astro-particle-physics-geomagnetic-backwards-tracking/tracking.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# (Back) tracking particles in the geomagnetic field"
   ]
  },
  {
   "attachments": {
    "image.png": {
     "image/png": 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"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![image.png](attachment:image.png)\n",
    "\n",
    "Following the papers:\n",
    "- Soni, Kakad, Kakad - https://doi.org/10.1016/j.asr.2020.10.020\n",
    "- Öztürk - https://doi.org/10.1119/1.3684537\n",
    "\n",
    "\n",
    "Notebook available under:\n",
    "https://gitlab.ethz.ch/remoll/app-gbt"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import numpy as np\n",
    "import scipy.integrate as spi\n",
    "import matplotlib.pyplot as plt\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"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "#### Tracking a single proton"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "## Some constants\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",
    "ABSOLUTE_TOLERANCE = 1e5"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Modelling the magnetic field\n",
    "- As a sanity check we can use a simple homogeneous magnetic field in the z direction\n",
    "$$\n",
    "\\mathbf{B} = B_0 \\mathbf{e}_z\n",
    "$$\n",
    "- In the simplest approximation, the magnetic field can be modelled as a **dipole field**. In cartesian coordinates, it is given by (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",
    "- A better approximation is given by the **IGRF model**.\n",
    "    - sum of spherical harmonics. (The coefficients are fitted to measurements)\n",
    "    - accounts for time variations\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "## helpers for IGRF, since it is given in spherical coordinates\n",
    "def cartesian_to_spherical(v: np.ndarray) -> np.ndarray:\n",
    "    return np.array([\n",
    "        np.linalg.norm(v),\n",
    "        np.degrees(np.arctan2(np.linalg.norm(v[:2]), v[2])),\n",
    "        np.degrees(np.arctan2(v[1], v[0]))\n",
    "    ])\n",
    "\n",
    "\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",
    "    return B\n",
    "\n",
    "\n",
    "def dipole_field(x):\n",
    "    r = np.linalg.norm(x)\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",
    "    ]) * u.m**2\n",
    "    return B\n",
    "\n",
    "\n",
    "def IGRF_field(x):\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",
    "    # 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} ({np.linalg.norm(B)}), B_cart = {B_cart} ({np.linalg.norm(B_cart)})\")\n",
    "    return B_cart\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Magnetic field and equation of motion\n",
    "We consider **only** the effect of the magnetic field, as given by the Lorentz force:\n",
    "\n",
    "$$\n",
    "F_L = q \\cdot \\vec{v} \\times \\vec{B}(\\vec{r})\n",
    "$$\n",
    "\n",
    "where:\n",
    "- v is the velocity of the particle\n",
    "- B is the magnetic field\n",
    "\n",
    "The equation of motion is then given by:\n",
    "$$\n",
    "m \\cdot \\frac{d^2 \\vec{r}}{dt^2} = F_L\n",
    "$$\n",
    "but in the relativistic case the mass is expressed as\n",
    "$$\n",
    "m = \\gamma m_0\n",
    "$$\n",
    "\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Integrating the equation of motion\n",
    "\n",
    "As a starting point we can integrate the EOM and track the particle **forward in time**. The procedure is as follows:\n",
    "- transform to first order ODE\n",
    "- integrate the EOM\n",
    "- plot the trajectory"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "The homogeneous ODE can be obtained by creating a system\n",
    "$$\n",
    "\\begin{align*}\n",
    "\\frac{d\\vec{r}}{dt} &= \\vec{v} \\\\\n",
    "\\frac{d\\vec{v}}{dt} &= \\vec{a} = \\vec{F_L}/m\n",
    "\\end{align*}\n",
    "\\quad\n",
    "\\implies\n",
    "\\quad\n",
    "\\vec{y} := \\begin{pmatrix} \\vec{r} \\\\ \\vec{v} \\end{pmatrix} \\text{ and } \\frac{d\\vec{y}}{dt} = \\begin{pmatrix} \\vec{v} \\\\ \\vec{a} \\end{pmatrix} = f(\\vec{y})\n",
    "$$"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "## Functions to be integrated\n",
    "def gamma_inv(v: np.ndarray) -> float:\n",
    "    v = np.linalg.norm(v)\n",
    "    if v > c.c:\n",
    "        # print(f\"v = {v} > c, setting 1/gamma = 0\")\n",
    "        return 0\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)\n",
    "    if DEBUG:\n",
    "        print(f\"B = {B}\")\n",
    "        print(f\"x = {x}\")\n",
    "        print(f\"v = {np.linalg.norm(v)}\")\n",
    "        print(f\"F = {F}\")\n",
    "    return F.flatten()\n",
    "\n",
    "\n",
    "# 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] * 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\"a = {a}\")\n",
    "        print(f\"ydot: {ydot}\")\n",
    "    return np.concatenate((v, a))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "## Some more helpers\n",
    "def plot_trajectory(x: list[np.ndarray], labels: list[str], show_nth: int = 1, show_earth: bool = False, r_e_limit: int = 5):\n",
    "    fig = plt.figure()\n",
    "    ax = fig.add_subplot(projection='3d')\n",
    "    # show the trajectory (x)\n",
    "    for trajectory, label in zip(x, labels):\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",
    "        ax.scatter(trajectory[0, -1], trajectory[1, -1], trajectory[2, -1], color='red') #, label='end'\n",
    "    \n",
    "    # show the earth\n",
    "    if show_earth:\n",
    "        w = np.linspace(0, 2 * np.pi, 100)\n",
    "        v = np.linspace(0, np.pi, 100)\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",
    "    ax.set_box_aspect([1,1,1])\n",
    "    ax.set_xlim(-r_e_limit, r_e_limit)\n",
    "    ax.set_ylim(-r_e_limit, r_e_limit)\n",
    "    ax.set_zlim(-r_e_limit, r_e_limit)\n",
    "    # TODO: explain limit\n",
    "    \n",
    "    ax.set_xlabel('x [R_e]')\n",
    "    ax.set_ylabel('y [R_e]')\n",
    "    ax.set_zlabel('z [R_e]')\n",
    "    # show small legend\n",
    "    ax.legend(fontsize='small')\n",
    "    fig.set_size_inches(10, 10)\n",
    "\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"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### First particle trajectories"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {},
   "outputs": [],
   "source": [
    "TIME_RANGE = [0, 1000]\n",
    "N_STEPS = 100000\n",
    "t = np.linspace(TIME_RANGE[0], TIME_RANGE[1], N_STEPS)\n",
    "\n",
    "particles = []\n",
    "\n",
    "## Somewhat arbitrary initial conditions\n",
    "# particle is deflected by the magnetic field\n",
    "X_0 = [0, 1e8, 1e8]\n",
    "V_0 = [-1e4, -2e4, -1e4]\n",
    "Y0 = np.concatenate((X_0, V_0))\n",
    "particles.append(Y0)\n",
    "\n",
    "# particle cycles\n",
    "X_0 = [0, 1e8, 0]\n",
    "V_0 = [0, 1e4, 1e4]\n",
    "Y0 = np.concatenate((X_0, V_0))\n",
    "particles.append(Y0)\n",
    "\n",
    "# deflection but no cycling\n",
    "X_0 = [-5e7, 5e7, 2e8]\n",
    "V_0 = [0, -1e7, -1e8]\n",
    "Y0 = np.concatenate((X_0, V_0))\n",
    "particles.append(Y0)\n",
    "\n",
    "# particle is so fast that it is barely deflected\n",
    "X_0 = [-1e8, 1e8, 2e8]\n",
    "V_0 = [0, 0, -2e8]\n",
    "Y0 = np.concatenate((X_0, V_0))\n",
    "particles.append(Y0)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x1000 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "Y0 = particles[0]\n",
    "\n",
    "## ODE integration\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",
    "    atol=ABSOLUTE_TOLERANCE,\n",
    "    )\n",
    "\n",
    "t_int = result.t\n",
    "y_int = result.y\n",
    "\n",
    "if DEBUG:\n",
    "    print(f\"Got result: {y_int.shape}\")\n",
    "    print(y_int[:, 0])\n",
    "    print(y_int[:, 1])\n",
    "    print(f\"Took {result.nfev} function evaluations\")\n",
    "\n",
    "plot_trajectory([y_int[:3, :]], [\"trajectory\"], show_earth=True, r_e_limit=20)\n",
    "\n",
    "## Let's also plot the energy of the particle\n",
    "v_vec = y_int[3:, :] * u.m / u.s\n",
    "E_sr = (MASS * c.c**2)**2 + (MASS * np.linalg.norm(v_vec, axis=0) * c.c)**2\n",
    "E = np.sqrt(E_sr).to(u.megaelectronvolt)\n",
    "plt.figure()\n",
    "plt.plot(t_int, E)\n",
    "plt.xlabel(\"time [s]\")\n",
    "plt.ylabel(f\"E [{E.unit}]\")\n",
    "# Put the variation of the energy in context\n",
    "plt.ylim(0, 1.1 * np.max(E.value))\n",
    "plt.show()\n",
    "\n",
    "\n",
    "## NOTE: not sure how good that is in terms of stability\n",
    "## Paper suggests going up to sixth order RK"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "=> Most particles are boring, repeating this for every incoming particle is not feasible!\n",
    "\n",
    "\n",
    "#### Backtracking\n",
    "We can also track the particle **backward in time**, from a confirmed detection (eg. AMS).\n",
    "\n",
    "=> modify the EOM to track the particle backward in time\n"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Backwards tracking - flipping the ODE"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [],
   "source": [
    "def check_trajectory(trajectory: np.ndarray) -> str:\n",
    "    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) < 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 < 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 * 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 < 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",
    "    return trajectory[:, :idx[0]]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [],
   "source": [
    "def multi_tracking(\n",
    "        b_field_function: callable,\n",
    "        # either we explicitly set the initial conditions\n",
    "        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(5 * u.megaelectronvolt),\n",
    "        seed: int = None,\n",
    "        repetitions: int = 1,\n",
    "        time_range: list = [0, 50],\n",
    "        n_steps: int = 10000,\n",
    "        do_clip_trajectory: bool = False,\n",
    "        write_to_file: bool = False,\n",
    "):\n",
    "    if seed:\n",
    "        np.random.seed(seed)\n",
    "\n",
    "    if y_0 is None:\n",
    "        y_0 = []\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.to(u.m / u.s).value\n",
    "            y = np.concatenate((x, v))\n",
    "            y_0.append(y)\n",
    "\n",
    "\n",
    "    trajectories = []\n",
    "    labels = []\n",
    "    for Y0 in y_0:\n",
    "        if DEBUG:\n",
    "            print(f\"X_0 = {Y0[3:]}, |X_0| = {np.linalg.norm(Y0[3:]):.2E}\")\n",
    "            print(f\"V_0 = {Y0[:3]}, |V_0| = {np.linalg.norm(Y0[:3]):.2E}\")\n",
    "        \n",
    "        t = np.linspace(time_range[0], time_range[1], n_steps)\n",
    "        sol = spi.solve_ivp(\n",
    "            lambda t, y: -y_prime(-t, y, b_field_function), # formulate the problem backward\n",
    "            t_span = [time_range[1], time_range[0]],\n",
    "            t_eval= t[::-1],\n",
    "            y0 = Y0,\n",
    "            method='RK45',\n",
    "            atol=ABSOLUTE_TOLERANCE\n",
    "        )\n",
    "        traj = sol.y[:3, :]\n",
    "\n",
    "        check = check_trajectory(traj)\n",
    "        if do_clip_trajectory and \"Intersects\" in check:\n",
    "            traj = clip_trajectory(traj)\n",
    "\n",
    "        trajectories.append(traj)\n",
    "        labels.append(check)\n",
    "\n",
    "    plot_trajectory(trajectories, labels, show_earth=True, r_e_limit=5)\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "ename": "Exception",
     "evalue": "Code below this line is not meant to be run by default",
     "output_type": "error",
     "traceback": [
      "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
      "\u001b[0;31mException\u001b[0m                                 Traceback (most recent call last)",
      "Cell \u001b[0;32mIn[10], line 3\u001b[0m\n\u001b[1;32m      1\u001b[0m \u001b[38;5;66;03m### CAUTION:\u001b[39;00m\n\u001b[1;32m      2\u001b[0m \u001b[38;5;66;03m## From here on code runs are long, are you sure you want to run them?\u001b[39;00m\n\u001b[0;32m----> 3\u001b[0m \u001b[38;5;28;01mraise\u001b[39;00m \u001b[38;5;167;01mException\u001b[39;00m(\u001b[38;5;124m\"\u001b[39m\u001b[38;5;124mCode below this line is not meant to be run by default\u001b[39m\u001b[38;5;124m\"\u001b[39m)\n",
      "\u001b[0;31mException\u001b[0m: Code below this line is not meant to be run by default"
     ]
    }
   ],
   "source": [
    "### CAUTION:\n",
    "## From here on code runs are long, are you sure you want to run them?\n",
    "raise Exception(\"Code below this line is not meant to be run by default\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "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 = 372392197.88407 m / s > c, setting 1/gamma = 0\n",
      "v = 319756456.8269802 m / s > c, setting 1/gamma = 0\n",
      "v = 1630319657.1509094 m / s > c, setting 1/gamma = 0\n",
      "v = 1950681824.6525087 m / s > c, setting 1/gamma = 0\n",
      "v = 316746739.4509241 m / s > c, setting 1/gamma = 0\n",
      "v = 322028770.69581443 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 2\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x1000 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "## Some nice specific examples\n",
    "Y = []\n",
    "\n",
    "# small shell around the earth\n",
    "X0 = np.array([3.8e6, 3.8e6, 3.8e6])\n",
    "V0 = np.array([0, -5e5, -2e6])\n",
    "Y0 = np.concatenate((X0, V0))\n",
    "Y.append(Y0)\n",
    "\n",
    "# medium shell around the earth\n",
    "X0 = np.array([5e6, 5e6, 5e6])\n",
    "V0 = np.array([0, -5e5, -1e6])\n",
    "Y0 = np.concatenate((X0, V0))\n",
    "Y.append(Y0)\n",
    "\n",
    "# large+stable shell around the earth\n",
    "X0 = np.array([-9e6, -9e6, -9e6])\n",
    "V0 = np.array([0, -1e6, 1e6])\n",
    "Y0 = np.concatenate((X0, V0))\n",
    "Y.append(Y0)\n",
    "\n",
    "# large+instable shell around the earth\n",
    "X0 = np.array([2e6, 2e6, -6e6])\n",
    "V0 = np.array([1e4, 1e4, -1e3])\n",
    "Y0 = np.concatenate((X0, V0))\n",
    "Y.append(Y0)\n",
    "\n",
    "# particle leaves rather quickly\n",
    "X0 = np.array([7e6, 0, 0])\n",
    "V0 = np.array([0, -4e7, +4e7])\n",
    "Y0 = np.concatenate((X0, V0))\n",
    "Y.append(Y0)\n",
    "\n",
    "multi_tracking(dipole_field, y_0=Y, time_range=[0, 50], n_steps=1000, do_clip_trajectory=True)\n",
    "\n",
    "## NOTE: too short = particle does not leave earth within integration time\n",
    "## probably originated from earth\n",
    "## 0 bounce, 1 bounce ..."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "\"\"\"\n",
    "## Try the IGRF field\n",
    "Y = []\n",
    "\n",
    "# small shell around the earth\n",
    "X0 = np.array([3.8e6, 3.8e6, 3.8e6])\n",
    "V0 = np.array([0, -5e5, -2e6])\n",
    "Y0 = np.concatenate((X0, V0))\n",
    "Y.append(Y0)\n",
    "\n",
    "DEBUG = False\n",
    "multi_tracking(IGRF_field, y_0=Y, time_range=[0, 100], n_steps=10000, do_clip_trajectory=True)\n",
    "\"\"\""
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Using random initial conditions with x_0 = 7.00E+06 and v_0 = 3.08E+07 m / s\n",
      "Clipping at index 1\n",
      "Clipping at index 2\n",
      "Clipping at index 4\n",
      "Clipping at index 3\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x1000 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "multi_tracking(\n",
    "    b_field_function = dipole_field,\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 = 1000,\n",
    "    do_clip_trajectory = True,\n",
    ")\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Using random initial conditions with x_0 = 8.00E+06 and v_0 = 4.34E+07 m / s\n",
      "Clipping at index 2\n",
      "Clipping at index 679\n",
      "v = 779440810.7986486 m / s > c, setting 1/gamma = 0\n",
      "v = 749609948.3930267 m / s > c, setting 1/gamma = 0\n",
      "v = 400922601.3320647 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 2\n",
      "v = 576932655.9303913 m / s > c, setting 1/gamma = 0\n",
      "v = 648279219.6509187 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 12\n",
      "v = 304182251.7287902 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 12\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x1000 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "multi_tracking(\n",
    "    b_field_function = dipole_field,\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 = 1000,\n",
    "    do_clip_trajectory = True,\n",
    ")\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Using random initial conditions with x_0 = 8.00E+06 and v_0 = 2.62E+08 m / s\n",
      "v = 407089765.0224745 m / s > c, setting 1/gamma = 0\n",
      "v = 396666612.97455454 m / s > c, setting 1/gamma = 0\n",
      "v = 304812903.49223787 m / s > c, setting 1/gamma = 0\n",
      "v = 300968987.60080004 m / s > c, setting 1/gamma = 0\n",
      "v = 301991659.5490343 m / s > c, setting 1/gamma = 0\n",
      "v = 299910646.40722656 m / s > c, setting 1/gamma = 0\n",
      "v = 302400000.83455276 m / s > c, setting 1/gamma = 0\n",
      "v = 305408779.8569856 m / s > c, setting 1/gamma = 0\n",
      "v = 303887248.9210842 m / s > c, setting 1/gamma = 0\n",
      "v = 302753682.1200956 m / s > c, setting 1/gamma = 0\n",
      "v = 300360851.27158624 m / s > c, setting 1/gamma = 0\n",
      "v = 469708691.8234606 m / s > c, setting 1/gamma = 0\n",
      "v = 484489864.5405244 m / s > c, setting 1/gamma = 0\n",
      "v = 314472878.7284921 m / s > c, setting 1/gamma = 0\n",
      "v = 363090455.3429083 m / s > c, setting 1/gamma = 0\n",
      "v = 308927987.86436754 m / s > c, setting 1/gamma = 0\n",
      "v = 312542260.0732034 m / s > c, setting 1/gamma = 0\n",
      "v = 371630140.6860389 m / s > c, setting 1/gamma = 0\n",
      "v = 429044546.9079903 m / s > c, setting 1/gamma = 0\n",
      "v = 302072589.1271025 m / s > c, setting 1/gamma = 0\n",
      "v = 334741010.63583905 m / s > c, setting 1/gamma = 0\n",
      "v = 353727068.2811542 m / s > c, setting 1/gamma = 0\n",
      "v = 436115937.9334321 m / s > c, setting 1/gamma = 0\n",
      "v = 494683355.4558839 m / s > c, setting 1/gamma = 0\n",
      "v = 312106963.9214887 m / s > c, setting 1/gamma = 0\n",
      "v = 301805403.47872883 m / s > c, setting 1/gamma = 0\n",
      "v = 361808368.70599574 m / s > c, setting 1/gamma = 0\n",
      "v = 954318065.0379789 m / s > c, setting 1/gamma = 0\n",
      "v = 836111057.787957 m / s > c, setting 1/gamma = 0\n",
      "v = 406618404.7158852 m / s > c, setting 1/gamma = 0\n",
      "v = 463269273.1740073 m / s > c, setting 1/gamma = 0\n",
      "v = 343610427.6747644 m / s > c, setting 1/gamma = 0\n",
      "v = 371449666.7795486 m / s > c, setting 1/gamma = 0\n",
      "v = 361545825.5372662 m / s > c, setting 1/gamma = 0\n",
      "v = 423006336.2308259 m / s > c, setting 1/gamma = 0\n",
      "v = 322182834.0125514 m / s > c, setting 1/gamma = 0\n",
      "v = 385680984.9099993 m / s > c, setting 1/gamma = 0\n",
      "v = 326419488.7854677 m / s > c, setting 1/gamma = 0\n",
      "v = 401109066.73163104 m / s > c, setting 1/gamma = 0\n",
      "v = 434137945.36718357 m / s > c, setting 1/gamma = 0\n",
      "v = 455901414.4741384 m / s > c, setting 1/gamma = 0\n",
      "v = 418355221.9520313 m / s > c, setting 1/gamma = 0\n",
      "v = 482429764.0564052 m / s > c, setting 1/gamma = 0\n",
      "v = 312059740.33704597 m / s > c, setting 1/gamma = 0\n",
      "v = 316774923.0113047 m / s > c, setting 1/gamma = 0\n",
      "v = 389680596.00505865 m / s > c, setting 1/gamma = 0\n",
      "v = 447705694.51592857 m / s > c, setting 1/gamma = 0\n",
      "v = 325529323.456724 m / s > c, setting 1/gamma = 0\n",
      "v = 393757457.1702008 m / s > c, setting 1/gamma = 0\n",
      "v = 342165573.91799265 m / s > c, setting 1/gamma = 0\n",
      "v = 323130698.5984413 m / s > c, setting 1/gamma = 0\n",
      "v = 394438775.3668475 m / s > c, setting 1/gamma = 0\n",
      "v = 314480274.713617 m / s > c, setting 1/gamma = 0\n",
      "v = 367433178.5760497 m / s > c, setting 1/gamma = 0\n",
      "v = 311875375.60334414 m / s > c, setting 1/gamma = 0\n",
      "v = 323203874.4585157 m / s > c, setting 1/gamma = 0\n",
      "v = 395641311.3811512 m / s > c, setting 1/gamma = 0\n",
      "v = 348312756.4582707 m / s > c, setting 1/gamma = 0\n",
      "v = 396176123.2192949 m / s > c, setting 1/gamma = 0\n",
      "v = 351122349.8655755 m / s > c, setting 1/gamma = 0\n",
      "v = 360869587.64694834 m / s > c, setting 1/gamma = 0\n",
      "v = 421460987.3524452 m / s > c, setting 1/gamma = 0\n",
      "v = 315712571.337895 m / s > c, setting 1/gamma = 0\n",
      "v = 402178193.1629462 m / s > c, setting 1/gamma = 0\n",
      "v = 467579171.6436417 m / s > c, setting 1/gamma = 0\n",
      "v = 320190885.3941576 m / s > c, setting 1/gamma = 0\n",
      "v = 391620687.4431346 m / s > c, setting 1/gamma = 0\n",
      "v = 301306403.9337662 m / s > c, setting 1/gamma = 0\n",
      "v = 300788987.5362328 m / s > c, setting 1/gamma = 0\n",
      "v = 370358643.69977266 m / s > c, setting 1/gamma = 0\n",
      "v = 435671671.287522 m / s > c, setting 1/gamma = 0\n",
      "v = 327271258.5270871 m / s > c, setting 1/gamma = 0\n",
      "v = 417217393.4493293 m / s > c, setting 1/gamma = 0\n",
      "v = 451663080.7741303 m / s > c, setting 1/gamma = 0\n",
      "v = 336888553.7377837 m / s > c, setting 1/gamma = 0\n",
      "v = 364064330.72897595 m / s > c, setting 1/gamma = 0\n",
      "v = 302894491.7645313 m / s > c, setting 1/gamma = 0\n",
      "v = 377976417.9359645 m / s > c, setting 1/gamma = 0\n",
      "v = 425230072.44624186 m / s > c, setting 1/gamma = 0\n",
      "v = 462223802.395631 m / s > c, setting 1/gamma = 0\n",
      "v = 526568245.45987713 m / s > c, setting 1/gamma = 0\n",
      "v = 398411018.71905357 m / s > c, setting 1/gamma = 0\n",
      "v = 462969516.8935164 m / s > c, setting 1/gamma = 0\n",
      "v = 335020819.0835809 m / s > c, setting 1/gamma = 0\n",
      "v = 319510826.25409687 m / s > c, setting 1/gamma = 0\n",
      "v = 340329764.38850313 m / s > c, setting 1/gamma = 0\n",
      "v = 335790843.3896323 m / s > c, setting 1/gamma = 0\n",
      "v = 312559509.07092196 m / s > c, setting 1/gamma = 0\n",
      "v = 313508951.24086845 m / s > c, setting 1/gamma = 0\n",
      "v = 341372670.1431766 m / s > c, setting 1/gamma = 0\n",
      "v = 318016964.9646182 m / s > c, setting 1/gamma = 0\n",
      "v = 328067083.5040916 m / s > c, setting 1/gamma = 0\n",
      "v = 402433086.33470905 m / s > c, setting 1/gamma = 0\n",
      "v = 443165466.932888 m / s > c, setting 1/gamma = 0\n",
      "v = 326779592.2202736 m / s > c, setting 1/gamma = 0\n",
      "v = 320998647.77359813 m / s > c, setting 1/gamma = 0\n",
      "v = 354114166.61438394 m / s > c, setting 1/gamma = 0\n",
      "v = 416242468.44607204 m / s > c, setting 1/gamma = 0\n",
      "v = 306836845.0395184 m / s > c, setting 1/gamma = 0\n",
      "v = 372791442.3259231 m / s > c, setting 1/gamma = 0\n",
      "v = 316455506.5935851 m / s > c, setting 1/gamma = 0\n",
      "v = 352855222.1872568 m / s > c, setting 1/gamma = 0\n",
      "v = 454174658.61865956 m / s > c, setting 1/gamma = 0\n",
      "v = 524718617.2827468 m / s > c, setting 1/gamma = 0\n",
      "v = 327188232.3817247 m / s > c, setting 1/gamma = 0\n",
      "v = 303523483.3681286 m / s > c, setting 1/gamma = 0\n",
      "v = 414865466.72232324 m / s > c, setting 1/gamma = 0\n",
      "v = 481676182.2861012 m / s > c, setting 1/gamma = 0\n",
      "v = 306053766.6642407 m / s > c, setting 1/gamma = 0\n",
      "v = 312160735.4920758 m / s > c, setting 1/gamma = 0\n",
      "v = 301617420.70774955 m / s > c, setting 1/gamma = 0\n",
      "v = 334838002.71503943 m / s > c, setting 1/gamma = 0\n",
      "v = 359524042.65893644 m / s > c, setting 1/gamma = 0\n",
      "v = 327634323.7716865 m / s > c, setting 1/gamma = 0\n",
      "v = 389359406.9991448 m / s > c, setting 1/gamma = 0\n",
      "v = 491838792.44195867 m / s > c, setting 1/gamma = 0\n",
      "v = 539490158.5579718 m / s > c, setting 1/gamma = 0\n",
      "v = 343918458.21694183 m / s > c, setting 1/gamma = 0\n",
      "v = 314128220.14397335 m / s > c, setting 1/gamma = 0\n",
      "v = 313368054.67103237 m / s > c, setting 1/gamma = 0\n",
      "v = 316124604.13530153 m / s > c, setting 1/gamma = 0\n",
      "v = 349986988.40968496 m / s > c, setting 1/gamma = 0\n",
      "v = 304318673.7856678 m / s > c, setting 1/gamma = 0\n",
      "v = 308803346.65611136 m / s > c, setting 1/gamma = 0\n",
      "v = 317782781.7904416 m / s > c, setting 1/gamma = 0\n",
      "v = 300834406.3909367 m / s > c, setting 1/gamma = 0\n",
      "v = 360363857.39094 m / s > c, setting 1/gamma = 0\n",
      "v = 308835709.5350165 m / s > c, setting 1/gamma = 0\n",
      "v = 349077606.4262562 m / s > c, setting 1/gamma = 0\n",
      "v = 303829895.4240963 m / s > c, setting 1/gamma = 0\n",
      "v = 621732827.4063375 m / s > c, setting 1/gamma = 0\n",
      "v = 516016328.5439237 m / s > c, setting 1/gamma = 0\n",
      "v = 300086593.0667078 m / s > c, setting 1/gamma = 0\n",
      "v = 682790348.3553681 m / s > c, setting 1/gamma = 0\n",
      "v = 606894380.1914617 m / s > c, setting 1/gamma = 0\n",
      "v = 301060196.82620806 m / s > c, setting 1/gamma = 0\n",
      "v = 321520097.3029515 m / s > c, setting 1/gamma = 0\n",
      "v = 336372435.0297496 m / s > c, setting 1/gamma = 0\n",
      "v = 391605771.4585011 m / s > c, setting 1/gamma = 0\n",
      "v = 307107555.14611 m / s > c, setting 1/gamma = 0\n",
      "v = 326424107.0315932 m / s > c, setting 1/gamma = 0\n",
      "v = 395174590.15510905 m / s > c, setting 1/gamma = 0\n",
      "v = 439599475.2403461 m / s > c, setting 1/gamma = 0\n",
      "v = 316726641.1148085 m / s > c, setting 1/gamma = 0\n",
      "v = 364156022.94672835 m / s > c, setting 1/gamma = 0\n",
      "v = 313358209.3345542 m / s > c, setting 1/gamma = 0\n",
      "v = 337652793.00780094 m / s > c, setting 1/gamma = 0\n",
      "v = 317806196.7794337 m / s > c, setting 1/gamma = 0\n",
      "v = 378640350.5978946 m / s > c, setting 1/gamma = 0\n",
      "v = 315745731.66252786 m / s > c, setting 1/gamma = 0\n",
      "v = 468688817.05577797 m / s > c, setting 1/gamma = 0\n",
      "v = 520384470.37379754 m / s > c, setting 1/gamma = 0\n",
      "v = 341159269.87225443 m / s > c, setting 1/gamma = 0\n",
      "v = 419859707.9265215 m / s > c, setting 1/gamma = 0\n",
      "v = 301977097.65374935 m / s > c, setting 1/gamma = 0\n",
      "v = 344831350.5067144 m / s > c, setting 1/gamma = 0\n",
      "v = 392192899.6438349 m / s > c, setting 1/gamma = 0\n",
      "v = 465163425.81568664 m / s > c, setting 1/gamma = 0\n",
      "v = 494221616.8510599 m / s > c, setting 1/gamma = 0\n",
      "v = 494415188.76207906 m / s > c, setting 1/gamma = 0\n",
      "v = 311430315.2626475 m / s > c, setting 1/gamma = 0\n",
      "v = 334825649.78027135 m / s > c, setting 1/gamma = 0\n",
      "v = 393789345.62017435 m / s > c, setting 1/gamma = 0\n",
      "v = 345745401.7651948 m / s > c, setting 1/gamma = 0\n",
      "v = 418076868.2929161 m / s > c, setting 1/gamma = 0\n",
      "v = 420109818.6664071 m / s > c, setting 1/gamma = 0\n",
      "v = 474690608.1544534 m / s > c, setting 1/gamma = 0\n",
      "v = 330622432.0418167 m / s > c, setting 1/gamma = 0\n",
      "v = 359992265.5281616 m / s > c, setting 1/gamma = 0\n",
      "v = 336286609.4309594 m / s > c, setting 1/gamma = 0\n",
      "v = 396567788.14561033 m / s > c, setting 1/gamma = 0\n",
      "v = 383440046.67060703 m / s > c, setting 1/gamma = 0\n",
      "v = 457941085.7406943 m / s > c, setting 1/gamma = 0\n",
      "v = 312563120.54963386 m / s > c, setting 1/gamma = 0\n",
      "v = 302480070.1156038 m / s > c, setting 1/gamma = 0\n",
      "v = 323129430.68495095 m / s > c, setting 1/gamma = 0\n",
      "v = 337657020.01629627 m / s > c, setting 1/gamma = 0\n",
      "v = 311033320.6461146 m / s > c, setting 1/gamma = 0\n",
      "v = 364930593.9101046 m / s > c, setting 1/gamma = 0\n",
      "v = 303487134.7067445 m / s > c, setting 1/gamma = 0\n",
      "v = 333147330.40120906 m / s > c, setting 1/gamma = 0\n",
      "v = 349008864.9106438 m / s > c, setting 1/gamma = 0\n",
      "v = 662987575.4226848 m / s > c, setting 1/gamma = 0\n",
      "v = 579336879.6482366 m / s > c, setting 1/gamma = 0\n",
      "v = 372164664.5163116 m / s > c, setting 1/gamma = 0\n",
      "v = 414570936.58657205 m / s > c, setting 1/gamma = 0\n",
      "v = 325790839.7564468 m / s > c, setting 1/gamma = 0\n",
      "v = 301721075.5193853 m / s > c, setting 1/gamma = 0\n",
      "v = 304742671.5469039 m / s > c, setting 1/gamma = 0\n",
      "v = 315265006.91513854 m / s > c, setting 1/gamma = 0\n",
      "v = 308469642.47663385 m / s > c, setting 1/gamma = 0\n",
      "v = 310965542.3040113 m / s > c, setting 1/gamma = 0\n",
      "v = 314130901.5542659 m / s > c, setting 1/gamma = 0\n",
      "v = 375365175.8468836 m / s > c, setting 1/gamma = 0\n",
      "v = 427698844.59863263 m / s > c, setting 1/gamma = 0\n",
      "v = 324766193.7469735 m / s > c, setting 1/gamma = 0\n",
      "v = 347096487.59459764 m / s > c, setting 1/gamma = 0\n",
      "v = 474034069.1512947 m / s > c, setting 1/gamma = 0\n",
      "v = 507524835.6899944 m / s > c, setting 1/gamma = 0\n",
      "v = 355245157.6617673 m / s > c, setting 1/gamma = 0\n",
      "v = 402543576.19224226 m / s > c, setting 1/gamma = 0\n",
      "v = 302699178.7214981 m / s > c, setting 1/gamma = 0\n",
      "v = 320864121.5691474 m / s > c, setting 1/gamma = 0\n",
      "v = 385087413.08188695 m / s > c, setting 1/gamma = 0\n",
      "v = 413528935.35130113 m / s > c, setting 1/gamma = 0\n",
      "v = 436590213.1809189 m / s > c, setting 1/gamma = 0\n",
      "v = 302684456.8348656 m / s > c, setting 1/gamma = 0\n",
      "v = 366957940.87392664 m / s > c, setting 1/gamma = 0\n",
      "v = 528289334.72703224 m / s > c, setting 1/gamma = 0\n",
      "v = 566506132.3120213 m / s > c, setting 1/gamma = 0\n",
      "v = 348458445.1065462 m / s > c, setting 1/gamma = 0\n",
      "v = 401723652.7808256 m / s > c, setting 1/gamma = 0\n",
      "v = 321099541.60347885 m / s > c, setting 1/gamma = 0\n",
      "v = 375334404.5455934 m / s > c, setting 1/gamma = 0\n",
      "v = 317748223.4602117 m / s > c, setting 1/gamma = 0\n",
      "v = 373253331.10582983 m / s > c, setting 1/gamma = 0\n",
      "v = 302748077.61346734 m / s > c, setting 1/gamma = 0\n",
      "v = 359942846.3983964 m / s > c, setting 1/gamma = 0\n",
      "v = 302315352.28892785 m / s > c, setting 1/gamma = 0\n",
      "v = 321022490.27165806 m / s > c, setting 1/gamma = 0\n",
      "v = 313286794.60563976 m / s > c, setting 1/gamma = 0\n",
      "v = 362859904.4377739 m / s > c, setting 1/gamma = 0\n",
      "v = 426835787.17011976 m / s > c, setting 1/gamma = 0\n",
      "v = 451453929.9001281 m / s > c, setting 1/gamma = 0\n",
      "v = 497984242.06658554 m / s > c, setting 1/gamma = 0\n",
      "v = 306607890.439095 m / s > c, setting 1/gamma = 0\n",
      "v = 318075823.25992674 m / s > c, setting 1/gamma = 0\n",
      "v = 318771976.89771014 m / s > c, setting 1/gamma = 0\n",
      "v = 378047828.8125457 m / s > c, setting 1/gamma = 0\n",
      "v = 305447735.96182585 m / s > c, setting 1/gamma = 0\n",
      "v = 304523279.46180373 m / s > c, setting 1/gamma = 0\n",
      "v = 321085636.2135566 m / s > c, setting 1/gamma = 0\n",
      "v = 372684093.0810649 m / s > c, setting 1/gamma = 0\n",
      "v = 437675606.2613971 m / s > c, setting 1/gamma = 0\n",
      "v = 318564699.94738466 m / s > c, setting 1/gamma = 0\n",
      "v = 353786281.9173535 m / s > c, setting 1/gamma = 0\n",
      "v = 313084565.49115145 m / s > c, setting 1/gamma = 0\n",
      "v = 374574506.0252911 m / s > c, setting 1/gamma = 0\n",
      "v = 342580692.6188443 m / s > c, setting 1/gamma = 0\n",
      "v = 302413246.59646887 m / s > c, setting 1/gamma = 0\n",
      "v = 323414223.7787242 m / s > c, setting 1/gamma = 0\n",
      "v = 310109392.0914651 m / s > c, setting 1/gamma = 0\n",
      "v = 348438440.3163258 m / s > c, setting 1/gamma = 0\n",
      "v = 342490907.6746963 m / s > c, setting 1/gamma = 0\n",
      "v = 414280395.6531772 m / s > c, setting 1/gamma = 0\n",
      "v = 326008776.7062103 m / s > c, setting 1/gamma = 0\n",
      "v = 362592403.4552645 m / s > c, setting 1/gamma = 0\n",
      "v = 390327159.6697122 m / s > c, setting 1/gamma = 0\n",
      "v = 461486422.1806104 m / s > c, setting 1/gamma = 0\n",
      "v = 390299231.28325546 m / s > c, setting 1/gamma = 0\n",
      "v = 445044231.7874082 m / s > c, setting 1/gamma = 0\n",
      "v = 509660448.5342893 m / s > c, setting 1/gamma = 0\n",
      "v = 554012306.8551242 m / s > c, setting 1/gamma = 0\n",
      "v = 314786913.81639755 m / s > c, setting 1/gamma = 0\n",
      "v = 784228844.9741567 m / s > c, setting 1/gamma = 0\n",
      "v = 666724155.3810345 m / s > c, setting 1/gamma = 0\n",
      "v = 329264184.136524 m / s > c, setting 1/gamma = 0\n",
      "v = 752440291.2081823 m / s > c, setting 1/gamma = 0\n",
      "v = 667802415.5675607 m / s > c, setting 1/gamma = 0\n",
      "v = 306546146.0208425 m / s > c, setting 1/gamma = 0\n",
      "v = 541327991.7531716 m / s > c, setting 1/gamma = 0\n",
      "v = 568009608.2991443 m / s > c, setting 1/gamma = 0\n",
      "v = 326252113.869692 m / s > c, setting 1/gamma = 0\n",
      "v = 386573253.68631405 m / s > c, setting 1/gamma = 0\n",
      "v = 316439988.982927 m / s > c, setting 1/gamma = 0\n",
      "v = 465305353.4875947 m / s > c, setting 1/gamma = 0\n",
      "v = 521655712.4390424 m / s > c, setting 1/gamma = 0\n",
      "v = 561316126.3578525 m / s > c, setting 1/gamma = 0\n",
      "v = 579216422.4856052 m / s > c, setting 1/gamma = 0\n",
      "v = 311707723.06669325 m / s > c, setting 1/gamma = 0\n",
      "v = 306860710.17480075 m / s > c, setting 1/gamma = 0\n",
      "v = 367016020.83795017 m / s > c, setting 1/gamma = 0\n",
      "v = 343210396.37543607 m / s > c, setting 1/gamma = 0\n",
      "v = 403676700.0623679 m / s > c, setting 1/gamma = 0\n",
      "v = 403518034.4006563 m / s > c, setting 1/gamma = 0\n",
      "v = 470553572.40176433 m / s > c, setting 1/gamma = 0\n",
      "v = 312701998.29206324 m / s > c, setting 1/gamma = 0\n",
      "v = 343765968.34840643 m / s > c, setting 1/gamma = 0\n",
      "v = 409051353.80874676 m / s > c, setting 1/gamma = 0\n",
      "v = 322159903.1735696 m / s > c, setting 1/gamma = 0\n",
      "v = 321625419.7793254 m / s > c, setting 1/gamma = 0\n",
      "v = 379409562.4794544 m / s > c, setting 1/gamma = 0\n",
      "v = 329878848.8202241 m / s > c, setting 1/gamma = 0\n",
      "v = 311720839.12613374 m / s > c, setting 1/gamma = 0\n",
      "v = 317235846.08669484 m / s > c, setting 1/gamma = 0\n",
      "v = 342022984.1049469 m / s > c, setting 1/gamma = 0\n",
      "v = 327978805.97370493 m / s > c, setting 1/gamma = 0\n",
      "v = 358613031.3772578 m / s > c, setting 1/gamma = 0\n",
      "v = 384794688.1046881 m / s > c, setting 1/gamma = 0\n",
      "v = 407259081.4461383 m / s > c, setting 1/gamma = 0\n",
      "v = 474860423.6099597 m / s > c, setting 1/gamma = 0\n",
      "v = 347487084.4366369 m / s > c, setting 1/gamma = 0\n",
      "v = 828899519.054455 m / s > c, setting 1/gamma = 0\n",
      "v = 690597974.1101798 m / s > c, setting 1/gamma = 0\n",
      "v = 307853026.52430147 m / s > c, setting 1/gamma = 0\n",
      "v = 348101721.1714275 m / s > c, setting 1/gamma = 0\n",
      "v = 409355977.0477271 m / s > c, setting 1/gamma = 0\n",
      "v = 306588698.47267 m / s > c, setting 1/gamma = 0\n",
      "v = 438450037.1807023 m / s > c, setting 1/gamma = 0\n",
      "v = 508406791.0335498 m / s > c, setting 1/gamma = 0\n",
      "v = 312259329.8312627 m / s > c, setting 1/gamma = 0\n",
      "v = 361448685.94500655 m / s > c, setting 1/gamma = 0\n",
      "v = 429131947.23684263 m / s > c, setting 1/gamma = 0\n",
      "v = 325949268.5286648 m / s > c, setting 1/gamma = 0\n",
      "v = 374021757.0695915 m / s > c, setting 1/gamma = 0\n",
      "v = 622327345.4766134 m / s > c, setting 1/gamma = 0\n",
      "v = 641163893.2005568 m / s > c, setting 1/gamma = 0\n",
      "v = 304307302.06816727 m / s > c, setting 1/gamma = 0\n",
      "v = 469200171.1705298 m / s > c, setting 1/gamma = 0\n",
      "v = 529306907.460293 m / s > c, setting 1/gamma = 0\n",
      "v = 583033228.1551607 m / s > c, setting 1/gamma = 0\n",
      "v = 581688477.6566452 m / s > c, setting 1/gamma = 0\n",
      "v = 705264142.2961491 m / s > c, setting 1/gamma = 0\n",
      "v = 674122831.89818 m / s > c, setting 1/gamma = 0\n",
      "v = 312513782.4247112 m / s > c, setting 1/gamma = 0\n",
      "v = 377711232.3400702 m / s > c, setting 1/gamma = 0\n",
      "v = 312086889.92851365 m / s > c, setting 1/gamma = 0\n",
      "v = 311630072.37408066 m / s > c, setting 1/gamma = 0\n",
      "v = 373365425.2596646 m / s > c, setting 1/gamma = 0\n",
      "v = 669117851.0252116 m / s > c, setting 1/gamma = 0\n",
      "v = 614142361.687454 m / s > c, setting 1/gamma = 0\n",
      "v = 341443895.4510957 m / s > c, setting 1/gamma = 0\n",
      "v = 406318160.13088477 m / s > c, setting 1/gamma = 0\n",
      "v = 322440609.3462264 m / s > c, setting 1/gamma = 0\n",
      "v = 387132204.7048161 m / s > c, setting 1/gamma = 0\n",
      "v = 393084440.8896536 m / s > c, setting 1/gamma = 0\n",
      "v = 431825960.50669473 m / s > c, setting 1/gamma = 0\n",
      "v = 403200883.2223063 m / s > c, setting 1/gamma = 0\n",
      "v = 473853634.1906981 m / s > c, setting 1/gamma = 0\n",
      "v = 516928314.1438214 m / s > c, setting 1/gamma = 0\n",
      "v = 565990575.4149672 m / s > c, setting 1/gamma = 0\n",
      "v = 450167132.550025 m / s > c, setting 1/gamma = 0\n",
      "v = 497088698.0131139 m / s > c, setting 1/gamma = 0\n",
      "v = 350487009.0879994 m / s > c, setting 1/gamma = 0\n",
      "v = 398793192.3305828 m / s > c, setting 1/gamma = 0\n",
      "v = 420719656.5684327 m / s > c, setting 1/gamma = 0\n",
      "v = 479190357.4652072 m / s > c, setting 1/gamma = 0\n",
      "v = 529379157.14870715 m / s > c, setting 1/gamma = 0\n",
      "v = 1431143502.3902464 m / s > c, setting 1/gamma = 0\n",
      "v = 1246881127.212435 m / s > c, setting 1/gamma = 0\n",
      "v = 318791334.50145036 m / s > c, setting 1/gamma = 0\n",
      "v = 330019392.70384663 m / s > c, setting 1/gamma = 0\n",
      "v = 587273090.3066173 m / s > c, setting 1/gamma = 0\n",
      "v = 607659704.7302443 m / s > c, setting 1/gamma = 0\n",
      "v = 419405377.2799991 m / s > c, setting 1/gamma = 0\n",
      "v = 485188279.45838815 m / s > c, setting 1/gamma = 0\n",
      "v = 447646421.5095781 m / s > c, setting 1/gamma = 0\n",
      "v = 500982299.6900638 m / s > c, setting 1/gamma = 0\n",
      "v = 310829429.73129207 m / s > c, setting 1/gamma = 0\n",
      "v = 305213214.91278446 m / s > c, setting 1/gamma = 0\n",
      "v = 682346166.0228966 m / s > c, setting 1/gamma = 0\n",
      "v = 673082743.3177495 m / s > c, setting 1/gamma = 0\n",
      "v = 312085651.84927124 m / s > c, setting 1/gamma = 0\n",
      "v = 357745681.73489636 m / s > c, setting 1/gamma = 0\n",
      "v = 435494813.48187745 m / s > c, setting 1/gamma = 0\n",
      "v = 491618946.66301274 m / s > c, setting 1/gamma = 0\n",
      "v = 409508415.10387325 m / s > c, setting 1/gamma = 0\n",
      "v = 480097960.9069215 m / s > c, setting 1/gamma = 0\n",
      "v = 311473808.84283835 m / s > c, setting 1/gamma = 0\n",
      "v = 367799978.60762805 m / s > c, setting 1/gamma = 0\n",
      "v = 318602069.44723886 m / s > c, setting 1/gamma = 0\n",
      "v = 400479509.9940153 m / s > c, setting 1/gamma = 0\n",
      "v = 460040064.67487836 m / s > c, setting 1/gamma = 0\n",
      "v = 349206022.1911662 m / s > c, setting 1/gamma = 0\n",
      "v = 304322094.0273646 m / s > c, setting 1/gamma = 0\n",
      "v = 567324884.5972679 m / s > c, setting 1/gamma = 0\n",
      "v = 590709428.1776329 m / s > c, setting 1/gamma = 0\n",
      "v = 316331348.6747604 m / s > c, setting 1/gamma = 0\n",
      "v = 333142484.59251887 m / s > c, setting 1/gamma = 0\n",
      "v = 786735271.3771037 m / s > c, setting 1/gamma = 0\n",
      "v = 661065647.3061994 m / s > c, setting 1/gamma = 0\n",
      "v = 311068367.4341688 m / s > c, setting 1/gamma = 0\n",
      "v = 331364481.6013924 m / s > c, setting 1/gamma = 0\n",
      "v = 383050027.2720999 m / s > c, setting 1/gamma = 0\n",
      "v = 515648311.2822336 m / s > c, setting 1/gamma = 0\n",
      "v = 546424399.6910101 m / s > c, setting 1/gamma = 0\n",
      "v = 345651920.2890263 m / s > c, setting 1/gamma = 0\n",
      "v = 316952599.58045816 m / s > c, setting 1/gamma = 0\n",
      "v = 367414553.68187517 m / s > c, setting 1/gamma = 0\n",
      "v = 336910379.5362937 m / s > c, setting 1/gamma = 0\n",
      "v = 401455341.434948 m / s > c, setting 1/gamma = 0\n",
      "v = 313974532.77013963 m / s > c, setting 1/gamma = 0\n",
      "v = 333611724.7846981 m / s > c, setting 1/gamma = 0\n",
      "v = 355443262.7651938 m / s > c, setting 1/gamma = 0\n",
      "v = 413804586.3154045 m / s > c, setting 1/gamma = 0\n",
      "v = 470810323.40807015 m / s > c, setting 1/gamma = 0\n",
      "v = 468260434.6914099 m / s > c, setting 1/gamma = 0\n",
      "v = 521849525.9806655 m / s > c, setting 1/gamma = 0\n",
      "v = 332580984.6642348 m / s > c, setting 1/gamma = 0\n",
      "v = 379671949.59452 m / s > c, setting 1/gamma = 0\n",
      "v = 413302525.90116435 m / s > c, setting 1/gamma = 0\n",
      "v = 445814485.71173 m / s > c, setting 1/gamma = 0\n",
      "v = 325050349.62281483 m / s > c, setting 1/gamma = 0\n",
      "v = 803628055.1410671 m / s > c, setting 1/gamma = 0\n",
      "v = 678191270.929124 m / s > c, setting 1/gamma = 0\n",
      "v = 346093346.77630246 m / s > c, setting 1/gamma = 0\n",
      "v = 312454809.3030158 m / s > c, setting 1/gamma = 0\n",
      "v = 377086327.2866721 m / s > c, setting 1/gamma = 0\n",
      "v = 310156176.880991 m / s > c, setting 1/gamma = 0\n",
      "v = 303789381.6765491 m / s > c, setting 1/gamma = 0\n",
      "v = 405714576.6098864 m / s > c, setting 1/gamma = 0\n",
      "v = 443963734.3770409 m / s > c, setting 1/gamma = 0\n",
      "v = 352804982.3842087 m / s > c, setting 1/gamma = 0\n",
      "v = 417820325.1996767 m / s > c, setting 1/gamma = 0\n",
      "v = 493528323.86561054 m / s > c, setting 1/gamma = 0\n",
      "v = 534554695.24417204 m / s > c, setting 1/gamma = 0\n",
      "v = 300373392.73926806 m / s > c, setting 1/gamma = 0\n",
      "v = 301950363.3221264 m / s > c, setting 1/gamma = 0\n",
      "v = 724501411.8246676 m / s > c, setting 1/gamma = 0\n",
      "v = 621831616.1578149 m / s > c, setting 1/gamma = 0\n",
      "v = 491932565.966983 m / s > c, setting 1/gamma = 0\n",
      "v = 517597143.06042546 m / s > c, setting 1/gamma = 0\n",
      "v = 332573931.7561941 m / s > c, setting 1/gamma = 0\n",
      "v = 841194852.4349173 m / s > c, setting 1/gamma = 0\n",
      "v = 714617835.0914841 m / s > c, setting 1/gamma = 0\n",
      "v = 568881778.1742834 m / s > c, setting 1/gamma = 0\n",
      "v = 602324371.5211676 m / s > c, setting 1/gamma = 0\n",
      "v = 551988434.7452804 m / s > c, setting 1/gamma = 0\n",
      "v = 571755697.6618224 m / s > c, setting 1/gamma = 0\n",
      "v = 311248150.4717001 m / s > c, setting 1/gamma = 0\n",
      "v = 355639738.4919972 m / s > c, setting 1/gamma = 0\n",
      "v = 387367847.08134604 m / s > c, setting 1/gamma = 0\n",
      "v = 998683746.0734202 m / s > c, setting 1/gamma = 0\n",
      "v = 855934833.5516074 m / s > c, setting 1/gamma = 0\n",
      "v = 412180936.6104738 m / s > c, setting 1/gamma = 0\n",
      "v = 453909860.47673607 m / s > c, setting 1/gamma = 0\n",
      "v = 439845569.18777686 m / s > c, setting 1/gamma = 0\n",
      "v = 490592820.256435 m / s > c, setting 1/gamma = 0\n",
      "v = 322432147.6911019 m / s > c, setting 1/gamma = 0\n",
      "v = 383814933.5612204 m / s > c, setting 1/gamma = 0\n",
      "v = 411284113.40677 m / s > c, setting 1/gamma = 0\n",
      "v = 457416076.0637116 m / s > c, setting 1/gamma = 0\n",
      "v = 364647603.6471688 m / s > c, setting 1/gamma = 0\n",
      "v = 390290506.06589174 m / s > c, setting 1/gamma = 0\n",
      "v = 463255336.0973452 m / s > c, setting 1/gamma = 0\n",
      "v = 512015435.25335974 m / s > c, setting 1/gamma = 0\n",
      "v = 330554948.4969605 m / s > c, setting 1/gamma = 0\n",
      "v = 413148337.2466425 m / s > c, setting 1/gamma = 0\n",
      "v = 300045619.8401816 m / s > c, setting 1/gamma = 0\n",
      "v = 320385139.0814295 m / s > c, setting 1/gamma = 0\n",
      "v = 314180657.2589671 m / s > c, setting 1/gamma = 0\n",
      "v = 345128853.08479893 m / s > c, setting 1/gamma = 0\n",
      "v = 368638507.6195468 m / s > c, setting 1/gamma = 0\n",
      "v = 436701350.0132131 m / s > c, setting 1/gamma = 0\n",
      "v = 339298904.6236151 m / s > c, setting 1/gamma = 0\n",
      "v = 363188879.9963446 m / s > c, setting 1/gamma = 0\n",
      "v = 310363487.0974712 m / s > c, setting 1/gamma = 0\n",
