626776.2113714 > c, setting 1/gamma = 0\n",
-      "v = 341288194.4204732 > c, setting 1/gamma = 0\n",
-      "v = 318833243.6675881 > c, setting 1/gamma = 0\n",
-      "v = 329610121.5611865 > c, setting 1/gamma = 0\n",
-      "v = 300397202.11419857 > c, setting 1/gamma = 0\n",
-      "v = 335581920.3148585 > c, setting 1/gamma = 0\n",
-      "v = 308625517.6140741 > c, setting 1/gamma = 0\n",
-      "v = 319395677.1548921 > c, setting 1/gamma = 0\n",
-      "v = 314329798.9019185 > c, setting 1/gamma = 0\n",
-      "v = 349150506.3867794 > c, setting 1/gamma = 0\n",
-      "v = 318170866.1090415 > c, setting 1/gamma = 0\n",
-      "v = 330115842.49741083 > c, setting 1/gamma = 0\n",
-      "v = 334475019.5199274 > c, setting 1/gamma = 0\n",
-      "v = 317131220.09871686 > c, setting 1/gamma = 0\n",
-      "v = 327866980.7353626 > c, setting 1/gamma = 0\n",
-      "v = 327418056.43486893 > c, setting 1/gamma = 0\n",
-      "v = 307349172.96799016 > c, setting 1/gamma = 0\n",
-      "v = 318688824.50708497 > c, setting 1/gamma = 0\n",
-      "v = 305773320.2455545 > c, setting 1/gamma = 0\n",
-      "v = 341349927.2274626 > c, setting 1/gamma = 0\n",
-      "v = 312316348.94789255 > c, setting 1/gamma = 0\n",
-      "v = 325105438.7538886 > c, setting 1/gamma = 0\n",
-      "v = 320402498.3615006 > c, setting 1/gamma = 0\n",
-      "v = 312964270.73726 > c, setting 1/gamma = 0\n",
-      "v = 323466528.2257485 > c, setting 1/gamma = 0\n",
-      "v = 304586996.6258297 > c, setting 1/gamma = 0\n",
-      "v = 337751241.2702774 > c, setting 1/gamma = 0\n",
-      "v = 324122834.2727178 > c, setting 1/gamma = 0\n",
-      "v = 359791920.92165005 > c, setting 1/gamma = 0\n",
-      "v = 310674176.9793574 > c, setting 1/gamma = 0\n",
-      "v = 324340711.04909503 > c, setting 1/gamma = 0\n",
-      "v = 312220838.94534653 > c, setting 1/gamma = 0\n",
-      "v = 302976598.90000266 > c, setting 1/gamma = 0\n",
-      "v = 315045586.167489 > c, setting 1/gamma = 0\n",
-      "v = 309244155.7910861 > c, setting 1/gamma = 0\n",
-      "v = 341671870.5557438 > c, setting 1/gamma = 0\n",
-      "v = 330197433.9648905 > c, setting 1/gamma = 0\n",
-      "v = 369518931.5087008 > c, setting 1/gamma = 0\n",
-      "v = 325511486.42737466 > c, setting 1/gamma = 0\n",
-      "v = 340602451.8637974 > c, setting 1/gamma = 0\n",
-      "v = 300023051.9514368 > c, setting 1/gamma = 0\n",
-      "v = 341527027.7800548 > c, setting 1/gamma = 0\n",
-      "v = 306836382.81677586 > c, setting 1/gamma = 0\n",
-      "v = 342433955.16275805 > c, setting 1/gamma = 0\n",
-      "v = 328205971.96109504 > c, setting 1/gamma = 0\n",
-      "v = 368002493.00767833 > c, setting 1/gamma = 0\n",
-      "v = 312225174.8734746 > c, setting 1/gamma = 0\n",
-      "v = 330087590.6809615 > c, setting 1/gamma = 0\n",
-      "v = 328418616.21910805 > c, setting 1/gamma = 0\n",
-      "v = 379860442.8830649 > c, setting 1/gamma = 0\n",
-      "v = 408308371.1934775 > c, setting 1/gamma = 0\n",
-      "v = 304072641.9065445 > c, setting 1/gamma = 0\n",
-      "v = 346524154.79693013 > c, setting 1/gamma = 0\n",
-      "v = 384758326.6261953 > c, setting 1/gamma = 0\n",
-      "v = 413882398.083636 > c, setting 1/gamma = 0\n",
-      "v = 307177808.32158 > c, setting 1/gamma = 0\n",
-      "v = 321850487.54760575 > c, setting 1/gamma = 0\n",
-      "v = 306059130.64280784 > c, setting 1/gamma = 0\n",
-      "v = 344896198.85768443 > c, setting 1/gamma = 0\n",
-      "v = 303674019.86698234 > c, setting 1/gamma = 0\n",
-      "v = 319303849.1647256 > c, setting 1/gamma = 0\n",
-      "v = 303394625.9816727 > c, setting 1/gamma = 0\n",
-      "v = 344687298.8444945 > c, setting 1/gamma = 0\n",
-      "v = 316016886.4608729 > c, setting 1/gamma = 0\n",
-      "v = 326654096.6904602 > c, setting 1/gamma = 0\n",
-      "v = 315853749.57207584 > c, setting 1/gamma = 0\n",
-      "v = 351233902.5171919 > c, setting 1/gamma = 0\n",
-      "v = 303456034.36802906 > c, setting 1/gamma = 0\n",
-      "v = 316294664.35033685 > c, setting 1/gamma = 0\n",
-      "v = 322048551.99976516 > c, setting 1/gamma = 0\n",
-      "v = 359584188.24208045 > c, setting 1/gamma = 0\n",
-      "v = 343861865.08919156 > c, setting 1/gamma = 0\n",
-      "v = 353022154.56561315 > c, setting 1/gamma = 0\n",
-      "v = 314994852.3105993 > c, setting 1/gamma = 0\n",
-      "v = 304796658.07309 > c, setting 1/gamma = 0\n",
-      "v = 318167129.6464994 > c, setting 1/gamma = 0\n",
-      "v = 302084852.7650583 > c, setting 1/gamma = 0\n",
-      "v = 339038428.023052 > c, setting 1/gamma = 0\n",
-      "v = 316512048.876627 > c, setting 1/gamma = 0\n",
-      "v = 328726157.6638366 > c, setting 1/gamma = 0\n",
-      "v = 301216494.1236439 > c, setting 1/gamma = 0\n",
-      "v = 340861410.6796277 > c, setting 1/gamma = 0\n",
-      "v = 325371807.76433015 > c, setting 1/gamma = 0\n",
-      "v = 338791538.95210606 > c, setting 1/gamma = 0\n",
-      "v = 300383868.5406072 > c, setting 1/gamma = 0\n",
-      "v = 310264803.94564015 > c, setting 1/gamma = 0\n",
-      "v = 320790638.77445716 > c, setting 1/gamma = 0\n",
-      "v = 310846716.7356113 > c, setting 1/gamma = 0\n",
-      "v = 344990216.9990544 > c, setting 1/gamma = 0\n",
-      "v = 300570109.9063687 > c, setting 1/gamma = 0\n",
-      "v = 341016576.9758267 > c, setting 1/gamma = 0\n",
-      "v = 323773882.5488716 > c, setting 1/gamma = 0\n",
-      "v = 337483021.1605228 > c, setting 1/gamma = 0\n",
-      "v = 331562280.58055615 > c, setting 1/gamma = 0\n",
-      "v = 369699530.2662792 > c, setting 1/gamma = 0\n",
-      "v = 332893126.8153966 > c, setting 1/gamma = 0\n",
-      "v = 343116331.4858891 > c, setting 1/gamma = 0\n",
-      "v = 303452118.95492744 > c, setting 1/gamma = 0\n",
-      "v = 309923936.95307267 > c, setting 1/gamma = 0\n",
-      "v = 319703450.772991 > c, setting 1/gamma = 0\n",
-      "v = 313990644.7632639 > c, setting 1/gamma = 0\n",
-      "v = 347627008.92004806 > c, setting 1/gamma = 0\n",
-      "v = 300337304.9103581 > c, setting 1/gamma = 0\n",
-      "v = 342668116.66866964 > c, setting 1/gamma = 0\n",
-      "v = 315504487.1006363 > c, setting 1/gamma = 0\n",
-      "v = 352424181.61472654 > c, setting 1/gamma = 0\n",
-      "v = 300661165.7232127 > c, setting 1/gamma = 0\n",
-      "v = 344546502.08715016 > c, setting 1/gamma = 0\n",
-      "v = 388969030.89147466 > c, setting 1/gamma = 0\n",
-      "v = 415923185.6303626 > c, setting 1/gamma = 0\n",
-      "v = 307320358.17465883 > c, setting 1/gamma = 0\n",
-      "v = 321626824.72281176 > c, setting 1/gamma = 0\n",
-      "v = 337728232.60217696 > c, setting 1/gamma = 0\n",
-      "v = 347295385.24322695 > c, setting 1/gamma = 0\n",
-      "v = 309110547.6737438 > c, setting 1/gamma = 0\n",
-      "v = 349548409.674282 > c, setting 1/gamma = 0\n",
-      "v = 305505392.6468676 > c, setting 1/gamma = 0\n",
-      "v = 349015306.0853854 > c, setting 1/gamma = 0\n",
-      "v = 386492856.3170744 > c, setting 1/gamma = 0\n",
-      "v = 310096056.3772908 > c, setting 1/gamma = 0\n",
-      "v = 350266030.2765972 > c, setting 1/gamma = 0\n",
-      "v = 320994411.68889654 > c, setting 1/gamma = 0\n",
-      "v = 336721924.3286387 > c, setting 1/gamma = 0\n",
-      "v = 327008101.4683049 > c, setting 1/gamma = 0\n",
-      "v = 309437598.7131182 > c, setting 1/gamma = 0\n",
-      "v = 347883893.63747734 > c, setting 1/gamma = 0\n",
-      "v = 348788438.8366999 > c, setting 1/gamma = 0\n",
-      "v = 387527707.5767764 > c, setting 1/gamma = 0\n",
-      "v = 317014472.3573055 > c, setting 1/gamma = 0\n",
-      "v = 360527327.4528928 > c, setting 1/gamma = 0\n",
-      "v = 307017400.87075734 > c, setting 1/gamma = 0\n",
-      "v = 326462290.05066353 > c, setting 1/gamma = 0\n",
-      "v = 312117963.8788656 > c, setting 1/gamma = 0\n",
-      "v = 300918609.22105056 > c, setting 1/gamma = 0\n",
-      "v = 342578264.227886 > c, setting 1/gamma = 0\n",
-      "v = 309740677.37464 > c, setting 1/gamma = 0\n",
-      "v = 313923150.40084237 > c, setting 1/gamma = 0\n",
-      "v = 358985474.1864399 > c, setting 1/gamma = 0\n",
-      "v = 386439471.9142213 > c, setting 1/gamma = 0\n",
-      "v = 325732009.12043834 > c, setting 1/gamma = 0\n",
-      "v = 365942995.0016392 > c, setting 1/gamma = 0\n",
-      "v = 302014968.1014601 > c, setting 1/gamma = 0\n",
-      "v = 319097590.0941292 > c, setting 1/gamma = 0\n",
-      "v = 301977934.24636316 > c, setting 1/gamma = 0\n",
-      "v = 343900381.9250917 > c, setting 1/gamma = 0\n",
-      "v = 300892449.3299116 > c, setting 1/gamma = 0\n",
-      "v = 333854178.41561383 > c, setting 1/gamma = 0\n",
-      "v = 300316348.3771308 > c, setting 1/gamma = 0\n",
-      "v = 314384032.3707767 > c, setting 1/gamma = 0\n",
-      "v = 311215498.7778229 > c, setting 1/gamma = 0\n",
-      "v = 351354458.4331601 > c, setting 1/gamma = 0\n",
-      "v = 325707067.79682034 > c, setting 1/gamma = 0\n",
-      "v = 338261022.5877843 > c, setting 1/gamma = 0\n",
-      "v = 305215942.8817314 > c, setting 1/gamma = 0\n",
-      "v = 345313696.04093874 > c, setting 1/gamma = 0\n",
-      "v = 390651968.9149374 > c, setting 1/gamma = 0\n",
-      "v = 421107032.4567825 > c, setting 1/gamma = 0\n",
-      "v = 302013081.68851846 > c, setting 1/gamma = 0\n",
-      "v = 318975340.9808271 > c, setting 1/gamma = 0\n",
-      "v = 303189926.4138404 > c, setting 1/gamma = 0\n",
-      "v = 344402355.12824494 > c, setting 1/gamma = 0\n",
-      "v = 302044272.55915236 > c, setting 1/gamma = 0\n",
-      "v = 337701296.62034595 > c, setting 1/gamma = 0\n",
-      "v = 321296426.1083289 > c, setting 1/gamma = 0\n",
-      "v = 379649287.256622 > c, setting 1/gamma = 0\n",
-      "v = 413249270.40969247 > c, setting 1/gamma = 0\n",
-      "v = 322480941.2346835 > c, setting 1/gamma = 0\n",
-      "v = 364963758.0553112 > c, setting 1/gamma = 0\n",
-      "v = 314692906.0672142 > c, setting 1/gamma = 0\n",
-      "v = 306774212.72301394 > c, setting 1/gamma = 0\n",
-      "v = 348862428.4477559 > c, setting 1/gamma = 0\n",
-      "v = 365915954.6763846 > c, setting 1/gamma = 0\n",
-      "v = 403690125.1451038 > c, setting 1/gamma = 0\n",
-      "v = 311371641.3061759 > c, setting 1/gamma = 0\n",
-      "v = 301190178.4402312 > c, setting 1/gamma = 0\n",
-      "v = 316230041.1978219 > c, setting 1/gamma = 0\n",
-      "v = 394164257.2638261 > c, setting 1/gamma = 0\n",
-      "v = 395224773.3093815 > c, setting 1/gamma = 0\n",
-      "v = 327995912.77782345 > c, setting 1/gamma = 0\n",
-      "v = 373441344.45598686 > c, setting 1/gamma = 0\n",
-      "v = 310403360.97976154 > c, setting 1/gamma = 0\n",
-      "v = 354727104.39393705 > c, setting 1/gamma = 0\n",
-      "v = 445879215.21684945 > c, setting 1/gamma = 0\n",
-      "v = 465332033.1133783 > c, setting 1/gamma = 0\n",
-      "v = 301751698.5609864 > c, setting 1/gamma = 0\n",
-      "v = 347621556.84820384 > c, setting 1/gamma = 0\n",
-      "v = 390281701.16783684 > c, setting 1/gamma = 0\n",
-      "v = 300403701.9198589 > c, setting 1/gamma = 0\n",
-      "v = 341729574.58931077 > c, setting 1/gamma = 0\n",
-      "v = 312264894.81061316 > c, setting 1/gamma = 0\n",
-      "v = 361174414.1297027 > c, setting 1/gamma = 0\n",
-      "v = 380969136.9057246 > c, setting 1/gamma = 0\n",
-      "v = 420668751.77429014 > c, setting 1/gamma = 0\n",
-      "v = 312475014.78053117 > c, setting 1/gamma = 0\n",
-      "v = 331996079.93905 > c, setting 1/gamma = 0\n",
-      "v = 303527056.355357 > c, setting 1/gamma = 0\n",
-      "v = 350506847.57096994 > c, setting 1/gamma = 0\n",
-      "v = 336201805.7766359 > c, setting 1/gamma = 0\n",
-      "v = 378018950.7337891 > c, setting 1/gamma = 0\n",
-      "v = 463166502.75975525 > c, setting 1/gamma = 0\n",
-      "v = 476548748.5265848 > c, setting 1/gamma = 0\n",
-      "v = 427386638.4308285 > c, setting 1/gamma = 0\n",
-      "v = 462709110.7317673 > c, setting 1/gamma = 0\n",
-      "v = 338012948.211937 > c, setting 1/gamma = 0\n",
-      "v = 453826392.5421629 > c, setting 1/gamma = 0\n",
-      "v = 479271138.5207997 > c, setting 1/gamma = 0\n",
-      "v = 317893901.4977107 > c, setting 1/gamma = 0\n",
-      "v = 324276001.8718495 > c, setting 1/gamma = 0\n",
-      "v = 374583433.9378854 > c, setting 1/gamma = 0\n",
-      "v = 487723520.2667714 > c, setting 1/gamma = 0\n",
-      "v = 499029851.7020276 > c, setting 1/gamma = 0\n",
-      "v = 306597189.29674846 > c, setting 1/gamma = 0\n",
-      "v = 471068921.09140486 > c, setting 1/gamma = 0\n",
-      "v = 498210299.56916934 > c, setting 1/gamma = 0\n",
-      "v = 500163106.9950174 > c, setting 1/gamma = 0\n",
-      "v = 513289441.64777404 > c, setting 1/gamma = 0\n",
-      "v = 518314618.6269849 > c, setting 1/gamma = 0\n",
-      "v = 531548126.51381737 > c, setting 1/gamma = 0\n",
-      "v = 342954193.60329556 > c, setting 1/gamma = 0\n",
-      "v = 399213855.2412945 > c, setting 1/gamma = 0\n",
-      "v = 311135564.24354154 > c, setting 1/gamma = 0\n",
-      "v = 362257020.1358334 > c, setting 1/gamma = 0\n",
-      "v = 316331471.4184797 > c, setting 1/gamma = 0\n",
-      "v = 643637884.7146357 > c, setting 1/gamma = 0\n",
-      "v = 564076712.5877287 > c, setting 1/gamma = 0\n",
-      "v = 508782124.5804239 > c, setting 1/gamma = 0\n",
-      "v = 526521397.0919895 > c, setting 1/gamma = 0\n",
-      "v = 551241055.5915331 > c, setting 1/gamma = 0\n",
-      "v = 553340601.8755327 > c, setting 1/gamma = 0\n",
-      "v = 540137139.3255751 > c, setting 1/gamma = 0\n",
-      "v = 545592197.7490789 > c, setting 1/gamma = 0\n",
-      "v = 339249796.33758456 > c, setting 1/gamma = 0\n",
-      "v = 401309598.0510121 > c, setting 1/gamma = 0\n",
-      "v = 312482702.841896 > c, setting 1/gamma = 0\n",
-      "v = 740812470.3464853 > c, setting 1/gamma = 0\n",
-      "v = 605142313.0370463 > c, setting 1/gamma = 0\n",
-      "v = 510322602.60591215 > c, setting 1/gamma = 0\n",
-      "v = 529908394.4853423 > c, setting 1/gamma = 0\n",
-      "v = 411572522.01527107 > c, setting 1/gamma = 0\n",
-      "v = 463738594.47795343 > c, setting 1/gamma = 0\n",
-      "v = 335581145.7982193 > c, setting 1/gamma = 0\n",
-      "v = 391705457.00873435 > c, setting 1/gamma = 0\n",
-      "v = 313761425.01469404 > c, setting 1/gamma = 0\n",
-      "v = 306471518.97813076 > c, setting 1/gamma = 0\n",
-      "v = 359726312.8310714 > c, setting 1/gamma = 0\n",
-      "v = 371869082.85845506 > c, setting 1/gamma = 0\n",
-      "v = 425915355.92314404 > c, setting 1/gamma = 0\n",
-      "v = 331630005.64932406 > c, setting 1/gamma = 0\n",
-      "v = 425161135.8419236 > c, setting 1/gamma = 0\n",
-      "v = 467189413.64327705 > c, setting 1/gamma = 0\n",
-      "v = 317423412.13946515 > c, setting 1/gamma = 0\n",
-      "v = 369709077.36176366 > c, setting 1/gamma = 0\n",
-      "v = 334015490.17689157 > c, setting 1/gamma = 0\n",
-      "v = 381122037.08693516 > c, setting 1/gamma = 0\n",
-      "v = 516899426.83290714 > c, setting 1/gamma = 0\n",
-      "v = 527458897.3369546 > c, setting 1/gamma = 0\n",
-      "v = 401237860.50741047 > c, setting 1/gamma = 0\n",
-      "v = 454659605.9180379 > c, setting 1/gamma = 0\n",
-      "v = 505801123.9060884 > c, setting 1/gamma = 0\n",
-      "v = 524525880.0487025 > c, setting 1/gamma = 0\n",
-      "v = 574713423.2178152 > c, setting 1/gamma = 0\n",
-      "v = 560653885.9132823 > c, setting 1/gamma = 0\n",
-      "v = 421378239.18678164 > c, setting 1/gamma = 0\n",
-      "v = 469564540.00123036 > c, setting 1/gamma = 0\n",
-      "v = 363629430.8658368 > c, setting 1/gamma = 0\n",
-      "v = 418021819.9510462 > c, setting 1/gamma = 0\n",
-      "v = 313429551.9103924 > c, setting 1/gamma = 0\n",
-      "v = 368975180.13589334 > c, setting 1/gamma = 0\n",
-      "v = 421892206.47698295 > c, setting 1/gamma = 0\n",
-      "v = 327143844.7257965 > c, setting 1/gamma = 0\n",
-      "v = 329977183.8251933 > c, setting 1/gamma = 0\n",
-      "v = 378088554.0054605 > c, setting 1/gamma = 0\n",
-      "v = 357499739.7895355 > c, setting 1/gamma = 0\n",
-      "v = 410316685.75482386 > c, setting 1/gamma = 0\n",
-      "v = 323356467.4811784 > c, setting 1/gamma = 0\n",
-      "v = 348037067.00818217 > c, setting 1/gamma = 0\n",
-      "v = 327258840.88540405 > c, setting 1/gamma = 0\n",
-      "v = 308306574.4334149 > c, setting 1/gamma = 0\n",
-      "v = 355998951.28474385 > c, setting 1/gamma = 0\n",
-      "v = 362462807.7818123 > c, setting 1/gamma = 0\n",
-      "v = 406759127.2488513 > c, setting 1/gamma = 0\n",
-      "v = 346934808.32694423 > c, setting 1/gamma = 0\n",
-      "v = 391563824.70852107 > c, setting 1/gamma = 0\n",
-      "v = 327894204.8134701 > c, setting 1/gamma = 0\n",
-      "v = 348639233.07182026 > c, setting 1/gamma = 0\n",
-      "v = 399112545.1346462 > c, setting 1/gamma = 0\n",
-      "v = 308989204.12032515 > c, setting 1/gamma = 0\n",
-      "v = 349938072.0732113 > c, setting 1/gamma = 0\n",
-      "v = 314924652.7753521 > c, setting 1/gamma = 0\n",
-      "v = 363845241.2964293 > c, setting 1/gamma = 0\n",
-      "v = 363061045.2110851 > c, setting 1/gamma = 0\n",
-      "v = 406244422.049207 > c, setting 1/gamma = 0\n",
-      "v = 307043837.20556045 > c, setting 1/gamma = 0\n",
-      "v = 356641662.4063516 > c, setting 1/gamma = 0\n",
-      "v = 314083331.6778018 > c, setting 1/gamma = 0\n",
-      "v = 356825487.4479344 > c, setting 1/gamma = 0\n",
-      "v = 372576427.62115616 > c, setting 1/gamma = 0\n",
-      "v = 419410832.46738094 > c, setting 1/gamma = 0\n",
-      "v = 382914215.36042446 > c, setting 1/gamma = 0\n",
-      "v = 426617063.34500885 > c, setting 1/gamma = 0\n",
-      "v = 319542995.59973603 > c, setting 1/gamma = 0\n",
-      "v = 340497344.4858791 > c, setting 1/gamma = 0\n",
-      "v = 361368746.68389577 > c, setting 1/gamma = 0\n",
-      "v = 409239008.37737966 > c, setting 1/gamma = 0\n",
-      "v = 378975565.03080606 > c, setting 1/gamma = 0\n",
-      "v = 424898178.55041283 > c, setting 1/gamma = 0\n",
-      "v = 443370175.7970082 > c, setting 1/gamma = 0\n",
-      "v = 478745606.8266257 > c, setting 1/gamma = 0\n",
-      "v = 346150600.5679162 > c, setting 1/gamma = 0\n",
-      "v = 397475529.2101473 > c, setting 1/gamma = 0\n",
-      "v = 328905761.0065585 > c, setting 1/gamma = 0\n",
-      "v = 300682745.2998903 > c, setting 1/gamma = 0\n",
-      "v = 324919665.62167776 > c, setting 1/gamma = 0\n",
-      "v = 332569088.3891229 > c, setting 1/gamma = 0\n",
-      "v = 317515345.6165121 > c, setting 1/gamma = 0\n",
-      "v = 369671940.01830393 > c, setting 1/gamma = 0\n",
-      "v = 319178950.20884866 > c, setting 1/gamma = 0\n",
-      "v = 321595074.1765779 > c, setting 1/gamma = 0\n",
-      "v = 321291729.15796226 > c, setting 1/gamma = 0\n",
-      "v = 320243579.5295141 > c, setting 1/gamma = 0\n",
-      "v = 372284004.99050516 > c, setting 1/gamma = 0\n",
-      "v = 301332512.99165136 > c, setting 1/gamma = 0\n",
-      "v = 345276995.5398911 > c, setting 1/gamma = 0\n",
-      "v = 301129799.8404144 > c, setting 1/gamma = 0\n",
-      "v = 320948590.16757715 > c, setting 1/gamma = 0\n",
-      "v = 318455934.3058999 > c, setting 1/gamma = 0\n",
-      "v = 368057204.3776315 > c, setting 1/gamma = 0\n",
-      "v = 304893151.7711739 > c, setting 1/gamma = 0\n",
-      "v = 348285346.42880446 > c, setting 1/gamma = 0\n",
-      "v = 304230725.03559935 > c, setting 1/gamma = 0\n",
-      "v = 305204757.92468417 > c, setting 1/gamma = 0\n",
-      "v = 325896083.1847229 > c, setting 1/gamma = 0\n",
-      "v = 307168801.88307494 > c, setting 1/gamma = 0\n",
-      "v = 356966144.4586003 > c, setting 1/gamma = 0\n",
-      "v = 307035100.54584557 > c, setting 1/gamma = 0\n",
-      "v = 332785842.7640676 > c, setting 1/gamma = 0\n",
-      "v = 383855108.34341127 > c, setting 1/gamma = 0\n",
-      "v = 464944824.8136467 > c, setting 1/gamma = 0\n",
-      "v = 480424667.9410572 > c, setting 1/gamma = 0\n",
-      "v = 381206924.61877024 > c, setting 1/gamma = 0\n",
-      "v = 423126858.0664391 > c, setting 1/gamma = 0\n",
-      "v = 334449835.99824876 > c, setting 1/gamma = 0\n",
-      "v = 381708858.7432914 > c, setting 1/gamma = 0\n",
-      "v = 348929989.47796214 > c, setting 1/gamma = 0\n",
-      "v = 399310248.3628328 > c, setting 1/gamma = 0\n",
-      "v = 394857115.51532495 > c, setting 1/gamma = 0\n",
-      "v = 435761096.256007 > c, setting 1/gamma = 0\n",
-      "v = 302772467.64467126 > c, setting 1/gamma = 0\n",
-      "v = 324374210.49778116 > c, setting 1/gamma = 0\n",
-      "v = 322662746.6579239 > c, setting 1/gamma = 0\n",
-      "v = 373474887.8021342 > c, setting 1/gamma = 0\n",
-      "v = 314256770.50446653 > c, setting 1/gamma = 0\n",
-      "v = 406845483.8005531 > c, setting 1/gamma = 0\n",
-      "v = 447875674.49014163 > c, setting 1/gamma = 0\n",
-      "v = 477169941.86504775 > c, setting 1/gamma = 0\n",
-      "v = 490516930.7159967 > c, setting 1/gamma = 0\n",
-      "v = 317709060.7548906 > c, setting 1/gamma = 0\n",
-      "v = 364387845.3313457 > c, setting 1/gamma = 0\n",
-      "v = 312358228.0576248 > c, setting 1/gamma = 0\n",
-      "v = 342585244.2344003 > c, setting 1/gamma = 0\n",
-      "v = 396888403.51924866 > c, setting 1/gamma = 0\n",
-      "v = 305164291.3300399 > c, setting 1/gamma = 0\n",
-      "v = 354774528.5898156 > c, setting 1/gamma = 0\n",
-      "v = 322187001.28661877 > c, setting 1/gamma = 0\n",
-      "v = 470711097.5577454 > c, setting 1/gamma = 0\n",
-      "v = 497292556.44006425 > c, setting 1/gamma = 0\n",
-      "v = 310023539.3517509 > c, setting 1/gamma = 0\n",
-      "v = 362468951.5826648 > c, setting 1/gamma = 0\n",
-      "v = 304781354.06964016 > c, setting 1/gamma = 0\n",
-      "v = 311411034.8846002 > c, setting 1/gamma = 0\n",
-      "v = 310537152.81440455 > c, setting 1/gamma = 0\n",
-      "v = 369256793.9438634 > c, setting 1/gamma = 0\n",
-      "v = 311911548.72492766 > c, setting 1/gamma = 0\n",
-      "v = 367637356.3434316 > c, setting 1/gamma = 0\n",
-      "v = 329455406.08615345 > c, setting 1/gamma = 0\n",
-      "v = 379184994.01607966 > c, setting 1/gamma = 0\n",
-      "v = 336881818.53735673 > c, setting 1/gamma = 0\n",
-      "v = 395062947.00496054 > c, setting 1/gamma = 0\n",
-      "v = 355000970.3190024 > c, setting 1/gamma = 0\n",
-      "v = 411160936.6219533 > c, setting 1/gamma = 0\n",
-      "v = 311897887.1663117 > c, setting 1/gamma = 0\n",
-      "v = 333024519.5675219 > c, setting 1/gamma = 0\n",
-      "v = 392339045.43529594 > c, setting 1/gamma = 0\n",
-      "v = 399819748.92286164 > c, setting 1/gamma = 0\n",
-      "v = 449726982.750306 > c, setting 1/gamma = 0\n",
-      "v = 318532980.9841835 > c, setting 1/gamma = 0\n",
-      "v = 502337659.97561574 > c, setting 1/gamma = 0\n",
-      "v = 519683141.6832206 > c, setting 1/gamma = 0\n",
-      "v = 555813968.769635 > c, setting 1/gamma = 0\n",
-      "v = 541750362.511483 > c, setting 1/gamma = 0\n",
-      "v = 493359569.94086415 > c, setting 1/gamma = 0\n",
-      "v = 509648676.4854355 > c, setting 1/gamma = 0\n",
-      "v = 333074020.6539055 > c, setting 1/gamma = 0\n",
-      "v = 386361242.74965173 > c, setting 1/gamma = 0\n",
-      "v = 327511333.2074662 > c, setting 1/gamma = 0\n",
-      "v = 374828896.73318547 > c, setting 1/gamma = 0\n",
-      "v = 467168295.0126537 > c, setting 1/gamma = 0\n",
-      "v = 493441927.8850938 > c, setting 1/gamma = 0\n",
-      "v = 307343034.37333465 > c, setting 1/gamma = 0\n",
-      "v = 359415630.7370042 > c, setting 1/gamma = 0\n",
-      "v = 325901076.74989784 > c, setting 1/gamma = 0\n",
-      "v = 311551320.5149403 > c, setting 1/gamma = 0\n",
-      "v = 316068050.4056823 > c, setting 1/gamma = 0\n",
-      "v = 306461369.8651196 > c, setting 1/gamma = 0\n",
-      "v = 323181945.5699108 > c, setting 1/gamma = 0\n",
-      "v = 343657820.13545334 > c, setting 1/gamma = 0\n",
-      "v = 437051386.86325634 > c, setting 1/gamma = 0\n",
-      "v = 477836575.88787824 > c, setting 1/gamma = 0\n",
-      "v = 327782652.8162177 > c, setting 1/gamma = 0\n",
-      "v = 380811298.63126844 > c, setting 1/gamma = 0\n",
-      "v = 305070927.9533665 > c, setting 1/gamma = 0\n",
-      "v = 349979885.37936574 > c, setting 1/gamma = 0\n",
-      "v = 347604550.65932536 > c, setting 1/gamma = 0\n",
-      "v = 407786922.9776163 > c, setting 1/gamma = 0\n",
-      "v = 417100109.3364511 > c, setting 1/gamma = 0\n",
-      "v = 464624765.42047495 > c, setting 1/gamma = 0\n",
-      "v = 325858824.3810431 > c, setting 1/gamma = 0\n",
-      "v = 302684222.16386586 > c, setting 1/gamma = 0\n",
-      "v = 355405010.4898367 > c, setting 1/gamma = 0\n",
-      "v = 300849688.82914484 > c, setting 1/gamma = 0\n",
-      "v = 327982669.3904368 > c, setting 1/gamma = 0\n",
-      "v = 300535523.5810728 > c, setting 1/gamma = 0\n",
-      "v = 326216392.1742729 > c, setting 1/gamma = 0\n",
-      "v = 318537819.42534494 > c, setting 1/gamma = 0\n",
-      "v = 372069260.33129185 > c, setting 1/gamma = 0\n",
-      "v = 337528158.3031981 > c, setting 1/gamma = 0\n",
-      "v = 302439003.30099267 > c, setting 1/gamma = 0\n",
-      "v = 329104080.38028806 > c, setting 1/gamma = 0\n",
-      "v = 382185623.64382327 > c, setting 1/gamma = 0\n",
-      "v = 316762138.19116676 > c, setting 1/gamma = 0\n",
-      "v = 365362233.245848 > c, setting 1/gamma = 0\n",
-      "v = 337631167.98769593 > c, setting 1/gamma = 0\n",
-      "v = 382459102.19503 > c, setting 1/gamma = 0\n",
-      "v = 354319911.6851411 > c, setting 1/gamma = 0\n",
-      "v = 406379665.52409 > c, setting 1/gamma = 0\n",
-      "v = 389125326.39356947 > c, setting 1/gamma = 0\n",
-      "v = 441770025.35811937 > c, setting 1/gamma = 0\n",
-      "v = 362608476.41460323 > c, setting 1/gamma = 0\n",
-      "v = 415737921.2832981 > c, setting 1/gamma = 0\n",
-      "v = 300315496.96041584 > c, setting 1/gamma = 0\n",
-      "v = 302208650.37606364 > c, setting 1/gamma = 0\n",
-      "v = 302431655.3132864 > c, setting 1/gamma = 0\n",
-      "v = 302129332.7431172 > c, setting 1/gamma = 0\n",
-      "v = 323989609.6923463 > c, setting 1/gamma = 0\n",
-      "v = 541626056.5849377 > c, setting 1/gamma = 0\n",
-      "v = 548709846.8265296 > c, setting 1/gamma = 0\n",
-      "v = 519968587.37039375 > c, setting 1/gamma = 0\n",
-      "v = 535735286.95628816 > c, setting 1/gamma = 0\n",
-      "v = 601368628.6360229 > c, setting 1/gamma = 0\n",
-      "v = 573450348.5772598 > c, setting 1/gamma = 0\n",
-      "v = 318589939.1771919 > c, setting 1/gamma = 0\n",
-      "v = 380289684.1793062 > c, setting 1/gamma = 0\n",
-      "v = 627421355.9278585 > c, setting 1/gamma = 0\n",
-      "v = 584810368.3518134 > c, setting 1/gamma = 0\n",
-      "v = 665447827.3279052 > c, setting 1/gamma = 0\n",
-      "v = 575514409.679674 > c, setting 1/gamma = 0\n",
-      "v = 313960885.4827672 > c, setting 1/gamma = 0\n",
-      "v = 372471628.8279107 > c, setting 1/gamma = 0\n",
-      "v = 302343810.2910062 > c, setting 1/gamma = 0\n",
-      "v = 308347084.54121685 > c, setting 1/gamma = 0\n",
-      "v = 491878428.4311953 > c, setting 1/gamma = 0\n",
-      "v = 518506505.45123154 > c, setting 1/gamma = 0\n",
-      "v = 311131527.6589212 > c, setting 1/gamma = 0\n",
-      "v = 367839595.0638671 > c, setting 1/gamma = 0\n",
-      "v = 513235556.1449981 > c, setting 1/gamma = 0\n",
-      "v = 530715826.9038578 > c, setting 1/gamma = 0\n",
-      "v = 395096886.4028827 > c, setting 1/gamma = 0\n",
-      "v = 449832784.593461 > c, setting 1/gamma = 0\n",
-      "v = 308581436.79870445 > c, setting 1/gamma = 0\n",
-      "v = 359839031.7744201 > c, setting 1/gamma = 0\n",
-      "v = 329325068.2286442 > c, setting 1/gamma = 0\n",
-      "v = 317949802.7857587 > c, setting 1/gamma = 0\n",
-      "v = 371232830.54678625 > c, setting 1/gamma = 0\n",
-      "v = 430978400.75836706 > c, setting 1/gamma = 0\n",
-      "v = 476116396.0082349 > c, setting 1/gamma = 0\n",
-      "v = 304209917.82087004 > c, setting 1/gamma = 0\n",
-      "v = 358218032.5012436 > c, setting 1/gamma = 0\n",
-      "v = 405269434.9118015 > c, setting 1/gamma = 0\n",
-      "v = 457354251.7329703 > c, setting 1/gamma = 0\n",
-      "v = 301647378.24422574 > c, setting 1/gamma = 0\n",
-      "v = 310275777.9912669 > c, setting 1/gamma = 0\n",
-      "v = 364884469.8100913 > c, setting 1/gamma = 0\n",
-      "v = 312925395.8430558 > c, setting 1/gamma = 0\n",
-      "v = 370690287.7512207 > c, setting 1/gamma = 0\n",
-      "v = 449738576.8442754 > c, setting 1/gamma = 0\n",
-      "v = 492365781.44530195 > c, setting 1/gamma = 0\n",
-      "v = 317432903.58102983 > c, setting 1/gamma = 0\n",
-      "v = 375139648.1501526 > c, setting 1/gamma = 0\n",
-      "v = 309014994.3635567 > c, setting 1/gamma = 0\n",
-      "v = 559568008.7263474 > c, setting 1/gamma = 0\n",
-      "v = 550658104.4551105 > c, setting 1/gamma = 0\n",
-      "v = 394825287.8075381 > c, setting 1/gamma = 0\n",
-      "v = 448412620.3774528 > c, setting 1/gamma = 0\n",
-      "v = 309772513.4175325 > c, setting 1/gamma = 0\n",
-      "v = 361001269.76229304 > c, setting 1/gamma = 0\n",
-      "v = 341735070.4011699 > c, setting 1/gamma = 0\n",
-      "v = 398533084.4434778 > c, setting 1/gamma = 0\n",
-      "v = 511054807.6237993 > c, setting 1/gamma = 0\n",
-      "v = 528957779.67974705 > c, setting 1/gamma = 0\n",
-      "v = 512464278.36328405 > c, setting 1/gamma = 0\n",
-      "v = 529128175.46059173 > c, setting 1/gamma = 0\n",
-      "v = 461125416.02945936 > c, setting 1/gamma = 0\n",
-      "v = 499694679.3066841 > c, setting 1/gamma = 0\n",
-      "v = 314505087.1482446 > c, setting 1/gamma = 0\n",
-      "v = 369936719.4007615 > c, setting 1/gamma = 0\n",
-      "v = 300432734.2352086 > c, setting 1/gamma = 0\n",
-      "v = 309942941.8343893 > c, setting 1/gamma = 0\n",
-      "v = 505217409.6811317 > c, setting 1/gamma = 0\n",
-      "v = 518466697.71639353 > c, setting 1/gamma = 0\n",
-      "v = 314935562.02002364 > c, setting 1/gamma = 0\n",
-      "v = 372112734.96168774 > c, setting 1/gamma = 0\n",
-      "v = 302939513.8100769 > c, setting 1/gamma = 0\n",
-      "v = 354035626.9673361 > c, setting 1/gamma = 0\n",
-      "v = 343815814.039955 > c, setting 1/gamma = 0\n",
-      "v = 391738265.64819443 > c, setting 1/gamma = 0\n",
-      "v = 583674455.7650875 > c, setting 1/gamma = 0\n",
-      "v = 539997007.5844179 > c, setting 1/gamma = 0\n",
-      "v = 310556168.31842464 > c, setting 1/gamma = 0\n",
-      "v = 361057088.8280239 > c, setting 1/gamma = 0\n",
-      "v = 523200816.0264545 > c, setting 1/gamma = 0\n",
-      "v = 527694254.9444281 > c, setting 1/gamma = 0\n",
-      "v = 370331475.9260601 > c, setting 1/gamma = 0\n",
-      "v = 429490710.2272406 > c, setting 1/gamma = 0\n",
-      "v = 449050383.02019215 > c, setting 1/gamma = 0\n",
-      "v = 489160599.16272014 > c, setting 1/gamma = 0\n",
-      "v = 322278782.21817696 > c, setting 1/gamma = 0\n",
-      "v = 339903291.2350825 > c, setting 1/gamma = 0\n",
-      "v = 356063764.1507824 > c, setting 1/gamma = 0\n",
-      "v = 411431777.84684736 > c, setting 1/gamma = 0\n",
-      "v = 319045607.3795734 > c, setting 1/gamma = 0\n",
-      "v = 366474606.1400025 > c, setting 1/gamma = 0\n",
-      "v = 325254528.6349176 > c, setting 1/gamma = 0\n",
-      "v = 312925931.9967429 > c, setting 1/gamma = 0\n",
-      "v = 371190786.4421694 > c, setting 1/gamma = 0\n",
-      "v = 546153856.9582126 > c, setting 1/gamma = 0\n",
-      "v = 539512025.6631613 > c, setting 1/gamma = 0\n",
-      "v = 320353247.3414264 > c, setting 1/gamma = 0\n",
-      "v = 375152854.16218495 > c, setting 1/gamma = 0\n",
-      "v = 362810239.6147831 > c, setting 1/gamma = 0\n",
-      "v = 418217429.0004258 > c, setting 1/gamma = 0\n",
-      "v = 310090081.6904553 > c, setting 1/gamma = 0\n",
-      "v = 360675723.9027197 > c, setting 1/gamma = 0\n",
-      "v = 320306348.92157936 > c, setting 1/gamma = 0\n",
-      "v = 366633778.850636 > c, setting 1/gamma = 0\n",
-      "v = 486938650.03136814 > c, setting 1/gamma = 0\n",
-      "v = 502360215.6172525 > c, setting 1/gamma = 0\n",
-      "v = 350762533.6348267 > c, setting 1/gamma = 0\n",
-      "v = 401809402.08398163 > c, setting 1/gamma = 0\n",
-      "v = 345334004.3922817 > c, setting 1/gamma = 0\n",
-      "v = 391213693.0446064 > c, setting 1/gamma = 0\n",
-      "v = 315704860.12406635 > c, setting 1/gamma = 0\n",
-      "v = 372348204.17552555 > c, setting 1/gamma = 0\n",
-      "v = 325016471.9339948 > c, setting 1/gamma = 0\n",
-      "v = 378172149.4328621 > c, setting 1/gamma = 0\n",
-      "v = 300749890.89958847 > c, setting 1/gamma = 0\n",
-      "v = 344128266.4667268 > c, setting 1/gamma = 0\n",
-      "v = 302622235.97623503 > c, setting 1/gamma = 0\n",
-      "v = 373447776.6576563 > c, setting 1/gamma = 0\n",
-      "v = 428290754.98268163 > c, setting 1/gamma = 0\n",
-      "v = 321628847.3015338 > c, setting 1/gamma = 0\n",
-      "v = 310738253.4221703 > c, setting 1/gamma = 0\n",
-      "v = 444988358.1865517 > c, setting 1/gamma = 0\n",
-      "v = 484042756.3350701 > c, setting 1/gamma = 0\n",
-      "v = 312215948.1943589 > c, setting 1/gamma = 0\n",
-      "v = 364740237.2802434 > c, setting 1/gamma = 0\n",
-      "v = 410203966.7688832 > c, setting 1/gamma = 0\n",
-      "v = 459028908.90162915 > c, setting 1/gamma = 0\n",
-      "v = 310895412.30332494 > c, setting 1/gamma = 0\n",
-      "v = 366299646.5361379 > c, setting 1/gamma = 0\n",
-      "v = 337921280.4078421 > c, setting 1/gamma = 0\n",
-      "v = 387973887.5161384 > c, setting 1/gamma = 0\n",
-      "v = 301423616.3437171 > c, setting 1/gamma = 0\n",
-      "v = 311811102.4707114 > c, setting 1/gamma = 0\n",
-      "v = 362701316.1696349 > c, setting 1/gamma = 0\n",
-      "v = 334706994.8694119 > c, setting 1/gamma = 0\n",
-      "v = 361790538.7808203 > c, setting 1/gamma = 0\n",
-      "v = 408224438.31916636 > c, setting 1/gamma = 0\n",
-      "v = 302005802.2357072 > c, setting 1/gamma = 0\n",
-      "v = 314760070.9593864 > c, setting 1/gamma = 0\n",
-      "v = 309674302.81372297 > c, setting 1/gamma = 0\n",
-      "v = 362953354.4622104 > c, setting 1/gamma = 0\n",
-      "v = 332655935.7021719 > c, setting 1/gamma = 0\n",
-      "v = 322366025.2934917 > c, setting 1/gamma = 0\n",
-      "v = 362765337.5381876 > c, setting 1/gamma = 0\n",
-      "v = 413020915.54839975 > c, setting 1/gamma = 0\n",
-      "v = 386416785.4839923 > c, setting 1/gamma = 0\n",
-      "v = 435705348.61183846 > c, setting 1/gamma = 0\n",
-      "v = 314259030.767828 > c, setting 1/gamma = 0\n",
-      "v = 365392010.14068186 > c, setting 1/gamma = 0\n",
-      "v = 342432781.0833208 > c, setting 1/gamma = 0\n",
-      "v = 391333170.9369877 > c, setting 1/gamma = 0\n",
-      "v = 309382268.21176934 > c, setting 1/gamma = 0\n",
-      "v = 319515519.31881166 > c, setting 1/gamma = 0\n",
-      "v = 353929754.4734806 > c, setting 1/gamma = 0\n",
-      "v = 411130074.1642474 > c, setting 1/gamma = 0\n",
-      "v = 301944265.0942858 > c, setting 1/gamma = 0\n",
-      "v = 593043135.0060183 > c, setting 1/gamma = 0\n",
-      "v = 555142915.5147442 > c, setting 1/gamma = 0\n",
-      "v = 307472138.9410371 > c, setting 1/gamma = 0\n",
-      "v = 361644829.3689164 > c, setting 1/gamma = 0\n",
-      "v = 347858795.64003533 > c, setting 1/gamma = 0\n",
-      "v = 405205773.4367899 > c, setting 1/gamma = 0\n",
-      "v = 318463455.435157 > c, setting 1/gamma = 0\n",
-      "v = 303815747.8165543 > c, setting 1/gamma = 0\n",
-      "v = 349655762.49161047 > c, setting 1/gamma = 0\n",
-      "v = 311671864.3125767 > c, setting 1/gamma = 0\n",
-      "v = 312630414.1934148 > c, setting 1/gamma = 0\n",
-      "v = 306506638.92699015 > c, setting 1/gamma = 0\n",
-      "v = 556992620.6294416 > c, setting 1/gamma = 0\n",
-      "v = 547617979.9753573 > c, setting 1/gamma = 0\n",
-      "v = 479549027.24529886 > c, setting 1/gamma = 0\n",
-      "v = 507156477.3765927 > c, setting 1/gamma = 0\n",
-      "v = 304220799.3012807 > c, setting 1/gamma = 0\n",
-      "v = 358916016.9711707 > c, setting 1/gamma = 0\n",
-      "v = 303267212.7921469 > c, setting 1/gamma = 0\n",
-      "v = 382377560.1313363 > c, setting 1/gamma = 0\n",
-      "v = 435882147.7224905 > c, setting 1/gamma = 0\n",
-      "v = 300721853.8237197 > c, setting 1/gamma = 0\n",
-      "v = 354431468.161235 > c, setting 1/gamma = 0\n",
-      "v = 320529562.63414025 > c, setting 1/gamma = 0\n",
-      "v = 368843956.4943258 > c, setting 1/gamma = 0\n",
-      "v = 486705737.1019913 > c, setting 1/gamma = 0\n",
-      "v = 506283785.6052309 > c, setting 1/gamma = 0\n",
-      "v = 371162783.91122794 > c, setting 1/gamma = 0\n",
-      "v = 422582625.12246877 > c, setting 1/gamma = 0\n",
-      "v = 335430491.4821577 > c, setting 1/gamma = 0\n",
-      "v = 383667898.0480681 > c, setting 1/gamma = 0\n",
-      "v = 313358484.9249302 > c, setting 1/gamma = 0\n",
-      "v = 365283381.9039543 > c, setting 1/gamma = 0\n",
-      "v = 300011811.3143019 > c, setting 1/gamma = 0\n",
-      "v = 343687301.2663559 > c, setting 1/gamma = 0\n",
-      "v = 316282330.69779015 > c, setting 1/gamma = 0\n",
-      "v = 373244847.279328 > c, setting 1/gamma = 0\n",
-      "v = 428345398.60200894 > c, setting 1/gamma = 0\n",
-      "v = 318123739.14565235 > c, setting 1/gamma = 0\n",
-      "v = 374567369.57934576 > c, setting 1/gamma = 0\n",
-      "v = 321114418.4009541 > c, setting 1/gamma = 0\n",
-      "v = 370514566.1968702 > c, setting 1/gamma = 0\n",
-      "v = 384900935.80964714 > c, setting 1/gamma = 0\n",
-      "v = 439383041.82684904 > c, setting 1/gamma = 0\n",
-      "v = 386736038.1447136 > c, setting 1/gamma = 0\n",
-      "v = 439793145.46372634 > c, setting 1/gamma = 0\n",
-      "v = 363851596.89608014 > c, setting 1/gamma = 0\n",
-      "v = 419689281.435191 > c, setting 1/gamma = 0\n",
-      "v = 310811752.36496294 > c, setting 1/gamma = 0\n",
-      "v = 363065357.16232127 > c, setting 1/gamma = 0\n",
-      "v = 327767472.52686095 > c, setting 1/gamma = 0\n",
-      "v = 376772953.8631382 > c, setting 1/gamma = 0\n",
-      "v = 403911982.7605955 > c, setting 1/gamma = 0\n",
-      "v = 447691799.59463114 > c, setting 1/gamma = 0\n",
-      "v = 300891136.1882775 > c, setting 1/gamma = 0\n",
-      "v = 347798595.4368816 > c, setting 1/gamma = 0\n",
-      "v = 311834643.5704733 > c, setting 1/gamma = 0\n",
-      "v = 320344960.2203559 > c, setting 1/gamma = 0\n",
-      "v = 523993042.4934187 > c, setting 1/gamma = 0\n",
-      "v = 525055508.6717525 > c, setting 1/gamma = 0\n",
-      "v = 318028933.5625732 > c, setting 1/gamma = 0\n",
-      "v = 321347381.2565772 > c, setting 1/gamma = 0\n",
-      "v = 375433167.6047306 > c, setting 1/gamma = 0\n",
-      "v = 325714453.49074817 > c, setting 1/gamma = 0\n",
-      "v = 375205623.36167413 > c, setting 1/gamma = 0\n",
-      "v = 321202666.1790648 > c, setting 1/gamma = 0\n",
-      "v = 415643990.6889774 > c, setting 1/gamma = 0\n",
-      "v = 458531284.2543065 > c, setting 1/gamma = 0\n",
-      "v = 301817498.41118026 > c, setting 1/gamma = 0\n",
-      "v = 346708081.68639064 > c, setting 1/gamma = 0\n",
-      "v = 352476992.49128634 > c, setting 1/gamma = 0\n",
-      "v = 410056423.3300842 > c, setting 1/gamma = 0\n",
-      "v = 300705178.63832957 > c, setting 1/gamma = 0\n",
-      "v = 352641203.8533449 > c, setting 1/gamma = 0\n",
-      "v = 329236721.64681077 > c, setting 1/gamma = 0\n",
-      "v = 369665995.04076076 > c, setting 1/gamma = 0\n",
-      "v = 422423829.5640708 > c, setting 1/gamma = 0\n",
-      "v = 305592704.0404141 > c, setting 1/gamma = 0\n",
-      "v = 351637210.6349198 > c, setting 1/gamma = 0\n",
-      "v = 463298442.7885884 > c, setting 1/gamma = 0\n",
-      "v = 498939857.99963665 > c, setting 1/gamma = 0\n",
-      "v = 400537944.516929 > c, setting 1/gamma = 0\n",
-      "v = 450007081.2119198 > c, setting 1/gamma = 0\n",
-      "v = 463372290.6147642 > c, setting 1/gamma = 0\n",
-      "v = 491221335.9573116 > c, setting 1/gamma = 0\n",
-      "v = 333147821.84866655 > c, setting 1/gamma = 0\n",
-      "v = 301368676.5093198 > c, setting 1/gamma = 0\n",
-      "v = 303220703.76397896 > c, setting 1/gamma = 0\n",
-      "v = 335156280.37372774 > c, setting 1/gamma = 0\n",
-      "v = 386680675.00040066 > c, setting 1/gamma = 0\n",
-      "v = 431519639.20514226 > c, setting 1/gamma = 0\n",
-      "v = 470175816.0404441 > c, setting 1/gamma = 0\n",
-      "v = 344931343.32659805 > c, setting 1/gamma = 0\n",
-      "v = 336568866.84389687 > c, setting 1/gamma = 0\n",
-      "v = 382945786.07250315 > c, setting 1/gamma = 0\n",
-      "v = 326969061.45102525 > c, setting 1/gamma = 0\n",
-      "v = 381000077.9029021 > c, setting 1/gamma = 0\n",
-      "v = 481589872.03424615 > c, setting 1/gamma = 0\n",
-      "v = 503649332.8415086 > c, setting 1/gamma = 0\n",
-      "v = 346336142.79077387 > c, setting 1/gamma = 0\n",
-      "v = 403283461.0211451 > c, setting 1/gamma = 0\n",
-      "v = 357131572.5172077 > c, setting 1/gamma = 0\n",
-      "v = 410808255.1824617 > c, setting 1/gamma = 0\n",
-      "v = 307041008.58345026 > c, setting 1/gamma = 0\n",
-      "v = 302962048.36124814 > c, setting 1/gamma = 0\n",
-      "v = 448895098.2603552 > c, setting 1/gamma = 0\n",
-      "v = 487796718.0215733 > c, setting 1/gamma = 0\n",
-      "v = 307054355.39123225 > c, setting 1/gamma = 0\n",
-      "v = 615366486.7322543 > c, setting 1/gamma = 0\n",
-      "v = 567651919.9462578 > c, setting 1/gamma = 0\n",
-      "v = 442544211.8413185 > c, setting 1/gamma = 0\n",
-      "v = 487179659.00203246 > c, setting 1/gamma = 0\n",
-      "v = 343251603.83523 > c, setting 1/gamma = 0\n",
-      "v = 402853579.62567216 > c, setting 1/gamma = 0\n",
-      "v = 302184645.84876335 > c, setting 1/gamma = 0\n",
-      "v = 352472485.1227176 > c, setting 1/gamma = 0\n",
-      "v = 310654479.9302784 > c, setting 1/gamma = 0\n",
-      "v = 366625024.2785137 > c, setting 1/gamma = 0\n",
-      "v = 305423576.2978676 > c, setting 1/gamma = 0\n",
-      "v = 485185695.37520593 > c, setting 1/gamma = 0\n",
-      "v = 512572262.98333174 > c, setting 1/gamma = 0\n",
-      "v = 327894876.6751425 > c, setting 1/gamma = 0\n",
-      "v = 384287998.2223699 > c, setting 1/gamma = 0\n",
-      "v = 354150962.25110394 > c, setting 1/gamma = 0\n",
-      "v = 403741905.9950615 > c, setting 1/gamma = 0\n",
-      "v = 305986309.1525302 > c, setting 1/gamma = 0\n",
-      "v = 365448874.44989324 > c, setting 1/gamma = 0\n",
-      "v = 373559531.364958 > c, setting 1/gamma = 0\n",
-      "v = 428671343.672566 > c, setting 1/gamma = 0\n",
-      "v = 324199363.0627321 > c, setting 1/gamma = 0\n",
-      "v = 557366103.422804 > c, setting 1/gamma = 0\n",
-      "v = 545761304.2897716 > c, setting 1/gamma = 0\n",
-      "v = 614764054.0668557 > c, setting 1/gamma = 0\n",
-      "v = 564108520.200805 > c, setting 1/gamma = 0\n",
-      "v = 373088638.31399935 > c, setting 1/gamma = 0\n",
-      "v = 427930623.2366485 > c, setting 1/gamma = 0\n",
-      "v = 310801547.05717474 > c, setting 1/gamma = 0\n",
-      "v = 439369780.660941 > c, setting 1/gamma = 0\n",
-      "v = 484535714.8141674 > c, setting 1/gamma = 0\n",
-      "v = 321147465.27263975 > c, setting 1/gamma = 0\n",
-      "v = 376691940.2244227 > c, setting 1/gamma = 0\n",
-      "v = 549089354.4406692 > c, setting 1/gamma = 0\n",
-      "v = 551299895.8602209 > c, setting 1/gamma = 0\n",
-      "v = 319028047.1083526 > c, setting 1/gamma = 0\n",
-      "v = 750541899.3808434 > c, setting 1/gamma = 0\n",
-      "v = 615691702.1354 > c, setting 1/gamma = 0\n",
-      "v = 360290851.5041185 > c, setting 1/gamma = 0\n",
-      "v = 417219582.71917903 > c, setting 1/gamma = 0\n",
-      "v = 328953296.61648756 > c, setting 1/gamma = 0\n",
-      "v = 318791787.68690044 > c, setting 1/gamma = 0\n",
-      "v = 371017048.2403834 > c, setting 1/gamma = 0\n",
-      "v = 365281325.1542497 > c, setting 1/gamma = 0\n",
-      "v = 421427102.5253358 > c, setting 1/gamma = 0\n",
-      "v = 303727208.01910424 > c, setting 1/gamma = 0\n",
-      "v = 352587927.19177496 > c, setting 1/gamma = 0\n",
-      "v = 538138609.7867674 > c, setting 1/gamma = 0\n",
-      "v = 538790455.7022048 > c, setting 1/gamma = 0\n",
-      "v = 337135850.8309821 > c, setting 1/gamma = 0\n",
-      "v = 391088271.0225677 > c, setting 1/gamma = 0\n",
-      "v = 491193576.35669476 > c, setting 1/gamma = 0\n",
-      "v = 521246516.6231165 > c, setting 1/gamma = 0\n",
-      "v = 462562339.07037765 > c, setting 1/gamma = 0\n",
-      "v = 499668883.71621186 > c, setting 1/gamma = 0\n",
-      "v = 323701860.0629974 > c, setting 1/gamma = 0\n",
-      "v = 467280252.8667278 > c, setting 1/gamma = 0\n",
-      "v = 496116217.8734332 > c, setting 1/gamma = 0\n",
-      "v = 318022508.9105677 > c, setting 1/gamma = 0\n",
-      "v = 370711864.67547023 > c, setting 1/gamma = 0\n",
-      "v = 575185230.4406612 > c, setting 1/gamma = 0\n",
-      "v = 554097367.0979184 > c, setting 1/gamma = 0\n",
-      "v = 321226473.45627564 > c, setting 1/gamma = 0\n",
-      "v = 310166497.2415254 > c, setting 1/gamma = 0\n",
-      "v = 359829863.70144564 > c, setting 1/gamma = 0\n",
-      "v = 630603197.3146975 > c, setting 1/gamma = 0\n",
-      "v = 541685240.0827411 > c, setting 1/gamma = 0\n",
-      "v = 497910748.1968028 > c, setting 1/gamma = 0\n",
-      "v = 514162036.4948946 > c, setting 1/gamma = 0\n",
-      "v = 375369107.88577133 > c, setting 1/gamma = 0\n",
-      "v = 425792786.2034662 > c, setting 1/gamma = 0\n",
-      "v = 301883325.26935905 > c, setting 1/gamma = 0\n",
-      "v = 341169227.5225576 > c, setting 1/gamma = 0\n",
-      "v = 304320148.1978221 > c, setting 1/gamma = 0\n",
-      "v = 362979921.72028756 > c, setting 1/gamma = 0\n",
-      "v = 306579149.8955961 > c, setting 1/gamma = 0\n",
-      "v = 360728993.01544935 > c, setting 1/gamma = 0\n",
-      "v = 309181768.6719108 > c, setting 1/gamma = 0\n",
-      "v = 356260397.5161751 > c, setting 1/gamma = 0\n",
-      "v = 304403376.9706167 > c, setting 1/gamma = 0\n",
-      "v = 351742336.7271981 > c, setting 1/gamma = 0\n",
-      "v = 387629829.6187593 > c, setting 1/gamma = 0\n",
-      "v = 434963514.80131245 > c, setting 1/gamma = 0\n",
-      "v = 418322811.81875116 > c, setting 1/gamma = 0\n",
-      "v = 463638932.0283302 > c, setting 1/gamma = 0\n",
-      "v = 307401623.70913017 > c, setting 1/gamma = 0\n",
-      "v = 358019156.36158246 > c, setting 1/gamma = 0\n",
-      "v = 344135289.2327487 > c, setting 1/gamma = 0\n",
-      "v = 383780063.60954434 > c, setting 1/gamma = 0\n",
-      "v = 430673237.85052294 > c, setting 1/gamma = 0\n",
-      "v = 302775692.4474738 > c, setting 1/gamma = 0\n",
-      "v = 324443697.8337797 > c, setting 1/gamma = 0\n",
-      "v = 407468059.8555019 > c, setting 1/gamma = 0\n",
-      "v = 446464116.408717 > c, setting 1/gamma = 0\n",
-      "v = 373443078.13290894 > c, setting 1/gamma = 0\n",
-      "v = 424114570.53138816 > c, setting 1/gamma = 0\n",
-      "v = 306289183.2631023 > c, setting 1/gamma = 0\n",
-      "v = 309567461.9670104 > c, setting 1/gamma = 0\n",
-      "v = 360053526.9745702 > c, setting 1/gamma = 0\n",
-      "v = 314674794.4986466 > c, setting 1/gamma = 0\n",
-      "v = 553985905.482417 > c, setting 1/gamma = 0\n",
-      "v = 541078117.9460459 > c, setting 1/gamma = 0\n",
-      "v = 436178274.99703157 > c, setting 1/gamma = 0\n",
-      "v = 471378288.90766597 > c, setting 1/gamma = 0\n",
-      "v = 331551008.0919135 > c, setting 1/gamma = 0\n",
-      "v = 377152581.3272857 > c, setting 1/gamma = 0\n",
-      "v = 337957582.3299883 > c, setting 1/gamma = 0\n",
-      "v = 389824610.43068194 > c, setting 1/gamma = 0\n",
-      "v = 400578073.6105733 > c, setting 1/gamma = 0\n",
-      "v = 444846675.1033081 > c, setting 1/gamma = 0\n",
-      "v = 349808315.0508948 > c, setting 1/gamma = 0\n",
-      "v = 392863971.50074893 > c, setting 1/gamma = 0\n",
-      "v = 464507523.89533526 > c, setting 1/gamma = 0\n",
-      "v = 485992945.9824935 > c, setting 1/gamma = 0\n",
-      "v = 304535824.9938268 > c, setting 1/gamma = 0\n",
-      "v = 311331658.7742658 > c, setting 1/gamma = 0\n",
-      "v = 437084172.4418007 > c, setting 1/gamma = 0\n",
-      "v = 383975501.5366359 > c, setting 1/gamma = 0\n",
-      "v = 303526501.7907857 > c, setting 1/gamma = 0\n",
-      "v = 315248257.050753 > c, setting 1/gamma = 0\n",
-      "v = 300843306.75870883 > c, setting 1/gamma = 0\n",
-      "v = 302258393.1304151 > c, setting 1/gamma = 0\n",
-      "v = 370221479.4115799 > c, setting 1/gamma = 0\n",
-      "v = 309134427.1611563 > c, setting 1/gamma = 0\n",
-      "v = 320188839.72621185 > c, setting 1/gamma = 0\n",
-      "v = 370615497.2561525 > c, setting 1/gamma = 0\n",
-      "v = 442184555.10671467 > c, setting 1/gamma = 0\n",
-      "v = 372980519.1728149 > c, setting 1/gamma = 0\n",
-      "v = 439834734.6300896 > c, setting 1/gamma = 0\n",
-      "v = 320487243.75128525 > c, setting 1/gamma = 0\n",
-      "v = 324609681.19335234 > c, setting 1/gamma = 0\n",
-      "v = 323308969.3163488 > c, setting 1/gamma = 0\n",
-      "v = 334949938.6869191 > c, setting 1/gamma = 0\n",
-      "v = 400817896.3661325 > c, setting 1/gamma = 0\n",
-      "v = 306389089.817132 > c, setting 1/gamma = 0\n",
-      "v = 358082988.7388581 > c, setting 1/gamma = 0\n",
-      "v = 350620413.91082567 > c, setting 1/gamma = 0\n",
-      "v = 309471173.5215401 > c, setting 1/gamma = 0\n",
-      "v = 317329886.79364944 > c, setting 1/gamma = 0\n",
-      "v = 302204721.3092728 > c, setting 1/gamma = 0\n",
-      "v = 300317316.70549285 > c, setting 1/gamma = 0\n",
-      "v = 355822082.84299093 > c, setting 1/gamma = 0\n",
-      "v = 306947325.0835366 > c, setting 1/gamma = 0\n",
-      "v = 364825385.1047679 > c, setting 1/gamma = 0\n",
-      "v = 317618511.9643244 > c, setting 1/gamma = 0\n",
-      "v = 360078659.13777846 > c, setting 1/gamma = 0\n",
-      "v = 311898141.5554667 > c, setting 1/gamma = 0\n",
-      "v = 350055859.12539047 > c, setting 1/gamma = 0\n",
-      "v = 329209139.4793658 > c, setting 1/gamma = 0\n",
-      "v = 313895461.06183887 > c, setting 1/gamma = 0\n",
-      "v = 308995870.0461732 > c, setting 1/gamma = 0\n",
-      "v = 385546855.87851775 > c, setting 1/gamma = 0\n",
-      "v = 402049679.2329045 > c, setting 1/gamma = 0\n",
-      "v = 300164605.10139626 > c, setting 1/gamma = 0\n",
-      "v = 337586527.164188 > c, setting 1/gamma = 0\n",
-      "v = 305995136.520223 > c, setting 1/gamma = 0\n",
-      "v = 441482267.9346355 > c, setting 1/gamma = 0\n",
-      "v = 435730118.0991223 > c, setting 1/gamma = 0\n",
-      "v = 301625948.3203616 > c, setting 1/gamma = 0\n",
-      "v = 327443527.44126177 > c, setting 1/gamma = 0\n",
-      "v = 302632262.85327774 > c, setting 1/gamma = 0\n",
-      "v = 338911520.20804644 > c, setting 1/gamma = 0\n",
-      "v = 319609296.4083339 > c, setting 1/gamma = 0\n",
-      "v = 354477760.10700214 > c, setting 1/gamma = 0\n",
-      "v = 322156110.72870016 > c, setting 1/gamma = 0\n",
-      "v = 358928420.9309468 > c, setting 1/gamma = 0\n",
-      "v = 324839986.02035 > c, setting 1/gamma = 0\n",
-      "v = 360487137.12198955 > c, setting 1/gamma = 0\n",
-      "v = 321393518.30507636 > c, setting 1/gamma = 0\n",
-      "v = 358460150.79344964 > c, setting 1/gamma = 0\n",
-      "v = 326863968.1540382 > c, setting 1/gamma = 0\n",
-      "v = 361742181.1219294 > c, setting 1/gamma = 0\n",
-      "v = 418977017.1554068 > c, setting 1/gamma = 0\n",
-      "v = 419901773.13996696 > c, setting 1/gamma = 0\n",
-      "v = 331411820.77035284 > c, setting 1/gamma = 0\n",
-      "v = 363353903.95837563 > c, setting 1/gamma = 0\n",
-      "v = 312594024.29735786 > c, setting 1/gamma = 0\n",
-      "v = 351003698.0851473 > c, setting 1/gamma = 0\n",
-      "v = 300721591.8140414 > c, setting 1/gamma = 0\n",
-      "v = 330761846.79128325 > c, setting 1/gamma = 0\n",
-      "v = 328606998.51299065 > c, setting 1/gamma = 0\n",
-      "v = 365204772.48928416 > c, setting 1/gamma = 0\n",
-      "v = 326542164.4374448 > c, setting 1/gamma = 0\n",
-      "v = 301895093.7196162 > c, setting 1/gamma = 0\n",
-      "v = 339328168.9991041 > c, setting 1/gamma = 0\n",
-      "v = 331188959.0518551 > c, setting 1/gamma = 0\n",
-      "v = 360890943.2520298 > c, setting 1/gamma = 0\n",
-      "v = 319251520.27751684 > c, setting 1/gamma = 0\n",
-      "v = 313430336.9126551 > c, setting 1/gamma = 0\n",
-      "v = 375063251.24263334 > c, setting 1/gamma = 0\n",
-      "v = 395397555.0882978 > c, setting 1/gamma = 0\n",
-      "v = 306638917.6405835 > c, setting 1/gamma = 0\n",
-      "v = 339513451.67040074 > c, setting 1/gamma = 0\n",
-      "v = 311595969.0741474 > c, setting 1/gamma = 0\n",
-      "v = 579627237.0290459 > c, setting 1/gamma = 0\n",
-      "v = 462522078.4470102 > c, setting 1/gamma = 0\n",
-      "v = 506863504.69477254 > c, setting 1/gamma = 0\n",
-      "v = 448072594.355247 > c, setting 1/gamma = 0\n",
-      "v = 304483127.9720267 > c, setting 1/gamma = 0\n",
-      "v = 328240983.16774726 > c, setting 1/gamma = 0\n",
-      "v = 324153363.57109725 > c, setting 1/gamma = 0\n",
-      "v = 319886109.8731645 > c, setting 1/gamma = 0\n",
-      "v = 301439891.1312535 > c, setting 1/gamma = 0\n",
-      "v = 312990704.5944522 > c, setting 1/gamma = 0\n",
-      "v = 304781742.5615849 > c, setting 1/gamma = 0\n",
-      "v = 311453877.93285495 > c, setting 1/gamma = 0\n",
-      "v = 303781129.4263852 > c, setting 1/gamma = 0\n",
-      "v = 306105148.33771557 > c, setting 1/gamma = 0\n",
-      "v = 303046989.50546694 > c, setting 1/gamma = 0\n",
-      "v = 319381691.4049938 > c, setting 1/gamma = 0\n",
-      "v = 300682361.9804025 > c, setting 1/gamma = 0\n",
-      "v = 336567823.88298917 > c, setting 1/gamma = 0\n",
-      "v = 302873911.68632317 > c, setting 1/gamma = 0\n",
-      "v = 306530852.86407965 > c, setting 1/gamma = 0\n",
-      "v = 305718054.4485224 > c, setting 1/gamma = 0\n",
-      "v = 304408149.4595155 > c, setting 1/gamma = 0\n",
-      "v = 301190500.84883374 > c, setting 1/gamma = 0\n",
-      "v = 301955194.38463795 > c, setting 1/gamma = 0\n",
-      "v = 304065103.3751875 > c, setting 1/gamma = 0\n",
-      "v = 309684339.57274175 > c, setting 1/gamma = 0\n",
-      "v = 315816167.5699285 > c, setting 1/gamma = 0\n",
-      "v = 305110017.4847315 > c, setting 1/gamma = 0\n",
-      "v = 323516649.49511296 > c, setting 1/gamma = 0\n",
-      "v = 309943542.9018909 > c, setting 1/gamma = 0\n",
-      "v = 308837218.23938435 > c, setting 1/gamma = 0\n",
-      "v = 304377726.7213307 > c, setting 1/gamma = 0\n",
-      "v = 309839103.78187114 > c, setting 1/gamma = 0\n",
-      "v = 311625713.795491 > c, setting 1/gamma = 0\n",
-      "v = 302344942.3898598 > c, setting 1/gamma = 0\n",
-      "v = 301747399.10483783 > c, setting 1/gamma = 0\n",
-      "v = 305271308.45338565 > c, setting 1/gamma = 0\n",
-      "v = 302683507.3593578 > c, setting 1/gamma = 0\n",
-      "v = 305822701.53722143 > c, setting 1/gamma = 0\n",
-      "v = 309962802.3459569 > c, setting 1/gamma = 0\n",
-      "v = 303412950.10790426 > c, setting 1/gamma = 0\n",
-      "v = 300879492.54098034 > c, setting 1/gamma = 0\n",
-      "v = 304538243.4334599 > c, setting 1/gamma = 0\n",
-      "v = 310804958.35160214 > c, setting 1/gamma = 0\n",
-      "v = 313948419.852862 > c, setting 1/gamma = 0\n",
-      "v = 308295056.58116066 > c, setting 1/gamma = 0\n",
-      "v = 304113609.1330491 > c, setting 1/gamma = 0\n",
-      "v = 320389064.0745811 > c, setting 1/gamma = 0\n",
-      "v = 301338932.0462944 > c, setting 1/gamma = 0\n",
-      "v = 307567378.7306787 > c, setting 1/gamma = 0\n",
-      "v = 318118478.2926903 > c, setting 1/gamma = 0\n",
-      "v = 306987309.02371323 > c, setting 1/gamma = 0\n",
-      "v = 309306295.5980886 > c, setting 1/gamma = 0\n",
-      "v = 308895255.616223 > c, setting 1/gamma = 0\n",
-      "v = 320470951.15966195 > c, setting 1/gamma = 0\n",
-      "v = 302252303.8262108 > c, setting 1/gamma = 0\n",
-      "v = 303126759.26375663 > c, setting 1/gamma = 0\n",
-      "v = 300783798.97001475 > c, setting 1/gamma = 0\n",
-      "v = 340827101.54630303 > c, setting 1/gamma = 0\n",
-      "v = 318725419.7282959 > c, setting 1/gamma = 0\n",
-      "v = 303794596.01768583 > c, setting 1/gamma = 0\n",
-      "v = 300705955.947277 > c, setting 1/gamma = 0\n",
-      "v = 340499301.9039001 > c, setting 1/gamma = 0\n",
-      "v = 300028171.5099111 > c, setting 1/gamma = 0\n",
-      "v = 340840015.74975455 > c, setting 1/gamma = 0\n",
-      "v = 309265713.14555144 > c, setting 1/gamma = 0\n",
-      "v = 316099363.2399587 > c, setting 1/gamma = 0\n",
-      "v = 318343739.8946665 > c, setting 1/gamma = 0\n",
-      "v = 305528584.0359649 > c, setting 1/gamma = 0\n",
-      "v = 324800381.35803807 > c, setting 1/gamma = 0\n",
-      "v = 318322191.26190114 > c, setting 1/gamma = 0\n",
-      "v = 325976051.80225533 > c, setting 1/gamma = 0\n",
-      "v = 311851342.5868354 > c, setting 1/gamma = 0\n",
-      "v = 313814736.37195885 > c, setting 1/gamma = 0\n",
-      "v = 305959050.55514055 > c, setting 1/gamma = 0\n",
-      "v = 303383583.87781346 > c, setting 1/gamma = 0\n",
-      "v = 308872836.01539654 > c, setting 1/gamma = 0\n",
-      "v = 322264233.40437466 > c, setting 1/gamma = 0\n",
-      "v = 303844904.48665845 > c, setting 1/gamma = 0\n",
-      "v = 309528163.78714097 > c, setting 1/gamma = 0\n",
-      "v = 316696461.638946 > c, setting 1/gamma = 0\n",
-      "v = 311345533.719856 > c, setting 1/gamma = 0\n",
-      "v = 300750424.1852345 > c, setting 1/gamma = 0\n",
-      "v = 315865499.56631273 > c, setting 1/gamma = 0\n",
-      "v = 300520327.6214528 > c, setting 1/gamma = 0\n",
-      "v = 302943317.31482345 > c, setting 1/gamma = 0\n",
-      "v = 337701635.39912397 > c, setting 1/gamma = 0\n",
-      "v = 302397803.0266139 > c, setting 1/gamma = 0\n",
-      "v = 306350046.5334469 > c, setting 1/gamma = 0\n",
-      "v = 305934428.6424276 > c, setting 1/gamma = 0\n",
-      "v = 300640267.88237935 > c, setting 1/gamma = 0\n",
-      "v = 310533472.5985917 > c, setting 1/gamma = 0\n",
-      "v = 347221117.42284775 > c, setting 1/gamma = 0\n",
-      "v = 316687150.9270684 > c, setting 1/gamma = 0\n",
-      "v = 302231619.1835939 > c, setting 1/gamma = 0\n",
-      "v = 313982815.7914016 > c, setting 1/gamma = 0\n",
-      "v = 349592075.91751343 > c, setting 1/gamma = 0\n",
-      "v = 313491967.2643079 > c, setting 1/gamma = 0\n",
-      "v = 319085037.53806084 > c, setting 1/gamma = 0\n",
-      "v = 316739686.8022245 > c, setting 1/gamma = 0\n",
-      "v = 302910597.0288055 > c, setting 1/gamma = 0\n",
-      "v = 313187663.42340374 > c, setting 1/gamma = 0\n",
-      "v = 349417741.5628613 > c, setting 1/gamma = 0\n",
-      "v = 320946925.2493779 > c, setting 1/gamma = 0\n",
-      "v = 329159653.91272014 > c, setting 1/gamma = 0\n",
-      "v = 315606375.10235214 > c, setting 1/gamma = 0\n",
-      "v = 318952838.4493632 > c, setting 1/gamma = 0\n",
-      "v = 301418371.85339904 > c, setting 1/gamma = 0\n",
-      "v = 339195666.74599034 > c, setting 1/gamma = 0\n",
-      "v = 314466888.6316237 > c, setting 1/gamma = 0\n",
-      "v = 311842926.9169801 > c, setting 1/gamma = 0\n",
-      "v = 323734358.34258413 > c, setting 1/gamma = 0\n",
-      "v = 305431041.10944396 > c, setting 1/gamma = 0\n",
-      "v = 343257704.05985564 > c, setting 1/gamma = 0\n",
-      "v = 317730168.31555766 > c, setting 1/gamma = 0\n",
-      "v = 307875672.3587793 > c, setting 1/gamma = 0\n",
-      "v = 308738952.87318856 > c, setting 1/gamma = 0\n",
-      "v = 349877705.4348733 > c, setting 1/gamma = 0\n",
-      "v = 308032616.7771824 > c, setting 1/gamma = 0\n",
-      "v = 349989636.9557187 > c, setting 1/gamma = 0\n",
-      "v = 331804441.0464833 > c, setting 1/gamma = 0\n",
-      "v = 313678890.3538067 > c, setting 1/gamma = 0\n",
-      "v = 303848988.3086308 > c, setting 1/gamma = 0\n",
-      "v = 339942583.459545 > c, setting 1/gamma = 0\n",
-      "v = 307194717.9312194 > c, setting 1/gamma = 0\n",
-      "v = 310823696.4121129 > c, setting 1/gamma = 0\n",
-      "v = 344975241.11348623 > c, setting 1/gamma = 0\n",
-      "v = 304563108.1960407 > c, setting 1/gamma = 0\n",
-      "v = 339631432.5465583 > c, setting 1/gamma = 0\n",
-      "v = 312692326.8000059 > c, setting 1/gamma = 0\n",
-      "v = 321636370.24578327 > c, setting 1/gamma = 0\n",
-      "v = 323084626.2407537 > c, setting 1/gamma = 0\n",
-      "v = 309486571.56297976 > c, setting 1/gamma = 0\n",
-      "v = 300008564.10328025 > c, setting 1/gamma = 0\n",
-      "v = 336128628.1687961 > c, setting 1/gamma = 0\n",
-      "v = 308965956.4814165 > c, setting 1/gamma = 0\n",
-      "v = 306997951.4409231 > c, setting 1/gamma = 0\n",
-      "v = 311191242.8781656 > c, setting 1/gamma = 0\n",
-      "v = 300428802.2777961 > c, setting 1/gamma = 0\n",
-      "v = 324850464.3494917 > c, setting 1/gamma = 0\n",
-      "v = 312855895.2059454 > c, setting 1/gamma = 0\n",
-      "v = 301082936.9035796 > c, setting 1/gamma = 0\n",
-      "v = 311985795.83095574 > c, setting 1/gamma = 0\n",
-      "v = 301129391.50436974 > c, setting 1/gamma = 0\n",
-      "v = 311343196.9316726 > c, setting 1/gamma = 0\n",
-      "v = 349908315.8067503 > c, setting 1/gamma = 0\n",
-      "v = 322118445.1640671 > c, setting 1/gamma = 0\n",
-      "v = 308384892.3863743 > c, setting 1/gamma = 0\n",
-      "v = 306079378.28171426 > c, setting 1/gamma = 0\n",
-      "v = 343894147.7978026 > c, setting 1/gamma = 0\n",
-      "v = 309725542.18053585 > c, setting 1/gamma = 0\n",
-      "v = 350891156.8052782 > c, setting 1/gamma = 0\n",
-      "v = 323113501.38176763 > c, setting 1/gamma = 0\n",
-      "v = 319053895.28813183 > c, setting 1/gamma = 0\n",
-      "v = 308370010.11801875 > c, setting 1/gamma = 0\n",
-      "v = 346050228.1354247 > c, setting 1/gamma = 0\n",
-      "v = 311493591.0569237 > c, setting 1/gamma = 0\n",
-      "v = 316269222.4976565 > c, setting 1/gamma = 0\n",
-      "v = 308561160.3704511 > c, setting 1/gamma = 0\n",
-      "v = 309008128.7548265 > c, setting 1/gamma = 0\n",
-      "v = 300538768.79926276 > c, setting 1/gamma = 0\n",
-      "v = 338736962.06276995 > c, setting 1/gamma = 0\n",
-      "v = 300407163.0912718 > c, setting 1/gamma = 0\n",
-      "v = 314342253.5051455 > c, setting 1/gamma = 0\n",
-      "v = 356182057.1487144 > c, setting 1/gamma = 0\n",
-      "v = 325018950.98902416 > c, setting 1/gamma = 0\n",
-      "v = 319042882.5525547 > c, setting 1/gamma = 0\n",
-      "v = 307512389.40878016 > c, setting 1/gamma = 0\n",
-      "v = 307072494.7944277 > c, setting 1/gamma = 0\n",
-      "v = 303521803.09699225 > c, setting 1/gamma = 0\n",
-      "v = 334537911.2024496 > c, setting 1/gamma = 0\n",
-      "v = 314136062.9947952 > c, setting 1/gamma = 0\n",
-      "v = 349122448.66175044 > c, setting 1/gamma = 0\n",
-      "v = 328554849.429331 > c, setting 1/gamma = 0\n",
-      "v = 362444386.27166575 > c, setting 1/gamma = 0\n",
-      "v = 302796074.6263509 > c, setting 1/gamma = 0\n",
-      "v = 336840512.4373498 > c, setting 1/gamma = 0\n",
-      "v = 323582076.63235176 > c, setting 1/gamma = 0\n",
-      "v = 308833769.90456676 > c, setting 1/gamma = 0\n",
-      "v = 315595006.2573944 > c, setting 1/gamma = 0\n",
-      "v = 351292978.0437994 > c, setting 1/gamma = 0\n",
-      "v = 321728189.8225941 > c, setting 1/gamma = 0\n",
-      "v = 356547690.7578174 > c, setting 1/gamma = 0\n",
-      "v = 328507214.94858927 > c, setting 1/gamma = 0\n",
-      "v = 303933241.4937524 > c, setting 1/gamma = 0\n",
-      "v = 338941693.6184358 > c, setting 1/gamma = 0\n",
-      "v = 300296948.0687697 > c, setting 1/gamma = 0\n",
-      "v = 327398099.7998782 > c, setting 1/gamma = 0\n",
-      "v = 357774530.8213883 > c, setting 1/gamma = 0\n",
-      "v = 318473066.54589117 > c, setting 1/gamma = 0\n",
-      "v = 341853603.97993 > c, setting 1/gamma = 0\n",
-      "v = 377801442.0651704 > c, setting 1/gamma = 0\n",
-      "v = 325930050.22446144 > c, setting 1/gamma = 0\n",
-      "v = 368090384.7454152 > c, setting 1/gamma = 0\n",
-      "v = 301819666.1699343 > c, setting 1/gamma = 0\n",
-      "v = 336230509.88061327 > c, setting 1/gamma = 0\n",
-      "v = 300649899.664983 > c, setting 1/gamma = 0\n",
-      "v = 339968222.05989724 > c, setting 1/gamma = 0\n",
-      "v = 307769792.25796545 > c, setting 1/gamma = 0\n",
-      "v = 346889663.82234395 > c, setting 1/gamma = 0\n",
-      "v = 313225313.8942702 > c, setting 1/gamma = 0\n",
-      "v = 352246963.4691111 > c, setting 1/gamma = 0\n",
-      "v = 313855810.85055166 > c, setting 1/gamma = 0\n",
-      "v = 353829840.28319764 > c, setting 1/gamma = 0\n",
-      "v = 325344934.6104126 > c, setting 1/gamma = 0\n",
-      "v = 365823655.3958747 > c, setting 1/gamma = 0\n",
-      "v = 313720410.4350881 > c, setting 1/gamma = 0\n",
-      "v = 356544406.9225822 > c, setting 1/gamma = 0\n",
-      "v = 327118825.704017 > c, setting 1/gamma = 0\n",
-      "v = 329009403.4657099 > c, setting 1/gamma = 0\n",
-      "v = 305150917.5655527 > c, setting 1/gamma = 0\n",
-      "v = 343803843.4141691 > c, setting 1/gamma = 0\n",
-      "v = 311072593.66164804 > c, setting 1/gamma = 0\n",
-      "v = 308691328.19060415 > c, setting 1/gamma = 0\n",
-      "v = 344736867.2181033 > c, setting 1/gamma = 0\n",
-      "v = 302750630.3686498 > c, setting 1/gamma = 0\n",
-      "v = 336542617.3598415 > c, setting 1/gamma = 0\n",
-      "v = 317624230.7246047 > c, setting 1/gamma = 0\n",
-      "v = 302424980.81993204 > c, setting 1/gamma = 0\n",
-      "v = 304100244.34918845 > c, setting 1/gamma = 0\n",
-      "v = 344689314.9598627 > c, setting 1/gamma = 0\n",
-      "v = 314615342.91685975 > c, setting 1/gamma = 0\n",
-      "v = 353356856.7823802 > c, setting 1/gamma = 0\n",
-      "v = 305377279.6597574 > c, setting 1/gamma = 0\n",
-      "v = 340582200.4594805 > c, setting 1/gamma = 0\n",
-      "v = 313217238.02818274 > c, setting 1/gamma = 0\n",
-      "v = 307749877.8078009 > c, setting 1/gamma = 0\n",
-      "v = 342445067.33277047 > c, setting 1/gamma = 0\n",
-      "v = 315650151.2881583 > c, setting 1/gamma = 0\n",
-      "v = 320406968.2770958 > c, setting 1/gamma = 0\n",
-      "v = 316119668.98917323 > c, setting 1/gamma = 0\n",
-      "v = 334700170.5378445 > c, setting 1/gamma = 0\n",
-      "v = 366949306.1754203 > c, setting 1/gamma = 0\n",
-      "v = 305588017.73585105 > c, setting 1/gamma = 0\n",
-      "v = 335577386.4536471 > c, setting 1/gamma = 0\n",
-      "v = 314695220.62425756 > c, setting 1/gamma = 0\n",
-      "v = 350276189.0773975 > c, setting 1/gamma = 0\n",
-      "v = 344808312.8546119 > c, setting 1/gamma = 0\n",
-      "v = 374895011.54609084 > c, setting 1/gamma = 0\n",
-      "v = 308744233.84612674 > c, setting 1/gamma = 0\n",
-      "v = 341641218.76696956 > c, setting 1/gamma = 0\n",
-      "v = 304686750.82658494 > c, setting 1/gamma = 0\n",
-      "v = 322266953.58896226 > c, setting 1/gamma = 0\n",
-      "v = 357463746.00811034 > c, setting 1/gamma = 0\n",
-      "v = 325101902.5892464 > c, setting 1/gamma = 0\n",
-      "v = 356216654.5128306 > c, setting 1/gamma = 0\n",
-      "v = 312771748.0366149 > c, setting 1/gamma = 0\n",
-      "v = 353596122.3111985 > c, setting 1/gamma = 0\n",
-      "v = 300503949.304292 > c, setting 1/gamma = 0\n",
-      "v = 305058655.4822341 > c, setting 1/gamma = 0\n",
-      "v = 335560812.5000432 > c, setting 1/gamma = 0\n",
-      "v = 314888001.69034684 > c, setting 1/gamma = 0\n",
-      "v = 318844634.1210065 > c, setting 1/gamma = 0\n",
-      "v = 349867428.0070729 > c, setting 1/gamma = 0\n",
-      "v = 306391821.3954891 > c, setting 1/gamma = 0\n",
-      "v = 300817842.11307454 > c, setting 1/gamma = 0\n",
-      "v = 322508010.6095036 > c, setting 1/gamma = 0\n",
-      "v = 355199243.36348665 > c, setting 1/gamma = 0\n",
-      "v = 304337571.9088551 > c, setting 1/gamma = 0\n",
-      "v = 351039345.7631876 > c, setting 1/gamma = 0\n",
-      "v = 379897600.9184922 > c, setting 1/gamma = 0\n",
-      "v = 336987773.4434377 > c, setting 1/gamma = 0\n",
-      "v = 368081229.41530645 > c, setting 1/gamma = 0\n",
-      "v = 304461821.62969464 > c, setting 1/gamma = 0\n",
-      "v = 336041994.9051322 > c, setting 1/gamma = 0\n",
-      "v = 305698438.023249 > c, setting 1/gamma = 0\n",
-      "v = 309300673.66499025 > c, setting 1/gamma = 0\n",
-      "v = 314885367.24381685 > c, setting 1/gamma = 0\n",
-      "v = 352607646.80860716 > c, setting 1/gamma = 0\n",
-      "v = 316840302.22304964 > c, setting 1/gamma = 0\n",
-      "v = 304605162.48063684 > c, setting 1/gamma = 0\n",
-      "v = 339917009.9026667 > c, setting 1/gamma = 0\n",
-      "v = 311328798.5402217 > c, setting 1/gamma = 0\n",
-      "v = 322681472.3962211 > c, setting 1/gamma = 0\n",
-      "v = 360072402.4996689 > c, setting 1/gamma = 0\n",
-      "v = 300461538.22577584 > c, setting 1/gamma = 0\n",
-      "v = 303328569.40096194 > c, setting 1/gamma = 0\n",
-      "v = 348790962.8869231 > c, setting 1/gamma = 0\n",
-      "v = 380492573.2179254 > c, setting 1/gamma = 0\n",
-      "v = 365831256.82453674 > c, setting 1/gamma = 0\n",
-      "v = 399762532.81820786 > c, setting 1/gamma = 0\n",
-      "v = 302001153.5164022 > c, setting 1/gamma = 0\n",
-      "v = 304654894.2860076 > c, setting 1/gamma = 0\n",
-      "v = 335313141.59884834 > c, setting 1/gamma = 0\n",
-      "v = 335020245.73004395 > c, setting 1/gamma = 0\n",
-      "v = 367252896.402022 > c, setting 1/gamma = 0\n",
-      "v = 356274738.25095576 > c, setting 1/gamma = 0\n",
-      "v = 386681611.7772315 > c, setting 1/gamma = 0\n",
-      "v = 362586216.83393407 > c, setting 1/gamma = 0\n",
-      "v = 396809234.0371308 > c, setting 1/gamma = 0\n",
-      "v = 303626217.71379656 > c, setting 1/gamma = 0\n",
-      "v = 337469017.4234335 > c, setting 1/gamma = 0\n",
-      "v = 368417676.7227811 > c, setting 1/gamma = 0\n",
-      "v = 314725324.4271768 > c, setting 1/gamma = 0\n",
-      "v = 357300650.20248663 > c, setting 1/gamma = 0\n",
-      "v = 384847996.6059857 > c, setting 1/gamma = 0\n",
-      "v = 384371029.79131615 > c, setting 1/gamma = 0\n",
-      "v = 409178612.39829373 > c, setting 1/gamma = 0\n",
-      "v = 311470252.9204576 > c, setting 1/gamma = 0\n",
-      "v = 354912362.29968476 > c, setting 1/gamma = 0\n",
-      "v = 322567484.8487411 > c, setting 1/gamma = 0\n",
-      "v = 354700356.1831704 > c, setting 1/gamma = 0\n",
-      "v = 300533108.46604955 > c, setting 1/gamma = 0\n",
-      "v = 338642542.6213583 > c, setting 1/gamma = 0\n",
-      "v = 350548435.47954935 > c, setting 1/gamma = 0\n",
-      "v = 386052895.49650675 > c, setting 1/gamma = 0\n",
-      "v = 305955441.9115916 > c, setting 1/gamma = 0\n",
-      "v = 350329947.80831724 > c, setting 1/gamma = 0\n",
-      "v = 303469705.70212823 > c, setting 1/gamma = 0\n",
-      "v = 319593413.3643774 > c, setting 1/gamma = 0\n",
-      "v = 351470442.3179948 > c, setting 1/gamma = 0\n",
-      "v = 380802778.3323869 > c, setting 1/gamma = 0\n",
-      "v = 372231265.04523385 > c, setting 1/gamma = 0\n",
-      "v = 398765548.4677327 > c, setting 1/gamma = 0\n",
-      "v = 382456618.30664086 > c, setting 1/gamma = 0\n",
-      "v = 412040292.20165807 > c, setting 1/gamma = 0\n",
-      "v = 351642063.4646727 > c, setting 1/gamma = 0\n",
-      "v = 382325447.0396601 > c, setting 1/gamma = 0\n",
-      "v = 345340086.3805594 > c, setting 1/gamma = 0\n",
-      "v = 377485158.0957672 > c, setting 1/gamma = 0\n",
-      "v = 346657995.1489509 > c, setting 1/gamma = 0\n",
-      "v = 379549373.14417124 > c, setting 1/gamma = 0\n",
-      "v = 350228635.26600623 > c, setting 1/gamma = 0\n",
-      "v = 385241284.7270196 > c, setting 1/gamma = 0\n",
-      "v = 354778879.34413654 > c, setting 1/gamma = 0\n",
-      "v = 393368447.4884348 > c, setting 1/gamma = 0\n",
-      "v = 327588821.70339847 > c, setting 1/gamma = 0\n",
-      "v = 363898656.60496813 > c, setting 1/gamma = 0\n",
-      "v = 348417499.3767519 > c, setting 1/gamma = 0\n",
-      "v = 382497723.17751014 > c, setting 1/gamma = 0\n",
-      "v = 358497361.3948553 > c, setting 1/gamma = 0\n",
-      "v = 393477546.4588214 > c, setting 1/gamma = 0\n",
-      "v = 329920727.67750573 > c, setting 1/gamma = 0\n",
-      "v = 373398959.75537574 > c, setting 1/gamma = 0\n",
-      "v = 306440960.8551781 > c, setting 1/gamma = 0\n",
-      "v = 312594937.3513184 > c, setting 1/gamma = 0\n",
-      "v = 351138767.20487815 > c, setting 1/gamma = 0\n",
-      "v = 333331956.34523773 > c, setting 1/gamma = 0\n",
-      "v = 370774188.3523704 > c, setting 1/gamma = 0\n",
-      "v = 343871508.69813514 > c, setting 1/gamma = 0\n",
-      "v = 381799082.38288873 > c, setting 1/gamma = 0\n",
-      "v = 336697552.3397486 > c, setting 1/gamma = 0\n",
-      "v = 378669779.8761764 > c, setting 1/gamma = 0\n",
-      "v = 309344608.4082545 > c, setting 1/gamma = 0\n",
-      "v = 317072330.69518447 > c, setting 1/gamma = 0\n",
-      "v = 360411995.3362671 > c, setting 1/gamma = 0\n",
-      "v = 310646019.4483187 > c, setting 1/gamma = 0\n",
-      "v = 352628384.7063487 > c, setting 1/gamma = 0\n",
-      "v = 318133086.8902103 > c, setting 1/gamma = 0\n",
-      "v = 356750968.8230019 > c, setting 1/gamma = 0\n",
-      "v = 308825040.53177613 > c, setting 1/gamma = 0\n",
-      "v = 344868974.3563863 > c, setting 1/gamma = 0\n",
-      "v = 305701293.9294961 > c, setting 1/gamma = 0\n",
-      "v = 330334383.6835098 > c, setting 1/gamma = 0\n",
-      "v = 369495940.9541771 > c, setting 1/gamma = 0\n",
-      "v = 324409472.54046 > c, setting 1/gamma = 0\n",
-      "v = 363597859.2072417 > c, setting 1/gamma = 0\n",
-      "v = 331084344.6055225 > c, setting 1/gamma = 0\n",
-      "v = 366590465.5383204 > c, setting 1/gamma = 0\n",
-      "v = 308631831.4769592 > c, setting 1/gamma = 0\n",
-      "v = 342354707.6638907 > c, setting 1/gamma = 0\n",
-      "v = 329928873.72470874 > c, setting 1/gamma = 0\n",
-      "v = 305977415.3457243 > c, setting 1/gamma = 0\n",
-      "v = 358420494.8146452 > c, setting 1/gamma = 0\n",
-      "v = 390169898.6389386 > c, setting 1/gamma = 0\n",
-      "v = 345750615.59581804 > c, setting 1/gamma = 0\n",
-      "v = 377782082.7082546 > c, setting 1/gamma = 0\n",
-      "v = 310325538.097217 > c, setting 1/gamma = 0\n",
-      "v = 341770899.29765457 > c, setting 1/gamma = 0\n",
-      "v = 311623998.38373977 > c, setting 1/gamma = 0\n",
-      "v = 365828145.20180213 > c, setting 1/gamma = 0\n",
-      "v = 398300835.150106 > c, setting 1/gamma = 0\n",
-      "v = 316055548.76293343 > c, setting 1/gamma = 0\n",
-      "v = 300802137.111934 > c, setting 1/gamma = 0\n",
-      "v = 344189792.250566 > c, setting 1/gamma = 0\n",
-      "v = 315605139.4668059 > c, setting 1/gamma = 0\n",
-      "v = 308038631.7435124 > c, setting 1/gamma = 0\n",
-      "v = 344582570.7088307 > c, setting 1/gamma = 0\n",
-      "v = 307811103.3972814 > c, setting 1/gamma = 0\n",
-      "v = 343699424.6658926 > c, setting 1/gamma = 0\n",
-      "v = 325685673.1525747 > c, setting 1/gamma = 0\n",
-      "v = 347031046.01744324 > c, setting 1/gamma = 0\n",
-      "v = 377503419.69202566 > c, setting 1/gamma = 0\n",
-      "v = 332412081.4438031 > c, setting 1/gamma = 0\n",
-      "v = 360444316.4228106 > c, setting 1/gamma = 0\n",
-      "v = 311525618.62895626 > c, setting 1/gamma = 0\n",
-      "v = 341087906.2071128 > c, setting 1/gamma = 0\n",
-      "v = 372999826.9380431 > c, setting 1/gamma = 0\n",
-      "v = 345361130.4776109 > c, setting 1/gamma = 0\n",
-      "v = 372390901.62428075 > c, setting 1/gamma = 0\n",
-      "v = 328808793.9099809 > c, setting 1/gamma = 0\n",
-      "v = 325998290.81669354 > c, setting 1/gamma = 0\n",
-      "v = 307763623.84532154 > c, setting 1/gamma = 0\n",
-      "v = 307973087.8053509 > c, setting 1/gamma = 0\n",
-      "v = 347843747.687333 > c, setting 1/gamma = 0\n",
-      "v = 304185188.62086105 > c, setting 1/gamma = 0\n",
-      "v = 335201695.2882682 > c, setting 1/gamma = 0\n",
-      "v = 370491779.98318285 > c, setting 1/gamma = 0\n",
-      "v = 314976267.1326033 > c, setting 1/gamma = 0\n",
-      "v = 350278569.15194106 > c, setting 1/gamma = 0\n",
-      "v = 322914949.2732586 > c, setting 1/gamma = 0\n",
-      "v = 349586690.94734067 > c, setting 1/gamma = 0\n",
-      "v = 377852036.4254082 > c, setting 1/gamma = 0\n",
-      "v = 307397680.7576299 > c, setting 1/gamma = 0\n",
-      "v = 335759880.2604953 > c, setting 1/gamma = 0\n",
-      "v = 378976304.13954204 > c, setting 1/gamma = 0\n",
-      "v = 401027403.12575155 > c, setting 1/gamma = 0\n",
-      "v = 399272980.5037951 > c, setting 1/gamma = 0\n",
-      "v = 422174462.6752138 > c, setting 1/gamma = 0\n",
-      "v = 300280957.8031472 > c, setting 1/gamma = 0\n",
-      "v = 368897944.2460089 > c, setting 1/gamma = 0\n",
-      "v = 395312349.7114366 > c, setting 1/gamma = 0\n",
-      "v = 341724805.6723627 > c, setting 1/gamma = 0\n",
-      "v = 377611091.76089394 > c, setting 1/gamma = 0\n",
-      "v = 318570907.57285994 > c, setting 1/gamma = 0\n",
-      "v = 358643135.5369061 > c, setting 1/gamma = 0\n",
-      "v = 323598596.9724264 > c, setting 1/gamma = 0\n",
-      "v = 366133033.8266491 > c, setting 1/gamma = 0\n",
-      "v = 313308803.39039 > c, setting 1/gamma = 0\n",
-      "v = 345609901.07997364 > c, setting 1/gamma = 0\n",
-      "v = 374709793.2996447 > c, setting 1/gamma = 0\n",
-      "v = 319797180.14869696 > c, setting 1/gamma = 0\n",
-      "v = 388089248.4205598 > c, setting 1/gamma = 0\n",
-      "v = 408154330.34430116 > c, setting 1/gamma = 0\n",
-      "v = 387813023.9151137 > c, setting 1/gamma = 0\n",
-      "v = 415062446.16113824 > c, setting 1/gamma = 0\n",
-      "v = 304974333.1426311 > c, setting 1/gamma = 0\n",
-      "v = 357981465.9354511 > c, setting 1/gamma = 0\n",
-      "v = 388561719.70846164 > c, setting 1/gamma = 0\n",
-      "v = 375218956.59250337 > c, setting 1/gamma = 0\n",
-      "v = 404629220.43288285 > c, setting 1/gamma = 0\n",
-      "v = 362480320.2089036 > c, setting 1/gamma = 0\n",
-      "v = 400914577.9789202 > c, setting 1/gamma = 0\n",
-      "v = 300423889.7188916 > c, setting 1/gamma = 0\n",
-      "v = 348862222.7112578 > c, setting 1/gamma = 0\n",
-      "v = 379579726.4178052 > c, setting 1/gamma = 0\n",
-      "v = 342144828.0337346 > c, setting 1/gamma = 0\n",
-      "v = 373189583.5576679 > c, setting 1/gamma = 0\n",
-      "v = 320035802.90288067 > c, setting 1/gamma = 0\n",
-      "v = 377311279.2212002 > c, setting 1/gamma = 0\n",
-      "v = 404194927.11174935 > c, setting 1/gamma = 0\n",
-      "v = 349037937.1139308 > c, setting 1/gamma = 0\n",
-      "v = 386813119.8611493 > c, setting 1/gamma = 0\n",
-      "v = 307915856.8833096 > c, setting 1/gamma = 0\n",
-      "v = 323623714.6500059 > c, setting 1/gamma = 0\n",
-      "v = 352977016.5999356 > c, setting 1/gamma = 0\n",
-      "v = 308158149.3177222 > c, setting 1/gamma = 0\n",
-      "v = 345775702.7272854 > c, setting 1/gamma = 0\n",
-      "v = 378773266.9083586 > c, setting 1/gamma = 0\n",
-      "v = 407219755.13630575 > c, setting 1/gamma = 0\n",
-      "v = 330011406.0588421 > c, setting 1/gamma = 0\n",
-      "v = 372155959.1998473 > c, setting 1/gamma = 0\n",
-      "v = 301310478.26171184 > c, setting 1/gamma = 0\n",
-      "v = 335460346.1719474 > c, setting 1/gamma = 0\n",
-      "v = 300765941.88147694 > c, setting 1/gamma = 0\n",
-      "v = 454472622.8049295 > c, setting 1/gamma = 0\n",
-      "v = 457672958.1093913 > c, setting 1/gamma = 0\n",
-      "v = 334045608.6378297 > c, setting 1/gamma = 0\n",
-      "v = 362346544.890105 > c, setting 1/gamma = 0\n",
-      "v = 308852089.7547223 > c, setting 1/gamma = 0\n",
-      "v = 341461832.96946055 > c, setting 1/gamma = 0\n",
-      "v = 325593424.0706589 > c, setting 1/gamma = 0\n",
-      "v = 365108115.9279312 > c, setting 1/gamma = 0\n",
-      "v = 323848150.3334731 > c, setting 1/gamma = 0\n",
-      "v = 367032488.9582436 > c, setting 1/gamma = 0\n",
-      "v = 303167247.19167393 > c, setting 1/gamma = 0\n",
-      "v = 305906502.0543818 > c, setting 1/gamma = 0\n",
-      "v = 321340645.6007722 > c, setting 1/gamma = 0\n",
-      "v = 350692878.5242144 > c, setting 1/gamma = 0\n",
-      "v = 332051266.7576401 > c, setting 1/gamma = 0\n",
-      "v = 368700189.458109 > c, setting 1/gamma = 0\n",
-      "v = 406981458.1874301 > c, setting 1/gamma = 0\n",
-      "v = 424414817.9388712 > c, setting 1/gamma = 0\n",
-      "v = 382587423.92784494 > c, setting 1/gamma = 0\n",
-      "v = 412796817.59458923 > c, setting 1/gamma = 0\n",
-      "v = 305116120.2448392 > c, setting 1/gamma = 0\n",
-      "v = 336557410.10494035 > c, setting 1/gamma = 0\n",
-      "v = 318175614.7589789 > c, setting 1/gamma = 0\n",
-      "v = 358247744.34326655 > c, setting 1/gamma = 0\n",
-      "v = 361451362.26150733 > c, setting 1/gamma = 0\n",
-      "v = 395075859.06336856 > c, setting 1/gamma = 0\n",
-      "v = 355610540.6383334 > c, setting 1/gamma = 0\n",
-      "v = 391640188.6082347 > c, setting 1/gamma = 0\n",
-      "v = 345947749.8625653 > c, setting 1/gamma = 0\n",
-      "v = 386285807.1798969 > c, setting 1/gamma = 0\n",
-      "v = 304786485.22086954 > c, setting 1/gamma = 0\n",
-      "v = 336755012.5343854 > c, setting 1/gamma = 0\n",
-      "v = 380625518.16985726 > c, setting 1/gamma = 0\n",
-      "v = 410587378.1497639 > c, setting 1/gamma = 0\n",
-      "v = 359699394.22096556 > c, setting 1/gamma = 0\n",
-      "v = 394757968.2606731 > c, setting 1/gamma = 0\n",
-      "v = 325349164.8755968 > c, setting 1/gamma = 0\n",
-      "v = 368691938.762035 > c, setting 1/gamma = 0\n",
-      "v = 400800745.76887846 > c, setting 1/gamma = 0\n",
-      "v = 423565097.1891365 > c, setting 1/gamma = 0\n",
-      "v = 309974262.0708042 > c, setting 1/gamma = 0\n",
-      "v = 342105049.25617373 > c, setting 1/gamma = 0\n",
-      "v = 376273385.2751334 > c, setting 1/gamma = 0\n",
-      "v = 304601453.88023436 > c, setting 1/gamma = 0\n",
-      "v = 336974539.77805555 > c, setting 1/gamma = 0\n",
-      "v = 309622388.38417214 > c, setting 1/gamma = 0\n",
-      "v = 351850366.81693226 > c, setting 1/gamma = 0\n",
-      "v = 311686893.93217665 > c, setting 1/gamma = 0\n",
-      "v = 452311640.88060087 > c, setting 1/gamma = 0\n",
-      "v = 454561982.3694914 > c, setting 1/gamma = 0\n",
-      "v = 312788003.9072312 > c, setting 1/gamma = 0\n",
-      "v = 404582118.7807276 > c, setting 1/gamma = 0\n",
-      "v = 419295339.9265992 > c, setting 1/gamma = 0\n",
-      "v = 375469309.03048086 > c, setting 1/gamma = 0\n",
-      "v = 404077200.1572741 > c, setting 1/gamma = 0\n",
-      "v = 331085926.9418046 > c, setting 1/gamma = 0\n",
-      "v = 369926246.07545257 > c, setting 1/gamma = 0\n",
-      "v = 315232009.1021403 > c, setting 1/gamma = 0\n",
-      "v = 358551235.76632017 > c, setting 1/gamma = 0\n",
-      "v = 310383738.96980184 > c, setting 1/gamma = 0\n",
-      "v = 341433501.9940615 > c, setting 1/gamma = 0\n",
-      "v = 313781580.15425164 > c, setting 1/gamma = 0\n",
-      "v = 353959353.72110254 > c, setting 1/gamma = 0\n",
-      "v = 306626734.1218402 > c, setting 1/gamma = 0\n",
-      "v = 340882433.66583675 > c, setting 1/gamma = 0\n",
-      "v = 305810566.48438543 > c, setting 1/gamma = 0\n",
-      "v = 335962135.955968 > c, setting 1/gamma = 0\n",
-      "v = 401510501.8951915 > c, setting 1/gamma = 0\n",
-      "v = 419983144.67809004 > c, setting 1/gamma = 0\n",
-      "v = 314585219.1049235 > c, setting 1/gamma = 0\n",
-      "v = 354131633.34018433 > c, setting 1/gamma = 0\n",
-      "v = 314108487.0442124 > c, setting 1/gamma = 0\n",
-      "v = 355898624.71885043 > c, setting 1/gamma = 0\n",
-      "v = 317009152.6245408 > c, setting 1/gamma = 0\n",
-      "v = 350004823.7842513 > c, setting 1/gamma = 0\n",
-      "v = 327656665.7115794 > c, setting 1/gamma = 0\n",
-      "v = 365868425.01526177 > c, setting 1/gamma = 0\n",
-      "v = 308419078.33035624 > c, setting 1/gamma = 0\n",
-      "v = 349896376.25079316 > c, setting 1/gamma = 0\n",
-      "v = 302337863.57394475 > c, setting 1/gamma = 0\n",
-      "v = 444261942.62163544 > c, setting 1/gamma = 0\n",
-      "v = 447297304.1044489 > c, setting 1/gamma = 0\n",
-      "v = 331342965.60241526 > c, setting 1/gamma = 0\n",
-      "v = 370220027.5185083 > c, setting 1/gamma = 0\n",
-      "v = 303741817.6122744 > c, setting 1/gamma = 0\n",
-      "v = 380180790.80986655 > c, setting 1/gamma = 0\n",
-      "v = 406526440.0133709 > c, setting 1/gamma = 0\n",
-      "v = 462988070.60741246 > c, setting 1/gamma = 0\n",
-      "v = 465881174.64573205 > c, setting 1/gamma = 0\n",
-      "v = 312239909.08506525 > c, setting 1/gamma = 0\n",
-      "v = 345084483.99170774 > c, setting 1/gamma = 0\n",
-      "v = 346492682.8551554 > c, setting 1/gamma = 0\n",
-      "v = 373498060.8574247 > c, setting 1/gamma = 0\n",
-      "v = 383169181.62441194 > c, setting 1/gamma = 0\n",
-      "v = 405967993.23318493 > c, setting 1/gamma = 0\n",
-      "v = 344099104.744985 > c, setting 1/gamma = 0\n",
-      "v = 382324890.3497856 > c, setting 1/gamma = 0\n",
-      "v = 313311026.495308 > c, setting 1/gamma = 0\n",
-      "v = 403546296.265792 > c, setting 1/gamma = 0\n",
-      "v = 417822568.0187744 > c, setting 1/gamma = 0\n",
-      "v = 399957864.29548633 > c, setting 1/gamma = 0\n",
-      "v = 421563471.45371896 > c, setting 1/gamma = 0\n",
-      "v = 328382664.5205217 > c, setting 1/gamma = 0\n",
-      "v = 368805466.2917666 > c, setting 1/gamma = 0\n",
-      "v = 302902982.16755384 > c, setting 1/gamma = 0\n",
-      "v = 330447236.61641675 > c, setting 1/gamma = 0\n",
-      "v = 375828855.102121 > c, setting 1/gamma = 0\n",
-      "v = 306175481.75611836 > c, setting 1/gamma = 0\n",
-      "v = 338872794.03909546 > c, setting 1/gamma = 0\n",
-      "v = 431837257.56231916 > c, setting 1/gamma = 0\n",
-      "v = 439209423.42055076 > c, setting 1/gamma = 0\n",
-      "v = 428580840.60043865 > c, setting 1/gamma = 0\n",
-      "v = 439075832.3042327 > c, setting 1/gamma = 0\n",
-      "v = 386049223.0220715 > c, setting 1/gamma = 0\n",
-      "v = 416012148.40038455 > c, setting 1/gamma = 0\n",
-      "v = 300178940.3035045 > c, setting 1/gamma = 0\n",
-      "v = 333155591.1537066 > c, setting 1/gamma = 0\n",
-      "v = 403328896.0578407 > c, setting 1/gamma = 0\n",
-      "v = 425413928.75092214 > c, setting 1/gamma = 0\n",
-      "v = 302674608.1793958 > c, setting 1/gamma = 0\n",
-      "v = 344552707.34281236 > c, setting 1/gamma = 0\n",
-      "v = 315989496.0649643 > c, setting 1/gamma = 0\n",
-      "v = 360235111.690286 > c, setting 1/gamma = 0\n",
-      "v = 313327656.93702286 > c, setting 1/gamma = 0\n",
-      "v = 346868869.1177851 > c, setting 1/gamma = 0\n",
-      "v = 441827201.61333305 > c, setting 1/gamma = 0\n",
-      "v = 445768740.1183986 > c, setting 1/gamma = 0\n",
-      "v = 408915612.3055516 > c, setting 1/gamma = 0\n",
-      "v = 430729077.1813207 > c, setting 1/gamma = 0\n",
-      "v = 301698432.99159384 > c, setting 1/gamma = 0\n",
-      "v = 332974415.299692 > c, setting 1/gamma = 0\n",
-      "v = 359473760.5756705 > c, setting 1/gamma = 0\n",
-      "v = 394470231.8962334 > c, setting 1/gamma = 0\n",
-      "v = 316393543.1216527 > c, setting 1/gamma = 0\n",
-      "v = 359309704.2122041 > c, setting 1/gamma = 0\n",
-      "v = 327050698.33834785 > c, setting 1/gamma = 0\n",
-      "v = 321077054.8530884 > c, setting 1/gamma = 0\n",
-      "v = 413825003.2719583 > c, setting 1/gamma = 0\n",
-      "v = 438664443.8553693 > c, setting 1/gamma = 0\n",
-      "v = 307490845.5682312 > c, setting 1/gamma = 0\n",
-      "v = 348526820.1820456 > c, setting 1/gamma = 0\n",
-      "v = 373735445.0225723 > c, setting 1/gamma = 0\n",
-      "v = 301714045.61268795 > c, setting 1/gamma = 0\n",
-      "v = 453815134.2198508 > c, setting 1/gamma = 0\n",
-      "v = 452526340.88353384 > c, setting 1/gamma = 0\n",
-      "v = 322272500.4793588 > c, setting 1/gamma = 0\n",
-      "v = 363023306.3024601 > c, setting 1/gamma = 0\n",
-      "v = 314340023.28222984 > c, setting 1/gamma = 0\n",
-      "v = 356565713.342779 > c, setting 1/gamma = 0\n",
-      "v = 304324341.40297526 > c, setting 1/gamma = 0\n",
-      "v = 348858160.80629337 > c, setting 1/gamma = 0\n",
-      "v = 300339317.4850027 > c, setting 1/gamma = 0\n",
-      "v = 317001643.0284785 > c, setting 1/gamma = 0\n",
-      "v = 329799099.22972447 > c, setting 1/gamma = 0\n",
-      "v = 357396468.0609858 > c, setting 1/gamma = 0\n",
-      "v = 311116847.1183442 > c, setting 1/gamma = 0\n",
-      "v = 349784571.9816734 > c, setting 1/gamma = 0\n",
-      "v = 367245642.2526615 > c, setting 1/gamma = 0\n",
-      "v = 400185033.0586762 > c, setting 1/gamma = 0\n",
-      "v = 310590695.5209567 > c, setting 1/gamma = 0\n",
-      "v = 430147595.0040899 > c, setting 1/gamma = 0\n",
-      "v = 445982431.0260785 > c, setting 1/gamma = 0\n",
-      "v = 309948828.2419493 > c, setting 1/gamma = 0\n",
-      "v = 340573060.3369821 > c, setting 1/gamma = 0\n",
-      "v = 302025692.7471255 > c, setting 1/gamma = 0\n",
-      "v = 374234031.33362985 > c, setting 1/gamma = 0\n",
-      "v = 395356872.93961924 > c, setting 1/gamma = 0\n",
-      "v = 311994575.2303454 > c, setting 1/gamma = 0\n",
-      "v = 340207918.3472273 > c, setting 1/gamma = 0\n",
-      "v = 348592598.6226861 > c, setting 1/gamma = 0\n",
-      "v = 383481190.9760265 > c, setting 1/gamma = 0\n",
-      "v = 433110961.22968364 > c, setting 1/gamma = 0\n",
-      "v = 439971608.5684773 > c, setting 1/gamma = 0\n",
-      "v = 391749676.59415233 > c, setting 1/gamma = 0\n",
-      "v = 416096506.29842836 > c, setting 1/gamma = 0\n",
-      "v = 311080982.00758255 > c, setting 1/gamma = 0\n",
-      "v = 352042851.4847027 > c, setting 1/gamma = 0\n",
-      "v = 304621466.8044708 > c, setting 1/gamma = 0\n",
-      "v = 334490801.15396523 > c, setting 1/gamma = 0\n",
-      "v = 362098780.8966273 > c, setting 1/gamma = 0\n",
-      "v = 395357039.9006133 > c, setting 1/gamma = 0\n",
-      "v = 301689767.7164936 > c, setting 1/gamma = 0\n",
-      "v = 344420982.82594484 > c, setting 1/gamma = 0\n",
-      "v = 306139602.838037 > c, setting 1/gamma = 0\n",
-      "v = 452093760.0325347 > c, setting 1/gamma = 0\n",
-      "v = 449361753.063827 > c, setting 1/gamma = 0\n",
-      "v = 346713132.718476 > c, setting 1/gamma = 0\n",
-      "v = 383822899.01650625 > c, setting 1/gamma = 0\n",
-      "v = 342469358.27663803 > c, setting 1/gamma = 0\n",
-      "v = 380842332.3457405 > c, setting 1/gamma = 0\n",
-      "v = 305777856.07720256 > c, setting 1/gamma = 0\n",
-      "v = 309068873.58545727 > c, setting 1/gamma = 0\n",
-      "v = 346146949.9997982 > c, setting 1/gamma = 0\n",
-      "v = 367520192.9952829 > c, setting 1/gamma = 0\n",
-      "v = 327412488.3663341 > c, setting 1/gamma = 0\n",
-      "v = 362665600.90901774 > c, setting 1/gamma = 0\n",
-      "v = 309830742.8493054 > c, setting 1/gamma = 0\n",
-      "v = 323370291.81767666 > c, setting 1/gamma = 0\n",
-      "v = 363471722.50555825 > c, setting 1/gamma = 0\n",
-      "v = 303116008.75385964 > c, setting 1/gamma = 0\n",
-      "v = 303599922.9306709 > c, setting 1/gamma = 0\n",
-      "v = 329740958.55809146 > c, setting 1/gamma = 0\n",
-      "v = 339509051.353698 > c, setting 1/gamma = 0\n",
-      "v = 367438782.29046494 > c, setting 1/gamma = 0\n",
-      "v = 327335992.51263267 > c, setting 1/gamma = 0\n",
-      "v = 353200880.54497856 > c, setting 1/gamma = 0\n",
-      "v = 321114126.2299187 > c, setting 1/gamma = 0\n",
-      "v = 358882338.67249376 > c, setting 1/gamma = 0\n",
-      "v = 329028074.8999926 > c, setting 1/gamma = 0\n",
-      "v = 368181074.54485947 > c, setting 1/gamma = 0\n",
-      "v = 306793095.2087139 > c, setting 1/gamma = 0\n",
-      "v = 335590956.2208963 > c, setting 1/gamma = 0\n",
-      "v = 419046346.868905 > c, setting 1/gamma = 0\n",
-      "v = 426884317.8347061 > c, setting 1/gamma = 0\n",