      "v = 368826336.57961494 m / s > c, setting 1/gamma = 0\n",
      "v = 331766819.0530149 m / s > c, setting 1/gamma = 0\n",
      "v = 416686374.37492865 m / s > c, setting 1/gamma = 0\n",
      "v = 481263104.85978734 m / s > c, setting 1/gamma = 0\n",
      "v = 330376157.1904141 m / s > c, setting 1/gamma = 0\n",
      "v = 387475384.317917 m / s > c, setting 1/gamma = 0\n",
      "v = 329812012.4013899 m / s > c, setting 1/gamma = 0\n",
      "v = 304627945.6824409 m / s > c, setting 1/gamma = 0\n",
      "v = 325862010.08213747 m / s > c, setting 1/gamma = 0\n",
      "v = 361036091.2232509 m / s > c, setting 1/gamma = 0\n",
      "v = 427257686.58073103 m / s > c, setting 1/gamma = 0\n",
      "v = 332906992.301179 m / s > c, setting 1/gamma = 0\n",
      "v = 378908868.5882011 m / s > c, setting 1/gamma = 0\n",
      "v = 375029613.0107157 m / s > c, setting 1/gamma = 0\n",
      "v = 403633688.28087497 m / s > c, setting 1/gamma = 0\n",
      "v = 363135779.2936443 m / s > c, setting 1/gamma = 0\n",
      "v = 437309936.88012826 m / s > c, setting 1/gamma = 0\n",
      "v = 325250600.51944196 m / s > c, setting 1/gamma = 0\n",
      "v = 337522504.7060899 m / s > c, setting 1/gamma = 0\n",
      "v = 397351890.74023193 m / s > c, setting 1/gamma = 0\n",
      "v = 339894770.23987466 m / s > c, setting 1/gamma = 0\n",
      "v = 328948231.7871154 m / s > c, setting 1/gamma = 0\n",
      "v = 392849512.2336477 m / s > c, setting 1/gamma = 0\n",
      "v = 335323442.62926596 m / s > c, setting 1/gamma = 0\n",
      "v = 387759045.88642716 m / s > c, setting 1/gamma = 0\n",
      "v = 401239751.71391743 m / s > c, setting 1/gamma = 0\n",
      "v = 436703492.2912996 m / s > c, setting 1/gamma = 0\n",
      "v = 302353736.69470507 m / s > c, setting 1/gamma = 0\n",
      "v = 519921902.6008925 m / s > c, setting 1/gamma = 0\n",
      "v = 551997552.9838778 m / s > c, setting 1/gamma = 0\n",
      "v = 314324137.9686632 m / s > c, setting 1/gamma = 0\n",
      "v = 306653634.6569612 m / s > c, setting 1/gamma = 0\n",
      "v = 439041736.9890121 m / s > c, setting 1/gamma = 0\n",
      "v = 1143425429.9197729 m / s > c, setting 1/gamma = 0\n",
      "v = 985138826.2801224 m / s > c, setting 1/gamma = 0\n",
      "v = 319163603.0339284 m / s > c, setting 1/gamma = 0\n",
      "v = 404174642.5925661 m / s > c, setting 1/gamma = 0\n",
      "v = 1012998034.8054242 m / s > c, setting 1/gamma = 0\n",
      "v = 861897891.3234471 m / s > c, setting 1/gamma = 0\n",
      "v = 324256840.2422341 m / s > c, setting 1/gamma = 0\n",
      "v = 300394014.4401768 m / s > c, setting 1/gamma = 0\n",
      "v = 328090534.9336528 m / s > c, setting 1/gamma = 0\n",
      "v = 322489653.5747377 m / s > c, setting 1/gamma = 0\n",
      "v = 374624196.7696138 m / s > c, setting 1/gamma = 0\n",
      "v = 467225075.4892285 m / s > c, setting 1/gamma = 0\n",
      "v = 510034416.31750023 m / s > c, setting 1/gamma = 0\n",
      "v = 319906446.9801968 m / s > c, setting 1/gamma = 0\n",
      "v = 335607340.6096998 m / s > c, setting 1/gamma = 0\n",
      "v = 390224201.8548256 m / s > c, setting 1/gamma = 0\n",
      "v = 437404400.86117923 m / s > c, setting 1/gamma = 0\n",
      "v = 483339984.5625474 m / s > c, setting 1/gamma = 0\n",
      "v = 353879180.75850505 m / s > c, setting 1/gamma = 0\n",
      "v = 404516258.59476316 m / s > c, setting 1/gamma = 0\n",
      "v = 319373587.9754444 m / s > c, setting 1/gamma = 0\n",
      "v = 366150566.78397566 m / s > c, setting 1/gamma = 0\n",
      "v = 324854080.61123276 m / s > c, setting 1/gamma = 0\n",
      "v = 377320600.5642661 m / s > c, setting 1/gamma = 0\n",
      "v = 371608389.3854926 m / s > c, setting 1/gamma = 0\n",
      "v = 434119846.3823284 m / s > c, setting 1/gamma = 0\n",
      "v = 333052932.9061541 m / s > c, setting 1/gamma = 0\n",
      "v = 304285894.63627064 m / s > c, setting 1/gamma = 0\n",
      "v = 313288005.7060062 m / s > c, setting 1/gamma = 0\n",
      "v = 345718703.8607091 m / s > c, setting 1/gamma = 0\n",
      "v = 344443485.03104454 m / s > c, setting 1/gamma = 0\n",
      "v = 385399629.47115326 m / s > c, setting 1/gamma = 0\n",
      "v = 448664142.86905354 m / s > c, setting 1/gamma = 0\n",
      "v = 505181350.0192389 m / s > c, setting 1/gamma = 0\n",
      "v = 310267126.6432537 m / s > c, setting 1/gamma = 0\n",
      "v = 409427498.56285816 m / s > c, setting 1/gamma = 0\n",
      "v = 467828679.60044825 m / s > c, setting 1/gamma = 0\n",
      "v = 365725883.206038 m / s > c, setting 1/gamma = 0\n",
      "v = 430333612.8123161 m / s > c, setting 1/gamma = 0\n",
      "v = 332445423.7765309 m / s > c, setting 1/gamma = 0\n",
      "v = 456001922.66540307 m / s > c, setting 1/gamma = 0\n",
      "v = 514974867.88955927 m / s > c, setting 1/gamma = 0\n",
      "v = 335978089.2069177 m / s > c, setting 1/gamma = 0\n",
      "v = 384255927.94147575 m / s > c, setting 1/gamma = 0\n",
      "v = 306862609.4586414 m / s > c, setting 1/gamma = 0\n",
      "v = 671612529.8163176 m / s > c, setting 1/gamma = 0\n",
      "v = 558894220.2923938 m / s > c, setting 1/gamma = 0\n",
      "v = 449823477.8294242 m / s > c, setting 1/gamma = 0\n",
      "v = 511639663.15389884 m / s > c, setting 1/gamma = 0\n",
      "v = 374244502.84986955 m / s > c, setting 1/gamma = 0\n",
      "v = 436357634.8779404 m / s > c, setting 1/gamma = 0\n",
      "v = 485126030.6350058 m / s > c, setting 1/gamma = 0\n",
      "v = 537105758.5759046 m / s > c, setting 1/gamma = 0\n",
      "v = 318707275.9092285 m / s > c, setting 1/gamma = 0\n",
      "v = 348983295.8431272 m / s > c, setting 1/gamma = 0\n",
      "v = 417781548.5974564 m / s > c, setting 1/gamma = 0\n",
      "v = 324826395.7316608 m / s > c, setting 1/gamma = 0\n",
      "v = 359353599.422808 m / s > c, setting 1/gamma = 0\n",
      "v = 303018074.29297113 m / s > c, setting 1/gamma = 0\n",
      "v = 376312381.58200663 m / s > c, setting 1/gamma = 0\n",
      "v = 436244631.2440765 m / s > c, setting 1/gamma = 0\n",
      "v = 371485845.7450611 m / s > c, setting 1/gamma = 0\n",
      "v = 429296024.7155655 m / s > c, setting 1/gamma = 0\n",
      "v = 356782409.28211415 m / s > c, setting 1/gamma = 0\n",
      "v = 420769237.6229183 m / s > c, setting 1/gamma = 0\n",
      "v = 334403587.70410067 m / s > c, setting 1/gamma = 0\n",
      "v = 597865357.1671989 m / s > c, setting 1/gamma = 0\n",
      "v = 574128630.8092917 m / s > c, setting 1/gamma = 0\n",
      "v = 342405802.1627716 m / s > c, setting 1/gamma = 0\n",
      "v = 379435321.18246907 m / s > c, setting 1/gamma = 0\n",
      "v = 622023676.7068609 m / s > c, setting 1/gamma = 0\n",
      "v = 638915238.0216584 m / s > c, setting 1/gamma = 0\n",
      "v = 418340010.3629757 m / s > c, setting 1/gamma = 0\n",
      "v = 478106769.806302 m / s > c, setting 1/gamma = 0\n",
      "v = 303207150.5287495 m / s > c, setting 1/gamma = 0\n",
      "v = 328854874.0165889 m / s > c, setting 1/gamma = 0\n",
      "v = 374383542.021541 m / s > c, setting 1/gamma = 0\n",
      "v = 358896461.5885012 m / s > c, setting 1/gamma = 0\n",
      "v = 856119272.922899 m / s > c, setting 1/gamma = 0\n",
      "v = 718363300.562244 m / s > c, setting 1/gamma = 0\n",
      "v = 326634330.59157157 m / s > c, setting 1/gamma = 0\n",
      "v = 365308477.5164468 m / s > c, setting 1/gamma = 0\n",
      "v = 373980759.2894128 m / s > c, setting 1/gamma = 0\n",
      "v = 395165716.09370893 m / s > c, setting 1/gamma = 0\n",
      "v = 305158367.14484274 m / s > c, setting 1/gamma = 0\n",
      "v = 306339322.7453702 m / s > c, setting 1/gamma = 0\n",
      "v = 368427617.69226223 m / s > c, setting 1/gamma = 0\n",
      "v = 302051861.4560632 m / s > c, setting 1/gamma = 0\n",
      "v = 328386668.2603526 m / s > c, setting 1/gamma = 0\n",
      "v = 331016273.99384797 m / s > c, setting 1/gamma = 0\n",
      "v = 320824348.652612 m / s > c, setting 1/gamma = 0\n",
      "v = 329528337.5023455 m / s > c, setting 1/gamma = 0\n",
      "v = 356132308.5741856 m / s > c, setting 1/gamma = 0\n",
      "v = 389276173.4460264 m / s > c, setting 1/gamma = 0\n",
      "v = 310403425.8481573 m / s > c, setting 1/gamma = 0\n",
      "v = 341207249.1112797 m / s > c, setting 1/gamma = 0\n",
      "v = 319621952.76789427 m / s > c, setting 1/gamma = 0\n",
      "v = 357023065.6220998 m / s > c, setting 1/gamma = 0\n",
      "v = 391181129.8665264 m / s > c, setting 1/gamma = 0\n",
      "v = 338042918.74551374 m / s > c, setting 1/gamma = 0\n",
      "v = 365364122.54717827 m / s > c, setting 1/gamma = 0\n",
      "v = 941619575.8832481 m / s > c, setting 1/gamma = 0\n",
      "v = 806917447.6672297 m / s > c, setting 1/gamma = 0\n",
      "v = 306118820.47691643 m / s > c, setting 1/gamma = 0\n",
      "v = 300769474.76653904 m / s > c, setting 1/gamma = 0\n",
      "v = 300491264.0971215 m / s > c, setting 1/gamma = 0\n",
      "v = 433296554.41238093 m / s > c, setting 1/gamma = 0\n",
      "v = 489515039.9661384 m / s > c, setting 1/gamma = 0\n",
      "v = 309070990.9137225 m / s > c, setting 1/gamma = 0\n",
      "v = 339519088.78251576 m / s > c, setting 1/gamma = 0\n",
      "v = 397154665.475075 m / s > c, setting 1/gamma = 0\n",
      "v = 468973442.4795983 m / s > c, setting 1/gamma = 0\n",
      "v = 529746200.2390125 m / s > c, setting 1/gamma = 0\n",
      "v = 301983637.4480804 m / s > c, setting 1/gamma = 0\n",
      "v = 304750533.1075637 m / s > c, setting 1/gamma = 0\n",
      "v = 334205243.4684488 m / s > c, setting 1/gamma = 0\n",
      "v = 320563487.3227964 m / s > c, setting 1/gamma = 0\n",
      "v = 381808231.2692511 m / s > c, setting 1/gamma = 0\n",
      "v = 304149469.95145625 m / s > c, setting 1/gamma = 0\n",
      "v = 425960003.0031771 m / s > c, setting 1/gamma = 0\n",
      "v = 449506853.8761187 m / s > c, setting 1/gamma = 0\n",
      "v = 338665876.60818756 m / s > c, setting 1/gamma = 0\n",
      "v = 372250176.5698744 m / s > c, setting 1/gamma = 0\n",
      "v = 307669554.69944054 m / s > c, setting 1/gamma = 0\n",
      "v = 775940892.3646466 m / s > c, setting 1/gamma = 0\n",
      "v = 732505170.1529546 m / s > c, setting 1/gamma = 0\n",
      "v = 352640221.30071384 m / s > c, setting 1/gamma = 0\n",
      "v = 404260470.49284005 m / s > c, setting 1/gamma = 0\n",
      "v = 385795006.1967551 m / s > c, setting 1/gamma = 0\n",
      "v = 413309848.8571043 m / s > c, setting 1/gamma = 0\n",
      "v = 331608746.7700511 m / s > c, setting 1/gamma = 0\n",
      "v = 710198678.2127615 m / s > c, setting 1/gamma = 0\n",
      "v = 585964942.5828997 m / s > c, setting 1/gamma = 0\n",
      "v = 311617375.11939144 m / s > c, setting 1/gamma = 0\n",
      "v = 720906620.3899829 m / s > c, setting 1/gamma = 0\n",
      "v = 706619568.8119155 m / s > c, setting 1/gamma = 0\n",
      "v = 335614486.9992795 m / s > c, setting 1/gamma = 0\n",
      "v = 383808966.8669829 m / s > c, setting 1/gamma = 0\n",
      "v = 403917971.31711227 m / s > c, setting 1/gamma = 0\n",
      "v = 436786129.10567725 m / s > c, setting 1/gamma = 0\n",
      "v = 358786504.2105562 m / s > c, setting 1/gamma = 0\n",
      "v = 819560001.6353477 m / s > c, setting 1/gamma = 0\n",
      "v = 681084229.0391144 m / s > c, setting 1/gamma = 0\n",
      "v = 403866810.5187125 m / s > c, setting 1/gamma = 0\n",
      "v = 417957515.5069898 m / s > c, setting 1/gamma = 0\n",
      "v = 299869973.2996273 m / s > c, setting 1/gamma = 0\n",
      "v = 338356485.7791425 m / s > c, setting 1/gamma = 0\n",
      "v = 423908864.28375643 m / s > c, setting 1/gamma = 0\n",
      "v = 455121917.1084547 m / s > c, setting 1/gamma = 0\n",
      "v = 387843707.4163328 m / s > c, setting 1/gamma = 0\n",
      "v = 452997743.51862 m / s > c, setting 1/gamma = 0\n",
      "v = 355452749.2645415 m / s > c, setting 1/gamma = 0\n",
      "v = 396429150.28947026 m / s > c, setting 1/gamma = 0\n",
      "v = 424681599.7284045 m / s > c, setting 1/gamma = 0\n",
      "v = 480057728.7841474 m / s > c, setting 1/gamma = 0\n",
      "v = 302751869.4162777 m / s > c, setting 1/gamma = 0\n",
      "v = 352862101.2347215 m / s > c, setting 1/gamma = 0\n",
      "v = 307790714.07977146 m / s > c, setting 1/gamma = 0\n",
      "v = 423294104.72058856 m / s > c, setting 1/gamma = 0\n",
      "v = 447732367.8936432 m / s > c, setting 1/gamma = 0\n",
      "v = 426877026.235771 m / s > c, setting 1/gamma = 0\n",
      "v = 460256697.4099862 m / s > c, setting 1/gamma = 0\n",
      "v = 318030694.1840578 m / s > c, setting 1/gamma = 0\n",
      "v = 335538641.8757201 m / s > c, setting 1/gamma = 0\n",
      "v = 519424658.1361545 m / s > c, setting 1/gamma = 0\n",
      "v = 488072088.7974374 m / s > c, setting 1/gamma = 0\n",
      "v = 325649128.73227865 m / s > c, setting 1/gamma = 0\n",
      "v = 311694588.5733499 m / s > c, setting 1/gamma = 0\n",
      "v = 627712948.7776676 m / s > c, setting 1/gamma = 0\n",
      "v = 514468427.0480319 m / s > c, setting 1/gamma = 0\n",
      "v = 299934217.03842056 m / s > c, setting 1/gamma = 0\n",
      "v = 314163328.41826814 m / s > c, setting 1/gamma = 0\n",
      "v = 364126431.85610676 m / s > c, setting 1/gamma = 0\n",
      "v = 299965879.4754618 m / s > c, setting 1/gamma = 0\n",
      "v = 327268991.4168178 m / s > c, setting 1/gamma = 0\n",
      "v = 327075216.5612833 m / s > c, setting 1/gamma = 0\n",
      "v = 305736323.1993908 m / s > c, setting 1/gamma = 0\n",
      "v = 375223388.53920263 m / s > c, setting 1/gamma = 0\n",
      "v = 421587880.41627926 m / s > c, setting 1/gamma = 0\n",
      "v = 304401834.85282046 m / s > c, setting 1/gamma = 0\n",
      "v = 333477594.19584304 m / s > c, setting 1/gamma = 0\n",
      "v = 301094983.4232056 m / s > c, setting 1/gamma = 0\n",
      "v = 503544402.159284 m / s > c, setting 1/gamma = 0\n",
      "v = 525053303.1375089 m / s > c, setting 1/gamma = 0\n",
      "v = 350729969.7112654 m / s > c, setting 1/gamma = 0\n",
      "v = 396981120.1892075 m / s > c, setting 1/gamma = 0\n",
      "v = 305818028.4440787 m / s > c, setting 1/gamma = 0\n",
      "v = 327664320.8299329 m / s > c, setting 1/gamma = 0\n",
      "v = 368081226.279416 m / s > c, setting 1/gamma = 0\n",
      "v = 479716029.56505185 m / s > c, setting 1/gamma = 0\n",
      "v = 492457559.1615027 m / s > c, setting 1/gamma = 0\n",
      "v = 309491250.9075221 m / s > c, setting 1/gamma = 0\n",
      "v = 312904208.25992864 m / s > c, setting 1/gamma = 0\n",
      "v = 327496266.3000319 m / s > c, setting 1/gamma = 0\n",
      "v = 352038838.68365145 m / s > c, setting 1/gamma = 0\n",
      "v = 392942850.20447034 m / s > c, setting 1/gamma = 0\n",
      "v = 308261355.7726522 m / s > c, setting 1/gamma = 0\n",
      "v = 353778320.5756688 m / s > c, setting 1/gamma = 0\n",
      "v = 303018338.5324384 m / s > c, setting 1/gamma = 0\n",
      "v = 313446790.28555423 m / s > c, setting 1/gamma = 0\n",
      "v = 327454514.3984127 m / s > c, setting 1/gamma = 0\n",
      "v = 390543584.6440145 m / s > c, setting 1/gamma = 0\n",
      "v = 420929274.2351019 m / s > c, setting 1/gamma = 0\n",
      "v = 365911677.6732969 m / s > c, setting 1/gamma = 0\n",
      "v = 423151651.33057857 m / s > c, setting 1/gamma = 0\n",
      "v = 318774589.1550618 m / s > c, setting 1/gamma = 0\n",
      "v = 334431966.252091 m / s > c, setting 1/gamma = 0\n",
      "v = 359240993.4771296 m / s > c, setting 1/gamma = 0\n",
      "v = 360431387.845969 m / s > c, setting 1/gamma = 0\n",
      "v = 393342142.91588277 m / s > c, setting 1/gamma = 0\n",
      "v = 422719096.371279 m / s > c, setting 1/gamma = 0\n",
      "v = 466610091.2306147 m / s > c, setting 1/gamma = 0\n",
      "v = 418183360.5032294 m / s > c, setting 1/gamma = 0\n",
      "v = 465222412.8430086 m / s > c, setting 1/gamma = 0\n",
      "v = 423079868.14023316 m / s > c, setting 1/gamma = 0\n",
      "v = 467106932.2983484 m / s > c, setting 1/gamma = 0\n",
      "v = 352405500.0121922 m / s > c, setting 1/gamma = 0\n",
      "v = 792298549.459223 m / s > c, setting 1/gamma = 0\n",
      "v = 654403690.5325142 m / s > c, setting 1/gamma = 0\n",
      "v = 300752187.1789076 m / s > c, setting 1/gamma = 0\n",
      "v = 331379639.3866037 m / s > c, setting 1/gamma = 0\n",
      "v = 341873484.4673169 m / s > c, setting 1/gamma = 0\n",
      "v = 394541776.3141794 m / s > c, setting 1/gamma = 0\n",
      "v = 303943648.0956323 m / s > c, setting 1/gamma = 0\n",
      "v = 305919453.3839708 m / s > c, setting 1/gamma = 0\n",
      "v = 300462718.18480814 m / s > c, setting 1/gamma = 0\n",
      "v = 424018920.9795754 m / s > c, setting 1/gamma = 0\n",
      "v = 481228053.4212957 m / s > c, setting 1/gamma = 0\n",
      "v = 318292736.67942584 m / s > c, setting 1/gamma = 0\n",
      "v = 369333196.53333074 m / s > c, setting 1/gamma = 0\n",
      "v = 305631929.61229265 m / s > c, setting 1/gamma = 0\n",
      "v = 396008104.3843239 m / s > c, setting 1/gamma = 0\n",
      "v = 451389213.96066475 m / s > c, setting 1/gamma = 0\n",
      "v = 403955576.904123 m / s > c, setting 1/gamma = 0\n",
      "v = 455039957.75734794 m / s > c, setting 1/gamma = 0\n",
      "v = 343044920.07865983 m / s > c, setting 1/gamma = 0\n",
      "v = 367534833.69646925 m / s > c, setting 1/gamma = 0\n",
      "v = 311780048.3222543 m / s > c, setting 1/gamma = 0\n",
      "v = 357677537.4041732 m / s > c, setting 1/gamma = 0\n",
      "v = 328985036.1840198 m / s > c, setting 1/gamma = 0\n",
      "v = 333352181.4575392 m / s > c, setting 1/gamma = 0\n",
      "v = 373796695.4991873 m / s > c, setting 1/gamma = 0\n",
      "v = 311160905.3374552 m / s > c, setting 1/gamma = 0\n",
      "v = 329382171.65021133 m / s > c, setting 1/gamma = 0\n",
      "v = 438427176.0770363 m / s > c, setting 1/gamma = 0\n",
      "v = 458087039.9257209 m / s > c, setting 1/gamma = 0\n",
      "v = 339494950.7141839 m / s > c, setting 1/gamma = 0\n",
      "v = 365033593.6171087 m / s > c, setting 1/gamma = 0\n",
      "v = 341321216.1116764 m / s > c, setting 1/gamma = 0\n",
      "v = 382397176.87788063 m / s > c, setting 1/gamma = 0\n",
      "v = 336393413.22168434 m / s > c, setting 1/gamma = 0\n",
      "v = 364866817.8974184 m / s > c, setting 1/gamma = 0\n",
      "v = 331846487.84834427 m / s > c, setting 1/gamma = 0\n",
      "v = 339006605.1356233 m / s > c, setting 1/gamma = 0\n",
      "v = 379066568.2434684 m / s > c, setting 1/gamma = 0\n",
      "v = 319673180.48879117 m / s > c, setting 1/gamma = 0\n",
      "v = 342727521.9440405 m / s > c, setting 1/gamma = 0\n",
      "v = 340053130.45876586 m / s > c, setting 1/gamma = 0\n",
      "v = 322060906.96746033 m / s > c, setting 1/gamma = 0\n",
      "v = 367609694.8321322 m / s > c, setting 1/gamma = 0\n",
      "v = 328989906.64978296 m / s > c, setting 1/gamma = 0\n",
      "v = 300418091.20800453 m / s > c, setting 1/gamma = 0\n",
      "v = 337691956.4220485 m / s > c, setting 1/gamma = 0\n",
      "v = 338816164.43839926 m / s > c, setting 1/gamma = 0\n",
      "v = 300143723.0838528 m / s > c, setting 1/gamma = 0\n",
      "v = 386304252.544674 m / s > c, setting 1/gamma = 0\n",
      "v = 430157141.29925287 m / s > c, setting 1/gamma = 0\n",
      "v = 351877175.51170355 m / s > c, setting 1/gamma = 0\n",
      "v = 406384006.2187728 m / s > c, setting 1/gamma = 0\n",
      "v = 330770447.57124305 m / s > c, setting 1/gamma = 0\n",
      "v = 363319567.5342557 m / s > c, setting 1/gamma = 0\n",
      "v = 314553835.8104207 m / s > c, setting 1/gamma = 0\n",
      "v = 337564703.2872961 m / s > c, setting 1/gamma = 0\n",
      "v = 461986179.52031237 m / s > c, setting 1/gamma = 0\n",
      "v = 488000951.99642074 m / s > c, setting 1/gamma = 0\n",
      "v = 335384790.24621445 m / s > c, setting 1/gamma = 0\n",
      "v = 735859334.6892034 m / s > c, setting 1/gamma = 0\n",
      "v = 607910945.4467827 m / s > c, setting 1/gamma = 0\n",
      "v = 331952482.1467378 m / s > c, setting 1/gamma = 0\n",
      "v = 358224316.78034526 m / s > c, setting 1/gamma = 0\n",
      "v = 302499237.5327148 m / s > c, setting 1/gamma = 0\n",
      "v = 321797264.1106351 m / s > c, setting 1/gamma = 0\n",
      "v = 502231823.03324467 m / s > c, setting 1/gamma = 0\n",
      "v = 485862713.54509985 m / s > c, setting 1/gamma = 0\n",
      "v = 324545818.8261531 m / s > c, setting 1/gamma = 0\n",
      "v = 352364369.3489947 m / s > c, setting 1/gamma = 0\n",
      "v = 342197392.72421557 m / s > c, setting 1/gamma = 0\n",
      "v = 373614283.0323218 m / s > c, setting 1/gamma = 0\n",
      "v = 453594328.61231256 m / s > c, setting 1/gamma = 0\n",
      "v = 472786440.41503763 m / s > c, setting 1/gamma = 0\n",
      "v = 330930610.6866928 m / s > c, setting 1/gamma = 0\n",
      "v = 400957400.9317212 m / s > c, setting 1/gamma = 0\n",
      "v = 438991126.30665696 m / s > c, setting 1/gamma = 0\n",
      "v = 302991230.5659333 m / s > c, setting 1/gamma = 0\n",
      "v = 504035942.7044867 m / s > c, setting 1/gamma = 0\n",
      "v = 528187322.3940612 m / s > c, setting 1/gamma = 0\n",
      "v = 323674423.79651 m / s > c, setting 1/gamma = 0\n",
      "v = 356303189.6700155 m / s > c, setting 1/gamma = 0\n",
      "v = 420239844.31825507 m / s > c, setting 1/gamma = 0\n",
      "v = 449232631.998723 m / s > c, setting 1/gamma = 0\n",
      "v = 436908608.2596225 m / s > c, setting 1/gamma = 0\n",
      "v = 470645775.6459616 m / s > c, setting 1/gamma = 0\n",
      "v = 315261108.8781728 m / s > c, setting 1/gamma = 0\n",
      "v = 573967097.8800364 m / s > c, setting 1/gamma = 0\n",
      "v = 589505645.1368957 m / s > c, setting 1/gamma = 0\n",
      "v = 332482203.1230263 m / s > c, setting 1/gamma = 0\n",
      "v = 382688324.4900702 m / s > c, setting 1/gamma = 0\n",
      "v = 335238344.366954 m / s > c, setting 1/gamma = 0\n",
      "v = 361109492.19252014 m / s > c, setting 1/gamma = 0\n",
      "v = 301513387.59544754 m / s > c, setting 1/gamma = 0\n",
      "v = 332610575.55402267 m / s > c, setting 1/gamma = 0\n",
      "v = 368685437.6933484 m / s > c, setting 1/gamma = 0\n",
      "v = 537575924.2258401 m / s > c, setting 1/gamma = 0\n",
      "v = 507559443.06222075 m / s > c, setting 1/gamma = 0\n",
      "v = 414198194.8819305 m / s > c, setting 1/gamma = 0\n",
      "v = 452312192.9504532 m / s > c, setting 1/gamma = 0\n",
      "v = 374544094.7142698 m / s > c, setting 1/gamma = 0\n",
      "v = 424065602.663849 m / s > c, setting 1/gamma = 0\n",
      "v = 316315361.7176984 m / s > c, setting 1/gamma = 0\n",
      "v = 347409716.885724 m / s > c, setting 1/gamma = 0\n",
      "v = 307378043.28147084 m / s > c, setting 1/gamma = 0\n",
      "v = 326847384.37364006 m / s > c, setting 1/gamma = 0\n",
      "v = 510752510.5782202 m / s > c, setting 1/gamma = 0\n",
      "v = 503529049.217677 m / s > c, setting 1/gamma = 0\n",
      "v = 317617188.93367916 m / s > c, setting 1/gamma = 0\n",
      "v = 312538038.2291239 m / s > c, setting 1/gamma = 0\n",
      "v = 314106707.76259226 m / s > c, setting 1/gamma = 0\n",
      "v = 450397493.3625798 m / s > c, setting 1/gamma = 0\n",
      "v = 469649199.66916174 m / s > c, setting 1/gamma = 0\n",
      "v = 314050123.50467736 m / s > c, setting 1/gamma = 0\n",
      "v = 309016456.8992277 m / s > c, setting 1/gamma = 0\n",
      "v = 428179980.95292264 m / s > c, setting 1/gamma = 0\n",
      "v = 459192158.3650314 m / s > c, setting 1/gamma = 0\n",
      "v = 301076032.6999385 m / s > c, setting 1/gamma = 0\n",
      "v = 299982163.9524079 m / s > c, setting 1/gamma = 0\n",
      "v = 354308132.4646128 m / s > c, setting 1/gamma = 0\n",
      "v = 318563704.47453284 m / s > c, setting 1/gamma = 0\n",
      "v = 349869879.2830606 m / s > c, setting 1/gamma = 0\n",
      "v = 314617961.96857095 m / s > c, setting 1/gamma = 0\n",
      "v = 367356916.8382802 m / s > c, setting 1/gamma = 0\n",
      "v = 420122137.2956689 m / s > c, setting 1/gamma = 0\n",
      "v = 460025699.5159473 m / s > c, setting 1/gamma = 0\n",
      "v = 300957946.2488298 m / s > c, setting 1/gamma = 0\n",
      "v = 536581383.3234935 m / s > c, setting 1/gamma = 0\n",
      "v = 554553090.0149475 m / s > c, setting 1/gamma = 0\n",
      "v = 333217238.1600979 m / s > c, setting 1/gamma = 0\n",
      "v = 385506761.85474896 m / s > c, setting 1/gamma = 0\n",
      "v = 302750681.7758977 m / s > c, setting 1/gamma = 0\n",
      "v = 519375057.6927703 m / s > c, setting 1/gamma = 0\n",
      "v = 538442544.182858 m / s > c, setting 1/gamma = 0\n",
      "v = 307059079.2077275 m / s > c, setting 1/gamma = 0\n",
      "v = 360366077.54994786 m / s > c, setting 1/gamma = 0\n",
      "v = 306249365.5211751 m / s > c, setting 1/gamma = 0\n",
      "v = 326707250.3364846 m / s > c, setting 1/gamma = 0\n",
      "v = 332185272.04299873 m / s > c, setting 1/gamma = 0\n",
      "v = 379159684.3230446 m / s > c, setting 1/gamma = 0\n",
      "v = 316653568.495881 m / s > c, setting 1/gamma = 0\n",
      "v = 319455810.3987101 m / s > c, setting 1/gamma = 0\n",
      "v = 405734304.110713 m / s > c, setting 1/gamma = 0\n",
      "v = 435381407.1198554 m / s > c, setting 1/gamma = 0\n",
      "v = 313795492.9776795 m / s > c, setting 1/gamma = 0\n",
      "v = 311000261.5526203 m / s > c, setting 1/gamma = 0\n",
      "v = 318055772.23204935 m / s > c, setting 1/gamma = 0\n",
      "v = 368581738.52533996 m / s > c, setting 1/gamma = 0\n",
      "v = 302927672.98108363 m / s > c, setting 1/gamma = 0\n",
      "v = 340381787.3856823 m / s > c, setting 1/gamma = 0\n",
      "v = 316325770.6615118 m / s > c, setting 1/gamma = 0\n",
      "v = 338002601.94004554 m / s > c, setting 1/gamma = 0\n",
      "v = 349437381.9256998 m / s > c, setting 1/gamma = 0\n",
      "v = 400883600.95202905 m / s > c, setting 1/gamma = 0\n",
      "v = 319549354.72730196 m / s > c, setting 1/gamma = 0\n",
      "v = 433206889.74811107 m / s > c, setting 1/gamma = 0\n",
      "v = 475992694.6607023 m / s > c, setting 1/gamma = 0\n",
      "v = 321970775.8343057 m / s > c, setting 1/gamma = 0\n",
      "v = 373061368.63759094 m / s > c, setting 1/gamma = 0\n",
      "v = 413402793.6293517 m / s > c, setting 1/gamma = 0\n",
      "v = 445734706.4199572 m / s > c, setting 1/gamma = 0\n",
      "v = 405678669.21631664 m / s > c, setting 1/gamma = 0\n",
      "v = 452260934.07849586 m / s > c, setting 1/gamma = 0\n",
      "v = 310201792.38085794 m / s > c, setting 1/gamma = 0\n",
      "v = 339638185.12073493 m / s > c, setting 1/gamma = 0\n",
      "v = 307766056.2565557 m / s > c, setting 1/gamma = 0\n",
      "v = 475524964.8519373 m / s > c, setting 1/gamma = 0\n",
      "v = 486838643.2880622 m / s > c, setting 1/gamma = 0\n",
      "v = 357686119.35025924 m / s > c, setting 1/gamma = 0\n",
      "v = 401638791.4328475 m / s > c, setting 1/gamma = 0\n",
      "v = 492656735.6904349 m / s > c, setting 1/gamma = 0\n",
      "v = 497897767.87249565 m / s > c, setting 1/gamma = 0\n",
      "v = 304082298.01935804 m / s > c, setting 1/gamma = 0\n",
      "v = 321149306.81922024 m / s > c, setting 1/gamma = 0\n",
      "v = 396678405.64287204 m / s > c, setting 1/gamma = 0\n",
      "v = 433143832.3211456 m / s > c, setting 1/gamma = 0\n",
      "v = 317423568.01698947 m / s > c, setting 1/gamma = 0\n",
      "v = 367214182.4648739 m / s > c, setting 1/gamma = 0\n",
      "v = 304307927.04551077 m / s > c, setting 1/gamma = 0\n",
      "v = 334232982.0712763 m / s > c, setting 1/gamma = 0\n",
      "v = 468328086.8673392 m / s > c, setting 1/gamma = 0\n",
      "v = 492751529.2201037 m / s > c, setting 1/gamma = 0\n",
      "v = 473711086.87590456 m / s > c, setting 1/gamma = 0\n",
      "v = 490057374.83782536 m / s > c, setting 1/gamma = 0\n",
      "v = 371509398.7137621 m / s > c, setting 1/gamma = 0\n",
      "v = 398103908.5340816 m / s > c, setting 1/gamma = 0\n",
      "v = 359524763.6273032 m / s > c, setting 1/gamma = 0\n",
      "v = 780457297.4641223 m / s > c, setting 1/gamma = 0\n",
      "v = 645759268.4012436 m / s > c, setting 1/gamma = 0\n",
      "v = 300032603.67308015 m / s > c, setting 1/gamma = 0\n",
      "v = 437051490.31654656 m / s > c, setting 1/gamma = 0\n",
      "v = 475772979.77024823 m / s > c, setting 1/gamma = 0\n",
      "v = 329762914.9412497 m / s > c, setting 1/gamma = 0\n",
      "v = 379838339.20004594 m / s > c, setting 1/gamma = 0\n",
      "v = 301046713.7487026 m / s > c, setting 1/gamma = 0\n",
      "v = 611070694.4325981 m / s > c, setting 1/gamma = 0\n",
      "v = 499387970.7317893 m / s > c, setting 1/gamma = 0\n",
      "v = 322875403.28875214 m / s > c, setting 1/gamma = 0\n",
      "v = 354588767.476485 m / s > c, setting 1/gamma = 0\n",
      "v = 302893506.2531337 m / s > c, setting 1/gamma = 0\n",
      "v = 478316933.8041292 m / s > c, setting 1/gamma = 0\n",
      "v = 501379699.41313016 m / s > c, setting 1/gamma = 0\n",
      "v = 312537560.52045465 m / s > c, setting 1/gamma = 0\n",
      "v = 300088948.3233674 m / s > c, setting 1/gamma = 0\n",
      "v = 316609003.34864616 m / s > c, setting 1/gamma = 0\n",
      "v = 335418146.26502293 m / s > c, setting 1/gamma = 0\n",
      "v = 619988209.0583578 m / s > c, setting 1/gamma = 0\n",
      "v = 629952022.7613187 m / s > c, setting 1/gamma = 0\n",
      "v = 387278905.14791596 m / s > c, setting 1/gamma = 0\n",
      "v = 423432215.08976096 m / s > c, setting 1/gamma = 0\n",
      "v = 302445892.81599736 m / s > c, setting 1/gamma = 0\n",
      "v = 331858290.21463007 m / s > c, setting 1/gamma = 0\n",
      "v = 313915215.3076263 m / s > c, setting 1/gamma = 0\n",
      "v = 310395485.437924 m / s > c, setting 1/gamma = 0\n",
      "v = 629687031.8015183 m / s > c, setting 1/gamma = 0\n",
      "v = 515465383.97221035 m / s > c, setting 1/gamma = 0\n",
      "v = 491801348.1888913 m / s > c, setting 1/gamma = 0\n",
      "v = 521574802.75925255 m / s > c, setting 1/gamma = 0\n",
      "v = 330741141.2656595 m / s > c, setting 1/gamma = 0\n",
      "v = 384629599.6941455 m / s > c, setting 1/gamma = 0\n",
      "v = 310993897.04182464 m / s > c, setting 1/gamma = 0\n",
      "v = 343050120.1920522 m / s > c, setting 1/gamma = 0\n",
      "v = 305521710.80684555 m / s > c, setting 1/gamma = 0\n",
      "v = 325609001.7571731 m / s > c, setting 1/gamma = 0\n",
      "v = 349785781.78386027 m / s > c, setting 1/gamma = 0\n",
      "v = 378555632.4710168 m / s > c, setting 1/gamma = 0\n",
      "v = 300767263.0460343 m / s > c, setting 1/gamma = 0\n",
      "v = 608404858.7998757 m / s > c, setting 1/gamma = 0\n",
      "v = 498202466.5119679 m / s > c, setting 1/gamma = 0\n",
      "v = 467548326.7167361 m / s > c, setting 1/gamma = 0\n",
      "v = 492052316.7922758 m / s > c, setting 1/gamma = 0\n",
      "v = 307260393.2582055 m / s > c, setting 1/gamma = 0\n",
      "v = 366910277.9776627 m / s > c, setting 1/gamma = 0\n",
      "v = 418393749.42277735 m / s > c, setting 1/gamma = 0\n",
      "v = 449669243.10590756 m / s > c, setting 1/gamma = 0\n",
      "v = 446565903.9733395 m / s > c, setting 1/gamma = 0\n",
      "v = 477291343.7986611 m / s > c, setting 1/gamma = 0\n",
      "v = 300070704.7340517 m / s > c, setting 1/gamma = 0\n",
      "v = 355340476.391943 m / s > c, setting 1/gamma = 0\n",
      "v = 328586383.2634137 m / s > c, setting 1/gamma = 0\n",
      "v = 362067143.820376 m / s > c, setting 1/gamma = 0\n",
      "v = 308825293.58045363 m / s > c, setting 1/gamma = 0\n",
      "v = 331344556.3820238 m / s > c, setting 1/gamma = 0\n",
      "v = 357828791.76834285 m / s > c, setting 1/gamma = 0\n",
      "v = 387754055.76191765 m / s > c, setting 1/gamma = 0\n",
      "v = 313833186.03024197 m / s > c, setting 1/gamma = 0\n",
      "v = 655734767.0831076 m / s > c, setting 1/gamma = 0\n",
      "v = 537997217.0107222 m / s > c, setting 1/gamma = 0\n",
      "v = 342896457.81578255 m / s > c, setting 1/gamma = 0\n",
      "v = 368940910.3476249 m / s > c, setting 1/gamma = 0\n",
      "v = 303898266.14453834 m / s > c, setting 1/gamma = 0\n",
      "v = 428150599.7341255 m / s > c, setting 1/gamma = 0\n",
      "v = 467864304.43901384 m / s > c, setting 1/gamma = 0\n",
      "v = 330777564.72846663 m / s > c, setting 1/gamma = 0\n",
      "v = 380540848.93088394 m / s > c, setting 1/gamma = 0\n",
      "v = 301907295.583357 m / s > c, setting 1/gamma = 0\n",
      "v = 330874481.9907516 m / s > c, setting 1/gamma = 0\n",
      "v = 447437959.26967126 m / s > c, setting 1/gamma = 0\n",
      "v = 476214642.4646039 m / s > c, setting 1/gamma = 0\n",
      "v = 612424825.0167952 m / s > c, setting 1/gamma = 0\n",
      "v = 618404468.3307197 m / s > c, setting 1/gamma = 0\n",
      "v = 333946954.50278157 m / s > c, setting 1/gamma = 0\n",
      "v = 372900072.5299635 m / s > c, setting 1/gamma = 0\n",
      "v = 431505310.35572565 m / s > c, setting 1/gamma = 0\n",
      "v = 466216452.7565641 m / s > c, setting 1/gamma = 0\n",
      "v = 302673997.7583686 m / s > c, setting 1/gamma = 0\n",
      "v = 328052989.60558057 m / s > c, setting 1/gamma = 0\n",
      "v = 327876753.93142325 m / s > c, setting 1/gamma = 0\n",
      "v = 363238818.23306865 m / s > c, setting 1/gamma = 0\n",
      "v = 479459263.77097714 m / s > c, setting 1/gamma = 0\n",
      "v = 486712918.3058331 m / s > c, setting 1/gamma = 0\n",
      "v = 477508368.3189675 m / s > c, setting 1/gamma = 0\n",
      "v = 504766390.0149706 m / s > c, setting 1/gamma = 0\n",
      "v = 328573483.9127665 m / s > c, setting 1/gamma = 0\n",
      "v = 376793117.20933723 m / s > c, setting 1/gamma = 0\n",
      "v = 347938256.88262016 m / s > c, setting 1/gamma = 0\n",
      "v = 374069935.69755405 m / s > c, setting 1/gamma = 0\n",
      "v = 387706776.44004226 m / s > c, setting 1/gamma = 0\n",
      "v = 438101767.9697814 m / s > c, setting 1/gamma = 0\n",
      "v = 306131305.17460287 m / s > c, setting 1/gamma = 0\n",
      "v = 336677418.0765253 m / s > c, setting 1/gamma = 0\n",
      "v = 302238551.2102527 m / s > c, setting 1/gamma = 0\n",
      "v = 603803475.5158559 m / s > c, setting 1/gamma = 0\n",
      "v = 493796841.0838187 m / s > c, setting 1/gamma = 0\n",
      "v = 369462564.41616523 m / s > c, setting 1/gamma = 0\n",
      "v = 401477571.92592335 m / s > c, setting 1/gamma = 0\n",
      "v = 421739149.40460724 m / s > c, setting 1/gamma = 0\n",
      "v = 452326415.8990149 m / s > c, setting 1/gamma = 0\n",
      "v = 340793434.0264572 m / s > c, setting 1/gamma = 0\n",
      "v = 371130422.8848901 m / s > c, setting 1/gamma = 0\n",
      "v = 360450918.48625916 m / s > c, setting 1/gamma = 0\n",
      "v = 418060012.49620396 m / s > c, setting 1/gamma = 0\n",
      "v = 300970555.5545255 m / s > c, setting 1/gamma = 0\n",
      "v = 348768005.99252653 m / s > c, setting 1/gamma = 0\n",
      "v = 320291549.54520506 m / s > c, setting 1/gamma = 0\n",
      "v = 326781714.08998823 m / s > c, setting 1/gamma = 0\n",
      "v = 357175930.41580015 m / s > c, setting 1/gamma = 0\n",
      "v = 388799634.08517754 m / s > c, setting 1/gamma = 0\n",
      "v = 437998203.3868655 m / s > c, setting 1/gamma = 0\n",
      "v = 324569602.5446027 m / s > c, setting 1/gamma = 0\n",
      "v = 379438417.26785874 m / s > c, setting 1/gamma = 0\n",
      "v = 310368137.77903825 m / s > c, setting 1/gamma = 0\n",
      "v = 467624460.0886507 m / s > c, setting 1/gamma = 0\n",
      "v = 497585794.84337217 m / s > c, setting 1/gamma = 0\n",
      "v = 334664273.28256005 m / s > c, setting 1/gamma = 0\n",
      "v = 314049077.9735702 m / s > c, setting 1/gamma = 0\n",
      "v = 629312129.5622656 m / s > c, setting 1/gamma = 0\n",
      "v = 633973204.5276787 m / s > c, setting 1/gamma = 0\n",
      "v = 323392513.280844 m / s > c, setting 1/gamma = 0\n",
      "v = 559565795.6699322 m / s > c, setting 1/gamma = 0\n",
      "v = 576097631.3930708 m / s > c, setting 1/gamma = 0\n",
      "v = 361908808.02741164 m / s > c, setting 1/gamma = 0\n",
      "v = 411839091.7362682 m / s > c, setting 1/gamma = 0\n",
      "v = 341111074.0175467 m / s > c, setting 1/gamma = 0\n",
      "v = 368942134.2340326 m / s > c, setting 1/gamma = 0\n",
      "v = 304621677.2286659 m / s > c, setting 1/gamma = 0\n",
      "v = 375610411.35431385 m / s > c, setting 1/gamma = 0\n",
      "v = 413724970.20231175 m / s > c, setting 1/gamma = 0\n",
      "v = 311373828.91225725 m / s > c, setting 1/gamma = 0\n",
      "v = 359298093.7841192 m / s > c, setting 1/gamma = 0\n",
      "v = 334849068.6027174 m / s > c, setting 1/gamma = 0\n",
      "v = 361398448.32275945 m / s > c, setting 1/gamma = 0\n",
      "v = 417366386.7734023 m / s > c, setting 1/gamma = 0\n",
      "v = 469046979.41539854 m / s > c, setting 1/gamma = 0\n",
      "v = 541427205.9808248 m / s > c, setting 1/gamma = 0\n",
      "v = 520588094.65960103 m / s > c, setting 1/gamma = 0\n",
      "v = 301340109.75522286 m / s > c, setting 1/gamma = 0\n",
      "v = 326137513.53984475 m / s > c, setting 1/gamma = 0\n",
      "v = 448017469.37575483 m / s > c, setting 1/gamma = 0\n",
      "v = 473895475.3510893 m / s > c, setting 1/gamma = 0\n",
      "v = 461898280.9658225 m / s > c, setting 1/gamma = 0\n",
      "v = 491501333.296103 m / s > c, setting 1/gamma = 0\n",
      "v = 310706186.28683233 m / s > c, setting 1/gamma = 0\n",
      "v = 304712339.1765139 m / s > c, setting 1/gamma = 0\n",
      "v = 592802065.7051315 m / s > c, setting 1/gamma = 0\n",
      "v = 602043921.0080378 m / s > c, setting 1/gamma = 0\n",
      "v = 314329588.8146749 m / s > c, setting 1/gamma = 0\n",
      "v = 313677192.6774794 m / s > c, setting 1/gamma = 0\n",
      "v = 371129288.58224833 m / s > c, setting 1/gamma = 0\n",
      "v = 521558433.6528515 m / s > c, setting 1/gamma = 0\n",
      "v = 508979133.3288034 m / s > c, setting 1/gamma = 0\n",
      "v = 455092039.64410764 m / s > c, setting 1/gamma = 0\n",
      "v = 490326088.7327142 m / s > c, setting 1/gamma = 0\n",
      "v = 305759378.4086293 m / s > c, setting 1/gamma = 0\n",
      "v = 359730237.52891815 m / s > c, setting 1/gamma = 0\n",
      "v = 317739565.9087096 m / s > c, setting 1/gamma = 0\n",
      "v = 348085869.5142506 m / s > c, setting 1/gamma = 0\n",
      "v = 302049906.30757916 m / s > c, setting 1/gamma = 0\n",
      "v = 521316639.5264627 m / s > c, setting 1/gamma = 0\n",
      "v = 544854857.0729212 m / s > c, setting 1/gamma = 0\n",
      "v = 302053407.1811699 m / s > c, setting 1/gamma = 0\n",
      "v = 527220263.0640016 m / s > c, setting 1/gamma = 0\n",
      "v = 545724568.1371439 m / s > c, setting 1/gamma = 0\n",
      "v = 358566456.44351166 m / s > c, setting 1/gamma = 0\n",
      "v = 408773545.71954453 m / s > c, setting 1/gamma = 0\n",
      "v = 334935193.7431386 m / s > c, setting 1/gamma = 0\n",
      "v = 363544933.85873264 m / s > c, setting 1/gamma = 0\n",
      "v = 319220762.8663622 m / s > c, setting 1/gamma = 0\n",
      "v = 336614598.01289165 m / s > c, setting 1/gamma = 0\n",
      "v = 477764277.47445935 m / s > c, setting 1/gamma = 0\n",
      "v = 501477435.0498659 m / s > c, setting 1/gamma = 0\n",
      "v = 347969043.96521825 m / s > c, setting 1/gamma = 0\n",
      "v = 746933427.6191387 m / s > c, setting 1/gamma = 0\n",
      "v = 617118728.6877714 m / s > c, setting 1/gamma = 0\n",
      "v = 315627062.90323794 m / s > c, setting 1/gamma = 0\n",
      "v = 345546778.6822824 m / s > c, setting 1/gamma = 0\n",
      "v = 418859749.12663525 m / s > c, setting 1/gamma = 0\n",
      "v = 450896087.85679495 m / s > c, setting 1/gamma = 0\n",
      "v = 317604185.60891974 m / s > c, setting 1/gamma = 0\n",
      "v = 364900036.0163353 m / s > c, setting 1/gamma = 0\n",
      "v = 324687189.39851856 m / s > c, setting 1/gamma = 0\n",
      "v = 367280841.9558913 m / s > c, setting 1/gamma = 0\n",
      "v = 387350965.56140196 m / s > c, setting 1/gamma = 0\n",
      "v = 360476241.1082507 m / s > c, setting 1/gamma = 0\n",
      "v = 408288377.403548 m / s > c, setting 1/gamma = 0\n",
      "v = 300949182.6057341 m / s > c, setting 1/gamma = 0\n",
      "v = 408447138.07251054 m / s > c, setting 1/gamma = 0\n",
      "v = 437887892.377201 m / s > c, setting 1/gamma = 0\n",
      "v = 319779423.7650302 m / s > c, setting 1/gamma = 0\n",
      "v = 370750069.45856535 m / s > c, setting 1/gamma = 0\n",
      "v = 309969738.5153161 m / s > c, setting 1/gamma = 0\n",
      "v = 329821517.33185387 m / s > c, setting 1/gamma = 0\n",
      "v = 596883507.0687097 m / s > c, setting 1/gamma = 0\n",
      "v = 610104484.6037467 m / s > c, setting 1/gamma = 0\n",
      "v = 363901241.48297316 m / s > c, setting 1/gamma = 0\n",
      "v = 405667773.6272424 m / s > c, setting 1/gamma = 0\n",
      "v = 369600147.1194363 m / s > c, setting 1/gamma = 0\n",
      "v = 390037000.7215376 m / s > c, setting 1/gamma = 0\n",
      "v = 519498482.51595277 m / s > c, setting 1/gamma = 0\n",
      "v = 542638052.223284 m / s > c, setting 1/gamma = 0\n",
      "v = 461832932.18144035 m / s > c, setting 1/gamma = 0\n",
      "v = 495359952.83105844 m / s > c, setting 1/gamma = 0\n",
      "v = 376410869.4437071 m / s > c, setting 1/gamma = 0\n",
      "v = 428930912.92050374 m / s > c, setting 1/gamma = 0\n",
      "v = 307803549.5977876 m / s > c, setting 1/gamma = 0\n",
      "v = 366895431.6898229 m / s > c, setting 1/gamma = 0\n",
      "v = 414084158.3154633 m / s > c, setting 1/gamma = 0\n",
      "v = 305429739.36878145 m / s > c, setting 1/gamma = 0\n",
      "v = 335043503.0532618 m / s > c, setting 1/gamma = 0\n",
      "v = 509842591.4147997 m / s > c, setting 1/gamma = 0\n",
      "v = 530870989.16628176 m / s > c, setting 1/gamma = 0\n",
      "v = 432708943.0565895 m / s > c, setting 1/gamma = 0\n",
      "v = 462016521.84811574 m / s > c, setting 1/gamma = 0\n",
      "v = 318886857.7676616 m / s > c, setting 1/gamma = 0\n",
      "v = 351191862.6740561 m / s > c, setting 1/gamma = 0\n",
      "v = 483597234.6252914 m / s > c, setting 1/gamma = 0\n",
      "v = 505837462.1424412 m / s > c, setting 1/gamma = 0\n",
      "v = 459611558.06806195 m / s > c, setting 1/gamma = 0\n",
      "v = 474764038.7420121 m / s > c, setting 1/gamma = 0\n",
      "v = 321439497.3122281 m / s > c, setting 1/gamma = 0\n",
      "v = 349045103.810989 m / s > c, setting 1/gamma = 0\n",
      "v = 391401572.9029349 m / s > c, setting 1/gamma = 0\n",
      "v = 433500765.1080149 m / s > c, setting 1/gamma = 0\n",
      "v = 322829521.84085935 m / s > c, setting 1/gamma = 0\n",
      "v = 352082835.2814276 m / s > c, setting 1/gamma = 0\n",
      "v = 581112784.7112055 m / s > c, setting 1/gamma = 0\n",
      "v = 595905787.5270777 m / s > c, setting 1/gamma = 0\n",
      "v = 347364151.40181625 m / s > c, setting 1/gamma = 0\n",
      "v = 393706158.7572953 m / s > c, setting 1/gamma = 0\n",
      "v = 318013544.90696186 m / s > c, setting 1/gamma = 0\n",
      "v = 346230910.0719671 m / s > c, setting 1/gamma = 0\n",
      "v = 559217151.9086221 m / s > c, setting 1/gamma = 0\n",
      "v = 577768920.7793715 m / s > c, setting 1/gamma = 0\n",
      "v = 443326099.5436121 m / s > c, setting 1/gamma = 0\n",
      "v = 468361735.5506546 m / s > c, setting 1/gamma = 0\n",
      "v = 309555152.82494 m / s > c, setting 1/gamma = 0\n",
      "v = 343621327.12719256 m / s > c, setting 1/gamma = 0\n",
      "v = 516038604.15017205 m / s > c, setting 1/gamma = 0\n",
      "v = 538383224.0064441 m / s > c, setting 1/gamma = 0\n",
      "v = 434791819.8339338 m / s > c, setting 1/gamma = 0\n",
      "v = 465434620.78017 m / s > c, setting 1/gamma = 0\n",
      "v = 321015247.3438264 m / s > c, setting 1/gamma = 0\n",
      "v = 354048592.10648394 m / s > c, setting 1/gamma = 0\n",
      "v = 308247112.4645797 m / s > c, setting 1/gamma = 0\n",
      "v = 312396053.5937986 m / s > c, setting 1/gamma = 0\n",
      "v = 333317711.86124986 m / s > c, setting 1/gamma = 0\n",
      "v = 363279358.3927797 m / s > c, setting 1/gamma = 0\n",
      "v = 802989109.9137323 m / s > c, setting 1/gamma = 0\n",
      "v = 665219811.1180778 m / s > c, setting 1/gamma = 0\n",
      "v = 303572259.2692736 m / s > c, setting 1/gamma = 0\n",
      "v = 334846655.7081361 m / s > c, setting 1/gamma = 0\n",
      "v = 713417768.5962731 m / s > c, setting 1/gamma = 0\n",
      "v = 587297495.7361274 m / s > c, setting 1/gamma = 0\n",
      "v = 306801203.11732966 m / s > c, setting 1/gamma = 0\n",
      "v = 419176429.3457002 m / s > c, setting 1/gamma = 0\n",
      "v = 456849249.1286404 m / s > c, setting 1/gamma = 0\n",
      "v = 303501290.38884133 m / s > c, setting 1/gamma = 0\n",
      "v = 353968230.83554775 m / s > c, setting 1/gamma = 0\n",
      "v = 301163358.2211498 m / s > c, setting 1/gamma = 0\n",
      "v = 331507945.84105664 m / s > c, setting 1/gamma = 0\n",
      "v = 485073024.5555461 m / s > c, setting 1/gamma = 0\n",
      "v = 508655645.0488541 m / s > c, setting 1/gamma = 0\n",
      "v = 304714738.702347 m / s > c, setting 1/gamma = 0\n",
      "v = 358319628.30405015 m / s > c, setting 1/gamma = 0\n",
      "v = 313363571.64537805 m / s > c, setting 1/gamma = 0\n",
      "v = 319453663.53706145 m / s > c, setting 1/gamma = 0\n",
      "v = 356049408.5410615 m / s > c, setting 1/gamma = 0\n",
      "v = 568755448.8613225 m / s > c, setting 1/gamma = 0\n",
      "v = 516234081.29565036 m / s > c, setting 1/gamma = 0\n",