-      "v = 397745955.421765 > c, setting 1/gamma = 0\n",
-      "v = 413808200.0640813 > c, setting 1/gamma = 0\n",
-      "v = 350792444.4417906 > c, setting 1/gamma = 0\n",
-      "v = 383543362.56001496 > c, setting 1/gamma = 0\n",
-      "v = 389639244.62877566 > c, setting 1/gamma = 0\n",
-      "v = 418344143.5269001 > c, setting 1/gamma = 0\n",
-      "v = 319418289.5890372 > c, setting 1/gamma = 0\n",
-      "v = 429933753.0276688 > c, setting 1/gamma = 0\n",
-      "v = 437943976.6309187 > c, setting 1/gamma = 0\n",
-      "v = 398046043.19088143 > c, setting 1/gamma = 0\n",
-      "v = 420056777.63494945 > c, setting 1/gamma = 0\n",
-      "v = 343939156.26465946 > c, setting 1/gamma = 0\n",
-      "v = 382021543.4895942 > c, setting 1/gamma = 0\n",
-      "v = 312377594.6308265 > c, setting 1/gamma = 0\n",
-      "v = 301487941.7935354 > c, setting 1/gamma = 0\n",
-      "v = 346209183.2151782 > c, setting 1/gamma = 0\n",
-      "v = 303674982.94701886 > c, setting 1/gamma = 0\n",
-      "v = 334077610.643325 > c, setting 1/gamma = 0\n",
-      "v = 322510688.3715043 > c, setting 1/gamma = 0\n",
-      "v = 349660534.1670132 > c, setting 1/gamma = 0\n",
-      "v = 366313840.217585 > c, setting 1/gamma = 0\n",
-      "v = 390927547.1573322 > c, setting 1/gamma = 0\n",
-      "v = 343849759.7238747 > c, setting 1/gamma = 0\n",
-      "v = 375235438.62178534 > c, setting 1/gamma = 0\n",
-      "v = 432768008.67183685 > c, setting 1/gamma = 0\n",
-      "v = 441203187.09813845 > c, setting 1/gamma = 0\n",
-      "v = 348756856.94325876 > c, setting 1/gamma = 0\n",
-      "v = 384817589.74505216 > c, setting 1/gamma = 0\n",
-      "v = 333115778.54736304 > c, setting 1/gamma = 0\n",
-      "v = 373615266.12091404 > c, setting 1/gamma = 0\n",
-      "v = 310003887.7325858 > c, setting 1/gamma = 0\n",
-      "v = 360260992.58224225 > c, setting 1/gamma = 0\n",
-      "v = 401681509.42400986 > c, setting 1/gamma = 0\n",
-      "v = 314072758.5364511 > c, setting 1/gamma = 0\n",
-      "v = 344462127.8993131 > c, setting 1/gamma = 0\n",
-      "v = 392845145.15949893 > c, setting 1/gamma = 0\n",
-      "v = 414564732.9694366 > c, setting 1/gamma = 0\n",
-      "v = 349345515.62897617 > c, setting 1/gamma = 0\n",
-      "v = 384710253.352026 > c, setting 1/gamma = 0\n",
-      "v = 414845781.4770941 > c, setting 1/gamma = 0\n",
-      "v = 437706548.06048274 > c, setting 1/gamma = 0\n",
-      "v = 308252680.8524341 > c, setting 1/gamma = 0\n",
-      "v = 338323189.60952854 > c, setting 1/gamma = 0\n",
-      "v = 351896386.08994585 > c, setting 1/gamma = 0\n",
-      "v = 387183251.00979096 > c, setting 1/gamma = 0\n",
-      "v = 371039413.3281883 > c, setting 1/gamma = 0\n",
-      "v = 404470297.3654698 > c, setting 1/gamma = 0\n",
-      "v = 329074625.66123253 > c, setting 1/gamma = 0\n",
-      "v = 371150689.9674806 > c, setting 1/gamma = 0\n",
-      "v = 318144794.14160854 > c, setting 1/gamma = 0\n",
-      "v = 349163358.35922366 > c, setting 1/gamma = 0\n",
-      "v = 325415433.61051214 > c, setting 1/gamma = 0\n",
-      "v = 410969581.03178865 > c, setting 1/gamma = 0\n",
-      "v = 433851315.50001043 > c, setting 1/gamma = 0\n",
-      "v = 305074805.854887 > c, setting 1/gamma = 0\n",
-      "v = 311723583.12839115 > c, setting 1/gamma = 0\n",
-      "v = 341348109.6857332 > c, setting 1/gamma = 0\n",
-      "v = 364887934.83228964 > c, setting 1/gamma = 0\n",
-      "v = 348494184.31665236 > c, setting 1/gamma = 0\n",
-      "v = 382314810.11019206 > c, setting 1/gamma = 0\n",
-      "v = 337929185.37795615 > c, setting 1/gamma = 0\n",
-      "v = 373804565.29101413 > c, setting 1/gamma = 0\n",
-      "v = 365915703.65494263 > c, setting 1/gamma = 0\n",
-      "v = 398808627.3079258 > c, setting 1/gamma = 0\n",
-      "v = 415318259.4801388 > c, setting 1/gamma = 0\n",
-      "v = 441018687.1226142 > c, setting 1/gamma = 0\n",
-      "v = 316996802.75168896 > c, setting 1/gamma = 0\n",
-      "v = 347816605.54602903 > c, setting 1/gamma = 0\n",
-      "v = 351032263.8465398 > c, setting 1/gamma = 0\n",
-      "v = 371106973.9669285 > c, setting 1/gamma = 0\n",
-      "v = 331126464.25351787 > c, setting 1/gamma = 0\n",
-      "v = 303505230.7528635 > c, setting 1/gamma = 0\n",
-      "v = 317461313.9665881 > c, setting 1/gamma = 0\n",
-      "v = 330589390.80865574 > c, setting 1/gamma = 0\n",
-      "v = 353476039.6214989 > c, setting 1/gamma = 0\n",
-      "v = 350271381.0197758 > c, setting 1/gamma = 0\n",
-      "v = 377938752.618848 > c, setting 1/gamma = 0\n",
-      "v = 371371512.7847025 > c, setting 1/gamma = 0\n",
-      "v = 386994013.7748374 > c, setting 1/gamma = 0\n",
-      "v = 310384373.68601614 > c, setting 1/gamma = 0\n",
-      "v = 330636283.2607195 > c, setting 1/gamma = 0\n",
-      "v = 360406161.78288823 > c, setting 1/gamma = 0\n",
-      "v = 334314970.21583545 > c, setting 1/gamma = 0\n",
-      "v = 358152490.4933088 > c, setting 1/gamma = 0\n",
-      "v = 303757540.50882715 > c, setting 1/gamma = 0\n",
-      "v = 340120246.8902389 > c, setting 1/gamma = 0\n",
-      "v = 325996195.84760135 > c, setting 1/gamma = 0\n",
-      "v = 356876847.6548334 > c, setting 1/gamma = 0\n",
-      "v = 316637330.66403854 > c, setting 1/gamma = 0\n",
-      "v = 341942454.38335055 > c, setting 1/gamma = 0\n",
-      "v = 307999045.8085237 > c, setting 1/gamma = 0\n",
-      "v = 345177178.90589833 > c, setting 1/gamma = 0\n",
-      "v = 327043445.3143334 > c, setting 1/gamma = 0\n",
-      "v = 366082583.0205334 > c, setting 1/gamma = 0\n",
-      "v = 303596001.08168536 > c, setting 1/gamma = 0\n",
-      "v = 301775862.1296053 > c, setting 1/gamma = 0\n",
-      "v = 345964870.0351013 > c, setting 1/gamma = 0\n",
-      "v = 373147612.3701258 > c, setting 1/gamma = 0\n",
-      "v = 326140537.9102537 > c, setting 1/gamma = 0\n",
-      "v = 351918842.5345329 > c, setting 1/gamma = 0\n",
-      "v = 356355409.8728355 > c, setting 1/gamma = 0\n",
-      "v = 374780318.0487226 > c, setting 1/gamma = 0\n",
-      "v = 309055507.38013315 > c, setting 1/gamma = 0\n",
-      "v = 343268728.5413597 > c, setting 1/gamma = 0\n",
-      "v = 316367515.4288082 > c, setting 1/gamma = 0\n",
-      "v = 346772375.6091969 > c, setting 1/gamma = 0\n",
-      "v = 308141956.738643 > c, setting 1/gamma = 0\n",
-      "v = 333457684.9367829 > c, setting 1/gamma = 0\n",
-      "v = 320409521.3464277 > c, setting 1/gamma = 0\n",
-      "v = 354240661.14661074 > c, setting 1/gamma = 0\n",
-      "v = 374717126.4540497 > c, setting 1/gamma = 0\n",
-      "v = 393708513.53124654 > c, setting 1/gamma = 0\n",
-      "v = 313477086.92362547 > c, setting 1/gamma = 0\n",
-      "v = 338086665.62688094 > c, setting 1/gamma = 0\n",
-      "v = 324722119.1403046 > c, setting 1/gamma = 0\n",
-      "v = 355509076.4359306 > c, setting 1/gamma = 0\n",
-      "v = 377589145.5550533 > c, setting 1/gamma = 0\n",
-      "v = 316452312.47019756 > c, setting 1/gamma = 0\n",
-      "v = 348340207.6897289 > c, setting 1/gamma = 0\n",
-      "v = 372334926.18912184 > c, setting 1/gamma = 0\n",
-      "v = 310677441.17326534 > c, setting 1/gamma = 0\n",
-      "v = 307749014.9767234 > c, setting 1/gamma = 0\n",
-      "v = 336591827.697314 > c, setting 1/gamma = 0\n",
-      "v = 319117236.300091 > c, setting 1/gamma = 0\n",
-      "v = 356597999.77387565 > c, setting 1/gamma = 0\n",
-      "v = 378266952.97946554 > c, setting 1/gamma = 0\n",
-      "v = 309517794.57842207 > c, setting 1/gamma = 0\n",
-      "v = 332085814.70821106 > c, setting 1/gamma = 0\n",
-      "v = 332930763.2604991 > c, setting 1/gamma = 0\n",
-      "v = 354310605.9370243 > c, setting 1/gamma = 0\n",
-      "v = 312391280.11403865 > c, setting 1/gamma = 0\n",
-      "v = 338176143.3331046 > c, setting 1/gamma = 0\n",
-      "v = 360215184.0963465 > c, setting 1/gamma = 0\n",
-      "v = 331212588.8671362 > c, setting 1/gamma = 0\n",
-      "v = 363403634.0162733 > c, setting 1/gamma = 0\n",
-      "v = 314450809.63588595 > c, setting 1/gamma = 0\n",
-      "v = 347605861.58194005 > c, setting 1/gamma = 0\n",
-      "v = 338596099.62075704 > c, setting 1/gamma = 0\n",
-      "v = 362920088.5667971 > c, setting 1/gamma = 0\n",
-      "v = 323751820.2738686 > c, setting 1/gamma = 0\n",
-      "v = 312579345.7713744 > c, setting 1/gamma = 0\n",
-      "v = 327441509.1173301 > c, setting 1/gamma = 0\n",
-      "v = 350814615.70639235 > c, setting 1/gamma = 0\n",
-      "v = 353269250.6966266 > c, setting 1/gamma = 0\n",
-      "v = 374210430.9089956 > c, setting 1/gamma = 0\n",
-      "v = 321014599.2664953 > c, setting 1/gamma = 0\n",
-      "v = 343021052.00503296 > c, setting 1/gamma = 0\n",
-      "v = 358690507.513311 > c, setting 1/gamma = 0\n",
-      "v = 378132838.4593105 > c, setting 1/gamma = 0\n",
-      "v = 317318176.3700867 > c, setting 1/gamma = 0\n",
-      "v = 340189629.47851956 > c, setting 1/gamma = 0\n",
-      "v = 335098600.04664516 > c, setting 1/gamma = 0\n",
-      "v = 354959443.32424545 > c, setting 1/gamma = 0\n",
-      "v = 306427094.097951 > c, setting 1/gamma = 0\n",
-      "v = 333628400.12675434 > c, setting 1/gamma = 0\n",
-      "v = 357278072.15767974 > c, setting 1/gamma = 0\n",
-      "v = 374571238.3447426 > c, setting 1/gamma = 0\n",
-      "v = 316079195.35571593 > c, setting 1/gamma = 0\n",
-      "v = 351609550.093214 > c, setting 1/gamma = 0\n",
-      "v = 302280044.61543363 > c, setting 1/gamma = 0\n",
-      "v = 338269417.5183512 > c, setting 1/gamma = 0\n",
-      "v = 405617121.84038806 > c, setting 1/gamma = 0\n",
-      "v = 422741332.9791938 > c, setting 1/gamma = 0\n",
-      "v = 433028736.1632885 > c, setting 1/gamma = 0\n",
-      "v = 449494985.5442814 > c, setting 1/gamma = 0\n",
-      "v = 319986137.20250535 > c, setting 1/gamma = 0\n",
-      "v = 335934906.3856416 > c, setting 1/gamma = 0\n",
-      "v = 368757702.83404267 > c, setting 1/gamma = 0\n",
-      "v = 374489045.59368277 > c, setting 1/gamma = 0\n",
-      "v = 399719243.55154717 > c, setting 1/gamma = 0\n",
-      "v = 414890771.1448453 > c, setting 1/gamma = 0\n",
-      "v = 430917963.4520981 > c, setting 1/gamma = 0\n",
-      "v = 364796825.1942931 > c, setting 1/gamma = 0\n",
-      "v = 403179037.2390759 > c, setting 1/gamma = 0\n",
-      "v = 307636452.12844235 > c, setting 1/gamma = 0\n",
-      "v = 336180836.8245049 > c, setting 1/gamma = 0\n",
-      "v = 380206409.4195684 > c, setting 1/gamma = 0\n",
-      "v = 397163372.53481066 > c, setting 1/gamma = 0\n",
-      "v = 378943648.7615545 > c, setting 1/gamma = 0\n",
-      "v = 398276976.39161855 > c, setting 1/gamma = 0\n",
-      "v = 393267882.79077923 > c, setting 1/gamma = 0\n",
-      "v = 411766500.5104379 > c, setting 1/gamma = 0\n",
-      "v = 434179044.907765 > c, setting 1/gamma = 0\n",
-      "v = 442035731.146115 > c, setting 1/gamma = 0\n",
-      "v = 380490845.34782916 > c, setting 1/gamma = 0\n",
-      "v = 409895856.01484454 > c, setting 1/gamma = 0\n",
-      "v = 365806300.7402574 > c, setting 1/gamma = 0\n",
-      "v = 400549309.7441156 > c, setting 1/gamma = 0\n",
-      "v = 314228147.79592925 > c, setting 1/gamma = 0\n",
-      "v = 342708200.0808506 > c, setting 1/gamma = 0\n",
-      "v = 309287040.52377963 > c, setting 1/gamma = 0\n",
-      "v = 348664715.21062654 > c, setting 1/gamma = 0\n",
-      "v = 308183998.8297993 > c, setting 1/gamma = 0\n",
-      "v = 348253345.79415053 > c, setting 1/gamma = 0\n",
-      "v = 331112730.92406803 > c, setting 1/gamma = 0\n",
-      "v = 371218409.93621814 > c, setting 1/gamma = 0\n",
-      "v = 309482917.1056201 > c, setting 1/gamma = 0\n",
-      "v = 353868440.4431553 > c, setting 1/gamma = 0\n",
-      "v = 325025526.1589509 > c, setting 1/gamma = 0\n",
-      "v = 353148151.7811906 > c, setting 1/gamma = 0\n",
-      "v = 306706179.64211285 > c, setting 1/gamma = 0\n",
-      "v = 314139583.03547066 > c, setting 1/gamma = 0\n",
-      "v = 338388231.0545021 > c, setting 1/gamma = 0\n",
-      "v = 348849031.0970576 > c, setting 1/gamma = 0\n",
-      "v = 368528604.19516 > c, setting 1/gamma = 0\n",
-      "v = 322663834.9132532 > c, setting 1/gamma = 0\n",
-      "v = 308313461.9445094 > c, setting 1/gamma = 0\n",
-      "v = 327205761.3376612 > c, setting 1/gamma = 0\n",
-      "v = 349577101.0039324 > c, setting 1/gamma = 0\n",
-      "v = 345167497.9573992 > c, setting 1/gamma = 0\n",
-      "v = 369691249.57399064 > c, setting 1/gamma = 0\n",
-      "v = 308488264.0279154 > c, setting 1/gamma = 0\n",
-      "v = 353012267.0282382 > c, setting 1/gamma = 0\n",
-      "v = 371993469.4336256 > c, setting 1/gamma = 0\n",
-      "v = 301614706.6051599 > c, setting 1/gamma = 0\n",
-      "v = 324656545.29916334 > c, setting 1/gamma = 0\n",
-      "v = 366589308.9658686 > c, setting 1/gamma = 0\n",
-      "v = 381163868.0680037 > c, setting 1/gamma = 0\n",
-      "v = 311309904.3151541 > c, setting 1/gamma = 0\n",
-      "v = 336594911.3456707 > c, setting 1/gamma = 0\n",
-      "v = 359801663.664072 > c, setting 1/gamma = 0\n",
-      "v = 305362339.6613096 > c, setting 1/gamma = 0\n",
-      "v = 301510377.5263578 > c, setting 1/gamma = 0\n",
-      "v = 302118539.2504699 > c, setting 1/gamma = 0\n",
-      "v = 324459332.0945196 > c, setting 1/gamma = 0\n",
-      "v = 301041393.9718579 > c, setting 1/gamma = 0\n",
-      "v = 300855782.30102825 > c, setting 1/gamma = 0\n",
-      "v = 301835972.74288917 > c, setting 1/gamma = 0\n",
-      "v = 326855000.07583547 > c, setting 1/gamma = 0\n",
-      "v = 321866697.57762545 > c, setting 1/gamma = 0\n",
-      "v = 344600042.428722 > c, setting 1/gamma = 0\n",
-      "v = 307986155.3016317 > c, setting 1/gamma = 0\n",
-      "v = 335691285.26258606 > c, setting 1/gamma = 0\n",
-      "v = 316497645.8863499 > c, setting 1/gamma = 0\n",
-      "v = 306746392.2706612 > c, setting 1/gamma = 0\n",
-      "v = 343186076.3310003 > c, setting 1/gamma = 0\n",
-      "v = 375863117.1221297 > c, setting 1/gamma = 0\n",
-      "v = 401003116.82209325 > c, setting 1/gamma = 0\n",
-      "v = 335045726.23984075 > c, setting 1/gamma = 0\n",
-      "v = 370674828.6916313 > c, setting 1/gamma = 0\n",
-      "v = 325720690.23396367 > c, setting 1/gamma = 0\n",
-      "v = 363266156.66515875 > c, setting 1/gamma = 0\n",
-      "v = 387490327.41725004 > c, setting 1/gamma = 0\n",
-      "v = 415781944.3316335 > c, setting 1/gamma = 0\n",
-      "v = 311386130.6126933 > c, setting 1/gamma = 0\n",
-      "v = 338885790.35411215 > c, setting 1/gamma = 0\n",
-      "v = 346403058.63390476 > c, setting 1/gamma = 0\n",
-      "v = 369757771.9672465 > c, setting 1/gamma = 0\n",
-      "v = 305249839.7451294 > c, setting 1/gamma = 0\n",
-      "v = 342399294.46913266 > c, setting 1/gamma = 0\n",
-      "v = 324364765.3880044 > c, setting 1/gamma = 0\n",
-      "v = 317180604.10526794 > c, setting 1/gamma = 0\n",
-      "v = 352792253.23152333 > c, setting 1/gamma = 0\n",
-      "v = 334593164.3914809 > c, setting 1/gamma = 0\n",
-      "v = 368353324.2348607 > c, setting 1/gamma = 0\n",
-      "v = 393203003.10778695 > c, setting 1/gamma = 0\n",
-      "v = 415663695.1850728 > c, setting 1/gamma = 0\n",
-      "v = 444590275.0756938 > c, setting 1/gamma = 0\n",
-      "v = 456423636.1355773 > c, setting 1/gamma = 0\n",
-      "v = 302075532.62836075 > c, setting 1/gamma = 0\n",
-      "v = 330637807.0600987 > c, setting 1/gamma = 0\n",
-      "v = 300328604.3904683 > c, setting 1/gamma = 0\n",
-      "v = 302078390.22718215 > c, setting 1/gamma = 0\n",
-      "v = 327737790.9972064 > c, setting 1/gamma = 0\n",
-      "v = 301142627.53633165 > c, setting 1/gamma = 0\n",
-      "v = 325846198.0309839 > c, setting 1/gamma = 0\n",
-      "v = 310063016.1519776 > c, setting 1/gamma = 0\n",
-      "v = 333898666.12000906 > c, setting 1/gamma = 0\n",
-      "v = 305129220.2169065 > c, setting 1/gamma = 0\n",
-      "v = 323239285.4208708 > c, setting 1/gamma = 0\n",
-      "v = 345676104.46969455 > c, setting 1/gamma = 0\n",
-      "v = 302216245.4692006 > c, setting 1/gamma = 0\n",
-      "v = 316365645.69954693 > c, setting 1/gamma = 0\n",
-      "v = 338564202.25438046 > c, setting 1/gamma = 0\n",
-      "v = 300751437.1253759 > c, setting 1/gamma = 0\n",
-      "v = 310045181.8031859 > c, setting 1/gamma = 0\n",
-      "v = 301113764.4444137 > c, setting 1/gamma = 0\n",
-      "v = 306340304.7513778 > c, setting 1/gamma = 0\n",
-      "v = 309299906.2139096 > c, setting 1/gamma = 0\n",
-      "v = 331701698.7637011 > c, setting 1/gamma = 0\n",
-      "v = 311734223.6502363 > c, setting 1/gamma = 0\n",
-      "v = 318869177.8002252 > c, setting 1/gamma = 0\n",
-      "v = 340481471.26565796 > c, setting 1/gamma = 0\n",
-      "v = 305279705.30392826 > c, setting 1/gamma = 0\n",
-      "v = 303446423.427353 > c, setting 1/gamma = 0\n",
-      "v = 325377029.5378355 > c, setting 1/gamma = 0\n",
-      "v = 304492341.5857672 > c, setting 1/gamma = 0\n",
-      "v = 301899030.55147386 > c, setting 1/gamma = 0\n",
-      "v = 346131814.62005395 > c, setting 1/gamma = 0\n",
-      "v = 369350329.4115604 > c, setting 1/gamma = 0\n",
-      "v = 308195146.38372934 > c, setting 1/gamma = 0\n",
-      "v = 304793567.85045993 > c, setting 1/gamma = 0\n",
-      "v = 306754470.8362906 > c, setting 1/gamma = 0\n",
-      "v = 329225031.2292635 > c, setting 1/gamma = 0\n",
-      "v = 306498414.6114845 > c, setting 1/gamma = 0\n",
-      "v = 301253299.6027689 > c, setting 1/gamma = 0\n",
-      "v = 313440520.88508046 > c, setting 1/gamma = 0\n",
-      "v = 301183899.49775636 > c, setting 1/gamma = 0\n",
-      "v = 324407134.18246156 > c, setting 1/gamma = 0\n",
-      "v = 329762848.4662379 > c, setting 1/gamma = 0\n",
-      "v = 350394238.5540583 > c, setting 1/gamma = 0\n",
-      "v = 365125894.9583255 > c, setting 1/gamma = 0\n",
-      "v = 383204944.8661899 > c, setting 1/gamma = 0\n",
-      "v = 316330425.88978237 > c, setting 1/gamma = 0\n",
-      "v = 337974948.9778301 > c, setting 1/gamma = 0\n",
-      "v = 339695628.24226916 > c, setting 1/gamma = 0\n",
-      "v = 359084347.9570922 > c, setting 1/gamma = 0\n",
-      "v = 328712024.300929 > c, setting 1/gamma = 0\n",
-      "v = 326313468.39522445 > c, setting 1/gamma = 0\n",
-      "v = 357150610.1452641 > c, setting 1/gamma = 0\n",
-      "v = 349106249.3128735 > c, setting 1/gamma = 0\n",
-      "v = 369195533.71893865 > c, setting 1/gamma = 0\n",
-      "v = 300869369.94736487 > c, setting 1/gamma = 0\n",
-      "v = 335650627.8641209 > c, setting 1/gamma = 0\n",
-      "v = 355503237.41008085 > c, setting 1/gamma = 0\n",
-      "v = 378091730.4658732 > c, setting 1/gamma = 0\n",
-      "v = 335688383.35038537 > c, setting 1/gamma = 0\n",
-      "v = 359491286.2309956 > c, setting 1/gamma = 0\n",
-      "v = 310854883.88465273 > c, setting 1/gamma = 0\n",
-      "v = 312853414.5574696 > c, setting 1/gamma = 0\n",
-      "v = 304116847.76989704 > c, setting 1/gamma = 0\n",
-      "v = 306982086.1450472 > c, setting 1/gamma = 0\n",
-      "v = 308985135.96054727 > c, setting 1/gamma = 0\n",
-      "v = 308876289.48698163 > c, setting 1/gamma = 0\n",
-      "v = 330678961.09754634 > c, setting 1/gamma = 0\n",
-      "v = 302789527.8349872 > c, setting 1/gamma = 0\n",
-      "v = 331461395.38605255 > c, setting 1/gamma = 0\n",
-      "v = 351239700.7274711 > c, setting 1/gamma = 0\n",
-      "v = 333293387.97290283 > c, setting 1/gamma = 0\n",
-      "v = 359125440.5680583 > c, setting 1/gamma = 0\n",
-      "v = 300117703.4178993 > c, setting 1/gamma = 0\n",
-      "v = 304325110.37458354 > c, setting 1/gamma = 0\n",
-      "v = 303229658.5221223 > c, setting 1/gamma = 0\n",
-      "v = 315987868.2133989 > c, setting 1/gamma = 0\n",
-      "v = 304356952.5997363 > c, setting 1/gamma = 0\n",
-      "v = 327076824.3933297 > c, setting 1/gamma = 0\n",
-      "v = 310808663.4057991 > c, setting 1/gamma = 0\n",
-      "v = 328307320.5232356 > c, setting 1/gamma = 0\n",
-      "v = 348974197.74291426 > c, setting 1/gamma = 0\n",
-      "v = 302171398.8880074 > c, setting 1/gamma = 0\n",
-      "v = 321832652.5187311 > c, setting 1/gamma = 0\n",
-      "v = 344202028.608811 > c, setting 1/gamma = 0\n",
-      "v = 303545420.8095185 > c, setting 1/gamma = 0\n",
-      "v = 332148932.88798034 > c, setting 1/gamma = 0\n",
-      "v = 307548308.20268035 > c, setting 1/gamma = 0\n",
-      "v = 346182010.64177704 > c, setting 1/gamma = 0\n",
-      "v = 367731610.2616093 > c, setting 1/gamma = 0\n",
-      "v = 313564281.84329265 > c, setting 1/gamma = 0\n",
-      "v = 347547061.98574764 > c, setting 1/gamma = 0\n",
-      "v = 369128587.39863926 > c, setting 1/gamma = 0\n",
-      "v = 324529266.34054965 > c, setting 1/gamma = 0\n",
-      "v = 302282564.7042126 > c, setting 1/gamma = 0\n",
-      "v = 340007793.0732826 > c, setting 1/gamma = 0\n",
-      "v = 314506057.92156565 > c, setting 1/gamma = 0\n",
-      "v = 322575250.5083942 > c, setting 1/gamma = 0\n",
-      "v = 355191370.1252435 > c, setting 1/gamma = 0\n",
-      "v = 344616827.0405653 > c, setting 1/gamma = 0\n",
-      "v = 369794857.46047723 > c, setting 1/gamma = 0\n",
-      "v = 304662577.6759125 > c, setting 1/gamma = 0\n",
-      "v = 329743059.3152709 > c, setting 1/gamma = 0\n",
-      "v = 338654621.445408 > c, setting 1/gamma = 0\n",
-      "v = 360219959.46945894 > c, setting 1/gamma = 0\n",
-      "v = 317409821.2640084 > c, setting 1/gamma = 0\n",
-      "v = 305399957.0736467 > c, setting 1/gamma = 0\n",
-      "v = 328462153.10971546 > c, setting 1/gamma = 0\n",
-      "v = 341900939.86849284 > c, setting 1/gamma = 0\n",
-      "v = 363984791.8078172 > c, setting 1/gamma = 0\n",
-      "v = 329530148.52333486 > c, setting 1/gamma = 0\n",
-      "v = 349865793.8692391 > c, setting 1/gamma = 0\n",
-      "v = 307816595.0239453 > c, setting 1/gamma = 0\n",
-      "v = 332189229.4593148 > c, setting 1/gamma = 0\n",
-      "v = 321081810.91503274 > c, setting 1/gamma = 0\n",
-      "v = 352122512.3214833 > c, setting 1/gamma = 0\n",
-      "v = 340590675.5303514 > c, setting 1/gamma = 0\n",
-      "v = 362712793.9138169 > c, setting 1/gamma = 0\n",
-      "v = 307594893.5164023 > c, setting 1/gamma = 0\n",
-      "v = 311164060.0980267 > c, setting 1/gamma = 0\n",
-      "v = 335337973.97601265 > c, setting 1/gamma = 0\n",
-      "v = 337446854.2472017 > c, setting 1/gamma = 0\n",
-      "v = 362120818.05802435 > c, setting 1/gamma = 0\n",
-      "v = 309508519.04084486 > c, setting 1/gamma = 0\n",
-      "v = 332907049.79368097 > c, setting 1/gamma = 0\n",
-      "v = 301034601.9168199 > c, setting 1/gamma = 0\n",
-      "v = 309786894.63974357 > c, setting 1/gamma = 0\n",
-      "v = 330956065.395676 > c, setting 1/gamma = 0\n",
-      "v = 301181601.23524314 > c, setting 1/gamma = 0\n",
-      "v = 312408243.4096737 > c, setting 1/gamma = 0\n",
-      "v = 357232343.958813 > c, setting 1/gamma = 0\n",
-      "v = 388623672.7433429 > c, setting 1/gamma = 0\n",
-      "v = 346687809.6017366 > c, setting 1/gamma = 0\n",
-      "v = 381367653.86333 > c, setting 1/gamma = 0\n",
-      "v = 325380100.8565533 > c, setting 1/gamma = 0\n",
-      "v = 362165935.9951642 > c, setting 1/gamma = 0\n",
-      "v = 356110342.6237661 > c, setting 1/gamma = 0\n",
-      "v = 387834213.6945204 > c, setting 1/gamma = 0\n",
-      "v = 396452665.9333489 > c, setting 1/gamma = 0\n",
-      "v = 419456592.2127468 > c, setting 1/gamma = 0\n",
-      "v = 442614774.6440273 > c, setting 1/gamma = 0\n",
-      "v = 454370270.9476427 > c, setting 1/gamma = 0\n",
-      "v = 300459538.802834 > c, setting 1/gamma = 0\n",
-      "v = 312939194.3856154 > c, setting 1/gamma = 0\n",
-      "v = 313416688.14800423 > c, setting 1/gamma = 0\n",
-      "v = 308044271.2039389 > c, setting 1/gamma = 0\n",
-      "v = 313381494.3270988 > c, setting 1/gamma = 0\n",
-      "v = 337601429.9849394 > c, setting 1/gamma = 0\n",
-      "v = 361652064.7157765 > c, setting 1/gamma = 0\n",
-      "v = 380522289.5397743 > c, setting 1/gamma = 0\n",
-      "v = 323601074.2396149 > c, setting 1/gamma = 0\n",
-      "v = 347351989.80083424 > c, setting 1/gamma = 0\n",
-      "v = 306827322.0439093 > c, setting 1/gamma = 0\n",
-      "v = 337106245.54533243 > c, setting 1/gamma = 0\n",
-      "v = 315583667.30525964 > c, setting 1/gamma = 0\n",
-      "v = 337812061.73448914 > c, setting 1/gamma = 0\n",
-      "v = 337040348.733095 > c, setting 1/gamma = 0\n",
-      "v = 359933992.59072375 > c, setting 1/gamma = 0\n",
-      "v = 308246231.5347858 > c, setting 1/gamma = 0\n",
-      "v = 330990805.5302864 > c, setting 1/gamma = 0\n",
-      "v = 361101742.4404031 > c, setting 1/gamma = 0\n",
-      "v = 376295638.6723458 > c, setting 1/gamma = 0\n",
-      "v = 311805099.5917532 > c, setting 1/gamma = 0\n",
-      "v = 349364516.45832604 > c, setting 1/gamma = 0\n",
-      "v = 368759223.86744434 > c, setting 1/gamma = 0\n",
-      "v = 311473793.07428247 > c, setting 1/gamma = 0\n",
-      "v = 373017206.10947275 > c, setting 1/gamma = 0\n",
-      "v = 386908006.5177444 > c, setting 1/gamma = 0\n",
-      "v = 313182198.414239 > c, setting 1/gamma = 0\n",
-      "v = 335125711.23163253 > c, setting 1/gamma = 0\n",
-      "v = 345617516.62477344 > c, setting 1/gamma = 0\n",
-      "v = 363137004.50779825 > c, setting 1/gamma = 0\n",
-      "v = 309168431.28968763 > c, setting 1/gamma = 0\n",
-      "v = 333455575.9956948 > c, setting 1/gamma = 0\n",
-      "v = 356995368.54008543 > c, setting 1/gamma = 0\n",
-      "v = 321863780.3549861 > c, setting 1/gamma = 0\n",
-      "v = 349041323.48582786 > c, setting 1/gamma = 0\n",
-      "v = 371383680.7409005 > c, setting 1/gamma = 0\n",
-      "v = 300794627.09543914 > c, setting 1/gamma = 0\n",
-      "v = 324820854.9087032 > c, setting 1/gamma = 0\n",
-      "v = 367002922.15099865 > c, setting 1/gamma = 0\n",
-      "v = 385943004.3554405 > c, setting 1/gamma = 0\n",
-      "v = 312317813.5245906 > c, setting 1/gamma = 0\n",
-      "v = 335136261.4379747 > c, setting 1/gamma = 0\n",
-      "v = 332935041.1444218 > c, setting 1/gamma = 0\n",
-      "v = 355455159.2414274 > c, setting 1/gamma = 0\n",
-      "v = 341337397.6675544 > c, setting 1/gamma = 0\n",
-      "v = 365287117.5904191 > c, setting 1/gamma = 0\n",
-      "v = 300792252.7853671 > c, setting 1/gamma = 0\n",
-      "v = 323455805.8974301 > c, setting 1/gamma = 0\n",
-      "v = 329399846.8855803 > c, setting 1/gamma = 0\n",
-      "v = 348524746.74210405 > c, setting 1/gamma = 0\n",
-      "v = 319107971.44815046 > c, setting 1/gamma = 0\n",
-      "v = 301971708.03963464 > c, setting 1/gamma = 0\n",
-      "v = 302213378.0544318 > c, setting 1/gamma = 0\n",
-      "v = 322112617.785523 > c, setting 1/gamma = 0\n",
-      "v = 302229549.6005063 > c, setting 1/gamma = 0\n",
-      "v = 321903353.30958396 > c, setting 1/gamma = 0\n",
-      "v = 332242416.9752571 > c, setting 1/gamma = 0\n",
-      "v = 349821602.86725837 > c, setting 1/gamma = 0\n",
-      "v = 323844632.20625097 > c, setting 1/gamma = 0\n",
-      "v = 310726103.6870177 > c, setting 1/gamma = 0\n",
-      "v = 312046740.92657685 > c, setting 1/gamma = 0\n",
-      "v = 335473854.09330934 > c, setting 1/gamma = 0\n",
-      "v = 335187085.59388584 > c, setting 1/gamma = 0\n",
-      "v = 359306365.9964314 > c, setting 1/gamma = 0\n",
-      "v = 317716628.56731737 > c, setting 1/gamma = 0\n",
-      "v = 341591419.9986892 > c, setting 1/gamma = 0\n",
-      "v = 330302623.56062067 > c, setting 1/gamma = 0\n",
-      "v = 355192759.50309277 > c, setting 1/gamma = 0\n",
-      "v = 317553518.0983316 > c, setting 1/gamma = 0\n",
-      "v = 319653548.9787171 > c, setting 1/gamma = 0\n",
-      "v = 339825840.57578975 > c, setting 1/gamma = 0\n",
-      "v = 317012762.8524795 > c, setting 1/gamma = 0\n",
-      "v = 336855462.9632791 > c, setting 1/gamma = 0\n",
-      "v = 320041874.09378016 > c, setting 1/gamma = 0\n",
-      "v = 340344978.0739116 > c, setting 1/gamma = 0\n",
-      "v = 333331459.44739395 > c, setting 1/gamma = 0\n",
-      "v = 353940218.52071184 > c, setting 1/gamma = 0\n",
-      "v = 313815919.5079482 > c, setting 1/gamma = 0\n",
-      "v = 332866544.93488324 > c, setting 1/gamma = 0\n",
-      "v = 351927906.59343475 > c, setting 1/gamma = 0\n",
-      "v = 310049502.6238763 > c, setting 1/gamma = 0\n",
-      "v = 333553547.9493673 > c, setting 1/gamma = 0\n",
-      "v = 310827226.39638627 > c, setting 1/gamma = 0\n",
-      "v = 339058095.5552171 > c, setting 1/gamma = 0\n",
-      "v = 360224675.6113081 > c, setting 1/gamma = 0\n",
-      "v = 320880401.5823394 > c, setting 1/gamma = 0\n",
-      "v = 343809205.41031355 > c, setting 1/gamma = 0\n",
-      "v = 310296499.6081531 > c, setting 1/gamma = 0\n",
-      "v = 343635687.66426986 > c, setting 1/gamma = 0\n",
-      "v = 357584338.3246543 > c, setting 1/gamma = 0\n",
-      "v = 376981435.35950685 > c, setting 1/gamma = 0\n",
-      "v = 318862518.98990947 > c, setting 1/gamma = 0\n",
-      "v = 302371975.16146946 > c, setting 1/gamma = 0\n",
-      "v = 341273931.76347375 > c, setting 1/gamma = 0\n",
-      "v = 373251817.0722681 > c, setting 1/gamma = 0\n",
-      "v = 400315853.59290284 > c, setting 1/gamma = 0\n",
-      "v = 344654389.4114236 > c, setting 1/gamma = 0\n",
-      "v = 378206398.88096964 > c, setting 1/gamma = 0\n",
-      "v = 355069012.409308 > c, setting 1/gamma = 0\n",
-      "v = 381993053.30260736 > c, setting 1/gamma = 0\n",
-      "v = 370158147.2970537 > c, setting 1/gamma = 0\n",
-      "v = 393295128.55531895 > c, setting 1/gamma = 0\n",
-      "v = 386906215.9219976 > c, setting 1/gamma = 0\n",
-      "v = 407554064.16516805 > c, setting 1/gamma = 0\n",
-      "v = 406269572.4291901 > c, setting 1/gamma = 0\n",
-      "v = 423366738.4476135 > c, setting 1/gamma = 0\n",
-      "v = 369338494.8614723 > c, setting 1/gamma = 0\n",
-      "v = 399607959.056175 > c, setting 1/gamma = 0\n",
-      "v = 347038332.1660122 > c, setting 1/gamma = 0\n",
-      "v = 381295049.3318377 > c, setting 1/gamma = 0\n",
-      "v = 379340436.98500365 > c, setting 1/gamma = 0\n",
-      "v = 403229006.85896313 > c, setting 1/gamma = 0\n",
-      "v = 392584003.29451257 > c, setting 1/gamma = 0\n",
-      "v = 411407096.6889102 > c, setting 1/gamma = 0\n",
-      "v = 385012965.20083326 > c, setting 1/gamma = 0\n",
-      "v = 405161988.7475038 > c, setting 1/gamma = 0\n",
-      "v = 350474972.878952 > c, setting 1/gamma = 0\n",
-      "v = 374619220.09500134 > c, setting 1/gamma = 0\n",
-      "v = 300367214.22285694 > c, setting 1/gamma = 0\n",
-      "v = 308293062.8154652 > c, setting 1/gamma = 0\n",
-      "v = 332453115.2876956 > c, setting 1/gamma = 0\n",
-      "v = 354313370.4630329 > c, setting 1/gamma = 0\n",
-      "v = 308316298.867317 > c, setting 1/gamma = 0\n",
-      "v = 326270350.2028183 > c, setting 1/gamma = 0\n",
-      "v = 349349022.20792264 > c, setting 1/gamma = 0\n",
-      "v = 312535587.03365076 > c, setting 1/gamma = 0\n",
-      "v = 300657169.2556346 > c, setting 1/gamma = 0\n",
-      "v = 323606084.0194532 > c, setting 1/gamma = 0\n",
-      "v = 365272169.9221629 > c, setting 1/gamma = 0\n",
-      "v = 381572202.1396751 > c, setting 1/gamma = 0\n",
-      "v = 309399722.8383493 > c, setting 1/gamma = 0\n",
-      "v = 331687824.60771406 > c, setting 1/gamma = 0\n",
-      "v = 354192458.6753461 > c, setting 1/gamma = 0\n",
-      "v = 369978983.3568473 > c, setting 1/gamma = 0\n",
-      "v = 314217609.72427094 > c, setting 1/gamma = 0\n",
-      "v = 350802769.09722555 > c, setting 1/gamma = 0\n",
-      "v = 354108621.28712016 > c, setting 1/gamma = 0\n",
-      "v = 380334800.6782722 > c, setting 1/gamma = 0\n",
-      "v = 307966774.8675926 > c, setting 1/gamma = 0\n",
-      "v = 332379656.7305527 > c, setting 1/gamma = 0\n",
-      "v = 320850573.870355 > c, setting 1/gamma = 0\n",
-      "v = 313217972.801856 > c, setting 1/gamma = 0\n",
-      "v = 336345576.5183693 > c, setting 1/gamma = 0\n",
-      "v = 317208999.16163313 > c, setting 1/gamma = 0\n",
-      "v = 318901918.69333047 > c, setting 1/gamma = 0\n",
-      "v = 342476981.3572263 > c, setting 1/gamma = 0\n",
-      "v = 313732939.60957 > c, setting 1/gamma = 0\n",
-      "v = 341810270.6606114 > c, setting 1/gamma = 0\n",
-      "v = 302562493.8263601 > c, setting 1/gamma = 0\n",
-      "v = 327475253.88049704 > c, setting 1/gamma = 0\n",
-      "v = 349036203.01421547 > c, setting 1/gamma = 0\n",
-      "v = 309824075.2426787 > c, setting 1/gamma = 0\n",
-      "v = 301627727.56431496 > c, setting 1/gamma = 0\n",
-      "v = 324554918.0113311 > c, setting 1/gamma = 0\n",
-      "v = 322033164.19680077 > c, setting 1/gamma = 0\n",
-      "v = 345064192.0515668 > c, setting 1/gamma = 0\n",
-      "v = 320858477.40879893 > c, setting 1/gamma = 0\n",
-      "v = 316379484.9594058 > c, setting 1/gamma = 0\n",
-      "v = 346780705.8433621 > c, setting 1/gamma = 0\n",
-      "v = 307948597.5697014 > c, setting 1/gamma = 0\n",
-      "v = 343305692.50250655 > c, setting 1/gamma = 0\n",
-      "v = 366633596.82089055 > c, setting 1/gamma = 0\n",
-      "v = 305739388.5331922 > c, setting 1/gamma = 0\n",
-      "v = 328735666.1666148 > c, setting 1/gamma = 0\n",
-      "v = 310179696.2865314 > c, setting 1/gamma = 0\n",
-      "v = 330982661.6614681 > c, setting 1/gamma = 0\n",
-      "v = 307648979.2587368 > c, setting 1/gamma = 0\n",
-      "v = 328021123.49669224 > c, setting 1/gamma = 0\n",
-      "v = 321745838.1355243 > c, setting 1/gamma = 0\n",
-      "v = 341094836.6306631 > c, setting 1/gamma = 0\n",
-      "v = 301306683.1110486 > c, setting 1/gamma = 0\n",
-      "v = 331860200.933621 > c, setting 1/gamma = 0\n",
-      "v = 349855933.8276012 > c, setting 1/gamma = 0\n",
-      "v = 302697569.62035537 > c, setting 1/gamma = 0\n",
-      "v = 314158379.00527525 > c, setting 1/gamma = 0\n",
-      "v = 333688582.43031543 > c, setting 1/gamma = 0\n",
-      "v = 310692044.67599547 > c, setting 1/gamma = 0\n",
-      "v = 331619362.3732077 > c, setting 1/gamma = 0\n",
-      "v = 304670317.0138019 > c, setting 1/gamma = 0\n",
-      "v = 328807011.1918656 > c, setting 1/gamma = 0\n",
-      "v = 347459842.74740833 > c, setting 1/gamma = 0\n",
-      "v = 306113636.9210084 > c, setting 1/gamma = 0\n",
-      "v = 330343940.8348103 > c, setting 1/gamma = 0\n",
-      "v = 349104253.31677103 > c, setting 1/gamma = 0\n",
-      "v = 300851711.63051313 > c, setting 1/gamma = 0\n",
-      "v = 309201625.2175885 > c, setting 1/gamma = 0\n",
-      "v = 328985742.2463059 > c, setting 1/gamma = 0\n",
-      "v = 304377826.3241422 > c, setting 1/gamma = 0\n",
-      "v = 312599823.11480397 > c, setting 1/gamma = 0\n",
-      "v = 350027961.3524058 > c, setting 1/gamma = 0\n",
-      "v = 324803157.9161121 > c, setting 1/gamma = 0\n",
-      "v = 357295239.5514952 > c, setting 1/gamma = 0\n",
-      "v = 353790647.39426154 > c, setting 1/gamma = 0\n",
-      "v = 374851804.7774003 > c, setting 1/gamma = 0\n",
-      "v = 306538309.3748821 > c, setting 1/gamma = 0\n",
-      "v = 332195910.1861942 > c, setting 1/gamma = 0\n",
-      "v = 305082053.9519853 > c, setting 1/gamma = 0\n",
-      "v = 357291370.9447833 > c, setting 1/gamma = 0\n",
-      "v = 375940258.06392604 > c, setting 1/gamma = 0\n",
-      "v = 303059000.13075256 > c, setting 1/gamma = 0\n",
-      "v = 339229264.3113366 > c, setting 1/gamma = 0\n",
-      "v = 316699221.3435106 > c, setting 1/gamma = 0\n",
-      "v = 340625595.0196449 > c, setting 1/gamma = 0\n",
-      "v = 306848168.83901995 > c, setting 1/gamma = 0\n",
-      "v = 321089270.21999437 > c, setting 1/gamma = 0\n",
-      "v = 343923410.84986943 > c, setting 1/gamma = 0\n",
-      "v = 310903060.79831123 > c, setting 1/gamma = 0\n",
-      "v = 337165021.18838173 > c, setting 1/gamma = 0\n",
-      "v = 319100880.1289412 > c, setting 1/gamma = 0\n",
-      "v = 361691950.86730635 > c, setting 1/gamma = 0\n",
-      "v = 379435112.9406199 > c, setting 1/gamma = 0\n",
-      "v = 338256668.4255295 > c, setting 1/gamma = 0\n",
-      "v = 357929018.4836523 > c, setting 1/gamma = 0\n",
-      "v = 317027797.2911116 > c, setting 1/gamma = 0\n",
-      "v = 365331311.34075934 > c, setting 1/gamma = 0\n",
-      "v = 385180276.93562114 > c, setting 1/gamma = 0\n",
-      "v = 301730236.15874064 > c, setting 1/gamma = 0\n",
-      "v = 324825705.0629344 > c, setting 1/gamma = 0\n",
-      "v = 335853397.2125285 > c, setting 1/gamma = 0\n",
-      "v = 356100849.9343344 > c, setting 1/gamma = 0\n",
-      "v = 300984675.7109427 > c, setting 1/gamma = 0\n",
-      "v = 330196887.58566254 > c, setting 1/gamma = 0\n",
-      "v = 322263217.2618681 > c, setting 1/gamma = 0\n",
-      "v = 341907921.547418 > c, setting 1/gamma = 0\n",
-      "v = 344412598.5674566 > c, setting 1/gamma = 0\n",
-      "v = 361402164.4159825 > c, setting 1/gamma = 0\n",
-      "v = 325780455.53852123 > c, setting 1/gamma = 0\n",
-      "v = 318705516.9982769 > c, setting 1/gamma = 0\n",
-      "v = 348946018.0368003 > c, setting 1/gamma = 0\n",
-      "v = 311352998.6185718 > c, setting 1/gamma = 0\n",
-      "v = 344561667.91037124 > c, setting 1/gamma = 0\n",
-      "v = 365645207.34529376 > c, setting 1/gamma = 0\n",
-      "v = 305968795.8584141 > c, setting 1/gamma = 0\n",
-      "v = 334085127.293365 > c, setting 1/gamma = 0\n",
-      "v = 316633062.03212106 > c, setting 1/gamma = 0\n",
-      "v = 319921356.13698614 > c, setting 1/gamma = 0\n",
-      "v = 340528305.5538148 > c, setting 1/gamma = 0\n",
-      "v = 328815551.5662127 > c, setting 1/gamma = 0\n",
-      "v = 350486643.3084614 > c, setting 1/gamma = 0\n",
-      "v = 348081472.2141309 > c, setting 1/gamma = 0\n",
-      "v = 370465801.98150444 > c, setting 1/gamma = 0\n",
-      "v = 305976358.35183716 > c, setting 1/gamma = 0\n",
-      "v = 313031756.4458087 > c, setting 1/gamma = 0\n",
-      "v = 335196825.45851594 > c, setting 1/gamma = 0\n",
-      "v = 316321510.04533505 > c, setting 1/gamma = 0\n",
-      "v = 337726676.29754865 > c, setting 1/gamma = 0\n",
-      "v = 326140961.1480052 > c, setting 1/gamma = 0\n",
-      "v = 347942355.0802587 > c, setting 1/gamma = 0\n",
-      "v = 326356835.4219476 > c, setting 1/gamma = 0\n",
-      "v = 357986610.6123171 > c, setting 1/gamma = 0\n",
-      "v = 360477343.2368848 > c, setting 1/gamma = 0\n",
-      "v = 382549004.00369674 > c, setting 1/gamma = 0\n",
-      "v = 310913246.54897577 > c, setting 1/gamma = 0\n",
-      "v = 336724564.81501365 > c, setting 1/gamma = 0\n",
-      "v = 301016777.4658002 > c, setting 1/gamma = 0\n",
-      "v = 324046845.3569779 > c, setting 1/gamma = 0\n",
-      "v = 346022828.1663283 > c, setting 1/gamma = 0\n",
-      "v = 321892739.19029003 > c, setting 1/gamma = 0\n",
-      "v = 344917112.8613972 > c, setting 1/gamma = 0\n",
-      "v = 300984949.1462308 > c, setting 1/gamma = 0\n",
-      "v = 307423352.70109653 > c, setting 1/gamma = 0\n",
-      "v = 330410475.95433074 > c, setting 1/gamma = 0\n",
-      "v = 304694860.6392979 > c, setting 1/gamma = 0\n",
-      "v = 307771557.73418254 > c, setting 1/gamma = 0\n",
-      "v = 328711856.84674835 > c, setting 1/gamma = 0\n",
-      "v = 310404781.98285484 > c, setting 1/gamma = 0\n",
-      "v = 316478409.0526261 > c, setting 1/gamma = 0\n",
-      "v = 336480151.9636107 > c, setting 1/gamma = 0\n",
-      "v = 313119135.567437 > c, setting 1/gamma = 0\n",
-      "v = 346935801.7943799 > c, setting 1/gamma = 0\n",
-      "v = 363932106.0986621 > c, setting 1/gamma = 0\n",
-      "v = 343475308.8928845 > c, setting 1/gamma = 0\n",
-      "v = 361662058.90145373 > c, setting 1/gamma = 0\n",
-      "v = 302728733.76850754 > c, setting 1/gamma = 0\n",
-      "v = 341370570.5860645 > c, setting 1/gamma = 0\n",
-      "v = 303930868.5969355 > c, setting 1/gamma = 0\n",
-      "v = 339993028.7254241 > c, setting 1/gamma = 0\n",
-      "v = 366360526.0554548 > c, setting 1/gamma = 0\n",
-      "v = 385390820.98496336 > c, setting 1/gamma = 0\n",
-      "v = 307997787.9329984 > c, setting 1/gamma = 0\n",
-      "v = 331921912.8153268 > c, setting 1/gamma = 0\n",
-      "v = 319078997.07618994 > c, setting 1/gamma = 0\n",
-      "v = 346627485.81448644 > c, setting 1/gamma = 0\n",
-      "v = 321196937.6556392 > c, setting 1/gamma = 0\n",
-      "v = 343564028.9405706 > c, setting 1/gamma = 0\n",
-      "v = 305912806.31471205 > c, setting 1/gamma = 0\n",
-      "v = 333405286.422043 > c, setting 1/gamma = 0\n",
-      "v = 374024760.83886135 > c, setting 1/gamma = 0\n",
-      "v = 391099526.4150143 > c, setting 1/gamma = 0\n",
-      "v = 307540518.7741237 > c, setting 1/gamma = 0\n",
-      "v = 330347612.4022315 > c, setting 1/gamma = 0\n",
-      "v = 338129050.3925725 > c, setting 1/gamma = 0\n",
-      "v = 358103207.2600253 > c, setting 1/gamma = 0\n",
-      "v = 301540600.7717559 > c, setting 1/gamma = 0\n",
-      "v = 328701952.46150154 > c, setting 1/gamma = 0\n",
-      "v = 337368424.8465555 > c, setting 1/gamma = 0\n",
-      "v = 355644289.98789835 > c, setting 1/gamma = 0\n",
-      "v = 308683996.3011301 > c, setting 1/gamma = 0\n",
-      "v = 304808198.90517163 > c, setting 1/gamma = 0\n",
-      "v = 316869080.0696801 > c, setting 1/gamma = 0\n",
-      "v = 332384100.7708332 > c, setting 1/gamma = 0\n",
-      "v = 350841514.47924465 > c, setting 1/gamma = 0\n",
-      "v = 308879341.6981807 > c, setting 1/gamma = 0\n",
-      "v = 334426338.7055576 > c, setting 1/gamma = 0\n",
-      "v = 304797017.4374891 > c, setting 1/gamma = 0\n",
-      "v = 304587912.1579566 > c, setting 1/gamma = 0\n",
-      "v = 316463504.50615656 > c, setting 1/gamma = 0\n",
-      "v = 337603708.2738232 > c, setting 1/gamma = 0\n",
-      "v = 330790901.59341466 > c, setting 1/gamma = 0\n",
-      "v = 349848716.60311806 > c, setting 1/gamma = 0\n",
-      "v = 342581112.66899633 > c, setting 1/gamma = 0\n",
-      "v = 366894941.61994517 > c, setting 1/gamma = 0\n",
-      "v = 304877478.3060313 > c, setting 1/gamma = 0\n",
-      "v = 307421682.66443354 > c, setting 1/gamma = 0\n",
-      "v = 329537150.6910498 > c, setting 1/gamma = 0\n",
-      "v = 353710221.1408904 > c, setting 1/gamma = 0\n",
-      "v = 332873605.3051789 > c, setting 1/gamma = 0\n",
-      "v = 355226877.10409486 > c, setting 1/gamma = 0\n",
-      "v = 323830923.8824406 > c, setting 1/gamma = 0\n",
-      "v = 357507191.4308655 > c, setting 1/gamma = 0\n",
-      "v = 348554604.4497231 > c, setting 1/gamma = 0\n",
-      "v = 372523268.8291984 > c, setting 1/gamma = 0\n",
-      "v = 301051517.19706565 > c, setting 1/gamma = 0\n",
-      "v = 300747301.98342234 > c, setting 1/gamma = 0\n",
-      "v = 317544298.73892486 > c, setting 1/gamma = 0\n",
-      "v = 310798375.55284756 > c, setting 1/gamma = 0\n",
-      "v = 330624161.11814505 > c, setting 1/gamma = 0\n",
-      "v = 350513874.3545284 > c, setting 1/gamma = 0\n",
-      "v = 308385760.0113701 > c, setting 1/gamma = 0\n",
-      "v = 323789929.19603753 > c, setting 1/gamma = 0\n",
-      "v = 344045122.30501705 > c, setting 1/gamma = 0\n",
-      "v = 303912842.53295827 > c, setting 1/gamma = 0\n",
-      "v = 305749677.2695726 > c, setting 1/gamma = 0\n",
-      "v = 325815799.4023263 > c, setting 1/gamma = 0\n",
-      "v = 304788360.5271605 > c, setting 1/gamma = 0\n",
-      "v = 315674205.1231832 > c, setting 1/gamma = 0\n",
-      "v = 337862317.60314304 > c, setting 1/gamma = 0\n",
-      "v = 355521906.2752383 > c, setting 1/gamma = 0\n",
-      "v = 302041609.8114866 > c, setting 1/gamma = 0\n",
-      "v = 340848231.38123065 > c, setting 1/gamma = 0\n",
-      "v = 358950387.14591545 > c, setting 1/gamma = 0\n",
-      "v = 304623893.64649224 > c, setting 1/gamma = 0\n",
-      "v = 308098461.30717087 > c, setting 1/gamma = 0\n",
-      "v = 343924335.7755475 > c, setting 1/gamma = 0\n",
-      "v = 353782976.1817616 > c, setting 1/gamma = 0\n",
-      "v = 376975071.23676777 > c, setting 1/gamma = 0\n",
-      "v = 305719211.732192 > c, setting 1/gamma = 0\n",
-      "v = 329401824.48350286 > c, setting 1/gamma = 0\n",
-      "v = 302917869.02696145 > c, setting 1/gamma = 0\n",
-      "v = 338327014.23795646 > c, setting 1/gamma = 0\n",
-      "v = 358491779.4383068 > c, setting 1/gamma = 0\n",
-      "v = 310082814.3952859 > c, setting 1/gamma = 0\n",
-      "v = 338989020.2672728 > c, setting 1/gamma = 0\n",
-      "v = 333639569.5843786 > c, setting 1/gamma = 0\n",
-      "v = 354199325.5568131 > c, setting 1/gamma = 0\n",
-      "v = 336811550.8395928 > c, setting 1/gamma = 0\n",
-      "v = 356314369.18464524 > c, setting 1/gamma = 0\n",
-      "v = 312925456.35381913 > c, setting 1/gamma = 0\n",
-      "v = 329875458.4430788 > c, setting 1/gamma = 0\n",
-      "v = 351918667.1477243 > c, setting 1/gamma = 0\n",
-      "v = 304739388.74052185 > c, setting 1/gamma = 0\n",
-      "v = 305323134.47886443 > c, setting 1/gamma = 0\n",
-      "v = 327094827.31435835 > c, setting 1/gamma = 0\n",
-      "v = 345443774.7923387 > c, setting 1/gamma = 0\n",
-      "v = 338405924.83721066 > c, setting 1/gamma = 0\n",
-      "v = 360898898.8945516 > c, setting 1/gamma = 0\n",
-      "v = 310746842.40451765 > c, setting 1/gamma = 0\n",
-      "v = 345159974.8844961 > c, setting 1/gamma = 0\n",
-      "v = 354889449.56036615 > c, setting 1/gamma = 0\n",
-      "v = 375053173.8342533 > c, setting 1/gamma = 0\n",
-      "v = 325898577.80290484 > c, setting 1/gamma = 0\n",
-      "v = 326440672.804308 > c, setting 1/gamma = 0\n",
-      "v = 349652222.0469492 > c, setting 1/gamma = 0\n",
-      "v = 303936502.57439965 > c, setting 1/gamma = 0\n",
-      "v = 332375151.245976 > c, setting 1/gamma = 0\n",
-      "v = 325765927.4837273 > c, setting 1/gamma = 0\n",
-      "v = 301281988.19076896 > c, setting 1/gamma = 0\n",
-      "v = 302498594.1166878 > c, setting 1/gamma = 0\n",
-      "v = 304604673.9737847 > c, setting 1/gamma = 0\n",
-      "v = 341005644.6379713 > c, setting 1/gamma = 0\n",
-      "v = 324736725.3280439 > c, setting 1/gamma = 0\n",
-      "v = 353016609.4969846 > c, setting 1/gamma = 0\n",
-      "v = 320167875.1090826 > c, setting 1/gamma = 0\n",
-      "v = 355815551.7178403 > c, setting 1/gamma = 0\n",
-      "v = 320736458.6725481 > c, setting 1/gamma = 0\n",
-      "v = 350757231.40839225 > c, setting 1/gamma = 0\n",
-      "v = 306580051.2630634 > c, setting 1/gamma = 0\n",
-      "v = 304414645.02923924 > c, setting 1/gamma = 0\n",
-      "v = 327180299.09025836 > c, setting 1/gamma = 0\n",
-      "v = 347575067.7524977 > c, setting 1/gamma = 0\n",
-      "v = 307464105.91525555 > c, setting 1/gamma = 0\n",
-      "v = 345162662.1491749 > c, setting 1/gamma = 0\n",
-      "v = 364580450.2649276 > c, setting 1/gamma = 0\n",
-      "v = 302006491.47278446 > c, setting 1/gamma = 0\n",
-      "v = 305235905.9767624 > c, setting 1/gamma = 0\n",
-      "v = 328831824.22729325 > c, setting 1/gamma = 0\n",
-      "v = 309500024.52419114 > c, setting 1/gamma = 0\n",
-      "v = 313281176.3924982 > c, setting 1/gamma = 0\n",
-      "v = 333792379.5084036 > c, setting 1/gamma = 0\n",
-      "v = 310578225.9294735 > c, setting 1/gamma = 0\n",
-      "v = 310606204.49536145 > c, setting 1/gamma = 0\n",
-      "v = 330784692.76510406 > c, setting 1/gamma = 0\n",
-      "v = 315932803.72726184 > c, setting 1/gamma = 0\n",
-      "v = 343533830.01109666 > c, setting 1/gamma = 0\n",
-      "v = 360927990.2409063 > c, setting 1/gamma = 0\n",
-      "v = 314241965.83047783 > c, setting 1/gamma = 0\n",
-      "v = 363078272.30447614 > c, setting 1/gamma = 0\n",
-      "v = 381469599.2872157 > c, setting 1/gamma = 0\n",
-      "v = 302186204.6446326 > c, setting 1/gamma = 0\n",
-      "v = 323907214.5042468 > c, setting 1/gamma = 0\n",
-      "v = 310128872.2214339 > c, setting 1/gamma = 0\n",
-      "v = 307204417.7937513 > c, setting 1/gamma = 0\n",
-      "v = 326946219.68171954 > c, setting 1/gamma = 0\n",
-      "v = 317427676.68055475 > c, setting 1/gamma = 0\n",
-      "v = 335342451.8777489 > c, setting 1/gamma = 0\n",
-      "v = 352869279.77253336 > c, setting 1/gamma = 0\n",
-      "v = 317918496.8570178 > c, setting 1/gamma = 0\n",
-      "v = 343426864.86915344 > c, setting 1/gamma = 0\n",
-      "v = 307926360.65585434 > c, setting 1/gamma = 0\n",
-      "v = 330660387.09491473 > c, setting 1/gamma = 0\n",
-      "v = 310053832.93177515 > c, setting 1/gamma = 0\n",
-      "v = 327709123.1946092 > c, setting 1/gamma = 0\n",
-      "v = 346937463.6975667 > c, setting 1/gamma = 0\n",
-      "v = 331849703.68610346 > c, setting 1/gamma = 0\n",
-      "v = 350994248.3408826 > c, setting 1/gamma = 0\n",
-      "v = 301533772.6743511 > c, setting 1/gamma = 0\n",
-      "v = 322665837.2655554 > c, setting 1/gamma = 0\n",
-      "v = 307043400.37041694 > c, setting 1/gamma = 0\n",
-      "v = 326822320.15333766 > c, setting 1/gamma = 0\n",
-      "v = 303968272.5964008 > c, setting 1/gamma = 0\n",
-      "v = 334350520.8102481 > c, setting 1/gamma = 0\n",
-      "v = 351326976.4576754 > c, setting 1/gamma = 0\n",
-      "v = 304761143.2510872 > c, setting 1/gamma = 0\n",
-      "v = 330109406.0573329 > c, setting 1/gamma = 0\n",
-      "v = 313994099.09215105 > c, setting 1/gamma = 0\n",
-      "v = 330784983.31503505 > c, setting 1/gamma = 0\n",
-      "v = 352634009.57992375 > c, setting 1/gamma = 0\n",
-      "v = 321701497.4808032 > c, setting 1/gamma = 0\n",
-      "v = 347021436.8790662 > c, setting 1/gamma = 0\n",
-      "v = 315966182.26577586 > c, setting 1/gamma = 0\n",
-      "v = 343225305.5950627 > c, setting 1/gamma = 0\n",
-      "v = 305115225.5633003 > c, setting 1/gamma = 0\n",
-      "v = 330433366.6909406 > c, setting 1/gamma = 0\n",
-      "v = 305313657.5537043 > c, setting 1/gamma = 0\n",
-      "v = 319498707.97343504 > c, setting 1/gamma = 0\n",
-      "v = 304994136.63884866 > c, setting 1/gamma = 0\n",
-      "v = 300584916.6752628 > c, setting 1/gamma = 0\n",
-      "v = 319170858.97487706 > c, setting 1/gamma = 0\n",
-      "v = 302055031.4530431 > c, setting 1/gamma = 0\n",
-      "v = 327181572.76072085 > c, setting 1/gamma = 0\n",
-      "v = 351762652.1016626 > c, setting 1/gamma = 0\n",
-      "v = 300636965.17292404 > c, setting 1/gamma = 0\n",
-      "v = 372852528.96426445 > c, setting 1/gamma = 0\n",
-      "v = 391957196.1431946 > c, setting 1/gamma = 0\n",
-      "v = 336500615.03522694 > c, setting 1/gamma = 0\n",
-      "v = 360319351.26342213 > c, setting 1/gamma = 0\n",
-      "v = 325808485.8651186 > c, setting 1/gamma = 0\n",
-      "v = 361777927.6556564 > c, setting 1/gamma = 0\n",
-      "v = 359169880.6519039 > c, setting 1/gamma = 0\n",
-      "v = 383586134.3512867 > c, setting 1/gamma = 0\n",
-      "v = 325069129.4371755 > c, setting 1/gamma = 0\n",
-      "v = 348086709.68893534 > c, setting 1/gamma = 0\n",
-      "v = 313172109.78857493 > c, setting 1/gamma = 0\n",
-      "v = 344233102.4682014 > c, setting 1/gamma = 0\n",
-      "v = 338283720.726743 > c, setting 1/gamma = 0\n",
-      "v = 359673591.0914936 > c, setting 1/gamma = 0\n",
-      "v = 320642543.2940959 > c, setting 1/gamma = 0\n",
-      "v = 362871123.69316536 > c, setting 1/gamma = 0\n",
-      "v = 381516785.6075082 > c, setting 1/gamma = 0\n",
-      "v = 309502034.8741916 > c, setting 1/gamma = 0\n",
-      "v = 303674138.59687656 > c, setting 1/gamma = 0\n",
-      "v = 310802221.0347919 > c, setting 1/gamma = 0\n",
-      "v = 330730234.1253226 > c, setting 1/gamma = 0\n",
-      "v = 307443210.7691992 > c, setting 1/gamma = 0\n",
-      "v = 335846017.742154 > c, setting 1/gamma = 0\n",
-      "v = 353417187.9906745 > c, setting 1/gamma = 0\n",
-      "v = 321807453.46919465 > c, setting 1/gamma = 0\n",
-      "v = 345725947.1072444 > c, setting 1/gamma = 0\n",
-      "v = 307297600.6842447 > c, setting 1/gamma = 0\n",
-      "v = 328341649.9195383 > c, setting 1/gamma = 0\n",
-      "v = 317826172.2816724 > c, setting 1/gamma = 0\n",
-      "v = 336649588.86375684 > c, setting 1/gamma = 0\n",
-      "v = 302526074.9366859 > c, setting 1/gamma = 0\n",
-      "v = 321198113.7913855 > c, setting 1/gamma = 0\n",
-      "v = 319684271.2611415 > c, setting 1/gamma = 0\n",
-      "v = 303072913.4170567 > c, setting 1/gamma = 0\n",
-      "v = 320675251.49877644 > c, setting 1/gamma = 0\n",
-      "v = 309970873.9010339 > c, setting 1/gamma = 0\n",
-      "v = 335024281.2193156 > c, setting 1/gamma = 0\n",
-      "v = 353093851.981593 > c, setting 1/gamma = 0\n",
-      "v = 333277899.8548591 > c, setting 1/gamma = 0\n",
-      "v = 350215053.02867806 > c, setting 1/gamma = 0\n",
-      "v = 328289423.7884291 > c, setting 1/gamma = 0\n",
-      "v = 348625013.9740888 > c, setting 1/gamma = 0\n",
-      "v = 310207455.0471848 > c, setting 1/gamma = 0\n",
-      "v = 328300264.1620205 > c, setting 1/gamma = 0\n",
-      "v = 304798055.7638095 > c, setting 1/gamma = 0\n",
-      "v = 322562549.5629285 > c, setting 1/gamma = 0\n",
-      "v = 330079616.1455694 > c, setting 1/gamma = 0\n",
-      "v = 345808625.8101992 > c, setting 1/gamma = 0\n",
-      "v = 340321583.0441842 > c, setting 1/gamma = 0\n",
-      "v = 354530522.0469602 > c, setting 1/gamma = 0\n",
-      "v = 312632628.47669476 > c, setting 1/gamma = 0\n",
-      "v = 329507933.8550413 > c, setting 1/gamma = 0\n",
-      "v = 305049413.79451686 > c, setting 1/gamma = 0\n",
-      "v = 322127260.0302671 > c, setting 1/gamma = 0\n",
-      "v = 328883840.4469772 > c, setting 1/gamma = 0\n",
-      "v = 343617061.93582696 > c, setting 1/gamma = 0\n",
-      "v = 308869624.0914046 > c, setting 1/gamma = 0\n",
-      "v = 334850890.7121218 > c, setting 1/gamma = 0\n",
-      "v = 349191014.85721886 > c, setting 1/gamma = 0\n",
-      "v = 306956986.029212 > c, setting 1/gamma = 0\n",
-      "v = 304462232.2332877 > c, setting 1/gamma = 0\n",
-      "v = 321689130.43322885 > c, setting 1/gamma = 0\n",
-      "v = 304115805.8833292 > c, setting 1/gamma = 0\n",
-      "v = 334800197.2663869 > c, setting 1/gamma = 0\n",
-      "v = 351080985.5726566 > c, setting 1/gamma = 0\n",
-      "v = 310783935.5284797 > c, setting 1/gamma = 0\n",
-      "v = 332605359.0113892 > c, setting 1/gamma = 0\n",
-      "v = 351058774.1363914 > c, setting 1/gamma = 0\n",
-      "v = 305752061.2810071 > c, setting 1/gamma = 0\n",
-      "v = 326420834.2192704 > c, setting 1/gamma = 0\n",
-      "v = 303357484.05727327 > c, setting 1/gamma = 0\n",
-      "v = 302141624.98429465 > c, setting 1/gamma = 0\n",
-      "v = 320170673.08509237 > c, setting 1/gamma = 0\n",
-      "v = 315165622.3645105 > c, setting 1/gamma = 0\n",
-      "v = 329632114.33005697 > c, setting 1/gamma = 0\n",
-      "v = 344162824.32797563 > c, setting 1/gamma = 0\n",
-      "v = 324524541.8095366 > c, setting 1/gamma = 0\n",
-      "v = 335421279.87832886 > c, setting 1/gamma = 0\n",
-      "v = 351528909.98966277 > c, setting 1/gamma = 0\n",
-      "v = 314340431.4909927 > c, setting 1/gamma = 0\n",
-      "v = 331604511.9736738 > c, setting 1/gamma = 0\n",
-      "v = 310874073.7118896 > c, setting 1/gamma = 0\n",
-      "v = 302646641.19858253 > c, setting 1/gamma = 0\n",
-      "v = 319409687.4572795 > c, setting 1/gamma = 0\n",
-      "v = 327507181.0970308 > c, setting 1/gamma = 0\n",
-      "v = 332727904.6303173 > c, setting 1/gamma = 0\n",
-      "v = 346962759.4926197 > c, setting 1/gamma = 0\n",
-      "v = 316143952.39012295 > c, setting 1/gamma = 0\n",
-      "v = 336367085.40827227 > c, setting 1/gamma = 0\n",
-      "v = 351701968.6617922 > c, setting 1/gamma = 0\n",
-      "v = 315554876.84143645 > c, setting 1/gamma = 0\n",
-      "v = 332870986.0245105 > c, setting 1/gamma = 0\n",
-      "v = 305611450.9091175 > c, setting 1/gamma = 0\n",
-      "v = 305593509.5934759 > c, setting 1/gamma = 0\n",
-      "v = 322236182.3083997 > c, setting 1/gamma = 0\n",
-      "v = 329807589.01845205 > c, setting 1/gamma = 0\n",
-      "v = 339111320.9147443 > c, setting 1/gamma = 0\n",
-      "v = 353644950.9041897 > c, setting 1/gamma = 0\n",
-      "v = 300171924.1564618 > c, setting 1/gamma = 0\n",
-      "v = 302994414.73531634 > c, setting 1/gamma = 0\n",
-      "v = 320884315.23657626 > c, setting 1/gamma = 0\n",
-      "v = 321932822.2260267 > c, setting 1/gamma = 0\n",
-      "v = 344167151.4775981 > c, setting 1/gamma = 0\n",
-      "v = 358823087.3331864 > c, setting 1/gamma = 0\n",
-      "v = 307837740.6760011 > c, setting 1/gamma = 0\n",
-      "v = 305557728.6801924 > c, setting 1/gamma = 0\n",
-      "v = 345349539.5849868 > c, setting 1/gamma = 0\n",
-      "v = 361656050.80441326 > c, setting 1/gamma = 0\n",
-      "v = 330803993.551358 > c, setting 1/gamma = 0\n",
-      "v = 351303639.5820163 > c, setting 1/gamma = 0\n",
-      "v = 332751473.4657672 > c, setting 1/gamma = 0\n",
-      "v = 356075419.63107723 > c, setting 1/gamma = 0\n",
-      "v = 307832025.67443246 > c, setting 1/gamma = 0\n",
-      "v = 332604534.387377 > c, setting 1/gamma = 0\n",
-      "v = 305484810.2717872 > c, setting 1/gamma = 0\n",
-      "v = 342882488.73012257 > c, setting 1/gamma = 0\n",
-      "v = 306150893.60897046 > c, setting 1/gamma = 0\n",
-      "v = 324140616.0586486 > c, setting 1/gamma = 0\n",
-      "v = 301744141.59173775 > c, setting 1/gamma = 0\n",
-      "v = 302369932.12986755 > c, setting 1/gamma = 0\n",
-      "v = 314419388.7272984 > c, setting 1/gamma = 0\n",
-      "v = 332242074.5738305 > c, setting 1/gamma = 0\n",
-      "v = 344303863.82293475 > c, setting 1/gamma = 0\n",
-      "v = 359999572.5280323 > c, setting 1/gamma = 0\n",
-      "v = 308413163.1247849 > c, setting 1/gamma = 0\n",
-      "v = 329211844.52979803 > c, setting 1/gamma = 0\n",
-      "v = 305971288.1048508 > c, setting 1/gamma = 0\n",
-      "v = 324075954.41810524 > c, setting 1/gamma = 0\n",
-      "v = 321117544.07696736 > c, setting 1/gamma = 0\n",
-      "v = 338017492.076888 > c, setting 1/gamma = 0\n",
-      "v = 303501940.024636 > c, setting 1/gamma = 0\n",
-      "v = 340710475.7181593 > c, setting 1/gamma = 0\n",
-      "v = 353660853.9007023 > c, setting 1/gamma = 0\n",
-      "v = 303037865.1656657 > c, setting 1/gamma = 0\n",
-      "v = 310192366.3020845 > c, setting 1/gamma = 0\n",
-      "v = 326195310.93930125 > c, setting 1/gamma = 0\n",
-      "v = 300080054.7540886 > c, setting 1/gamma = 0\n",
-      "v = 316349410.7102915 > c, setting 1/gamma = 0\n",
-      "v = 330870625.2159513 > c, setting 1/gamma = 0\n",
-      "v = 349380009.58557373 > c, setting 1/gamma = 0\n",
-      "v = 303193557.16659814 > c, setting 1/gamma = 0\n",
-      "v = 310013470.7392028 > c, setting 1/gamma = 0\n",
-      "v = 328594259.1285707 > c, setting 1/gamma = 0\n",
-      "v = 307575306.94486856 > c, setting 1/gamma = 0\n",
-      "v = 302622666.49449944 > c, setting 1/gamma = 0\n",
-      "v = 319405040.38161975 > c, setting 1/gamma = 0\n",
-      "v = 311251546.2634874 > c, setting 1/gamma = 0\n",
-      "v = 306063046.4805629 > c, setting 1/gamma = 0\n",
-      "v = 301511129.87673193 > c, setting 1/gamma = 0\n",
-      "v = 340067992.16923493 > c, setting 1/gamma = 0\n",
-      "v = 327117616.96186876 > c, setting 1/gamma = 0\n",
-      "v = 343450130.1989023 > c, setting 1/gamma = 0\n",
-      "v = 315771584.3435259 > c, setting 1/gamma = 0\n",
-      "v = 307066518.7026573 > c, setting 1/gamma = 0\n",
-      "v = 324369279.03082585 > c, setting 1/gamma = 0\n",
-      "v = 314188276.86635846 > c, setting 1/gamma = 0\n",
-      "v = 317164666.2011416 > c, setting 1/gamma = 0\n",
-      "v = 328636703.8787964 > c, setting 1/gamma = 0\n",
-      "v = 349163563.58236206 > c, setting 1/gamma = 0\n",
-      "v = 317952278.18902344 > c, setting 1/gamma = 0\n",
-      "v = 337078783.1366678 > c, setting 1/gamma = 0\n",
-      "v = 305240706.29309213 > c, setting 1/gamma = 0\n",
-      "v = 311613427.65104634 > c, setting 1/gamma = 0\n",
-      "v = 330522081.538095 > c, setting 1/gamma = 0\n",
-      "v = 310530990.0179007 > c, setting 1/gamma = 0\n",
-      "v = 333860742.7827014 > c, setting 1/gamma = 0\n",
-      "v = 351886742.7455431 > c, setting 1/gamma = 0\n",
-      "v = 320224601.35681593 > c, setting 1/gamma = 0\n",
-      "v = 343479835.9729982 > c, setting 1/gamma = 0\n",
-      "v = 327067649.24159133 > c, setting 1/gamma = 0\n",
-      "v = 355993383.7205064 > c, setting 1/gamma = 0\n",
-      "v = 310204640.4673288 > c, setting 1/gamma = 0\n",
-      "v = 331698676.07553613 > c, setting 1/gamma = 0\n",
-      "v = 306217822.59641546 > c, setting 1/gamma = 0\n",
-      "v = 312275822.0754376 > c, setting 1/gamma = 0\n",
-      "v = 331225262.4661978 > c, setting 1/gamma = 0\n",
-      "v = 311018904.85799193 > c, setting 1/gamma = 0\n",
-      "v = 324355498.8656201 > c, setting 1/gamma = 0\n",
-      "v = 342480865.09461576 > c, setting 1/gamma = 0\n",
-      "v = 318957497.6253475 > c, setting 1/gamma = 0\n",
-      "v = 312079668.83337486 > c, setting 1/gamma = 0\n",
-      "v = 336792410.8135052 > c, setting 1/gamma = 0\n",
-      "v = 301648951.81859773 > c, setting 1/gamma = 0\n",
-      "v = 320728440.58405656 > c, setting 1/gamma = 0\n",
-      "v = 301335327.9457501 > c, setting 1/gamma = 0\n",
-      "v = 338656632.5704323 > c, setting 1/gamma = 0\n",
-      "v = 307780182.5722779 > c, setting 1/gamma = 0\n",
-      "v = 325056027.3739374 > c, setting 1/gamma = 0\n",
-      "v = 311798668.1333331 > c, setting 1/gamma = 0\n",
-      "v = 304534206.3647404 > c, setting 1/gamma = 0\n",
-      "v = 334663737.26751435 > c, setting 1/gamma = 0\n",
-      "v = 322643145.24669373 > c, setting 1/gamma = 0\n",
-      "v = 339145040.46856123 > c, setting 1/gamma = 0\n",
-      "v = 332313383.5047816 > c, setting 1/gamma = 0\n",
-      "v = 350992681.4112855 > c, setting 1/gamma = 0\n",
-      "v = 308655966.34035325 > c, setting 1/gamma = 0\n",
-      "v = 326248931.2419303 > c, setting 1/gamma = 0\n",
-      "v = 338159303.12381977 > c, setting 1/gamma = 0\n",
-      "v = 354030931.42914295 > c, setting 1/gamma = 0\n",
-      "v = 301982651.2593148 > c, setting 1/gamma = 0\n",
-      "v = 302378054.7079639 > c, setting 1/gamma = 0\n",
-      "v = 312687681.6143178 > c, setting 1/gamma = 0\n",
-      "v = 340056634.3429723 > c, setting 1/gamma = 0\n",
-      "v = 353831809.8294041 > c, setting 1/gamma = 0\n",
-      "v = 302847843.24491817 > c, setting 1/gamma = 0\n",
-      "v = 329548512.2432351 > c, setting 1/gamma = 0\n",
-      "v = 344642783.6099262 > c, setting 1/gamma = 0\n",
-      "v = 306507091.0559996 > c, setting 1/gamma = 0\n",
-      "v = 322838244.9711373 > c, setting 1/gamma = 0\n",
-      "v = 310824631.4867065 > c, setting 1/gamma = 0\n",
-      "v = 326682675.2474246 > c, setting 1/gamma = 0\n",
-      "v = 302822936.1179076 > c, setting 1/gamma = 0\n",
-      "v = 300460781.5050375 > c, setting 1/gamma = 0\n",
-      "v = 318801125.6716463 > c, setting 1/gamma = 0\n",
-      "v = 306115406.81165856 > c, setting 1/gamma = 0\n",
-      "v = 306082807.4260411 > c, setting 1/gamma = 0\n",
-      "v = 305669559.85518163 > c, setting 1/gamma = 0\n",
-      "v = 323184937.8939316 > c, setting 1/gamma = 0\n",
-      "v = 306370767.1798985 > c, setting 1/gamma = 0\n",
-      "v = 312836526.6285353 > c, setting 1/gamma = 0\n",
-      "v = 352454808.6333478 > c, setting 1/gamma = 0\n",
-      "v = 313275984.02667063 > c, setting 1/gamma = 0\n",
-      "v = 331292691.9608312 > c, setting 1/gamma = 0\n",
-      "v = 314884937.0193812 > c, setting 1/gamma = 0\n",
-      "v = 300918023.0517517 > c, setting 1/gamma = 0\n",
-      "v = 318792061.3955082 > c, setting 1/gamma = 0\n",
-      "v = 323429216.8316391 > c, setting 1/gamma = 0\n",
-      "v = 303343775.0201698 > c, setting 1/gamma = 0\n",
-      "v = 322499763.09235406 > c, setting 1/gamma = 0\n",
-      "v = 303639225.6565529 > c, setting 1/gamma = 0\n",
-      "v = 343362160.4832079 > c, setting 1/gamma = 0\n",
-      "v = 341966774.753171 > c, setting 1/gamma = 0\n",
-      "v = 356768695.49165106 > c, setting 1/gamma = 0\n",
-      "v = 309195357.52148575 > c, setting 1/gamma = 0\n",
-      "v = 315586189.8595941 > c, setting 1/gamma = 0\n",
-      "v = 333577424.387653 > c, setting 1/gamma = 0\n",
-      "v = 314209306.9430254 > c, setting 1/gamma = 0\n",
-      "v = 305684111.80348 > c, setting 1/gamma = 0\n",
-      "v = 323370349.40834755 > c, setting 1/gamma = 0\n",
-      "v = 326858006.68567073 > c, setting 1/gamma = 0\n",
-      "v = 324496080.089256 > c, setting 1/gamma = 0\n",
-      "v = 343323294.0046575 > c, setting 1/gamma = 0\n",
-      "v = 315481704.1713766 > c, setting 1/gamma = 0\n",
-      "v = 334102233.5909075 > c, setting 1/gamma = 0\n",
-      "v = 305195699.5801606 > c, setting 1/gamma = 0\n",
-      "v = 311716613.2194725 > c, setting 1/gamma = 0\n",
-      "v = 329580904.6912419 > c, setting 1/gamma = 0\n",
-      "v = 313151179.62927115 > c, setting 1/gamma = 0\n",
-      "v = 333757526.6728253 > c, setting 1/gamma = 0\n",
-      "v = 350999829.9299032 > c, setting 1/gamma = 0\n",
-      "v = 314731610.56209415 > c, setting 1/gamma = 0\n",
-      "v = 332762241.9817869 > c, setting 1/gamma = 0\n",
-      "v = 305172898.48969513 > c, setting 1/gamma = 0\n",
-      "v = 325248794.623424 > c, setting 1/gamma = 0\n",
-      "v = 341617090.3342629 > c, setting 1/gamma = 0\n",
-      "v = 301398573.01032156 > c, setting 1/gamma = 0\n",
-      "v = 343802975.00886494 > c, setting 1/gamma = 0\n",
-      "v = 358826567.439209 > c, setting 1/gamma = 0\n",
-      "v = 313279202.3808935 > c, setting 1/gamma = 0\n",
-      "v = 331065863.9902266 > c, setting 1/gamma = 0\n",
-      "v = 304068894.5554245 > c, setting 1/gamma = 0\n",
-      "v = 335785630.715814 > c, setting 1/gamma = 0\n",
-      "v = 350694998.55042845 > c, setting 1/gamma = 0\n",
-      "v = 327235774.50542414 > c, setting 1/gamma = 0\n",
-      "v = 343572926.29204607 > c, setting 1/gamma = 0\n",
-      "v = 300104091.87933075 > c, setting 1/gamma = 0\n",
-      "v = 320390030.8878651 > c, setting 1/gamma = 0\n",
-      "v = 307577355.4332732 > c, setting 1/gamma = 0\n",
-      "v = 347212289.70938295 > c, setting 1/gamma = 0\n",
-      "v = 335613646.2279736 > c, setting 1/gamma = 0\n",
-      "v = 350824537.46337235 > c, setting 1/gamma = 0\n",
-      "v = 307366567.64591527 > c, setting 1/gamma = 0\n",
-      "v = 325532428.25294167 > c, setting 1/gamma = 0\n",
-      "v = 335634965.8651396 > c, setting 1/gamma = 0\n",
-      "v = 351365176.67137444 > c, setting 1/gamma = 0\n",
-      "v = 316348595.6777252 > c, setting 1/gamma = 0\n",
-      "v = 335087379.4215386 > c, setting 1/gamma = 0\n",
-      "v = 326600802.68363905 > c, setting 1/gamma = 0\n",
-      "v = 365080989.88650626 > c, setting 1/gamma = 0\n",
-      "v = 334151201.6182138 > c, setting 1/gamma = 0\n",
-      "v = 350047742.6271288 > c, setting 1/gamma = 0\n",
-      "v = 313688393.1120599 > c, setting 1/gamma = 0\n",
-      "v = 332013774.9703571 > c, setting 1/gamma = 0\n",
-      "v = 305530531.58275324 > c, setting 1/gamma = 0\n",
-      "v = 321898583.2811409 > c, setting 1/gamma = 0\n",
-      "v = 337065337.3415073 > c, setting 1/gamma = 0\n",
-      "v = 304029100.79550564 > c, setting 1/gamma = 0\n",
-      "v = 319841057.9006413 > c, setting 1/gamma = 0\n",
-      "v = 304399859.76539016 > c, setting 1/gamma = 0\n",
-      "v = 323963866.7245953 > c, setting 1/gamma = 0\n",
-      "v = 345042955.94855446 > c, setting 1/gamma = 0\n",
-      "v = 358538270.27453375 > c, setting 1/gamma = 0\n",
-      "v = 308956552.17095643 > c, setting 1/gamma = 0\n",
-      "v = 319924631.73028946 > c, setting 1/gamma = 0\n",
-      "v = 337027433.5615322 > c, setting 1/gamma = 0\n",
-      "v = 307131978.6891387 > c, setting 1/gamma = 0\n",
-      "v = 304740977.2688545 > c, setting 1/gamma = 0\n",
-      "v = 320297738.0579609 > c, setting 1/gamma = 0\n",
-      "v = 301158463.1853366 > c, setting 1/gamma = 0\n",
-      "v = 333773510.8901787 > c, setting 1/gamma = 0\n",
-      "v = 315158744.3331074 > c, setting 1/gamma = 0\n",
-      "v = 337074655.9607814 > c, setting 1/gamma = 0\n",
-      "v = 317578836.1294938 > c, setting 1/gamma = 0\n",
-      "v = 355092877.0792619 > c, setting 1/gamma = 0\n",
-      "v = 334787362.27372664 > c, setting 1/gamma = 0\n",
-      "v = 349346442.1595952 > c, setting 1/gamma = 0\n",
-      "v = 316333696.2581001 > c, setting 1/gamma = 0\n",
-      "v = 316738001.6581282 > c, setting 1/gamma = 0\n",
-      "v = 335729194.31909275 > c, setting 1/gamma = 0\n",
-      "v = 305308759.78462946 > c, setting 1/gamma = 0\n",
-      "v = 302394468.7120641 > c, setting 1/gamma = 0\n",
-      "v = 319354927.55832267 > c, setting 1/gamma = 0\n",
-      "v = 319227164.51805544 > c, setting 1/gamma = 0\n",
-      "v = 310318250.89263505 > c, setting 1/gamma = 0\n",
-      "v = 325317364.4179347 > c, setting 1/gamma = 0\n",
-      "v = 304205391.2699148 > c, setting 1/gamma = 0\n",
-      "v = 340706392.89323276 > c, setting 1/gamma = 0\n",
-      "v = 342238975.1685108 > c, setting 1/gamma = 0\n",
-      "v = 353676565.4798537 > c, setting 1/gamma = 0\n",
-      "v = 318617533.0598937 > c, setting 1/gamma = 0\n",
-      "v = 321244065.8058539 > c, setting 1/gamma = 0\n",
-      "v = 336868264.68238544 > c, setting 1/gamma = 0\n",
-      "v = 313247562.6308327 > c, setting 1/gamma = 0\n",
-      "v = 302806737.2957761 > c, setting 1/gamma = 0\n",
-      "v = 318363723.72180074 > c, setting 1/gamma = 0\n",
-      "v = 301658804.16564214 > c, setting 1/gamma = 0\n",
-      "v = 336799347.1686222 > c, setting 1/gamma = 0\n",
-      "v = 328850265.1673999 > c, setting 1/gamma = 0\n",
-      "v = 341315022.23280317 > c, setting 1/gamma = 0\n",
-      "v = 303270409.5983565 > c, setting 1/gamma = 0\n",
-      "v = 341441060.7488728 > c, setting 1/gamma = 0\n",
-      "v = 337190103.0462551 > c, setting 1/gamma = 0\n",
-      "v = 351135646.5047662 > c, setting 1/gamma = 0\n",
-      "v = 314108872.4814093 > c, setting 1/gamma = 0\n",
-      "v = 329663754.9166941 > c, setting 1/gamma = 0\n",
-      "v = 314687271.0001638 > c, setting 1/gamma = 0\n",
-      "v = 305284489.3237604 > c, setting 1/gamma = 0\n",
-      "v = 320393906.66553915 > c, setting 1/gamma = 0\n",
-      "v = 303914485.68898666 > c, setting 1/gamma = 0\n",
-      "v = 339795654.98959523 > c, setting 1/gamma = 0\n",
-      "v = 340837227.0389203 > c, setting 1/gamma = 0\n",
-      "v = 352149309.2273314 > c, setting 1/gamma = 0\n",
-      "v = 307474108.5052111 > c, setting 1/gamma = 0\n",
-      "v = 329766912.566788 > c, setting 1/gamma = 0\n",
-      "v = 343507209.5383766 > c, setting 1/gamma = 0\n",
-      "v = 305720211.281163 > c, setting 1/gamma = 0\n",
-      "v = 305645180.5617321 > c, setting 1/gamma = 0\n",
-      "v = 320389564.0841221 > c, setting 1/gamma = 0\n",
-      "v = 302666469.45153064 > c, setting 1/gamma = 0\n",
-      "v = 337112863.4876248 > c, setting 1/gamma = 0\n",
-      "v = 316836490.9869948 > c, setting 1/gamma = 0\n",
-      "v = 330543140.0508554 > c, setting 1/gamma = 0\n",
-      "v = 305857460.6925125 > c, setting 1/gamma = 0\n",
-      "v = 342863388.39819664 > c, setting 1/gamma = 0\n",
-      "v = 339631726.3548788 > c, setting 1/gamma = 0\n",
-      "v = 352077205.15074515 > c, setting 1/gamma = 0\n",
-      "v = 324125681.28907 > c, setting 1/gamma = 0\n",
-      "v = 338539301.3116443 > c, setting 1/gamma = 0\n",
-      "v = 301225211.59990066 > c, setting 1/gamma = 0\n",
-      "v = 303522814.7408057 > c, setting 1/gamma = 0\n",
-      "v = 318228602.67970914 > c, setting 1/gamma = 0\n",
-      "v = 304778348.2658126 > c, setting 1/gamma = 0\n",
-      "v = 339504093.29342705 > c, setting 1/gamma = 0\n",
-      "v = 325819081.7051573 > c, setting 1/gamma = 0\n",
-      "v = 338950605.7993242 > c, setting 1/gamma = 0\n",
-      "v = 320211060.3883448 > c, setting 1/gamma = 0\n",
-      "v = 333094465.33386695 > c, setting 1/gamma = 0\n",
-      "v = 346749012.8977023 > c, setting 1/gamma = 0\n",
-      "v = 316309425.20684 > c, setting 1/gamma = 0\n",
-      "v = 331553873.7269608 > c, setting 1/gamma = 0\n",
-      "v = 315666281.6631514 > c, setting 1/gamma = 0\n",
-      "v = 330282068.2843491 > c, setting 1/gamma = 0\n",
-      "v = 301388866.5238755 > c, setting 1/gamma = 0\n",
-      "v = 331742426.2216281 > c, setting 1/gamma = 0\n",
-      "v = 343974648.45019823 > c, setting 1/gamma = 0\n",
-      "v = 304394479.61638194 > c, setting 1/gamma = 0\n",
-      "v = 307967660.4971395 > c, setting 1/gamma = 0\n",
-      "v = 322799821.118308 > c, setting 1/gamma = 0\n",
-      "v = 316512654.6039117 > c, setting 1/gamma = 0\n",
-      "v = 316133952.6820448 > c, setting 1/gamma = 0\n",
-      "v = 331933150.98329604 > c, setting 1/gamma = 0\n",
-      "v = 345776930.16196793 > c, setting 1/gamma = 0\n",
-      "v = 316447339.9096452 > c, setting 1/gamma = 0\n",
-      "v = 335425904.008515 > c, setting 1/gamma = 0\n",
-      "v = 310643249.60910827 > c, setting 1/gamma = 0\n",
-      "v = 326885519.7115181 > c, setting 1/gamma = 0\n",
-      "v = 300825468.4927414 > c, setting 1/gamma = 0\n",
-      "v = 317741711.10959244 > c, setting 1/gamma = 0\n",
-      "v = 336063246.81912297 > c, setting 1/gamma = 0\n",
-      "v = 349087443.33200336 > c, setting 1/gamma = 0\n",
-      "v = 304645760.3510884 > c, setting 1/gamma = 0\n",
-      "v = 325350034.83854735 > c, setting 1/gamma = 0\n",
-      "v = 338576415.7675663 > c, setting 1/gamma = 0\n",
-      "v = 303302095.1164434 > c, setting 1/gamma = 0\n",
-      "v = 317612202.77515703 > c, setting 1/gamma = 0\n",
-      "v = 305743595.9808085 > c, setting 1/gamma = 0\n",
-      "v = 301598543.05525637 > c, setting 1/gamma = 0\n",
-      "v = 339078912.22701854 > c, setting 1/gamma = 0\n",
-      "v = 340365841.50350857 > c, setting 1/gamma = 0\n",
-      "v = 351996961.7698803 > c, setting 1/gamma = 0\n",
-      "v = 313366380.11605144 > c, setting 1/gamma = 0\n",
-      "v = 313122859.5546165 > c, setting 1/gamma = 0\n",
-      "v = 328007291.3344916 > c, setting 1/gamma = 0\n",
-      "v = 303105682.6967344 > c, setting 1/gamma = 0\n",
-      "v = 306297023.8653118 > c, setting 1/gamma = 0\n",
-      "v = 344307537.2106023 > c, setting 1/gamma = 0\n",
-      "v = 337294494.6437744 > c, setting 1/gamma = 0\n",
-      "v = 350518544.7441031 > c, setting 1/gamma = 0\n",
-      "v = 328036881.58860415 > c, setting 1/gamma = 0\n",
-      "v = 314020640.4017723 > c, setting 1/gamma = 0\n",
-      "v = 333986589.19326717 > c, setting 1/gamma = 0\n",
-      "v = 307382511.03859675 > c, setting 1/gamma = 0\n",
-      "v = 305886619.5663651 > c, setting 1/gamma = 0\n",
-      "v = 315944468.2891477 > c, setting 1/gamma = 0\n",
-      "v = 307404064.8074283 > c, setting 1/gamma = 0\n",
-      "v = 323869695.6875414 > c, setting 1/gamma = 0\n",
-      "v = 334700030.42541075 > c, setting 1/gamma = 0\n",
-      "v = 324772586.40264505 > c, setting 1/gamma = 0\n",
-      "v = 341463823.020575 > c, setting 1/gamma = 0\n",
-      "v = 308153374.70256925 > c, setting 1/gamma = 0\n",
-      "v = 312150050.73250836 > c, setting 1/gamma = 0\n",
-      "v = 328338591.67731315 > c, setting 1/gamma = 0\n",
-      "v = 317590029.017425 > c, setting 1/gamma = 0\n",
-      "v = 301016134.21326643 > c, setting 1/gamma = 0\n",
-      "v = 316079602.72270143 > c, setting 1/gamma = 0\n",
-      "v = 301574361.3834472 > c, setting 1/gamma = 0\n",
-      "v = 335887565.18079233 > c, setting 1/gamma = 0\n",
-      "v = 313549234.2900759 > c, setting 1/gamma = 0\n",
-      "v = 327808885.2602497 > c, setting 1/gamma = 0\n",
-      "v = 310938565.84351176 > c, setting 1/gamma = 0\n",
-      "v = 346874710.06124055 > c, setting 1/gamma = 0\n",
-      "v = 324735966.5672043 > c, setting 1/gamma = 0\n",
-      "v = 338531717.197172 > c, setting 1/gamma = 0\n",
-      "v = 301108020.3160941 > c, setting 1/gamma = 0\n",
-      "v = 337751405.40814286 > c, setting 1/gamma = 0\n",
-      "v = 307608677.7191482 > c, setting 1/gamma = 0\n",
-      "v = 322673249.32468134 > c, setting 1/gamma = 0\n",
-      "v = 301631415.0165881 > c, setting 1/gamma = 0\n",
-      "v = 336405988.4777291 > c, setting 1/gamma = 0\n",
-      "v = 303770837.3556124 > c, setting 1/gamma = 0\n",
-      "v = 318888556.5562015 > c, setting 1/gamma = 0\n",
-      "v = 312492073.4515505 > c, setting 1/gamma = 0\n",
-      "v = 347787684.3336498 > c, setting 1/gamma = 0\n",
-      "v = 328665507.15556496 > c, setting 1/gamma = 0\n",
-      "v = 342276883.2490254 > c, setting 1/gamma = 0\n",
-      "v = 302165775.81148267 > c, setting 1/gamma = 0\n",
-      "v = 341044383.99886906 > c, setting 1/gamma = 0\n",
-      "v = 328092585.0852742 > c, setting 1/gamma = 0\n",
-      "v = 342945688.18842554 > c, setting 1/gamma = 0\n",
-      "v = 306990375.4229877 > c, setting 1/gamma = 0\n",
-      "v = 305894082.1452696 > c, setting 1/gamma = 0\n",
-      "v = 321400984.6939482 > c, setting 1/gamma = 0\n",
-      "v = 301101797.30013007 > c, setting 1/gamma = 0\n",
-      "v = 337361685.7516336 > c, setting 1/gamma = 0\n",
-      "v = 330197835.6436614 > c, setting 1/gamma = 0\n",
-      "v = 343248551.83991617 > c, setting 1/gamma = 0\n",
-      "v = 315082052.6571745 > c, setting 1/gamma = 0\n",
-      "v = 339550473.40039307 > c, setting 1/gamma = 0\n",
-      "v = 353611039.97934806 > c, setting 1/gamma = 0\n",
-      "v = 310314474.1643545 > c, setting 1/gamma = 0\n",
-      "v = 326712202.59167516 > c, setting 1/gamma = 0\n",
-      "v = 309619229.5857868 > c, setting 1/gamma = 0\n",
-      "v = 341467386.5346921 > c, setting 1/gamma = 0\n",
-      "v = 354162896.58329374 > c, setting 1/gamma = 0\n",
-      "v = 315076566.92217386 > c, setting 1/gamma = 0\n",
-      "v = 351892325.76732576 > c, setting 1/gamma = 0\n",
-      "v = 322419023.3395582 > c, setting 1/gamma = 0\n",
-      "v = 337123951.65711445 > c, setting 1/gamma = 0\n",
-      "v = 300873743.0056975 > c, setting 1/gamma = 0\n",
-      "v = 339129965.55525404 > c, setting 1/gamma = 0\n",
-      "v = 351425215.85008395 > c, setting 1/gamma = 0\n",
-      "v = 324017038.8332322 > c, setting 1/gamma = 0\n",
-      "v = 338760999.7681679 > c, setting 1/gamma = 0\n",
-      "v = 305648749.660839 > c, setting 1/gamma = 0\n",
-      "v = 322121073.4184588 > c, setting 1/gamma = 0\n",
-      "v = 326261373.4868241 > c, setting 1/gamma = 0\n",
-      "v = 342078905.7734836 > c, setting 1/gamma = 0\n",
-      "v = 328207073.45863307 > c, setting 1/gamma = 0\n",
-      "v = 322223992.6278907 > c, setting 1/gamma = 0\n",
-      "v = 336598280.2512262 > c, setting 1/gamma = 0\n",
-      "v = 326957477.01058406 > c, setting 1/gamma = 0\n",
-      "v = 343135566.0377282 > c, setting 1/gamma = 0\n",
-      "v = 300185782.90314704 > c, setting 1/gamma = 0\n",
-      "v = 317870440.6589704 > c, setting 1/gamma = 0\n",
-      "v = 331631972.3994499 > c, setting 1/gamma = 0\n",
-      "v = 303082439.63062084 > c, setting 1/gamma = 0\n",
-      "v = 317208804.71166074 > c, setting 1/gamma = 0\n",
-      "v = 313317725.8601375 > c, setting 1/gamma = 0\n",
-      "v = 300626845.74790597 > c, setting 1/gamma = 0\n",
-      "v = 316119940.263949 > c, setting 1/gamma = 0\n",
-      "v = 331823351.269385 > c, setting 1/gamma = 0\n",
-      "v = 308249530.3045997 > c, setting 1/gamma = 0\n",
-      "v = 323353063.0427683 > c, setting 1/gamma = 0\n",
-      "v = 307683262.04496926 > c, setting 1/gamma = 0\n",
-      "v = 310490738.4546451 > c, setting 1/gamma = 0\n",
-      "v = 346208657.6514134 > c, setting 1/gamma = 0\n",
-      "v = 311521921.1740319 > c, setting 1/gamma = 0\n",
-      "v = 326135781.40560335 > c, setting 1/gamma = 0\n",
-      "v = 314420280.00373477 > c, setting 1/gamma = 0\n",
-      "v = 319504442.45578223 > c, setting 1/gamma = 0\n",
-      "v = 334602521.5494679 > c, setting 1/gamma = 0\n",
-      "v = 319533385.2952717 > c, setting 1/gamma = 0\n",
-      "v = 312245810.10124296 > c, setting 1/gamma = 0\n",
-      "v = 327315310.87193364 > c, setting 1/gamma = 0\n",
-      "v = 308118907.82859993 > c, setting 1/gamma = 0\n",
-      "v = 310353599.4427465 > c, setting 1/gamma = 0\n",
-      "v = 348851696.63544804 > c, setting 1/gamma = 0\n",
-      "v = 334595406.1189535 > c, setting 1/gamma = 0\n",
-      "v = 348902989.85514295 > c, setting 1/gamma = 0\n",
-      "v = 329229246.96909195 > c, setting 1/gamma = 0\n",
-      "v = 308623995.00727046 > c, setting 1/gamma = 0\n",
-      "v = 347378305.47464454 > c, setting 1/gamma = 0\n",
-      "v = 310771761.7554704 > c, setting 1/gamma = 0\n",
-      "v = 328402916.16696584 > c, setting 1/gamma = 0\n",
-      "v = 325309907.75303894 > c, setting 1/gamma = 0\n",
-      "v = 322663712.6499003 > c, setting 1/gamma = 0\n",
-      "v = 338768986.5257865 > c, setting 1/gamma = 0\n",
-      "v = 315023222.8629194 > c, setting 1/gamma = 0\n",
-      "v = 301074457.5936168 > c, setting 1/gamma = 0\n",
-      "v = 317714558.6225089 > c, setting 1/gamma = 0\n",
-      "v = 300221061.4987457 > c, setting 1/gamma = 0\n",
-      "v = 337535348.47805667 > c, setting 1/gamma = 0\n",
-      "v = 329131350.53478503 > c, setting 1/gamma = 0\n",
-      "v = 343393010.72039 > c, setting 1/gamma = 0\n",
-      "v = 313985090.473141 > c, setting 1/gamma = 0\n",
-      "v = 320848954.6492047 > c, setting 1/gamma = 0\n",
-      "v = 338076824.29070437 > c, setting 1/gamma = 0\n",
-      "v = 301171585.9496239 > c, setting 1/gamma = 0\n",
-      "v = 307206687.1650492 > c, setting 1/gamma = 0\n",
-      "v = 322425237.3730195 > c, setting 1/gamma = 0\n",
-      "v = 328021254.64389235 > c, setting 1/gamma = 0\n",
-      "v = 311024292.93889505 > c, setting 1/gamma = 0\n",
-      "v = 325836196.1799103 > c, setting 1/gamma = 0\n",
-      "v = 300089771.3382899 > c, setting 1/gamma = 0\n",
-      "v = 337519470.4738973 > c, setting 1/gamma = 0\n",
-      "v = 335513948.01176643 > c, setting 1/gamma = 0\n",
-      "v = 348961779.5753704 > c, setting 1/gamma = 0\n",
-      "v = 320441558.62439364 > c, setting 1/gamma = 0\n",
-      "v = 335091485.73173654 > c, setting 1/gamma = 0\n",
-      "v = 308320331.9790024 > c, setting 1/gamma = 0\n",
-      "v = 304030028.611985 > c, setting 1/gamma = 0\n",
-      "v = 318065003.200526 > c, setting 1/gamma = 0\n",
-      "v = 306376936.57115054 > c, setting 1/gamma = 0\n",
-      "v = 340589117.7580637 > c, setting 1/gamma = 0\n",
-      "v = 329649860.1916651 > c, setting 1/gamma = 0\n",
-      "v = 340963322.6634091 > c, setting 1/gamma = 0\n",
-      "v = 303013257.83611214 > c, setting 1/gamma = 0\n",
-      "v = 340717142.56857395 > c, setting 1/gamma = 0\n",
-      "v = 334882520.29467934 > c, setting 1/gamma = 0\n",
-      "v = 347572377.67879164 > c, setting 1/gamma = 0\n",
-      "v = 300627207.16465443 > c, setting 1/gamma = 0\n",
-      "v = 308691480.1810156 > c, setting 1/gamma = 0\n",
-      "v = 322641272.502534 > c, setting 1/gamma = 0\n",
-      "v = 301540411.6386354 > c, setting 1/gamma = 0\n",
-      "v = 335977323.04821855 > c, setting 1/gamma = 0\n",
-      "v = 311995720.27841914 > c, setting 1/gamma = 0\n",
-      "v = 325404624.6212196 > c, setting 1/gamma = 0\n",
-      "v = 308294437.7589228 > c, setting 1/gamma = 0\n",
-      "v = 344374563.5019069 > c, setting 1/gamma = 0\n",
-      "v = 338825645.2934794 > c, setting 1/gamma = 0\n",
-      "v = 350136133.780743 > c, setting 1/gamma = 0\n",
-      "v = 303836246.56971943 > c, setting 1/gamma = 0\n",
-      "v = 317286380.4969296 > c, setting 1/gamma = 0\n",
-      "v = 331028777.62192345 > c, setting 1/gamma = 0\n",
-      "v = 316987466.5738122 > c, setting 1/gamma = 0\n",
-      "v = 303393201.4804987 > c, setting 1/gamma = 0\n",
-      "v = 317574935.21084195 > c, setting 1/gamma = 0\n",
-      "v = 305426640.4308356 > c, setting 1/gamma = 0\n",
-      "v = 339995411.7283092 > c, setting 1/gamma = 0\n",
-      "v = 318407778.16055506 > c, setting 1/gamma = 0\n",
-      "v = 332093373.8317533 > c, setting 1/gamma = 0\n",
-      "v = 329222325.3152281 > c, setting 1/gamma = 0\n",
-      "v = 331670392.5016186 > c, setting 1/gamma = 0\n",
-      "v = 345487135.27776027 > c, setting 1/gamma = 0\n",
-      "v = 304555570.8475948 > c, setting 1/gamma = 0\n",
-      "v = 321354731.26940596 > c, setting 1/gamma = 0\n",
-      "v = 305799991.921382 > c, setting 1/gamma = 0\n",
-      "v = 322661151.86771023 > c, setting 1/gamma = 0\n",
-      "v = 329516230.07646644 > c, setting 1/gamma = 0\n",
-      "v = 307486649.86600786 > c, setting 1/gamma = 0\n",
-      "v = 322476535.0585757 > c, setting 1/gamma = 0\n",
-      "v = 326816517.64276075 > c, setting 1/gamma = 0\n",
-      "v = 339262609.7941846 > c, setting 1/gamma = 0\n",
-      "v = 301887578.75993645 > c, setting 1/gamma = 0\n",
-      "v = 310952697.1375758 > c, setting 1/gamma = 0\n",
-      "v = 325680448.8969946 > c, setting 1/gamma = 0\n",
-      "v = 312764109.4452336 > c, setting 1/gamma = 0\n",
-      "v = 303878708.8826064 > c, setting 1/gamma = 0\n",
-      "v = 340179717.2771229 > c, setting 1/gamma = 0\n",
-      "v = 315348059.23515683 > c, setting 1/gamma = 0\n",
-      "v = 329378784.440819 > c, setting 1/gamma = 0\n",
-      "v = 309292662.5207492 > c, setting 1/gamma = 0\n",
-      "v = 315018177.99359316 > c, setting 1/gamma = 0\n",
-      "v = 330422898.1739686 > c, setting 1/gamma = 0\n",
-      "v = 310252698.9696685 > c, setting 1/gamma = 0\n",
-      "v = 304266177.771786 > c, setting 1/gamma = 0\n",
-      "v = 314621614.50094885 > c, setting 1/gamma = 0\n",
-      "v = 300554288.1612688 > c, setting 1/gamma = 0\n",
-      "v = 341134330.5712349 > c, setting 1/gamma = 0\n",
-      "v = 313209633.6145313 > c, setting 1/gamma = 0\n",
-      "v = 333359416.577557 > c, setting 1/gamma = 0\n",
-      "v = 311640963.3086649 > c, setting 1/gamma = 0\n",
-      "v = 305074842.3119924 > c, setting 1/gamma = 0\n",
-      "v = 317456371.812034 > c, setting 1/gamma = 0\n",
-      "v = 307254094.44982713 > c, setting 1/gamma = 0\n",
-      "v = 301157800.0993404 > c, setting 1/gamma = 0\n",
-      "v = 315650077.7204351 > c, setting 1/gamma = 0\n",
-      "v = 306965229.2541503 > c, setting 1/gamma = 0\n",
-      "v = 300779354.3077028 > c, setting 1/gamma = 0\n",
-      "v = 338532850.99210006 > c, setting 1/gamma = 0\n",
-      "v = 319569872.92293185 > c, setting 1/gamma = 0\n",
-      "v = 335746833.5275312 > c, setting 1/gamma = 0\n",
-      "v = 312733239.27712923 > c, setting 1/gamma = 0\n",
-      "v = 314741623.8055713 > c, setting 1/gamma = 0\n",
-      "v = 331107302.10066617 > c, setting 1/gamma = 0\n",
-      "v = 312442452.9664383 > c, setting 1/gamma = 0\n",
-      "v = 301998292.4832565 > c, setting 1/gamma = 0\n",
-      "v = 316624156.2417147 > c, setting 1/gamma = 0\n",
-      "v = 302548315.5603504 > c, setting 1/gamma = 0\n",
-      "v = 336702729.81459504 > c, setting 1/gamma = 0\n",
-      "v = 320169098.8617967 > c, setting 1/gamma = 0\n",
-      "v = 332165084.73470443 > c, setting 1/gamma = 0\n",
-      "v = 313639430.8735087 > c, setting 1/gamma = 0\n",
-      "v = 349536678.7583473 > c, setting 1/gamma = 0\n",
-      "v = 339506734.7445783 > c, setting 1/gamma = 0\n",
-      "v = 350240556.77681583 > c, setting 1/gamma = 0\n",
-      "v = 320088557.8850866 > c, setting 1/gamma = 0\n",
-      "v = 313943008.1489093 > c, setting 1/gamma = 0\n",
-      "v = 328436735.86472535 > c, setting 1/gamma = 0\n",
-      "v = 322748866.6019319 > c, setting 1/gamma = 0\n",
-      "v = 305820168.8646678 > c, setting 1/gamma = 0\n",
-      "v = 320550322.72549784 > c, setting 1/gamma = 0\n",
-      "v = 302206869.2689589 > c, setting 1/gamma = 0\n",
-      "v = 338726055.15029246 > c, setting 1/gamma = 0\n",
-      "v = 339481592.17067224 > c, setting 1/gamma = 0\n",
-      "v = 350860535.85958993 > c, setting 1/gamma = 0\n",
-      "v = 304175075.2044181 > c, setting 1/gamma = 0\n",
-      "v = 325740692.0929423 > c, setting 1/gamma = 0\n",
-      "v = 338881409.8424165 > c, setting 1/gamma = 0\n",
-      "v = 311897257.21851903 > c, setting 1/gamma = 0\n",
-      "v = 305308946.2146229 > c, setting 1/gamma = 0\n",
-      "v = 319059059.9457972 > c, setting 1/gamma = 0\n",
-      "v = 305942296.9114865 > c, setting 1/gamma = 0\n",
-      "v = 340193503.03496915 > c, setting 1/gamma = 0\n",
-      "v = 324150189.3353811 > c, setting 1/gamma = 0\n",
-      "v = 336031594.3213522 > c, setting 1/gamma = 0\n",
-      "v = 305223139.9349182 > c, setting 1/gamma = 0\n",
-      "v = 342688504.46217567 > c, setting 1/gamma = 0\n",
-      "v = 336122588.10643166 > c, setting 1/gamma = 0\n",
-      "v = 348287480.9964775 > c, setting 1/gamma = 0\n",
-      "v = 300204183.23611957 > c, setting 1/gamma = 0\n",
-      "v = 310206595.1595866 > c, setting 1/gamma = 0\n",
-      "v = 323847121.58259195 > c, setting 1/gamma = 0\n",
-      "v = 300852231.83789283 > c, setting 1/gamma = 0\n",
-      "v = 335416150.9277365 > c, setting 1/gamma = 0\n",
-      "v = 308708863.5542576 > c, setting 1/gamma = 0\n",
-      "v = 322215804.3856255 > c, setting 1/gamma = 0\n",
-      "v = 308658285.0350887 > c, setting 1/gamma = 0\n",
-      "v = 344357163.6120682 > c, setting 1/gamma = 0\n",
-      "v = 334790264.5830959 > c, setting 1/gamma = 0\n",
-      "v = 346385362.5112063 > c, setting 1/gamma = 0\n",
-      "v = 307960588.476836 > c, setting 1/gamma = 0\n",
-      "v = 317468927.0232371 > c, setting 1/gamma = 0\n",
-      "v = 330978858.93145645 > c, setting 1/gamma = 0\n",
-      "v = 315874133.27807176 > c, setting 1/gamma = 0\n",
-      "v = 302656045.596204 > c, setting 1/gamma = 0\n",
-      "v = 316574130.15286905 > c, setting 1/gamma = 0\n",
-      "v = 306500364.4654568 > c, setting 1/gamma = 0\n",
-      "v = 340646776.1977463 > c, setting 1/gamma = 0\n",
-      "v = 307292269.4977121 > c, setting 1/gamma = 0\n",
-      "v = 322153122.7242519 > c, setting 1/gamma = 0\n",
-      "v = 303369421.5031812 > c, setting 1/gamma = 0\n",
-      "v = 340048674.4753429 > c, setting 1/gamma = 0\n",
-      "v = 323774478.45289063 > c, setting 1/gamma = 0\n",
-      "v = 337170087.62201154 > c, setting 1/gamma = 0\n",
-      "v = 305916827.7091157 > c, setting 1/gamma = 0\n",
-      "v = 307946197.6348046 > c, setting 1/gamma = 0\n",
-      "v = 304307956.767258 > c, setting 1/gamma = 0\n",
-      "v = 339619990.6998209 > c, setting 1/gamma = 0\n",
-      "v = 306379934.8954352 > c, setting 1/gamma = 0\n",
-      "v = 320782165.27302754 > c, setting 1/gamma = 0\n",
-      "v = 330399258.19598895 > c, setting 1/gamma = 0\n",
-      "v = 332920470.98391324 > c, setting 1/gamma = 0\n",
-      "v = 345957865.1742432 > c, setting 1/gamma = 0\n",
-      "v = 300305770.2345002 > c, setting 1/gamma = 0\n",
-      "v = 312334836.39176846 > c, setting 1/gamma = 0\n",
-      "v = 326327421.4884285 > c, setting 1/gamma = 0\n",
-      "v = 310052554.53489894 > c, setting 1/gamma = 0\n",
-      "v = 307112194.24533147 > c, setting 1/gamma = 0\n",
-      "v = 344212071.73935425 > c, setting 1/gamma = 0\n",
-      "v = 329977457.72590345 > c, setting 1/gamma = 0\n",
-      "v = 342990791.0271648 > c, setting 1/gamma = 0\n",
-      "v = 314549548.5165801 > c, setting 1/gamma = 0\n",
-      "v = 338009514.8184069 > c, setting 1/gamma = 0\n",
-      "v = 349623821.9220637 > c, setting 1/gamma = 0\n",
-      "v = 309182060.5225465 > c, setting 1/gamma = 0\n",
-      "v = 308351437.1263816 > c, setting 1/gamma = 0\n",
-      "v = 322537291.82975113 > c, setting 1/gamma = 0\n",
-      "v = 306994679.4073747 > c, setting 1/gamma = 0\n",
-      "v = 305983153.5250427 > c, setting 1/gamma = 0\n",
-      "v = 346547137.3002627 > c, setting 1/gamma = 0\n",
-      "v = 329636756.01808965 > c, setting 1/gamma = 0\n",
-      "v = 346251207.61219573 > c, setting 1/gamma = 0\n",
-      "v = 315928836.1810621 > c, setting 1/gamma = 0\n",
-      "v = 309378732.1416 > c, setting 1/gamma = 0\n",
-      "v = 314158180.88114506 > c, setting 1/gamma = 0\n",
-      "v = 327570717.3627185 > c, setting 1/gamma = 0\n",
-      "v = 363908847.6798838 > c, setting 1/gamma = 0\n",
-      "v = 319732896.46292007 > c, setting 1/gamma = 0\n",
-      "v = 333720601.1593296 > c, setting 1/gamma = 0\n",
-      "v = 331739577.04399496 > c, setting 1/gamma = 0\n",
-      "v = 304776166.5036376 > c, setting 1/gamma = 0\n",
-      "v = 319417998.8700089 > c, setting 1/gamma = 0\n",
-      "v = 303079478.7874193 > c, setting 1/gamma = 0\n",
-      "v = 338461117.7390871 > c, setting 1/gamma = 0\n",