      "v = 313035432.3111519 m / s > c, setting 1/gamma = 0\n",
      "v = 319053691.9162923 m / s > c, setting 1/gamma = 0\n",
      "v = 336074789.94115907 m / s > c, setting 1/gamma = 0\n",
      "v = 473432390.880792 m / s > c, setting 1/gamma = 0\n",
      "v = 502242086.1687572 m / s > c, setting 1/gamma = 0\n",
      "v = 354532860.31324095 m / s > c, setting 1/gamma = 0\n",
      "v = 402527040.25041705 m / s > c, setting 1/gamma = 0\n",
      "v = 306869956.6783143 m / s > c, setting 1/gamma = 0\n",
      "v = 332785560.0878181 m / s > c, setting 1/gamma = 0\n",
      "v = 300495746.5796325 m / s > c, setting 1/gamma = 0\n",
      "v = 457127112.13028044 m / s > c, setting 1/gamma = 0\n",
      "v = 499641727.00969875 m / s > c, setting 1/gamma = 0\n",
      "v = 303919017.23953253 m / s > c, setting 1/gamma = 0\n",
      "v = 310807597.55970615 m / s > c, setting 1/gamma = 0\n",
      "v = 650145841.4828326 m / s > c, setting 1/gamma = 0\n",
      "v = 533606904.27548134 m / s > c, setting 1/gamma = 0\n",
      "v = 351826860.59876496 m / s > c, setting 1/gamma = 0\n",
      "v = 376146251.1854684 m / s > c, setting 1/gamma = 0\n",
      "v = 311093196.24087346 m / s > c, setting 1/gamma = 0\n",
      "v = 330123863.73078775 m / s > c, setting 1/gamma = 0\n",
      "v = 420506360.7480227 m / s > c, setting 1/gamma = 0\n",
      "v = 455538153.3759424 m / s > c, setting 1/gamma = 0\n",
      "v = 365193245.04247403 m / s > c, setting 1/gamma = 0\n",
      "v = 385579766.2892931 m / s > c, setting 1/gamma = 0\n",
      "v = 407488382.9965346 m / s > c, setting 1/gamma = 0\n",
      "v = 440384053.04148734 m / s > c, setting 1/gamma = 0\n",
      "v = 339189692.82585835 m / s > c, setting 1/gamma = 0\n",
      "v = 387434385.0899557 m / s > c, setting 1/gamma = 0\n",
      "v = 305499013.78364164 m / s > c, setting 1/gamma = 0\n",
      "v = 432608615.0748652 m / s > c, setting 1/gamma = 0\n",
      "v = 465079259.1781572 m / s > c, setting 1/gamma = 0\n",
      "v = 324018785.73915225 m / s > c, setting 1/gamma = 0\n",
      "v = 438394030.22040665 m / s > c, setting 1/gamma = 0\n",
      "v = 473374498.29090405 m / s > c, setting 1/gamma = 0\n",
      "v = 364030901.02282923 m / s > c, setting 1/gamma = 0\n",
      "v = 417716528.31242466 m / s > c, setting 1/gamma = 0\n",
      "v = 313643357.03186023 m / s > c, setting 1/gamma = 0\n",
      "v = 345090661.1558323 m / s > c, setting 1/gamma = 0\n",
      "v = 315510048.8873435 m / s > c, setting 1/gamma = 0\n",
      "v = 335383312.6435724 m / s > c, setting 1/gamma = 0\n",
      "v = 499418652.3953948 m / s > c, setting 1/gamma = 0\n",
      "v = 501311703.26227206 m / s > c, setting 1/gamma = 0\n",
      "v = 315711293.48516536 m / s > c, setting 1/gamma = 0\n",
      "v = 333590659.27454954 m / s > c, setting 1/gamma = 0\n",
      "v = 350450541.9128282 m / s > c, setting 1/gamma = 0\n",
      "v = 379017014.1118424 m / s > c, setting 1/gamma = 0\n",
      "v = 544489350.339703 m / s > c, setting 1/gamma = 0\n",
      "v = 505908718.56919926 m / s > c, setting 1/gamma = 0\n",
      "v = 321527537.739014 m / s > c, setting 1/gamma = 0\n",
      "v = 319627244.9781424 m / s > c, setting 1/gamma = 0\n",
      "v = 541669716.2798141 m / s > c, setting 1/gamma = 0\n",
      "v = 515512901.5173986 m / s > c, setting 1/gamma = 0\n",
      "v = 301348709.99453336 m / s > c, setting 1/gamma = 0\n",
      "v = 317438793.8555234 m / s > c, setting 1/gamma = 0\n",
      "v = 351624308.52383655 m / s > c, setting 1/gamma = 0\n",
      "v = 391585263.2905408 m / s > c, setting 1/gamma = 0\n",
      "v = 345922543.7266201 m / s > c, setting 1/gamma = 0\n",
      "v = 393706844.4234399 m / s > c, setting 1/gamma = 0\n",
      "v = 396775082.14436364 m / s > c, setting 1/gamma = 0\n",
      "v = 441820182.99028456 m / s > c, setting 1/gamma = 0\n",
      "v = 304084811.7444225 m / s > c, setting 1/gamma = 0\n",
      "v = 305312461.3240375 m / s > c, setting 1/gamma = 0\n",
      "v = 305687743.0560008 m / s > c, setting 1/gamma = 0\n",
      "v = 347402706.07167315 m / s > c, setting 1/gamma = 0\n",
      "v = 365632116.97504383 m / s > c, setting 1/gamma = 0\n",
      "v = 408564397.11861295 m / s > c, setting 1/gamma = 0\n",
      "v = 318225647.43827736 m / s > c, setting 1/gamma = 0\n",
      "v = 344505717.23860395 m / s > c, setting 1/gamma = 0\n",
      "v = 525423267.3444279 m / s > c, setting 1/gamma = 0\n",
      "v = 547263209.3827856 m / s > c, setting 1/gamma = 0\n",
      "v = 315694686.49770236 m / s > c, setting 1/gamma = 0\n",
      "v = 308145919.0546884 m / s > c, setting 1/gamma = 0\n",
      "v = 301900027.21285135 m / s > c, setting 1/gamma = 0\n",
      "v = 320026974.6024572 m / s > c, setting 1/gamma = 0\n",
      "v = 432435533.71396464 m / s > c, setting 1/gamma = 0\n",
      "v = 461830555.11131954 m / s > c, setting 1/gamma = 0\n",
      "v = 371037278.763825 m / s > c, setting 1/gamma = 0\n",
      "v = 417667384.63923043 m / s > c, setting 1/gamma = 0\n",
      "v = 321224336.642859 m / s > c, setting 1/gamma = 0\n",
      "v = 350591790.58110976 m / s > c, setting 1/gamma = 0\n",
      "v = 306389043.01662546 m / s > c, setting 1/gamma = 0\n",
      "v = 323861101.6044247 m / s > c, setting 1/gamma = 0\n",
      "v = 425560515.9863113 m / s > c, setting 1/gamma = 0\n",
      "v = 454207970.48847806 m / s > c, setting 1/gamma = 0\n",
      "v = 339571095.79638165 m / s > c, setting 1/gamma = 0\n",
      "v = 327500252.2954745 m / s > c, setting 1/gamma = 0\n",
      "v = 691626401.1093863 m / s > c, setting 1/gamma = 0\n",
      "v = 569135071.8654094 m / s > c, setting 1/gamma = 0\n",
      "v = 408161027.7887778 m / s > c, setting 1/gamma = 0\n",
      "v = 444654310.5459598 m / s > c, setting 1/gamma = 0\n",
      "v = 332251029.4783979 m / s > c, setting 1/gamma = 0\n",
      "v = 383161873.8381758 m / s > c, setting 1/gamma = 0\n",
      "v = 315070651.55013186 m / s > c, setting 1/gamma = 0\n",
      "v = 344498288.4006746 m / s > c, setting 1/gamma = 0\n",
      "v = 515569585.4556032 m / s > c, setting 1/gamma = 0\n",
      "v = 537684131.8901985 m / s > c, setting 1/gamma = 0\n",
      "v = 306794144.3775336 m / s > c, setting 1/gamma = 0\n",
      "v = 360368566.8426889 m / s > c, setting 1/gamma = 0\n",
      "v = 301857283.79806894 m / s > c, setting 1/gamma = 0\n",
      "v = 336146963.8554299 m / s > c, setting 1/gamma = 0\n",
      "v = 567507715.1531571 m / s > c, setting 1/gamma = 0\n",
      "v = 580974048.1282042 m / s > c, setting 1/gamma = 0\n",
      "v = 382626173.5951267 m / s > c, setting 1/gamma = 0\n",
      "v = 432106267.1319631 m / s > c, setting 1/gamma = 0\n",
      "v = 345701265.9737492 m / s > c, setting 1/gamma = 0\n",
      "v = 374730581.47818464 m / s > c, setting 1/gamma = 0\n",
      "v = 310110301.9718339 m / s > c, setting 1/gamma = 0\n",
      "v = 391472762.0497014 m / s > c, setting 1/gamma = 0\n",
      "v = 426003882.6789712 m / s > c, setting 1/gamma = 0\n",
      "v = 380434192.42871124 m / s > c, setting 1/gamma = 0\n",
      "v = 426416410.4339201 m / s > c, setting 1/gamma = 0\n",
      "v = 306028611.0239486 m / s > c, setting 1/gamma = 0\n",
      "v = 445882911.2808686 m / s > c, setting 1/gamma = 0\n",
      "v = 473420274.2206641 m / s > c, setting 1/gamma = 0\n",
      "v = 311950919.36282074 m / s > c, setting 1/gamma = 0\n",
      "v = 363938915.2919027 m / s > c, setting 1/gamma = 0\n",
      "v = 309881125.4385787 m / s > c, setting 1/gamma = 0\n",
      "v = 330378837.831497 m / s > c, setting 1/gamma = 0\n",
      "v = 443618543.2449355 m / s > c, setting 1/gamma = 0\n",
      "v = 474433561.8597288 m / s > c, setting 1/gamma = 0\n",
      "v = 314268532.61204493 m / s > c, setting 1/gamma = 0\n",
      "v = 340868006.8735651 m / s > c, setting 1/gamma = 0\n",
      "v = 305457054.4167154 m / s > c, setting 1/gamma = 0\n",
      "v = 320941364.531529 m / s > c, setting 1/gamma = 0\n",
      "v = 353143847.09221566 m / s > c, setting 1/gamma = 0\n",
      "v = 395777020.5536736 m / s > c, setting 1/gamma = 0\n",
      "v = 341208393.72795576 m / s > c, setting 1/gamma = 0\n",
      "v = 387179354.92522717 m / s > c, setting 1/gamma = 0\n",
      "v = 375645297.7642763 m / s > c, setting 1/gamma = 0\n",
      "v = 410498154.19026387 m / s > c, setting 1/gamma = 0\n",
      "v = 570086302.4713745 m / s > c, setting 1/gamma = 0\n",
      "v = 512261225.98430127 m / s > c, setting 1/gamma = 0\n",
      "v = 301822026.5810016 m / s > c, setting 1/gamma = 0\n",
      "v = 302202712.02035195 m / s > c, setting 1/gamma = 0\n",
      "v = 309236307.8834209 m / s > c, setting 1/gamma = 0\n",
      "v = 341656111.239479 m / s > c, setting 1/gamma = 0\n",
      "v = 793171120.0053353 m / s > c, setting 1/gamma = 0\n",
      "v = 768053766.600404 m / s > c, setting 1/gamma = 0\n",
      "v = 314512374.5340029 m / s > c, setting 1/gamma = 0\n",
      "v = 628250442.0379721 m / s > c, setting 1/gamma = 0\n",
      "v = 515263196.026958 m / s > c, setting 1/gamma = 0\n",
      "v = 350234611.63372296 m / s > c, setting 1/gamma = 0\n",
      "v = 377210076.42387 m / s > c, setting 1/gamma = 0\n",
      "v = 327250713.0804538 m / s > c, setting 1/gamma = 0\n",
      "v = 359051283.77276397 m / s > c, setting 1/gamma = 0\n",
      "v = 334248173.5394515 m / s > c, setting 1/gamma = 0\n",
      "v = 332354640.4049868 m / s > c, setting 1/gamma = 0\n",
      "v = 731421693.8864787 m / s > c, setting 1/gamma = 0\n",
      "v = 603136979.8314203 m / s > c, setting 1/gamma = 0\n",
      "v = 316489091.7218198 m / s > c, setting 1/gamma = 0\n",
      "v = 303709872.32179797 m / s > c, setting 1/gamma = 0\n",
      "v = 482012806.9283388 m / s > c, setting 1/gamma = 0\n",
      "v = 507365477.23747325 m / s > c, setting 1/gamma = 0\n",
      "v = 317612356.287447 m / s > c, setting 1/gamma = 0\n",
      "v = 479427462.2600425 m / s > c, setting 1/gamma = 0\n",
      "v = 506497765.4201503 m / s > c, setting 1/gamma = 0\n",
      "v = 324469849.4879861 m / s > c, setting 1/gamma = 0\n",
      "v = 381345650.93261534 m / s > c, setting 1/gamma = 0\n",
      "v = 315491681.24720913 m / s > c, setting 1/gamma = 0\n",
      "v = 465667716.76746064 m / s > c, setting 1/gamma = 0\n",
      "v = 495447613.91392446 m / s > c, setting 1/gamma = 0\n",
      "v = 417949303.30111504 m / s > c, setting 1/gamma = 0\n",
      "v = 463217024.21993095 m / s > c, setting 1/gamma = 0\n",
      "v = 391773995.0118958 m / s > c, setting 1/gamma = 0\n",
      "v = 422575985.44641316 m / s > c, setting 1/gamma = 0\n",
      "v = 326726751.1616808 m / s > c, setting 1/gamma = 0\n",
      "v = 695662675.0930206 m / s > c, setting 1/gamma = 0\n",
      "v = 572149182.3800869 m / s > c, setting 1/gamma = 0\n",
      "v = 302102898.5535143 m / s > c, setting 1/gamma = 0\n",
      "v = 447222097.37811524 m / s > c, setting 1/gamma = 0\n",
      "v = 477859456.7125661 m / s > c, setting 1/gamma = 0\n",
      "v = 341144451.3026121 m / s > c, setting 1/gamma = 0\n",
      "v = 376764752.56114864 m / s > c, setting 1/gamma = 0\n",
      "v = 299828706.91789985 m / s > c, setting 1/gamma = 0\n",
      "v = 619339130.9624158 m / s > c, setting 1/gamma = 0\n",
      "v = 507477598.1204459 m / s > c, setting 1/gamma = 0\n",
      "v = 349491056.839876 m / s > c, setting 1/gamma = 0\n",
      "v = 374181534.5725601 m / s > c, setting 1/gamma = 0\n",
      "v = 395293726.30622965 m / s > c, setting 1/gamma = 0\n",
      "v = 429801967.155833 m / s > c, setting 1/gamma = 0\n",
      "v = 344558669.8230044 m / s > c, setting 1/gamma = 0\n",
      "v = 394634957.5387118 m / s > c, setting 1/gamma = 0\n",
      "v = 390977941.82565075 m / s > c, setting 1/gamma = 0\n",
      "v = 423280721.74654496 m / s > c, setting 1/gamma = 0\n",
      "v = 300027610.77374285 m / s > c, setting 1/gamma = 0\n",
      "v = 607143248.6714258 m / s > c, setting 1/gamma = 0\n",
      "v = 496688477.0838372 m / s > c, setting 1/gamma = 0\n",
      "v = 304281767.2703713 m / s > c, setting 1/gamma = 0\n",
      "v = 337224774.3010226 m / s > c, setting 1/gamma = 0\n",
      "v = 491819574.45189685 m / s > c, setting 1/gamma = 0\n",
      "v = 515313201.7193145 m / s > c, setting 1/gamma = 0\n",
      "v = 333542174.1967918 m / s > c, setting 1/gamma = 0\n",
      "v = 388676826.1442354 m / s > c, setting 1/gamma = 0\n",
      "v = 317500104.5140147 m / s > c, setting 1/gamma = 0\n",
      "v = 529192563.9200895 m / s > c, setting 1/gamma = 0\n",
      "v = 546978404.0359944 m / s > c, setting 1/gamma = 0\n",
      "v = 414925637.2019629 m / s > c, setting 1/gamma = 0\n",
      "v = 457812924.16528744 m / s > c, setting 1/gamma = 0\n",
      "v = 300458402.5469419 m / s > c, setting 1/gamma = 0\n",
      "v = 329385460.9731748 m / s > c, setting 1/gamma = 0\n",
      "v = 487453746.62212056 m / s > c, setting 1/gamma = 0\n",
      "v = 513527141.06877106 m / s > c, setting 1/gamma = 0\n",
      "v = 301403509.25339645 m / s > c, setting 1/gamma = 0\n",
      "v = 309609761.28052735 m / s > c, setting 1/gamma = 0\n",
      "v = 339941220.713905 m / s > c, setting 1/gamma = 0\n",
      "v = 593749721.482651 m / s > c, setting 1/gamma = 0\n",
      "v = 519515540.025058 m / s > c, setting 1/gamma = 0\n",
      "v = 333732961.41249806 m / s > c, setting 1/gamma = 0\n",
      "v = 304791594.2326335 m / s > c, setting 1/gamma = 0\n",
      "v = 641787079.7828305 m / s > c, setting 1/gamma = 0\n",
      "v = 526726985.60030967 m / s > c, setting 1/gamma = 0\n",
      "v = 303888217.9916325 m / s > c, setting 1/gamma = 0\n",
      "v = 302854974.1684569 m / s > c, setting 1/gamma = 0\n",
      "v = 318601299.09565175 m / s > c, setting 1/gamma = 0\n",
      "v = 345580855.523615 m / s > c, setting 1/gamma = 0\n",
      "v = 383610709.6510905 m / s > c, setting 1/gamma = 0\n",
      "v = 325619866.82564914 m / s > c, setting 1/gamma = 0\n",
      "v = 374583040.08821964 m / s > c, setting 1/gamma = 0\n",
      "v = 437783631.42996514 m / s > c, setting 1/gamma = 0\n",
      "v = 466596413.1963846 m / s > c, setting 1/gamma = 0\n",
      "v = 318621814.03309864 m / s > c, setting 1/gamma = 0\n",
      "v = 372078230.3473859 m / s > c, setting 1/gamma = 0\n",
      "v = 323777517.3039763 m / s > c, setting 1/gamma = 0\n",
      "v = 355049361.88712543 m / s > c, setting 1/gamma = 0\n",
      "v = 309270727.8558699 m / s > c, setting 1/gamma = 0\n",
      "v = 591967724.1563948 m / s > c, setting 1/gamma = 0\n",
      "v = 599836869.6517353 m / s > c, setting 1/gamma = 0\n",
      "v = 315221330.54501516 m / s > c, setting 1/gamma = 0\n",
      "v = 367358088.8178625 m / s > c, setting 1/gamma = 0\n",
      "v = 307988588.5901135 m / s > c, setting 1/gamma = 0\n",
      "v = 329440018.8807263 m / s > c, setting 1/gamma = 0\n",
      "v = 322491639.20873076 m / s > c, setting 1/gamma = 0\n",
      "v = 677316141.7494775 m / s > c, setting 1/gamma = 0\n",
      "v = 557068804.4886091 m / s > c, setting 1/gamma = 0\n",
      "v = 319028816.0140531 m / s > c, setting 1/gamma = 0\n",
      "v = 679680856.7450705 m / s > c, setting 1/gamma = 0\n",
      "v = 558205663.5429206 m / s > c, setting 1/gamma = 0\n",
      "v = 337764703.7149559 m / s > c, setting 1/gamma = 0\n",
      "v = 353133900.84690577 m / s > c, setting 1/gamma = 0\n",
      "v = 790476572.9156569 m / s > c, setting 1/gamma = 0\n",
      "v = 654313726.7447618 m / s > c, setting 1/gamma = 0\n",
      "v = 320808645.0120952 m / s > c, setting 1/gamma = 0\n",
      "v = 350910467.949779 m / s > c, setting 1/gamma = 0\n",
      "v = 470723136.47827715 m / s > c, setting 1/gamma = 0\n",
      "v = 489480106.7773449 m / s > c, setting 1/gamma = 0\n",
      "v = 410626248.670098 m / s > c, setting 1/gamma = 0\n",
      "v = 450097980.77106315 m / s > c, setting 1/gamma = 0\n",
      "v = 304824743.3308314 m / s > c, setting 1/gamma = 0\n",
      "v = 332819245.1924004 m / s > c, setting 1/gamma = 0\n",
      "v = 429894482.8081781 m / s > c, setting 1/gamma = 0\n",
      "v = 469247507.25633067 m / s > c, setting 1/gamma = 0\n",
      "v = 343521893.0390632 m / s > c, setting 1/gamma = 0\n",
      "v = 390378817.9640237 m / s > c, setting 1/gamma = 0\n",
      "v = 307425620.03295046 m / s > c, setting 1/gamma = 0\n",
      "v = 306048683.78829914 m / s > c, setting 1/gamma = 0\n",
      "v = 341896027.28415835 m / s > c, setting 1/gamma = 0\n",
      "v = 308069592.06539506 m / s > c, setting 1/gamma = 0\n",
      "v = 328224189.42512584 m / s > c, setting 1/gamma = 0\n",
      "v = 591462624.8245788 m / s > c, setting 1/gamma = 0\n",
      "v = 603231563.6854095 m / s > c, setting 1/gamma = 0\n",
      "v = 404838073.5581098 m / s > c, setting 1/gamma = 0\n",
      "v = 455934203.0931118 m / s > c, setting 1/gamma = 0\n",
      "v = 362058751.49561304 m / s > c, setting 1/gamma = 0\n",
      "v = 408237709.1868382 m / s > c, setting 1/gamma = 0\n",
      "v = 306818006.7826844 m / s > c, setting 1/gamma = 0\n",
      "v = 322153747.83434635 m / s > c, setting 1/gamma = 0\n",
      "v = 301755517.7112416 m / s > c, setting 1/gamma = 0\n",
      "v = 364304546.26150686 m / s > c, setting 1/gamma = 0\n",
      "v = 378822452.68599105 m / s > c, setting 1/gamma = 0\n",
      "v = 399668376.8153885 m / s > c, setting 1/gamma = 0\n",
      "v = 316631102.47127 m / s > c, setting 1/gamma = 0\n",
      "v = 338798060.3428518 m / s > c, setting 1/gamma = 0\n",
      "v = 528051266.1376818 m / s > c, setting 1/gamma = 0\n",
      "v = 540493533.9034641 m / s > c, setting 1/gamma = 0\n",
      "v = 395421076.9689778 m / s > c, setting 1/gamma = 0\n",
      "v = 439598953.23466164 m / s > c, setting 1/gamma = 0\n",
      "v = 305136170.22912955 m / s > c, setting 1/gamma = 0\n",
      "v = 342252826.0080138 m / s > c, setting 1/gamma = 0\n",
      "v = 303888488.4198409 m / s > c, setting 1/gamma = 0\n",
      "v = 369205500.5339717 m / s > c, setting 1/gamma = 0\n",
      "v = 405983133.5335206 m / s > c, setting 1/gamma = 0\n",
      "v = 303091859.1984636 m / s > c, setting 1/gamma = 0\n",
      "v = 304618103.0859006 m / s > c, setting 1/gamma = 0\n",
      "v = 343519880.1457138 m / s > c, setting 1/gamma = 0\n",
      "v = 307592971.44605327 m / s > c, setting 1/gamma = 0\n",
      "v = 458057018.23462343 m / s > c, setting 1/gamma = 0\n",
      "v = 485524008.43445295 m / s > c, setting 1/gamma = 0\n",
      "v = 329556279.5447109 m / s > c, setting 1/gamma = 0\n",
      "v = 317734347.1404623 m / s > c, setting 1/gamma = 0\n",
      "v = 348852009.62190723 m / s > c, setting 1/gamma = 0\n",
      "v = 360046590.577229 m / s > c, setting 1/gamma = 0\n",
      "v = 411129034.07376415 m / s > c, setting 1/gamma = 0\n",
      "v = 306035455.7210365 m / s > c, setting 1/gamma = 0\n",
      "v = 382207577.539519 m / s > c, setting 1/gamma = 0\n",
      "v = 437304878.6083636 m / s > c, setting 1/gamma = 0\n",
      "v = 324694148.59729564 m / s > c, setting 1/gamma = 0\n",
      "v = 377466954.3891605 m / s > c, setting 1/gamma = 0\n",
      "v = 306007768.5692577 m / s > c, setting 1/gamma = 0\n",
      "v = 311480907.962471 m / s > c, setting 1/gamma = 0\n",
      "v = 322361537.1797537 m / s > c, setting 1/gamma = 0\n",
      "v = 350420160.7925174 m / s > c, setting 1/gamma = 0\n",
      "v = 301814821.6637874 m / s > c, setting 1/gamma = 0\n",
      "v = 344683093.20785993 m / s > c, setting 1/gamma = 0\n",
      "v = 363914048.54193 m / s > c, setting 1/gamma = 0\n",
      "v = 429310313.0323796 m / s > c, setting 1/gamma = 0\n",
      "v = 300184955.92942905 m / s > c, setting 1/gamma = 0\n",
      "v = 356739033.0324024 m / s > c, setting 1/gamma = 0\n",
      "v = 393021719.4797676 m / s > c, setting 1/gamma = 0\n",
      "v = 326292366.8967851 m / s > c, setting 1/gamma = 0\n",
      "v = 300748341.3875448 m / s > c, setting 1/gamma = 0\n",
      "v = 340684734.168414 m / s > c, setting 1/gamma = 0\n",
      "v = 313236332.3893385 m / s > c, setting 1/gamma = 0\n",
      "v = 335162663.5352204 m / s > c, setting 1/gamma = 0\n",
      "v = 311944379.0388056 m / s > c, setting 1/gamma = 0\n",
      "v = 311224033.491385 m / s > c, setting 1/gamma = 0\n",
      "v = 620307871.94943 m / s > c, setting 1/gamma = 0\n",
      "v = 507817471.84809375 m / s > c, setting 1/gamma = 0\n",
      "v = 313754007.9218958 m / s > c, setting 1/gamma = 0\n",
      "v = 322597447.5228421 m / s > c, setting 1/gamma = 0\n",
      "v = 378237795.4920087 m / s > c, setting 1/gamma = 0\n",
      "v = 313526754.04291195 m / s > c, setting 1/gamma = 0\n",
      "v = 362664097.18091977 m / s > c, setting 1/gamma = 0\n",
      "v = 343385525.1756026 m / s > c, setting 1/gamma = 0\n",
      "v = 395249648.1734547 m / s > c, setting 1/gamma = 0\n",
      "v = 304795839.6233912 m / s > c, setting 1/gamma = 0\n",
      "v = 353305751.0066756 m / s > c, setting 1/gamma = 0\n",
      "v = 506826615.73216885 m / s > c, setting 1/gamma = 0\n",
      "v = 546427855.5416224 m / s > c, setting 1/gamma = 0\n",
      "v = 325988335.4739405 m / s > c, setting 1/gamma = 0\n",
      "v = 303659957.3611985 m / s > c, setting 1/gamma = 0\n",
      "v = 492150796.95230025 m / s > c, setting 1/gamma = 0\n",
      "v = 520481642.44128704 m / s > c, setting 1/gamma = 0\n",
      "v = 317587502.98639655 m / s > c, setting 1/gamma = 0\n",
      "v = 304718001.6724726 m / s > c, setting 1/gamma = 0\n",
      "v = 328470477.85507786 m / s > c, setting 1/gamma = 0\n",
      "v = 331963895.02038205 m / s > c, setting 1/gamma = 0\n",
      "v = 363171163.1993983 m / s > c, setting 1/gamma = 0\n",
      "v = 563298838.7569181 m / s > c, setting 1/gamma = 0\n",
      "v = 501774573.8129476 m / s > c, setting 1/gamma = 0\n",
      "v = 333264802.30126697 m / s > c, setting 1/gamma = 0\n",
      "v = 371176389.3051259 m / s > c, setting 1/gamma = 0\n",
      "v = 338260301.1920529 m / s > c, setting 1/gamma = 0\n",
      "v = 365656858.5411221 m / s > c, setting 1/gamma = 0\n",
      "v = 481614598.6022652 m / s > c, setting 1/gamma = 0\n",
      "v = 504608207.82640356 m / s > c, setting 1/gamma = 0\n",
      "v = 324969020.2414342 m / s > c, setting 1/gamma = 0\n",
      "v = 361504986.19266456 m / s > c, setting 1/gamma = 0\n",
      "v = 525575719.6478358 m / s > c, setting 1/gamma = 0\n",
      "v = 512925586.88304085 m / s > c, setting 1/gamma = 0\n",
      "v = 301500853.7620349 m / s > c, setting 1/gamma = 0\n",
      "v = 327900945.8937463 m / s > c, setting 1/gamma = 0\n",
      "v = 363737762.1042858 m / s > c, setting 1/gamma = 0\n",
      "v = 475617862.928085 m / s > c, setting 1/gamma = 0\n",
      "v = 512484283.81620777 m / s > c, setting 1/gamma = 0\n",
      "v = 350298029.92712843 m / s > c, setting 1/gamma = 0\n",
      "v = 404721259.99091536 m / s > c, setting 1/gamma = 0\n",
      "v = 310506388.9734211 m / s > c, setting 1/gamma = 0\n",
      "v = 313072594.51341325 m / s > c, setting 1/gamma = 0\n",
      "v = 327325560.9598806 m / s > c, setting 1/gamma = 0\n",
      "v = 386767901.6275729 m / s > c, setting 1/gamma = 0\n",
      "v = 419158748.18483603 m / s > c, setting 1/gamma = 0\n",
      "v = 444126982.1040676 m / s > c, setting 1/gamma = 0\n",
      "v = 416125815.2349622 m / s > c, setting 1/gamma = 0\n",
      "v = 463911186.8346849 m / s > c, setting 1/gamma = 0\n",
      "v = 312469741.2791418 m / s > c, setting 1/gamma = 0\n",
      "v = 343117408.8426282 m / s > c, setting 1/gamma = 0\n",
      "v = 309781176.16606927 m / s > c, setting 1/gamma = 0\n",
      "v = 330631723.44145465 m / s > c, setting 1/gamma = 0\n",
      "v = 314821655.4827948 m / s > c, setting 1/gamma = 0\n",
      "v = 341132690.7050572 m / s > c, setting 1/gamma = 0\n",
      "v = 393428416.0823742 m / s > c, setting 1/gamma = 0\n",
      "v = 436410918.711308 m / s > c, setting 1/gamma = 0\n",
      "v = 310020660.79878587 m / s > c, setting 1/gamma = 0\n",
      "v = 553181048.7179952 m / s > c, setting 1/gamma = 0\n",
      "v = 521128253.04155004 m / s > c, setting 1/gamma = 0\n",
      "v = 308904813.0751116 m / s > c, setting 1/gamma = 0\n",
      "v = 303796453.20354164 m / s > c, setting 1/gamma = 0\n",
      "v = 342890964.2569188 m / s > c, setting 1/gamma = 0\n",
      "v = 301966172.151913 m / s > c, setting 1/gamma = 0\n",
      "v = 551826877.8181324 m / s > c, setting 1/gamma = 0\n",
      "v = 529840621.755941 m / s > c, setting 1/gamma = 0\n",
      "v = 301411447.48468876 m / s > c, setting 1/gamma = 0\n",
      "v = 325068025.54268545 m / s > c, setting 1/gamma = 0\n",
      "v = 345409296.6494072 m / s > c, setting 1/gamma = 0\n",
      "v = 528785284.8242675 m / s > c, setting 1/gamma = 0\n",
      "v = 537991620.5522747 m / s > c, setting 1/gamma = 0\n",
      "v = 469057809.2679815 m / s > c, setting 1/gamma = 0\n",
      "v = 488750032.6247123 m / s > c, setting 1/gamma = 0\n",
      "v = 316123243.993286 m / s > c, setting 1/gamma = 0\n",
      "v = 341379187.09946865 m / s > c, setting 1/gamma = 0\n",
      "v = 301852751.2999643 m / s > c, setting 1/gamma = 0\n",
      "v = 351497059.48469144 m / s > c, setting 1/gamma = 0\n",
      "v = 381004567.68408036 m / s > c, setting 1/gamma = 0\n",
      "v = 322534861.60127044 m / s > c, setting 1/gamma = 0\n",
      "v = 314534072.60343313 m / s > c, setting 1/gamma = 0\n",
      "v = 338476925.447947 m / s > c, setting 1/gamma = 0\n",
      "v = 393102861.38609207 m / s > c, setting 1/gamma = 0\n",
      "v = 324874941.596259 m / s > c, setting 1/gamma = 0\n",
      "v = 371562648.38791966 m / s > c, setting 1/gamma = 0\n",
      "v = 300201276.23908687 m / s > c, setting 1/gamma = 0\n",
      "v = 557255198.3725413 m / s > c, setting 1/gamma = 0\n",
      "v = 564996043.5100051 m / s > c, setting 1/gamma = 0\n",
      "v = 304427149.466564 m / s > c, setting 1/gamma = 0\n",
      "v = 356590731.7365409 m / s > c, setting 1/gamma = 0\n",
      "v = 329414683.19785994 m / s > c, setting 1/gamma = 0\n",
      "v = 349709900.56278646 m / s > c, setting 1/gamma = 0\n",
      "v = 304727753.30781364 m / s > c, setting 1/gamma = 0\n",
      "v = 468661360.5241722 m / s > c, setting 1/gamma = 0\n",
      "v = 473773305.6927352 m / s > c, setting 1/gamma = 0\n",
      "v = 301302280.9335951 m / s > c, setting 1/gamma = 0\n",
      "v = 694087387.2116166 m / s > c, setting 1/gamma = 0\n",
      "v = 684555936.5209037 m / s > c, setting 1/gamma = 0\n",
      "v = 370732632.6033721 m / s > c, setting 1/gamma = 0\n",
      "v = 420522844.5356489 m / s > c, setting 1/gamma = 0\n",
      "v = 364289939.47659534 m / s > c, setting 1/gamma = 0\n",
      "v = 386435541.20040554 m / s > c, setting 1/gamma = 0\n",
      "v = 496966202.743262 m / s > c, setting 1/gamma = 0\n",
      "v = 533944015.1693717 m / s > c, setting 1/gamma = 0\n",
      "v = 304680071.0827487 m / s > c, setting 1/gamma = 0\n",
      "v = 305414634.34632915 m / s > c, setting 1/gamma = 0\n",
      "v = 327535781.65633845 m / s > c, setting 1/gamma = 0\n",
      "v = 343142703.2613441 m / s > c, setting 1/gamma = 0\n",
      "v = 373131040.17303246 m / s > c, setting 1/gamma = 0\n",
      "v = 324993240.0578468 m / s > c, setting 1/gamma = 0\n",
      "v = 698755897.2312932 m / s > c, setting 1/gamma = 0\n",
      "v = 576931215.1391683 m / s > c, setting 1/gamma = 0\n",
      "v = 320409295.81322837 m / s > c, setting 1/gamma = 0\n",
      "v = 339849859.03675497 m / s > c, setting 1/gamma = 0\n",
      "v = 480144323.698456 m / s > c, setting 1/gamma = 0\n",
      "v = 490670972.308547 m / s > c, setting 1/gamma = 0\n",
      "v = 305934694.05873 m / s > c, setting 1/gamma = 0\n",
      "v = 340252077.54078007 m / s > c, setting 1/gamma = 0\n",
      "v = 308755409.69163597 m / s > c, setting 1/gamma = 0\n",
      "v = 494930666.8844347 m / s > c, setting 1/gamma = 0\n",
      "v = 527016984.1614807 m / s > c, setting 1/gamma = 0\n",
      "v = 300308801.4485619 m / s > c, setting 1/gamma = 0\n",
      "v = 317410061.2913113 m / s > c, setting 1/gamma = 0\n",
      "v = 311753817.001451 m / s > c, setting 1/gamma = 0\n",
      "v = 503695454.5510963 m / s > c, setting 1/gamma = 0\n",
      "v = 516780617.0692618 m / s > c, setting 1/gamma = 0\n",
      "v = 378909861.1260287 m / s > c, setting 1/gamma = 0\n",
      "v = 426371462.0837974 m / s > c, setting 1/gamma = 0\n",
      "v = 313994715.3537684 m / s > c, setting 1/gamma = 0\n",
      "v = 337883097.0253334 m / s > c, setting 1/gamma = 0\n",
      "v = 840467401.795408 m / s > c, setting 1/gamma = 0\n",
      "v = 783769703.2016788 m / s > c, setting 1/gamma = 0\n",
      "v = 308387472.4147694 m / s > c, setting 1/gamma = 0\n",
      "v = 347471258.25199 m / s > c, setting 1/gamma = 0\n",
      "v = 336963330.1826411 m / s > c, setting 1/gamma = 0\n",
      "v = 331683282.79768395 m / s > c, setting 1/gamma = 0\n",
      "v = 309044802.9781549 m / s > c, setting 1/gamma = 0\n",
      "v = 325394364.3865313 m / s > c, setting 1/gamma = 0\n",
      "v = 361033292.68117243 m / s > c, setting 1/gamma = 0\n",
      "v = 403672861.0343214 m / s > c, setting 1/gamma = 0\n",
      "v = 317418331.31769216 m / s > c, setting 1/gamma = 0\n",
      "v = 365909598.1376169 m / s > c, setting 1/gamma = 0\n",
      "v = 422802994.11818373 m / s > c, setting 1/gamma = 0\n",
      "v = 468752833.7218976 m / s > c, setting 1/gamma = 0\n",
      "v = 338949371.0201077 m / s > c, setting 1/gamma = 0\n",
      "v = 391560403.5468392 m / s > c, setting 1/gamma = 0\n",
      "v = 311392911.17345136 m / s > c, setting 1/gamma = 0\n",
      "v = 346669680.7686897 m / s > c, setting 1/gamma = 0\n",
      "v = 403109004.94811136 m / s > c, setting 1/gamma = 0\n",
      "v = 307664354.9020341 m / s > c, setting 1/gamma = 0\n",
      "v = 339303598.00046366 m / s > c, setting 1/gamma = 0\n",
      "v = 450234798.8643515 m / s > c, setting 1/gamma = 0\n",
      "v = 471349113.8220041 m / s > c, setting 1/gamma = 0\n",
      "v = 339545633.0240483 m / s > c, setting 1/gamma = 0\n",
      "v = 376673348.2519605 m / s > c, setting 1/gamma = 0\n",
      "v = 300024303.7054844 m / s > c, setting 1/gamma = 0\n",
      "v = 304447629.6883546 m / s > c, setting 1/gamma = 0\n",
      "v = 328585303.2430845 m / s > c, setting 1/gamma = 0\n",
      "v = 550528405.4954389 m / s > c, setting 1/gamma = 0\n",
      "v = 510435803.6394377 m / s > c, setting 1/gamma = 0\n",
      "v = 302554655.8424755 m / s > c, setting 1/gamma = 0\n",
      "v = 307103240.76450956 m / s > c, setting 1/gamma = 0\n",
      "v = 339463278.2896906 m / s > c, setting 1/gamma = 0\n",
      "v = 327803314.4348058 m / s > c, setting 1/gamma = 0\n",
      "v = 300679382.20218587 m / s > c, setting 1/gamma = 0\n",
      "v = 330428297.03608495 m / s > c, setting 1/gamma = 0\n",
      "v = 381507200.1383223 m / s > c, setting 1/gamma = 0\n",
      "v = 302424175.55754226 m / s > c, setting 1/gamma = 0\n",
      "v = 300932805.6956131 m / s > c, setting 1/gamma = 0\n",
      "v = 342516638.7731073 m / s > c, setting 1/gamma = 0\n",
      "v = 401648440.6421496 m / s > c, setting 1/gamma = 0\n",
      "v = 301858963.22204167 m / s > c, setting 1/gamma = 0\n",
      "v = 318452738.6493405 m / s > c, setting 1/gamma = 0\n",
      "v = 385135656.8813392 m / s > c, setting 1/gamma = 0\n",
      "v = 326682946.42992693 m / s > c, setting 1/gamma = 0\n",
      "v = 359455970.84935373 m / s > c, setting 1/gamma = 0\n",
      "v = 444884105.8157621 m / s > c, setting 1/gamma = 0\n",
      "v = 474603347.87272424 m / s > c, setting 1/gamma = 0\n",
      "v = 302241576.02055395 m / s > c, setting 1/gamma = 0\n",
      "v = 367828712.0736286 m / s > c, setting 1/gamma = 0\n",
      "v = 316055304.25247 m / s > c, setting 1/gamma = 0\n",
      "v = 361143910.84287554 m / s > c, setting 1/gamma = 0\n",
      "v = 304067044.5314818 m / s > c, setting 1/gamma = 0\n",
      "v = 331835574.0327826 m / s > c, setting 1/gamma = 0\n",
      "v = 351330119.39384973 m / s > c, setting 1/gamma = 0\n",
      "v = 391250890.44537616 m / s > c, setting 1/gamma = 0\n",
      "v = 322661530.4095988 m / s > c, setting 1/gamma = 0\n",
      "v = 333305614.04348576 m / s > c, setting 1/gamma = 0\n",
      "v = 375081715.5944968 m / s > c, setting 1/gamma = 0\n",
      "v = 334462833.1238467 m / s > c, setting 1/gamma = 0\n",
      "v = 356488334.44544894 m / s > c, setting 1/gamma = 0\n",
      "v = 303938061.9074948 m / s > c, setting 1/gamma = 0\n",
      "v = 314266624.5303215 m / s > c, setting 1/gamma = 0\n",
      "v = 353629644.2297189 m / s > c, setting 1/gamma = 0\n",
      "v = 384423851.91053915 m / s > c, setting 1/gamma = 0\n",
      "v = 427907613.21005744 m / s > c, setting 1/gamma = 0\n",
      "v = 481002166.91739416 m / s > c, setting 1/gamma = 0\n",
      "v = 564376857.4720685 m / s > c, setting 1/gamma = 0\n",
      "v = 522991552.2067266 m / s > c, setting 1/gamma = 0\n",
      "v = 330548111.0092588 m / s > c, setting 1/gamma = 0\n",
      "v = 397689210.815319 m / s > c, setting 1/gamma = 0\n",
      "v = 451998406.15441996 m / s > c, setting 1/gamma = 0\n",
      "v = 399560081.37104195 m / s > c, setting 1/gamma = 0\n",
      "v = 435843436.19260025 m / s > c, setting 1/gamma = 0\n",
      "v = 338888717.338093 m / s > c, setting 1/gamma = 0\n",
      "v = 375593743.38991255 m / s > c, setting 1/gamma = 0\n",
      "v = 335818402.5871964 m / s > c, setting 1/gamma = 0\n",
      "v = 716688285.499108 m / s > c, setting 1/gamma = 0\n",
      "v = 592232582.7959757 m / s > c, setting 1/gamma = 0\n",
      "v = 305254954.2544505 m / s > c, setting 1/gamma = 0\n",
      "v = 329781158.88354343 m / s > c, setting 1/gamma = 0\n",
      "v = 306862732.663786 m / s > c, setting 1/gamma = 0\n",
      "v = 540638157.7007114 m / s > c, setting 1/gamma = 0\n",
      "v = 486662015.2497838 m / s > c, setting 1/gamma = 0\n",
      "v = 301406305.5399959 m / s > c, setting 1/gamma = 0\n",
      "v = 476232908.288724 m / s > c, setting 1/gamma = 0\n",
      "v = 503612360.7898869 m / s > c, setting 1/gamma = 0\n",
      "v = 323596288.7328091 m / s > c, setting 1/gamma = 0\n",
      "v = 301365153.0361417 m / s > c, setting 1/gamma = 0\n",
      "v = 451993656.14255756 m / s > c, setting 1/gamma = 0\n",
      "v = 490437885.6058075 m / s > c, setting 1/gamma = 0\n",
      "v = 301972056.8974204 m / s > c, setting 1/gamma = 0\n",
      "v = 334530882.7934272 m / s > c, setting 1/gamma = 0\n",
      "v = 355542304.4812703 m / s > c, setting 1/gamma = 0\n",
      "v = 399362198.33352 m / s > c, setting 1/gamma = 0\n",
      "v = 532654098.93679255 m / s > c, setting 1/gamma = 0\n",
      "v = 529703033.03099114 m / s > c, setting 1/gamma = 0\n",
      "v = 347871307.88409483 m / s > c, setting 1/gamma = 0\n",
      "v = 380020666.39958006 m / s > c, setting 1/gamma = 0\n",
      "v = 323168593.12330323 m / s > c, setting 1/gamma = 0\n",
      "v = 344676503.12062204 m / s > c, setting 1/gamma = 0\n",
      "v = 579855863.6048944 m / s > c, setting 1/gamma = 0\n",
      "v = 585601042.5195001 m / s > c, setting 1/gamma = 0\n",
      "v = 422500601.5821294 m / s > c, setting 1/gamma = 0\n",
      "v = 461431929.6336375 m / s > c, setting 1/gamma = 0\n",
      "v = 308820292.91050404 m / s > c, setting 1/gamma = 0\n",
      "v = 336841205.78019315 m / s > c, setting 1/gamma = 0\n",
      "v = 647630184.2632694 m / s > c, setting 1/gamma = 0\n",
      "v = 650716606.9448171 m / s > c, setting 1/gamma = 0\n",
      "v = 312145146.07161975 m / s > c, setting 1/gamma = 0\n",
      "v = 351551164.08880335 m / s > c, setting 1/gamma = 0\n",
      "v = 312036122.3572479 m / s > c, setting 1/gamma = 0\n",
      "v = 372961506.0655208 m / s > c, setting 1/gamma = 0\n",
      "v = 316756155.99349004 m / s > c, setting 1/gamma = 0\n",
      "v = 302394480.2003427 m / s > c, setting 1/gamma = 0\n",
      "v = 321576667.20191133 m / s > c, setting 1/gamma = 0\n",
      "v = 415030691.1109278 m / s > c, setting 1/gamma = 0\n",
      "v = 453754697.7128148 m / s > c, setting 1/gamma = 0\n",
      "v = 302343681.8239624 m / s > c, setting 1/gamma = 0\n",
      "v = 354526016.24602354 m / s > c, setting 1/gamma = 0\n",
      "v = 307848032.3909425 m / s > c, setting 1/gamma = 0\n",
      "v = 337606270.6043094 m / s > c, setting 1/gamma = 0\n",
      "v = 482176628.2868227 m / s > c, setting 1/gamma = 0\n",
      "v = 520099159.24922436 m / s > c, setting 1/gamma = 0\n",
      "v = 301725656.1451586 m / s > c, setting 1/gamma = 0\n",
      "v = 356696517.69095224 m / s > c, setting 1/gamma = 0\n",
      "v = 313790618.00236166 m / s > c, setting 1/gamma = 0\n",
      "v = 434847608.7516322 m / s > c, setting 1/gamma = 0\n",
      "v = 462200027.2612436 m / s > c, setting 1/gamma = 0\n",
      "v = 346722248.8206205 m / s > c, setting 1/gamma = 0\n",
      "v = 399796874.8445489 m / s > c, setting 1/gamma = 0\n",
      "v = 346995421.01552767 m / s > c, setting 1/gamma = 0\n",
      "v = 377401920.4385497 m / s > c, setting 1/gamma = 0\n",
      "v = 317783194.19039834 m / s > c, setting 1/gamma = 0\n",
      "v = 337649721.67774445 m / s > c, setting 1/gamma = 0\n",
      "v = 411661025.7553543 m / s > c, setting 1/gamma = 0\n",
      "v = 458040796.68376696 m / s > c, setting 1/gamma = 0\n",
      "v = 310819402.97464424 m / s > c, setting 1/gamma = 0\n",
      "v = 350875828.07406425 m / s > c, setting 1/gamma = 0\n",
      "v = 312516982.1199031 m / s > c, setting 1/gamma = 0\n",
      "v = 335331937.04279196 m / s > c, setting 1/gamma = 0\n",
      "v = 422462590.515652 m / s > c, setting 1/gamma = 0\n",
      "v = 452419540.2948013 m / s > c, setting 1/gamma = 0\n",
      "v = 361758086.2597882 m / s > c, setting 1/gamma = 0\n",
      "v = 389994954.036051 m / s > c, setting 1/gamma = 0\n",
      "v = 432088510.1172325 m / s > c, setting 1/gamma = 0\n",
      "v = 470802123.28977555 m / s > c, setting 1/gamma = 0\n",
      "v = 449332815.90007514 m / s > c, setting 1/gamma = 0\n",
      "v = 482189181.3601878 m / s > c, setting 1/gamma = 0\n",
      "v = 470560584.40964437 m / s > c, setting 1/gamma = 0\n",
      "v = 515550195.8564831 m / s > c, setting 1/gamma = 0\n",
      "v = 304144077.9389558 m / s > c, setting 1/gamma = 0\n",
      "v = 353417858.5108932 m / s > c, setting 1/gamma = 0\n",
      "v = 426742312.9746759 m / s > c, setting 1/gamma = 0\n",
      "v = 459350218.53218853 m / s > c, setting 1/gamma = 0\n",
      "v = 333502684.4270236 m / s > c, setting 1/gamma = 0\n",
      "v = 389893087.99098307 m / s > c, setting 1/gamma = 0\n",
      "v = 308727790.03613937 m / s > c, setting 1/gamma = 0\n",
      "v = 525070981.4521367 m / s > c, setting 1/gamma = 0\n",
      "v = 535529211.8111431 m / s > c, setting 1/gamma = 0\n",
      "v = 489032829.18835247 m / s > c, setting 1/gamma = 0\n",
      "v = 497097712.56776464 m / s > c, setting 1/gamma = 0\n",
      "v = 426463620.96121997 m / s > c, setting 1/gamma = 0\n",
      "v = 432636584.3171946 m / s > c, setting 1/gamma = 0\n",
      "v = 540773927.1404591 m / s > c, setting 1/gamma = 0\n",
      "v = 554612159.4867992 m / s > c, setting 1/gamma = 0\n",
      "v = 334605888.8736014 m / s > c, setting 1/gamma = 0\n",
      "v = 384852885.9714788 m / s > c, setting 1/gamma = 0\n",
      "v = 318621721.62938344 m / s > c, setting 1/gamma = 0\n",
      "v = 353553516.8736866 m / s > c, setting 1/gamma = 0\n",
      "v = 308333355.57651156 m / s > c, setting 1/gamma = 0\n",
      "v = 326283855.86414194 m / s > c, setting 1/gamma = 0\n",
      "v = 412436028.77318037 m / s > c, setting 1/gamma = 0\n",
      "v = 456314249.8989483 m / s > c, setting 1/gamma = 0\n",
      "v = 358960975.8554036 m / s > c, setting 1/gamma = 0\n",
      "v = 406467253.5075355 m / s > c, setting 1/gamma = 0\n",
      "v = 319941623.23068064 m / s > c, setting 1/gamma = 0\n",
      "v = 345266654.8874604 m / s > c, setting 1/gamma = 0\n",
      "v = 398327847.6037209 m / s > c, setting 1/gamma = 0\n",
      "v = 434856527.23066056 m / s > c, setting 1/gamma = 0\n",
      "v = 466797440.6899311 m / s > c, setting 1/gamma = 0\n",
      "v = 316789461.9329719 m / s > c, setting 1/gamma = 0\n",
      "v = 373983119.2463823 m / s > c, setting 1/gamma = 0\n",
      "v = 302719383.31666565 m / s > c, setting 1/gamma = 0\n",
      "v = 326097694.71612203 m / s > c, setting 1/gamma = 0\n",
      "v = 301285573.40891016 m / s > c, setting 1/gamma = 0\n",
      "v = 333626429.47550917 m / s > c, setting 1/gamma = 0\n",
      "v = 440245136.6844236 m / s > c, setting 1/gamma = 0\n",
      "v = 465196402.767125 m / s > c, setting 1/gamma = 0\n",
      "v = 320992975.43453413 m / s > c, setting 1/gamma = 0\n",
      "v = 353259124.59339654 m / s > c, setting 1/gamma = 0\n",
      "v = 405717037.46868235 m / s > c, setting 1/gamma = 0\n",
      "v = 319289523.59147674 m / s > c, setting 1/gamma = 0\n",
      "v = 370248573.43019176 m / s > c, setting 1/gamma = 0\n",
      "v = 348010691.13700825 m / s > c, setting 1/gamma = 0\n",
      "v = 407911630.9998731 m / s > c, setting 1/gamma = 0\n",
      "v = 306472713.17993706 m / s > c, setting 1/gamma = 0\n",
      "v = 319008474.84821635 m / s > c, setting 1/gamma = 0\n",
      "v = 358180831.38759375 m / s > c, setting 1/gamma = 0\n",
      "v = 445966609.83533 m / s > c, setting 1/gamma = 0\n",
      "v = 466595961.5184632 m / s > c, setting 1/gamma = 0\n",
      "v = 303847574.71799463 m / s > c, setting 1/gamma = 0\n",
      "v = 342511320.59244114 m / s > c, setting 1/gamma = 0\n",
      "v = 536385160.4903678 m / s > c, setting 1/gamma = 0\n",
      "v = 578945698.1543673 m / s > c, setting 1/gamma = 0\n",
      "v = 453077695.2238411 m / s > c, setting 1/gamma = 0\n",
      "v = 476242147.8672734 m / s > c, setting 1/gamma = 0\n",
      "v = 349184454.9384943 m / s > c, setting 1/gamma = 0\n",
      "v = 386978661.4317599 m / s > c, setting 1/gamma = 0\n",
      "v = 311758010.0242515 m / s > c, setting 1/gamma = 0\n",
      "v = 348832953.4799196 m / s > c, setting 1/gamma = 0\n",
      "v = 318164931.5459475 m / s > c, setting 1/gamma = 0\n",
      "v = 386265282.12794137 m / s > c, setting 1/gamma = 0\n",
      "v = 396039262.5130935 m / s > c, setting 1/gamma = 0\n",
      "v = 462210112.2185865 m / s > c, setting 1/gamma = 0\n",
      "v = 346966785.3728841 m / s > c, setting 1/gamma = 0\n",
      "v = 316576997.28845114 m / s > c, setting 1/gamma = 0\n",
      "v = 368056173.69689393 m / s > c, setting 1/gamma = 0\n",
      "v = 382065066.638873 m / s > c, setting 1/gamma = 0\n",
      "v = 425912473.6515137 m / s > c, setting 1/gamma = 0\n",
      "v = 514295082.01431054 m / s > c, setting 1/gamma = 0\n",
      "v = 559211267.2570446 m / s > c, setting 1/gamma = 0\n",
      "v = 442310316.30293685 m / s > c, setting 1/gamma = 0\n",
      "v = 504432774.6476075 m / s > c, setting 1/gamma = 0\n",
      "v = 460933043.6759951 m / s > c, setting 1/gamma = 0\n",
      "v = 488143849.67910445 m / s > c, setting 1/gamma = 0\n",
      "v = 405482930.9731185 m / s > c, setting 1/gamma = 0\n",
      "v = 471833794.51737094 m / s > c, setting 1/gamma = 0\n",
      "v = 305672475.3675847 m / s > c, setting 1/gamma = 0\n",
      "v = 356470736.5316803 m / s > c, setting 1/gamma = 0\n",
      "v = 319552381.8404583 m / s > c, setting 1/gamma = 0\n",
      "v = 444008747.25052 m / s > c, setting 1/gamma = 0\n",
      "v = 506468361.76095104 m / s > c, setting 1/gamma = 0\n",
      "v = 301051335.4497431 m / s > c, setting 1/gamma = 0\n",
      "v = 300195525.39304566 m / s > c, setting 1/gamma = 0\n",
      "v = 452020956.4471923 m / s > c, setting 1/gamma = 0\n",
      "v = 480870921.86567515 m / s > c, setting 1/gamma = 0\n",
      "v = 365946786.73926765 m / s > c, setting 1/gamma = 0\n",
      "v = 437163637.8309397 m / s > c, setting 1/gamma = 0\n",
      "v = 330280356.94310045 m / s > c, setting 1/gamma = 0\n",
      "v = 384394952.5892432 m / s > c, setting 1/gamma = 0\n",
      "v = 586874651.6122562 m / s > c, setting 1/gamma = 0\n",
      "v = 1640438472.0804212 m / s > c, setting 1/gamma = 0\n",
      "v = 1444376216.0363405 m / s > c, setting 1/gamma = 0\n",
      "v = 301569113.52574587 m / s > c, setting 1/gamma = 0\n",
      "v = 428190007.2112875 m / s > c, setting 1/gamma = 0\n",
      "v = 452788141.475346 m / s > c, setting 1/gamma = 0\n",
      "v = 446755924.6320809 m / s > c, setting 1/gamma = 0\n",
      "v = 513767808.33961457 m / s > c, setting 1/gamma = 0\n",
      "v = 371638857.42638654 m / s > c, setting 1/gamma = 0\n",
      "v = 431560499.49745744 m / s > c, setting 1/gamma = 0\n",
      "v = 320762557.37234855 m / s > c, setting 1/gamma = 0\n",
      "v = 486256827.1998832 m / s > c, setting 1/gamma = 0\n",
      "v = 545380353.9868878 m / s > c, setting 1/gamma = 0\n",
      "v = 444324406.9305993 m / s > c, setting 1/gamma = 0\n",
      "v = 507447484.15380496 m / s > c, setting 1/gamma = 0\n",
      "v = 326176390.32187265 m / s > c, setting 1/gamma = 0\n",
      "v = 421909948.36850774 m / s > c, setting 1/gamma = 0\n",
      "v = 454392728.2611149 m / s > c, setting 1/gamma = 0\n",
      "v = 342174221.613421 m / s > c, setting 1/gamma = 0\n",
      "v = 410459278.76336956 m / s > c, setting 1/gamma = 0\n",
      "v = 364034741.94487244 m / s > c, setting 1/gamma = 0\n",
      "v = 422215415.6580846 m / s > c, setting 1/gamma = 0\n",
      "v = 476198268.75916517 m / s > c, setting 1/gamma = 0\n",