-      "v = 301383579.1649037 > c, setting 1/gamma = 0\n",
-      "v = 315916977.1645012 > c, setting 1/gamma = 0\n",
-      "v = 353867538.28828007 > c, setting 1/gamma = 0\n",
-      "v = 345481368.9441047 > c, setting 1/gamma = 0\n",
-      "v = 356547287.6965093 > c, setting 1/gamma = 0\n",
-      "v = 320721793.2998075 > c, setting 1/gamma = 0\n",
-      "v = 307273001.3688893 > c, setting 1/gamma = 0\n",
-      "v = 324568003.9425119 > c, setting 1/gamma = 0\n",
-      "v = 320052109.0490701 > c, setting 1/gamma = 0\n",
-      "v = 302215862.25437725 > c, setting 1/gamma = 0\n",
-      "v = 319047697.6122507 > c, setting 1/gamma = 0\n",
-      "v = 329968143.9855083 > c, setting 1/gamma = 0\n",
-      "v = 306978519.2908909 > c, setting 1/gamma = 0\n",
-      "v = 345068571.2184009 > c, setting 1/gamma = 0\n",
-      "v = 305610143.5215305 > c, setting 1/gamma = 0\n",
-      "v = 321363654.7634056 > c, setting 1/gamma = 0\n",
-      "v = 332918741.4669191 > c, setting 1/gamma = 0\n",
-      "v = 317411608.8041634 > c, setting 1/gamma = 0\n",
-      "v = 334703321.9062049 > c, setting 1/gamma = 0\n",
-      "v = 300151980.1513581 > c, setting 1/gamma = 0\n",
-      "v = 307252573.1686029 > c, setting 1/gamma = 0\n",
-      "v = 322248278.4248929 > c, setting 1/gamma = 0\n",
-      "v = 316448763.6203436 > c, setting 1/gamma = 0\n",
-      "v = 316575783.68874747 > c, setting 1/gamma = 0\n",
-      "v = 329341083.6879254 > c, setting 1/gamma = 0\n",
-      "v = 302162750.4455977 > c, setting 1/gamma = 0\n",
-      "v = 338944438.7593475 > c, setting 1/gamma = 0\n",
-      "v = 339369864.21845233 > c, setting 1/gamma = 0\n",
-      "v = 350516287.68956697 > c, setting 1/gamma = 0\n",
-      "v = 300543700.8663548 > c, setting 1/gamma = 0\n",
-      "v = 316666925.1989107 > c, setting 1/gamma = 0\n",
-      "v = 329547349.7269454 > c, setting 1/gamma = 0\n",
-      "v = 324566378.8914049 > c, setting 1/gamma = 0\n",
-      "v = 305621324.28604364 > c, setting 1/gamma = 0\n",
-      "v = 319220417.22381914 > c, setting 1/gamma = 0\n",
-      "v = 303640405.0291819 > c, setting 1/gamma = 0\n",
-      "v = 338740145.4676984 > c, setting 1/gamma = 0\n",
-      "v = 335531293.4224021 > c, setting 1/gamma = 0\n",
-      "v = 345927573.7022107 > c, setting 1/gamma = 0\n",
-      "v = 314230251.63165766 > c, setting 1/gamma = 0\n",
-      "v = 326725114.77308804 > c, setting 1/gamma = 0\n",
-      "v = 339127530.02775174 > c, setting 1/gamma = 0\n",
-      "v = 306729950.336927 > c, setting 1/gamma = 0\n",
-      "v = 303718745.5706217 > c, setting 1/gamma = 0\n",
-      "v = 316959629.48129153 > c, setting 1/gamma = 0\n",
-      "v = 307832050.9006873 > c, setting 1/gamma = 0\n",
-      "v = 340852226.53301954 > c, setting 1/gamma = 0\n",
-      "v = 300655281.7025588 > c, setting 1/gamma = 0\n",
-      "v = 315274016.71683717 > c, setting 1/gamma = 0\n",
-      "v = 313688304.4091375 > c, setting 1/gamma = 0\n",
-      "v = 348716979.9595117 > c, setting 1/gamma = 0\n",
-      "v = 320990834.49837977 > c, setting 1/gamma = 0\n",
-      "v = 334458870.54739726 > c, setting 1/gamma = 0\n",
-      "v = 318021166.3105675 > c, setting 1/gamma = 0\n",
-      "v = 306476664.2294546 > c, setting 1/gamma = 0\n",
-      "v = 320392843.0016824 > c, setting 1/gamma = 0\n",
-      "v = 327826636.8195738 > c, setting 1/gamma = 0\n",
-      "v = 305056611.57776594 > c, setting 1/gamma = 0\n",
-      "v = 319028860.7741584 > c, setting 1/gamma = 0\n",
-      "v = 301754946.8406741 > c, setting 1/gamma = 0\n",
-      "v = 337518502.6456897 > c, setting 1/gamma = 0\n",
-      "v = 319437035.9968927 > c, setting 1/gamma = 0\n",
-      "v = 333304436.4617618 > c, setting 1/gamma = 0\n",
-      "v = 309175701.96089315 > c, setting 1/gamma = 0\n",
-      "v = 305230765.8648009 > c, setting 1/gamma = 0\n",
-      "v = 319724295.10299486 > c, setting 1/gamma = 0\n",
-      "v = 322936657.3051008 > c, setting 1/gamma = 0\n",
-      "v = 304002224.2132323 > c, setting 1/gamma = 0\n",
-      "v = 340004257.95272183 > c, setting 1/gamma = 0\n",
-      "v = 317346416.050042 > c, setting 1/gamma = 0\n",
-      "v = 331261244.1887512 > c, setting 1/gamma = 0\n",
-      "v = 305651361.52358705 > c, setting 1/gamma = 0\n",
-      "v = 310074393.490393 > c, setting 1/gamma = 0\n",
-      "v = 325014356.517547 > c, setting 1/gamma = 0\n",
-      "v = 313349681.5864406 > c, setting 1/gamma = 0\n",
-      "v = 304052539.66282153 > c, setting 1/gamma = 0\n",
-      "v = 340796205.93715864 > c, setting 1/gamma = 0\n",
-      "v = 315153626.99316055 > c, setting 1/gamma = 0\n",
-      "v = 329132907.5188288 > c, setting 1/gamma = 0\n",
-      "v = 321407377.7853466 > c, setting 1/gamma = 0\n",
-      "v = 351849204.81291217 > c, setting 1/gamma = 0\n",
-      "v = 360809149.06973433 > c, setting 1/gamma = 0\n",
-      "v = 321086136.4607598 > c, setting 1/gamma = 0\n",
-      "v = 307515822.6300391 > c, setting 1/gamma = 0\n",
-      "v = 324258839.7275543 > c, setting 1/gamma = 0\n",
-      "v = 315040748.1437112 > c, setting 1/gamma = 0\n",
-      "v = 308515476.67726177 > c, setting 1/gamma = 0\n",
-      "v = 322460111.10707104 > c, setting 1/gamma = 0\n",
-      "v = 331126805.3053144 > c, setting 1/gamma = 0\n",
-      "v = 330823216.8169483 > c, setting 1/gamma = 0\n",
-      "v = 343352799.5507448 > c, setting 1/gamma = 0\n",
-      "v = 304315842.03588784 > c, setting 1/gamma = 0\n",
-      "v = 343745994.69504124 > c, setting 1/gamma = 0\n",
-      "v = 321645835.9631433 > c, setting 1/gamma = 0\n",
-      "v = 336806048.0121416 > c, setting 1/gamma = 0\n",
-      "v = 323856953.7005614 > c, setting 1/gamma = 0\n",
-      "v = 305706007.27755386 > c, setting 1/gamma = 0\n",
-      "v = 334276598.1041867 > c, setting 1/gamma = 0\n",
-      "v = 300644892.10293454 > c, setting 1/gamma = 0\n",
-      "v = 318890001.61112356 > c, setting 1/gamma = 0\n",
-      "v = 321767414.50143075 > c, setting 1/gamma = 0\n",
-      "v = 319788043.48533624 > c, setting 1/gamma = 0\n",
-      "v = 356179866.4603879 > c, setting 1/gamma = 0\n",
-      "v = 309502722.2917403 > c, setting 1/gamma = 0\n",
-      "v = 324543794.6731149 > c, setting 1/gamma = 0\n",
-      "v = 304436219.6255083 > c, setting 1/gamma = 0\n",
-      "v = 342715145.0645994 > c, setting 1/gamma = 0\n",
-      "v = 328680789.4769371 > c, setting 1/gamma = 0\n",
-      "v = 343606681.14090264 > c, setting 1/gamma = 0\n",
-      "v = 306847792.67642033 > c, setting 1/gamma = 0\n",
-      "v = 313141327.52131665 > c, setting 1/gamma = 0\n",
-      "v = 328166907.18840384 > c, setting 1/gamma = 0\n",
-      "v = 321666391.8354723 > c, setting 1/gamma = 0\n",
-      "v = 301867077.6536932 > c, setting 1/gamma = 0\n",
-      "v = 316483943.25016034 > c, setting 1/gamma = 0\n",
-      "v = 304850402.90924823 > c, setting 1/gamma = 0\n",
-      "v = 340563560.2238128 > c, setting 1/gamma = 0\n",
-      "v = 340009124.3313876 > c, setting 1/gamma = 0\n",
-      "v = 349929685.888527 > c, setting 1/gamma = 0\n",
-      "v = 320170002.05145544 > c, setting 1/gamma = 0\n",
-      "v = 321879932.6927628 > c, setting 1/gamma = 0\n",
-      "v = 336919006.5161685 > c, setting 1/gamma = 0\n",
-      "v = 304372593.78163487 > c, setting 1/gamma = 0\n",
-      "v = 305117176.00470537 > c, setting 1/gamma = 0\n",
-      "v = 318733038.89369375 > c, setting 1/gamma = 0\n",
-      "v = 305330011.4780637 > c, setting 1/gamma = 0\n",
-      "v = 339621425.99279183 > c, setting 1/gamma = 0\n",
-      "v = 325277456.402406 > c, setting 1/gamma = 0\n",
-      "v = 336270891.8634546 > c, setting 1/gamma = 0\n",
-      "v = 308936999.5431449 > c, setting 1/gamma = 0\n",
-      "v = 346127586.7242405 > c, setting 1/gamma = 0\n",
-      "v = 337477760.4830715 > c, setting 1/gamma = 0\n",
-      "v = 348930129.83167565 > c, setting 1/gamma = 0\n",
-      "v = 304109136.021895 > c, setting 1/gamma = 0\n",
-      "v = 312053402.705517 > c, setting 1/gamma = 0\n",
-      "v = 325226180.7523746 > c, setting 1/gamma = 0\n",
-      "v = 301375846.035863 > c, setting 1/gamma = 0\n",
-      "v = 336229373.4751308 > c, setting 1/gamma = 0\n",
-      "v = 311186018.9017531 > c, setting 1/gamma = 0\n",
-      "v = 323995028.35198855 > c, setting 1/gamma = 0\n",
-      "v = 309211856.0944027 > c, setting 1/gamma = 0\n",
-      "v = 345136200.460659 > c, setting 1/gamma = 0\n",
-      "v = 339777890.8878409 > c, setting 1/gamma = 0\n",
-      "v = 350063619.83514345 > c, setting 1/gamma = 0\n",
-      "v = 307362907.2672993 > c, setting 1/gamma = 0\n",
-      "v = 319657834.7231517 > c, setting 1/gamma = 0\n",
-      "v = 332424886.4311912 > c, setting 1/gamma = 0\n",
-      "v = 318363376.06996113 > c, setting 1/gamma = 0\n",
-      "v = 305310547.0810585 > c, setting 1/gamma = 0\n",
-      "v = 318664985.7394467 > c, setting 1/gamma = 0\n",
-      "v = 305404957.540802 > c, setting 1/gamma = 0\n",
-      "v = 340267828.00167155 > c, setting 1/gamma = 0\n",
-      "v = 321966118.4836253 > c, setting 1/gamma = 0\n",
-      "v = 334518717.2103715 > c, setting 1/gamma = 0\n",
-      "v = 325326080.85695726 > c, setting 1/gamma = 0\n",
-      "v = 328203967.00931156 > c, setting 1/gamma = 0\n",
-      "v = 341224082.597749 > c, setting 1/gamma = 0\n",
-      "v = 308724144.2058084 > c, setting 1/gamma = 0\n",
-      "v = 322322341.6998513 > c, setting 1/gamma = 0\n",
-      "v = 311688589.2308222 > c, setting 1/gamma = 0\n",
-      "v = 310980746.0105796 > c, setting 1/gamma = 0\n",
-      "v = 323849077.2050428 > c, setting 1/gamma = 0\n",
-      "v = 304917013.2638119 > c, setting 1/gamma = 0\n",
-      "v = 340614701.02449673 > c, setting 1/gamma = 0\n",
-      "v = 323439277.8536394 > c, setting 1/gamma = 0\n",
-      "v = 335990513.31948996 > c, setting 1/gamma = 0\n",
-      "v = 309549165.7366329 > c, setting 1/gamma = 0\n",
-      "v = 307788707.19786125 > c, setting 1/gamma = 0\n",
-      "v = 304543140.95860606 > c, setting 1/gamma = 0\n",
-      "v = 339069292.72309774 > c, setting 1/gamma = 0\n",
-      "v = 300999277.679754 > c, setting 1/gamma = 0\n",
-      "v = 314765726.61205935 > c, setting 1/gamma = 0\n",
-      "v = 305923917.31740934 > c, setting 1/gamma = 0\n",
-      "v = 340385868.3703957 > c, setting 1/gamma = 0\n",
-      "v = 305361389.5587139 > c, setting 1/gamma = 0\n",
-      "v = 314219088.98233485 > c, setting 1/gamma = 0\n",
-      "v = 310568242.5008675 > c, setting 1/gamma = 0\n",
-      "v = 324408833.9844984 > c, setting 1/gamma = 0\n",
-      "v = 313533109.1795343 > c, setting 1/gamma = 0\n",
-      "v = 310659294.2913925 > c, setting 1/gamma = 0\n",
-      "v = 347201719.6201012 > c, setting 1/gamma = 0\n",
-      "v = 317069090.1238496 > c, setting 1/gamma = 0\n",
-      "v = 331421020.37487936 > c, setting 1/gamma = 0\n",
-      "v = 326202127.67052776 > c, setting 1/gamma = 0\n",
-      "v = 337614930.6337082 > c, setting 1/gamma = 0\n",
-      "v = 349421480.6112769 > c, setting 1/gamma = 0\n",
-      "v = 318663285.15912193 > c, setting 1/gamma = 0\n",
-      "v = 307821659.9508112 > c, setting 1/gamma = 0\n",
-      "v = 322389638.0790545 > c, setting 1/gamma = 0\n",
-      "v = 316355484.6797537 > c, setting 1/gamma = 0\n",
-      "v = 313743116.7006844 > c, setting 1/gamma = 0\n",
-      "v = 327168077.54711694 > c, setting 1/gamma = 0\n",
-      "v = 305871305.2577747 > c, setting 1/gamma = 0\n",
-      "v = 343177555.692533 > c, setting 1/gamma = 0\n",
-      "v = 325219446.5459845 > c, setting 1/gamma = 0\n",
-      "v = 338654120.0220258 > c, setting 1/gamma = 0\n",
-      "v = 303276412.05911803 > c, setting 1/gamma = 0\n",
-      "v = 341464566.61616325 > c, setting 1/gamma = 0\n",
-      "v = 314552219.6687794 > c, setting 1/gamma = 0\n",
-      "v = 328507834.9510503 > c, setting 1/gamma = 0\n",
-      "v = 300393810.5583884 > c, setting 1/gamma = 0\n",
-      "v = 336813078.01084125 > c, setting 1/gamma = 0\n",
-      "v = 304148140.7290888 > c, setting 1/gamma = 0\n",
-      "v = 318767307.4782137 > c, setting 1/gamma = 0\n",
-      "v = 310305079.06376004 > c, setting 1/gamma = 0\n",
-      "v = 346984398.2169962 > c, setting 1/gamma = 0\n",
-      "v = 302058202.0281649 > c, setting 1/gamma = 0\n",
-      "v = 319024839.09463805 > c, setting 1/gamma = 0\n",
-      "v = 310542280.4440771 > c, setting 1/gamma = 0\n",
-      "v = 348567044.6657799 > c, setting 1/gamma = 0\n",
-      "v = 316539721.7642384 > c, setting 1/gamma = 0\n",
-      "v = 331139462.10657996 > c, setting 1/gamma = 0\n",
-      "v = 303897655.7140678 > c, setting 1/gamma = 0\n",
-      "v = 341050679.09900814 > c, setting 1/gamma = 0\n",
-      "v = 305149223.78398156 > c, setting 1/gamma = 0\n",
-      "v = 319899180.82512504 > c, setting 1/gamma = 0\n",
-      "v = 310733597.6001209 > c, setting 1/gamma = 0\n",
-      "v = 347250334.9938133 > c, setting 1/gamma = 0\n",
-      "v = 313298315.7278665 > c, setting 1/gamma = 0\n",
-      "v = 328622853.7285065 > c, setting 1/gamma = 0\n",
-      "v = 312566671.83499694 > c, setting 1/gamma = 0\n",
-      "v = 352194736.7129489 > c, setting 1/gamma = 0\n",
-      "v = 334743623.53615016 > c, setting 1/gamma = 0\n",
-      "v = 348974231.4662817 > c, setting 1/gamma = 0\n",
-      "v = 309262301.20984805 > c, setting 1/gamma = 0\n",
-      "v = 304420433.00649446 > c, setting 1/gamma = 0\n",
-      "v = 320663054.64693904 > c, setting 1/gamma = 0\n",
-      "v = 328499408.7774334 > c, setting 1/gamma = 0\n",
-      "v = 306165998.45015013 > c, setting 1/gamma = 0\n",
-      "v = 323640205.27999824 > c, setting 1/gamma = 0\n",
-      "v = 309301726.55479 > c, setting 1/gamma = 0\n",
-      "v = 321961871.9132711 > c, setting 1/gamma = 0\n",
-      "v = 338432601.8862014 > c, setting 1/gamma = 0\n",
-      "v = 307103004.7577645 > c, setting 1/gamma = 0\n",
-      "v = 322724690.90080684 > c, setting 1/gamma = 0\n",
-      "v = 313713790.3420937 > c, setting 1/gamma = 0\n",
-      "v = 305451241.4920594 > c, setting 1/gamma = 0\n",
-      "v = 318921960.03253806 > c, setting 1/gamma = 0\n",
-      "v = 308055980.02653754 > c, setting 1/gamma = 0\n",
-      "v = 343448243.13522065 > c, setting 1/gamma = 0\n",
-      "v = 343370314.3271484 > c, setting 1/gamma = 0\n",
-      "v = 352240242.8581075 > c, setting 1/gamma = 0\n",
-      "v = 314980189.89120567 > c, setting 1/gamma = 0\n",
-      "v = 323826379.4968356 > c, setting 1/gamma = 0\n",
-      "v = 336578415.5036789 > c, setting 1/gamma = 0\n",
-      "v = 312985942.12193 > c, setting 1/gamma = 0\n",
-      "v = 305585776.7116181 > c, setting 1/gamma = 0\n",
-      "v = 318605594.6360281 > c, setting 1/gamma = 0\n",
-      "v = 307825714.45381796 > c, setting 1/gamma = 0\n",
-      "v = 342139851.85244924 > c, setting 1/gamma = 0\n",
-      "v = 327066423.27198815 > c, setting 1/gamma = 0\n",
-      "v = 338109913.8970765 > c, setting 1/gamma = 0\n",
-      "v = 302985597.16695946 > c, setting 1/gamma = 0\n",
-      "v = 340692011.2393609 > c, setting 1/gamma = 0\n",
-      "v = 331583679.35920644 > c, setting 1/gamma = 0\n",
-      "v = 343562947.31628245 > c, setting 1/gamma = 0\n",
-      "v = 303679269.1678674 > c, setting 1/gamma = 0\n",
-      "v = 307246045.686381 > c, setting 1/gamma = 0\n",
-      "v = 320050577.87913316 > c, setting 1/gamma = 0\n",
-      "v = 306280458.2540021 > c, setting 1/gamma = 0\n",
-      "v = 340039127.88134116 > c, setting 1/gamma = 0\n",
-      "v = 308067858.814403 > c, setting 1/gamma = 0\n",
-      "v = 321286497.51022357 > c, setting 1/gamma = 0\n",
-      "v = 312298169.3453391 > c, setting 1/gamma = 0\n",
-      "v = 348069744.8981112 > c, setting 1/gamma = 0\n",
-      "v = 330375561.6369921 > c, setting 1/gamma = 0\n",
-      "v = 342095291.9863619 > c, setting 1/gamma = 0\n",
-      "v = 311592566.7829553 > c, setting 1/gamma = 0\n",
-      "v = 309507154.9105834 > c, setting 1/gamma = 0\n",
-      "v = 322673708.885478 > c, setting 1/gamma = 0\n",
-      "v = 300761497.4742719 > c, setting 1/gamma = 0\n",
-      "v = 335087837.06787664 > c, setting 1/gamma = 0\n",
-      "v = 302430793.8956628 > c, setting 1/gamma = 0\n",
-      "v = 315952093.7288324 > c, setting 1/gamma = 0\n",
-      "v = 311473455.3758725 > c, setting 1/gamma = 0\n",
-      "v = 346197197.82071537 > c, setting 1/gamma = 0\n",
-      "v = 306025432.9321999 > c, setting 1/gamma = 0\n",
-      "v = 321296673.191294 > c, setting 1/gamma = 0\n",
-      "v = 325932399.3678735 > c, setting 1/gamma = 0\n",
-      "v = 313937415.5501848 > c, setting 1/gamma = 0\n",
-      "v = 327509367.9664697 > c, setting 1/gamma = 0\n",
-      "v = 309974561.9336014 > c, setting 1/gamma = 0\n",
-      "v = 302716068.9250534 > c, setting 1/gamma = 0\n",
-      "v = 340911106.280477 > c, setting 1/gamma = 0\n",
-      "v = 339780234.65646726 > c, setting 1/gamma = 0\n",
-      "v = 351203001.68286085 > c, setting 1/gamma = 0\n",
-      "v = 313039822.06943524 > c, setting 1/gamma = 0\n",
-      "v = 332660411.7644652 > c, setting 1/gamma = 0\n",
-      "v = 345656968.38515496 > c, setting 1/gamma = 0\n",
-      "v = 307834106.5676318 > c, setting 1/gamma = 0\n",
-      "v = 309455918.7342348 > c, setting 1/gamma = 0\n",
-      "v = 322787517.0752084 > c, setting 1/gamma = 0\n",
-      "v = 308049007.5867812 > c, setting 1/gamma = 0\n",
-      "v = 305310552.88280016 > c, setting 1/gamma = 0\n",
-      "v = 344947661.2623161 > c, setting 1/gamma = 0\n",
-      "v = 350807197.1932689 > c, setting 1/gamma = 0\n",
-      "v = 360449303.91816854 > c, setting 1/gamma = 0\n",
-      "v = 318520739.40389305 > c, setting 1/gamma = 0\n",
-      "v = 309385616.35509205 > c, setting 1/gamma = 0\n",
-      "v = 318267538.1559345 > c, setting 1/gamma = 0\n",
-      "v = 313150414.09985936 > c, setting 1/gamma = 0\n",
-      "v = 336994695.0283225 > c, setting 1/gamma = 0\n",
-      "v = 313992796.3753192 > c, setting 1/gamma = 0\n",
-      "v = 329226661.7337069 > c, setting 1/gamma = 0\n",
-      "v = 327204426.4904628 > c, setting 1/gamma = 0\n",
-      "v = 311010967.49509776 > c, setting 1/gamma = 0\n",
-      "v = 304252469.8727368 > c, setting 1/gamma = 0\n",
-      "v = 342544965.31413 > c, setting 1/gamma = 0\n",
-      "v = 320436433.5390784 > c, setting 1/gamma = 0\n",
-      "v = 336079007.38352257 > c, setting 1/gamma = 0\n",
-      "v = 324645410.6795165 > c, setting 1/gamma = 0\n",
-      "v = 307747893.2388126 > c, setting 1/gamma = 0\n",
-      "v = 346610068.647605 > c, setting 1/gamma = 0\n",
-      "v = 303725966.2997793 > c, setting 1/gamma = 0\n",
-      "v = 321925493.9240939 > c, setting 1/gamma = 0\n",
-      "v = 313383599.28306085 > c, setting 1/gamma = 0\n",
-      "v = 301555477.5271115 > c, setting 1/gamma = 0\n",
-      "v = 320085338.5392308 > c, setting 1/gamma = 0\n",
-      "v = 308389926.3694111 > c, setting 1/gamma = 0\n",
-      "v = 301544964.8976038 > c, setting 1/gamma = 0\n",
-      "v = 315959979.932943 > c, setting 1/gamma = 0\n",
-      "v = 303148327.4360377 > c, setting 1/gamma = 0\n",
-      "v = 337938837.06610215 > c, setting 1/gamma = 0\n",
-      "v = 320884190.1309567 > c, setting 1/gamma = 0\n",
-      "v = 332001412.14466614 > c, setting 1/gamma = 0\n",
-      "v = 314129241.1947032 > c, setting 1/gamma = 0\n",
-      "v = 350529600.81183475 > c, setting 1/gamma = 0\n",
-      "v = 341534241.22125226 > c, setting 1/gamma = 0\n",
-      "v = 351467181.18658036 > c, setting 1/gamma = 0\n",
-      "v = 315003033.2299307 > c, setting 1/gamma = 0\n",
-      "v = 311968094.68790954 > c, setting 1/gamma = 0\n",
-      "v = 325662935.05132157 > c, setting 1/gamma = 0\n",
-      "v = 330447683.55740005 > c, setting 1/gamma = 0\n",
-      "v = 306349982.92258424 > c, setting 1/gamma = 0\n",
-      "v = 320333165.1659776 > c, setting 1/gamma = 0\n",
-      "v = 302307492.18762803 > c, setting 1/gamma = 0\n",
-      "v = 339180202.8848534 > c, setting 1/gamma = 0\n",
-      "v = 338420188.87226826 > c, setting 1/gamma = 0\n",
-      "v = 349363798.7148985 > c, setting 1/gamma = 0\n",
-      "v = 304312061.19457126 > c, setting 1/gamma = 0\n",
-      "v = 320791057.8347207 > c, setting 1/gamma = 0\n",
-      "v = 333031104.30307317 > c, setting 1/gamma = 0\n",
-      "v = 322250507.6379617 > c, setting 1/gamma = 0\n",
-      "v = 305575345.0959667 > c, setting 1/gamma = 0\n",
-      "v = 318630625.08090395 > c, setting 1/gamma = 0\n",
-      "v = 305018883.3067263 > c, setting 1/gamma = 0\n",
-      "v = 340129013.08979833 > c, setting 1/gamma = 0\n",
-      "v = 337130671.7279629 > c, setting 1/gamma = 0\n",
-      "v = 346487118.50683326 > c, setting 1/gamma = 0\n",
-      "v = 319408796.58479464 > c, setting 1/gamma = 0\n",
-      "v = 328236423.6206603 > c, setting 1/gamma = 0\n",
-      "v = 340299678.05246955 > c, setting 1/gamma = 0\n",
-      "v = 304279686.87917 > c, setting 1/gamma = 0\n",
-      "v = 306082007.96483785 > c, setting 1/gamma = 0\n",
-      "v = 318329213.9044186 > c, setting 1/gamma = 0\n",
-      "v = 309601037.6697904 > c, setting 1/gamma = 0\n",
-      "v = 342880333.16329384 > c, setting 1/gamma = 0\n",
-      "v = 304802100.9954962 > c, setting 1/gamma = 0\n",
-      "v = 318369365.2941054 > c, setting 1/gamma = 0\n",
-      "v = 312834549.74486303 > c, setting 1/gamma = 0\n",
-      "v = 348342062.59414047 > c, setting 1/gamma = 0\n",
-      "v = 325344890.9412845 > c, setting 1/gamma = 0\n",
-      "v = 337115893.9803164 > c, setting 1/gamma = 0\n",
-      "v = 319107827.4530495 > c, setting 1/gamma = 0\n",
-      "v = 307246402.1928812 > c, setting 1/gamma = 0\n",
-      "v = 319996691.5988473 > c, setting 1/gamma = 0\n",
-      "v = 302787045.52134657 > c, setting 1/gamma = 0\n",
-      "v = 336855502.9083992 > c, setting 1/gamma = 0\n",
-      "v = 301646045.5551364 > c, setting 1/gamma = 0\n",
-      "v = 315293755.21571875 > c, setting 1/gamma = 0\n",
-      "v = 311250199.5259155 > c, setting 1/gamma = 0\n",
-      "v = 346448083.92492753 > c, setting 1/gamma = 0\n",
-      "v = 312720191.08292407 > c, setting 1/gamma = 0\n",
-      "v = 326809744.6252784 > c, setting 1/gamma = 0\n",
-      "v = 319974441.33983946 > c, setting 1/gamma = 0\n",
-      "v = 305840033.77634716 > c, setting 1/gamma = 0\n",
-      "v = 319089649.49763167 > c, setting 1/gamma = 0\n",
-      "v = 300289157.84525776 > c, setting 1/gamma = 0\n",
-      "v = 334007120.75273234 > c, setting 1/gamma = 0\n",
-      "v = 308752102.19052386 > c, setting 1/gamma = 0\n",
-      "v = 346517175.3701887 > c, setting 1/gamma = 0\n",
-      "v = 340067518.7087437 > c, setting 1/gamma = 0\n",
-      "v = 350829599.69115216 > c, setting 1/gamma = 0\n",
-      "v = 315203741.5751027 > c, setting 1/gamma = 0\n",
-      "v = 325582594.70580494 > c, setting 1/gamma = 0\n",
-      "v = 337885903.12874705 > c, setting 1/gamma = 0\n",
-      "v = 306126354.3114405 > c, setting 1/gamma = 0\n",
-      "v = 304131796.8773231 > c, setting 1/gamma = 0\n",
-      "v = 317188676.6546587 > c, setting 1/gamma = 0\n",
-      "v = 304730373.5752955 > c, setting 1/gamma = 0\n",
-      "v = 339311721.4914487 > c, setting 1/gamma = 0\n",
-      "v = 333478193.0775791 > c, setting 1/gamma = 0\n",
-      "v = 303807934.99582356 > c, setting 1/gamma = 0\n",
-      "v = 303374607.60467833 > c, setting 1/gamma = 0\n",
-      "v = 342426440.4358622 > c, setting 1/gamma = 0\n",
-      "v = 331038064.15018594 > c, setting 1/gamma = 0\n",
-      "v = 344756918.8528185 > c, setting 1/gamma = 0\n",
-      "v = 301792596.4912469 > c, setting 1/gamma = 0\n",
-      "v = 343780142.0583321 > c, setting 1/gamma = 0\n",
-      "v = 305530598.8359269 > c, setting 1/gamma = 0\n",
-      "v = 321621556.8516784 > c, setting 1/gamma = 0\n",
-      "v = 301196885.8346356 > c, setting 1/gamma = 0\n",
-      "v = 339482169.08404684 > c, setting 1/gamma = 0\n",
-      "v = 315398635.9221421 > c, setting 1/gamma = 0\n",
-      "v = 330345781.28218865 > c, setting 1/gamma = 0\n",
-      "v = 304952061.1118647 > c, setting 1/gamma = 0\n",
-      "v = 345278690.147093 > c, setting 1/gamma = 0\n",
-      "v = 303482495.9956757 > c, setting 1/gamma = 0\n",
-      "v = 322692689.5373489 > c, setting 1/gamma = 0\n",
-      "v = 311734320.78125775 > c, setting 1/gamma = 0\n",
-      "v = 301167652.86820185 > c, setting 1/gamma = 0\n",
-      "v = 331650262.24959946 > c, setting 1/gamma = 0\n",
-      "v = 300391699.34148794 > c, setting 1/gamma = 0\n",
-      "v = 315162182.3441127 > c, setting 1/gamma = 0\n",
-      "v = 306938730.394098 > c, setting 1/gamma = 0\n",
-      "v = 343823893.70754534 > c, setting 1/gamma = 0\n",
-      "v = 334569125.2977796 > c, setting 1/gamma = 0\n",
-      "v = 346036925.240113 > c, setting 1/gamma = 0\n",
-      "v = 321491699.7854371 > c, setting 1/gamma = 0\n",
-      "v = 305674802.140982 > c, setting 1/gamma = 0\n",
-      "v = 320705343.71452796 > c, setting 1/gamma = 0\n",
-      "v = 324782291.6244709 > c, setting 1/gamma = 0\n",
-      "v = 310454748.7649475 > c, setting 1/gamma = 0\n",
-      "v = 304250876.45617193 > c, setting 1/gamma = 0\n",
-      "v = 340966196.72646046 > c, setting 1/gamma = 0\n",
-      "v = 329979550.36587787 > c, setting 1/gamma = 0\n",
-      "v = 342176596.7626977 > c, setting 1/gamma = 0\n",
-      "v = 313015457.7336312 > c, setting 1/gamma = 0\n",
-      "v = 318262878.8605085 > c, setting 1/gamma = 0\n",
-      "v = 331132906.09644043 > c, setting 1/gamma = 0\n",
-      "v = 321279585.13909453 > c, setting 1/gamma = 0\n",
-      "v = 303199917.30383104 > c, setting 1/gamma = 0\n",
-      "v = 316027271.2398284 > c, setting 1/gamma = 0\n",
-      "v = 307930979.24119127 > c, setting 1/gamma = 0\n",
-      "v = 342061586.5632756 > c, setting 1/gamma = 0\n",
-      "v = 337074092.0862692 > c, setting 1/gamma = 0\n",
-      "v = 345392218.15982443 > c, setting 1/gamma = 0\n",
-      "v = 304335616.7703662 > c, setting 1/gamma = 0\n",
-      "v = 342086632.75493455 > c, setting 1/gamma = 0\n",
-      "v = 327933251.5752917 > c, setting 1/gamma = 0\n",
-      "v = 339723506.85105133 > c, setting 1/gamma = 0\n",
-      "v = 310618343.7710222 > c, setting 1/gamma = 0\n",
-      "v = 306466190.39279634 > c, setting 1/gamma = 0\n",
-      "v = 318605728.40969884 > c, setting 1/gamma = 0\n",
-      "v = 309135616.6442241 > c, setting 1/gamma = 0\n",
-      "v = 342710766.5489133 > c, setting 1/gamma = 0\n",
-      "v = 316296789.6046808 > c, setting 1/gamma = 0\n",
-      "v = 327925663.8928332 > c, setting 1/gamma = 0\n",
-      "v = 312536333.10830253 > c, setting 1/gamma = 0\n",
-      "v = 348823238.6411242 > c, setting 1/gamma = 0\n",
-      "v = 333279433.83382374 > c, setting 1/gamma = 0\n",
-      "v = 343581749.7554507 > c, setting 1/gamma = 0\n",
-      "v = 314084152.6017348 > c, setting 1/gamma = 0\n",
-      "v = 308967949.68652725 > c, setting 1/gamma = 0\n",
-      "v = 321119698.959062 > c, setting 1/gamma = 0\n",
-      "v = 305600980.72239023 > c, setting 1/gamma = 0\n",
-      "v = 339676828.3271705 > c, setting 1/gamma = 0\n",
-      "v = 308244038.80999976 > c, setting 1/gamma = 0\n",
-      "v = 320858216.66983473 > c, setting 1/gamma = 0\n",
-      "v = 311992313.8146409 > c, setting 1/gamma = 0\n",
-      "v = 347823656.31262434 > c, setting 1/gamma = 0\n",
-      "v = 328417191.70796525 > c, setting 1/gamma = 0\n",
-      "v = 339770931.0240237 > c, setting 1/gamma = 0\n",
-      "v = 314370382.2969256 > c, setting 1/gamma = 0\n",
-      "v = 309243335.1883908 > c, setting 1/gamma = 0\n",
-      "v = 321591560.47702295 > c, setting 1/gamma = 0\n",
-      "v = 303123731.9628849 > c, setting 1/gamma = 0\n",
-      "v = 337120928.76246387 > c, setting 1/gamma = 0\n",
-      "v = 304226966.30173934 > c, setting 1/gamma = 0\n",
-      "v = 310610877.6123483 > c, setting 1/gamma = 0\n",
-      "v = 347731739.7178776 > c, setting 1/gamma = 0\n",
-      "v = 330489176.42655766 > c, setting 1/gamma = 0\n",
-      "v = 342372257.5204798 > c, setting 1/gamma = 0\n",
-      "v = 301778333.16091996 > c, setting 1/gamma = 0\n",
-      "v = 309008670.73367316 > c, setting 1/gamma = 0\n",
-      "v = 321789087.5932944 > c, setting 1/gamma = 0\n",
-      "v = 301540805.95204157 > c, setting 1/gamma = 0\n",
-      "v = 335532153.5738203 > c, setting 1/gamma = 0\n",
-      "v = 312616920.79438436 > c, setting 1/gamma = 0\n",
-      "v = 349813668.79754096 > c, setting 1/gamma = 0\n",
-      "v = 326558596.6119579 > c, setting 1/gamma = 0\n",
-      "v = 339316620.1250322 > c, setting 1/gamma = 0\n",
-      "v = 320172718.0810786 > c, setting 1/gamma = 0\n",
-      "v = 330152433.8935951 > c, setting 1/gamma = 0\n",
-      "v = 341339243.68552804 > c, setting 1/gamma = 0\n",
-      "v = 312790258.0520987 > c, setting 1/gamma = 0\n",
-      "v = 309656842.0807163 > c, setting 1/gamma = 0\n",
-      "v = 322036288.301732 > c, setting 1/gamma = 0\n",
-      "v = 325242372.70101374 > c, setting 1/gamma = 0\n",
-      "v = 306540278.49656576 > c, setting 1/gamma = 0\n",
-      "v = 321543642.0269463 > c, setting 1/gamma = 0\n",
-      "v = 302349174.46163523 > c, setting 1/gamma = 0\n",
-      "v = 340329768.4097281 > c, setting 1/gamma = 0\n",
-      "v = 330921308.1921189 > c, setting 1/gamma = 0\n",
-      "v = 341856862.6999314 > c, setting 1/gamma = 0\n",
-      "v = 300298969.8074596 > c, setting 1/gamma = 0\n",
-      "v = 337852105.7861398 > c, setting 1/gamma = 0\n",
-      "v = 311039094.33963823 > c, setting 1/gamma = 0\n",
-      "v = 323781586.71962017 > c, setting 1/gamma = 0\n",
-      "v = 303935194.1033813 > c, setting 1/gamma = 0\n",
-      "v = 340082500.1232118 > c, setting 1/gamma = 0\n",
-      "v = 308233600.7494913 > c, setting 1/gamma = 0\n",
-      "v = 350943045.6228483 > c, setting 1/gamma = 0\n",
-      "v = 300721561.2006721 > c, setting 1/gamma = 0\n",
-      "v = 315930360.0786574 > c, setting 1/gamma = 0\n",
-      "v = 305173864.19571507 > c, setting 1/gamma = 0\n",
-      "v = 341930354.1033855 > c, setting 1/gamma = 0\n",
-      "v = 310066155.5982377 > c, setting 1/gamma = 0\n",
-      "v = 324089178.9827719 > c, setting 1/gamma = 0\n",
-      "v = 317065653.240995 > c, setting 1/gamma = 0\n",
-      "v = 355314540.3793972 > c, setting 1/gamma = 0\n",
-      "v = 351850476.4676832 > c, setting 1/gamma = 0\n",
-      "v = 360596064.5747112 > c, setting 1/gamma = 0\n",
-      "v = 320869058.11087215 > c, setting 1/gamma = 0\n",
-      "v = 300230816.1593363 > c, setting 1/gamma = 0\n",
-      "v = 325139281.84316516 > c, setting 1/gamma = 0\n",
-      "v = 301246331.04843235 > c, setting 1/gamma = 0\n",
-      "v = 327697526.7217327 > c, setting 1/gamma = 0\n",
-      "v = 323582017.39254755 > c, setting 1/gamma = 0\n",
-      "v = 318515918.78950286 > c, setting 1/gamma = 0\n",
-      "v = 331477753.3093097 > c, setting 1/gamma = 0\n",
-      "v = 303459287.53562325 > c, setting 1/gamma = 0\n",
-      "v = 340759945.70789635 > c, setting 1/gamma = 0\n",
-      "v = 305935292.35744077 > c, setting 1/gamma = 0\n",
-      "v = 319929985.5227606 > c, setting 1/gamma = 0\n",
-      "v = 307893461.3815317 > c, setting 1/gamma = 0\n",
-      "v = 345691649.4653854 > c, setting 1/gamma = 0\n",
-      "v = 335567400.63691336 > c, setting 1/gamma = 0\n",
-      "v = 347792833.49665046 > c, setting 1/gamma = 0\n",
-      "v = 306388890.39649457 > c, setting 1/gamma = 0\n",
-      "v = 319319049.4094057 > c, setting 1/gamma = 0\n",
-      "v = 332545552.17796195 > c, setting 1/gamma = 0\n",
-      "v = 319421094.97169626 > c, setting 1/gamma = 0\n",
-      "v = 304447576.7837295 > c, setting 1/gamma = 0\n",
-      "v = 317803615.93766344 > c, setting 1/gamma = 0\n",
-      "v = 305232207.065433 > c, setting 1/gamma = 0\n",
-      "v = 341462648.3377024 > c, setting 1/gamma = 0\n",
-      "v = 340224981.21474963 > c, setting 1/gamma = 0\n",
-      "v = 349526658.9317352 > c, setting 1/gamma = 0\n",
-      "v = 312553545.1218621 > c, setting 1/gamma = 0\n",
-      "v = 326027576.7298085 > c, setting 1/gamma = 0\n",
-      "v = 337841815.59361166 > c, setting 1/gamma = 0\n",
-      "v = 312292113.1337118 > c, setting 1/gamma = 0\n",
-      "v = 306996284.65781677 > c, setting 1/gamma = 0\n",
-      "v = 318984210.6218548 > c, setting 1/gamma = 0\n",
-      "v = 309477866.3816085 > c, setting 1/gamma = 0\n",
-      "v = 343905550.71238 > c, setting 1/gamma = 0\n",
-      "v = 319682173.0812321 > c, setting 1/gamma = 0\n",
-      "v = 331273715.5828706 > c, setting 1/gamma = 0\n",
-      "v = 305243799.6406301 > c, setting 1/gamma = 0\n",
-      "v = 342633264.36751187 > c, setting 1/gamma = 0\n",
-      "v = 329204145.7247266 > c, setting 1/gamma = 0\n",
-      "v = 340021652.20091367 > c, setting 1/gamma = 0\n",
-      "v = 311948400.8164559 > c, setting 1/gamma = 0\n",
-      "v = 307470352.3528154 > c, setting 1/gamma = 0\n",
-      "v = 319152843.53408134 > c, setting 1/gamma = 0\n",
-      "v = 309583029.9853161 > c, setting 1/gamma = 0\n",
-      "v = 343310155.0458155 > c, setting 1/gamma = 0\n",
-      "v = 303913165.5592085 > c, setting 1/gamma = 0\n",
-      "v = 307154569.7612218 > c, setting 1/gamma = 0\n",
-      "v = 344859576.6633306 > c, setting 1/gamma = 0\n",
-      "v = 329386160.59602857 > c, setting 1/gamma = 0\n",
-      "v = 340620244.2646881 > c, setting 1/gamma = 0\n",
-      "v = 304607230.42644215 > c, setting 1/gamma = 0\n",
-      "v = 303609550.9471854 > c, setting 1/gamma = 0\n",
-      "v = 315750329.97602975 > c, setting 1/gamma = 0\n",
-      "v = 311027945.5774042 > c, setting 1/gamma = 0\n",
-      "v = 343785784.68724597 > c, setting 1/gamma = 0\n",
-      "v = 305868240.26888007 > c, setting 1/gamma = 0\n",
-      "v = 345368887.11467403 > c, setting 1/gamma = 0\n",
-      "v = 345511604.1631027 > c, setting 1/gamma = 0\n",
-      "v = 355346294.1332059 > c, setting 1/gamma = 0\n",
-      "v = 311151097.6759444 > c, setting 1/gamma = 0\n",
-      "v = 312176257.1542158 > c, setting 1/gamma = 0\n",
-      "v = 325308877.51190513 > c, setting 1/gamma = 0\n",
-      "v = 302848870.1974522 > c, setting 1/gamma = 0\n",
-      "v = 307630634.9710608 > c, setting 1/gamma = 0\n",
-      "v = 346943177.28125703 > c, setting 1/gamma = 0\n",
-      "v = 359651377.719992 > c, setting 1/gamma = 0\n",
-      "v = 365773848.7008281 > c, setting 1/gamma = 0\n",
-      "v = 322391578.2501307 > c, setting 1/gamma = 0\n",
-      "v = 318135992.4146329 > c, setting 1/gamma = 0\n",
-      "v = 356230114.2477367 > c, setting 1/gamma = 0\n",
-      "v = 339070443.1415604 > c, setting 1/gamma = 0\n",
-      "v = 349674825.028624 > c, setting 1/gamma = 0\n",
-      "v = 304819706.39728975 > c, setting 1/gamma = 0\n",
-      "v = 345337403.6864816 > c, setting 1/gamma = 0\n",
-      "v = 302816024.1874837 > c, setting 1/gamma = 0\n",
-      "v = 318955850.2814719 > c, setting 1/gamma = 0\n",
-      "v = 331676141.46658754 > c, setting 1/gamma = 0\n",
-      "v = 306717497.9147059 > c, setting 1/gamma = 0\n",
-      "v = 306144197.6990703 > c, setting 1/gamma = 0\n",
-      "v = 345908169.2690711 > c, setting 1/gamma = 0\n",
-      "v = 305360544.66893035 > c, setting 1/gamma = 0\n",
-      "v = 319346001.85369307 > c, setting 1/gamma = 0\n",
-      "v = 301208496.27435964 > c, setting 1/gamma = 0\n",
-      "v = 330644953.9552502 > c, setting 1/gamma = 0\n",
-      "v = 365147327.77265847 > c, setting 1/gamma = 0\n",
-      "v = 315220615.6842881 > c, setting 1/gamma = 0\n",
-      "v = 328737918.3374001 > c, setting 1/gamma = 0\n",
-      "v = 315020186.8547138 > c, setting 1/gamma = 0\n",
-      "v = 353424347.45036244 > c, setting 1/gamma = 0\n",
-      "v = 325636406.54706836 > c, setting 1/gamma = 0\n",
-      "v = 337669286.2273836 > c, setting 1/gamma = 0\n",
-      "v = 303916359.66057724 > c, setting 1/gamma = 0\n",
-      "v = 341930382.1104317 > c, setting 1/gamma = 0\n",
-      "v = 301007888.5560371 > c, setting 1/gamma = 0\n",
-      "v = 315330333.8231449 > c, setting 1/gamma = 0\n",
-      "v = 308966134.7390462 > c, setting 1/gamma = 0\n",
-      "v = 346201436.8694772 > c, setting 1/gamma = 0\n",
-      "v = 336338564.2471428 > c, setting 1/gamma = 0\n",
-      "v = 347454064.1377912 > c, setting 1/gamma = 0\n",
-      "v = 319204921.25140053 > c, setting 1/gamma = 0\n",
-      "v = 305788257.01891935 > c, setting 1/gamma = 0\n",
-      "v = 322214753.70807725 > c, setting 1/gamma = 0\n",
-      "v = 311688294.5607367 > c, setting 1/gamma = 0\n",
-      "v = 301592431.7629561 > c, setting 1/gamma = 0\n",
-      "v = 314676254.92048794 > c, setting 1/gamma = 0\n",
-      "v = 309419698.4972456 > c, setting 1/gamma = 0\n",
-      "v = 344602399.51698726 > c, setting 1/gamma = 0\n",
-      "v = 338651010.6188814 > c, setting 1/gamma = 0\n",
-      "v = 346980707.16039443 > c, setting 1/gamma = 0\n",
-      "v = 302249795.0211625 > c, setting 1/gamma = 0\n",
-      "v = 341376826.12488747 > c, setting 1/gamma = 0\n",
-      "v = 323065855.1653285 > c, setting 1/gamma = 0\n",
-      "v = 336278852.8103111 > c, setting 1/gamma = 0\n",
-      "v = 308367318.82118624 > c, setting 1/gamma = 0\n",
-      "v = 306098462.90109605 > c, setting 1/gamma = 0\n",
-      "v = 318093632.61119473 > c, setting 1/gamma = 0\n",
-      "v = 309998051.1794684 > c, setting 1/gamma = 0\n",
-      "v = 344459643.7152415 > c, setting 1/gamma = 0\n",
-      "v = 323147196.6349672 > c, setting 1/gamma = 0\n",
-      "v = 333755779.93102765 > c, setting 1/gamma = 0\n",
-      "v = 308119308.28345364 > c, setting 1/gamma = 0\n",
-      "v = 345791706.22506595 > c, setting 1/gamma = 0\n",
-      "v = 331529412.2427087 > c, setting 1/gamma = 0\n",
-      "v = 341989285.34483826 > c, setting 1/gamma = 0\n",
-      "v = 312679050.1357276 > c, setting 1/gamma = 0\n",
-      "v = 308518954.5641003 > c, setting 1/gamma = 0\n",
-      "v = 320002319.870571 > c, setting 1/gamma = 0\n",
-      "v = 308936800.8220073 > c, setting 1/gamma = 0\n",
-      "v = 343200455.19748586 > c, setting 1/gamma = 0\n",
-      "v = 308352332.26238614 > c, setting 1/gamma = 0\n",
-      "v = 320917897.86793417 > c, setting 1/gamma = 0\n",
-      "v = 310192654.2884152 > c, setting 1/gamma = 0\n",
-      "v = 346632881.96041787 > c, setting 1/gamma = 0\n",
-      "v = 329786851.0440643 > c, setting 1/gamma = 0\n",
-      "v = 339893185.44044906 > c, setting 1/gamma = 0\n",
-      "v = 318344927.8897881 > c, setting 1/gamma = 0\n",
-      "v = 308421847.4813354 > c, setting 1/gamma = 0\n",
-      "v = 319929465.9327609 > c, setting 1/gamma = 0\n",
-      "v = 306467505.9965535 > c, setting 1/gamma = 0\n",
-      "v = 340623298.03133243 > c, setting 1/gamma = 0\n",
-      "v = 315335124.6296125 > c, setting 1/gamma = 0\n",
-      "v = 341928868.6917865 > c, setting 1/gamma = 0\n",
-      "v = 352043739.4002112 > c, setting 1/gamma = 0\n",
-      "v = 305363769.81265473 > c, setting 1/gamma = 0\n",
-      "v = 312712241.3321007 > c, setting 1/gamma = 0\n",
-      "v = 324531462.885927 > c, setting 1/gamma = 0\n",
-      "v = 318589201.7786759 > c, setting 1/gamma = 0\n",
-      "v = 303762210.6966862 > c, setting 1/gamma = 0\n",
-      "v = 317096504.0540837 > c, setting 1/gamma = 0\n",
-      "v = 300064742.2254227 > c, setting 1/gamma = 0\n",
-      "v = 336597286.96075904 > c, setting 1/gamma = 0\n",
-      "v = 313379734.5809663 > c, setting 1/gamma = 0\n",
-      "v = 326580567.25123554 > c, setting 1/gamma = 0\n",
-      "v = 314050522.0003805 > c, setting 1/gamma = 0\n",
-      "v = 308230750.9507744 > c, setting 1/gamma = 0\n",
-      "v = 346250716.31607723 > c, setting 1/gamma = 0\n",
-      "v = 324253993.51434445 > c, setting 1/gamma = 0\n",
-      "v = 335952948.4443863 > c, setting 1/gamma = 0\n",
-      "v = 305869382.18905926 > c, setting 1/gamma = 0\n",
-      "v = 345942983.5758779 > c, setting 1/gamma = 0\n",
-      "v = 340691562.5286836 > c, setting 1/gamma = 0\n",
-      "v = 352027694.02843654 > c, setting 1/gamma = 0\n",
-      "v = 332608595.2771389 > c, setting 1/gamma = 0\n",
-      "v = 317537341.31831497 > c, setting 1/gamma = 0\n",
-      "v = 353418972.6182034 > c, setting 1/gamma = 0\n",
-      "v = 316663882.4447351 > c, setting 1/gamma = 0\n",
-      "v = 358300404.11123383 > c, setting 1/gamma = 0\n",
-      "v = 304737812.06600034 > c, setting 1/gamma = 0\n",
-      "v = 335078995.34845877 > c, setting 1/gamma = 0\n",
-      "v = 370061061.91233957 > c, setting 1/gamma = 0\n",
-      "v = 306448712.99377114 > c, setting 1/gamma = 0\n",
-      "v = 319888696.23406464 > c, setting 1/gamma = 0\n",
-      "v = 318113053.4007835 > c, setting 1/gamma = 0\n",
-      "v = 355859568.1024198 > c, setting 1/gamma = 0\n",
-      "v = 350977103.40805095 > c, setting 1/gamma = 0\n",
-      "v = 358762694.8574193 > c, setting 1/gamma = 0\n",
-      "v = 300020297.972038 > c, setting 1/gamma = 0\n",
-      "v = 341447480.25620335 > c, setting 1/gamma = 0\n",
-      "v = 350145481.0632662 > c, setting 1/gamma = 0\n",
-      "v = 385759053.1663071 > c, setting 1/gamma = 0\n",
-      "v = 316607775.7573183 > c, setting 1/gamma = 0\n",
-      "v = 333128638.13853586 > c, setting 1/gamma = 0\n",
-      "v = 313549110.40908235 > c, setting 1/gamma = 0\n",
-      "v = 301171527.600218 > c, setting 1/gamma = 0\n",
-      "v = 316599661.3775161 > c, setting 1/gamma = 0\n",
-      "v = 331844324.773758 > c, setting 1/gamma = 0\n",
-      "v = 307485232.8822025 > c, setting 1/gamma = 0\n",
-      "v = 314441056.34038866 > c, setting 1/gamma = 0\n",
-      "v = 315642585.62246513 > c, setting 1/gamma = 0\n",
-      "v = 341923720.0144568 > c, setting 1/gamma = 0\n",
-      "v = 375322552.72501606 > c, setting 1/gamma = 0\n",
-      "v = 333138576.1767715 > c, setting 1/gamma = 0\n",
-      "v = 343540938.9074386 > c, setting 1/gamma = 0\n",
-      "v = 321095683.01104426 > c, setting 1/gamma = 0\n",
-      "v = 314669281.805359 > c, setting 1/gamma = 0\n",
-      "v = 326906897.65594035 > c, setting 1/gamma = 0\n",
-      "v = 324512188.7035169 > c, setting 1/gamma = 0\n",
-      "v = 311351197.7688865 > c, setting 1/gamma = 0\n",
-      "v = 323703713.1671978 > c, setting 1/gamma = 0\n",
-      "v = 330220738.60361207 > c, setting 1/gamma = 0\n",
-      "v = 322487014.2550896 > c, setting 1/gamma = 0\n",
-      "v = 336632284.03719723 > c, setting 1/gamma = 0\n",
-      "v = 312713190.05435 > c, setting 1/gamma = 0\n",
-      "v = 302049050.31884336 > c, setting 1/gamma = 0\n",
-      "v = 310694888.12521505 > c, setting 1/gamma = 0\n",
-      "v = 320839374.26656693 > c, setting 1/gamma = 0\n",
-      "v = 317668081.1011557 > c, setting 1/gamma = 0\n",
-      "v = 351725127.24132717 > c, setting 1/gamma = 0\n",
-      "v = 309058285.2178677 > c, setting 1/gamma = 0\n",
-      "v = 321693040.49632055 > c, setting 1/gamma = 0\n",
-      "v = 303383352.91490144 > c, setting 1/gamma = 0\n",
-      "v = 338724019.9982813 > c, setting 1/gamma = 0\n",
-      "v = 307822659.8090112 > c, setting 1/gamma = 0\n",
-      "v = 318781698.7725146 > c, setting 1/gamma = 0\n",
-      "v = 311099028.71407086 > c, setting 1/gamma = 0\n",
-      "v = 343553418.7713184 > c, setting 1/gamma = 0\n",
-      "v = 325128049.4103625 > c, setting 1/gamma = 0\n",
-      "v = 362201256.8520106 > c, setting 1/gamma = 0\n",
-      "v = 330038623.4927667 > c, setting 1/gamma = 0\n",
-      "v = 341297612.6279996 > c, setting 1/gamma = 0\n",
-      "v = 316253642.905422 > c, setting 1/gamma = 0\n",
-      "v = 321549282.1580785 > c, setting 1/gamma = 0\n",
-      "v = 331746686.54940444 > c, setting 1/gamma = 0\n",
-      "v = 316093719.0206552 > c, setting 1/gamma = 0\n",
-      "v = 311162397.4736125 > c, setting 1/gamma = 0\n",
-      "v = 351035094.8138094 > c, setting 1/gamma = 0\n",
-      "v = 353201688.9385958 > c, setting 1/gamma = 0\n",
-      "v = 361092754.7228759 > c, setting 1/gamma = 0\n",
-      "v = 331707814.5193413 > c, setting 1/gamma = 0\n",
-      "v = 367732885.12277466 > c, setting 1/gamma = 0\n",
-      "v = 398688617.0129539 > c, setting 1/gamma = 0\n",
-      "v = 304439320.94134516 > c, setting 1/gamma = 0\n",
-      "v = 318797597.6544569 > c, setting 1/gamma = 0\n",
-      "v = 310699262.52614534 > c, setting 1/gamma = 0\n",
-      "v = 350186046.91463524 > c, setting 1/gamma = 0\n",
-      "v = 348682573.5939041 > c, setting 1/gamma = 0\n",
-      "v = 357761399.3089028 > c, setting 1/gamma = 0\n",
-      "v = 300550032.6590509 > c, setting 1/gamma = 0\n",
-      "v = 342214485.6591475 > c, setting 1/gamma = 0\n",
-      "v = 321259836.828415 > c, setting 1/gamma = 0\n",
-      "v = 357476929.6573232 > c, setting 1/gamma = 0\n",
-      "v = 315637128.48917997 > c, setting 1/gamma = 0\n",
-      "v = 358068148.74630684 > c, setting 1/gamma = 0\n",
-      "v = 390116607.6835076 > c, setting 1/gamma = 0\n",
-      "v = 418981195.0347414 > c, setting 1/gamma = 0\n",
-      "v = 305587699.0135737 > c, setting 1/gamma = 0\n",
-      "v = 321714206.16703403 > c, setting 1/gamma = 0\n",
-      "v = 303978206.06190664 > c, setting 1/gamma = 0\n",
-      "v = 344523069.2991223 > c, setting 1/gamma = 0\n",
-      "v = 324185844.67377377 > c, setting 1/gamma = 0\n",
-      "v = 337805436.6031601 > c, setting 1/gamma = 0\n",
-      "v = 303898865.14084804 > c, setting 1/gamma = 0\n",
-      "v = 345188126.7402052 > c, setting 1/gamma = 0\n",
-      "v = 309578436.20233715 > c, setting 1/gamma = 0\n",
-      "v = 315354236.1968736 > c, setting 1/gamma = 0\n",
-      "v = 307157045.87186414 > c, setting 1/gamma = 0\n",
-      "v = 345946834.5597102 > c, setting 1/gamma = 0\n",
-      "v = 343395377.15775764 > c, setting 1/gamma = 0\n",
-      "v = 353079349.5799378 > c, setting 1/gamma = 0\n",
-      "v = 314064211.5345605 > c, setting 1/gamma = 0\n",
-      "v = 302332402.54587734 > c, setting 1/gamma = 0\n",
-      "v = 316492839.9320039 > c, setting 1/gamma = 0\n",
-      "v = 301025616.911509 > c, setting 1/gamma = 0\n",
-      "v = 338604915.4003187 > c, setting 1/gamma = 0\n",
-      "v = 316546766.55376697 > c, setting 1/gamma = 0\n",
-      "v = 329052508.09291947 > c, setting 1/gamma = 0\n",
-      "v = 336918255.5430781 > c, setting 1/gamma = 0\n",
-      "v = 309651335.4268129 > c, setting 1/gamma = 0\n",
-      "v = 326101837.36116976 > c, setting 1/gamma = 0\n",
-      "v = 303263211.5254018 > c, setting 1/gamma = 0\n",
-      "v = 315698564.5897808 > c, setting 1/gamma = 0\n",
-      "v = 301709739.3303337 > c, setting 1/gamma = 0\n",
-      "v = 337025498.03648555 > c, setting 1/gamma = 0\n",
-      "v = 322176719.7219623 > c, setting 1/gamma = 0\n",
-      "v = 331801715.70836735 > c, setting 1/gamma = 0\n",
-      "v = 307831528.52957934 > c, setting 1/gamma = 0\n",
-      "v = 345484395.77644247 > c, setting 1/gamma = 0\n",
-      "v = 335441633.57149214 > c, setting 1/gamma = 0\n",
-      "v = 344210669.2261783 > c, setting 1/gamma = 0\n",
-      "v = 312868660.5159864 > c, setting 1/gamma = 0\n",
-      "v = 310042097.99868304 > c, setting 1/gamma = 0\n",
-      "v = 320047178.6117057 > c, setting 1/gamma = 0\n",
-      "v = 312015429.3232595 > c, setting 1/gamma = 0\n",
-      "v = 345604921.1612933 > c, setting 1/gamma = 0\n",
-      "v = 306359025.844884 > c, setting 1/gamma = 0\n",
-      "v = 345464934.6221214 > c, setting 1/gamma = 0\n",
-      "v = 333005680.68341786 > c, setting 1/gamma = 0\n",
-      "v = 342749767.8205014 > c, setting 1/gamma = 0\n",
-      "v = 302601988.03210175 > c, setting 1/gamma = 0\n",
-      "v = 307391156.9046281 > c, setting 1/gamma = 0\n",
-      "v = 317423346.37641776 > c, setting 1/gamma = 0\n",
-      "v = 317361855.3392284 > c, setting 1/gamma = 0\n",
-      "v = 350490574.1884119 > c, setting 1/gamma = 0\n",
-      "v = 300387313.226645 > c, setting 1/gamma = 0\n",
-      "v = 341720954.53956693 > c, setting 1/gamma = 0\n",
-      "v = 321271938.39275116 > c, setting 1/gamma = 0\n",
-      "v = 334444797.34639394 > c, setting 1/gamma = 0\n",
-      "v = 315968190.2003275 > c, setting 1/gamma = 0\n",
-      "v = 309650666.36655825 > c, setting 1/gamma = 0\n",
-      "v = 320970092.3904653 > c, setting 1/gamma = 0\n",
-      "v = 318598111.3986462 > c, setting 1/gamma = 0\n",
-      "v = 302050742.81789553 > c, setting 1/gamma = 0\n",
-      "v = 344910437.6002523 > c, setting 1/gamma = 0\n",
-      "v = 349351768.54288566 > c, setting 1/gamma = 0\n",
-      "v = 384997694.0584546 > c, setting 1/gamma = 0\n",
-      "v = 303586467.3618961 > c, setting 1/gamma = 0\n",
-      "v = 316898714.52866685 > c, setting 1/gamma = 0\n",
-      "v = 309957180.92633617 > c, setting 1/gamma = 0\n",
-      "v = 348637595.56257933 > c, setting 1/gamma = 0\n",
-      "v = 315728530.92666554 > c, setting 1/gamma = 0\n",
-      "v = 329483467.53687567 > c, setting 1/gamma = 0\n",
-      "v = 312541967.6074325 > c, setting 1/gamma = 0\n",
-      "v = 352792930.7992825 > c, setting 1/gamma = 0\n",
-      "v = 318097194.5851164 > c, setting 1/gamma = 0\n",
-      "v = 330541944.8068365 > c, setting 1/gamma = 0\n",
-      "v = 307347465.89075345 > c, setting 1/gamma = 0\n",
-      "v = 345544656.14055926 > c, setting 1/gamma = 0\n",
-      "v = 306458635.5687644 > c, setting 1/gamma = 0\n",
-      "v = 319171699.5605192 > c, setting 1/gamma = 0\n",
-      "v = 317337874.0161599 > c, setting 1/gamma = 0\n",
-      "v = 355377090.2924836 > c, setting 1/gamma = 0\n",
-      "v = 346622566.7361455 > c, setting 1/gamma = 0\n",
-      "v = 355000029.65362966 > c, setting 1/gamma = 0\n",
-      "v = 303199472.86151266 > c, setting 1/gamma = 0\n",
-      "v = 344984602.24459827 > c, setting 1/gamma = 0\n",
-      "v = 308794147.84193957 > c, setting 1/gamma = 0\n",
-      "v = 344896376.0198396 > c, setting 1/gamma = 0\n",
-      "v = 329962118.0831879 > c, setting 1/gamma = 0\n",
-      "v = 369943291.8409815 > c, setting 1/gamma = 0\n",
-      "v = 312088452.31992894 > c, setting 1/gamma = 0\n",
-      "v = 305483757.50018245 > c, setting 1/gamma = 0\n",
-      "v = 396286643.9852748 > c, setting 1/gamma = 0\n",
-      "v = 424864209.2584246 > c, setting 1/gamma = 0\n",
-      "v = 321389434.33335376 > c, setting 1/gamma = 0\n",
-      "v = 338214722.9966838 > c, setting 1/gamma = 0\n",
-      "v = 305166543.7494467 > c, setting 1/gamma = 0\n",
-      "v = 301218067.59383726 > c, setting 1/gamma = 0\n",
-      "v = 316268992.99399936 > c, setting 1/gamma = 0\n",
-      "v = 331685919.09046024 > c, setting 1/gamma = 0\n",
-      "v = 320023488.79791296 > c, setting 1/gamma = 0\n",
-      "v = 359849640.55876034 > c, setting 1/gamma = 0\n",
-      "v = 303925920.6771652 > c, setting 1/gamma = 0\n",
-      "v = 317292957.0716939 > c, setting 1/gamma = 0\n",
-      "v = 300764376.30201244 > c, setting 1/gamma = 0\n",
-      "v = 339418585.6941466 > c, setting 1/gamma = 0\n",
-      "v = 310057661.1902238 > c, setting 1/gamma = 0\n",
-      "v = 304712107.02397275 > c, setting 1/gamma = 0\n",
-      "v = 330864925.37295455 > c, setting 1/gamma = 0\n",
-      "v = 341478704.6842639 > c, setting 1/gamma = 0\n",
-      "v = 309007251.94786716 > c, setting 1/gamma = 0\n",
-      "v = 307658636.5552352 > c, setting 1/gamma = 0\n",
-      "v = 318344745.2290526 > c, setting 1/gamma = 0\n",
-      "v = 311880271.4790332 > c, setting 1/gamma = 0\n",
-      "v = 348048117.49482894 > c, setting 1/gamma = 0\n",
-      "v = 312758909.84203404 > c, setting 1/gamma = 0\n",
-      "v = 322100759.12563986 > c, setting 1/gamma = 0\n",
-      "v = 334293101.9533929 > c, setting 1/gamma = 0\n",
-      "v = 303233587.34632766 > c, setting 1/gamma = 0\n",
-      "v = 300259908.64621174 > c, setting 1/gamma = 0\n",
-      "v = 312404325.08825636 > c, setting 1/gamma = 0\n",
-      "v = 350574272.5099644 > c, setting 1/gamma = 0\n",
-      "v = 302626389.614638 > c, setting 1/gamma = 0\n",
-      "v = 317126626.01897836 > c, setting 1/gamma = 0\n",
-      "v = 317142921.71390665 > c, setting 1/gamma = 0\n",
-      "v = 316464593.97598207 > c, setting 1/gamma = 0\n",
-      "v = 326204831.55581766 > c, setting 1/gamma = 0\n",
-      "v = 306376984.6640553 > c, setting 1/gamma = 0\n",
-      "v = 341845563.484461 > c, setting 1/gamma = 0\n",
-      "v = 323707901.8880009 > c, setting 1/gamma = 0\n",
-      "v = 364794213.15137005 > c, setting 1/gamma = 0\n",
-      "v = 306750555.5673073 > c, setting 1/gamma = 0\n",
-      "v = 323838785.37299824 > c, setting 1/gamma = 0\n",
-      "v = 303247190.19015133 > c, setting 1/gamma = 0\n",
-      "v = 344869714.43213576 > c, setting 1/gamma = 0\n",
-      "v = 303809242.5408568 > c, setting 1/gamma = 0\n",
-      "v = 379630658.0162764 > c, setting 1/gamma = 0\n",
-      "v = 413065512.7176849 > c, setting 1/gamma = 0\n",
-      "v = 300478495.9762353 > c, setting 1/gamma = 0\n",
-      "v = 343207944.92255664 > c, setting 1/gamma = 0\n",
-      "v = 404770399.2775516 > c, setting 1/gamma = 0\n",
-      "v = 427439122.9170464 > c, setting 1/gamma = 0\n",
-      "v = 301998040.2508209 > c, setting 1/gamma = 0\n",
-      "v = 319349938.76112527 > c, setting 1/gamma = 0\n",
-      "v = 309183907.0031356 > c, setting 1/gamma = 0\n",
-      "v = 353490214.47297007 > c, setting 1/gamma = 0\n",
-      "v = 356430378.121373 > c, setting 1/gamma = 0\n",
-      "v = 393881451.3792559 > c, setting 1/gamma = 0\n",
-      "v = 366570158.99091786 > c, setting 1/gamma = 0\n",
-      "v = 404555021.7000118 > c, setting 1/gamma = 0\n",
-      "v = 385633076.8030494 > c, setting 1/gamma = 0\n",
-      "v = 423078954.2597002 > c, setting 1/gamma = 0\n",
-      "v = 300933519.00706416 > c, setting 1/gamma = 0\n",
-      "v = 320851073.67360854 > c, setting 1/gamma = 0\n",
-      "v = 313724273.79962075 > c, setting 1/gamma = 0\n",
-      "v = 320233662.38007945 > c, setting 1/gamma = 0\n",
-      "v = 364459783.3271046 > c, setting 1/gamma = 0\n",
-      "v = 396365701.53494906 > c, setting 1/gamma = 0\n",
-      "v = 431574272.3298928 > c, setting 1/gamma = 0\n",
-      "v = 305708622.78649825 > c, setting 1/gamma = 0\n",
-      "v = 324542839.73850024 > c, setting 1/gamma = 0\n",
-      "v = 305443333.7380152 > c, setting 1/gamma = 0\n",
-      "v = 423052107.068928 > c, setting 1/gamma = 0\n",
-      "v = 451568369.87434274 > c, setting 1/gamma = 0\n",
-      "v = 309699652.70715517 > c, setting 1/gamma = 0\n",
-      "v = 330954160.00213045 > c, setting 1/gamma = 0\n",
-      "v = 311575260.4856818 > c, setting 1/gamma = 0\n",
-      "v = 367729173.93089247 > c, setting 1/gamma = 0\n",
-      "v = 407841666.96728927 > c, setting 1/gamma = 0\n",
-      "v = 334104112.17093545 > c, setting 1/gamma = 0\n",
-      "v = 377627572.2999341 > c, setting 1/gamma = 0\n",
-      "v = 306063623.96783566 > c, setting 1/gamma = 0\n",
-      "v = 321450566.82776713 > c, setting 1/gamma = 0\n",
-      "v = 342861058.2266235 > c, setting 1/gamma = 0\n",
-      "v = 300379320.1000219 > c, setting 1/gamma = 0\n",
-      "v = 349925487.18901813 > c, setting 1/gamma = 0\n",
-      "v = 411665467.8371217 > c, setting 1/gamma = 0\n",
-      "v = 444705915.89448285 > c, setting 1/gamma = 0\n",
-      "v = 327196223.6092083 > c, setting 1/gamma = 0\n",
-      "v = 347156289.82200795 > c, setting 1/gamma = 0\n",
-      "v = 302249173.6437185 > c, setting 1/gamma = 0\n",
-      "v = 351790073.99012345 > c, setting 1/gamma = 0\n",
-      "v = 386043494.4763712 > c, setting 1/gamma = 0\n",
-      "v = 423481387.5101005 > c, setting 1/gamma = 0\n",
-      "v = 305044434.9885292 > c, setting 1/gamma = 0\n",
-      "v = 312301219.20010173 > c, setting 1/gamma = 0\n",
-      "v = 361153314.3988707 > c, setting 1/gamma = 0\n",
-      "v = 307715063.1238845 > c, setting 1/gamma = 0\n",
-      "v = 351895847.6513291 > c, setting 1/gamma = 0\n",
-      "v = 303332205.63100016 > c, setting 1/gamma = 0\n",
-      "v = 398436848.7075552 > c, setting 1/gamma = 0\n",
-      "v = 434358097.0900349 > c, setting 1/gamma = 0\n",
-      "v = 328089984.66977376 > c, setting 1/gamma = 0\n",
-      "v = 345654504.4990745 > c, setting 1/gamma = 0\n",
-      "v = 320144364.9854757 > c, setting 1/gamma = 0\n",
-      "v = 334683901.14480114 > c, setting 1/gamma = 0\n",
-      "v = 376988503.5422175 > c, setting 1/gamma = 0\n",
-      "v = 389658617.87570804 > c, setting 1/gamma = 0\n",
-      "v = 427348214.61060154 > c, setting 1/gamma = 0\n",
-      "v = 306070282.29353505 > c, setting 1/gamma = 0\n",
-      "v = 325125068.75063115 > c, setting 1/gamma = 0\n",
-      "v = 331538902.24976814 > c, setting 1/gamma = 0\n",
-      "v = 306732136.65481824 > c, setting 1/gamma = 0\n",
-      "v = 327677957.98856604 > c, setting 1/gamma = 0\n",
-      "v = 373897834.122712 > c, setting 1/gamma = 0\n",
-      "v = 323952677.5727155 > c, setting 1/gamma = 0\n",
-      "v = 319672122.05169153 > c, setting 1/gamma = 0\n",
-      "v = 358456791.5743866 > c, setting 1/gamma = 0\n",
-      "v = 408252617.7201858 > c, setting 1/gamma = 0\n",
-      "v = 444861105.24512184 > c, setting 1/gamma = 0\n",
-      "v = 318005763.9903756 > c, setting 1/gamma = 0\n",
-      "v = 434836718.69033664 > c, setting 1/gamma = 0\n",
-      "v = 469982727.79003 > c, setting 1/gamma = 0\n",
-      "v = 328968471.7806519 > c, setting 1/gamma = 0\n",
-      "v = 379602818.19108754 > c, setting 1/gamma = 0\n",
-      "v = 301593255.2816325 > c, setting 1/gamma = 0\n",
-      "v = 355375870.701378 > c, setting 1/gamma = 0\n",
-      "v = 328997416.558281 > c, setting 1/gamma = 0\n",
-      "v = 379090335.8959887 > c, setting 1/gamma = 0\n",
-      "v = 319909594.21998495 > c, setting 1/gamma = 0\n",
-      "v = 313900737.6923464 > c, setting 1/gamma = 0\n",
-      "v = 377154801.21907836 > c, setting 1/gamma = 0\n",
-      "v = 384069647.62327343 > c, setting 1/gamma = 0\n",
-      "v = 304328823.96065086 > c, setting 1/gamma = 0\n",
-      "v = 319421664.14331836 > c, setting 1/gamma = 0\n",
-      "v = 364658103.5377066 > c, setting 1/gamma = 0\n",
-      "v = 377183235.1009224 > c, setting 1/gamma = 0\n",
-      "v = 418498562.6976895 > c, setting 1/gamma = 0\n",
-      "v = 335344030.7670584 > c, setting 1/gamma = 0\n",
-      "v = 301174573.9197501 > c, setting 1/gamma = 0\n",
-      "v = 300794484.7310081 > c, setting 1/gamma = 0\n",
-      "v = 341470001.9895654 > c, setting 1/gamma = 0\n",
-      "v = 319432161.0071558 > c, setting 1/gamma = 0\n",
-      "v = 375666827.05419433 > c, setting 1/gamma = 0\n",
-      "v = 340355645.2827394 > c, setting 1/gamma = 0\n",
-      "v = 391464696.5278089 > c, setting 1/gamma = 0\n",
-      "v = 331570253.05649114 > c, setting 1/gamma = 0\n",
-      "v = 379394236.5317948 > c, setting 1/gamma = 0\n",
-      "v = 313926918.8363563 > c, setting 1/gamma = 0\n",
-      "v = 323775282.8269868 > c, setting 1/gamma = 0\n",
-      "v = 366784880.8742431 > c, setting 1/gamma = 0\n",
-      "v = 319891471.81295234 > c, setting 1/gamma = 0\n",
-      "v = 371975344.22709864 > c, setting 1/gamma = 0\n",
-      "v = 301559280.2212231 > c, setting 1/gamma = 0\n",
-      "v = 302205898.19618225 > c, setting 1/gamma = 0\n",
-      "v = 466197420.1871831 > c, setting 1/gamma = 0\n",
-      "v = 488536787.1654385 > c, setting 1/gamma = 0\n",
-      "v = 408071022.9285613 > c, setting 1/gamma = 0\n",
-      "v = 451424536.82217264 > c, setting 1/gamma = 0\n",
-      "v = 317348995.8184555 > c, setting 1/gamma = 0\n",
-      "v = 326679839.17791367 > c, setting 1/gamma = 0\n",
-      "v = 350737286.1853566 > c, setting 1/gamma = 0\n",
-      "v = 305090898.91345 > c, setting 1/gamma = 0\n",
-      "v = 358593413.2006666 > c, setting 1/gamma = 0\n",
-      "v = 404024545.4028931 > c, setting 1/gamma = 0\n",
-      "v = 442293301.6781472 > c, setting 1/gamma = 0\n",
-      "v = 350383397.52420104 > c, setting 1/gamma = 0\n",
-      "v = 399780951.127433 > c, setting 1/gamma = 0\n",
-      "v = 313087485.8546094 > c, setting 1/gamma = 0\n",
-      "v = 305526197.82948405 > c, setting 1/gamma = 0\n",
-      "v = 427162819.7009093 > c, setting 1/gamma = 0\n",
-      "v = 464087525.2856628 > c, setting 1/gamma = 0\n",
-      "v = 341165540.1781264 > c, setting 1/gamma = 0\n",
-      "v = 389234905.55482405 > c, setting 1/gamma = 0\n",
-      "v = 306968280.33456904 > c, setting 1/gamma = 0\n",
-      "v = 420699255.9106349 > c, setting 1/gamma = 0\n",
-      "v = 452518687.92390394 > c, setting 1/gamma = 0\n",
-      "v = 352748979.6115627 > c, setting 1/gamma = 0\n",
-      "v = 401538434.80126345 > c, setting 1/gamma = 0\n",
-      "v = 326377465.1377021 > c, setting 1/gamma = 0\n",
-      "v = 374635227.4757304 > c, setting 1/gamma = 0\n",
-      "v = 316701044.6749574 > c, setting 1/gamma = 0\n",
-      "v = 360788411.07853675 > c, setting 1/gamma = 0\n",
-      "v = 317227214.6855145 > c, setting 1/gamma = 0\n",
-      "v = 443273528.2118428 > c, setting 1/gamma = 0\n",
-      "v = 474542354.4539115 > c, setting 1/gamma = 0\n",
-      "v = 357252127.6844797 > c, setting 1/gamma = 0\n",
-      "v = 406881329.0762927 > c, setting 1/gamma = 0\n",
-      "v = 307785950.3198259 > c, setting 1/gamma = 0\n",
-      "v = 331498161.44137263 > c, setting 1/gamma = 0\n",
-      "v = 315814561.3224198 > c, setting 1/gamma = 0\n",
-      "v = 367622627.6710319 > c, setting 1/gamma = 0\n",
-      "v = 316257065.98510873 > c, setting 1/gamma = 0\n",
-      "v = 361357018.79237634 > c, setting 1/gamma = 0\n",
-      "v = 325926083.65758485 > c, setting 1/gamma = 0\n",
-      "v = 369661280.99849814 > c, setting 1/gamma = 0\n",
-      "v = 402170873.78692216 > c, setting 1/gamma = 0\n",
-      "v = 442584362.9859254 > c, setting 1/gamma = 0\n",
-      "v = 322884680.89853215 > c, setting 1/gamma = 0\n",
-      "v = 388030154.6466103 > c, setting 1/gamma = 0\n",
-      "v = 433165601.843607 > c, setting 1/gamma = 0\n",
-      "v = 331714512.9256634 > c, setting 1/gamma = 0\n",
-      "v = 380359704.95492727 > c, setting 1/gamma = 0\n",
-      "v = 407923663.0706542 > c, setting 1/gamma = 0\n",
-      "v = 444053470.73966557 > c, setting 1/gamma = 0\n",
-      "v = 314101122.47249115 > c, setting 1/gamma = 0\n",
-      "v = 356812722.11543393 > c, setting 1/gamma = 0\n",
-      "v = 306457071.00395817 > c, setting 1/gamma = 0\n",
-      "v = 310108605.98209745 > c, setting 1/gamma = 0\n",
-      "v = 363710442.50409937 > c, setting 1/gamma = 0\n",
-      "v = 318078651.40940297 > c, setting 1/gamma = 0\n",
-      "v = 366933667.246559 > c, setting 1/gamma = 0\n",
-      "v = 308524549.6307929 > c, setting 1/gamma = 0\n",
-      "v = 349938286.6333273 > c, setting 1/gamma = 0\n",
-      "v = 309213695.3521437 > c, setting 1/gamma = 0\n",
-      "v = 352813039.4118435 > c, setting 1/gamma = 0\n",
-      "v = 402616954.0567556 > c, setting 1/gamma = 0\n",
-      "v = 311773158.8350405 > c, setting 1/gamma = 0\n",
-      "v = 331382139.10172516 > c, setting 1/gamma = 0\n",
-      "v = 388124191.6441371 > c, setting 1/gamma = 0\n",
-      "v = 337850391.00305194 > c, setting 1/gamma = 0\n",
-      "v = 391497158.48214865 > c, setting 1/gamma = 0\n",
-      "v = 314254213.6306912 > c, setting 1/gamma = 0\n",
-      "v = 362554528.36951077 > c, setting 1/gamma = 0\n",
-      "v = 316846816.572126 > c, setting 1/gamma = 0\n",
-      "v = 301046835.9325112 > c, setting 1/gamma = 0\n",
-      "v = 306906866.7848229 > c, setting 1/gamma = 0\n",
-      "v = 301697359.35599625 > c, setting 1/gamma = 0\n",
-      "v = 663966770.0654284 > c, setting 1/gamma = 0\n",
-      "v = 539418994.3721447 > c, setting 1/gamma = 0\n",
-      "v = 342095412.6412132 > c, setting 1/gamma = 0\n",
-      "v = 394461995.1885988 > c, setting 1/gamma = 0\n",
-      "v = 305258822.757075 > c, setting 1/gamma = 0\n",
-      "v = 447132606.7087733 > c, setting 1/gamma = 0\n",
-      "v = 480807912.0637512 > c, setting 1/gamma = 0\n",
-      "v = 329302653.6353431 > c, setting 1/gamma = 0\n",
-      "v = 382298407.69772387 > c, setting 1/gamma = 0\n",
-      "v = 345384686.71352714 > c, setting 1/gamma = 0\n",
-      "v = 391674483.5148036 > c, setting 1/gamma = 0\n",
-      "v = 314181127.5749633 > c, setting 1/gamma = 0\n",
-      "v = 314641497.7510222 > c, setting 1/gamma = 0\n",
-      "v = 302365443.01497906 > c, setting 1/gamma = 0\n",
-      "v = 542333353.2235668 > c, setting 1/gamma = 0\n",
-      "v = 535908361.61227363 > c, setting 1/gamma = 0\n",
-      "v = 355537544.79921585 > c, setting 1/gamma = 0\n",
-      "v = 408203071.3383606 > c, setting 1/gamma = 0\n",
-      "v = 325598042.2919097 > c, setting 1/gamma = 0\n",
-      "v = 377568187.9935313 > c, setting 1/gamma = 0\n",
-      "v = 352065738.28858835 > c, setting 1/gamma = 0\n",
-      "v = 404889256.79511356 > c, setting 1/gamma = 0\n",
-      "v = 310159175.1433959 > c, setting 1/gamma = 0\n",
-      "v = 381227597.4870806 > c, setting 1/gamma = 0\n",
-      "v = 426087120.9086459 > c, setting 1/gamma = 0\n",
-      "v = 458546530.10229355 > c, setting 1/gamma = 0\n",
-      "v = 485051012.4419155 > c, setting 1/gamma = 0\n",
-      "v = 333128085.2218024 > c, setting 1/gamma = 0\n",
-      "v = 311074607.5878287 > c, setting 1/gamma = 0\n",
-      "v = 354173887.20717376 > c, setting 1/gamma = 0\n",
-      "v = 379395946.8978437 > c, setting 1/gamma = 0\n",
-      "v = 426230962.78801584 > c, setting 1/gamma = 0\n",
-      "v = 332328358.3005198 > c, setting 1/gamma = 0\n",
-      "v = 376949253.4825845 > c, setting 1/gamma = 0\n",
-      "v = 453161120.2713046 > c, setting 1/gamma = 0\n",
-      "v = 479498360.8914587 > c, setting 1/gamma = 0\n",
-      "v = 347079135.4911075 > c, setting 1/gamma = 0\n",
-      "v = 396967179.78411806 > c, setting 1/gamma = 0\n",
-      "v = 309178712.1529269 > c, setting 1/gamma = 0\n",
-      "v = 356650614.9062173 > c, setting 1/gamma = 0\n",
-      "v = 352911979.9070702 > c, setting 1/gamma = 0\n",
-      "v = 407183568.11258566 > c, setting 1/gamma = 0\n",
-      "v = 324706537.10233176 > c, setting 1/gamma = 0\n",
-      "v = 329541585.8989466 > c, setting 1/gamma = 0\n",
-      "v = 445995802.6628777 > c, setting 1/gamma = 0\n",
-      "v = 476559670.9946783 > c, setting 1/gamma = 0\n",
-      "v = 333280241.2422619 > c, setting 1/gamma = 0\n",
-      "v = 377660191.04915047 > c, setting 1/gamma = 0\n",
-      "v = 478217264.6569671 > c, setting 1/gamma = 0\n",
-      "v = 494696637.7477649 > c, setting 1/gamma = 0\n",
-      "v = 315659663.24454087 > c, setting 1/gamma = 0\n",
-      "v = 365974485.7454052 > c, setting 1/gamma = 0\n",
-      "v = 336538514.11954325 > c, setting 1/gamma = 0\n",
-      "v = 381900841.16210335 > c, setting 1/gamma = 0\n",
-      "v = 415235353.69763803 > c, setting 1/gamma = 0\n",
-      "v = 462405451.9221771 > c, setting 1/gamma = 0\n",
-      "v = 351847903.36662626 > c, setting 1/gamma = 0\n",
-      "v = 406110848.59470004 > c, setting 1/gamma = 0\n",
-      "v = 305265839.62599534 > c, setting 1/gamma = 0\n",
-      "v = 352276035.44821286 > c, setting 1/gamma = 0\n",
-      "v = 397095329.6420444 > c, setting 1/gamma = 0\n",
-      "v = 451674060.5753516 > c, setting 1/gamma = 0\n",
-      "v = 399451593.27795804 > c, setting 1/gamma = 0\n",
-      "v = 450795734.32286 > c, setting 1/gamma = 0\n",
-      "v = 302667230.09634167 > c, setting 1/gamma = 0\n",
-      "v = 394012136.9998043 > c, setting 1/gamma = 0\n",
-      "v = 448137533.53860354 > c, setting 1/gamma = 0\n",
-      "v = 342403871.8779712 > c, setting 1/gamma = 0\n",
-      "v = 398228613.33850354 > c, setting 1/gamma = 0\n",
-      "v = 311468925.47064805 > c, setting 1/gamma = 0\n",
-      "v = 302209317.5021253 > c, setting 1/gamma = 0\n",
-      "v = 361548597.74803483 > c, setting 1/gamma = 0\n",
-      "v = 445741793.13483495 > c, setting 1/gamma = 0\n",
-      "v = 487491594.13690996 > c, setting 1/gamma = 0\n",
-      "v = 335617640.77983034 > c, setting 1/gamma = 0\n",
-      "v = 390751362.463531 > c, setting 1/gamma = 0\n",
-      "v = 311843962.04876256 > c, setting 1/gamma = 0\n",
-      "v = 357742283.15425044 > c, setting 1/gamma = 0\n",
-      "v = 488202578.0846314 > c, setting 1/gamma = 0\n",
-      "v = 501242536.04939365 > c, setting 1/gamma = 0\n",
-      "v = 358072344.2973028 > c, setting 1/gamma = 0\n",
-      "v = 409221817.51357615 > c, setting 1/gamma = 0\n",
-      "v = 318685543.4257166 > c, setting 1/gamma = 0\n",
-      "v = 364700807.8530958 > c, setting 1/gamma = 0\n",
-      "v = 351326069.98888725 > c, setting 1/gamma = 0\n",
-      "v = 407437047.0491972 > c, setting 1/gamma = 0\n",
-      "v = 339099853.7324426 > c, setting 1/gamma = 0\n",
-      "v = 392549961.92104584 > c, setting 1/gamma = 0\n",
-      "v = 311488671.9609 > c, setting 1/gamma = 0\n",
-      "v = 359685872.7805783 > c, setting 1/gamma = 0\n",
-      "v = 558790719.2949251 > c, setting 1/gamma = 0\n",
-      "v = 552831420.1369901 > c, setting 1/gamma = 0\n",
-      "v = 508563575.83637744 > c, setting 1/gamma = 0\n",
-      "v = 525820640.9189886 > c, setting 1/gamma = 0\n",
-      "v = 433136068.71712804 > c, setting 1/gamma = 0\n",
-      "v = 478941466.63885754 > c, setting 1/gamma = 0\n",
-      "v = 319815026.5484056 > c, setting 1/gamma = 0\n",
-      "v = 375422582.58357906 > c, setting 1/gamma = 0\n",
-      "v = 447364052.12334216 > c, setting 1/gamma = 0\n",
-      "v = 490909914.8975554 > c, setting 1/gamma = 0\n",
-      "v = 325824074.90905094 > c, setting 1/gamma = 0\n",
-      "v = 385384420.31731445 > c, setting 1/gamma = 0\n",
-      "v = 337729339.97742563 > c, setting 1/gamma = 0\n",
-      "v = 302209014.0027836 > c, setting 1/gamma = 0\n",
-      "v = 358317129.3452105 > c, setting 1/gamma = 0\n",
-      "v = 338273282.0815388 > c, setting 1/gamma = 0\n",
-      "v = 386622559.1446825 > c, setting 1/gamma = 0\n",
-      "v = 303979900.3544291 > c, setting 1/gamma = 0\n",
-      "v = 354832921.7168077 > c, setting 1/gamma = 0\n",
-      "v = 304896459.28405195 > c, setting 1/gamma = 0\n",
-      "v = 349249015.1920651 > c, setting 1/gamma = 0\n",
-      "v = 336349159.81988674 > c, setting 1/gamma = 0\n",
-      "v = 387409282.9598056 > c, setting 1/gamma = 0\n",
-      "v = 327620215.45640224 > c, setting 1/gamma = 0\n",
-      "v = 373714353.5728314 > c, setting 1/gamma = 0\n",
-      "v = 347745722.0482445 > c, setting 1/gamma = 0\n",
-      "v = 401321730.922069 > c, setting 1/gamma = 0\n",
-      "v = 311231797.9002854 > c, setting 1/gamma = 0\n",
-      "v = 484417080.73055315 > c, setting 1/gamma = 0\n",
-      "v = 503300466.7294758 > c, setting 1/gamma = 0\n",
-      "v = 307975917.7846559 > c, setting 1/gamma = 0\n",
-      "v = 354772335.4019915 > c, setting 1/gamma = 0\n",
-      "v = 411517859.4488351 > c, setting 1/gamma = 0\n",
-      "v = 350195512.86224097 > c, setting 1/gamma = 0\n",
-      "v = 399875674.6673672 > c, setting 1/gamma = 0\n",
-      "v = 378584806.5244612 > c, setting 1/gamma = 0\n",
-      "v = 426001068.2457343 > c, setting 1/gamma = 0\n",
-      "v = 322526890.23579663 > c, setting 1/gamma = 0\n",
-      "v = 376240798.8310362 > c, setting 1/gamma = 0\n",
-      "v = 309051021.40813863 > c, setting 1/gamma = 0\n",
-      "v = 398213583.6297301 > c, setting 1/gamma = 0\n",
-      "v = 443315128.60038865 > c, setting 1/gamma = 0\n",
-      "v = 613574358.8958707 > c, setting 1/gamma = 0\n",
-      "v = 540542851.5032413 > c, setting 1/gamma = 0\n",
-      "v = 349459446.2724396 > c, setting 1/gamma = 0\n",
-      "v = 402245159.8084627 > c, setting 1/gamma = 0\n",
-      "v = 495707632.7622919 > c, setting 1/gamma = 0\n",
-      "v = 513274878.20513153 > c, setting 1/gamma = 0\n",
-      "v = 313016096.41621774 > c, setting 1/gamma = 0\n",
-      "v = 359275393.51494247 > c, setting 1/gamma = 0\n",
-      "v = 411373295.19136214 > c, setting 1/gamma = 0\n",
-      "v = 309622510.35297835 > c, setting 1/gamma = 0\n",
-      "v = 359465182.9083629 > c, setting 1/gamma = 0\n",
-      "v = 431839072.1147089 > c, setting 1/gamma = 0\n",
-      "v = 470279390.97424173 > c, setting 1/gamma = 0\n",
-      "v = 363982513.2365437 > c, setting 1/gamma = 0\n",
-      "v = 419867630.5454133 > c, setting 1/gamma = 0\n",
-      "v = 350903572.1630117 > c, setting 1/gamma = 0\n",
-      "v = 405345789.05217457 > c, setting 1/gamma = 0\n",
-      "v = 477043290.8031251 > c, setting 1/gamma = 0\n",
-      "v = 496857968.40365577 > c, setting 1/gamma = 0\n",
-      "v = 308600983.46081275 > c, setting 1/gamma = 0\n",
-      "v = 358510426.0269273 > c, setting 1/gamma = 0\n",
-      "v = 324319194.030927 > c, setting 1/gamma = 0\n",
-      "v = 369991017.024271 > c, setting 1/gamma = 0\n",
-      "v = 484245089.1332214 > c, setting 1/gamma = 0\n",
-      "v = 499665029.8141489 > c, setting 1/gamma = 0\n",
-      "v = 348975156.41573495 > c, setting 1/gamma = 0\n",
-      "v = 400581667.4256416 > c, setting 1/gamma = 0\n",
-      "v = 323380198.55487394 > c, setting 1/gamma = 0\n",
-      "v = 369838911.47633594 > c, setting 1/gamma = 0\n",
-      "v = 352864166.81424075 > c, setting 1/gamma = 0\n",
-      "v = 411139078.7099582 > c, setting 1/gamma = 0\n",
-      "v = 369415099.80049086 > c, setting 1/gamma = 0\n",
-      "v = 422769263.9280653 > c, setting 1/gamma = 0\n",
-      "v = 302057466.45908743 > c, setting 1/gamma = 0\n",
-      "v = 355031549.5776569 > c, setting 1/gamma = 0\n",
-      "v = 327492777.05230147 > c, setting 1/gamma = 0\n",
-      "v = 314339795.76006293 > c, setting 1/gamma = 0\n",
-      "v = 302542609.7489679 > c, setting 1/gamma = 0\n",
-      "v = 355502480.69419146 > c, setting 1/gamma = 0\n",
-      "v = 301114798.53063047 > c, setting 1/gamma = 0\n",
-      "v = 305699834.15530443 > c, setting 1/gamma = 0\n",
-      "v = 397518468.74479365 > c, setting 1/gamma = 0\n",
-      "v = 452261864.4290283 > c, setting 1/gamma = 0\n",
-      "v = 349464135.33472 > c, setting 1/gamma = 0\n",
-      "v = 409318299.6044506 > c, setting 1/gamma = 0\n",
-      "v = 306322921.7430971 > c, setting 1/gamma = 0\n",
-      "v = 357627168.26525897 > c, setting 1/gamma = 0\n",
-      "v = 357491752.4861295 > c, setting 1/gamma = 0\n",
-      "v = 413970734.71344125 > c, setting 1/gamma = 0\n",
-      "v = 319011192.02402985 > c, setting 1/gamma = 0\n",
-      "v = 422091096.5173522 > c, setting 1/gamma = 0\n",
-      "v = 470793101.15960246 > c, setting 1/gamma = 0\n",
-      "v = 315101375.5731753 > c, setting 1/gamma = 0\n",
-      "v = 371946604.9028815 > c, setting 1/gamma = 0\n",
-      "v = 337711023.7931544 > c, setting 1/gamma = 0\n",
-      "v = 389323537.23458123 > c, setting 1/gamma = 0\n",
-      "v = 352836897.59262073 > c, setting 1/gamma = 0\n",
-      "v = 412360249.5116692 > c, setting 1/gamma = 0\n",
-      "v = 364156079.65019655 > c, setting 1/gamma = 0\n",
-      "v = 422027158.57945 > c, setting 1/gamma = 0\n",
-      "v = 320407650.9845898 > c, setting 1/gamma = 0\n",
-      "v = 371284743.3306732 > c, setting 1/gamma = 0\n",
-      "v = 377352541.18151796 > c, setting 1/gamma = 0\n",
-      "v = 435920635.9395891 > c, setting 1/gamma = 0\n",
-      "v = 456346693.8344022 > c, setting 1/gamma = 0\n",
-      "v = 497161658.5980002 > c, setting 1/gamma = 0\n",
-      "v = 310900396.6294643 > c, setting 1/gamma = 0\n",
-      "v = 367516050.0333721 > c, setting 1/gamma = 0\n",
-      "v = 544220210.713815 > c, setting 1/gamma = 0\n",
-      "v = 546016339.346798 > c, setting 1/gamma = 0\n",
-      "v = 608169439.4021394 > c, setting 1/gamma = 0\n",
-      "v = 573157746.0093153 > c, setting 1/gamma = 0\n",
-      "v = 308483450.22550815 > c, setting 1/gamma = 0\n",
-      "v = 312546394.9348384 > c, setting 1/gamma = 0\n",
-      "v = 371568532.1376417 > c, setting 1/gamma = 0\n",
-      "v = 426741485.32607347 > c, setting 1/gamma = 0\n",
-      "v = 307191334.7883797 > c, setting 1/gamma = 0\n",
-      "v = 328740888.37244153 > c, setting 1/gamma = 0\n",
-      "v = 379771469.14866674 > c, setting 1/gamma = 0\n",
-      "v = 381988774.1469927 > c, setting 1/gamma = 0\n",
-      "v = 434691953.6105609 > c, setting 1/gamma = 0\n",
-      "v = 303184137.2700573 > c, setting 1/gamma = 0\n",
-      "v = 332891608.2638071 > c, setting 1/gamma = 0\n",
-      "v = 596595766.4508156 > c, setting 1/gamma = 0\n",
-      "v = 571072588.8640125 > c, setting 1/gamma = 0\n",
-      "v = 301948035.02194643 > c, setting 1/gamma = 0\n",
-      "v = 361917920.2678326 > c, setting 1/gamma = 0\n",
-      "v = 300083828.24906373 > c, setting 1/gamma = 0\n",
-      "v = 351827675.4516541 > c, setting 1/gamma = 0\n",
-      "v = 341456125.45324737 > c, setting 1/gamma = 0\n",
-      "v = 310403825.5063578 > c, setting 1/gamma = 0\n",
-      "v = 308828052.70643693 > c, setting 1/gamma = 0\n",
-      "v = 364248100.10868317 > c, setting 1/gamma = 0\n",
-      "v = 337037709.17692906 > c, setting 1/gamma = 0\n",
-      "v = 452867465.2539521 > c, setting 1/gamma = 0\n",
-      "v = 502066847.3002967 > c, setting 1/gamma = 0\n",
-      "v = 301160259.9801235 > c, setting 1/gamma = 0\n",
-      "v = 701078105.8395447 > c, setting 1/gamma = 0\n",
-      "v = 569494494.6540821 > c, setting 1/gamma = 0\n",
-      "v = 316445415.2380495 > c, setting 1/gamma = 0\n",
-      "v = 443387724.5138593 > c, setting 1/gamma = 0\n",
-      "v = 492391519.92857337 > c, setting 1/gamma = 0\n",
-      "v = 328406314.07084846 > c, setting 1/gamma = 0\n",
-      "v = 328324517.46727437 > c, setting 1/gamma = 0\n",
-      "v = 389594052.39391685 > c, setting 1/gamma = 0\n",
-      "v = 349080351.1159204 > c, setting 1/gamma = 0\n",
-      "v = 411992211.7802721 > c, setting 1/gamma = 0\n",
-      "v = 572582290.8600043 > c, setting 1/gamma = 0\n",
-      "v = 569795493.7130096 > c, setting 1/gamma = 0\n",
-      "v = 483337567.9388151 > c, setting 1/gamma = 0\n",
-      "v = 518365978.153185 > c, setting 1/gamma = 0\n",
-      "v = 604536459.1770748 > c, setting 1/gamma = 0\n",
-      "v = 574545944.5522959 > c, setting 1/gamma = 0\n",
-      "v = 330780435.48500806 > c, setting 1/gamma = 0\n",
-      "v = 395303805.79218304 > c, setting 1/gamma = 0\n",
-      "v = 391300206.5009582 > c, setting 1/gamma = 0\n",
-      "v = 452769673.66248375 > c, setting 1/gamma = 0\n",
-      "v = 499311559.71593255 > c, setting 1/gamma = 0\n",
-      "v = 529039622.8682432 > c, setting 1/gamma = 0\n",
-      "v = 323705694.9689724 > c, setting 1/gamma = 0\n",
-      "v = 385420334.550423 > c, setting 1/gamma = 0\n",
-      "v = 306908333.44047827 > c, setting 1/gamma = 0\n",
-      "v = 310090357.5341226 > c, setting 1/gamma = 0\n",
-      "v = 301306479.3953599 > c, setting 1/gamma = 0\n",
-      "v = 701790001.6309626 > c, setting 1/gamma = 0\n",
-      "v = 570225868.533078 > c, setting 1/gamma = 0\n",
-      "v = 310929487.21875024 > c, setting 1/gamma = 0\n",
-      "v = 370005301.7389319 > c, setting 1/gamma = 0\n",
-      "v = 339585577.15821844 > c, setting 1/gamma = 0\n",
-      "v = 398382812.0259233 > c, setting 1/gamma = 0\n",
-      "v = 311374332.53740907 > c, setting 1/gamma = 0\n",
-      "v = 374393196.59223586 > c, setting 1/gamma = 0\n",
-      "v = 346541730.19461596 > c, setting 1/gamma = 0\n",
-      "v = 309898953.4754785 > c, setting 1/gamma = 0\n",
-      "v = 313632026.3275912 > c, setting 1/gamma = 0\n",
-      "v = 318644258.16292834 > c, setting 1/gamma = 0\n",
-      "v = 373918590.78088486 > c, setting 1/gamma = 0\n",
-      "v = 511368075.93699133 > c, setting 1/gamma = 0\n",
-      "v = 527186861.80673975 > c, setting 1/gamma = 0\n",
-      "v = 417962894.1600528 > c, setting 1/gamma = 0\n",
-      "v = 466471906.2397071 > c, setting 1/gamma = 0\n",
-      "v = 334040167.3808133 > c, setting 1/gamma = 0\n",
-      "v = 305737304.4832001 > c, setting 1/gamma = 0\n",
-      "v = 330402298.8881881 > c, setting 1/gamma = 0\n",
-      "v = 427925726.6238146 > c, setting 1/gamma = 0\n",
-      "v = 472699496.74247503 > c, setting 1/gamma = 0\n",
-      "v = 300455630.28127617 > c, setting 1/gamma = 0\n",
-      "v = 351779671.4630647 > c, setting 1/gamma = 0\n",
-      "v = 496034816.7420405 > c, setting 1/gamma = 0\n",
-      "v = 519235576.82339865 > c, setting 1/gamma = 0\n",
-      "v = 360655805.51183254 > c, setting 1/gamma = 0\n",
-      "v = 417561602.70101434 > c, setting 1/gamma = 0\n",
-      "v = 303968871.9151836 > c, setting 1/gamma = 0\n",
-      "v = 353995430.3304217 > c, setting 1/gamma = 0\n",
-      "v = 302261679.232229 > c, setting 1/gamma = 0\n",
-      "v = 354662504.96154237 > c, setting 1/gamma = 0\n",
-      "v = 385574849.2499138 > c, setting 1/gamma = 0\n",
-      "v = 439795568.43336165 > c, setting 1/gamma = 0\n",
-      "v = 302018982.70149434 > c, setting 1/gamma = 0\n",
-      "v = 414347487.5687641 > c, setting 1/gamma = 0\n",
-      "v = 463875750.02438176 > c, setting 1/gamma = 0\n",
-      "v = 319572691.2656748 > c, setting 1/gamma = 0\n",
-      "v = 373395820.81857604 > c, setting 1/gamma = 0\n",
-      "v = 301315874.7411718 > c, setting 1/gamma = 0\n",
-      "v = 414749006.1524936 > c, setting 1/gamma = 0\n",
-      "v = 462273940.30734116 > c, setting 1/gamma = 0\n",
-      "v = 311479260.9353798 > c, setting 1/gamma = 0\n",
-      "v = 366571652.41207653 > c, setting 1/gamma = 0\n",
-      "v = 363037470.04348916 > c, setting 1/gamma = 0\n",
-      "v = 411679816.62963176 > c, setting 1/gamma = 0\n",
-      "v = 522197091.55874926 > c, setting 1/gamma = 0\n",
-      "v = 533835892.0246502 > c, setting 1/gamma = 0\n",
-      "v = 542072043.6544634 > c, setting 1/gamma = 0\n",
-      "v = 538871160.9936312 > c, setting 1/gamma = 0\n",
-      "v = 584444565.4438877 > c, setting 1/gamma = 0\n",
-      "v = 561507163.8073399 > c, setting 1/gamma = 0\n",
-      "v = 314957571.14538956 > c, setting 1/gamma = 0\n",
-      "v = 328928092.5170594 > c, setting 1/gamma = 0\n",
-      "v = 379572188.92927784 > c, setting 1/gamma = 0\n",
-      "v = 350348671.347668 > c, setting 1/gamma = 0\n",
-      "v = 376945674.7019684 > c, setting 1/gamma = 0\n",
-      "v = 431973999.20573044 > c, setting 1/gamma = 0\n",
-      "v = 337553203.89735585 > c, setting 1/gamma = 0\n",
-      "v = 388969024.7552338 > c, setting 1/gamma = 0\n",
-      "v = 458766546.55976486 > c, setting 1/gamma = 0\n",
-      "v = 492598082.332686 > c, setting 1/gamma = 0\n",
-      "v = 318284542.18957514 > c, setting 1/gamma = 0\n",
-      "v = 440802735.4771137 > c, setting 1/gamma = 0\n",
-      "v = 482090531.69839895 > c, setting 1/gamma = 0\n",
-      "v = 329909515.7725436 > c, setting 1/gamma = 0\n",
-      "v = 310887214.8978599 > c, setting 1/gamma = 0\n",
-      "v = 367108064.9842938 > c, setting 1/gamma = 0\n",
-      "v = 422128016.19567204 > c, setting 1/gamma = 0\n",
-      "v = 355603710.54103816 > c, setting 1/gamma = 0\n",
-      "v = 409761325.5187386 > c, setting 1/gamma = 0\n",
-      "v = 301322740.2233812 > c, setting 1/gamma = 0\n",
-      "v = 353091804.1765728 > c, setting 1/gamma = 0\n",
-      "v = 406540687.4575477 > c, setting 1/gamma = 0\n",
-      "v = 318065635.9430037 > c, setting 1/gamma = 0\n",
-      "v = 498856111.0774046 > c, setting 1/gamma = 0\n",
-      "v = 507808542.28314424 > c, setting 1/gamma = 0\n",
-      "v = 333536014.88696265 > c, setting 1/gamma = 0\n",
-      "v = 385251362.16863763 > c, setting 1/gamma = 0\n",
-      "v = 321338532.1684874 > c, setting 1/gamma = 0\n",
-      "v = 367989228.0133936 > c, setting 1/gamma = 0\n",
-      "v = 573684225.6493709 > c, setting 1/gamma = 0\n",
-      "v = 550262713.2341642 > c, setting 1/gamma = 0\n",
-      "v = 303688288.12849486 > c, setting 1/gamma = 0\n",
-      "v = 638509126.1641098 > c, setting 1/gamma = 0\n",
-      "v = 553674339.4279675 > c, setting 1/gamma = 0\n",
-      "v = 371538794.64999175 > c, setting 1/gamma = 0\n",
-      "v = 424476941.4850192 > c, setting 1/gamma = 0\n",
-      "v = 319927735.1278626 > c, setting 1/gamma = 0\n",
-      "v = 311372043.12252647 > c, setting 1/gamma = 0\n",
-      "v = 310134565.3710528 > c, setting 1/gamma = 0\n",
-      "v = 315491723.0587364 > c, setting 1/gamma = 0\n",
-      "v = 336870453.4932635 > c, setting 1/gamma = 0\n",
-      "v = 323132166.9893957 > c, setting 1/gamma = 0\n",
-      "v = 320956264.5755516 > c, setting 1/gamma = 0\n",
-      "v = 373469415.794347 > c, setting 1/gamma = 0\n",
-      "v = 318980734.3087656 > c, setting 1/gamma = 0\n",
-      "v = 405740804.5064037 > c, setting 1/gamma = 0\n",
-      "v = 457907869.24071807 > c, setting 1/gamma = 0\n",
-      "v = 318926933.40034217 > c, setting 1/gamma = 0\n",
-      "v = 372274879.2480921 > c, setting 1/gamma = 0\n",
-      "Clipping at index 8\n",
-      "v = 330807144.24530196 > c, setting 1/gamma = 0\n",
-      "v = 801071993.4906896 > c, setting 1/gamma = 0\n",
-      "v = 693280306.4429001 > c, setting 1/gamma = 0\n",
-      "v = 305466479.42258275 > c, setting 1/gamma = 0\n",
-      "v = 345930003.5576206 > c, setting 1/gamma = 0\n",
-      "v = 300003631.2803385 > c, setting 1/gamma = 0\n",
-      "v = 389268204.99301195 > c, setting 1/gamma = 0\n",
-      "v = 929136115.1069181 > c, setting 1/gamma = 0\n",
-      "v = 818010495.0148705 > c, setting 1/gamma = 0\n",
-      "v = 422086606.1429622 > c, setting 1/gamma = 0\n",
-      "v = 490638024.5782448 > c, setting 1/gamma = 0\n",
-      "v = 309004998.9529094 > c, setting 1/gamma = 0\n",
-      "v = 388443805.6306214 > c, setting 1/gamma = 0\n",
-      "v = 445660859.9896844 > c, setting 1/gamma = 0\n",
-      "v = 370903602.12773484 > c, setting 1/gamma = 0\n",
-      "v = 437083650.505834 > c, setting 1/gamma = 0\n",
-      "v = 304296747.533001 > c, setting 1/gamma = 0\n",
-      "v = 308039434.71974975 > c, setting 1/gamma = 0\n",
-      "v = 343274424.1391285 > c, setting 1/gamma = 0\n",
-      "v = 367677524.20917094 > c, setting 1/gamma = 0\n",
-      "v = 380984005.2661471 > c, setting 1/gamma = 0\n",
-      "v = 426543227.91522986 > c, setting 1/gamma = 0\n",
-      "v = 342929044.7596236 > c, setting 1/gamma = 0\n",
-      "v = 415837612.44813114 > c, setting 1/gamma = 0\n",
-      "v = 304359548.4837701 > c, setting 1/gamma = 0\n",
-      "v = 743274064.7865605 > c, setting 1/gamma = 0\n",
-      "v = 643711590.5521507 > c, setting 1/gamma = 0\n",
-      "v = 303924716.7979101 > c, setting 1/gamma = 0\n",
-      "v = 392371592.81717527 > c, setting 1/gamma = 0\n",
-      "v = 322849311.86134636 > c, setting 1/gamma = 0\n",
-      "v = 385786645.42953146 > c, setting 1/gamma = 0\n",
-      "v = 314333889.3832458 > c, setting 1/gamma = 0\n",
-      "v = 356541348.7421739 > c, setting 1/gamma = 0\n",
-      "v = 300158334.2858437 > c, setting 1/gamma = 0\n",
-      "v = 349922564.14288366 > c, setting 1/gamma = 0\n",
-      "v = 348774467.33564454 > c, setting 1/gamma = 0\n",
-      "v = 419190533.3211139 > c, setting 1/gamma = 0\n",
-      "v = 474618574.4616006 > c, setting 1/gamma = 0\n",
-      "v = 526819032.32635295 > c, setting 1/gamma = 0\n",
-      "v = 514850712.9978882 > c, setting 1/gamma = 0\n",
-      "v = 560578921.4087055 > c, setting 1/gamma = 0\n",
-      "v = 511455329.5016578 > c, setting 1/gamma = 0\n",
-      "v = 567576700.5220232 > c, setting 1/gamma = 0\n",
-      "v = 302258281.4803696 > c, setting 1/gamma = 0\n",
-      "v = 355163325.64005405 > c, setting 1/gamma = 0\n",
-      "v = 301980052.7667512 > c, setting 1/gamma = 0\n",
-      "v = 329328953.0587058 > c, setting 1/gamma = 0\n",
-      "v = 307038243.3363874 > c, setting 1/gamma = 0\n",
-      "v = 307482548.32671577 > c, setting 1/gamma = 0\n",
-      "v = 323247440.2516657 > c, setting 1/gamma = 0\n",
-      "v = 361274528.55020094 > c, setting 1/gamma = 0\n",
-      "v = 315529008.70469016 > c, setting 1/gamma = 0\n",
-      "v = 753431757.4119366 > c, setting 1/gamma = 0\n",
-      "v = 651995182.4081452 > c, setting 1/gamma = 0\n",
-      "v = 471007006.43595856 > c, setting 1/gamma = 0\n",
-      "v = 537049230.001348 > c, setting 1/gamma = 0\n",
-      "v = 318242031.50207597 > c, setting 1/gamma = 0\n",
-      "v = 341957934.45245594 > c, setting 1/gamma = 0\n",
-      "v = 384488517.2792382 > c, setting 1/gamma = 0\n",
-      "v = 338568987.26022625 > c, setting 1/gamma = 0\n",
-      "v = 803197937.5477062 > c, setting 1/gamma = 0\n",
-      "v = 676098269.4213576 > c, setting 1/gamma = 0\n",
-      "v = 351112878.3625324 > c, setting 1/gamma = 0\n",
-      "v = 382057781.453881 > c, setting 1/gamma = 0\n",
-      "v = 370296605.303628 > c, setting 1/gamma = 0\n",
-      "v = 959269646.0857604 > c, setting 1/gamma = 0\n",
-      "v = 857067259.8149925 > c, setting 1/gamma = 0\n",
-      "v = 305136582.3281482 > c, setting 1/gamma = 0\n",
-      "v = 300438641.7023502 > c, setting 1/gamma = 0\n",
-      "v = 340452834.7291217 > c, setting 1/gamma = 0\n",
-      "v = 450191392.9274096 > c, setting 1/gamma = 0\n",
-      "v = 522872803.8179304 > c, setting 1/gamma = 0\n",
-      "v = 324073207.3270765 > c, setting 1/gamma = 0\n",
-      "v = 336639560.75718814 > c, setting 1/gamma = 0\n",
-      "v = 407508810.5080187 > c, setting 1/gamma = 0\n",
-      "v = 340664659.75213784 > c, setting 1/gamma = 0\n",
-      "v = 322295537.6798441 > c, setting 1/gamma = 0\n",
-      "v = 357646193.7760656 > c, setting 1/gamma = 0\n",
-      "v = 330009973.0499595 > c, setting 1/gamma = 0\n",
-      "v = 378724780.5338493 > c, setting 1/gamma = 0\n",
-      "v = 436141782.58043426 > c, setting 1/gamma = 0\n",
-      "v = 368209828.98627096 > c, setting 1/gamma = 0\n",
-      "v = 949971340.7370775 > c, setting 1/gamma = 0\n",
-      "v = 839698938.278953 > c, setting 1/gamma = 0\n",
-      "v = 309879289.8434228 > c, setting 1/gamma = 0\n",
-      "v = 377888357.3457344 > c, setting 1/gamma = 0\n",
-      "v = 320188322.9530677 > c, setting 1/gamma = 0\n",
-      "v = 352418768.7198786 > c, setting 1/gamma = 0\n",
-      "v = 404111210.42781675 > c, setting 1/gamma = 0\n",
-      "v = 302966936.86518204 > c, setting 1/gamma = 0\n",
-      "v = 330228915.37489563 > c, setting 1/gamma = 0\n",
-      "v = 421810104.9797263 > c, setting 1/gamma = 0\n",
-      "v = 492180172.43526864 > c, setting 1/gamma = 0\n",
-      "v = 314005957.44087976 > c, setting 1/gamma = 0\n",
-      "v = 385807961.84164315 > c, setting 1/gamma = 0\n",
-      "v = 400664842.6380166 > c, setting 1/gamma = 0\n",
-      "v = 409131983.83974874 > c, setting 1/gamma = 0\n",
-      "v = 304190642.0878481 > c, setting 1/gamma = 0\n",
-      "v = 345321030.45357955 > c, setting 1/gamma = 0\n",
-      "v = 328289199.4200677 > c, setting 1/gamma = 0\n",
-      "v = 822265452.8698696 > c, setting 1/gamma = 0\n",
-      "v = 720083120.1823462 > c, setting 1/gamma = 0\n",
-      "v = 325325793.1441046 > c, setting 1/gamma = 0\n",
-      "v = 374368529.519491 > c, setting 1/gamma = 0\n",
-      "v = 370949319.4065813 > c, setting 1/gamma = 0\n",
-      "v = 433776517.80548763 > c, setting 1/gamma = 0\n",
-      "v = 328388872.1728473 > c, setting 1/gamma = 0\n",
-      "v = 357116466.7806941 > c, setting 1/gamma = 0\n",
-      "v = 437637281.5836157 > c, setting 1/gamma = 0\n",
-      "v = 1135574506.819566 > c, setting 1/gamma = 0\n",
-      "v = 989992097.1988337 > c, setting 1/gamma = 0\n",
-      "v = 365782097.02939624 > c, setting 1/gamma = 0\n",
-      "v = 385984350.4846584 > c, setting 1/gamma = 0\n",
-      "v = 392140543.71326923 > c, setting 1/gamma = 0\n",
-      "v = 432883003.5304749 > c, setting 1/gamma = 0\n",
-      "v = 419496721.4373279 > c, setting 1/gamma = 0\n",
-      "v = 483514060.2413655 > c, setting 1/gamma = 0\n",
-      "v = 310320434.44614094 > c, setting 1/gamma = 0\n",
-      "v = 639226684.6552304 > c, setting 1/gamma = 0\n",
-      "v = 636352940.6765747 > c, setting 1/gamma = 0\n",
-      "v = 305484606.98910576 > c, setting 1/gamma = 0\n",
-      "v = 379484136.0879771 > c, setting 1/gamma = 0\n",
-      "v = 307944144.5484985 > c, setting 1/gamma = 0\n",
-      "v = 373481725.78782177 > c, setting 1/gamma = 0\n",
-      "v = 382239590.59145015 > c, setting 1/gamma = 0\n",
-      "v = 442876470.3734101 > c, setting 1/gamma = 0\n",
-      "v = 341087982.73912185 > c, setting 1/gamma = 0\n",
-      "v = 414554995.55638826 > c, setting 1/gamma = 0\n",
-      "v = 324329844.3933776 > c, setting 1/gamma = 0\n",
-      "v = 399718684.73121715 > c, setting 1/gamma = 0\n",
-      "v = 341089413.4857942 > c, setting 1/gamma = 0\n",
-      "v = 368822734.76713705 > c, setting 1/gamma = 0\n",
-      "v = 456274864.44017833 > c, setting 1/gamma = 0\n",
-      "v = 522978105.3640809 > c, setting 1/gamma = 0\n",
-      "v = 314579548.715415 > c, setting 1/gamma = 0\n",
-      "v = 327735720.9545593 > c, setting 1/gamma = 0\n",
-      "v = 383666414.5268842 > c, setting 1/gamma = 0\n",
-      "v = 381831946.65039605 > c, setting 1/gamma = 0\n",
-      "v = 398245733.6661741 > c, setting 1/gamma = 0\n",
-      "v = 315285640.06694657 > c, setting 1/gamma = 0\n",
-      "v = 343959671.65084684 > c, setting 1/gamma = 0\n",
-      "v = 316898222.2011678 > c, setting 1/gamma = 0\n",
-      "v = 342444026.18107694 > c, setting 1/gamma = 0\n",
-      "v = 411018355.5138944 > c, setting 1/gamma = 0\n",
-      "v = 473978130.15829724 > c, setting 1/gamma = 0\n",
-      "v = 452106918.966088 > c, setting 1/gamma = 0\n",
-      "v = 508603677.67792183 > c, setting 1/gamma = 0\n",
-      "v = 320758901.3130228 > c, setting 1/gamma = 0\n",
-      "v = 760962938.2562957 > c, setting 1/gamma = 0\n",
-      "v = 664585828.816988 > c, setting 1/gamma = 0\n",
-      "v = 582180180.0007883 > c, setting 1/gamma = 0\n",
-      "v = 582836591.1411978 > c, setting 1/gamma = 0\n",
-      "v = 306764182.69114965 > c, setting 1/gamma = 0\n",
-      "v = 374506580.99885017 > c, setting 1/gamma = 0\n",
-      "v = 443168043.05519027 > c, setting 1/gamma = 0\n",
-      "v = 499011624.2157491 > c, setting 1/gamma = 0\n",
-      "v = 329013350.19360524 > c, setting 1/gamma = 0\n",
-      "v = 509134898.5246439 > c, setting 1/gamma = 0\n",
-      "v = 558013486.0740482 > c, setting 1/gamma = 0\n",
-      "v = 357039372.43709564 > c, setting 1/gamma = 0\n",
-      "v = 336848683.03323495 > c, setting 1/gamma = 0\n",
-      "v = 302521055.1646288 > c, setting 1/gamma = 0\n",
-      "v = 344837120.7061811 > c, setting 1/gamma = 0\n",
-      "v = 399481914.55247414 > c, setting 1/gamma = 0\n",
-      "v = 451234742.1375521 > c, setting 1/gamma = 0\n",
-      "v = 300278187.75345266 > c, setting 1/gamma = 0\n",
-      "v = 311220427.2310207 > c, setting 1/gamma = 0\n",
-      "v = 408151081.4915903 > c, setting 1/gamma = 0\n",
-      "v = 476084228.37245625 > c, setting 1/gamma = 0\n",
-      "v = 388273208.2818365 > c, setting 1/gamma = 0\n",
-      "v = 455605832.4292808 > c, setting 1/gamma = 0\n",
-      "v = 300407097.3824197 > c, setting 1/gamma = 0\n",
-      "Clipping at index 2415\n"
+      "v = 376370508.2163408 m / s > c, setting 1/gamma = 0\n",
+      "v = 364236716.26007843 m / s > c, setting 1/gamma = 0\n",
+      "v = 300715063.3547618 m / s > c, setting 1/gamma = 0\n",
+      "v = 305479101.99772453 m / s > c, setting 1/gamma = 0\n",
+      "v = 342591405.2530854 m / s > c, setting 1/gamma = 0\n",
+      "v = 341661059.9509316 m / s > c, setting 1/gamma = 0\n",
+      "v = 302001370.58599144 m / s > c, setting 1/gamma = 0\n",
+      "v = 309877838.4464916 m / s > c, setting 1/gamma = 0\n",
+      "v = 326557398.7117635 m / s > c, setting 1/gamma = 0\n",
+      "v = 327573866.8870533 m / s > c, setting 1/gamma = 0\n",
+      "v = 313894280.9980897 m / s > c, setting 1/gamma = 0\n",
+      "v = 320728927.40006286 m / s > c, setting 1/gamma = 0\n",
+      "v = 300949966.2422675 m / s > c, setting 1/gamma = 0\n",
+      "v = 425400538.42985135 m / s > c, setting 1/gamma = 0\n",
+      "v = 396792378.2719832 m / s > c, setting 1/gamma = 0\n",
+      "v = 341478815.86021286 m / s > c, setting 1/gamma = 0\n",
+      "v = 340720438.70802796 m / s > c, setting 1/gamma = 0\n",
+      "v = 329923154.03846174 m / s > c, setting 1/gamma = 0\n",
+      "v = 338255275.72536737 m / s > c, setting 1/gamma = 0\n",
+      "v = 378237756.3981744 m / s > c, setting 1/gamma = 0\n",
+      "v = 371547957.78044784 m / s > c, setting 1/gamma = 0\n",
+      "v = 305765515.63016874 m / s > c, setting 1/gamma = 0\n",
+      "v = 313694521.07104117 m / s > c, setting 1/gamma = 0\n",
+      "v = 309800807.8199739 m / s > c, setting 1/gamma = 0\n",
+      "v = 318219878.5523598 m / s > c, setting 1/gamma = 0\n",
+      "v = 323588918.79874206 m / s > c, setting 1/gamma = 0\n",
+      "v = 302036702.0263421 m / s > c, setting 1/gamma = 0\n",
+      "v = 361198088.371437 m / s > c, setting 1/gamma = 0\n",
+      "v = 366274083.3814117 m / s > c, setting 1/gamma = 0\n",
+      "v = 351483032.65859526 m / s > c, setting 1/gamma = 0\n",
+      "v = 355020614.48092633 m / s > c, setting 1/gamma = 0\n",
+      "v = 300341267.2327491 m / s > c, setting 1/gamma = 0\n",
+      "v = 317286553.20931935 m / s > c, setting 1/gamma = 0\n",
+      "v = 329568479.0259159 m / s > c, setting 1/gamma = 0\n",
+      "v = 307763033.68531835 m / s > c, setting 1/gamma = 0\n",
+      "v = 302269962.2640229 m / s > c, setting 1/gamma = 0\n",
+      "v = 304401139.837526 m / s > c, setting 1/gamma = 0\n",
+      "v = 325461389.7159192 m / s > c, setting 1/gamma = 0\n",
+      "v = 314768142.16606605 m / s > c, setting 1/gamma = 0\n",
+      "v = 343888447.8252628 m / s > c, setting 1/gamma = 0\n",
+      "v = 479150762.8072514 m / s > c, setting 1/gamma = 0\n",
+      "v = 422229916.24402845 m / s > c, setting 1/gamma = 0\n",
+      "v = 304701548.0513099 m / s > c, setting 1/gamma = 0\n",
+      "v = 318226228.67328376 m / s > c, setting 1/gamma = 0\n",
+      "v = 300399846.323382 m / s > c, setting 1/gamma = 0\n",
+      "v = 336880908.3793762 m / s > c, setting 1/gamma = 0\n",
+      "v = 355632237.0255401 m / s > c, setting 1/gamma = 0\n",
+      "v = 361873917.00854 m / s > c, setting 1/gamma = 0\n",
+      "v = 330461955.7513563 m / s > c, setting 1/gamma = 0\n",
+      "v = 342719663.4655528 m / s > c, setting 1/gamma = 0\n",
+      "v = 330784988.7140941 m / s > c, setting 1/gamma = 0\n",
+      "v = 321069257.28464 m / s > c, setting 1/gamma = 0\n",
+      "v = 330145991.5406434 m / s > c, setting 1/gamma = 0\n",
+      "v = 317479509.9378572 m / s > c, setting 1/gamma = 0\n",
+      "v = 345306897.4712731 m / s > c, setting 1/gamma = 0\n",
+      "v = 372373908.67079735 m / s > c, setting 1/gamma = 0\n",
+      "v = 384574369.8170263 m / s > c, setting 1/gamma = 0\n",
+      "v = 320546676.2651399 m / s > c, setting 1/gamma = 0\n",
+      "v = 346596139.94664645 m / s > c, setting 1/gamma = 0\n",
+      "v = 355985589.31246907 m / s > c, setting 1/gamma = 0\n",
+      "v = 365787947.46553975 m / s > c, setting 1/gamma = 0\n",
+      "v = 303732303.3020346 m / s > c, setting 1/gamma = 0\n",
+      "v = 326102534.45903033 m / s > c, setting 1/gamma = 0\n",
+      "v = 340862029.5248951 m / s > c, setting 1/gamma = 0\n",
+      "v = 369494049.4261346 m / s > c, setting 1/gamma = 0\n",
+      "v = 339218716.6104795 m / s > c, setting 1/gamma = 0\n",
+      "v = 367595533.49232155 m / s > c, setting 1/gamma = 0\n",
+      "v = 456244979.04063267 m / s > c, setting 1/gamma = 0\n",
+      "v = 455649890.34447294 m / s > c, setting 1/gamma = 0\n",
+      "v = 354160795.64145887 m / s > c, setting 1/gamma = 0\n",
+      "v = 380648280.5023231 m / s > c, setting 1/gamma = 0\n",
+      "v = 355867429.6550845 m / s > c, setting 1/gamma = 0\n",
+      "v = 375409534.7017891 m / s > c, setting 1/gamma = 0\n",
+      "v = 363132233.2241821 m / s > c, setting 1/gamma = 0\n",
+      "v = 392406516.4334147 m / s > c, setting 1/gamma = 0\n",
+      "v = 370275129.56917864 m / s > c, setting 1/gamma = 0\n",
+      "v = 392786842.7615989 m / s > c, setting 1/gamma = 0\n",
+      "v = 440613955.3004742 m / s > c, setting 1/gamma = 0\n",
+      "v = 464262858.24160653 m / s > c, setting 1/gamma = 0\n",
+      "v = 500933875.93027484 m / s > c, setting 1/gamma = 0\n",
+      "v = 443270882.1969611 m / s > c, setting 1/gamma = 0\n",
+      "v = 326979111.30658877 m / s > c, setting 1/gamma = 0\n",
+      "v = 358617507.1423654 m / s > c, setting 1/gamma = 0\n",
+      "v = 307117035.0025798 m / s > c, setting 1/gamma = 0\n",
+      "v = 336094060.9543687 m / s > c, setting 1/gamma = 0\n",
+      "v = 421129870.1326847 m / s > c, setting 1/gamma = 0\n",
+      "v = 433429158.72273463 m / s > c, setting 1/gamma = 0\n",
+      "v = 350226191.43544096 m / s > c, setting 1/gamma = 0\n",
+      "v = 384599193.09325016 m / s > c, setting 1/gamma = 0\n",
+      "v = 326537898.2228756 m / s > c, setting 1/gamma = 0\n",
+      "v = 368378369.01290274 m / s > c, setting 1/gamma = 0\n",
+      "v = 381711973.3438618 m / s > c, setting 1/gamma = 0\n",
+      "v = 333003864.81360644 m / s > c, setting 1/gamma = 0\n",
+      "v = 372232362.4237537 m / s > c, setting 1/gamma = 0\n",
+      "v = 344708182.79986626 m / s > c, setting 1/gamma = 0\n",
+      "v = 382496578.05426025 m / s > c, setting 1/gamma = 0\n",
+      "v = 305696972.52523196 m / s > c, setting 1/gamma = 0\n",
+      "v = 385598451.7220086 m / s > c, setting 1/gamma = 0\n",
+      "v = 417382153.65625185 m / s > c, setting 1/gamma = 0\n",
+      "v = 488347399.77087766 m / s > c, setting 1/gamma = 0\n",
+      "v = 482045496.0407139 m / s > c, setting 1/gamma = 0\n",
+      "v = 327906829.06341463 m / s > c, setting 1/gamma = 0\n",
+      "v = 367173156.48868257 m / s > c, setting 1/gamma = 0\n",
+      "v = 395478812.46308815 m / s > c, setting 1/gamma = 0\n",
+      "v = 305859260.4660114 m / s > c, setting 1/gamma = 0\n",
+      "v = 322349453.7008899 m / s > c, setting 1/gamma = 0\n",
+      "v = 314593241.99912167 m / s > c, setting 1/gamma = 0\n",
+      "v = 335800798.35823184 m / s > c, setting 1/gamma = 0\n",
+      "v = 368385827.9334173 m / s > c, setting 1/gamma = 0\n",
+      "v = 311378479.2481557 m / s > c, setting 1/gamma = 0\n",
+      "v = 349289282.11846805 m / s > c, setting 1/gamma = 0\n",
+      "v = 384670964.7513902 m / s > c, setting 1/gamma = 0\n",
+      "v = 391401358.33950543 m / s > c, setting 1/gamma = 0\n",
+      "v = 419625447.7817876 m / s > c, setting 1/gamma = 0\n",
+      "v = 317035314.2226245 m / s > c, setting 1/gamma = 0\n",
+      "v = 399633090.42721516 m / s > c, setting 1/gamma = 0\n",
+      "v = 426508508.0154158 m / s > c, setting 1/gamma = 0\n",
+      "v = 311517194.5896741 m / s > c, setting 1/gamma = 0\n",
+      "v = 348706260.0125981 m / s > c, setting 1/gamma = 0\n",
+      "v = 305701034.49572825 m / s > c, setting 1/gamma = 0\n",
+      "v = 316732974.79478395 m / s > c, setting 1/gamma = 0\n",
+      "v = 348700574.8487261 m / s > c, setting 1/gamma = 0\n",
+      "v = 313372209.5247423 m / s > c, setting 1/gamma = 0\n",
+      "v = 299985664.7639463 m / s > c, setting 1/gamma = 0\n",
+      "v = 386342236.472446 m / s > c, setting 1/gamma = 0\n",
+      "v = 418665530.5089426 m / s > c, setting 1/gamma = 0\n",
+      "v = 309702881.4724639 m / s > c, setting 1/gamma = 0\n",
+      "v = 332706898.37646586 m / s > c, setting 1/gamma = 0\n",
+      "v = 677248825.9232296 m / s > c, setting 1/gamma = 0\n",
+      "v = 554225610.6260778 m / s > c, setting 1/gamma = 0\n",
+      "v = 329529203.25643975 m / s > c, setting 1/gamma = 0\n",
+      "v = 352046248.06364036 m / s > c, setting 1/gamma = 0\n",
+      "v = 330542875.49606407 m / s > c, setting 1/gamma = 0\n",
+      "v = 377225940.1954277 m / s > c, setting 1/gamma = 0\n",
+      "v = 501796689.2021093 m / s > c, setting 1/gamma = 0\n",
+      "v = 493906321.19300044 m / s > c, setting 1/gamma = 0\n",
+      "v = 361491040.10334706 m / s > c, setting 1/gamma = 0\n",
+      "v = 384287609.57592064 m / s > c, setting 1/gamma = 0\n",
+      "v = 345431977.7615147 m / s > c, setting 1/gamma = 0\n",
+      "v = 381453001.33751446 m / s > c, setting 1/gamma = 0\n",
+      "v = 317809221.02534586 m / s > c, setting 1/gamma = 0\n",
+      "v = 327874931.743205 m / s > c, setting 1/gamma = 0\n",
+      "v = 365449602.67700696 m / s > c, setting 1/gamma = 0\n",
+      "v = 305847596.6687111 m / s > c, setting 1/gamma = 0\n",
+      "v = 338960399.7009594 m / s > c, setting 1/gamma = 0\n",
+      "v = 303704656.18166125 m / s > c, setting 1/gamma = 0\n",
+      "v = 379429116.67466277 m / s > c, setting 1/gamma = 0\n",
+      "v = 402418160.42790747 m / s > c, setting 1/gamma = 0\n",
+      "v = 305491397.3514682 m / s > c, setting 1/gamma = 0\n",
+      "v = 324718714.2384441 m / s > c, setting 1/gamma = 0\n",
+      "v = 393862999.08234715 m / s > c, setting 1/gamma = 0\n",
+      "v = 413993119.4352571 m / s > c, setting 1/gamma = 0\n",
+      "v = 302058096.3886885 m / s > c, setting 1/gamma = 0\n",
+      "v = 342186900.9240835 m / s > c, setting 1/gamma = 0\n",
+      "v = 312007641.4868784 m / s > c, setting 1/gamma = 0\n",
+      "v = 344148140.4589476 m / s > c, setting 1/gamma = 0\n",
+      "v = 314174640.7839427 m / s > c, setting 1/gamma = 0\n",
+      "v = 335655157.30105203 m / s > c, setting 1/gamma = 0\n",
+      "v = 665838754.9825283 m / s > c, setting 1/gamma = 0\n",
+      "v = 544230653.3321714 m / s > c, setting 1/gamma = 0\n",
+      "v = 301728535.5649375 m / s > c, setting 1/gamma = 0\n",
+      "v = 311368802.6913663 m / s > c, setting 1/gamma = 0\n",
+      "v = 383308048.3333487 m / s > c, setting 1/gamma = 0\n",
+      "v = 806751797.3562474 m / s > c, setting 1/gamma = 0\n",
+      "v = 665455537.0455526 m / s > c, setting 1/gamma = 0\n",
+      "v = 314894404.7344046 m / s > c, setting 1/gamma = 0\n",
+      "v = 334967891.5633524 m / s > c, setting 1/gamma = 0\n",
+      "v = 320450149.93144244 m / s > c, setting 1/gamma = 0\n",
+      "v = 412577302.79060745 m / s > c, setting 1/gamma = 0\n",
+      "v = 441363764.2837584 m / s > c, setting 1/gamma = 0\n",
+      "v = 511391766.23340374 m / s > c, setting 1/gamma = 0\n",
+      "v = 497888408.1589056 m / s > c, setting 1/gamma = 0\n",
+      "v = 353935725.3137163 m / s > c, setting 1/gamma = 0\n",
+      "v = 379531962.15543157 m / s > c, setting 1/gamma = 0\n",
+      "v = 311187810.0319475 m / s > c, setting 1/gamma = 0\n",
+      "v = 344934502.5195273 m / s > c, setting 1/gamma = 0\n",
+      "v = 327203209.116597 m / s > c, setting 1/gamma = 0\n",
+      "v = 371641276.4244684 m / s > c, setting 1/gamma = 0\n",
+      "v = 398539711.6088647 m / s > c, setting 1/gamma = 0\n",
+      "v = 327904060.42420137 m / s > c, setting 1/gamma = 0\n",
+      "v = 321325187.42795825 m / s > c, setting 1/gamma = 0\n",
+      "v = 414689074.7818044 m / s > c, setting 1/gamma = 0\n",
+      "v = 432046759.065478 m / s > c, setting 1/gamma = 0\n",
+      "v = 324423959.3844726 m / s > c, setting 1/gamma = 0\n",
+      "v = 368839408.5941008 m / s > c, setting 1/gamma = 0\n",
+      "v = 404281511.53979677 m / s > c, setting 1/gamma = 0\n",
+      "v = 479087920.5666968 m / s > c, setting 1/gamma = 0\n",
+      "v = 485070136.3049033 m / s > c, setting 1/gamma = 0\n",
+      "v = 299962114.82825744 m / s > c, setting 1/gamma = 0\n",
+      "v = 379276786.1984925 m / s > c, setting 1/gamma = 0\n",
+      "v = 401754832.9856883 m / s > c, setting 1/gamma = 0\n",
+      "v = 308706448.62293863 m / s > c, setting 1/gamma = 0\n",
+      "v = 667438760.9936018 m / s > c, setting 1/gamma = 0\n",
+      "v = 546805959.1093984 m / s > c, setting 1/gamma = 0\n",
+      "v = 328961044.5423672 m / s > c, setting 1/gamma = 0\n",
+      "v = 362299622.4059008 m / s > c, setting 1/gamma = 0\n",
+      "v = 304123729.72733396 m / s > c, setting 1/gamma = 0\n",
+      "v = 427973074.7852867 m / s > c, setting 1/gamma = 0\n",
+      "v = 444126972.9991046 m / s > c, setting 1/gamma = 0\n",
+      "v = 385184848.4294771 m / s > c, setting 1/gamma = 0\n",
+      "v = 427098825.49775493 m / s > c, setting 1/gamma = 0\n",
+      "v = 314065910.9452606 m / s > c, setting 1/gamma = 0\n",
+      "v = 414730676.5502677 m / s > c, setting 1/gamma = 0\n",
+      "v = 453299973.0235741 m / s > c, setting 1/gamma = 0\n",
+      "v = 304218721.14103866 m / s > c, setting 1/gamma = 0\n",
+      "v = 506676484.2821128 m / s > c, setting 1/gamma = 0\n",
+      "v = 491848628.0229017 m / s > c, setting 1/gamma = 0\n",
+      "v = 411805344.0540991 m / s > c, setting 1/gamma = 0\n",
+      "v = 422336007.4402199 m / s > c, setting 1/gamma = 0\n",
+      "v = 320487655.65107363 m / s > c, setting 1/gamma = 0\n",
+      "v = 354273605.1580312 m / s > c, setting 1/gamma = 0\n",
+      "v = 321599942.8003866 m / s > c, setting 1/gamma = 0\n",
+      "v = 353571002.07443255 m / s > c, setting 1/gamma = 0\n",
+      "v = 337733736.5627473 m / s > c, setting 1/gamma = 0\n",
+      "v = 357104440.6225597 m / s > c, setting 1/gamma = 0\n",
+      "v = 304932217.18976027 m / s > c, setting 1/gamma = 0\n",
+      "v = 312620118.2979372 m / s > c, setting 1/gamma = 0\n",
+      "v = 321138154.87609094 m / s > c, setting 1/gamma = 0\n",
+      "v = 357696546.66250354 m / s > c, setting 1/gamma = 0\n",
+      "v = 479033751.43207514 m / s > c, setting 1/gamma = 0\n",
+      "v = 432503788.6926938 m / s > c, setting 1/gamma = 0\n",
+      "v = 328295992.21680677 m / s > c, setting 1/gamma = 0\n",
+      "v = 362144351.021945 m / s > c, setting 1/gamma = 0\n",
+      "v = 334673672.66044194 m / s > c, setting 1/gamma = 0\n",
+      "v = 367347651.37803715 m / s > c, setting 1/gamma = 0\n",
+      "v = 350563104.0869887 m / s > c, setting 1/gamma = 0\n",
+      "v = 362513680.9524335 m / s > c, setting 1/gamma = 0\n",
+      "v = 395596485.3969722 m / s > c, setting 1/gamma = 0\n",
+      "v = 420258087.6198057 m / s > c, setting 1/gamma = 0\n",
+      "v = 387579315.2782801 m / s > c, setting 1/gamma = 0\n",
+      "v = 411697333.33229864 m / s > c, setting 1/gamma = 0\n",
+      "v = 310585164.4158983 m / s > c, setting 1/gamma = 0\n",
+      "v = 329646357.1568533 m / s > c, setting 1/gamma = 0\n",
+      "v = 442315682.57120943 m / s > c, setting 1/gamma = 0\n",
+      "v = 458290316.1758597 m / s > c, setting 1/gamma = 0\n",
+      "v = 380786320.3048971 m / s > c, setting 1/gamma = 0\n",
+      "v = 418147306.42474544 m / s > c, setting 1/gamma = 0\n",
+      "v = 301938671.03135633 m / s > c, setting 1/gamma = 0\n",
+      "v = 320132124.3022087 m / s > c, setting 1/gamma = 0\n",
+      "v = 351906604.52344066 m / s > c, setting 1/gamma = 0\n",
+      "v = 396153485.4128882 m / s > c, setting 1/gamma = 0\n",
+      "v = 389478175.0296766 m / s > c, setting 1/gamma = 0\n",
+      "v = 427781348.2947255 m / s > c, setting 1/gamma = 0\n",
+      "v = 309015542.2407632 m / s > c, setting 1/gamma = 0\n",
+      "v = 328667805.75481385 m / s > c, setting 1/gamma = 0\n",
+      "v = 309723774.6121972 m / s > c, setting 1/gamma = 0\n",
+      "v = 321076528.60962945 m / s > c, setting 1/gamma = 0\n",
+      "v = 375106437.98246866 m / s > c, setting 1/gamma = 0\n",
+      "v = 314911740.02354395 m / s > c, setting 1/gamma = 0\n",
+      "v = 354035931.46615607 m / s > c, setting 1/gamma = 0\n",
+      "v = 317539895.62162423 m / s > c, setting 1/gamma = 0\n",
+      "v = 325326350.62939334 m / s > c, setting 1/gamma = 0\n",
+      "v = 362660809.11870486 m / s > c, setting 1/gamma = 0\n",
+      "v = 367742381.45261776 m / s > c, setting 1/gamma = 0\n",
+      "v = 387711960.6618916 m / s > c, setting 1/gamma = 0\n",
+      "v = 303540587.53884894 m / s > c, setting 1/gamma = 0\n",
+      "v = 337173298.69635487 m / s > c, setting 1/gamma = 0\n",
+      "v = 327672342.570192 m / s > c, setting 1/gamma = 0\n",
+      "v = 358777551.7728171 m / s > c, setting 1/gamma = 0\n",
+      "v = 381409803.8427745 m / s > c, setting 1/gamma = 0\n",
+      "v = 403074327.54874104 m / s > c, setting 1/gamma = 0\n",
+      "v = 434741309.6277933 m / s > c, setting 1/gamma = 0\n",
+      "v = 425850436.55914825 m / s > c, setting 1/gamma = 0\n",
+      "v = 435178922.60813516 m / s > c, setting 1/gamma = 0\n",
+      "v = 319737499.5704171 m / s > c, setting 1/gamma = 0\n",
+      "v = 357172779.06601024 m / s > c, setting 1/gamma = 0\n",
+      "v = 343762941.2537983 m / s > c, setting 1/gamma = 0\n",
+      "v = 376187237.2173218 m / s > c, setting 1/gamma = 0\n",
+      "v = 394569689.0055328 m / s > c, setting 1/gamma = 0\n",
+      "v = 397066573.5757367 m / s > c, setting 1/gamma = 0\n",
+      "v = 333892349.0294906 m / s > c, setting 1/gamma = 0\n",
+      "v = 373818192.38695496 m / s > c, setting 1/gamma = 0\n",
+      "v = 456593219.7044701 m / s > c, setting 1/gamma = 0\n",
+      "v = 465621122.427229 m / s > c, setting 1/gamma = 0\n",
+      "v = 525506339.5581741 m / s > c, setting 1/gamma = 0\n",
+      "v = 496604207.792808 m / s > c, setting 1/gamma = 0\n",
+      "v = 450994948.7056374 m / s > c, setting 1/gamma = 0\n",
+      "v = 459982730.05390286 m / s > c, setting 1/gamma = 0\n",
+      "v = 302752528.008019 m / s > c, setting 1/gamma = 0\n",
+      "v = 327252653.5237414 m / s > c, setting 1/gamma = 0\n",
+      "v = 358263039.72885114 m / s > c, setting 1/gamma = 0\n",
+      "v = 400885823.9003291 m / s > c, setting 1/gamma = 0\n",
+      "v = 432111921.1013252 m / s > c, setting 1/gamma = 0\n",
+      "v = 456931838.7357957 m / s > c, setting 1/gamma = 0\n",
+      "v = 478183715.7618831 m / s > c, setting 1/gamma = 0\n",
+      "v = 473613334.06874317 m / s > c, setting 1/gamma = 0\n",
+      "v = 320544470.3943368 m / s > c, setting 1/gamma = 0\n",
+      "v = 340020063.90018094 m / s > c, setting 1/gamma = 0\n",
+      "v = 545898227.0992374 m / s > c, setting 1/gamma = 0\n",
+      "v = 469526864.49629664 m / s > c, setting 1/gamma = 0\n",
+      "v = 332016770.9759358 m / s > c, setting 1/gamma = 0\n",
+      "v = 347706362.21418357 m / s > c, setting 1/gamma = 0\n",
+      "v = 458725104.7971108 m / s > c, setting 1/gamma = 0\n",
+      "v = 468642838.7373694 m / s > c, setting 1/gamma = 0\n",
+      "v = 353196568.9490211 m / s > c, setting 1/gamma = 0\n",
+      "v = 376319786.3791315 m / s > c, setting 1/gamma = 0\n",
+      "v = 302430293.8247412 m / s > c, setting 1/gamma = 0\n",
+      "v = 299991463.63436085 m / s > c, setting 1/gamma = 0\n",
+      "v = 318609006.80545294 m / s > c, setting 1/gamma = 0\n",
+      "v = 372135382.7291484 m / s > c, setting 1/gamma = 0\n",
+      "v = 368711362.00963855 m / s > c, setting 1/gamma = 0\n",
+      "v = 387981937.54335713 m / s > c, setting 1/gamma = 0\n",
+      "v = 346841069.03993124 m / s > c, setting 1/gamma = 0\n",
+      "v = 378554308.73466015 m / s > c, setting 1/gamma = 0\n",
+      "v = 349051630.94913673 m / s > c, setting 1/gamma = 0\n",
+      "v = 380636385.1851234 m / s > c, setting 1/gamma = 0\n",
+      "v = 346877289.61141485 m / s > c, setting 1/gamma = 0\n",
+      "v = 389379649.8019984 m / s > c, setting 1/gamma = 0\n",
+      "v = 412691026.4723677 m / s > c, setting 1/gamma = 0\n",
+      "v = 441521814.0048057 m / s > c, setting 1/gamma = 0\n",
+      "v = 324375422.655415 m / s > c, setting 1/gamma = 0\n",
+      "v = 352824693.7636578 m / s > c, setting 1/gamma = 0\n",
+      "v = 331761381.2574412 m / s > c, setting 1/gamma = 0\n",
+      "v = 332477961.26946944 m / s > c, setting 1/gamma = 0\n",
+      "v = 376988760.9328379 m / s > c, setting 1/gamma = 0\n",
+      "v = 478512672.0717467 m / s > c, setting 1/gamma = 0\n",
+      "v = 478921293.0049169 m / s > c, setting 1/gamma = 0\n",
+      "v = 300144575.3176939 m / s > c, setting 1/gamma = 0\n",
+      "v = 309848641.21319616 m / s > c, setting 1/gamma = 0\n",
+      "v = 332297208.50867707 m / s > c, setting 1/gamma = 0\n",
+      "v = 357467772.5393976 m / s > c, setting 1/gamma = 0\n",
+      "v = 392114946.3472602 m / s > c, setting 1/gamma = 0\n",
+      "v = 439640571.4673447 m / s > c, setting 1/gamma = 0\n",
+      "v = 451509254.79910874 m / s > c, setting 1/gamma = 0\n",
+      "v = 441435497.3476212 m / s > c, setting 1/gamma = 0\n",
+      "v = 454736406.2273685 m / s > c, setting 1/gamma = 0\n",
+      "v = 394090941.3651172 m / s > c, setting 1/gamma = 0\n",
+      "v = 429248932.8627856 m / s > c, setting 1/gamma = 0\n",
+      "v = 498973646.25532067 m / s > c, setting 1/gamma = 0\n",
+      "v = 496150318.62509656 m / s > c, setting 1/gamma = 0\n",
+      "v = 323762070.91007465 m / s > c, setting 1/gamma = 0\n",
+      "v = 353154718.77651054 m / s > c, setting 1/gamma = 0\n",
+      "v = 307668158.4711625 m / s > c, setting 1/gamma = 0\n",
+      "v = 412463477.7071644 m / s > c, setting 1/gamma = 0\n",
+      "v = 416427814.47494835 m / s > c, setting 1/gamma = 0\n",
+      "v = 324153237.7963 m / s > c, setting 1/gamma = 0\n",
+      "v = 363096526.38225806 m / s > c, setting 1/gamma = 0\n",
+      "v = 315853974.30465955 m / s > c, setting 1/gamma = 0\n",
+      "v = 384448844.7518515 m / s > c, setting 1/gamma = 0\n",
+      "v = 407157741.3732903 m / s > c, setting 1/gamma = 0\n",
+      "v = 571848044.0455819 m / s > c, setting 1/gamma = 0\n",
+      "v = 528362359.73199636 m / s > c, setting 1/gamma = 0\n",
+      "v = 405203806.7394442 m / s > c, setting 1/gamma = 0\n",
+      "v = 435430749.25482744 m / s > c, setting 1/gamma = 0\n",
+      "v = 313696662.1632432 m / s > c, setting 1/gamma = 0\n",
+      "v = 301829444.2150753 m / s > c, setting 1/gamma = 0\n",
+      "v = 364294363.2918339 m / s > c, setting 1/gamma = 0\n",
+      "v = 457170247.6299436 m / s > c, setting 1/gamma = 0\n",
+      "v = 466593591.0610924 m / s > c, setting 1/gamma = 0\n",
+      "v = 335250497.5892049 m / s > c, setting 1/gamma = 0\n",
+      "v = 383899778.2761756 m / s > c, setting 1/gamma = 0\n",
+      "v = 317823929.46592945 m / s > c, setting 1/gamma = 0\n",
+      "v = 364988855.15735894 m / s > c, setting 1/gamma = 0\n",
+      "v = 328995942.35631955 m / s > c, setting 1/gamma = 0\n",
+      "v = 367384016.11582994 m / s > c, setting 1/gamma = 0\n",
+      "v = 302893087.3945607 m / s > c, setting 1/gamma = 0\n",
+      "v = 316315311.5698211 m / s > c, setting 1/gamma = 0\n",
+      "v = 364998217.53942055 m / s > c, setting 1/gamma = 0\n",
+      "v = 314556063.9095403 m / s > c, setting 1/gamma = 0\n",
+      "v = 372795096.8867977 m / s > c, setting 1/gamma = 0\n",
+      "v = 417433624.5844663 m / s > c, setting 1/gamma = 0\n",
+      "v = 304436359.07054454 m / s > c, setting 1/gamma = 0\n",
+      "v = 593886604.8579199 m / s > c, setting 1/gamma = 0\n",
+      "v = 479440266.69654554 m / s > c, setting 1/gamma = 0\n",
+      "v = 308900568.4187551 m / s > c, setting 1/gamma = 0\n",
+      "v = 332724473.46763855 m / s > c, setting 1/gamma = 0\n",
+      "v = 309728901.0601355 m / s > c, setting 1/gamma = 0\n",
+      "v = 349343196.1072954 m / s > c, setting 1/gamma = 0\n",
+      "v = 739809625.5590541 m / s > c, setting 1/gamma = 0\n",
+      "v = 604568168.2582891 m / s > c, setting 1/gamma = 0\n",
+      "v = 317068420.5447933 m / s > c, setting 1/gamma = 0\n",
+      "v = 374659655.95474505 m / s > c, setting 1/gamma = 0\n",
+      "v = 428956953.38662744 m / s > c, setting 1/gamma = 0\n",
+      "v = 306047178.8412976 m / s > c, setting 1/gamma = 0\n",
+      "v = 321421003.83007455 m / s > c, setting 1/gamma = 0\n",
+      "v = 369268141.66277903 m / s > c, setting 1/gamma = 0\n",
+      "v = 576299087.7434744 m / s > c, setting 1/gamma = 0\n",
+      "v = 504194016.8004927 m / s > c, setting 1/gamma = 0\n",
+      "v = 331478613.20517135 m / s > c, setting 1/gamma = 0\n",
+      "v = 363009742.6628677 m / s > c, setting 1/gamma = 0\n",
+      "v = 392212476.59487 m / s > c, setting 1/gamma = 0\n",
+      "v = 440420614.30251026 m / s > c, setting 1/gamma = 0\n",
+      "v = 334358560.79855084 m / s > c, setting 1/gamma = 0\n",
+      "v = 359901894.61314875 m / s > c, setting 1/gamma = 0\n",
+      "v = 316320313.16804886 m / s > c, setting 1/gamma = 0\n",
+      "v = 362072612.0666291 m / s > c, setting 1/gamma = 0\n",
+      "v = 532099795.8493889 m / s > c, setting 1/gamma = 0\n",
+      "v = 502458488.8714 m / s > c, setting 1/gamma = 0\n",
+      "v = 364362087.20272815 m / s > c, setting 1/gamma = 0\n",
+      "v = 387562527.4513347 m / s > c, setting 1/gamma = 0\n",
+      "v = 304363640.4021657 m / s > c, setting 1/gamma = 0\n",
+      "v = 359437752.7334888 m / s > c, setting 1/gamma = 0\n",
+      "v = 378421826.5344085 m / s > c, setting 1/gamma = 0\n",
+      "v = 397481203.9844893 m / s > c, setting 1/gamma = 0\n",
+      "v = 303680621.04847175 m / s > c, setting 1/gamma = 0\n",
+      "v = 317247797.559533 m / s > c, setting 1/gamma = 0\n",
+      "v = 370647546.03587276 m / s > c, setting 1/gamma = 0\n",
+      "v = 350243407.84501725 m / s > c, setting 1/gamma = 0\n",
+      "v = 372040570.71519685 m / s > c, setting 1/gamma = 0\n",
+      "v = 301060713.65552753 m / s > c, setting 1/gamma = 0\n",
+      "v = 346351503.43570733 m / s > c, setting 1/gamma = 0\n",
+      "v = 532065552.11731625 m / s > c, setting 1/gamma = 0\n",
+      "v = 498313024.3179763 m / s > c, setting 1/gamma = 0\n",
+      "v = 317071540.48232985 m / s > c, setting 1/gamma = 0\n",
+      "v = 309686285.5340781 m / s > c, setting 1/gamma = 0\n",
+      "v = 358544192.4974031 m / s > c, setting 1/gamma = 0\n",
+      "v = 459353996.511508 m / s > c, setting 1/gamma = 0\n",
+      "v = 476797145.3603081 m / s > c, setting 1/gamma = 0\n",
+      "v = 398883623.84717584 m / s > c, setting 1/gamma = 0\n",
+      "v = 438485320.3757858 m / s > c, setting 1/gamma = 0\n",
+      "v = 464916955.49696416 m / s > c, setting 1/gamma = 0\n",
+      "v = 480202841.64143205 m / s > c, setting 1/gamma = 0\n",
+      "v = 367014143.5040699 m / s > c, setting 1/gamma = 0\n",
+      "v = 410323184.71660835 m / s > c, setting 1/gamma = 0\n",
+      "v = 486744634.0836284 m / s > c, setting 1/gamma = 0\n",
+      "v = 488796714.6023408 m / s > c, setting 1/gamma = 0\n",
+      "v = 363270210.662785 m / s > c, setting 1/gamma = 0\n",
+      "v = 410175533.8917269 m / s > c, setting 1/gamma = 0\n",
+      "v = 401045207.98283315 m / s > c, setting 1/gamma = 0\n",
+      "v = 441455185.8758042 m / s > c, setting 1/gamma = 0\n",
+      "v = 347697520.13395166 m / s > c, setting 1/gamma = 0\n",
+      "v = 364012494.5288653 m / s > c, setting 1/gamma = 0\n",
+      "v = 390270160.17763984 m / s > c, setting 1/gamma = 0\n",
+      "v = 431767671.58611035 m / s > c, setting 1/gamma = 0\n",
+      "v = 331112312.52580386 m / s > c, setting 1/gamma = 0\n",
+      "v = 349813787.04333574 m / s > c, setting 1/gamma = 0\n",
+      "v = 507896921.7651507 m / s > c, setting 1/gamma = 0\n",
+      "v = 489035504.20358115 m / s > c, setting 1/gamma = 0\n",
+      "v = 310270636.11652845 m / s > c, setting 1/gamma = 0\n",
+      "v = 345455170.61169857 m / s > c, setting 1/gamma = 0\n",
+      "v = 365643335.819302 m / s > c, setting 1/gamma = 0\n",
+      "v = 320577469.3415081 m / s > c, setting 1/gamma = 0\n",
+      "v = 367809790.3763919 m / s > c, setting 1/gamma = 0\n",
+      "v = 443300768.60704863 m / s > c, setting 1/gamma = 0\n",
+      "v = 467797536.724881 m / s > c, setting 1/gamma = 0\n",
+      "v = 316650815.82385087 m / s > c, setting 1/gamma = 0\n",
+      "v = 335639085.50446236 m / s > c, setting 1/gamma = 0\n",
+      "v = 308829727.2926653 m / s > c, setting 1/gamma = 0\n",
+      "v = 337627024.3707042 m / s > c, setting 1/gamma = 0\n",
+      "v = 423336874.6702347 m / s > c, setting 1/gamma = 0\n",
+      "v = 453095114.6030337 m / s > c, setting 1/gamma = 0\n",
+      "v = 349137138.60766345 m / s > c, setting 1/gamma = 0\n",
+      "v = 360372823.375999 m / s > c, setting 1/gamma = 0\n",
+      "v = 369938091.0677425 m / s > c, setting 1/gamma = 0\n",
+      "v = 399314817.1307555 m / s > c, setting 1/gamma = 0\n",
+      "v = 353220965.0131805 m / s > c, setting 1/gamma = 0\n",
+      "v = 366942843.12138593 m / s > c, setting 1/gamma = 0\n",
+      "v = 451965339.69928515 m / s > c, setting 1/gamma = 0\n",
+      "v = 465041244.3932318 m / s > c, setting 1/gamma = 0\n",
+      "v = 359061377.5167791 m / s > c, setting 1/gamma = 0\n",
+      "v = 407856523.28797793 m / s > c, setting 1/gamma = 0\n",
+      "v = 302907332.5235899 m / s > c, setting 1/gamma = 0\n",
+      "v = 455587428.13508165 m / s > c, setting 1/gamma = 0\n",
+      "v = 470488488.93644774 m / s > c, setting 1/gamma = 0\n",
+      "v = 431602041.6574908 m / s > c, setting 1/gamma = 0\n",
+      "v = 461421776.7781716 m / s > c, setting 1/gamma = 0\n",
+      "v = 332383576.9370862 m / s > c, setting 1/gamma = 0\n",
+      "v = 349169497.95767164 m / s > c, setting 1/gamma = 0\n",
+      "v = 305952640.71029633 m / s > c, setting 1/gamma = 0\n",
+      "v = 317083599.8339214 m / s > c, setting 1/gamma = 0\n",
+      "v = 307706348.25605786 m / s > c, setting 1/gamma = 0\n",
+      "v = 341990387.0754457 m / s > c, setting 1/gamma = 0\n",
+      "v = 392419318.53767055 m / s > c, setting 1/gamma = 0\n",
+      "v = 304956756.0079998 m / s > c, setting 1/gamma = 0\n",
+      "v = 328151504.0712174 m / s > c, setting 1/gamma = 0\n",
+      "v = 313267459.3867795 m / s > c, setting 1/gamma = 0\n",
+      "v = 442726307.73350596 m / s > c, setting 1/gamma = 0\n",
+      "v = 454655211.1347107 m / s > c, setting 1/gamma = 0\n",
+      "v = 314660248.13075405 m / s > c, setting 1/gamma = 0\n",
+      "v = 336951774.63067853 m / s > c, setting 1/gamma = 0\n",
+      "v = 327017920.26181793 m / s > c, setting 1/gamma = 0\n",
+      "v = 363660464.09486824 m / s > c, setting 1/gamma = 0\n",
+      "v = 406182717.9519077 m / s > c, setting 1/gamma = 0\n",
+      "v = 433008430.0078245 m / s > c, setting 1/gamma = 0\n",
+      "v = 357431475.1355434 m / s > c, setting 1/gamma = 0\n",
+      "v = 403675401.46352726 m / s > c, setting 1/gamma = 0\n",
+      "v = 334503332.81626815 m / s > c, setting 1/gamma = 0\n",
+      "v = 351670469.98962635 m / s > c, setting 1/gamma = 0\n",
+      "v = 337218539.8338157 m / s > c, setting 1/gamma = 0\n",
+      "v = 383750763.0019362 m / s > c, setting 1/gamma = 0\n",
+      "v = 411509237.170917 m / s > c, setting 1/gamma = 0\n",
+      "v = 321027666.4841024 m / s > c, setting 1/gamma = 0\n",
+      "v = 339961047.42643106 m / s > c, setting 1/gamma = 0\n",
+      "v = 305919893.9378705 m / s > c, setting 1/gamma = 0\n",
+      "v = 314135630.112357 m / s > c, setting 1/gamma = 0\n",
+      "v = 357357589.45838255 m / s > c, setting 1/gamma = 0\n",
+      "v = 451454606.1691315 m / s > c, setting 1/gamma = 0\n",
+      "v = 466007412.32030123 m / s > c, setting 1/gamma = 0\n",
+      "v = 473664778.85592985 m / s > c, setting 1/gamma = 0\n",
+      "v = 484066757.7041342 m / s > c, setting 1/gamma = 0\n",
+      "v = 302396767.3604556 m / s > c, setting 1/gamma = 0\n",
+      "v = 333286140.6965523 m / s > c, setting 1/gamma = 0\n",
+      "v = 351603948.28153604 m / s > c, setting 1/gamma = 0\n",
+      "v = 385172556.1481693 m / s > c, setting 1/gamma = 0\n",
+      "v = 309897789.3975463 m / s > c, setting 1/gamma = 0\n",
+      "v = 316199365.1733912 m / s > c, setting 1/gamma = 0\n",
+      "v = 342695749.89589334 m / s > c, setting 1/gamma = 0\n",
+      "v = 329824345.34905165 m / s > c, setting 1/gamma = 0\n",
+      "v = 310379969.3489757 m / s > c, setting 1/gamma = 0\n",
+      "v = 336565358.95083237 m / s > c, setting 1/gamma = 0\n",
+      "v = 333323839.88874376 m / s > c, setting 1/gamma = 0\n",
+      "v = 384453883.19144374 m / s > c, setting 1/gamma = 0\n",
+      "v = 328054238.07907313 m / s > c, setting 1/gamma = 0\n",
+      "v = 348962105.0997557 m / s > c, setting 1/gamma = 0\n",
+      "v = 374042763.16572416 m / s > c, setting 1/gamma = 0\n",
+      "v = 420152687.68066424 m / s > c, setting 1/gamma = 0\n",
+      "v = 304837295.9566624 m / s > c, setting 1/gamma = 0\n",
+      "v = 493127163.9637939 m / s > c, setting 1/gamma = 0\n",
+      "v = 484098150.2827312 m / s > c, setting 1/gamma = 0\n",
+      "v = 320253846.33502847 m / s > c, setting 1/gamma = 0\n",
+      "v = 342606984.29200363 m / s > c, setting 1/gamma = 0\n",
+      "v = 361625013.0874859 m / s > c, setting 1/gamma = 0\n",
+      "v = 331529229.1041675 m / s > c, setting 1/gamma = 0\n",
+      "v = 377020191.29929954 m / s > c, setting 1/gamma = 0\n",
+      "v = 416281074.8065434 m / s > c, setting 1/gamma = 0\n",
+      "v = 447773605.19547105 m / s > c, setting 1/gamma = 0\n",
+      "v = 309813918.8849884 m / s > c, setting 1/gamma = 0\n",
+      "v = 319368389.7651448 m / s > c, setting 1/gamma = 0\n",
+      "v = 368709208.5678665 m / s > c, setting 1/gamma = 0\n",
+      "v = 354463517.25695264 m / s > c, setting 1/gamma = 0\n",
+      "v = 402054008.0437277 m / s > c, setting 1/gamma = 0\n",
+      "v = 324229374.68857896 m / s > c, setting 1/gamma = 0\n",
+      "v = 343740070.9089538 m / s > c, setting 1/gamma = 0\n",
+      "v = 317351941.0226784 m / s > c, setting 1/gamma = 0\n",
+      "v = 523553357.77018994 m / s > c, setting 1/gamma = 0\n",
+      "v = 484860453.2230278 m / s > c, setting 1/gamma = 0\n",
+      "v = 301567277.4141878 m / s > c, setting 1/gamma = 0\n",
+      "v = 302573878.2202604 m / s > c, setting 1/gamma = 0\n",
+      "v = 324127546.1464001 m / s > c, setting 1/gamma = 0\n",
+      "v = 330361818.015938 m / s > c, setting 1/gamma = 0\n",
+      "v = 330469628.95231336 m / s > c, setting 1/gamma = 0\n",
+      "v = 365939682.0935582 m / s > c, setting 1/gamma = 0\n",
+      "v = 331631380.4018078 m / s > c, setting 1/gamma = 0\n",
+      "v = 299870738.1571779 m / s > c, setting 1/gamma = 0\n",
+      "v = 507299043.322253 m / s > c, setting 1/gamma = 0\n",
+      "v = 479184110.64990306 m / s > c, setting 1/gamma = 0\n",
+      "v = 345124702.87856483 m / s > c, setting 1/gamma = 0\n",
+      "v = 342010881.30992055 m / s > c, setting 1/gamma = 0\n",
+      "v = 366243563.9498538 m / s > c, setting 1/gamma = 0\n",
+      "v = 336907314.44192916 m / s > c, setting 1/gamma = 0\n",
+      "v = 472670172.0756061 m / s > c, setting 1/gamma = 0\n",
+      "v = 465852192.50702286 m / s > c, setting 1/gamma = 0\n",
+      "v = 312193136.25203353 m / s > c, setting 1/gamma = 0\n",
+      "v = 362936522.46996367 m / s > c, setting 1/gamma = 0\n",
+      "v = 330002738.683034 m / s > c, setting 1/gamma = 0\n",
+      "v = 351985613.7532136 m / s > c, setting 1/gamma = 0\n",
+      "v = 321600983.44180495 m / s > c, setting 1/gamma = 0\n",
+      "v = 365441373.23687744 m / s > c, setting 1/gamma = 0\n",
+      "v = 415385014.84723073 m / s > c, setting 1/gamma = 0\n",
+      "v = 445892932.1119928 m / s > c, setting 1/gamma = 0\n",
+      "v = 309811876.92591465 m / s > c, setting 1/gamma = 0\n",
+      "v = 348700666.0679246 m / s > c, setting 1/gamma = 0\n",
+      "v = 300773454.901172 m / s > c, setting 1/gamma = 0\n",
+      "v = 347625146.44553226 m / s > c, setting 1/gamma = 0\n",
+      "v = 366985265.55955863 m / s > c, setting 1/gamma = 0\n",
+      "v = 338994678.27169967 m / s > c, setting 1/gamma = 0\n",
+      "v = 306649888.29924834 m / s > c, setting 1/gamma = 0\n",
+      "v = 344379107.82745224 m / s > c, setting 1/gamma = 0\n",
+      "v = 302453420.2946476 m / s > c, setting 1/gamma = 0\n",
+      "v = 325384421.9684361 m / s > c, setting 1/gamma = 0\n",
+      "v = 346913280.1435912 m / s > c, setting 1/gamma = 0\n",
+      "v = 302217030.79525864 m / s > c, setting 1/gamma = 0\n",
+      "v = 344610719.7766583 m / s > c, setting 1/gamma = 0\n",
+      "v = 442240692.96660787 m / s > c, setting 1/gamma = 0\n",
+      "v = 460852689.8322288 m / s > c, setting 1/gamma = 0\n",
+      "v = 302375478.5485748 m / s > c, setting 1/gamma = 0\n",
+      "v = 317775162.4930221 m / s > c, setting 1/gamma = 0\n",
+      "v = 406926846.4147903 m / s > c, setting 1/gamma = 0\n",
+      "v = 441862495.56720996 m / s > c, setting 1/gamma = 0\n",
+      "v = 342597489.2246521 m / s > c, setting 1/gamma = 0\n",
+      "v = 356555214.01148605 m / s > c, setting 1/gamma = 0\n",
+      "v = 318498283.7478118 m / s > c, setting 1/gamma = 0\n",
+      "v = 496267393.6947263 m / s > c, setting 1/gamma = 0\n",
+      "v = 470354932.62123936 m / s > c, setting 1/gamma = 0\n",
+      "v = 300020084.66270113 m / s > c, setting 1/gamma = 0\n",
+      "v = 348905754.0851931 m / s > c, setting 1/gamma = 0\n",
+      "v = 316101997.8776253 m / s > c, setting 1/gamma = 0\n",
+      "v = 337226292.9817008 m / s > c, setting 1/gamma = 0\n",
+      "v = 378529109.02485734 m / s > c, setting 1/gamma = 0\n",
+      "v = 419038414.62878525 m / s > c, setting 1/gamma = 0\n",
+      "v = 316362298.0981187 m / s > c, setting 1/gamma = 0\n",
+      "v = 334497099.6846214 m / s > c, setting 1/gamma = 0\n",
+      "v = 301631687.58460045 m / s > c, setting 1/gamma = 0\n",
+      "v = 382517325.80006844 m / s > c, setting 1/gamma = 0\n",
+      "v = 422816472.1506333 m / s > c, setting 1/gamma = 0\n",
+      "v = 309516588.9899684 m / s > c, setting 1/gamma = 0\n",
+      "v = 329330181.9165273 m / s > c, setting 1/gamma = 0\n",
+      "v = 304057145.4772009 m / s > c, setting 1/gamma = 0\n",
+      "v = 316809949.37668747 m / s > c, setting 1/gamma = 0\n",
+      "v = 424352271.47005767 m / s > c, setting 1/gamma = 0\n",
+      "v = 452604400.47113395 m / s > c, setting 1/gamma = 0\n",
+      "v = 313881876.6572636 m / s > c, setting 1/gamma = 0\n",
+      "v = 315548946.7217155 m / s > c, setting 1/gamma = 0\n",
+      "v = 360586043.500815 m / s > c, setting 1/gamma = 0\n",
+      "v = 381099332.66596466 m / s > c, setting 1/gamma = 0\n",
+      "v = 334009206.28877527 m / s > c, setting 1/gamma = 0\n",
+      "v = 472215370.9616575 m / s > c, setting 1/gamma = 0\n",
+      "v = 468486832.30576116 m / s > c, setting 1/gamma = 0\n",
+      "v = 321469072.297803 m / s > c, setting 1/gamma = 0\n",
+      "v = 364528559.7755177 m / s > c, setting 1/gamma = 0\n",
+      "v = 375423199.53104866 m / s > c, setting 1/gamma = 0\n",
+      "v = 367799536.98286444 m / s > c, setting 1/gamma = 0\n",
+      "v = 412054245.0726283 m / s > c, setting 1/gamma = 0\n",
+      "v = 345460845.5904446 m / s > c, setting 1/gamma = 0\n",
+      "v = 358919767.63049877 m / s > c, setting 1/gamma = 0\n",
+      "v = 333326250.1944104 m / s > c, setting 1/gamma = 0\n",
+      "v = 312568315.826499 m / s > c, setting 1/gamma = 0\n",
+      "v = 613218206.9925193 m / s > c, setting 1/gamma = 0\n",
+      "v = 501963926.5941641 m / s > c, setting 1/gamma = 0\n",
+      "v = 301630089.95846355 m / s > c, setting 1/gamma = 0\n",
+      "v = 323379323.57061625 m / s > c, setting 1/gamma = 0\n",
+      "v = 307633113.31365323 m / s > c, setting 1/gamma = 0\n",
+      "v = 362215235.5931935 m / s > c, setting 1/gamma = 0\n",
+      "v = 432296193.5233173 m / s > c, setting 1/gamma = 0\n",
+      "v = 451998616.9288867 m / s > c, setting 1/gamma = 0\n",
+      "v = 321688712.39226097 m / s > c, setting 1/gamma = 0\n",
+      "v = 345420953.69070333 m / s > c, setting 1/gamma = 0\n",
+      "v = 309538102.84835625 m / s > c, setting 1/gamma = 0\n",
+      "v = 360958458.8950585 m / s > c, setting 1/gamma = 0\n",
+      "v = 324968242.80633646 m / s > c, setting 1/gamma = 0\n",
+      "v = 375312754.93756163 m / s > c, setting 1/gamma = 0\n",
+      "v = 319635950.6735183 m / s > c, setting 1/gamma = 0\n",
+      "v = 340738056.8248843 m / s > c, setting 1/gamma = 0\n",
+      "v = 315909377.9523492 m / s > c, setting 1/gamma = 0\n",
+      "v = 365473140.4314957 m / s > c, setting 1/gamma = 0\n",
+      "v = 439937370.1137781 m / s > c, setting 1/gamma = 0\n",
+      "v = 461352046.9800055 m / s > c, setting 1/gamma = 0\n",
+      "v = 304694389.3727901 m / s > c, setting 1/gamma = 0\n",
+      "v = 448184165.9576451 m / s > c, setting 1/gamma = 0\n",
+      "v = 461095033.52571553 m / s > c, setting 1/gamma = 0\n",
+      "v = 304542409.4021905 m / s > c, setting 1/gamma = 0\n",
+      "v = 306414042.12567234 m / s > c, setting 1/gamma = 0\n",
+      "v = 348702667.81020397 m / s > c, setting 1/gamma = 0\n",
+      "v = 401538543.2872583 m / s > c, setting 1/gamma = 0\n",
+      "v = 435320305.1827626 m / s > c, setting 1/gamma = 0\n",
+      "v = 314596809.0395607 m / s > c, setting 1/gamma = 0\n",
+      "v = 333104127.04191625 m / s > c, setting 1/gamma = 0\n",
+      "v = 327207735.44511384 m / s > c, setting 1/gamma = 0\n",
+      "v = 381816350.2685307 m / s > c, setting 1/gamma = 0\n",
+      "v = 314531372.9591414 m / s > c, setting 1/gamma = 0\n",
+      "v = 619586154.5215145 m / s > c, setting 1/gamma = 0\n",
+      "v = 506670889.6658859 m / s > c, setting 1/gamma = 0\n",
+      "v = 321412287.0463036 m / s > c, setting 1/gamma = 0\n",
+      "v = 341434971.03780013 m / s > c, setting 1/gamma = 0\n",
+      "v = 326578937.80796087 m / s > c, setting 1/gamma = 0\n",
+      "v = 378341778.8563171 m / s > c, setting 1/gamma = 0\n",
+      "v = 428808310.8057811 m / s > c, setting 1/gamma = 0\n",
+      "v = 452924487.99958146 m / s > c, setting 1/gamma = 0\n",
+      "v = 314145450.6030301 m / s > c, setting 1/gamma = 0\n",
+      "v = 341864117.41798073 m / s > c, setting 1/gamma = 0\n",
+      "v = 303428712.75105584 m / s > c, setting 1/gamma = 0\n",
+      "v = 356954885.1362736 m / s > c, setting 1/gamma = 0\n",
+      "v = 373407198.1282518 m / s > c, setting 1/gamma = 0\n",
+      "v = 406486080.66370296 m / s > c, setting 1/gamma = 0\n",
+      "v = 306780201.06303275 m / s > c, setting 1/gamma = 0\n",
+      "v = 328767923.62450206 m / s > c, setting 1/gamma = 0\n",
+      "v = 304163872.2027261 m / s > c, setting 1/gamma = 0\n",
+      "v = 308784404.43863875 m / s > c, setting 1/gamma = 0\n",
+      "v = 458850535.5003541 m / s > c, setting 1/gamma = 0\n",
+      "v = 471669228.7833062 m / s > c, setting 1/gamma = 0\n",
+      "v = 310938571.52908427 m / s > c, setting 1/gamma = 0\n",
+      "v = 310410197.328855 m / s > c, setting 1/gamma = 0\n",
+      "v = 341513058.26862 m / s > c, setting 1/gamma = 0\n",
+      "v = 356791833.0421339 m / s > c, setting 1/gamma = 0\n",
+      "v = 344217854.91508144 m / s > c, setting 1/gamma = 0\n",
+      "v = 417660027.4189801 m / s > c, setting 1/gamma = 0\n",
+      "v = 446221263.8338704 m / s > c, setting 1/gamma = 0\n",
+      "v = 391697482.2702636 m / s > c, setting 1/gamma = 0\n",
+      "v = 431181772.5630926 m / s > c, setting 1/gamma = 0\n",
+      "v = 323259566.6058264 m / s > c, setting 1/gamma = 0\n",
+      "v = 341949285.45996237 m / s > c, setting 1/gamma = 0\n",
+      "v = 322175814.11009973 m / s > c, setting 1/gamma = 0\n",
+      "v = 375530559.828826 m / s > c, setting 1/gamma = 0\n",
+      "v = 444835332.0244474 m / s > c, setting 1/gamma = 0\n",
+      "v = 462072640.15208274 m / s > c, setting 1/gamma = 0\n",
+      "v = 309185462.6485743 m / s > c, setting 1/gamma = 0\n",
+      "v = 315463249.3652795 m / s > c, setting 1/gamma = 0\n",
+      "v = 369444503.63866717 m / s > c, setting 1/gamma = 0\n",
+      "v = 379304346.787132 m / s > c, setting 1/gamma = 0\n",
+      "v = 411786423.2376851 m / s > c, setting 1/gamma = 0\n",
+      "v = 318607018.92542464 m / s > c, setting 1/gamma = 0\n",
+      "v = 339435343.5185831 m / s > c, setting 1/gamma = 0\n",
+      "v = 304247663.7528057 m / s > c, setting 1/gamma = 0\n",
+      "v = 302031629.4943066 m / s > c, setting 1/gamma = 0\n",
+      "v = 350983708.55101126 m / s > c, setting 1/gamma = 0\n",
+      "v = 338794450.5286379 m / s > c, setting 1/gamma = 0\n",
+      "v = 368445471.37262756 m / s > c, setting 1/gamma = 0\n",
+      "v = 386984383.8981665 m / s > c, setting 1/gamma = 0\n",
+      "v = 343336066.24373776 m / s > c, setting 1/gamma = 0\n",
+      "v = 428898842.22292817 m / s > c, setting 1/gamma = 0\n",
+      "v = 461922065.5583929 m / s > c, setting 1/gamma = 0\n",
+      "v = 342474868.6634875 m / s > c, setting 1/gamma = 0\n",
+      "v = 358202475.7641715 m / s > c, setting 1/gamma = 0\n",
+      "v = 320481324.3328556 m / s > c, setting 1/gamma = 0\n",
+      "v = 507523297.06720966 m / s > c, setting 1/gamma = 0\n",
+      "v = 476983622.090426 m / s > c, setting 1/gamma = 0\n",
+      "v = 324747031.19946104 m / s > c, setting 1/gamma = 0\n",
+      "v = 339588565.5905076 m / s > c, setting 1/gamma = 0\n",
+      "v = 354303774.20664066 m / s > c, setting 1/gamma = 0\n",
+      "v = 332678808.57904214 m / s > c, setting 1/gamma = 0\n",
+      "v = 520973484.1962557 m / s > c, setting 1/gamma = 0\n",
+      "v = 485399780.3499073 m / s > c, setting 1/gamma = 0\n",
+      "v = 310928704.26986563 m / s > c, setting 1/gamma = 0\n",
+      "v = 326669560.4287858 m / s > c, setting 1/gamma = 0\n",
+      "v = 343478402.73762786 m / s > c, setting 1/gamma = 0\n",
+      "v = 330763505.59824526 m / s > c, setting 1/gamma = 0\n",
+      "v = 385084398.11331487 m / s > c, setting 1/gamma = 0\n",
+      "v = 397937653.7231853 m / s > c, setting 1/gamma = 0\n",
+      "v = 431382143.7123885 m / s > c, setting 1/gamma = 0\n",
+      "v = 316287626.9435863 m / s > c, setting 1/gamma = 0\n",
+      "v = 352635888.52052766 m / s > c, setting 1/gamma = 0\n",
+      "v = 402864400.4835583 m / s > c, setting 1/gamma = 0\n",
+      "v = 515443275.6399119 m / s > c, setting 1/gamma = 0\n",
+      "v = 492099398.5987485 m / s > c, setting 1/gamma = 0\n",
+      "v = 334708562.63770866 m / s > c, setting 1/gamma = 0\n",
+      "v = 353354996.9775582 m / s > c, setting 1/gamma = 0\n",
+      "v = 350153808.5755964 m / s > c, setting 1/gamma = 0\n",
+      "v = 483582768.4528583 m / s > c, setting 1/gamma = 0\n",
+      "v = 478422887.5254175 m / s > c, setting 1/gamma = 0\n",
+      "v = 325088065.922358 m / s > c, setting 1/gamma = 0\n",
+      "v = 338644417.0470129 m / s > c, setting 1/gamma = 0\n",
+      "v = 356476088.7781373 m / s > c, setting 1/gamma = 0\n",
+      "v = 302632521.61328626 m / s > c, setting 1/gamma = 0\n",
+      "v = 320773959.93482137 m / s > c, setting 1/gamma = 0\n",
+      "v = 304154196.7695525 m / s > c, setting 1/gamma = 0\n",
+      "v = 355808656.7289696 m / s > c, setting 1/gamma = 0\n",
+      "v = 355862636.4402878 m / s > c, setting 1/gamma = 0\n",
+      "v = 400020849.6233696 m / s > c, setting 1/gamma = 0\n",
+      "v = 308332542.88835084 m / s > c, setting 1/gamma = 0\n",
+      "v = 327900813.00001204 m / s > c, setting 1/gamma = 0\n",
+      "v = 334066277.6326641 m / s > c, setting 1/gamma = 0\n",
+      "v = 329157219.31770104 m / s > c, setting 1/gamma = 0\n",
+      "v = 324323960.14649534 m / s > c, setting 1/gamma = 0\n",
+      "v = 305199970.34876543 m / s > c, setting 1/gamma = 0\n",
+      "v = 329746898.40792984 m / s > c, setting 1/gamma = 0\n",
+      "v = 302315286.5724833 m / s > c, setting 1/gamma = 0\n",
+      "v = 330126720.6822785 m / s > c, setting 1/gamma = 0\n",
+      "v = 309394355.80478173 m / s > c, setting 1/gamma = 0\n",
+      "v = 345482911.3503051 m / s > c, setting 1/gamma = 0\n",
+      "v = 366131934.892432 m / s > c, setting 1/gamma = 0\n",
+      "v = 311047202.8017725 m / s > c, setting 1/gamma = 0\n",
+      "v = 316999640.5403924 m / s > c, setting 1/gamma = 0\n",
+      "v = 369381212.5237104 m / s > c, setting 1/gamma = 0\n",
+      "v = 320033926.18825436 m / s > c, setting 1/gamma = 0\n",
+      "v = 346649775.88720244 m / s > c, setting 1/gamma = 0\n",
+      "v = 335819610.162857 m / s > c, setting 1/gamma = 0\n",
+      "v = 394696476.51158 m / s > c, setting 1/gamma = 0\n",
+      "v = 418098966.5435062 m / s > c, setting 1/gamma = 0\n",
+      "v = 340138868.0347524 m / s > c, setting 1/gamma = 0\n",
+      "v = 352480244.55458075 m / s > c, setting 1/gamma = 0\n",
+      "v = 307351495.8082661 m / s > c, setting 1/gamma = 0\n",
+      "v = 344223085.9511484 m / s > c, setting 1/gamma = 0\n",
+      "v = 388681331.2623786 m / s > c, setting 1/gamma = 0\n",
+      "v = 357482145.2329331 m / s > c, setting 1/gamma = 0\n",
+      "v = 401185219.83430934 m / s > c, setting 1/gamma = 0\n",
+      "v = 301739353.31255627 m / s > c, setting 1/gamma = 0\n",
+      "v = 321174141.7076381 m / s > c, setting 1/gamma = 0\n",
+      "v = 302653226.61854166 m / s > c, setting 1/gamma = 0\n",
+      "v = 325964133.3384343 m / s > c, setting 1/gamma = 0\n",
+      "v = 367468856.4962856 m / s > c, setting 1/gamma = 0\n",
+      "v = 363595350.378557 m / s > c, setting 1/gamma = 0\n",
+      "v = 412102720.4413659 m / s > c, setting 1/gamma = 0\n",
+      "v = 438332382.4552621 m / s > c, setting 1/gamma = 0\n",
+      "v = 462468990.3665434 m / s > c, setting 1/gamma = 0\n",
+      "v = 301679935.7936152 m / s > c, setting 1/gamma = 0\n",
+      "v = 371285186.554209 m / s > c, setting 1/gamma = 0\n",
+      "v = 402137238.99736905 m / s > c, setting 1/gamma = 0\n",
+      "v = 302642555.64962953 m / s > c, setting 1/gamma = 0\n",
+      "v = 345355981.5075345 m / s > c, setting 1/gamma = 0\n",
+      "v = 370856125.63567364 m / s > c, setting 1/gamma = 0\n",
+      "v = 310825242.108618 m / s > c, setting 1/gamma = 0\n",
+      "v = 362049226.0837949 m / s > c, setting 1/gamma = 0\n",
+      "v = 466418807.9168349 m / s > c, setting 1/gamma = 0\n",
+      "v = 476393205.5481037 m / s > c, setting 1/gamma = 0\n",
+      "v = 301773306.6987555 m / s > c, setting 1/gamma = 0\n",
+      "v = 304256166.60292727 m / s > c, setting 1/gamma = 0\n",
+      "v = 593966880.6588961 m / s > c, setting 1/gamma = 0\n",
+      "v = 484794981.1212408 m / s > c, setting 1/gamma = 0\n",
+      "v = 341226493.2385592 m / s > c, setting 1/gamma = 0\n",
+      "v = 361858118.8324731 m / s > c, setting 1/gamma = 0\n",
+      "v = 303217263.35231847 m / s > c, setting 1/gamma = 0\n",
+      "v = 336259236.7950788 m / s > c, setting 1/gamma = 0\n",
+      "v = 705603899.1243392 m / s > c, setting 1/gamma = 0\n",
+      "v = 578959087.3158611 m / s > c, setting 1/gamma = 0\n",
+      "v = 337062934.3766717 m / s > c, setting 1/gamma = 0\n",
+      "v = 360424086.53599715 m / s > c, setting 1/gamma = 0\n",
+      "v = 302441669.27690876 m / s > c, setting 1/gamma = 0\n",
+      "v = 567726413.7750281 m / s > c, setting 1/gamma = 0\n",
+      "v = 505668047.5483256 m / s > c, setting 1/gamma = 0\n",
+      "v = 341687909.1989512 m / s > c, setting 1/gamma = 0\n",
+      "v = 368614166.6035653 m / s > c, setting 1/gamma = 0\n",
+      "v = 332495772.8833595 m / s > c, setting 1/gamma = 0\n",
+      "v = 381881523.44783896 m / s > c, setting 1/gamma = 0\n",
+      "v = 391882815.48304296 m / s > c, setting 1/gamma = 0\n",
+      "v = 437794532.84407246 m / s > c, setting 1/gamma = 0\n",
+      "v = 313464697.3998604 m / s > c, setting 1/gamma = 0\n",
+      "v = 318912412.0378691 m / s > c, setting 1/gamma = 0\n",
+      "v = 458519941.9593441 m / s > c, setting 1/gamma = 0\n",
+      "v = 469648255.2491491 m / s > c, setting 1/gamma = 0\n",
+      "v = 322351780.19424665 m / s > c, setting 1/gamma = 0\n",
+      "v = 377037201.03232694 m / s > c, setting 1/gamma = 0\n",
+      "v = 479368365.55529696 m / s > c, setting 1/gamma = 0\n",
+      "v = 472754538.90755534 m / s > c, setting 1/gamma = 0\n",
+      "v = 327633105.6993344 m / s > c, setting 1/gamma = 0\n",
+      "v = 347693389.34229696 m / s > c, setting 1/gamma = 0\n",
+      "v = 362909605.6672062 m / s > c, setting 1/gamma = 0\n",
+      "v = 301287333.8889517 m / s > c, setting 1/gamma = 0\n",
+      "v = 349830600.07533604 m / s > c, setting 1/gamma = 0\n",
+      "v = 377038676.2331719 m / s > c, setting 1/gamma = 0\n",
+      "v = 420836415.70266974 m / s > c, setting 1/gamma = 0\n",
+      "v = 318426303.14704055 m / s > c, setting 1/gamma = 0\n",
+      "v = 338944541.3226889 m / s > c, setting 1/gamma = 0\n",
+      "v = 316913584.6298228 m / s > c, setting 1/gamma = 0\n",
+      "v = 370363151.51915884 m / s > c, setting 1/gamma = 0\n",
+      "v = 305366365.7874431 m / s > c, setting 1/gamma = 0\n",
+      "v = 597149862.3637537 m / s > c, setting 1/gamma = 0\n",
+      "v = 488687659.72131705 m / s > c, setting 1/gamma = 0\n",
+      "v = 307081812.3105627 m / s > c, setting 1/gamma = 0\n",
+      "v = 329961185.0097048 m / s > c, setting 1/gamma = 0\n",
+      "v = 302325289.31949973 m / s > c, setting 1/gamma = 0\n",
+      "v = 355005678.657649 m / s > c, setting 1/gamma = 0\n",
+      "v = 483017177.6386606 m / s > c, setting 1/gamma = 0\n",
+      "v = 477370606.72278637 m / s > c, setting 1/gamma = 0\n",
+      "v = 321751022.1008166 m / s > c, setting 1/gamma = 0\n",
+      "v = 330124417.70143753 m / s > c, setting 1/gamma = 0\n",
+      "v = 347525470.686056 m / s > c, setting 1/gamma = 0\n",
+      "v = 344919937.43233377 m / s > c, setting 1/gamma = 0\n",
+      "v = 380320211.57457066 m / s > c, setting 1/gamma = 0\n",
+      "v = 417706163.1581772 m / s > c, setting 1/gamma = 0\n",
+      "v = 362026789.7240736 m / s > c, setting 1/gamma = 0\n",
+      "v = 776659201.1934975 m / s > c, setting 1/gamma = 0\n",
+      "v = 640847334.672077 m / s > c, setting 1/gamma = 0\n",
+      "v = 313860220.5692872 m / s > c, setting 1/gamma = 0\n",
+      "v = 337987444.5273732 m / s > c, setting 1/gamma = 0\n",
+      "v = 465463564.3041307 m / s > c, setting 1/gamma = 0\n",
+      "v = 467074162.85272795 m / s > c, setting 1/gamma = 0\n",
+      "v = 314127097.00471264 m / s > c, setting 1/gamma = 0\n",
+      "v = 360697537.06987286 m / s > c, setting 1/gamma = 0\n",
+      "v = 385230821.2587486 m / s > c, setting 1/gamma = 0\n",
+      "v = 338886818.89951926 m / s > c, setting 1/gamma = 0\n",
+      "v = 455340641.0273431 m / s > c, setting 1/gamma = 0\n",
+      "v = 481204343.61624575 m / s > c, setting 1/gamma = 0\n",
+      "v = 302580052.10057163 m / s > c, setting 1/gamma = 0\n",
+      "v = 458462695.00048614 m / s > c, setting 1/gamma = 0\n",
+      "v = 460313670.1412752 m / s > c, setting 1/gamma = 0\n",
+      "v = 314128245.80296665 m / s > c, setting 1/gamma = 0\n",
+      "v = 325064843.9643331 m / s > c, setting 1/gamma = 0\n",
+      "v = 351215322.8480812 m / s > c, setting 1/gamma = 0\n",
+      "v = 345187459.3274412 m / s > c, setting 1/gamma = 0\n",
+      "v = 397304822.70850194 m / s > c, setting 1/gamma = 0\n",
+      "v = 325288229.4152159 m / s > c, setting 1/gamma = 0\n",
+      "v = 342759834.72514373 m / s > c, setting 1/gamma = 0\n",
+      "v = 306377586.9479006 m / s > c, setting 1/gamma = 0\n",
+      "v = 357998885.04618126 m / s > c, setting 1/gamma = 0\n",
+      "v = 411860133.82878923 m / s > c, setting 1/gamma = 0\n",
+      "v = 402170223.7845691 m / s > c, setting 1/gamma = 0\n",
+      "v = 435603297.71598065 m / s > c, setting 1/gamma = 0\n",
+      "v = 332012535.68250394 m / s > c, setting 1/gamma = 0\n",
+      "v = 352146831.0235073 m / s > c, setting 1/gamma = 0\n",
+      "v = 374572680.74418896 m / s > c, setting 1/gamma = 0\n",
+      "v = 422993238.9600487 m / s > c, setting 1/gamma = 0\n",
+      "v = 432385539.9586437 m / s > c, setting 1/gamma = 0\n",
+      "v = 461291407.594455 m / s > c, setting 1/gamma = 0\n",
+      "v = 306888806.9424954 m / s > c, setting 1/gamma = 0\n",
+      "v = 346442926.81886905 m / s > c, setting 1/gamma = 0\n",
+      "v = 394416399.3912464 m / s > c, setting 1/gamma = 0\n",
+      "v = 338919279.6719852 m / s > c, setting 1/gamma = 0\n",
+      "v = 355445797.0653209 m / s > c, setting 1/gamma = 0\n",
+      "v = 302834510.91299605 m / s > c, setting 1/gamma = 0\n",
+      "v = 351678385.03430104 m / s > c, setting 1/gamma = 0\n",
+      "v = 359893575.2882534 m / s > c, setting 1/gamma = 0\n",
+      "v = 404852662.89930725 m / s > c, setting 1/gamma = 0\n",
+      "v = 338943624.8360151 m / s > c, setting 1/gamma = 0\n",
+      "v = 353705390.2904927 m / s > c, setting 1/gamma = 0\n",
+      "v = 328951385.5170411 m / s > c, setting 1/gamma = 0\n",
+      "v = 382134417.22885156 m / s > c, setting 1/gamma = 0\n",
+      "v = 417658135.438631 m / s > c, setting 1/gamma = 0\n",
+      "v = 442975689.9261506 m / s > c, setting 1/gamma = 0\n",
+      "v = 319646749.45399415 m / s > c, setting 1/gamma = 0\n",
+      "v = 343048983.7352365 m / s > c, setting 1/gamma = 0\n",
+      "v = 354483949.6812561 m / s > c, setting 1/gamma = 0\n",
+      "v = 400930798.68373007 m / s > c, setting 1/gamma = 0\n",
+      "v = 302852395.3507945 m / s > c, setting 1/gamma = 0\n",
+      "v = 415463466.0255395 m / s > c, setting 1/gamma = 0\n",
+      "v = 448039694.936166 m / s > c, setting 1/gamma = 0\n",
+      "v = 357113225.16486603 m / s > c, setting 1/gamma = 0\n",
+      "v = 383613443.6565203 m / s > c, setting 1/gamma = 0\n",
+      "v = 393277907.8809732 m / s > c, setting 1/gamma = 0\n",
+      "v = 424747158.76010066 m / s > c, setting 1/gamma = 0\n",
+      "v = 330697083.1252477 m / s > c, setting 1/gamma = 0\n",
+      "v = 369190770.37954235 m / s > c, setting 1/gamma = 0\n",
+      "v = 313549465.00138766 m / s > c, setting 1/gamma = 0\n",
+      "v = 594918291.4052103 m / s > c, setting 1/gamma = 0\n",
+      "v = 510069844.9150354 m / s > c, setting 1/gamma = 0\n",
+      "v = 365299561.44015414 m / s > c, setting 1/gamma = 0\n",
+      "v = 394645673.8174377 m / s > c, setting 1/gamma = 0\n",
+      "v = 326277967.7429251 m / s > c, setting 1/gamma = 0\n",
+      "v = 477369949.617844 m / s > c, setting 1/gamma = 0\n",
+      "v = 481471628.89475614 m / s > c, setting 1/gamma = 0\n",
+      "v = 311922092.3479552 m / s > c, setting 1/gamma = 0\n",
+      "v = 324993137.4557624 m / s > c, setting 1/gamma = 0\n",
+      "v = 382797308.0575048 m / s > c, setting 1/gamma = 0\n",
+      "v = 301703979.2206493 m / s > c, setting 1/gamma = 0\n",
+      "v = 601300683.8686874 m / s > c, setting 1/gamma = 0\n",
+      "v = 488255047.1473625 m / s > c, setting 1/gamma = 0\n",
+      "v = 343213362.6077732 m / s > c, setting 1/gamma = 0\n",
+      "v = 364877277.04855484 m / s > c, setting 1/gamma = 0\n",
+      "v = 351885432.44326544 m / s > c, setting 1/gamma = 0\n",
+      "v = 403329006.45310223 m / s > c, setting 1/gamma = 0\n",
+      "v = 515744805.3821835 m / s > c, setting 1/gamma = 0\n",
+      "v = 515040950.0552537 m / s > c, setting 1/gamma = 0\n",
+      "v = 360970409.05912066 m / s > c, setting 1/gamma = 0\n",
+      "v = 386762752.6052221 m / s > c, setting 1/gamma = 0\n",
+      "v = 352255764.3232558 m / s > c, setting 1/gamma = 0\n",
+      "v = 394818832.4156941 m / s > c, setting 1/gamma = 0\n",
+      "v = 355658518.96389246 m / s > c, setting 1/gamma = 0\n",
+      "v = 410739643.1511779 m / s > c, setting 1/gamma = 0\n",
+      "v = 300050402.8713336 m / s > c, setting 1/gamma = 0\n",
+      "v = 327901760.80092525 m / s > c, setting 1/gamma = 0\n",
+      "v = 372253784.1466358 m / s > c, setting 1/gamma = 0\n",
+      "v = 406335663.712795 m / s > c, setting 1/gamma = 0\n",
+      "v = 335883740.1789205 m / s > c, setting 1/gamma = 0\n",
+      "v = 367815925.23665303 m / s > c, setting 1/gamma = 0\n",
+      "v = 411345879.25776654 m / s > c, setting 1/gamma = 0\n",
+      "v = 439727505.60544944 m / s > c, setting 1/gamma = 0\n",
+      "v = 309466660.8464021 m / s > c, setting 1/gamma = 0\n",
+      "v = 334812262.76921684 m / s > c, setting 1/gamma = 0\n",
+      "v = 340040570.69435143 m / s > c, setting 1/gamma = 0\n",
+      "v = 392172356.25813544 m / s > c, setting 1/gamma = 0\n",
+      "v = 457832519.18694586 m / s > c, setting 1/gamma = 0\n",
+      "v = 476141105.5861238 m / s > c, setting 1/gamma = 0\n",
+      "v = 303600297.4908911 m / s > c, setting 1/gamma = 0\n",
+      "v = 332174149.63474226 m / s > c, setting 1/gamma = 0\n",
+      "v = 386237285.63351786 m / s > c, setting 1/gamma = 0\n",
+      "v = 320163204.0627205 m / s > c, setting 1/gamma = 0\n",
+      "v = 361584552.29931176 m / s > c, setting 1/gamma = 0\n",
+      "v = 334822299.6016713 m / s > c, setting 1/gamma = 0\n",
+      "v = 321763110.5509779 m / s > c, setting 1/gamma = 0\n",
+      "v = 367803953.6938722 m / s > c, setting 1/gamma = 0\n",
+      "v = 359270919.6449783 m / s > c, setting 1/gamma = 0\n",
+      "v = 409134670.42505836 m / s > c, setting 1/gamma = 0\n",
+      "v = 337065097.922283 m / s > c, setting 1/gamma = 0\n",
+      "v = 356437912.12248266 m / s > c, setting 1/gamma = 0\n",
+      "v = 345747231.1665185 m / s > c, setting 1/gamma = 0\n",
+      "v = 394216203.4879663 m / s > c, setting 1/gamma = 0\n",
+      "v = 456199323.7140898 m / s > c, setting 1/gamma = 0\n",
+      "v = 472168756.416801 m / s > c, setting 1/gamma = 0\n",
+      "v = 307584936.75247586 m / s > c, setting 1/gamma = 0\n",
+      "v = 336869248.0772976 m / s > c, setting 1/gamma = 0\n",
+      "v = 304904861.360301 m / s > c, setting 1/gamma = 0\n",
+      "v = 358646227.81959766 m / s > c, setting 1/gamma = 0\n",
+      "v = 397841202.0662093 m / s > c, setting 1/gamma = 0\n",
+      "v = 426559704.67594504 m / s > c, setting 1/gamma = 0\n",
+      "v = 351862544.2783601 m / s > c, setting 1/gamma = 0\n",
+      "v = 364605643.84802556 m / s > c, setting 1/gamma = 0\n",
+      "v = 304515748.6646543 m / s > c, setting 1/gamma = 0\n",
+      "v = 358411313.8930161 m / s > c, setting 1/gamma = 0\n",
+      "v = 336816322.7899298 m / s > c, setting 1/gamma = 0\n",
+      "v = 689421661.4860668 m / s > c, setting 1/gamma = 0\n",
+      "v = 566701010.2850702 m / s > c, setting 1/gamma = 0\n",
+      "v = 306949439.2632926 m / s > c, setting 1/gamma = 0\n",
+      "v = 327057706.32513356 m / s > c, setting 1/gamma = 0\n",
+      "v = 316950077.7414041 m / s > c, setting 1/gamma = 0\n",
+      "v = 370802335.03975403 m / s > c, setting 1/gamma = 0\n",
+      "v = 343112440.3647093 m / s > c, setting 1/gamma = 0\n",
+      "v = 710931807.9166336 m / s > c, setting 1/gamma = 0\n",
+      "v = 585510890.2856896 m / s > c, setting 1/gamma = 0\n",
+      "v = 303129001.7381022 m / s > c, setting 1/gamma = 0\n",
+      "v = 324664408.4398421 m / s > c, setting 1/gamma = 0\n",
+      "v = 332371534.4290281 m / s > c, setting 1/gamma = 0\n",
+      "v = 378607313.3268632 m / s > c, setting 1/gamma = 0\n",
+      "v = 337413406.4020912 m / s > c, setting 1/gamma = 0\n",
+      "v = 384600724.7060693 m / s > c, setting 1/gamma = 0\n",
+      "v = 300621127.13728005 m / s > c, setting 1/gamma = 0\n",
+      "v = 322659875.4525749 m / s > c, setting 1/gamma = 0\n",
+      "v = 317515942.45574933 m / s > c, setting 1/gamma = 0\n",
+      "v = 350105528.827753 m / s > c, setting 1/gamma = 0\n",
+      "v = 385213540.29722893 m / s > c, setting 1/gamma = 0\n",
+      "v = 312004560.80775434 m / s > c, setting 1/gamma = 0\n",
+      "v = 305788858.1568712 m / s > c, setting 1/gamma = 0\n",
+      "v = 328146266.1801668 m / s > c, setting 1/gamma = 0\n",
+      "v = 314262085.1478034 m / s > c, setting 1/gamma = 0\n",
+      "v = 349099842.9956042 m / s > c, setting 1/gamma = 0\n",
+      "v = 333504439.9143726 m / s > c, setting 1/gamma = 0\n",
+      "v = 304138256.1744419 m / s > c, setting 1/gamma = 0\n",
+      "v = 324514462.4834081 m / s > c, setting 1/gamma = 0\n",
+      "v = 300093117.71089476 m / s > c, setting 1/gamma = 0\n",
+      "v = 326467897.373877 m / s > c, setting 1/gamma = 0\n",
+      "v = 379471255.7084557 m / s > c, setting 1/gamma = 0\n",
+      "v = 451240541.09840935 m / s > c, setting 1/gamma = 0\n",
+      "v = 462992593.9378528 m / s > c, setting 1/gamma = 0\n",
+      "v = 365808846.4513206 m / s > c, setting 1/gamma = 0\n",
+      "v = 379106388.51467144 m / s > c, setting 1/gamma = 0\n",
+      "v = 300127314.3867756 m / s > c, setting 1/gamma = 0\n",
+      "v = 353178069.7496063 m / s > c, setting 1/gamma = 0\n",
+      "v = 538237474.3828208 m / s > c, setting 1/gamma = 0\n",
+      "v = 480552209.21955764 m / s > c, setting 1/gamma = 0\n",
+      "v = 327843059.40709335 m / s > c, setting 1/gamma = 0\n",
+      "v = 374386378.01532596 m / s > c, setting 1/gamma = 0\n",
+      "v = 355822483.7296044 m / s > c, setting 1/gamma = 0\n",
+      "v = 399095143.0370213 m / s > c, setting 1/gamma = 0\n",
+      "v = 404157813.9621367 m / s > c, setting 1/gamma = 0\n",
+      "v = 425407963.2727578 m / s > c, setting 1/gamma = 0\n",
+      "v = 324699055.1272501 m / s > c, setting 1/gamma = 0\n",
+      "v = 340309027.44950926 m / s > c, setting 1/gamma = 0\n",
+      "v = 327697087.3798078 m / s > c, setting 1/gamma = 0\n",
+      "v = 304607938.3515863 m / s > c, setting 1/gamma = 0\n",
+      "v = 573178035.0254921 m / s > c, setting 1/gamma = 0\n",
+      "v = 469778011.72333 m / s > c, setting 1/gamma = 0\n",
+      "v = 309045927.57903427 m / s > c, setting 1/gamma = 0\n",
+      "v = 311546596.9280475 m / s > c, setting 1/gamma = 0\n",
+      "v = 334958086.41156137 m / s > c, setting 1/gamma = 0\n",
+      "v = 303695185.49672794 m / s > c, setting 1/gamma = 0\n",
+      "v = 353109192.1582099 m / s > c, setting 1/gamma = 0\n",
+      "v = 341230934.0948652 m / s > c, setting 1/gamma = 0\n",
+      "v = 362739239.65030205 m / s > c, setting 1/gamma = 0\n",
+      "v = 326288240.7636399 m / s > c, setting 1/gamma = 0\n",
+      "v = 390721195.54686195 m / s > c, setting 1/gamma = 0\n",
+      "v = 418656460.0460586 m / s > c, setting 1/gamma = 0\n",
+      "v = 328682367.8989742 m / s > c, setting 1/gamma = 0\n",
+      "v = 345469701.76863253 m / s > c, setting 1/gamma = 0\n",
+      "v = 300716973.6892432 m / s > c, setting 1/gamma = 0\n",
+      "v = 305102113.49791455 m / s > c, setting 1/gamma = 0\n",
+      "v = 334465507.40123576 m / s > c, setting 1/gamma = 0\n",
+      "v = 338460300.25354546 m / s > c, setting 1/gamma = 0\n",
+      "v = 353745622.79905564 m / s > c, setting 1/gamma = 0\n",
+      "v = 347903309.07366514 m / s > c, setting 1/gamma = 0\n",
+      "v = 392451388.3600653 m / s > c, setting 1/gamma = 0\n",
+      "v = 348897905.53121895 m / s > c, setting 1/gamma = 0\n",
+      "v = 401178022.9703377 m / s > c, setting 1/gamma = 0\n",
+      "v = 453239651.37797505 m / s > c, setting 1/gamma = 0\n",
+      "v = 465667917.1975802 m / s > c, setting 1/gamma = 0\n",
+      "v = 349175065.43712336 m / s > c, setting 1/gamma = 0\n",
+      "v = 365317002.831332 m / s > c, setting 1/gamma = 0\n",
+      "v = 347960079.5715662 m / s > c, setting 1/gamma = 0\n",
+      "v = 393444244.73097897 m / s > c, setting 1/gamma = 0\n",
+      "v = 303748251.5541966 m / s > c, setting 1/gamma = 0\n",
+      "v = 312052869.86748767 m / s > c, setting 1/gamma = 0\n",
+      "v = 360495555.9051724 m / s > c, setting 1/gamma = 0\n",
+      "v = 464586044.56403536 m / s > c, setting 1/gamma = 0\n",
+      "v = 472465718.83522123 m / s > c, setting 1/gamma = 0\n",
+      "v = 353338157.1485515 m / s > c, setting 1/gamma = 0\n",
+      "v = 370186622.0737904 m / s > c, setting 1/gamma = 0\n",
+      "v = 311061516.9871344 m / s > c, setting 1/gamma = 0\n",
+      "v = 393952085.16107863 m / s > c, setting 1/gamma = 0\n",
+      "v = 426252038.31008035 m / s > c, setting 1/gamma = 0\n",
+      "v = 308343676.15846217 m / s > c, setting 1/gamma = 0\n",
+      "v = 351866095.6356757 m / s > c, setting 1/gamma = 0\n",
+      "v = 333408230.22023857 m / s > c, setting 1/gamma = 0\n",
+      "v = 375628603.92764664 m / s > c, setting 1/gamma = 0\n",
+      "v = 308517646.9404897 m / s > c, setting 1/gamma = 0\n",
+      "v = 339494618.30126584 m / s > c, setting 1/gamma = 0\n",
+      "v = 395161198.15128386 m / s > c, setting 1/gamma = 0\n",
+      "v = 437939977.884892 m / s > c, setting 1/gamma = 0\n",
+      "v = 414246662.88086927 m / s > c, setting 1/gamma = 0\n",
+      "v = 453793901.97804964 m / s > c, setting 1/gamma = 0\n",
+      "v = 367684173.3502469 m / s > c, setting 1/gamma = 0\n",
+      "v = 378775493.492707 m / s > c, setting 1/gamma = 0\n",
+      "v = 312278252.6224855 m / s > c, setting 1/gamma = 0\n",
+      "v = 416051622.2908783 m / s > c, setting 1/gamma = 0\n",
+      "v = 452764992.4092437 m / s > c, setting 1/gamma = 0\n",
+      "v = 322573214.73410946 m / s > c, setting 1/gamma = 0\n",
+      "v = 341982730.9116082 m / s > c, setting 1/gamma = 0\n",
+      "v = 336004746.1826205 m / s > c, setting 1/gamma = 0\n",
+      "v = 388982462.6339169 m / s > c, setting 1/gamma = 0\n",
+      "v = 478895823.5205261 m / s > c, setting 1/gamma = 0\n",
+      "v = 477321179.654423 m / s > c, setting 1/gamma = 0\n",
+      "v = 319100688.8918564 m / s > c, setting 1/gamma = 0\n",
+      "v = 326019186.7156193 m / s > c, setting 1/gamma = 0\n",
+      "v = 343608896.3022252 m / s > c, setting 1/gamma = 0\n",
+      "v = 310979813.436656 m / s > c, setting 1/gamma = 0\n",
+      "v = 363127860.8765551 m / s > c, setting 1/gamma = 0\n",
+      "v = 342658794.9458788 m / s > c, setting 1/gamma = 0\n",
+      "v = 387888068.8231507 m / s > c, setting 1/gamma = 0\n",
+      "v = 380427749.44726485 m / s > c, setting 1/gamma = 0\n",
+      "v = 423078295.45950353 m / s > c, setting 1/gamma = 0\n",
+      "v = 394554562.7283911 m / s > c, setting 1/gamma = 0\n",
+      "v = 437974479.8162312 m / s > c, setting 1/gamma = 0\n",
+      "v = 328087397.0983222 m / s > c, setting 1/gamma = 0\n",
+      "v = 349044170.54772735 m / s > c, setting 1/gamma = 0\n",
+      "v = 320341712.89159346 m / s > c, setting 1/gamma = 0\n",
+      "v = 318131596.6600342 m / s > c, setting 1/gamma = 0\n",
+      "v = 356108283.37169605 m / s > c, setting 1/gamma = 0\n",
+      "v = 313834613.8371338 m / s > c, setting 1/gamma = 0\n",
+      "v = 348285683.3672911 m / s > c, setting 1/gamma = 0\n",
+      "v = 373593515.3348363 m / s > c, setting 1/gamma = 0\n",
+      "v = 327708297.37391376 m / s > c, setting 1/gamma = 0\n",
+      "v = 373775667.42212063 m / s > c, setting 1/gamma = 0\n",
+      "v = 394031450.7079545 m / s > c, setting 1/gamma = 0\n",
+      "v = 437142132.46679115 m / s > c, setting 1/gamma = 0\n",
+      "v = 300129658.95508367 m / s > c, setting 1/gamma = 0\n",
+      "v = 321922793.21783483 m / s > c, setting 1/gamma = 0\n",
+      "v = 306928178.7057529 m / s > c, setting 1/gamma = 0\n",
+      "v = 359752349.92981464 m / s > c, setting 1/gamma = 0\n",
+      "v = 427435659.6355663 m / s > c, setting 1/gamma = 0\n",
+      "v = 449409264.01993096 m / s > c, setting 1/gamma = 0\n",
+      "v = 390484013.4872513 m / s > c, setting 1/gamma = 0\n",
+      "v = 441161373.2993775 m / s > c, setting 1/gamma = 0\n",
+      "v = 380823801.9558471 m / s > c, setting 1/gamma = 0\n",
+      "v = 423275511.2140693 m / s > c, setting 1/gamma = 0\n",
+      "v = 310079612.62523276 m / s > c, setting 1/gamma = 0\n",
+      "v = 341824111.55485195 m / s > c, setting 1/gamma = 0\n",
+      "v = 364279274.0505604 m / s > c, setting 1/gamma = 0\n",
+      "v = 401703724.42880404 m / s > c, setting 1/gamma = 0\n",
+      "v = 369198799.72763014 m / s > c, setting 1/gamma = 0\n",
+      "v = 419354459.6899199 m / s > c, setting 1/gamma = 0\n",
+      "v = 357163532.2227265 m / s > c, setting 1/gamma = 0\n",
+      "v = 374150956.0952476 m / s > c, setting 1/gamma = 0\n",
+      "v = 300431404.8300403 m / s > c, setting 1/gamma = 0\n",
+      "v = 503817730.05200887 m / s > c, setting 1/gamma = 0\n",
+      "v = 491178571.29460335 m / s > c, setting 1/gamma = 0\n",
+      "v = 338473850.27510816 m / s > c, setting 1/gamma = 0\n",
+      "v = 364660213.3216841 m / s > c, setting 1/gamma = 0\n",
+      "v = 386063805.1431885 m / s > c, setting 1/gamma = 0\n",
+      "v = 307652052.3046192 m / s > c, setting 1/gamma = 0\n",
+      "v = 356814622.3279462 m / s > c, setting 1/gamma = 0\n",
+      "v = 419267177.35751253 m / s > c, setting 1/gamma = 0\n",
+      "v = 453066681.83772075 m / s > c, setting 1/gamma = 0\n",
+      "v = 328638412.3774212 m / s > c, setting 1/gamma = 0\n",
+      "v = 383828877.8843622 m / s > c, setting 1/gamma = 0\n",
+      "v = 332814405.3332012 m / s > c, setting 1/gamma = 0\n",
+      "v = 687486815.9831219 m / s > c, setting 1/gamma = 0\n",
+      "v = 564395646.0548489 m / s > c, setting 1/gamma = 0\n",
+      "v = 302226653.5537365 m / s > c, setting 1/gamma = 0\n",
+      "v = 323829735.1802755 m / s > c, setting 1/gamma = 0\n",
+      "v = 368814712.6600733 m / s > c, setting 1/gamma = 0\n",
+      "v = 420956602.3293783 m / s > c, setting 1/gamma = 0\n",
+      "v = 426379566.54232365 m / s > c, setting 1/gamma = 0\n",
+      "v = 454839215.90416014 m / s > c, setting 1/gamma = 0\n",
+      "v = 319965848.0029006 m / s > c, setting 1/gamma = 0\n",
+      "v = 369663021.36561704 m / s > c, setting 1/gamma = 0\n",
+      "v = 404334719.5677194 m / s > c, setting 1/gamma = 0\n",
+      "v = 372538879.7978551 m / s > c, setting 1/gamma = 0\n",
+      "v = 420992973.1423177 m / s > c, setting 1/gamma = 0\n",
+      "v = 327377983.2319649 m / s > c, setting 1/gamma = 0\n",
+      "v = 348759056.939724 m / s > c, setting 1/gamma = 0\n",
+      "v = 345733078.8640489 m / s > c, setting 1/gamma = 0\n",
+      "v = 380160667.0705099 m / s > c, setting 1/gamma = 0\n",
+      "v = 329677056.8880594 m / s > c, setting 1/gamma = 0\n",
+      "v = 338775458.47376686 m / s > c, setting 1/gamma = 0\n",
+      "v = 366431028.2600335 m / s > c, setting 1/gamma = 0\n",
+      "v = 304837543.7534028 m / s > c, setting 1/gamma = 0\n",
+      "v = 351983850.02233356 m / s > c, setting 1/gamma = 0\n",
+      "v = 375884380.6136288 m / s > c, setting 1/gamma = 0\n",
+      "v = 422049473.58389086 m / s > c, setting 1/gamma = 0\n",
+      "v = 318309551.2267452 m / s > c, setting 1/gamma = 0\n",
+      "v = 338569790.6977961 m / s > c, setting 1/gamma = 0\n",
+      "v = 362166607.9404471 m / s > c, setting 1/gamma = 0\n",
+      "v = 416853603.61260796 m / s > c, setting 1/gamma = 0\n",
+      "v = 363002773.5375522 m / s > c, setting 1/gamma = 0\n",
+      "v = 789302781.9801172 m / s > c, setting 1/gamma = 0\n",
+      "v = 651095480.0982592 m / s > c, setting 1/gamma = 0\n",
+      "v = 338728448.1948561 m / s > c, setting 1/gamma = 0\n",
+      "v = 362408666.99877375 m / s > c, setting 1/gamma = 0\n",
+      "v = 329780067.02994996 m / s > c, setting 1/gamma = 0\n",
+      "v = 385481062.38519245 m / s > c, setting 1/gamma = 0\n",
+      "v = 487336488.2779722 m / s > c, setting 1/gamma = 0\n",
+      "v = 485859683.54156154 m / s > c, setting 1/gamma = 0\n",
+      "v = 322467821.7879686 m / s > c, setting 1/gamma = 0\n",
+      "v = 321191968.70362616 m / s > c, setting 1/gamma = 0\n",
+      "v = 356372560.26170295 m / s > c, setting 1/gamma = 0\n",
+      "v = 480559456.32658195 m / s > c, setting 1/gamma = 0\n",
+      "v = 481543723.535375 m / s > c, setting 1/gamma = 0\n",
+      "v = 302346570.7677126 m / s > c, setting 1/gamma = 0\n",
+      "v = 366304172.27293885 m / s > c, setting 1/gamma = 0\n",
+      "v = 388660480.3828129 m / s > c, setting 1/gamma = 0\n",
+      "v = 326838032.97281194 m / s > c, setting 1/gamma = 0\n",
+      "v = 379058830.94933856 m / s > c, setting 1/gamma = 0\n",
+      "v = 434037084.08771545 m / s > c, setting 1/gamma = 0\n",
+      "v = 455151995.1929058 m / s > c, setting 1/gamma = 0\n",
+      "v = 366659871.3830753 m / s > c, setting 1/gamma = 0\n",
+      "v = 383586090.2161654 m / s > c, setting 1/gamma = 0\n",
+      "v = 302893120.3859238 m / s > c, setting 1/gamma = 0\n",
+      "v = 354266188.87131214 m / s > c, setting 1/gamma = 0\n",
+      "v = 364786660.711823 m / s > c, setting 1/gamma = 0\n",
+      "v = 414591916.6046655 m / s > c, setting 1/gamma = 0\n",
+      "v = 349236612.49105585 m / s > c, setting 1/gamma = 0\n",
+      "v = 364891006.0399073 m / s > c, setting 1/gamma = 0\n",
+      "v = 336402729.94137186 m / s > c, setting 1/gamma = 0\n",
+      "v = 331052316.6747904 m / s > c, setting 1/gamma = 0\n",
+      "v = 384211219.2187885 m / s > c, setting 1/gamma = 0\n",
+      "v = 344312917.43872267 m / s > c, setting 1/gamma = 0\n",
+      "v = 362120594.3364766 m / s > c, setting 1/gamma = 0\n",
+      "v = 394567413.48167515 m / s > c, setting 1/gamma = 0\n",
+      "v = 442466917.0278943 m / s > c, setting 1/gamma = 0\n",
+      "v = 511468311.23424375 m / s > c, setting 1/gamma = 0\n",
+      "v = 501269790.7896067 m / s > c, setting 1/gamma = 0\n",
+      "v = 321095689.43744516 m / s > c, setting 1/gamma = 0\n",
+      "v = 340357361.49827343 m / s > c, setting 1/gamma = 0\n",
+      "v = 362450305.0066182 m / s > c, setting 1/gamma = 0\n",
+      "v = 473250879.6108806 m / s > c, setting 1/gamma = 0\n",
+      "v = 480577066.63923943 m / s > c, setting 1/gamma = 0\n",
+      "v = 372619022.67710173 m / s > c, setting 1/gamma = 0\n",
+      "v = 386580987.20138574 m / s > c, setting 1/gamma = 0\n",
+      "v = 322668606.60636854 m / s > c, setting 1/gamma = 0\n",
+      "v = 372178535.95929766 m / s > c, setting 1/gamma = 0\n",
+      "v = 506414143.3443416 m / s > c, setting 1/gamma = 0\n",
+      "v = 488043760.7694209 m / s > c, setting 1/gamma = 0\n",
+      "v = 305423423.3280558 m / s > c, setting 1/gamma = 0\n",
+      "v = 331815877.46297264 m / s > c, setting 1/gamma = 0\n",
+      "v = 349509100.05671906 m / s > c, setting 1/gamma = 0\n",
+      "v = 342793738.7484165 m / s > c, setting 1/gamma = 0\n",
+      "v = 391969907.7229728 m / s > c, setting 1/gamma = 0\n",
+      "v = 379954889.5675934 m / s > c, setting 1/gamma = 0\n",
+      "v = 418585036.4019225 m / s > c, setting 1/gamma = 0\n",
+      "v = 308266854.57743245 m / s > c, setting 1/gamma = 0\n",
+      "v = 361902551.4207249 m / s > c, setting 1/gamma = 0\n",
+      "v = 515809631.2303501 m / s > c, setting 1/gamma = 0\n",
+      "v = 484867759.90165657 m / s > c, setting 1/gamma = 0\n",
+      "v = 313404126.8499162 m / s > c, setting 1/gamma = 0\n",
+      "v = 318863806.88057286 m / s > c, setting 1/gamma = 0\n",
+      "v = 317724736.4089803 m / s > c, setting 1/gamma = 0\n",
+      "v = 513384677.45783633 m / s > c, setting 1/gamma = 0\n",
+      "v = 483242050.51483524 m / s > c, setting 1/gamma = 0\n",
+      "v = 302623281.6780163 m / s > c, setting 1/gamma = 0\n",
+      "v = 353523225.8591071 m / s > c, setting 1/gamma = 0\n",
+      "v = 309877846.20523995 m / s > c, setting 1/gamma = 0\n",
+      "v = 331986913.1843255 m / s > c, setting 1/gamma = 0\n",
+      "v = 335079140.6594892 m / s > c, setting 1/gamma = 0\n",
+      "v = 371401756.50610626 m / s > c, setting 1/gamma = 0\n",
+      "v = 412133074.19282883 m / s > c, setting 1/gamma = 0\n",
+      "v = 322406061.8290101 m / s > c, setting 1/gamma = 0\n",
+      "v = 347767951.6436751 m / s > c, setting 1/gamma = 0\n",
+      "v = 337344920.5745209 m / s > c, setting 1/gamma = 0\n",
+      "v = 471357529.20513344 m / s > c, setting 1/gamma = 0\n",
+      "v = 471236165.19654536 m / s > c, setting 1/gamma = 0\n",
+      "v = 343230172.62672555 m / s > c, setting 1/gamma = 0\n",
+      "v = 310228588.54726774 m / s > c, setting 1/gamma = 0\n",
+      "v = 330683724.8074681 m / s > c, setting 1/gamma = 0\n",
+      "v = 336825048.0385419 m / s > c, setting 1/gamma = 0\n",
+      "v = 335793443.8227858 m / s > c, setting 1/gamma = 0\n",
+      "v = 687485532.0889462 m / s > c, setting 1/gamma = 0\n",
+      "v = 566285286.1138806 m / s > c, setting 1/gamma = 0\n",
+      "v = 306764571.62426555 m / s > c, setting 1/gamma = 0\n",
+      "v = 344245604.56139976 m / s > c, setting 1/gamma = 0\n",
+      "v = 319503856.2739076 m / s > c, setting 1/gamma = 0\n",
+      "v = 358582291.75526005 m / s > c, setting 1/gamma = 0\n",
+      "v = 311854682.872041 m / s > c, setting 1/gamma = 0\n",
+      "v = 340036567.8327695 m / s > c, setting 1/gamma = 0\n",
+      "v = 357857204.82871014 m / s > c, setting 1/gamma = 0\n",
+      "v = 355879023.17979825 m / s > c, setting 1/gamma = 0\n",
+      "v = 397953762.74140316 m / s > c, setting 1/gamma = 0\n",
+      "v = 371457935.02175593 m / s > c, setting 1/gamma = 0\n",
+      "v = 386537668.87208986 m / s > c, setting 1/gamma = 0\n",
+      "v = 317924526.4145097 m / s > c, setting 1/gamma = 0\n",
+      "v = 362140538.0596508 m / s > c, setting 1/gamma = 0\n",
+      "v = 381927713.99987036 m / s > c, setting 1/gamma = 0\n",
+      "v = 424130042.3106951 m / s > c, setting 1/gamma = 0\n",
+      "v = 318748451.7700411 m / s > c, setting 1/gamma = 0\n",
+      "v = 338722470.5899753 m / s > c, setting 1/gamma = 0\n",
+      "v = 306530488.66523147 m / s > c, setting 1/gamma = 0\n",
+      "v = 358318802.08168477 m / s > c, setting 1/gamma = 0\n",
+      "v = 508473053.912353 m / s > c, setting 1/gamma = 0\n",
+      "v = 484199565.5589709 m / s > c, setting 1/gamma = 0\n",
+      "v = 322880449.5370959 m / s > c, setting 1/gamma = 0\n",
+      "v = 319794420.8119541 m / s > c, setting 1/gamma = 0\n",
+      "v = 338889210.3966108 m / s > c, setting 1/gamma = 0\n",
+      "v = 325160686.33564687 m / s > c, setting 1/gamma = 0\n",
+      "v = 378387432.4130362 m / s > c, setting 1/gamma = 0\n",
+      "v = 434375907.26210785 m / s > c, setting 1/gamma = 0\n",
+      "v = 453664949.74034023 m / s > c, setting 1/gamma = 0\n",
+      "v = 378222858.64105105 m / s > c, setting 1/gamma = 0\n",
+      "v = 388081920.480401 m / s > c, setting 1/gamma = 0\n",
+      "v = 315296368.498867 m / s > c, setting 1/gamma = 0\n",
+      "v = 365332363.2429696 m / s > c, setting 1/gamma = 0\n",
+      "v = 300692517.1658669 m / s > c, setting 1/gamma = 0\n",
+      "v = 589797793.3014998 m / s > c, setting 1/gamma = 0\n",
+      "v = 482831784.5844274 m / s > c, setting 1/gamma = 0\n",
+      "v = 311322819.76983356 m / s > c, setting 1/gamma = 0\n",
+      "v = 302338187.5888628 m / s > c, setting 1/gamma = 0\n",
+      "v = 338504225.8898879 m / s > c, setting 1/gamma = 0\n",
+      "v = 313603688.7344798 m / s > c, setting 1/gamma = 0\n",
+      "v = 350057856.65869236 m / s > c, setting 1/gamma = 0\n",
+      "v = 313483717.24604607 m / s > c, setting 1/gamma = 0\n",
+      "v = 332880361.0023475 m / s > c, setting 1/gamma = 0\n",
+      "v = 352440782.8219876 m / s > c, setting 1/gamma = 0\n",
+      "v = 318943077.6683187 m / s > c, setting 1/gamma = 0\n",
+      "v = 622620395.021707 m / s > c, setting 1/gamma = 0\n",
+      "v = 512261649.65664667 m / s > c, setting 1/gamma = 0\n",
+      "v = 300154070.9038785 m / s > c, setting 1/gamma = 0\n",
+      "v = 340266166.93110216 m / s > c, setting 1/gamma = 0\n",
+      "v = 389839780.91137516 m / s > c, setting 1/gamma = 0\n",
+      "v = 359385901.5618889 m / s > c, setting 1/gamma = 0\n",
+      "v = 402745358.5617394 m / s > c, setting 1/gamma = 0\n",
+      "v = 319056752.229468 m / s > c, setting 1/gamma = 0\n",
+      "v = 346162709.09073937 m / s > c, setting 1/gamma = 0\n",
+      "v = 311718363.1360543 m / s > c, setting 1/gamma = 0\n",
+      "v = 363330425.88058114 m / s > c, setting 1/gamma = 0\n",
+      "v = 499392504.49325967 m / s > c, setting 1/gamma = 0\n",
+      "v = 487128921.3497951 m / s > c, setting 1/gamma = 0\n",
+      "v = 320905254.02665114 m / s > c, setting 1/gamma = 0\n",
+      "v = 319206656.5943471 m / s > c, setting 1/gamma = 0\n",
+      "v = 340071725.5668119 m / s > c, setting 1/gamma = 0\n",
+      "v = 311170470.6477558 m / s > c, setting 1/gamma = 0\n",
+      "v = 357318091.7050506 m / s > c, setting 1/gamma = 0\n",
+      "v = 386274928.7227809 m / s > c, setting 1/gamma = 0\n",
+      "v = 424025105.5632155 m / s > c, setting 1/gamma = 0\n",
+      "v = 304645175.53821033 m / s > c, setting 1/gamma = 0\n",
+      "v = 332609782.50872964 m / s > c, setting 1/gamma = 0\n",
+      "v = 316256319.1428523 m / s > c, setting 1/gamma = 0\n",
+      "v = 311073251.0917142 m / s > c, setting 1/gamma = 0\n",
+      "v = 321973337.78556025 m / s > c, setting 1/gamma = 0\n",
+      "v = 337507079.34344894 m / s > c, setting 1/gamma = 0\n",
+      "v = 355852829.05159014 m / s > c, setting 1/gamma = 0\n",
+      "v = 320435187.9581403 m / s > c, setting 1/gamma = 0\n",
+      "v = 337986071.34609073 m / s > c, setting 1/gamma = 0\n",
+      "v = 344955222.78984076 m / s > c, setting 1/gamma = 0\n",
+      "v = 710824275.2228938 m / s > c, setting 1/gamma = 0\n",
+      "v = 586043481.1121417 m / s > c, setting 1/gamma = 0\n",
+      "v = 313119512.29191744 m / s > c, setting 1/gamma = 0\n",
+      "v = 328071182.2382608 m / s > c, setting 1/gamma = 0\n",
+      "v = 498839945.12799704 m / s > c, setting 1/gamma = 0\n",
+      "v = 481986022.8550209 m / s > c, setting 1/gamma = 0\n",
+      "v = 313824660.81893414 m / s > c, setting 1/gamma = 0\n",
+      "v = 332456191.4131493 m / s > c, setting 1/gamma = 0\n",
+      "v = 306128764.88440007 m / s > c, setting 1/gamma = 0\n",
+      "v = 302027211.3132404 m / s > c, setting 1/gamma = 0\n",
+      "v = 570992990.9367216 m / s > c, setting 1/gamma = 0\n",
+      "v = 467989073.2381587 m / s > c, setting 1/gamma = 0\n",
+      "v = 305808825.06168705 m / s > c, setting 1/gamma = 0\n",
+      "v = 324712140.2211954 m / s > c, setting 1/gamma = 0\n",
+      "v = 370102189.69681257 m / s > c, setting 1/gamma = 0\n",
+      "v = 406695802.5455274 m / s > c, setting 1/gamma = 0\n",
+      "v = 334894678.1867412 m / s > c, setting 1/gamma = 0\n",
+      "v = 352267332.6215109 m / s > c, setting 1/gamma = 0\n",
+      "v = 315667297.99308926 m / s > c, setting 1/gamma = 0\n",
+      "v = 351619916.0662704 m / s > c, setting 1/gamma = 0\n",
+      "v = 386214406.2672154 m / s > c, setting 1/gamma = 0\n",
+      "v = 417055180.03229463 m / s > c, setting 1/gamma = 0\n",
+      "v = 502145301.13656205 m / s > c, setting 1/gamma = 0\n",
+      "v = 474228492.83477 m / s > c, setting 1/gamma = 0\n",
+      "v = 301612852.28347653 m / s > c, setting 1/gamma = 0\n",
+      "v = 348646521.3872435 m / s > c, setting 1/gamma = 0\n",
+      "v = 308764861.0275014 m / s > c, setting 1/gamma = 0\n",
+      "v = 327952948.4307577 m / s > c, setting 1/gamma = 0\n",
+      "v = 323752149.8011787 m / s > c, setting 1/gamma = 0\n",
+      "v = 303408274.3010226 m / s > c, setting 1/gamma = 0\n",
+      "v = 578565214.0803779 m / s > c, setting 1/gamma = 0\n",
+      "v = 475226766.96286094 m / s > c, setting 1/gamma = 0\n",
+      "v = 306152762.2011767 m / s > c, setting 1/gamma = 0\n",
+      "v = 301613510.86624265 m / s > c, setting 1/gamma = 0\n",
+      "v = 309930977.2616006 m / s > c, setting 1/gamma = 0\n",
+      "v = 600422060.6496853 m / s > c, setting 1/gamma = 0\n",
+      "v = 493163956.0193603 m / s > c, setting 1/gamma = 0\n",
+      "v = 303418368.44296163 m / s > c, setting 1/gamma = 0\n",
+      "v = 322151531.57748026 m / s > c, setting 1/gamma = 0\n",
+      "v = 329089990.85594887 m / s > c, setting 1/gamma = 0\n",
+      "v = 658160110.486794 m / s > c, setting 1/gamma = 0\n",
+      "v = 541832348.5295842 m / s > c, setting 1/gamma = 0\n",
+      "v = 321726525.3509604 m / s > c, setting 1/gamma = 0\n",
+      "v = 322779553.4237052 m / s > c, setting 1/gamma = 0\n",
+      "v = 642074864.2115464 m / s > c, setting 1/gamma = 0\n",
+      "v = 528165606.88391465 m / s > c, setting 1/gamma = 0\n",
+      "v = 349820818.76897514 m / s > c, setting 1/gamma = 0\n",
+      "v = 393202655.20792687 m / s > c, setting 1/gamma = 0\n",
+      "v = 467725651.0011028 m / s > c, setting 1/gamma = 0\n",
+      "v = 469855737.2909742 m / s > c, setting 1/gamma = 0\n",
+      "v = 313825578.75112236 m / s > c, setting 1/gamma = 0\n",
+      "v = 307133868.13148725 m / s > c, setting 1/gamma = 0\n",
+      "v = 326111540.6062865 m / s > c, setting 1/gamma = 0\n",
+      "v = 486598728.47896576 m / s > c, setting 1/gamma = 0\n",
+      "v = 476342217.4422912 m / s > c, setting 1/gamma = 0\n",
+      "v = 312956587.1172924 m / s > c, setting 1/gamma = 0\n",
+      "v = 331431400.2609431 m / s > c, setting 1/gamma = 0\n",
+      "v = 483080933.509193 m / s > c, setting 1/gamma = 0\n",
+      "v = 476234527.7563757 m / s > c, setting 1/gamma = 0\n",
+      "v = 312985813.18363756 m / s > c, setting 1/gamma = 0\n",
+      "v = 310759080.2545779 m / s > c, setting 1/gamma = 0\n",
+      "v = 329776443.07182586 m / s > c, setting 1/gamma = 0\n",
+      "v = 372519230.26051885 m / s > c, setting 1/gamma = 0\n",
+      "v = 409493926.71639884 m / s > c, setting 1/gamma = 0\n",
+      "v = 360525431.5477047 m / s > c, setting 1/gamma = 0\n",
+      "v = 375319366.9280298 m / s > c, setting 1/gamma = 0\n",
+      "v = 371296495.5842005 m / s > c, setting 1/gamma = 0\n",
+      "v = 409485219.54805833 m / s > c, setting 1/gamma = 0\n",
+      "v = 370694224.8333428 m / s > c, setting 1/gamma = 0\n",
+      "v = 381963633.66192883 m / s > c, setting 1/gamma = 0\n",
+      "v = 370063713.4734963 m / s > c, setting 1/gamma = 0\n",
+      "v = 406000144.3539502 m / s > c, setting 1/gamma = 0\n",
+      "v = 315577853.81167436 m / s > c, setting 1/gamma = 0\n",
+      "v = 355190045.90384245 m / s > c, setting 1/gamma = 0\n",
+      "v = 390758248.9135511 m / s > c, setting 1/gamma = 0\n",
+      "v = 373258469.35200006 m / s > c, setting 1/gamma = 0\n",
+      "v = 385811436.2947379 m / s > c, setting 1/gamma = 0\n",
+      "v = 307246882.6671012 m / s > c, setting 1/gamma = 0\n",
+      "v = 354191290.8967005 m / s > c, setting 1/gamma = 0\n",
+      "v = 401281607.45908725 m / s > c, setting 1/gamma = 0\n",
+      "v = 436292357.29214025 m / s > c, setting 1/gamma = 0\n",
+      "v = 305389024.6961606 m / s > c, setting 1/gamma = 0\n",
+      "v = 326311881.13898647 m / s > c, setting 1/gamma = 0\n",
+      "v = 322098940.0975762 m / s > c, setting 1/gamma = 0\n",
+      "v = 360989377.5898259 m / s > c, setting 1/gamma = 0\n",