      "v = 519254054.5265549 m / s > c, setting 1/gamma = 0\n",
      "v = 313979167.71220404 m / s > c, setting 1/gamma = 0\n",
      "v = 364332486.0526175 m / s > c, setting 1/gamma = 0\n",
      "v = 484616739.66254324 m / s > c, setting 1/gamma = 0\n",
      "v = 522048039.6448081 m / s > c, setting 1/gamma = 0\n",
      "v = 593264493.5035503 m / s > c, setting 1/gamma = 0\n",
      "v = 618412325.2699693 m / s > c, setting 1/gamma = 0\n",
      "v = 345503967.1494183 m / s > c, setting 1/gamma = 0\n",
      "v = 340423148.8951338 m / s > c, setting 1/gamma = 0\n",
      "v = 545386211.43726 m / s > c, setting 1/gamma = 0\n",
      "v = 543915971.7207335 m / s > c, setting 1/gamma = 0\n",
      "v = 355268785.00893563 m / s > c, setting 1/gamma = 0\n",
      "v = 390750288.6446805 m / s > c, setting 1/gamma = 0\n",
      "v = 304650278.582947 m / s > c, setting 1/gamma = 0\n",
      "v = 305303012.0938824 m / s > c, setting 1/gamma = 0\n",
      "v = 474996084.07654554 m / s > c, setting 1/gamma = 0\n",
      "v = 535497775.48634136 m / s > c, setting 1/gamma = 0\n",
      "v = 386139461.79152423 m / s > c, setting 1/gamma = 0\n",
      "v = 446272334.8238888 m / s > c, setting 1/gamma = 0\n",
      "v = 333124342.2649192 m / s > c, setting 1/gamma = 0\n",
      "v = 820354260.6412629 m / s > c, setting 1/gamma = 0\n",
      "v = 701784966.4852223 m / s > c, setting 1/gamma = 0\n",
      "v = 306060043.05793387 m / s > c, setting 1/gamma = 0\n",
      "v = 311486664.2679912 m / s > c, setting 1/gamma = 0\n",
      "v = 308406620.08197474 m / s > c, setting 1/gamma = 0\n",
      "v = 342348291.7997646 m / s > c, setting 1/gamma = 0\n",
      "v = 461667497.7445405 m / s > c, setting 1/gamma = 0\n",
      "v = 516325718.72229177 m / s > c, setting 1/gamma = 0\n",
      "v = 331494908.8481398 m / s > c, setting 1/gamma = 0\n",
      "v = 385870997.2429662 m / s > c, setting 1/gamma = 0\n",
      "v = 304738269.7372131 m / s > c, setting 1/gamma = 0\n",
      "v = 780575977.0960468 m / s > c, setting 1/gamma = 0\n",
      "v = 682495625.2493591 m / s > c, setting 1/gamma = 0\n",
      "v = 517346626.81218046 m / s > c, setting 1/gamma = 0\n",
      "v = 543214469.985015 m / s > c, setting 1/gamma = 0\n",
      "v = 305399770.9154945 m / s > c, setting 1/gamma = 0\n",
      "v = 449688702.1605345 m / s > c, setting 1/gamma = 0\n",
      "v = 475950134.6066121 m / s > c, setting 1/gamma = 0\n",
      "v = 379515800.88019484 m / s > c, setting 1/gamma = 0\n",
      "v = 419255323.9979952 m / s > c, setting 1/gamma = 0\n",
      "v = 337581411.7740406 m / s > c, setting 1/gamma = 0\n",
      "v = 334572310.0309895 m / s > c, setting 1/gamma = 0\n",
      "v = 400517564.2298318 m / s > c, setting 1/gamma = 0\n",
      "v = 355448917.4356528 m / s > c, setting 1/gamma = 0\n",
      "v = 420527765.31936383 m / s > c, setting 1/gamma = 0\n",
      "v = 324254206.1741208 m / s > c, setting 1/gamma = 0\n",
      "v = 316613003.695054 m / s > c, setting 1/gamma = 0\n",
      "v = 443217226.23355025 m / s > c, setting 1/gamma = 0\n",
      "v = 496004565.255519 m / s > c, setting 1/gamma = 0\n",
      "v = 336118558.66089046 m / s > c, setting 1/gamma = 0\n",
      "v = 359144563.11219203 m / s > c, setting 1/gamma = 0\n",
      "v = 424102159.12870896 m / s > c, setting 1/gamma = 0\n",
      "v = 627920099.3156631 m / s > c, setting 1/gamma = 0\n",
      "v = 602596195.1441679 m / s > c, setting 1/gamma = 0\n",
      "v = 513881352.14277023 m / s > c, setting 1/gamma = 0\n",
      "v = 540550019.726621 m / s > c, setting 1/gamma = 0\n",
      "v = 487715439.99684733 m / s > c, setting 1/gamma = 0\n",
      "v = 548797628.7339783 m / s > c, setting 1/gamma = 0\n",
      "v = 323664452.88439035 m / s > c, setting 1/gamma = 0\n",
      "v = 373527674.55708814 m / s > c, setting 1/gamma = 0\n",
      "v = 354467911.3621001 m / s > c, setting 1/gamma = 0\n",
      "v = 404012293.6667148 m / s > c, setting 1/gamma = 0\n",
      "v = 797152809.4499308 m / s > c, setting 1/gamma = 0\n",
      "v = 718658717.3790134 m / s > c, setting 1/gamma = 0\n",
      "v = 307962022.06612796 m / s > c, setting 1/gamma = 0\n",
      "v = 338129234.5698369 m / s > c, setting 1/gamma = 0\n",
      "v = 355887622.05573094 m / s > c, setting 1/gamma = 0\n",
      "v = 402862841.71813345 m / s > c, setting 1/gamma = 0\n",
      "v = 397594513.3483372 m / s > c, setting 1/gamma = 0\n",
      "v = 464297190.235843 m / s > c, setting 1/gamma = 0\n",
      "v = 317453931.73591155 m / s > c, setting 1/gamma = 0\n",
      "v = 302415064.103515 m / s > c, setting 1/gamma = 0\n",
      "v = 323523123.7925724 m / s > c, setting 1/gamma = 0\n",
      "v = 382265004.9327513 m / s > c, setting 1/gamma = 0\n",
      "v = 414944845.7307233 m / s > c, setting 1/gamma = 0\n",
      "v = 448690947.51303166 m / s > c, setting 1/gamma = 0\n",
      "v = 531173773.18170995 m / s > c, setting 1/gamma = 0\n",
      "v = 570096381.3621752 m / s > c, setting 1/gamma = 0\n",
      "v = 417557339.3756931 m / s > c, setting 1/gamma = 0\n",
      "v = 464524173.6451994 m / s > c, setting 1/gamma = 0\n",
      "v = 330753514.909992 m / s > c, setting 1/gamma = 0\n",
      "v = 325815408.937281 m / s > c, setting 1/gamma = 0\n",
      "v = 393327232.52389914 m / s > c, setting 1/gamma = 0\n",
      "v = 318405735.2550127 m / s > c, setting 1/gamma = 0\n",
      "v = 366186198.5644262 m / s > c, setting 1/gamma = 0\n",
      "v = 317141521.962911 m / s > c, setting 1/gamma = 0\n",
      "v = 391841877.10733145 m / s > c, setting 1/gamma = 0\n",
      "v = 417860142.1999289 m / s > c, setting 1/gamma = 0\n",
      "v = 339016088.495531 m / s > c, setting 1/gamma = 0\n",
      "v = 311012699.4396634 m / s > c, setting 1/gamma = 0\n",
      "v = 379952925.12099206 m / s > c, setting 1/gamma = 0\n",
      "v = 337078664.10778815 m / s > c, setting 1/gamma = 0\n",
      "v = 374803791.48660123 m / s > c, setting 1/gamma = 0\n",
      "v = 323468164.96064043 m / s > c, setting 1/gamma = 0\n",
      "v = 348958064.12277234 m / s > c, setting 1/gamma = 0\n",
      "v = 364395207.8746488 m / s > c, setting 1/gamma = 0\n",
      "v = 408289116.7651177 m / s > c, setting 1/gamma = 0\n",
      "v = 732997438.0970373 m / s > c, setting 1/gamma = 0\n",
      "v = 717865786.3513782 m / s > c, setting 1/gamma = 0\n",
      "v = 453715580.17447025 m / s > c, setting 1/gamma = 0\n",
      "v = 473294491.11083907 m / s > c, setting 1/gamma = 0\n",
      "v = 312758514.23017275 m / s > c, setting 1/gamma = 0\n",
      "v = 349007948.70887595 m / s > c, setting 1/gamma = 0\n",
      "v = 308784149.3227226 m / s > c, setting 1/gamma = 0\n",
      "v = 304262835.68583715 m / s > c, setting 1/gamma = 0\n",
      "v = 307261983.7119189 m / s > c, setting 1/gamma = 0\n",
      "v = 359498894.4784768 m / s > c, setting 1/gamma = 0\n",
      "v = 422439554.66675746 m / s > c, setting 1/gamma = 0\n",
      "v = 485029368.9346187 m / s > c, setting 1/gamma = 0\n",
      "v = 489074102.49312276 m / s > c, setting 1/gamma = 0\n",
      "v = 315255255.13613045 m / s > c, setting 1/gamma = 0\n",
      "v = 328406085.8297074 m / s > c, setting 1/gamma = 0\n",
      "v = 345109758.526379 m / s > c, setting 1/gamma = 0\n",
      "v = 589758750.351255 m / s > c, setting 1/gamma = 0\n",
      "v = 600662871.618576 m / s > c, setting 1/gamma = 0\n",
      "v = 309152771.9101224 m / s > c, setting 1/gamma = 0\n",
      "v = 337430654.5306146 m / s > c, setting 1/gamma = 0\n",
      "v = 367564622.8931843 m / s > c, setting 1/gamma = 0\n",
      "v = 418476975.5891533 m / s > c, setting 1/gamma = 0\n",
      "v = 304349644.6523898 m / s > c, setting 1/gamma = 0\n",
      "v = 538868808.321353 m / s > c, setting 1/gamma = 0\n",
      "v = 550098157.5059 m / s > c, setting 1/gamma = 0\n",
      "v = 610690131.8451529 m / s > c, setting 1/gamma = 0\n",
      "v = 611455767.5757201 m / s > c, setting 1/gamma = 0\n",
      "v = 372760924.7121093 m / s > c, setting 1/gamma = 0\n",
      "v = 422550213.4041707 m / s > c, setting 1/gamma = 0\n",
      "v = 334794547.05848765 m / s > c, setting 1/gamma = 0\n",
      "v = 538466914.1406662 m / s > c, setting 1/gamma = 0\n",
      "v = 554708985.9128376 m / s > c, setting 1/gamma = 0\n",
      "v = 303417713.57099456 m / s > c, setting 1/gamma = 0\n",
      "v = 346960080.83654886 m / s > c, setting 1/gamma = 0\n",
      "v = 336783946.28589 m / s > c, setting 1/gamma = 0\n",
      "v = 315401147.47692096 m / s > c, setting 1/gamma = 0\n",
      "v = 343720546.76893014 m / s > c, setting 1/gamma = 0\n",
      "v = 368526899.1686101 m / s > c, setting 1/gamma = 0\n",
      "v = 413199516.57012564 m / s > c, setting 1/gamma = 0\n",
      "v = 346148794.2526053 m / s > c, setting 1/gamma = 0\n",
      "v = 397305757.39493316 m / s > c, setting 1/gamma = 0\n",
      "v = 424954840.9525935 m / s > c, setting 1/gamma = 0\n",
      "v = 466753995.28798646 m / s > c, setting 1/gamma = 0\n",
      "v = 433385977.89018184 m / s > c, setting 1/gamma = 0\n",
      "v = 479936543.58275473 m / s > c, setting 1/gamma = 0\n",
      "v = 304210945.3969743 m / s > c, setting 1/gamma = 0\n",
      "v = 415067209.7979651 m / s > c, setting 1/gamma = 0\n",
      "v = 459084456.5373884 m / s > c, setting 1/gamma = 0\n",
      "v = 342535421.256646 m / s > c, setting 1/gamma = 0\n",
      "v = 380091789.25903594 m / s > c, setting 1/gamma = 0\n",
      "v = 301016333.9813424 m / s > c, setting 1/gamma = 0\n",
      "v = 717853339.1992167 m / s > c, setting 1/gamma = 0\n",
      "v = 706798569.1342582 m / s > c, setting 1/gamma = 0\n",
      "v = 354446118.44582313 m / s > c, setting 1/gamma = 0\n",
      "v = 390907425.0808536 m / s > c, setting 1/gamma = 0\n",
      "v = 329769247.9950326 m / s > c, setting 1/gamma = 0\n",
      "v = 307663239.66977954 m / s > c, setting 1/gamma = 0\n",
      "v = 302803575.2426432 m / s > c, setting 1/gamma = 0\n",
      "v = 432425669.40965515 m / s > c, setting 1/gamma = 0\n",
      "v = 477109940.28373706 m / s > c, setting 1/gamma = 0\n",
      "v = 323760891.8297592 m / s > c, setting 1/gamma = 0\n",
      "v = 374241619.6596313 m / s > c, setting 1/gamma = 0\n",
      "v = 506553133.9243227 m / s > c, setting 1/gamma = 0\n",
      "v = 538519580.6601124 m / s > c, setting 1/gamma = 0\n",
      "v = 334179364.0157014 m / s > c, setting 1/gamma = 0\n",
      "v = 392822573.3096163 m / s > c, setting 1/gamma = 0\n",
      "v = 309817159.0704033 m / s > c, setting 1/gamma = 0\n",
      "v = 300335051.4655907 m / s > c, setting 1/gamma = 0\n",
      "v = 372536151.66273093 m / s > c, setting 1/gamma = 0\n",
      "v = 414675091.0510806 m / s > c, setting 1/gamma = 0\n",
      "v = 301292204.36639756 m / s > c, setting 1/gamma = 0\n",
      "v = 301172687.6614384 m / s > c, setting 1/gamma = 0\n",
      "v = 321595306.0225457 m / s > c, setting 1/gamma = 0\n",
      "v = 419748871.8922122 m / s > c, setting 1/gamma = 0\n",
      "v = 448858769.8247671 m / s > c, setting 1/gamma = 0\n",
      "v = 348654396.7187473 m / s > c, setting 1/gamma = 0\n",
      "v = 399865406.83331513 m / s > c, setting 1/gamma = 0\n",
      "v = 320143362.15699863 m / s > c, setting 1/gamma = 0\n",
      "v = 347404672.08766645 m / s > c, setting 1/gamma = 0\n",
      "v = 362430324.15173376 m / s > c, setting 1/gamma = 0\n",
      "v = 417801099.4717829 m / s > c, setting 1/gamma = 0\n",
      "v = 481026797.8750639 m / s > c, setting 1/gamma = 0\n",
      "v = 498471353.8125319 m / s > c, setting 1/gamma = 0\n",
      "v = 327426445.6221998 m / s > c, setting 1/gamma = 0\n",
      "v = 715373688.4695517 m / s > c, setting 1/gamma = 0\n",
      "v = 591461788.8384488 m / s > c, setting 1/gamma = 0\n",
      "v = 301377575.85848975 m / s > c, setting 1/gamma = 0\n",
      "v = 330495351.23125523 m / s > c, setting 1/gamma = 0\n",
      "v = 311218506.1889343 m / s > c, setting 1/gamma = 0\n",
      "v = 327755578.5088259 m / s > c, setting 1/gamma = 0\n",
      "v = 384459434.33959323 m / s > c, setting 1/gamma = 0\n",
      "v = 402428577.62806356 m / s > c, setting 1/gamma = 0\n",
      "v = 317046604.48758686 m / s > c, setting 1/gamma = 0\n",
      "v = 354635368.3409381 m / s > c, setting 1/gamma = 0\n",
      "v = 306408879.70033646 m / s > c, setting 1/gamma = 0\n",
      "v = 363159728.9014856 m / s > c, setting 1/gamma = 0\n",
      "v = 305695019.9762554 m / s > c, setting 1/gamma = 0\n",
      "v = 445967419.38047147 m / s > c, setting 1/gamma = 0\n",
      "v = 472590623.66424996 m / s > c, setting 1/gamma = 0\n",
      "v = 342777501.1805129 m / s > c, setting 1/gamma = 0\n",
      "v = 389081151.6440246 m / s > c, setting 1/gamma = 0\n",
      "v = 304175038.604363 m / s > c, setting 1/gamma = 0\n",
      "v = 337138105.66405416 m / s > c, setting 1/gamma = 0\n",
      "v = 362798699.44854254 m / s > c, setting 1/gamma = 0\n",
      "v = 471568644.95878196 m / s > c, setting 1/gamma = 0\n",
      "v = 498867578.1191239 m / s > c, setting 1/gamma = 0\n",
      "v = 322444200.683044 m / s > c, setting 1/gamma = 0\n",
      "v = 321668589.6347084 m / s > c, setting 1/gamma = 0\n",
      "v = 505365910.2278203 m / s > c, setting 1/gamma = 0\n",
      "v = 503281101.4522304 m / s > c, setting 1/gamma = 0\n",
      "v = 314406273.3862931 m / s > c, setting 1/gamma = 0\n",
      "v = 330052007.1192672 m / s > c, setting 1/gamma = 0\n",
      "v = 341590309.4525688 m / s > c, setting 1/gamma = 0\n",
      "v = 375961490.89209765 m / s > c, setting 1/gamma = 0\n",
      "v = 307066057.6198431 m / s > c, setting 1/gamma = 0\n",
      "v = 355119880.861116 m / s > c, setting 1/gamma = 0\n",
      "v = 304265897.9926588 m / s > c, setting 1/gamma = 0\n",
      "v = 333389251.8307869 m / s > c, setting 1/gamma = 0\n",
      "v = 505768132.69432527 m / s > c, setting 1/gamma = 0\n",
      "v = 528977654.0094046 m / s > c, setting 1/gamma = 0\n",
      "v = 321045715.42602193 m / s > c, setting 1/gamma = 0\n",
      "v = 370284761.79536116 m / s > c, setting 1/gamma = 0\n",
      "v = 317671792.0431569 m / s > c, setting 1/gamma = 0\n",
      "v = 326338069.70493305 m / s > c, setting 1/gamma = 0\n",
      "v = 356331686.7805423 m / s > c, setting 1/gamma = 0\n",
      "v = 405829194.1980248 m / s > c, setting 1/gamma = 0\n",
      "v = 429776509.3800718 m / s > c, setting 1/gamma = 0\n",
      "v = 340997393.82083446 m / s > c, setting 1/gamma = 0\n",
      "v = 735500069.2117702 m / s > c, setting 1/gamma = 0\n",
      "v = 608121461.1572866 m / s > c, setting 1/gamma = 0\n",
      "v = 302148713.3933237 m / s > c, setting 1/gamma = 0\n",
      "v = 550388483.5013822 m / s > c, setting 1/gamma = 0\n",
      "v = 565374753.6920202 m / s > c, setting 1/gamma = 0\n",
      "v = 531955698.9153803 m / s > c, setting 1/gamma = 0\n",
      "v = 499250998.4666633 m / s > c, setting 1/gamma = 0\n",
      "v = 316588385.3880178 m / s > c, setting 1/gamma = 0\n",
      "v = 345054024.7236427 m / s > c, setting 1/gamma = 0\n",
      "v = 305993509.16031903 m / s > c, setting 1/gamma = 0\n",
      "v = 515727237.17243135 m / s > c, setting 1/gamma = 0\n",
      "v = 535234227.1437658 m / s > c, setting 1/gamma = 0\n",
      "v = 323174822.36650187 m / s > c, setting 1/gamma = 0\n",
      "v = 371135429.01139176 m / s > c, setting 1/gamma = 0\n",
      "v = 315507286.5519024 m / s > c, setting 1/gamma = 0\n",
      "v = 351194730.587106 m / s > c, setting 1/gamma = 0\n",
      "v = 376176278.04402477 m / s > c, setting 1/gamma = 0\n",
      "v = 303538838.95583075 m / s > c, setting 1/gamma = 0\n",
      "v = 363043075.0995133 m / s > c, setting 1/gamma = 0\n",
      "v = 394797376.7828305 m / s > c, setting 1/gamma = 0\n",
      "v = 323498212.66217726 m / s > c, setting 1/gamma = 0\n",
      "v = 374639632.0201442 m / s > c, setting 1/gamma = 0\n",
      "v = 314566613.0811697 m / s > c, setting 1/gamma = 0\n",
      "v = 344819768.0320443 m / s > c, setting 1/gamma = 0\n",
      "v = 526145123.1383409 m / s > c, setting 1/gamma = 0\n",
      "v = 541114516.3074492 m / s > c, setting 1/gamma = 0\n",
      "v = 372582301.5574583 m / s > c, setting 1/gamma = 0\n",
      "v = 422022888.1285391 m / s > c, setting 1/gamma = 0\n",
      "v = 344117868.61067444 m / s > c, setting 1/gamma = 0\n",
      "v = 372101911.91361344 m / s > c, setting 1/gamma = 0\n",
      "v = 307475370.4413216 m / s > c, setting 1/gamma = 0\n",
      "v = 326787331.5195131 m / s > c, setting 1/gamma = 0\n",
      "v = 584239309.6311035 m / s > c, setting 1/gamma = 0\n",
      "v = 597030194.4826503 m / s > c, setting 1/gamma = 0\n",
      "v = 335568678.80327404 m / s > c, setting 1/gamma = 0\n",
      "v = 382143156.3385821 m / s > c, setting 1/gamma = 0\n",
      "v = 302702172.60570717 m / s > c, setting 1/gamma = 0\n",
      "v = 300829638.8517275 m / s > c, setting 1/gamma = 0\n",
      "v = 335202370.78150845 m / s > c, setting 1/gamma = 0\n",
      "v = 347757793.34452975 m / s > c, setting 1/gamma = 0\n",
      "v = 307134625.922351 m / s > c, setting 1/gamma = 0\n",
      "v = 642828661.2666564 m / s > c, setting 1/gamma = 0\n",
      "v = 526960241.2964229 m / s > c, setting 1/gamma = 0\n",
      "v = 316148915.0818778 m / s > c, setting 1/gamma = 0\n",
      "v = 319739369.48636216 m / s > c, setting 1/gamma = 0\n",
      "v = 344520745.1224559 m / s > c, setting 1/gamma = 0\n",
      "v = 444717700.6038953 m / s > c, setting 1/gamma = 0\n",
      "v = 477589974.60642654 m / s > c, setting 1/gamma = 0\n",
      "v = 402083075.5904741 m / s > c, setting 1/gamma = 0\n",
      "v = 432732519.1852905 m / s > c, setting 1/gamma = 0\n",
      "v = 387365676.5786883 m / s > c, setting 1/gamma = 0\n",
      "v = 436580132.93189794 m / s > c, setting 1/gamma = 0\n",
      "v = 342124232.6783331 m / s > c, setting 1/gamma = 0\n",
      "v = 368246590.1800873 m / s > c, setting 1/gamma = 0\n",
      "v = 419343801.0914485 m / s > c, setting 1/gamma = 0\n",
      "v = 454955208.1702011 m / s > c, setting 1/gamma = 0\n",
      "v = 356232267.6231888 m / s > c, setting 1/gamma = 0\n",
      "v = 409378648.3040112 m / s > c, setting 1/gamma = 0\n",
      "v = 314944004.2315813 m / s > c, setting 1/gamma = 0\n",
      "v = 345999460.23279846 m / s > c, setting 1/gamma = 0\n",
      "v = 474985337.87500155 m / s > c, setting 1/gamma = 0\n",
      "v = 499301924.8054935 m / s > c, setting 1/gamma = 0\n",
      "v = 301769795.1145387 m / s > c, setting 1/gamma = 0\n",
      "v = 357197626.3413857 m / s > c, setting 1/gamma = 0\n",
      "v = 318058534.945648 m / s > c, setting 1/gamma = 0\n",
      "v = 395422368.96134007 m / s > c, setting 1/gamma = 0\n",
      "v = 414813441.990738 m / s > c, setting 1/gamma = 0\n",
      "v = 329240784.68300205 m / s > c, setting 1/gamma = 0\n",
      "v = 374429159.36939627 m / s > c, setting 1/gamma = 0\n",
      "v = 310152327.99214387 m / s > c, setting 1/gamma = 0\n",
      "v = 316310265.8282822 m / s > c, setting 1/gamma = 0\n",
      "v = 352107127.4828007 m / s > c, setting 1/gamma = 0\n",
      "v = 303967657.468328 m / s > c, setting 1/gamma = 0\n",
      "v = 323887679.71910626 m / s > c, setting 1/gamma = 0\n",
      "v = 430975650.3698319 m / s > c, setting 1/gamma = 0\n",
      "v = 464784458.4021098 m / s > c, setting 1/gamma = 0\n",
      "v = 353322973.5293473 m / s > c, setting 1/gamma = 0\n",
      "v = 404158507.77096313 m / s > c, setting 1/gamma = 0\n",
      "v = 320368260.3090501 m / s > c, setting 1/gamma = 0\n",
      "v = 348195152.7090964 m / s > c, setting 1/gamma = 0\n",
      "v = 391492562.562474 m / s > c, setting 1/gamma = 0\n",
      "v = 442885003.44139946 m / s > c, setting 1/gamma = 0\n",
      "v = 405908229.06410927 m / s > c, setting 1/gamma = 0\n",
      "v = 450110028.6550526 m / s > c, setting 1/gamma = 0\n",
      "v = 306623294.5655662 m / s > c, setting 1/gamma = 0\n",
      "v = 358084598.5491326 m / s > c, setting 1/gamma = 0\n",
      "v = 410937945.9147475 m / s > c, setting 1/gamma = 0\n",
      "v = 316610072.63497674 m / s > c, setting 1/gamma = 0\n",
      "v = 337410300.2447264 m / s > c, setting 1/gamma = 0\n",
      "v = 310440751.9517157 m / s > c, setting 1/gamma = 0\n",
      "v = 631619335.1153092 m / s > c, setting 1/gamma = 0\n",
      "v = 519405023.7590014 m / s > c, setting 1/gamma = 0\n",
      "v = 304099255.3321873 m / s > c, setting 1/gamma = 0\n",
      "v = 404173401.57944345 m / s > c, setting 1/gamma = 0\n",
      "v = 445852466.5281513 m / s > c, setting 1/gamma = 0\n",
      "v = 315467183.6686354 m / s > c, setting 1/gamma = 0\n",
      "v = 342159524.99388874 m / s > c, setting 1/gamma = 0\n",
      "v = 429473004.93445545 m / s > c, setting 1/gamma = 0\n",
      "v = 480826366.2793354 m / s > c, setting 1/gamma = 0\n",
      "v = 434322959.2952667 m / s > c, setting 1/gamma = 0\n",
      "v = 465738664.1365446 m / s > c, setting 1/gamma = 0\n",
      "v = 359438999.24878186 m / s > c, setting 1/gamma = 0\n",
      "v = 394383229.3707488 m / s > c, setting 1/gamma = 0\n",
      "v = 431334870.05455786 m / s > c, setting 1/gamma = 0\n",
      "v = 472640200.7807718 m / s > c, setting 1/gamma = 0\n",
      "v = 312689314.4182818 m / s > c, setting 1/gamma = 0\n",
      "v = 346561637.244871 m / s > c, setting 1/gamma = 0\n",
      "v = 497254856.7688235 m / s > c, setting 1/gamma = 0\n",
      "v = 510511035.2299271 m / s > c, setting 1/gamma = 0\n",
      "v = 414815114.0388617 m / s > c, setting 1/gamma = 0\n",
      "v = 456656579.3235718 m / s > c, setting 1/gamma = 0\n",
      "v = 300892209.8920672 m / s > c, setting 1/gamma = 0\n",
      "v = 328582703.3401126 m / s > c, setting 1/gamma = 0\n",
      "v = 778012792.0008386 m / s > c, setting 1/gamma = 0\n",
      "v = 751686585.2058463 m / s > c, setting 1/gamma = 0\n",
      "v = 337702138.0244158 m / s > c, setting 1/gamma = 0\n",
      "v = 378779029.78196484 m / s > c, setting 1/gamma = 0\n",
      "v = 344298272.8583681 m / s > c, setting 1/gamma = 0\n",
      "v = 519393603.24411124 m / s > c, setting 1/gamma = 0\n",
      "v = 509291532.29010814 m / s > c, setting 1/gamma = 0\n",
      "v = 315077036.9863487 m / s > c, setting 1/gamma = 0\n",
      "v = 491519053.3052183 m / s > c, setting 1/gamma = 0\n",
      "v = 533382214.627684 m / s > c, setting 1/gamma = 0\n",
      "v = 346344328.65219694 m / s > c, setting 1/gamma = 0\n",
      "v = 398486216.3033106 m / s > c, setting 1/gamma = 0\n",
      "v = 475209606.05428255 m / s > c, setting 1/gamma = 0\n",
      "v = 497475350.3316621 m / s > c, setting 1/gamma = 0\n",
      "v = 346604290.58571655 m / s > c, setting 1/gamma = 0\n",
      "v = 309307550.3401426 m / s > c, setting 1/gamma = 0\n",
      "v = 346634348.67103076 m / s > c, setting 1/gamma = 0\n",
      "v = 303292022.2538414 m / s > c, setting 1/gamma = 0\n",
      "v = 506819195.18303907 m / s > c, setting 1/gamma = 0\n",
      "v = 490490061.26367694 m / s > c, setting 1/gamma = 0\n",
      "v = 327697361.9580434 m / s > c, setting 1/gamma = 0\n",
      "v = 305573687.8412023 m / s > c, setting 1/gamma = 0\n",
      "v = 338092384.45767903 m / s > c, setting 1/gamma = 0\n",
      "v = 301798194.6572021 m / s > c, setting 1/gamma = 0\n",
      "v = 318470240.57489175 m / s > c, setting 1/gamma = 0\n",
      "v = 306197981.13294333 m / s > c, setting 1/gamma = 0\n",
      "v = 435654001.9282071 m / s > c, setting 1/gamma = 0\n",
      "v = 453806281.0025399 m / s > c, setting 1/gamma = 0\n",
      "v = 417314613.00315595 m / s > c, setting 1/gamma = 0\n",
      "v = 471526063.41611195 m / s > c, setting 1/gamma = 0\n",
      "v = 503153922.96587604 m / s > c, setting 1/gamma = 0\n",
      "v = 505628793.5633211 m / s > c, setting 1/gamma = 0\n",
      "v = 360639444.1581538 m / s > c, setting 1/gamma = 0\n",
      "v = 392902566.15109575 m / s > c, setting 1/gamma = 0\n",
      "v = 432361201.23477465 m / s > c, setting 1/gamma = 0\n",
      "v = 476001477.56975865 m / s > c, setting 1/gamma = 0\n",
      "v = 509270522.065999 m / s > c, setting 1/gamma = 0\n",
      "v = 518607688.08781195 m / s > c, setting 1/gamma = 0\n",
      "v = 327321788.8169491 m / s > c, setting 1/gamma = 0\n",
      "v = 389606434.83647364 m / s > c, setting 1/gamma = 0\n",
      "v = 309266412.4184212 m / s > c, setting 1/gamma = 0\n",
      "v = 598303935.4881405 m / s > c, setting 1/gamma = 0\n",
      "v = 608768636.3667185 m / s > c, setting 1/gamma = 0\n",
      "v = 512121885.6545994 m / s > c, setting 1/gamma = 0\n",
      "v = 484401326.4835469 m / s > c, setting 1/gamma = 0\n",
      "v = 300441602.000051 m / s > c, setting 1/gamma = 0\n",
      "v = 427222963.12201524 m / s > c, setting 1/gamma = 0\n",
      "v = 480592598.7610886 m / s > c, setting 1/gamma = 0\n",
      "v = 466658574.5141174 m / s > c, setting 1/gamma = 0\n",
      "v = 487138188.89712036 m / s > c, setting 1/gamma = 0\n",
      "v = 433947552.9754852 m / s > c, setting 1/gamma = 0\n",
      "v = 460715655.8479444 m / s > c, setting 1/gamma = 0\n",
      "v = 372835011.80510974 m / s > c, setting 1/gamma = 0\n",
      "v = 430574016.91355973 m / s > c, setting 1/gamma = 0\n",
      "v = 313150309.1878899 m / s > c, setting 1/gamma = 0\n",
      "v = 343966196.6412784 m / s > c, setting 1/gamma = 0\n",
      "v = 300321300.84420085 m / s > c, setting 1/gamma = 0\n",
      "v = 504081134.8680642 m / s > c, setting 1/gamma = 0\n",
      "v = 510782125.8731603 m / s > c, setting 1/gamma = 0\n",
      "v = 343235110.5153329 m / s > c, setting 1/gamma = 0\n",
      "v = 402925879.8851642 m / s > c, setting 1/gamma = 0\n",
      "v = 571320338.5866461 m / s > c, setting 1/gamma = 0\n",
      "v = 536987677.690132 m / s > c, setting 1/gamma = 0\n",
      "v = 302730803.4074058 m / s > c, setting 1/gamma = 0\n",
      "v = 311178870.01802367 m / s > c, setting 1/gamma = 0\n",
      "v = 306333155.75296724 m / s > c, setting 1/gamma = 0\n",
      "v = 343153483.89848447 m / s > c, setting 1/gamma = 0\n",
      "v = 322819828.9554295 m / s > c, setting 1/gamma = 0\n",
      "v = 386882627.481725 m / s > c, setting 1/gamma = 0\n",
      "v = 310708438.59886074 m / s > c, setting 1/gamma = 0\n",
      "v = 354029920.3777578 m / s > c, setting 1/gamma = 0\n",
      "v = 359200736.187402 m / s > c, setting 1/gamma = 0\n",
      "v = 376910605.26267296 m / s > c, setting 1/gamma = 0\n",
      "v = 704484503.4139314 m / s > c, setting 1/gamma = 0\n",
      "v = 694950960.602883 m / s > c, setting 1/gamma = 0\n",
      "v = 343763673.15913 m / s > c, setting 1/gamma = 0\n",
      "v = 397657667.67319995 m / s > c, setting 1/gamma = 0\n",
      "v = 303779384.3359379 m / s > c, setting 1/gamma = 0\n",
      "v = 342799046.8744453 m / s > c, setting 1/gamma = 0\n",
      "v = 501911420.1051262 m / s > c, setting 1/gamma = 0\n",
      "v = 536640783.72998184 m / s > c, setting 1/gamma = 0\n",
      "v = 343379699.11583364 m / s > c, setting 1/gamma = 0\n",
      "v = 302661982.78093266 m / s > c, setting 1/gamma = 0\n",
      "v = 327016949.6516937 m / s > c, setting 1/gamma = 0\n",
      "v = 380777799.0296105 m / s > c, setting 1/gamma = 0\n",
      "v = 480002603.79959106 m / s > c, setting 1/gamma = 0\n",
      "v = 506691813.85850143 m / s > c, setting 1/gamma = 0\n",
      "v = 346176317.212532 m / s > c, setting 1/gamma = 0\n",
      "v = 406886070.67046493 m / s > c, setting 1/gamma = 0\n",
      "v = 307602963.16033155 m / s > c, setting 1/gamma = 0\n",
      "v = 351673958.0631058 m / s > c, setting 1/gamma = 0\n",
      "v = 387039341.16290975 m / s > c, setting 1/gamma = 0\n",
      "v = 320476036.12528485 m / s > c, setting 1/gamma = 0\n",
      "v = 452866881.68128663 m / s > c, setting 1/gamma = 0\n",
      "v = 462665970.34913456 m / s > c, setting 1/gamma = 0\n",
      "v = 440228899.2711592 m / s > c, setting 1/gamma = 0\n",
      "v = 470637417.23532945 m / s > c, setting 1/gamma = 0\n",
      "v = 762143215.7501948 m / s > c, setting 1/gamma = 0\n",
      "v = 745148310.6299137 m / s > c, setting 1/gamma = 0\n",
      "v = 320832811.5881553 m / s > c, setting 1/gamma = 0\n",
      "v = 455819450.3986116 m / s > c, setting 1/gamma = 0\n",
      "v = 502073635.97184813 m / s > c, setting 1/gamma = 0\n",
      "v = 509149474.50477386 m / s > c, setting 1/gamma = 0\n",
      "v = 533506706.1415226 m / s > c, setting 1/gamma = 0\n",
      "v = 300563629.9361769 m / s > c, setting 1/gamma = 0\n",
      "v = 391453548.94655335 m / s > c, setting 1/gamma = 0\n",
      "v = 428514901.0925167 m / s > c, setting 1/gamma = 0\n",
      "v = 403164424.90953755 m / s > c, setting 1/gamma = 0\n",
      "v = 460649577.36418104 m / s > c, setting 1/gamma = 0\n",
      "v = 305877277.775175 m / s > c, setting 1/gamma = 0\n",
      "v = 308670525.0294349 m / s > c, setting 1/gamma = 0\n",
      "v = 336376432.41047335 m / s > c, setting 1/gamma = 0\n",
      "v = 377946063.27298474 m / s > c, setting 1/gamma = 0\n",
      "v = 413597673.73253727 m / s > c, setting 1/gamma = 0\n",
      "v = 426994597.82656264 m / s > c, setting 1/gamma = 0\n",
      "v = 483732150.4110543 m / s > c, setting 1/gamma = 0\n",
      "v = 310121167.91428936 m / s > c, setting 1/gamma = 0\n",
      "v = 363673398.19316995 m / s > c, setting 1/gamma = 0\n",
      "v = 321910503.24949616 m / s > c, setting 1/gamma = 0\n",
      "v = 339452002.18544084 m / s > c, setting 1/gamma = 0\n",
      "v = 303715758.50914866 m / s > c, setting 1/gamma = 0\n",
      "v = 332828860.96545935 m / s > c, setting 1/gamma = 0\n",
      "v = 322970731.5994194 m / s > c, setting 1/gamma = 0\n",
      "v = 332598363.81257284 m / s > c, setting 1/gamma = 0\n",
      "v = 306892968.8014417 m / s > c, setting 1/gamma = 0\n",
      "v = 342105258.74662864 m / s > c, setting 1/gamma = 0\n",
      "v = 415455438.39537454 m / s > c, setting 1/gamma = 0\n",
      "v = 476726310.22641045 m / s > c, setting 1/gamma = 0\n",
      "v = 313023145.02222663 m / s > c, setting 1/gamma = 0\n",
      "v = 354821914.19068336 m / s > c, setting 1/gamma = 0\n",
      "v = 391037647.6962626 m / s > c, setting 1/gamma = 0\n",
      "v = 311568338.79413694 m / s > c, setting 1/gamma = 0\n",
      "v = 308943878.26686186 m / s > c, setting 1/gamma = 0\n",
      "v = 346303509.2157899 m / s > c, setting 1/gamma = 0\n",
      "v = 312855718.1998756 m / s > c, setting 1/gamma = 0\n",
      "v = 492762312.72629386 m / s > c, setting 1/gamma = 0\n",
      "v = 527024963.74851656 m / s > c, setting 1/gamma = 0\n",
      "v = 498316319.23913014 m / s > c, setting 1/gamma = 0\n",
      "v = 532888742.25927424 m / s > c, setting 1/gamma = 0\n",
      "v = 302208845.1315064 m / s > c, setting 1/gamma = 0\n",
      "v = 358045871.06607944 m / s > c, setting 1/gamma = 0\n",
      "v = 311176045.5676539 m / s > c, setting 1/gamma = 0\n",
      "v = 452195240.5092074 m / s > c, setting 1/gamma = 0\n",
      "v = 471040687.3655822 m / s > c, setting 1/gamma = 0\n",
      "v = 299930780.69034773 m / s > c, setting 1/gamma = 0\n",
      "v = 632179516.3405993 m / s > c, setting 1/gamma = 0\n",
      "v = 521163231.5930619 m / s > c, setting 1/gamma = 0\n",
      "v = 339554633.9430586 m / s > c, setting 1/gamma = 0\n",
      "v = 369390712.7093143 m / s > c, setting 1/gamma = 0\n",
      "v = 307461160.35273004 m / s > c, setting 1/gamma = 0\n",
      "v = 640811888.7412239 m / s > c, setting 1/gamma = 0\n",
      "v = 630366704.2762368 m / s > c, setting 1/gamma = 0\n",
      "v = 334443995.58313113 m / s > c, setting 1/gamma = 0\n",
      "v = 385370204.18493456 m / s > c, setting 1/gamma = 0\n",
      "v = 399279025.1585014 m / s > c, setting 1/gamma = 0\n",
      "v = 434880159.921861 m / s > c, setting 1/gamma = 0\n",
      "v = 376010422.4592484 m / s > c, setting 1/gamma = 0\n",
      "v = 432125656.3160309 m / s > c, setting 1/gamma = 0\n",
      "v = 316202004.43669665 m / s > c, setting 1/gamma = 0\n",
      "v = 349679241.4580363 m / s > c, setting 1/gamma = 0\n",
      "v = 300289941.80001783 m / s > c, setting 1/gamma = 0\n",
      "v = 328017633.740493 m / s > c, setting 1/gamma = 0\n",
      "v = 350942346.8995297 m / s > c, setting 1/gamma = 0\n",
      "v = 399434466.7395336 m / s > c, setting 1/gamma = 0\n",
      "v = 449620752.92993486 m / s > c, setting 1/gamma = 0\n",
      "v = 320831696.6224594 m / s > c, setting 1/gamma = 0\n",
      "v = 340090012.5516754 m / s > c, setting 1/gamma = 0\n",
      "v = 422586343.1942997 m / s > c, setting 1/gamma = 0\n",
      "v = 465691199.2076869 m / s > c, setting 1/gamma = 0\n",
      "v = 306485270.96568096 m / s > c, setting 1/gamma = 0\n",
      "v = 336151756.08442277 m / s > c, setting 1/gamma = 0\n",
      "v = 313188464.0845641 m / s > c, setting 1/gamma = 0\n",
      "v = 354240438.7278782 m / s > c, setting 1/gamma = 0\n",
      "v = 326557959.1175958 m / s > c, setting 1/gamma = 0\n",
      "v = 380536374.42291915 m / s > c, setting 1/gamma = 0\n",
      "v = 300201526.5170944 m / s > c, setting 1/gamma = 0\n",
      "v = 305645502.5195052 m / s > c, setting 1/gamma = 0\n",
      "v = 334012213.2521194 m / s > c, setting 1/gamma = 0\n",
      "v = 417011647.88316053 m / s > c, setting 1/gamma = 0\n",
      "v = 465035180.7571338 m / s > c, setting 1/gamma = 0\n",
      "v = 323834397.3525186 m / s > c, setting 1/gamma = 0\n",
      "v = 353840424.12744796 m / s > c, setting 1/gamma = 0\n",
      "v = 316186087.5335261 m / s > c, setting 1/gamma = 0\n",
      "v = 655999524.5762936 m / s > c, setting 1/gamma = 0\n",
      "v = 540024446.7455941 m / s > c, setting 1/gamma = 0\n",
      "v = 475040543.42149323 m / s > c, setting 1/gamma = 0\n",
      "v = 501253694.168757 m / s > c, setting 1/gamma = 0\n",
      "v = 522367614.1211293 m / s > c, setting 1/gamma = 0\n",
      "v = 518377335.5247287 m / s > c, setting 1/gamma = 0\n",
      "v = 310560808.9645684 m / s > c, setting 1/gamma = 0\n",
      "v = 314897608.6839238 m / s > c, setting 1/gamma = 0\n",
      "v = 590065714.3737417 m / s > c, setting 1/gamma = 0\n",
      "v = 587391169.0562438 m / s > c, setting 1/gamma = 0\n",
      "v = 372675930.620665 m / s > c, setting 1/gamma = 0\n",
      "v = 424983011.05062693 m / s > c, setting 1/gamma = 0\n",
      "v = 308869298.03077716 m / s > c, setting 1/gamma = 0\n",
      "v = 329587756.8668456 m / s > c, setting 1/gamma = 0\n",
      "v = 322415650.4676036 m / s > c, setting 1/gamma = 0\n",
      "v = 682690121.7002808 m / s > c, setting 1/gamma = 0\n",
      "v = 562851199.7621325 m / s > c, setting 1/gamma = 0\n",
      "v = 309464215.54912096 m / s > c, setting 1/gamma = 0\n",
      "v = 455816871.5261384 m / s > c, setting 1/gamma = 0\n",
      "v = 483875086.4002556 m / s > c, setting 1/gamma = 0\n",
      "v = 505245236.2647168 m / s > c, setting 1/gamma = 0\n",
      "v = 516567930.4449291 m / s > c, setting 1/gamma = 0\n",
      "v = 312948277.26889324 m / s > c, setting 1/gamma = 0\n",
      "v = 331570907.67170006 m / s > c, setting 1/gamma = 0\n",
      "v = 311441010.6960907 m / s > c, setting 1/gamma = 0\n",
      "v = 371122879.5486344 m / s > c, setting 1/gamma = 0\n",
      "v = 315951213.74659574 m / s > c, setting 1/gamma = 0\n",
      "v = 342344149.84454703 m / s > c, setting 1/gamma = 0\n",
      "v = 387770260.7698413 m / s > c, setting 1/gamma = 0\n",
      "v = 328590699.80241436 m / s > c, setting 1/gamma = 0\n",
      "v = 395705812.1682588 m / s > c, setting 1/gamma = 0\n",
      "v = 357709217.583562 m / s > c, setting 1/gamma = 0\n",
      "v = 391518521.9446274 m / s > c, setting 1/gamma = 0\n",
      "v = 521609904.5292278 m / s > c, setting 1/gamma = 0\n",
      "v = 522887504.32069016 m / s > c, setting 1/gamma = 0\n",
      "v = 527526264.29481816 m / s > c, setting 1/gamma = 0\n",
      "v = 559384567.0623815 m / s > c, setting 1/gamma = 0\n",
      "v = 304763988.5845205 m / s > c, setting 1/gamma = 0\n",
      "v = 450730953.44056237 m / s > c, setting 1/gamma = 0\n",
      "v = 476392151.14777297 m / s > c, setting 1/gamma = 0\n",
      "v = 313579043.47482646 m / s > c, setting 1/gamma = 0\n",
      "v = 303117185.37515634 m / s > c, setting 1/gamma = 0\n",
      "v = 347413584.9808424 m / s > c, setting 1/gamma = 0\n",
      "v = 401873175.7545241 m / s > c, setting 1/gamma = 0\n",
      "v = 416780079.65229523 m / s > c, setting 1/gamma = 0\n",
      "v = 334051634.40279603 m / s > c, setting 1/gamma = 0\n",
      "v = 376679822.496791 m / s > c, setting 1/gamma = 0\n",
      "v = 311714259.918986 m / s > c, setting 1/gamma = 0\n",
      "v = 853750773.4591143 m / s > c, setting 1/gamma = 0\n",
      "v = 749166679.0266331 m / s > c, setting 1/gamma = 0\n",
      "v = 330171778.4210831 m / s > c, setting 1/gamma = 0\n",
      "v = 379115219.5426967 m / s > c, setting 1/gamma = 0\n",
      "v = 350931382.58859396 m / s > c, setting 1/gamma = 0\n",
      "v = 412444990.4058482 m / s > c, setting 1/gamma = 0\n",
      "v = 323246025.6703107 m / s > c, setting 1/gamma = 0\n",
      "v = 327691535.1612684 m / s > c, setting 1/gamma = 0\n",
      "v = 303616082.3100022 m / s > c, setting 1/gamma = 0\n",
      "v = 472303203.64799607 m / s > c, setting 1/gamma = 0\n",
      "v = 525890500.86681956 m / s > c, setting 1/gamma = 0\n",
      "v = 390672749.5749845 m / s > c, setting 1/gamma = 0\n",
      "v = 442635448.20803916 m / s > c, setting 1/gamma = 0\n",
      "v = 303277325.97729415 m / s > c, setting 1/gamma = 0\n",
      "v = 327232163.5648868 m / s > c, setting 1/gamma = 0\n",
      "v = 317466953.6674918 m / s > c, setting 1/gamma = 0\n",
      "v = 356368036.5766466 m / s > c, setting 1/gamma = 0\n",
      "v = 407836730.9118408 m / s > c, setting 1/gamma = 0\n",
      "v = 470615630.2906759 m / s > c, setting 1/gamma = 0\n",
      "v = 608866846.2548895 m / s > c, setting 1/gamma = 0\n",
      "v = 609634297.7901385 m / s > c, setting 1/gamma = 0\n",
      "v = 349441010.247797 m / s > c, setting 1/gamma = 0\n",
      "v = 390957645.35689515 m / s > c, setting 1/gamma = 0\n",
      "v = 535407062.95108443 m / s > c, setting 1/gamma = 0\n",
      "v = 580096609.6613408 m / s > c, setting 1/gamma = 0\n",
      "v = 408396735.690417 m / s > c, setting 1/gamma = 0\n",
      "v = 438646770.61530805 m / s > c, setting 1/gamma = 0\n",
      "v = 302817119.66361487 m / s > c, setting 1/gamma = 0\n",
      "v = 360069727.6851254 m / s > c, setting 1/gamma = 0\n",
      "v = 394623297.1775368 m / s > c, setting 1/gamma = 0\n",
      "v = 304829360.77113616 m / s > c, setting 1/gamma = 0\n",
      "v = 323923931.8399552 m / s > c, setting 1/gamma = 0\n",
      "v = 358230488.0218313 m / s > c, setting 1/gamma = 0\n",
      "v = 363828127.94691813 m / s > c, setting 1/gamma = 0\n",
      "v = 417687967.868187 m / s > c, setting 1/gamma = 0\n",
      "v = 318253590.65261674 m / s > c, setting 1/gamma = 0\n",
      "v = 325379519.5013405 m / s > c, setting 1/gamma = 0\n",
      "v = 319991707.8885689 m / s > c, setting 1/gamma = 0\n",
      "v = 361451687.0748272 m / s > c, setting 1/gamma = 0\n",
      "v = 412672185.97472876 m / s > c, setting 1/gamma = 0\n",
      "v = 474495377.60644704 m / s > c, setting 1/gamma = 0\n",
      "v = 503495509.06957674 m / s > c, setting 1/gamma = 0\n",
      "v = 597519660.3088781 m / s > c, setting 1/gamma = 0\n",
      "v = 556784966.1913438 m / s > c, setting 1/gamma = 0\n",
      "v = 311848827.73919094 m / s > c, setting 1/gamma = 0\n",
      "v = 357541672.7983069 m / s > c, setting 1/gamma = 0\n",
      "v = 366294260.2814493 m / s > c, setting 1/gamma = 0\n",
      "v = 405866892.07111484 m / s > c, setting 1/gamma = 0\n",
      "v = 353924629.03206795 m / s > c, setting 1/gamma = 0\n",
      "v = 414408066.8039895 m / s > c, setting 1/gamma = 0\n",
      "v = 463088827.16132265 m / s > c, setting 1/gamma = 0\n",
      "v = 526143629.24679613 m / s > c, setting 1/gamma = 0\n",
      "v = 309412310.63407475 m / s > c, setting 1/gamma = 0\n",
      "v = 338109659.2076599 m / s > c, setting 1/gamma = 0\n",
      "v = 377877686.7678859 m / s > c, setting 1/gamma = 0\n",
      "v = 324365781.85017467 m / s > c, setting 1/gamma = 0\n",
      "v = 345077332.0109303 m / s > c, setting 1/gamma = 0\n",
      "v = 310924578.3628189 m / s > c, setting 1/gamma = 0\n",
      "v = 329080905.59693867 m / s > c, setting 1/gamma = 0\n",
      "v = 396048907.2696974 m / s > c, setting 1/gamma = 0\n",
      "v = 320431508.10731345 m / s > c, setting 1/gamma = 0\n",
      "v = 501756927.47293144 m / s > c, setting 1/gamma = 0\n",
      "v = 1340706684.968774 m / s > c, setting 1/gamma = 0\n",
      "v = 1163681188.3478029 m / s > c, setting 1/gamma = 0\n",
      "v = 450883733.7013709 m / s > c, setting 1/gamma = 0\n",
      "v = 478220339.9620703 m / s > c, setting 1/gamma = 0\n",
      "v = 404722115.8636071 m / s > c, setting 1/gamma = 0\n",
      "v = 1072421938.192275 m / s > c, setting 1/gamma = 0\n",
      "v = 929557751.9458609 m / s > c, setting 1/gamma = 0\n",
      "v = 302226189.59979117 m / s > c, setting 1/gamma = 0\n",
      "v = 311131614.2136228 m / s > c, setting 1/gamma = 0\n",
      "v = 307557032.7174273 m / s > c, setting 1/gamma = 0\n",
      "v = 369637442.30206114 m / s > c, setting 1/gamma = 0\n",
      "v = 304407063.8847859 m / s > c, setting 1/gamma = 0\n",
      "v = 311996770.9174181 m / s > c, setting 1/gamma = 0\n",
      "v = 373969625.31470025 m / s > c, setting 1/gamma = 0\n",
      "v = 328183905.68023205 m / s > c, setting 1/gamma = 0\n",
      "v = 657509327.0154058 m / s > c, setting 1/gamma = 0\n",
      "v = 644860027.7345964 m / s > c, setting 1/gamma = 0\n",
      "v = 368187648.2622013 m / s > c, setting 1/gamma = 0\n",
      "v = 432418118.12033963 m / s > c, setting 1/gamma = 0\n",
      "v = 577620300.1210736 m / s > c, setting 1/gamma = 0\n",
      "v = 599601572.7934117 m / s > c, setting 1/gamma = 0\n",
      "v = 385630972.4526767 m / s > c, setting 1/gamma = 0\n",
      "v = 447460970.8202664 m / s > c, setting 1/gamma = 0\n",
      "v = 444180779.02314985 m / s > c, setting 1/gamma = 0\n",
      "v = 503383585.4433961 m / s > c, setting 1/gamma = 0\n",
      "v = 306080616.1210026 m / s > c, setting 1/gamma = 0\n",
      "v = 304496277.64049834 m / s > c, setting 1/gamma = 0\n",
      "v = 471456083.20026135 m / s > c, setting 1/gamma = 0\n",
      "v = 494179674.68555796 m / s > c, setting 1/gamma = 0\n",
      "v = 450308821.8013526 m / s > c, setting 1/gamma = 0\n",
      "v = 501586314.9646419 m / s > c, setting 1/gamma = 0\n",
      "v = 442604054.4056466 m / s > c, setting 1/gamma = 0\n",
      "v = 480049362.80739415 m / s > c, setting 1/gamma = 0\n",
      "v = 604857168.6567513 m / s > c, setting 1/gamma = 0\n",
      "v = 587175841.8611251 m / s > c, setting 1/gamma = 0\n",
      "v = 458070411.62053835 m / s > c, setting 1/gamma = 0\n",
      "v = 1183742834.3286867 m / s > c, setting 1/gamma = 0\n",
      "v = 1012667965.5179989 m / s > c, setting 1/gamma = 0\n",
      "v = 318033736.33835256 m / s > c, setting 1/gamma = 0\n",
      "v = 485113631.76410055 m / s > c, setting 1/gamma = 0\n",
      "v = 532032662.8433658 m / s > c, setting 1/gamma = 0\n",
      "v = 638226184.2463162 m / s > c, setting 1/gamma = 0\n",
      "v = 583259722.9498992 m / s > c, setting 1/gamma = 0\n",
      "v = 328050519.2367274 m / s > c, setting 1/gamma = 0\n",
      "v = 487378511.25165236 m / s > c, setting 1/gamma = 0\n",
      "v = 537683220.9383401 m / s > c, setting 1/gamma = 0\n",
      "v = 390214318.6945851 m / s > c, setting 1/gamma = 0\n",
      "v = 445228878.4332352 m / s > c, setting 1/gamma = 0\n",
      "v = 315226029.93638444 m / s > c, setting 1/gamma = 0\n",
      "v = 708017914.9855989 m / s > c, setting 1/gamma = 0\n",
      "v = 587967788.6555748 m / s > c, setting 1/gamma = 0\n",
      "v = 305591550.86647266 m / s > c, setting 1/gamma = 0\n",
      "v = 382627814.07070947 m / s > c, setting 1/gamma = 0\n",
      "v = 419015295.6356907 m / s > c, setting 1/gamma = 0\n",
      "v = 307431859.11598253 m / s > c, setting 1/gamma = 0\n",
      "v = 373026602.57945555 m / s > c, setting 1/gamma = 0\n",
      "v = 359854910.8819179 m / s > c, setting 1/gamma = 0\n",
      "v = 396139061.71551293 m / s > c, setting 1/gamma = 0\n",
      "v = 316764958.86295784 m / s > c, setting 1/gamma = 0\n",
      "v = 343725912.5351346 m / s > c, setting 1/gamma = 0\n",
      "v = 424280345.05993366 m / s > c, setting 1/gamma = 0\n",
      "v = 442518269.13680285 m / s > c, setting 1/gamma = 0\n",
      "v = 316085437.2522562 m / s > c, setting 1/gamma = 0\n",
      "v = 302194765.44200915 m / s > c, setting 1/gamma = 0\n",
      "v = 307602511.98464334 m / s > c, setting 1/gamma = 0\n",
      "v = 301995119.25336975 m / s > c, setting 1/gamma = 0\n",
      "v = 344474864.37510735 m / s > c, setting 1/gamma = 0\n",
      "v = 313994565.92228645 m / s > c, setting 1/gamma = 0\n",
      "v = 367303904.4938279 m / s > c, setting 1/gamma = 0\n",
      "v = 425791185.563068 m / s > c, setting 1/gamma = 0\n",
      "v = 455197857.49573493 m / s > c, setting 1/gamma = 0\n",
      "v = 343653338.84901965 m / s > c, setting 1/gamma = 0\n",
      "v = 368704110.2079949 m / s > c, setting 1/gamma = 0\n",
      "v = 690875112.6943811 m / s > c, setting 1/gamma = 0\n",
      "v = 684408078.7826202 m / s > c, setting 1/gamma = 0\n",
      "v = 304128466.6159509 m / s > c, setting 1/gamma = 0\n",