+      "v = 341075624.772766 m / s > c, setting 1/gamma = 0\n",
+      "v = 330175070.63175404 m / s > c, setting 1/gamma = 0\n",
+      "v = 346170522.38893116 m / s > c, setting 1/gamma = 0\n",
+      "v = 334186351.6500258 m / s > c, setting 1/gamma = 0\n",
+      "v = 682156454.4799076 m / s > c, setting 1/gamma = 0\n",
+      "v = 561771970.5269138 m / s > c, setting 1/gamma = 0\n",
+      "v = 554093478.5133587 m / s > c, setting 1/gamma = 0\n",
+      "v = 492518379.27085316 m / s > c, setting 1/gamma = 0\n",
+      "v = 391016083.4056187 m / s > c, setting 1/gamma = 0\n",
+      "v = 403433939.32228714 m / s > c, setting 1/gamma = 0\n",
+      "v = 375535728.2848607 m / s > c, setting 1/gamma = 0\n",
+      "v = 413640840.77843934 m / s > c, setting 1/gamma = 0\n",
+      "v = 374199547.2298405 m / s > c, setting 1/gamma = 0\n",
+      "v = 421412003.4594299 m / s > c, setting 1/gamma = 0\n",
+      "v = 324601437.3416844 m / s > c, setting 1/gamma = 0\n",
+      "v = 344719899.1994538 m / s > c, setting 1/gamma = 0\n",
+      "v = 317822808.4074783 m / s > c, setting 1/gamma = 0\n",
+      "v = 368584712.8114236 m / s > c, setting 1/gamma = 0\n",
+      "v = 492880410.67643815 m / s > c, setting 1/gamma = 0\n",
+      "v = 481005979.85898894 m / s > c, setting 1/gamma = 0\n",
+      "v = 320401819.4346352 m / s > c, setting 1/gamma = 0\n",
+      "v = 338005330.4054272 m / s > c, setting 1/gamma = 0\n",
+      "v = 343865479.5938428 m / s > c, setting 1/gamma = 0\n",
+      "v = 396710517.41706467 m / s > c, setting 1/gamma = 0\n",
+      "v = 401677920.2451396 m / s > c, setting 1/gamma = 0\n",
+      "v = 434091952.7976535 m / s > c, setting 1/gamma = 0\n",
+      "v = 333809784.6410978 m / s > c, setting 1/gamma = 0\n",
+      "v = 356149932.20873964 m / s > c, setting 1/gamma = 0\n",
+      "v = 475781757.38495284 m / s > c, setting 1/gamma = 0\n",
+      "v = 480131151.0087973 m / s > c, setting 1/gamma = 0\n",
+      "v = 303014728.4613761 m / s > c, setting 1/gamma = 0\n",
+      "v = 313037118.8848443 m / s > c, setting 1/gamma = 0\n",
+      "v = 334323388.4883123 m / s > c, setting 1/gamma = 0\n",
+      "v = 433810346.60898185 m / s > c, setting 1/gamma = 0\n",
+      "v = 453314408.1324022 m / s > c, setting 1/gamma = 0\n",
+      "v = 374961836.3075605 m / s > c, setting 1/gamma = 0\n",
+      "v = 389545020.83693254 m / s > c, setting 1/gamma = 0\n",
+      "v = 334322902.14438003 m / s > c, setting 1/gamma = 0\n",
+      "v = 383104920.9312776 m / s > c, setting 1/gamma = 0\n",
+      "v = 457788783.1681971 m / s > c, setting 1/gamma = 0\n",
+      "v = 471661387.8027298 m / s > c, setting 1/gamma = 0\n",
+      "v = 313499814.27083826 m / s > c, setting 1/gamma = 0\n",
+      "v = 321067312.6584786 m / s > c, setting 1/gamma = 0\n",
+      "v = 375151601.4064365 m / s > c, setting 1/gamma = 0\n",
+      "v = 345463404.9238525 m / s > c, setting 1/gamma = 0\n",
+      "v = 726031274.4577843 m / s > c, setting 1/gamma = 0\n",
+      "v = 598009827.5270144 m / s > c, setting 1/gamma = 0\n",
+      "v = 303092765.3597724 m / s > c, setting 1/gamma = 0\n",
+      "v = 322803565.7414999 m / s > c, setting 1/gamma = 0\n",
+      "v = 373977555.09698004 m / s > c, setting 1/gamma = 0\n",
+      "v = 474259709.811973 m / s > c, setting 1/gamma = 0\n",
+      "v = 477860697.6443052 m / s > c, setting 1/gamma = 0\n",
+      "v = 301748691.90792364 m / s > c, setting 1/gamma = 0\n",
+      "v = 303334438.60385 m / s > c, setting 1/gamma = 0\n",
+      "v = 323673076.6659055 m / s > c, setting 1/gamma = 0\n",
+      "v = 412284052.64767313 m / s > c, setting 1/gamma = 0\n",
+      "v = 441746159.58975923 m / s > c, setting 1/gamma = 0\n",
+      "v = 374479075.13307923 m / s > c, setting 1/gamma = 0\n",
+      "v = 388304069.1724919 m / s > c, setting 1/gamma = 0\n",
+      "v = 308979976.69658875 m / s > c, setting 1/gamma = 0\n",
+      "v = 351456559.9916729 m / s > c, setting 1/gamma = 0\n",
+      "v = 356596472.28105843 m / s > c, setting 1/gamma = 0\n",
+      "v = 403780659.9269233 m / s > c, setting 1/gamma = 0\n",
+      "v = 340131713.6383484 m / s > c, setting 1/gamma = 0\n",
+      "v = 356531855.7149758 m / s > c, setting 1/gamma = 0\n",
+      "v = 310351127.2005835 m / s > c, setting 1/gamma = 0\n",
+      "v = 359688213.8250172 m / s > c, setting 1/gamma = 0\n",
+      "v = 397629248.7724213 m / s > c, setting 1/gamma = 0\n",
+      "v = 431015421.9510853 m / s > c, setting 1/gamma = 0\n",
+      "v = 345760257.02348006 m / s > c, setting 1/gamma = 0\n",
+      "v = 364641520.3250923 m / s > c, setting 1/gamma = 0\n",
+      "v = 301611923.8474926 m / s > c, setting 1/gamma = 0\n",
+      "v = 338280721.6547466 m / s > c, setting 1/gamma = 0\n",
+      "v = 386109268.81886756 m / s > c, setting 1/gamma = 0\n",
+      "v = 303312007.014097 m / s > c, setting 1/gamma = 0\n",
+      "v = 319498791.04227406 m / s > c, setting 1/gamma = 0\n",
+      "v = 349168945.24199694 m / s > c, setting 1/gamma = 0\n",
+      "v = 517504689.63506806 m / s > c, setting 1/gamma = 0\n",
+      "v = 496729717.2817892 m / s > c, setting 1/gamma = 0\n",
+      "v = 302618237.8232885 m / s > c, setting 1/gamma = 0\n",
+      "v = 318939399.3352698 m / s > c, setting 1/gamma = 0\n",
+      "v = 340149375.5957412 m / s > c, setting 1/gamma = 0\n",
+      "v = 306275458.0524672 m / s > c, setting 1/gamma = 0\n",
+      "v = 351799465.7572002 m / s > c, setting 1/gamma = 0\n",
+      "v = 424570763.49364996 m / s > c, setting 1/gamma = 0\n",
+      "v = 451026443.8252318 m / s > c, setting 1/gamma = 0\n",
+      "v = 317945319.8009006 m / s > c, setting 1/gamma = 0\n",
+      "v = 343457265.3524841 m / s > c, setting 1/gamma = 0\n",
+      "v = 389834810.3766309 m / s > c, setting 1/gamma = 0\n",
+      "v = 386443101.10232395 m / s > c, setting 1/gamma = 0\n",
+      "v = 427524997.7631295 m / s > c, setting 1/gamma = 0\n",
+      "v = 319020312.8829906 m / s > c, setting 1/gamma = 0\n",
+      "v = 337929432.1415202 m / s > c, setting 1/gamma = 0\n",
+      "v = 315658636.5150875 m / s > c, setting 1/gamma = 0\n",
+      "v = 369518370.0809881 m / s > c, setting 1/gamma = 0\n",
+      "v = 346959285.1624217 m / s > c, setting 1/gamma = 0\n",
+      "v = 729453832.1859463 m / s > c, setting 1/gamma = 0\n",
+      "v = 600974811.19086 m / s > c, setting 1/gamma = 0\n",
+      "v = 301286721.0852533 m / s > c, setting 1/gamma = 0\n",
+      "v = 334936940.9050916 m / s > c, setting 1/gamma = 0\n",
+      "v = 474321788.9790843 m / s > c, setting 1/gamma = 0\n",
+      "v = 478468758.422715 m / s > c, setting 1/gamma = 0\n",
+      "v = 302369133.9260533 m / s > c, setting 1/gamma = 0\n",
+      "v = 312205692.485856 m / s > c, setting 1/gamma = 0\n",
+      "v = 543696627.3698696 m / s > c, setting 1/gamma = 0\n",
+      "v = 487840341.57301563 m / s > c, setting 1/gamma = 0\n",
+      "v = 314044956.6898272 m / s > c, setting 1/gamma = 0\n",
+      "v = 335653057.0907838 m / s > c, setting 1/gamma = 0\n",
+      "v = 311481226.11215717 m / s > c, setting 1/gamma = 0\n",
+      "v = 351487347.12406355 m / s > c, setting 1/gamma = 0\n",
+      "v = 316996400.4925118 m / s > c, setting 1/gamma = 0\n",
+      "v = 364269851.05354875 m / s > c, setting 1/gamma = 0\n",
+      "v = 305004672.47027266 m / s > c, setting 1/gamma = 0\n",
+      "v = 324984534.774023 m / s > c, setting 1/gamma = 0\n",
+      "v = 308652732.1255273 m / s > c, setting 1/gamma = 0\n",
+      "v = 340329101.80881244 m / s > c, setting 1/gamma = 0\n",
+      "v = 341057355.45974255 m / s > c, setting 1/gamma = 0\n",
+      "v = 711697897.6126109 m / s > c, setting 1/gamma = 0\n",
+      "v = 586675137.0151899 m / s > c, setting 1/gamma = 0\n",
+      "v = 302267996.5493129 m / s > c, setting 1/gamma = 0\n",
+      "v = 329634000.4374353 m / s > c, setting 1/gamma = 0\n",
+      "v = 303123732.4155497 m / s > c, setting 1/gamma = 0\n",
+      "v = 587868430.3138345 m / s > c, setting 1/gamma = 0\n",
+      "v = 482060038.2040083 m / s > c, setting 1/gamma = 0\n",
+      "v = 356002578.72877914 m / s > c, setting 1/gamma = 0\n",
+      "v = 396360650.2873195 m / s > c, setting 1/gamma = 0\n",
+      "v = 346287406.9180739 m / s > c, setting 1/gamma = 0\n",
+      "v = 363126716.3504782 m / s > c, setting 1/gamma = 0\n",
+      "v = 299932838.1183021 m / s > c, setting 1/gamma = 0\n",
+      "v = 303832648.326747 m / s > c, setting 1/gamma = 0\n",
+      "v = 340617381.88317007 m / s > c, setting 1/gamma = 0\n",
+      "v = 300819365.8377391 m / s > c, setting 1/gamma = 0\n",
+      "v = 351210870.5407898 m / s > c, setting 1/gamma = 0\n",
+      "v = 301706165.687643 m / s > c, setting 1/gamma = 0\n",
+      "v = 341206142.55811834 m / s > c, setting 1/gamma = 0\n",
+      "v = 301637067.1526597 m / s > c, setting 1/gamma = 0\n",
+      "v = 399315215.3631943 m / s > c, setting 1/gamma = 0\n",
+      "v = 431524440.9509719 m / s > c, setting 1/gamma = 0\n",
+      "v = 374786450.7114386 m / s > c, setting 1/gamma = 0\n",
+      "v = 387608174.580016 m / s > c, setting 1/gamma = 0\n",
+      "v = 316227854.5811239 m / s > c, setting 1/gamma = 0\n",
+      "v = 363485908.5705072 m / s > c, setting 1/gamma = 0\n",
+      "v = 442596123.4643619 m / s > c, setting 1/gamma = 0\n",
+      "v = 464817589.7274252 m / s > c, setting 1/gamma = 0\n",
+      "v = 308993175.6188719 m / s > c, setting 1/gamma = 0\n",
+      "v = 348366164.6488473 m / s > c, setting 1/gamma = 0\n",
+      "v = 309198009.36339164 m / s > c, setting 1/gamma = 0\n",
+      "v = 309011562.78380543 m / s > c, setting 1/gamma = 0\n",
+      "v = 309819372.78909236 m / s > c, setting 1/gamma = 0\n",
+      "v = 349818850.58611214 m / s > c, setting 1/gamma = 0\n",
+      "v = 303521866.2963866 m / s > c, setting 1/gamma = 0\n",
+      "v = 357045077.3448934 m / s > c, setting 1/gamma = 0\n",
+      "v = 321980702.7121732 m / s > c, setting 1/gamma = 0\n",
+      "v = 340935139.54997915 m / s > c, setting 1/gamma = 0\n",
+      "v = 394930486.58145535 m / s > c, setting 1/gamma = 0\n",
+      "v = 429563966.3107408 m / s > c, setting 1/gamma = 0\n",
+      "v = 344674836.8163835 m / s > c, setting 1/gamma = 0\n",
+      "v = 364022429.30004203 m / s > c, setting 1/gamma = 0\n",
+      "v = 331730750.61020154 m / s > c, setting 1/gamma = 0\n",
+      "v = 683673893.3015559 m / s > c, setting 1/gamma = 0\n",
+      "v = 562517214.0834566 m / s > c, setting 1/gamma = 0\n",
+      "v = 377757341.02248305 m / s > c, setting 1/gamma = 0\n",
+      "v = 418354094.4067569 m / s > c, setting 1/gamma = 0\n",
+      "v = 307858581.46475375 m / s > c, setting 1/gamma = 0\n",
+      "v = 336322117.62487763 m / s > c, setting 1/gamma = 0\n",
+      "v = 340690604.5003987 m / s > c, setting 1/gamma = 0\n",
+      "v = 385704051.04366076 m / s > c, setting 1/gamma = 0\n",
+      "v = 412989734.597803 m / s > c, setting 1/gamma = 0\n",
+      "v = 447306341.75575507 m / s > c, setting 1/gamma = 0\n",
+      "v = 300483931.5843348 m / s > c, setting 1/gamma = 0\n",
+      "v = 318394040.85849255 m / s > c, setting 1/gamma = 0\n",
+      "v = 321124217.2691015 m / s > c, setting 1/gamma = 0\n",
+      "v = 342950336.38424903 m / s > c, setting 1/gamma = 0\n",
+      "v = 321224014.1694548 m / s > c, setting 1/gamma = 0\n",
+      "v = 307949781.1539848 m / s > c, setting 1/gamma = 0\n",
+      "v = 307780795.6923359 m / s > c, setting 1/gamma = 0\n",
+      "v = 361367134.48623425 m / s > c, setting 1/gamma = 0\n",
+      "v = 481065706.806048 m / s > c, setting 1/gamma = 0\n",
+      "v = 482592734.6929719 m / s > c, setting 1/gamma = 0\n",
+      "v = 311801659.8998891 m / s > c, setting 1/gamma = 0\n",
+      "v = 330315587.058319 m / s > c, setting 1/gamma = 0\n",
+      "v = 348660337.02922523 m / s > c, setting 1/gamma = 0\n",
+      "v = 310811009.6759631 m / s > c, setting 1/gamma = 0\n",
+      "v = 377810485.91402334 m / s > c, setting 1/gamma = 0\n",
+      "v = 412994060.67843497 m / s > c, setting 1/gamma = 0\n",
+      "v = 338845576.36993074 m / s > c, setting 1/gamma = 0\n",
+      "v = 354300539.2435144 m / s > c, setting 1/gamma = 0\n",
+      "v = 304901386.33140993 m / s > c, setting 1/gamma = 0\n",
+      "v = 334969308.1316311 m / s > c, setting 1/gamma = 0\n",
+      "v = 467554078.0139798 m / s > c, setting 1/gamma = 0\n",
+      "v = 477921474.26067233 m / s > c, setting 1/gamma = 0\n",
+      "v = 381637951.8589396 m / s > c, setting 1/gamma = 0\n",
+      "v = 393057969.16279143 m / s > c, setting 1/gamma = 0\n",
+      "v = 325857204.562009 m / s > c, setting 1/gamma = 0\n",
+      "v = 373272865.52774656 m / s > c, setting 1/gamma = 0\n",
+      "v = 436477588.915614 m / s > c, setting 1/gamma = 0\n",
+      "v = 462951754.47629476 m / s > c, setting 1/gamma = 0\n",
+      "v = 319648668.518031 m / s > c, setting 1/gamma = 0\n",
+      "v = 319155701.75873315 m / s > c, setting 1/gamma = 0\n",
+      "v = 639472355.1984286 m / s > c, setting 1/gamma = 0\n",
+      "v = 525043936.9974575 m / s > c, setting 1/gamma = 0\n",
+      "v = 348814499.9833039 m / s > c, setting 1/gamma = 0\n",
+      "v = 362423459.654202 m / s > c, setting 1/gamma = 0\n",
+      "v = 307652739.27642095 m / s > c, setting 1/gamma = 0\n",
+      "v = 310849983.07706237 m / s > c, setting 1/gamma = 0\n",
+      "v = 608093269.6964309 m / s > c, setting 1/gamma = 0\n",
+      "v = 498659965.14296925 m / s > c, setting 1/gamma = 0\n",
+      "v = 331478942.3543316 m / s > c, setting 1/gamma = 0\n",
+      "v = 347308325.4797109 m / s > c, setting 1/gamma = 0\n",
+      "v = 355810218.61907303 m / s > c, setting 1/gamma = 0\n",
+      "v = 397550620.3477276 m / s > c, setting 1/gamma = 0\n",
+      "v = 313415675.1773399 m / s > c, setting 1/gamma = 0\n",
+      "v = 334911422.3650773 m / s > c, setting 1/gamma = 0\n",
+      "v = 308410637.6445452 m / s > c, setting 1/gamma = 0\n",
+      "v = 345729371.8380407 m / s > c, setting 1/gamma = 0\n",
+      "v = 307848929.1725245 m / s > c, setting 1/gamma = 0\n",
+      "v = 345474568.89262116 m / s > c, setting 1/gamma = 0\n",
+      "v = 362710549.9396967 m / s > c, setting 1/gamma = 0\n",
+      "v = 312587522.3823736 m / s > c, setting 1/gamma = 0\n",
+      "v = 338629143.89174503 m / s > c, setting 1/gamma = 0\n",
+      "v = 392871338.4170043 m / s > c, setting 1/gamma = 0\n",
+      "v = 426741434.3398661 m / s > c, setting 1/gamma = 0\n",
+      "v = 314482486.79616 m / s > c, setting 1/gamma = 0\n",
+      "v = 339831317.48901993 m / s > c, setting 1/gamma = 0\n",
+      "v = 310927216.9768631 m / s > c, setting 1/gamma = 0\n",
+      "v = 351137309.4411865 m / s > c, setting 1/gamma = 0\n",
+      "v = 305632683.54131544 m / s > c, setting 1/gamma = 0\n",
+      "v = 328495052.8608686 m / s > c, setting 1/gamma = 0\n",
+      "v = 348767968.1613527 m / s > c, setting 1/gamma = 0\n",
+      "v = 310423873.75730693 m / s > c, setting 1/gamma = 0\n",
+      "v = 344197960.9637363 m / s > c, setting 1/gamma = 0\n",
+      "v = 364353243.85816073 m / s > c, setting 1/gamma = 0\n",
+      "v = 330213891.145427 m / s > c, setting 1/gamma = 0\n",
+      "v = 680335872.682592 m / s > c, setting 1/gamma = 0\n",
+      "v = 559955707.4749044 m / s > c, setting 1/gamma = 0\n",
+      "v = 301309412.4218896 m / s > c, setting 1/gamma = 0\n",
+      "v = 321546588.8721612 m / s > c, setting 1/gamma = 0\n",
+      "v = 646492186.0933658 m / s > c, setting 1/gamma = 0\n",
+      "v = 531585219.6724031 m / s > c, setting 1/gamma = 0\n",
+      "v = 327174542.0847151 m / s > c, setting 1/gamma = 0\n",
+      "v = 356018198.90993804 m / s > c, setting 1/gamma = 0\n",
+      "v = 443772762.3920321 m / s > c, setting 1/gamma = 0\n",
+      "v = 464930180.8050463 m / s > c, setting 1/gamma = 0\n",
+      "v = 355216018.0261693 m / s > c, setting 1/gamma = 0\n",
+      "v = 377521257.0660174 m / s > c, setting 1/gamma = 0\n",
+      "v = 342389224.8965617 m / s > c, setting 1/gamma = 0\n",
+      "v = 384061717.5384522 m / s > c, setting 1/gamma = 0\n",
+      "v = 392842792.5449122 m / s > c, setting 1/gamma = 0\n",
+      "v = 435142162.8280769 m / s > c, setting 1/gamma = 0\n",
+      "v = 331037715.8736754 m / s > c, setting 1/gamma = 0\n",
+      "v = 349391049.7026152 m / s > c, setting 1/gamma = 0\n",
+      "v = 302012717.9920718 m / s > c, setting 1/gamma = 0\n",
+      "v = 314793649.98315734 m / s > c, setting 1/gamma = 0\n",
+      "v = 325543517.71258104 m / s > c, setting 1/gamma = 0\n",
+      "v = 343765022.7585996 m / s > c, setting 1/gamma = 0\n",
+      "v = 301707064.56445605 m / s > c, setting 1/gamma = 0\n",
+      "v = 352445822.7768352 m / s > c, setting 1/gamma = 0\n",
+      "v = 531222068.9713063 m / s > c, setting 1/gamma = 0\n",
+      "v = 490803002.5523227 m / s > c, setting 1/gamma = 0\n",
+      "v = 299972770.8988663 m / s > c, setting 1/gamma = 0\n",
+      "v = 302493731.0182413 m / s > c, setting 1/gamma = 0\n",
+      "v = 322782274.3577288 m / s > c, setting 1/gamma = 0\n",
+      "v = 350936991.8355155 m / s > c, setting 1/gamma = 0\n",
+      "v = 394705833.0776429 m / s > c, setting 1/gamma = 0\n",
+      "v = 351882457.59237814 m / s > c, setting 1/gamma = 0\n",
+      "v = 370695362.7639082 m / s > c, setting 1/gamma = 0\n",
+      "v = 364518711.3848288 m / s > c, setting 1/gamma = 0\n",
+      "v = 406138288.6947687 m / s > c, setting 1/gamma = 0\n",
+      "v = 388482731.51284015 m / s > c, setting 1/gamma = 0\n",
+      "v = 398959820.66233677 m / s > c, setting 1/gamma = 0\n",
+      "v = 318372354.2009869 m / s > c, setting 1/gamma = 0\n",
+      "v = 361872588.90667254 m / s > c, setting 1/gamma = 0\n",
+      "v = 400576547.91106296 m / s > c, setting 1/gamma = 0\n",
+      "v = 439075822.1774582 m / s > c, setting 1/gamma = 0\n",
+      "v = 307933364.33005404 m / s > c, setting 1/gamma = 0\n",
+      "v = 301288708.5289734 m / s > c, setting 1/gamma = 0\n",
+      "v = 339812945.10629356 m / s > c, setting 1/gamma = 0\n",
+      "v = 360680089.93600696 m / s > c, setting 1/gamma = 0\n",
+      "v = 383664309.96937203 m / s > c, setting 1/gamma = 0\n",
+      "v = 362742949.0494148 m / s > c, setting 1/gamma = 0\n",
+      "v = 399061788.95349467 m / s > c, setting 1/gamma = 0\n",
+      "v = 383858371.8390968 m / s > c, setting 1/gamma = 0\n",
+      "v = 430311798.88523024 m / s > c, setting 1/gamma = 0\n",
+      "v = 347999850.7883052 m / s > c, setting 1/gamma = 0\n",
+      "v = 364194368.05098337 m / s > c, setting 1/gamma = 0\n",
+      "v = 315079752.0426218 m / s > c, setting 1/gamma = 0\n",
+      "v = 359327786.5013871 m / s > c, setting 1/gamma = 0\n",
+      "v = 373857336.5482926 m / s > c, setting 1/gamma = 0\n",
+      "v = 417981685.2093515 m / s > c, setting 1/gamma = 0\n",
+      "v = 317660321.5510565 m / s > c, setting 1/gamma = 0\n",
+      "v = 347573729.8713871 m / s > c, setting 1/gamma = 0\n",
+      "v = 386931727.9601528 m / s > c, setting 1/gamma = 0\n",
+      "v = 353507197.4854717 m / s > c, setting 1/gamma = 0\n",
+      "v = 403659781.19606245 m / s > c, setting 1/gamma = 0\n",
+      "v = 305882125.7248137 m / s > c, setting 1/gamma = 0\n",
+      "v = 329319319.14923054 m / s > c, setting 1/gamma = 0\n",
+      "v = 300312976.939456 m / s > c, setting 1/gamma = 0\n",
+      "v = 348894776.24638987 m / s > c, setting 1/gamma = 0\n",
+      "v = 397718984.45139694 m / s > c, setting 1/gamma = 0\n",
+      "v = 435193110.04789037 m / s > c, setting 1/gamma = 0\n",
+      "v = 349418277.6310869 m / s > c, setting 1/gamma = 0\n",
+      "v = 373417148.2652463 m / s > c, setting 1/gamma = 0\n",
+      "v = 345072401.26123965 m / s > c, setting 1/gamma = 0\n",
+      "v = 387656803.41503406 m / s > c, setting 1/gamma = 0\n",
+      "v = 422820392.0060458 m / s > c, setting 1/gamma = 0\n",
+      "v = 458076480.73139256 m / s > c, setting 1/gamma = 0\n",
+      "v = 329977129.8176337 m / s > c, setting 1/gamma = 0\n",
+      "v = 349302400.4592772 m / s > c, setting 1/gamma = 0\n",
+      "v = 349111024.5905719 m / s > c, setting 1/gamma = 0\n",
+      "v = 396547920.5898004 m / s > c, setting 1/gamma = 0\n",
+      "v = 304781690.11996084 m / s > c, setting 1/gamma = 0\n",
+      "v = 325648104.3181841 m / s > c, setting 1/gamma = 0\n",
+      "v = 320582684.2433043 m / s > c, setting 1/gamma = 0\n",
+      "v = 351330827.16342556 m / s > c, setting 1/gamma = 0\n",
+      "v = 347518555.75661397 m / s > c, setting 1/gamma = 0\n",
+      "v = 734033502.5063529 m / s > c, setting 1/gamma = 0\n",
+      "v = 605724376.4284302 m / s > c, setting 1/gamma = 0\n",
+      "v = 303263154.74413514 m / s > c, setting 1/gamma = 0\n",
+      "v = 309384965.85754263 m / s > c, setting 1/gamma = 0\n",
+      "v = 518634991.74761117 m / s > c, setting 1/gamma = 0\n",
+      "v = 485964064.16842914 m / s > c, setting 1/gamma = 0\n",
+      "v = 310884908.8681393 m / s > c, setting 1/gamma = 0\n",
+      "v = 309641550.4597014 m / s > c, setting 1/gamma = 0\n",
+      "v = 338584780.9915122 m / s > c, setting 1/gamma = 0\n",
+      "v = 498602826.1300764 m / s > c, setting 1/gamma = 0\n",
+      "v = 487934547.8269668 m / s > c, setting 1/gamma = 0\n",
+      "v = 332048513.74367064 m / s > c, setting 1/gamma = 0\n",
+      "v = 350505360.84601176 m / s > c, setting 1/gamma = 0\n",
+      "v = 370087758.8381364 m / s > c, setting 1/gamma = 0\n",
+      "v = 401377121.98453254 m / s > c, setting 1/gamma = 0\n",
+      "v = 432427680.7820942 m / s > c, setting 1/gamma = 0\n",
+      "v = 310953890.09526384 m / s > c, setting 1/gamma = 0\n",
+      "v = 323619112.6479549 m / s > c, setting 1/gamma = 0\n",
+      "v = 375168210.22832096 m / s > c, setting 1/gamma = 0\n",
+      "v = 394957392.0651865 m / s > c, setting 1/gamma = 0\n",
+      "v = 431527831.0898838 m / s > c, setting 1/gamma = 0\n",
+      "v = 382969770.1882404 m / s > c, setting 1/gamma = 0\n",
+      "v = 394950282.396808 m / s > c, setting 1/gamma = 0\n",
+      "v = 321115141.7142623 m / s > c, setting 1/gamma = 0\n",
+      "v = 356592299.9977319 m / s > c, setting 1/gamma = 0\n",
+      "v = 342471553.87136257 m / s > c, setting 1/gamma = 0\n",
+      "v = 392990791.33302915 m / s > c, setting 1/gamma = 0\n",
+      "v = 324023707.612617 m / s > c, setting 1/gamma = 0\n",
+      "v = 344641891.6514858 m / s > c, setting 1/gamma = 0\n",
+      "v = 315555373.43655044 m / s > c, setting 1/gamma = 0\n",
+      "v = 301172830.3880067 m / s > c, setting 1/gamma = 0\n",
+      "v = 566932674.7999142 m / s > c, setting 1/gamma = 0\n",
+      "v = 465830024.52558035 m / s > c, setting 1/gamma = 0\n",
+      "v = 300638484.51977444 m / s > c, setting 1/gamma = 0\n",
+      "v = 309121710.6669745 m / s > c, setting 1/gamma = 0\n",
+      "v = 329251688.49863356 m / s > c, setting 1/gamma = 0\n",
+      "v = 308382351.6662524 m / s > c, setting 1/gamma = 0\n",
+      "v = 335617247.6437116 m / s > c, setting 1/gamma = 0\n",
+      "v = 386682182.6964058 m / s > c, setting 1/gamma = 0\n",
+      "v = 356054158.88037515 m / s > c, setting 1/gamma = 0\n",
+      "v = 399239343.62167776 m / s > c, setting 1/gamma = 0\n",
+      "v = 313355320.07133466 m / s > c, setting 1/gamma = 0\n",
+      "v = 338089310.72981864 m / s > c, setting 1/gamma = 0\n",
+      "v = 331188490.28673655 m / s > c, setting 1/gamma = 0\n",
+      "v = 378179825.54472846 m / s > c, setting 1/gamma = 0\n",
+      "v = 336424913.1784348 m / s > c, setting 1/gamma = 0\n",
+      "v = 361290484.81884205 m / s > c, setting 1/gamma = 0\n",
+      "v = 444713342.96431565 m / s > c, setting 1/gamma = 0\n",
+      "v = 465175531.07335514 m / s > c, setting 1/gamma = 0\n",
+      "v = 331795701.7139493 m / s > c, setting 1/gamma = 0\n",
+      "v = 359111897.32513744 m / s > c, setting 1/gamma = 0\n",
+      "v = 318846082.78264314 m / s > c, setting 1/gamma = 0\n",
+      "v = 362963009.9425166 m / s > c, setting 1/gamma = 0\n",
+      "v = 418256786.0655104 m / s > c, setting 1/gamma = 0\n",
+      "v = 450922111.8223646 m / s > c, setting 1/gamma = 0\n",
+      "v = 377857671.9553071 m / s > c, setting 1/gamma = 0\n",
+      "v = 418603097.88098973 m / s > c, setting 1/gamma = 0\n",
+      "v = 317231823.0297199 m / s > c, setting 1/gamma = 0\n",
+      "v = 336598156.99550223 m / s > c, setting 1/gamma = 0\n",
+      "v = 312096218.7536863 m / s > c, setting 1/gamma = 0\n",
+      "v = 314800802.0442145 m / s > c, setting 1/gamma = 0\n",
+      "v = 319565845.83895165 m / s > c, setting 1/gamma = 0\n",
+      "v = 345595555.2298216 m / s > c, setting 1/gamma = 0\n",
+      "v = 372130985.7903487 m / s > c, setting 1/gamma = 0\n",
+      "v = 396406888.26556647 m / s > c, setting 1/gamma = 0\n",
+      "v = 428081284.1844445 m / s > c, setting 1/gamma = 0\n",
+      "v = 363737595.9185698 m / s > c, setting 1/gamma = 0\n",
+      "v = 374212506.2619101 m / s > c, setting 1/gamma = 0\n",
+      "v = 305448865.9192506 m / s > c, setting 1/gamma = 0\n",
+      "v = 317288587.16502243 m / s > c, setting 1/gamma = 0\n",
+      "v = 629345371.5454203 m / s > c, setting 1/gamma = 0\n",
+      "v = 517435602.60092807 m / s > c, setting 1/gamma = 0\n",
+      "v = 305553672.4065575 m / s > c, setting 1/gamma = 0\n",
+      "v = 325626989.0074288 m / s > c, setting 1/gamma = 0\n",
+      "v = 303691665.4060089 m / s > c, setting 1/gamma = 0\n",
+      "v = 356724561.52386385 m / s > c, setting 1/gamma = 0\n",
+      "v = 487556697.4951281 m / s > c, setting 1/gamma = 0\n",
+      "v = 481326586.5611488 m / s > c, setting 1/gamma = 0\n",
+      "v = 320431701.81823045 m / s > c, setting 1/gamma = 0\n",
+      "v = 301617643.6163629 m / s > c, setting 1/gamma = 0\n",
+      "v = 321643802.6790477 m / s > c, setting 1/gamma = 0\n",
+      "v = 308261780.7161023 m / s > c, setting 1/gamma = 0\n",
+      "v = 355360038.3007801 m / s > c, setting 1/gamma = 0\n",
+      "v = 300811564.0681655 m / s > c, setting 1/gamma = 0\n",
+      "v = 336771768.60048836 m / s > c, setting 1/gamma = 0\n",
+      "v = 361406861.55345124 m / s > c, setting 1/gamma = 0\n",
+      "v = 403897659.18959624 m / s > c, setting 1/gamma = 0\n",
+      "v = 431899360.55737 m / s > c, setting 1/gamma = 0\n",
+      "v = 332338956.19537866 m / s > c, setting 1/gamma = 0\n",
+      "v = 348916221.70349294 m / s > c, setting 1/gamma = 0\n",
+      "v = 303913674.0932897 m / s > c, setting 1/gamma = 0\n",
+      "v = 376404977.5126015 m / s > c, setting 1/gamma = 0\n",
+      "v = 415613757.6021073 m / s > c, setting 1/gamma = 0\n",
+      "v = 344147336.4318067 m / s > c, setting 1/gamma = 0\n",
+      "v = 364414709.8728741 m / s > c, setting 1/gamma = 0\n",
+      "v = 560730076.502243 m / s > c, setting 1/gamma = 0\n",
+      "v = 493964086.51958936 m / s > c, setting 1/gamma = 0\n",
+      "v = 349404170.9842183 m / s > c, setting 1/gamma = 0\n",
+      "v = 372250270.109735 m / s > c, setting 1/gamma = 0\n",
+      "v = 313220690.78129756 m / s > c, setting 1/gamma = 0\n",
+      "v = 619752341.9107438 m / s > c, setting 1/gamma = 0\n",
+      "v = 509321526.48699343 m / s > c, setting 1/gamma = 0\n",
+      "v = 309276508.62426853 m / s > c, setting 1/gamma = 0\n",
+      "v = 331114413.1033392 m / s > c, setting 1/gamma = 0\n",
+      "v = 332647418.5320101 m / s > c, setting 1/gamma = 0\n",
+      "v = 310777175.47188187 m / s > c, setting 1/gamma = 0\n",
+      "v = 614732607.347773 m / s > c, setting 1/gamma = 0\n",
+      "v = 503975027.3424007 m / s > c, setting 1/gamma = 0\n",
+      "v = 326747312.08135515 m / s > c, setting 1/gamma = 0\n",
+      "v = 394776470.69547004 m / s > c, setting 1/gamma = 0\n",
+      "v = 434378720.17998177 m / s > c, setting 1/gamma = 0\n",
+      "v = 305481434.05366427 m / s > c, setting 1/gamma = 0\n",
+      "v = 315696139.2566039 m / s > c, setting 1/gamma = 0\n",
+      "v = 630838709.2849331 m / s > c, setting 1/gamma = 0\n",
+      "v = 518886893.2416828 m / s > c, setting 1/gamma = 0\n",
+      "v = 314139664.8098744 m / s > c, setting 1/gamma = 0\n",
+      "v = 335879027.3146122 m / s > c, setting 1/gamma = 0\n",
+      "v = 301080733.4660558 m / s > c, setting 1/gamma = 0\n",
+      "v = 347248594.0679355 m / s > c, setting 1/gamma = 0\n",
+      "v = 390022029.73134696 m / s > c, setting 1/gamma = 0\n",
+      "v = 427134682.78244066 m / s > c, setting 1/gamma = 0\n",
+      "v = 301449140.77279717 m / s > c, setting 1/gamma = 0\n",
+      "v = 314199879.785286 m / s > c, setting 1/gamma = 0\n",
+      "v = 631839577.3113078 m / s > c, setting 1/gamma = 0\n",
+      "v = 517484017.81859577 m / s > c, setting 1/gamma = 0\n",
+      "v = 310107032.8703702 m / s > c, setting 1/gamma = 0\n",
+      "v = 330726928.61556673 m / s > c, setting 1/gamma = 0\n",
+      "v = 365513831.3825644 m / s > c, setting 1/gamma = 0\n",
+      "v = 407658845.71025264 m / s > c, setting 1/gamma = 0\n",
+      "v = 340667129.9801181 m / s > c, setting 1/gamma = 0\n",
+      "v = 361466351.2531155 m / s > c, setting 1/gamma = 0\n",
+      "v = 376624666.4780161 m / s > c, setting 1/gamma = 0\n",
+      "v = 419548363.36628944 m / s > c, setting 1/gamma = 0\n",
+      "v = 368931870.780217 m / s > c, setting 1/gamma = 0\n",
+      "v = 388468367.77149534 m / s > c, setting 1/gamma = 0\n",
+      "v = 340811182.41619503 m / s > c, setting 1/gamma = 0\n",
+      "v = 381564656.3623006 m / s > c, setting 1/gamma = 0\n",
+      "v = 367418318.93730646 m / s > c, setting 1/gamma = 0\n",
+      "v = 414609697.20667905 m / s > c, setting 1/gamma = 0\n",
+      "v = 308513701.52300215 m / s > c, setting 1/gamma = 0\n",
+      "v = 330137816.7246653 m / s > c, setting 1/gamma = 0\n",
+      "v = 355897986.1132604 m / s > c, setting 1/gamma = 0\n",
+      "v = 387527663.59163094 m / s > c, setting 1/gamma = 0\n",
+      "v = 319820324.03562146 m / s > c, setting 1/gamma = 0\n",
+      "v = 362253618.353138 m / s > c, setting 1/gamma = 0\n",
+      "v = 318794228.90904593 m / s > c, setting 1/gamma = 0\n",
+      "v = 331785618.0376555 m / s > c, setting 1/gamma = 0\n",
+      "v = 374361560.8772265 m / s > c, setting 1/gamma = 0\n",
+      "v = 358570147.5703753 m / s > c, setting 1/gamma = 0\n",
+      "v = 407173384.9996435 m / s > c, setting 1/gamma = 0\n",
+      "v = 307754184.29823333 m / s > c, setting 1/gamma = 0\n",
+      "v = 390414071.50083226 m / s > c, setting 1/gamma = 0\n",
+      "v = 427183666.44679767 m / s > c, setting 1/gamma = 0\n",
+      "v = 351031061.7407569 m / s > c, setting 1/gamma = 0\n",
+      "v = 366496173.3470497 m / s > c, setting 1/gamma = 0\n",
+      "v = 327387698.8472817 m / s > c, setting 1/gamma = 0\n",
+      "v = 467387890.66722715 m / s > c, setting 1/gamma = 0\n",
+      "v = 479848506.80758256 m / s > c, setting 1/gamma = 0\n",
+      "v = 362771398.37007713 m / s > c, setting 1/gamma = 0\n",
+      "v = 381912687.66558504 m / s > c, setting 1/gamma = 0\n",
+      "v = 337568137.5286741 m / s > c, setting 1/gamma = 0\n",
+      "v = 511593168.8493034 m / s > c, setting 1/gamma = 0\n",
+      "v = 493357349.6483471 m / s > c, setting 1/gamma = 0\n",
+      "v = 313783643.9954079 m / s > c, setting 1/gamma = 0\n",
+      "v = 334642950.03496486 m / s > c, setting 1/gamma = 0\n",
+      "v = 398255231.56115055 m / s > c, setting 1/gamma = 0\n",
+      "v = 437071105.95942765 m / s > c, setting 1/gamma = 0\n",
+      "v = 302546971.25215614 m / s > c, setting 1/gamma = 0\n",
+      "v = 320822889.3375262 m / s > c, setting 1/gamma = 0\n",
+      "v = 366405463.91457206 m / s > c, setting 1/gamma = 0\n",
+      "v = 466032125.9316164 m / s > c, setting 1/gamma = 0\n",
+      "v = 479893176.34315574 m / s > c, setting 1/gamma = 0\n",
+      "v = 413169107.683472 m / s > c, setting 1/gamma = 0\n",
+      "v = 441855173.85615695 m / s > c, setting 1/gamma = 0\n",
+      "v = 317160279.44510984 m / s > c, setting 1/gamma = 0\n",
+      "v = 336359038.057004 m / s > c, setting 1/gamma = 0\n",
+      "v = 320407505.65721554 m / s > c, setting 1/gamma = 0\n",
+      "v = 340059648.7330219 m / s > c, setting 1/gamma = 0\n",
+      "v = 705380123.9764806 m / s > c, setting 1/gamma = 0\n",
+      "v = 581366392.646993 m / s > c, setting 1/gamma = 0\n",
+      "v = 355078853.39189243 m / s > c, setting 1/gamma = 0\n",
+      "v = 397842526.6262 m / s > c, setting 1/gamma = 0\n",
+      "v = 343503622.4868043 m / s > c, setting 1/gamma = 0\n",
+      "v = 363306234.75072205 m / s > c, setting 1/gamma = 0\n",
+      "v = 378506956.814061 m / s > c, setting 1/gamma = 0\n",
+      "v = 420871356.75269365 m / s > c, setting 1/gamma = 0\n",
+      "v = 373125683.9426205 m / s > c, setting 1/gamma = 0\n",
+      "v = 392348493.25773245 m / s > c, setting 1/gamma = 0\n",
+      "v = 350052171.6337693 m / s > c, setting 1/gamma = 0\n",
+      "v = 388241683.7492637 m / s > c, setting 1/gamma = 0\n",
+      "v = 335691065.73042494 m / s > c, setting 1/gamma = 0\n",
+      "v = 386741429.58116484 m / s > c, setting 1/gamma = 0\n",
+      "v = 323726957.9195167 m / s > c, setting 1/gamma = 0\n",
+      "v = 343614379.21443486 m / s > c, setting 1/gamma = 0\n",
+      "v = 344867431.2014034 m / s > c, setting 1/gamma = 0\n",
+      "v = 483645230.8619146 m / s > c, setting 1/gamma = 0\n",
+      "v = 480468147.15637606 m / s > c, setting 1/gamma = 0\n",
+      "v = 309397736.8170358 m / s > c, setting 1/gamma = 0\n",
+      "v = 312796603.9407027 m / s > c, setting 1/gamma = 0\n",
+      "v = 331124302.9013401 m / s > c, setting 1/gamma = 0\n",
+      "v = 452526261.17406195 m / s > c, setting 1/gamma = 0\n",
+      "v = 468016733.3369304 m / s > c, setting 1/gamma = 0\n",
+      "v = 300911680.14815366 m / s > c, setting 1/gamma = 0\n",
+      "v = 322302382.75929517 m / s > c, setting 1/gamma = 0\n",
+      "v = 320575610.97095877 m / s > c, setting 1/gamma = 0\n",
+      "v = 307539944.50085044 m / s > c, setting 1/gamma = 0\n",
+      "v = 329110316.2606243 m / s > c, setting 1/gamma = 0\n",
+      "v = 334258939.45786464 m / s > c, setting 1/gamma = 0\n",
+      "v = 379473139.01647455 m / s > c, setting 1/gamma = 0\n",
+      "v = 314052314.7498438 m / s > c, setting 1/gamma = 0\n",
+      "v = 340998625.6203996 m / s > c, setting 1/gamma = 0\n",
+      "v = 308563671.0925824 m / s > c, setting 1/gamma = 0\n",
+      "v = 352891304.032544 m / s > c, setting 1/gamma = 0\n",
+      "v = 392416517.78875065 m / s > c, setting 1/gamma = 0\n",
+      "v = 305961240.6567568 m / s > c, setting 1/gamma = 0\n",
+      "v = 350052403.02645594 m / s > c, setting 1/gamma = 0\n",
+      "v = 382013565.30384827 m / s > c, setting 1/gamma = 0\n",
+      "v = 337869175.24483395 m / s > c, setting 1/gamma = 0\n",
+      "v = 379004957.54978275 m / s > c, setting 1/gamma = 0\n",
+      "v = 302920784.85197824 m / s > c, setting 1/gamma = 0\n",
+      "v = 513141187.26353836 m / s > c, setting 1/gamma = 0\n",
+      "v = 487535373.396267 m / s > c, setting 1/gamma = 0\n",
+      "v = 315762848.8301836 m / s > c, setting 1/gamma = 0\n",
+      "v = 327575774.86384827 m / s > c, setting 1/gamma = 0\n",
+      "v = 345230723.40056944 m / s > c, setting 1/gamma = 0\n",
+      "v = 308698941.62485176 m / s > c, setting 1/gamma = 0\n",
+      "v = 314580683.3043406 m / s > c, setting 1/gamma = 0\n",
+      "v = 354073918.074931 m / s > c, setting 1/gamma = 0\n",
+      "v = 321111251.06662565 m / s > c, setting 1/gamma = 0\n",
+      "v = 359575310.13566023 m / s > c, setting 1/gamma = 0\n",
+      "v = 373980030.18090934 m / s > c, setting 1/gamma = 0\n",
+      "v = 303471470.18326145 m / s > c, setting 1/gamma = 0\n",
+      "v = 346735229.35561424 m / s > c, setting 1/gamma = 0\n",
+      "v = 388320362.4831156 m / s > c, setting 1/gamma = 0\n",
+      "v = 315849759.9267393 m / s > c, setting 1/gamma = 0\n",
+      "v = 314282670.25629795 m / s > c, setting 1/gamma = 0\n",
+      "v = 388933705.15421 m / s > c, setting 1/gamma = 0\n",
+      "v = 424234508.8509202 m / s > c, setting 1/gamma = 0\n",
+      "v = 378939239.36314744 m / s > c, setting 1/gamma = 0\n",
+      "v = 391645732.1401773 m / s > c, setting 1/gamma = 0\n",
+      "v = 301646471.15242577 m / s > c, setting 1/gamma = 0\n",
+      "v = 346859035.8449285 m / s > c, setting 1/gamma = 0\n",
+      "v = 408398162.53498393 m / s > c, setting 1/gamma = 0\n",
+      "v = 443802240.49040854 m / s > c, setting 1/gamma = 0\n",
+      "v = 329510202.7914352 m / s > c, setting 1/gamma = 0\n",
+      "v = 358228776.1565009 m / s > c, setting 1/gamma = 0\n",
+      "v = 362480418.1174055 m / s > c, setting 1/gamma = 0\n",
+      "v = 402992745.04142827 m / s > c, setting 1/gamma = 0\n",
+      "v = 379000852.01956797 m / s > c, setting 1/gamma = 0\n",
+      "v = 425175079.7141065 m / s > c, setting 1/gamma = 0\n",
+      "v = 332166646.5469722 m / s > c, setting 1/gamma = 0\n",
+      "v = 350679436.4769021 m / s > c, setting 1/gamma = 0\n",
+      "v = 314167720.1930359 m / s > c, setting 1/gamma = 0\n",
+      "v = 308348955.5440946 m / s > c, setting 1/gamma = 0\n",
+      "v = 314269478.61064756 m / s > c, setting 1/gamma = 0\n",
+      "v = 321193344.9796483 m / s > c, setting 1/gamma = 0\n",
+      "v = 340851939.3069811 m / s > c, setting 1/gamma = 0\n",
+      "v = 339201081.5736077 m / s > c, setting 1/gamma = 0\n",
+      "v = 334014770.31727344 m / s > c, setting 1/gamma = 0\n",
+      "v = 381510064.8320445 m / s > c, setting 1/gamma = 0\n",
+      "v = 320176544.29787683 m / s > c, setting 1/gamma = 0\n",
+      "v = 349625899.8899544 m / s > c, setting 1/gamma = 0\n",
+      "v = 404133847.975144 m / s > c, setting 1/gamma = 0\n",
+      "v = 434275426.6316178 m / s > c, setting 1/gamma = 0\n",
+      "v = 361114367.7581219 m / s > c, setting 1/gamma = 0\n",
+      "v = 371935517.56288487 m / s > c, setting 1/gamma = 0\n",
+      "v = 314325945.9043622 m / s > c, setting 1/gamma = 0\n",
+      "v = 329396009.1822787 m / s > c, setting 1/gamma = 0\n",
+      "v = 673912113.2651931 m / s > c, setting 1/gamma = 0\n",
+      "v = 554561125.4344449 m / s > c, setting 1/gamma = 0\n",
+      "v = 354720524.52087194 m / s > c, setting 1/gamma = 0\n",
+      "v = 394214944.6872867 m / s > c, setting 1/gamma = 0\n",
+      "v = 440395385.2679298 m / s > c, setting 1/gamma = 0\n",
+      "v = 463762567.164176 m / s > c, setting 1/gamma = 0\n",
+      "v = 335651747.77458733 m / s > c, setting 1/gamma = 0\n",
+      "v = 376628585.36658674 m / s > c, setting 1/gamma = 0\n",
+      "v = 308960052.7242761 m / s > c, setting 1/gamma = 0\n",
+      "v = 332460715.12335825 m / s > c, setting 1/gamma = 0\n",
+      "v = 301134352.95285857 m / s > c, setting 1/gamma = 0\n",
+      "v = 317577724.28496647 m / s > c, setting 1/gamma = 0\n",
+      "v = 360819314.5766593 m / s > c, setting 1/gamma = 0\n",
+      "v = 364782313.02037543 m / s > c, setting 1/gamma = 0\n",
+      "v = 409474713.8364611 m / s > c, setting 1/gamma = 0\n",
+      "v = 302479288.6739623 m / s > c, setting 1/gamma = 0\n",
+      "v = 352454272.44427896 m / s > c, setting 1/gamma = 0\n",
+      "v = 481499914.38702035 m / s > c, setting 1/gamma = 0\n",
+      "v = 482064985.9726394 m / s > c, setting 1/gamma = 0\n",
+      "v = 303119505.2825217 m / s > c, setting 1/gamma = 0\n",
+      "v = 309030108.29034173 m / s > c, setting 1/gamma = 0\n",
+      "v = 328461118.7348853 m / s > c, setting 1/gamma = 0\n",
+      "v = 381495793.34807855 m / s > c, setting 1/gamma = 0\n",
+      "v = 419524743.2627608 m / s > c, setting 1/gamma = 0\n",
+      "v = 341668300.75160784 m / s > c, setting 1/gamma = 0\n",
+      "v = 360892254.1417398 m / s > c, setting 1/gamma = 0\n",
+      "v = 395587768.5657547 m / s > c, setting 1/gamma = 0\n",
+      "v = 431903494.21468806 m / s > c, setting 1/gamma = 0\n",
+      "v = 351467142.5972623 m / s > c, setting 1/gamma = 0\n",
+      "v = 375043129.01885825 m / s > c, setting 1/gamma = 0\n",
+      "v = 318017307.0166508 m / s > c, setting 1/gamma = 0\n",
+      "v = 357480545.3455706 m / s > c, setting 1/gamma = 0\n",
+      "v = 369622255.3865969 m / s > c, setting 1/gamma = 0\n",
+      "v = 416450717.58455366 m / s > c, setting 1/gamma = 0\n",
+      "v = 329705005.21709853 m / s > c, setting 1/gamma = 0\n",
+      "v = 348100792.7074807 m / s > c, setting 1/gamma = 0\n",
+      "v = 300203172.48897165 m / s > c, setting 1/gamma = 0\n",
+      "v = 311658812.3287158 m / s > c, setting 1/gamma = 0\n",
+      "v = 303478993.57290393 m / s > c, setting 1/gamma = 0\n",
+      "v = 343635432.8779531 m / s > c, setting 1/gamma = 0\n",
+      "v = 307551859.6599661 m / s > c, setting 1/gamma = 0\n",
+      "v = 351019411.3672024 m / s > c, setting 1/gamma = 0\n",
+      "v = 366623907.6568405 m / s > c, setting 1/gamma = 0\n",
+      "v = 323085183.9204615 m / s > c, setting 1/gamma = 0\n",
+      "v = 375543148.8496779 m / s > c, setting 1/gamma = 0\n",
+      "v = 415984709.7465895 m / s > c, setting 1/gamma = 0\n",
+      "v = 312485591.57021016 m / s > c, setting 1/gamma = 0\n",
+      "v = 488952699.902435 m / s > c, setting 1/gamma = 0\n",
+      "v = 485082636.5776164 m / s > c, setting 1/gamma = 0\n",
+      "v = 312940646.11728597 m / s > c, setting 1/gamma = 0\n",
+      "v = 315243533.8294951 m / s > c, setting 1/gamma = 0\n",
+      "v = 335183722.03187776 m / s > c, setting 1/gamma = 0\n",
+      "v = 321593863.53696424 m / s > c, setting 1/gamma = 0\n",
+      "v = 366569302.1401323 m / s > c, setting 1/gamma = 0\n",
+      "v = 300329679.9197787 m / s > c, setting 1/gamma = 0\n",
+      "v = 319977965.9440925 m / s > c, setting 1/gamma = 0\n",
+      "v = 642929962.469876 m / s > c, setting 1/gamma = 0\n",
+      "v = 528358494.25597733 m / s > c, setting 1/gamma = 0\n",
+      "v = 454338178.0050003 m / s > c, setting 1/gamma = 0\n",
+      "v = 474114006.6027696 m / s > c, setting 1/gamma = 0\n",
+      "v = 307367301.0185602 m / s > c, setting 1/gamma = 0\n",
+      "v = 398840528.8753598 m / s > c, setting 1/gamma = 0\n",
+      "v = 429229316.88518745 m / s > c, setting 1/gamma = 0\n",
+      "v = 339980740.62588954 m / s > c, setting 1/gamma = 0\n",
+      "v = 354658534.20106435 m / s > c, setting 1/gamma = 0\n",
+      "v = 422743333.0227207 m / s > c, setting 1/gamma = 0\n",
+      "v = 450392516.92601925 m / s > c, setting 1/gamma = 0\n",
+      "v = 373700549.009747 m / s > c, setting 1/gamma = 0\n",
+      "v = 385415255.7323702 m / s > c, setting 1/gamma = 0\n",
+      "v = 304055805.83369666 m / s > c, setting 1/gamma = 0\n",
+      "v = 380559686.35600626 m / s > c, setting 1/gamma = 0\n",
+      "v = 420651439.708766 m / s > c, setting 1/gamma = 0\n",
+      "v = 333728802.43102884 m / s > c, setting 1/gamma = 0\n",
+      "v = 352269521.6577389 m / s > c, setting 1/gamma = 0\n",
+      "v = 354222944.11036175 m / s > c, setting 1/gamma = 0\n",
+      "v = 399385093.1406509 m / s > c, setting 1/gamma = 0\n",
+      "v = 309021708.3811706 m / s > c, setting 1/gamma = 0\n",
+      "v = 309215164.947712 m / s > c, setting 1/gamma = 0\n",
+      "v = 458404830.063297 m / s > c, setting 1/gamma = 0\n",
+      "v = 464823949.22053164 m / s > c, setting 1/gamma = 0\n",
+      "v = 312088296.0617894 m / s > c, setting 1/gamma = 0\n",
+      "v = 355237463.0603629 m / s > c, setting 1/gamma = 0\n",
+      "v = 373557336.36658376 m / s > c, setting 1/gamma = 0\n",
+      "v = 302668506.0838841 m / s > c, setting 1/gamma = 0\n",
+      "v = 303055471.01426613 m / s > c, setting 1/gamma = 0\n",
+      "v = 325250441.07487684 m / s > c, setting 1/gamma = 0\n",
+      "v = 347908257.8332509 m / s > c, setting 1/gamma = 0\n",
+      "v = 374429327.3873246 m / s > c, setting 1/gamma = 0\n",
+      "v = 407687630.31778854 m / s > c, setting 1/gamma = 0\n",
+      "v = 445244820.4500748 m / s > c, setting 1/gamma = 0\n",
+      "v = 313536402.4647614 m / s > c, setting 1/gamma = 0\n",
+      "v = 334636693.5458474 m / s > c, setting 1/gamma = 0\n",
+      "v = 321502078.6269646 m / s > c, setting 1/gamma = 0\n",
+      "v = 646099945.0170869 m / s > c, setting 1/gamma = 0\n",
+      "v = 531800352.54591453 m / s > c, setting 1/gamma = 0\n",
+      "v = 304401893.52429825 m / s > c, setting 1/gamma = 0\n",
+      "v = 324048178.1877617 m / s > c, setting 1/gamma = 0\n",
+      "v = 311500657.96187055 m / s > c, setting 1/gamma = 0\n",
+      "v = 384769733.72242916 m / s > c, setting 1/gamma = 0\n",
+      "v = 419906619.4719638 m / s > c, setting 1/gamma = 0\n",
+      "v = 325625320.5383068 m / s > c, setting 1/gamma = 0\n",
+      "v = 372637254.90603083 m / s > c, setting 1/gamma = 0\n",
+      "v = 304503218.7507953 m / s > c, setting 1/gamma = 0\n",
+      "v = 333329650.39606166 m / s > c, setting 1/gamma = 0\n",
+      "v = 401141697.44391817 m / s > c, setting 1/gamma = 0\n",
+      "v = 436031644.1062321 m / s > c, setting 1/gamma = 0\n",
+      "v = 375291251.9971032 m / s > c, setting 1/gamma = 0\n",
+      "v = 389893324.3861335 m / s > c, setting 1/gamma = 0\n",
+      "v = 323210858.2351356 m / s > c, setting 1/gamma = 0\n",
+      "v = 373515863.31774664 m / s > c, setting 1/gamma = 0\n",
+      "v = 483197881.01743025 m / s > c, setting 1/gamma = 0\n",
+      "v = 485372815.85731095 m / s > c, setting 1/gamma = 0\n",
+      "v = 314676674.12346274 m / s > c, setting 1/gamma = 0\n",
+      "v = 334060954.67508274 m / s > c, setting 1/gamma = 0\n",
+      "v = 312123418.36266994 m / s > c, setting 1/gamma = 0\n",
+      "v = 627963606.2500705 m / s > c, setting 1/gamma = 0\n",
+      "v = 514612901.64496785 m / s > c, setting 1/gamma = 0\n",
+      "v = 363046460.5185925 m / s > c, setting 1/gamma = 0\n",
+      "v = 385802487.28352547 m / s > c, setting 1/gamma = 0\n",
+      "v = 446973310.7858503 m / s > c, setting 1/gamma = 0\n",
+      "v = 467900302.5781471 m / s > c, setting 1/gamma = 0\n",
+      "v = 301628319.12305933 m / s > c, setting 1/gamma = 0\n",
+      "v = 304840512.08055806 m / s > c, setting 1/gamma = 0\n",
+      "v = 336704927.9875274 m / s > c, setting 1/gamma = 0\n",
+      "v = 689858201.1550782 m / s > c, setting 1/gamma = 0\n",
+      "v = 568728503.23371 m / s > c, setting 1/gamma = 0\n",
+      "v = 314361917.8169197 m / s > c, setting 1/gamma = 0\n",
+      "v = 326343263.7134129 m / s > c, setting 1/gamma = 0\n",
+      "v = 370343556.8327195 m / s > c, setting 1/gamma = 0\n",
+      "v = 329140237.71334386 m / s > c, setting 1/gamma = 0\n",
+      "v = 349330480.7250875 m / s > c, setting 1/gamma = 0\n",
+      "v = 401985286.9052339 m / s > c, setting 1/gamma = 0\n",
+      "v = 425265271.90172684 m / s > c, setting 1/gamma = 0\n",
+      "v = 386160692.6949103 m / s > c, setting 1/gamma = 0\n",
+      "v = 417985973.94826525 m / s > c, setting 1/gamma = 0\n",
+      "v = 303353566.62040305 m / s > c, setting 1/gamma = 0\n",
+      "v = 310468766.51183337 m / s > c, setting 1/gamma = 0\n",
+      "v = 337732493.8491396 m / s > c, setting 1/gamma = 0\n",
+      "v = 364945843.0930902 m / s > c, setting 1/gamma = 0\n",
+      "v = 402823612.3634775 m / s > c, setting 1/gamma = 0\n",
+      "v = 387786958.35902303 m / s > c, setting 1/gamma = 0\n",
+      "v = 391265662.5621859 m / s > c, setting 1/gamma = 0\n",
+      "v = 522600484.0157198 m / s > c, setting 1/gamma = 0\n",
+      "v = 493896489.4107842 m / s > c, setting 1/gamma = 0\n",
+      "v = 302978520.81833947 m / s > c, setting 1/gamma = 0\n",
+      "v = 365005414.6480034 m / s > c, setting 1/gamma = 0\n",
+      "v = 407452412.3717136 m / s > c, setting 1/gamma = 0\n",
+      "v = 308123022.51423675 m / s > c, setting 1/gamma = 0\n",
+      "v = 321617229.52870464 m / s > c, setting 1/gamma = 0\n",
+      "v = 651339705.2318282 m / s > c, setting 1/gamma = 0\n",
+      "v = 535630980.67877775 m / s > c, setting 1/gamma = 0\n",
+      "v = 301716937.1564463 m / s > c, setting 1/gamma = 0\n",
+      "v = 323365190.6790045 m / s > c, setting 1/gamma = 0\n",
+      "v = 319429288.8982195 m / s > c, setting 1/gamma = 0\n",
+      "v = 325439836.8599003 m / s > c, setting 1/gamma = 0\n",
+      "v = 671800542.0092863 m / s > c, setting 1/gamma = 0\n",
+      "v = 551754865.284626 m / s > c, setting 1/gamma = 0\n",
+      "v = 391582234.0794019 m / s > c, setting 1/gamma = 0\n",
+      "v = 435542559.1240003 m / s > c, setting 1/gamma = 0\n",
+      "v = 311188989.20715904 m / s > c, setting 1/gamma = 0\n",
+      "v = 308127997.36095804 m / s > c, setting 1/gamma = 0\n",
+      "v = 494773301.02026623 m / s > c, setting 1/gamma = 0\n",
+      "v = 487345141.01656485 m / s > c, setting 1/gamma = 0\n",
+      "v = 326641731.0880028 m / s > c, setting 1/gamma = 0\n",
+      "v = 341794079.3893188 m / s > c, setting 1/gamma = 0\n",
+      "v = 358532038.41098064 m / s > c, setting 1/gamma = 0\n",
+      "v = 336962848.79188704 m / s > c, setting 1/gamma = 0\n",
+      "v = 371668941.106618 m / s > c, setting 1/gamma = 0\n",
+      "v = 311873853.40606755 m / s > c, setting 1/gamma = 0\n",
+      "v = 355415842.7689167 m / s > c, setting 1/gamma = 0\n",
+      "v = 301088073.9580683 m / s > c, setting 1/gamma = 0\n",
+      "v = 332044869.3859642 m / s > c, setting 1/gamma = 0\n",
+      "v = 351592116.67826015 m / s > c, setting 1/gamma = 0\n",
+      "v = 356282280.97799647 m / s > c, setting 1/gamma = 0\n",
+      "v = 383949422.92732775 m / s > c, setting 1/gamma = 0\n",
+      "v = 464189637.6755748 m / s > c, setting 1/gamma = 0\n",
+      "v = 479820111.4530368 m / s > c, setting 1/gamma = 0\n",
+      "v = 349147780.35268706 m / s > c, setting 1/gamma = 0\n",
+      "v = 371007709.9866092 m / s > c, setting 1/gamma = 0\n",
+      "v = 439927955.4096123 m / s > c, setting 1/gamma = 0\n",
+      "v = 465946705.2929842 m / s > c, setting 1/gamma = 0\n",
+      "v = 351978431.5132068 m / s > c, setting 1/gamma = 0\n",
+      "v = 377175487.8621795 m / s > c, setting 1/gamma = 0\n",
+      "v = 310233766.64344245 m / s > c, setting 1/gamma = 0\n",
+      "v = 349587973.1631614 m / s > c, setting 1/gamma = 0\n",
+      "v = 355657981.13256425 m / s > c, setting 1/gamma = 0\n",
+      "v = 404653916.4363262 m / s > c, setting 1/gamma = 0\n",
+      "v = 316393697.1651787 m / s > c, setting 1/gamma = 0\n",
+      "v = 347352853.3488552 m / s > c, setting 1/gamma = 0\n",
+      "v = 375138853.05882746 m / s > c, setting 1/gamma = 0\n",
+      "v = 418816361.82975423 m / s > c, setting 1/gamma = 0\n",
+      "v = 438128000.620834 m / s > c, setting 1/gamma = 0\n",
+      "v = 471056370.95036197 m / s > c, setting 1/gamma = 0\n",
+      "v = 302565288.2339173 m / s > c, setting 1/gamma = 0\n",
+      "v = 350108814.01065993 m / s > c, setting 1/gamma = 0\n",
+      "v = 377588253.10098684 m / s > c, setting 1/gamma = 0\n",
+      "v = 484408345.49339736 m / s > c, setting 1/gamma = 0\n",
+      "v = 495724498.3737793 m / s > c, setting 1/gamma = 0\n",
+      "v = 299941366.0103736 m / s > c, setting 1/gamma = 0\n",
+      "v = 341768085.6016757 m / s > c, setting 1/gamma = 0\n",
+      "v = 368350028.22141933 m / s > c, setting 1/gamma = 0\n",
+      "v = 514657148.9908789 m / s > c, setting 1/gamma = 0\n",
+      "v = 496503398.91357213 m / s > c, setting 1/gamma = 0\n",
+      "v = 370339687.1232889 m / s > c, setting 1/gamma = 0\n",
+      "v = 385086866.46365345 m / s > c, setting 1/gamma = 0\n",
+      "v = 322775868.42637056 m / s > c, setting 1/gamma = 0\n",
+      "v = 331361830.1576369 m / s > c, setting 1/gamma = 0\n",
+      "v = 693972588.8684448 m / s > c, setting 1/gamma = 0\n",
+      "v = 570740790.2207984 m / s > c, setting 1/gamma = 0\n",
+      "v = 309757020.7040086 m / s > c, setting 1/gamma = 0\n",
+      "v = 300908532.25469214 m / s > c, setting 1/gamma = 0\n",
+      "v = 331592054.56032157 m / s > c, setting 1/gamma = 0\n",
+      "v = 305132108.1575265 m / s > c, setting 1/gamma = 0\n",
+      "v = 312137283.6939544 m / s > c, setting 1/gamma = 0\n",
+      "v = 365503016.36415327 m / s > c, setting 1/gamma = 0\n",
+      "v = 342833765.4576243 m / s > c, setting 1/gamma = 0\n",
+      "v = 367137090.44618374 m / s > c, setting 1/gamma = 0\n",
+      "v = 440738419.37827724 m / s > c, setting 1/gamma = 0\n",
+      "v = 462839209.4744806 m / s > c, setting 1/gamma = 0\n",
+      "v = 358802459.0485986 m / s > c, setting 1/gamma = 0\n",
+      "v = 378535183.52044207 m / s > c, setting 1/gamma = 0\n",
+      "v = 313342051.91963327 m / s > c, setting 1/gamma = 0\n",
+      "v = 362387436.87138146 m / s > c, setting 1/gamma = 0\n",
+      "v = 491220770.28449696 m / s > c, setting 1/gamma = 0\n",
+      "v = 492850939.11757964 m / s > c, setting 1/gamma = 0\n",
+      "v = 320290011.9288874 m / s > c, setting 1/gamma = 0\n",
+      "v = 340677600.3282112 m / s > c, setting 1/gamma = 0\n",
+      "v = 330009824.2669668 m / s > c, setting 1/gamma = 0\n",
+      "v = 437585205.2482244 m / s > c, setting 1/gamma = 0\n",
+      "v = 463276219.7571044 m / s > c, setting 1/gamma = 0\n",
+      "v = 321376548.99927104 m / s > c, setting 1/gamma = 0\n",
+      "v = 351363323.8635574 m / s > c, setting 1/gamma = 0\n",
+      "v = 331401652.2298817 m / s > c, setting 1/gamma = 0\n",
+      "v = 349063111.8701057 m / s > c, setting 1/gamma = 0\n",
+      "v = 427114270.1086791 m / s > c, setting 1/gamma = 0\n",
+      "v = 451144984.3068487 m / s > c, setting 1/gamma = 0\n",
+      "v = 343887533.1791442 m / s > c, setting 1/gamma = 0\n",
+      "v = 363216094.61800385 m / s > c, setting 1/gamma = 0\n",
+      "v = 370510376.2410521 m / s > c, setting 1/gamma = 0\n",
+      "v = 412029079.1151879 m / s > c, setting 1/gamma = 0\n",
+      "v = 317258407.47578984 m / s > c, setting 1/gamma = 0\n",
+      "v = 339722486.46345574 m / s > c, setting 1/gamma = 0\n",
+      "v = 374106955.1118931 m / s > c, setting 1/gamma = 0\n",
+      "v = 400204105.93075794 m / s > c, setting 1/gamma = 0\n",
+      "v = 352498348.10731965 m / s > c, setting 1/gamma = 0\n",
+      "v = 391891460.18561244 m / s > c, setting 1/gamma = 0\n",
+      "v = 301288756.8987306 m / s > c, setting 1/gamma = 0\n",
+      "v = 379749258.29986525 m / s > c, setting 1/gamma = 0\n",
+      "v = 394224395.1193811 m / s > c, setting 1/gamma = 0\n",
+      "v = 331716934.9606888 m / s > c, setting 1/gamma = 0\n",
+      "v = 349132869.5076129 m / s > c, setting 1/gamma = 0\n",
+      "v = 397770324.80864143 m / s > c, setting 1/gamma = 0\n",
+      "v = 310368913.3860226 m / s > c, setting 1/gamma = 0\n",
+      "v = 331233871.94846684 m / s > c, setting 1/gamma = 0\n",
+      "v = 343439158.2402087 m / s > c, setting 1/gamma = 0\n",
+      "v = 375984389.1408861 m / s > c, setting 1/gamma = 0\n",
+      "v = 316744603.15234786 m / s > c, setting 1/gamma = 0\n",
+      "v = 358942978.97847193 m / s > c, setting 1/gamma = 0\n",
+      "v = 307832333.1720062 m / s > c, setting 1/gamma = 0\n",
+      "v = 335509616.8345379 m / s > c, setting 1/gamma = 0\n",
+      "v = 302175268.1045132 m / s > c, setting 1/gamma = 0\n",
+      "v = 349549558.9882933 m / s > c, setting 1/gamma = 0\n",
+      "v = 492684165.60719496 m / s > c, setting 1/gamma = 0\n",
+      "v = 494468540.7301764 m / s > c, setting 1/gamma = 0\n",
+      "v = 303341014.4975383 m / s > c, setting 1/gamma = 0\n",
+      "v = 309126990.9700999 m / s > c, setting 1/gamma = 0\n",
+      "v = 331108515.2494404 m / s > c, setting 1/gamma = 0\n",
+      "v = 370095060.55468816 m / s > c, setting 1/gamma = 0\n",
+      "v = 413398207.14354223 m / s > c, setting 1/gamma = 0\n",
+      "v = 356074056.1890802 m / s > c, setting 1/gamma = 0\n",
+      "v = 377517420.0276801 m / s > c, setting 1/gamma = 0\n",
+      "v = 320354908.62603605 m / s > c, setting 1/gamma = 0\n",
+      "v = 301269558.05154294 m / s > c, setting 1/gamma = 0\n",
+      "v = 596209193.5953406 m / s > c, setting 1/gamma = 0\n",
+      "v = 488296943.2260092 m / s > c, setting 1/gamma = 0\n",
+      "v = 304267678.49395376 m / s > c, setting 1/gamma = 0\n",
+      "v = 329832457.0328726 m / s > c, setting 1/gamma = 0\n",
+      "v = 355823314.64084345 m / s > c, setting 1/gamma = 0\n",
+      "v = 389271571.72585094 m / s > c, setting 1/gamma = 0\n",
+      "v = 303118779.1713493 m / s > c, setting 1/gamma = 0\n",
+      "v = 312744779.1910984 m / s > c, setting 1/gamma = 0\n",
+      "v = 366348984.8402119 m / s > c, setting 1/gamma = 0\n",
+      "v = 316899500.8054714 m / s > c, setting 1/gamma = 0\n",
+      "v = 345911476.5409431 m / s > c, setting 1/gamma = 0\n",
+      "v = 330917751.71788704 m / s > c, setting 1/gamma = 0\n",
+      "v = 374119971.98447937 m / s > c, setting 1/gamma = 0\n",
+      "v = 433272786.7008868 m / s > c, setting 1/gamma = 0\n",
+      "v = 464161714.78197014 m / s > c, setting 1/gamma = 0\n",
+      "v = 300293668.1997168 m / s > c, setting 1/gamma = 0\n",
+      "v = 336863522.5399886 m / s > c, setting 1/gamma = 0\n",
+      "v = 383060722.8689756 m / s > c, setting 1/gamma = 0\n",
+      "v = 471254720.1027016 m / s > c, setting 1/gamma = 0\n",
+      "v = 483602203.8855514 m / s > c, setting 1/gamma = 0\n",
+      "v = 302953376.64063644 m / s > c, setting 1/gamma = 0\n",
+      "v = 332878113.65962124 m / s > c, setting 1/gamma = 0\n",
+      "v = 361791107.4148419 m / s > c, setting 1/gamma = 0\n",
+      "v = 407657310.31303656 m / s > c, setting 1/gamma = 0\n",
+      "v = 414432267.32073224 m / s > c, setting 1/gamma = 0\n",
+      "v = 451612429.8891854 m / s > c, setting 1/gamma = 0\n",
+      "v = 323831343.71394104 m / s > c, setting 1/gamma = 0\n",
+      "v = 343554946.3499011 m / s > c, setting 1/gamma = 0\n",
+      "v = 300835615.4123318 m / s > c, setting 1/gamma = 0\n",
+      "v = 351600304.0907771 m / s > c, setting 1/gamma = 0\n",
+      "v = 537679616.6802089 m / s > c, setting 1/gamma = 0\n",
+      "v = 495017965.21699744 m / s > c, setting 1/gamma = 0\n",
+      "v = 300387451.7262289 m / s > c, setting 1/gamma = 0\n",
+      "v = 317901224.8864753 m / s > c, setting 1/gamma = 0\n",
+      "v = 336847985.8196925 m / s > c, setting 1/gamma = 0\n",
+      "v = 452488320.575164 m / s > c, setting 1/gamma = 0\n",
+      "v = 467886175.4243478 m / s > c, setting 1/gamma = 0\n",
+      "v = 318586580.2741613 m / s > c, setting 1/gamma = 0\n",
+      "v = 339281591.85266113 m / s > c, setting 1/gamma = 0\n",
+      "v = 321383259.2923487 m / s > c, setting 1/gamma = 0\n",
+      "v = 339101673.046514 m / s > c, setting 1/gamma = 0\n",
+      "v = 385599557.0337049 m / s > c, setting 1/gamma = 0\n",
+      "v = 332729541.3992354 m / s > c, setting 1/gamma = 0\n",
+      "v = 358766288.7734939 m / s > c, setting 1/gamma = 0\n",
+      "v = 308259393.03663987 m / s > c, setting 1/gamma = 0\n",
+      "v = 347589547.0320612 m / s > c, setting 1/gamma = 0\n",
+      "v = 372952868.2533029 m / s > c, setting 1/gamma = 0\n",
+      "v = 418724892.88429946 m / s > c, setting 1/gamma = 0\n",
+      "v = 331238395.1853126 m / s > c, setting 1/gamma = 0\n",
+      "v = 349163013.1761633 m / s > c, setting 1/gamma = 0\n",
+      "v = 418644162.91877794 m / s > c, setting 1/gamma = 0\n",
+      "v = 447294698.15461093 m / s > c, setting 1/gamma = 0\n",
+      "v = 369433641.84888494 m / s > c, setting 1/gamma = 0\n",
+      "v = 382750906.7847385 m / s > c, setting 1/gamma = 0\n",
+      "v = 311465759.89049363 m / s > c, setting 1/gamma = 0\n",
+      "v = 363715642.0806227 m / s > c, setting 1/gamma = 0\n",
+      "v = 328111915.4267831 m / s > c, setting 1/gamma = 0\n",
+      "v = 681044688.6344849 m / s > c, setting 1/gamma = 0\n",
+      "v = 559954507.1368784 m / s > c, setting 1/gamma = 0\n",
+      "v = 308317538.5182479 m / s > c, setting 1/gamma = 0\n",
+      "v = 313982277.897197 m / s > c, setting 1/gamma = 0\n",
+      "v = 400740628.4345502 m / s > c, setting 1/gamma = 0\n",
+      "v = 438165121.23518485 m / s > c, setting 1/gamma = 0\n",
+      "v = 304124489.57888263 m / s > c, setting 1/gamma = 0\n",
+      "v = 326527282.57362646 m / s > c, setting 1/gamma = 0\n",
+      "v = 424958573.54522425 m / s > c, setting 1/gamma = 0\n",
+      "v = 450653310.2862306 m / s > c, setting 1/gamma = 0\n",
+      "v = 358033134.9905418 m / s > c, setting 1/gamma = 0\n",
+      "v = 376494288.813365 m / s > c, setting 1/gamma = 0\n",
+      "v = 322639047.0457836 m / s > c, setting 1/gamma = 0\n",
+      "v = 432523533.7447416 m / s > c, setting 1/gamma = 0\n",
+      "v = 453911214.5275497 m / s > c, setting 1/gamma = 0\n",
+      "v = 362266854.81096196 m / s > c, setting 1/gamma = 0\n",
+      "v = 396982583.53309757 m / s > c, setting 1/gamma = 0\n",
+      "v = 300272511.0053261 m / s > c, setting 1/gamma = 0\n",
+      "v = 300874650.9085758 m / s > c, setting 1/gamma = 0\n",
+      "v = 351682864.0183212 m / s > c, setting 1/gamma = 0\n",
+      "v = 356327099.14116925 m / s > c, setting 1/gamma = 0\n",
+      "v = 373452796.1773642 m / s > c, setting 1/gamma = 0\n",
+      "v = 507102396.4588156 m / s > c, setting 1/gamma = 0\n",
+      "v = 489798179.73493457 m / s > c, setting 1/gamma = 0\n",
+      "v = 323209856.872615 m / s > c, setting 1/gamma = 0\n",
+      "v = 342125670.356017 m / s > c, setting 1/gamma = 0\n",
+      "v = 319132938.22696334 m / s > c, setting 1/gamma = 0\n",
+      "v = 509042676.0230203 m / s > c, setting 1/gamma = 0\n",
+      "v = 483245987.03270364 m / s > c, setting 1/gamma = 0\n",
+      "v = 311505273.41207594 m / s > c, setting 1/gamma = 0\n",
+      "v = 329536372.0210131 m / s > c, setting 1/gamma = 0\n",
+      "v = 306429320.3413038 m / s > c, setting 1/gamma = 0\n",
+      "v = 407876071.6442596 m / s > c, setting 1/gamma = 0\n",
+      "v = 436154556.0857151 m / s > c, setting 1/gamma = 0\n",
+      "v = 378591694.8576927 m / s > c, setting 1/gamma = 0\n",
+      "v = 402028594.8235261 m / s > c, setting 1/gamma = 0\n",
+      "v = 311877624.40676254 m / s > c, setting 1/gamma = 0\n",
+      "v = 613185977.2049336 m / s > c, setting 1/gamma = 0\n",
+      "v = 504403595.07027197 m / s > c, setting 1/gamma = 0\n",
+      "v = 362903819.8892445 m / s > c, setting 1/gamma = 0\n",
+      "v = 401443363.1359906 m / s > c, setting 1/gamma = 0\n",
+      "v = 361678273.86865973 m / s > c, setting 1/gamma = 0\n",
+      "v = 373241411.43089557 m / s > c, setting 1/gamma = 0\n",
+      "v = 349117900.3204852 m / s > c, setting 1/gamma = 0\n",
+      "v = 379500263.4401172 m / s > c, setting 1/gamma = 0\n",
+      "v = 304667491.4691429 m / s > c, setting 1/gamma = 0\n",
+      "v = 599781301.7454232 m / s > c, setting 1/gamma = 0\n",
+      "v = 491591576.93852574 m / s > c, setting 1/gamma = 0\n",
+      "v = 386591073.00817007 m / s > c, setting 1/gamma = 0\n",
+      "v = 409814591.3321016 m / s > c, setting 1/gamma = 0\n",
+      "v = 443664474.0837957 m / s > c, setting 1/gamma = 0\n",
+      "v = 463588901.1680801 m / s > c, setting 1/gamma = 0\n",
+      "v = 323880136.67036855 m / s > c, setting 1/gamma = 0\n",
+      "v = 349963606.73659295 m / s > c, setting 1/gamma = 0\n",
+      "v = 338618213.6222702 m / s > c, setting 1/gamma = 0\n",
+      "v = 434367763.2932042 m / s > c, setting 1/gamma = 0\n",
+      "v = 461008146.12683254 m / s > c, setting 1/gamma = 0\n",
+      "v = 302796642.50478417 m / s > c, setting 1/gamma = 0\n",
+      "v = 332237008.00590056 m / s > c, setting 1/gamma = 0\n",
+      "v = 339329628.56257576 m / s > c, setting 1/gamma = 0\n",
+      "v = 319148312.54732645 m / s > c, setting 1/gamma = 0\n",
+      "v = 648861420.8957483 m / s > c, setting 1/gamma = 0\n",
+      "v = 532651667.601544 m / s > c, setting 1/gamma = 0\n",
+      "v = 304191091.36492044 m / s > c, setting 1/gamma = 0\n",
+      "v = 327201212.3654223 m / s > c, setting 1/gamma = 0\n",
+      "v = 342853883.5993281 m / s > c, setting 1/gamma = 0\n",
+      "v = 380492241.19859314 m / s > c, setting 1/gamma = 0\n",
+      "v = 306775012.2675808 m / s > c, setting 1/gamma = 0\n",
+      "v = 313017875.00499505 m / s > c, setting 1/gamma = 0\n",
+      "v = 456291143.9024624 m / s > c, setting 1/gamma = 0\n",
+      "v = 477747045.6501783 m / s > c, setting 1/gamma = 0\n",
+      "v = 331561016.8545139 m / s > c, setting 1/gamma = 0\n",
+      "v = 371802792.54086137 m / s > c, setting 1/gamma = 0\n",
+      "v = 310958360.5684856 m / s > c, setting 1/gamma = 0\n",
+      "v = 319987598.93461 m / s > c, setting 1/gamma = 0\n",
+      "v = 348382494.1194138 m / s > c, setting 1/gamma = 0\n",
+      "v = 325840716.9704532 m / s > c, setting 1/gamma = 0\n",
+      "v = 370559290.58939457 m / s > c, setting 1/gamma = 0\n",
+      "v = 420451343.504657 m / s > c, setting 1/gamma = 0\n",
+      "v = 452571221.05764717 m / s > c, setting 1/gamma = 0\n",
+      "v = 302184465.96487767 m / s > c, setting 1/gamma = 0\n",
+      "v = 340140949.4337022 m / s > c, setting 1/gamma = 0\n",
+      "v = 392102419.7563302 m / s > c, setting 1/gamma = 0\n",
+      "v = 349481807.0715697 m / s > c, setting 1/gamma = 0\n",
+      "v = 748743471.3149121 m / s > c, setting 1/gamma = 0\n",
+      "v = 617671677.1922204 m / s > c, setting 1/gamma = 0\n",
+      "v = 307589962.7553448 m / s > c, setting 1/gamma = 0\n",
+      "v = 331074063.2310887 m / s > c, setting 1/gamma = 0\n",
+      "v = 360070228.5805625 m / s > c, setting 1/gamma = 0\n",
+      "v = 394317296.94156355 m / s > c, setting 1/gamma = 0\n",
+      "v = 330471035.3957051 m / s > c, setting 1/gamma = 0\n",
+      "v = 356035786.0211606 m / s > c, setting 1/gamma = 0\n",
+      "v = 343767031.58139277 m / s > c, setting 1/gamma = 0\n",
+      "v = 725972687.1262804 m / s > c, setting 1/gamma = 0\n",
+      "v = 598905638.1157143 m / s > c, setting 1/gamma = 0\n",
+      "v = 316223904.96353596 m / s > c, setting 1/gamma = 0\n",
+      "v = 322639076.4751839 m / s > c, setting 1/gamma = 0\n",
+      "v = 355073294.9868463 m / s > c, setting 1/gamma = 0\n",
+      "v = 447455951.2444547 m / s > c, setting 1/gamma = 0\n",
+      "v = 462054987.0862705 m / s > c, setting 1/gamma = 0\n",
+      "v = 319912177.3531263 m / s > c, setting 1/gamma = 0\n",
+      "v = 339055404.2628454 m / s > c, setting 1/gamma = 0\n",
+      "v = 342916185.0156979 m / s > c, setting 1/gamma = 0\n",
+      "v = 454063566.6678261 m / s > c, setting 1/gamma = 0\n",
+      "v = 467636717.2923539 m / s > c, setting 1/gamma = 0\n",
+      "v = 318126140.45804656 m / s > c, setting 1/gamma = 0\n",
+      "v = 337833779.7444163 m / s > c, setting 1/gamma = 0\n",
+      "v = 332658712.40747815 m / s > c, setting 1/gamma = 0\n",
+      "v = 328125534.92806077 m / s > c, setting 1/gamma = 0\n",
+      "v = 375076040.0740329 m / s > c, setting 1/gamma = 0\n",
+      "v = 337284562.72767466 m / s > c, setting 1/gamma = 0\n",
+      "v = 361138428.8523634 m / s > c, setting 1/gamma = 0\n",
+      "v = 444096002.34586406 m / s > c, setting 1/gamma = 0\n",
+      "v = 456394850.1345053 m / s > c, setting 1/gamma = 0\n",
+      "v = 315072323.41174424 m / s > c, setting 1/gamma = 0\n",
+      "v = 332220135.94579744 m / s > c, setting 1/gamma = 0\n",
+      "v = 307335507.8543788 m / s > c, setting 1/gamma = 0\n",
+      "v = 417191943.0500377 m / s > c, setting 1/gamma = 0\n",
+      "v = 438343373.4314218 m / s > c, setting 1/gamma = 0\n",
+      "v = 302303492.5896935 m / s > c, setting 1/gamma = 0\n",
+      "v = 371368206.1601094 m / s > c, setting 1/gamma = 0\n",
+      "v = 413112404.13413566 m / s > c, setting 1/gamma = 0\n",
+      "v = 322709272.65736526 m / s > c, setting 1/gamma = 0\n",
+      "v = 346557122.0597729 m / s > c, setting 1/gamma = 0\n",
+      "v = 308004402.9121857 m / s > c, setting 1/gamma = 0\n",
+      "v = 409417277.654045 m / s > c, setting 1/gamma = 0\n",
+      "v = 439812060.6745962 m / s > c, setting 1/gamma = 0\n",
+      "v = 347752693.02228916 m / s > c, setting 1/gamma = 0\n",
+      "v = 369465191.9516648 m / s > c, setting 1/gamma = 0\n",
+      "v = 322085140.34535587 m / s > c, setting 1/gamma = 0\n",
+      "v = 413815783.30885446 m / s > c, setting 1/gamma = 0\n",
+      "v = 440261916.1410505 m / s > c, setting 1/gamma = 0\n",
+      "v = 310010360.4412153 m / s > c, setting 1/gamma = 0\n",
+      "v = 340549027.8728442 m / s > c, setting 1/gamma = 0\n",
+      "v = 325286362.4793461 m / s > c, setting 1/gamma = 0\n",
+      "v = 678605712.2417915 m / s > c, setting 1/gamma = 0\n",
+      "v = 557603783.8572773 m / s > c, setting 1/gamma = 0\n",
+      "v = 321631183.8676989 m / s > c, setting 1/gamma = 0\n",
+      "v = 346874772.086903 m / s > c, setting 1/gamma = 0\n",
+      "v = 487711913.2246734 m / s > c, setting 1/gamma = 0\n",
+      "v = 489153275.97528034 m / s > c, setting 1/gamma = 0\n",
+      "v = 308208526.28381354 m / s > c, setting 1/gamma = 0\n",
+      "v = 323062723.48389685 m / s > c, setting 1/gamma = 0\n",
+      "v = 342869407.1864545 m / s > c, setting 1/gamma = 0\n",
+      "v = 458690841.24698013 m / s > c, setting 1/gamma = 0\n",
+      "v = 470107934.7806235 m / s > c, setting 1/gamma = 0\n",
+      "v = 325105276.38440865 m / s > c, setting 1/gamma = 0\n",
+      "v = 342696902.56773454 m / s > c, setting 1/gamma = 0\n",
+      "v = 312548829.0670847 m / s > c, setting 1/gamma = 0\n",
+      "v = 447991683.9327996 m / s > c, setting 1/gamma = 0\n",
+      "v = 469139159.5258452 m / s > c, setting 1/gamma = 0\n",
+      "v = 334387023.58966166 m / s > c, setting 1/gamma = 0\n",
+      "v = 358138484.98487103 m / s > c, setting 1/gamma = 0\n",
+      "v = 336460093.595887 m / s > c, setting 1/gamma = 0\n",
+      "v = 390637209.5808455 m / s > c, setting 1/gamma = 0\n",
+      "v = 310846449.9737326 m / s > c, setting 1/gamma = 0\n",
+      "v = 335250626.6758284 m / s > c, setting 1/gamma = 0\n",
+      "v = 308881879.7947888 m / s > c, setting 1/gamma = 0\n",
+      "v = 302110900.8939536 m / s > c, setting 1/gamma = 0\n",
+      "v = 573833763.6492351 m / s > c, setting 1/gamma = 0\n",
+      "v = 471254884.0502867 m / s > c, setting 1/gamma = 0\n",
+      "v = 325360998.4889656 m / s > c, setting 1/gamma = 0\n",
+      "v = 342259266.6074879 m / s > c, setting 1/gamma = 0\n",
+      "v = 301247766.0320145 m / s > c, setting 1/gamma = 0\n",
+      "v = 452802543.57354796 m / s > c, setting 1/gamma = 0\n",
+      "v = 467887198.5895065 m / s > c, setting 1/gamma = 0\n",
+      "v = 304487970.1390155 m / s > c, setting 1/gamma = 0\n",
+      "v = 325716022.79480004 m / s > c, setting 1/gamma = 0\n",
+      "v = 301283463.7592238 m / s > c, setting 1/gamma = 0\n",
+      "v = 340863993.40131724 m / s > c, setting 1/gamma = 0\n",
+      "v = 311703771.7170497 m / s > c, setting 1/gamma = 0\n",
+      "v = 362012792.14825875 m / s > c, setting 1/gamma = 0\n",
+      "v = 434484526.6410186 m / s > c, setting 1/gamma = 0\n",
+      "v = 461562934.2574034 m / s > c, setting 1/gamma = 0\n",
+      "v = 462559245.2356096 m / s > c, setting 1/gamma = 0\n",
+      "v = 470482236.5954381 m / s > c, setting 1/gamma = 0\n",
+      "v = 324044309.14724934 m / s > c, setting 1/gamma = 0\n",
+      "v = 339496673.15228415 m / s > c, setting 1/gamma = 0\n",
+      "v = 324503785.6650053 m / s > c, setting 1/gamma = 0\n",
+      "v = 376924682.72022253 m / s > c, setting 1/gamma = 0\n",
+      "v = 323112817.8561777 m / s > c, setting 1/gamma = 0\n",
+      "v = 312066375.65767604 m / s > c, setting 1/gamma = 0\n",
+      "v = 342812226.87448084 m / s > c, setting 1/gamma = 0\n",
+      "v = 360228273.28216875 m / s > c, setting 1/gamma = 0\n",
+      "v = 501198341.71074134 m / s > c, setting 1/gamma = 0\n",
+      "v = 517376079.05194 m / s > c, setting 1/gamma = 0\n",
+      "v = 314424931.27296233 m / s > c, setting 1/gamma = 0\n",
+      "v = 626921450.3907597 m / s > c, setting 1/gamma = 0\n",
+      "v = 515436496.5906814 m / s > c, setting 1/gamma = 0\n",
+      "v = 379904255.4245557 m / s > c, setting 1/gamma = 0\n",
+      "v = 401519019.6063925 m / s > c, setting 1/gamma = 0\n",
+      "v = 531176686.5679796 m / s > c, setting 1/gamma = 0\n",
+      "v = 478413820.74364823 m / s > c, setting 1/gamma = 0\n",
+      "v = 307673109.88466054 m / s > c, setting 1/gamma = 0\n",
+      "v = 300238680.3919623 m / s > c, setting 1/gamma = 0\n",
+      "v = 351665772.7458987 m / s > c, setting 1/gamma = 0\n",
+      "v = 482688274.15648216 m / s > c, setting 1/gamma = 0\n",
+      "v = 475523711.2335951 m / s > c, setting 1/gamma = 0\n",
+      "v = 299975244.3910719 m / s > c, setting 1/gamma = 0\n",
+      "v = 318912643.7047173 m / s > c, setting 1/gamma = 0\n",
+      "v = 320481050.38785946 m / s > c, setting 1/gamma = 0\n",
+      "v = 306859126.6351654 m / s > c, setting 1/gamma = 0\n",
+      "v = 360288828.84450394 m / s > c, setting 1/gamma = 0\n",
+      "v = 307065466.26519084 m / s > c, setting 1/gamma = 0\n",
+      "v = 351482095.94435346 m / s > c, setting 1/gamma = 0\n",
+      "v = 379165034.9622595 m / s > c, setting 1/gamma = 0\n",
+      "v = 312716340.5595387 m / s > c, setting 1/gamma = 0\n",
+      "v = 403383405.35803866 m / s > c, setting 1/gamma = 0\n",
+      "v = 412161664.1739652 m / s > c, setting 1/gamma = 0\n",
+      "v = 310793208.0484248 m / s > c, setting 1/gamma = 0\n",
+      "v = 316392787.53221613 m / s > c, setting 1/gamma = 0\n",
+      "v = 620179684.9238204 m / s > c, setting 1/gamma = 0\n",
+      "v = 510016887.934046 m / s > c, setting 1/gamma = 0\n",
+      "v = 300529509.6279337 m / s > c, setting 1/gamma = 0\n",
+      "v = 413892511.5042157 m / s > c, setting 1/gamma = 0\n",
+      "v = 448112655.81904995 m / s > c, setting 1/gamma = 0\n",
+      "v = 422321956.615729 m / s > c, setting 1/gamma = 0\n",
+      "v = 445251182.23287725 m / s > c, setting 1/gamma = 0\n",
+      "v = 310424002.60000557 m / s > c, setting 1/gamma = 0\n",
+      "v = 302668990.7572345 m / s > c, setting 1/gamma = 0\n",
+      "v = 324898073.79577535 m / s > c, setting 1/gamma = 0\n",
+      "v = 350236374.87908983 m / s > c, setting 1/gamma = 0\n",
+      "v = 300329296.944658 m / s > c, setting 1/gamma = 0\n",
+      "v = 329874637.137203 m / s > c, setting 1/gamma = 0\n",
+      "v = 307618806.9807957 m / s > c, setting 1/gamma = 0\n",
+      "v = 362136488.69597644 m / s > c, setting 1/gamma = 0\n",
+      "v = 373053800.72076714 m / s > c, setting 1/gamma = 0\n",
+      "v = 389512550.8394585 m / s > c, setting 1/gamma = 0\n",
+      "v = 309055134.26881486 m / s > c, setting 1/gamma = 0\n",
+      "v = 358706512.1043613 m / s > c, setting 1/gamma = 0\n",
+      "v = 387736490.47430295 m / s > c, setting 1/gamma = 0\n",
+      "v = 426259558.5361199 m / s > c, setting 1/gamma = 0\n",
+      "v = 318404946.91416717 m / s > c, setting 1/gamma = 0\n",
+      "v = 372821708.40929896 m / s > c, setting 1/gamma = 0\n",
+      "v = 306640909.00618184 m / s > c, setting 1/gamma = 0\n",
+      "v = 337200131.8203547 m / s > c, setting 1/gamma = 0\n",
+      "v = 366334936.074588 m / s > c, setting 1/gamma = 0\n",
+      "v = 393928423.11388427 m / s > c, setting 1/gamma = 0\n",
+      "v = 381307787.23166096 m / s > c, setting 1/gamma = 0\n",
+      "v = 429285747.6558448 m / s > c, setting 1/gamma = 0\n",
+      "v = 319204554.22825927 m / s > c, setting 1/gamma = 0\n",
+      "v = 341338058.2001785 m / s > c, setting 1/gamma = 0\n",
+      "v = 314389320.0981458 m / s > c, setting 1/gamma = 0\n",
+      "v = 616058645.5180545 m / s > c, setting 1/gamma = 0\n",
+      "v = 506963473.8649559 m / s > c, setting 1/gamma = 0\n",
+      "v = 309368995.5230343 m / s > c, setting 1/gamma = 0\n",
+      "v = 327506246.2237781 m / s > c, setting 1/gamma = 0\n",
+      "v = 305542875.90119255 m / s > c, setting 1/gamma = 0\n",
+      "v = 311215910.4483733 m / s > c, setting 1/gamma = 0\n",
+      "v = 359567753.40136266 m / s > c, setting 1/gamma = 0\n",
+      "v = 358125462.437335 m / s > c, setting 1/gamma = 0\n",
+      "v = 383873609.1421101 m / s > c, setting 1/gamma = 0\n",
+      "v = 301634288.7461001 m / s > c, setting 1/gamma = 0\n",
+      "v = 303932042.90977716 m / s > c, setting 1/gamma = 0\n",
+      "v = 357343630.99076366 m / s > c, setting 1/gamma = 0\n",
+      "v = 334659365.771816 m / s > c, setting 1/gamma = 0\n",
+      "v = 357904152.1985798 m / s > c, setting 1/gamma = 0\n",
+      "v = 370697100.85713005 m / s > c, setting 1/gamma = 0\n",
+      "v = 411038849.92634666 m / s > c, setting 1/gamma = 0\n",
+      "v = 336540832.0014432 m / s > c, setting 1/gamma = 0\n",
+      "v = 357737505.74780345 m / s > c, setting 1/gamma = 0\n",
+      "v = 305036737.5132805 m / s > c, setting 1/gamma = 0\n",
+      "v = 601444462.835812 m / s > c, setting 1/gamma = 0\n",
+      "v = 491829358.8002665 m / s > c, setting 1/gamma = 0\n",
+      "v = 402363687.0205981 m / s > c, setting 1/gamma = 0\n",
+      "v = 443303958.3244932 m / s > c, setting 1/gamma = 0\n",
+      "v = 316921032.2135497 m / s > c, setting 1/gamma = 0\n",
+      "v = 338456064.3334457 m / s > c, setting 1/gamma = 0\n",
+      "v = 313848910.36956847 m / s > c, setting 1/gamma = 0\n",
+      "v = 338352519.98645866 m / s > c, setting 1/gamma = 0\n",
+      "v = 371135647.6640598 m / s > c, setting 1/gamma = 0\n",
+      "v = 413665677.83218294 m / s > c, setting 1/gamma = 0\n",
+      "v = 306901032.67881256 m / s > c, setting 1/gamma = 0\n",
+      "v = 351698261.4594905 m / s > c, setting 1/gamma = 0\n",
+      "v = 376439279.10980195 m / s > c, setting 1/gamma = 0\n",
+      "v = 420204825.19799453 m / s > c, setting 1/gamma = 0\n",
+      "v = 310764240.36674094 m / s > c, setting 1/gamma = 0\n",
+      "v = 339955348.4042127 m / s > c, setting 1/gamma = 0\n",
+      "v = 309049331.36416155 m / s > c, setting 1/gamma = 0\n",
+      "v = 360074834.16619235 m / s > c, setting 1/gamma = 0\n",
+      "v = 787360917.8294234 m / s > c, setting 1/gamma = 0\n",
+      "v = 651723325.6618211 m / s > c, setting 1/gamma = 0\n",
+      "v = 320140291.94454616 m / s > c, setting 1/gamma = 0\n",
+      "v = 347751265.8268327 m / s > c, setting 1/gamma = 0\n",
+      "v = 397147931.7522704 m / s > c, setting 1/gamma = 0\n",
+      "v = 436306024.422942 m / s > c, setting 1/gamma = 0\n",
+      "v = 359173615.0986029 m / s > c, setting 1/gamma = 0\n",
+      "v = 396295098.9730776 m / s > c, setting 1/gamma = 0\n",
+      "v = 318370662.2866636 m / s > c, setting 1/gamma = 0\n",
+      "v = 371128120.78412634 m / s > c, setting 1/gamma = 0\n",
+      "v = 314001361.2768125 m / s > c, setting 1/gamma = 0\n",
+      "v = 335908250.1174438 m / s > c, setting 1/gamma = 0\n",
+      "v = 302495755.0236128 m / s > c, setting 1/gamma = 0\n",
+      "v = 331268568.3790293 m / s > c, setting 1/gamma = 0\n",
+      "v = 375282758.4991527 m / s > c, setting 1/gamma = 0\n",
+      "v = 342851565.0719154 m / s > c, setting 1/gamma = 0\n",
+      "v = 367498588.9774171 m / s > c, setting 1/gamma = 0\n",
+      "v = 309571808.00984675 m / s > c, setting 1/gamma = 0\n",
+      "v = 345595502.8910081 m / s > c, setting 1/gamma = 0\n",
+      "v = 385089327.4699847 m / s > c, setting 1/gamma = 0\n",
+      "v = 429709786.34280276 m / s > c, setting 1/gamma = 0\n",
+      "v = 328437707.0950649 m / s > c, setting 1/gamma = 0\n",
+      "v = 347590037.3429159 m / s > c, setting 1/gamma = 0\n",
+      "v = 531511007.05882585 m / s > c, setting 1/gamma = 0\n",
+      "v = 486839350.07960063 m / s > c, setting 1/gamma = 0\n",
+      "v = 306847539.57404494 m / s > c, setting 1/gamma = 0\n",
+      "v = 326672446.91730696 m / s > c, setting 1/gamma = 0\n",
+      "v = 331643998.65840995 m / s > c, setting 1/gamma = 0\n",
+      "v = 376544370.57903516 m / s > c, setting 1/gamma = 0\n",
+      "v = 351874130.7370949 m / s > c, setting 1/gamma = 0\n",
+      "v = 369735903.2204991 m / s > c, setting 1/gamma = 0\n",
+      "v = 305388269.7645752 m / s > c, setting 1/gamma = 0\n",
+      "v = 330695883.79391795 m / s > c, setting 1/gamma = 0\n",
+      "v = 336631414.90868926 m / s > c, setting 1/gamma = 0\n",
+      "v = 364703401.06272465 m / s > c, setting 1/gamma = 0\n",
+      "v = 324909852.4464676 m / s > c, setting 1/gamma = 0\n",
+      "v = 362634656.1695335 m / s > c, setting 1/gamma = 0\n",
+      "v = 321534053.77011526 m / s > c, setting 1/gamma = 0\n",
+      "v = 303240251.6377557 m / s > c, setting 1/gamma = 0\n",
+      "v = 329637512.2523181 m / s > c, setting 1/gamma = 0\n",
+      "v = 309512998.63696235 m / s > c, setting 1/gamma = 0\n",
+      "v = 610650085.0265743 m / s > c, setting 1/gamma = 0\n",
+      "v = 500121031.4118491 m / s > c, setting 1/gamma = 0\n",
+      "v = 349395062.7272453 m / s > c, setting 1/gamma = 0\n",
+      "v = 377936958.6412566 m / s > c, setting 1/gamma = 0\n",
+      "v = 408641033.1049523 m / s > c, setting 1/gamma = 0\n",
+      "v = 447002578.4265404 m / s > c, setting 1/gamma = 0\n",
+      "v = 308371522.2595925 m / s > c, setting 1/gamma = 0\n",
+      "v = 355838861.66921103 m / s > c, setting 1/gamma = 0\n",
+      "v = 402104386.8974823 m / s > c, setting 1/gamma = 0\n",
+      "v = 304476689.94591385 m / s > c, setting 1/gamma = 0\n",
+      "v = 334249960.44579345 m / s > c, setting 1/gamma = 0\n",
+      "v = 309578297.90818065 m / s > c, setting 1/gamma = 0\n",
+      "v = 617120525.4977778 m / s > c, setting 1/gamma = 0\n",
+      "v = 506290734.9572208 m / s > c, setting 1/gamma = 0\n",
+      "v = 316258439.6975135 m / s > c, setting 1/gamma = 0\n",
+      "v = 319933019.10899967 m / s > c, setting 1/gamma = 0\n",
+      "v = 360362621.1751253 m / s > c, setting 1/gamma = 0\n",
+      "v = 329781421.92777115 m / s > c, setting 1/gamma = 0\n",
+      "v = 380287470.18724805 m / s > c, setting 1/gamma = 0\n",
+      "v = 530402495.94404376 m / s > c, setting 1/gamma = 0\n",
+      "v = 497078020.7493454 m / s > c, setting 1/gamma = 0\n",
+      "v = 300484009.60430056 m / s > c, setting 1/gamma = 0\n",
+      "v = 353130581.7747694 m / s > c, setting 1/gamma = 0\n",
+      "v = 380782273.2350279 m / s > c, setting 1/gamma = 0\n",
+      "v = 397431688.06032455 m / s > c, setting 1/gamma = 0\n",
+      "v = 332280377.41030747 m / s > c, setting 1/gamma = 0\n",
+      "v = 369730404.5306915 m / s > c, setting 1/gamma = 0\n",
+      "v = 331618866.5696529 m / s > c, setting 1/gamma = 0\n",
+      "v = 382647193.0882176 m / s > c, setting 1/gamma = 0\n",
+      "v = 330901518.61810637 m / s > c, setting 1/gamma = 0\n",
+      "v = 349018290.4900714 m / s > c, setting 1/gamma = 0\n",
+      "v = 318443402.5207444 m / s > c, setting 1/gamma = 0\n",
+      "v = 342259270.3580034 m / s > c, setting 1/gamma = 0\n",
+      "v = 384394614.40039724 m / s > c, setting 1/gamma = 0\n",
+      "v = 304003636.9447347 m / s > c, setting 1/gamma = 0\n",
+      "v = 366456831.08798254 m / s > c, setting 1/gamma = 0\n",
+      "v = 379932425.74614036 m / s > c, setting 1/gamma = 0\n",
+      "v = 391418804.85510427 m / s > c, setting 1/gamma = 0\n",
+      "v = 431703970.9066394 m / s > c, setting 1/gamma = 0\n",
+      "v = 322020949.61423284 m / s > c, setting 1/gamma = 0\n",
+      "v = 350064914.8703677 m / s > c, setting 1/gamma = 0\n",
+      "v = 385887856.8991061 m / s > c, setting 1/gamma = 0\n",
+      "v = 427940298.97582954 m / s > c, setting 1/gamma = 0\n",
+      "v = 318970372.9796847 m / s > c, setting 1/gamma = 0\n",
+      "v = 338773290.982295 m / s > c, setting 1/gamma = 0\n",
+      "v = 329112554.39086926 m / s > c, setting 1/gamma = 0\n",
+      "v = 671421534.4415929 m / s > c, setting 1/gamma = 0\n",
+      "v = 552350759.5037184 m / s > c, setting 1/gamma = 0\n",
+      "v = 306121341.5258673 m / s > c, setting 1/gamma = 0\n",
+      "v = 309742465.094354 m / s > c, setting 1/gamma = 0\n",
+      "v = 356463281.7676559 m / s > c, setting 1/gamma = 0\n",
+      "v = 309035260.63022256 m / s > c, setting 1/gamma = 0\n",
+      "v = 347411322.21513736 m / s > c, setting 1/gamma = 0\n",
+      "v = 369564165.3568509 m / s > c, setting 1/gamma = 0\n",
+      "v = 332760522.74947804 m / s > c, setting 1/gamma = 0\n",
+      "v = 342184318.401933 m / s > c, setting 1/gamma = 0\n",
+      "v = 394176893.47176987 m / s > c, setting 1/gamma = 0\n",
+      "v = 321585034.79561067 m / s > c, setting 1/gamma = 0\n",
+      "v = 342992272.3618446 m / s > c, setting 1/gamma = 0\n",
+      "v = 328992638.4786205 m / s > c, setting 1/gamma = 0\n",
+      "v = 421666267.2598696 m / s > c, setting 1/gamma = 0\n",
+      "v = 449655909.62023216 m / s > c, setting 1/gamma = 0\n",
+      "v = 312404687.2641774 m / s > c, setting 1/gamma = 0\n",
+      "v = 335576946.6166941 m / s > c, setting 1/gamma = 0\n",
+      "v = 307298367.4866023 m / s > c, setting 1/gamma = 0\n",
+      "v = 616083678.321033 m / s > c, setting 1/gamma = 0\n",
+      "v = 503839900.6098723 m / s > c, setting 1/gamma = 0\n",
+      "v = 509762707.3747501 m / s > c, setting 1/gamma = 0\n",
+      "v = 524090394.3226245 m / s > c, setting 1/gamma = 0\n",
+      "v = 497001844.256483 m / s > c, setting 1/gamma = 0\n",
+      "v = 482975994.6883139 m / s > c, setting 1/gamma = 0\n",
+      "v = 310162804.1333905 m / s > c, setting 1/gamma = 0\n",
+      "v = 344781223.96239823 m / s > c, setting 1/gamma = 0\n",
+      "v = 367998169.4755458 m / s > c, setting 1/gamma = 0\n",
+      "v = 382179690.7039453 m / s > c, setting 1/gamma = 0\n",
+      "v = 421481143.7303837 m / s > c, setting 1/gamma = 0\n",
+      "v = 351499396.27436197 m / s > c, setting 1/gamma = 0\n",
+      "v = 369991939.98460007 m / s > c, setting 1/gamma = 0\n",
+      "v = 308893887.88255775 m / s > c, setting 1/gamma = 0\n",
+      "v = 330650320.3732409 m / s > c, setting 1/gamma = 0\n",
+      "v = 350386313.88540065 m / s > c, setting 1/gamma = 0\n",
+      "v = 412035701.96094733 m / s > c, setting 1/gamma = 0\n",
+      "v = 435466752.6696853 m / s > c, setting 1/gamma = 0\n",
+      "v = 345096127.6128701 m / s > c, setting 1/gamma = 0\n",
+      "v = 386713749.15277135 m / s > c, setting 1/gamma = 0\n",
+      "v = 366812541.03156567 m / s > c, setting 1/gamma = 0\n",
+      "v = 385260053.0106568 m / s > c, setting 1/gamma = 0\n",
+      "v = 315319263.30412173 m / s > c, setting 1/gamma = 0\n",
+      "v = 437437506.6963815 m / s > c, setting 1/gamma = 0\n",
+      "v = 463712435.30366474 m / s > c, setting 1/gamma = 0\n",
+      "v = 312813823.8406166 m / s > c, setting 1/gamma = 0\n",
+      "v = 342089294.7857354 m / s > c, setting 1/gamma = 0\n",
+      "v = 316305179.5151536 m / s > c, setting 1/gamma = 0\n",
+      "v = 300080989.290727 m / s > c, setting 1/gamma = 0\n",
+      "v = 581049184.9172472 m / s > c, setting 1/gamma = 0\n",
+      "v = 474923429.5474991 m / s > c, setting 1/gamma = 0\n",
+      "v = 307533555.2698127 m / s > c, setting 1/gamma = 0\n",
+      "v = 321854940.7401023 m / s > c, setting 1/gamma = 0\n",
+      "v = 340583945.2440826 m / s > c, setting 1/gamma = 0\n",
+      "v = 301107566.7295101 m / s > c, setting 1/gamma = 0\n",
+      "v = 313831489.20876974 m / s > c, setting 1/gamma = 0\n",
+      "v = 306497005.9675779 m / s > c, setting 1/gamma = 0\n",
+      "v = 361831228.0042469 m / s > c, setting 1/gamma = 0\n",
+      "v = 301968502.01086175 m / s > c, setting 1/gamma = 0\n",
+      "v = 326009677.1121831 m / s > c, setting 1/gamma = 0\n",
+      "v = 331020021.70839465 m / s > c, setting 1/gamma = 0\n",
+      "v = 356749237.3187606 m / s > c, setting 1/gamma = 0\n",
+      "v = 347149468.1230897 m / s > c, setting 1/gamma = 0\n",
+      "v = 397878372.7590063 m / s > c, setting 1/gamma = 0\n",
+      "v = 316422485.74415517 m / s > c, setting 1/gamma = 0\n",
+      "v = 338516156.15658295 m / s > c, setting 1/gamma = 0\n",
+      "v = 311134054.74374145 m / s > c, setting 1/gamma = 0\n",
+      "v = 336930277.2581195 m / s > c, setting 1/gamma = 0\n",
+      "v = 387831300.2982615 m / s > c, setting 1/gamma = 0\n",
+      "v = 427890057.84930354 m / s > c, setting 1/gamma = 0\n",
+      "v = 333193503.22846645 m / s > c, setting 1/gamma = 0\n",
+      "v = 381402840.81410843 m / s > c, setting 1/gamma = 0\n",
+      "v = 417662789.8995685 m / s > c, setting 1/gamma = 0\n",
+      "v = 452711966.3562919 m / s > c, setting 1/gamma = 0\n",
+      "v = 307816983.33603317 m / s > c, setting 1/gamma = 0\n",
+      "v = 427910958.6199183 m / s > c, setting 1/gamma = 0\n",
+      "v = 460132854.502485 m / s > c, setting 1/gamma = 0\n",
+      "v = 409641037.06319714 m / s > c, setting 1/gamma = 0\n",
+      "v = 443334239.7461348 m / s > c, setting 1/gamma = 0\n",
+      "v = 360795411.4195294 m / s > c, setting 1/gamma = 0\n",
+      "v = 379439241.9368209 m / s > c, setting 1/gamma = 0\n",
+      "v = 417225731.4309698 m / s > c, setting 1/gamma = 0\n",
+      "v = 448692805.6298625 m / s > c, setting 1/gamma = 0\n",
+      "v = 312711006.69747204 m / s > c, setting 1/gamma = 0\n",
+      "v = 335701375.24536145 m / s > c, setting 1/gamma = 0\n",
+      "v = 361798492.9739356 m / s > c, setting 1/gamma = 0\n",
+      "v = 393541866.00688094 m / s > c, setting 1/gamma = 0\n",
+      "v = 336280572.8249322 m / s > c, setting 1/gamma = 0\n",
+      "v = 307301551.64774173 m / s > c, setting 1/gamma = 0\n",
+      "v = 369602242.43202615 m / s > c, setting 1/gamma = 0\n",
+      "v = 385265687.72026354 m / s > c, setting 1/gamma = 0\n",
+      "v = 305681519.98739785 m / s > c, setting 1/gamma = 0\n",
+      "v = 310227952.4329034 m / s > c, setting 1/gamma = 0\n",
+      "v = 609397208.4679328 m / s > c, setting 1/gamma = 0\n",
+      "v = 500319678.98757726 m / s > c, setting 1/gamma = 0\n",
+      "v = 321685342.7799181 m / s > c, setting 1/gamma = 0\n",
+      "v = 341715142.4772349 m / s > c, setting 1/gamma = 0\n",
+      "v = 515323413.57129174 m / s > c, setting 1/gamma = 0\n",
+      "v = 483944072.5539281 m / s > c, setting 1/gamma = 0\n",
+      "v = 331570713.60067666 m / s > c, setting 1/gamma = 0\n",
+      "v = 303367007.8863733 m / s > c, setting 1/gamma = 0\n",
+      "v = 323399458.0697527 m / s > c, setting 1/gamma = 0\n",
+      "v = 306972466.9574639 m / s > c, setting 1/gamma = 0\n",
+      "v = 346408768.60833615 m / s > c, setting 1/gamma = 0\n",
+      "v = 308764665.5429753 m / s > c, setting 1/gamma = 0\n",
+      "v = 390355083.88072634 m / s > c, setting 1/gamma = 0\n",
+      "v = 431142475.2194551 m / s > c, setting 1/gamma = 0\n",
+      "v = 302955953.5548946 m / s > c, setting 1/gamma = 0\n",
+      "v = 325214755.57559264 m / s > c, setting 1/gamma = 0\n",
+      "v = 322111782.35238075 m / s > c, setting 1/gamma = 0\n",
+      "v = 368725387.1116639 m / s > c, setting 1/gamma = 0\n",
+      "v = 496593948.56188476 m / s > c, setting 1/gamma = 0\n",
+      "v = 494245961.7876206 m / s > c, setting 1/gamma = 0\n",
+      "v = 317694710.4493945 m / s > c, setting 1/gamma = 0\n",
+      "v = 315654588.72070193 m / s > c, setting 1/gamma = 0\n",
+      "v = 364553582.9906961 m / s > c, setting 1/gamma = 0\n",
+      "v = 408449883.92995626 m / s > c, setting 1/gamma = 0\n",
+      "v = 303528511.8575603 m / s > c, setting 1/gamma = 0\n",
+      "v = 349435195.11498946 m / s > c, setting 1/gamma = 0\n",
+      "v = 309120955.49994564 m / s > c, setting 1/gamma = 0\n",
+      "v = 307517343.950313 m / s > c, setting 1/gamma = 0\n",
+      "v = 336635667.8598417 m / s > c, setting 1/gamma = 0\n",
+      "v = 357613971.77548844 m / s > c, setting 1/gamma = 0\n",
+      "v = 401301182.52358395 m / s > c, setting 1/gamma = 0\n",
+      "v = 332453477.0041882 m / s > c, setting 1/gamma = 0\n",
+      "v = 353879532.5575145 m / s > c, setting 1/gamma = 0\n",
+      "v = 324118063.7490826 m / s > c, setting 1/gamma = 0\n",
+      "v = 345939072.69635427 m / s > c, setting 1/gamma = 0\n",
+      "v = 337849689.04854345 m / s > c, setting 1/gamma = 0\n",
+      "v = 332162328.85737765 m / s > c, setting 1/gamma = 0\n",
+      "v = 355563886.1223264 m / s > c, setting 1/gamma = 0\n",
+      "v = 309038193.1315456 m / s > c, setting 1/gamma = 0\n",
+      "v = 414580062.110946 m / s > c, setting 1/gamma = 0\n",
+      "v = 445046627.4807968 m / s > c, setting 1/gamma = 0\n",
+      "v = 337931286.0458924 m / s > c, setting 1/gamma = 0\n",
+      "v = 356422772.40169626 m / s > c, setting 1/gamma = 0\n",
+      "v = 374024458.4881632 m / s > c, setting 1/gamma = 0\n",
+      "v = 408736738.53981483 m / s > c, setting 1/gamma = 0\n",
+      "v = 360665659.38711834 m / s > c, setting 1/gamma = 0\n",
+      "v = 406165924.418101 m / s > c, setting 1/gamma = 0\n",
+      "v = 357321633.4605924 m / s > c, setting 1/gamma = 0\n",
+      "v = 377288950.2324375 m / s > c, setting 1/gamma = 0\n",
+      "v = 434285055.86879975 m / s > c, setting 1/gamma = 0\n",
+      "v = 468001731.55517507 m / s > c, setting 1/gamma = 0\n",