      "v = 338247051.3502554 m / s > c, setting 1/gamma = 0\n",
      "v = 316117775.59190625 m / s > c, setting 1/gamma = 0\n",
      "v = 374066322.91221416 m / s > c, setting 1/gamma = 0\n",
      "v = 318902851.9200764 m / s > c, setting 1/gamma = 0\n",
      "v = 350016931.12057626 m / s > c, setting 1/gamma = 0\n",
      "v = 430743660.82803535 m / s > c, setting 1/gamma = 0\n",
      "v = 455377888.9337433 m / s > c, setting 1/gamma = 0\n",
      "v = 315359266.9097877 m / s > c, setting 1/gamma = 0\n",
      "v = 377814432.1594291 m / s > c, setting 1/gamma = 0\n",
      "v = 317940614.29387957 m / s > c, setting 1/gamma = 0\n",
      "v = 385425752.33160526 m / s > c, setting 1/gamma = 0\n",
      "v = 418634922.7590605 m / s > c, setting 1/gamma = 0\n",
      "v = 299931510.73805046 m / s > c, setting 1/gamma = 0\n",
      "v = 603584515.7562532 m / s > c, setting 1/gamma = 0\n",
      "v = 493095927.01485157 m / s > c, setting 1/gamma = 0\n",
      "v = 407010783.4176117 m / s > c, setting 1/gamma = 0\n",
      "v = 450869337.6493723 m / s > c, setting 1/gamma = 0\n",
      "v = 322222363.6302052 m / s > c, setting 1/gamma = 0\n",
      "v = 399880876.02405024 m / s > c, setting 1/gamma = 0\n",
      "v = 434976502.6161544 m / s > c, setting 1/gamma = 0\n",
      "v = 360876754.42686003 m / s > c, setting 1/gamma = 0\n",
      "v = 379964562.55550563 m / s > c, setting 1/gamma = 0\n",
      "v = 545135007.1754142 m / s > c, setting 1/gamma = 0\n",
      "v = 556224149.5933357 m / s > c, setting 1/gamma = 0\n",
      "v = 443770822.05420226 m / s > c, setting 1/gamma = 0\n",
      "v = 475773233.0637844 m / s > c, setting 1/gamma = 0\n",
      "v = 301199355.57794446 m / s > c, setting 1/gamma = 0\n",
      "v = 323374862.48353106 m / s > c, setting 1/gamma = 0\n",
      "v = 304767678.90377116 m / s > c, setting 1/gamma = 0\n",
      "v = 335913625.4486132 m / s > c, setting 1/gamma = 0\n",
      "v = 360526190.2450732 m / s > c, setting 1/gamma = 0\n",
      "v = 378343619.41168106 m / s > c, setting 1/gamma = 0\n",
      "v = 314551818.359566 m / s > c, setting 1/gamma = 0\n",
      "v = 338700219.2171167 m / s > c, setting 1/gamma = 0\n",
      "v = 324254067.25859606 m / s > c, setting 1/gamma = 0\n",
      "v = 320522919.7348329 m / s > c, setting 1/gamma = 0\n",
      "v = 335639282.6218247 m / s > c, setting 1/gamma = 0\n",
      "v = 316450307.76402646 m / s > c, setting 1/gamma = 0\n",
      "v = 345233839.7593009 m / s > c, setting 1/gamma = 0\n",
      "v = 393542975.3598973 m / s > c, setting 1/gamma = 0\n",
      "v = 304987735.0210018 m / s > c, setting 1/gamma = 0\n",
      "v = 554986722.6836412 m / s > c, setting 1/gamma = 0\n",
      "v = 457282004.23512965 m / s > c, setting 1/gamma = 0\n",
      "v = 313199835.20532334 m / s > c, setting 1/gamma = 0\n",
      "v = 300552903.37333673 m / s > c, setting 1/gamma = 0\n",
      "v = 401795476.80325437 m / s > c, setting 1/gamma = 0\n",
      "v = 455847776.13919115 m / s > c, setting 1/gamma = 0\n",
      "v = 404969011.36990774 m / s > c, setting 1/gamma = 0\n",
      "v = 454161138.1171246 m / s > c, setting 1/gamma = 0\n",
      "v = 396548085.32627565 m / s > c, setting 1/gamma = 0\n",
      "v = 436343886.5414788 m / s > c, setting 1/gamma = 0\n",
      "v = 311677229.4320201 m / s > c, setting 1/gamma = 0\n",
      "v = 321459423.1919994 m / s > c, setting 1/gamma = 0\n",
      "v = 368307064.8470888 m / s > c, setting 1/gamma = 0\n",
      "v = 406740171.59736675 m / s > c, setting 1/gamma = 0\n",
      "v = 300924752.02294916 m / s > c, setting 1/gamma = 0\n",
      "v = 341021831.3165685 m / s > c, setting 1/gamma = 0\n",
      "v = 313315079.4289583 m / s > c, setting 1/gamma = 0\n",
      "v = 364130735.6621957 m / s > c, setting 1/gamma = 0\n",
      "v = 418563872.9972964 m / s > c, setting 1/gamma = 0\n",
      "v = 414816446.8257931 m / s > c, setting 1/gamma = 0\n",
      "v = 466215788.5996241 m / s > c, setting 1/gamma = 0\n",
      "v = 549271916.4928523 m / s > c, setting 1/gamma = 0\n",
      "v = 523624113.11056054 m / s > c, setting 1/gamma = 0\n",
      "v = 307654412.0304921 m / s > c, setting 1/gamma = 0\n",
      "v = 546378575.7969998 m / s > c, setting 1/gamma = 0\n",
      "v = 529118410.64401215 m / s > c, setting 1/gamma = 0\n",
      "v = 307473479.63906753 m / s > c, setting 1/gamma = 0\n",
      "v = 459934178.9232509 m / s > c, setting 1/gamma = 0\n",
      "v = 507995136.4556512 m / s > c, setting 1/gamma = 0\n",
      "v = 377340493.81550145 m / s > c, setting 1/gamma = 0\n",
      "v = 430870962.1137568 m / s > c, setting 1/gamma = 0\n",
      "v = 310443763.281282 m / s > c, setting 1/gamma = 0\n",
      "v = 350134521.5644462 m / s > c, setting 1/gamma = 0\n",
      "v = 327319430.0715744 m / s > c, setting 1/gamma = 0\n",
      "v = 392756411.3609512 m / s > c, setting 1/gamma = 0\n",
      "v = 301748214.7180291 m / s > c, setting 1/gamma = 0\n",
      "v = 346795993.68900865 m / s > c, setting 1/gamma = 0\n",
      "v = 419769737.50539374 m / s > c, setting 1/gamma = 0\n",
      "v = 456447563.7579346 m / s > c, setting 1/gamma = 0\n",
      "v = 312496320.0763882 m / s > c, setting 1/gamma = 0\n",
      "v = 369522629.0369063 m / s > c, setting 1/gamma = 0\n",
      "v = 367759944.5736935 m / s > c, setting 1/gamma = 0\n",
      "v = 419596323.431745 m / s > c, setting 1/gamma = 0\n",
      "v = 468602598.6278177 m / s > c, setting 1/gamma = 0\n",
      "v = 490671511.6407612 m / s > c, setting 1/gamma = 0\n",
      "v = 315814401.2566553 m / s > c, setting 1/gamma = 0\n",
      "v = 330205302.0586712 m / s > c, setting 1/gamma = 0\n",
      "v = 374765174.3878407 m / s > c, setting 1/gamma = 0\n",
      "v = 437613597.45887166 m / s > c, setting 1/gamma = 0\n",
      "v = 498286499.6271203 m / s > c, setting 1/gamma = 0\n",
      "v = 312846449.7338552 m / s > c, setting 1/gamma = 0\n",
      "v = 345393481.710712 m / s > c, setting 1/gamma = 0\n",
      "v = 384376962.6374968 m / s > c, setting 1/gamma = 0\n",
      "v = 363075130.6820401 m / s > c, setting 1/gamma = 0\n",
      "v = 418462573.0877464 m / s > c, setting 1/gamma = 0\n",
      "v = 305199011.00318086 m / s > c, setting 1/gamma = 0\n",
      "v = 337373313.99955887 m / s > c, setting 1/gamma = 0\n",
      "v = 304400255.0947333 m / s > c, setting 1/gamma = 0\n",
      "v = 311278380.3952708 m / s > c, setting 1/gamma = 0\n",
      "v = 478448477.41291696 m / s > c, setting 1/gamma = 0\n",
      "v = 524480491.55819446 m / s > c, setting 1/gamma = 0\n",
      "v = 362057151.5294396 m / s > c, setting 1/gamma = 0\n",
      "v = 424261687.8507721 m / s > c, setting 1/gamma = 0\n",
      "v = 311168215.10469645 m / s > c, setting 1/gamma = 0\n",
      "v = 487749130.06203073 m / s > c, setting 1/gamma = 0\n",
      "v = 524656687.61250126 m / s > c, setting 1/gamma = 0\n",
      "v = 311431428.65723956 m / s > c, setting 1/gamma = 0\n",
      "v = 383647237.4371557 m / s > c, setting 1/gamma = 0\n",
      "v = 308019671.1175033 m / s > c, setting 1/gamma = 0\n",
      "v = 416822375.42811894 m / s > c, setting 1/gamma = 0\n",
      "v = 477853740.1400385 m / s > c, setting 1/gamma = 0\n",
      "v = 340654785.4016045 m / s > c, setting 1/gamma = 0\n",
      "v = 302126264.5857836 m / s > c, setting 1/gamma = 0\n",
      "v = 332760437.4063789 m / s > c, setting 1/gamma = 0\n",
      "v = 479687571.12403214 m / s > c, setting 1/gamma = 0\n",
      "v = 496547366.558247 m / s > c, setting 1/gamma = 0\n",
      "v = 331464156.00608367 m / s > c, setting 1/gamma = 0\n",
      "v = 387974743.28236794 m / s > c, setting 1/gamma = 0\n",
      "v = 327656876.80827117 m / s > c, setting 1/gamma = 0\n",
      "v = 357549641.6824616 m / s > c, setting 1/gamma = 0\n",
      "v = 398028746.0184664 m / s > c, setting 1/gamma = 0\n",
      "v = 436967276.8871857 m / s > c, setting 1/gamma = 0\n",
      "v = 425934688.490084 m / s > c, setting 1/gamma = 0\n",
      "v = 486409322.00404996 m / s > c, setting 1/gamma = 0\n",
      "v = 344810650.73689777 m / s > c, setting 1/gamma = 0\n",
      "v = 386285471.76113766 m / s > c, setting 1/gamma = 0\n",
      "v = 308439688.75902283 m / s > c, setting 1/gamma = 0\n",
      "v = 330352379.60712093 m / s > c, setting 1/gamma = 0\n",
      "v = 439274181.8561369 m / s > c, setting 1/gamma = 0\n",
      "v = 467057708.34038955 m / s > c, setting 1/gamma = 0\n",
      "v = 320918462.49025625 m / s > c, setting 1/gamma = 0\n",
      "v = 373515846.0981783 m / s > c, setting 1/gamma = 0\n",
      "v = 320201534.7023223 m / s > c, setting 1/gamma = 0\n",
      "v = 319523632.45991653 m / s > c, setting 1/gamma = 0\n",
      "v = 348274803.1689885 m / s > c, setting 1/gamma = 0\n",
      "v = 309550692.7716371 m / s > c, setting 1/gamma = 0\n",
      "v = 593915835.2550391 m / s > c, setting 1/gamma = 0\n",
      "v = 614084371.8885555 m / s > c, setting 1/gamma = 0\n",
      "v = 325116663.5374658 m / s > c, setting 1/gamma = 0\n",
      "v = 381501023.1630711 m / s > c, setting 1/gamma = 0\n",
      "v = 424215470.74378747 m / s > c, setting 1/gamma = 0\n",
      "v = 452376981.4661575 m / s > c, setting 1/gamma = 0\n",
      "v = 338950136.427453 m / s > c, setting 1/gamma = 0\n",
      "v = 394246828.6652749 m / s > c, setting 1/gamma = 0\n",
      "v = 411635425.09948283 m / s > c, setting 1/gamma = 0\n",
      "v = 427347731.52677083 m / s > c, setting 1/gamma = 0\n",
      "v = 493131389.16714144 m / s > c, setting 1/gamma = 0\n",
      "v = 301762178.00774276 m / s > c, setting 1/gamma = 0\n",
      "v = 358010423.5014783 m / s > c, setting 1/gamma = 0\n",
      "v = 314107921.3762563 m / s > c, setting 1/gamma = 0\n",
      "v = 376644768.9357148 m / s > c, setting 1/gamma = 0\n",
      "v = 315492619.6884431 m / s > c, setting 1/gamma = 0\n",
      "v = 386075758.28957546 m / s > c, setting 1/gamma = 0\n",
      "v = 905713079.6082307 m / s > c, setting 1/gamma = 0\n",
      "v = 762473021.7702271 m / s > c, setting 1/gamma = 0\n",
      "v = 353215133.5220759 m / s > c, setting 1/gamma = 0\n",
      "v = 395142765.5703742 m / s > c, setting 1/gamma = 0\n",
      "v = 395465427.2507441 m / s > c, setting 1/gamma = 0\n",
      "v = 429114669.1182219 m / s > c, setting 1/gamma = 0\n",
      "v = 399125993.1697935 m / s > c, setting 1/gamma = 0\n",
      "v = 464995624.73481154 m / s > c, setting 1/gamma = 0\n",
      "v = 311222152.8800334 m / s > c, setting 1/gamma = 0\n",
      "v = 371875616.3659097 m / s > c, setting 1/gamma = 0\n",
      "v = 436952940.87800753 m / s > c, setting 1/gamma = 0\n",
      "v = 366712761.6943502 m / s > c, setting 1/gamma = 0\n",
      "v = 431645956.1764762 m / s > c, setting 1/gamma = 0\n",
      "v = 313385592.60638994 m / s > c, setting 1/gamma = 0\n",
      "v = 335426458.13555676 m / s > c, setting 1/gamma = 0\n",
      "v = 365166831.31751806 m / s > c, setting 1/gamma = 0\n",
      "v = 435391660.9794539 m / s > c, setting 1/gamma = 0\n",
      "v = 357401787.6593399 m / s > c, setting 1/gamma = 0\n",
      "v = 403908881.21601677 m / s > c, setting 1/gamma = 0\n",
      "v = 340377571.01303864 m / s > c, setting 1/gamma = 0\n",
      "v = 411810349.9083494 m / s > c, setting 1/gamma = 0\n",
      "v = 313744356.3721575 m / s > c, setting 1/gamma = 0\n",
      "v = 305224695.6809441 m / s > c, setting 1/gamma = 0\n",
      "v = 341636045.1425216 m / s > c, setting 1/gamma = 0\n",
      "v = 399732514.93316776 m / s > c, setting 1/gamma = 0\n",
      "v = 300565982.44801 m / s > c, setting 1/gamma = 0\n",
      "v = 358798969.43711776 m / s > c, setting 1/gamma = 0\n",
      "v = 370776675.47385603 m / s > c, setting 1/gamma = 0\n",
      "v = 392859160.5208919 m / s > c, setting 1/gamma = 0\n",
      "v = 309693340.0172003 m / s > c, setting 1/gamma = 0\n",
      "v = 341261774.5319423 m / s > c, setting 1/gamma = 0\n",
      "v = 528452959.65924317 m / s > c, setting 1/gamma = 0\n",
      "v = 563327627.1101886 m / s > c, setting 1/gamma = 0\n",
      "v = 306033539.173475 m / s > c, setting 1/gamma = 0\n",
      "v = 316382015.85293645 m / s > c, setting 1/gamma = 0\n",
      "v = 356071953.2549341 m / s > c, setting 1/gamma = 0\n",
      "v = 304820372.3892173 m / s > c, setting 1/gamma = 0\n",
      "v = 344169080.5759192 m / s > c, setting 1/gamma = 0\n",
      "v = 335679791.9942942 m / s > c, setting 1/gamma = 0\n",
      "v = 307226233.89053077 m / s > c, setting 1/gamma = 0\n",
      "v = 342762332.1861224 m / s > c, setting 1/gamma = 0\n",
      "v = 303330609.2564184 m / s > c, setting 1/gamma = 0\n",
      "v = 302307746.70007414 m / s > c, setting 1/gamma = 0\n",
      "v = 367852325.8640471 m / s > c, setting 1/gamma = 0\n",
      "v = 342017970.1459651 m / s > c, setting 1/gamma = 0\n",
      "v = 386045459.7473724 m / s > c, setting 1/gamma = 0\n",
      "v = 355242391.04545426 m / s > c, setting 1/gamma = 0\n",
      "v = 397519736.8959198 m / s > c, setting 1/gamma = 0\n",
      "v = 310889117.15431404 m / s > c, setting 1/gamma = 0\n",
      "v = 309920454.9815302 m / s > c, setting 1/gamma = 0\n",
      "v = 344397724.73718524 m / s > c, setting 1/gamma = 0\n",
      "v = 416863337.09950066 m / s > c, setting 1/gamma = 0\n",
      "v = 313337450.8218076 m / s > c, setting 1/gamma = 0\n",
      "v = 365337476.648178 m / s > c, setting 1/gamma = 0\n",
      "v = 312466502.4463204 m / s > c, setting 1/gamma = 0\n",
      "v = 351794769.08923215 m / s > c, setting 1/gamma = 0\n",
      "v = 384025036.03662986 m / s > c, setting 1/gamma = 0\n",
      "v = 454983174.84703064 m / s > c, setting 1/gamma = 0\n",
      "v = 304333775.0619267 m / s > c, setting 1/gamma = 0\n",
      "v = 329595737.62455064 m / s > c, setting 1/gamma = 0\n",
      "v = 404799995.78571415 m / s > c, setting 1/gamma = 0\n",
      "v = 474131181.156025 m / s > c, setting 1/gamma = 0\n",
      "v = 535464228.7809839 m / s > c, setting 1/gamma = 0\n",
      "v = 308457496.45062196 m / s > c, setting 1/gamma = 0\n",
      "v = 335641961.73127174 m / s > c, setting 1/gamma = 0\n",
      "v = 391552943.586762 m / s > c, setting 1/gamma = 0\n",
      "v = 315703800.0984549 m / s > c, setting 1/gamma = 0\n",
      "v = 383062955.0222516 m / s > c, setting 1/gamma = 0\n",
      "v = 353902051.2073689 m / s > c, setting 1/gamma = 0\n",
      "v = 409149367.9482119 m / s > c, setting 1/gamma = 0\n",
      "v = 300639311.4188842 m / s > c, setting 1/gamma = 0\n",
      "v = 310965920.3196931 m / s > c, setting 1/gamma = 0\n",
      "v = 377173505.9374056 m / s > c, setting 1/gamma = 0\n",
      "v = 324959327.0654595 m / s > c, setting 1/gamma = 0\n",
      "v = 314641709.8701296 m / s > c, setting 1/gamma = 0\n",
      "v = 377226067.7653357 m / s > c, setting 1/gamma = 0\n",
      "v = 325124611.3175477 m / s > c, setting 1/gamma = 0\n",
      "v = 365733112.0246929 m / s > c, setting 1/gamma = 0\n",
      "v = 399222979.4400046 m / s > c, setting 1/gamma = 0\n",
      "v = 341651596.03444606 m / s > c, setting 1/gamma = 0\n",
      "v = 412007984.066645 m / s > c, setting 1/gamma = 0\n",
      "v = 424196223.5986639 m / s > c, setting 1/gamma = 0\n",
      "v = 479872487.453336 m / s > c, setting 1/gamma = 0\n",
      "v = 329856909.44103456 m / s > c, setting 1/gamma = 0\n",
      "v = 376693551.46515065 m / s > c, setting 1/gamma = 0\n",
      "v = 353494143.43971556 m / s > c, setting 1/gamma = 0\n",
      "v = 421214385.1405795 m / s > c, setting 1/gamma = 0\n",
      "v = 306215745.9719257 m / s > c, setting 1/gamma = 0\n",
      "v = 305776802.8450125 m / s > c, setting 1/gamma = 0\n",
      "v = 438673907.68140954 m / s > c, setting 1/gamma = 0\n",
      "v = 480415681.289645 m / s > c, setting 1/gamma = 0\n",
      "v = 517721115.98292154 m / s > c, setting 1/gamma = 0\n",
      "v = 555830909.5212866 m / s > c, setting 1/gamma = 0\n",
      "v = 316266163.24569917 m / s > c, setting 1/gamma = 0\n",
      "v = 306364501.1603057 m / s > c, setting 1/gamma = 0\n",
      "v = 361722189.3888687 m / s > c, setting 1/gamma = 0\n",
      "v = 441597772.6918615 m / s > c, setting 1/gamma = 0\n",
      "v = 506520577.8290751 m / s > c, setting 1/gamma = 0\n",
      "v = 358706083.1094666 m / s > c, setting 1/gamma = 0\n",
      "v = 408007075.906628 m / s > c, setting 1/gamma = 0\n",
      "v = 452716605.8374133 m / s > c, setting 1/gamma = 0\n",
      "v = 513931361.96686506 m / s > c, setting 1/gamma = 0\n",
      "v = 809172624.6217338 m / s > c, setting 1/gamma = 0\n",
      "v = 783065570.1950196 m / s > c, setting 1/gamma = 0\n",
      "v = 387481101.56556475 m / s > c, setting 1/gamma = 0\n",
      "v = 439287141.9416621 m / s > c, setting 1/gamma = 0\n",
      "v = 309756599.90540445 m / s > c, setting 1/gamma = 0\n",
      "v = 362419224.94191635 m / s > c, setting 1/gamma = 0\n",
      "v = 458681663.9145514 m / s > c, setting 1/gamma = 0\n",
      "v = 483331228.7836328 m / s > c, setting 1/gamma = 0\n",
      "v = 370960466.2372199 m / s > c, setting 1/gamma = 0\n",
      "v = 411208758.43404263 m / s > c, setting 1/gamma = 0\n",
      "v = 430354583.5730497 m / s > c, setting 1/gamma = 0\n",
      "v = 1145377134.6157598 m / s > c, setting 1/gamma = 0\n",
      "v = 988035382.954765 m / s > c, setting 1/gamma = 0\n",
      "v = 320694011.64851135 m / s > c, setting 1/gamma = 0\n",
      "v = 406323330.04040927 m / s > c, setting 1/gamma = 0\n",
      "v = 300138932.2350594 m / s > c, setting 1/gamma = 0\n",
      "v = 365518959.7883486 m / s > c, setting 1/gamma = 0\n",
      "v = 399545928.5516068 m / s > c, setting 1/gamma = 0\n",
      "v = 418086009.1560719 m / s > c, setting 1/gamma = 0\n",
      "v = 488956142.70795447 m / s > c, setting 1/gamma = 0\n",
      "v = 358511029.2838232 m / s > c, setting 1/gamma = 0\n",
      "v = 408196320.9307099 m / s > c, setting 1/gamma = 0\n",
      "v = 363901155.5534645 m / s > c, setting 1/gamma = 0\n",
      "v = 418191082.38013285 m / s > c, setting 1/gamma = 0\n",
      "v = 312687030.1880617 m / s > c, setting 1/gamma = 0\n",
      "v = 672087240.9400581 m / s > c, setting 1/gamma = 0\n",
      "v = 666276633.9965885 m / s > c, setting 1/gamma = 0\n",
      "v = 573627075.6391147 m / s > c, setting 1/gamma = 0\n",
      "v = 515363227.741319 m / s > c, setting 1/gamma = 0\n",
      "v = 302667570.0642187 m / s > c, setting 1/gamma = 0\n",
      "v = 325247118.29803354 m / s > c, setting 1/gamma = 0\n",
      "v = 328681781.8063244 m / s > c, setting 1/gamma = 0\n",
      "v = 490889965.74900985 m / s > c, setting 1/gamma = 0\n",
      "v = 544314377.9229487 m / s > c, setting 1/gamma = 0\n",
      "v = 533369342.31311613 m / s > c, setting 1/gamma = 0\n",
      "v = 536866542.03616285 m / s > c, setting 1/gamma = 0\n",
      "v = 348051697.0810286 m / s > c, setting 1/gamma = 0\n",
      "v = 392034126.9903149 m / s > c, setting 1/gamma = 0\n",
      "v = 731919958.600873 m / s > c, setting 1/gamma = 0\n",
      "v = 713680959.300955 m / s > c, setting 1/gamma = 0\n",
      "v = 360625179.5468548 m / s > c, setting 1/gamma = 0\n",
      "v = 405020745.67994773 m / s > c, setting 1/gamma = 0\n",
      "v = 319530151.141928 m / s > c, setting 1/gamma = 0\n",
      "v = 299809430.1535807 m / s > c, setting 1/gamma = 0\n",
      "v = 917113854.501933 m / s > c, setting 1/gamma = 0\n",
      "v = 832582802.4842939 m / s > c, setting 1/gamma = 0\n",
      "v = 312812880.8455823 m / s > c, setting 1/gamma = 0\n",
      "v = 311792500.2300305 m / s > c, setting 1/gamma = 0\n",
      "v = 376732714.23992604 m / s > c, setting 1/gamma = 0\n",
      "v = 434026924.21341866 m / s > c, setting 1/gamma = 0\n",
      "v = 450304934.18336934 m / s > c, setting 1/gamma = 0\n",
      "v = 307939082.9571775 m / s > c, setting 1/gamma = 0\n",
      "v = 329019615.1389293 m / s > c, setting 1/gamma = 0\n",
      "v = 454212932.4232622 m / s > c, setting 1/gamma = 0\n",
      "v = 477237481.2726519 m / s > c, setting 1/gamma = 0\n",
      "v = 303838208.9158892 m / s > c, setting 1/gamma = 0\n",
      "v = 364382226.2682535 m / s > c, setting 1/gamma = 0\n",
      "v = 494620149.1056125 m / s > c, setting 1/gamma = 0\n",
      "v = 533293869.72042054 m / s > c, setting 1/gamma = 0\n",
      "v = 332613244.72520053 m / s > c, setting 1/gamma = 0\n",
      "v = 379868672.9442578 m / s > c, setting 1/gamma = 0\n",
      "v = 385459060.22053534 m / s > c, setting 1/gamma = 0\n",
      "v = 451545828.5203528 m / s > c, setting 1/gamma = 0\n",
      "v = 300723150.44567806 m / s > c, setting 1/gamma = 0\n",
      "v = 322791891.06840783 m / s > c, setting 1/gamma = 0\n",
      "v = 340090769.55120164 m / s > c, setting 1/gamma = 0\n",
      "v = 304340134.8616042 m / s > c, setting 1/gamma = 0\n",
      "v = 307091596.3838904 m / s > c, setting 1/gamma = 0\n",
      "v = 365738851.63956565 m / s > c, setting 1/gamma = 0\n",
      "v = 299942526.6307137 m / s > c, setting 1/gamma = 0\n",
      "v = 331468698.8947648 m / s > c, setting 1/gamma = 0\n",
      "v = 342607708.76928985 m / s > c, setting 1/gamma = 0\n",
      "v = 393448242.97966903 m / s > c, setting 1/gamma = 0\n",
      "v = 340086890.15512687 m / s > c, setting 1/gamma = 0\n",
      "v = 391435978.22404003 m / s > c, setting 1/gamma = 0\n",
      "v = 367222538.8281506 m / s > c, setting 1/gamma = 0\n",
      "v = 421887462.96564174 m / s > c, setting 1/gamma = 0\n",
      "v = 316318946.8919111 m / s > c, setting 1/gamma = 0\n",
      "v = 550867739.9427094 m / s > c, setting 1/gamma = 0\n",
      "v = 578844027.3440652 m / s > c, setting 1/gamma = 0\n",
      "v = 317140791.15118784 m / s > c, setting 1/gamma = 0\n",
      "v = 375979303.7755242 m / s > c, setting 1/gamma = 0\n",
      "v = 327795714.479367 m / s > c, setting 1/gamma = 0\n",
      "v = 390319605.2533103 m / s > c, setting 1/gamma = 0\n",
      "v = 349552898.18920404 m / s > c, setting 1/gamma = 0\n",
      "v = 422026767.87211514 m / s > c, setting 1/gamma = 0\n",
      "v = 351828635.0103428 m / s > c, setting 1/gamma = 0\n",
      "v = 393739101.663896 m / s > c, setting 1/gamma = 0\n",
      "v = 310147077.854201 m / s > c, setting 1/gamma = 0\n",
      "v = 352314153.4814511 m / s > c, setting 1/gamma = 0\n",
      "v = 379179074.60907805 m / s > c, setting 1/gamma = 0\n",
      "v = 396237208.13795274 m / s > c, setting 1/gamma = 0\n",
      "v = 459963137.8002879 m / s > c, setting 1/gamma = 0\n",
      "v = 302534921.04953516 m / s > c, setting 1/gamma = 0\n",
      "v = 305219241.43228006 m / s > c, setting 1/gamma = 0\n",
      "v = 329963674.2075541 m / s > c, setting 1/gamma = 0\n",
      "v = 320015662.3503444 m / s > c, setting 1/gamma = 0\n",
      "v = 670119074.8302498 m / s > c, setting 1/gamma = 0\n",
      "v = 552829395.013678 m / s > c, setting 1/gamma = 0\n",
      "v = 312430747.16389954 m / s > c, setting 1/gamma = 0\n",
      "v = 344931187.79244274 m / s > c, setting 1/gamma = 0\n",
      "v = 512579169.90660816 m / s > c, setting 1/gamma = 0\n",
      "v = 511429297.04225045 m / s > c, setting 1/gamma = 0\n",
      "v = 306576159.08142805 m / s > c, setting 1/gamma = 0\n",
      "v = 342268434.47699195 m / s > c, setting 1/gamma = 0\n",
      "v = 490233751.4391756 m / s > c, setting 1/gamma = 0\n",
      "v = 534722427.26291525 m / s > c, setting 1/gamma = 0\n",
      "v = 371610760.0761822 m / s > c, setting 1/gamma = 0\n",
      "v = 419146666.3164495 m / s > c, setting 1/gamma = 0\n",
      "v = 373593539.207169 m / s > c, setting 1/gamma = 0\n",
      "v = 426661098.415629 m / s > c, setting 1/gamma = 0\n",
      "v = 529883144.3771441 m / s > c, setting 1/gamma = 0\n",
      "v = 580988682.2685107 m / s > c, setting 1/gamma = 0\n",
      "v = 422282652.8804539 m / s > c, setting 1/gamma = 0\n",
      "v = 459252612.59847707 m / s > c, setting 1/gamma = 0\n",
      "v = 322881006.2244843 m / s > c, setting 1/gamma = 0\n",
      "v = 357947144.618013 m / s > c, setting 1/gamma = 0\n",
      "v = 436717515.605776 m / s > c, setting 1/gamma = 0\n",
      "v = 461589913.87810093 m / s > c, setting 1/gamma = 0\n",
      "v = 314008324.5005089 m / s > c, setting 1/gamma = 0\n",
      "v = 373800524.5630255 m / s > c, setting 1/gamma = 0\n",
      "v = 315353237.28217846 m / s > c, setting 1/gamma = 0\n",
      "v = 350726276.21641713 m / s > c, setting 1/gamma = 0\n",
      "v = 470590394.1876419 m / s > c, setting 1/gamma = 0\n",
      "v = 501479841.9989096 m / s > c, setting 1/gamma = 0\n",
      "v = 301691410.7491639 m / s > c, setting 1/gamma = 0\n",
      "v = 363952285.8362639 m / s > c, setting 1/gamma = 0\n",
      "v = 448140336.6583999 m / s > c, setting 1/gamma = 0\n",
      "v = 466463160.0148124 m / s > c, setting 1/gamma = 0\n",
      "v = 319744538.91810036 m / s > c, setting 1/gamma = 0\n",
      "v = 345777672.9090227 m / s > c, setting 1/gamma = 0\n",
      "v = 304806793.40810245 m / s > c, setting 1/gamma = 0\n",
      "v = 357331450.54961884 m / s > c, setting 1/gamma = 0\n",
      "v = 395560446.839101 m / s > c, setting 1/gamma = 0\n",
      "v = 404436066.06146514 m / s > c, setting 1/gamma = 0\n",
      "v = 338549787.91360265 m / s > c, setting 1/gamma = 0\n",
      "v = 482508614.3201709 m / s > c, setting 1/gamma = 0\n",
      "v = 471865840.8227489 m / s > c, setting 1/gamma = 0\n",
      "v = 321165673.6757783 m / s > c, setting 1/gamma = 0\n",
      "v = 314964546.2301023 m / s > c, setting 1/gamma = 0\n",
      "v = 330756068.39402 m / s > c, setting 1/gamma = 0\n",
      "v = 349772470.2218937 m / s > c, setting 1/gamma = 0\n",
      "v = 395879529.8343271 m / s > c, setting 1/gamma = 0\n",
      "v = 330976713.7699796 m / s > c, setting 1/gamma = 0\n",
      "v = 368795230.12419957 m / s > c, setting 1/gamma = 0\n",
      "v = 345758042.8895724 m / s > c, setting 1/gamma = 0\n",
      "v = 397819706.055416 m / s > c, setting 1/gamma = 0\n",
      "v = 304169236.88161606 m / s > c, setting 1/gamma = 0\n",
      "v = 315371206.3829461 m / s > c, setting 1/gamma = 0\n",
      "v = 328878120.8233292 m / s > c, setting 1/gamma = 0\n",
      "v = 302034967.8495821 m / s > c, setting 1/gamma = 0\n",
      "v = 331128593.70864403 m / s > c, setting 1/gamma = 0\n",
      "v = 311580678.0710594 m / s > c, setting 1/gamma = 0\n",
      "v = 367207820.87313765 m / s > c, setting 1/gamma = 0\n",
      "v = 325689035.7920375 m / s > c, setting 1/gamma = 0\n",
      "v = 353326997.414929 m / s > c, setting 1/gamma = 0\n",
      "v = 314523746.0465481 m / s > c, setting 1/gamma = 0\n",
      "v = 339757444.22046006 m / s > c, setting 1/gamma = 0\n",
      "v = 309149802.68859005 m / s > c, setting 1/gamma = 0\n",
      "v = 359144140.7339284 m / s > c, setting 1/gamma = 0\n",
      "v = 300888006.21944684 m / s > c, setting 1/gamma = 0\n",
      "v = 325326242.8713728 m / s > c, setting 1/gamma = 0\n",
      "v = 314124033.6167385 m / s > c, setting 1/gamma = 0\n",
      "v = 341182040.9572164 m / s > c, setting 1/gamma = 0\n",
      "v = 320633518.9340248 m / s > c, setting 1/gamma = 0\n",
      "v = 363286783.4430985 m / s > c, setting 1/gamma = 0\n",
      "v = 360855119.97315913 m / s > c, setting 1/gamma = 0\n",
      "v = 392302788.7288893 m / s > c, setting 1/gamma = 0\n",
      "v = 308096773.63630944 m / s > c, setting 1/gamma = 0\n",
      "v = 321599024.79902786 m / s > c, setting 1/gamma = 0\n",
      "v = 345416607.0868086 m / s > c, setting 1/gamma = 0\n",
      "v = 389278177.90714 m / s > c, setting 1/gamma = 0\n",
      "v = 339639117.6499332 m / s > c, setting 1/gamma = 0\n",
      "v = 375628078.06509656 m / s > c, setting 1/gamma = 0\n",
      "v = 327231822.89031714 m / s > c, setting 1/gamma = 0\n",
      "v = 343703409.6816619 m / s > c, setting 1/gamma = 0\n",
      "v = 367861170.5496403 m / s > c, setting 1/gamma = 0\n",
      "v = 398501511.611636 m / s > c, setting 1/gamma = 0\n",
      "v = 306879490.4617948 m / s > c, setting 1/gamma = 0\n",
      "v = 352595969.76355237 m / s > c, setting 1/gamma = 0\n",
      "v = 300881395.4680288 m / s > c, setting 1/gamma = 0\n",
      "v = 306630171.6644024 m / s > c, setting 1/gamma = 0\n",
      "v = 323538283.3692492 m / s > c, setting 1/gamma = 0\n",
      "v = 388214668.41303504 m / s > c, setting 1/gamma = 0\n",
      "v = 324889248.6736483 m / s > c, setting 1/gamma = 0\n",
      "v = 528244076.3706285 m / s > c, setting 1/gamma = 0\n",
      "v = 528303652.73006934 m / s > c, setting 1/gamma = 0\n",
      "v = 314258166.60652095 m / s > c, setting 1/gamma = 0\n",
      "v = 504502013.06648326 m / s > c, setting 1/gamma = 0\n",
      "v = 533890983.003076 m / s > c, setting 1/gamma = 0\n",
      "v = 307427376.06691605 m / s > c, setting 1/gamma = 0\n",
      "v = 324050099.1472199 m / s > c, setting 1/gamma = 0\n",
      "v = 427047788.3338376 m / s > c, setting 1/gamma = 0\n",
      "v = 489284045.2689782 m / s > c, setting 1/gamma = 0\n",
      "v = 300943959.5536733 m / s > c, setting 1/gamma = 0\n",
      "v = 322157105.88673794 m / s > c, setting 1/gamma = 0\n",
      "v = 348793497.50986916 m / s > c, setting 1/gamma = 0\n",
      "v = 406300187.9563303 m / s > c, setting 1/gamma = 0\n",
      "v = 426648988.8727601 m / s > c, setting 1/gamma = 0\n",
      "v = 565525891.0641543 m / s > c, setting 1/gamma = 0\n",
      "v = 520863798.82166475 m / s > c, setting 1/gamma = 0\n",
      "v = 322170107.8171467 m / s > c, setting 1/gamma = 0\n",
      "v = 306891062.4484211 m / s > c, setting 1/gamma = 0\n",
      "v = 432680032.66544425 m / s > c, setting 1/gamma = 0\n",
      "v = 465568133.0209743 m / s > c, setting 1/gamma = 0\n",
      "v = 384697288.6589375 m / s > c, setting 1/gamma = 0\n",
      "v = 448256069.1260807 m / s > c, setting 1/gamma = 0\n",
      "v = 302412080.4641556 m / s > c, setting 1/gamma = 0\n",
      "v = 349992732.5935076 m / s > c, setting 1/gamma = 0\n",
      "v = 365888109.13402647 m / s > c, setting 1/gamma = 0\n",
      "v = 348370227.6130081 m / s > c, setting 1/gamma = 0\n",
      "v = 765080302.3414041 m / s > c, setting 1/gamma = 0\n",
      "v = 633162673.1864399 m / s > c, setting 1/gamma = 0\n",
      "v = 303919846.56714106 m / s > c, setting 1/gamma = 0\n",
      "v = 503602527.43855697 m / s > c, setting 1/gamma = 0\n",
      "v = 513012917.6358735 m / s > c, setting 1/gamma = 0\n",
      "v = 384332734.24775624 m / s > c, setting 1/gamma = 0\n",
      "v = 417543949.7854848 m / s > c, setting 1/gamma = 0\n",
      "v = 311224136.5050665 m / s > c, setting 1/gamma = 0\n",
      "v = 654514129.818308 m / s > c, setting 1/gamma = 0\n",
      "v = 537641881.8117238 m / s > c, setting 1/gamma = 0\n",
      "v = 342729448.93707365 m / s > c, setting 1/gamma = 0\n",
      "v = 367939834.3279921 m / s > c, setting 1/gamma = 0\n",
      "v = 368961624.18763995 m / s > c, setting 1/gamma = 0\n",
      "v = 419375707.4802526 m / s > c, setting 1/gamma = 0\n",
      "v = 397166366.31801283 m / s > c, setting 1/gamma = 0\n",
      "v = 442571402.1087395 m / s > c, setting 1/gamma = 0\n",
      "v = 328843882.77146 m / s > c, setting 1/gamma = 0\n",
      "v = 367084024.53649765 m / s > c, setting 1/gamma = 0\n",
      "v = 332677341.01660067 m / s > c, setting 1/gamma = 0\n",
      "v = 329980945.16873103 m / s > c, setting 1/gamma = 0\n",
      "v = 367820068.69759727 m / s > c, setting 1/gamma = 0\n",
      "v = 302511454.0779337 m / s > c, setting 1/gamma = 0\n",
      "v = 353948237.69326097 m / s > c, setting 1/gamma = 0\n",
      "v = 347074313.5153126 m / s > c, setting 1/gamma = 0\n",
      "v = 378672177.5795711 m / s > c, setting 1/gamma = 0\n",
      "v = 371555923.0304561 m / s > c, setting 1/gamma = 0\n",
      "v = 413454224.2249075 m / s > c, setting 1/gamma = 0\n",
      "v = 316316106.39484817 m / s > c, setting 1/gamma = 0\n",
      "v = 304334834.84066474 m / s > c, setting 1/gamma = 0\n",
      "v = 346768227.6809536 m / s > c, setting 1/gamma = 0\n",
      "v = 359653291.6874736 m / s > c, setting 1/gamma = 0\n",
      "v = 418553080.3707322 m / s > c, setting 1/gamma = 0\n",
      "v = 300764491.23631865 m / s > c, setting 1/gamma = 0\n",
      "v = 354216366.62509054 m / s > c, setting 1/gamma = 0\n",
      "v = 304904645.19479305 m / s > c, setting 1/gamma = 0\n",
      "v = 490501643.7287498 m / s > c, setting 1/gamma = 0\n",
      "v = 504984293.30704397 m / s > c, setting 1/gamma = 0\n",
      "v = 412037422.9187371 m / s > c, setting 1/gamma = 0\n",
      "v = 454080423.6825979 m / s > c, setting 1/gamma = 0\n",
      "v = 301237876.57200134 m / s > c, setting 1/gamma = 0\n",
      "v = 416204069.14116836 m / s > c, setting 1/gamma = 0\n",
      "v = 431117354.5746001 m / s > c, setting 1/gamma = 0\n",
      "v = 312665472.48604816 m / s > c, setting 1/gamma = 0\n",
      "v = 328096280.7700673 m / s > c, setting 1/gamma = 0\n",
      "v = 335624538.65867794 m / s > c, setting 1/gamma = 0\n",
      "v = 365983219.5820682 m / s > c, setting 1/gamma = 0\n",
      "v = 383102207.7719715 m / s > c, setting 1/gamma = 0\n",
      "v = 411703188.609194 m / s > c, setting 1/gamma = 0\n",
      "v = 310816964.8940505 m / s > c, setting 1/gamma = 0\n",
      "v = 325169546.466405 m / s > c, setting 1/gamma = 0\n",
      "v = 324553411.54287344 m / s > c, setting 1/gamma = 0\n",
      "v = 365272558.4372929 m / s > c, setting 1/gamma = 0\n",
      "v = 336579597.7026129 m / s > c, setting 1/gamma = 0\n",
      "v = 361690487.9593583 m / s > c, setting 1/gamma = 0\n",
      "v = 301999923.9021559 m / s > c, setting 1/gamma = 0\n",
      "v = 605957597.0264006 m / s > c, setting 1/gamma = 0\n",
      "v = 499226568.0567233 m / s > c, setting 1/gamma = 0\n",
      "v = 396561487.22952807 m / s > c, setting 1/gamma = 0\n",
      "v = 403729812.24298346 m / s > c, setting 1/gamma = 0\n",
      "v = 391288156.98298156 m / s > c, setting 1/gamma = 0\n",
      "v = 425954285.1286213 m / s > c, setting 1/gamma = 0\n",
      "v = 477929361.0204491 m / s > c, setting 1/gamma = 0\n",
      "v = 485501448.72548497 m / s > c, setting 1/gamma = 0\n",
      "v = 311027232.87966603 m / s > c, setting 1/gamma = 0\n",
      "v = 301489598.774582 m / s > c, setting 1/gamma = 0\n",
      "v = 591478220.1845467 m / s > c, setting 1/gamma = 0\n",
      "v = 480392197.08710444 m / s > c, setting 1/gamma = 0\n",
      "v = 301963144.1431028 m / s > c, setting 1/gamma = 0\n",
      "v = 322679992.20348185 m / s > c, setting 1/gamma = 0\n",
      "v = 365844151.65723133 m / s > c, setting 1/gamma = 0\n",
      "v = 413282002.2689773 m / s > c, setting 1/gamma = 0\n",
      "v = 337770494.5001323 m / s > c, setting 1/gamma = 0\n",
      "v = 388239861.51084036 m / s > c, setting 1/gamma = 0\n",
      "v = 303132280.2494878 m / s > c, setting 1/gamma = 0\n",
      "v = 369872084.5935095 m / s > c, setting 1/gamma = 0\n",
      "v = 419389215.44543254 m / s > c, setting 1/gamma = 0\n",
      "v = 301211982.3050488 m / s > c, setting 1/gamma = 0\n",
      "v = 378174267.8341016 m / s > c, setting 1/gamma = 0\n",
      "v = 408892625.8338504 m / s > c, setting 1/gamma = 0\n",
      "v = 398609642.9476883 m / s > c, setting 1/gamma = 0\n",
      "v = 402925619.2763998 m / s > c, setting 1/gamma = 0\n",
      "v = 440636564.0249815 m / s > c, setting 1/gamma = 0\n",
      "v = 452554847.77281517 m / s > c, setting 1/gamma = 0\n",
      "v = 361532123.31803125 m / s > c, setting 1/gamma = 0\n",
      "v = 370137168.9613651 m / s > c, setting 1/gamma = 0\n",
      "v = 334736999.16844404 m / s > c, setting 1/gamma = 0\n",
      "v = 390615258.5126835 m / s > c, setting 1/gamma = 0\n",
      "v = 386509313.76347476 m / s > c, setting 1/gamma = 0\n",
      "v = 424077436.5452705 m / s > c, setting 1/gamma = 0\n",
      "v = 300148959.83303446 m / s > c, setting 1/gamma = 0\n",
      "v = 323762912.749648 m / s > c, setting 1/gamma = 0\n",
      "v = 464657584.689398 m / s > c, setting 1/gamma = 0\n",
      "v = 502046225.444739 m / s > c, setting 1/gamma = 0\n",
      "v = 303797498.10197663 m / s > c, setting 1/gamma = 0\n",
      "v = 489024392.79167736 m / s > c, setting 1/gamma = 0\n",
      "v = 485058425.3042479 m / s > c, setting 1/gamma = 0\n",
      "v = 327888525.5410772 m / s > c, setting 1/gamma = 0\n",
      "v = 330662778.64797837 m / s > c, setting 1/gamma = 0\n",
      "v = 350616661.5110743 m / s > c, setting 1/gamma = 0\n",
      "v = 303968995.8290047 m / s > c, setting 1/gamma = 0\n",
      "v = 308024821.8687137 m / s > c, setting 1/gamma = 0\n",
      "v = 305601252.8243564 m / s > c, setting 1/gamma = 0\n",
      "v = 321550616.08369976 m / s > c, setting 1/gamma = 0\n",
      "v = 306663981.8343625 m / s > c, setting 1/gamma = 0\n",
      "v = 313761533.35127354 m / s > c, setting 1/gamma = 0\n",
      "v = 335048411.82787704 m / s > c, setting 1/gamma = 0\n",
      "v = 377918081.8239926 m / s > c, setting 1/gamma = 0\n",
      "v = 305922166.2454187 m / s > c, setting 1/gamma = 0\n",
      "v = 341603809.96159923 m / s > c, setting 1/gamma = 0\n",
      "v = 359954556.54451895 m / s > c, setting 1/gamma = 0\n",
      "v = 306438717.96220064 m / s > c, setting 1/gamma = 0\n",
      "v = 356326678.1905219 m / s > c, setting 1/gamma = 0\n",
      "v = 306722596.975605 m / s > c, setting 1/gamma = 0\n",
      "v = 494800303.2399809 m / s > c, setting 1/gamma = 0\n",
      "v = 496777286.0554334 m / s > c, setting 1/gamma = 0\n",
      "v = 392388678.44801646 m / s > c, setting 1/gamma = 0\n",
      "v = 406302690.1997925 m / s > c, setting 1/gamma = 0\n",
      "v = 317934427.2023747 m / s > c, setting 1/gamma = 0\n",
      "v = 425667860.89304245 m / s > c, setting 1/gamma = 0\n",
      "v = 454238261.65968597 m / s > c, setting 1/gamma = 0\n",
      "v = 361620884.7572358 m / s > c, setting 1/gamma = 0\n",
      "v = 404520223.2726648 m / s > c, setting 1/gamma = 0\n",
      "v = 329094290.28865993 m / s > c, setting 1/gamma = 0\n",
      "v = 357697480.65625894 m / s > c, setting 1/gamma = 0\n",
      "v = 384021204.48577 m / s > c, setting 1/gamma = 0\n",
      "v = 428028733.4547888 m / s > c, setting 1/gamma = 0\n",
      "v = 392246493.7315344 m / s > c, setting 1/gamma = 0\n",
      "v = 442235188.5933877 m / s > c, setting 1/gamma = 0\n",
      "v = 321035873.0453587 m / s > c, setting 1/gamma = 0\n",
      "v = 345887906.61050683 m / s > c, setting 1/gamma = 0\n",
      "v = 310987072.0447633 m / s > c, setting 1/gamma = 0\n",
      "v = 339447993.0735086 m / s > c, setting 1/gamma = 0\n",
      "v = 308499561.97510594 m / s > c, setting 1/gamma = 0\n",
      "v = 333466788.2091927 m / s > c, setting 1/gamma = 0\n",
      "v = 333478773.60308284 m / s > c, setting 1/gamma = 0\n",
      "v = 348507696.1373274 m / s > c, setting 1/gamma = 0\n",
      "v = 331937612.02733433 m / s > c, setting 1/gamma = 0\n",
      "v = 385644076.98736626 m / s > c, setting 1/gamma = 0\n",
      "v = 343513969.8793159 m / s > c, setting 1/gamma = 0\n",
      "v = 385774200.8872379 m / s > c, setting 1/gamma = 0\n",
      "v = 350010075.33920085 m / s > c, setting 1/gamma = 0\n",
      "v = 368004279.58787084 m / s > c, setting 1/gamma = 0\n",
      "v = 305273754.17296135 m / s > c, setting 1/gamma = 0\n",
      "v = 357266337.96358794 m / s > c, setting 1/gamma = 0\n",
      "v = 400057823.0594315 m / s > c, setting 1/gamma = 0\n",
      "v = 302615421.95362484 m / s > c, setting 1/gamma = 0\n",
      "v = 322766703.43308455 m / s > c, setting 1/gamma = 0\n",
      "v = 306896778.6288734 m / s > c, setting 1/gamma = 0\n",
      "v = 506281712.9819683 m / s > c, setting 1/gamma = 0\n",
      "v = 485121955.1441035 m / s > c, setting 1/gamma = 0\n",
      "v = 325117563.0143384 m / s > c, setting 1/gamma = 0\n",
      "v = 342362365.2354167 m / s > c, setting 1/gamma = 0\n",
      "v = 311865708.0161775 m / s > c, setting 1/gamma = 0\n",
      "v = 415638788.60003555 m / s > c, setting 1/gamma = 0\n",
      "v = 449704677.0778531 m / s > c, setting 1/gamma = 0\n",
      "v = 367844448.2778665 m / s > c, setting 1/gamma = 0\n",
      "v = 390082046.34939504 m / s > c, setting 1/gamma = 0\n",
      "v = 316338720.9217824 m / s > c, setting 1/gamma = 0\n",
      "v = 370809601.3281415 m / s > c, setting 1/gamma = 0\n",
      "v = 348710213.8900362 m / s > c, setting 1/gamma = 0\n",
      "v = 373389207.1626162 m / s > c, setting 1/gamma = 0\n",
      "v = 333592767.7892351 m / s > c, setting 1/gamma = 0\n",
      "v = 338946619.3195422 m / s > c, setting 1/gamma = 0\n",
      "v = 387518292.8947721 m / s > c, setting 1/gamma = 0\n",
      "v = 300018623.0498616 m / s > c, setting 1/gamma = 0\n",
      "v = 320385379.7862685 m / s > c, setting 1/gamma = 0\n",
      "v = 315670381.78064525 m / s > c, setting 1/gamma = 0\n",
      "v = 352402087.2027391 m / s > c, setting 1/gamma = 0\n",
      "v = 501252120.6689403 m / s > c, setting 1/gamma = 0\n",
      "v = 496019025.0268753 m / s > c, setting 1/gamma = 0\n",
      "v = 328081820.43848974 m / s > c, setting 1/gamma = 0\n",
      "v = 316373146.8207584 m / s > c, setting 1/gamma = 0\n",
      "v = 338201023.67448705 m / s > c, setting 1/gamma = 0\n",
      "v = 304564224.4492982 m / s > c, setting 1/gamma = 0\n",
      "v = 343245994.54418564 m / s > c, setting 1/gamma = 0\n",
      "v = 325400780.04637396 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 2\n",
      "v = 418107925.2250838 m / s > c, setting 1/gamma = 0\n",
      "v = 389606845.4368224 m / s > c, setting 1/gamma = 0\n",
      "v = 336113070.76716876 m / s > c, setting 1/gamma = 0\n",
      "v = 335612976.874994 m / s > c, setting 1/gamma = 0\n",
      "v = 303719401.34475327 m / s > c, setting 1/gamma = 0\n",
      "v = 313450395.79094803 m / s > c, setting 1/gamma = 0\n",
      "v = 325643591.36341494 m / s > c, setting 1/gamma = 0\n",
      "v = 328884793.37843734 m / s > c, setting 1/gamma = 0\n",
      "v = 303041430.78119725 m / s > c, setting 1/gamma = 0\n",
      "v = 317656376.43347585 m / s > c, setting 1/gamma = 0\n",
      "v = 302710024.30261445 m / s > c, setting 1/gamma = 0\n",
      "v = 308682784.70809454 m / s > c, setting 1/gamma = 0\n",
      "v = 304515625.04624426 m / s > c, setting 1/gamma = 0\n",
      "v = 312681249.67819595 m / s > c, setting 1/gamma = 0\n",
      "v = 307204302.5986935 m / s > c, setting 1/gamma = 0\n",
      "v = 322546917.1687131 m / s > c, setting 1/gamma = 0\n",
      "v = 327368968.17577255 m / s > c, setting 1/gamma = 0\n",
      "v = 308779067.13895863 m / s > c, setting 1/gamma = 0\n",
      "v = 326113757.6503149 m / s > c, setting 1/gamma = 0\n",
      "v = 301664029.28943485 m / s > c, setting 1/gamma = 0\n",
      "v = 309343753.1556753 m / s > c, setting 1/gamma = 0\n",
      "v = 303174151.1203267 m / s > c, setting 1/gamma = 0\n",
      "v = 317383331.50222605 m / s > c, setting 1/gamma = 0\n",
      "v = 377939556.6806567 m / s > c, setting 1/gamma = 0\n",
      "v = 386535641.912096 m / s > c, setting 1/gamma = 0\n",
      "v = 321775807.64245635 m / s > c, setting 1/gamma = 0\n",
      "v = 346202048.4709914 m / s > c, setting 1/gamma = 0\n",
      "v = 355487062.71709996 m / s > c, setting 1/gamma = 0\n",
      "v = 378511902.85874695 m / s > c, setting 1/gamma = 0\n",
      "v = 318663401.7728566 m / s > c, setting 1/gamma = 0\n",
      "v = 348109551.5377537 m / s > c, setting 1/gamma = 0\n",
      "v = 303521821.0614461 m / s > c, setting 1/gamma = 0\n",
      "v = 316068875.31557536 m / s > c, setting 1/gamma = 0\n",
      "v = 316695486.4648588 m / s > c, setting 1/gamma = 0\n",
      "v = 347222289.3821089 m / s > c, setting 1/gamma = 0\n",
      "v = 302914597.0664241 m / s > c, setting 1/gamma = 0\n",
      "v = 339194080.0316023 m / s > c, setting 1/gamma = 0\n",
      "v = 307872700.17536193 m / s > c, setting 1/gamma = 0\n",
      "v = 321252550.83091927 m / s > c, setting 1/gamma = 0\n",
      "v = 318906755.286864 m / s > c, setting 1/gamma = 0\n",
      "v = 312251137.8232956 m / s > c, setting 1/gamma = 0\n",
      "v = 325208550.8397911 m / s > c, setting 1/gamma = 0\n",
      "v = 329926495.45277774 m / s > c, setting 1/gamma = 0\n",
      "v = 326166181.17561024 m / s > c, setting 1/gamma = 0\n",
      "v = 338641715.2601192 m / s > c, setting 1/gamma = 0\n",
      "v = 307022253.4442155 m / s > c, setting 1/gamma = 0\n",
      "v = 320550231.40716124 m / s > c, setting 1/gamma = 0\n",
      "v = 320055741.2443199 m / s > c, setting 1/gamma = 0\n",
      "v = 306436962.7386516 m / s > c, setting 1/gamma = 0\n",
      "v = 301112638.6034412 m / s > c, setting 1/gamma = 0\n",
      "v = 337273967.10461843 m / s > c, setting 1/gamma = 0\n",
      "v = 324687233.865872 m / s > c, setting 1/gamma = 0\n",
      "v = 337158359.6824264 m / s > c, setting 1/gamma = 0\n",
      "v = 306064111.53292054 m / s > c, setting 1/gamma = 0\n",
      "v = 304402141.58148175 m / s > c, setting 1/gamma = 0\n",
      "v = 319091157.72470534 m / s > c, setting 1/gamma = 0\n",
      "v = 321591777.54475886 m / s > c, setting 1/gamma = 0\n",
      "v = 325547910.152371 m / s > c, setting 1/gamma = 0\n",
      "v = 319793866.1424993 m / s > c, setting 1/gamma = 0\n",
      "v = 336163406.67068565 m / s > c, setting 1/gamma = 0\n",
      "v = 323044030.5543269 m / s > c, setting 1/gamma = 0\n",
      "v = 308383760.2563625 m / s > c, setting 1/gamma = 0\n",
      "v = 314437405.55182654 m / s > c, setting 1/gamma = 0\n",
      "v = 313224027.29371464 m / s > c, setting 1/gamma = 0\n",
      "v = 299830703.94118506 m / s > c, setting 1/gamma = 0\n",