+      "v = 301025548.1345694 m / s > c, setting 1/gamma = 0\n",
+      "v = 299991425.74069643 m / s > c, setting 1/gamma = 0\n",
+      "v = 328116012.8556227 m / s > c, setting 1/gamma = 0\n",
+      "v = 300240345.59805566 m / s > c, setting 1/gamma = 0\n",
+      "v = 579917147.0769001 m / s > c, setting 1/gamma = 0\n",
+      "v = 475586204.7301097 m / s > c, setting 1/gamma = 0\n",
+      "v = 300756434.83620477 m / s > c, setting 1/gamma = 0\n",
+      "v = 308381785.6478915 m / s > c, setting 1/gamma = 0\n",
+      "v = 326961852.6208707 m / s > c, setting 1/gamma = 0\n",
+      "v = 304307157.70932716 m / s > c, setting 1/gamma = 0\n",
+      "v = 342080897.19717664 m / s > c, setting 1/gamma = 0\n",
+      "v = 341658935.2506201 m / s > c, setting 1/gamma = 0\n",
+      "v = 360869395.2848637 m / s > c, setting 1/gamma = 0\n",
+      "v = 421292836.90348744 m / s > c, setting 1/gamma = 0\n",
+      "v = 448505337.2067169 m / s > c, setting 1/gamma = 0\n",
+      "v = 353453490.8444931 m / s > c, setting 1/gamma = 0\n",
+      "v = 369404901.799941 m / s > c, setting 1/gamma = 0\n",
+      "v = 394040510.8568044 m / s > c, setting 1/gamma = 0\n",
+      "v = 431078896.4373837 m / s > c, setting 1/gamma = 0\n",
+      "v = 433089177.37447596 m / s > c, setting 1/gamma = 0\n",
+      "v = 455820750.7384436 m / s > c, setting 1/gamma = 0\n",
+      "v = 475357905.01004076 m / s > c, setting 1/gamma = 0\n",
+      "v = 491074394.6683972 m / s > c, setting 1/gamma = 0\n",
+      "v = 311269252.99668396 m / s > c, setting 1/gamma = 0\n",
+      "v = 336595422.41649896 m / s > c, setting 1/gamma = 0\n",
+      "v = 320462286.16106594 m / s > c, setting 1/gamma = 0\n",
+      "v = 344697344.1746809 m / s > c, setting 1/gamma = 0\n",
+      "v = 317376736.3610663 m / s > c, setting 1/gamma = 0\n",
+      "v = 624680210.7884748 m / s > c, setting 1/gamma = 0\n",
+      "v = 514463206.46999025 m / s > c, setting 1/gamma = 0\n",
+      "v = 304275659.99063945 m / s > c, setting 1/gamma = 0\n",
+      "v = 324492675.1697051 m / s > c, setting 1/gamma = 0\n",
+      "v = 341284113.6713448 m / s > c, setting 1/gamma = 0\n",
+      "v = 401377629.6269968 m / s > c, setting 1/gamma = 0\n",
+      "v = 438820480.755061 m / s > c, setting 1/gamma = 0\n",
+      "v = 343815940.625114 m / s > c, setting 1/gamma = 0\n",
+      "v = 366107472.40569156 m / s > c, setting 1/gamma = 0\n",
+      "v = 334255638.8114329 m / s > c, setting 1/gamma = 0\n",
+      "v = 385857567.5512165 m / s > c, setting 1/gamma = 0\n",
+      "v = 313692812.5350639 m / s > c, setting 1/gamma = 0\n",
+      "v = 404992062.00413674 m / s > c, setting 1/gamma = 0\n",
+      "v = 442403383.366025 m / s > c, setting 1/gamma = 0\n",
+      "v = 310770755.5360861 m / s > c, setting 1/gamma = 0\n",
+      "v = 330822527.53495824 m / s > c, setting 1/gamma = 0\n",
+      "v = 349258200.5851674 m / s > c, setting 1/gamma = 0\n",
+      "v = 383809550.578626 m / s > c, setting 1/gamma = 0\n",
+      "v = 318150008.5423579 m / s > c, setting 1/gamma = 0\n",
+      "v = 363753567.93878156 m / s > c, setting 1/gamma = 0\n",
+      "v = 328349859.55923253 m / s > c, setting 1/gamma = 0\n",
+      "v = 355314026.3419284 m / s > c, setting 1/gamma = 0\n",
+      "v = 317924163.91102505 m / s > c, setting 1/gamma = 0\n",
+      "v = 504026463.213222 m / s > c, setting 1/gamma = 0\n",
+      "v = 501547684.02112275 m / s > c, setting 1/gamma = 0\n",
+      "v = 309373421.9811908 m / s > c, setting 1/gamma = 0\n",
+      "v = 307747594.9520908 m / s > c, setting 1/gamma = 0\n",
+      "v = 331244255.0029703 m / s > c, setting 1/gamma = 0\n",
+      "v = 314353700.37348425 m / s > c, setting 1/gamma = 0\n",
+      "v = 321192050.1751404 m / s > c, setting 1/gamma = 0\n",
+      "v = 313725224.99100876 m / s > c, setting 1/gamma = 0\n",
+      "v = 335202856.3890279 m / s > c, setting 1/gamma = 0\n",
+      "v = 326823462.1377385 m / s > c, setting 1/gamma = 0\n",
+      "v = 360892532.5288219 m / s > c, setting 1/gamma = 0\n",
+      "v = 309182172.6202577 m / s > c, setting 1/gamma = 0\n",
+      "v = 311546303.5072603 m / s > c, setting 1/gamma = 0\n",
+      "v = 365384734.59695446 m / s > c, setting 1/gamma = 0\n",
+      "v = 304237014.4471501 m / s > c, setting 1/gamma = 0\n",
+      "v = 333213311.9781423 m / s > c, setting 1/gamma = 0\n",
+      "v = 389153378.036242 m / s > c, setting 1/gamma = 0\n",
+      "v = 432019118.2278412 m / s > c, setting 1/gamma = 0\n",
+      "v = 398122907.3912725 m / s > c, setting 1/gamma = 0\n",
+      "v = 410971780.74223506 m / s > c, setting 1/gamma = 0\n",
+      "v = 371833570.8117714 m / s > c, setting 1/gamma = 0\n",
+      "v = 402819219.986717 m / s > c, setting 1/gamma = 0\n",
+      "v = 313837897.80712146 m / s > c, setting 1/gamma = 0\n",
+      "v = 337145595.73200125 m / s > c, setting 1/gamma = 0\n",
+      "v = 326515833.2244382 m / s > c, setting 1/gamma = 0\n",
+      "v = 370714025.81133527 m / s > c, setting 1/gamma = 0\n",
+      "v = 366600926.7140884 m / s > c, setting 1/gamma = 0\n",
+      "v = 414460128.26753867 m / s > c, setting 1/gamma = 0\n",
+      "v = 477474012.7298643 m / s > c, setting 1/gamma = 0\n",
+      "v = 486098860.8624284 m / s > c, setting 1/gamma = 0\n",
+      "v = 325197826.14835507 m / s > c, setting 1/gamma = 0\n",
+      "v = 345651379.9176694 m / s > c, setting 1/gamma = 0\n",
+      "v = 331626653.6724661 m / s > c, setting 1/gamma = 0\n",
+      "v = 357667871.4748191 m / s > c, setting 1/gamma = 0\n",
+      "v = 306870357.76869684 m / s > c, setting 1/gamma = 0\n",
+      "v = 601747913.5364157 m / s > c, setting 1/gamma = 0\n",
+      "v = 494303786.63137 m / s > c, setting 1/gamma = 0\n",
+      "v = 307492629.36739916 m / s > c, setting 1/gamma = 0\n",
+      "v = 316952730.05587345 m / s > c, setting 1/gamma = 0\n",
+      "v = 363134022.96430784 m / s > c, setting 1/gamma = 0\n",
+      "v = 320272788.5938993 m / s > c, setting 1/gamma = 0\n",
+      "v = 319564547.78058755 m / s > c, setting 1/gamma = 0\n",
+      "v = 316459741.80666864 m / s > c, setting 1/gamma = 0\n",
+      "v = 428536587.51317906 m / s > c, setting 1/gamma = 0\n",
+      "v = 455004970.6721535 m / s > c, setting 1/gamma = 0\n",
+      "v = 381431245.47833985 m / s > c, setting 1/gamma = 0\n",
+      "v = 391302725.3555977 m / s > c, setting 1/gamma = 0\n",
+      "v = 532808244.54226416 m / s > c, setting 1/gamma = 0\n",
+      "v = 499950141.47730863 m / s > c, setting 1/gamma = 0\n",
+      "v = 317600167.20486623 m / s > c, setting 1/gamma = 0\n",
+      "v = 299901582.74762017 m / s > c, setting 1/gamma = 0\n",
+      "v = 380391329.96541226 m / s > c, setting 1/gamma = 0\n",
+      "v = 426594810.1196216 m / s > c, setting 1/gamma = 0\n",
+      "v = 338432928.94948685 m / s > c, setting 1/gamma = 0\n",
+      "v = 356144552.04359674 m / s > c, setting 1/gamma = 0\n",
+      "v = 338596521.1428536 m / s > c, setting 1/gamma = 0\n",
+      "v = 383761269.3023697 m / s > c, setting 1/gamma = 0\n",
+      "v = 310999946.4574025 m / s > c, setting 1/gamma = 0\n",
+      "v = 335571677.8582022 m / s > c, setting 1/gamma = 0\n",
+      "v = 358296402.67408437 m / s > c, setting 1/gamma = 0\n",
+      "v = 389716528.5598941 m / s > c, setting 1/gamma = 0\n",
+      "v = 394769141.9776035 m / s > c, setting 1/gamma = 0\n",
+      "v = 435935427.3817369 m / s > c, setting 1/gamma = 0\n",
+      "v = 320676462.29987293 m / s > c, setting 1/gamma = 0\n",
+      "v = 348719245.3194468 m / s > c, setting 1/gamma = 0\n",
+      "v = 473052425.1268948 m / s > c, setting 1/gamma = 0\n",
+      "v = 483991258.09156126 m / s > c, setting 1/gamma = 0\n",
+      "v = 407902715.6510142 m / s > c, setting 1/gamma = 0\n",
+      "v = 414548033.27782387 m / s > c, setting 1/gamma = 0\n",
+      "v = 335092273.6505771 m / s > c, setting 1/gamma = 0\n",
+      "v = 371371291.9811353 m / s > c, setting 1/gamma = 0\n",
+      "v = 319483405.2113555 m / s > c, setting 1/gamma = 0\n",
+      "v = 337918493.7374055 m / s > c, setting 1/gamma = 0\n",
+      "v = 509755646.1328164 m / s > c, setting 1/gamma = 0\n",
+      "v = 497385410.7676164 m / s > c, setting 1/gamma = 0\n",
+      "v = 351537480.3415324 m / s > c, setting 1/gamma = 0\n",
+      "v = 369498169.5354227 m / s > c, setting 1/gamma = 0\n",
+      "v = 357451506.88987696 m / s > c, setting 1/gamma = 0\n",
+      "v = 404964602.7593507 m / s > c, setting 1/gamma = 0\n",
+      "v = 337868320.3912479 m / s > c, setting 1/gamma = 0\n",
+      "v = 365404655.4916452 m / s > c, setting 1/gamma = 0\n",
+      "v = 310009983.9051633 m / s > c, setting 1/gamma = 0\n",
+      "v = 513171808.4342288 m / s > c, setting 1/gamma = 0\n",
+      "v = 496473542.82199526 m / s > c, setting 1/gamma = 0\n",
+      "v = 333722183.96263313 m / s > c, setting 1/gamma = 0\n",
+      "v = 354682128.25598586 m / s > c, setting 1/gamma = 0\n",
+      "v = 375918517.4133385 m / s > c, setting 1/gamma = 0\n",
+      "v = 312240659.31330085 m / s > c, setting 1/gamma = 0\n",
+      "v = 352948013.9198852 m / s > c, setting 1/gamma = 0\n",
+      "v = 396939789.01826584 m / s > c, setting 1/gamma = 0\n",
+      "v = 316685566.5138434 m / s > c, setting 1/gamma = 0\n",
+      "v = 439259707.3497397 m / s > c, setting 1/gamma = 0\n",
+      "v = 465158087.4662872 m / s > c, setting 1/gamma = 0\n",
+      "v = 320180030.4082534 m / s > c, setting 1/gamma = 0\n",
+      "v = 666487639.1540315 m / s > c, setting 1/gamma = 0\n",
+      "v = 547763550.5846874 m / s > c, setting 1/gamma = 0\n",
+      "v = 318064807.80141586 m / s > c, setting 1/gamma = 0\n",
+      "v = 402886953.0328375 m / s > c, setting 1/gamma = 0\n",
+      "v = 424079462.34938544 m / s > c, setting 1/gamma = 0\n",
+      "v = 423568533.2209427 m / s > c, setting 1/gamma = 0\n",
+      "v = 456652783.0652903 m / s > c, setting 1/gamma = 0\n",
+      "v = 326737041.5394429 m / s > c, setting 1/gamma = 0\n",
+      "v = 459363169.0285303 m / s > c, setting 1/gamma = 0\n",
+      "v = 477872240.97277117 m / s > c, setting 1/gamma = 0\n",
+      "v = 306615094.9923793 m / s > c, setting 1/gamma = 0\n",
+      "v = 347603949.84310544 m / s > c, setting 1/gamma = 0\n",
+      "v = 394802542.0079474 m / s > c, setting 1/gamma = 0\n",
+      "v = 357638126.79522765 m / s > c, setting 1/gamma = 0\n",
+      "v = 378917938.56316066 m / s > c, setting 1/gamma = 0\n",
+      "v = 300315741.26047575 m / s > c, setting 1/gamma = 0\n",
+      "v = 595356154.0215777 m / s > c, setting 1/gamma = 0\n",
+      "v = 487819649.12713736 m / s > c, setting 1/gamma = 0\n",
+      "v = 305867127.9691432 m / s > c, setting 1/gamma = 0\n",
+      "v = 332121629.7588276 m / s > c, setting 1/gamma = 0\n",
+      "v = 382022450.46808714 m / s > c, setting 1/gamma = 0\n",
+      "v = 409745299.970396 m / s > c, setting 1/gamma = 0\n",
+      "v = 301897443.90842676 m / s > c, setting 1/gamma = 0\n",
+      "v = 343244571.7380642 m / s > c, setting 1/gamma = 0\n",
+      "v = 340079609.45514214 m / s > c, setting 1/gamma = 0\n",
+      "v = 326803465.34622216 m / s > c, setting 1/gamma = 0\n",
+      "v = 344807446.62002724 m / s > c, setting 1/gamma = 0\n",
+      "v = 369399519.254168 m / s > c, setting 1/gamma = 0\n",
+      "v = 399726130.0541364 m / s > c, setting 1/gamma = 0\n",
+      "v = 380815096.30795693 m / s > c, setting 1/gamma = 0\n",
+      "v = 421026333.7540046 m / s > c, setting 1/gamma = 0\n",
+      "v = 316807830.11028385 m / s > c, setting 1/gamma = 0\n",
+      "v = 347741042.0609116 m / s > c, setting 1/gamma = 0\n",
+      "v = 317074041.2340922 m / s > c, setting 1/gamma = 0\n",
+      "v = 338653445.65380967 m / s > c, setting 1/gamma = 0\n",
+      "v = 333080213.76946294 m / s > c, setting 1/gamma = 0\n",
+      "v = 357217448.07251316 m / s > c, setting 1/gamma = 0\n",
+      "v = 415590211.80207634 m / s > c, setting 1/gamma = 0\n",
+      "v = 443182257.314582 m / s > c, setting 1/gamma = 0\n",
+      "v = 350771694.1893553 m / s > c, setting 1/gamma = 0\n",
+      "v = 365187531.7674198 m / s > c, setting 1/gamma = 0\n",
+      "v = 306810818.2190381 m / s > c, setting 1/gamma = 0\n",
+      "v = 338311058.57047284 m / s > c, setting 1/gamma = 0\n",
+      "v = 422937189.4554299 m / s > c, setting 1/gamma = 0\n",
+      "v = 453137075.86156964 m / s > c, setting 1/gamma = 0\n",
+      "v = 311992012.59535617 m / s > c, setting 1/gamma = 0\n",
+      "v = 335046241.891581 m / s > c, setting 1/gamma = 0\n",
+      "v = 483514946.9773955 m / s > c, setting 1/gamma = 0\n",
+      "v = 498910213.9878403 m / s > c, setting 1/gamma = 0\n",
+      "v = 353770287.6658336 m / s > c, setting 1/gamma = 0\n",
+      "v = 391440037.3151738 m / s > c, setting 1/gamma = 0\n",
+      "v = 306081465.39740276 m / s > c, setting 1/gamma = 0\n",
+      "v = 338454388.65550536 m / s > c, setting 1/gamma = 0\n",
+      "v = 362081344.80088454 m / s > c, setting 1/gamma = 0\n",
+      "v = 495696654.6485426 m / s > c, setting 1/gamma = 0\n",
+      "v = 487133902.1230736 m / s > c, setting 1/gamma = 0\n",
+      "v = 335004130.27562714 m / s > c, setting 1/gamma = 0\n",
+      "v = 362420765.5423932 m / s > c, setting 1/gamma = 0\n",
+      "v = 376457415.11362714 m / s > c, setting 1/gamma = 0\n",
+      "v = 301439801.79796654 m / s > c, setting 1/gamma = 0\n",
+      "v = 591093203.2670872 m / s > c, setting 1/gamma = 0\n",
+      "v = 483520724.9641086 m / s > c, setting 1/gamma = 0\n",
+      "v = 399569210.8753943 m / s > c, setting 1/gamma = 0\n",
+      "v = 422503447.3080227 m / s > c, setting 1/gamma = 0\n",
+      "v = 412112987.9543001 m / s > c, setting 1/gamma = 0\n",
+      "v = 449837884.26106244 m / s > c, setting 1/gamma = 0\n",
+      "v = 325315143.4128065 m / s > c, setting 1/gamma = 0\n",
+      "v = 345126310.8991209 m / s > c, setting 1/gamma = 0\n",
+      "v = 369968616.28402114 m / s > c, setting 1/gamma = 0\n",
+      "v = 411900758.4395153 m / s > c, setting 1/gamma = 0\n",
+      "v = 336756723.6850083 m / s > c, setting 1/gamma = 0\n",
+      "v = 358632332.19461995 m / s > c, setting 1/gamma = 0\n",
+      "v = 303187989.19693 m / s > c, setting 1/gamma = 0\n",
+      "v = 316896478.9128002 m / s > c, setting 1/gamma = 0\n",
+      "v = 339579369.1535411 m / s > c, setting 1/gamma = 0\n",
+      "v = 427990348.4521788 m / s > c, setting 1/gamma = 0\n",
+      "v = 448608303.5593124 m / s > c, setting 1/gamma = 0\n",
+      "v = 339883346.5150683 m / s > c, setting 1/gamma = 0\n",
+      "v = 379202996.49224514 m / s > c, setting 1/gamma = 0\n",
+      "v = 311878830.87722546 m / s > c, setting 1/gamma = 0\n",
+      "v = 381279731.3788434 m / s > c, setting 1/gamma = 0\n",
+      "v = 393710839.61061585 m / s > c, setting 1/gamma = 0\n",
+      "v = 322916315.70008993 m / s > c, setting 1/gamma = 0\n",
+      "v = 656089682.5419879 m / s > c, setting 1/gamma = 0\n",
+      "v = 539799976.2534502 m / s > c, setting 1/gamma = 0\n",
+      "v = 367451226.57902884 m / s > c, setting 1/gamma = 0\n",
+      "v = 395428133.46238995 m / s > c, setting 1/gamma = 0\n",
+      "v = 494442590.7347667 m / s > c, setting 1/gamma = 0\n",
+      "v = 492177999.8709083 m / s > c, setting 1/gamma = 0\n",
+      "v = 306338416.21559334 m / s > c, setting 1/gamma = 0\n",
+      "v = 307005339.3425318 m / s > c, setting 1/gamma = 0\n",
+      "v = 327769400.67247283 m / s > c, setting 1/gamma = 0\n",
+      "v = 317184788.7475974 m / s > c, setting 1/gamma = 0\n",
+      "v = 363620556.00410086 m / s > c, setting 1/gamma = 0\n",
+      "v = 300406437.75407827 m / s > c, setting 1/gamma = 0\n",
+      "v = 399927383.96040136 m / s > c, setting 1/gamma = 0\n",
+      "v = 437267003.4841089 m / s > c, setting 1/gamma = 0\n",
+      "v = 330852817.8286044 m / s > c, setting 1/gamma = 0\n",
+      "v = 357963029.59430623 m / s > c, setting 1/gamma = 0\n",
+      "v = 299837945.5921327 m / s > c, setting 1/gamma = 0\n",
+      "v = 563389320.8866656 m / s > c, setting 1/gamma = 0\n",
+      "v = 494083237.21651006 m / s > c, setting 1/gamma = 0\n",
+      "v = 304991539.9328107 m / s > c, setting 1/gamma = 0\n",
+      "v = 400618719.85496783 m / s > c, setting 1/gamma = 0\n",
+      "v = 440119915.73478794 m / s > c, setting 1/gamma = 0\n",
+      "v = 304652620.67396235 m / s > c, setting 1/gamma = 0\n",
+      "v = 376638530.885956 m / s > c, setting 1/gamma = 0\n",
+      "v = 420626640.2155995 m / s > c, setting 1/gamma = 0\n",
+      "v = 310999172.3847483 m / s > c, setting 1/gamma = 0\n",
+      "v = 314241093.18416744 m / s > c, setting 1/gamma = 0\n",
+      "v = 520133063.2503727 m / s > c, setting 1/gamma = 0\n",
+      "v = 492227988.0611483 m / s > c, setting 1/gamma = 0\n",
+      "v = 339497713.6683512 m / s > c, setting 1/gamma = 0\n",
+      "v = 316213070.31293356 m / s > c, setting 1/gamma = 0\n",
+      "v = 337167172.7183276 m / s > c, setting 1/gamma = 0\n",
+      "v = 307993960.1179878 m / s > c, setting 1/gamma = 0\n",
+      "v = 491208775.4176857 m / s > c, setting 1/gamma = 0\n",
+      "v = 492143338.5505345 m / s > c, setting 1/gamma = 0\n",
+      "v = 311321397.7822021 m / s > c, setting 1/gamma = 0\n",
+      "v = 308921136.84040654 m / s > c, setting 1/gamma = 0\n",
+      "v = 329872897.06657815 m / s > c, setting 1/gamma = 0\n",
+      "v = 304586058.25028366 m / s > c, setting 1/gamma = 0\n",
+      "v = 300355530.119986 m / s > c, setting 1/gamma = 0\n",
+      "v = 327101553.460879 m / s > c, setting 1/gamma = 0\n",
+      "v = 374278555.1057772 m / s > c, setting 1/gamma = 0\n",
+      "v = 314190835.26953685 m / s > c, setting 1/gamma = 0\n",
+      "v = 575959226.0535148 m / s > c, setting 1/gamma = 0\n",
+      "v = 488965548.69060594 m / s > c, setting 1/gamma = 0\n",
+      "v = 330219485.4475981 m / s > c, setting 1/gamma = 0\n",
+      "v = 335455363.0741838 m / s > c, setting 1/gamma = 0\n",
+      "v = 383422581.0383511 m / s > c, setting 1/gamma = 0\n",
+      "v = 299805629.6295372 m / s > c, setting 1/gamma = 0\n",
+      "v = 321613691.5881615 m / s > c, setting 1/gamma = 0\n",
+      "v = 349521958.44863427 m / s > c, setting 1/gamma = 0\n",
+      "v = 349702492.63351357 m / s > c, setting 1/gamma = 0\n",
+      "v = 390722211.20205176 m / s > c, setting 1/gamma = 0\n",
+      "v = 308357363.249942 m / s > c, setting 1/gamma = 0\n",
+      "v = 378847854.9043107 m / s > c, setting 1/gamma = 0\n",
+      "v = 391450004.31332684 m / s > c, setting 1/gamma = 0\n",
+      "v = 359466567.6292866 m / s > c, setting 1/gamma = 0\n",
+      "v = 405889832.5650116 m / s > c, setting 1/gamma = 0\n",
+      "v = 353002194.7868488 m / s > c, setting 1/gamma = 0\n",
+      "v = 376674630.70639855 m / s > c, setting 1/gamma = 0\n",
+      "v = 311319029.6679684 m / s > c, setting 1/gamma = 0\n",
+      "v = 316975241.61579645 m / s > c, setting 1/gamma = 0\n",
+      "v = 649323772.6223937 m / s > c, setting 1/gamma = 0\n",
+      "v = 533384126.8501127 m / s > c, setting 1/gamma = 0\n",
+      "v = 309546315.30803555 m / s > c, setting 1/gamma = 0\n",
+      "v = 342846013.26537764 m / s > c, setting 1/gamma = 0\n",
+      "v = 377996449.2203474 m / s > c, setting 1/gamma = 0\n",
+      "v = 304984965.3716619 m / s > c, setting 1/gamma = 0\n",
+      "v = 326098860.051503 m / s > c, setting 1/gamma = 0\n",
+      "v = 305620513.96080333 m / s > c, setting 1/gamma = 0\n",
+      "v = 454588065.23549867 m / s > c, setting 1/gamma = 0\n",
+      "v = 477202479.6439355 m / s > c, setting 1/gamma = 0\n",
+      "v = 304177358.53842133 m / s > c, setting 1/gamma = 0\n",
+      "v = 328071806.2282165 m / s > c, setting 1/gamma = 0\n",
+      "v = 326310856.9369047 m / s > c, setting 1/gamma = 0\n",
+      "v = 356218836.83214736 m / s > c, setting 1/gamma = 0\n",
+      "v = 302748122.58381736 m / s > c, setting 1/gamma = 0\n",
+      "v = 330322700.8109725 m / s > c, setting 1/gamma = 0\n",
+      "v = 319395086.6450847 m / s > c, setting 1/gamma = 0\n",
+      "v = 338737271.22653735 m / s > c, setting 1/gamma = 0\n",
+      "v = 388524802.3596533 m / s > c, setting 1/gamma = 0\n",
+      "v = 427233579.2125914 m / s > c, setting 1/gamma = 0\n",
+      "v = 348670685.8583448 m / s > c, setting 1/gamma = 0\n",
+      "v = 369608790.97178376 m / s > c, setting 1/gamma = 0\n",
+      "v = 342597747.91251683 m / s > c, setting 1/gamma = 0\n",
+      "v = 391378936.71297014 m / s > c, setting 1/gamma = 0\n",
+      "v = 337516170.7880863 m / s > c, setting 1/gamma = 0\n",
+      "v = 365731522.0971966 m / s > c, setting 1/gamma = 0\n",
+      "v = 325011525.04268223 m / s > c, setting 1/gamma = 0\n",
+      "v = 345252140.22008026 m / s > c, setting 1/gamma = 0\n",
+      "v = 395838361.063266 m / s > c, setting 1/gamma = 0\n",
+      "v = 352635367.37833065 m / s > c, setting 1/gamma = 0\n",
+      "v = 380693439.5666559 m / s > c, setting 1/gamma = 0\n",
+      "v = 381165049.56379366 m / s > c, setting 1/gamma = 0\n",
+      "v = 415497373.3993331 m / s > c, setting 1/gamma = 0\n",
+      "v = 328021582.58603466 m / s > c, setting 1/gamma = 0\n",
+      "v = 348161279.8128484 m / s > c, setting 1/gamma = 0\n",
+      "v = 492520736.3964351 m / s > c, setting 1/gamma = 0\n",
+      "v = 494513704.0259652 m / s > c, setting 1/gamma = 0\n",
+      "v = 310911931.5441217 m / s > c, setting 1/gamma = 0\n",
+      "v = 332730188.79650855 m / s > c, setting 1/gamma = 0\n",
+      "v = 420900949.8947846 m / s > c, setting 1/gamma = 0\n",
+      "v = 454828826.8219211 m / s > c, setting 1/gamma = 0\n",
+      "v = 306056529.93906397 m / s > c, setting 1/gamma = 0\n",
+      "v = 334455097.46257764 m / s > c, setting 1/gamma = 0\n",
+      "v = 360651798.948132 m / s > c, setting 1/gamma = 0\n",
+      "v = 462337653.1858493 m / s > c, setting 1/gamma = 0\n",
+      "v = 473550259.2868168 m / s > c, setting 1/gamma = 0\n",
+      "v = 322674012.80755424 m / s > c, setting 1/gamma = 0\n",
+      "v = 340747752.6298551 m / s > c, setting 1/gamma = 0\n",
+      "v = 352801633.5677663 m / s > c, setting 1/gamma = 0\n",
+      "v = 398899549.44611746 m / s > c, setting 1/gamma = 0\n",
+      "v = 326552018.57987064 m / s > c, setting 1/gamma = 0\n",
+      "v = 350957192.55608875 m / s > c, setting 1/gamma = 0\n",
+      "v = 365348706.5886684 m / s > c, setting 1/gamma = 0\n",
+      "v = 414104025.59430826 m / s > c, setting 1/gamma = 0\n",
+      "v = 373339380.016872 m / s > c, setting 1/gamma = 0\n",
+      "v = 397608489.79662484 m / s > c, setting 1/gamma = 0\n",
+      "v = 380594763.6813191 m / s > c, setting 1/gamma = 0\n",
+      "v = 407692562.4830548 m / s > c, setting 1/gamma = 0\n",
+      "v = 308004442.18074286 m / s > c, setting 1/gamma = 0\n",
+      "v = 362290095.06837755 m / s > c, setting 1/gamma = 0\n",
+      "v = 415409631.6170601 m / s > c, setting 1/gamma = 0\n",
+      "v = 453127821.45850503 m / s > c, setting 1/gamma = 0\n",
+      "v = 324306602.2173465 m / s > c, setting 1/gamma = 0\n",
+      "v = 356678784.4636983 m / s > c, setting 1/gamma = 0\n",
+      "v = 402324572.11353534 m / s > c, setting 1/gamma = 0\n",
+      "v = 429450896.30270255 m / s > c, setting 1/gamma = 0\n",
+      "v = 339913954.08528423 m / s > c, setting 1/gamma = 0\n",
+      "v = 395209548.58466053 m / s > c, setting 1/gamma = 0\n",
+      "v = 322030275.67263085 m / s > c, setting 1/gamma = 0\n",
+      "v = 345837480.55301636 m / s > c, setting 1/gamma = 0\n",
+      "v = 306556969.63772476 m / s > c, setting 1/gamma = 0\n",
+      "v = 337011084.21330386 m / s > c, setting 1/gamma = 0\n",
+      "v = 300089029.8794985 m / s > c, setting 1/gamma = 0\n",
+      "v = 333541614.9481795 m / s > c, setting 1/gamma = 0\n",
+      "v = 322635814.9911102 m / s > c, setting 1/gamma = 0\n",
+      "v = 342839367.7582999 m / s > c, setting 1/gamma = 0\n",
+      "v = 300952428.0120823 m / s > c, setting 1/gamma = 0\n",
+      "v = 338003230.0021897 m / s > c, setting 1/gamma = 0\n",
+      "v = 306929611.8009883 m / s > c, setting 1/gamma = 0\n",
+      "v = 327370996.8758473 m / s > c, setting 1/gamma = 0\n",
+      "v = 306760601.8059401 m / s > c, setting 1/gamma = 0\n",
+      "v = 380632708.2618065 m / s > c, setting 1/gamma = 0\n",
+      "v = 425371768.47334725 m / s > c, setting 1/gamma = 0\n",
+      "v = 339394359.78432703 m / s > c, setting 1/gamma = 0\n",
+      "v = 365790969.8708693 m / s > c, setting 1/gamma = 0\n",
+      "v = 318404575.40662235 m / s > c, setting 1/gamma = 0\n",
+      "v = 348863007.501379 m / s > c, setting 1/gamma = 0\n",
+      "v = 355156235.2794538 m / s > c, setting 1/gamma = 0\n",
+      "v = 406600814.5430164 m / s > c, setting 1/gamma = 0\n",
+      "v = 313508378.1142604 m / s > c, setting 1/gamma = 0\n",
+      "v = 335581960.80043906 m / s > c, setting 1/gamma = 0\n",
+      "v = 405396496.51630723 m / s > c, setting 1/gamma = 0\n",
+      "v = 434735178.72860324 m / s > c, setting 1/gamma = 0\n",
+      "v = 300893533.04832673 m / s > c, setting 1/gamma = 0\n",
+      "v = 346578426.57522845 m / s > c, setting 1/gamma = 0\n",
+      "v = 330831983.45413303 m / s > c, setting 1/gamma = 0\n",
+      "v = 380086196.47559893 m / s > c, setting 1/gamma = 0\n",
+      "v = 407161837.75863105 m / s > c, setting 1/gamma = 0\n",
+      "v = 425644366.86755794 m / s > c, setting 1/gamma = 0\n",
+      "v = 300479479.7107577 m / s > c, setting 1/gamma = 0\n",
+      "v = 310885030.509006 m / s > c, setting 1/gamma = 0\n",
+      "v = 362986143.45353633 m / s > c, setting 1/gamma = 0\n",
+      "v = 328302539.92399645 m / s > c, setting 1/gamma = 0\n",
+      "v = 350111256.5492415 m / s > c, setting 1/gamma = 0\n",
+      "v = 300992227.02879006 m / s > c, setting 1/gamma = 0\n",
+      "v = 338618468.30884194 m / s > c, setting 1/gamma = 0\n",
+      "v = 304146995.3221342 m / s > c, setting 1/gamma = 0\n",
+      "v = 354089636.98691815 m / s > c, setting 1/gamma = 0\n",
+      "v = 337033877.0938805 m / s > c, setting 1/gamma = 0\n",
+      "v = 437344763.0217599 m / s > c, setting 1/gamma = 0\n",
+      "v = 467925065.6804782 m / s > c, setting 1/gamma = 0\n",
+      "v = 417538804.3997275 m / s > c, setting 1/gamma = 0\n",
+      "v = 454623105.78339016 m / s > c, setting 1/gamma = 0\n",
+      "v = 315354921.4977685 m / s > c, setting 1/gamma = 0\n",
+      "v = 336380243.8098686 m / s > c, setting 1/gamma = 0\n",
+      "v = 317311634.6146186 m / s > c, setting 1/gamma = 0\n",
+      "v = 358526254.5585272 m / s > c, setting 1/gamma = 0\n",
+      "v = 394193302.62407255 m / s > c, setting 1/gamma = 0\n",
+      "v = 308550915.68560696 m / s > c, setting 1/gamma = 0\n",
+      "v = 363121677.7082253 m / s > c, setting 1/gamma = 0\n",
+      "v = 403886215.57904226 m / s > c, setting 1/gamma = 0\n",
+      "v = 479679223.2326848 m / s > c, setting 1/gamma = 0\n",
+      "v = 494788270.2174229 m / s > c, setting 1/gamma = 0\n",
+      "v = 347067340.3256511 m / s > c, setting 1/gamma = 0\n",
+      "v = 390219567.21586925 m / s > c, setting 1/gamma = 0\n",
+      "v = 329344396.53749883 m / s > c, setting 1/gamma = 0\n",
+      "v = 321036638.9667917 m / s > c, setting 1/gamma = 0\n",
+      "v = 343786279.36726975 m / s > c, setting 1/gamma = 0\n",
+      "v = 390078898.54670614 m / s > c, setting 1/gamma = 0\n",
+      "v = 304771052.62005186 m / s > c, setting 1/gamma = 0\n",
+      "v = 331646357.630443 m / s > c, setting 1/gamma = 0\n",
+      "v = 418050319.79708457 m / s > c, setting 1/gamma = 0\n",
+      "v = 452136359.23973596 m / s > c, setting 1/gamma = 0\n",
+      "v = 331990930.255951 m / s > c, setting 1/gamma = 0\n",
+      "v = 359038305.56267935 m / s > c, setting 1/gamma = 0\n",
+      "v = 315679212.0264406 m / s > c, setting 1/gamma = 0\n",
+      "v = 346954542.2893784 m / s > c, setting 1/gamma = 0\n",
+      "v = 337413524.4780953 m / s > c, setting 1/gamma = 0\n",
+      "v = 390062112.195863 m / s > c, setting 1/gamma = 0\n",
+      "v = 320366720.4658464 m / s > c, setting 1/gamma = 0\n",
+      "v = 342055639.3389747 m / s > c, setting 1/gamma = 0\n",
+      "v = 326422495.62109435 m / s > c, setting 1/gamma = 0\n",
+      "v = 662075769.3935438 m / s > c, setting 1/gamma = 0\n",
+      "v = 545542726.5790217 m / s > c, setting 1/gamma = 0\n",
+      "v = 317075626.8600215 m / s > c, setting 1/gamma = 0\n",
+      "v = 300054357.78315127 m / s > c, setting 1/gamma = 0\n",
+      "v = 301655520.0086188 m / s > c, setting 1/gamma = 0\n",
+      "v = 344067529.2260709 m / s > c, setting 1/gamma = 0\n",
+      "v = 327144041.07014567 m / s > c, setting 1/gamma = 0\n",
+      "v = 347777960.1540639 m / s > c, setting 1/gamma = 0\n",
+      "v = 365143305.34798956 m / s > c, setting 1/gamma = 0\n",
+      "v = 314011552.9215736 m / s > c, setting 1/gamma = 0\n",
+      "v = 335353344.99663055 m / s > c, setting 1/gamma = 0\n",
+      "v = 362186831.64052904 m / s > c, setting 1/gamma = 0\n",
+      "v = 403608405.1187564 m / s > c, setting 1/gamma = 0\n",
+      "v = 301912505.16131455 m / s > c, setting 1/gamma = 0\n",
+      "v = 325960329.00096303 m / s > c, setting 1/gamma = 0\n",
+      "v = 357045576.2721725 m / s > c, setting 1/gamma = 0\n",
+      "v = 393373293.77551675 m / s > c, setting 1/gamma = 0\n",
+      "v = 489223303.64099675 m / s > c, setting 1/gamma = 0\n",
+      "v = 488806231.95177925 m / s > c, setting 1/gamma = 0\n",
+      "v = 333415757.37579465 m / s > c, setting 1/gamma = 0\n",
+      "v = 307615701.6966593 m / s > c, setting 1/gamma = 0\n",
+      "v = 328950624.6987063 m / s > c, setting 1/gamma = 0\n",
+      "v = 351256447.00477177 m / s > c, setting 1/gamma = 0\n",
+      "v = 398337083.9334148 m / s > c, setting 1/gamma = 0\n",
+      "v = 396409433.04658985 m / s > c, setting 1/gamma = 0\n",
+      "v = 433952344.53555095 m / s > c, setting 1/gamma = 0\n",
+      "v = 333475233.2711585 m / s > c, setting 1/gamma = 0\n",
+      "v = 349238594.93992907 m / s > c, setting 1/gamma = 0\n",
+      "v = 416389763.66325307 m / s > c, setting 1/gamma = 0\n",
+      "v = 445300295.85338134 m / s > c, setting 1/gamma = 0\n",
+      "v = 325750390.6161337 m / s > c, setting 1/gamma = 0\n",
+      "v = 344366548.88015234 m / s > c, setting 1/gamma = 0\n",
+      "v = 349243122.47160494 m / s > c, setting 1/gamma = 0\n",
+      "v = 379122394.3222205 m / s > c, setting 1/gamma = 0\n",
+      "v = 416466257.54981875 m / s > c, setting 1/gamma = 0\n",
+      "v = 449939607.6954998 m / s > c, setting 1/gamma = 0\n",
+      "v = 395461638.9738414 m / s > c, setting 1/gamma = 0\n",
+      "v = 438604991.8907844 m / s > c, setting 1/gamma = 0\n",
+      "v = 328184558.0577223 m / s > c, setting 1/gamma = 0\n",
+      "v = 347174536.51581234 m / s > c, setting 1/gamma = 0\n",
+      "v = 390996140.1684775 m / s > c, setting 1/gamma = 0\n",
+      "v = 426926346.82461256 m / s > c, setting 1/gamma = 0\n",
+      "v = 324193800.95841026 m / s > c, setting 1/gamma = 0\n",
+      "v = 345072561.3032836 m / s > c, setting 1/gamma = 0\n",
+      "v = 339937612.28492093 m / s > c, setting 1/gamma = 0\n",
+      "v = 373565615.0836563 m / s > c, setting 1/gamma = 0\n",
+      "v = 365618021.3405357 m / s > c, setting 1/gamma = 0\n",
+      "v = 411971439.6596123 m / s > c, setting 1/gamma = 0\n",
+      "v = 461166301.3000464 m / s > c, setting 1/gamma = 0\n",
+      "v = 471453548.48117363 m / s > c, setting 1/gamma = 0\n",
+      "v = 382385923.0697145 m / s > c, setting 1/gamma = 0\n",
+      "v = 412247899.7807538 m / s > c, setting 1/gamma = 0\n",
+      "v = 368845994.30525535 m / s > c, setting 1/gamma = 0\n",
+      "v = 390198537.9753254 m / s > c, setting 1/gamma = 0\n",
+      "v = 316378720.2432649 m / s > c, setting 1/gamma = 0\n",
+      "v = 491464984.75561786 m / s > c, setting 1/gamma = 0\n",
+      "v = 488027074.4403787 m / s > c, setting 1/gamma = 0\n",
+      "v = 345445550.87511367 m / s > c, setting 1/gamma = 0\n",
+      "v = 349643725.7668891 m / s > c, setting 1/gamma = 0\n",
+      "v = 406143045.06118864 m / s > c, setting 1/gamma = 0\n",
+      "v = 473767422.6312076 m / s > c, setting 1/gamma = 0\n",
+      "v = 485980740.3978783 m / s > c, setting 1/gamma = 0\n",
+      "v = 299981816.244229 m / s > c, setting 1/gamma = 0\n",
+      "v = 322526060.49315333 m / s > c, setting 1/gamma = 0\n",
+      "v = 345389012.5236472 m / s > c, setting 1/gamma = 0\n",
+      "v = 395757288.80254453 m / s > c, setting 1/gamma = 0\n",
+      "v = 304776748.3560397 m / s > c, setting 1/gamma = 0\n",
+      "v = 566072181.0102001 m / s > c, setting 1/gamma = 0\n",
+      "v = 572358138.1336877 m / s > c, setting 1/gamma = 0\n",
+      "v = 459917789.6107389 m / s > c, setting 1/gamma = 0\n",
+      "v = 463715570.81545347 m / s > c, setting 1/gamma = 0\n",
+      "v = 304431657.44958824 m / s > c, setting 1/gamma = 0\n",
+      "v = 366262383.27332133 m / s > c, setting 1/gamma = 0\n",
+      "v = 379201070.31101865 m / s > c, setting 1/gamma = 0\n",
+      "v = 326858312.8138737 m / s > c, setting 1/gamma = 0\n",
+      "v = 301684455.9810497 m / s > c, setting 1/gamma = 0\n",
+      "v = 340374987.215875 m / s > c, setting 1/gamma = 0\n",
+      "v = 357448822.5378721 m / s > c, setting 1/gamma = 0\n",
+      "v = 378800951.52382433 m / s > c, setting 1/gamma = 0\n",
+      "v = 407106452.64059466 m / s > c, setting 1/gamma = 0\n",
+      "v = 391381139.2071891 m / s > c, setting 1/gamma = 0\n",
+      "v = 433874736.6893049 m / s > c, setting 1/gamma = 0\n",
+      "v = 304069990.0227042 m / s > c, setting 1/gamma = 0\n",
+      "v = 416473226.0501212 m / s > c, setting 1/gamma = 0\n",
+      "v = 459899014.4074364 m / s > c, setting 1/gamma = 0\n",
+      "v = 349004303.47737134 m / s > c, setting 1/gamma = 0\n",
+      "v = 392534797.95254165 m / s > c, setting 1/gamma = 0\n",
+      "v = 403604582.45467764 m / s > c, setting 1/gamma = 0\n",
+      "v = 457211783.04873973 m / s > c, setting 1/gamma = 0\n",
+      "v = 489824278.59001577 m / s > c, setting 1/gamma = 0\n",
+      "v = 494003488.296111 m / s > c, setting 1/gamma = 0\n",
+      "v = 315444346.51000285 m / s > c, setting 1/gamma = 0\n",
+      "v = 337368322.9856868 m / s > c, setting 1/gamma = 0\n",
+      "v = 383478692.2882055 m / s > c, setting 1/gamma = 0\n",
+      "v = 408095847.15303403 m / s > c, setting 1/gamma = 0\n",
+      "v = 322302771.19117284 m / s > c, setting 1/gamma = 0\n",
+      "v = 307214078.29930896 m / s > c, setting 1/gamma = 0\n",
+      "v = 331476654.068113 m / s > c, setting 1/gamma = 0\n",
+      "v = 418771737.88411695 m / s > c, setting 1/gamma = 0\n",
+      "v = 450404854.54383683 m / s > c, setting 1/gamma = 0\n",
+      "v = 319446142.37225556 m / s > c, setting 1/gamma = 0\n",
+      "v = 302628164.5155989 m / s > c, setting 1/gamma = 0\n",
+      "v = 590856510.1554987 m / s > c, setting 1/gamma = 0\n",
+      "v = 483092948.67208105 m / s > c, setting 1/gamma = 0\n",
+      "v = 401796674.0731507 m / s > c, setting 1/gamma = 0\n",
+      "v = 428454255.3358454 m / s > c, setting 1/gamma = 0\n",
+      "v = 312187086.7046036 m / s > c, setting 1/gamma = 0\n",
+      "v = 360778614.41855705 m / s > c, setting 1/gamma = 0\n",
+      "v = 341295996.02630866 m / s > c, setting 1/gamma = 0\n",
+      "v = 318474685.68991 m / s > c, setting 1/gamma = 0\n",
+      "v = 341223240.61158466 m / s > c, setting 1/gamma = 0\n",
+      "v = 391143137.6801771 m / s > c, setting 1/gamma = 0\n",
+      "v = 432793184.07861066 m / s > c, setting 1/gamma = 0\n",
+      "v = 336354684.66453546 m / s > c, setting 1/gamma = 0\n",
+      "v = 352388448.40853167 m / s > c, setting 1/gamma = 0\n",
+      "v = 300187441.4167158 m / s > c, setting 1/gamma = 0\n",
+      "v = 327263436.31938785 m / s > c, setting 1/gamma = 0\n",
+      "v = 359266439.94040054 m / s > c, setting 1/gamma = 0\n",
+      "v = 498213424.26243186 m / s > c, setting 1/gamma = 0\n",
+      "v = 486347635.9155332 m / s > c, setting 1/gamma = 0\n",
+      "v = 317872644.74878234 m / s > c, setting 1/gamma = 0\n",
+      "v = 306211552.63543016 m / s > c, setting 1/gamma = 0\n",
+      "v = 391585613.2457722 m / s > c, setting 1/gamma = 0\n",
+      "v = 419947549.7007956 m / s > c, setting 1/gamma = 0\n",
+      "v = 454794239.9043954 m / s > c, setting 1/gamma = 0\n",
+      "v = 481860763.3521307 m / s > c, setting 1/gamma = 0\n",
+      "v = 309004642.95341176 m / s > c, setting 1/gamma = 0\n",
+      "v = 333247097.78059787 m / s > c, setting 1/gamma = 0\n",
+      "v = 372812661.8488687 m / s > c, setting 1/gamma = 0\n",
+      "v = 421025687.3186348 m / s > c, setting 1/gamma = 0\n",
+      "v = 345051978.4054384 m / s > c, setting 1/gamma = 0\n",
+      "v = 361479456.2670943 m / s > c, setting 1/gamma = 0\n",
+      "v = 307516330.0014142 m / s > c, setting 1/gamma = 0\n",
+      "v = 353964734.9048352 m / s > c, setting 1/gamma = 0\n",
+      "v = 302000074.4182637 m / s > c, setting 1/gamma = 0\n",
+      "v = 387129994.39997315 m / s > c, setting 1/gamma = 0\n",
+      "v = 428338596.9481085 m / s > c, setting 1/gamma = 0\n",
+      "v = 621013039.2677623 m / s > c, setting 1/gamma = 0\n",
+      "v = 616495921.5040176 m / s > c, setting 1/gamma = 0\n",
+      "v = 303431018.2917953 m / s > c, setting 1/gamma = 0\n",
+      "v = 324394000.2125433 m / s > c, setting 1/gamma = 0\n",
+      "v = 308191286.1086404 m / s > c, setting 1/gamma = 0\n",
+      "v = 432992668.87801963 m / s > c, setting 1/gamma = 0\n",
+      "v = 453751031.272443 m / s > c, setting 1/gamma = 0\n",
+      "v = 416121693.8243466 m / s > c, setting 1/gamma = 0\n",
+      "v = 443043057.2123621 m / s > c, setting 1/gamma = 0\n",
+      "v = 363147267.11068803 m / s > c, setting 1/gamma = 0\n",
+      "v = 411046995.5208682 m / s > c, setting 1/gamma = 0\n",
+      "v = 299949730.8015876 m / s > c, setting 1/gamma = 0\n",
+      "v = 453843532.41891783 m / s > c, setting 1/gamma = 0\n",
+      "v = 478823006.1533331 m / s > c, setting 1/gamma = 0\n",
+      "v = 382440038.9386615 m / s > c, setting 1/gamma = 0\n",
+      "v = 400664204.0961131 m / s > c, setting 1/gamma = 0\n",
+      "v = 329329120.10924655 m / s > c, setting 1/gamma = 0\n",
+      "v = 303972393.6157382 m / s > c, setting 1/gamma = 0\n",
+      "v = 345137970.3865712 m / s > c, setting 1/gamma = 0\n",
+      "v = 304956016.5049602 m / s > c, setting 1/gamma = 0\n",
+      "v = 357987230.42094827 m / s > c, setting 1/gamma = 0\n",
+      "v = 305491840.4729683 m / s > c, setting 1/gamma = 0\n",
+      "v = 325400373.0584553 m / s > c, setting 1/gamma = 0\n",
+      "v = 404321849.7319845 m / s > c, setting 1/gamma = 0\n",
+      "v = 443337823.6329588 m / s > c, setting 1/gamma = 0\n",
+      "v = 451830373.99905473 m / s > c, setting 1/gamma = 0\n",
+      "v = 471237500.6145297 m / s > c, setting 1/gamma = 0\n",
+      "v = 313471946.4660368 m / s > c, setting 1/gamma = 0\n",
+      "v = 341506756.4669617 m / s > c, setting 1/gamma = 0\n",
+      "v = 305297338.33301973 m / s > c, setting 1/gamma = 0\n",
+      "v = 363722010.4394817 m / s > c, setting 1/gamma = 0\n",
+      "v = 402980086.6339222 m / s > c, setting 1/gamma = 0\n",
+      "v = 323101862.7468691 m / s > c, setting 1/gamma = 0\n",
+      "v = 362434817.7075895 m / s > c, setting 1/gamma = 0\n",
+      "v = 301122876.59070015 m / s > c, setting 1/gamma = 0\n",
+      "v = 317594517.90308493 m / s > c, setting 1/gamma = 0\n",
+      "v = 337669972.7123026 m / s > c, setting 1/gamma = 0\n",
+      "v = 310534693.29798514 m / s > c, setting 1/gamma = 0\n",
+      "v = 358182317.0513158 m / s > c, setting 1/gamma = 0\n",
+      "v = 409596392.5639996 m / s > c, setting 1/gamma = 0\n",
+      "v = 438999075.8489856 m / s > c, setting 1/gamma = 0\n",
+      "v = 397712388.72185636 m / s > c, setting 1/gamma = 0\n",
+      "v = 438646576.2278301 m / s > c, setting 1/gamma = 0\n",
+      "v = 401408357.9684257 m / s > c, setting 1/gamma = 0\n",
+      "v = 440201816.1445 m / s > c, setting 1/gamma = 0\n",
+      "v = 313299924.1872637 m / s > c, setting 1/gamma = 0\n",
+      "v = 329305940.23838615 m / s > c, setting 1/gamma = 0\n",
+      "v = 356803700.87230086 m / s > c, setting 1/gamma = 0\n",
+      "v = 309891667.1879222 m / s > c, setting 1/gamma = 0\n",
+      "v = 613872935.4699572 m / s > c, setting 1/gamma = 0\n",
+      "v = 503653828.85505 m / s > c, setting 1/gamma = 0\n",
+      "v = 301136109.96861374 m / s > c, setting 1/gamma = 0\n",
+      "v = 378998696.46425724 m / s > c, setting 1/gamma = 0\n",
+      "v = 407851386.44055194 m / s > c, setting 1/gamma = 0\n",
+      "v = 328966561.76201206 m / s > c, setting 1/gamma = 0\n",
+      "v = 376779999.42559946 m / s > c, setting 1/gamma = 0\n",
+      "v = 317476748.8574375 m / s > c, setting 1/gamma = 0\n",
+      "v = 344074106.4351454 m / s > c, setting 1/gamma = 0\n",
+      "v = 310909513.2289227 m / s > c, setting 1/gamma = 0\n",
+      "v = 333152932.82032764 m / s > c, setting 1/gamma = 0\n",
+      "v = 345367202.3184308 m / s > c, setting 1/gamma = 0\n",
+      "v = 391007211.73998284 m / s > c, setting 1/gamma = 0\n",
+      "v = 309023743.26680076 m / s > c, setting 1/gamma = 0\n",
+      "v = 301559662.49110943 m / s > c, setting 1/gamma = 0\n",
+      "v = 316325171.1815398 m / s > c, setting 1/gamma = 0\n",
+      "v = 362745554.6817908 m / s > c, setting 1/gamma = 0\n",
+      "v = 354817840.9802871 m / s > c, setting 1/gamma = 0\n",
+      "v = 374707705.9072403 m / s > c, setting 1/gamma = 0\n",
+      "v = 301835957.9987454 m / s > c, setting 1/gamma = 0\n",
+      "v = 301472672.1583618 m / s > c, setting 1/gamma = 0\n",
+      "v = 585420443.5789716 m / s > c, setting 1/gamma = 0\n",
+      "v = 481346779.1072431 m / s > c, setting 1/gamma = 0\n",
+      "v = 347862865.3414633 m / s > c, setting 1/gamma = 0\n",
+      "v = 362645787.7320523 m / s > c, setting 1/gamma = 0\n",
+      "v = 449995087.8508034 m / s > c, setting 1/gamma = 0\n",
+      "v = 467001443.6003414 m / s > c, setting 1/gamma = 0\n",
+      "v = 349832621.2024646 m / s > c, setting 1/gamma = 0\n",
+      "v = 364583044.06981426 m / s > c, setting 1/gamma = 0\n",
+      "v = 366981306.8505536 m / s > c, setting 1/gamma = 0\n",
+      "v = 396692914.17160857 m / s > c, setting 1/gamma = 0\n",
+      "v = 391956013.826057 m / s > c, setting 1/gamma = 0\n",
+      "v = 433116848.28210044 m / s > c, setting 1/gamma = 0\n",
+      "v = 315332872.6219558 m / s > c, setting 1/gamma = 0\n",
+      "v = 319230025.81884307 m / s > c, setting 1/gamma = 0\n",
+      "v = 370061730.9821748 m / s > c, setting 1/gamma = 0\n",
+      "v = 335066880.06082153 m / s > c, setting 1/gamma = 0\n",
+      "v = 362002850.3506046 m / s > c, setting 1/gamma = 0\n",
+      "v = 346181073.1702582 m / s > c, setting 1/gamma = 0\n",
+      "v = 370102690.06634307 m / s > c, setting 1/gamma = 0\n",
+      "v = 302023695.0632956 m / s > c, setting 1/gamma = 0\n",
+      "v = 587271637.254703 m / s > c, setting 1/gamma = 0\n",
+      "v = 481830569.9239092 m / s > c, setting 1/gamma = 0\n",
+      "v = 321893342.17641026 m / s > c, setting 1/gamma = 0\n",
+      "v = 341642185.944035 m / s > c, setting 1/gamma = 0\n",
+      "v = 374699262.1313585 m / s > c, setting 1/gamma = 0\n",
+      "v = 427976509.792872 m / s > c, setting 1/gamma = 0\n",
+      "v = 383971638.16325974 m / s > c, setting 1/gamma = 0\n",
+      "v = 424416903.12026453 m / s > c, setting 1/gamma = 0\n",
+      "v = 344732408.75915796 m / s > c, setting 1/gamma = 0\n",
+      "v = 374493618.04751426 m / s > c, setting 1/gamma = 0\n",
+      "v = 361932591.29298216 m / s > c, setting 1/gamma = 0\n",
+      "v = 413140578.9160773 m / s > c, setting 1/gamma = 0\n",
+      "v = 304611986.2918956 m / s > c, setting 1/gamma = 0\n",
+      "v = 310808255.32896143 m / s > c, setting 1/gamma = 0\n",
+      "v = 369511035.56313604 m / s > c, setting 1/gamma = 0\n",
+      "v = 358619733.0288729 m / s > c, setting 1/gamma = 0\n",
+      "v = 311465224.568954 m / s > c, setting 1/gamma = 0\n",
+      "v = 314462388.6375926 m / s > c, setting 1/gamma = 0\n",
+      "v = 308887741.11794484 m / s > c, setting 1/gamma = 0\n",
+      "v = 313637700.8879919 m / s > c, setting 1/gamma = 0\n",
+      "v = 327905778.10023147 m / s > c, setting 1/gamma = 0\n",
+      "v = 328809985.98748523 m / s > c, setting 1/gamma = 0\n",
+      "v = 342657622.9555548 m / s > c, setting 1/gamma = 0\n",
+      "v = 342930986.90644276 m / s > c, setting 1/gamma = 0\n",
+      "v = 300454795.9124906 m / s > c, setting 1/gamma = 0\n",
+      "v = 329289131.02987826 m / s > c, setting 1/gamma = 0\n",
+      "v = 338573196.88880265 m / s > c, setting 1/gamma = 0\n",
+      "v = 304097462.1015783 m / s > c, setting 1/gamma = 0\n",
+      "v = 302723223.989136 m / s > c, setting 1/gamma = 0\n",
+      "v = 311767008.0466147 m / s > c, setting 1/gamma = 0\n",
+      "v = 339317231.7417349 m / s > c, setting 1/gamma = 0\n",
+      "v = 346300715.06080115 m / s > c, setting 1/gamma = 0\n",
+      "v = 317477541.4679542 m / s > c, setting 1/gamma = 0\n",
+      "v = 333129018.90222436 m / s > c, setting 1/gamma = 0\n",
+      "v = 299965716.3301697 m / s > c, setting 1/gamma = 0\n",
+      "v = 304881782.76216227 m / s > c, setting 1/gamma = 0\n",
+      "v = 328793072.5009299 m / s > c, setting 1/gamma = 0\n",
+      "v = 346826132.28574735 m / s > c, setting 1/gamma = 0\n",
+      "v = 305677232.00184655 m / s > c, setting 1/gamma = 0\n",
+      "v = 313933309.29254484 m / s > c, setting 1/gamma = 0\n",
+      "v = 413178993.3621804 m / s > c, setting 1/gamma = 0\n",
+      "v = 414974411.1830628 m / s > c, setting 1/gamma = 0\n",
+      "v = 324011761.61564696 m / s > c, setting 1/gamma = 0\n",
+      "v = 340039422.7499195 m / s > c, setting 1/gamma = 0\n",
+      "v = 562330659.0403817 m / s > c, setting 1/gamma = 0\n",
+      "v = 479867514.92023134 m / s > c, setting 1/gamma = 0\n",
+      "v = 339145309.54454404 m / s > c, setting 1/gamma = 0\n",
+      "v = 359862604.07429945 m / s > c, setting 1/gamma = 0\n",
+      "v = 312869721.8212171 m / s > c, setting 1/gamma = 0\n",
+      "v = 311094852.8462273 m / s > c, setting 1/gamma = 0\n",
+      "v = 305157364.0976779 m / s > c, setting 1/gamma = 0\n",
+      "v = 325997946.0276801 m / s > c, setting 1/gamma = 0\n",
+      "v = 307408056.838152 m / s > c, setting 1/gamma = 0\n",
+      "v = 443624600.9149435 m / s > c, setting 1/gamma = 0\n",
+      "v = 454496934.79100215 m / s > c, setting 1/gamma = 0\n",
+      "v = 311009364.3829809 m / s > c, setting 1/gamma = 0\n",
+      "v = 317383907.29827124 m / s > c, setting 1/gamma = 0\n",
+      "v = 324386026.75687444 m / s > c, setting 1/gamma = 0\n",
+      "v = 300924926.83321834 m / s > c, setting 1/gamma = 0\n",
+      "v = 318639123.8793911 m / s > c, setting 1/gamma = 0\n",
+      "v = 301123269.55952775 m / s > c, setting 1/gamma = 0\n",
+      "v = 306410879.96707064 m / s > c, setting 1/gamma = 0\n",
+      "v = 436011979.33622473 m / s > c, setting 1/gamma = 0\n",
+      "v = 466591953.14938134 m / s > c, setting 1/gamma = 0\n",
+      "v = 426137061.24660444 m / s > c, setting 1/gamma = 0\n",
+      "v = 456516642.21835285 m / s > c, setting 1/gamma = 0\n",
+      "v = 463825335.7094596 m / s > c, setting 1/gamma = 0\n",
+      "v = 496034700.4665002 m / s > c, setting 1/gamma = 0\n",
+      "v = 300795539.827339 m / s > c, setting 1/gamma = 0\n",
+      "v = 332991192.211792 m / s > c, setting 1/gamma = 0\n",
+      "v = 301383352.9298707 m / s > c, setting 1/gamma = 0\n",
+      "v = 327313628.8442835 m / s > c, setting 1/gamma = 0\n",
+      "v = 500329112.7081043 m / s > c, setting 1/gamma = 0\n",
+      "v = 524011194.2697894 m / s > c, setting 1/gamma = 0\n",
+      "v = 300294665.6991801 m / s > c, setting 1/gamma = 0\n",
+      "v = 323930550.96197647 m / s > c, setting 1/gamma = 0\n",
+      "v = 311780228.47774583 m / s > c, setting 1/gamma = 0\n",
+      "v = 341605809.3820454 m / s > c, setting 1/gamma = 0\n",
+      "v = 337595647.5526385 m / s > c, setting 1/gamma = 0\n",
+      "v = 324081066.1435685 m / s > c, setting 1/gamma = 0\n",
+      "v = 657334198.4134634 m / s > c, setting 1/gamma = 0\n",
+      "v = 539243242.895109 m / s > c, setting 1/gamma = 0\n",
+      "v = 335954319.54274005 m / s > c, setting 1/gamma = 0\n",
+      "v = 364698147.0500533 m / s > c, setting 1/gamma = 0\n",
+      "v = 326462751.3001193 m / s > c, setting 1/gamma = 0\n",
+      "v = 383918586.6524054 m / s > c, setting 1/gamma = 0\n",
+      "v = 318713609.412925 m / s > c, setting 1/gamma = 0\n",
+      "v = 338157305.5575234 m / s > c, setting 1/gamma = 0\n",
+      "v = 326684646.0762529 m / s > c, setting 1/gamma = 0\n",
+      "v = 385727495.4961768 m / s > c, setting 1/gamma = 0\n",
+      "v = 324016666.980522 m / s > c, setting 1/gamma = 0\n",
+      "v = 352588207.4539189 m / s > c, setting 1/gamma = 0\n",
+      "v = 407451665.8811983 m / s > c, setting 1/gamma = 0\n",
+      "v = 583629600.0460049 m / s > c, setting 1/gamma = 0\n",
+      "v = 515148533.80308247 m / s > c, setting 1/gamma = 0\n",
+      "v = 387435415.56696486 m / s > c, setting 1/gamma = 0\n",
+      "v = 432670948.28439075 m / s > c, setting 1/gamma = 0\n",
+      "v = 414509653.5817756 m / s > c, setting 1/gamma = 0\n",
+      "v = 453980785.3577692 m / s > c, setting 1/gamma = 0\n",
+      "v = 300713566.4648501 m / s > c, setting 1/gamma = 0\n",
+      "v = 318871409.2111381 m / s > c, setting 1/gamma = 0\n",
+      "v = 415701110.71162474 m / s > c, setting 1/gamma = 0\n",
+      "v = 454191771.21831226 m / s > c, setting 1/gamma = 0\n",
+      "v = 392184417.64851904 m / s > c, setting 1/gamma = 0\n",
+      "v = 433433048.7964637 m / s > c, setting 1/gamma = 0\n",
+      "v = 486650144.8252861 m / s > c, setting 1/gamma = 0\n",
+      "v = 500779363.8379935 m / s > c, setting 1/gamma = 0\n",
+      "v = 346208158.91512406 m / s > c, setting 1/gamma = 0\n",
+      "v = 371171586.62774986 m / s > c, setting 1/gamma = 0\n",
+      "v = 311174328.44015443 m / s > c, setting 1/gamma = 0\n",
+      "v = 330897126.40215355 m / s > c, setting 1/gamma = 0\n",
+      "v = 328182501.2166901 m / s > c, setting 1/gamma = 0\n",
+      "v = 370318035.059229 m / s > c, setting 1/gamma = 0\n",
+      "v = 316104956.42066634 m / s > c, setting 1/gamma = 0\n",
+      "v = 326123874.27719593 m / s > c, setting 1/gamma = 0\n",
+      "v = 316279424.13914186 m / s > c, setting 1/gamma = 0\n",
+      "v = 334022107.98307145 m / s > c, setting 1/gamma = 0\n",
+      "v = 331397419.8013297 m / s > c, setting 1/gamma = 0\n",
+      "v = 334528888.33532524 m / s > c, setting 1/gamma = 0\n",
+      "v = 489881966.0406733 m / s > c, setting 1/gamma = 0\n",
+      "v = 513576863.5977759 m / s > c, setting 1/gamma = 0\n",
+      "v = 492475611.25925994 m / s > c, setting 1/gamma = 0\n",
+      "v = 536932458.4253117 m / s > c, setting 1/gamma = 0\n",
+      "v = 332767399.95541155 m / s > c, setting 1/gamma = 0\n",
+      "v = 388074651.9630595 m / s > c, setting 1/gamma = 0\n",
+      "v = 329223007.72474706 m / s > c, setting 1/gamma = 0\n",
+      "v = 312838479.5906591 m / s > c, setting 1/gamma = 0\n",
+      "v = 316463335.4318628 m / s > c, setting 1/gamma = 0\n",
+      "v = 380471211.63696975 m / s > c, setting 1/gamma = 0\n",
+      "v = 307962238.37322414 m / s > c, setting 1/gamma = 0\n",
+      "v = 695704603.3866081 m / s > c, setting 1/gamma = 0\n",
+      "v = 681991937.3078979 m / s > c, setting 1/gamma = 0\n",
+      "v = 311818405.6840815 m / s > c, setting 1/gamma = 0\n",
+      "v = 355206884.759732 m / s > c, setting 1/gamma = 0\n",
+      "v = 442602237.40029466 m / s > c, setting 1/gamma = 0\n",
+      "v = 503278731.07839245 m / s > c, setting 1/gamma = 0\n",
+      "v = 311299604.16670036 m / s > c, setting 1/gamma = 0\n",
+      "v = 427761148.4679421 m / s > c, setting 1/gamma = 0\n",
+      "v = 464221059.86362106 m / s > c, setting 1/gamma = 0\n",
+      "v = 324050773.7651376 m / s > c, setting 1/gamma = 0\n",
+      "v = 938746014.494627 m / s > c, setting 1/gamma = 0\n",
+      "v = 826395984.5349392 m / s > c, setting 1/gamma = 0\n",
+      "v = 373741954.487878 m / s > c, setting 1/gamma = 0\n",
+      "v = 420014850.99254453 m / s > c, setting 1/gamma = 0\n",
+      "v = 316013224.76576006 m / s > c, setting 1/gamma = 0\n",
+      "v = 345417798.4459112 m / s > c, setting 1/gamma = 0\n",
+      "v = 306385976.5016623 m / s > c, setting 1/gamma = 0\n",
+      "v = 362821122.58507794 m / s > c, setting 1/gamma = 0\n",
+      "v = 318762374.2170742 m / s > c, setting 1/gamma = 0\n",
+      "v = 378335084.2686383 m / s > c, setting 1/gamma = 0\n",
+      "v = 304361829.3731057 m / s > c, setting 1/gamma = 0\n",
+      "v = 300667793.8477846 m / s > c, setting 1/gamma = 0\n",
+      "v = 310544160.7270576 m / s > c, setting 1/gamma = 0\n",
+      "v = 358229272.42261237 m / s > c, setting 1/gamma = 0\n",
+      "v = 488479871.3730207 m / s > c, setting 1/gamma = 0\n",
+      "v = 509587057.64479166 m / s > c, setting 1/gamma = 0\n",
+      "v = 309636022.71320546 m / s > c, setting 1/gamma = 0\n",
+      "v = 335048979.1336483 m / s > c, setting 1/gamma = 0\n",
+      "v = 315856453.6486153 m / s > c, setting 1/gamma = 0\n",
+      "v = 372027122.78762007 m / s > c, setting 1/gamma = 0\n",
+      "v = 308150417.6176544 m / s > c, setting 1/gamma = 0\n",
+      "v = 310470780.4912982 m / s > c, setting 1/gamma = 0\n",
+      "v = 305614370.15203387 m / s > c, setting 1/gamma = 0\n",
+      "v = 301112109.67201865 m / s > c, setting 1/gamma = 0\n",
+      "v = 342006687.3627959 m / s > c, setting 1/gamma = 0\n",
+      "v = 522471631.1173034 m / s > c, setting 1/gamma = 0\n",
+      "v = 548311996.4382199 m / s > c, setting 1/gamma = 0\n",
+      "v = 322037956.5566982 m / s > c, setting 1/gamma = 0\n",
+      "v = 384287570.3045904 m / s > c, setting 1/gamma = 0\n",
+      "v = 349407738.36805457 m / s > c, setting 1/gamma = 0\n",
+      "v = 338715645.09164613 m / s > c, setting 1/gamma = 0\n",
+      "v = 386770310.8151313 m / s > c, setting 1/gamma = 0\n",
+      "v = 533557331.1497228 m / s > c, setting 1/gamma = 0\n",
+      "v = 570221992.5728251 m / s > c, setting 1/gamma = 0\n",
+      "v = 316712945.4292097 m / s > c, setting 1/gamma = 0\n",
+      "v = 481879648.8597943 m / s > c, setting 1/gamma = 0\n",
+      "v = 519003880.45331377 m / s > c, setting 1/gamma = 0\n",
+      "v = 479396309.2271157 m / s > c, setting 1/gamma = 0\n",
+      "v = 522160652.8739732 m / s > c, setting 1/gamma = 0\n",
+      "v = 300925108.7392465 m / s > c, setting 1/gamma = 0\n",
+      "v = 707474293.9232578 m / s > c, setting 1/gamma = 0\n",
+      "v = 599187261.7480855 m / s > c, setting 1/gamma = 0\n",
+      "v = 302666853.7573405 m / s > c, setting 1/gamma = 0\n",
+      "v = 354594896.93890226 m / s > c, setting 1/gamma = 0\n",
+      "v = 383989462.5992746 m / s > c, setting 1/gamma = 0\n",
+      "v = 313168004.11662096 m / s > c, setting 1/gamma = 0\n",
+      "v = 600570692.2917517 m / s > c, setting 1/gamma = 0\n",
+      "v = 622854996.8098251 m / s > c, setting 1/gamma = 0\n",
+      "v = 482584957.3022169 m / s > c, setting 1/gamma = 0\n",
+      "v = 529732743.15682083 m / s > c, setting 1/gamma = 0\n",
+      "v = 319163625.6314745 m / s > c, setting 1/gamma = 0\n",
+      "v = 377034192.3823173 m / s > c, setting 1/gamma = 0\n",
+      "v = 407099325.11669415 m / s > c, setting 1/gamma = 0\n",
+      "v = 304774789.7612277 m / s > c, setting 1/gamma = 0\n",
+      "v = 310686189.40274245 m / s > c, setting 1/gamma = 0\n",
+      "v = 369603072.7026562 m / s > c, setting 1/gamma = 0\n",
+      "v = 317839980.41018885 m / s > c, setting 1/gamma = 0\n",
+      "v = 304987681.41872007 m / s > c, setting 1/gamma = 0\n",
+      "v = 359855534.4496975 m / s > c, setting 1/gamma = 0\n",
+      "v = 428933248.29297763 m / s > c, setting 1/gamma = 0\n",
+      "v = 321238298.3937169 m / s > c, setting 1/gamma = 0\n",
+      "v = 366435124.1304464 m / s > c, setting 1/gamma = 0\n",
+      "v = 482503072.00620973 m / s > c, setting 1/gamma = 0\n",
+      "v = 534609906.76048535 m / s > c, setting 1/gamma = 0\n",
+      "v = 318690632.57392997 m / s > c, setting 1/gamma = 0\n",
+      "v = 356658696.21546185 m / s > c, setting 1/gamma = 0\n",
+      "v = 415562010.25512093 m / s > c, setting 1/gamma = 0\n",
+      "v = 318346881.4046138 m / s > c, setting 1/gamma = 0\n",
+      "v = 308171914.04617876 m / s > c, setting 1/gamma = 0\n",
+      "v = 372117200.82331795 m / s > c, setting 1/gamma = 0\n",
+      "v = 415289976.2242116 m / s > c, setting 1/gamma = 0\n",
+      "v = 477839112.15330815 m / s > c, setting 1/gamma = 0\n",
+      "v = 340472142.6342891 m / s > c, setting 1/gamma = 0\n",
+      "v = 403838419.7015398 m / s > c, setting 1/gamma = 0\n",
+      "v = 313469132.25126636 m / s > c, setting 1/gamma = 0\n",
+      "v = 344155317.74147356 m / s > c, setting 1/gamma = 0\n",
+      "v = 400694485.312599 m / s > c, setting 1/gamma = 0\n",
+      "v = 423880227.312771 m / s > c, setting 1/gamma = 0\n",
+      "v = 487961665.4826737 m / s > c, setting 1/gamma = 0\n",
+      "v = 318384604.4349054 m / s > c, setting 1/gamma = 0\n",
+      "v = 369819271.80841845 m / s > c, setting 1/gamma = 0\n",
+      "v = 568096582.3816382 m / s > c, setting 1/gamma = 0\n",
+      "v = 599857999.9828731 m / s > c, setting 1/gamma = 0\n",
+      "v = 353534313.26423854 m / s > c, setting 1/gamma = 0\n",
+      "v = 414218023.94878787 m / s > c, setting 1/gamma = 0\n",
+      "v = 370718695.7836088 m / s > c, setting 1/gamma = 0\n",
+      "v = 415464393.1377849 m / s > c, setting 1/gamma = 0\n",
+      "v = 300872740.16875535 m / s > c, setting 1/gamma = 0\n",
+      "v = 574107885.4832062 m / s > c, setting 1/gamma = 0\n",
+      "v = 592159089.2173969 m / s > c, setting 1/gamma = 0\n",
+      "v = 391240397.2943654 m / s > c, setting 1/gamma = 0\n",
+      "v = 442932133.7718833 m / s > c, setting 1/gamma = 0\n",
+      "v = 477054015.3801834 m / s > c, setting 1/gamma = 0\n",
+      "v = 505754815.58463496 m / s > c, setting 1/gamma = 0\n",
+      "v = 339098064.19789 m / s > c, setting 1/gamma = 0\n",
+      "v = 381405483.62268305 m / s > c, setting 1/gamma = 0\n",
+      "v = 310159329.8489098 m / s > c, setting 1/gamma = 0\n",
+      "v = 359542058.3904544 m / s > c, setting 1/gamma = 0\n",
+      "v = 343130598.42093897 m / s > c, setting 1/gamma = 0\n",
+      "v = 394292377.0531708 m / s > c, setting 1/gamma = 0\n",
+      "v = 318200698.21691155 m / s > c, setting 1/gamma = 0\n",
+      "v = 375862556.5524836 m / s > c, setting 1/gamma = 0\n",
+      "v = 375992608.78279823 m / s > c, setting 1/gamma = 0\n",
+      "v = 446185253.1765805 m / s > c, setting 1/gamma = 0\n",
+      "v = 301778306.68323994 m / s > c, setting 1/gamma = 0\n",
+      "v = 350902059.7434297 m / s > c, setting 1/gamma = 0\n",
+      "v = 300704504.7048962 m / s > c, setting 1/gamma = 0\n",
+      "v = 330805623.6120769 m / s > c, setting 1/gamma = 0\n",
+      "v = 419521080.71920455 m / s > c, setting 1/gamma = 0\n",
+      "v = 455464799.00875133 m / s > c, setting 1/gamma = 0\n",
+      "v = 395066702.4603632 m / s > c, setting 1/gamma = 0\n",
+      "v = 457919302.72160363 m / s > c, setting 1/gamma = 0\n",
+      "v = 305705276.12170726 m / s > c, setting 1/gamma = 0\n",
+      "v = 303413900.50986874 m / s > c, setting 1/gamma = 0\n",
+      "v = 363615157.24005544 m / s > c, setting 1/gamma = 0\n",
+      "v = 396675713.86272275 m / s > c, setting 1/gamma = 0\n",
+      "v = 402435948.83309495 m / s > c, setting 1/gamma = 0\n",
+      "v = 456936760.4546229 m / s > c, setting 1/gamma = 0\n",
+      "v = 421699784.39191186 m / s > c, setting 1/gamma = 0\n",
+      "v = 475238057.9064382 m / s > c, setting 1/gamma = 0\n",
+      "v = 309987554.4546439 m / s > c, setting 1/gamma = 0\n",
+      "v = 709558763.2368345 m / s > c, setting 1/gamma = 0\n",
+      "v = 593870888.3202221 m / s > c, setting 1/gamma = 0\n",
+      "v = 384688451.41733366 m / s > c, setting 1/gamma = 0\n",
+      "v = 462928531.2872786 m / s > c, setting 1/gamma = 0\n",
+      "v = 322043666.5515618 m / s > c, setting 1/gamma = 0\n",
+      "v = 424339430.2402436 m / s > c, setting 1/gamma = 0\n",
+      "v = 445185543.4555741 m / s > c, setting 1/gamma = 0\n",
+      "v = 342768584.43531173 m / s > c, setting 1/gamma = 0\n",
+      "v = 388900773.17808235 m / s > c, setting 1/gamma = 0\n",
+      "v = 374302717.1893001 m / s > c, setting 1/gamma = 0\n",
+      "v = 428922244.34227335 m / s > c, setting 1/gamma = 0\n",
+      "v = 313126510.7139626 m / s > c, setting 1/gamma = 0\n",
+      "v = 367091855.1682207 m / s > c, setting 1/gamma = 0\n",
+      "v = 322135137.11016077 m / s > c, setting 1/gamma = 0\n",
+      "v = 359134408.5198252 m / s > c, setting 1/gamma = 0\n",
+      "v = 405138734.56346095 m / s > c, setting 1/gamma = 0\n",
+      "v = 458250955.620125 m / s > c, setting 1/gamma = 0\n",
+      "v = 338242684.1345418 m / s > c, setting 1/gamma = 0\n",
+      "v = 316658896.19010985 m / s > c, setting 1/gamma = 0\n",
+      "v = 326236923.30964386 m / s > c, setting 1/gamma = 0\n",
+      "v = 538168726.3847963 m / s > c, setting 1/gamma = 0\n",
+      "v = 576134910.7800337 m / s > c, setting 1/gamma = 0\n",
+      "v = 318359453.3270433 m / s > c, setting 1/gamma = 0\n",
+      "v = 377574102.10489416 m / s > c, setting 1/gamma = 0\n",
+      "v = 303195403.7780023 m / s > c, setting 1/gamma = 0\n",
+      "v = 317083421.39410233 m / s > c, setting 1/gamma = 0\n",
+      "v = 324192044.21217555 m / s > c, setting 1/gamma = 0\n",
+      "v = 392559848.5096685 m / s > c, setting 1/gamma = 0\n",
+      "v = 305838941.5995436 m / s > c, setting 1/gamma = 0\n",
+      "v = 512673993.8658519 m / s > c, setting 1/gamma = 0\n",
+      "v = 529831789.9496523 m / s > c, setting 1/gamma = 0\n",
+      "v = 310061332.6595255 m / s > c, setting 1/gamma = 0\n",
+      "v = 351347737.0069945 m / s > c, setting 1/gamma = 0\n",
+      "v = 576346448.2132972 m / s > c, setting 1/gamma = 0\n",
+      "v = 609230709.2273604 m / s > c, setting 1/gamma = 0\n",
+      "v = 304774592.7201993 m / s > c, setting 1/gamma = 0\n",
+      "v = 332146399.25530994 m / s > c, setting 1/gamma = 0\n",
+      "v = 385107679.7237919 m / s > c, setting 1/gamma = 0\n",
+      "v = 613933205.0875912 m / s > c, setting 1/gamma = 0\n",
+      "v = 624884636.5842494 m / s > c, setting 1/gamma = 0\n",
+      "v = 387201146.0631738 m / s > c, setting 1/gamma = 0\n",
+      "v = 439321295.39622533 m / s > c, setting 1/gamma = 0\n",
+      "v = 321779557.0338413 m / s > c, setting 1/gamma = 0\n",
+      "v = 340521413.7533843 m / s > c, setting 1/gamma = 0\n",
+      "v = 373708948.7345346 m / s > c, setting 1/gamma = 0\n",
+      "v = 344517687.5194855 m / s > c, setting 1/gamma = 0\n",
+      "v = 325141269.1590632 m / s > c, setting 1/gamma = 0\n",
+      "v = 368878117.93321687 m / s > c, setting 1/gamma = 0\n",
+      "v = 552043351.1195269 m / s > c, setting 1/gamma = 0\n",
+      "v = 568748735.4092857 m / s > c, setting 1/gamma = 0\n",
+      "v = 306376676.35791975 m / s > c, setting 1/gamma = 0\n",
+      "v = 360646887.7013972 m / s > c, setting 1/gamma = 0\n",
+      "v = 304268567.3104658 m / s > c, setting 1/gamma = 0\n",
+      "v = 352364169.9134947 m / s > c, setting 1/gamma = 0\n",
+      "v = 415689667.72793794 m / s > c, setting 1/gamma = 0\n",
+      "v = 361363499.0162891 m / s > c, setting 1/gamma = 0\n",
+      "v = 435493592.4766594 m / s > c, setting 1/gamma = 0\n",
+      "v = 301960425.0460736 m / s > c, setting 1/gamma = 0\n",
+      "v = 329782628.9106929 m / s > c, setting 1/gamma = 0\n",
+      "v = 324625263.5775098 m / s > c, setting 1/gamma = 0\n",
+      "v = 389818685.1635493 m / s > c, setting 1/gamma = 0\n",
+      "v = 391905816.1123596 m / s > c, setting 1/gamma = 0\n",
+      "v = 434234569.8160599 m / s > c, setting 1/gamma = 0\n",
+      "v = 703826249.96054 m / s > c, setting 1/gamma = 0\n",
+      "v = 676695836.8244901 m / s > c, setting 1/gamma = 0\n",
+      "v = 575080553.0207547 m / s > c, setting 1/gamma = 0\n",
+      "v = 573393530.4748582 m / s > c, setting 1/gamma = 0\n",
+      "v = 367798984.7012283 m / s > c, setting 1/gamma = 0\n",
+      "v = 406746396.06637526 m / s > c, setting 1/gamma = 0\n",
+      "v = 415206844.20907694 m / s > c, setting 1/gamma = 0\n",
+      "v = 459958504.35550433 m / s > c, setting 1/gamma = 0\n",
+      "v = 361674339.1941147 m / s > c, setting 1/gamma = 0\n",
+      "v = 874759168.125719 m / s > c, setting 1/gamma = 0\n",
+      "v = 740589245.9998403 m / s > c, setting 1/gamma = 0\n",
+      "v = 332915973.88080555 m / s > c, setting 1/gamma = 0\n",
+      "v = 397843744.1503383 m / s > c, setting 1/gamma = 0\n",
+      "v = 302895026.2882245 m / s > c, setting 1/gamma = 0\n",
+      "v = 311860211.5784614 m / s > c, setting 1/gamma = 0\n",
+      "v = 358961317.6562793 m / s > c, setting 1/gamma = 0\n",
+      "v = 329327091.50693804 m / s > c, setting 1/gamma = 0\n",
+      "v = 318631239.0016723 m / s > c, setting 1/gamma = 0\n",
+      "v = 327200259.54276145 m / s > c, setting 1/gamma = 0\n",
+      "v = 384358957.4089512 m / s > c, setting 1/gamma = 0\n",
+      "v = 448031313.8026741 m / s > c, setting 1/gamma = 0\n",
+      "v = 324350041.3544553 m / s > c, setting 1/gamma = 0\n",
+      "v = 410342262.7050383 m / s > c, setting 1/gamma = 0\n",
+      "v = 469887426.81491315 m / s > c, setting 1/gamma = 0\n",
+      "v = 304389044.07729274 m / s > c, setting 1/gamma = 0\n",
+      "v = 369715928.38059556 m / s > c, setting 1/gamma = 0\n",
+      "v = 898915074.593668 m / s > c, setting 1/gamma = 0\n",
+      "v = 759688376.8341995 m / s > c, setting 1/gamma = 0\n",
+      "v = 307523387.2918337 m / s > c, setting 1/gamma = 0\n",
+      "v = 317241691.0959845 m / s > c, setting 1/gamma = 0\n",
+      "v = 343292081.8581975 m / s > c, setting 1/gamma = 0\n",
+      "v = 381949111.93185925 m / s > c, setting 1/gamma = 0\n",
+      "v = 336592168.1003403 m / s > c, setting 1/gamma = 0\n",
+      "v = 400654305.89503324 m / s > c, setting 1/gamma = 0\n",
+      "v = 392926131.8194449 m / s > c, setting 1/gamma = 0\n",
+      "v = 455971788.92008114 m / s > c, setting 1/gamma = 0\n",
+      "v = 365888561.84686863 m / s > c, setting 1/gamma = 0\n",
+      "v = 424919269.7445037 m / s > c, setting 1/gamma = 0\n",
+      "v = 319205869.6859501 m / s > c, setting 1/gamma = 0\n",
+      "v = 383289206.2726556 m / s > c, setting 1/gamma = 0\n",
+      "v = 303915379.26619786 m / s > c, setting 1/gamma = 0\n",
+      "v = 328492024.54709816 m / s > c, setting 1/gamma = 0\n",
+      "v = 346537355.753423 m / s > c, setting 1/gamma = 0\n",
+      "v = 522997187.8260127 m / s > c, setting 1/gamma = 0\n",
+      "v = 544165558.0347239 m / s > c, setting 1/gamma = 0\n",
+      "v = 464577472.2862744 m / s > c, setting 1/gamma = 0\n",
+      "v = 507348697.97549564 m / s > c, setting 1/gamma = 0\n",
+      "v = 308388542.19145066 m / s > c, setting 1/gamma = 0\n",
+      "v = 332962421.2270097 m / s > c, setting 1/gamma = 0\n",
+      "v = 313638473.5665676 m / s > c, setting 1/gamma = 0\n",
+      "v = 368445512.3033014 m / s > c, setting 1/gamma = 0\n",
+      "v = 303824875.914005 m / s > c, setting 1/gamma = 0\n",
+      "v = 359365129.56027186 m / s > c, setting 1/gamma = 0\n",
+      "v = 307018113.63228756 m / s > c, setting 1/gamma = 0\n",
+      "v = 615478453.9327487 m / s > c, setting 1/gamma = 0\n",
+      "v = 630778097.5189215 m / s > c, setting 1/gamma = 0\n",
+      "v = 362441505.8741928 m / s > c, setting 1/gamma = 0\n",
+      "v = 424602305.0215493 m / s > c, setting 1/gamma = 0\n",
+      "v = 328637999.01148254 m / s > c, setting 1/gamma = 0\n",
+      "v = 401383082.8479047 m / s > c, setting 1/gamma = 0\n",
+      "v = 353329877.1632724 m / s > c, setting 1/gamma = 0\n",
+      "v = 398285642.65693283 m / s > c, setting 1/gamma = 0\n",
+      "v = 456496056.8915879 m / s > c, setting 1/gamma = 0\n",
+      "v = 505359494.6317276 m / s > c, setting 1/gamma = 0\n",
+      "v = 300749822.35209036 m / s > c, setting 1/gamma = 0\n",
+      "v = 306166931.7050463 m / s > c, setting 1/gamma = 0\n",
+      "v = 801077909.9079115 m / s > c, setting 1/gamma = 0\n",
+      "v = 728970899.7592072 m / s > c, setting 1/gamma = 0\n",
+      "v = 458611209.95850956 m / s > c, setting 1/gamma = 0\n",
+      "v = 504939586.01938057 m / s > c, setting 1/gamma = 0\n",
+      "v = 377764108.1009256 m / s > c, setting 1/gamma = 0\n",
+      "v = 453097851.1019546 m / s > c, setting 1/gamma = 0\n",
+      "v = 301061687.88849235 m / s > c, setting 1/gamma = 0\n",
+      "v = 332920242.47032017 m / s > c, setting 1/gamma = 0\n",
+      "v = 560147102.7857825 m / s > c, setting 1/gamma = 0\n",
+      "v = 590823470.8270558 m / s > c, setting 1/gamma = 0\n",
+      "v = 336524275.18183285 m / s > c, setting 1/gamma = 0\n",
+      "v = 394468525.3223359 m / s > c, setting 1/gamma = 0\n",
+      "v = 300661698.7780728 m / s > c, setting 1/gamma = 0\n",
+      "v = 388086038.2594894 m / s > c, setting 1/gamma = 0\n",
+      "v = 450134061.1558763 m / s > c, setting 1/gamma = 0\n",
+      "v = 363068976.1810331 m / s > c, setting 1/gamma = 0\n",
+      "v = 427566277.3454074 m / s > c, setting 1/gamma = 0\n",
+      "v = 426145574.9240709 m / s > c, setting 1/gamma = 0\n",
+      "v = 485810390.52144814 m / s > c, setting 1/gamma = 0\n",
+      "v = 314463872.9185333 m / s > c, setting 1/gamma = 0\n",
+      "v = 321016404.4918144 m / s > c, setting 1/gamma = 0\n",
+      "v = 387889495.21051395 m / s > c, setting 1/gamma = 0\n",
+      "v = 310822064.53995657 m / s > c, setting 1/gamma = 0\n",
+      "v = 458099791.7570934 m / s > c, setting 1/gamma = 0\n",
+      "v = 1265542529.628896 m / s > c, setting 1/gamma = 0\n",
+      "v = 1101851435.557168 m / s > c, setting 1/gamma = 0\n",
+      "v = 307723728.3432217 m / s > c, setting 1/gamma = 0\n",
+      "v = 712330872.6296823 m / s > c, setting 1/gamma = 0\n",
+      "v = 599846561.3390731 m / s > c, setting 1/gamma = 0\n",
+      "v = 325895050.83827776 m / s > c, setting 1/gamma = 0\n",
+      "v = 403637721.4091026 m / s > c, setting 1/gamma = 0\n",
+      "v = 307384661.65932405 m / s > c, setting 1/gamma = 0\n",
+      "v = 566100735.714189 m / s > c, setting 1/gamma = 0\n",
+      "v = 577426541.944394 m / s > c, setting 1/gamma = 0\n",
+      "v = 319939767.51122826 m / s > c, setting 1/gamma = 0\n",
+      "v = 758688632.2630053 m / s > c, setting 1/gamma = 0\n",
+      "v = 637287358.3962809 m / s > c, setting 1/gamma = 0\n",
+      "v = 374781639.0620408 m / s > c, setting 1/gamma = 0\n",
+      "v = 458928105.08441293 m / s > c, setting 1/gamma = 0\n",
+      "v = 303524927.60126805 m / s > c, setting 1/gamma = 0\n",
+      "v = 310465556.5994451 m / s > c, setting 1/gamma = 0\n",
+      "v = 560921880.2592229 m / s > c, setting 1/gamma = 0\n",
+      "v = 585591597.730912 m / s > c, setting 1/gamma = 0\n",
+      "v = 318076704.69476485 m / s > c, setting 1/gamma = 0\n",
+      "v = 367814530.8065756 m / s > c, setting 1/gamma = 0\n",
+      "v = 538491483.1739781 m / s > c, setting 1/gamma = 0\n",
+      "v = 587007229.00452 m / s > c, setting 1/gamma = 0\n",
+      "v = 314652953.67504424 m / s > c, setting 1/gamma = 0\n",
+      "v = 494443781.8412882 m / s > c, setting 1/gamma = 0\n",
+      "v = 522948845.16430074 m / s > c, setting 1/gamma = 0\n",
+      "v = 374907391.7916745 m / s > c, setting 1/gamma = 0\n",
+      "v = 442030231.79718655 m / s > c, setting 1/gamma = 0\n",
+      "v = 428700745.06112534 m / s > c, setting 1/gamma = 0\n",
+      "v = 489752653.0164303 m / s > c, setting 1/gamma = 0\n",
+      "v = 424686973.14386284 m / s > c, setting 1/gamma = 0\n",
+      "v = 462408780.5039039 m / s > c, setting 1/gamma = 0\n",
+      "v = 409173249.4102843 m / s > c, setting 1/gamma = 0\n",
+      "v = 432102548.90266955 m / s > c, setting 1/gamma = 0\n",
+      "v = 441451990.80398047 m / s > c, setting 1/gamma = 0\n",
+      "v = 497926486.48723084 m / s > c, setting 1/gamma = 0\n",
+      "v = 583922574.5763226 m / s > c, setting 1/gamma = 0\n",
+      "v = 588401690.5783975 m / s > c, setting 1/gamma = 0\n",
+      "v = 478675915.1697015 m / s > c, setting 1/gamma = 0\n",
+      "v = 527983326.1381267 m / s > c, setting 1/gamma = 0\n",
+      "v = 321462191.84418607 m / s > c, setting 1/gamma = 0\n",
+      "v = 336327080.60574365 m / s > c, setting 1/gamma = 0\n",
+      "v = 397959947.7615088 m / s > c, setting 1/gamma = 0\n",
+      "v = 421526009.66370654 m / s > c, setting 1/gamma = 0\n",
+      "v = 464170898.131589 m / s > c, setting 1/gamma = 0\n",
+      "v = 340526627.5031866 m / s > c, setting 1/gamma = 0\n",
+      "v = 361161898.5911578 m / s > c, setting 1/gamma = 0\n",
+      "v = 378232158.1590673 m / s > c, setting 1/gamma = 0\n",
+      "v = 440266461.0181953 m / s > c, setting 1/gamma = 0\n",
+      "v = 355418669.15539545 m / s > c, setting 1/gamma = 0\n",
+      "v = 371451166.5470009 m / s > c, setting 1/gamma = 0\n",
+      "v = 342907128.4001978 m / s > c, setting 1/gamma = 0\n",
+      "v = 306935043.1149627 m / s > c, setting 1/gamma = 0\n",
+      "v = 301188749.5011085 m / s > c, setting 1/gamma = 0\n",
+      "v = 450259773.044211 m / s > c, setting 1/gamma = 0\n",
+      "v = 504947169.18862545 m / s > c, setting 1/gamma = 0\n",
+      "v = 326762161.6548634 m / s > c, setting 1/gamma = 0\n",
+      "v = 358262967.885394 m / s > c, setting 1/gamma = 0\n",
+      "v = 349977683.7383806 m / s > c, setting 1/gamma = 0\n",
+      "v = 563005762.5643195 m / s > c, setting 1/gamma = 0\n",
+      "v = 598232781.9404355 m / s > c, setting 1/gamma = 0\n",
+      "v = 538900147.4272585 m / s > c, setting 1/gamma = 0\n",
+      "v = 553430461.8854654 m / s > c, setting 1/gamma = 0\n",
+      "v = 332991070.65108526 m / s > c, setting 1/gamma = 0\n",
+      "v = 478331663.1724703 m / s > c, setting 1/gamma = 0\n",
+      "v = 522866104.4942172 m / s > c, setting 1/gamma = 0\n",
+      "v = 513449102.76946616 m / s > c, setting 1/gamma = 0\n",
+      "v = 548850862.6673155 m / s > c, setting 1/gamma = 0\n",
+      "v = 333837436.8555642 m / s > c, setting 1/gamma = 0\n",
+      "v = 369629774.39345634 m / s > c, setting 1/gamma = 0\n",
+      "v = 429724506.67663145 m / s > c, setting 1/gamma = 0\n",
+      "v = 383718366.17865133 m / s > c, setting 1/gamma = 0\n",
+      "v = 451336750.96612203 m / s > c, setting 1/gamma = 0\n",
+      "v = 382477273.9181298 m / s > c, setting 1/gamma = 0\n",
+      "v = 426999210.1441741 m / s > c, setting 1/gamma = 0\n",
+      "v = 414342246.65713197 m / s > c, setting 1/gamma = 0\n",
+      "v = 434926260.09804094 m / s > c, setting 1/gamma = 0\n",
+      "v = 326803999.229623 m / s > c, setting 1/gamma = 0\n",
+      "v = 760364332.9411522 m / s > c, setting 1/gamma = 0\n",
+      "v = 637757058.4122871 m / s > c, setting 1/gamma = 0\n",
+      "v = 442170893.3373305 m / s > c, setting 1/gamma = 0\n",
+      "v = 459784025.1475597 m / s > c, setting 1/gamma = 0\n",
+      "v = 307958674.9791705 m / s > c, setting 1/gamma = 0\n",
+      "v = 329307325.45608515 m / s > c, setting 1/gamma = 0\n",
+      "v = 357229450.18667585 m / s > c, setting 1/gamma = 0\n",
+      "v = 375080988.12076783 m / s > c, setting 1/gamma = 0\n",
+      "v = 439276448.9570394 m / s > c, setting 1/gamma = 0\n",
+      "v = 389667046.4844203 m / s > c, setting 1/gamma = 0\n",
+      "v = 435261492.3442913 m / s > c, setting 1/gamma = 0\n",
+      "v = 467255973.0498307 m / s > c, setting 1/gamma = 0\n",
+      "v = 487659274.814919 m / s > c, setting 1/gamma = 0\n",
+      "v = 302290683.16139936 m / s > c, setting 1/gamma = 0\n",
+      "v = 690928133.6279446 m / s > c, setting 1/gamma = 0\n",
+      "v = 577583326.6292696 m / s > c, setting 1/gamma = 0\n",
+      "v = 328637990.4026219 m / s > c, setting 1/gamma = 0\n",
+      "v = 405717242.673822 m / s > c, setting 1/gamma = 0\n",
+      "v = 498533620.3533074 m / s > c, setting 1/gamma = 0\n",
+      "v = 521914882.0173165 m / s > c, setting 1/gamma = 0\n",
+      "v = 325452221.2945506 m / s > c, setting 1/gamma = 0\n",
+      "v = 300975456.4613032 m / s > c, setting 1/gamma = 0\n",
+      "v = 354052358.8696194 m / s > c, setting 1/gamma = 0\n",
+      "v = 361792548.5551011 m / s > c, setting 1/gamma = 0\n",
+      "v = 419140560.69581336 m / s > c, setting 1/gamma = 0\n",
+      "v = 436309544.5151415 m / s > c, setting 1/gamma = 0\n",
+      "v = 498401284.8568371 m / s > c, setting 1/gamma = 0\n",
+      "v = 335660036.2781088 m / s > c, setting 1/gamma = 0\n",
+      "v = 389337316.3844847 m / s > c, setting 1/gamma = 0\n",
+      "v = 449056947.107899 m / s > c, setting 1/gamma = 0\n",
+      "v = 475918498.49323976 m / s > c, setting 1/gamma = 0\n",
+      "v = 314469136.445297 m / s > c, setting 1/gamma = 0\n",
+      "v = 379656004.04101545 m / s > c, setting 1/gamma = 0\n",
+      "v = 307644866.54083717 m / s > c, setting 1/gamma = 0\n",
+      "v = 375174828.6589865 m / s > c, setting 1/gamma = 0\n",
+      "v = 348439956.7733889 m / s > c, setting 1/gamma = 0\n",
+      "v = 312508725.0348063 m / s > c, setting 1/gamma = 0\n",
+      "v = 376786981.14502496 m / s > c, setting 1/gamma = 0\n",
+      "v = 335762977.49850154 m / s > c, setting 1/gamma = 0\n",
+      "v = 315326199.7312614 m / s > c, setting 1/gamma = 0\n",
+      "v = 341173506.49172425 m / s > c, setting 1/gamma = 0\n",
+      "v = 339715832.12733287 m / s > c, setting 1/gamma = 0\n",
+      "v = 306370711.287571 m / s > c, setting 1/gamma = 0\n",
+      "v = 367491039.40423995 m / s > c, setting 1/gamma = 0\n",
+      "v = 656395829.1857526 m / s > c, setting 1/gamma = 0\n",
+      "v = 660891306.4017634 m / s > c, setting 1/gamma = 0\n",
+      "v = 327649908.8392808 m / s > c, setting 1/gamma = 0\n",
+      "v = 361766714.6875154 m / s > c, setting 1/gamma = 0\n",
+      "v = 375074066.4947851 m / s > c, setting 1/gamma = 0\n",
+      "v = 439594414.956919 m / s > c, setting 1/gamma = 0\n",
+      "v = 422558629.1494783 m / s > c, setting 1/gamma = 0\n",
+      "v = 488834395.9695779 m / s > c, setting 1/gamma = 0\n",
+      "v = 394941985.28399515 m / s > c, setting 1/gamma = 0\n",
+      "v = 456521689.40678746 m / s > c, setting 1/gamma = 0\n",
+      "v = 307475111.5015785 m / s > c, setting 1/gamma = 0\n",
+      "v = 366710116.0831818 m / s > c, setting 1/gamma = 0\n",
+      "v = 427264490.3891972 m / s > c, setting 1/gamma = 0\n",
+      "v = 360152854.53943616 m / s > c, setting 1/gamma = 0\n",
+      "v = 432933437.2575914 m / s > c, setting 1/gamma = 0\n",
+      "v = 346589256.90729827 m / s > c, setting 1/gamma = 0\n",
+      "v = 410985053.81650066 m / s > c, setting 1/gamma = 0\n",
+      "v = 305693640.2030149 m / s > c, setting 1/gamma = 0\n",
+      "v = 346647256.1291402 m / s > c, setting 1/gamma = 0\n",
+      "v = 397744873.6122569 m / s > c, setting 1/gamma = 0\n",
+      "v = 318107313.1610264 m / s > c, setting 1/gamma = 0\n",
+      "v = 307553129.9879464 m / s > c, setting 1/gamma = 0\n",
+      "v = 517671927.6804894 m / s > c, setting 1/gamma = 0\n",
+      "v = 556240125.7127377 m / s > c, setting 1/gamma = 0\n",
+      "v = 642365180.0498958 m / s > c, setting 1/gamma = 0\n",
+      "v = 631806237.6258377 m / s > c, setting 1/gamma = 0\n",
+      "v = 301773907.0962527 m / s > c, setting 1/gamma = 0\n",
+      "v = 353989471.31115264 m / s > c, setting 1/gamma = 0\n",
+      "v = 407596940.4677471 m / s > c, setting 1/gamma = 0\n",
+      "v = 473215808.73383564 m / s > c, setting 1/gamma = 0\n",
+      "v = 319641913.32145065 m / s > c, setting 1/gamma = 0\n",
+      "v = 314355633.8304635 m / s > c, setting 1/gamma = 0\n",
+      "v = 322280049.4770784 m / s > c, setting 1/gamma = 0\n",
+      "v = 460972545.4265849 m / s > c, setting 1/gamma = 0\n",
+      "v = 514814129.552298 m / s > c, setting 1/gamma = 0\n",
+      "v = 304128566.4386469 m / s > c, setting 1/gamma = 0\n",
+      "v = 300397652.79875517 m / s > c, setting 1/gamma = 0\n",
+      "v = 359634671.8860219 m / s > c, setting 1/gamma = 0\n",
+      "v = 571781643.6587366 m / s > c, setting 1/gamma = 0\n",
+      "v = 606378930.3255194 m / s > c, setting 1/gamma = 0\n",
+      "v = 336775006.84798664 m / s > c, setting 1/gamma = 0\n",
+      "v = 384869027.3125674 m / s > c, setting 1/gamma = 0\n",
+      "v = 453654997.58108675 m / s > c, setting 1/gamma = 0\n",
+      "v = 364145262.477712 m / s > c, setting 1/gamma = 0\n",
+      "v = 416598888.6603275 m / s > c, setting 1/gamma = 0\n",
+      "v = 311208903.5872153 m / s > c, setting 1/gamma = 0\n",
+      "v = 412326988.8617301 m / s > c, setting 1/gamma = 0\n",
+      "v = 448091073.4079773 m / s > c, setting 1/gamma = 0\n",
+      "v = 330964834.7581771 m / s > c, setting 1/gamma = 0\n",
+      "v = 382539177.28160626 m / s > c, setting 1/gamma = 0\n",
+      "v = 352092908.906103 m / s > c, setting 1/gamma = 0\n",
+      "v = 427035612.497738 m / s > c, setting 1/gamma = 0\n",
+      "v = 351696511.3024584 m / s > c, setting 1/gamma = 0\n",
+      "v = 396221067.631672 m / s > c, setting 1/gamma = 0\n",
+      "v = 358656851.81312335 m / s > c, setting 1/gamma = 0\n",
+      "v = 385412521.4522194 m / s > c, setting 1/gamma = 0\n",
+      "v = 529020671.3351208 m / s > c, setting 1/gamma = 0\n",
+      "v = 563997475.0383604 m / s > c, setting 1/gamma = 0\n",
+      "v = 326927619.2592352 m / s > c, setting 1/gamma = 0\n",
+      "v = 406026863.42780226 m / s > c, setting 1/gamma = 0\n",
+      "v = 404344834.62302274 m / s > c, setting 1/gamma = 0\n",
+      "v = 462384653.4055726 m / s > c, setting 1/gamma = 0\n",
+      "v = 343043016.5639607 m / s > c, setting 1/gamma = 0\n",
+      "v = 311759092.2032006 m / s > c, setting 1/gamma = 0\n",
+      "v = 304152982.3243298 m / s > c, setting 1/gamma = 0\n",
+      "v = 303255035.0361278 m / s > c, setting 1/gamma = 0\n",
+      "v = 360375841.29653144 m / s > c, setting 1/gamma = 0\n",
+      "v = 319855451.8000697 m / s > c, setting 1/gamma = 0\n",
+      "v = 388781424.93217134 m / s > c, setting 1/gamma = 0\n",
+      "v = 318934498.40552 m / s > c, setting 1/gamma = 0\n",
+      "v = 306992259.6753869 m / s > c, setting 1/gamma = 0\n",
+      "v = 374675660.3643978 m / s > c, setting 1/gamma = 0\n",
+      "v = 435301753.32466626 m / s > c, setting 1/gamma = 0\n",
+      "v = 328713479.7687666 m / s > c, setting 1/gamma = 0\n",
+      "v = 390596237.74584466 m / s > c, setting 1/gamma = 0\n",
+      "v = 316356154.3648946 m / s > c, setting 1/gamma = 0\n",
+      "v = 340964190.03578484 m / s > c, setting 1/gamma = 0\n",
+      "v = 541132001.2514735 m / s > c, setting 1/gamma = 0\n",
+      "v = 588958122.294783 m / s > c, setting 1/gamma = 0\n",
+      "v = 300962755.7935288 m / s > c, setting 1/gamma = 0\n",
+      "v = 450219660.06464577 m / s > c, setting 1/gamma = 0\n",
+      "v = 498372972.6210149 m / s > c, setting 1/gamma = 0\n",
+      "v = 501163363.3794882 m / s > c, setting 1/gamma = 0\n",
+      "v = 528776430.9489513 m / s > c, setting 1/gamma = 0\n",
+      "v = 335916048.9691616 m / s > c, setting 1/gamma = 0\n",
+      "v = 331876836.9357837 m / s > c, setting 1/gamma = 0\n",
+      "v = 372866232.5561624 m / s > c, setting 1/gamma = 0\n",
+      "v = 327420415.2836974 m / s > c, setting 1/gamma = 0\n",
+      "v = 313067521.20490885 m / s > c, setting 1/gamma = 0\n",
+      "v = 842185754.6426908 m / s > c, setting 1/gamma = 0\n",
+      "v = 740610321.4909089 m / s > c, setting 1/gamma = 0\n",
+      "v = 434295182.8555107 m / s > c, setting 1/gamma = 0\n",
+      "v = 469537466.60699004 m / s > c, setting 1/gamma = 0\n",
+      "v = 309695566.71524084 m / s > c, setting 1/gamma = 0\n",
+      "v = 321684222.35981417 m / s > c, setting 1/gamma = 0\n",
+      "v = 365713865.46165353 m / s > c, setting 1/gamma = 0\n",
+      "v = 606407020.3409545 m / s > c, setting 1/gamma = 0\n",
+      "v = 626941445.2363931 m / s > c, setting 1/gamma = 0\n",
+      "v = 500746649.84159285 m / s > c, setting 1/gamma = 0\n",
+      "v = 527561351.93660986 m / s > c, setting 1/gamma = 0\n",
+      "v = 305846037.86553013 m / s > c, setting 1/gamma = 0\n",
+      "v = 388835006.5220113 m / s > c, setting 1/gamma = 0\n",
+      "v = 439950683.9291586 m / s > c, setting 1/gamma = 0\n",
+      "v = 306432791.76218784 m / s > c, setting 1/gamma = 0\n",
+      "v = 354905422.65616053 m / s > c, setting 1/gamma = 0\n",
+      "v = 307024505.4954144 m / s > c, setting 1/gamma = 0\n",
+      "v = 300903351.1972617 m / s > c, setting 1/gamma = 0\n",
+      "v = 576197272.1192685 m / s > c, setting 1/gamma = 0\n",
+      "v = 592267306.5173509 m / s > c, setting 1/gamma = 0\n",
+      "v = 300982303.62159866 m / s > c, setting 1/gamma = 0\n",
+      "v = 318148304.4242955 m / s > c, setting 1/gamma = 0\n",
+      "v = 315924626.6888854 m / s > c, setting 1/gamma = 0\n",
+      "v = 408263924.5956491 m / s > c, setting 1/gamma = 0\n",
+      "v = 465281365.8561358 m / s > c, setting 1/gamma = 0\n",
+      "v = 601453887.044612 m / s > c, setting 1/gamma = 0\n",
+      "v = 550368510.8683043 m / s > c, setting 1/gamma = 0\n",
+      "v = 301727735.7452845 m / s > c, setting 1/gamma = 0\n",
+      "v = 349366793.04963326 m / s > c, setting 1/gamma = 0\n",
+      "v = 389269819.82763255 m / s > c, setting 1/gamma = 0\n",
+      "v = 585705374.6166921 m / s > c, setting 1/gamma = 0\n",
+      "v = 613489694.7637061 m / s > c, setting 1/gamma = 0\n",
+      "v = 371269820.4340219 m / s > c, setting 1/gamma = 0\n",
+      "v = 431379745.1673462 m / s > c, setting 1/gamma = 0\n",
+      "v = 316658253.7504855 m / s > c, setting 1/gamma = 0\n",
+      "v = 374538311.14308274 m / s > c, setting 1/gamma = 0\n",
+      "v = 359444696.01829755 m / s > c, setting 1/gamma = 0\n",
+      "v = 431348417.3983624 m / s > c, setting 1/gamma = 0\n",
+      "v = 333910760.7734703 m / s > c, setting 1/gamma = 0\n",
+      "v = 380477021.36243016 m / s > c, setting 1/gamma = 0\n",
+      "v = 307598687.02865094 m / s > c, setting 1/gamma = 0\n",
+      "v = 371335176.5855676 m / s > c, setting 1/gamma = 0\n",
+      "v = 399686866.91408265 m / s > c, setting 1/gamma = 0\n",
+      "v = 339382074.6770302 m / s > c, setting 1/gamma = 0\n",
+      "v = 386752408.7293834 m / s > c, setting 1/gamma = 0\n",
+      "v = 676222910.476464 m / s > c, setting 1/gamma = 0\n",
+      "v = 678285463.7271775 m / s > c, setting 1/gamma = 0\n",
+      "v = 305409254.79178613 m / s > c, setting 1/gamma = 0\n",
+      "v = 462784238.99586934 m / s > c, setting 1/gamma = 0\n",
+      "v = 500217727.6940142 m / s > c, setting 1/gamma = 0\n",
+      "v = 467786114.7678106 m / s > c, setting 1/gamma = 0\n",
+      "v = 525216702.9789434 m / s > c, setting 1/gamma = 0\n",
+      "v = 349896465.3779947 m / s > c, setting 1/gamma = 0\n",
+      "v = 403624952.12419087 m / s > c, setting 1/gamma = 0\n",
+      "v = 335321334.5227525 m / s > c, setting 1/gamma = 0\n",
+      "v = 405740684.91721475 m / s > c, setting 1/gamma = 0\n",
+      "v = 445094871.594786 m / s > c, setting 1/gamma = 0\n",
+      "v = 486995623.6585444 m / s > c, setting 1/gamma = 0\n",
+      "v = 489465759.8479958 m / s > c, setting 1/gamma = 0\n",
+      "v = 518944205.91673064 m / s > c, setting 1/gamma = 0\n",
+      "v = 307423177.27598494 m / s > c, setting 1/gamma = 0\n",
+      "v = 342609656.7611948 m / s > c, setting 1/gamma = 0\n",
+      "v = 401002904.33242184 m / s > c, setting 1/gamma = 0\n",
+      "v = 314557847.7562062 m / s > c, setting 1/gamma = 0\n",
+      "v = 319058302.1416746 m / s > c, setting 1/gamma = 0\n",
+      "v = 447654213.55506176 m / s > c, setting 1/gamma = 0\n",
+      "v = 483038979.2183843 m / s > c, setting 1/gamma = 0\n",
+      "v = 313934178.98756135 m / s > c, setting 1/gamma = 0\n",
+      "v = 354572706.4867525 m / s > c, setting 1/gamma = 0\n",
+      "v = 391139087.9605441 m / s > c, setting 1/gamma = 0\n",
+      "v = 311490150.5449486 m / s > c, setting 1/gamma = 0\n",
+      "v = 405453396.1452285 m / s > c, setting 1/gamma = 0\n",
+      "v = 448377310.3450777 m / s > c, setting 1/gamma = 0\n",
+      "v = 305038302.0650887 m / s > c, setting 1/gamma = 0\n",
+      "v = 372590658.89183366 m / s > c, setting 1/gamma = 0\n",
+      "v = 377343239.9631163 m / s > c, setting 1/gamma = 0\n",
+      "v = 413673523.5914922 m / s > c, setting 1/gamma = 0\n",
+      "v = 339199069.4530783 m / s > c, setting 1/gamma = 0\n",
+      "v = 348686066.76134926 m / s > c, setting 1/gamma = 0\n",
+      "v = 396463327.636454 m / s > c, setting 1/gamma = 0\n",
+      "v = 427624960.5962265 m / s > c, setting 1/gamma = 0\n",
+      "v = 321634368.93965405 m / s > c, setting 1/gamma = 0\n",
+      "v = 334197163.7302313 m / s > c, setting 1/gamma = 0\n",
+      "v = 375113962.42448545 m / s > c, setting 1/gamma = 0\n",
+      "v = 456155075.3418642 m / s > c, setting 1/gamma = 0\n",
+      "v = 483110099.01850545 m / s > c, setting 1/gamma = 0\n",
+      "v = 349137777.81666905 m / s > c, setting 1/gamma = 0\n",
+      "v = 302653322.75133526 m / s > c, setting 1/gamma = 0\n",
+      "v = 403303344.250599 m / s > c, setting 1/gamma = 0\n",
+      "v = 457983520.4782033 m / s > c, setting 1/gamma = 0\n",
+      "v = 304102573.7397187 m / s > c, setting 1/gamma = 0\n",
+      "v = 342976523.5030133 m / s > c, setting 1/gamma = 0\n",
+      "v = 307334932.71561104 m / s > c, setting 1/gamma = 0\n",
+      "v = 338976547.20028037 m / s > c, setting 1/gamma = 0\n",
+      "v = 304283041.31794775 m / s > c, setting 1/gamma = 0\n",
+      "v = 331221562.16574657 m / s > c, setting 1/gamma = 0\n",
+      "v = 345875311.37924707 m / s > c, setting 1/gamma = 0\n",
+      "v = 396183455.3950456 m / s > c, setting 1/gamma = 0\n",
+      "v = 427410905.8353379 m / s > c, setting 1/gamma = 0\n",
+      "v = 491557586.0275385 m / s > c, setting 1/gamma = 0\n",
+      "v = 358166700.5032085 m / s > c, setting 1/gamma = 0\n",
+      "v = 401947897.6807301 m / s > c, setting 1/gamma = 0\n",
+      "v = 382630882.2072526 m / s > c, setting 1/gamma = 0\n",
+      "v = 449309893.7132702 m / s > c, setting 1/gamma = 0\n",
+      "v = 477579847.3396481 m / s > c, setting 1/gamma = 0\n",
+      "v = 506863204.42366505 m / s > c, setting 1/gamma = 0\n",
+      "v = 310986327.3458164 m / s > c, setting 1/gamma = 0\n",
+      "v = 321929784.0877874 m / s > c, setting 1/gamma = 0\n",
+      "v = 505363964.8005765 m / s > c, setting 1/gamma = 0\n",
+      "v = 543819729.8208661 m / s > c, setting 1/gamma = 0\n",
+      "v = 541673797.035608 m / s > c, setting 1/gamma = 0\n",
+      "v = 554221193.2516254 m / s > c, setting 1/gamma = 0\n",
+      "v = 402335570.8484847 m / s > c, setting 1/gamma = 0\n",
+      "v = 428380700.9797947 m / s > c, setting 1/gamma = 0\n",
+      "v = 303919875.089663 m / s > c, setting 1/gamma = 0\n",
+      "v = 360655539.2115877 m / s > c, setting 1/gamma = 0\n",
+      "v = 427118692.09604394 m / s > c, setting 1/gamma = 0\n",
+      "v = 652013385.9581091 m / s > c, setting 1/gamma = 0\n",
+      "v = 660279096.4370685 m / s > c, setting 1/gamma = 0\n",
+      "v = 303230805.02703744 m / s > c, setting 1/gamma = 0\n",
+      "v = 334656369.40097904 m / s > c, setting 1/gamma = 0\n",
+      "v = 351231030.33781475 m / s > c, setting 1/gamma = 0\n",
+      "v = 324820920.81352097 m / s > c, setting 1/gamma = 0\n",
+      "v = 344126037.4396928 m / s > c, setting 1/gamma = 0\n",
+      "v = 388811060.1990141 m / s > c, setting 1/gamma = 0\n",
+      "v = 335257395.7662153 m / s > c, setting 1/gamma = 0\n",
+      "v = 367958840.99980694 m / s > c, setting 1/gamma = 0\n",
+      "v = 597593956.8502835 m / s > c, setting 1/gamma = 0\n",
+      "v = 546837896.9280969 m / s > c, setting 1/gamma = 0\n",
+      "v = 336842738.8923944 m / s > c, setting 1/gamma = 0\n",
+      "v = 373410823.046162 m / s > c, setting 1/gamma = 0\n",
+      "v = 302494410.5084296 m / s > c, setting 1/gamma = 0\n",
+      "v = 329202110.5081472 m / s > c, setting 1/gamma = 0\n",
+      "v = 387008483.2999664 m / s > c, setting 1/gamma = 0\n",
+      "v = 442683720.9991943 m / s > c, setting 1/gamma = 0\n",
+      "v = 342055802.4883665 m / s > c, setting 1/gamma = 0\n",
+      "v = 382552575.14898294 m / s > c, setting 1/gamma = 0\n",
+      "v = 527685496.8929122 m / s > c, setting 1/gamma = 0\n",
+      "v = 570342449.6264046 m / s > c, setting 1/gamma = 0\n",