      "v = 317021125.9972562 m / s > c, setting 1/gamma = 0\n",
      "v = 307929160.5232575 m / s > c, setting 1/gamma = 0\n",
      "v = 311473339.2920513 m / s > c, setting 1/gamma = 0\n",
      "v = 309065824.62881166 m / s > c, setting 1/gamma = 0\n",
      "v = 348045749.17361623 m / s > c, setting 1/gamma = 0\n",
      "v = 326615467.66739225 m / s > c, setting 1/gamma = 0\n",
      "v = 340948487.77033293 m / s > c, setting 1/gamma = 0\n",
      "v = 326013880.3262164 m / s > c, setting 1/gamma = 0\n",
      "v = 304019117.5107146 m / s > c, setting 1/gamma = 0\n",
      "v = 321329399.5507303 m / s > c, setting 1/gamma = 0\n",
      "v = 307207377.87931794 m / s > c, setting 1/gamma = 0\n",
      "v = 310638059.07334757 m / s > c, setting 1/gamma = 0\n",
      "v = 305249063.78796333 m / s > c, setting 1/gamma = 0\n",
      "v = 323180350.0736884 m / s > c, setting 1/gamma = 0\n",
      "v = 309589109.998969 m / s > c, setting 1/gamma = 0\n",
      "v = 308019803.06173986 m / s > c, setting 1/gamma = 0\n",
      "v = 322733732.7914675 m / s > c, setting 1/gamma = 0\n",
      "v = 300218598.3825013 m / s > c, setting 1/gamma = 0\n",
      "v = 336144782.7301166 m / s > c, setting 1/gamma = 0\n",
      "v = 308458712.8642289 m / s > c, setting 1/gamma = 0\n",
      "v = 322124260.1412664 m / s > c, setting 1/gamma = 0\n",
      "v = 308065570.6636572 m / s > c, setting 1/gamma = 0\n",
      "v = 344014294.27656955 m / s > c, setting 1/gamma = 0\n",
      "v = 336850285.05998504 m / s > c, setting 1/gamma = 0\n",
      "v = 347196762.5568545 m / s > c, setting 1/gamma = 0\n",
      "v = 324868155.67167115 m / s > c, setting 1/gamma = 0\n",
      "v = 314161299.59416413 m / s > c, setting 1/gamma = 0\n",
      "v = 329733474.7265231 m / s > c, setting 1/gamma = 0\n",
      "v = 309076911.4165525 m / s > c, setting 1/gamma = 0\n",
      "v = 307570382.3650124 m / s > c, setting 1/gamma = 0\n",
      "v = 321213892.4627772 m / s > c, setting 1/gamma = 0\n",
      "v = 305229691.9443519 m / s > c, setting 1/gamma = 0\n",
      "v = 340752842.5251655 m / s > c, setting 1/gamma = 0\n",
      "v = 332400356.92690045 m / s > c, setting 1/gamma = 0\n",
      "v = 342940805.7420378 m / s > c, setting 1/gamma = 0\n",
      "v = 330139475.8216756 m / s > c, setting 1/gamma = 0\n",
      "v = 319734288.0482951 m / s > c, setting 1/gamma = 0\n",
      "v = 335607231.6932784 m / s > c, setting 1/gamma = 0\n",
      "v = 307244406.0023195 m / s > c, setting 1/gamma = 0\n",
      "v = 322429818.35879195 m / s > c, setting 1/gamma = 0\n",
      "v = 309353447.28857356 m / s > c, setting 1/gamma = 0\n",
      "v = 322245981.1588469 m / s > c, setting 1/gamma = 0\n",
      "v = 333749788.4981048 m / s > c, setting 1/gamma = 0\n",
      "v = 301553370.69422966 m / s > c, setting 1/gamma = 0\n",
      "v = 338485260.7076848 m / s > c, setting 1/gamma = 0\n",
      "v = 334500568.2069457 m / s > c, setting 1/gamma = 0\n",
      "v = 345680204.41331756 m / s > c, setting 1/gamma = 0\n",
      "v = 304283056.3772045 m / s > c, setting 1/gamma = 0\n",
      "v = 314777301.6741693 m / s > c, setting 1/gamma = 0\n",
      "v = 327362017.3163856 m / s > c, setting 1/gamma = 0\n",
      "v = 300247109.3959907 m / s > c, setting 1/gamma = 0\n",
      "v = 335201212.83693516 m / s > c, setting 1/gamma = 0\n",
      "v = 307850881.8284987 m / s > c, setting 1/gamma = 0\n",
      "v = 320827188.4660488 m / s > c, setting 1/gamma = 0\n",
      "v = 307603343.59867823 m / s > c, setting 1/gamma = 0\n",
      "v = 342693768.044517 m / s > c, setting 1/gamma = 0\n",
      "v = 325063957.18175685 m / s > c, setting 1/gamma = 0\n",
      "v = 336869540.70607716 m / s > c, setting 1/gamma = 0\n",
      "v = 323719924.36330813 m / s > c, setting 1/gamma = 0\n",
      "v = 322441900.1205984 m / s > c, setting 1/gamma = 0\n",
      "v = 335360481.7608551 m / s > c, setting 1/gamma = 0\n",
      "v = 304250652.9581482 m / s > c, setting 1/gamma = 0\n",
      "v = 303953069.71252656 m / s > c, setting 1/gamma = 0\n",
      "v = 317173078.55062723 m / s > c, setting 1/gamma = 0\n",
      "v = 308417469.77246684 m / s > c, setting 1/gamma = 0\n",
      "v = 342213566.40064704 m / s > c, setting 1/gamma = 0\n",
      "v = 302743671.9984003 m / s > c, setting 1/gamma = 0\n",
      "v = 317169749.85875255 m / s > c, setting 1/gamma = 0\n",
      "v = 308554766.1851315 m / s > c, setting 1/gamma = 0\n",
      "v = 344090676.20986384 m / s > c, setting 1/gamma = 0\n",
      "v = 313254626.5063265 m / s > c, setting 1/gamma = 0\n",
      "v = 327118690.3496005 m / s > c, setting 1/gamma = 0\n",
      "v = 321790961.50442064 m / s > c, setting 1/gamma = 0\n",
      "v = 304447544.0769406 m / s > c, setting 1/gamma = 0\n",
      "v = 318323154.69492286 m / s > c, setting 1/gamma = 0\n",
      "v = 328788032.6827314 m / s > c, setting 1/gamma = 0\n",
      "v = 306387753.52601916 m / s > c, setting 1/gamma = 0\n",
      "v = 320300883.1526626 m / s > c, setting 1/gamma = 0\n",
      "v = 327737538.0409909 m / s > c, setting 1/gamma = 0\n",
      "v = 330656773.65009147 m / s > c, setting 1/gamma = 0\n",
      "v = 342825828.35984164 m / s > c, setting 1/gamma = 0\n",
      "v = 306435944.92748153 m / s > c, setting 1/gamma = 0\n",
      "v = 314099010.9708582 m / s > c, setting 1/gamma = 0\n",
      "v = 327280865.2945944 m / s > c, setting 1/gamma = 0\n",
      "v = 312744828.74369586 m / s > c, setting 1/gamma = 0\n",
      "v = 332339559.32371604 m / s > c, setting 1/gamma = 0\n",
      "v = 332351207.8360602 m / s > c, setting 1/gamma = 0\n",
      "v = 346500008.1576719 m / s > c, setting 1/gamma = 0\n",
      "v = 321041572.3735952 m / s > c, setting 1/gamma = 0\n",
      "v = 302290521.0623087 m / s > c, setting 1/gamma = 0\n",
      "v = 316048364.5075738 m / s > c, setting 1/gamma = 0\n",
      "v = 307467780.52036434 m / s > c, setting 1/gamma = 0\n",
      "v = 321788791.5306214 m / s > c, setting 1/gamma = 0\n",
      "v = 317118210.10777754 m / s > c, setting 1/gamma = 0\n",
      "v = 326413968.0754965 m / s > c, setting 1/gamma = 0\n",
      "v = 337461093.0752916 m / s > c, setting 1/gamma = 0\n",
      "v = 304994392.9357854 m / s > c, setting 1/gamma = 0\n",
      "v = 342566054.72375125 m / s > c, setting 1/gamma = 0\n",
      "v = 336978201.08968663 m / s > c, setting 1/gamma = 0\n",
      "v = 347391197.89412016 m / s > c, setting 1/gamma = 0\n",
      "v = 301545063.78617424 m / s > c, setting 1/gamma = 0\n",
      "v = 339945568.42932725 m / s > c, setting 1/gamma = 0\n",
      "v = 312194018.7682282 m / s > c, setting 1/gamma = 0\n",
      "v = 326599680.5866658 m / s > c, setting 1/gamma = 0\n",
      "v = 300144651.79592586 m / s > c, setting 1/gamma = 0\n",
      "v = 337060327.0575631 m / s > c, setting 1/gamma = 0\n",
      "v = 317835376.83182484 m / s > c, setting 1/gamma = 0\n",
      "v = 330901528.05639976 m / s > c, setting 1/gamma = 0\n",
      "v = 308630991.09757555 m / s > c, setting 1/gamma = 0\n",
      "v = 346520228.1158632 m / s > c, setting 1/gamma = 0\n",
      "v = 342307691.52761084 m / s > c, setting 1/gamma = 0\n",
      "v = 352883700.6087954 m / s > c, setting 1/gamma = 0\n",
      "v = 299880740.3667026 m / s > c, setting 1/gamma = 0\n",
      "v = 340110448.2362294 m / s > c, setting 1/gamma = 0\n",
      "v = 300853827.44993484 m / s > c, setting 1/gamma = 0\n",
      "v = 318847346.5712367 m / s > c, setting 1/gamma = 0\n",
      "v = 322280308.9439432 m / s > c, setting 1/gamma = 0\n",
      "v = 336545512.69405204 m / s > c, setting 1/gamma = 0\n",
      "v = 303387343.65264165 m / s > c, setting 1/gamma = 0\n",
      "v = 321074484.02731806 m / s > c, setting 1/gamma = 0\n",
      "v = 316683044.26083964 m / s > c, setting 1/gamma = 0\n",
      "v = 304560678.2251637 m / s > c, setting 1/gamma = 0\n",
      "v = 321238348.34551567 m / s > c, setting 1/gamma = 0\n",
      "v = 318128637.1424415 m / s > c, setting 1/gamma = 0\n",
      "v = 301512559.2696395 m / s > c, setting 1/gamma = 0\n",
      "v = 316008278.8706435 m / s > c, setting 1/gamma = 0\n",
      "v = 304215294.96878165 m / s > c, setting 1/gamma = 0\n",
      "v = 339344449.4085377 m / s > c, setting 1/gamma = 0\n",
      "v = 327455656.3558989 m / s > c, setting 1/gamma = 0\n",
      "v = 338139426.4877795 m / s > c, setting 1/gamma = 0\n",
      "v = 308717193.2389204 m / s > c, setting 1/gamma = 0\n",
      "v = 345900667.50423723 m / s > c, setting 1/gamma = 0\n",
      "v = 329023236.38005525 m / s > c, setting 1/gamma = 0\n",
      "v = 341385958.29112965 m / s > c, setting 1/gamma = 0\n",
      "v = 317809085.5723721 m / s > c, setting 1/gamma = 0\n",
      "v = 309470723.19736713 m / s > c, setting 1/gamma = 0\n",
      "v = 323416272.9228813 m / s > c, setting 1/gamma = 0\n",
      "v = 300745479.935048 m / s > c, setting 1/gamma = 0\n",
      "v = 336505476.1727313 m / s > c, setting 1/gamma = 0\n",
      "v = 316364407.25129414 m / s > c, setting 1/gamma = 0\n",
      "v = 328868479.1149315 m / s > c, setting 1/gamma = 0\n",
      "v = 305670575.97838175 m / s > c, setting 1/gamma = 0\n",
      "v = 342490123.4742025 m / s > c, setting 1/gamma = 0\n",
      "v = 335074923.36028534 m / s > c, setting 1/gamma = 0\n",
      "v = 346222098.61521083 m / s > c, setting 1/gamma = 0\n",
      "v = 310804650.6734091 m / s > c, setting 1/gamma = 0\n",
      "v = 318121067.413501 m / s > c, setting 1/gamma = 0\n",
      "v = 330954641.3629291 m / s > c, setting 1/gamma = 0\n",
      "v = 324668575.1613748 m / s > c, setting 1/gamma = 0\n",
      "v = 309948864.70314306 m / s > c, setting 1/gamma = 0\n",
      "v = 323575557.2364875 m / s > c, setting 1/gamma = 0\n",
      "v = 329664030.76960707 m / s > c, setting 1/gamma = 0\n",
      "v = 329261829.64239866 m / s > c, setting 1/gamma = 0\n",
      "v = 342459144.5774362 m / s > c, setting 1/gamma = 0\n",
      "v = 322704667.35133284 m / s > c, setting 1/gamma = 0\n",
      "v = 336483783.9405075 m / s > c, setting 1/gamma = 0\n",
      "v = 309279209.15395916 m / s > c, setting 1/gamma = 0\n",
      "v = 321933440.1295709 m / s > c, setting 1/gamma = 0\n",
      "v = 302753224.00423557 m / s > c, setting 1/gamma = 0\n",
      "v = 337450329.94977677 m / s > c, setting 1/gamma = 0\n",
      "v = 323629171.9392658 m / s > c, setting 1/gamma = 0\n",
      "v = 334617364.478717 m / s > c, setting 1/gamma = 0\n",
      "v = 301987556.74074066 m / s > c, setting 1/gamma = 0\n",
      "v = 338771541.03790635 m / s > c, setting 1/gamma = 0\n",
      "v = 328065738.0669702 m / s > c, setting 1/gamma = 0\n",
      "v = 339586357.4837014 m / s > c, setting 1/gamma = 0\n",
      "v = 308273068.5314837 m / s > c, setting 1/gamma = 0\n",
      "v = 307569760.7082382 m / s > c, setting 1/gamma = 0\n",
      "v = 320223300.6420264 m / s > c, setting 1/gamma = 0\n",
      "v = 305745031.9454382 m / s > c, setting 1/gamma = 0\n",
      "v = 339410044.3572346 m / s > c, setting 1/gamma = 0\n",
      "v = 304145018.00207067 m / s > c, setting 1/gamma = 0\n",
      "v = 317442091.2973324 m / s > c, setting 1/gamma = 0\n",
      "v = 313020180.8375108 m / s > c, setting 1/gamma = 0\n",
      "v = 347652402.30512834 m / s > c, setting 1/gamma = 0\n",
      "v = 313128633.07099545 m / s > c, setting 1/gamma = 0\n",
      "v = 326778138.3925802 m / s > c, setting 1/gamma = 0\n",
      "v = 332933421.2547788 m / s > c, setting 1/gamma = 0\n",
      "v = 309892046.02411056 m / s > c, setting 1/gamma = 0\n",
      "v = 323339703.7277135 m / s > c, setting 1/gamma = 0\n",
      "v = 318847944.40024513 m / s > c, setting 1/gamma = 0\n",
      "v = 302833692.52249837 m / s > c, setting 1/gamma = 0\n",
      "v = 316347154.0215609 m / s > c, setting 1/gamma = 0\n",
      "v = 304942368.19294816 m / s > c, setting 1/gamma = 0\n",
      "v = 339742425.9430995 m / s > c, setting 1/gamma = 0\n",
      "v = 303326811.2023279 m / s > c, setting 1/gamma = 0\n",
      "v = 318076722.3753527 m / s > c, setting 1/gamma = 0\n",
      "v = 300421334.63168585 m / s > c, setting 1/gamma = 0\n",
      "v = 336135849.17296576 m / s > c, setting 1/gamma = 0\n",
      "v = 304660615.5108935 m / s > c, setting 1/gamma = 0\n",
      "v = 318899008.81908077 m / s > c, setting 1/gamma = 0\n",
      "v = 325848321.31869364 m / s > c, setting 1/gamma = 0\n",
      "v = 299911136.3112185 m / s > c, setting 1/gamma = 0\n",
      "v = 313809410.13936615 m / s > c, setting 1/gamma = 0\n",
      "v = 303161489.20744956 m / s > c, setting 1/gamma = 0\n",
      "v = 337228302.6599109 m / s > c, setting 1/gamma = 0\n",
      "v = 300855281.1215755 m / s > c, setting 1/gamma = 0\n",
      "v = 340687586.9431522 m / s > c, setting 1/gamma = 0\n",
      "v = 340946689.6555733 m / s > c, setting 1/gamma = 0\n",
      "v = 352131210.01721317 m / s > c, setting 1/gamma = 0\n",
      "v = 318942257.379758 m / s > c, setting 1/gamma = 0\n",
      "v = 307819875.3919626 m / s > c, setting 1/gamma = 0\n",
      "v = 323226741.9115443 m / s > c, setting 1/gamma = 0\n",
      "v = 316907769.48140275 m / s > c, setting 1/gamma = 0\n",
      "v = 328840378.12652904 m / s > c, setting 1/gamma = 0\n",
      "v = 339858272.00483 m / s > c, setting 1/gamma = 0\n",
      "v = 303573675.628951 m / s > c, setting 1/gamma = 0\n",
      "v = 342358510.7118275 m / s > c, setting 1/gamma = 0\n",
      "v = 344511826.95835465 m / s > c, setting 1/gamma = 0\n",
      "v = 354667455.4045857 m / s > c, setting 1/gamma = 0\n",
      "v = 330992267.0334801 m / s > c, setting 1/gamma = 0\n",
      "v = 321504968.9462572 m / s > c, setting 1/gamma = 0\n",
      "v = 359888740.516117 m / s > c, setting 1/gamma = 0\n",
      "v = 335891995.53663 m / s > c, setting 1/gamma = 0\n",
      "v = 349054359.1695279 m / s > c, setting 1/gamma = 0\n",
      "v = 327159348.9812145 m / s > c, setting 1/gamma = 0\n",
      "v = 310915155.20863247 m / s > c, setting 1/gamma = 0\n",
      "v = 307294207.4374224 m / s > c, setting 1/gamma = 0\n",
      "v = 321810911.7529157 m / s > c, setting 1/gamma = 0\n",
      "v = 314535323.25417054 m / s > c, setting 1/gamma = 0\n",
      "v = 351760865.556562 m / s > c, setting 1/gamma = 0\n",
      "v = 312108204.4024443 m / s > c, setting 1/gamma = 0\n",
      "v = 315001429.4478932 m / s > c, setting 1/gamma = 0\n",
      "v = 355402985.0788855 m / s > c, setting 1/gamma = 0\n",
      "v = 331507119.3822372 m / s > c, setting 1/gamma = 0\n",
      "v = 346717008.2151526 m / s > c, setting 1/gamma = 0\n",
      "v = 312308093.7140676 m / s > c, setting 1/gamma = 0\n",
      "v = 312663382.73487425 m / s > c, setting 1/gamma = 0\n",
      "v = 310123032.05395496 m / s > c, setting 1/gamma = 0\n",
      "v = 312680745.83483404 m / s > c, setting 1/gamma = 0\n",
      "v = 301274902.3036697 m / s > c, setting 1/gamma = 0\n",
      "v = 304668817.4736891 m / s > c, setting 1/gamma = 0\n",
      "v = 323273498.94476396 m / s > c, setting 1/gamma = 0\n",
      "v = 303478594.56405437 m / s > c, setting 1/gamma = 0\n",
      "v = 309694168.3450561 m / s > c, setting 1/gamma = 0\n",
      "v = 324243493.04146713 m / s > c, setting 1/gamma = 0\n",
      "v = 331155967.8742201 m / s > c, setting 1/gamma = 0\n",
      "v = 306527142.85760075 m / s > c, setting 1/gamma = 0\n",
      "v = 321480703.1378432 m / s > c, setting 1/gamma = 0\n",
      "v = 326877037.7876069 m / s > c, setting 1/gamma = 0\n",
      "v = 309017689.7577005 m / s > c, setting 1/gamma = 0\n",
      "v = 326205415.5223496 m / s > c, setting 1/gamma = 0\n",
      "v = 318031422.5162526 m / s > c, setting 1/gamma = 0\n",
      "v = 331044260.0386193 m / s > c, setting 1/gamma = 0\n",
      "v = 320165981.5422315 m / s > c, setting 1/gamma = 0\n",
      "v = 308272962.29507786 m / s > c, setting 1/gamma = 0\n",
      "v = 321292178.34138495 m / s > c, setting 1/gamma = 0\n",
      "v = 303900405.09139556 m / s > c, setting 1/gamma = 0\n",
      "v = 339547650.7007633 m / s > c, setting 1/gamma = 0\n",
      "v = 335224141.5613233 m / s > c, setting 1/gamma = 0\n",
      "v = 344807110.5869857 m / s > c, setting 1/gamma = 0\n",
      "v = 321078240.4917044 m / s > c, setting 1/gamma = 0\n",
      "v = 325856863.90071756 m / s > c, setting 1/gamma = 0\n",
      "v = 338434567.37724096 m / s > c, setting 1/gamma = 0\n",
      "v = 304854762.99103516 m / s > c, setting 1/gamma = 0\n",
      "v = 309458069.68271935 m / s > c, setting 1/gamma = 0\n",
      "v = 321617247.93890244 m / s > c, setting 1/gamma = 0\n",
      "v = 307641873.7816711 m / s > c, setting 1/gamma = 0\n",
      "v = 341974429.8151497 m / s > c, setting 1/gamma = 0\n",
      "v = 320332561.96922725 m / s > c, setting 1/gamma = 0\n",
      "v = 331553758.2554326 m / s > c, setting 1/gamma = 0\n",
      "v = 307260498.4036292 m / s > c, setting 1/gamma = 0\n",
      "v = 343964313.381006 m / s > c, setting 1/gamma = 0\n",
      "v = 329169230.6691847 m / s > c, setting 1/gamma = 0\n",
      "v = 340309190.8717155 m / s > c, setting 1/gamma = 0\n",
      "v = 311938910.4190108 m / s > c, setting 1/gamma = 0\n",
      "v = 310154027.01404434 m / s > c, setting 1/gamma = 0\n",
      "v = 322496681.40335315 m / s > c, setting 1/gamma = 0\n",
      "v = 304281934.5168518 m / s > c, setting 1/gamma = 0\n",
      "v = 338787067.9652506 m / s > c, setting 1/gamma = 0\n",
      "v = 309762308.99335444 m / s > c, setting 1/gamma = 0\n",
      "v = 322289314.8123215 m / s > c, setting 1/gamma = 0\n",
      "v = 309344238.80534416 m / s > c, setting 1/gamma = 0\n",
      "v = 345088910.89248306 m / s > c, setting 1/gamma = 0\n",
      "v = 322042813.1811334 m / s > c, setting 1/gamma = 0\n",
      "v = 334242627.0634965 m / s > c, setting 1/gamma = 0\n",
      "v = 318506065.2521538 m / s > c, setting 1/gamma = 0\n",
      "v = 310458875.36955583 m / s > c, setting 1/gamma = 0\n",
      "v = 323256353.74019814 m / s > c, setting 1/gamma = 0\n",
      "v = 325892238.7174558 m / s > c, setting 1/gamma = 0\n",
      "v = 307089463.18772393 m / s > c, setting 1/gamma = 0\n",
      "v = 320127053.04988813 m / s > c, setting 1/gamma = 0\n",
      "v = 299913402.0341922 m / s > c, setting 1/gamma = 0\n",
      "v = 335654514.4773525 m / s > c, setting 1/gamma = 0\n",
      "v = 314903463.3968333 m / s > c, setting 1/gamma = 0\n",
      "v = 328028140.55412066 m / s > c, setting 1/gamma = 0\n",
      "v = 317565719.37036693 m / s > c, setting 1/gamma = 0\n",
      "v = 311100998.7365918 m / s > c, setting 1/gamma = 0\n",
      "v = 323992627.3972988 m / s > c, setting 1/gamma = 0\n",
      "v = 321421975.4434409 m / s > c, setting 1/gamma = 0\n",
      "v = 301843153.0779729 m / s > c, setting 1/gamma = 0\n",
      "v = 315067233.96625876 m / s > c, setting 1/gamma = 0\n",
      "v = 304919716.104348 m / s > c, setting 1/gamma = 0\n",
      "v = 339122199.2356686 m / s > c, setting 1/gamma = 0\n",
      "v = 300942421.14283854 m / s > c, setting 1/gamma = 0\n",
      "v = 340888578.6110504 m / s > c, setting 1/gamma = 0\n",
      "v = 333693003.25836635 m / s > c, setting 1/gamma = 0\n",
      "v = 345776670.43709385 m / s > c, setting 1/gamma = 0\n",
      "v = 319739908.2462319 m / s > c, setting 1/gamma = 0\n",
      "v = 309659399.75466245 m / s > c, setting 1/gamma = 0\n",
      "v = 323881283.1358613 m / s > c, setting 1/gamma = 0\n",
      "v = 320282335.3128705 m / s > c, setting 1/gamma = 0\n",
      "v = 337713705.3450965 m / s > c, setting 1/gamma = 0\n",
      "v = 347155275.0361072 m / s > c, setting 1/gamma = 0\n",
      "v = 304821559.9960919 m / s > c, setting 1/gamma = 0\n",
      "v = 344595048.3662915 m / s > c, setting 1/gamma = 0\n",
      "v = 318641967.01192236 m / s > c, setting 1/gamma = 0\n",
      "v = 334063597.34174824 m / s > c, setting 1/gamma = 0\n",
      "v = 329584154.4958729 m / s > c, setting 1/gamma = 0\n",
      "v = 333657658.68226117 m / s > c, setting 1/gamma = 0\n",
      "v = 370510492.9420315 m / s > c, setting 1/gamma = 0\n",
      "v = 338969263.0442816 m / s > c, setting 1/gamma = 0\n",
      "v = 350306160.747347 m / s > c, setting 1/gamma = 0\n",
      "v = 301397657.9140775 m / s > c, setting 1/gamma = 0\n",
      "v = 342021946.00889236 m / s > c, setting 1/gamma = 0\n",
      "v = 304289359.71845996 m / s > c, setting 1/gamma = 0\n",
      "v = 324895416.7652562 m / s > c, setting 1/gamma = 0\n",
      "v = 314715070.71841097 m / s > c, setting 1/gamma = 0\n",
      "v = 318778862.0232209 m / s > c, setting 1/gamma = 0\n",
      "v = 358304689.79428804 m / s > c, setting 1/gamma = 0\n",
      "v = 316679004.2497958 m / s > c, setting 1/gamma = 0\n",
      "v = 332044694.2391748 m / s > c, setting 1/gamma = 0\n",
      "v = 326861928.12885517 m / s > c, setting 1/gamma = 0\n",
      "v = 320736584.6522562 m / s > c, setting 1/gamma = 0\n",
      "v = 302550218.9460659 m / s > c, setting 1/gamma = 0\n",
      "v = 302755496.32920694 m / s > c, setting 1/gamma = 0\n",
      "v = 304455292.1923524 m / s > c, setting 1/gamma = 0\n",
      "v = 319492354.72865164 m / s > c, setting 1/gamma = 0\n",
      "v = 301510392.24108917 m / s > c, setting 1/gamma = 0\n",
      "v = 339459048.21827406 m / s > c, setting 1/gamma = 0\n",
      "v = 324470210.66614133 m / s > c, setting 1/gamma = 0\n",
      "v = 337870622.8503424 m / s > c, setting 1/gamma = 0\n",
      "v = 314599162.2837059 m / s > c, setting 1/gamma = 0\n",
      "v = 319880500.63198215 m / s > c, setting 1/gamma = 0\n",
      "v = 334901307.3811806 m / s > c, setting 1/gamma = 0\n",
      "v = 304335999.26253724 m / s > c, setting 1/gamma = 0\n",
      "v = 310347648.59609276 m / s > c, setting 1/gamma = 0\n",
      "v = 323222577.74078226 m / s > c, setting 1/gamma = 0\n",
      "v = 304016239.7377769 m / s > c, setting 1/gamma = 0\n",
      "v = 339899489.756407 m / s > c, setting 1/gamma = 0\n",
      "v = 325482395.95641285 m / s > c, setting 1/gamma = 0\n",
      "v = 336167953.8788802 m / s > c, setting 1/gamma = 0\n",
      "v = 303281130.0916194 m / s > c, setting 1/gamma = 0\n",
      "v = 341362074.8413492 m / s > c, setting 1/gamma = 0\n",
      "v = 333104146.06665367 m / s > c, setting 1/gamma = 0\n",
      "v = 344709878.6880469 m / s > c, setting 1/gamma = 0\n",
      "v = 303707311.6739821 m / s > c, setting 1/gamma = 0\n",
      "v = 315050824.81675917 m / s > c, setting 1/gamma = 0\n",
      "v = 326954942.6806921 m / s > c, setting 1/gamma = 0\n",
      "v = 302675135.9341094 m / s > c, setting 1/gamma = 0\n",
      "v = 338195408.1007896 m / s > c, setting 1/gamma = 0\n",
      "v = 316870110.01295334 m / s > c, setting 1/gamma = 0\n",
      "v = 328242048.87072486 m / s > c, setting 1/gamma = 0\n",
      "v = 306722002.6715357 m / s > c, setting 1/gamma = 0\n",
      "v = 343450086.50535595 m / s > c, setting 1/gamma = 0\n",
      "v = 334789421.34470934 m / s > c, setting 1/gamma = 0\n",
      "v = 344914912.5251969 m / s > c, setting 1/gamma = 0\n",
      "v = 310025621.80811554 m / s > c, setting 1/gamma = 0\n",
      "v = 316943012.0119524 m / s > c, setting 1/gamma = 0\n",
      "v = 328602163.9838666 m / s > c, setting 1/gamma = 0\n",
      "v = 299836412.37407416 m / s > c, setting 1/gamma = 0\n",
      "v = 335296309.4277415 m / s > c, setting 1/gamma = 0\n",
      "v = 308962855.8698088 m / s > c, setting 1/gamma = 0\n",
      "v = 321057437.891855 m / s > c, setting 1/gamma = 0\n",
      "v = 307710172.2993395 m / s > c, setting 1/gamma = 0\n",
      "v = 343183797.19186836 m / s > c, setting 1/gamma = 0\n",
      "v = 319871008.03570175 m / s > c, setting 1/gamma = 0\n",
      "v = 331864660.3144383 m / s > c, setting 1/gamma = 0\n",
      "v = 325659723.71446145 m / s > c, setting 1/gamma = 0\n",
      "v = 320050094.89869726 m / s > c, setting 1/gamma = 0\n",
      "v = 332033285.8193146 m / s > c, setting 1/gamma = 0\n",
      "v = 309271621.774491 m / s > c, setting 1/gamma = 0\n",
      "v = 302500823.4353902 m / s > c, setting 1/gamma = 0\n",
      "v = 314922658.94031775 m / s > c, setting 1/gamma = 0\n",
      "v = 312169290.59800756 m / s > c, setting 1/gamma = 0\n",
      "v = 345763622.3852781 m / s > c, setting 1/gamma = 0\n",
      "v = 319848299.4135227 m / s > c, setting 1/gamma = 0\n",
      "v = 333530704.8619043 m / s > c, setting 1/gamma = 0\n",
      "v = 344522869.98826903 m / s > c, setting 1/gamma = 0\n",
      "v = 308205609.45020634 m / s > c, setting 1/gamma = 0\n",
      "v = 313964835.2016192 m / s > c, setting 1/gamma = 0\n",
      "v = 325926955.4670901 m / s > c, setting 1/gamma = 0\n",
      "v = 321895829.4189539 m / s > c, setting 1/gamma = 0\n",
      "v = 317295856.5380905 m / s > c, setting 1/gamma = 0\n",
      "v = 330138026.04763544 m / s > c, setting 1/gamma = 0\n",
      "v = 325250231.10228115 m / s > c, setting 1/gamma = 0\n",
      "v = 342171811.0396582 m / s > c, setting 1/gamma = 0\n",
      "v = 351432271.7604905 m / s > c, setting 1/gamma = 0\n",
      "v = 325505678.98580384 m / s > c, setting 1/gamma = 0\n",
      "v = 303031920.5933929 m / s > c, setting 1/gamma = 0\n",
      "v = 318122786.2060267 m / s > c, setting 1/gamma = 0\n",
      "v = 322275596.3181826 m / s > c, setting 1/gamma = 0\n",
      "v = 337731884.7426945 m / s > c, setting 1/gamma = 0\n",
      "v = 346890437.7911038 m / s > c, setting 1/gamma = 0\n",
      "v = 306191311.04817206 m / s > c, setting 1/gamma = 0\n",
      "v = 346041785.4858824 m / s > c, setting 1/gamma = 0\n",
      "v = 311697889.86866385 m / s > c, setting 1/gamma = 0\n",
      "v = 327771019.8101773 m / s > c, setting 1/gamma = 0\n",
      "v = 334005511.111586 m / s > c, setting 1/gamma = 0\n",
      "v = 320154247.70796746 m / s > c, setting 1/gamma = 0\n",
      "v = 359699149.2130553 m / s > c, setting 1/gamma = 0\n",
      "v = 318400906.91730773 m / s > c, setting 1/gamma = 0\n",
      "v = 334642304.15629756 m / s > c, setting 1/gamma = 0\n",
      "v = 325447056.954841 m / s > c, setting 1/gamma = 0\n",
      "v = 306384236.4439271 m / s > c, setting 1/gamma = 0\n",
      "v = 343093082.0791179 m / s > c, setting 1/gamma = 0\n",
      "v = 310236127.02666235 m / s > c, setting 1/gamma = 0\n",
      "v = 323306458.37588054 m / s > c, setting 1/gamma = 0\n",
      "v = 318786672.78693247 m / s > c, setting 1/gamma = 0\n",
      "v = 355974526.59263355 m / s > c, setting 1/gamma = 0\n",
      "v = 340082513.01937276 m / s > c, setting 1/gamma = 0\n",
      "v = 350111903.1578011 m / s > c, setting 1/gamma = 0\n",
      "v = 304913245.46182114 m / s > c, setting 1/gamma = 0\n",
      "v = 345889311.41822016 m / s > c, setting 1/gamma = 0\n",
      "v = 302682123.7980145 m / s > c, setting 1/gamma = 0\n",
      "v = 320078966.05472445 m / s > c, setting 1/gamma = 0\n",
      "v = 321529017.4130631 m / s > c, setting 1/gamma = 0\n",
      "v = 324989454.01916945 m / s > c, setting 1/gamma = 0\n",
      "v = 364681762.25183815 m / s > c, setting 1/gamma = 0\n",
      "v = 316524906.65465367 m / s > c, setting 1/gamma = 0\n",
      "v = 332045897.97236234 m / s > c, setting 1/gamma = 0\n",
      "v = 313922405.7971482 m / s > c, setting 1/gamma = 0\n",
      "v = 303676946.91292435 m / s > c, setting 1/gamma = 0\n",
      "v = 318581781.2663159 m / s > c, setting 1/gamma = 0\n",
      "v = 300697590.726242 m / s > c, setting 1/gamma = 0\n",
      "v = 339143934.87071383 m / s > c, setting 1/gamma = 0\n",
      "v = 324277979.04333204 m / s > c, setting 1/gamma = 0\n",
      "v = 338151515.96075237 m / s > c, setting 1/gamma = 0\n",
      "v = 307491288.3583586 m / s > c, setting 1/gamma = 0\n",
      "v = 321809818.19558924 m / s > c, setting 1/gamma = 0\n",
      "v = 334748548.493643 m / s > c, setting 1/gamma = 0\n",
      "v = 314988364.1293344 m / s > c, setting 1/gamma = 0\n",
      "v = 308370071.3741963 m / s > c, setting 1/gamma = 0\n",
      "v = 320972064.28501743 m / s > c, setting 1/gamma = 0\n",
      "v = 305401082.7381603 m / s > c, setting 1/gamma = 0\n",
      "v = 341503354.1080922 m / s > c, setting 1/gamma = 0\n",
      "v = 334402030.97066987 m / s > c, setting 1/gamma = 0\n",
      "v = 343721118.0970177 m / s > c, setting 1/gamma = 0\n",
      "v = 325133156.9724961 m / s > c, setting 1/gamma = 0\n",
      "v = 321362001.0602219 m / s > c, setting 1/gamma = 0\n",
      "v = 335136602.086668 m / s > c, setting 1/gamma = 0\n",
      "v = 300252270.09522057 m / s > c, setting 1/gamma = 0\n",
      "v = 311179871.22274345 m / s > c, setting 1/gamma = 0\n",
      "v = 322514649.9380655 m / s > c, setting 1/gamma = 0\n",
      "v = 309035778.0370598 m / s > c, setting 1/gamma = 0\n",
      "v = 343784081.1692229 m / s > c, setting 1/gamma = 0\n",
      "v = 319333769.10011727 m / s > c, setting 1/gamma = 0\n",
      "v = 330267699.65261775 m / s > c, setting 1/gamma = 0\n",
      "v = 307305136.63732255 m / s > c, setting 1/gamma = 0\n",
      "v = 344377088.743049 m / s > c, setting 1/gamma = 0\n",
      "v = 329251820.72941184 m / s > c, setting 1/gamma = 0\n",
      "v = 339612058.5541567 m / s > c, setting 1/gamma = 0\n",
      "v = 314839441.1124226 m / s > c, setting 1/gamma = 0\n",
      "v = 310668578.20792025 m / s > c, setting 1/gamma = 0\n",
      "v = 322133076.3132023 m / s > c, setting 1/gamma = 0\n",
      "v = 305967507.73476565 m / s > c, setting 1/gamma = 0\n",
      "v = 340656026.11348945 m / s > c, setting 1/gamma = 0\n",
      "v = 307425698.87097734 m / s > c, setting 1/gamma = 0\n",
      "v = 319834037.0176514 m / s > c, setting 1/gamma = 0\n",
      "v = 309234996.3450593 m / s > c, setting 1/gamma = 0\n",
      "v = 345152789.17102206 m / s > c, setting 1/gamma = 0\n",
      "v = 318071623.3652466 m / s > c, setting 1/gamma = 0\n",
      "v = 329928019.530918 m / s > c, setting 1/gamma = 0\n",
      "v = 325945353.001313 m / s > c, setting 1/gamma = 0\n",
      "v = 311462839.3992693 m / s > c, setting 1/gamma = 0\n",
      "v = 323255590.8619868 m / s > c, setting 1/gamma = 0\n",
      "v = 328767038.86957276 m / s > c, setting 1/gamma = 0\n",
      "v = 315351928.55314964 m / s > c, setting 1/gamma = 0\n",
      "v = 327218815.8741584 m / s > c, setting 1/gamma = 0\n",
      "v = 319353869.64401716 m / s > c, setting 1/gamma = 0\n",
      "v = 336296165.450732 m / s > c, setting 1/gamma = 0\n",
      "v = 345526951.8083291 m / s > c, setting 1/gamma = 0\n",
      "v = 314320562.88107663 m / s > c, setting 1/gamma = 0\n",
      "v = 317855721.4367602 m / s > c, setting 1/gamma = 0\n",
      "v = 328813295.8874522 m / s > c, setting 1/gamma = 0\n",
      "v = 320255461.7336103 m / s > c, setting 1/gamma = 0\n",
      "v = 306785061.60967547 m / s > c, setting 1/gamma = 0\n",
      "v = 319481938.9226576 m / s > c, setting 1/gamma = 0\n",
      "v = 300223979.3242512 m / s > c, setting 1/gamma = 0\n",
      "v = 336376087.3510565 m / s > c, setting 1/gamma = 0\n",
      "v = 305038746.46442246 m / s > c, setting 1/gamma = 0\n",
      "v = 305363805.7558821 m / s > c, setting 1/gamma = 0\n",
      "v = 344156585.1111681 m / s > c, setting 1/gamma = 0\n",
      "v = 325204461.61287254 m / s > c, setting 1/gamma = 0\n",
      "v = 335990852.8342977 m / s > c, setting 1/gamma = 0\n",
      "v = 302273098.20026475 m / s > c, setting 1/gamma = 0\n",
      "v = 339883860.7960595 m / s > c, setting 1/gamma = 0\n",
      "v = 314931451.10101616 m / s > c, setting 1/gamma = 0\n",
      "v = 327202293.814372 m / s > c, setting 1/gamma = 0\n",
      "v = 311077724.33963823 m / s > c, setting 1/gamma = 0\n",
      "v = 349312535.1247041 m / s > c, setting 1/gamma = 0\n",
      "v = 327762151.0576379 m / s > c, setting 1/gamma = 0\n",
      "v = 339884882.8937279 m / s > c, setting 1/gamma = 0\n",
      "v = 309714583.63033634 m / s > c, setting 1/gamma = 0\n",
      "v = 349620313.5188498 m / s > c, setting 1/gamma = 0\n",
      "v = 316070487.3743083 m / s > c, setting 1/gamma = 0\n",
      "v = 330118052.4534157 m / s > c, setting 1/gamma = 0\n",
      "v = 304627767.7039395 m / s > c, setting 1/gamma = 0\n",
      "v = 343274655.7266275 m / s > c, setting 1/gamma = 0\n",
      "v = 306879035.04726624 m / s > c, setting 1/gamma = 0\n",
      "v = 321406819.31761044 m / s > c, setting 1/gamma = 0\n",
      "v = 310476590.07391924 m / s > c, setting 1/gamma = 0\n",
      "v = 349279330.6055602 m / s > c, setting 1/gamma = 0\n",
      "v = 330620492.5502196 m / s > c, setting 1/gamma = 0\n",
      "v = 343599922.6454579 m / s > c, setting 1/gamma = 0\n",
      "v = 335544380.7753047 m / s > c, setting 1/gamma = 0\n",
      "v = 345263906.9738347 m / s > c, setting 1/gamma = 0\n",
      "v = 381000445.7992044 m / s > c, setting 1/gamma = 0\n",
      "v = 305971620.518295 m / s > c, setting 1/gamma = 0\n",
      "v = 321085501.4514858 m / s > c, setting 1/gamma = 0\n",
      "v = 308029592.5784528 m / s > c, setting 1/gamma = 0\n",
      "v = 347825118.05370635 m / s > c, setting 1/gamma = 0\n",
      "v = 310784476.3372519 m / s > c, setting 1/gamma = 0\n",
      "v = 328034069.8937055 m / s > c, setting 1/gamma = 0\n",
      "v = 314214217.67496896 m / s > c, setting 1/gamma = 0\n",
      "v = 305139363.61543137 m / s > c, setting 1/gamma = 0\n",
      "v = 314823940.13209033 m / s > c, setting 1/gamma = 0\n",
      "v = 300803625.7820651 m / s > c, setting 1/gamma = 0\n",
      "v = 303631364.0619027 m / s > c, setting 1/gamma = 0\n",
      "v = 341268189.08439714 m / s > c, setting 1/gamma = 0\n",
      "v = 323858013.5556049 m / s > c, setting 1/gamma = 0\n",
      "v = 336605742.8935608 m / s > c, setting 1/gamma = 0\n",
      "v = 320227036.6424564 m / s > c, setting 1/gamma = 0\n",
      "v = 307510409.2047468 m / s > c, setting 1/gamma = 0\n",
      "v = 322232051.22638553 m / s > c, setting 1/gamma = 0\n",
      "v = 317836849.0731469 m / s > c, setting 1/gamma = 0\n",
      "v = 304696964.3587923 m / s > c, setting 1/gamma = 0\n",
      "v = 317182457.92022777 m / s > c, setting 1/gamma = 0\n",
      "v = 308499646.4638882 m / s > c, setting 1/gamma = 0\n",
      "v = 343779712.60493636 m / s > c, setting 1/gamma = 0\n",
      "v = 338835389.8819386 m / s > c, setting 1/gamma = 0\n",
      "v = 346463790.6673844 m / s > c, setting 1/gamma = 0\n",
      "v = 301998506.3646381 m / s > c, setting 1/gamma = 0\n",
      "v = 340392561.87009174 m / s > c, setting 1/gamma = 0\n",
      "v = 321485988.7596899 m / s > c, setting 1/gamma = 0\n",
      "v = 333615820.6661121 m / s > c, setting 1/gamma = 0\n",
      "v = 314937913.1614321 m / s > c, setting 1/gamma = 0\n",
      "v = 309000118.00332475 m / s > c, setting 1/gamma = 0\n",
      "v = 320538579.51752216 m / s > c, setting 1/gamma = 0\n",
      "v = 308502477.25948 m / s > c, setting 1/gamma = 0\n",
      "v = 343516062.9329247 m / s > c, setting 1/gamma = 0\n",
      "v = 330759986.5734104 m / s > c, setting 1/gamma = 0\n",
      "v = 339698574.3949741 m / s > c, setting 1/gamma = 0\n",
      "v = 303390846.0061333 m / s > c, setting 1/gamma = 0\n",
      "v = 341151015.8569821 m / s > c, setting 1/gamma = 0\n",
      "v = 326323275.7750306 m / s > c, setting 1/gamma = 0\n",
      "v = 336975388.8862268 m / s > c, setting 1/gamma = 0\n",
      "v = 315198597.4576499 m / s > c, setting 1/gamma = 0\n",
      "v = 310286595.57954067 m / s > c, setting 1/gamma = 0\n",
      "v = 321361046.9744019 m / s > c, setting 1/gamma = 0\n",
      "v = 308299559.81918955 m / s > c, setting 1/gamma = 0\n",
      "v = 342989849.668442 m / s > c, setting 1/gamma = 0\n",
      "v = 315860025.6439722 m / s > c, setting 1/gamma = 0\n",
      "v = 327099972.7047782 m / s > c, setting 1/gamma = 0\n",
      "v = 306625731.3114435 m / s > c, setting 1/gamma = 0\n",
      "v = 343185991.56209624 m / s > c, setting 1/gamma = 0\n",
      "v = 323498176.0505933 m / s > c, setting 1/gamma = 0\n",
      "v = 333865169.09449613 m / s > c, setting 1/gamma = 0\n",
      "v = 324620263.0675649 m / s > c, setting 1/gamma = 0\n",
      "v = 309665755.15799534 m / s > c, setting 1/gamma = 0\n",
      "v = 321151948.1245425 m / s > c, setting 1/gamma = 0\n",
      "v = 301999898.2664739 m / s > c, setting 1/gamma = 0\n",
      "v = 337129711.5310473 m / s > c, setting 1/gamma = 0\n",
      "v = 306183545.4588077 m / s > c, setting 1/gamma = 0\n",
      "v = 318756256.4222361 m / s > c, setting 1/gamma = 0\n",
      "v = 304885470.0039916 m / s > c, setting 1/gamma = 0\n",
      "v = 340724134.8939283 m / s > c, setting 1/gamma = 0\n",
      "v = 312330621.5674763 m / s > c, setting 1/gamma = 0\n",
      "v = 324238236.0503166 m / s > c, setting 1/gamma = 0\n",
      "v = 301114161.7508128 m / s > c, setting 1/gamma = 0\n",
      "v = 335918492.0900589 m / s > c, setting 1/gamma = 0\n",
      "v = 304063437.83732826 m / s > c, setting 1/gamma = 0\n",
      "v = 314909537.054868 m / s > c, setting 1/gamma = 0\n",
      "v = 350483250.62440735 m / s > c, setting 1/gamma = 0\n",
      "v = 305038685.22165567 m / s > c, setting 1/gamma = 0\n",
      "v = 318267045.39949775 m / s > c, setting 1/gamma = 0\n",
      "v = 327146139.70286226 m / s > c, setting 1/gamma = 0\n",
      "v = 330910775.7970752 m / s > c, setting 1/gamma = 0\n",
      "v = 340876106.3420936 m / s > c, setting 1/gamma = 0\n",
      "v = 324616665.1510354 m / s > c, setting 1/gamma = 0\n",
      "v = 316157766.44382983 m / s > c, setting 1/gamma = 0\n",
      "v = 327569865.0870738 m / s > c, setting 1/gamma = 0\n",
      "v = 330773869.878414 m / s > c, setting 1/gamma = 0\n",
      "v = 329720450.131074 m / s > c, setting 1/gamma = 0\n",
      "v = 339931950.3882429 m / s > c, setting 1/gamma = 0\n",
      "v = 309328165.75372124 m / s > c, setting 1/gamma = 0\n",
      "v = 348970389.1598632 m / s > c, setting 1/gamma = 0\n",
      "v = 329066351.2037304 m / s > c, setting 1/gamma = 0\n",
      "v = 341273848.48578745 m / s > c, setting 1/gamma = 0\n",
      "v = 302397749.76673764 m / s > c, setting 1/gamma = 0\n",
      "v = 341822080.8108703 m / s > c, setting 1/gamma = 0\n",
      "v = 305043210.3545739 m / s > c, setting 1/gamma = 0\n",
      "v = 356363757.3080283 m / s > c, setting 1/gamma = 0\n",
      "v = 392161723.9653669 m / s > c, setting 1/gamma = 0\n",
      "v = 312123776.9594125 m / s > c, setting 1/gamma = 0\n",
      "v = 328709268.89736474 m / s > c, setting 1/gamma = 0\n",
      "v = 332225970.58430314 m / s > c, setting 1/gamma = 0\n",
      "v = 362686333.1229167 m / s > c, setting 1/gamma = 0\n",
      "v = 394707199.47673845 m / s > c, setting 1/gamma = 0\n",
      "v = 311516289.77449954 m / s > c, setting 1/gamma = 0\n",
      "v = 326659469.9057102 m / s > c, setting 1/gamma = 0\n",
      "v = 306680799.9737697 m / s > c, setting 1/gamma = 0\n",
      "v = 348053730.0999991 m / s > c, setting 1/gamma = 0\n",
      "v = 365335024.15753406 m / s > c, setting 1/gamma = 0\n",
      "v = 396470814.8761059 m / s > c, setting 1/gamma = 0\n",
      "v = 309774489.50424063 m / s > c, setting 1/gamma = 0\n",
      "v = 324975842.2678021 m / s > c, setting 1/gamma = 0\n",
      "v = 301994837.19099975 m / s > c, setting 1/gamma = 0\n",
      "v = 343191901.44766587 m / s > c, setting 1/gamma = 0\n",
      "v = 305957852.8878776 m / s > c, setting 1/gamma = 0\n",
      "v = 302028143.52769554 m / s > c, setting 1/gamma = 0\n",
      "v = 299896388.8842823 m / s > c, setting 1/gamma = 0\n",
      "v = 314305030.7262484 m / s > c, setting 1/gamma = 0\n",
      "v = 303095335.6463571 m / s > c, setting 1/gamma = 0\n",
      "v = 340239393.76123613 m / s > c, setting 1/gamma = 0\n",
      "v = 323608889.33587563 m / s > c, setting 1/gamma = 0\n",
      "v = 334816115.97670954 m / s > c, setting 1/gamma = 0\n",
      "v = 302231217.3472208 m / s > c, setting 1/gamma = 0\n",
      "v = 341528005.8847757 m / s > c, setting 1/gamma = 0\n",
      "v = 318712360.0531941 m / s > c, setting 1/gamma = 0\n",
      "v = 332752333.2476568 m / s > c, setting 1/gamma = 0\n",
      "v = 308665235.60881674 m / s > c, setting 1/gamma = 0\n",
      "v = 309515206.9287712 m / s > c, setting 1/gamma = 0\n",
      "v = 321238388.22298825 m / s > c, setting 1/gamma = 0\n",
      "v = 307372480.4842495 m / s > c, setting 1/gamma = 0\n",
      "v = 342723961.2370607 m / s > c, setting 1/gamma = 0\n",
      "v = 326706258.2767555 m / s > c, setting 1/gamma = 0\n",
      "v = 335750505.44983685 m / s > c, setting 1/gamma = 0\n",
      "v = 309768958.2623081 m / s > c, setting 1/gamma = 0\n",
      "v = 347533725.80356544 m / s > c, setting 1/gamma = 0\n",
      "v = 333118700.43656445 m / s > c, setting 1/gamma = 0\n",
      "v = 343051604.7293395 m / s > c, setting 1/gamma = 0\n",
      "v = 312937605.8267648 m / s > c, setting 1/gamma = 0\n",
      "v = 312839761.25371295 m / s > c, setting 1/gamma = 0\n",
      "v = 323769093.0550923 m / s > c, setting 1/gamma = 0\n",
      "v = 306300928.62598073 m / s > c, setting 1/gamma = 0\n",
      "v = 341566897.720248 m / s > c, setting 1/gamma = 0\n",
      "v = 319071063.74516624 m / s > c, setting 1/gamma = 0\n",
      "v = 329276848.02205265 m / s > c, setting 1/gamma = 0\n",
      "v = 308841339.7409649 m / s > c, setting 1/gamma = 0\n",
      "v = 345943958.6595969 m / s > c, setting 1/gamma = 0\n",
      "v = 332127540.90464634 m / s > c, setting 1/gamma = 0\n",
      "v = 341419292.8359144 m / s > c, setting 1/gamma = 0\n",
      "v = 316254777.02354205 m / s > c, setting 1/gamma = 0\n",
      "v = 312561080.0051673 m / s > c, setting 1/gamma = 0\n",
      "v = 323183323.1343296 m / s > c, setting 1/gamma = 0\n",
      "v = 306219550.1421902 m / s > c, setting 1/gamma = 0\n",
      "v = 341052322.75672317 m / s > c, setting 1/gamma = 0\n",
      "v = 304255669.52546257 m / s > c, setting 1/gamma = 0\n",
      "v = 316357197.576758 m / s > c, setting 1/gamma = 0\n",
      "v = 311259574.8777856 m / s > c, setting 1/gamma = 0\n",
      "v = 346838098.0103157 m / s > c, setting 1/gamma = 0\n",
      "v = 311786559.6588271 m / s > c, setting 1/gamma = 0\n",
      "v = 323763848.3541451 m / s > c, setting 1/gamma = 0\n",
      "v = 302798579.81591785 m / s > c, setting 1/gamma = 0\n",
      "v = 338272861.2836116 m / s > c, setting 1/gamma = 0\n",
      "v = 303190960.23219 m / s > c, setting 1/gamma = 0\n",
      "v = 314639640.5921697 m / s > c, setting 1/gamma = 0\n",
      "v = 313842838.84700674 m / s > c, setting 1/gamma = 0\n",
      "v = 346900338.5277458 m / s > c, setting 1/gamma = 0\n",
      "v = 309107769.14395815 m / s > c, setting 1/gamma = 0\n",
      "v = 348729738.3137905 m / s > c, setting 1/gamma = 0\n",
      "v = 349531566.1163191 m / s > c, setting 1/gamma = 0\n",
      "v = 356640157.4216267 m / s > c, setting 1/gamma = 0\n",
      "v = 326533453.2268303 m / s > c, setting 1/gamma = 0\n",
      "v = 313828884.5915667 m / s > c, setting 1/gamma = 0\n",
      "v = 386653701.39142257 m / s > c, setting 1/gamma = 0\n",
      "v = 414880634.3525425 m / s > c, setting 1/gamma = 0\n",
      "v = 308109202.1008283 m / s > c, setting 1/gamma = 0\n",
      "v = 322164164.84347105 m / s > c, setting 1/gamma = 0\n",
      "v = 307156351.4684332 m / s > c, setting 1/gamma = 0\n",
      "v = 346354231.1663028 m / s > c, setting 1/gamma = 0\n",
      "v = 321723116.79635006 m / s > c, setting 1/gamma = 0\n",
      "v = 334656245.74095 m / s > c, setting 1/gamma = 0\n",
      "v = 314057428.63409984 m / s > c, setting 1/gamma = 0\n",
      "v = 355444920.93173844 m / s > c, setting 1/gamma = 0\n",
      "v = 306383474.4461471 m / s > c, setting 1/gamma = 0\n",
      "v = 323904254.75125724 m / s > c, setting 1/gamma = 0\n",
      "v = 300105072.4773644 m / s > c, setting 1/gamma = 0\n",
      "v = 341409955.38600385 m / s > c, setting 1/gamma = 0\n",
      "v = 324033921.3951505 m / s > c, setting 1/gamma = 0\n",
      "v = 360191910.0171351 m / s > c, setting 1/gamma = 0\n",
      "v = 307059578.3038673 m / s > c, setting 1/gamma = 0\n",
      "v = 350420976.218088 m / s > c, setting 1/gamma = 0\n",
      "v = 394591496.2431839 m / s > c, setting 1/gamma = 0\n",
      "v = 422063417.7476638 m / s > c, setting 1/gamma = 0\n",
      "v = 301441760.8215302 m / s > c, setting 1/gamma = 0\n",
      "v = 318460937.88433266 m / s > c, setting 1/gamma = 0\n",
      "v = 302524793.1542567 m / s > c, setting 1/gamma = 0\n",
      "v = 344452929.892269 m / s > c, setting 1/gamma = 0\n",
      "v = 348565891.7313472 m / s > c, setting 1/gamma = 0\n",
      "v = 387979458.6085525 m / s > c, setting 1/gamma = 0\n",
      "v = 300097481.08619213 m / s > c, setting 1/gamma = 0\n",
      "v = 319447556.5128526 m / s > c, setting 1/gamma = 0\n",
      "v = 307822959.2741909 m / s > c, setting 1/gamma = 0\n",
      "v = 317708323.545554 m / s > c, setting 1/gamma = 0\n",
      "v = 316850037.7757345 m / s > c, setting 1/gamma = 0\n",
      "v = 356052950.39923954 m / s > c, setting 1/gamma = 0\n",
      "v = 329348563.5723766 m / s > c, setting 1/gamma = 0\n",
      "v = 340975930.2022202 m / s > c, setting 1/gamma = 0\n",
      "v = 321702975.09168315 m / s > c, setting 1/gamma = 0\n",
      "v = 310569203.3383829 m / s > c, setting 1/gamma = 0\n",
      "v = 319545058.5294435 m / s > c, setting 1/gamma = 0\n",
      "v = 303230042.2854835 m / s > c, setting 1/gamma = 0\n",
      "v = 319468051.6939247 m / s > c, setting 1/gamma = 0\n",
      "v = 304482925.210031 m / s > c, setting 1/gamma = 0\n",
      "v = 328688791.1906521 m / s > c, setting 1/gamma = 0\n",