+      "v = 406895827.7474237 m / s > c, setting 1/gamma = 0\n",
+      "v = 464891693.50933933 m / s > c, setting 1/gamma = 0\n",
+      "v = 460785044.14411724 m / s > c, setting 1/gamma = 0\n",
+      "v = 483530866.3310588 m / s > c, setting 1/gamma = 0\n",
+      "v = 560124585.7378774 m / s > c, setting 1/gamma = 0\n",
+      "v = 574710942.0598416 m / s > c, setting 1/gamma = 0\n",
+      "v = 332995064.1210168 m / s > c, setting 1/gamma = 0\n",
+      "v = 624008440.9342185 m / s > c, setting 1/gamma = 0\n",
+      "v = 590967621.7459732 m / s > c, setting 1/gamma = 0\n",
+      "v = 324543178.39495105 m / s > c, setting 1/gamma = 0\n",
+      "v = 382026181.54795814 m / s > c, setting 1/gamma = 0\n",
+      "v = 316030065.44167244 m / s > c, setting 1/gamma = 0\n",
+      "v = 379851778.1241461 m / s > c, setting 1/gamma = 0\n",
+      "v = 322099423.3835864 m / s > c, setting 1/gamma = 0\n",
+      "v = 439889938.32193637 m / s > c, setting 1/gamma = 0\n",
+      "v = 476114476.2128324 m / s > c, setting 1/gamma = 0\n",
+      "v = 380351985.94268346 m / s > c, setting 1/gamma = 0\n",
+      "v = 445813489.6462711 m / s > c, setting 1/gamma = 0\n",
+      "v = 309309787.25527793 m / s > c, setting 1/gamma = 0\n",
+      "v = 351266492.0212272 m / s > c, setting 1/gamma = 0\n",
+      "v = 509858325.16019046 m / s > c, setting 1/gamma = 0\n",
+      "v = 532167105.4268106 m / s > c, setting 1/gamma = 0\n",
+      "v = 357746922.5631094 m / s > c, setting 1/gamma = 0\n",
+      "v = 415187252.513577 m / s > c, setting 1/gamma = 0\n",
+      "v = 324230552.34757483 m / s > c, setting 1/gamma = 0\n",
+      "v = 382387409.79719055 m / s > c, setting 1/gamma = 0\n",
+      "v = 407604533.9945568 m / s > c, setting 1/gamma = 0\n",
+      "v = 441343839.66801625 m / s > c, setting 1/gamma = 0\n",
+      "v = 416906999.7689567 m / s > c, setting 1/gamma = 0\n",
+      "v = 466154334.2458528 m / s > c, setting 1/gamma = 0\n",
+      "v = 396011781.52014095 m / s > c, setting 1/gamma = 0\n",
+      "v = 463050670.110103 m / s > c, setting 1/gamma = 0\n",
+      "v = 310866682.8647466 m / s > c, setting 1/gamma = 0\n",
+      "v = 316521085.3896723 m / s > c, setting 1/gamma = 0\n",
+      "v = 364602521.1439757 m / s > c, setting 1/gamma = 0\n",
+      "v = 325644954.2230119 m / s > c, setting 1/gamma = 0\n",
+      "v = 384694181.87336385 m / s > c, setting 1/gamma = 0\n",
+      "v = 336190657.124447 m / s > c, setting 1/gamma = 0\n",
+      "v = 398806397.5209542 m / s > c, setting 1/gamma = 0\n",
+      "v = 303417977.4473029 m / s > c, setting 1/gamma = 0\n",
+      "v = 349954508.6347205 m / s > c, setting 1/gamma = 0\n",
+      "v = 370930045.9031739 m / s > c, setting 1/gamma = 0\n",
+      "v = 362914566.0222815 m / s > c, setting 1/gamma = 0\n",
+      "v = 430126481.69210964 m / s > c, setting 1/gamma = 0\n",
+      "v = 323007126.54597396 m / s > c, setting 1/gamma = 0\n",
+      "v = 301021192.5292042 m / s > c, setting 1/gamma = 0\n",
+      "v = 355100028.48869467 m / s > c, setting 1/gamma = 0\n",
+      "v = 402504927.22672886 m / s > c, setting 1/gamma = 0\n",
+      "v = 472544630.6868724 m / s > c, setting 1/gamma = 0\n",
+      "v = 335828142.4124947 m / s > c, setting 1/gamma = 0\n",
+      "v = 387286344.78762376 m / s > c, setting 1/gamma = 0\n",
+      "v = 550898057.1718826 m / s > c, setting 1/gamma = 0\n",
+      "v = 567900838.8535244 m / s > c, setting 1/gamma = 0\n",
+      "v = 619245702.3399397 m / s > c, setting 1/gamma = 0\n",
+      "v = 638033769.3321359 m / s > c, setting 1/gamma = 0\n",
+      "v = 354895491.4897631 m / s > c, setting 1/gamma = 0\n",
+      "v = 387819239.5686144 m / s > c, setting 1/gamma = 0\n",
+      "v = 423195689.2253953 m / s > c, setting 1/gamma = 0\n",
+      "v = 492417792.6124088 m / s > c, setting 1/gamma = 0\n",
+      "v = 323279510.05800474 m / s > c, setting 1/gamma = 0\n",
+      "v = 376604411.58081275 m / s > c, setting 1/gamma = 0\n",
+      "v = 308060267.27080435 m / s > c, setting 1/gamma = 0\n",
+      "v = 352942678.7809654 m / s > c, setting 1/gamma = 0\n",
+      "v = 417075382.0121643 m / s > c, setting 1/gamma = 0\n",
+      "v = 306948766.31899804 m / s > c, setting 1/gamma = 0\n",
+      "v = 328710653.29781866 m / s > c, setting 1/gamma = 0\n",
+      "v = 825575658.7204988 m / s > c, setting 1/gamma = 0\n",
+      "v = 694585234.280959 m / s > c, setting 1/gamma = 0\n",
+      "v = 329884520.34335446 m / s > c, setting 1/gamma = 0\n",
+      "v = 411030513.23323673 m / s > c, setting 1/gamma = 0\n",
+      "v = 470710305.8622856 m / s > c, setting 1/gamma = 0\n",
+      "v = 668123451.0055556 m / s > c, setting 1/gamma = 0\n",
+      "v = 627661707.0793452 m / s > c, setting 1/gamma = 0\n",
+      "v = 308459585.8851875 m / s > c, setting 1/gamma = 0\n",
+      "v = 332703421.1087163 m / s > c, setting 1/gamma = 0\n",
+      "v = 436087520.4794092 m / s > c, setting 1/gamma = 0\n",
+      "v = 498908630.2454843 m / s > c, setting 1/gamma = 0\n",
+      "v = 441766159.8396732 m / s > c, setting 1/gamma = 0\n",
+      "v = 501834128.81628215 m / s > c, setting 1/gamma = 0\n",
+      "v = 457024057.5840128 m / s > c, setting 1/gamma = 0\n",
+      "v = 514349873.55119586 m / s > c, setting 1/gamma = 0\n",
+      "v = 307117162.43005633 m / s > c, setting 1/gamma = 0\n",
+      "v = 367865814.1307427 m / s > c, setting 1/gamma = 0\n",
+      "v = 340663303.3601062 m / s > c, setting 1/gamma = 0\n",
+      "v = 873354753.5827198 m / s > c, setting 1/gamma = 0\n",
+      "v = 743299441.6132251 m / s > c, setting 1/gamma = 0\n",
+      "v = 304346018.28683144 m / s > c, setting 1/gamma = 0\n",
+      "v = 387371859.9866752 m / s > c, setting 1/gamma = 0\n",
+      "v = 452502063.97727394 m / s > c, setting 1/gamma = 0\n",
+      "v = 300399818.47939396 m / s > c, setting 1/gamma = 0\n",
+      "v = 320189279.645176 m / s > c, setting 1/gamma = 0\n",
+      "v = 348424282.1749034 m / s > c, setting 1/gamma = 0\n",
+      "v = 303153703.701107 m / s > c, setting 1/gamma = 0\n",
+      "v = 365314749.3819753 m / s > c, setting 1/gamma = 0\n",
+      "v = 323260140.48828626 m / s > c, setting 1/gamma = 0\n",
+      "v = 386005978.1301785 m / s > c, setting 1/gamma = 0\n",
+      "v = 443666037.8018664 m / s > c, setting 1/gamma = 0\n",
+      "v = 478728940.78471506 m / s > c, setting 1/gamma = 0\n",
+      "v = 417075483.76783526 m / s > c, setting 1/gamma = 0\n",
+      "v = 484622872.0420276 m / s > c, setting 1/gamma = 0\n",
+      "v = 444377139.4396384 m / s > c, setting 1/gamma = 0\n",
+      "v = 506986481.3624291 m / s > c, setting 1/gamma = 0\n",
+      "v = 301963125.6182201 m / s > c, setting 1/gamma = 0\n",
+      "v = 374533823.9105681 m / s > c, setting 1/gamma = 0\n",
+      "v = 343069381.43637496 m / s > c, setting 1/gamma = 0\n",
+      "v = 300530567.62781847 m / s > c, setting 1/gamma = 0\n",
+      "v = 551775958.3307332 m / s > c, setting 1/gamma = 0\n",
+      "v = 592375063.9667345 m / s > c, setting 1/gamma = 0\n",
+      "v = 391801851.2619067 m / s > c, setting 1/gamma = 0\n",
+      "v = 1024160608.972958 m / s > c, setting 1/gamma = 0\n",
+      "v = 873716509.836656 m / s > c, setting 1/gamma = 0\n",
+      "v = 313924521.6795716 m / s > c, setting 1/gamma = 0\n",
+      "v = 396812557.2435737 m / s > c, setting 1/gamma = 0\n",
+      "v = 464106479.21882194 m / s > c, setting 1/gamma = 0\n",
+      "v = 341999150.66229314 m / s > c, setting 1/gamma = 0\n",
+      "v = 404038697.1883914 m / s > c, setting 1/gamma = 0\n",
+      "v = 676016104.691447 m / s > c, setting 1/gamma = 0\n",
+      "v = 585334088.3118964 m / s > c, setting 1/gamma = 0\n",
+      "v = 391861209.2913178 m / s > c, setting 1/gamma = 0\n",
+      "v = 453171291.99987984 m / s > c, setting 1/gamma = 0\n",
+      "v = 315891369.653163 m / s > c, setting 1/gamma = 0\n",
+      "v = 421976427.05806017 m / s > c, setting 1/gamma = 0\n",
+      "v = 491379793.388589 m / s > c, setting 1/gamma = 0\n",
+      "v = 317190674.54507226 m / s > c, setting 1/gamma = 0\n",
+      "v = 374170677.613704 m / s > c, setting 1/gamma = 0\n",
+      "v = 562032221.9269284 m / s > c, setting 1/gamma = 0\n",
+      "v = 605093149.0636345 m / s > c, setting 1/gamma = 0\n",
+      "v = 315364341.2561371 m / s > c, setting 1/gamma = 0\n",
+      "v = 374437751.0579097 m / s > c, setting 1/gamma = 0\n",
+      "v = 510009446.5746623 m / s > c, setting 1/gamma = 0\n",
+      "v = 562519577.7130871 m / s > c, setting 1/gamma = 0\n",
+      "v = 488402152.3682166 m / s > c, setting 1/gamma = 0\n",
+      "v = 512059571.3375742 m / s > c, setting 1/gamma = 0\n",
+      "v = 357709691.7502033 m / s > c, setting 1/gamma = 0\n",
+      "v = 360540643.70352924 m / s > c, setting 1/gamma = 0\n",
+      "v = 433867247.55306315 m / s > c, setting 1/gamma = 0\n",
+      "v = 378592647.0609351 m / s > c, setting 1/gamma = 0\n",
+      "v = 406867277.2645214 m / s > c, setting 1/gamma = 0\n",
+      "v = 340545746.4955002 m / s > c, setting 1/gamma = 0\n",
+      "v = 305953413.28414875 m / s > c, setting 1/gamma = 0\n",
+      "v = 735004479.0974966 m / s > c, setting 1/gamma = 0\n",
+      "v = 2048930474.6108818 m / s > c, setting 1/gamma = 0\n",
+      "v = 1807579494.9111774 m / s > c, setting 1/gamma = 0\n",
+      "v = 368225808.79168624 m / s > c, setting 1/gamma = 0\n",
+      "v = 428418819.6494711 m / s > c, setting 1/gamma = 0\n",
+      "v = 303967658.39455354 m / s > c, setting 1/gamma = 0\n",
+      "v = 365033085.7492762 m / s > c, setting 1/gamma = 0\n",
+      "v = 307953025.2067756 m / s > c, setting 1/gamma = 0\n",
+      "v = 332868483.59400374 m / s > c, setting 1/gamma = 0\n",
+      "v = 347564369.7262887 m / s > c, setting 1/gamma = 0\n",
+      "v = 416075082.43553144 m / s > c, setting 1/gamma = 0\n",
+      "v = 333883100.46877885 m / s > c, setting 1/gamma = 0\n",
+      "v = 319039592.53413093 m / s > c, setting 1/gamma = 0\n",
+      "v = 386654459.8521108 m / s > c, setting 1/gamma = 0\n",
+      "v = 308557059.5636885 m / s > c, setting 1/gamma = 0\n",
+      "v = 324278139.9608041 m / s > c, setting 1/gamma = 0\n",
+      "v = 341653411.0214541 m / s > c, setting 1/gamma = 0\n",
+      "v = 375854388.892742 m / s > c, setting 1/gamma = 0\n",
+      "v = 435282849.6458421 m / s > c, setting 1/gamma = 0\n",
+      "v = 370375171.89584607 m / s > c, setting 1/gamma = 0\n",
+      "v = 398005608.20848155 m / s > c, setting 1/gamma = 0\n",
+      "v = 402554362.3806531 m / s > c, setting 1/gamma = 0\n",
+      "v = 1090630721.35333 m / s > c, setting 1/gamma = 0\n",
+      "v = 944814527.8535819 m / s > c, setting 1/gamma = 0\n",
+      "v = 300606614.0614491 m / s > c, setting 1/gamma = 0\n",
+      "v = 631273415.8744467 m / s > c, setting 1/gamma = 0\n",
+      "v = 1767489631.3840847 m / s > c, setting 1/gamma = 0\n",
+      "v = 1557727127.984447 m / s > c, setting 1/gamma = 0\n",
+      "v = 302784727.0000617 m / s > c, setting 1/gamma = 0\n",
+      "v = 359277631.3937242 m / s > c, setting 1/gamma = 0\n",
+      "v = 314715650.04482687 m / s > c, setting 1/gamma = 0\n",
+      "v = 377394215.7636674 m / s > c, setting 1/gamma = 0\n",
+      "v = 743666224.8476478 m / s > c, setting 1/gamma = 0\n",
+      "v = 678919364.5323962 m / s > c, setting 1/gamma = 0\n",
+      "v = 345097500.14435357 m / s > c, setting 1/gamma = 0\n",
+      "v = 339409496.16648614 m / s > c, setting 1/gamma = 0\n",
+      "v = 401418101.36752063 m / s > c, setting 1/gamma = 0\n",
+      "v = 304095984.49547654 m / s > c, setting 1/gamma = 0\n",
+      "v = 370335500.30559015 m / s > c, setting 1/gamma = 0\n",
+      "v = 309542201.781673 m / s > c, setting 1/gamma = 0\n",
+      "v = 359084691.8991336 m / s > c, setting 1/gamma = 0\n",
+      "v = 307076224.4009688 m / s > c, setting 1/gamma = 0\n",
+      "v = 335057191.03309894 m / s > c, setting 1/gamma = 0\n",
+      "v = 342762411.75829875 m / s > c, setting 1/gamma = 0\n",
+      "v = 557599026.553661 m / s > c, setting 1/gamma = 0\n",
+      "v = 558917310.9074869 m / s > c, setting 1/gamma = 0\n",
+      "v = 310435668.60906076 m / s > c, setting 1/gamma = 0\n",
+      "v = 311723360.6305717 m / s > c, setting 1/gamma = 0\n",
+      "v = 370388723.3113013 m / s > c, setting 1/gamma = 0\n",
+      "v = 333628831.5665816 m / s > c, setting 1/gamma = 0\n",
+      "v = 386726822.0029836 m / s > c, setting 1/gamma = 0\n",
+      "v = 341245595.0732594 m / s > c, setting 1/gamma = 0\n",
+      "v = 409691293.9673058 m / s > c, setting 1/gamma = 0\n",
+      "v = 444453420.0134228 m / s > c, setting 1/gamma = 0\n",
+      "v = 1204921994.9875395 m / s > c, setting 1/gamma = 0\n",
+      "v = 1044701897.3745071 m / s > c, setting 1/gamma = 0\n",
+      "v = 402910613.2014507 m / s > c, setting 1/gamma = 0\n",
+      "v = 452028293.86103535 m / s > c, setting 1/gamma = 0\n",
+      "v = 466865453.73043334 m / s > c, setting 1/gamma = 0\n",
+      "v = 1217338535.5192118 m / s > c, setting 1/gamma = 0\n",
+      "v = 1046253107.283855 m / s > c, setting 1/gamma = 0\n",
+      "v = 498112892.37783515 m / s > c, setting 1/gamma = 0\n",
+      "v = 519643168.24794495 m / s > c, setting 1/gamma = 0\n",
+      "v = 429580257.98282623 m / s > c, setting 1/gamma = 0\n",
+      "v = 487060490.9096461 m / s > c, setting 1/gamma = 0\n",
+      "v = 303331575.1822965 m / s > c, setting 1/gamma = 0\n",
+      "v = 317101283.7847365 m / s > c, setting 1/gamma = 0\n",
+      "v = 556473780.6840491 m / s > c, setting 1/gamma = 0\n",
+      "v = 578575639.7392541 m / s > c, setting 1/gamma = 0\n",
+      "v = 355886911.986521 m / s > c, setting 1/gamma = 0\n",
+      "v = 423389091.33561915 m / s > c, setting 1/gamma = 0\n",
+      "v = 440664955.75248516 m / s > c, setting 1/gamma = 0\n",
+      "v = 471615656.7360686 m / s > c, setting 1/gamma = 0\n",
+      "v = 630103283.5316999 m / s > c, setting 1/gamma = 0\n",
+      "v = 611124612.7250319 m / s > c, setting 1/gamma = 0\n",
+      "v = 300897170.82207656 m / s > c, setting 1/gamma = 0\n",
+      "v = 394064952.79006475 m / s > c, setting 1/gamma = 0\n",
+      "v = 446756413.0633334 m / s > c, setting 1/gamma = 0\n",
+      "v = 317162341.40594953 m / s > c, setting 1/gamma = 0\n",
+      "v = 305603570.80488014 m / s > c, setting 1/gamma = 0\n",
+      "v = 355736962.9453214 m / s > c, setting 1/gamma = 0\n",
+      "v = 396587755.31305933 m / s > c, setting 1/gamma = 0\n",
+      "v = 434290185.1913664 m / s > c, setting 1/gamma = 0\n",
+      "v = 499266518.5018284 m / s > c, setting 1/gamma = 0\n",
+      "v = 537634220.550151 m / s > c, setting 1/gamma = 0\n",
+      "v = 365672466.67627484 m / s > c, setting 1/gamma = 0\n",
+      "v = 481811119.6697299 m / s > c, setting 1/gamma = 0\n",
+      "v = 518560493.1720662 m / s > c, setting 1/gamma = 0\n",
+      "v = 313612834.2865042 m / s > c, setting 1/gamma = 0\n",
+      "v = 372705388.31541 m / s > c, setting 1/gamma = 0\n",
+      "v = 309657731.98569155 m / s > c, setting 1/gamma = 0\n",
+      "v = 384853639.4345787 m / s > c, setting 1/gamma = 0\n",
+      "v = 452167257.9376636 m / s > c, setting 1/gamma = 0\n",
+      "v = 319805215.4341801 m / s > c, setting 1/gamma = 0\n",
+      "v = 366427071.7440333 m / s > c, setting 1/gamma = 0\n",
+      "v = 643763845.2295805 m / s > c, setting 1/gamma = 0\n",
+      "v = 632607050.9175847 m / s > c, setting 1/gamma = 0\n",
+      "v = 401736268.4455363 m / s > c, setting 1/gamma = 0\n",
+      "v = 463360899.8067978 m / s > c, setting 1/gamma = 0\n",
+      "v = 461068672.67084736 m / s > c, setting 1/gamma = 0\n",
+      "v = 527921453.06213474 m / s > c, setting 1/gamma = 0\n",
+      "v = 527399444.1393102 m / s > c, setting 1/gamma = 0\n",
+      "v = 552004601.7948254 m / s > c, setting 1/gamma = 0\n",
+      "v = 351448529.8706236 m / s > c, setting 1/gamma = 0\n",
+      "v = 413076412.15178794 m / s > c, setting 1/gamma = 0\n",
+      "v = 371861631.24881893 m / s > c, setting 1/gamma = 0\n",
+      "v = 439979395.6890696 m / s > c, setting 1/gamma = 0\n",
+      "v = 306795591.86816543 m / s > c, setting 1/gamma = 0\n",
+      "v = 363933330.6131523 m / s > c, setting 1/gamma = 0\n",
+      "v = 435048926.4775383 m / s > c, setting 1/gamma = 0\n",
+      "v = 372449822.7159039 m / s > c, setting 1/gamma = 0\n",
+      "v = 432175926.8712681 m / s > c, setting 1/gamma = 0\n",
+      "v = 323469802.3793706 m / s > c, setting 1/gamma = 0\n",
+      "v = 365059294.3128379 m / s > c, setting 1/gamma = 0\n",
+      "v = 303893428.1569022 m / s > c, setting 1/gamma = 0\n",
+      "v = 308888229.1294886 m / s > c, setting 1/gamma = 0\n",
+      "v = 461964245.9436915 m / s > c, setting 1/gamma = 0\n",
+      "v = 520080780.1503996 m / s > c, setting 1/gamma = 0\n",
+      "v = 309002955.4729606 m / s > c, setting 1/gamma = 0\n",
+      "v = 305801742.8733715 m / s > c, setting 1/gamma = 0\n",
+      "v = 375223204.7644195 m / s > c, setting 1/gamma = 0\n",
+      "v = 376970225.8594319 m / s > c, setting 1/gamma = 0\n",
+      "v = 426304737.61805975 m / s > c, setting 1/gamma = 0\n",
+      "v = 310900854.180639 m / s > c, setting 1/gamma = 0\n",
+      "v = 347643409.7260702 m / s > c, setting 1/gamma = 0\n",
+      "v = 333559330.87130386 m / s > c, setting 1/gamma = 0\n",
+      "v = 888287258.6673788 m / s > c, setting 1/gamma = 0\n",
+      "v = 766757282.9590995 m / s > c, setting 1/gamma = 0\n",
+      "v = 366357325.0349892 m / s > c, setting 1/gamma = 0\n",
+      "v = 429613534.20601094 m / s > c, setting 1/gamma = 0\n",
+      "v = 318974226.6019771 m / s > c, setting 1/gamma = 0\n",
+      "v = 352974312.1903878 m / s > c, setting 1/gamma = 0\n",
+      "v = 400509629.0113765 m / s > c, setting 1/gamma = 0\n",
+      "v = 319554502.65849537 m / s > c, setting 1/gamma = 0\n",
+      "v = 382196932.40962255 m / s > c, setting 1/gamma = 0\n",
+      "v = 359148779.5543926 m / s > c, setting 1/gamma = 0\n",
+      "v = 417679225.404775 m / s > c, setting 1/gamma = 0\n",
+      "v = 311702419.91512567 m / s > c, setting 1/gamma = 0\n",
+      "v = 318402156.9734347 m / s > c, setting 1/gamma = 0\n",
+      "v = 345444866.529155 m / s > c, setting 1/gamma = 0\n",
+      "v = 304489995.4734682 m / s > c, setting 1/gamma = 0\n",
+      "v = 366962040.92589396 m / s > c, setting 1/gamma = 0\n",
+      "v = 348287544.20075107 m / s > c, setting 1/gamma = 0\n",
+      "v = 322931455.798718 m / s > c, setting 1/gamma = 0\n",
+      "v = 831308893.1094377 m / s > c, setting 1/gamma = 0\n",
+      "v = 706948661.8439939 m / s > c, setting 1/gamma = 0\n",
+      "v = 313388885.7835191 m / s > c, setting 1/gamma = 0\n",
+      "v = 373503420.4639688 m / s > c, setting 1/gamma = 0\n",
+      "v = 302741271.4796574 m / s > c, setting 1/gamma = 0\n",
+      "v = 366235663.5857137 m / s > c, setting 1/gamma = 0\n",
+      "v = 604147874.0716041 m / s > c, setting 1/gamma = 0\n",
+      "v = 633407933.253202 m / s > c, setting 1/gamma = 0\n",
+      "v = 371311341.7630925 m / s > c, setting 1/gamma = 0\n",
+      "v = 438606391.1420877 m / s > c, setting 1/gamma = 0\n",
+      "v = 310120340.1757554 m / s > c, setting 1/gamma = 0\n",
+      "v = 318533829.1976981 m / s > c, setting 1/gamma = 0\n",
+      "v = 333780085.54036295 m / s > c, setting 1/gamma = 0\n",
+      "v = 393358389.7131097 m / s > c, setting 1/gamma = 0\n",
+      "v = 314404441.3222698 m / s > c, setting 1/gamma = 0\n",
+      "v = 320711780.2151904 m / s > c, setting 1/gamma = 0\n",
+      "v = 310075107.9583038 m / s > c, setting 1/gamma = 0\n",
+      "v = 300497507.30200624 m / s > c, setting 1/gamma = 0\n",
+      "v = 314848670.6012917 m / s > c, setting 1/gamma = 0\n",
+      "v = 304645614.47292894 m / s > c, setting 1/gamma = 0\n",
+      "v = 372132005.172779 m / s > c, setting 1/gamma = 0\n",
+      "v = 389643747.27949154 m / s > c, setting 1/gamma = 0\n",
+      "v = 450013296.28899074 m / s > c, setting 1/gamma = 0\n",
+      "v = 324597002.4522278 m / s > c, setting 1/gamma = 0\n",
+      "v = 572387681.9298185 m / s > c, setting 1/gamma = 0\n",
+      "v = 609997959.8413448 m / s > c, setting 1/gamma = 0\n",
+      "v = 504904940.7547947 m / s > c, setting 1/gamma = 0\n",
+      "v = 546629551.0947355 m / s > c, setting 1/gamma = 0\n",
+      "v = 321217354.25146765 m / s > c, setting 1/gamma = 0\n",
+      "v = 401450464.8144149 m / s > c, setting 1/gamma = 0\n",
+      "v = 304359942.5567974 m / s > c, setting 1/gamma = 0\n",
+      "v = 675046259.8594723 m / s > c, setting 1/gamma = 0\n",
+      "v = 668906901.8740216 m / s > c, setting 1/gamma = 0\n",
+      "v = 325633362.43032634 m / s > c, setting 1/gamma = 0\n",
+      "v = 390911492.5327356 m / s > c, setting 1/gamma = 0\n",
+      "v = 306409635.42548496 m / s > c, setting 1/gamma = 0\n",
+      "v = 374350732.8427725 m / s > c, setting 1/gamma = 0\n",
+      "v = 454586929.71221316 m / s > c, setting 1/gamma = 0\n",
+      "v = 1235149355.3074567 m / s > c, setting 1/gamma = 0\n",
+      "v = 1076695695.4310622 m / s > c, setting 1/gamma = 0\n",
+      "v = 305419346.38918304 m / s > c, setting 1/gamma = 0\n",
+      "v = 365901906.1842901 m / s > c, setting 1/gamma = 0\n",
+      "v = 299971840.8302445 m / s > c, setting 1/gamma = 0\n",
+      "v = 361606001.4476559 m / s > c, setting 1/gamma = 0\n",
+      "v = 376772755.96661776 m / s > c, setting 1/gamma = 0\n",
+      "v = 445941569.6863855 m / s > c, setting 1/gamma = 0\n",
+      "v = 411905855.0730979 m / s > c, setting 1/gamma = 0\n",
+      "v = 456242129.47732204 m / s > c, setting 1/gamma = 0\n",
+      "v = 495597399.11343366 m / s > c, setting 1/gamma = 0\n",
+      "v = 548545771.777918 m / s > c, setting 1/gamma = 0\n",
+      "v = 319355209.1745436 m / s > c, setting 1/gamma = 0\n",
+      "v = 308505328.03598326 m / s > c, setting 1/gamma = 0\n",
+      "v = 306784938.20917845 m / s > c, setting 1/gamma = 0\n",
+      "v = 412407657.9604734 m / s > c, setting 1/gamma = 0\n",
+      "v = 471631225.4323917 m / s > c, setting 1/gamma = 0\n",
+      "v = 304281550.5742802 m / s > c, setting 1/gamma = 0\n",
+      "v = 636860153.466098 m / s > c, setting 1/gamma = 0\n",
+      "v = 650388804.5698984 m / s > c, setting 1/gamma = 0\n",
+      "v = 376512606.15843165 m / s > c, setting 1/gamma = 0\n",
+      "v = 442064110.3945961 m / s > c, setting 1/gamma = 0\n",
+      "v = 306682458.8846076 m / s > c, setting 1/gamma = 0\n",
+      "v = 492294579.84752434 m / s > c, setting 1/gamma = 0\n",
+      "v = 533468669.31134856 m / s > c, setting 1/gamma = 0\n",
+      "v = 301599518.1466546 m / s > c, setting 1/gamma = 0\n",
+      "v = 352827703.7137894 m / s > c, setting 1/gamma = 0\n",
+      "v = 538426216.8774143 m / s > c, setting 1/gamma = 0\n",
+      "v = 558471936.8937081 m / s > c, setting 1/gamma = 0\n",
+      "v = 368972964.7384549 m / s > c, setting 1/gamma = 0\n",
+      "v = 432249485.4462489 m / s > c, setting 1/gamma = 0\n",
+      "v = 314850588.43217516 m / s > c, setting 1/gamma = 0\n",
+      "v = 302571834.1276394 m / s > c, setting 1/gamma = 0\n",
+      "v = 347652354.20759743 m / s > c, setting 1/gamma = 0\n",
+      "v = 511119715.71647906 m / s > c, setting 1/gamma = 0\n",
+      "v = 556660559.5423915 m / s > c, setting 1/gamma = 0\n",
+      "v = 320587246.5166834 m / s > c, setting 1/gamma = 0\n",
+      "v = 522447078.35903513 m / s > c, setting 1/gamma = 0\n",
+      "v = 548084825.0961963 m / s > c, setting 1/gamma = 0\n",
+      "v = 322420540.02005255 m / s > c, setting 1/gamma = 0\n",
+      "v = 762228989.9267697 m / s > c, setting 1/gamma = 0\n",
+      "v = 638506486.4148123 m / s > c, setting 1/gamma = 0\n",
+      "v = 366760941.93413043 m / s > c, setting 1/gamma = 0\n",
+      "v = 451541636.01416737 m / s > c, setting 1/gamma = 0\n",
+      "v = 312253847.79712206 m / s > c, setting 1/gamma = 0\n",
+      "v = 373277163.06127214 m / s > c, setting 1/gamma = 0\n",
+      "v = 958552631.9548365 m / s > c, setting 1/gamma = 0\n",
+      "v = 820671902.1703279 m / s > c, setting 1/gamma = 0\n",
+      "v = 310534167.56721985 m / s > c, setting 1/gamma = 0\n",
+      "v = 443918730.0858757 m / s > c, setting 1/gamma = 0\n",
+      "v = 504297175.73871136 m / s > c, setting 1/gamma = 0\n",
+      "v = 402540264.5154022 m / s > c, setting 1/gamma = 0\n",
+      "v = 428225338.706172 m / s > c, setting 1/gamma = 0\n",
+      "v = 307034849.722486 m / s > c, setting 1/gamma = 0\n",
+      "v = 677787821.106029 m / s > c, setting 1/gamma = 0\n",
+      "v = 561363705.0248609 m / s > c, setting 1/gamma = 0\n",
+      "v = 299876833.06871885 m / s > c, setting 1/gamma = 0\n",
+      "v = 349810247.83423877 m / s > c, setting 1/gamma = 0\n",
+      "v = 405816494.86579317 m / s > c, setting 1/gamma = 0\n",
+      "v = 408422860.2634545 m / s > c, setting 1/gamma = 0\n",
+      "v = 462141930.4504587 m / s > c, setting 1/gamma = 0\n",
+      "v = 461291640.65803087 m / s > c, setting 1/gamma = 0\n",
+      "v = 484285899.80273485 m / s > c, setting 1/gamma = 0\n",
+      "v = 342440610.12601537 m / s > c, setting 1/gamma = 0\n",
+      "v = 390742108.26392823 m / s > c, setting 1/gamma = 0\n",
+      "v = 399210760.87067467 m / s > c, setting 1/gamma = 0\n",
+      "v = 460834076.30612427 m / s > c, setting 1/gamma = 0\n",
+      "v = 310899955.05990976 m / s > c, setting 1/gamma = 0\n",
+      "v = 433226030.5072736 m / s > c, setting 1/gamma = 0\n",
+      "v = 485897585.6926695 m / s > c, setting 1/gamma = 0\n",
+      "v = 358076061.47477144 m / s > c, setting 1/gamma = 0\n",
+      "v = 305621114.1131961 m / s > c, setting 1/gamma = 0\n",
+      "v = 350477502.5920936 m / s > c, setting 1/gamma = 0\n",
+      "v = 403737248.9967194 m / s > c, setting 1/gamma = 0\n",
+      "v = 304952942.1615286 m / s > c, setting 1/gamma = 0\n",
+      "v = 368196455.4336316 m / s > c, setting 1/gamma = 0\n",
+      "v = 314288031.3835494 m / s > c, setting 1/gamma = 0\n",
+      "v = 310010043.534252 m / s > c, setting 1/gamma = 0\n",
+      "v = 306570776.50087476 m / s > c, setting 1/gamma = 0\n",
+      "v = 624006392.2778697 m / s > c, setting 1/gamma = 0\n",
+      "v = 637891565.5170201 m / s > c, setting 1/gamma = 0\n",
+      "v = 400437831.6058002 m / s > c, setting 1/gamma = 0\n",
+      "v = 462659446.0109766 m / s > c, setting 1/gamma = 0\n",
+      "v = 300324541.9786892 m / s > c, setting 1/gamma = 0\n",
+      "v = 377377135.2475583 m / s > c, setting 1/gamma = 0\n",
+      "v = 484782515.4865458 m / s > c, setting 1/gamma = 0\n",
+      "v = 536991235.2834158 m / s > c, setting 1/gamma = 0\n",
+      "v = 306097168.5056101 m / s > c, setting 1/gamma = 0\n",
+      "v = 308149531.18512917 m / s > c, setting 1/gamma = 0\n",
+      "v = 372217768.4688742 m / s > c, setting 1/gamma = 0\n",
+      "v = 371680085.62110937 m / s > c, setting 1/gamma = 0\n",
+      "v = 422720239.7474375 m / s > c, setting 1/gamma = 0\n",
+      "v = 484348648.80980855 m / s > c, setting 1/gamma = 0\n",
+      "v = 505936262.1339552 m / s > c, setting 1/gamma = 0\n",
+      "v = 525326709.11562777 m / s > c, setting 1/gamma = 0\n",
+      "v = 544810553.472336 m / s > c, setting 1/gamma = 0\n",
+      "v = 441486590.13885814 m / s > c, setting 1/gamma = 0\n",
+      "v = 496588650.9133647 m / s > c, setting 1/gamma = 0\n",
+      "v = 342760231.2762275 m / s > c, setting 1/gamma = 0\n",
+      "v = 405481214.3579934 m / s > c, setting 1/gamma = 0\n",
+      "v = 444120923.02743286 m / s > c, setting 1/gamma = 0\n",
+      "v = 1163144890.7448432 m / s > c, setting 1/gamma = 0\n",
+      "v = 999572759.2226205 m / s > c, setting 1/gamma = 0\n",
+      "v = 355708108.7728473 m / s > c, setting 1/gamma = 0\n",
+      "v = 417400987.2655473 m / s > c, setting 1/gamma = 0\n",
+      "v = 437958856.44735783 m / s > c, setting 1/gamma = 0\n",
+      "v = 465888441.390747 m / s > c, setting 1/gamma = 0\n",
+      "v = 466474022.187134 m / s > c, setting 1/gamma = 0\n",
+      "v = 506194821.7524293 m / s > c, setting 1/gamma = 0\n",
+      "v = 312987436.60547584 m / s > c, setting 1/gamma = 0\n",
+      "v = 386278739.62195987 m / s > c, setting 1/gamma = 0\n",
+      "v = 300913055.6833946 m / s > c, setting 1/gamma = 0\n",
+      "v = 318878294.8734152 m / s > c, setting 1/gamma = 0\n",
+      "v = 403794520.91174465 m / s > c, setting 1/gamma = 0\n",
+      "v = 465645952.3926102 m / s > c, setting 1/gamma = 0\n",
+      "v = 304685367.59688 m / s > c, setting 1/gamma = 0\n",
+      "v = 369615415.7436386 m / s > c, setting 1/gamma = 0\n",
+      "v = 404505442.2756173 m / s > c, setting 1/gamma = 0\n",
+      "v = 543328915.137729 m / s > c, setting 1/gamma = 0\n",
+      "v = 551630360.4753913 m / s > c, setting 1/gamma = 0\n",
+      "v = 404074239.7173357 m / s > c, setting 1/gamma = 0\n",
+      "v = 431588898.74213254 m / s > c, setting 1/gamma = 0\n",
+      "v = 412544105.677869 m / s > c, setting 1/gamma = 0\n",
+      "v = 474898176.8734327 m / s > c, setting 1/gamma = 0\n",
+      "v = 517082304.26737666 m / s > c, setting 1/gamma = 0\n",
+      "v = 547038455.4689269 m / s > c, setting 1/gamma = 0\n",
+      "v = 321876694.0591343 m / s > c, setting 1/gamma = 0\n",
+      "v = 381827996.01265043 m / s > c, setting 1/gamma = 0\n",
+      "v = 330122533.94599456 m / s > c, setting 1/gamma = 0\n",
+      "v = 357514663.06451505 m / s > c, setting 1/gamma = 0\n",
+      "v = 392683160.58168536 m / s > c, setting 1/gamma = 0\n",
+      "v = 580071782.7683182 m / s > c, setting 1/gamma = 0\n",
+      "v = 609223432.8119057 m / s > c, setting 1/gamma = 0\n",
+      "v = 374492201.0430541 m / s > c, setting 1/gamma = 0\n",
+      "v = 439036602.5631599 m / s > c, setting 1/gamma = 0\n",
+      "v = 304483874.91151583 m / s > c, setting 1/gamma = 0\n",
+      "v = 307111407.942041 m / s > c, setting 1/gamma = 0\n",
+      "v = 352780127.2140166 m / s > c, setting 1/gamma = 0\n",
+      "v = 301098884.7549076 m / s > c, setting 1/gamma = 0\n",
+      "v = 304302350.56521034 m / s > c, setting 1/gamma = 0\n",
+      "v = 315255546.1232231 m / s > c, setting 1/gamma = 0\n",
+      "v = 379280449.5304856 m / s > c, setting 1/gamma = 0\n",
+      "v = 310449758.1656509 m / s > c, setting 1/gamma = 0\n",
+      "v = 355266520.37363607 m / s > c, setting 1/gamma = 0\n",
+      "v = 454149499.3934336 m / s > c, setting 1/gamma = 0\n",
+      "v = 498249114.6325761 m / s > c, setting 1/gamma = 0\n",
+      "v = 318252373.7750298 m / s > c, setting 1/gamma = 0\n",
+      "v = 378246231.5039852 m / s > c, setting 1/gamma = 0\n",
+      "v = 408473299.06472975 m / s > c, setting 1/gamma = 0\n",
+      "v = 456396898.8360612 m / s > c, setting 1/gamma = 0\n",
+      "v = 520878142.33616996 m / s > c, setting 1/gamma = 0\n",
+      "v = 545431410.9601233 m / s > c, setting 1/gamma = 0\n",
+      "v = 304733921.9924507 m / s > c, setting 1/gamma = 0\n",
+      "v = 367981043.75619465 m / s > c, setting 1/gamma = 0\n",
+      "v = 342882216.48687434 m / s > c, setting 1/gamma = 0\n",
+      "v = 383100844.36644095 m / s > c, setting 1/gamma = 0\n",
+      "v = 493663818.90187377 m / s > c, setting 1/gamma = 0\n",
+      "v = 544315981.421786 m / s > c, setting 1/gamma = 0\n",
+      "v = 339764424.31172377 m / s > c, setting 1/gamma = 0\n",
+      "v = 366010180.16673553 m / s > c, setting 1/gamma = 0\n",
+      "v = 446057087.21249163 m / s > c, setting 1/gamma = 0\n",
+      "v = 490888972.8400719 m / s > c, setting 1/gamma = 0\n",
+      "v = 444710912.5964102 m / s > c, setting 1/gamma = 0\n",
+      "v = 512738377.1654902 m / s > c, setting 1/gamma = 0\n",
+      "v = 327965823.3195999 m / s > c, setting 1/gamma = 0\n",
+      "v = 376343232.7739142 m / s > c, setting 1/gamma = 0\n",
+      "v = 300305121.3415053 m / s > c, setting 1/gamma = 0\n",
+      "v = 301485359.591835 m / s > c, setting 1/gamma = 0\n",
+      "v = 353713107.00958866 m / s > c, setting 1/gamma = 0\n",
+      "v = 304874411.50260574 m / s > c, setting 1/gamma = 0\n",
+      "v = 337852800.5634688 m / s > c, setting 1/gamma = 0\n",
+      "v = 360591640.2751966 m / s > c, setting 1/gamma = 0\n",
+      "v = 419384863.7920337 m / s > c, setting 1/gamma = 0\n",
+      "v = 342126649.17152184 m / s > c, setting 1/gamma = 0\n",
+      "v = 368189107.533567 m / s > c, setting 1/gamma = 0\n",
+      "v = 306089586.4244191 m / s > c, setting 1/gamma = 0\n",
+      "v = 664842512.9284041 m / s > c, setting 1/gamma = 0\n",
+      "v = 549237314.9731662 m / s > c, setting 1/gamma = 0\n",
+      "v = 360137450.6598614 m / s > c, setting 1/gamma = 0\n",
+      "v = 300511124.88726354 m / s > c, setting 1/gamma = 0\n",
+      "v = 347103642.0175862 m / s > c, setting 1/gamma = 0\n",
+      "v = 308450023.4789398 m / s > c, setting 1/gamma = 0\n",
+      "v = 342208664.0959298 m / s > c, setting 1/gamma = 0\n",
+      "v = 413625418.8958514 m / s > c, setting 1/gamma = 0\n",
+      "v = 460754690.27990997 m / s > c, setting 1/gamma = 0\n",
+      "v = 370532914.43426394 m / s > c, setting 1/gamma = 0\n",
+      "v = 431594845.65865654 m / s > c, setting 1/gamma = 0\n",
+      "v = 299853122.0111246 m / s > c, setting 1/gamma = 0\n",
+      "v = 626806341.5840974 m / s > c, setting 1/gamma = 0\n",
+      "v = 513708185.0373517 m / s > c, setting 1/gamma = 0\n",
+      "v = 718797536.5882351 m / s > c, setting 1/gamma = 0\n",
+      "v = 726220594.2742115 m / s > c, setting 1/gamma = 0\n",
+      "v = 410634693.1149869 m / s > c, setting 1/gamma = 0\n",
+      "v = 451411422.9912416 m / s > c, setting 1/gamma = 0\n",
+      "v = 309843913.46190655 m / s > c, setting 1/gamma = 0\n",
+      "v = 346412719.3222054 m / s > c, setting 1/gamma = 0\n",
+      "v = 536801820.06980884 m / s > c, setting 1/gamma = 0\n",
+      "v = 561168189.0237814 m / s > c, setting 1/gamma = 0\n",
+      "v = 335928111.16509223 m / s > c, setting 1/gamma = 0\n",
+      "v = 387171960.0820335 m / s > c, setting 1/gamma = 0\n",
+      "v = 383932559.16785127 m / s > c, setting 1/gamma = 0\n",
+      "v = 452439279.8996429 m / s > c, setting 1/gamma = 0\n",
+      "v = 309323197.7918184 m / s > c, setting 1/gamma = 0\n",
+      "v = 312630628.15417755 m / s > c, setting 1/gamma = 0\n",
+      "v = 432860041.270629 m / s > c, setting 1/gamma = 0\n",
+      "v = 476379489.7356788 m / s > c, setting 1/gamma = 0\n",
+      "v = 522777244.9739779 m / s > c, setting 1/gamma = 0\n",
+      "v = 544467097.3863202 m / s > c, setting 1/gamma = 0\n",
+      "v = 310146902.58697075 m / s > c, setting 1/gamma = 0\n",
+      "v = 312431630.19617283 m / s > c, setting 1/gamma = 0\n",
+      "v = 342139213.32728887 m / s > c, setting 1/gamma = 0\n",
+      "v = 306691405.15062475 m / s > c, setting 1/gamma = 0\n",
+      "v = 359730750.4437788 m / s > c, setting 1/gamma = 0\n",
+      "v = 300477980.3301824 m / s > c, setting 1/gamma = 0\n",
+      "v = 355685463.78881395 m / s > c, setting 1/gamma = 0\n",
+      "v = 420055870.9826809 m / s > c, setting 1/gamma = 0\n",
+      "v = 319023939.42665726 m / s > c, setting 1/gamma = 0\n",
+      "v = 363231513.00536764 m / s > c, setting 1/gamma = 0\n",
+      "v = 301834883.6947048 m / s > c, setting 1/gamma = 0\n",
+      "v = 306062961.237844 m / s > c, setting 1/gamma = 0\n",
+      "v = 349779614.44144124 m / s > c, setting 1/gamma = 0\n",
+      "v = 328274130.0223827 m / s > c, setting 1/gamma = 0\n",
+      "v = 308333014.7214412 m / s > c, setting 1/gamma = 0\n",
+      "v = 331963581.072715 m / s > c, setting 1/gamma = 0\n",
+      "v = 320925384.85109746 m / s > c, setting 1/gamma = 0\n",
+      "v = 359805005.47917867 m / s > c, setting 1/gamma = 0\n",
+      "v = 418583206.3004633 m / s > c, setting 1/gamma = 0\n",
+      "v = 451824672.80606306 m / s > c, setting 1/gamma = 0\n",
+      "v = 498636298.59580594 m / s > c, setting 1/gamma = 0\n",
+      "v = 553260988.0036703 m / s > c, setting 1/gamma = 0\n",
+      "v = 383503107.87350327 m / s > c, setting 1/gamma = 0\n",
+      "v = 424882215.10304326 m / s > c, setting 1/gamma = 0\n",
+      "v = 302999627.73433375 m / s > c, setting 1/gamma = 0\n",
+      "v = 329581545.7060764 m / s > c, setting 1/gamma = 0\n",
+      "v = 478709770.8552133 m / s > c, setting 1/gamma = 0\n",
+      "v = 505161936.11093956 m / s > c, setting 1/gamma = 0\n",
+      "v = 315231832.846373 m / s > c, setting 1/gamma = 0\n",
+      "v = 682249568.0402999 m / s > c, setting 1/gamma = 0\n",
+      "v = 561660748.6882318 m / s > c, setting 1/gamma = 0\n",
+      "v = 300386563.1430112 m / s > c, setting 1/gamma = 0\n",
+      "v = 327787191.2562284 m / s > c, setting 1/gamma = 0\n",
+      "v = 362204861.24504125 m / s > c, setting 1/gamma = 0\n",
+      "v = 419816741.2847639 m / s > c, setting 1/gamma = 0\n",
+      "v = 303742509.3046742 m / s > c, setting 1/gamma = 0\n",
+      "v = 317110092.7766567 m / s > c, setting 1/gamma = 0\n",
+      "v = 344149880.670535 m / s > c, setting 1/gamma = 0\n",
+      "v = 425220121.1201692 m / s > c, setting 1/gamma = 0\n",
+      "v = 460472345.75083876 m / s > c, setting 1/gamma = 0\n",
+      "v = 553435718.1868938 m / s > c, setting 1/gamma = 0\n",
+      "v = 598609143.2535048 m / s > c, setting 1/gamma = 0\n",
+      "v = 378401031.79210216 m / s > c, setting 1/gamma = 0\n",
+      "v = 425035767.43842536 m / s > c, setting 1/gamma = 0\n",
+      "v = 305221702.8150841 m / s > c, setting 1/gamma = 0\n",
+      "v = 333827143.1957336 m / s > c, setting 1/gamma = 0\n",
+      "v = 317990762.02921253 m / s > c, setting 1/gamma = 0\n",
+      "v = 339726508.41829747 m / s > c, setting 1/gamma = 0\n",
+      "v = 406720005.11195546 m / s > c, setting 1/gamma = 0\n",
+      "v = 305256223.9660057 m / s > c, setting 1/gamma = 0\n",
+      "v = 315289684.09776145 m / s > c, setting 1/gamma = 0\n",
+      "v = 375410276.5680033 m / s > c, setting 1/gamma = 0\n",
+      "v = 323784394.5783605 m / s > c, setting 1/gamma = 0\n",
+      "v = 308425855.2855135 m / s > c, setting 1/gamma = 0\n",
+      "v = 304234707.6177359 m / s > c, setting 1/gamma = 0\n",
+      "v = 367187197.25956726 m / s > c, setting 1/gamma = 0\n",
+      "v = 412252160.46539766 m / s > c, setting 1/gamma = 0\n",
+      "v = 398090864.670506 m / s > c, setting 1/gamma = 0\n",
+      "v = 456585850.993745 m / s > c, setting 1/gamma = 0\n",
+      "v = 301016666.1533528 m / s > c, setting 1/gamma = 0\n",
+      "v = 352620688.5812262 m / s > c, setting 1/gamma = 0\n",
+      "v = 307435097.91659063 m / s > c, setting 1/gamma = 0\n",
+      "v = 343456639.11008674 m / s > c, setting 1/gamma = 0\n",
+      "v = 414440933.7610594 m / s > c, setting 1/gamma = 0\n",
+      "v = 449300281.2719764 m / s > c, setting 1/gamma = 0\n",
+      "v = 302092114.99522513 m / s > c, setting 1/gamma = 0\n",
+      "v = 618604314.3681321 m / s > c, setting 1/gamma = 0\n",
+      "v = 505537989.1118706 m / s > c, setting 1/gamma = 0\n",
+      "v = 337383218.08269143 m / s > c, setting 1/gamma = 0\n",
+      "v = 394328338.81849426 m / s > c, setting 1/gamma = 0\n",
+      "v = 447397112.1155038 m / s > c, setting 1/gamma = 0\n",
+      "v = 321104443.39234436 m / s > c, setting 1/gamma = 0\n",
+      "v = 337049969.75235665 m / s > c, setting 1/gamma = 0\n",
+      "v = 360003271.0569281 m / s > c, setting 1/gamma = 0\n",
+      "v = 378178585.4091903 m / s > c, setting 1/gamma = 0\n",
+      "v = 419490562.27970576 m / s > c, setting 1/gamma = 0\n",
+      "v = 552424406.157192 m / s > c, setting 1/gamma = 0\n",
+      "v = 597114084.7831849 m / s > c, setting 1/gamma = 0\n",
+      "v = 363131321.6871636 m / s > c, setting 1/gamma = 0\n",
+      "v = 408178751.5719828 m / s > c, setting 1/gamma = 0\n",
+      "v = 319675266.3258914 m / s > c, setting 1/gamma = 0\n",
+      "v = 310575328.80385774 m / s > c, setting 1/gamma = 0\n",
+      "v = 308090761.061332 m / s > c, setting 1/gamma = 0\n",
+      "v = 351446630.8552235 m / s > c, setting 1/gamma = 0\n",
+      "v = 377747970.7653798 m / s > c, setting 1/gamma = 0\n",
+      "v = 433269459.66896254 m / s > c, setting 1/gamma = 0\n",
+      "v = 353409468.031628 m / s > c, setting 1/gamma = 0\n",
+      "v = 410303623.2680856 m / s > c, setting 1/gamma = 0\n",
+      "v = 300827809.2629958 m / s > c, setting 1/gamma = 0\n",
+      "v = 319682189.89837503 m / s > c, setting 1/gamma = 0\n",
+      "v = 377592025.7660338 m / s > c, setting 1/gamma = 0\n",
+      "v = 344462789.7437342 m / s > c, setting 1/gamma = 0\n",
+      "v = 380305969.4354578 m / s > c, setting 1/gamma = 0\n",
+      "v = 308862233.17341834 m / s > c, setting 1/gamma = 0\n",
+      "v = 336938909.5612662 m / s > c, setting 1/gamma = 0\n",
+      "v = 413688849.9350783 m / s > c, setting 1/gamma = 0\n",
+      "v = 471450467.53215605 m / s > c, setting 1/gamma = 0\n",
+      "v = 587346001.8629445 m / s > c, setting 1/gamma = 0\n",
+      "v = 521744049.76292884 m / s > c, setting 1/gamma = 0\n",
+      "v = 310960152.0625195 m / s > c, setting 1/gamma = 0\n",
+      "v = 348878927.23796326 m / s > c, setting 1/gamma = 0\n",
+      "v = 392886688.4155232 m / s > c, setting 1/gamma = 0\n",
+      "v = 357735240.49567306 m / s > c, setting 1/gamma = 0\n",
+      "v = 416448994.00204766 m / s > c, setting 1/gamma = 0\n",
+      "v = 408271631.06665844 m / s > c, setting 1/gamma = 0\n",
+      "v = 444348382.0603202 m / s > c, setting 1/gamma = 0\n",
+      "v = 319311114.11650634 m / s > c, setting 1/gamma = 0\n",
+      "v = 332166155.9507402 m / s > c, setting 1/gamma = 0\n",
+      "v = 362024996.52874553 m / s > c, setting 1/gamma = 0\n",
+      "v = 382618362.66670775 m / s > c, setting 1/gamma = 0\n",
+      "v = 430111376.30424654 m / s > c, setting 1/gamma = 0\n",
+      "v = 360693178.520273 m / s > c, setting 1/gamma = 0\n",
+      "v = 392799676.85975856 m / s > c, setting 1/gamma = 0\n",
+      "v = 313202759.7092983 m / s > c, setting 1/gamma = 0\n",
+      "v = 304174531.0788611 m / s > c, setting 1/gamma = 0\n",
+      "v = 542489527.1170604 m / s > c, setting 1/gamma = 0\n",
+      "v = 545722591.6103305 m / s > c, setting 1/gamma = 0\n",
+      "v = 337059005.48342687 m / s > c, setting 1/gamma = 0\n",
+      "v = 385663040.5578387 m / s > c, setting 1/gamma = 0\n",
+      "v = 331635778.14858186 m / s > c, setting 1/gamma = 0\n",
+      "v = 347443073.9844712 m / s > c, setting 1/gamma = 0\n",
+      "v = 408145442.16208756 m / s > c, setting 1/gamma = 0\n",
+      "v = 374324968.12908375 m / s > c, setting 1/gamma = 0\n",
+      "v = 424993556.5063808 m / s > c, setting 1/gamma = 0\n",
+      "v = 408395934.7208293 m / s > c, setting 1/gamma = 0\n",
+      "v = 453425869.44596076 m / s > c, setting 1/gamma = 0\n",
+      "v = 302706660.06358814 m / s > c, setting 1/gamma = 0\n",
+      "v = 375626974.3432802 m / s > c, setting 1/gamma = 0\n",
+      "v = 412598370.1643484 m / s > c, setting 1/gamma = 0\n",
+      "v = 371765029.8808126 m / s > c, setting 1/gamma = 0\n",
+      "v = 425648026.9617796 m / s > c, setting 1/gamma = 0\n",
+      "v = 340596435.4314892 m / s > c, setting 1/gamma = 0\n",
+      "v = 300627359.4043251 m / s > c, setting 1/gamma = 0\n",
+      "v = 324088232.28449094 m / s > c, setting 1/gamma = 0\n",
+      "v = 376414707.63162255 m / s > c, setting 1/gamma = 0\n",
+      "v = 422624503.1668978 m / s > c, setting 1/gamma = 0\n",
+      "v = 301590566.22592235 m / s > c, setting 1/gamma = 0\n",
+      "v = 306178271.5323717 m / s > c, setting 1/gamma = 0\n",
+      "v = 307994909.12086123 m / s > c, setting 1/gamma = 0\n",
+      "v = 410527099.53663635 m / s > c, setting 1/gamma = 0\n",
+      "v = 471443298.73686105 m / s > c, setting 1/gamma = 0\n",
+      "v = 314390213.15974 m / s > c, setting 1/gamma = 0\n",
+      "v = 363726909.2222229 m / s > c, setting 1/gamma = 0\n",
+      "v = 437670834.1285632 m / s > c, setting 1/gamma = 0\n",
+      "v = 470017785.8881679 m / s > c, setting 1/gamma = 0\n",
+      "v = 398426971.307054 m / s > c, setting 1/gamma = 0\n",
+      "v = 454582404.4688928 m / s > c, setting 1/gamma = 0\n",
+      "v = 303567911.85470647 m / s > c, setting 1/gamma = 0\n",
+      "v = 369208512.37984115 m / s > c, setting 1/gamma = 0\n",
+      "v = 414172492.4170385 m / s > c, setting 1/gamma = 0\n",
+      "v = 314677980.8374196 m / s > c, setting 1/gamma = 0\n",
+      "v = 360115252.6295236 m / s > c, setting 1/gamma = 0\n",
+      "v = 547318668.0353875 m / s > c, setting 1/gamma = 0\n",
+      "v = 589460374.0587394 m / s > c, setting 1/gamma = 0\n",
+      "v = 306415592.933794 m / s > c, setting 1/gamma = 0\n",
+      "v = 357011407.8210499 m / s > c, setting 1/gamma = 0\n",
+      "v = 425241561.27749777 m / s > c, setting 1/gamma = 0\n",
+      "v = 471056747.3844256 m / s > c, setting 1/gamma = 0\n",
+      "v = 318238806.55860573 m / s > c, setting 1/gamma = 0\n",
+      "v = 349293879.6735694 m / s > c, setting 1/gamma = 0\n",
+      "v = 344772147.4078369 m / s > c, setting 1/gamma = 0\n",
+      "v = 390950329.0502107 m / s > c, setting 1/gamma = 0\n",
+      "v = 390209835.68934727 m / s > c, setting 1/gamma = 0\n",
+      "v = 450011011.6730056 m / s > c, setting 1/gamma = 0\n",
+      "v = 324322106.6474928 m / s > c, setting 1/gamma = 0\n",
+      "v = 460621058.2803202 m / s > c, setting 1/gamma = 0\n",
+      "v = 490728078.13909614 m / s > c, setting 1/gamma = 0\n",
+      "v = 305254527.2567375 m / s > c, setting 1/gamma = 0\n",
+      "v = 364100320.1422619 m / s > c, setting 1/gamma = 0\n",
+      "v = 310371806.68182504 m / s > c, setting 1/gamma = 0\n",
+      "v = 337688178.8833503 m / s > c, setting 1/gamma = 0\n",
+      "v = 538629226.978245 m / s > c, setting 1/gamma = 0\n",
+      "v = 550065861.7457173 m / s > c, setting 1/gamma = 0\n",
+      "v = 317317287.2468485 m / s > c, setting 1/gamma = 0\n",
+      "v = 352675314.27024275 m / s > c, setting 1/gamma = 0\n",
+      "v = 329161539.9620617 m / s > c, setting 1/gamma = 0\n",
+      "v = 354424323.85258424 m / s > c, setting 1/gamma = 0\n",
+      "v = 345611044.0064605 m / s > c, setting 1/gamma = 0\n",
+      "v = 386477668.16873133 m / s > c, setting 1/gamma = 0\n",
+      "v = 552335887.7754619 m / s > c, setting 1/gamma = 0\n",
+      "v = 594180088.4837838 m / s > c, setting 1/gamma = 0\n",
+      "v = 299992747.8448118 m / s > c, setting 1/gamma = 0\n",
+      "v = 345667351.2259341 m / s > c, setting 1/gamma = 0\n",
+      "v = 315758304.55530447 m / s > c, setting 1/gamma = 0\n",
+      "v = 309881712.0228978 m / s > c, setting 1/gamma = 0\n",
+      "v = 372478456.3940465 m / s > c, setting 1/gamma = 0\n",
+      "v = 429119479.01193327 m / s > c, setting 1/gamma = 0\n",
+      "v = 301078568.9678646 m / s > c, setting 1/gamma = 0\n",
+      "v = 338656639.53999203 m / s > c, setting 1/gamma = 0\n",
+      "v = 303053417.76895696 m / s > c, setting 1/gamma = 0\n",
+      "v = 328101690.211844 m / s > c, setting 1/gamma = 0\n",
+      "v = 359906318.0087376 m / s > c, setting 1/gamma = 0\n",
+      "v = 390733772.0565816 m / s > c, setting 1/gamma = 0\n",
+      "v = 378993296.0761754 m / s > c, setting 1/gamma = 0\n",
+      "v = 420110514.10188794 m / s > c, setting 1/gamma = 0\n",
+      "v = 550033801.3959087 m / s > c, setting 1/gamma = 0\n",
+      "v = 593380973.6738683 m / s > c, setting 1/gamma = 0\n",
+      "v = 313889889.423196 m / s > c, setting 1/gamma = 0\n",
+      "v = 362915209.7238077 m / s > c, setting 1/gamma = 0\n",
+      "v = 428733473.77444714 m / s > c, setting 1/gamma = 0\n",
+      "v = 454461145.97817004 m / s > c, setting 1/gamma = 0\n",
+      "v = 312874324.00666845 m / s > c, setting 1/gamma = 0\n",
+      "v = 335190793.1688871 m / s > c, setting 1/gamma = 0\n",
+      "v = 361008509.2144174 m / s > c, setting 1/gamma = 0\n",
+      "v = 400642844.6551844 m / s > c, setting 1/gamma = 0\n",
+      "v = 448774322.43235385 m / s > c, setting 1/gamma = 0\n",
+      "v = 507777383.68918806 m / s > c, setting 1/gamma = 0\n",
+      "v = 362158208.76018435 m / s > c, setting 1/gamma = 0\n",
+      "v = 403062481.23130816 m / s > c, setting 1/gamma = 0\n",
+      "v = 393487145.8789241 m / s > c, setting 1/gamma = 0\n",
+      "v = 450877937.243759 m / s > c, setting 1/gamma = 0\n",
+      "v = 374257990.5645379 m / s > c, setting 1/gamma = 0\n",
+      "v = 428000489.8543013 m / s > c, setting 1/gamma = 0\n",
+      "v = 521240036.45122916 m / s > c, setting 1/gamma = 0\n",
+      "v = 540541975.3546795 m / s > c, setting 1/gamma = 0\n",
+      "v = 369582464.3932837 m / s > c, setting 1/gamma = 0\n",
+      "v = 411720896.03611314 m / s > c, setting 1/gamma = 0\n",
+      "v = 384672414.17001987 m / s > c, setting 1/gamma = 0\n",
+      "v = 451086416.1061751 m / s > c, setting 1/gamma = 0\n",
+      "v = 313018667.3226924 m / s > c, setting 1/gamma = 0\n",
+      "v = 302050381.75123507 m / s > c, setting 1/gamma = 0\n",
+      "v = 330157337.38101345 m / s > c, setting 1/gamma = 0\n",
+      "v = 347105900.588577 m / s > c, setting 1/gamma = 0\n",
+      "v = 407822165.8507789 m / s > c, setting 1/gamma = 0\n",
+      "v = 314798633.15647393 m / s > c, setting 1/gamma = 0\n",
+      "v = 339715117.4391725 m / s > c, setting 1/gamma = 0\n",
+      "v = 378615967.7477826 m / s > c, setting 1/gamma = 0\n",
+      "v = 397833590.9074058 m / s > c, setting 1/gamma = 0\n",
+      "v = 328163444.1793717 m / s > c, setting 1/gamma = 0\n",
+      "v = 328194428.8846482 m / s > c, setting 1/gamma = 0\n",
+      "v = 392664827.2927158 m / s > c, setting 1/gamma = 0\n",
+      "v = 332151750.81037146 m / s > c, setting 1/gamma = 0\n",
+      "v = 353298575.641203 m / s > c, setting 1/gamma = 0\n",
+      "v = 331835755.76267356 m / s > c, setting 1/gamma = 0\n",
+      "v = 307710464.3393108 m / s > c, setting 1/gamma = 0\n",
+      "v = 346504866.03610975 m / s > c, setting 1/gamma = 0\n",
+      "v = 354840184.5058511 m / s > c, setting 1/gamma = 0\n",
+      "v = 419720153.18981767 m / s > c, setting 1/gamma = 0\n",
+      "v = 312759587.12637043 m / s > c, setting 1/gamma = 0\n",
+      "v = 322385820.5332011 m / s > c, setting 1/gamma = 0\n",
+      "v = 319192162.6764473 m / s > c, setting 1/gamma = 0\n",
+      "v = 356351239.17485905 m / s > c, setting 1/gamma = 0\n",
+      "v = 324370729.3684596 m / s > c, setting 1/gamma = 0\n",
+      "v = 389381835.67393684 m / s > c, setting 1/gamma = 0\n",
+      "v = 311859693.2609739 m / s > c, setting 1/gamma = 0\n",
+      "v = 342424769.1110137 m / s > c, setting 1/gamma = 0\n",
+      "v = 366309987.5420773 m / s > c, setting 1/gamma = 0\n",
+      "v = 428135984.3320796 m / s > c, setting 1/gamma = 0\n",
+      "v = 472190410.5765104 m / s > c, setting 1/gamma = 0\n",
+      "v = 303920971.0647268 m / s > c, setting 1/gamma = 0\n",
+      "v = 348763921.01059175 m / s > c, setting 1/gamma = 0\n",
+      "v = 337795591.6377435 m / s > c, setting 1/gamma = 0\n",
+      "v = 365519396.999166 m / s > c, setting 1/gamma = 0\n",
+      "v = 390859521.6450814 m / s > c, setting 1/gamma = 0\n",
+      "v = 427512649.4686947 m / s > c, setting 1/gamma = 0\n",
+      "v = 308775595.24225354 m / s > c, setting 1/gamma = 0\n",
+      "v = 312837304.22584283 m / s > c, setting 1/gamma = 0\n",
+      "v = 359701299.3075876 m / s > c, setting 1/gamma = 0\n",
+      "v = 412947691.1183675 m / s > c, setting 1/gamma = 0\n",
+      "v = 599296660.9101546 m / s > c, setting 1/gamma = 0\n",
+      "v = 513780747.96538115 m / s > c, setting 1/gamma = 0\n",
+      "v = 333764560.1576613 m / s > c, setting 1/gamma = 0\n",
+      "v = 360331701.66536975 m / s > c, setting 1/gamma = 0\n",
+      "v = 320653223.3300979 m / s > c, setting 1/gamma = 0\n",
+      "v = 370704039.27391005 m / s > c, setting 1/gamma = 0\n",
+      "v = 382334147.22834444 m / s > c, setting 1/gamma = 0\n",
+      "v = 427063000.8157969 m / s > c, setting 1/gamma = 0\n",
+      "v = 432066531.0349872 m / s > c, setting 1/gamma = 0\n",
+      "v = 486155426.5411708 m / s > c, setting 1/gamma = 0\n",
+      "v = 319960098.27555007 m / s > c, setting 1/gamma = 0\n",
+      "v = 388384392.4880128 m / s > c, setting 1/gamma = 0\n",
+      "v = 438700866.68176454 m / s > c, setting 1/gamma = 0\n",
+      "v = 316939442.65695107 m / s > c, setting 1/gamma = 0\n",
+      "v = 303090173.3713477 m / s > c, setting 1/gamma = 0\n",
+      "v = 631454469.7110627 m / s > c, setting 1/gamma = 0\n",
+      "v = 518533108.3455652 m / s > c, setting 1/gamma = 0\n",
+      "v = 309923270.61542654 m / s > c, setting 1/gamma = 0\n",
+      "v = 344610256.0555265 m / s > c, setting 1/gamma = 0\n",
+      "v = 314913232.89379597 m / s > c, setting 1/gamma = 0\n",
+      "v = 335763601.386326 m / s > c, setting 1/gamma = 0\n",
+      "v = 466510759.88231134 m / s > c, setting 1/gamma = 0\n",
+      "v = 485601052.01573753 m / s > c, setting 1/gamma = 0\n",
+      "v = 316069986.31310534 m / s > c, setting 1/gamma = 0\n",
+      "v = 316523468.1132446 m / s > c, setting 1/gamma = 0\n",
+      "v = 334306765.76312697 m / s > c, setting 1/gamma = 0\n",
+      "v = 465172287.15703034 m / s > c, setting 1/gamma = 0\n",
+      "v = 492314077.55809957 m / s > c, setting 1/gamma = 0\n",
+      "v = 313071355.6158002 m / s > c, setting 1/gamma = 0\n",
+      "v = 357654951.43422747 m / s > c, setting 1/gamma = 0\n",
+      "v = 310647200.4486071 m / s > c, setting 1/gamma = 0\n",
+      "v = 303753773.7294739 m / s > c, setting 1/gamma = 0\n",
+      "v = 338019820.72268206 m / s > c, setting 1/gamma = 0\n",
+      "v = 454311966.48185974 m / s > c, setting 1/gamma = 0\n",
+      "v = 489936277.53063595 m / s > c, setting 1/gamma = 0\n",
+      "v = 304023374.1460886 m / s > c, setting 1/gamma = 0\n",
+      "v = 346144746.3445353 m / s > c, setting 1/gamma = 0\n",
+      "v = 375497487.22112155 m / s > c, setting 1/gamma = 0\n",
+      "v = 507569952.64228606 m / s > c, setting 1/gamma = 0\n",
+      "v = 511719294.5308119 m / s > c, setting 1/gamma = 0\n",
+      "v = 311027130.97447944 m / s > c, setting 1/gamma = 0\n",
+      "v = 492411672.3267371 m / s > c, setting 1/gamma = 0\n",
+      "v = 510942052.7267475 m / s > c, setting 1/gamma = 0\n",
+      "v = 315378332.38223207 m / s > c, setting 1/gamma = 0\n",
+      "v = 369902510.7776275 m / s > c, setting 1/gamma = 0\n",
+      "v = 318415654.54708505 m / s > c, setting 1/gamma = 0\n",
+      "v = 375990824.2685307 m / s > c, setting 1/gamma = 0\n",
+      "v = 421925887.49366605 m / s > c, setting 1/gamma = 0\n",
+      "v = 460698755.19053084 m / s > c, setting 1/gamma = 0\n",
+      "v = 491957333.91147786 m / s > c, setting 1/gamma = 0\n",
+      "v = 354741549.2015097 m / s > c, setting 1/gamma = 0\n",
+      "v = 411126521.7631732 m / s > c, setting 1/gamma = 0\n",
+      "v = 339259902.16789025 m / s > c, setting 1/gamma = 0\n",
+      "v = 369659423.6851526 m / s > c, setting 1/gamma = 0\n",
+      "v = 302976201.6697655 m / s > c, setting 1/gamma = 0\n",
+      "v = 306836232.4081495 m / s > c, setting 1/gamma = 0\n",
+      "v = 362848310.0137525 m / s > c, setting 1/gamma = 0\n",
+      "v = 311392972.8961838 m / s > c, setting 1/gamma = 0\n",
+      "v = 344951757.01068276 m / s > c, setting 1/gamma = 0\n",
+      "v = 316044516.6753916 m / s > c, setting 1/gamma = 0\n",
+      "v = 415455481.7106928 m / s > c, setting 1/gamma = 0\n",
+      "v = 453812450.915305 m / s > c, setting 1/gamma = 0\n",
+      "v = 429716160.0563923 m / s > c, setting 1/gamma = 0\n",
+      "v = 473692566.2201427 m / s > c, setting 1/gamma = 0\n",
+      "v = 448237908.82497567 m / s > c, setting 1/gamma = 0\n",
+      "v = 468711337.95111835 m / s > c, setting 1/gamma = 0\n",
+      "v = 537908443.4610245 m / s > c, setting 1/gamma = 0\n",
+      "v = 501505898.157377 m / s > c, setting 1/gamma = 0\n",
+      "v = 311786784.39133525 m / s > c, setting 1/gamma = 0\n",
+      "v = 339924102.84938455 m / s > c, setting 1/gamma = 0\n",
+      "v = 407255591.22214806 m / s > c, setting 1/gamma = 0\n",
+      "v = 439037826.684382 m / s > c, setting 1/gamma = 0\n",
+      "v = 301302762.4730741 m / s > c, setting 1/gamma = 0\n",
+      "v = 351624035.9083908 m / s > c, setting 1/gamma = 0\n",
+      "v = 300944069.89098984 m / s > c, setting 1/gamma = 0\n",
+      "v = 448051490.72329 m / s > c, setting 1/gamma = 0\n",
+      "v = 476708913.55213416 m / s > c, setting 1/gamma = 0\n",
+      "v = 312770335.124177 m / s > c, setting 1/gamma = 0\n",
+      "v = 367907096.30514985 m / s > c, setting 1/gamma = 0\n",
+      "v = 312149995.0598355 m / s > c, setting 1/gamma = 0\n",
+      "v = 489084131.43880326 m / s > c, setting 1/gamma = 0\n",
+      "v = 509582367.96395504 m / s > c, setting 1/gamma = 0\n",
+      "v = 321138966.438191 m / s > c, setting 1/gamma = 0\n",
+      "v = 377070925.17210627 m / s > c, setting 1/gamma = 0\n",
+      "v = 365325132.7692438 m / s > c, setting 1/gamma = 0\n",
+      "v = 821084143.9303215 m / s > c, setting 1/gamma = 0\n",
+      "v = 681050728.9779445 m / s > c, setting 1/gamma = 0\n",
+      "v = 304613012.81259173 m / s > c, setting 1/gamma = 0\n",
+      "v = 339533248.20339704 m / s > c, setting 1/gamma = 0\n",
+      "v = 299934117.74522287 m / s > c, setting 1/gamma = 0\n",
+      "v = 320006880.64642125 m / s > c, setting 1/gamma = 0\n",
+      "v = 460784126.733946 m / s > c, setting 1/gamma = 0\n",
+      "v = 495109217.10540235 m / s > c, setting 1/gamma = 0\n",
+      "v = 328979646.9327305 m / s > c, setting 1/gamma = 0\n",
+      "v = 381838116.4786883 m / s > c, setting 1/gamma = 0\n",
+      "v = 308373539.3393511 m / s > c, setting 1/gamma = 0\n",
+      "v = 338459752.2110249 m / s > c, setting 1/gamma = 0\n",
+      "v = 324655343.71957177 m / s > c, setting 1/gamma = 0\n",
+      "v = 304249265.9025124 m / s > c, setting 1/gamma = 0\n",
+      "v = 356001610.4333956 m / s > c, setting 1/gamma = 0\n",
+      "v = 340505334.4070199 m / s > c, setting 1/gamma = 0\n",
+      "v = 357641845.0194428 m / s > c, setting 1/gamma = 0\n",
+      "v = 385069563.0293319 m / s > c, setting 1/gamma = 0\n",
+      "v = 306838646.1407365 m / s > c, setting 1/gamma = 0\n",
+      "v = 330122817.4642351 m / s > c, setting 1/gamma = 0\n",
+      "v = 462132636.39095485 m / s > c, setting 1/gamma = 0\n",
+      "v = 482806680.6871012 m / s > c, setting 1/gamma = 0\n",
+      "v = 436132646.4830779 m / s > c, setting 1/gamma = 0\n",
+      "v = 470985738.94216716 m / s > c, setting 1/gamma = 0\n",
+      "v = 318218837.91103065 m / s > c, setting 1/gamma = 0\n",
+      "v = 346635525.2157963 m / s > c, setting 1/gamma = 0\n",
+      "v = 385764243.58233374 m / s > c, setting 1/gamma = 0\n",
+      "v = 416696762.4114874 m / s > c, setting 1/gamma = 0\n",
+      "v = 307424011.7971976 m / s > c, setting 1/gamma = 0\n",
+      "v = 356549732.7748696 m / s > c, setting 1/gamma = 0\n",
+      "v = 456113319.9543024 m / s > c, setting 1/gamma = 0\n",
+      "v = 486202048.2730075 m / s > c, setting 1/gamma = 0\n",
+      "v = 319865837.36633605 m / s > c, setting 1/gamma = 0\n",
+      "v = 328870558.8865954 m / s > c, setting 1/gamma = 0\n",
+      "v = 300790026.5785727 m / s > c, setting 1/gamma = 0\n",
+      "v = 330905157.38696533 m / s > c, setting 1/gamma = 0\n",
+      "v = 488170474.6738142 m / s > c, setting 1/gamma = 0\n",
+      "v = 510711838.6019868 m / s > c, setting 1/gamma = 0\n",
+      "v = 302486397.37797403 m / s > c, setting 1/gamma = 0\n",
+      "v = 355834414.4615399 m / s > c, setting 1/gamma = 0\n",
+      "v = 301235787.002064 m / s > c, setting 1/gamma = 0\n",
+      "v = 335689483.9131041 m / s > c, setting 1/gamma = 0\n",
+      "v = 547921951.1444896 m / s > c, setting 1/gamma = 0\n",
+      "v = 560857401.2430226 m / s > c, setting 1/gamma = 0\n",
+      "v = 411501180.8922851 m / s > c, setting 1/gamma = 0\n",
+      "v = 452927033.39254224 m / s > c, setting 1/gamma = 0\n",
+      "v = 308907470.09606993 m / s > c, setting 1/gamma = 0\n",
+      "v = 337305848.76708037 m / s > c, setting 1/gamma = 0\n",
+      "v = 380962460.9451293 m / s > c, setting 1/gamma = 0\n",
+      "v = 423331370.8768565 m / s > c, setting 1/gamma = 0\n",
+      "v = 341311744.677444 m / s > c, setting 1/gamma = 0\n",
+      "v = 389854599.09825516 m / s > c, setting 1/gamma = 0\n",
+      "v = 315307908.268698 m / s > c, setting 1/gamma = 0\n",
+      "v = 348938825.8498498 m / s > c, setting 1/gamma = 0\n",
+      "v = 382785907.5497026 m / s > c, setting 1/gamma = 0\n",
+      "v = 398046081.75098366 m / s > c, setting 1/gamma = 0\n",
+      "v = 442704344.2021786 m / s > c, setting 1/gamma = 0\n",
+      "v = 304206611.1112815 m / s > c, setting 1/gamma = 0\n",
+      "v = 403157860.63368505 m / s > c, setting 1/gamma = 0\n",
+      "v = 430477357.09338385 m / s > c, setting 1/gamma = 0\n",
+      "v = 333178290.25281775 m / s > c, setting 1/gamma = 0\n",
+      "v = 383190713.48218346 m / s > c, setting 1/gamma = 0\n",
+      "v = 310805374.137349 m / s > c, setting 1/gamma = 0\n",
+      "v = 330563478.62443197 m / s > c, setting 1/gamma = 0\n",
+      "v = 412570651.4198233 m / s > c, setting 1/gamma = 0\n",
+      "v = 453366430.1818965 m / s > c, setting 1/gamma = 0\n",
+      "v = 353701339.24267936 m / s > c, setting 1/gamma = 0\n",
+      "v = 377390995.3197726 m / s > c, setting 1/gamma = 0\n",
+      "v = 414265774.4477178 m / s > c, setting 1/gamma = 0\n",
+      "v = 442104655.9696935 m / s > c, setting 1/gamma = 0\n",
+      "v = 433850113.1483008 m / s > c, setting 1/gamma = 0\n",
+      "v = 464918422.364334 m / s > c, setting 1/gamma = 0\n",
+      "v = 462109940.965713 m / s > c, setting 1/gamma = 0\n",
+      "v = 486328053.530029 m / s > c, setting 1/gamma = 0\n",
+      "v = 485974398.2693575 m / s > c, setting 1/gamma = 0\n",
+      "v = 510100993.37576145 m / s > c, setting 1/gamma = 0\n",
+      "v = 327440585.30637634 m / s > c, setting 1/gamma = 0\n",
+      "v = 379727317.48762083 m / s > c, setting 1/gamma = 0\n",
+      "v = 309473280.11473453 m / s > c, setting 1/gamma = 0\n",
+      "v = 305433278.5873769 m / s > c, setting 1/gamma = 0\n",
+      "v = 326354892.4744271 m / s > c, setting 1/gamma = 0\n",
+      "v = 316953818.745676 m / s > c, setting 1/gamma = 0\n",
+      "v = 338414801.0554396 m / s > c, setting 1/gamma = 0\n",
+      "v = 305947294.7506321 m / s > c, setting 1/gamma = 0\n",
+      "v = 622945235.2194922 m / s > c, setting 1/gamma = 0\n",
+      "v = 511589514.819915 m / s > c, setting 1/gamma = 0\n",
+      "v = 338262676.60636604 m / s > c, setting 1/gamma = 0\n",
+      "v = 370025366.07193065 m / s > c, setting 1/gamma = 0\n",
+      "v = 376813930.0377533 m / s > c, setting 1/gamma = 0\n",
+      "v = 411623870.7635796 m / s > c, setting 1/gamma = 0\n",
+      "v = 494272711.5361729 m / s > c, setting 1/gamma = 0\n",
+      "v = 501903956.6265532 m / s > c, setting 1/gamma = 0\n",
+      "v = 454558265.458058 m / s > c, setting 1/gamma = 0\n",
+      "v = 487646692.8812115 m / s > c, setting 1/gamma = 0\n",
+      "v = 306668047.47995937 m / s > c, setting 1/gamma = 0\n",
+      "v = 360039641.7513587 m / s > c, setting 1/gamma = 0\n",
+      "v = 307822115.0360912 m / s > c, setting 1/gamma = 0\n",
+      "v = 466956968.9925143 m / s > c, setting 1/gamma = 0\n",
+      "v = 493554470.0568065 m / s > c, setting 1/gamma = 0\n",
+      "v = 337759594.84670466 m / s > c, setting 1/gamma = 0\n",
+      "v = 323605537.0570497 m / s > c, setting 1/gamma = 0\n",
+      "v = 303875453.3161098 m / s > c, setting 1/gamma = 0\n",
+      "v = 326825784.83479583 m / s > c, setting 1/gamma = 0\n",
+      "v = 304838295.8524267 m / s > c, setting 1/gamma = 0\n",
+      "v = 325287003.4712596 m / s > c, setting 1/gamma = 0\n",
+      "v = 693030051.8026916 m / s > c, setting 1/gamma = 0\n",
+      "v = 571210609.0357629 m / s > c, setting 1/gamma = 0\n",
+      "v = 321124395.66561604 m / s > c, setting 1/gamma = 0\n",
+      "v = 304120762.98092735 m / s > c, setting 1/gamma = 0\n",
+      "v = 332893437.94541544 m / s > c, setting 1/gamma = 0\n",
+      "v = 378546919.2230168 m / s > c, setting 1/gamma = 0\n",
+      "v = 371167580.31998134 m / s > c, setting 1/gamma = 0\n",
+      "v = 413682349.2750201 m / s > c, setting 1/gamma = 0\n",
+      "v = 317941672.66964436 m / s > c, setting 1/gamma = 0\n",
+      "v = 486701149.5629285 m / s > c, setting 1/gamma = 0\n",
+      "v = 514355806.0406054 m / s > c, setting 1/gamma = 0\n",
+      "v = 307315485.1690481 m / s > c, setting 1/gamma = 0\n",
+      "v = 354775278.5348468 m / s > c, setting 1/gamma = 0\n",
+      "v = 776759302.8975267 m / s > c, setting 1/gamma = 0\n",
+      "v = 643915276.0015705 m / s > c, setting 1/gamma = 0\n",
+      "v = 307940178.52776957 m / s > c, setting 1/gamma = 0\n",
+      "v = 317573710.63699067 m / s > c, setting 1/gamma = 0\n",
+      "v = 352901253.2605597 m / s > c, setting 1/gamma = 0\n",
+      "v = 373224947.26388174 m / s > c, setting 1/gamma = 0\n",
+      "v = 419158553.6596984 m / s > c, setting 1/gamma = 0\n",
+      "v = 305772741.50475943 m / s > c, setting 1/gamma = 0\n",
+      "v = 336507971.77974015 m / s > c, setting 1/gamma = 0\n",
+      "v = 301250615.57320696 m / s > c, setting 1/gamma = 0\n",
+      "v = 318569102.5270354 m / s > c, setting 1/gamma = 0\n",
+      "v = 398422378.81323284 m / s > c, setting 1/gamma = 0\n",
+      "v = 439587290.04050756 m / s > c, setting 1/gamma = 0\n",
+      "v = 334923872.9908837 m / s > c, setting 1/gamma = 0\n",
+      "v = 384638383.46537274 m / s > c, setting 1/gamma = 0\n",
+      "v = 466790037.77038944 m / s > c, setting 1/gamma = 0\n",
+      "v = 494554114.84476674 m / s > c, setting 1/gamma = 0\n",
+      "v = 312298107.9476223 m / s > c, setting 1/gamma = 0\n",
+      "v = 365268943.2033155 m / s > c, setting 1/gamma = 0\n",
+      "v = 317753159.2492796 m / s > c, setting 1/gamma = 0\n",
+      "v = 308193680.9900535 m / s > c, setting 1/gamma = 0\n",
+      "v = 344690141.93592614 m / s > c, setting 1/gamma = 0\n",
+      "v = 498273015.1629286 m / s > c, setting 1/gamma = 0\n",
+      "v = 514614868.09800553 m / s > c, setting 1/gamma = 0\n",
+      "v = 352864443.19283754 m / s > c, setting 1/gamma = 0\n",
+      "v = 406725169.9686489 m / s > c, setting 1/gamma = 0\n",
+      "v = 316139729.0320625 m / s > c, setting 1/gamma = 0\n",
+      "v = 339429468.5858011 m / s > c, setting 1/gamma = 0\n",
+      "v = 442264607.30368656 m / s > c, setting 1/gamma = 0\n",
+      "v = 470964753.17672455 m / s > c, setting 1/gamma = 0\n",
+      "v = 306889199.5063539 m / s > c, setting 1/gamma = 0\n",
+      "v = 301206733.30750734 m / s > c, setting 1/gamma = 0\n",
+      "v = 371188370.389951 m / s > c, setting 1/gamma = 0\n",
+      "v = 410380575.24416924 m / s > c, setting 1/gamma = 0\n",
+      "v = 461490174.52897614 m / s > c, setting 1/gamma = 0\n",
+      "v = 495472574.9893375 m / s > c, setting 1/gamma = 0\n",
+      "v = 301623654.966491 m / s > c, setting 1/gamma = 0\n",
+      "v = 519204044.7948252 m / s > c, setting 1/gamma = 0\n",
+      "v = 533536607.3846625 m / s > c, setting 1/gamma = 0\n",
+      "v = 325735994.16116893 m / s > c, setting 1/gamma = 0\n",
+      "v = 379933830.7945464 m / s > c, setting 1/gamma = 0\n",
+      "v = 366477190.64695966 m / s > c, setting 1/gamma = 0\n",
+      "v = 413423014.1961242 m / s > c, setting 1/gamma = 0\n",
+      "v = 455217958.11918634 m / s > c, setting 1/gamma = 0\n",
+      "v = 485196676.98268604 m / s > c, setting 1/gamma = 0\n",
+      "v = 327637060.9212999 m / s > c, setting 1/gamma = 0\n",
+      "v = 386379370.76721513 m / s > c, setting 1/gamma = 0\n",
+      "v = 336373079.55657184 m / s > c, setting 1/gamma = 0\n",
+      "v = 370149541.0673746 m / s > c, setting 1/gamma = 0\n",
+      "v = 372175357.6617844 m / s > c, setting 1/gamma = 0\n",
+      "v = 426555064.6437613 m / s > c, setting 1/gamma = 0\n",
+      "v = 484647181.126499 m / s > c, setting 1/gamma = 0\n",
+      "v = 511537303.1864617 m / s > c, setting 1/gamma = 0\n",
+      "v = 442199231.2750588 m / s > c, setting 1/gamma = 0\n",
+      "v = 477062302.70506537 m / s > c, setting 1/gamma = 0\n",
+      "v = 314905905.49051136 m / s > c, setting 1/gamma = 0\n",
+      "v = 346502976.04545856 m / s > c, setting 1/gamma = 0\n",
+      "v = 370315455.98597205 m / s > c, setting 1/gamma = 0\n",
+      "v = 400579538.4934721 m / s > c, setting 1/gamma = 0\n",
+      "v = 471316611.3206045 m / s > c, setting 1/gamma = 0\n",
+      "v = 495407776.178457 m / s > c, setting 1/gamma = 0\n",
+      "v = 301420398.24864817 m / s > c, setting 1/gamma = 0\n",
+      "v = 393276142.01288474 m / s > c, setting 1/gamma = 0\n",
+      "v = 415500156.27635163 m / s > c, setting 1/gamma = 0\n",
+      "v = 321948758.96005464 m / s > c, setting 1/gamma = 0\n",
+      "v = 670700856.896298 m / s > c, setting 1/gamma = 0\n",
+      "v = 552355905.8904604 m / s > c, setting 1/gamma = 0\n",
+      "v = 316958663.93361175 m / s > c, setting 1/gamma = 0\n",
+      "v = 348147593.4021291 m / s > c, setting 1/gamma = 0\n",
+      "v = 394342819.64442396 m / s > c, setting 1/gamma = 0\n",
+      "v = 304652194.4913839 m / s > c, setting 1/gamma = 0\n",
+      "v = 353359111.69633085 m / s > c, setting 1/gamma = 0\n",
+      "v = 299894096.01043826 m / s > c, setting 1/gamma = 0\n",
+      "v = 507034901.227251 m / s > c, setting 1/gamma = 0\n",
+      "v = 526539648.8510113 m / s > c, setting 1/gamma = 0\n",
+      "v = 303687948.80345803 m / s > c, setting 1/gamma = 0\n",
+      "v = 299977949.2414958 m / s > c, setting 1/gamma = 0\n",
+      "v = 359218805.6840868 m / s > c, setting 1/gamma = 0\n",
+      "v = 423903785.93364584 m / s > c, setting 1/gamma = 0\n",
+      "v = 461475254.82331574 m / s > c, setting 1/gamma = 0\n",
+      "v = 360642669.9546725 m / s > c, setting 1/gamma = 0\n",
+      "v = 386658462.6857607 m / s > c, setting 1/gamma = 0\n",
+      "v = 301462392.3106266 m / s > c, setting 1/gamma = 0\n",
+      "v = 322790605.92829645 m / s > c, setting 1/gamma = 0\n",
+      "v = 468931324.39101046 m / s > c, setting 1/gamma = 0\n",
+      "v = 491579321.8619434 m / s > c, setting 1/gamma = 0\n",
+      "v = 498278783.30062336 m / s > c, setting 1/gamma = 0\n",
+      "v = 488148847.88725203 m / s > c, setting 1/gamma = 0\n",
+      "v = 315343328.82809114 m / s > c, setting 1/gamma = 0\n",
+      "v = 450426668.70163983 m / s > c, setting 1/gamma = 0\n",
+      "v = 479169603.44318354 m / s > c, setting 1/gamma = 0\n",
+      "v = 581369670.1308352 m / s > c, setting 1/gamma = 0\n",
+      "v = 528240508.59735364 m / s > c, setting 1/gamma = 0\n",
+      "v = 328697883.72787327 m / s > c, setting 1/gamma = 0\n",
+      "v = 362057141.20172024 m / s > c, setting 1/gamma = 0\n",
+      "v = 339555908.519376 m / s > c, setting 1/gamma = 0\n",
+      "v = 358632343.02361244 m / s > c, setting 1/gamma = 0\n",
+      "v = 350947916.99791795 m / s > c, setting 1/gamma = 0\n",
+      "v = 390742840.502302 m / s > c, setting 1/gamma = 0\n",
+      "v = 327899518.47427744 m / s > c, setting 1/gamma = 0\n",
+      "v = 488949386.22822154 m / s > c, setting 1/gamma = 0\n",
+      "v = 509211890.4678217 m / s > c, setting 1/gamma = 0\n",
+      "v = 461193940.494977 m / s > c, setting 1/gamma = 0\n",
+      "v = 494611375.5553189 m / s > c, setting 1/gamma = 0\n",
+      "v = 453508518.4620805 m / s > c, setting 1/gamma = 0\n",
+      "v = 482356129.0656179 m / s > c, setting 1/gamma = 0\n",
+      "v = 472371118.1458449 m / s > c, setting 1/gamma = 0\n",
+      "v = 495141777.2029772 m / s > c, setting 1/gamma = 0\n",
+      "v = 383422310.20759094 m / s > c, setting 1/gamma = 0\n",
+      "v = 405704204.7650547 m / s > c, setting 1/gamma = 0\n",
+      "v = 300075698.09499353 m / s > c, setting 1/gamma = 0\n",
+      "v = 351736260.0156358 m / s > c, setting 1/gamma = 0\n",
+      "v = 387499242.34944457 m / s > c, setting 1/gamma = 0\n",
+      "v = 531102084.8646367 m / s > c, setting 1/gamma = 0\n",
+      "v = 516468976.3606449 m / s > c, setting 1/gamma = 0\n",
+      "v = 369350779.94949365 m / s > c, setting 1/gamma = 0\n",
+      "v = 409729266.39620113 m / s > c, setting 1/gamma = 0\n",
+      "v = 334721335.62200934 m / s > c, setting 1/gamma = 0\n",
+      "v = 344327388.98748976 m / s > c, setting 1/gamma = 0\n",
+      "v = 379699280.27962345 m / s > c, setting 1/gamma = 0\n",
+      "v = 416191792.586955 m / s > c, setting 1/gamma = 0\n",
+      "v = 460895532.37060916 m / s > c, setting 1/gamma = 0\n",
+      "v = 300656823.5769407 m / s > c, setting 1/gamma = 0\n",
+      "v = 330013436.01412845 m / s > c, setting 1/gamma = 0\n",
+      "v = 300361178.70114917 m / s > c, setting 1/gamma = 0\n",
+      "v = 320282225.5799659 m / s > c, setting 1/gamma = 0\n",
+      "v = 316122328.11259645 m / s > c, setting 1/gamma = 0\n",
+      "v = 340019474.73015225 m / s > c, setting 1/gamma = 0\n",
+      "v = 385432102.6641325 m / s > c, setting 1/gamma = 0\n",
+      "v = 428680893.1124129 m / s > c, setting 1/gamma = 0\n",
+      "v = 322341184.1284463 m / s > c, setting 1/gamma = 0\n",
+      "v = 304870386.86727875 m / s > c, setting 1/gamma = 0\n",
+      "v = 345220997.18268704 m / s > c, setting 1/gamma = 0\n",
+      "v = 382889062.7614994 m / s > c, setting 1/gamma = 0\n",
+      "v = 346130157.599429 m / s > c, setting 1/gamma = 0\n",
+      "v = 395349014.5430947 m / s > c, setting 1/gamma = 0\n",
+      "v = 306150492.50118303 m / s > c, setting 1/gamma = 0\n",
+      "v = 336352810.9330443 m / s > c, setting 1/gamma = 0\n",
+      "v = 389469758.0361413 m / s > c, setting 1/gamma = 0\n",
+      "v = 423138913.2230452 m / s > c, setting 1/gamma = 0\n",
+      "v = 365410363.4736564 m / s > c, setting 1/gamma = 0\n",
+      "v = 418177577.7675493 m / s > c, setting 1/gamma = 0\n",
+      "v = 311348821.95222723 m / s > c, setting 1/gamma = 0\n",
+      "v = 342086581.351935 m / s > c, setting 1/gamma = 0\n",
+      "v = 314908738.92171854 m / s > c, setting 1/gamma = 0\n",
+      "v = 332984102.48429626 m / s > c, setting 1/gamma = 0\n",
+      "v = 471257891.90826726 m / s > c, setting 1/gamma = 0\n",
+      "v = 491806576.74621725 m / s > c, setting 1/gamma = 0\n",
+      "v = 309466827.91026706 m / s > c, setting 1/gamma = 0\n",
+      "v = 314680637.7188085 m / s > c, setting 1/gamma = 0\n",
+      "v = 301467986.5351384 m / s > c, setting 1/gamma = 0\n",
+      "v = 349042886.3304955 m / s > c, setting 1/gamma = 0\n",
+      "v = 337915478.9815965 m / s > c, setting 1/gamma = 0\n",
+      "v = 324383050.77097803 m / s > c, setting 1/gamma = 0\n",
+      "v = 300172086.3274258 m / s > c, setting 1/gamma = 0\n",
+      "v = 319424705.96022505 m / s > c, setting 1/gamma = 0\n",
+      "v = 449758937.41176265 m / s > c, setting 1/gamma = 0\n",
+      "v = 477034833.9381352 m / s > c, setting 1/gamma = 0\n",
+      "v = 324656624.0962523 m / s > c, setting 1/gamma = 0\n",
+      "v = 376257928.14721423 m / s > c, setting 1/gamma = 0\n",
+      "v = 302056417.12638825 m / s > c, setting 1/gamma = 0\n",
+      "v = 398851288.9154808 m / s > c, setting 1/gamma = 0\n",
+      "v = 430955624.8921626 m / s > c, setting 1/gamma = 0\n",
+      "v = 327141176.0699606 m / s > c, setting 1/gamma = 0\n",
+      "v = 378511808.5144398 m / s > c, setting 1/gamma = 0\n",
+      "v = 300138278.32224154 m / s > c, setting 1/gamma = 0\n",
+      "v = 423156473.8625502 m / s > c, setting 1/gamma = 0\n",
+      "v = 449614397.9640482 m / s > c, setting 1/gamma = 0\n",
+      "v = 337229830.6546678 m / s > c, setting 1/gamma = 0\n",
+      "v = 722735943.9546881 m / s > c, setting 1/gamma = 0\n",
+      "v = 595994414.387838 m / s > c, setting 1/gamma = 0\n",
+      "v = 316160964.98499703 m / s > c, setting 1/gamma = 0\n",
+      "v = 358135092.3204926 m / s > c, setting 1/gamma = 0\n",
+      "v = 444430675.2752129 m / s > c, setting 1/gamma = 0\n",
+      "v = 475536518.1187289 m / s > c, setting 1/gamma = 0\n",
+      "v = 544147709.3722073 m / s > c, setting 1/gamma = 0\n",
+      "v = 560840347.8256325 m / s > c, setting 1/gamma = 0\n",
+      "v = 360179988.9618237 m / s > c, setting 1/gamma = 0\n",
+      "v = 388007158.9207288 m / s > c, setting 1/gamma = 0\n",
+      "v = 427470892.19556993 m / s > c, setting 1/gamma = 0\n",
+      "v = 465042749.5232198 m / s > c, setting 1/gamma = 0\n",
+      "v = 337246471.9326104 m / s > c, setting 1/gamma = 0\n",
+      "v = 379302782.3676904 m / s > c, setting 1/gamma = 0\n",
+      "v = 354807489.6897994 m / s > c, setting 1/gamma = 0\n",
+      "v = 402756018.4133717 m / s > c, setting 1/gamma = 0\n",
+      "v = 306921150.7136386 m / s > c, setting 1/gamma = 0\n",
+      "v = 315907267.0230445 m / s > c, setting 1/gamma = 0\n",
+      "v = 366736782.6395815 m / s > c, setting 1/gamma = 0\n",
+      "v = 306925871.6342656 m / s > c, setting 1/gamma = 0\n",
+      "v = 372487089.0150007 m / s > c, setting 1/gamma = 0\n",
+      "v = 304434614.967573 m / s > c, setting 1/gamma = 0\n",
+      "v = 326142446.15185684 m / s > c, setting 1/gamma = 0\n",
+      "v = 336984940.2761906 m / s > c, setting 1/gamma = 0\n",
+      "v = 715112947.0932137 m / s > c, setting 1/gamma = 0\n",
+      "v = 589982103.8776538 m / s > c, setting 1/gamma = 0\n",
+      "v = 302486340.8269941 m / s > c, setting 1/gamma = 0\n",
+      "v = 353684660.3360605 m / s > c, setting 1/gamma = 0\n",
+      "v = 394054763.1197199 m / s > c, setting 1/gamma = 0\n",
+      "v = 348586422.4200401 m / s > c, setting 1/gamma = 0\n",
+      "v = 395526141.98950976 m / s > c, setting 1/gamma = 0\n",
+      "v = 489115624.1356013 m / s > c, setting 1/gamma = 0\n",
+      "v = 521115880.86024505 m / s > c, setting 1/gamma = 0\n",
+      "v = 311092167.81631154 m / s > c, setting 1/gamma = 0\n",
+      "v = 485283248.7306371 m / s > c, setting 1/gamma = 0\n",
+      "v = 505851719.1300979 m / s > c, setting 1/gamma = 0\n",
+      "v = 363859502.8509131 m / s > c, setting 1/gamma = 0\n",
+      "v = 417648304.98621625 m / s > c, setting 1/gamma = 0\n",
+      "v = 303164791.3690858 m / s > c, setting 1/gamma = 0\n",
+      "v = 330746179.9306639 m / s > c, setting 1/gamma = 0\n",
+      "v = 712700318.6994073 m / s > c, setting 1/gamma = 0\n",
+      "v = 702563045.6328844 m / s > c, setting 1/gamma = 0\n",
+      "v = 302204046.80161524 m / s > c, setting 1/gamma = 0\n",
+      "v = 313879089.83520156 m / s > c, setting 1/gamma = 0\n",
+      "v = 329587463.0988667 m / s > c, setting 1/gamma = 0\n",
+      "v = 363152072.33818954 m / s > c, setting 1/gamma = 0\n",
+      "v = 314680049.84610313 m / s > c, setting 1/gamma = 0\n",
+      "v = 653247123.7559367 m / s > c, setting 1/gamma = 0\n",
+      "v = 535565562.8527135 m / s > c, setting 1/gamma = 0\n",
+      "v = 502960126.92021495 m / s > c, setting 1/gamma = 0\n",
+      "v = 503758582.8700743 m / s > c, setting 1/gamma = 0\n",
+      "v = 301884517.3082724 m / s > c, setting 1/gamma = 0\n",
+      "v = 303169036.59573025 m / s > c, setting 1/gamma = 0\n",
+      "v = 400661975.8653415 m / s > c, setting 1/gamma = 0\n",
+      "v = 426903170.87544054 m / s > c, setting 1/gamma = 0\n",
+      "v = 336857104.59874016 m / s > c, setting 1/gamma = 0\n",
+      "v = 728207286.0358353 m / s > c, setting 1/gamma = 0\n",
+      "v = 600964796.3722992 m / s > c, setting 1/gamma = 0\n",
+      "v = 350013018.4254853 m / s > c, setting 1/gamma = 0\n",
+      "v = 382206763.9815483 m / s > c, setting 1/gamma = 0\n",
+      "v = 449131000.03134453 m / s > c, setting 1/gamma = 0\n",
+      "v = 481488958.17992765 m / s > c, setting 1/gamma = 0\n",
+      "v = 312138501.5594308 m / s > c, setting 1/gamma = 0\n",
+      "v = 648450444.1702672 m / s > c, setting 1/gamma = 0\n",
+      "v = 531908292.0584568 m / s > c, setting 1/gamma = 0\n",
+      "v = 366117247.9784408 m / s > c, setting 1/gamma = 0\n",
+      "v = 386528582.8637584 m / s > c, setting 1/gamma = 0\n",
+      "v = 480178181.9259931 m / s > c, setting 1/gamma = 0\n",
+      "v = 508571723.82190853 m / s > c, setting 1/gamma = 0\n",
+      "v = 314516845.04181796 m / s > c, setting 1/gamma = 0\n",
+      "v = 366105260.72317296 m / s > c, setting 1/gamma = 0\n",
+      "v = 394956891.27747405 m / s > c, setting 1/gamma = 0\n",
+      "v = 431346147.8485734 m / s > c, setting 1/gamma = 0\n",
+      "v = 412756944.7247763 m / s > c, setting 1/gamma = 0\n",
+      "v = 459699583.02674437 m / s > c, setting 1/gamma = 0\n",
+      "v = 308851742.2033151 m / s > c, setting 1/gamma = 0\n",
+      "v = 300701680.4494633 m / s > c, setting 1/gamma = 0\n",
+      "v = 354681156.0274116 m / s > c, setting 1/gamma = 0\n",
+      "v = 779146300.6803318 m / s > c, setting 1/gamma = 0\n",
+      "v = 645407126.3795327 m / s > c, setting 1/gamma = 0\n",
+      "v = 450516331.7848652 m / s > c, setting 1/gamma = 0\n",
+      "v = 475566903.18807137 m / s > c, setting 1/gamma = 0\n",
+      "v = 309217193.0233449 m / s > c, setting 1/gamma = 0\n",
+      "v = 339377108.72182924 m / s > c, setting 1/gamma = 0\n",
+      "v = 400229790.43235576 m / s > c, setting 1/gamma = 0\n",
+      "v = 428096357.9732951 m / s > c, setting 1/gamma = 0\n",
+      "v = 309655117.6334575 m / s > c, setting 1/gamma = 0\n",
+      "v = 638650700.5220598 m / s > c, setting 1/gamma = 0\n",
+      "v = 523377139.1346048 m / s > c, setting 1/gamma = 0\n",
+      "v = 313032153.1405503 m / s > c, setting 1/gamma = 0\n",
+      "v = 345292274.77332616 m / s > c, setting 1/gamma = 0\n",
+      "v = 437451158.65874815 m / s > c, setting 1/gamma = 0\n",
+      "v = 475607378.0043595 m / s > c, setting 1/gamma = 0\n",
+      "v = 461563377.53481 m / s > c, setting 1/gamma = 0\n",
+      "v = 485008276.8209493 m / s > c, setting 1/gamma = 0\n",
+      "v = 391419613.01184916 m / s > c, setting 1/gamma = 0\n",
+      "v = 443310880.0491917 m / s > c, setting 1/gamma = 0\n",
+      "v = 330533920.686161 m / s > c, setting 1/gamma = 0\n",
+      "v = 364711596.2388827 m / s > c, setting 1/gamma = 0\n",
+      "v = 321041875.7655082 m / s > c, setting 1/gamma = 0\n",
+      "v = 342014714.70562786 m / s > c, setting 1/gamma = 0\n",
+      "v = 386907643.8044445 m / s > c, setting 1/gamma = 0\n",
+      "v = 431011499.0510924 m / s > c, setting 1/gamma = 0\n",
+      "v = 340574239.14657855 m / s > c, setting 1/gamma = 0\n",
+      "v = 372035937.39429325 m / s > c, setting 1/gamma = 0\n",
+      "v = 457848467.6122991 m / s > c, setting 1/gamma = 0\n",
+      "v = 486357407.49897987 m / s > c, setting 1/gamma = 0\n",
+      "v = 372590553.0014166 m / s > c, setting 1/gamma = 0\n",
+      "v = 423446615.4164274 m / s > c, setting 1/gamma = 0\n",
+      "v = 303787401.971466 m / s > c, setting 1/gamma = 0\n",
+      "v = 332278054.9854085 m / s > c, setting 1/gamma = 0\n",
+      "v = 378941436.5302608 m / s > c, setting 1/gamma = 0\n",
+      "v = 417542530.96236503 m / s > c, setting 1/gamma = 0\n",
+      "v = 328179517.0972265 m / s > c, setting 1/gamma = 0\n",
+      "v = 380755433.53039885 m / s > c, setting 1/gamma = 0\n",
+      "v = 303511063.8649118 m / s > c, setting 1/gamma = 0\n",
+      "v = 324058263.44307894 m / s > c, setting 1/gamma = 0\n",
+      "v = 355953363.9547829 m / s > c, setting 1/gamma = 0\n",
+      "v = 381351831.1744964 m / s > c, setting 1/gamma = 0\n",
+      "v = 490912443.35811126 m / s > c, setting 1/gamma = 0\n",
+      "v = 500377917.13736045 m / s > c, setting 1/gamma = 0\n",
+      "v = 305767077.22880965 m / s > c, setting 1/gamma = 0\n",
+      "v = 321777255.6138394 m / s > c, setting 1/gamma = 0\n",
+      "v = 315202754.7480483 m / s > c, setting 1/gamma = 0\n",
+      "v = 350835566.05837643 m / s > c, setting 1/gamma = 0\n",
+      "v = 329939665.7723252 m / s > c, setting 1/gamma = 0\n",
+      "v = 379297690.06070083 m / s > c, setting 1/gamma = 0\n",
+      "v = 309426596.4363875 m / s > c, setting 1/gamma = 0\n",
+      "v = 338609082.972841 m / s > c, setting 1/gamma = 0\n",
+      "v = 368158541.21946514 m / s > c, setting 1/gamma = 0\n",
+      "v = 419254140.5834674 m / s > c, setting 1/gamma = 0\n",
+      "v = 306999521.97481406 m / s > c, setting 1/gamma = 0\n",
+      "v = 336490955.69407576 m / s > c, setting 1/gamma = 0\n",
+      "v = 313955789.65203744 m / s > c, setting 1/gamma = 0\n",
+      "v = 387472080.50415415 m / s > c, setting 1/gamma = 0\n",
+      "v = 420151584.2544867 m / s > c, setting 1/gamma = 0\n",
+      "v = 324359241.84462565 m / s > c, setting 1/gamma = 0\n",
+      "v = 374986293.6212893 m / s > c, setting 1/gamma = 0\n",
+      "v = 308727216.57762355 m / s > c, setting 1/gamma = 0\n",
+      "v = 338840777.3522071 m / s > c, setting 1/gamma = 0\n",
+      "v = 431834909.6689908 m / s > c, setting 1/gamma = 0\n",
+      "v = 466768670.9086696 m / s > c, setting 1/gamma = 0\n",
+      "v = 313919183.7367571 m / s > c, setting 1/gamma = 0\n",
+      "v = 354893972.5496364 m / s > c, setting 1/gamma = 0\n",
+      "v = 389784482.0479661 m / s > c, setting 1/gamma = 0\n",
+      "v = 487569432.77906805 m / s > c, setting 1/gamma = 0\n",
+      "v = 500068684.82681274 m / s > c, setting 1/gamma = 0\n",
+      "v = 316299638.5858491 m / s > c, setting 1/gamma = 0\n",
+      "v = 304261683.4655427 m / s > c, setting 1/gamma = 0\n",
+      "v = 320205545.3352844 m / s > c, setting 1/gamma = 0\n",
+      "v = 334600531.4072722 m / s > c, setting 1/gamma = 0\n",
+      "v = 374501741.7085272 m / s > c, setting 1/gamma = 0\n",
+      "v = 309925017.364529 m / s > c, setting 1/gamma = 0\n",
+      "v = 358187004.8511578 m / s > c, setting 1/gamma = 0\n",
+      "v = 308053093.756928 m / s > c, setting 1/gamma = 0\n",
+      "v = 507487363.6559275 m / s > c, setting 1/gamma = 0\n",
+      "v = 529188247.8718578 m / s > c, setting 1/gamma = 0\n",
+      "v = 446457505.80595577 m / s > c, setting 1/gamma = 0\n",
+      "v = 473248334.3537884 m / s > c, setting 1/gamma = 0\n",
+      "v = 305605314.5556699 m / s > c, setting 1/gamma = 0\n",
+      "v = 355706793.86033994 m / s > c, setting 1/gamma = 0\n",
+      "v = 387281131.77423704 m / s > c, setting 1/gamma = 0\n",
+      "v = 318317109.0466055 m / s > c, setting 1/gamma = 0\n",
+      "v = 368450445.7437948 m / s > c, setting 1/gamma = 0\n",
+      "v = 317340598.3596037 m / s > c, setting 1/gamma = 0\n",
+      "v = 499991216.8383161 m / s > c, setting 1/gamma = 0\n",
+      "v = 519045329.9360079 m / s > c, setting 1/gamma = 0\n",
+      "v = 371231804.605084 m / s > c, setting 1/gamma = 0\n",
+      "v = 420340519.1461023 m / s > c, setting 1/gamma = 0\n",
+      "v = 348291425.9376963 m / s > c, setting 1/gamma = 0\n",
+      "v = 375223205.8984871 m / s > c, setting 1/gamma = 0\n",
+      "v = 307396818.6036493 m / s > c, setting 1/gamma = 0\n",
+      "v = 326736510.27865475 m / s > c, setting 1/gamma = 0\n",
+      "v = 617383909.9097269 m / s > c, setting 1/gamma = 0\n",
+      "v = 624852466.4519461 m / s > c, setting 1/gamma = 0\n",
+      "v = 305675455.9908971 m / s > c, setting 1/gamma = 0\n",
+      "v = 307927215.9246661 m / s > c, setting 1/gamma = 0\n",
+      "v = 300452090.9582899 m / s > c, setting 1/gamma = 0\n",
+      "v = 328854360.98071 m / s > c, setting 1/gamma = 0\n",
+      "v = 418918125.50530386 m / s > c, setting 1/gamma = 0\n",
+      "v = 451693111.1429051 m / s > c, setting 1/gamma = 0\n",
+      "v = 520912970.8797579 m / s > c, setting 1/gamma = 0\n",
+      "v = 506042047.70707375 m / s > c, setting 1/gamma = 0\n",
+      "v = 313729508.1986129 m / s > c, setting 1/gamma = 0\n",
+      "v = 318373917.0900703 m / s > c, setting 1/gamma = 0\n",
+      "v = 355132961.1130429 m / s > c, setting 1/gamma = 0\n",
+      "v = 372173621.43043876 m / s > c, setting 1/gamma = 0\n",
+      "v = 423150921.0919728 m / s > c, setting 1/gamma = 0\n",
+      "v = 308449878.18733346 m / s > c, setting 1/gamma = 0\n",
+      "v = 342226899.97988534 m / s > c, setting 1/gamma = 0\n",
+      "v = 309348322.58860236 m / s > c, setting 1/gamma = 0\n",
+      "v = 328703223.312452 m / s > c, setting 1/gamma = 0\n",
+      "v = 334837832.723452 m / s > c, setting 1/gamma = 0\n",
+      "v = 356584239.50091445 m / s > c, setting 1/gamma = 0\n",
+      "v = 495820559.3189482 m / s > c, setting 1/gamma = 0\n",
+      "v = 496814371.6515349 m / s > c, setting 1/gamma = 0\n",
+      "v = 310684398.40959704 m / s > c, setting 1/gamma = 0\n",
+      "v = 327791259.29608124 m / s > c, setting 1/gamma = 0\n",
+      "v = 384358643.3922706 m / s > c, setting 1/gamma = 0\n",
+      "v = 419206422.42476726 m / s > c, setting 1/gamma = 0\n",
+      "v = 342052352.4624364 m / s > c, setting 1/gamma = 0\n",
+      "v = 312687199.14662105 m / s > c, setting 1/gamma = 0\n",
+      "v = 316806314.31189567 m / s > c, setting 1/gamma = 0\n",
+      "v = 346244552.3365586 m / s > c, setting 1/gamma = 0\n",
+      "v = 303791974.69339085 m / s > c, setting 1/gamma = 0\n",
+      "v = 327188556.93797565 m / s > c, setting 1/gamma = 0\n",
+      "v = 361273633.0302741 m / s > c, setting 1/gamma = 0\n",
+      "v = 475165028.5894417 m / s > c, setting 1/gamma = 0\n",
+      "v = 495908963.798963 m / s > c, setting 1/gamma = 0\n",
+      "v = 373578469.41654134 m / s > c, setting 1/gamma = 0\n",
+      "v = 426718913.42388505 m / s > c, setting 1/gamma = 0\n",
+      "v = 307681355.6416279 m / s > c, setting 1/gamma = 0\n",
+      "v = 597605340.7491215 m / s > c, setting 1/gamma = 0\n",
+      "v = 606534591.8184505 m / s > c, setting 1/gamma = 0\n",
+      "v = 344204120.49354976 m / s > c, setting 1/gamma = 0\n",
+      "v = 376657711.38039225 m / s > c, setting 1/gamma = 0\n",
+      "v = 440968854.52950174 m / s > c, setting 1/gamma = 0\n",
+      "v = 479114775.4209855 m / s > c, setting 1/gamma = 0\n",
+      "v = 605635334.5641901 m / s > c, setting 1/gamma = 0\n",
+      "v = 528402074.5920572 m / s > c, setting 1/gamma = 0\n",
+      "v = 395877175.1157225 m / s > c, setting 1/gamma = 0\n",
+      "v = 439676755.54143137 m / s > c, setting 1/gamma = 0\n",
+      "v = 460335713.8935627 m / s > c, setting 1/gamma = 0\n",
+      "v = 494441120.1715366 m / s > c, setting 1/gamma = 0\n",
+      "v = 433377319.1783526 m / s > c, setting 1/gamma = 0\n",
+      "v = 459974756.22491837 m / s > c, setting 1/gamma = 0\n",
+      "v = 352400170.5322843 m / s > c, setting 1/gamma = 0\n",
+      "v = 409952627.1744945 m / s > c, setting 1/gamma = 0\n",
+      "v = 338134929.23796856 m / s > c, setting 1/gamma = 0\n",
+      "v = 726461006.2496926 m / s > c, setting 1/gamma = 0\n",
+      "v = 598783258.8146256 m / s > c, setting 1/gamma = 0\n",
+      "v = 317943473.88081634 m / s > c, setting 1/gamma = 0\n",
+      "v = 320661728.3250263 m / s > c, setting 1/gamma = 0\n",
+      "v = 372037431.0389311 m / s > c, setting 1/gamma = 0\n",
+      "v = 302625484.1150233 m / s > c, setting 1/gamma = 0\n",
+      "v = 429637588.0030215 m / s > c, setting 1/gamma = 0\n",
+      "v = 465538454.7371739 m / s > c, setting 1/gamma = 0\n",
+      "v = 429198509.3767942 m / s > c, setting 1/gamma = 0\n",
+      "v = 466623667.57121503 m / s > c, setting 1/gamma = 0\n",
+      "v = 319945681.33931905 m / s > c, setting 1/gamma = 0\n",
+      "v = 441197273.0808979 m / s > c, setting 1/gamma = 0\n",
+      "v = 463641384.161914 m / s > c, setting 1/gamma = 0\n",
+      "v = 516971036.7586793 m / s > c, setting 1/gamma = 0\n",
+      "v = 518162665.3224057 m / s > c, setting 1/gamma = 0\n",
+      "v = 314181057.10228336 m / s > c, setting 1/gamma = 0\n",
+      "v = 458920920.9794021 m / s > c, setting 1/gamma = 0\n",
+      "v = 476706549.78645587 m / s > c, setting 1/gamma = 0\n",
+      "v = 564654967.0754398 m / s > c, setting 1/gamma = 0\n",
+      "v = 483697983.11226034 m / s > c, setting 1/gamma = 0\n",
+      "v = 359948941.1131869 m / s > c, setting 1/gamma = 0\n",
+      "v = 386269852.353979 m / s > c, setting 1/gamma = 0\n",
+      "v = 307755101.7199473 m / s > c, setting 1/gamma = 0\n",
+      "v = 303531154.03514427 m / s > c, setting 1/gamma = 0\n",
+      "v = 333370728.69441 m / s > c, setting 1/gamma = 0\n",
+      "v = 459513077.30984825 m / s > c, setting 1/gamma = 0\n",
+      "v = 490967994.9187866 m / s > c, setting 1/gamma = 0\n",
+      "v = 304123796.9789692 m / s > c, setting 1/gamma = 0\n",
+      "v = 335535227.78734285 m / s > c, setting 1/gamma = 0\n",
+      "v = 303965758.9015874 m / s > c, setting 1/gamma = 0\n",
+      "v = 363227229.09851986 m / s > c, setting 1/gamma = 0\n",
+      "v = 389495111.62466115 m / s > c, setting 1/gamma = 0\n",
+      "v = 564692494.976525 m / s > c, setting 1/gamma = 0\n",