      "v = 338730677.31930697 m / s > c, setting 1/gamma = 0\n",
      "v = 321072802.98898345 m / s > c, setting 1/gamma = 0\n",
      "v = 306913901.96390307 m / s > c, setting 1/gamma = 0\n",
      "v = 318677963.60420823 m / s > c, setting 1/gamma = 0\n",
      "v = 304046278.4466437 m / s > c, setting 1/gamma = 0\n",
      "v = 340423472.0127353 m / s > c, setting 1/gamma = 0\n",
      "v = 328185206.7751698 m / s > c, setting 1/gamma = 0\n",
      "v = 337567981.26029044 m / s > c, setting 1/gamma = 0\n",
      "v = 332002961.56729484 m / s > c, setting 1/gamma = 0\n",
      "v = 319476599.74813557 m / s > c, setting 1/gamma = 0\n",
      "v = 331272609.287642 m / s > c, setting 1/gamma = 0\n",
      "v = 307703296.8149248 m / s > c, setting 1/gamma = 0\n",
      "v = 310958838.9829899 m / s > c, setting 1/gamma = 0\n",
      "v = 320607762.64524233 m / s > c, setting 1/gamma = 0\n",
      "v = 316484390.78773993 m / s > c, setting 1/gamma = 0\n",
      "v = 350765848.2435322 m / s > c, setting 1/gamma = 0\n",
      "v = 301194463.6952719 m / s > c, setting 1/gamma = 0\n",
      "v = 307557095.6280335 m / s > c, setting 1/gamma = 0\n",
      "v = 344660223.81749034 m / s > c, setting 1/gamma = 0\n",
      "v = 317987196.38481724 m / s > c, setting 1/gamma = 0\n",
      "v = 327786702.3324471 m / s > c, setting 1/gamma = 0\n",
      "v = 303941741.83266366 m / s > c, setting 1/gamma = 0\n",
      "v = 339171844.4594009 m / s > c, setting 1/gamma = 0\n",
      "v = 302465538.22855246 m / s > c, setting 1/gamma = 0\n",
      "v = 315412121.32682306 m / s > c, setting 1/gamma = 0\n",
      "v = 352335537.9034996 m / s > c, setting 1/gamma = 0\n",
      "v = 316479871.3702011 m / s > c, setting 1/gamma = 0\n",
      "v = 328257122.1779378 m / s > c, setting 1/gamma = 0\n",
      "v = 316412059.6783549 m / s > c, setting 1/gamma = 0\n",
      "v = 317127898.86094415 m / s > c, setting 1/gamma = 0\n",
      "v = 326838426.5885444 m / s > c, setting 1/gamma = 0\n",
      "v = 305799171.964113 m / s > c, setting 1/gamma = 0\n",
      "v = 340922427.95481795 m / s > c, setting 1/gamma = 0\n",
      "v = 317513471.3722246 m / s > c, setting 1/gamma = 0\n",
      "v = 356007916.9804507 m / s > c, setting 1/gamma = 0\n",
      "v = 329016945.85489225 m / s > c, setting 1/gamma = 0\n",
      "v = 339606041.6104607 m / s > c, setting 1/gamma = 0\n",
      "v = 307517497.4339381 m / s > c, setting 1/gamma = 0\n",
      "v = 347452685.66074675 m / s > c, setting 1/gamma = 0\n",
      "v = 321914408.9170527 m / s > c, setting 1/gamma = 0\n",
      "v = 332771115.3350562 m / s > c, setting 1/gamma = 0\n",
      "v = 306798760.04165316 m / s > c, setting 1/gamma = 0\n",
      "v = 345188080.41536444 m / s > c, setting 1/gamma = 0\n",
      "v = 323443098.4871518 m / s > c, setting 1/gamma = 0\n",
      "v = 333953301.2918009 m / s > c, setting 1/gamma = 0\n",
      "v = 316728570.6526442 m / s > c, setting 1/gamma = 0\n",
      "v = 356534807.0824358 m / s > c, setting 1/gamma = 0\n",
      "v = 327456465.0878577 m / s > c, setting 1/gamma = 0\n",
      "v = 340205135.5629268 m / s > c, setting 1/gamma = 0\n",
      "v = 305250340.0973549 m / s > c, setting 1/gamma = 0\n",
      "v = 346304740.89468026 m / s > c, setting 1/gamma = 0\n",
      "v = 352721359.5670082 m / s > c, setting 1/gamma = 0\n",
      "v = 390722039.7305388 m / s > c, setting 1/gamma = 0\n",
      "v = 304616943.39242744 m / s > c, setting 1/gamma = 0\n",
      "v = 320303622.7999016 m / s > c, setting 1/gamma = 0\n",
      "v = 335872255.2501742 m / s > c, setting 1/gamma = 0\n",
      "v = 370703250.5589666 m / s > c, setting 1/gamma = 0\n",
      "v = 299920133.99907124 m / s > c, setting 1/gamma = 0\n",
      "v = 313573053.91479623 m / s > c, setting 1/gamma = 0\n",
      "v = 323878745.6880123 m / s > c, setting 1/gamma = 0\n",
      "v = 362191881.25377506 m / s > c, setting 1/gamma = 0\n",
      "v = 339366110.1061833 m / s > c, setting 1/gamma = 0\n",
      "v = 348288910.2690255 m / s > c, setting 1/gamma = 0\n",
      "v = 303831255.439733 m / s > c, setting 1/gamma = 0\n",
      "v = 344745264.1350736 m / s > c, setting 1/gamma = 0\n",
      "v = 330989913.6699222 m / s > c, setting 1/gamma = 0\n",
      "v = 336434683.5487352 m / s > c, setting 1/gamma = 0\n",
      "v = 375976841.6283398 m / s > c, setting 1/gamma = 0\n",
      "v = 305833893.8460881 m / s > c, setting 1/gamma = 0\n",
      "v = 313336181.2248165 m / s > c, setting 1/gamma = 0\n",
      "v = 302846265.34333116 m / s > c, setting 1/gamma = 0\n",
      "v = 316494858.282964 m / s > c, setting 1/gamma = 0\n",
      "v = 307763063.7906576 m / s > c, setting 1/gamma = 0\n",
      "v = 345921559.9017748 m / s > c, setting 1/gamma = 0\n",
      "v = 303552093.6373324 m / s > c, setting 1/gamma = 0\n",
      "v = 315958003.39398396 m / s > c, setting 1/gamma = 0\n",
      "v = 313308782.8724391 m / s > c, setting 1/gamma = 0\n",
      "v = 351832027.83587873 m / s > c, setting 1/gamma = 0\n",
      "v = 304528507.1793452 m / s > c, setting 1/gamma = 0\n",
      "v = 319219837.64363086 m / s > c, setting 1/gamma = 0\n",
      "v = 324442252.28077203 m / s > c, setting 1/gamma = 0\n",
      "v = 318964072.1234977 m / s > c, setting 1/gamma = 0\n",
      "v = 330661554.90662086 m / s > c, setting 1/gamma = 0\n",
      "v = 317219546.73930043 m / s > c, setting 1/gamma = 0\n",
      "v = 306917760.089521 m / s > c, setting 1/gamma = 0\n",
      "v = 318907344.2836806 m / s > c, setting 1/gamma = 0\n",
      "v = 302636936.8633601 m / s > c, setting 1/gamma = 0\n",
      "v = 341031529.4311491 m / s > c, setting 1/gamma = 0\n",
      "v = 313968684.3708272 m / s > c, setting 1/gamma = 0\n",
      "v = 326575105.06805 m / s > c, setting 1/gamma = 0\n",
      "v = 315406235.3406468 m / s > c, setting 1/gamma = 0\n",
      "v = 317523823.47458005 m / s > c, setting 1/gamma = 0\n",
      "v = 326788081.74584687 m / s > c, setting 1/gamma = 0\n",
      "v = 308833653.06633544 m / s > c, setting 1/gamma = 0\n",
      "v = 344707562.66581327 m / s > c, setting 1/gamma = 0\n",
      "v = 305272857.46848965 m / s > c, setting 1/gamma = 0\n",
      "v = 345237638.22642136 m / s > c, setting 1/gamma = 0\n",
      "v = 350281927.96431464 m / s > c, setting 1/gamma = 0\n",
      "v = 356571697.6507535 m / s > c, setting 1/gamma = 0\n",
      "v = 299909193.64382404 m / s > c, setting 1/gamma = 0\n",
      "v = 341309733.5944754 m / s > c, setting 1/gamma = 0\n",
      "v = 300129171.61145824 m / s > c, setting 1/gamma = 0\n",
      "v = 310934261.30602455 m / s > c, setting 1/gamma = 0\n",
      "v = 350853630.83292353 m / s > c, setting 1/gamma = 0\n",
      "v = 356319374.6782857 m / s > c, setting 1/gamma = 0\n",
      "v = 360237615.80505484 m / s > c, setting 1/gamma = 0\n",
      "v = 307408906.5174361 m / s > c, setting 1/gamma = 0\n",
      "v = 348612847.83206046 m / s > c, setting 1/gamma = 0\n",
      "v = 328189000.6416697 m / s > c, setting 1/gamma = 0\n",
      "v = 370682819.3107352 m / s > c, setting 1/gamma = 0\n",
      "v = 311771222.09075814 m / s > c, setting 1/gamma = 0\n",
      "v = 351351712.3895886 m / s > c, setting 1/gamma = 0\n",
      "v = 307126131.61088485 m / s > c, setting 1/gamma = 0\n",
      "v = 319815839.8272791 m / s > c, setting 1/gamma = 0\n",
      "v = 321598882.03666896 m / s > c, setting 1/gamma = 0\n",
      "v = 361087249.2346302 m / s > c, setting 1/gamma = 0\n",
      "v = 314293638.77688843 m / s > c, setting 1/gamma = 0\n",
      "v = 329170911.61239916 m / s > c, setting 1/gamma = 0\n",
      "v = 307842387.21788687 m / s > c, setting 1/gamma = 0\n",
      "v = 350624975.5020061 m / s > c, setting 1/gamma = 0\n",
      "v = 324762971.6752395 m / s > c, setting 1/gamma = 0\n",
      "v = 362483682.3126092 m / s > c, setting 1/gamma = 0\n",
      "v = 300999619.1240547 m / s > c, setting 1/gamma = 0\n",
      "v = 314107538.71657467 m / s > c, setting 1/gamma = 0\n",
      "v = 324778993.74884915 m / s > c, setting 1/gamma = 0\n",
      "v = 364206744.4678142 m / s > c, setting 1/gamma = 0\n",
      "v = 315530378.1835337 m / s > c, setting 1/gamma = 0\n",
      "v = 330088481.8255508 m / s > c, setting 1/gamma = 0\n",
      "v = 301048132.7083054 m / s > c, setting 1/gamma = 0\n",
      "v = 343160646.3913186 m / s > c, setting 1/gamma = 0\n",
      "v = 307605094.17751753 m / s > c, setting 1/gamma = 0\n",
      "v = 389598696.72687805 m / s > c, setting 1/gamma = 0\n",
      "v = 420858607.3166036 m / s > c, setting 1/gamma = 0\n",
      "v = 308688038.7885857 m / s > c, setting 1/gamma = 0\n",
      "v = 325600061.49140507 m / s > c, setting 1/gamma = 0\n",
      "v = 312726787.9885759 m / s > c, setting 1/gamma = 0\n",
      "v = 306343753.02825046 m / s > c, setting 1/gamma = 0\n",
      "v = 317137234.59553725 m / s > c, setting 1/gamma = 0\n",
      "v = 301181938.8800738 m / s > c, setting 1/gamma = 0\n",
      "v = 340689536.5871965 m / s > c, setting 1/gamma = 0\n",
      "v = 328764817.3546895 m / s > c, setting 1/gamma = 0\n",
      "v = 338000100.6271566 m / s > c, setting 1/gamma = 0\n",
      "v = 301799866.6631505 m / s > c, setting 1/gamma = 0\n",
      "v = 341342704.34531885 m / s > c, setting 1/gamma = 0\n",
      "v = 308146375.1122514 m / s > c, setting 1/gamma = 0\n",
      "v = 332106197.7700613 m / s > c, setting 1/gamma = 0\n",
      "v = 301581449.08694476 m / s > c, setting 1/gamma = 0\n",
      "v = 312879354.495509 m / s > c, setting 1/gamma = 0\n",
      "v = 315265105.4168428 m / s > c, setting 1/gamma = 0\n",
      "v = 350955288.53155464 m / s > c, setting 1/gamma = 0\n",
      "v = 309015033.8696928 m / s > c, setting 1/gamma = 0\n",
      "v = 351445416.2264407 m / s > c, setting 1/gamma = 0\n",
      "v = 304547463.7582174 m / s > c, setting 1/gamma = 0\n",
      "v = 320777188.9561908 m / s > c, setting 1/gamma = 0\n",
      "v = 320628597.37336725 m / s > c, setting 1/gamma = 0\n",
      "v = 302267485.869997 m / s > c, setting 1/gamma = 0\n",
      "v = 314933826.6953243 m / s > c, setting 1/gamma = 0\n",
      "v = 313309381.81376386 m / s > c, setting 1/gamma = 0\n",
      "v = 313287179.37241346 m / s > c, setting 1/gamma = 0\n",
      "v = 355508054.8632136 m / s > c, setting 1/gamma = 0\n",
      "v = 306823591.34856385 m / s > c, setting 1/gamma = 0\n",
      "v = 321039909.541842 m / s > c, setting 1/gamma = 0\n",
      "v = 301741522.57375443 m / s > c, setting 1/gamma = 0\n",
      "v = 341564737.6604978 m / s > c, setting 1/gamma = 0\n",
      "v = 305228823.2119389 m / s > c, setting 1/gamma = 0\n",
      "v = 316905743.6929708 m / s > c, setting 1/gamma = 0\n",
      "v = 309898239.05443233 m / s > c, setting 1/gamma = 0\n",
      "v = 348376622.2359672 m / s > c, setting 1/gamma = 0\n",
      "v = 311582913.0625896 m / s > c, setting 1/gamma = 0\n",
      "v = 323125432.92454606 m / s > c, setting 1/gamma = 0\n",
      "v = 314219579.48999804 m / s > c, setting 1/gamma = 0\n",
      "v = 352653957.76228434 m / s > c, setting 1/gamma = 0\n",
      "v = 319582019.5241726 m / s > c, setting 1/gamma = 0\n",
      "v = 327797645.9848928 m / s > c, setting 1/gamma = 0\n",
      "v = 320110050.6516195 m / s > c, setting 1/gamma = 0\n",
      "v = 356124924.4899152 m / s > c, setting 1/gamma = 0\n",
      "v = 339734691.88704073 m / s > c, setting 1/gamma = 0\n",
      "v = 381379541.3206356 m / s > c, setting 1/gamma = 0\n",
      "v = 331496289.31652504 m / s > c, setting 1/gamma = 0\n",
      "v = 372402820.27511644 m / s > c, setting 1/gamma = 0\n",
      "v = 391508780.42866516 m / s > c, setting 1/gamma = 0\n",
      "v = 427209280.35307527 m / s > c, setting 1/gamma = 0\n",
      "v = 310566741.53979486 m / s > c, setting 1/gamma = 0\n",
      "v = 328901875.51168156 m / s > c, setting 1/gamma = 0\n",
      "v = 329233855.0217816 m / s > c, setting 1/gamma = 0\n",
      "v = 352438007.4595331 m / s > c, setting 1/gamma = 0\n",
      "v = 392875764.09811974 m / s > c, setting 1/gamma = 0\n",
      "v = 364169421.3752314 m / s > c, setting 1/gamma = 0\n",
      "v = 405158991.22301245 m / s > c, setting 1/gamma = 0\n",
      "v = 337637772.10149676 m / s > c, setting 1/gamma = 0\n",
      "v = 324561930.44742924 m / s > c, setting 1/gamma = 0\n",
      "v = 363573013.5836494 m / s > c, setting 1/gamma = 0\n",
      "v = 348726982.37100786 m / s > c, setting 1/gamma = 0\n",
      "v = 392486729.74625605 m / s > c, setting 1/gamma = 0\n",
      "v = 344047374.1159121 m / s > c, setting 1/gamma = 0\n",
      "v = 387573080.58788353 m / s > c, setting 1/gamma = 0\n",
      "v = 329069503.140055 m / s > c, setting 1/gamma = 0\n",
      "v = 488918893.58314174 m / s > c, setting 1/gamma = 0\n",
      "v = 497844719.057231 m / s > c, setting 1/gamma = 0\n",
      "v = 318858863.5442049 m / s > c, setting 1/gamma = 0\n",
      "v = 459151679.3983952 m / s > c, setting 1/gamma = 0\n",
      "v = 480977939.470176 m / s > c, setting 1/gamma = 0\n",
      "v = 327586611.4398922 m / s > c, setting 1/gamma = 0\n",
      "v = 377567462.0861738 m / s > c, setting 1/gamma = 0\n",
      "v = 365413891.31876427 m / s > c, setting 1/gamma = 0\n",
      "v = 410217236.17667437 m / s > c, setting 1/gamma = 0\n",
      "v = 332943072.95366025 m / s > c, setting 1/gamma = 0\n",
      "v = 377071025.989742 m / s > c, setting 1/gamma = 0\n",
      "v = 364991354.332638 m / s > c, setting 1/gamma = 0\n",
      "v = 416234717.0853337 m / s > c, setting 1/gamma = 0\n",
      "v = 352688963.0626055 m / s > c, setting 1/gamma = 0\n",
      "v = 401621983.8497658 m / s > c, setting 1/gamma = 0\n",
      "v = 307482943.97402215 m / s > c, setting 1/gamma = 0\n",
      "v = 329775560.2716333 m / s > c, setting 1/gamma = 0\n",
      "v = 316588013.2508496 m / s > c, setting 1/gamma = 0\n",
      "v = 369085393.1944755 m / s > c, setting 1/gamma = 0\n",
      "v = 392770936.8163818 m / s > c, setting 1/gamma = 0\n",
      "v = 432527691.4396372 m / s > c, setting 1/gamma = 0\n",
      "v = 335736267.3844213 m / s > c, setting 1/gamma = 0\n",
      "v = 354982964.707587 m / s > c, setting 1/gamma = 0\n",
      "v = 314213884.0701742 m / s > c, setting 1/gamma = 0\n",
      "v = 326104901.3180796 m / s > c, setting 1/gamma = 0\n",
      "v = 373159618.1125377 m / s > c, setting 1/gamma = 0\n",
      "v = 402598032.94648147 m / s > c, setting 1/gamma = 0\n",
      "v = 440683031.1223615 m / s > c, setting 1/gamma = 0\n",
      "v = 326897655.7254414 m / s > c, setting 1/gamma = 0\n",
      "v = 344373517.885664 m / s > c, setting 1/gamma = 0\n",
      "v = 337610859.4844213 m / s > c, setting 1/gamma = 0\n",
      "v = 410994561.7878836 m / s > c, setting 1/gamma = 0\n",
      "v = 447254084.82213646 m / s > c, setting 1/gamma = 0\n",
      "v = 345744002.5084496 m / s > c, setting 1/gamma = 0\n",
      "v = 360895360.02428555 m / s > c, setting 1/gamma = 0\n",
      "v = 312485015.49714655 m / s > c, setting 1/gamma = 0\n",
      "v = 316976964.254072 m / s > c, setting 1/gamma = 0\n",
      "v = 319754243.64606243 m / s > c, setting 1/gamma = 0\n",
      "v = 304021094.54230547 m / s > c, setting 1/gamma = 0\n",
      "v = 310269380.7884486 m / s > c, setting 1/gamma = 0\n",
      "v = 383213920.9299633 m / s > c, setting 1/gamma = 0\n",
      "v = 420219683.67264646 m / s > c, setting 1/gamma = 0\n",
      "v = 442887345.85683113 m / s > c, setting 1/gamma = 0\n",
      "v = 465905198.00348294 m / s > c, setting 1/gamma = 0\n",
      "v = 302274058.1912229 m / s > c, setting 1/gamma = 0\n",
      "v = 323013008.96148026 m / s > c, setting 1/gamma = 0\n",
      "v = 313505948.9854119 m / s > c, setting 1/gamma = 0\n",
      "v = 364110959.73458743 m / s > c, setting 1/gamma = 0\n",
      "v = 309662138.1712332 m / s > c, setting 1/gamma = 0\n",
      "v = 339074265.52731794 m / s > c, setting 1/gamma = 0\n",
      "v = 390041868.4340615 m / s > c, setting 1/gamma = 0\n",
      "v = 390726528.0989943 m / s > c, setting 1/gamma = 0\n",
      "v = 429659614.1417256 m / s > c, setting 1/gamma = 0\n",
      "v = 334172604.2630805 m / s > c, setting 1/gamma = 0\n",
      "v = 442605760.4336249 m / s > c, setting 1/gamma = 0\n",
      "v = 472180827.5598687 m / s > c, setting 1/gamma = 0\n",
      "v = 363412001.4637977 m / s > c, setting 1/gamma = 0\n",
      "v = 373837697.2226711 m / s > c, setting 1/gamma = 0\n",
      "v = 316378349.02021396 m / s > c, setting 1/gamma = 0\n",
      "v = 334753214.6990588 m / s > c, setting 1/gamma = 0\n",
      "v = 383117805.3455448 m / s > c, setting 1/gamma = 0\n",
      "v = 346657451.27976525 m / s > c, setting 1/gamma = 0\n",
      "v = 393984520.89900124 m / s > c, setting 1/gamma = 0\n",
      "v = 306673720.07458663 m / s > c, setting 1/gamma = 0\n",
      "v = 451748299.5521556 m / s > c, setting 1/gamma = 0\n",
      "v = 479885421.3312749 m / s > c, setting 1/gamma = 0\n",
      "v = 324076473.28147054 m / s > c, setting 1/gamma = 0\n",
      "v = 380080935.65515924 m / s > c, setting 1/gamma = 0\n",
      "v = 335078513.6816837 m / s > c, setting 1/gamma = 0\n",
      "v = 327402883.8234794 m / s > c, setting 1/gamma = 0\n",
      "v = 591070538.461773 m / s > c, setting 1/gamma = 0\n",
      "v = 544315409.5056722 m / s > c, setting 1/gamma = 0\n",
      "v = 344030357.17008585 m / s > c, setting 1/gamma = 0\n",
      "v = 398498330.88405824 m / s > c, setting 1/gamma = 0\n",
      "v = 329703674.44037 m / s > c, setting 1/gamma = 0\n",
      "v = 377941061.8542339 m / s > c, setting 1/gamma = 0\n",
      "v = 351922723.427922 m / s > c, setting 1/gamma = 0\n",
      "v = 404804707.18375885 m / s > c, setting 1/gamma = 0\n",
      "v = 304634807.3305572 m / s > c, setting 1/gamma = 0\n",
      "v = 325460434.6017455 m / s > c, setting 1/gamma = 0\n",
      "v = 379123524.1403726 m / s > c, setting 1/gamma = 0\n",
      "v = 304441262.26385844 m / s > c, setting 1/gamma = 0\n",
      "v = 354261017.4682631 m / s > c, setting 1/gamma = 0\n",
      "v = 307587916.8102881 m / s > c, setting 1/gamma = 0\n",
      "v = 352549529.6911614 m / s > c, setting 1/gamma = 0\n",
      "v = 461886616.8033011 m / s > c, setting 1/gamma = 0\n",
      "v = 489574206.41391146 m / s > c, setting 1/gamma = 0\n",
      "v = 479433637.7958055 m / s > c, setting 1/gamma = 0\n",
      "v = 500150875.7970442 m / s > c, setting 1/gamma = 0\n",
      "v = 397639245.581755 m / s > c, setting 1/gamma = 0\n",
      "v = 444173706.2819204 m / s > c, setting 1/gamma = 0\n",
      "v = 304376557.58351445 m / s > c, setting 1/gamma = 0\n",
      "v = 379226193.2071184 m / s > c, setting 1/gamma = 0\n",
      "v = 429416274.79810077 m / s > c, setting 1/gamma = 0\n",
      "v = 362883446.86886007 m / s > c, setting 1/gamma = 0\n",
      "v = 416625325.4421275 m / s > c, setting 1/gamma = 0\n",
      "v = 320878035.99623406 m / s > c, setting 1/gamma = 0\n",
      "v = 370361154.0546646 m / s > c, setting 1/gamma = 0\n",
      "v = 308885722.2246554 m / s > c, setting 1/gamma = 0\n",
      "v = 352941752.1755981 m / s > c, setting 1/gamma = 0\n",
      "v = 494632585.85785484 m / s > c, setting 1/gamma = 0\n",
      "v = 505992338.13690937 m / s > c, setting 1/gamma = 0\n",
      "v = 316000622.4149717 m / s > c, setting 1/gamma = 0\n",
      "v = 369012504.05845004 m / s > c, setting 1/gamma = 0\n",
      "v = 316516609.9329496 m / s > c, setting 1/gamma = 0\n",
      "v = 429578783.9395956 m / s > c, setting 1/gamma = 0\n",
      "v = 468780843.60192466 m / s > c, setting 1/gamma = 0\n",
      "v = 331363891.43293834 m / s > c, setting 1/gamma = 0\n",
      "v = 382024160.7973195 m / s > c, setting 1/gamma = 0\n",
      "v = 307638559.00640035 m / s > c, setting 1/gamma = 0\n",
      "v = 353846033.4866425 m / s > c, setting 1/gamma = 0\n",
      "v = 430855275.03131014 m / s > c, setting 1/gamma = 0\n",
      "v = 467362512.77761286 m / s > c, setting 1/gamma = 0\n",
      "v = 336706482.8967851 m / s > c, setting 1/gamma = 0\n",
      "v = 386776093.00341904 m / s > c, setting 1/gamma = 0\n",
      "v = 318281416.32662106 m / s > c, setting 1/gamma = 0\n",
      "v = 366375532.1218003 m / s > c, setting 1/gamma = 0\n",
      "v = 312085086.15470576 m / s > c, setting 1/gamma = 0\n",
      "v = 363178444.36884487 m / s > c, setting 1/gamma = 0\n",
      "v = 323921975.9477491 m / s > c, setting 1/gamma = 0\n",
      "v = 371662065.76479316 m / s > c, setting 1/gamma = 0\n",
      "v = 317761497.9520201 m / s > c, setting 1/gamma = 0\n",
      "v = 525424034.6422213 m / s > c, setting 1/gamma = 0\n",
      "v = 524093442.60165447 m / s > c, setting 1/gamma = 0\n",
      "v = 353566999.73013794 m / s > c, setting 1/gamma = 0\n",
      "v = 407283668.8185308 m / s > c, setting 1/gamma = 0\n",
      "v = 325661371.3213924 m / s > c, setting 1/gamma = 0\n",
      "v = 490603925.6301851 m / s > c, setting 1/gamma = 0\n",
      "v = 508756969.0456326 m / s > c, setting 1/gamma = 0\n",
      "v = 318743297.83682686 m / s > c, setting 1/gamma = 0\n",
      "v = 311753478.7121394 m / s > c, setting 1/gamma = 0\n",
      "v = 370922418.4866115 m / s > c, setting 1/gamma = 0\n",
      "v = 423040825.9373047 m / s > c, setting 1/gamma = 0\n",
      "v = 480458375.684827 m / s > c, setting 1/gamma = 0\n",
      "v = 507298665.6724677 m / s > c, setting 1/gamma = 0\n",
      "v = 487876944.09991604 m / s > c, setting 1/gamma = 0\n",
      "v = 510678536.24223787 m / s > c, setting 1/gamma = 0\n",
      "v = 361605693.01677305 m / s > c, setting 1/gamma = 0\n",
      "v = 417552537.18594074 m / s > c, setting 1/gamma = 0\n",
      "v = 307389321.104519 m / s > c, setting 1/gamma = 0\n",
      "v = 366401362.3432443 m / s > c, setting 1/gamma = 0\n",
      "v = 538857855.0638968 m / s > c, setting 1/gamma = 0\n",
      "v = 536902577.3969188 m / s > c, setting 1/gamma = 0\n",
      "v = 309086283.19041985 m / s > c, setting 1/gamma = 0\n",
      "v = 300129628.32067174 m / s > c, setting 1/gamma = 0\n",
      "v = 671543822.9272916 m / s > c, setting 1/gamma = 0\n",
      "v = 545862511.4899778 m / s > c, setting 1/gamma = 0\n",
      "v = 323192879.38564324 m / s > c, setting 1/gamma = 0\n",
      "v = 378310330.75492895 m / s > c, setting 1/gamma = 0\n",
      "v = 304327964.5991701 m / s > c, setting 1/gamma = 0\n",
      "v = 306003108.4983777 m / s > c, setting 1/gamma = 0\n",
      "v = 360139612.4270628 m / s > c, setting 1/gamma = 0\n",
      "v = 313383293.601425 m / s > c, setting 1/gamma = 0\n",
      "v = 305909327.80999 m / s > c, setting 1/gamma = 0\n",
      "v = 413278903.60719436 m / s > c, setting 1/gamma = 0\n",
      "v = 458864804.8730842 m / s > c, setting 1/gamma = 0\n",
      "v = 341583380.91144925 m / s > c, setting 1/gamma = 0\n",
      "v = 333448406.5330166 m / s > c, setting 1/gamma = 0\n",
      "v = 592706242.6357293 m / s > c, setting 1/gamma = 0\n",
      "v = 562355623.3720129 m / s > c, setting 1/gamma = 0\n",
      "v = 324102839.68986243 m / s > c, setting 1/gamma = 0\n",
      "v = 312348458.44420993 m / s > c, setting 1/gamma = 0\n",
      "v = 403946742.7856408 m / s > c, setting 1/gamma = 0\n",
      "v = 455512846.53875804 m / s > c, setting 1/gamma = 0\n",
      "v = 311719872.10679334 m / s > c, setting 1/gamma = 0\n",
      "v = 367692932.08057153 m / s > c, setting 1/gamma = 0\n",
      "v = 328423161.20443517 m / s > c, setting 1/gamma = 0\n",
      "v = 380226831.7897668 m / s > c, setting 1/gamma = 0\n",
      "v = 310447343.8159144 m / s > c, setting 1/gamma = 0\n",
      "v = 358677762.74707615 m / s > c, setting 1/gamma = 0\n",
      "v = 613754484.1487247 m / s > c, setting 1/gamma = 0\n",
      "v = 558881882.7802142 m / s > c, setting 1/gamma = 0\n",
      "v = 419113855.8802195 m / s > c, setting 1/gamma = 0\n",
      "v = 465653826.8563037 m / s > c, setting 1/gamma = 0\n",
      "v = 308866690.255666 m / s > c, setting 1/gamma = 0\n",
      "v = 348256780.8318804 m / s > c, setting 1/gamma = 0\n",
      "v = 407036643.6762074 m / s > c, setting 1/gamma = 0\n",
      "v = 321425178.7543156 m / s > c, setting 1/gamma = 0\n",
      "v = 377715810.58805054 m / s > c, setting 1/gamma = 0\n",
      "v = 323365969.3497034 m / s > c, setting 1/gamma = 0\n",
      "v = 373282447.2018245 m / s > c, setting 1/gamma = 0\n",
      "v = 515625442.0408859 m / s > c, setting 1/gamma = 0\n",
      "v = 526950054.30615634 m / s > c, setting 1/gamma = 0\n",
      "v = 647639229.718655 m / s > c, setting 1/gamma = 0\n",
      "v = 570475887.1793965 m / s > c, setting 1/gamma = 0\n",
      "v = 436514555.2239807 m / s > c, setting 1/gamma = 0\n",
      "v = 481403516.66763365 m / s > c, setting 1/gamma = 0\n",
      "v = 336235150.6018245 m / s > c, setting 1/gamma = 0\n",
      "v = 302514794.85753363 m / s > c, setting 1/gamma = 0\n",
      "v = 351680169.58213556 m / s > c, setting 1/gamma = 0\n",
      "v = 299996448.24635834 m / s > c, setting 1/gamma = 0\n",
      "v = 354843467.3069626 m / s > c, setting 1/gamma = 0\n",
      "v = 309085052.5616725 m / s > c, setting 1/gamma = 0\n",
      "v = 318084456.03941315 m / s > c, setting 1/gamma = 0\n",
      "v = 324010471.2677599 m / s > c, setting 1/gamma = 0\n",
      "v = 383700165.7885483 m / s > c, setting 1/gamma = 0\n",
      "v = 374728390.78098357 m / s > c, setting 1/gamma = 0\n",
      "v = 429044731.7401909 m / s > c, setting 1/gamma = 0\n",
      "v = 325287454.74801487 m / s > c, setting 1/gamma = 0\n",
      "v = 325096643.2768263 m / s > c, setting 1/gamma = 0\n",
      "v = 302711511.6644509 m / s > c, setting 1/gamma = 0\n",
      "v = 350036879.54387474 m / s > c, setting 1/gamma = 0\n",
      "v = 477149991.1036533 m / s > c, setting 1/gamma = 0\n",
      "v = 503389697.37921757 m / s > c, setting 1/gamma = 0\n",
      "v = 352376345.4850812 m / s > c, setting 1/gamma = 0\n",
      "v = 405651433.1141095 m / s > c, setting 1/gamma = 0\n",
      "v = 306284056.39528203 m / s > c, setting 1/gamma = 0\n",
      "v = 353649178.1460344 m / s > c, setting 1/gamma = 0\n",
      "v = 470032829.528796 m / s > c, setting 1/gamma = 0\n",
      "v = 496086777.4160421 m / s > c, setting 1/gamma = 0\n",
      "v = 422609572.91427624 m / s > c, setting 1/gamma = 0\n",
      "v = 462717659.5423514 m / s > c, setting 1/gamma = 0\n",
      "v = 307751718.1330089 m / s > c, setting 1/gamma = 0\n",
      "v = 378389256.96834105 m / s > c, setting 1/gamma = 0\n",
      "v = 425124904.3252805 m / s > c, setting 1/gamma = 0\n",
      "v = 306734183.75496763 m / s > c, setting 1/gamma = 0\n",
      "v = 341859548.38354105 m / s > c, setting 1/gamma = 0\n",
      "v = 390077989.86096656 m / s > c, setting 1/gamma = 0\n",
      "v = 306825589.0937433 m / s > c, setting 1/gamma = 0\n",
      "v = 491244543.4873059 m / s > c, setting 1/gamma = 0\n",
      "v = 504569814.8362807 m / s > c, setting 1/gamma = 0\n",
      "v = 305643686.3963155 m / s > c, setting 1/gamma = 0\n",
      "v = 541162459.3626771 m / s > c, setting 1/gamma = 0\n",
      "v = 538684622.2156157 m / s > c, setting 1/gamma = 0\n",
      "v = 459700068.7730779 m / s > c, setting 1/gamma = 0\n",
      "v = 492556694.74747276 m / s > c, setting 1/gamma = 0\n",
      "v = 314102912.1379667 m / s > c, setting 1/gamma = 0\n",
      "v = 367672910.4831191 m / s > c, setting 1/gamma = 0\n",
      "v = 310148416.0772443 m / s > c, setting 1/gamma = 0\n",
      "v = 359323203.4560539 m / s > c, setting 1/gamma = 0\n",
      "v = 479503007.68137026 m / s > c, setting 1/gamma = 0\n",
      "v = 500426870.13370913 m / s > c, setting 1/gamma = 0\n",
      "v = 306541869.0703537 m / s > c, setting 1/gamma = 0\n",
      "v = 557108126.2608638 m / s > c, setting 1/gamma = 0\n",
      "v = 540143725.2745327 m / s > c, setting 1/gamma = 0\n",
      "v = 333504266.24022835 m / s > c, setting 1/gamma = 0\n",
      "v = 315063932.2092452 m / s > c, setting 1/gamma = 0\n",
      "v = 337401637.79638875 m / s > c, setting 1/gamma = 0\n",
      "v = 322728823.261179 m / s > c, setting 1/gamma = 0\n",
      "v = 376326283.38707274 m / s > c, setting 1/gamma = 0\n",
      "v = 324565717.3776157 m / s > c, setting 1/gamma = 0\n",
      "v = 307399387.20443285 m / s > c, setting 1/gamma = 0\n",
      "v = 355079371.1802423 m / s > c, setting 1/gamma = 0\n",
      "v = 318150476.8631556 m / s > c, setting 1/gamma = 0\n",
      "v = 306380013.1652626 m / s > c, setting 1/gamma = 0\n",
      "v = 303569883.75213784 m / s > c, setting 1/gamma = 0\n",
      "v = 352971606.12551165 m / s > c, setting 1/gamma = 0\n",
      "v = 305253729.66386557 m / s > c, setting 1/gamma = 0\n",
      "v = 349898779.1673476 m / s > c, setting 1/gamma = 0\n",
      "v = 454010079.4229862 m / s > c, setting 1/gamma = 0\n",
      "v = 481751667.87566805 m / s > c, setting 1/gamma = 0\n",
      "v = 387122883.7912207 m / s > c, setting 1/gamma = 0\n",
      "v = 438744946.2572815 m / s > c, setting 1/gamma = 0\n",
      "v = 309599121.4745617 m / s > c, setting 1/gamma = 0\n",
      "v = 373043895.6607533 m / s > c, setting 1/gamma = 0\n",
      "v = 422133156.71986675 m / s > c, setting 1/gamma = 0\n",
      "v = 311239709.61105025 m / s > c, setting 1/gamma = 0\n",
      "v = 531454553.18165326 m / s > c, setting 1/gamma = 0\n",
      "v = 529905631.0752509 m / s > c, setting 1/gamma = 0\n",
      "v = 493888633.8624941 m / s > c, setting 1/gamma = 0\n",
      "v = 511761759.0648883 m / s > c, setting 1/gamma = 0\n",
      "v = 308730841.6789105 m / s > c, setting 1/gamma = 0\n",
      "v = 417676379.164364 m / s > c, setting 1/gamma = 0\n",
      "v = 463458305.0992556 m / s > c, setting 1/gamma = 0\n",
      "v = 305494225.9739618 m / s > c, setting 1/gamma = 0\n",
      "v = 475807841.7739426 m / s > c, setting 1/gamma = 0\n",
      "v = 506181650.129432 m / s > c, setting 1/gamma = 0\n",
      "v = 385255374.0653325 m / s > c, setting 1/gamma = 0\n",
      "v = 437361119.65801114 m / s > c, setting 1/gamma = 0\n",
      "v = 320975271.2402583 m / s > c, setting 1/gamma = 0\n",
      "v = 313669815.26355565 m / s > c, setting 1/gamma = 0\n",
      "v = 372598663.62880564 m / s > c, setting 1/gamma = 0\n",
      "v = 328591760.24409586 m / s > c, setting 1/gamma = 0\n",
      "v = 319930813.13373405 m / s > c, setting 1/gamma = 0\n",
      "v = 344032134.5585334 m / s > c, setting 1/gamma = 0\n",
      "v = 395784999.45753354 m / s > c, setting 1/gamma = 0\n",
      "v = 470643781.7941764 m / s > c, setting 1/gamma = 0\n",
      "v = 493232177.7411462 m / s > c, setting 1/gamma = 0\n",
      "v = 346529970.92149335 m / s > c, setting 1/gamma = 0\n",
      "v = 404361956.5887187 m / s > c, setting 1/gamma = 0\n",
      "v = 317557101.57742727 m / s > c, setting 1/gamma = 0\n",
      "v = 371000762.1443093 m / s > c, setting 1/gamma = 0\n",
      "v = 549770526.817149 m / s > c, setting 1/gamma = 0\n",
      "v = 539270613.4903795 m / s > c, setting 1/gamma = 0\n",
      "v = 306684080.9197329 m / s > c, setting 1/gamma = 0\n",
      "v = 310319722.9811559 m / s > c, setting 1/gamma = 0\n",
      "v = 367291501.41429734 m / s > c, setting 1/gamma = 0\n",
      "v = 438134400.1054304 m / s > c, setting 1/gamma = 0\n",
      "v = 476697311.7536643 m / s > c, setting 1/gamma = 0\n",
      "v = 308239260.97982943 m / s > c, setting 1/gamma = 0\n",
      "v = 360210118.776283 m / s > c, setting 1/gamma = 0\n",
      "v = 324638918.500985 m / s > c, setting 1/gamma = 0\n",
      "v = 373063182.4532551 m / s > c, setting 1/gamma = 0\n",
      "v = 303386833.1207065 m / s > c, setting 1/gamma = 0\n",
      "v = 360020868.3941006 m / s > c, setting 1/gamma = 0\n",
      "v = 303935170.52696556 m / s > c, setting 1/gamma = 0\n",
      "v = 355841934.08470136 m / s > c, setting 1/gamma = 0\n",
      "v = 316760455.01853603 m / s > c, setting 1/gamma = 0\n",
      "v = 364023101.72792995 m / s > c, setting 1/gamma = 0\n",
      "v = 395351241.625328 m / s > c, setting 1/gamma = 0\n",
      "v = 447483537.87989783 m / s > c, setting 1/gamma = 0\n",
      "v = 328118456.70355767 m / s > c, setting 1/gamma = 0\n",
      "v = 382687997.78311616 m / s > c, setting 1/gamma = 0\n",
      "v = 308101853.289045 m / s > c, setting 1/gamma = 0\n",
      "v = 357811162.5930431 m / s > c, setting 1/gamma = 0\n",
      "v = 303243390.48126084 m / s > c, setting 1/gamma = 0\n",
      "v = 679880459.414726 m / s > c, setting 1/gamma = 0\n",
      "v = 553347280.0463165 m / s > c, setting 1/gamma = 0\n",
      "v = 313532350.3089874 m / s > c, setting 1/gamma = 0\n",
      "v = 367463855.009822 m / s > c, setting 1/gamma = 0\n",
      "v = 326559777.2839269 m / s > c, setting 1/gamma = 0\n",
      "v = 340893254.92773855 m / s > c, setting 1/gamma = 0\n",
      "v = 546575268.887063 m / s > c, setting 1/gamma = 0\n",
      "v = 548288697.3075497 m / s > c, setting 1/gamma = 0\n",
      "v = 499369545.037988 m / s > c, setting 1/gamma = 0\n",
      "v = 530061120.6936165 m / s > c, setting 1/gamma = 0\n",
      "v = 509082960.3360067 m / s > c, setting 1/gamma = 0\n",
      "v = 530856267.6270185 m / s > c, setting 1/gamma = 0\n",
      "v = 462634551.4068506 m / s > c, setting 1/gamma = 0\n",
      "v = 502774278.3189188 m / s > c, setting 1/gamma = 0\n",
      "v = 311288422.62012815 m / s > c, setting 1/gamma = 0\n",
      "v = 369183098.244665 m / s > c, setting 1/gamma = 0\n",
      "v = 368893444.8780729 m / s > c, setting 1/gamma = 0\n",
      "v = 429197978.7391315 m / s > c, setting 1/gamma = 0\n",
      "v = 355090378.7953239 m / s > c, setting 1/gamma = 0\n",
      "v = 416375197.16295165 m / s > c, setting 1/gamma = 0\n",
      "v = 307345796.9810977 m / s > c, setting 1/gamma = 0\n",
      "v = 336892898.1318812 m / s > c, setting 1/gamma = 0\n",
      "v = 400411209.7503706 m / s > c, setting 1/gamma = 0\n",
      "v = 594038606.5980475 m / s > c, setting 1/gamma = 0\n",
      "v = 576333462.9313611 m / s > c, setting 1/gamma = 0\n",
      "v = 312615138.1329901 m / s > c, setting 1/gamma = 0\n",
      "v = 555576934.5045604 m / s > c, setting 1/gamma = 0\n",
      "v = 568971520.7540778 m / s > c, setting 1/gamma = 0\n",
      "v = 422241458.7002075 m / s > c, setting 1/gamma = 0\n",
      "v = 478406387.7166189 m / s > c, setting 1/gamma = 0\n",
      "v = 534825159.71403307 m / s > c, setting 1/gamma = 0\n",
      "v = 549681004.5016843 m / s > c, setting 1/gamma = 0\n",
      "v = 405849535.1043162 m / s > c, setting 1/gamma = 0\n",
      "v = 463866265.1583826 m / s > c, setting 1/gamma = 0\n",
      "v = 322273094.63227415 m / s > c, setting 1/gamma = 0\n",
      "v = 317818333.85047966 m / s > c, setting 1/gamma = 0\n",
      "v = 346574073.1652486 m / s > c, setting 1/gamma = 0\n",
      "v = 411642489.5907741 m / s > c, setting 1/gamma = 0\n",
      "v = 668716666.1382735 m / s > c, setting 1/gamma = 0\n",
      "v = 591787352.2604067 m / s > c, setting 1/gamma = 0\n",
      "v = 316927012.418614 m / s > c, setting 1/gamma = 0\n",
      "v = 759541145.7553449 m / s > c, setting 1/gamma = 0\n",
      "v = 621137461.7584666 m / s > c, setting 1/gamma = 0\n",
      "v = 343689494.77248627 m / s > c, setting 1/gamma = 0\n",
      "v = 408012247.6375462 m / s > c, setting 1/gamma = 0\n",
      "v = 612530171.5646896 m / s > c, setting 1/gamma = 0\n",
      "v = 582696032.4911218 m / s > c, setting 1/gamma = 0\n",
      "v = 344077915.6165809 m / s > c, setting 1/gamma = 0\n",
      "v = 409394333.838438 m / s > c, setting 1/gamma = 0\n",
      "v = 320664897.835115 m / s > c, setting 1/gamma = 0\n",
      "v = 353117367.35807097 m / s > c, setting 1/gamma = 0\n",
      "v = 416868632.4508733 m / s > c, setting 1/gamma = 0\n",
      "v = 305762275.43825173 m / s > c, setting 1/gamma = 0\n",
      "v = 321167324.34605014 m / s > c, setting 1/gamma = 0\n",
      "v = 775421273.8780471 m / s > c, setting 1/gamma = 0\n",
      "v = 635543181.8492804 m / s > c, setting 1/gamma = 0\n",
      "v = 323379319.28153986 m / s > c, setting 1/gamma = 0\n",
      "v = 385532308.11889386 m / s > c, setting 1/gamma = 0\n",
      "v = 574517390.8652016 m / s > c, setting 1/gamma = 0\n",
      "v = 571857378.7846401 m / s > c, setting 1/gamma = 0\n",
      "v = 601756457.3872509 m / s > c, setting 1/gamma = 0\n",
      "v = 575452964.3431528 m / s > c, setting 1/gamma = 0\n",
      "v = 323727057.4975874 m / s > c, setting 1/gamma = 0\n",
      "v = 386423606.1890362 m / s > c, setting 1/gamma = 0\n",
      "v = 454439361.1620076 m / s > c, setting 1/gamma = 0\n",
      "v = 499605261.6263106 m / s > c, setting 1/gamma = 0\n",
      "v = 313988539.79790455 m / s > c, setting 1/gamma = 0\n",
      "v = 372065647.52250725 m / s > c, setting 1/gamma = 0\n",
      "v = 674133477.5701026 m / s > c, setting 1/gamma = 0\n",
      "v = 581858343.5421455 m / s > c, setting 1/gamma = 0\n",
      "v = 402561363.7294651 m / s > c, setting 1/gamma = 0\n",
      "v = 459165689.4663456 m / s > c, setting 1/gamma = 0\n",
      "v = 340295479.788487 m / s > c, setting 1/gamma = 0\n",
      "v = 469382773.9514562 m / s > c, setting 1/gamma = 0\n",
      "v = 507701613.23077464 m / s > c, setting 1/gamma = 0\n",
      "v = 329222183.2782387 m / s > c, setting 1/gamma = 0\n",
      "v = 387936057.48273414 m / s > c, setting 1/gamma = 0\n",
      "v = 311115689.7081457 m / s > c, setting 1/gamma = 0\n",
      "v = 737127503.6932892 m / s > c, setting 1/gamma = 0\n",
      "v = 601973725.2341443 m / s > c, setting 1/gamma = 0\n",
      "v = 344571772.89253044 m / s > c, setting 1/gamma = 0\n",
      "v = 404734219.15879714 m / s > c, setting 1/gamma = 0\n",
      "v = 302687768.83391213 m / s > c, setting 1/gamma = 0\n",
      "v = 303763719.49049115 m / s > c, setting 1/gamma = 0\n",
      "v = 358976388.2671136 m / s > c, setting 1/gamma = 0\n",
      "v = 565516360.2833213 m / s > c, setting 1/gamma = 0\n",
      "v = 568100755.6920106 m / s > c, setting 1/gamma = 0\n",
      "v = 310601813.1834804 m / s > c, setting 1/gamma = 0\n",
      "v = 302667636.7288904 m / s > c, setting 1/gamma = 0\n",
      "v = 306068667.1210287 m / s > c, setting 1/gamma = 0\n",
      "v = 609713054.569024 m / s > c, setting 1/gamma = 0\n",
      "v = 597494008.0586901 m / s > c, setting 1/gamma = 0\n",
      "v = 307365702.13093114 m / s > c, setting 1/gamma = 0\n",
      "v = 301330714.71571666 m / s > c, setting 1/gamma = 0\n",
      "v = 366471187.8517762 m / s > c, setting 1/gamma = 0\n",
      "v = 304610944.08621883 m / s > c, setting 1/gamma = 0\n",
      "v = 365172682.8312605 m / s > c, setting 1/gamma = 0\n",
      "v = 346469350.17337096 m / s > c, setting 1/gamma = 0\n",
      "v = 860027826.0842748 m / s > c, setting 1/gamma = 0\n",
      "v = 710588111.41782 m / s > c, setting 1/gamma = 0\n",
      "v = 465009242.42324126 m / s > c, setting 1/gamma = 0\n",
      "v = 507691189.9015485 m / s > c, setting 1/gamma = 0\n",
      "v = 308750627.4835823 m / s > c, setting 1/gamma = 0\n",
      "v = 336245002.7684422 m / s > c, setting 1/gamma = 0\n",
      "v = 335855486.88451344 m / s > c, setting 1/gamma = 0\n",
      "v = 378258418.96806645 m / s > c, setting 1/gamma = 0\n",
      "v = 442070469.3257497 m / s > c, setting 1/gamma = 0\n",
      "v = 301316445.2147451 m / s > c, setting 1/gamma = 0\n",
      "v = 360301195.9313436 m / s > c, setting 1/gamma = 0\n",
      "v = 323830745.4321861 m / s > c, setting 1/gamma = 0\n",
      "v = 340955889.3340908 m / s > c, setting 1/gamma = 0\n",
      "v = 405384258.30985075 m / s > c, setting 1/gamma = 0\n",
      "v = 317967525.1095396 m / s > c, setting 1/gamma = 0\n",
      "v = 301069755.511124 m / s > c, setting 1/gamma = 0\n",
      "v = 704986414.4780183 m / s > c, setting 1/gamma = 0\n",
      "v = 574442282.0291203 m / s > c, setting 1/gamma = 0\n",
      "v = 344047171.6494592 m / s > c, setting 1/gamma = 0\n",
      "v = 406395418.26179653 m / s > c, setting 1/gamma = 0\n",
      "v = 307815825.0402188 m / s > c, setting 1/gamma = 0\n",
      "v = 356851832.0109599 m / s > c, setting 1/gamma = 0\n",
      "v = 306245284.53849447 m / s > c, setting 1/gamma = 0\n",
      "v = 367155798.24118847 m / s > c, setting 1/gamma = 0\n",
      "v = 341136675.1962847 m / s > c, setting 1/gamma = 0\n",
      "v = 851803421.5732645 m / s > c, setting 1/gamma = 0\n",
      "v = 704644395.1209875 m / s > c, setting 1/gamma = 0\n",
      "v = 484287089.90429485 m / s > c, setting 1/gamma = 0\n",
      "v = 521308563.4188861 m / s > c, setting 1/gamma = 0\n",
      "v = 300733770.33723384 m / s > c, setting 1/gamma = 0\n",
      "v = 360256121.05796164 m / s > c, setting 1/gamma = 0\n",
      "v = 571601595.6178952 m / s > c, setting 1/gamma = 0\n",
      "v = 579720061.6820877 m / s > c, setting 1/gamma = 0\n",
      "v = 421223536.4427995 m / s > c, setting 1/gamma = 0\n",
      "v = 474572085.2458441 m / s > c, setting 1/gamma = 0\n",
      "v = 311345840.6100762 m / s > c, setting 1/gamma = 0\n",
      "v = 321672567.8917117 m / s > c, setting 1/gamma = 0\n",
      "v = 368485831.86897856 m / s > c, setting 1/gamma = 0\n",
      "v = 431746652.5879628 m / s > c, setting 1/gamma = 0\n",
      "v = 468121438.21088934 m / s > c, setting 1/gamma = 0\n",
      "v = 511918965.98907125 m / s > c, setting 1/gamma = 0\n",
      "v = 321470260.55113596 m / s > c, setting 1/gamma = 0\n",
      "v = 383617195.45930165 m / s > c, setting 1/gamma = 0\n",
      "v = 577084732.094288 m / s > c, setting 1/gamma = 0\n",
      "v = 568010197.153583 m / s > c, setting 1/gamma = 0\n",
      "v = 482565358.8453093 m / s > c, setting 1/gamma = 0\n",
      "v = 521495768.30916643 m / s > c, setting 1/gamma = 0\n",
      "v = 379112479.46925765 m / s > c, setting 1/gamma = 0\n",
      "v = 439774299.2777696 m / s > c, setting 1/gamma = 0\n",
      "v = 312205817.5368414 m / s > c, setting 1/gamma = 0\n",
      "v = 370911571.47873485 m / s > c, setting 1/gamma = 0\n",
      "v = 480623918.87122005 m / s > c, setting 1/gamma = 0\n",
      "v = 519561742.05648404 m / s > c, setting 1/gamma = 0\n",
      "v = 396646488.1786622 m / s > c, setting 1/gamma = 0\n",
      "v = 453966833.76795465 m / s > c, setting 1/gamma = 0\n",
      "v = 301743992.49571097 m / s > c, setting 1/gamma = 0\n",
      "v = 356824447.518422 m / s > c, setting 1/gamma = 0\n",
      "v = 475105696.8059788 m / s > c, setting 1/gamma = 0\n",
      "v = 514134486.99867344 m / s > c, setting 1/gamma = 0\n",
      "v = 390150864.04940593 m / s > c, setting 1/gamma = 0\n",
      "v = 446063959.18866855 m / s > c, setting 1/gamma = 0\n",
      "v = 333091115.4827013 m / s > c, setting 1/gamma = 0\n",
      "v = 302879192.62671596 m / s > c, setting 1/gamma = 0\n",
      "v = 363443225.2936294 m / s > c, setting 1/gamma = 0\n",
      "v = 315330324.3450709 m / s > c, setting 1/gamma = 0\n",
      "v = 370206581.66537225 m / s > c, setting 1/gamma = 0\n",
      "v = 300184160.7170709 m / s > c, setting 1/gamma = 0\n",
      "v = 303680326.70644873 m / s > c, setting 1/gamma = 0\n",
      "v = 347920625.54061395 m / s > c, setting 1/gamma = 0\n",
      "v = 383504777.5443658 m / s > c, setting 1/gamma = 0\n",
      "v = 438853994.3745358 m / s > c, setting 1/gamma = 0\n",
      "v = 311439225.2374827 m / s > c, setting 1/gamma = 0\n",
      "v = 302282360.133864 m / s > c, setting 1/gamma = 0\n",
      "v = 344169261.8553246 m / s > c, setting 1/gamma = 0\n",
      "v = 406391903.9962623 m / s > c, setting 1/gamma = 0\n",
      "v = 359998397.4837864 m / s > c, setting 1/gamma = 0\n",
      "v = 419163398.26138914 m / s > c, setting 1/gamma = 0\n",
      "v = 316483547.64955115 m / s > c, setting 1/gamma = 0\n",
      "v = 315606603.684313 m / s > c, setting 1/gamma = 0\n",
      "v = 301579875.24780744 m / s > c, setting 1/gamma = 0\n",
      "v = 363659883.2346699 m / s > c, setting 1/gamma = 0\n",
      "v = 350219715.66822654 m / s > c, setting 1/gamma = 0\n",
      "v = 321179363.884843 m / s > c, setting 1/gamma = 0\n",
      "v = 311909598.05426764 m / s > c, setting 1/gamma = 0\n",
      "v = 365398392.07034826 m / s > c, setting 1/gamma = 0\n",
      "v = 301947169.92106795 m / s > c, setting 1/gamma = 0\n",
      "v = 688594931.7713586 m / s > c, setting 1/gamma = 0\n",
      "v = 558892773.6721679 m / s > c, setting 1/gamma = 0\n",
      "v = 326109382.5297887 m / s > c, setting 1/gamma = 0\n",
      "v = 383296821.53427356 m / s > c, setting 1/gamma = 0\n",
      "v = 307675152.25879574 m / s > c, setting 1/gamma = 0\n",
      "v = 357530288.97568345 m / s > c, setting 1/gamma = 0\n",
      "v = 504019182.230154 m / s > c, setting 1/gamma = 0\n",
      "v = 524678077.46636873 m / s > c, setting 1/gamma = 0\n",
      "v = 530313665.8508183 m / s > c, setting 1/gamma = 0\n",
      "v = 539165185.5821416 m / s > c, setting 1/gamma = 0\n",
      "v = 597664802.7250818 m / s > c, setting 1/gamma = 0\n",
      "v = 573476700.8708436 m / s > c, setting 1/gamma = 0\n",
      "v = 467919359.02670866 m / s > c, setting 1/gamma = 0\n",
      "v = 1616999485.9155803 m / s > c, setting 1/gamma = 0\n",
      "v = 1469000365.1680064 m / s > c, setting 1/gamma = 0\n",
      "v = 347190778.18766016 m / s > c, setting 1/gamma = 0\n",
      "v = 349912797.4768474 m / s > c, setting 1/gamma = 0\n",
      "v = 324263550.67097545 m / s > c, setting 1/gamma = 0\n",
      "v = 330776870.4215205 m / s > c, setting 1/gamma = 0\n",
      "v = 302813914.5537557 m / s > c, setting 1/gamma = 0\n",
      "v = 325750929.06473994 m / s > c, setting 1/gamma = 0\n",