+      "v = 510250664.5498816 m / s > c, setting 1/gamma = 0\n",
+      "v = 308256835.60272396 m / s > c, setting 1/gamma = 0\n",
+      "v = 339158464.1681247 m / s > c, setting 1/gamma = 0\n",
+      "v = 310274813.02264345 m / s > c, setting 1/gamma = 0\n",
+      "v = 329303153.6563421 m / s > c, setting 1/gamma = 0\n",
+      "v = 418622517.2471888 m / s > c, setting 1/gamma = 0\n",
+      "v = 441498333.69161177 m / s > c, setting 1/gamma = 0\n",
+      "v = 328667181.59253764 m / s > c, setting 1/gamma = 0\n",
+      "v = 548819118.1262581 m / s > c, setting 1/gamma = 0\n",
+      "v = 567772523.8031964 m / s > c, setting 1/gamma = 0\n",
+      "v = 446446813.32823694 m / s > c, setting 1/gamma = 0\n",
+      "v = 471947625.60194266 m / s > c, setting 1/gamma = 0\n",
+      "v = 308303948.3469319 m / s > c, setting 1/gamma = 0\n",
+      "v = 471511014.8206253 m / s > c, setting 1/gamma = 0\n",
+      "v = 498096202.2859242 m / s > c, setting 1/gamma = 0\n",
+      "v = 327611324.8607934 m / s > c, setting 1/gamma = 0\n",
+      "v = 350445873.81088233 m / s > c, setting 1/gamma = 0\n",
+      "v = 549718522.3906801 m / s > c, setting 1/gamma = 0\n",
+      "v = 509911449.1150924 m / s > c, setting 1/gamma = 0\n",
+      "v = 303059062.5325777 m / s > c, setting 1/gamma = 0\n",
+      "v = 308834539.4237873 m / s > c, setting 1/gamma = 0\n",
+      "v = 329126705.7639389 m / s > c, setting 1/gamma = 0\n",
+      "v = 433464779.55748683 m / s > c, setting 1/gamma = 0\n",
+      "v = 465543220.73497206 m / s > c, setting 1/gamma = 0\n",
+      "v = 317051846.12426037 m / s > c, setting 1/gamma = 0\n",
+      "v = 326851150.9577437 m / s > c, setting 1/gamma = 0\n",
+      "v = 377506535.88823164 m / s > c, setting 1/gamma = 0\n",
+      "v = 347729690.08429193 m / s > c, setting 1/gamma = 0\n",
+      "v = 396122765.36264503 m / s > c, setting 1/gamma = 0\n",
+      "v = 302052895.50140846 m / s > c, setting 1/gamma = 0\n",
+      "v = 620165134.0862837 m / s > c, setting 1/gamma = 0\n",
+      "v = 508677173.5875666 m / s > c, setting 1/gamma = 0\n",
+      "v = 317531258.29469323 m / s > c, setting 1/gamma = 0\n",
+      "v = 301008529.6648279 m / s > c, setting 1/gamma = 0\n",
+      "v = 329781073.4360721 m / s > c, setting 1/gamma = 0\n",
+      "v = 372407882.96876675 m / s > c, setting 1/gamma = 0\n",
+      "v = 317480515.38927305 m / s > c, setting 1/gamma = 0\n",
+      "v = 317266710.60369825 m / s > c, setting 1/gamma = 0\n",
+      "v = 354007279.9372808 m / s > c, setting 1/gamma = 0\n",
+      "v = 303705728.5574341 m / s > c, setting 1/gamma = 0\n",
+      "v = 324317185.0415646 m / s > c, setting 1/gamma = 0\n",
+      "v = 705158585.9247779 m / s > c, setting 1/gamma = 0\n",
+      "v = 692195021.6552387 m / s > c, setting 1/gamma = 0\n",
+      "v = 352388190.789725 m / s > c, setting 1/gamma = 0\n",
+      "v = 401299018.78828895 m / s > c, setting 1/gamma = 0\n",
+      "v = 354158440.38682634 m / s > c, setting 1/gamma = 0\n",
+      "v = 376415007.14583164 m / s > c, setting 1/gamma = 0\n",
+      "v = 381556200.0516786 m / s > c, setting 1/gamma = 0\n",
+      "v = 438159053.58297604 m / s > c, setting 1/gamma = 0\n",
+      "v = 430262323.95320475 m / s > c, setting 1/gamma = 0\n",
+      "v = 462303339.8417143 m / s > c, setting 1/gamma = 0\n",
+      "v = 497143808.5507432 m / s > c, setting 1/gamma = 0\n",
+      "v = 528530589.33205694 m / s > c, setting 1/gamma = 0\n",
+      "v = 303857456.9271551 m / s > c, setting 1/gamma = 0\n",
+      "v = 308813460.5698165 m / s > c, setting 1/gamma = 0\n",
+      "v = 333667823.45549756 m / s > c, setting 1/gamma = 0\n",
+      "v = 401297766.07855237 m / s > c, setting 1/gamma = 0\n",
+      "v = 425202794.47240436 m / s > c, setting 1/gamma = 0\n",
+      "v = 302260638.7045392 m / s > c, setting 1/gamma = 0\n",
+      "v = 618162889.0010645 m / s > c, setting 1/gamma = 0\n",
+      "v = 507834122.4009324 m / s > c, setting 1/gamma = 0\n",
+      "v = 302422922.2653997 m / s > c, setting 1/gamma = 0\n",
+      "v = 327057931.4242409 m / s > c, setting 1/gamma = 0\n",
+      "v = 349363239.5830926 m / s > c, setting 1/gamma = 0\n",
+      "v = 415134465.39622283 m / s > c, setting 1/gamma = 0\n",
+      "v = 453898313.77489 m / s > c, setting 1/gamma = 0\n",
+      "v = 346971209.15228325 m / s > c, setting 1/gamma = 0\n",
+      "v = 370944055.00003827 m / s > c, setting 1/gamma = 0\n",
+      "v = 332285200.8548669 m / s > c, setting 1/gamma = 0\n",
+      "v = 387054586.73429376 m / s > c, setting 1/gamma = 0\n",
+      "v = 470638112.34842217 m / s > c, setting 1/gamma = 0\n",
+      "v = 486947819.40879136 m / s > c, setting 1/gamma = 0\n",
+      "v = 496264771.6900809 m / s > c, setting 1/gamma = 0\n",
+      "v = 524428270.74022573 m / s > c, setting 1/gamma = 0\n",
+      "v = 360262544.00313747 m / s > c, setting 1/gamma = 0\n",
+      "v = 379128497.18918175 m / s > c, setting 1/gamma = 0\n",
+      "v = 326275879.5432889 m / s > c, setting 1/gamma = 0\n",
+      "v = 347388341.1867938 m / s > c, setting 1/gamma = 0\n",
+      "v = 300286411.9789947 m / s > c, setting 1/gamma = 0\n",
+      "v = 522388665.7908902 m / s > c, setting 1/gamma = 0\n",
+      "v = 539916768.542599 m / s > c, setting 1/gamma = 0\n",
+      "v = 423755536.5152589 m / s > c, setting 1/gamma = 0\n",
+      "v = 460505977.49250335 m / s > c, setting 1/gamma = 0\n",
+      "v = 308394733.4596636 m / s > c, setting 1/gamma = 0\n",
+      "v = 335028162.56431127 m / s > c, setting 1/gamma = 0\n",
+      "v = 309224957.7320808 m / s > c, setting 1/gamma = 0\n",
+      "v = 310037689.8848206 m / s > c, setting 1/gamma = 0\n",
+      "v = 362812649.1005808 m / s > c, setting 1/gamma = 0\n",
+      "v = 312129927.9568394 m / s > c, setting 1/gamma = 0\n",
+      "v = 334828396.54666847 m / s > c, setting 1/gamma = 0\n",
+      "v = 303342298.3545579 m / s > c, setting 1/gamma = 0\n",
+      "v = 317094198.9992992 m / s > c, setting 1/gamma = 0\n",
+      "v = 662033648.4623104 m / s > c, setting 1/gamma = 0\n",
+      "v = 545212848.8793118 m / s > c, setting 1/gamma = 0\n",
+      "v = 312883166.245089 m / s > c, setting 1/gamma = 0\n",
+      "v = 323565932.89226234 m / s > c, setting 1/gamma = 0\n",
+      "v = 344888578.12841815 m / s > c, setting 1/gamma = 0\n",
+      "v = 301365924.54874706 m / s > c, setting 1/gamma = 0\n",
+      "v = 558504013.2199078 m / s > c, setting 1/gamma = 0\n",
+      "v = 505828418.0975806 m / s > c, setting 1/gamma = 0\n",
+      "v = 306575208.8797715 m / s > c, setting 1/gamma = 0\n",
+      "v = 339099656.9492181 m / s > c, setting 1/gamma = 0\n",
+      "v = 309692105.45781 m / s > c, setting 1/gamma = 0\n",
+      "v = 406175120.0162935 m / s > c, setting 1/gamma = 0\n",
+      "v = 456901062.5739589 m / s > c, setting 1/gamma = 0\n",
+      "v = 429730678.61950344 m / s > c, setting 1/gamma = 0\n",
+      "v = 458459491.0932807 m / s > c, setting 1/gamma = 0\n",
+      "v = 427966363.73655915 m / s > c, setting 1/gamma = 0\n",
+      "v = 469123440.0781381 m / s > c, setting 1/gamma = 0\n",
+      "v = 312913974.9405825 m / s > c, setting 1/gamma = 0\n",
+      "v = 300029280.61333054 m / s > c, setting 1/gamma = 0\n",
+      "v = 335535281.72378886 m / s > c, setting 1/gamma = 0\n",
+      "v = 476423497.55929637 m / s > c, setting 1/gamma = 0\n",
+      "v = 495467381.11738443 m / s > c, setting 1/gamma = 0\n",
+      "v = 329522956.2013712 m / s > c, setting 1/gamma = 0\n",
+      "v = 365711772.34544146 m / s > c, setting 1/gamma = 0\n",
+      "v = 418602660.1044174 m / s > c, setting 1/gamma = 0\n",
+      "v = 450461942.05472124 m / s > c, setting 1/gamma = 0\n",
+      "v = 399114972.96847075 m / s > c, setting 1/gamma = 0\n",
+      "v = 423597919.529124 m / s > c, setting 1/gamma = 0\n",
+      "v = 461981313.0511528 m / s > c, setting 1/gamma = 0\n",
+      "v = 484634458.381377 m / s > c, setting 1/gamma = 0\n",
+      "v = 327320628.7145909 m / s > c, setting 1/gamma = 0\n",
+      "v = 361927166.59379095 m / s > c, setting 1/gamma = 0\n",
+      "v = 339546531.4656546 m / s > c, setting 1/gamma = 0\n",
+      "v = 393259945.0625109 m / s > c, setting 1/gamma = 0\n",
+      "v = 305427151.67260915 m / s > c, setting 1/gamma = 0\n",
+      "v = 336578115.10044146 m / s > c, setting 1/gamma = 0\n",
+      "v = 520159030.828088 m / s > c, setting 1/gamma = 0\n",
+      "v = 551587081.4754529 m / s > c, setting 1/gamma = 0\n",
+      "v = 425368876.2379403 m / s > c, setting 1/gamma = 0\n",
+      "v = 445664758.6709686 m / s > c, setting 1/gamma = 0\n",
+      "v = 371687577.0689029 m / s > c, setting 1/gamma = 0\n",
+      "v = 425744220.6046588 m / s > c, setting 1/gamma = 0\n",
+      "v = 300720252.7004922 m / s > c, setting 1/gamma = 0\n",
+      "v = 330486822.4995021 m / s > c, setting 1/gamma = 0\n",
+      "v = 406884031.42614764 m / s > c, setting 1/gamma = 0\n",
+      "v = 425810801.3633294 m / s > c, setting 1/gamma = 0\n",
+      "v = 430654916.8133912 m / s > c, setting 1/gamma = 0\n",
+      "v = 459226888.1587868 m / s > c, setting 1/gamma = 0\n",
+      "v = 307275372.7602924 m / s > c, setting 1/gamma = 0\n",
+      "v = 340474741.80224544 m / s > c, setting 1/gamma = 0\n",
+      "v = 414152400.57739556 m / s > c, setting 1/gamma = 0\n",
+      "v = 447893078.5119237 m / s > c, setting 1/gamma = 0\n",
+      "v = 309518342.8541757 m / s > c, setting 1/gamma = 0\n",
+      "v = 359333850.3180138 m / s > c, setting 1/gamma = 0\n",
+      "v = 331841993.9568857 m / s > c, setting 1/gamma = 0\n",
+      "v = 333369463.5669142 m / s > c, setting 1/gamma = 0\n",
+      "v = 360149319.8512851 m / s > c, setting 1/gamma = 0\n",
+      "v = 457495787.53569067 m / s > c, setting 1/gamma = 0\n",
+      "v = 486940572.30249673 m / s > c, setting 1/gamma = 0\n",
+      "v = 435994265.4359532 m / s > c, setting 1/gamma = 0\n",
+      "v = 476120243.34423304 m / s > c, setting 1/gamma = 0\n",
+      "v = 327479962.4613762 m / s > c, setting 1/gamma = 0\n",
+      "v = 361145633.14645666 m / s > c, setting 1/gamma = 0\n",
+      "v = 299896615.4108269 m / s > c, setting 1/gamma = 0\n",
+      "v = 512011788.5021732 m / s > c, setting 1/gamma = 0\n",
+      "v = 524208944.10796523 m / s > c, setting 1/gamma = 0\n",
+      "v = 310465053.0262522 m / s > c, setting 1/gamma = 0\n",
+      "v = 363907602.6934554 m / s > c, setting 1/gamma = 0\n",
+      "v = 436512762.7502105 m / s > c, setting 1/gamma = 0\n",
+      "v = 475641826.67192894 m / s > c, setting 1/gamma = 0\n",
+      "v = 301840945.3606767 m / s > c, setting 1/gamma = 0\n",
+      "v = 486356886.1881899 m / s > c, setting 1/gamma = 0\n",
+      "v = 515129454.54109067 m / s > c, setting 1/gamma = 0\n",
+      "v = 319955027.7373713 m / s > c, setting 1/gamma = 0\n",
+      "v = 360931679.6302604 m / s > c, setting 1/gamma = 0\n",
+      "v = 560061455.9190351 m / s > c, setting 1/gamma = 0\n",
+      "v = 540099126.6125813 m / s > c, setting 1/gamma = 0\n",
+      "v = 331533615.3422265 m / s > c, setting 1/gamma = 0\n",
+      "v = 317096446.8660369 m / s > c, setting 1/gamma = 0\n",
+      "v = 355033377.0603901 m / s > c, setting 1/gamma = 0\n",
+      "v = 319412972.5899095 m / s > c, setting 1/gamma = 0\n",
+      "v = 343579051.9083296 m / s > c, setting 1/gamma = 0\n",
+      "v = 367755616.4948625 m / s > c, setting 1/gamma = 0\n",
+      "v = 385115314.0824322 m / s > c, setting 1/gamma = 0\n",
+      "v = 310446543.18742526 m / s > c, setting 1/gamma = 0\n",
+      "v = 327901290.11694944 m / s > c, setting 1/gamma = 0\n",
+      "v = 388012141.5931557 m / s > c, setting 1/gamma = 0\n",
+      "v = 303524339.5391789 m / s > c, setting 1/gamma = 0\n",
+      "v = 490985943.93977463 m / s > c, setting 1/gamma = 0\n",
+      "v = 499269412.8574218 m / s > c, setting 1/gamma = 0\n",
+      "v = 379362444.12720007 m / s > c, setting 1/gamma = 0\n",
+      "v = 429202722.31821233 m / s > c, setting 1/gamma = 0\n",
+      "v = 396471981.0810674 m / s > c, setting 1/gamma = 0\n",
+      "v = 444215430.9091614 m / s > c, setting 1/gamma = 0\n",
+      "v = 302007023.38374573 m / s > c, setting 1/gamma = 0\n",
+      "v = 333052210.5251436 m / s > c, setting 1/gamma = 0\n",
+      "v = 509108840.04172486 m / s > c, setting 1/gamma = 0\n",
+      "v = 523924449.68905085 m / s > c, setting 1/gamma = 0\n",
+      "v = 324215224.73006403 m / s > c, setting 1/gamma = 0\n",
+      "v = 379957177.75560254 m / s > c, setting 1/gamma = 0\n",
+      "v = 318729758.31855744 m / s > c, setting 1/gamma = 0\n",
+      "v = 342852430.88050014 m / s > c, setting 1/gamma = 0\n",
+      "v = 375708382.9312463 m / s > c, setting 1/gamma = 0\n",
+      "v = 395041163.4954674 m / s > c, setting 1/gamma = 0\n",
+      "v = 313519528.60445297 m / s > c, setting 1/gamma = 0\n",
+      "v = 407133537.1969707 m / s > c, setting 1/gamma = 0\n",
+      "v = 452282204.3452274 m / s > c, setting 1/gamma = 0\n",
+      "v = 301093700.4177047 m / s > c, setting 1/gamma = 0\n",
+      "v = 334621981.1439786 m / s > c, setting 1/gamma = 0\n",
+      "v = 366260183.3870048 m / s > c, setting 1/gamma = 0\n",
+      "v = 412303162.17595893 m / s > c, setting 1/gamma = 0\n",
+      "v = 367638715.4826873 m / s > c, setting 1/gamma = 0\n",
+      "v = 423320951.9889969 m / s > c, setting 1/gamma = 0\n",
+      "v = 313966533.15672266 m / s > c, setting 1/gamma = 0\n",
+      "v = 324693697.12098485 m / s > c, setting 1/gamma = 0\n",
+      "v = 700619847.6051333 m / s > c, setting 1/gamma = 0\n",
+      "v = 578344284.3129969 m / s > c, setting 1/gamma = 0\n",
+      "v = 307285868.03822374 m / s > c, setting 1/gamma = 0\n",
+      "v = 481427044.6417801 m / s > c, setting 1/gamma = 0\n",
+      "v = 495859475.5232467 m / s > c, setting 1/gamma = 0\n",
+      "v = 370646140.35157377 m / s > c, setting 1/gamma = 0\n",
+      "v = 409715218.9758074 m / s > c, setting 1/gamma = 0\n",
+      "v = 434817086.3325473 m / s > c, setting 1/gamma = 0\n",
+      "v = 474710753.7444462 m / s > c, setting 1/gamma = 0\n",
+      "v = 405663291.9097458 m / s > c, setting 1/gamma = 0\n",
+      "v = 436052066.07589054 m / s > c, setting 1/gamma = 0\n",
+      "v = 344559570.953179 m / s > c, setting 1/gamma = 0\n",
+      "v = 401990607.09437305 m / s > c, setting 1/gamma = 0\n",
+      "v = 305027324.681783 m / s > c, setting 1/gamma = 0\n",
+      "v = 341335702.6165313 m / s > c, setting 1/gamma = 0\n",
+      "v = 329079160.630186 m / s > c, setting 1/gamma = 0\n",
+      "v = 704154468.5453551 m / s > c, setting 1/gamma = 0\n",
+      "v = 581686252.19823 m / s > c, setting 1/gamma = 0\n",
+      "v = 305120915.0162688 m / s > c, setting 1/gamma = 0\n",
+      "v = 325930304.83832335 m / s > c, setting 1/gamma = 0\n",
+      "v = 421246704.1362035 m / s > c, setting 1/gamma = 0\n",
+      "v = 450189197.1610037 m / s > c, setting 1/gamma = 0\n",
+      "v = 449138749.61554706 m / s > c, setting 1/gamma = 0\n",
+      "v = 479925459.9869342 m / s > c, setting 1/gamma = 0\n",
+      "v = 573284923.3741404 m / s > c, setting 1/gamma = 0\n",
+      "v = 519620101.6822738 m / s > c, setting 1/gamma = 0\n",
+      "v = 314798315.4318866 m / s > c, setting 1/gamma = 0\n",
+      "v = 651025655.043511 m / s > c, setting 1/gamma = 0\n",
+      "v = 536833480.07444483 m / s > c, setting 1/gamma = 0\n",
+      "v = 309931796.0560102 m / s > c, setting 1/gamma = 0\n",
+      "v = 301230694.18155617 m / s > c, setting 1/gamma = 0\n",
+      "v = 300394098.0509786 m / s > c, setting 1/gamma = 0\n",
+      "v = 563191812.5264302 m / s > c, setting 1/gamma = 0\n",
+      "v = 484000993.7552132 m / s > c, setting 1/gamma = 0\n",
+      "v = 318270130.7357531 m / s > c, setting 1/gamma = 0\n",
+      "v = 349009059.7274433 m / s > c, setting 1/gamma = 0\n",
+      "v = 304591085.9894602 m / s > c, setting 1/gamma = 0\n",
+      "v = 446553048.7277803 m / s > c, setting 1/gamma = 0\n",
+      "v = 480384611.13774437 m / s > c, setting 1/gamma = 0\n",
+      "v = 480809164.53041524 m / s > c, setting 1/gamma = 0\n",
+      "v = 493109512.6459917 m / s > c, setting 1/gamma = 0\n",
+      "v = 306140664.87855774 m / s > c, setting 1/gamma = 0\n",
+      "v = 307193977.0760852 m / s > c, setting 1/gamma = 0\n",
+      "v = 355087329.10907865 m / s > c, setting 1/gamma = 0\n",
+      "v = 317378294.72421896 m / s > c, setting 1/gamma = 0\n",
+      "v = 335736480.1309931 m / s > c, setting 1/gamma = 0\n",
+      "v = 368743153.55981386 m / s > c, setting 1/gamma = 0\n",
+      "v = 447229072.75551975 m / s > c, setting 1/gamma = 0\n",
+      "v = 476496694.9437892 m / s > c, setting 1/gamma = 0\n",
+      "v = 381788608.9519662 m / s > c, setting 1/gamma = 0\n",
+      "v = 397193926.73768836 m / s > c, setting 1/gamma = 0\n",
+      "v = 460043391.908858 m / s > c, setting 1/gamma = 0\n",
+      "v = 483343521.8357194 m / s > c, setting 1/gamma = 0\n",
+      "v = 397949152.6305496 m / s > c, setting 1/gamma = 0\n",
+      "v = 440765293.8474276 m / s > c, setting 1/gamma = 0\n",
+      "v = 325137772.59828156 m / s > c, setting 1/gamma = 0\n",
+      "v = 378914194.8799143 m / s > c, setting 1/gamma = 0\n",
+      "v = 311937093.8254976 m / s > c, setting 1/gamma = 0\n",
+      "v = 329987243.41605 m / s > c, setting 1/gamma = 0\n",
+      "v = 361414525.50406915 m / s > c, setting 1/gamma = 0\n",
+      "v = 406230856.7131167 m / s > c, setting 1/gamma = 0\n",
+      "v = 310156580.7015071 m / s > c, setting 1/gamma = 0\n",
+      "v = 300097936.33871555 m / s > c, setting 1/gamma = 0\n",
+      "v = 323210162.5893637 m / s > c, setting 1/gamma = 0\n",
+      "v = 452636466.52568614 m / s > c, setting 1/gamma = 0\n",
+      "v = 484722863.95045626 m / s > c, setting 1/gamma = 0\n",
+      "v = 309478542.4192836 m / s > c, setting 1/gamma = 0\n",
+      "v = 494536096.3393306 m / s > c, setting 1/gamma = 0\n",
+      "v = 523111902.6028896 m / s > c, setting 1/gamma = 0\n",
+      "v = 305397962.3685239 m / s > c, setting 1/gamma = 0\n",
+      "v = 309905888.6829127 m / s > c, setting 1/gamma = 0\n",
+      "v = 474691249.18860525 m / s > c, setting 1/gamma = 0\n",
+      "v = 502510204.6054964 m / s > c, setting 1/gamma = 0\n",
+      "v = 535933105.6599256 m / s > c, setting 1/gamma = 0\n",
+      "v = 525040910.78364235 m / s > c, setting 1/gamma = 0\n",
+      "v = 305859141.5866615 m / s > c, setting 1/gamma = 0\n",
+      "v = 362982357.88957983 m / s > c, setting 1/gamma = 0\n",
+      "v = 378998371.9816256 m / s > c, setting 1/gamma = 0\n",
+      "v = 333320598.0636711 m / s > c, setting 1/gamma = 0\n",
+      "v = 389148767.2414599 m / s > c, setting 1/gamma = 0\n",
+      "v = 363275977.3075314 m / s > c, setting 1/gamma = 0\n",
+      "v = 398191399.1203255 m / s > c, setting 1/gamma = 0\n",
+      "v = 308382838.513093 m / s > c, setting 1/gamma = 0\n",
+      "v = 430271324.6236532 m / s > c, setting 1/gamma = 0\n",
+      "v = 449366242.86189276 m / s > c, setting 1/gamma = 0\n",
+      "v = 537554109.6568583 m / s > c, setting 1/gamma = 0\n",
+      "v = 499054849.0430925 m / s > c, setting 1/gamma = 0\n",
+      "v = 341196043.9544781 m / s > c, setting 1/gamma = 0\n",
+      "v = 308481850.4596161 m / s > c, setting 1/gamma = 0\n",
+      "v = 353996621.5127613 m / s > c, setting 1/gamma = 0\n",
+      "v = 412625360.85221255 m / s > c, setting 1/gamma = 0\n",
+      "v = 352051845.46810836 m / s > c, setting 1/gamma = 0\n",
+      "v = 395273300.1690505 m / s > c, setting 1/gamma = 0\n",
+      "v = 602024538.0079175 m / s > c, setting 1/gamma = 0\n",
+      "v = 628417785.7765665 m / s > c, setting 1/gamma = 0\n",
+      "v = 418860627.02367383 m / s > c, setting 1/gamma = 0\n",
+      "v = 449422558.42677796 m / s > c, setting 1/gamma = 0\n",
+      "v = 479503290.8977977 m / s > c, setting 1/gamma = 0\n",
+      "v = 528185854.87348294 m / s > c, setting 1/gamma = 0\n",
+      "v = 420362598.43322706 m / s > c, setting 1/gamma = 0\n",
+      "v = 462491867.82222337 m / s > c, setting 1/gamma = 0\n",
+      "v = 462723905.6194631 m / s > c, setting 1/gamma = 0\n",
+      "v = 485418635.3917312 m / s > c, setting 1/gamma = 0\n",
+      "v = 310838220.2798161 m / s > c, setting 1/gamma = 0\n",
+      "v = 379568980.2314991 m / s > c, setting 1/gamma = 0\n",
+      "v = 364679777.4079563 m / s > c, setting 1/gamma = 0\n",
+      "v = 398358985.95409137 m / s > c, setting 1/gamma = 0\n",
+      "v = 302347787.47652036 m / s > c, setting 1/gamma = 0\n",
+      "v = 330203869.22229195 m / s > c, setting 1/gamma = 0\n",
+      "v = 398751073.79933906 m / s > c, setting 1/gamma = 0\n",
+      "v = 460120846.69729143 m / s > c, setting 1/gamma = 0\n",
+      "v = 315390565.63557297 m / s > c, setting 1/gamma = 0\n",
+      "v = 315566709.9771501 m / s > c, setting 1/gamma = 0\n",
+      "v = 418110029.2834832 m / s > c, setting 1/gamma = 0\n",
+      "v = 459524106.34257936 m / s > c, setting 1/gamma = 0\n",
+      "v = 439531913.3034564 m / s > c, setting 1/gamma = 0\n",
+      "v = 507457588.9813117 m / s > c, setting 1/gamma = 0\n",
+      "v = 412227661.158704 m / s > c, setting 1/gamma = 0\n",
+      "v = 472538553.5350094 m / s > c, setting 1/gamma = 0\n",
+      "v = 469902355.62173 m / s > c, setting 1/gamma = 0\n",
+      "v = 512439425.14270324 m / s > c, setting 1/gamma = 0\n",
+      "v = 316016573.81413424 m / s > c, setting 1/gamma = 0\n",
+      "v = 324150128.11570984 m / s > c, setting 1/gamma = 0\n",
+      "v = 315095610.9618921 m / s > c, setting 1/gamma = 0\n",
+      "v = 389758181.33067346 m / s > c, setting 1/gamma = 0\n",
+      "v = 339061865.64239115 m / s > c, setting 1/gamma = 0\n",
+      "v = 383206397.9187442 m / s > c, setting 1/gamma = 0\n",
+      "v = 327144568.1979939 m / s > c, setting 1/gamma = 0\n",
+      "v = 754989353.7271502 m / s > c, setting 1/gamma = 0\n",
+      "v = 632311605.5793349 m / s > c, setting 1/gamma = 0\n",
+      "v = 315047794.2187206 m / s > c, setting 1/gamma = 0\n",
+      "v = 376551139.5297204 m / s > c, setting 1/gamma = 0\n",
+      "v = 406955364.1135316 m / s > c, setting 1/gamma = 0\n",
+      "v = 393128786.72645795 m / s > c, setting 1/gamma = 0\n",
+      "v = 456449812.0480475 m / s > c, setting 1/gamma = 0\n",
+      "v = 323339260.3765228 m / s > c, setting 1/gamma = 0\n",
+      "v = 303572863.55062175 m / s > c, setting 1/gamma = 0\n",
+      "v = 349171887.8243593 m / s > c, setting 1/gamma = 0\n",
+      "v = 322094483.13198906 m / s > c, setting 1/gamma = 0\n",
+      "v = 856501164.6443429 m / s > c, setting 1/gamma = 0\n",
+      "v = 748625227.9412252 m / s > c, setting 1/gamma = 0\n",
+      "v = 357652164.57048863 m / s > c, setting 1/gamma = 0\n",
+      "v = 406150671.846629 m / s > c, setting 1/gamma = 0\n",
+      "v = 398335414.5749189 m / s > c, setting 1/gamma = 0\n",
+      "v = 456714709.1895591 m / s > c, setting 1/gamma = 0\n",
+      "v = 303464776.68760216 m / s > c, setting 1/gamma = 0\n",
+      "v = 374489491.6853095 m / s > c, setting 1/gamma = 0\n",
+      "v = 385282357.48591113 m / s > c, setting 1/gamma = 0\n",
+      "v = 423100330.05428314 m / s > c, setting 1/gamma = 0\n",
+      "v = 309009623.5689271 m / s > c, setting 1/gamma = 0\n",
+      "v = 308641857.43888634 m / s > c, setting 1/gamma = 0\n",
+      "v = 314912260.181982 m / s > c, setting 1/gamma = 0\n",
+      "v = 360689753.69231814 m / s > c, setting 1/gamma = 0\n",
+      "v = 380705735.6776262 m / s > c, setting 1/gamma = 0\n",
+      "v = 446922958.23739046 m / s > c, setting 1/gamma = 0\n",
+      "v = 303390472.2548041 m / s > c, setting 1/gamma = 0\n",
+      "v = 302779498.97349 m / s > c, setting 1/gamma = 0\n",
+      "v = 344947221.5507603 m / s > c, setting 1/gamma = 0\n",
+      "v = 406967416.6068121 m / s > c, setting 1/gamma = 0\n",
+      "v = 363615914.8855946 m / s > c, setting 1/gamma = 0\n",
+      "v = 402120662.4099634 m / s > c, setting 1/gamma = 0\n",
+      "v = 335526773.97837865 m / s > c, setting 1/gamma = 0\n",
+      "v = 355095286.219797 m / s > c, setting 1/gamma = 0\n",
+      "v = 300028739.2066011 m / s > c, setting 1/gamma = 0\n",
+      "v = 333221230.1443611 m / s > c, setting 1/gamma = 0\n",
+      "v = 428675578.6911074 m / s > c, setting 1/gamma = 0\n",
+      "v = 466021366.46926105 m / s > c, setting 1/gamma = 0\n",
+      "v = 320187415.8152349 m / s > c, setting 1/gamma = 0\n",
+      "v = 343256127.5885617 m / s > c, setting 1/gamma = 0\n",
+      "v = 323390004.87274915 m / s > c, setting 1/gamma = 0\n",
+      "v = 361384963.24627596 m / s > c, setting 1/gamma = 0\n",
+      "v = 457903407.6625793 m / s > c, setting 1/gamma = 0\n",
+      "v = 512916043.76579344 m / s > c, setting 1/gamma = 0\n",
+      "v = 477589455.90888953 m / s > c, setting 1/gamma = 0\n",
+      "v = 468089073.75346106 m / s > c, setting 1/gamma = 0\n",
+      "v = 313068540.9397416 m / s > c, setting 1/gamma = 0\n",
+      "v = 300539325.01840574 m / s > c, setting 1/gamma = 0\n",
+      "v = 338511160.25192827 m / s > c, setting 1/gamma = 0\n",
+      "v = 328066323.8171406 m / s > c, setting 1/gamma = 0\n",
+      "v = 378945388.3102245 m / s > c, setting 1/gamma = 0\n",
+      "v = 315483485.1041804 m / s > c, setting 1/gamma = 0\n",
+      "v = 362866633.55546933 m / s > c, setting 1/gamma = 0\n",
+      "v = 311505849.7342141 m / s > c, setting 1/gamma = 0\n",
+      "v = 369354347.256329 m / s > c, setting 1/gamma = 0\n",
+      "v = 348868416.55388755 m / s > c, setting 1/gamma = 0\n",
+      "v = 394152902.5801094 m / s > c, setting 1/gamma = 0\n",
+      "v = 367034341.44458705 m / s > c, setting 1/gamma = 0\n",
+      "v = 385906797.27912533 m / s > c, setting 1/gamma = 0\n",
+      "v = 618716850.5022359 m / s > c, setting 1/gamma = 0\n",
+      "v = 621378958.8756835 m / s > c, setting 1/gamma = 0\n",
+      "v = 416313791.5884954 m / s > c, setting 1/gamma = 0\n",
+      "v = 457924209.9860598 m / s > c, setting 1/gamma = 0\n",
+      "v = 304181226.17560834 m / s > c, setting 1/gamma = 0\n",
+      "v = 312931442.56540835 m / s > c, setting 1/gamma = 0\n",
+      "v = 348152673.22447044 m / s > c, setting 1/gamma = 0\n",
+      "v = 320807456.0546239 m / s > c, setting 1/gamma = 0\n",
+      "v = 331658653.0802513 m / s > c, setting 1/gamma = 0\n",
+      "v = 312023436.975492 m / s > c, setting 1/gamma = 0\n",
+      "v = 393459853.7913568 m / s > c, setting 1/gamma = 0\n",
+      "v = 434485078.90461886 m / s > c, setting 1/gamma = 0\n",
+      "v = 302929651.41840637 m / s > c, setting 1/gamma = 0\n",
+      "v = 334343594.3927243 m / s > c, setting 1/gamma = 0\n",
+      "v = 438371713.339181 m / s > c, setting 1/gamma = 0\n",
+      "v = 466906466.9163054 m / s > c, setting 1/gamma = 0\n",
+      "v = 303509250.7624259 m / s > c, setting 1/gamma = 0\n",
+      "v = 344774307.3387659 m / s > c, setting 1/gamma = 0\n",
+      "v = 382871801.58563226 m / s > c, setting 1/gamma = 0\n",
+      "v = 438475116.4526944 m / s > c, setting 1/gamma = 0\n",
+      "v = 339649138.8968631 m / s > c, setting 1/gamma = 0\n",
+      "v = 386251668.54160714 m / s > c, setting 1/gamma = 0\n",
+      "v = 313766611.1811877 m / s > c, setting 1/gamma = 0\n",
+      "v = 650968272.9769737 m / s > c, setting 1/gamma = 0\n",
+      "v = 534397245.8854045 m / s > c, setting 1/gamma = 0\n",
+      "v = 325566641.59892875 m / s > c, setting 1/gamma = 0\n",
+      "v = 358618129.1828142 m / s > c, setting 1/gamma = 0\n",
+      "v = 315979095.9582768 m / s > c, setting 1/gamma = 0\n",
+      "v = 372814276.14497894 m / s > c, setting 1/gamma = 0\n",
+      "v = 456060949.90052694 m / s > c, setting 1/gamma = 0\n",
+      "v = 448381609.550819 m / s > c, setting 1/gamma = 0\n",
+      "v = 301507784.1025469 m / s > c, setting 1/gamma = 0\n",
+      "v = 311007675.3878122 m / s > c, setting 1/gamma = 0\n",
+      "v = 443793220.0357697 m / s > c, setting 1/gamma = 0\n",
+      "v = 442379738.94311637 m / s > c, setting 1/gamma = 0\n",
+      "v = 450114674.67861825 m / s > c, setting 1/gamma = 0\n",
+      "v = 477856567.1141816 m / s > c, setting 1/gamma = 0\n",
+      "v = 300509968.66979265 m / s > c, setting 1/gamma = 0\n",
+      "v = 332694374.2799587 m / s > c, setting 1/gamma = 0\n",
+      "v = 300805226.3687605 m / s > c, setting 1/gamma = 0\n",
+      "v = 533677045.5765308 m / s > c, setting 1/gamma = 0\n",
+      "v = 437055772.2926423 m / s > c, setting 1/gamma = 0\n",
+      "v = 300199755.94551677 m / s > c, setting 1/gamma = 0\n",
+      "v = 329621067.8584899 m / s > c, setting 1/gamma = 0\n",
+      "v = 302848679.8962419 m / s > c, setting 1/gamma = 0\n",
+      "v = 602691804.7458919 m / s > c, setting 1/gamma = 0\n",
+      "v = 493845735.1996925 m / s > c, setting 1/gamma = 0\n",
+      "v = 331815697.2455387 m / s > c, setting 1/gamma = 0\n",
+      "v = 663694552.7369771 m / s > c, setting 1/gamma = 0\n",
+      "v = 543632824.9378687 m / s > c, setting 1/gamma = 0\n",
+      "v = 302851611.52374125 m / s > c, setting 1/gamma = 0\n",
+      "v = 318973748.50461996 m / s > c, setting 1/gamma = 0\n",
+      "v = 302433387.0149336 m / s > c, setting 1/gamma = 0\n",
+      "v = 429889516.7704591 m / s > c, setting 1/gamma = 0\n",
+      "v = 463723694.7680484 m / s > c, setting 1/gamma = 0\n",
+      "v = 318532478.9281999 m / s > c, setting 1/gamma = 0\n",
+      "v = 363890117.4417481 m / s > c, setting 1/gamma = 0\n",
+      "v = 307173011.9885327 m / s > c, setting 1/gamma = 0\n",
+      "v = 352659811.45883 m / s > c, setting 1/gamma = 0\n",
+      "v = 407114747.6672752 m / s > c, setting 1/gamma = 0\n",
+      "v = 314660239.59977317 m / s > c, setting 1/gamma = 0\n",
+      "v = 326765297.3655576 m / s > c, setting 1/gamma = 0\n",
+      "v = 386122959.36055475 m / s > c, setting 1/gamma = 0\n",
+      "v = 555065169.7720942 m / s > c, setting 1/gamma = 0\n",
+      "v = 503532565.8695188 m / s > c, setting 1/gamma = 0\n",
+      "v = 321644122.1731207 m / s > c, setting 1/gamma = 0\n",
+      "v = 349584186.55357325 m / s > c, setting 1/gamma = 0\n",
+      "v = 408572927.4399197 m / s > c, setting 1/gamma = 0\n",
+      "v = 447400298.11754066 m / s > c, setting 1/gamma = 0\n",
+      "v = 487069206.7528251 m / s > c, setting 1/gamma = 0\n",
+      "v = 501909637.7188348 m / s > c, setting 1/gamma = 0\n",
+      "v = 302139622.861117 m / s > c, setting 1/gamma = 0\n",
+      "v = 302417762.78481656 m / s > c, setting 1/gamma = 0\n",
+      "v = 337310072.717319 m / s > c, setting 1/gamma = 0\n",
+      "v = 342426216.61788213 m / s > c, setting 1/gamma = 0\n",
+      "v = 367785829.5185307 m / s > c, setting 1/gamma = 0\n",
+      "v = 395713249.28436166 m / s > c, setting 1/gamma = 0\n",
+      "v = 304337206.45302486 m / s > c, setting 1/gamma = 0\n",
+      "v = 363723325.25461376 m / s > c, setting 1/gamma = 0\n",
+      "v = 362629565.0648349 m / s > c, setting 1/gamma = 0\n",
+      "v = 394097995.4384945 m / s > c, setting 1/gamma = 0\n",
+      "v = 404252314.02510524 m / s > c, setting 1/gamma = 0\n",
+      "v = 446017035.88413537 m / s > c, setting 1/gamma = 0\n",
+      "v = 448697073.97707814 m / s > c, setting 1/gamma = 0\n",
+      "v = 434701762.8396436 m / s > c, setting 1/gamma = 0\n",
+      "v = 311403551.5911219 m / s > c, setting 1/gamma = 0\n",
+      "v = 303389252.08007073 m / s > c, setting 1/gamma = 0\n",
+      "v = 338561328.66158223 m / s > c, setting 1/gamma = 0\n",
+      "v = 331807159.0555047 m / s > c, setting 1/gamma = 0\n",
+      "v = 364880109.9089569 m / s > c, setting 1/gamma = 0\n",
+      "v = 300193467.5063228 m / s > c, setting 1/gamma = 0\n",
+      "v = 312155312.3390982 m / s > c, setting 1/gamma = 0\n",
+      "v = 360216293.32545465 m / s > c, setting 1/gamma = 0\n",
+      "v = 380385915.20936894 m / s > c, setting 1/gamma = 0\n",
+      "v = 420546921.9121965 m / s > c, setting 1/gamma = 0\n",
+      "v = 317247445.25646216 m / s > c, setting 1/gamma = 0\n",
+      "v = 331673403.1931362 m / s > c, setting 1/gamma = 0\n",
+      "v = 310482162.4605533 m / s > c, setting 1/gamma = 0\n",
+      "v = 350137442.2237038 m / s > c, setting 1/gamma = 0\n",
+      "v = 398088566.6108447 m / s > c, setting 1/gamma = 0\n",
+      "v = 312109998.8664654 m / s > c, setting 1/gamma = 0\n",
+      "v = 349479445.5323373 m / s > c, setting 1/gamma = 0\n",
+      "v = 379693933.8003797 m / s > c, setting 1/gamma = 0\n",
+      "v = 427352591.5667338 m / s > c, setting 1/gamma = 0\n",
+      "v = 300306700.1943208 m / s > c, setting 1/gamma = 0\n",
+      "v = 417134790.582337 m / s > c, setting 1/gamma = 0\n",
+      "v = 461222031.3229842 m / s > c, setting 1/gamma = 0\n",
+      "v = 381364998.35524464 m / s > c, setting 1/gamma = 0\n",
+      "v = 418470596.79890436 m / s > c, setting 1/gamma = 0\n",
+      "v = 470659744.02617836 m / s > c, setting 1/gamma = 0\n",
+      "v = 493514201.50658804 m / s > c, setting 1/gamma = 0\n",
+      "v = 314040813.3521431 m / s > c, setting 1/gamma = 0\n",
+      "v = 342670292.7063448 m / s > c, setting 1/gamma = 0\n",
+      "v = 371840474.0211542 m / s > c, setting 1/gamma = 0\n",
+      "v = 396864627.1588333 m / s > c, setting 1/gamma = 0\n",
+      "v = 412225135.7814658 m / s > c, setting 1/gamma = 0\n",
+      "v = 300437097.78686935 m / s > c, setting 1/gamma = 0\n",
+      "v = 589908958.7366952 m / s > c, setting 1/gamma = 0\n",
+      "v = 484103077.05425495 m / s > c, setting 1/gamma = 0\n",
+      "v = 332273503.87447 m / s > c, setting 1/gamma = 0\n",
+      "v = 354038546.98053885 m / s > c, setting 1/gamma = 0\n",
+      "v = 322977578.18901414 m / s > c, setting 1/gamma = 0\n",
+      "v = 366707562.59038943 m / s > c, setting 1/gamma = 0\n",
+      "v = 393910620.1479688 m / s > c, setting 1/gamma = 0\n",
+      "v = 429908864.75848305 m / s > c, setting 1/gamma = 0\n",
+      "v = 300095954.97706497 m / s > c, setting 1/gamma = 0\n",
+      "v = 372530464.2915167 m / s > c, setting 1/gamma = 0\n",
+      "v = 424281810.63263655 m / s > c, setting 1/gamma = 0\n",
+      "v = 320394396.3382429 m / s > c, setting 1/gamma = 0\n",
+      "v = 341251534.1316873 m / s > c, setting 1/gamma = 0\n",
+      "v = 379265245.23745114 m / s > c, setting 1/gamma = 0\n",
+      "v = 426371027.6531171 m / s > c, setting 1/gamma = 0\n",
+      "v = 477248596.96675366 m / s > c, setting 1/gamma = 0\n",
+      "v = 489998815.1875495 m / s > c, setting 1/gamma = 0\n",
+      "v = 310900753.78813064 m / s > c, setting 1/gamma = 0\n",
+      "v = 498717080.0636479 m / s > c, setting 1/gamma = 0\n",
+      "v = 480812929.42365754 m / s > c, setting 1/gamma = 0\n",
+      "v = 331307993.61229795 m / s > c, setting 1/gamma = 0\n",
+      "v = 352254436.2992441 m / s > c, setting 1/gamma = 0\n",
+      "v = 370283836.84116894 m / s > c, setting 1/gamma = 0\n",
+      "v = 300097589.52439785 m / s > c, setting 1/gamma = 0\n",
+      "v = 308383310.52031654 m / s > c, setting 1/gamma = 0\n",
+      "v = 355893833.95386654 m / s > c, setting 1/gamma = 0\n",
+      "v = 342197136.92956245 m / s > c, setting 1/gamma = 0\n",
+      "v = 357080494.045529 m / s > c, setting 1/gamma = 0\n",
+      "v = 327238082.7821776 m / s > c, setting 1/gamma = 0\n",
+      "v = 372617289.72849476 m / s > c, setting 1/gamma = 0\n",
+      "v = 356404430.6980074 m / s > c, setting 1/gamma = 0\n",
+      "v = 390756942.7203 m / s > c, setting 1/gamma = 0\n",
+      "v = 318391684.83129984 m / s > c, setting 1/gamma = 0\n",
+      "v = 328183694.7362595 m / s > c, setting 1/gamma = 0\n",
+      "v = 370515921.08486223 m / s > c, setting 1/gamma = 0\n",
+      "v = 395205191.98833853 m / s > c, setting 1/gamma = 0\n",
+      "v = 302725510.40632653 m / s > c, setting 1/gamma = 0\n",
+      "v = 314948755.9133741 m / s > c, setting 1/gamma = 0\n",
+      "v = 370619926.8642298 m / s > c, setting 1/gamma = 0\n",
+      "v = 347152685.48268825 m / s > c, setting 1/gamma = 0\n",
+      "v = 370223628.7804958 m / s > c, setting 1/gamma = 0\n",
+      "v = 306419077.98845804 m / s > c, setting 1/gamma = 0\n",
+      "v = 464712965.7722833 m / s > c, setting 1/gamma = 0\n",
+      "v = 473470319.56581104 m / s > c, setting 1/gamma = 0\n",
+      "v = 332517032.34611505 m / s > c, setting 1/gamma = 0\n",
+      "v = 387202727.8578254 m / s > c, setting 1/gamma = 0\n",
+      "v = 301387250.6377682 m / s > c, setting 1/gamma = 0\n",
+      "v = 581634416.1844356 m / s > c, setting 1/gamma = 0\n",
+      "v = 475083120.70735234 m / s > c, setting 1/gamma = 0\n",
+      "v = 300146682.97012174 m / s > c, setting 1/gamma = 0\n",
+      "v = 348322449.51896906 m / s > c, setting 1/gamma = 0\n",
+      "v = 402152033.1738984 m / s > c, setting 1/gamma = 0\n",
+      "v = 432831661.9685066 m / s > c, setting 1/gamma = 0\n",
+      "v = 453148305.059031 m / s > c, setting 1/gamma = 0\n",
+      "v = 309059368.6327722 m / s > c, setting 1/gamma = 0\n",
+      "v = 338222660.05046767 m / s > c, setting 1/gamma = 0\n",
+      "v = 378604361.071026 m / s > c, setting 1/gamma = 0\n",
+      "v = 314065318.8432195 m / s > c, setting 1/gamma = 0\n",
+      "v = 362871393.771326 m / s > c, setting 1/gamma = 0\n",
+      "v = 303668220.6912078 m / s > c, setting 1/gamma = 0\n",
+      "v = 326711570.5238208 m / s > c, setting 1/gamma = 0\n",
+      "v = 415127446.3990999 m / s > c, setting 1/gamma = 0\n",
+      "v = 434606347.06983036 m / s > c, setting 1/gamma = 0\n",
+      "v = 305274437.23922145 m / s > c, setting 1/gamma = 0\n",
+      "v = 325496971.90855473 m / s > c, setting 1/gamma = 0\n",
+      "v = 305775508.91802347 m / s > c, setting 1/gamma = 0\n",
+      "v = 574809350.9735434 m / s > c, setting 1/gamma = 0\n",
+      "v = 472719432.9109649 m / s > c, setting 1/gamma = 0\n",
+      "v = 310897003.1716609 m / s > c, setting 1/gamma = 0\n",
+      "v = 350497951.8603442 m / s > c, setting 1/gamma = 0\n",
+      "v = 403731461.6638191 m / s > c, setting 1/gamma = 0\n",
+      "v = 346180876.7953553 m / s > c, setting 1/gamma = 0\n",
+      "v = 390362041.2950262 m / s > c, setting 1/gamma = 0\n",
+      "v = 313398101.2033615 m / s > c, setting 1/gamma = 0\n",
+      "v = 339051237.5254706 m / s > c, setting 1/gamma = 0\n",
+      "v = 350742350.4468388 m / s > c, setting 1/gamma = 0\n",
+      "v = 397227560.54665565 m / s > c, setting 1/gamma = 0\n",
+      "v = 388702981.666674 m / s > c, setting 1/gamma = 0\n",
+      "v = 403464043.1111043 m / s > c, setting 1/gamma = 0\n",
+      "v = 364123253.0150317 m / s > c, setting 1/gamma = 0\n",
+      "v = 394938675.668868 m / s > c, setting 1/gamma = 0\n",
+      "v = 323293439.9380404 m / s > c, setting 1/gamma = 0\n",
+      "v = 385083590.31372344 m / s > c, setting 1/gamma = 0\n",
+      "v = 394977106.99356645 m / s > c, setting 1/gamma = 0\n",
+      "v = 464944412.8414439 m / s > c, setting 1/gamma = 0\n",
+      "v = 474116647.55372804 m / s > c, setting 1/gamma = 0\n",
+      "v = 352981772.05771023 m / s > c, setting 1/gamma = 0\n",
+      "v = 373308123.03479165 m / s > c, setting 1/gamma = 0\n",
+      "v = 307521312.71114516 m / s > c, setting 1/gamma = 0\n",
+      "v = 361781990.42192227 m / s > c, setting 1/gamma = 0\n",
+      "v = 345644454.4999785 m / s > c, setting 1/gamma = 0\n",
+      "v = 720046939.3624096 m / s > c, setting 1/gamma = 0\n",
+      "v = 592723029.7662281 m / s > c, setting 1/gamma = 0\n",
+      "v = 308021481.6955999 m / s > c, setting 1/gamma = 0\n",
+      "v = 327671569.4183295 m / s > c, setting 1/gamma = 0\n",
+      "v = 346926480.2567633 m / s > c, setting 1/gamma = 0\n",
+      "v = 402147568.9028619 m / s > c, setting 1/gamma = 0\n",
+      "v = 318629718.5861925 m / s > c, setting 1/gamma = 0\n",
+      "v = 644636941.9227008 m / s > c, setting 1/gamma = 0\n",
+      "v = 527795935.8669955 m / s > c, setting 1/gamma = 0\n",
+      "v = 317917794.6031379 m / s > c, setting 1/gamma = 0\n",
+      "v = 360817469.2870443 m / s > c, setting 1/gamma = 0\n",
+      "v = 324448037.52799606 m / s > c, setting 1/gamma = 0\n",
+      "v = 373342593.79454213 m / s > c, setting 1/gamma = 0\n",
+      "v = 315354328.037208 m / s > c, setting 1/gamma = 0\n",
+      "v = 477087862.4971782 m / s > c, setting 1/gamma = 0\n",
+      "v = 470551818.8952575 m / s > c, setting 1/gamma = 0\n",
+      "v = 311550800.3456031 m / s > c, setting 1/gamma = 0\n",
+      "v = 362894257.95981765 m / s > c, setting 1/gamma = 0\n",
+      "v = 349019683.2668301 m / s > c, setting 1/gamma = 0\n",
+      "v = 368709081.21558416 m / s > c, setting 1/gamma = 0\n",
+      "v = 333805918.99327135 m / s > c, setting 1/gamma = 0\n",
+      "v = 366377402.3614167 m / s > c, setting 1/gamma = 0\n",
+      "v = 312313850.6891359 m / s > c, setting 1/gamma = 0\n",
+      "v = 325859880.4254119 m / s > c, setting 1/gamma = 0\n",
+      "v = 345236558.37352407 m / s > c, setting 1/gamma = 0\n",
+      "v = 322829420.0000567 m / s > c, setting 1/gamma = 0\n",
+      "v = 362235149.3899605 m / s > c, setting 1/gamma = 0\n",
+      "v = 317272314.19597876 m / s > c, setting 1/gamma = 0\n",
+      "v = 313417426.04802436 m / s > c, setting 1/gamma = 0\n",
+      "v = 310529055.72057503 m / s > c, setting 1/gamma = 0\n",
+      "v = 307698947.2016388 m / s > c, setting 1/gamma = 0\n",
+      "v = 327065553.1350843 m / s > c, setting 1/gamma = 0\n",
+      "v = 330748427.5248011 m / s > c, setting 1/gamma = 0\n",
+      "v = 365911549.70007277 m / s > c, setting 1/gamma = 0\n",
+      "v = 344203119.60036504 m / s > c, setting 1/gamma = 0\n",
+      "v = 374102312.1098958 m / s > c, setting 1/gamma = 0\n",
+      "v = 398812771.415057 m / s > c, setting 1/gamma = 0\n",
+      "v = 301405919.7004497 m / s > c, setting 1/gamma = 0\n",
+      "v = 305935717.78687495 m / s > c, setting 1/gamma = 0\n",
+      "v = 349648216.35652673 m / s > c, setting 1/gamma = 0\n",
+      "v = 320662164.0763668 m / s > c, setting 1/gamma = 0\n",
+      "v = 365978303.83001554 m / s > c, setting 1/gamma = 0\n",
+      "v = 384300053.6884534 m / s > c, setting 1/gamma = 0\n",
+      "v = 433009151.1711582 m / s > c, setting 1/gamma = 0\n",
+      "v = 438176484.8873749 m / s > c, setting 1/gamma = 0\n",
+      "v = 464858918.0705492 m / s > c, setting 1/gamma = 0\n",
+      "v = 324454934.6538717 m / s > c, setting 1/gamma = 0\n",
+      "v = 355409642.16567343 m / s > c, setting 1/gamma = 0\n",
+      "v = 423836342.64123255 m / s > c, setting 1/gamma = 0\n",
+      "v = 455697183.27862203 m / s > c, setting 1/gamma = 0\n",
+      "v = 397897438.9194889 m / s > c, setting 1/gamma = 0\n",
+      "v = 442357470.5131089 m / s > c, setting 1/gamma = 0\n",
+      "v = 302652564.73441964 m / s > c, setting 1/gamma = 0\n",
+      "v = 308403205.16017884 m / s > c, setting 1/gamma = 0\n",
+      "v = 356507574.0946137 m / s > c, setting 1/gamma = 0\n",
+      "v = 403779661.0785835 m / s > c, setting 1/gamma = 0\n",
+      "v = 434752385.78620744 m / s > c, setting 1/gamma = 0\n",
+      "v = 361484327.1003649 m / s > c, setting 1/gamma = 0\n",
+      "v = 410286101.8104607 m / s > c, setting 1/gamma = 0\n",
+      "v = 338413147.86718524 m / s > c, setting 1/gamma = 0\n",
+      "v = 385838728.14212024 m / s > c, setting 1/gamma = 0\n",
+      "v = 308848583.58927214 m / s > c, setting 1/gamma = 0\n",
+      "v = 341742929.70888597 m / s > c, setting 1/gamma = 0\n",
+      "v = 312356035.6157016 m / s > c, setting 1/gamma = 0\n",
+      "v = 627102124.7815537 m / s > c, setting 1/gamma = 0\n",
+      "v = 512816553.39098316 m / s > c, setting 1/gamma = 0\n",
+      "v = 329411262.62237865 m / s > c, setting 1/gamma = 0\n",
+      "v = 350347747.91641855 m / s > c, setting 1/gamma = 0\n",
+      "v = 312221918.72918755 m / s > c, setting 1/gamma = 0\n",
+      "v = 352254543.85104924 m / s > c, setting 1/gamma = 0\n",
+      "v = 360320785.7777575 m / s > c, setting 1/gamma = 0\n",
+      "v = 408209415.9293944 m / s > c, setting 1/gamma = 0\n",
+      "v = 336200972.876956 m / s > c, setting 1/gamma = 0\n",
+      "v = 354664294.01346624 m / s > c, setting 1/gamma = 0\n",
+      "v = 314007595.5612351 m / s > c, setting 1/gamma = 0\n",
+      "v = 363548802.82589656 m / s > c, setting 1/gamma = 0\n",
+      "v = 456148476.82638294 m / s > c, setting 1/gamma = 0\n",
+      "v = 467627710.9750248 m / s > c, setting 1/gamma = 0\n",
+      "v = 321760505.5135771 m / s > c, setting 1/gamma = 0\n",
+      "v = 345599191.2677913 m / s > c, setting 1/gamma = 0\n",
+      "v = 322568413.65889233 m / s > c, setting 1/gamma = 0\n",
+      "v = 324059287.92443985 m / s > c, setting 1/gamma = 0\n",
+      "v = 373068640.9871139 m / s > c, setting 1/gamma = 0\n",
+      "v = 318606309.2358591 m / s > c, setting 1/gamma = 0\n",
+      "v = 337591788.49988246 m / s > c, setting 1/gamma = 0\n",
+      "v = 333516130.58346087 m / s > c, setting 1/gamma = 0\n",
+      "v = 301200277.6084974 m / s > c, setting 1/gamma = 0\n",
+      "v = 345430248.11567193 m / s > c, setting 1/gamma = 0\n",
+      "v = 299817464.35080487 m / s > c, setting 1/gamma = 0\n",
+      "v = 323648941.9872258 m / s > c, setting 1/gamma = 0\n",
+      "v = 349040378.24134463 m / s > c, setting 1/gamma = 0\n",
+      "v = 322594742.117076 m / s > c, setting 1/gamma = 0\n",
+      "v = 353407654.995471 m / s > c, setting 1/gamma = 0\n",
+      "v = 391467511.05989724 m / s > c, setting 1/gamma = 0\n",
+      "v = 318970544.5598815 m / s > c, setting 1/gamma = 0\n",
+      "v = 383593844.6770386 m / s > c, setting 1/gamma = 0\n",
+      "v = 401435068.2860787 m / s > c, setting 1/gamma = 0\n",
+      "v = 322931475.2053313 m / s > c, setting 1/gamma = 0\n",
+      "v = 321146857.78237736 m / s > c, setting 1/gamma = 0\n",
+      "v = 342272069.87392366 m / s > c, setting 1/gamma = 0\n",
+      "v = 350083625.60070556 m / s > c, setting 1/gamma = 0\n",
+      "v = 401669680.88075244 m / s > c, setting 1/gamma = 0\n",
+      "v = 424248938.32662207 m / s > c, setting 1/gamma = 0\n",
+      "v = 450514381.86560756 m / s > c, setting 1/gamma = 0\n",
+      "v = 314758962.74374247 m / s > c, setting 1/gamma = 0\n",
+      "v = 341330732.3365505 m / s > c, setting 1/gamma = 0\n",
+      "v = 394484614.4577501 m / s > c, setting 1/gamma = 0\n",
+      "v = 335672678.5817494 m / s > c, setting 1/gamma = 0\n",
+      "v = 302864523.6728195 m / s > c, setting 1/gamma = 0\n",
+      "v = 319622237.6189846 m / s > c, setting 1/gamma = 0\n",
+      "v = 312293840.2265952 m / s > c, setting 1/gamma = 0\n",
+      "v = 638156097.0424697 m / s > c, setting 1/gamma = 0\n",
+      "v = 522969863.9322146 m / s > c, setting 1/gamma = 0\n",
+      "v = 341543214.0229047 m / s > c, setting 1/gamma = 0\n",
+      "v = 366595354.4922391 m / s > c, setting 1/gamma = 0\n",
+      "v = 315240235.8372789 m / s > c, setting 1/gamma = 0\n",
+      "v = 360522238.94581515 m / s > c, setting 1/gamma = 0\n",
+      "v = 514460180.17868704 m / s > c, setting 1/gamma = 0\n",
+      "v = 495643759.046209 m / s > c, setting 1/gamma = 0\n",
+      "v = 311059529.5865262 m / s > c, setting 1/gamma = 0\n",
+      "v = 332921777.3268524 m / s > c, setting 1/gamma = 0\n",
+      "v = 355080365.57949096 m / s > c, setting 1/gamma = 0\n",
+      "v = 397734359.5355731 m / s > c, setting 1/gamma = 0\n",
+      "v = 420244266.424271 m / s > c, setting 1/gamma = 0\n",
+      "v = 328288199.72830063 m / s > c, setting 1/gamma = 0\n",
+      "v = 342763749.07642657 m / s > c, setting 1/gamma = 0\n",
+      "v = 302345551.8223868 m / s > c, setting 1/gamma = 0\n",
+      "v = 302915352.897527 m / s > c, setting 1/gamma = 0\n",
+      "v = 345314098.483687 m / s > c, setting 1/gamma = 0\n",
+      "v = 331943146.730826 m / s > c, setting 1/gamma = 0\n",
+      "v = 376056136.5188657 m / s > c, setting 1/gamma = 0\n",
+      "v = 368578253.2867573 m / s > c, setting 1/gamma = 0\n",
+      "v = 405749070.16993266 m / s > c, setting 1/gamma = 0\n",
+      "v = 349875658.44162 m / s > c, setting 1/gamma = 0\n",
+      "v = 326997378.8879122 m / s > c, setting 1/gamma = 0\n",
+      "v = 349174686.10745955 m / s > c, setting 1/gamma = 0\n",
+      "v = 318776296.39472324 m / s > c, setting 1/gamma = 0\n",
+      "v = 358758572.2412627 m / s > c, setting 1/gamma = 0\n",
+      "v = 429503686.2783626 m / s > c, setting 1/gamma = 0\n",
+      "v = 459616383.7949108 m / s > c, setting 1/gamma = 0\n",
+      "v = 315835972.8868673 m / s > c, setting 1/gamma = 0\n",
+      "v = 351133303.6771804 m / s > c, setting 1/gamma = 0\n",
+      "v = 400711206.53738993 m / s > c, setting 1/gamma = 0\n",
+      "v = 310712239.9151152 m / s > c, setting 1/gamma = 0\n",
+      "v = 331591520.95837396 m / s > c, setting 1/gamma = 0\n",
+      "v = 312603745.3410653 m / s > c, setting 1/gamma = 0\n",
+      "v = 365915874.95281583 m / s > c, setting 1/gamma = 0\n",
+      "v = 337581901.15590405 m / s > c, setting 1/gamma = 0\n",
+      "v = 692330610.3764485 m / s > c, setting 1/gamma = 0\n",
+      "v = 569415794.5300338 m / s > c, setting 1/gamma = 0\n",
+      "v = 389747224.1809256 m / s > c, setting 1/gamma = 0\n",
+      "v = 439323052.2656647 m / s > c, setting 1/gamma = 0\n",
+      "v = 348820714.0518418 m / s > c, setting 1/gamma = 0\n",
+      "v = 394734571.60678273 m / s > c, setting 1/gamma = 0\n",
+      "v = 317344682.68202865 m / s > c, setting 1/gamma = 0\n",
+      "v = 345864067.04693216 m / s > c, setting 1/gamma = 0\n",
+      "v = 344630518.02169573 m / s > c, setting 1/gamma = 0\n",
+      "v = 377812530.3017532 m / s > c, setting 1/gamma = 0\n",
+      "v = 384905692.2850467 m / s > c, setting 1/gamma = 0\n",
+      "v = 430839996.0371205 m / s > c, setting 1/gamma = 0\n",
+      "v = 343165689.5705829 m / s > c, setting 1/gamma = 0\n",
+      "v = 361643030.9245272 m / s > c, setting 1/gamma = 0\n",
+      "v = 393880556.87070537 m / s > c, setting 1/gamma = 0\n",
+      "v = 418764793.47196025 m / s > c, setting 1/gamma = 0\n",
+      "v = 316470886.8345629 m / s > c, setting 1/gamma = 0\n",
+      "v = 334580245.16587496 m / s > c, setting 1/gamma = 0\n",
+      "v = 327709924.4506371 m / s > c, setting 1/gamma = 0\n",
+      "v = 380545019.7081208 m / s > c, setting 1/gamma = 0\n",
+      "v = 306937713.8214866 m / s > c, setting 1/gamma = 0\n",
+      "v = 591854673.1094778 m / s > c, setting 1/gamma = 0\n",
+      "v = 483857408.995125 m / s > c, setting 1/gamma = 0\n",
+      "v = 302423566.6335682 m / s > c, setting 1/gamma = 0\n",
+      "v = 320767716.79595715 m / s > c, setting 1/gamma = 0\n",
+      "v = 318188740.8978761 m / s > c, setting 1/gamma = 0\n",
+      "v = 328160828.0850592 m / s > c, setting 1/gamma = 0\n",
+      "v = 352313733.6451013 m / s > c, setting 1/gamma = 0\n",
+      "v = 506676043.50395375 m / s > c, setting 1/gamma = 0\n",
+      "v = 495274128.4414524 m / s > c, setting 1/gamma = 0\n",
+      "v = 306187122.23408604 m / s > c, setting 1/gamma = 0\n",
+      "v = 324198123.24566317 m / s > c, setting 1/gamma = 0\n",
+      "v = 345527749.12839204 m / s > c, setting 1/gamma = 0\n",
+      "v = 300702059.963239 m / s > c, setting 1/gamma = 0\n",
+      "v = 415413944.5440903 m / s > c, setting 1/gamma = 0\n",
+      "v = 445932712.95821345 m / s > c, setting 1/gamma = 0\n",
+      "v = 311091813.1202092 m / s > c, setting 1/gamma = 0\n",
+      "v = 350706457.82565504 m / s > c, setting 1/gamma = 0\n",
+      "v = 395049959.6316897 m / s > c, setting 1/gamma = 0\n",
+      "v = 338584075.32286316 m / s > c, setting 1/gamma = 0\n",
+      "v = 712783771.665638 m / s > c, setting 1/gamma = 0\n",
+      "v = 586608453.0286655 m / s > c, setting 1/gamma = 0\n",
+      "v = 344027475.1241336 m / s > c, setting 1/gamma = 0\n",
+      "v = 372177822.89608026 m / s > c, setting 1/gamma = 0\n",
+      "v = 377454757.15332836 m / s > c, setting 1/gamma = 0\n",
+      "v = 411230157.15450245 m / s > c, setting 1/gamma = 0\n",
+      "v = 358799648.7162115 m / s > c, setting 1/gamma = 0\n",
+      "v = 370096676.44817 m / s > c, setting 1/gamma = 0\n",
+      "v = 314283470.2533807 m / s > c, setting 1/gamma = 0\n",
+      "v = 612805424.492716 m / s > c, setting 1/gamma = 0\n",
+      "v = 503204099.9162319 m / s > c, setting 1/gamma = 0\n",
+      "v = 307194432.7594954 m / s > c, setting 1/gamma = 0\n",
+      "v = 299924163.5144119 m / s > c, setting 1/gamma = 0\n",
+      "v = 307968877.77754366 m / s > c, setting 1/gamma = 0\n",
+      "v = 346414861.51756114 m / s > c, setting 1/gamma = 0\n",
+      "v = 391664582.8883696 m / s > c, setting 1/gamma = 0\n",
+      "v = 321895960.9682085 m / s > c, setting 1/gamma = 0\n",
+      "v = 357748896.94988585 m / s > c, setting 1/gamma = 0\n",
+      "v = 332241198.97133154 m / s > c, setting 1/gamma = 0\n",
+      "v = 349581423.4913803 m / s > c, setting 1/gamma = 0\n",
+      "v = 309849247.0389107 m / s > c, setting 1/gamma = 0\n",
+      "v = 322056494.1586148 m / s > c, setting 1/gamma = 0\n",
+      "v = 638259103.9525574 m / s > c, setting 1/gamma = 0\n",
+      "v = 525377886.571043 m / s > c, setting 1/gamma = 0\n",
+      "v = 332238173.34727615 m / s > c, setting 1/gamma = 0\n",
+      "v = 347335150.6096582 m / s > c, setting 1/gamma = 0\n",
+      "v = 360097806.4809554 m / s > c, setting 1/gamma = 0\n",
+      "v = 396201053.0434208 m / s > c, setting 1/gamma = 0\n",
+      "v = 301487357.33820814 m / s > c, setting 1/gamma = 0\n",
+      "v = 341059725.7718835 m / s > c, setting 1/gamma = 0\n",
+      "v = 360731828.6902877 m / s > c, setting 1/gamma = 0\n",
+      "v = 313960598.7087832 m / s > c, setting 1/gamma = 0\n",
+      "v = 360194149.9302991 m / s > c, setting 1/gamma = 0\n",
+      "v = 300514672.807395 m / s > c, setting 1/gamma = 0\n",
+      "v = 321034713.5719072 m / s > c, setting 1/gamma = 0\n",
+      "v = 309472779.57802737 m / s > c, setting 1/gamma = 0\n",
+      "v = 444684401.5837093 m / s > c, setting 1/gamma = 0\n",
+      "v = 458835158.26955616 m / s > c, setting 1/gamma = 0\n",
+      "v = 348523106.13889056 m / s > c, setting 1/gamma = 0\n",
+      "v = 363627835.2075872 m / s > c, setting 1/gamma = 0\n",
+      "v = 326297535.29547393 m / s > c, setting 1/gamma = 0\n",
+      "v = 342600737.02730614 m / s > c, setting 1/gamma = 0\n",
+      "v = 385706909.6715206 m / s > c, setting 1/gamma = 0\n",
+      "v = 335998727.37993884 m / s > c, setting 1/gamma = 0\n",
+      "v = 488407183.2117727 m / s > c, setting 1/gamma = 0\n",
+      "v = 482865194.74069685 m / s > c, setting 1/gamma = 0\n",
+      "v = 314281796.61287236 m / s > c, setting 1/gamma = 0\n",
+      "v = 334239290.8833385 m / s > c, setting 1/gamma = 0\n",
+      "v = 453200027.61209 m / s > c, setting 1/gamma = 0\n",
+      "v = 466706734.3714035 m / s > c, setting 1/gamma = 0\n",
+      "v = 331631700.08754164 m / s > c, setting 1/gamma = 0\n",
+      "v = 349721493.4383581 m / s > c, setting 1/gamma = 0\n",
+      "v = 323448410.41161793 m / s > c, setting 1/gamma = 0\n",
+      "v = 301719671.1431934 m / s > c, setting 1/gamma = 0\n",
+      "v = 581019701.0105608 m / s > c, setting 1/gamma = 0\n",
+      "v = 476504925.7965444 m / s > c, setting 1/gamma = 0\n",
+      "v = 373535206.0092229 m / s > c, setting 1/gamma = 0\n",
+      "v = 411017910.1728562 m / s > c, setting 1/gamma = 0\n",
+      "v = 308447812.5150993 m / s > c, setting 1/gamma = 0\n",
+      "v = 329408568.06680137 m / s > c, setting 1/gamma = 0\n",
+      "v = 307010744.3691586 m / s > c, setting 1/gamma = 0\n",
+      "v = 318495165.7294325 m / s > c, setting 1/gamma = 0\n",
+      "v = 632460720.1879722 m / s > c, setting 1/gamma = 0\n",
+      "v = 520000893.0703763 m / s > c, setting 1/gamma = 0\n",
+      "v = 322294854.64146787 m / s > c, setting 1/gamma = 0\n",
+      "v = 402496438.86887497 m / s > c, setting 1/gamma = 0\n",
+      "v = 435145659.02360284 m / s > c, setting 1/gamma = 0\n",
+      "v = 332717880.3165349 m / s > c, setting 1/gamma = 0\n",
+      "v = 355603021.6332303 m / s > c, setting 1/gamma = 0\n",
+      "v = 305046689.7752875 m / s > c, setting 1/gamma = 0\n",
+      "v = 355486582.2346428 m / s > c, setting 1/gamma = 0\n",
+      "v = 306998968.53981775 m / s > c, setting 1/gamma = 0\n",
+      "v = 605322728.6222019 m / s > c, setting 1/gamma = 0\n",
+      "v = 496378081.9452622 m / s > c, setting 1/gamma = 0\n",
+      "v = 314844521.33271295 m / s > c, setting 1/gamma = 0\n",
+      "v = 333762782.68828034 m / s > c, setting 1/gamma = 0\n",
+      "v = 319785577.7643043 m / s > c, setting 1/gamma = 0\n",
+      "v = 314308909.6476682 m / s > c, setting 1/gamma = 0\n",
+      "v = 623742743.9067302 m / s > c, setting 1/gamma = 0\n",
+      "v = 511479259.81045586 m / s > c, setting 1/gamma = 0\n",
+      "v = 301249228.0828558 m / s > c, setting 1/gamma = 0\n",
+      "v = 321469796.1065424 m / s > c, setting 1/gamma = 0\n",
+      "v = 372949044.69790703 m / s > c, setting 1/gamma = 0\n",
+      "v = 412668310.6907247 m / s > c, setting 1/gamma = 0\n",
+      "v = 338397660.5321816 m / s > c, setting 1/gamma = 0\n",
+      "v = 358829830.1123692 m / s > c, setting 1/gamma = 0\n",
+      "v = 317012198.6518502 m / s > c, setting 1/gamma = 0\n",
+      "v = 389160115.29770577 m / s > c, setting 1/gamma = 0\n",
+      "v = 426112113.41297907 m / s > c, setting 1/gamma = 0\n",
+      "v = 377431498.6736758 m / s > c, setting 1/gamma = 0\n",
+      "v = 391743163.38172495 m / s > c, setting 1/gamma = 0\n",
+      "v = 322498676.95294803 m / s > c, setting 1/gamma = 0\n",
+      "v = 368037744.27071565 m / s > c, setting 1/gamma = 0\n",
+      "v = 428003420.41032606 m / s > c, setting 1/gamma = 0\n",
+      "v = 457705972.77054644 m / s > c, setting 1/gamma = 0\n",
+      "v = 320551827.6990849 m / s > c, setting 1/gamma = 0\n",
+      "v = 368233905.83716816 m / s > c, setting 1/gamma = 0\n",
+      "v = 407871861.2183884 m / s > c, setting 1/gamma = 0\n",
+      "v = 359258587.5832335 m / s > c, setting 1/gamma = 0\n",
+      "v = 408098476.0868792 m / s > c, setting 1/gamma = 0\n",
+      "v = 336227358.8542992 m / s > c, setting 1/gamma = 0\n",
+      "v = 353847486.7177235 m / s > c, setting 1/gamma = 0\n",
+      "v = 319955648.8982862 m / s > c, setting 1/gamma = 0\n",
+      "v = 370410941.5026799 m / s > c, setting 1/gamma = 0\n",
+      "v = 492729598.81372106 m / s > c, setting 1/gamma = 0\n",
+      "v = 484671440.85799503 m / s > c, setting 1/gamma = 0\n",
+      "v = 331743377.8576954 m / s > c, setting 1/gamma = 0\n",
+      "v = 349742915.9036466 m / s > c, setting 1/gamma = 0\n",
+      "v = 332437848.8954339 m / s > c, setting 1/gamma = 0\n",
+      "v = 363476082.3532318 m / s > c, setting 1/gamma = 0\n",
+      "v = 404301182.3057028 m / s > c, setting 1/gamma = 0\n",
+      "v = 300934164.9890018 m / s > c, setting 1/gamma = 0\n",
+      "v = 412268629.7052109 m / s > c, setting 1/gamma = 0\n",
+      "v = 443928145.9160677 m / s > c, setting 1/gamma = 0\n",
+      "v = 373415452.07288665 m / s > c, setting 1/gamma = 0\n",
+      "v = 391899509.179929 m / s > c, setting 1/gamma = 0\n",
+      "v = 324096503.36811244 m / s > c, setting 1/gamma = 0\n",
+      "v = 361763264.3170201 m / s > c, setting 1/gamma = 0\n",
+      "v = 337555410.8009146 m / s > c, setting 1/gamma = 0\n",
+      "v = 388564889.5744892 m / s > c, setting 1/gamma = 0\n",
+      "v = 328859623.8458467 m / s > c, setting 1/gamma = 0\n",
+      "v = 348083471.3974952 m / s > c, setting 1/gamma = 0\n",
+      "v = 303325048.8095485 m / s > c, setting 1/gamma = 0\n",
+      "v = 355273346.9347677 m / s > c, setting 1/gamma = 0\n",
+      "v = 300933330.04051477 m / s > c, setting 1/gamma = 0\n",
+      "v = 585815077.5361414 m / s > c, setting 1/gamma = 0\n",
+      "v = 479541849.76617604 m / s > c, setting 1/gamma = 0\n",
+      "v = 307511512.6856928 m / s > c, setting 1/gamma = 0\n",
+      "v = 311999499.6346126 m / s > c, setting 1/gamma = 0\n",
+      "v = 364823093.88614196 m / s > c, setting 1/gamma = 0\n",
+      "v = 301380739.41335887 m / s > c, setting 1/gamma = 0\n",
+      "v = 590736545.7529441 m / s > c, setting 1/gamma = 0\n",
+      "v = 483430710.7523842 m / s > c, setting 1/gamma = 0\n",
+      "v = 339227581.265937 m / s > c, setting 1/gamma = 0\n",
+      "v = 363891034.8720628 m / s > c, setting 1/gamma = 0\n",
+      "v = 468040968.0598083 m / s > c, setting 1/gamma = 0\n",
+      "v = 477338018.13978267 m / s > c, setting 1/gamma = 0\n",
+      "v = 322230172.46369183 m / s > c, setting 1/gamma = 0\n",
+      "v = 342295878.4328557 m / s > c, setting 1/gamma = 0\n",
+      "v = 313523863.19830686 m / s > c, setting 1/gamma = 0\n",
+      "v = 360705493.5637127 m / s > c, setting 1/gamma = 0\n",
+      "v = 302771877.08216673 m / s > c, setting 1/gamma = 0\n",
+      "v = 323016310.3861658 m / s > c, setting 1/gamma = 0\n",
+      "v = 322091164.94638944 m / s > c, setting 1/gamma = 0\n",
+      "v = 369665685.19180375 m / s > c, setting 1/gamma = 0\n",
+      "v = 343326209.2474583 m / s > c, setting 1/gamma = 0\n",
+      "v = 390297779.68050903 m / s > c, setting 1/gamma = 0\n",
+      "v = 303472884.7563868 m / s > c, setting 1/gamma = 0\n",
+      "v = 332557236.8796682 m / s > c, setting 1/gamma = 0\n",
+      "v = 303877022.3075502 m / s > c, setting 1/gamma = 0\n",
+      "v = 343078922.09666526 m / s > c, setting 1/gamma = 0\n",
+      "v = 379950523.942328 m / s > c, setting 1/gamma = 0\n",
+      "v = 424561493.50038654 m / s > c, setting 1/gamma = 0\n",
+      "v = 336157115.95771784 m / s > c, setting 1/gamma = 0\n",
+      "v = 352901215.8351808 m / s > c, setting 1/gamma = 0\n",
+      "v = 305240340.13416255 m / s > c, setting 1/gamma = 0\n",
+      "v = 317621009.0820464 m / s > c, setting 1/gamma = 0\n",
+      "v = 336345974.020514 m / s > c, setting 1/gamma = 0\n",
+      "v = 326348272.2319301 m / s > c, setting 1/gamma = 0\n",
+      "v = 569785926.6268446 m / s > c, setting 1/gamma = 0\n",
+      "v = 488890812.19284755 m / s > c, setting 1/gamma = 0\n",
+      "v = 328533552.7990261 m / s > c, setting 1/gamma = 0\n",
+      "v = 375683632.98060364 m / s > c, setting 1/gamma = 0\n",
+      "v = 321564624.86095786 m / s > c, setting 1/gamma = 0\n",
+      "v = 389904037.2658774 m / s > c, setting 1/gamma = 0\n",
+      "v = 430827660.77860636 m / s > c, setting 1/gamma = 0\n",
+      "v = 315455698.27311075 m / s > c, setting 1/gamma = 0\n",
+      "v = 318323878.8015718 m / s > c, setting 1/gamma = 0\n",
+      "v = 343533185.45753556 m / s > c, setting 1/gamma = 0\n",
+      "v = 386155085.14176744 m / s > c, setting 1/gamma = 0\n",
+      "v = 302008200.2660695 m / s > c, setting 1/gamma = 0\n",
+      "v = 304151296.0642561 m / s > c, setting 1/gamma = 0\n",
+      "v = 299853518.5235837 m / s > c, setting 1/gamma = 0\n",
+      "v = 341423066.23479867 m / s > c, setting 1/gamma = 0\n",
+      "v = 310201615.88230574 m / s > c, setting 1/gamma = 0\n",
+      "v = 336570114.9297794 m / s > c, setting 1/gamma = 0\n",
+      "v = 355851018.01597416 m / s > c, setting 1/gamma = 0\n",
+      "v = 334287533.66029716 m / s > c, setting 1/gamma = 0\n",
+      "v = 361159438.18497753 m / s > c, setting 1/gamma = 0\n",
+      "v = 457909647.9373123 m / s > c, setting 1/gamma = 0\n",
+      "v = 470752196.09618664 m / s > c, setting 1/gamma = 0\n",
+      "v = 352128534.2931121 m / s > c, setting 1/gamma = 0\n",
+      "v = 367774694.48099995 m / s > c, setting 1/gamma = 0\n",
+      "v = 370303343.90894324 m / s > c, setting 1/gamma = 0\n",
+      "v = 410721188.31224704 m / s > c, setting 1/gamma = 0\n",
+      "v = 367882254.2633857 m / s > c, setting 1/gamma = 0\n",
+      "v = 382427885.9406387 m / s > c, setting 1/gamma = 0\n",
+      "v = 327840533.0359442 m / s > c, setting 1/gamma = 0\n",
+      "v = 676796970.3081878 m / s > c, setting 1/gamma = 0\n",
+      "v = 557094744.1926832 m / s > c, setting 1/gamma = 0\n",
+      "v = 304156431.9075922 m / s > c, setting 1/gamma = 0\n",
+      "v = 300939918.42368597 m / s > c, setting 1/gamma = 0\n",
+      "v = 317368389.9952203 m / s > c, setting 1/gamma = 0\n",
+      "v = 634952550.6014771 m / s > c, setting 1/gamma = 0\n",
+      "v = 521914699.1596552 m / s > c, setting 1/gamma = 0\n",
+      "v = 364792797.59318435 m / s > c, setting 1/gamma = 0\n",
+      "v = 396051601.71523416 m / s > c, setting 1/gamma = 0\n",
+      "v = 357024008.6333532 m / s > c, setting 1/gamma = 0\n",
+      "v = 397429034.78009504 m / s > c, setting 1/gamma = 0\n",
+      "v = 311513446.3533985 m / s > c, setting 1/gamma = 0\n",
+      "v = 331962006.2008517 m / s > c, setting 1/gamma = 0\n",
+      "v = 365104630.32919127 m / s > c, setting 1/gamma = 0\n",
+      "v = 392871925.8755921 m / s > c, setting 1/gamma = 0\n",
+      "v = 329455667.94689626 m / s > c, setting 1/gamma = 0\n",
+      "v = 673049936.3828787 m / s > c, setting 1/gamma = 0\n",
+      "v = 554203802.9259316 m / s > c, setting 1/gamma = 0\n",
+      "v = 344577010.810286 m / s > c, setting 1/gamma = 0\n",
+      "v = 373390478.1825239 m / s > c, setting 1/gamma = 0\n",
+      "v = 406647346.54326946 m / s > c, setting 1/gamma = 0\n",
+      "v = 436956720.23083234 m / s > c, setting 1/gamma = 0\n",
+      "v = 300810578.3238404 m / s > c, setting 1/gamma = 0\n",
+      "v = 320991503.2424114 m / s > c, setting 1/gamma = 0\n",
+      "v = 361989305.5171377 m / s > c, setting 1/gamma = 0\n",
+      "v = 403834843.84264296 m / s > c, setting 1/gamma = 0\n",
+      "v = 368128734.9013326 m / s > c, setting 1/gamma = 0\n",
+      "v = 382438572.37439317 m / s > c, setting 1/gamma = 0\n",
+      "v = 390906147.09034735 m / s > c, setting 1/gamma = 0\n",
+      "v = 430602861.30154973 m / s > c, setting 1/gamma = 0\n",
+      "v = 358619128.5818209 m / s > c, setting 1/gamma = 0\n",
+      "v = 381840921.9624231 m / s > c, setting 1/gamma = 0\n",
+      "v = 317159209.7208841 m / s > c, setting 1/gamma = 0\n",
+      "v = 353068626.3388233 m / s > c, setting 1/gamma = 0\n",
+      "v = 335840635.27127725 m / s > c, setting 1/gamma = 0\n",
+      "v = 387606870.6706232 m / s > c, setting 1/gamma = 0\n",
+      "v = 337973808.4145873 m / s > c, setting 1/gamma = 0\n",
+      "v = 355998479.23741394 m / s > c, setting 1/gamma = 0\n",
+      "v = 339963632.43740535 m / s > c, setting 1/gamma = 0\n",
+      "v = 455977032.3603314 m / s > c, setting 1/gamma = 0\n",
+      "v = 469722918.968167 m / s > c, setting 1/gamma = 0\n",
+      "v = 369888432.48196524 m / s > c, setting 1/gamma = 0\n",
+      "v = 382306464.7045734 m / s > c, setting 1/gamma = 0\n",
+      "v = 334928441.11212075 m / s > c, setting 1/gamma = 0\n",
+      "v = 554604932.6556323 m / s > c, setting 1/gamma = 0\n",
+      "v = 496490458.3127978 m / s > c, setting 1/gamma = 0\n",
+      "v = 309945810.6667215 m / s > c, setting 1/gamma = 0\n",
+      "v = 335381935.9891319 m / s > c, setting 1/gamma = 0\n",
+      "v = 485939460.7835162 m / s > c, setting 1/gamma = 0\n",
+      "v = 486491052.7245991 m / s > c, setting 1/gamma = 0\n",
+      "v = 309147555.8939004 m / s > c, setting 1/gamma = 0\n",
+      "v = 325757151.94634736 m / s > c, setting 1/gamma = 0\n",
+      "v = 344851934.1380026 m / s > c, setting 1/gamma = 0\n",
+      "v = 493047086.3308875 m / s > c, setting 1/gamma = 0\n",
+      "v = 481473676.1064258 m / s > c, setting 1/gamma = 0\n",
+      "v = 315535772.8773568 m / s > c, setting 1/gamma = 0\n",
+      "v = 333037706.47336096 m / s > c, setting 1/gamma = 0\n",
+      "v = 482950864.8049433 m / s > c, setting 1/gamma = 0\n",
+      "v = 481298162.24445313 m / s > c, setting 1/gamma = 0\n",
+      "v = 317796839.7609548 m / s > c, setting 1/gamma = 0\n",
+      "v = 311190925.44145304 m / s > c, setting 1/gamma = 0\n",
+      "v = 324453692.13529605 m / s > c, setting 1/gamma = 0\n",
+      "v = 372756402.2988493 m / s > c, setting 1/gamma = 0\n",
+      "v = 321312511.3668994 m / s > c, setting 1/gamma = 0\n",
+      "v = 350403777.50817823 m / s > c, setting 1/gamma = 0\n",
+      "v = 310598589.0834415 m / s > c, setting 1/gamma = 0\n",
+      "v = 346607638.0933946 m / s > c, setting 1/gamma = 0\n",
+      "v = 309882872.6159841 m / s > c, setting 1/gamma = 0\n",
+      "v = 357354913.575898 m / s > c, setting 1/gamma = 0\n",
+      "v = 344290353.1886565 m / s > c, setting 1/gamma = 0\n",
+      "v = 365179568.7836601 m / s > c, setting 1/gamma = 0\n",
+      "v = 323411836.0085171 m / s > c, setting 1/gamma = 0\n",
+      "v = 663997332.7844442 m / s > c, setting 1/gamma = 0\n",
+      "v = 545266328.6302713 m / s > c, setting 1/gamma = 0\n",
+      "v = 309365581.59401757 m / s > c, setting 1/gamma = 0\n",
+      "v = 331945663.4275547 m / s > c, setting 1/gamma = 0\n",
+      "v = 364229831.516062 m / s > c, setting 1/gamma = 0\n",
+      "v = 403705878.27418506 m / s > c, setting 1/gamma = 0\n",
+      "v = 311216663.065569 m / s > c, setting 1/gamma = 0\n",
+      "v = 303541906.274131 m / s > c, setting 1/gamma = 0\n",
+      "v = 328681502.09724766 m / s > c, setting 1/gamma = 0\n",
+      "v = 319583050.6700376 m / s > c, setting 1/gamma = 0\n",
+      "v = 349151489.9964066 m / s > c, setting 1/gamma = 0\n",
+      "v = 339325811.02673465 m / s > c, setting 1/gamma = 0\n",
+      "v = 367415954.3916535 m / s > c, setting 1/gamma = 0\n",
+      "v = 310825211.9340174 m / s > c, setting 1/gamma = 0\n",
+      "v = 348196093.0261277 m / s > c, setting 1/gamma = 0\n",
+      "v = 338342421.3036882 m / s > c, setting 1/gamma = 0\n",
+      "v = 389703518.3484581 m / s > c, setting 1/gamma = 0\n",
+      "v = 350963145.5287307 m / s > c, setting 1/gamma = 0\n",
+      "v = 365755182.1699247 m / s > c, setting 1/gamma = 0\n",
+      "v = 319852301.7618842 m / s > c, setting 1/gamma = 0\n",
+      "v = 372748895.2651277 m / s > c, setting 1/gamma = 0\n",
+      "v = 418248912.6956604 m / s > c, setting 1/gamma = 0\n",
+      "v = 448432368.6878985 m / s > c, setting 1/gamma = 0\n",
+      "v = 324226611.8695929 m / s > c, setting 1/gamma = 0\n",
+      "v = 345353327.9204419 m / s > c, setting 1/gamma = 0\n",
+      "v = 405252739.1585544 m / s > c, setting 1/gamma = 0\n",
+      "v = 440246423.39567894 m / s > c, setting 1/gamma = 0\n",
+      "v = 317267806.3229507 m / s > c, setting 1/gamma = 0\n",
+      "v = 336361932.62426394 m / s > c, setting 1/gamma = 0\n",
+      "v = 358731080.16964084 m / s > c, setting 1/gamma = 0\n",
+      "v = 474672750.2599053 m / s > c, setting 1/gamma = 0\n",
+      "v = 480331427.4591367 m / s > c, setting 1/gamma = 0\n",
+      "v = 336073769.9209105 m / s > c, setting 1/gamma = 0\n",
+      "v = 353499542.0433364 m / s > c, setting 1/gamma = 0\n",
+      "v = 324341420.54197836 m / s > c, setting 1/gamma = 0\n",
+      "v = 306291905.9780419 m / s > c, setting 1/gamma = 0\n",
+      "v = 592960457.7596236 m / s > c, setting 1/gamma = 0\n",
+      "v = 487040693.04161906 m / s > c, setting 1/gamma = 0\n",
+      "v = 307938048.5385907 m / s > c, setting 1/gamma = 0\n",
+      "v = 325669629.19200516 m / s > c, setting 1/gamma = 0\n",
+      "v = 337112359.2196473 m / s > c, setting 1/gamma = 0\n",
+      "v = 383580513.76164347 m / s > c, setting 1/gamma = 0\n",
+      "v = 361992243.3403755 m / s > c, setting 1/gamma = 0\n",
+      "v = 383030616.4644099 m / s > c, setting 1/gamma = 0\n",
+      "v = 302452765.9690205 m / s > c, setting 1/gamma = 0\n",
+      "v = 338333787.1715273 m / s > c, setting 1/gamma = 0\n",
+      "v = 334342324.2374138 m / s > c, setting 1/gamma = 0\n",
+      "v = 322878948.85691035 m / s > c, setting 1/gamma = 0\n",
+      "v = 346047264.72507966 m / s > c, setting 1/gamma = 0\n",
+      "v = 372012952.883404 m / s > c, setting 1/gamma = 0\n",
+      "v = 409723800.4205357 m / s > c, setting 1/gamma = 0\n",
+      "v = 314554778.78602433 m / s > c, setting 1/gamma = 0\n",
+      "v = 333578380.54599196 m / s > c, setting 1/gamma = 0\n",
+      "v = 321744237.9192386 m / s > c, setting 1/gamma = 0\n",
+      "v = 354822966.27303845 m / s > c, setting 1/gamma = 0\n",
+      "v = 416644089.6652349 m / s > c, setting 1/gamma = 0\n",
+      "v = 449051552.0918796 m / s > c, setting 1/gamma = 0\n",
+      "v = 316385696.8531731 m / s > c, setting 1/gamma = 0\n",
+      "v = 398749976.27336675 m / s > c, setting 1/gamma = 0\n",
+      "v = 437792580.08569014 m / s > c, setting 1/gamma = 0\n",
+      "v = 299967349.3511693 m / s > c, setting 1/gamma = 0\n",
+      "v = 324073951.9399747 m / s > c, setting 1/gamma = 0\n",
+      "v = 314128542.36930805 m / s > c, setting 1/gamma = 0\n",
+      "v = 359946890.3884773 m / s > c, setting 1/gamma = 0\n",
+      "v = 300391387.12600577 m / s > c, setting 1/gamma = 0\n",
+      "v = 320123299.6780125 m / s > c, setting 1/gamma = 0\n",
+      "v = 300578646.64373094 m / s > c, setting 1/gamma = 0\n",
+      "v = 304203590.82490563 m / s > c, setting 1/gamma = 0\n",
+      "v = 351702488.09828484 m / s > c, setting 1/gamma = 0\n",
+      "v = 301460732.21486676 m / s > c, setting 1/gamma = 0\n",
+      "v = 479859490.263961 m / s > c, setting 1/gamma = 0\n",
+      "v = 502580124.1234655 m / s > c, setting 1/gamma = 0\n",
+      "v = 490247388.37943155 m / s > c, setting 1/gamma = 0\n",
+      "v = 488504671.81516534 m / s > c, setting 1/gamma = 0\n",
+      "v = 322860920.1585129 m / s > c, setting 1/gamma = 0\n",
+      "v = 307812012.62542266 m / s > c, setting 1/gamma = 0\n",
+      "v = 329082017.437117 m / s > c, setting 1/gamma = 0\n",
+      "v = 382279087.2551928 m / s > c, setting 1/gamma = 0\n",
+      "v = 421194369.9441047 m / s > c, setting 1/gamma = 0\n",
+      "v = 328473652.6489529 m / s > c, setting 1/gamma = 0\n",
+      "v = 352535106.9198954 m / s > c, setting 1/gamma = 0\n",
+      "v = 313136479.5030319 m / s > c, setting 1/gamma = 0\n",
+      "v = 345764318.0255875 m / s > c, setting 1/gamma = 0\n",
+      "v = 388190661.77996457 m / s > c, setting 1/gamma = 0\n",
+      "v = 303156127.571661 m / s > c, setting 1/gamma = 0\n",
+      "v = 372622603.51936996 m / s > c, setting 1/gamma = 0\n",
+      "v = 389914589.6086359 m / s > c, setting 1/gamma = 0\n",
+      "v = 330554563.24046284 m / s > c, setting 1/gamma = 0\n",
+      "v = 302546557.84519976 m / s > c, setting 1/gamma = 0\n",
+      "v = 300742861.01362574 m / s > c, setting 1/gamma = 0\n",
+      "v = 320887468.99071866 m / s > c, setting 1/gamma = 0\n",
+      "v = 342499582.91448414 m / s > c, setting 1/gamma = 0\n",
+      "v = 304930847.5989809 m / s > c, setting 1/gamma = 0\n",
+      "v = 516615560.67876613 m / s > c, setting 1/gamma = 0\n",
+      "v = 485899455.5255766 m / s > c, setting 1/gamma = 0\n",
+      "v = 335535832.10636955 m / s > c, setting 1/gamma = 0\n",
+      "v = 322651280.7044529 m / s > c, setting 1/gamma = 0\n",
+      "v = 341317307.3558087 m / s > c, setting 1/gamma = 0\n",
+      "v = 551064011.4829782 m / s > c, setting 1/gamma = 0\n",
+      "v = 493737462.4187573 m / s > c, setting 1/gamma = 0\n",
+      "v = 305446329.72533906 m / s > c, setting 1/gamma = 0\n",
+      "v = 327276896.1602362 m / s > c, setting 1/gamma = 0\n",
+      "v = 435092040.46948755 m / s > c, setting 1/gamma = 0\n",
+      "v = 459365853.8943496 m / s > c, setting 1/gamma = 0\n",
+      "v = 322807887.1094601 m / s > c, setting 1/gamma = 0\n",
+      "v = 349124276.898062 m / s > c, setting 1/gamma = 0\n",
+      "v = 324752967.47871166 m / s > c, setting 1/gamma = 0\n",
+      "v = 476888316.8908226 m / s > c, setting 1/gamma = 0\n",
+      "v = 482790558.78515446 m / s > c, setting 1/gamma = 0\n",
+      "v = 334406840.5607965 m / s > c, setting 1/gamma = 0\n",
+      "v = 352883291.5900545 m / s > c, setting 1/gamma = 0\n",
+      "v = 330284523.87802774 m / s > c, setting 1/gamma = 0\n",
+      "v = 440043757.1562611 m / s > c, setting 1/gamma = 0\n",
+      "v = 455386622.4142718 m / s > c, setting 1/gamma = 0\n",
+      "v = 316350142.9193151 m / s > c, setting 1/gamma = 0\n",
+      "v = 319930389.4233806 m / s > c, setting 1/gamma = 0\n",
+      "v = 321272478.58211386 m / s > c, setting 1/gamma = 0\n",
+      "v = 657587019.1210363 m / s > c, setting 1/gamma = 0\n",
+      "v = 540006341.930583 m / s > c, setting 1/gamma = 0\n",
+      "v = 404439702.3110842 m / s > c, setting 1/gamma = 0\n",
+      "v = 443785378.8665467 m / s > c, setting 1/gamma = 0\n",
+      "v = 300740353.3201773 m / s > c, setting 1/gamma = 0\n",
+      "v = 350199908.7536289 m / s > c, setting 1/gamma = 0\n",
+      "v = 391331386.9952971 m / s > c, setting 1/gamma = 0\n",
+      "v = 316668433.7669024 m / s > c, setting 1/gamma = 0\n",
+      "v = 311075834.66945463 m / s > c, setting 1/gamma = 0\n",
+      "v = 337384239.3853518 m / s > c, setting 1/gamma = 0\n",
+      "v = 355039333.12929225 m / s > c, setting 1/gamma = 0\n",
+      "v = 401835180.5630949 m / s > c, setting 1/gamma = 0\n",
+      "v = 428408962.5015055 m / s > c, setting 1/gamma = 0\n",
+      "v = 310961782.2775192 m / s > c, setting 1/gamma = 0\n",
+      "v = 315753769.4535735 m / s > c, setting 1/gamma = 0\n",
+      "v = 309549065.7532583 m / s > c, setting 1/gamma = 0\n",
+      "v = 331622079.61718786 m / s > c, setting 1/gamma = 0\n",
+      "v = 314332028.3930842 m / s > c, setting 1/gamma = 0\n",
+      "Clipping at index 27\n",
+      "Using random initial conditions with x_0 = 8.00E+06 and v_0 = 2.00E+00 GeV\n"
+     ]
+    },
+    {
+     "ename": "UnitConversionError",
+     "evalue": "'GeV' (energy/torque/work) and 'm / s' (speed/velocity) are not convertible",
+     "output_type": "error",
+     "traceback": [
+      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
+      "\u001b[0;31mUnitConversionError\u001b[0m                       Traceback (most recent call last)",
+      "Cell \u001b[0;32mIn[27], line 35\u001b[0m\n\u001b[1;32m     23\u001b[0m \u001b[38;5;66;03m# note how numerical stability becomes an issue\u001b[39;00m\n\u001b[1;32m     24\u001b[0m multi_tracking(\n\u001b[1;32m     25\u001b[0m     b_field_function \u001b[38;5;241m=\u001b[39m dipole_field,\n\u001b[1;32m     26\u001b[0m     x_0_val \u001b[38;5;241m=\u001b[39m \u001b[38;5;241m8e6\u001b[39m,\n\u001b[0;32m   (...)\u001b[0m\n\u001b[1;32m     32\u001b[0m     do_clip_trajectory \u001b[38;5;241m=\u001b[39m \u001b[38;5;28;01mTrue\u001b[39;00m,\n\u001b[1;32m     33\u001b[0m )\n\u001b[0;32m---> 35\u001b[0m \u001b[43mmulti_tracking\u001b[49m\u001b[43m(\u001b[49m\n\u001b[1;32m     36\u001b[0m \u001b[43m    \u001b[49m\u001b[43mb_field_function\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43m \u001b[49m\u001b[43mdipole_field\u001b[49m\u001b[43m,\u001b[49m\n\u001b[1;32m     37\u001b[0m \u001b[43m    \u001b[49m\u001b[43mx_0_val\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43m \u001b[49m\u001b[38;5;241;43m8e6\u001b[39;49m\u001b[43m,\u001b[49m\n\u001b[1;32m     38\u001b[0m \u001b[43m    \u001b[49m\u001b[43mv_0_val\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43m \u001b[49m\u001b[38;5;241;43m2\u001b[39;49m\u001b[43m \u001b[49m\u001b[38;5;241;43m*\u001b[39;49m\u001b[43m \u001b[49m\u001b[43mu\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mgigaelectronvolt\u001b[49m\u001b[43m,\u001b[49m\n\u001b[1;32m     39\u001b[0m \u001b[43m    \u001b[49m\u001b[38;5;66;43;03m# seed = 234982,\u001b[39;49;00m\n\u001b[1;32m     40\u001b[0m \u001b[43m    \u001b[49m\u001b[43mrepetitions\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43m \u001b[49m\u001b[38;5;241;43m10\u001b[39;49m\u001b[43m,\u001b[49m\n\u001b[1;32m     41\u001b[0m \u001b[43m    \u001b[49m\u001b[43mtime_range\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43m \u001b[49m\u001b[43m[\u001b[49m\u001b[38;5;241;43m0\u001b[39;49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m50\u001b[39;49m\u001b[43m]\u001b[49m\u001b[43m,\u001b[49m\n\u001b[1;32m     42\u001b[0m \u001b[43m    \u001b[49m\u001b[43mn_steps\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43m \u001b[49m\u001b[38;5;241;43m1000\u001b[39;49m\u001b[43m,\u001b[49m\n\u001b[1;32m     43\u001b[0m \u001b[43m    \u001b[49m\u001b[43mdo_clip_trajectory\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43m \u001b[49m\u001b[38;5;28;43;01mTrue\u001b[39;49;00m\u001b[43m,\u001b[49m\n\u001b[1;32m     44\u001b[0m \u001b[43m)\u001b[49m\n",
+      "Cell \u001b[0;32mIn[26], line 25\u001b[0m, in \u001b[0;36mmulti_tracking\u001b[0;34m(b_field_function, y_0, x_0_val, v_0_val, seed, repetitions, time_range, n_steps, do_clip_trajectory, write_to_file)\u001b[0m\n\u001b[1;32m     23\u001b[0m x \u001b[38;5;241m=\u001b[39m x \u001b[38;5;241m/\u001b[39m np\u001b[38;5;241m.\u001b[39mlinalg\u001b[38;5;241m.\u001b[39mnorm(x) \u001b[38;5;241m*\u001b[39m x_0_val\n\u001b[1;32m     24\u001b[0m v \u001b[38;5;241m=\u001b[39m np\u001b[38;5;241m.\u001b[39mrandom\u001b[38;5;241m.\u001b[39mrand(\u001b[38;5;241m3\u001b[39m) \u001b[38;5;241m*\u001b[39m \u001b[38;5;241m2\u001b[39m \u001b[38;5;241m-\u001b[39m \u001b[38;5;241m1\u001b[39m \u001b[38;5;66;03m# random vector in [-1, 1]\u001b[39;00m\n\u001b[0;32m---> 25\u001b[0m v \u001b[38;5;241m=\u001b[39m v \u001b[38;5;241m/\u001b[39m np\u001b[38;5;241m.\u001b[39mlinalg\u001b[38;5;241m.\u001b[39mnorm(v) \u001b[38;5;241m*\u001b[39m \u001b[43mv_0_val\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mto\u001b[49m\u001b[43m(\u001b[49m\u001b[43mu\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mm\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;241;43m/\u001b[39;49m\u001b[43m \u001b[49m\u001b[43mu\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43ms\u001b[49m\u001b[43m)\u001b[49m\u001b[38;5;241m.\u001b[39mvalue\n\u001b[1;32m     26\u001b[0m y \u001b[38;5;241m=\u001b[39m np\u001b[38;5;241m.\u001b[39mconcatenate((x, v))\n\u001b[1;32m     27\u001b[0m y_0\u001b[38;5;241m.\u001b[39mappend(y)\n",
+      "File \u001b[0;32m~/.local/share/virtualenvs/presentation-FM-wVlUX/lib/python3.12/site-packages/astropy/units/quantity.py:930\u001b[0m, in \u001b[0;36mQuantity.to\u001b[0;34m(self, unit, equivalencies, copy)\u001b[0m\n\u001b[1;32m    926\u001b[0m unit \u001b[38;5;241m=\u001b[39m Unit(unit)\n\u001b[1;32m    927\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m copy:\n\u001b[1;32m    928\u001b[0m     \u001b[38;5;66;03m# Avoid using to_value to ensure that we make a copy. We also\u001b[39;00m\n\u001b[1;32m    929\u001b[0m     \u001b[38;5;66;03m# don't want to slow down this method (esp. the scalar case).\u001b[39;00m\n\u001b[0;32m--> 930\u001b[0m     value \u001b[38;5;241m=\u001b[39m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43m_to_value\u001b[49m\u001b[43m(\u001b[49m\u001b[43munit\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mequivalencies\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m    931\u001b[0m \u001b[38;5;28;01melse\u001b[39;00m:\n\u001b[1;32m    932\u001b[0m     \u001b[38;5;66;03m# to_value only copies if necessary\u001b[39;00m\n\u001b[1;32m    933\u001b[0m     value \u001b[38;5;241m=\u001b[39m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39mto_value(unit, equivalencies)\n",
+      "File \u001b[0;32m~/.local/share/virtualenvs/presentation-FM-wVlUX/lib/python3.12/site-packages/astropy/units/quantity.py:883\u001b[0m, in \u001b[0;36mQuantity._to_value\u001b[0;34m(self, unit, equivalencies)\u001b[0m\n\u001b[1;32m    880\u001b[0m     equivalencies \u001b[38;5;241m=\u001b[39m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39m_equivalencies\n\u001b[1;32m    881\u001b[0m \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;129;01mnot\u001b[39;00m \u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39mdtype\u001b[38;5;241m.\u001b[39mnames \u001b[38;5;129;01mor\u001b[39;00m \u001b[38;5;28misinstance\u001b[39m(\u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39munit, StructuredUnit):\n\u001b[1;32m    882\u001b[0m     \u001b[38;5;66;03m# Standard path, let unit to do work.\u001b[39;00m\n\u001b[0;32m--> 883\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43munit\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mto\u001b[49m\u001b[43m(\u001b[49m\n\u001b[1;32m    884\u001b[0m \u001b[43m        \u001b[49m\u001b[43munit\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mview\u001b[49m\u001b[43m(\u001b[49m\u001b[43mnp\u001b[49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mndarray\u001b[49m\u001b[43m)\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mequivalencies\u001b[49m\u001b[38;5;241;43m=\u001b[39;49m\u001b[43mequivalencies\u001b[49m\n\u001b[1;32m    885\u001b[0m \u001b[43m    \u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m    887\u001b[0m \u001b[38;5;28;01melse\u001b[39;00m:\n\u001b[1;32m    888\u001b[0m     \u001b[38;5;66;03m# The .to() method of a simple unit cannot convert a structured\u001b[39;00m\n\u001b[1;32m    889\u001b[0m     \u001b[38;5;66;03m# dtype, so we work around it, by recursing.\u001b[39;00m\n\u001b[1;32m    890\u001b[0m     \u001b[38;5;66;03m# TODO: deprecate this?\u001b[39;00m\n\u001b[1;32m    891\u001b[0m     \u001b[38;5;66;03m# Convert simple to Structured on initialization?\u001b[39;00m\n\u001b[1;32m    892\u001b[0m     result \u001b[38;5;241m=\u001b[39m np\u001b[38;5;241m.\u001b[39mempty_like(\u001b[38;5;28mself\u001b[39m\u001b[38;5;241m.\u001b[39mview(np\u001b[38;5;241m.\u001b[39mndarray))\n",
+      "File \u001b[0;32m~/.local/share/virtualenvs/presentation-FM-wVlUX/lib/python3.12/site-packages/astropy/units/core.py:1204\u001b[0m, in \u001b[0;36mUnitBase.to\u001b[0;34m(self, other, value, equivalencies)\u001b[0m\n\u001b[1;32m   1202\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m UNITY\n\u001b[1;32m   1203\u001b[0m \u001b[38;5;28;01melse\u001b[39;00m:\n\u001b[0;32m-> 1204\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43mget_converter\u001b[49m\u001b[43m(\u001b[49m\u001b[43mUnit\u001b[49m\u001b[43m(\u001b[49m\u001b[43mother\u001b[49m\u001b[43m)\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mequivalencies\u001b[49m\u001b[43m)\u001b[49m(value)\n",
+      "File \u001b[0;32m~/.local/share/virtualenvs/presentation-FM-wVlUX/lib/python3.12/site-packages/astropy/units/core.py:1133\u001b[0m, in \u001b[0;36mUnitBase.get_converter\u001b[0;34m(self, other, equivalencies)\u001b[0m\n\u001b[1;32m   1130\u001b[0m             \u001b[38;5;28;01melse\u001b[39;00m:\n\u001b[1;32m   1131\u001b[0m                 \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28;01mlambda\u001b[39;00m v: b(converter(v))\n\u001b[0;32m-> 1133\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m exc\n",
+      "File \u001b[0;32m~/.local/share/virtualenvs/presentation-FM-wVlUX/lib/python3.12/site-packages/astropy/units/core.py:1116\u001b[0m, in \u001b[0;36mUnitBase.get_converter\u001b[0;34m(self, other, equivalencies)\u001b[0m\n\u001b[1;32m   1114\u001b[0m \u001b[38;5;66;03m# if that doesn't work, maybe we can do it with equivalencies?\u001b[39;00m\n\u001b[1;32m   1115\u001b[0m \u001b[38;5;28;01mtry\u001b[39;00m:\n\u001b[0;32m-> 1116\u001b[0m     \u001b[38;5;28;01mreturn\u001b[39;00m \u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43m_apply_equivalencies\u001b[49m\u001b[43m(\u001b[49m\n\u001b[1;32m   1117\u001b[0m \u001b[43m        \u001b[49m\u001b[38;5;28;43mself\u001b[39;49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[43mother\u001b[49m\u001b[43m,\u001b[49m\u001b[43m \u001b[49m\u001b[38;5;28;43mself\u001b[39;49m\u001b[38;5;241;43m.\u001b[39;49m\u001b[43m_normalize_equivalencies\u001b[49m\u001b[43m(\u001b[49m\u001b[43mequivalencies\u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m   1118\u001b[0m \u001b[43m    \u001b[49m\u001b[43m)\u001b[49m\n\u001b[1;32m   1119\u001b[0m \u001b[38;5;28;01mexcept\u001b[39;00m UnitsError \u001b[38;5;28;01mas\u001b[39;00m exc:\n\u001b[1;32m   1120\u001b[0m     \u001b[38;5;66;03m# Last hope: maybe other knows how to do it?\u001b[39;00m\n\u001b[1;32m   1121\u001b[0m     \u001b[38;5;66;03m# We assume the equivalencies have the unit itself as first item.\u001b[39;00m\n\u001b[1;32m   1122\u001b[0m     \u001b[38;5;66;03m# TODO: maybe better for other to have a `_back_converter` method?\u001b[39;00m\n\u001b[1;32m   1123\u001b[0m     \u001b[38;5;28;01mif\u001b[39;00m \u001b[38;5;28mhasattr\u001b[39m(other, \u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mequivalencies\u001b[39m\u001b[38;5;124m\"\u001b[39m):\n",
+      "File \u001b[0;32m~/.local/share/virtualenvs/presentation-FM-wVlUX/lib/python3.12/site-packages/astropy/units/core.py:1067\u001b[0m, in \u001b[0;36mUnitBase._apply_equivalencies\u001b[0;34m(self, unit, other, equivalencies)\u001b[0m\n\u001b[1;32m   1064\u001b[0m unit_str \u001b[38;5;241m=\u001b[39m get_err_str(unit)\n\u001b[1;32m   1065\u001b[0m other_str \u001b[38;5;241m=\u001b[39m get_err_str(other)\n\u001b[0;32m-> 1067\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m UnitConversionError(\u001b[38;5;124mf\u001b[39m\u001b[38;5;124m\"\u001b[39m\u001b[38;5;132;01m{\u001b[39;00munit_str\u001b[38;5;132;01m}\u001b[39;00m\u001b[38;5;124m and \u001b[39m\u001b[38;5;132;01m{\u001b[39;00mother_str\u001b[38;5;132;01m}\u001b[39;00m\u001b[38;5;124m are not convertible\u001b[39m\u001b[38;5;124m\"\u001b[39m)\n",
+      "\u001b[0;31mUnitConversionError\u001b[0m: 'GeV' (energy/torque/work) and 'm / s' (speed/velocity) are not convertible"
      ]
     },
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
        "<Figure size 1000x1000 with 1 Axes>"
       ]
@@ -22895,7 +22308,7 @@
     },
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
        "<Figure size 1000x1000 with 1 Axes>"
       ]
@@ -22905,7 +22318,7 @@
     },
     {
      "data": {
-      "image/png": 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",
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",
       "text/plain": [
        "<Figure size 1000x1000 with 1 Axes>"
       ]
@@ -22917,35 +22330,46 @@
    "source": [
     "multi_tracking(\n",
     "    b_field_function = dipole_field,\n",
-    "    x_0_val=7e6,\n",
-    "    v_0_val=energy_to_speed(5e6), # 5 MeV\n",
+    "    x_0_val = 7e6,\n",
+    "    v_0_val = energy_to_speed(5 * u.megaelectronvolt),\n",
     "    # seed = 234982,\n",
     "    repetitions = 10,\n",
     "    time_range = [0, 50],\n",
-    "    n_steps = 10000,\n",
+    "    n_steps = 1000,\n",
     "    do_clip_trajectory = True,\n",
     ")\n",
     "\n",
     "multi_tracking(\n",
     "    b_field_function = dipole_field,\n",
-    "    x_0_val=8e6,\n",
-    "    v_0_val=energy_to_speed(1e7), # 10 MeV\n",
+    "    x_0_val = 8e6,\n",
+    "    v_0_val = energy_to_speed(10 * u.megaelectronvolt),\n",
     "    # seed = 234982,\n",
     "    repetitions = 10,\n",
     "    time_range = [0, 50],\n",
-    "    n_steps = 10000,\n",
+    "    n_steps = 1000,\n",
     "    do_clip_trajectory = True,\n",
     ")\n",
     "\n",
     "# note how numerical stability becomes an issue\n",
     "multi_tracking(\n",
     "    b_field_function = dipole_field,\n",
-    "    x_0_val=8e6,\n",
-    "    v_0_val=energy_to_speed(1e9), # 1 GeV\n",
+    "    x_0_val = 8e6,\n",
+    "    v_0_val = energy_to_speed(1 * u.gigaelectronvolt),\n",
     "    # seed = 234982,\n",
     "    repetitions = 10,\n",
     "    time_range = [0, 50],\n",
-    "    n_steps = 10000,\n",
+    "    n_steps = 1000,\n",
+    "    do_clip_trajectory = True,\n",
+    ")\n",
+    "\n",
+    "multi_tracking(\n",
+    "    b_field_function = dipole_field,\n",
+    "    x_0_val = 8e6,\n",
+    "    v_0_val = energy_to_speed(2 * u.gigaelectronvolt),\n",
+    "    # seed = 234982,\n",
+    "    repetitions = 10,\n",
+    "    time_range = [0, 50],\n",
+    "    n_steps = 1000,\n",
     "    do_clip_trajectory = True,\n",
     ")"
    ]
@@ -22955,6 +22379,8 @@
    "metadata": {},
    "source": [
     "### Some statistics\n",
+    "Following the paper by Smart et al. - https://doi.org/10.1016/j.asr.2004.09.015\n",
+    "\n",
     "A naive computation of the geomangetic cutoff:\n",
     "- backtrack particles to determine whether they are of atmospheric or cosmic origin\n",
     "- repeat for a range of energies\n",
@@ -22996,13 +22422,6 @@
    "outputs": [],
    "source": []
   },
-  {
-   "cell_type": "code",
-   "execution_count": null,
-   "metadata": {},
-   "outputs": [],
-   "source": []
-  },
   {
    "cell_type": "markdown",
    "metadata": {},
@@ -23021,20 +22440,9 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 12,
+   "execution_count": null,
    "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "image/png": 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",
-      "text/plain": [
-       "<Figure size 640x480 with 1 Axes>"
-      ]
-     },
-     "metadata": {},
-     "output_type": "display_data"
-    }
-   ],
+   "outputs": [],
    "source": [
     "## Example - the spherical earth\n",
     "# generate a grid of points that correspond to the surface of the earth\n",