      "v = 325237269.03794426 m / s > c, setting 1/gamma = 0\n",
      "v = 311702459.0631684 m / s > c, setting 1/gamma = 0\n",
      "v = 303678063.49125534 m / s > c, setting 1/gamma = 0\n",
      "v = 501944545.04444677 m / s > c, setting 1/gamma = 0\n",
      "v = 495393108.53196335 m / s > c, setting 1/gamma = 0\n",
      "v = 341554013.4266653 m / s > c, setting 1/gamma = 0\n",
      "v = 319794069.5262561 m / s > c, setting 1/gamma = 0\n",
      "v = 346616495.9210038 m / s > c, setting 1/gamma = 0\n",
      "v = 325417251.1034926 m / s > c, setting 1/gamma = 0\n",
      "v = 378245837.8452166 m / s > c, setting 1/gamma = 0\n",
      "v = 324104946.17184424 m / s > c, setting 1/gamma = 0\n",
      "v = 311036937.1480311 m / s > c, setting 1/gamma = 0\n",
      "v = 646562035.5135807 m / s > c, setting 1/gamma = 0\n",
      "v = 668667811.9534609 m / s > c, setting 1/gamma = 0\n",
      "v = 359477189.8395604 m / s > c, setting 1/gamma = 0\n",
      "v = 393266732.95104617 m / s > c, setting 1/gamma = 0\n",
      "v = 347836278.8423773 m / s > c, setting 1/gamma = 0\n",
      "v = 429174802.9054791 m / s > c, setting 1/gamma = 0\n",
      "v = 319496176.29183763 m / s > c, setting 1/gamma = 0\n",
      "v = 340538170.2760263 m / s > c, setting 1/gamma = 0\n",
      "v = 406429297.3853084 m / s > c, setting 1/gamma = 0\n",
      "v = 308973272.1757332 m / s > c, setting 1/gamma = 0\n",
      "v = 310456390.259125 m / s > c, setting 1/gamma = 0\n",
      "v = 300483688.09062743 m / s > c, setting 1/gamma = 0\n",
      "v = 312996148.8337872 m / s > c, setting 1/gamma = 0\n",
      "v = 380364519.3202375 m / s > c, setting 1/gamma = 0\n",
      "v = 316565238.13377815 m / s > c, setting 1/gamma = 0\n",
      "v = 790582433.3266405 m / s > c, setting 1/gamma = 0\n",
      "v = 701120506.086517 m / s > c, setting 1/gamma = 0\n",
      "v = 553999960.5001599 m / s > c, setting 1/gamma = 0\n",
      "v = 554744685.3849415 m / s > c, setting 1/gamma = 0\n",
      "v = 304965770.7033188 m / s > c, setting 1/gamma = 0\n",
      "v = 352544845.339664 m / s > c, setting 1/gamma = 0\n",
      "v = 531668157.9578946 m / s > c, setting 1/gamma = 0\n",
      "v = 533496392.26370794 m / s > c, setting 1/gamma = 0\n",
      "v = 629238470.4486912 m / s > c, setting 1/gamma = 0\n",
      "v = 567497482.0887843 m / s > c, setting 1/gamma = 0\n",
      "v = 327176173.4495645 m / s > c, setting 1/gamma = 0\n",
      "v = 370543914.1208156 m / s > c, setting 1/gamma = 0\n",
      "v = 300942203.47793347 m / s > c, setting 1/gamma = 0\n",
      "v = 324747144.72467196 m / s > c, setting 1/gamma = 0\n",
      "v = 304265817.2002365 m / s > c, setting 1/gamma = 0\n",
      "v = 347976555.64104754 m / s > c, setting 1/gamma = 0\n",
      "v = 381611676.8730879 m / s > c, setting 1/gamma = 0\n",
      "v = 443105415.4344017 m / s > c, setting 1/gamma = 0\n",
      "v = 307419201.42517775 m / s > c, setting 1/gamma = 0\n",
      "v = 526210203.30533445 m / s > c, setting 1/gamma = 0\n",
      "v = 512526684.66650903 m / s > c, setting 1/gamma = 0\n",
      "v = 327621364.0201351 m / s > c, setting 1/gamma = 0\n",
      "v = 306053572.8414195 m / s > c, setting 1/gamma = 0\n",
      "v = 329851060.13626254 m / s > c, setting 1/gamma = 0\n",
      "v = 327558312.0082467 m / s > c, setting 1/gamma = 0\n",
      "v = 402922454.1517034 m / s > c, setting 1/gamma = 0\n",
      "v = 1178590681.8919678 m / s > c, setting 1/gamma = 0\n",
      "v = 1045972633.0432602 m / s > c, setting 1/gamma = 0\n",
      "v = 478983070.6352048 m / s > c, setting 1/gamma = 0\n",
      "v = 476101836.55423003 m / s > c, setting 1/gamma = 0\n",
      "v = 387115025.9548278 m / s > c, setting 1/gamma = 0\n",
      "v = 424289067.819229 m / s > c, setting 1/gamma = 0\n",
      "v = 332198455.7914268 m / s > c, setting 1/gamma = 0\n",
      "v = 395172830.2621753 m / s > c, setting 1/gamma = 0\n",
      "v = 508221021.6291883 m / s > c, setting 1/gamma = 0\n",
      "v = 476768104.06946266 m / s > c, setting 1/gamma = 0\n",
      "v = 532829284.65088904 m / s > c, setting 1/gamma = 0\n",
      "v = 507777473.3045454 m / s > c, setting 1/gamma = 0\n",
      "v = 331806893.2744911 m / s > c, setting 1/gamma = 0\n",
      "v = 389346293.6622269 m / s > c, setting 1/gamma = 0\n",
      "v = 321771879.62875134 m / s > c, setting 1/gamma = 0\n",
      "v = 346997496.6132982 m / s > c, setting 1/gamma = 0\n",
      "v = 331801114.701821 m / s > c, setting 1/gamma = 0\n",
      "v = 366875844.92677355 m / s > c, setting 1/gamma = 0\n",
      "v = 309486755.4294995 m / s > c, setting 1/gamma = 0\n",
      "v = 866985720.424643 m / s > c, setting 1/gamma = 0\n",
      "v = 767052333.7735217 m / s > c, setting 1/gamma = 0\n",
      "v = 499305823.8175249 m / s > c, setting 1/gamma = 0\n",
      "v = 486874689.41757 m / s > c, setting 1/gamma = 0\n",
      "v = 396945642.2388545 m / s > c, setting 1/gamma = 0\n",
      "v = 445189905.26856095 m / s > c, setting 1/gamma = 0\n",
      "v = 308967986.9651021 m / s > c, setting 1/gamma = 0\n",
      "v = 374270992.716307 m / s > c, setting 1/gamma = 0\n",
      "v = 428847034.08436507 m / s > c, setting 1/gamma = 0\n",
      "v = 469744742.23539096 m / s > c, setting 1/gamma = 0\n",
      "v = 302297086.77787054 m / s > c, setting 1/gamma = 0\n",
      "v = 343781446.8529853 m / s > c, setting 1/gamma = 0\n",
      "v = 309136226.17467415 m / s > c, setting 1/gamma = 0\n",
      "v = 337518175.5399892 m / s > c, setting 1/gamma = 0\n",
      "v = 372338388.028701 m / s > c, setting 1/gamma = 0\n",
      "v = 308136353.1003219 m / s > c, setting 1/gamma = 0\n",
      "v = 362393466.2253884 m / s > c, setting 1/gamma = 0\n",
      "v = 332516611.0801752 m / s > c, setting 1/gamma = 0\n",
      "v = 366236835.8523245 m / s > c, setting 1/gamma = 0\n",
      "v = 464153334.50269836 m / s > c, setting 1/gamma = 0\n",
      "v = 482815226.0306717 m / s > c, setting 1/gamma = 0\n",
      "v = 310783034.6494878 m / s > c, setting 1/gamma = 0\n",
      "v = 336795403.6223926 m / s > c, setting 1/gamma = 0\n",
      "v = 346783125.9096255 m / s > c, setting 1/gamma = 0\n",
      "v = 406189154.9640013 m / s > c, setting 1/gamma = 0\n",
      "v = 301225214.3135933 m / s > c, setting 1/gamma = 0\n",
      "v = 319524468.30644995 m / s > c, setting 1/gamma = 0\n",
      "v = 338971079.07830936 m / s > c, setting 1/gamma = 0\n",
      "v = 394485471.57961863 m / s > c, setting 1/gamma = 0\n",
      "v = 350423099.4579766 m / s > c, setting 1/gamma = 0\n",
      "v = 403469181.6109349 m / s > c, setting 1/gamma = 0\n",
      "v = 307348571.375504 m / s > c, setting 1/gamma = 0\n",
      "v = 323218154.1074733 m / s > c, setting 1/gamma = 0\n",
      "v = 312822687.4552745 m / s > c, setting 1/gamma = 0\n",
      "v = 327553895.23504394 m / s > c, setting 1/gamma = 0\n",
      "v = 376707814.174645 m / s > c, setting 1/gamma = 0\n",
      "v = 304626396.3025157 m / s > c, setting 1/gamma = 0\n",
      "v = 314673300.87431157 m / s > c, setting 1/gamma = 0\n",
      "v = 341165961.1352056 m / s > c, setting 1/gamma = 0\n",
      "v = 386336213.6868837 m / s > c, setting 1/gamma = 0\n",
      "v = 328470448.8872965 m / s > c, setting 1/gamma = 0\n",
      "v = 365199156.6572541 m / s > c, setting 1/gamma = 0\n",
      "v = 311214627.3225772 m / s > c, setting 1/gamma = 0\n",
      "v = 355201172.4105663 m / s > c, setting 1/gamma = 0\n",
      "v = 387921366.4868616 m / s > c, setting 1/gamma = 0\n",
      "v = 374092046.9764529 m / s > c, setting 1/gamma = 0\n",
      "v = 416296788.1392389 m / s > c, setting 1/gamma = 0\n",
      "v = 376327457.1377857 m / s > c, setting 1/gamma = 0\n",
      "v = 416938578.52547085 m / s > c, setting 1/gamma = 0\n",
      "v = 314137149.7229771 m / s > c, setting 1/gamma = 0\n",
      "v = 354605854.1844234 m / s > c, setting 1/gamma = 0\n",
      "v = 404879870.3120677 m / s > c, setting 1/gamma = 0\n",
      "v = 434891675.2771474 m / s > c, setting 1/gamma = 0\n",
      "v = 341009085.60816956 m / s > c, setting 1/gamma = 0\n",
      "v = 371789255.4150438 m / s > c, setting 1/gamma = 0\n",
      "v = 305724836.10287344 m / s > c, setting 1/gamma = 0\n",
      "v = 348748390.70201814 m / s > c, setting 1/gamma = 0\n",
      "v = 370674835.7124414 m / s > c, setting 1/gamma = 0\n",
      "v = 417090605.5469934 m / s > c, setting 1/gamma = 0\n",
      "v = 312763976.0008903 m / s > c, setting 1/gamma = 0\n",
      "v = 328265597.2371437 m / s > c, setting 1/gamma = 0\n",
      "v = 374835200.8329775 m / s > c, setting 1/gamma = 0\n",
      "v = 521129379.35953975 m / s > c, setting 1/gamma = 0\n",
      "v = 522326315.8606302 m / s > c, setting 1/gamma = 0\n",
      "v = 358745877.7797659 m / s > c, setting 1/gamma = 0\n",
      "v = 416545604.59750104 m / s > c, setting 1/gamma = 0\n",
      "v = 307566813.00012773 m / s > c, setting 1/gamma = 0\n",
      "v = 363749749.37178296 m / s > c, setting 1/gamma = 0\n",
      "v = 315677106.30120146 m / s > c, setting 1/gamma = 0\n",
      "v = 698027726.5817003 m / s > c, setting 1/gamma = 0\n",
      "v = 573139462.6427019 m / s > c, setting 1/gamma = 0\n",
      "v = 557227158.9204118 m / s > c, setting 1/gamma = 0\n",
      "v = 540244385.8396587 m / s > c, setting 1/gamma = 0\n",
      "v = 356298456.56167763 m / s > c, setting 1/gamma = 0\n",
      "v = 309172918.919269 m / s > c, setting 1/gamma = 0\n",
      "v = 353275570.3137626 m / s > c, setting 1/gamma = 0\n",
      "v = 488191260.30091155 m / s > c, setting 1/gamma = 0\n",
      "v = 518813925.1438563 m / s > c, setting 1/gamma = 0\n",
      "v = 488409607.13940364 m / s > c, setting 1/gamma = 0\n",
      "v = 512614222.8804014 m / s > c, setting 1/gamma = 0\n",
      "v = 367274303.65213 m / s > c, setting 1/gamma = 0\n",
      "v = 422260733.48239684 m / s > c, setting 1/gamma = 0\n",
      "v = 310329765.8448293 m / s > c, setting 1/gamma = 0\n",
      "v = 706162673.970074 m / s > c, setting 1/gamma = 0\n",
      "v = 580564710.9736698 m / s > c, setting 1/gamma = 0\n",
      "v = 307740312.70681095 m / s > c, setting 1/gamma = 0\n",
      "v = 521744165.88516897 m / s > c, setting 1/gamma = 0\n",
      "v = 528189886.85760176 m / s > c, setting 1/gamma = 0\n",
      "v = 348771410.35521984 m / s > c, setting 1/gamma = 0\n",
      "v = 393723644.37836677 m / s > c, setting 1/gamma = 0\n",
      "v = 357030414.93316895 m / s > c, setting 1/gamma = 0\n",
      "v = 413514288.5646565 m / s > c, setting 1/gamma = 0\n",
      "v = 307120771.71443856 m / s > c, setting 1/gamma = 0\n",
      "v = 652319419.352424 m / s > c, setting 1/gamma = 0\n",
      "v = 530041659.2183266 m / s > c, setting 1/gamma = 0\n",
      "v = 389621097.28927076 m / s > c, setting 1/gamma = 0\n",
      "v = 444975741.804201 m / s > c, setting 1/gamma = 0\n",
      "v = 320461545.11015624 m / s > c, setting 1/gamma = 0\n",
      "v = 365694454.25759155 m / s > c, setting 1/gamma = 0\n",
      "v = 330522992.003439 m / s > c, setting 1/gamma = 0\n",
      "v = 388075767.0302947 m / s > c, setting 1/gamma = 0\n",
      "v = 349032452.98062575 m / s > c, setting 1/gamma = 0\n",
      "v = 309146806.9866692 m / s > c, setting 1/gamma = 0\n",
      "v = 661528668.6487976 m / s > c, setting 1/gamma = 0\n",
      "v = 535611441.2184746 m / s > c, setting 1/gamma = 0\n",
      "v = 317133870.6837852 m / s > c, setting 1/gamma = 0\n",
      "v = 719005486.067861 m / s > c, setting 1/gamma = 0\n",
      "v = 590856525.6219555 m / s > c, setting 1/gamma = 0\n",
      "v = 474100450.93173707 m / s > c, setting 1/gamma = 0\n",
      "v = 512848598.43466187 m / s > c, setting 1/gamma = 0\n",
      "v = 407687259.2988366 m / s > c, setting 1/gamma = 0\n",
      "v = 451141431.2077521 m / s > c, setting 1/gamma = 0\n",
      "v = 487045174.3320228 m / s > c, setting 1/gamma = 0\n",
      "v = 516224402.36691034 m / s > c, setting 1/gamma = 0\n",
      "v = 609147536.4453003 m / s > c, setting 1/gamma = 0\n",
      "v = 540183653.6657189 m / s > c, setting 1/gamma = 0\n",
      "v = 352593325.3144823 m / s > c, setting 1/gamma = 0\n",
      "v = 409088605.3144389 m / s > c, setting 1/gamma = 0\n",
      "v = 572941113.5148813 m / s > c, setting 1/gamma = 0\n",
      "v = 548796714.3112246 m / s > c, setting 1/gamma = 0\n",
      "v = 314492605.71217376 m / s > c, setting 1/gamma = 0\n",
      "v = 406707979.06735915 m / s > c, setting 1/gamma = 0\n",
      "v = 455499229.3659485 m / s > c, setting 1/gamma = 0\n",
      "v = 320056999.7123986 m / s > c, setting 1/gamma = 0\n",
      "v = 312540065.53851366 m / s > c, setting 1/gamma = 0\n",
      "v = 693714063.9262123 m / s > c, setting 1/gamma = 0\n",
      "v = 562559340.1540748 m / s > c, setting 1/gamma = 0\n",
      "v = 491978402.98871356 m / s > c, setting 1/gamma = 0\n",
      "v = 531073242.4362586 m / s > c, setting 1/gamma = 0\n",
      "v = 348455376.53832155 m / s > c, setting 1/gamma = 0\n",
      "v = 381542989.02256405 m / s > c, setting 1/gamma = 0\n",
      "v = 436352997.6309295 m / s > c, setting 1/gamma = 0\n",
      "v = 300987720.77144516 m / s > c, setting 1/gamma = 0\n",
      "v = 359019396.78657544 m / s > c, setting 1/gamma = 0\n",
      "v = 324237453.871808 m / s > c, setting 1/gamma = 0\n",
      "v = 529608389.3570044 m / s > c, setting 1/gamma = 0\n",
      "v = 533252137.40194714 m / s > c, setting 1/gamma = 0\n",
      "v = 513864657.3276552 m / s > c, setting 1/gamma = 0\n",
      "v = 547690843.419615 m / s > c, setting 1/gamma = 0\n",
      "v = 416263724.46984506 m / s > c, setting 1/gamma = 0\n",
      "v = 473597429.58352786 m / s > c, setting 1/gamma = 0\n",
      "v = 504056634.74454236 m / s > c, setting 1/gamma = 0\n",
      "v = 525390418.86249596 m / s > c, setting 1/gamma = 0\n",
      "v = 498823135.4378288 m / s > c, setting 1/gamma = 0\n",
      "v = 539945852.9402914 m / s > c, setting 1/gamma = 0\n",
      "v = 318797938.00816035 m / s > c, setting 1/gamma = 0\n",
      "v = 306389052.61142266 m / s > c, setting 1/gamma = 0\n",
      "v = 372211113.29870194 m / s > c, setting 1/gamma = 0\n",
      "v = 404428976.64225036 m / s > c, setting 1/gamma = 0\n",
      "v = 458138539.6271292 m / s > c, setting 1/gamma = 0\n",
      "v = 300442732.8557262 m / s > c, setting 1/gamma = 0\n",
      "v = 358619765.45553845 m / s > c, setting 1/gamma = 0\n",
      "v = 322600066.8664287 m / s > c, setting 1/gamma = 0\n",
      "v = 386385289.67554533 m / s > c, setting 1/gamma = 0\n",
      "v = 446252296.56883985 m / s > c, setting 1/gamma = 0\n",
      "v = 492753699.95824516 m / s > c, setting 1/gamma = 0\n",
      "v = 518525320.2405104 m / s > c, setting 1/gamma = 0\n",
      "v = 550506882.033875 m / s > c, setting 1/gamma = 0\n",
      "v = 307067163.06749 m / s > c, setting 1/gamma = 0\n",
      "v = 345104697.7993684 m / s > c, setting 1/gamma = 0\n",
      "v = 411163840.18238306 m / s > c, setting 1/gamma = 0\n",
      "v = 317341005.4998488 m / s > c, setting 1/gamma = 0\n",
      "v = 380035918.1130013 m / s > c, setting 1/gamma = 0\n",
      "v = 326272101.34564793 m / s > c, setting 1/gamma = 0\n",
      "v = 747918388.83063 m / s > c, setting 1/gamma = 0\n",
      "v = 609857489.7281002 m / s > c, setting 1/gamma = 0\n",
      "v = 381870110.29739773 m / s > c, setting 1/gamma = 0\n",
      "v = 433690392.96373206 m / s > c, setting 1/gamma = 0\n",
      "v = 352437823.94744194 m / s > c, setting 1/gamma = 0\n",
      "v = 864454896.3423936 m / s > c, setting 1/gamma = 0\n",
      "v = 720954373.6324137 m / s > c, setting 1/gamma = 0\n",
      "v = 484717913.68507695 m / s > c, setting 1/gamma = 0\n",
      "v = 510742658.5172922 m / s > c, setting 1/gamma = 0\n",
      "v = 545651279.4746252 m / s > c, setting 1/gamma = 0\n",
      "v = 568953913.6343384 m / s > c, setting 1/gamma = 0\n",
      "v = 355614493.45426065 m / s > c, setting 1/gamma = 0\n",
      "v = 420565199.6484451 m / s > c, setting 1/gamma = 0\n",
      "v = 481487508.0964163 m / s > c, setting 1/gamma = 0\n",
      "v = 525667828.4847227 m / s > c, setting 1/gamma = 0\n",
      "v = 378416209.5447073 m / s > c, setting 1/gamma = 0\n",
      "v = 435744722.72430414 m / s > c, setting 1/gamma = 0\n",
      "v = 530488633.54776484 m / s > c, setting 1/gamma = 0\n",
      "v = 563151186.4974425 m / s > c, setting 1/gamma = 0\n",
      "v = 303776615.6964048 m / s > c, setting 1/gamma = 0\n",
      "v = 361821630.32309 m / s > c, setting 1/gamma = 0\n",
      "v = 314997852.6441414 m / s > c, setting 1/gamma = 0\n",
      "v = 380888252.5003663 m / s > c, setting 1/gamma = 0\n",
      "v = 447425403.2451105 m / s > c, setting 1/gamma = 0\n",
      "v = 498394891.12927616 m / s > c, setting 1/gamma = 0\n",
      "v = 324080164.13470054 m / s > c, setting 1/gamma = 0\n",
      "v = 387301398.52158356 m / s > c, setting 1/gamma = 0\n",
      "v = 326572829.8895732 m / s > c, setting 1/gamma = 0\n",
      "v = 388808515.6498851 m / s > c, setting 1/gamma = 0\n",
      "v = 315287103.54855514 m / s > c, setting 1/gamma = 0\n",
      "v = 333233012.72755176 m / s > c, setting 1/gamma = 0\n",
      "v = 391741339.15491474 m / s > c, setting 1/gamma = 0\n",
      "v = 417294186.19272596 m / s > c, setting 1/gamma = 0\n",
      "v = 476918964.6263178 m / s > c, setting 1/gamma = 0\n",
      "v = 325670073.77063566 m / s > c, setting 1/gamma = 0\n",
      "v = 387315958.80219513 m / s > c, setting 1/gamma = 0\n",
      "v = 331133490.69212115 m / s > c, setting 1/gamma = 0\n",
      "v = 378459314.4612219 m / s > c, setting 1/gamma = 0\n",
      "v = 434951065.61741287 m / s > c, setting 1/gamma = 0\n",
      "v = 372123056.6121653 m / s > c, setting 1/gamma = 0\n",
      "v = 435004602.9526705 m / s > c, setting 1/gamma = 0\n",
      "v = 305470316.37655795 m / s > c, setting 1/gamma = 0\n",
      "v = 581446137.6368395 m / s > c, setting 1/gamma = 0\n",
      "v = 546875840.0124744 m / s > c, setting 1/gamma = 0\n",
      "v = 337442062.5348092 m / s > c, setting 1/gamma = 0\n",
      "v = 399409241.298904 m / s > c, setting 1/gamma = 0\n",
      "v = 631015320.599605 m / s > c, setting 1/gamma = 0\n",
      "v = 556525659.4392388 m / s > c, setting 1/gamma = 0\n",
      "v = 310275869.0501751 m / s > c, setting 1/gamma = 0\n",
      "v = 374335546.3622692 m / s > c, setting 1/gamma = 0\n",
      "v = 436363462.61839944 m / s > c, setting 1/gamma = 0\n",
      "v = 313510291.02479833 m / s > c, setting 1/gamma = 0\n",
      "v = 375744996.5376668 m / s > c, setting 1/gamma = 0\n",
      "v = 325757563.2350274 m / s > c, setting 1/gamma = 0\n",
      "v = 392115973.5485222 m / s > c, setting 1/gamma = 0\n",
      "v = 354496241.35858625 m / s > c, setting 1/gamma = 0\n",
      "v = 833277364.3490853 m / s > c, setting 1/gamma = 0\n",
      "v = 681528799.8180863 m / s > c, setting 1/gamma = 0\n",
      "v = 480439173.424966 m / s > c, setting 1/gamma = 0\n",
      "v = 518625592.5406675 m / s > c, setting 1/gamma = 0\n",
      "v = 326209679.5915389 m / s > c, setting 1/gamma = 0\n",
      "v = 333924524.5198063 m / s > c, setting 1/gamma = 0\n",
      "v = 328724436.8546319 m / s > c, setting 1/gamma = 0\n",
      "v = 381826267.89774 m / s > c, setting 1/gamma = 0\n",
      "v = 440995846.0036749 m / s > c, setting 1/gamma = 0\n",
      "v = 311443844.8567593 m / s > c, setting 1/gamma = 0\n",
      "v = 376932785.38602126 m / s > c, setting 1/gamma = 0\n",
      "v = 302256400.66450953 m / s > c, setting 1/gamma = 0\n",
      "v = 749764339.061577 m / s > c, setting 1/gamma = 0\n",
      "v = 629089180.8681889 m / s > c, setting 1/gamma = 0\n",
      "v = 640234479.8340217 m / s > c, setting 1/gamma = 0\n",
      "v = 600141207.2385348 m / s > c, setting 1/gamma = 0\n",
      "v = 304660591.7098113 m / s > c, setting 1/gamma = 0\n",
      "v = 367920928.8356904 m / s > c, setting 1/gamma = 0\n",
      "v = 303392210.5857984 m / s > c, setting 1/gamma = 0\n",
      "v = 670101769.4773258 m / s > c, setting 1/gamma = 0\n",
      "v = 540906689.2958635 m / s > c, setting 1/gamma = 0\n",
      "v = 417813574.05380225 m / s > c, setting 1/gamma = 0\n",
      "v = 460625129.84270287 m / s > c, setting 1/gamma = 0\n",
      "v = 343521761.043669 m / s > c, setting 1/gamma = 0\n",
      "v = 407775441.8826664 m / s > c, setting 1/gamma = 0\n",
      "v = 300134874.73667884 m / s > c, setting 1/gamma = 0\n",
      "v = 301966201.25436866 m / s > c, setting 1/gamma = 0\n",
      "v = 353381869.13738114 m / s > c, setting 1/gamma = 0\n",
      "v = 410342327.4975472 m / s > c, setting 1/gamma = 0\n",
      "v = 577709321.3819134 m / s > c, setting 1/gamma = 0\n",
      "v = 553546256.2510953 m / s > c, setting 1/gamma = 0\n",
      "v = 346044905.55114967 m / s > c, setting 1/gamma = 0\n",
      "v = 405217013.8464394 m / s > c, setting 1/gamma = 0\n",
      "v = 306117709.7963951 m / s > c, setting 1/gamma = 0\n",
      "v = 345364370.7948554 m / s > c, setting 1/gamma = 0\n",
      "v = 438574700.0550669 m / s > c, setting 1/gamma = 0\n",
      "v = 487255831.6538777 m / s > c, setting 1/gamma = 0\n",
      "v = 398372697.8283377 m / s > c, setting 1/gamma = 0\n",
      "v = 454855370.45686066 m / s > c, setting 1/gamma = 0\n",
      "v = 370484359.275851 m / s > c, setting 1/gamma = 0\n",
      "v = 417816775.56735754 m / s > c, setting 1/gamma = 0\n",
      "v = 467417050.59949815 m / s > c, setting 1/gamma = 0\n",
      "v = 504812794.5147976 m / s > c, setting 1/gamma = 0\n",
      "v = 460057520.75432605 m / s > c, setting 1/gamma = 0\n",
      "v = 497743094.0857777 m / s > c, setting 1/gamma = 0\n",
      "v = 323303686.1084049 m / s > c, setting 1/gamma = 0\n",
      "v = 331483158.4292052 m / s > c, setting 1/gamma = 0\n",
      "v = 384734938.5121649 m / s > c, setting 1/gamma = 0\n",
      "v = 531234213.01014 m / s > c, setting 1/gamma = 0\n",
      "v = 560828748.6670369 m / s > c, setting 1/gamma = 0\n",
      "v = 330618715.2918265 m / s > c, setting 1/gamma = 0\n",
      "v = 769824488.5733769 m / s > c, setting 1/gamma = 0\n",
      "v = 637611633.5669278 m / s > c, setting 1/gamma = 0\n",
      "v = 436131793.002918 m / s > c, setting 1/gamma = 0\n",
      "v = 469497568.19161355 m / s > c, setting 1/gamma = 0\n",
      "v = 459004664.83253694 m / s > c, setting 1/gamma = 0\n",
      "v = 505451823.49781513 m / s > c, setting 1/gamma = 0\n",
      "v = 349841212.5203918 m / s > c, setting 1/gamma = 0\n",
      "v = 405325196.9675029 m / s > c, setting 1/gamma = 0\n",
      "v = 304935113.61670333 m / s > c, setting 1/gamma = 0\n",
      "v = 330058576.27823234 m / s > c, setting 1/gamma = 0\n",
      "v = 387450888.00689757 m / s > c, setting 1/gamma = 0\n",
      "v = 362091044.2616257 m / s > c, setting 1/gamma = 0\n",
      "v = 424780855.15707016 m / s > c, setting 1/gamma = 0\n",
      "v = 316349402.68222904 m / s > c, setting 1/gamma = 0\n",
      "v = 735212781.5767012 m / s > c, setting 1/gamma = 0\n",
      "v = 609402809.580295 m / s > c, setting 1/gamma = 0\n",
      "v = 346761052.3155403 m / s > c, setting 1/gamma = 0\n",
      "v = 400595866.89810693 m / s > c, setting 1/gamma = 0\n",
      "v = 409999040.0703733 m / s > c, setting 1/gamma = 0\n",
      "v = 452633814.5742076 m / s > c, setting 1/gamma = 0\n",
      "v = 363871671.58424383 m / s > c, setting 1/gamma = 0\n",
      "v = 412976826.6791859 m / s > c, setting 1/gamma = 0\n",
      "v = 322627368.8893731 m / s > c, setting 1/gamma = 0\n",
      "v = 361967923.4020048 m / s > c, setting 1/gamma = 0\n",
      "v = 415500716.34998524 m / s > c, setting 1/gamma = 0\n",
      "v = 372781478.86123997 m / s > c, setting 1/gamma = 0\n",
      "v = 434905131.3136844 m / s > c, setting 1/gamma = 0\n",
      "v = 312841280.53330046 m / s > c, setting 1/gamma = 0\n",
      "v = 371135650.08387035 m / s > c, setting 1/gamma = 0\n",
      "v = 302471605.0429849 m / s > c, setting 1/gamma = 0\n",
      "v = 344675759.4510528 m / s > c, setting 1/gamma = 0\n",
      "v = 454002874.0291875 m / s > c, setting 1/gamma = 0\n",
      "v = 492559961.53636235 m / s > c, setting 1/gamma = 0\n",
      "v = 330965165.27969897 m / s > c, setting 1/gamma = 0\n",
      "v = 371691045.2884477 m / s > c, setting 1/gamma = 0\n",
      "v = 440964141.243563 m / s > c, setting 1/gamma = 0\n",
      "v = 491175129.5337227 m / s > c, setting 1/gamma = 0\n",
      "v = 398827077.9870932 m / s > c, setting 1/gamma = 0\n",
      "v = 446868363.32053643 m / s > c, setting 1/gamma = 0\n",
      "v = 587883887.4949278 m / s > c, setting 1/gamma = 0\n",
      "v = 575970617.123546 m / s > c, setting 1/gamma = 0\n",
      "v = 326821613.8931223 m / s > c, setting 1/gamma = 0\n",
      "v = 754528906.5118835 m / s > c, setting 1/gamma = 0\n",
      "v = 625474146.0711251 m / s > c, setting 1/gamma = 0\n",
      "v = 339972190.74812925 m / s > c, setting 1/gamma = 0\n",
      "v = 392639210.5383686 m / s > c, setting 1/gamma = 0\n",
      "v = 401548423.51552254 m / s > c, setting 1/gamma = 0\n",
      "v = 449660700.94945925 m / s > c, setting 1/gamma = 0\n",
      "v = 379043931.2558474 m / s > c, setting 1/gamma = 0\n",
      "v = 424824195.04048765 m / s > c, setting 1/gamma = 0\n",
      "v = 316225397.34791076 m / s > c, setting 1/gamma = 0\n",
      "v = 412491150.2394691 m / s > c, setting 1/gamma = 0\n",
      "v = 464998808.5647255 m / s > c, setting 1/gamma = 0\n",
      "v = 304776858.35870093 m / s > c, setting 1/gamma = 0\n",
      "v = 471209120.1846091 m / s > c, setting 1/gamma = 0\n",
      "v = 507071696.4773533 m / s > c, setting 1/gamma = 0\n",
      "v = 432441791.8260127 m / s > c, setting 1/gamma = 0\n",
      "v = 469143741.7233101 m / s > c, setting 1/gamma = 0\n",
      "v = 379468618.5654067 m / s > c, setting 1/gamma = 0\n",
      "v = 428358744.7620411 m / s > c, setting 1/gamma = 0\n",
      "v = 323893011.56914437 m / s > c, setting 1/gamma = 0\n",
      "v = 318621999.9084732 m / s > c, setting 1/gamma = 0\n",
      "v = 382018381.69248664 m / s > c, setting 1/gamma = 0\n",
      "v = 306583895.91851765 m / s > c, setting 1/gamma = 0\n",
      "v = 347726446.0651011 m / s > c, setting 1/gamma = 0\n",
      "v = 390090390.1354907 m / s > c, setting 1/gamma = 0\n",
      "v = 443426459.0736435 m / s > c, setting 1/gamma = 0\n",
      "v = 538424207.770205 m / s > c, setting 1/gamma = 0\n",
      "v = 534006563.8845537 m / s > c, setting 1/gamma = 0\n",
      "v = 324119084.9891388 m / s > c, setting 1/gamma = 0\n",
      "v = 348480003.4320434 m / s > c, setting 1/gamma = 0\n",
      "v = 408330577.0373642 m / s > c, setting 1/gamma = 0\n",
      "v = 318786067.6144491 m / s > c, setting 1/gamma = 0\n",
      "v = 323701986.7586446 m / s > c, setting 1/gamma = 0\n",
      "v = 383026513.15174174 m / s > c, setting 1/gamma = 0\n",
      "v = 328401355.6285002 m / s > c, setting 1/gamma = 0\n",
      "v = 385571786.5496382 m / s > c, setting 1/gamma = 0\n",
      "v = 303124675.23939687 m / s > c, setting 1/gamma = 0\n",
      "v = 370230553.695139 m / s > c, setting 1/gamma = 0\n",
      "v = 413053026.5855388 m / s > c, setting 1/gamma = 0\n",
      "v = 470404874.7814817 m / s > c, setting 1/gamma = 0\n",
      "v = 394804792.63622385 m / s > c, setting 1/gamma = 0\n",
      "v = 439977261.1324633 m / s > c, setting 1/gamma = 0\n",
      "v = 467772502.87569636 m / s > c, setting 1/gamma = 0\n",
      "v = 508695498.264394 m / s > c, setting 1/gamma = 0\n",
      "v = 424675453.365703 m / s > c, setting 1/gamma = 0\n",
      "v = 474341744.06917274 m / s > c, setting 1/gamma = 0\n",
      "v = 478029139.46350116 m / s > c, setting 1/gamma = 0\n",
      "v = 519427169.7438377 m / s > c, setting 1/gamma = 0\n",
      "v = 335292756.43283665 m / s > c, setting 1/gamma = 0\n",
      "v = 551715904.2173551 m / s > c, setting 1/gamma = 0\n",
      "v = 540103906.9234277 m / s > c, setting 1/gamma = 0\n",
      "v = 310468155.1555007 m / s > c, setting 1/gamma = 0\n",
      "v = 352274851.5016957 m / s > c, setting 1/gamma = 0\n",
      "v = 401536723.29080606 m / s > c, setting 1/gamma = 0\n",
      "v = 453652998.7291288 m / s > c, setting 1/gamma = 0\n",
      "v = 309367374.3231238 m / s > c, setting 1/gamma = 0\n",
      "v = 678019229.9460375 m / s > c, setting 1/gamma = 0\n",
      "v = 552511978.9771106 m / s > c, setting 1/gamma = 0\n",
      "v = 299855605.5056776 m / s > c, setting 1/gamma = 0\n",
      "v = 663900383.0027425 m / s > c, setting 1/gamma = 0\n",
      "v = 547391841.8444146 m / s > c, setting 1/gamma = 0\n",
      "v = 310957746.6646071 m / s > c, setting 1/gamma = 0\n",
      "v = 366477691.6289365 m / s > c, setting 1/gamma = 0\n",
      "v = 411871438.09160745 m / s > c, setting 1/gamma = 0\n",
      "v = 461334110.8680393 m / s > c, setting 1/gamma = 0\n",
      "v = 398384738.2306697 m / s > c, setting 1/gamma = 0\n",
      "v = 434960916.4358782 m / s > c, setting 1/gamma = 0\n",
      "v = 387933370.6715576 m / s > c, setting 1/gamma = 0\n",
      "v = 440405737.5347805 m / s > c, setting 1/gamma = 0\n",
      "v = 396839199.85537475 m / s > c, setting 1/gamma = 0\n",
      "v = 452523430.1951323 m / s > c, setting 1/gamma = 0\n",
      "v = 303943807.9232096 m / s > c, setting 1/gamma = 0\n",
      "v = 301847524.17277443 m / s > c, setting 1/gamma = 0\n",
      "v = 316274002.97339755 m / s > c, setting 1/gamma = 0\n",
      "v = 654397043.038799 m / s > c, setting 1/gamma = 0\n",
      "v = 529420870.7975845 m / s > c, setting 1/gamma = 0\n",
      "v = 569738244.6486257 m / s > c, setting 1/gamma = 0\n",
      "v = 541813358.620809 m / s > c, setting 1/gamma = 0\n",
      "v = 403431210.4371403 m / s > c, setting 1/gamma = 0\n",
      "v = 437777836.8567455 m / s > c, setting 1/gamma = 0\n",
      "v = 316035119.1703012 m / s > c, setting 1/gamma = 0\n",
      "v = 302716569.05903006 m / s > c, setting 1/gamma = 0\n",
      "v = 352077212.22843134 m / s > c, setting 1/gamma = 0\n",
      "v = 448539290.4387603 m / s > c, setting 1/gamma = 0\n",
      "v = 487778134.16302097 m / s > c, setting 1/gamma = 0\n",
      "v = 320767575.95954615 m / s > c, setting 1/gamma = 0\n",
      "v = 377158538.817056 m / s > c, setting 1/gamma = 0\n",
      "v = 305156509.13520324 m / s > c, setting 1/gamma = 0\n",
      "v = 351797356.59324795 m / s > c, setting 1/gamma = 0\n",
      "v = 457162031.3910778 m / s > c, setting 1/gamma = 0\n",
      "v = 509599027.83811057 m / s > c, setting 1/gamma = 0\n",
      "v = 326451231.5663611 m / s > c, setting 1/gamma = 0\n",
      "v = 350301690.8193309 m / s > c, setting 1/gamma = 0\n",
      "v = 310119530.81895286 m / s > c, setting 1/gamma = 0\n",
      "v = 597980252.6112969 m / s > c, setting 1/gamma = 0\n",
      "v = 631780608.636921 m / s > c, setting 1/gamma = 0\n",
      "v = 420846444.87454003 m / s > c, setting 1/gamma = 0\n",
      "v = 457285453.7009415 m / s > c, setting 1/gamma = 0\n",
      "v = 333103383.26776016 m / s > c, setting 1/gamma = 0\n",
      "v = 386452729.5813378 m / s > c, setting 1/gamma = 0\n",
      "v = 354523810.5286245 m / s > c, setting 1/gamma = 0\n",
      "v = 409233758.1640209 m / s > c, setting 1/gamma = 0\n",
      "v = 451486632.79674876 m / s > c, setting 1/gamma = 0\n",
      "v = 485702410.3048707 m / s > c, setting 1/gamma = 0\n",
      "v = 503876577.2182657 m / s > c, setting 1/gamma = 0\n",
      "v = 533338958.9610395 m / s > c, setting 1/gamma = 0\n",
      "v = 335555610.017587 m / s > c, setting 1/gamma = 0\n",
      "v = 301169765.2162636 m / s > c, setting 1/gamma = 0\n",
      "v = 346744350.5834748 m / s > c, setting 1/gamma = 0\n",
      "v = 356712200.358192 m / s > c, setting 1/gamma = 0\n",
      "v = 405818141.21923536 m / s > c, setting 1/gamma = 0\n",
      "v = 478839209.2492376 m / s > c, setting 1/gamma = 0\n",
      "v = 511977918.4578049 m / s > c, setting 1/gamma = 0\n",
      "v = 447996174.7387338 m / s > c, setting 1/gamma = 0\n",
      "v = 453180669.98908657 m / s > c, setting 1/gamma = 0\n",
      "v = 551567116.1581923 m / s > c, setting 1/gamma = 0\n",
      "v = 586182465.8291947 m / s > c, setting 1/gamma = 0\n",
      "v = 355081522.8037341 m / s > c, setting 1/gamma = 0\n",
      "v = 421627072.7662539 m / s > c, setting 1/gamma = 0\n",
      "v = 307089448.2890088 m / s > c, setting 1/gamma = 0\n",
      "v = 482760682.8969758 m / s > c, setting 1/gamma = 0\n",
      "v = 505440296.94464624 m / s > c, setting 1/gamma = 0\n",
      "v = 486940692.59731317 m / s > c, setting 1/gamma = 0\n",
      "v = 551281643.4649376 m / s > c, setting 1/gamma = 0\n",
      "v = 386561307.68003875 m / s > c, setting 1/gamma = 0\n",
      "v = 410396078.24139124 m / s > c, setting 1/gamma = 0\n",
      "v = 309944849.47967035 m / s > c, setting 1/gamma = 0\n",
      "v = 381435813.4399355 m / s > c, setting 1/gamma = 0\n",
      "v = 317318505.35949063 m / s > c, setting 1/gamma = 0\n",
      "v = 360607544.44960207 m / s > c, setting 1/gamma = 0\n",
      "v = 304970477.05651873 m / s > c, setting 1/gamma = 0\n",
      "v = 345127122.65214384 m / s > c, setting 1/gamma = 0\n",
      "v = 400231900.46227765 m / s > c, setting 1/gamma = 0\n",
      "v = 456973047.28292906 m / s > c, setting 1/gamma = 0\n",
      "v = 307527610.70121723 m / s > c, setting 1/gamma = 0\n",
      "v = 571580230.2542834 m / s > c, setting 1/gamma = 0\n",
      "v = 581128702.6548855 m / s > c, setting 1/gamma = 0\n",
      "v = 317379841.24495614 m / s > c, setting 1/gamma = 0\n",
      "v = 312972063.78475755 m / s > c, setting 1/gamma = 0\n",
      "v = 524005417.54611576 m / s > c, setting 1/gamma = 0\n",
      "v = 577693023.1329912 m / s > c, setting 1/gamma = 0\n",
      "v = 315240599.9995629 m / s > c, setting 1/gamma = 0\n",
      "v = 310784521.05808353 m / s > c, setting 1/gamma = 0\n",
      "v = 380451805.5182905 m / s > c, setting 1/gamma = 0\n",
      "v = 321813798.0026782 m / s > c, setting 1/gamma = 0\n",
      "v = 466986301.7437939 m / s > c, setting 1/gamma = 0\n",
      "v = 534172734.7580337 m / s > c, setting 1/gamma = 0\n",
      "v = 353367577.0388568 m / s > c, setting 1/gamma = 0\n",
      "v = 391314345.2274057 m / s > c, setting 1/gamma = 0\n",
      "v = 318901067.7514283 m / s > c, setting 1/gamma = 0\n",
      "v = 308344981.9295564 m / s > c, setting 1/gamma = 0\n",
      "v = 389259656.60595495 m / s > c, setting 1/gamma = 0\n",
      "v = 438262667.23053354 m / s > c, setting 1/gamma = 0\n",
      "v = 436713578.59748554 m / s > c, setting 1/gamma = 0\n",
      "v = 491749130.1043001 m / s > c, setting 1/gamma = 0\n",
      "v = 317845006.7155815 m / s > c, setting 1/gamma = 0\n",
      "v = 316328357.0109737 m / s > c, setting 1/gamma = 0\n",
      "v = 438518876.1385531 m / s > c, setting 1/gamma = 0\n",
      "v = 504493351.00252604 m / s > c, setting 1/gamma = 0\n",
      "v = 307126873.337116 m / s > c, setting 1/gamma = 0\n",
      "v = 309372036.8435909 m / s > c, setting 1/gamma = 0\n",
      "v = 371407909.1481892 m / s > c, setting 1/gamma = 0\n",
      "v = 345095105.36740917 m / s > c, setting 1/gamma = 0\n",
      "v = 776912995.5025183 m / s > c, setting 1/gamma = 0\n",
      "v = 652415814.5712281 m / s > c, setting 1/gamma = 0\n",
      "v = 426343514.6366865 m / s > c, setting 1/gamma = 0\n",
      "v = 458589456.1395649 m / s > c, setting 1/gamma = 0\n",
      "v = 302708938.66081774 m / s > c, setting 1/gamma = 0\n",
      "v = 448061124.98568887 m / s > c, setting 1/gamma = 0\n",
      "v = 501515055.8098232 m / s > c, setting 1/gamma = 0\n",
      "v = 428098512.5417436 m / s > c, setting 1/gamma = 0\n",
      "v = 484612711.24893695 m / s > c, setting 1/gamma = 0\n",
      "v = 330610567.05509806 m / s > c, setting 1/gamma = 0\n",
      "v = 402072045.7999042 m / s > c, setting 1/gamma = 0\n",
      "v = 319397319.8080469 m / s > c, setting 1/gamma = 0\n",
      "v = 361539262.46416086 m / s > c, setting 1/gamma = 0\n",
      "v = 339580425.45269465 m / s > c, setting 1/gamma = 0\n",
      "v = 335999729.1231859 m / s > c, setting 1/gamma = 0\n",
      "v = 430266724.63640857 m / s > c, setting 1/gamma = 0\n",
      "v = 453688130.17388386 m / s > c, setting 1/gamma = 0\n",
      "v = 310835463.32221615 m / s > c, setting 1/gamma = 0\n",
      "v = 322308625.5668919 m / s > c, setting 1/gamma = 0\n",
      "v = 463436287.63786966 m / s > c, setting 1/gamma = 0\n",
      "v = 485830064.24407786 m / s > c, setting 1/gamma = 0\n",
      "v = 367525592.2913145 m / s > c, setting 1/gamma = 0\n",
      "v = 424904001.72764075 m / s > c, setting 1/gamma = 0\n",
      "v = 331022850.2598259 m / s > c, setting 1/gamma = 0\n",
      "v = 300291544.9849906 m / s > c, setting 1/gamma = 0\n",
      "v = 305779977.2843393 m / s > c, setting 1/gamma = 0\n",
      "v = 301043174.03728384 m / s > c, setting 1/gamma = 0\n",
      "v = 346277170.5471715 m / s > c, setting 1/gamma = 0\n",
      "v = 372342580.23504627 m / s > c, setting 1/gamma = 0\n",
      "v = 413039154.4662209 m / s > c, setting 1/gamma = 0\n",
      "v = 304737896.56314 m / s > c, setting 1/gamma = 0\n",
      "v = 444817741.325656 m / s > c, setting 1/gamma = 0\n",
      "v = 500704815.2229412 m / s > c, setting 1/gamma = 0\n",
      "v = 347562409.2411113 m / s > c, setting 1/gamma = 0\n",
      "v = 415921076.78809404 m / s > c, setting 1/gamma = 0\n",
      "v = 330596710.9227429 m / s > c, setting 1/gamma = 0\n",
      "v = 375182905.426032 m / s > c, setting 1/gamma = 0\n",
      "v = 313029040.46795934 m / s > c, setting 1/gamma = 0\n",
      "v = 793745771.4250174 m / s > c, setting 1/gamma = 0\n",
      "v = 687639285.1540601 m / s > c, setting 1/gamma = 0\n",
      "v = 319220334.2114027 m / s > c, setting 1/gamma = 0\n",
      "v = 366411617.9202816 m / s > c, setting 1/gamma = 0\n",
      "v = 392004520.24805355 m / s > c, setting 1/gamma = 0\n",
      "v = 458960830.6382902 m / s > c, setting 1/gamma = 0\n",
      "v = 310854275.73799 m / s > c, setting 1/gamma = 0\n",
      "v = 355783045.93924296 m / s > c, setting 1/gamma = 0\n",
      "v = 314154356.0540111 m / s > c, setting 1/gamma = 0\n",
      "v = 775147839.3056921 m / s > c, setting 1/gamma = 0\n",
      "v = 680343969.0387361 m / s > c, setting 1/gamma = 0\n",
      "v = 320948579.02716404 m / s > c, setting 1/gamma = 0\n",
      "v = 325586059.0517064 m / s > c, setting 1/gamma = 0\n",
      "v = 391208650.0915189 m / s > c, setting 1/gamma = 0\n",
      "v = 437400147.7682948 m / s > c, setting 1/gamma = 0\n",
      "v = 505428393.1655158 m / s > c, setting 1/gamma = 0\n",
      "v = 415334718.595318 m / s > c, setting 1/gamma = 0\n",
      "v = 450404029.40074015 m / s > c, setting 1/gamma = 0\n",
      "v = 318875557.56632626 m / s > c, setting 1/gamma = 0\n",
      "v = 694429338.8738974 m / s > c, setting 1/gamma = 0\n",
      "v = 577944328.457508 m / s > c, setting 1/gamma = 0\n",
      "v = 414656054.41256756 m / s > c, setting 1/gamma = 0\n",
      "v = 464369501.06479037 m / s > c, setting 1/gamma = 0\n",
      "v = 317080056.0131645 m / s > c, setting 1/gamma = 0\n",
      "v = 385986614.81821895 m / s > c, setting 1/gamma = 0\n",
      "v = 327634045.0523736 m / s > c, setting 1/gamma = 0\n",
      "v = 354516870.7245385 m / s > c, setting 1/gamma = 0\n",
      "v = 389773290.7131385 m / s > c, setting 1/gamma = 0\n",
      "v = 313221429.97072476 m / s > c, setting 1/gamma = 0\n",
      "v = 493455159.0221111 m / s > c, setting 1/gamma = 0\n",
      "v = 564322664.1704854 m / s > c, setting 1/gamma = 0\n",
      "v = 347786120.3604546 m / s > c, setting 1/gamma = 0\n",
      "v = 402228472.83921474 m / s > c, setting 1/gamma = 0\n",
      "v = 370485121.2468992 m / s > c, setting 1/gamma = 0\n",
      "v = 312231755.7917117 m / s > c, setting 1/gamma = 0\n",
      "v = 371674147.86521995 m / s > c, setting 1/gamma = 0\n",
      "v = 535375393.07262546 m / s > c, setting 1/gamma = 0\n",
      "v = 546338656.1624954 m / s > c, setting 1/gamma = 0\n",
      "v = 423044127.6470042 m / s > c, setting 1/gamma = 0\n",
      "v = 486025672.0788813 m / s > c, setting 1/gamma = 0\n",
      "v = 321654081.72322196 m / s > c, setting 1/gamma = 0\n",
      "v = 513351320.2844726 m / s > c, setting 1/gamma = 0\n",
      "v = 556199364.4209726 m / s > c, setting 1/gamma = 0\n",
      "v = 309373614.07293004 m / s > c, setting 1/gamma = 0\n",
      "v = 600571299.2285078 m / s > c, setting 1/gamma = 0\n",
      "v = 586023467.3863183 m / s > c, setting 1/gamma = 0\n",
      "v = 303911986.8475428 m / s > c, setting 1/gamma = 0\n",
      "v = 300598863.21998364 m / s > c, setting 1/gamma = 0\n",
      "v = 446068008.45441747 m / s > c, setting 1/gamma = 0\n",
      "v = 479499782.6046203 m / s > c, setting 1/gamma = 0\n",
      "v = 350289096.68834686 m / s > c, setting 1/gamma = 0\n",
      "v = 380206891.0988976 m / s > c, setting 1/gamma = 0\n",
      "v = 500131762.32504195 m / s > c, setting 1/gamma = 0\n",
      "v = 501253679.3439405 m / s > c, setting 1/gamma = 0\n",
      "v = 308614963.073031 m / s > c, setting 1/gamma = 0\n",
      "v = 325590844.51399714 m / s > c, setting 1/gamma = 0\n",
      "v = 380276868.39140296 m / s > c, setting 1/gamma = 0\n",
      "v = 353302837.2010571 m / s > c, setting 1/gamma = 0\n",
      "v = 370088432.6626051 m / s > c, setting 1/gamma = 0\n",
      "v = 343598585.30300415 m / s > c, setting 1/gamma = 0\n",
      "v = 374988469.4016095 m / s > c, setting 1/gamma = 0\n",
      "v = 352023930.24725974 m / s > c, setting 1/gamma = 0\n",
      "v = 394845490.81933564 m / s > c, setting 1/gamma = 0\n",
      "v = 318990160.7854263 m / s > c, setting 1/gamma = 0\n",
      "v = 363840067.8318857 m / s > c, setting 1/gamma = 0\n",
      "v = 523740313.2187148 m / s > c, setting 1/gamma = 0\n",
      "v = 538617016.1299957 m / s > c, setting 1/gamma = 0\n",
      "v = 303399380.86974865 m / s > c, setting 1/gamma = 0\n",
      "v = 359516702.78706455 m / s > c, setting 1/gamma = 0\n",
      "v = 369000917.8231142 m / s > c, setting 1/gamma = 0\n",
      "v = 434242926.9485214 m / s > c, setting 1/gamma = 0\n",
      "v = 374082346.3495198 m / s > c, setting 1/gamma = 0\n",
      "v = 446643136.2185722 m / s > c, setting 1/gamma = 0\n",
      "v = 309907841.90142286 m / s > c, setting 1/gamma = 0\n",
      "v = 349431887.7189062 m / s > c, setting 1/gamma = 0\n",
      "v = 403593884.1487476 m / s > c, setting 1/gamma = 0\n",
      "v = 412980297.4605116 m / s > c, setting 1/gamma = 0\n",
      "v = 313973257.6296613 m / s > c, setting 1/gamma = 0\n",
      "v = 360373209.90331656 m / s > c, setting 1/gamma = 0\n",
      "v = 312463236.8210172 m / s > c, setting 1/gamma = 0\n",
      "v = 353909314.4637524 m / s > c, setting 1/gamma = 0\n",
      "v = 302084593.1489484 m / s > c, setting 1/gamma = 0\n",
      "v = 358456567.68478906 m / s > c, setting 1/gamma = 0\n",
      "v = 403776692.90543324 m / s > c, setting 1/gamma = 0\n",
      "v = 471378168.47052884 m / s > c, setting 1/gamma = 0\n",
      "v = 334049951.69024765 m / s > c, setting 1/gamma = 0\n",
      "v = 370819645.00376266 m / s > c, setting 1/gamma = 0\n",
      "v = 312072622.67867327 m / s > c, setting 1/gamma = 0\n",
      "v = 334751652.07921815 m / s > c, setting 1/gamma = 0\n",
      "v = 329712159.11841327 m / s > c, setting 1/gamma = 0\n",
      "v = 362078432.80855054 m / s > c, setting 1/gamma = 0\n",
      "v = 334629226.3329015 m / s > c, setting 1/gamma = 0\n",
      "v = 393425029.11149436 m / s > c, setting 1/gamma = 0\n",
      "v = 358854404.5626947 m / s > c, setting 1/gamma = 0\n",
      "v = 382832359.9499101 m / s > c, setting 1/gamma = 0\n",
      "v = 325841188.73436785 m / s > c, setting 1/gamma = 0\n",
      "v = 334319310.2463271 m / s > c, setting 1/gamma = 0\n",
      "v = 305946625.1512701 m / s > c, setting 1/gamma = 0\n",
      "v = 328453566.32924306 m / s > c, setting 1/gamma = 0\n",
      "v = 340560423.5544257 m / s > c, setting 1/gamma = 0\n",
      "v = 358544308.01918924 m / s > c, setting 1/gamma = 0\n",
      "v = 302997857.6684193 m / s > c, setting 1/gamma = 0\n",
      "v = 299928458.534712 m / s > c, setting 1/gamma = 0\n",
      "v = 342529291.0621641 m / s > c, setting 1/gamma = 0\n",
      "v = 317431829.36364704 m / s > c, setting 1/gamma = 0\n",
      "v = 348870584.0483906 m / s > c, setting 1/gamma = 0\n",
      "v = 400790991.8370465 m / s > c, setting 1/gamma = 0\n",
      "v = 459557637.56949055 m / s > c, setting 1/gamma = 0\n",
      "v = 427042354.0558455 m / s > c, setting 1/gamma = 0\n",
      "v = 431041562.4866409 m / s > c, setting 1/gamma = 0\n",
      "v = 515716793.0167719 m / s > c, setting 1/gamma = 0\n",
      "v = 499630178.8198724 m / s > c, setting 1/gamma = 0\n",
      "v = 320520711.0039444 m / s > c, setting 1/gamma = 0\n",
      "v = 377250311.0070043 m / s > c, setting 1/gamma = 0\n",
      "v = 345226230.9374159 m / s > c, setting 1/gamma = 0\n",
      "v = 368472003.6482886 m / s > c, setting 1/gamma = 0\n",
      "v = 321549701.49289215 m / s > c, setting 1/gamma = 0\n",
      "v = 335204860.5936853 m / s > c, setting 1/gamma = 0\n",
      "v = 376804018.90790355 m / s > c, setting 1/gamma = 0\n",
      "v = 454022322.2242984 m / s > c, setting 1/gamma = 0\n",
      "v = 502945622.42906296 m / s > c, setting 1/gamma = 0\n",
      "v = 421019252.063789 m / s > c, setting 1/gamma = 0\n",
      "v = 463272820.44699 m / s > c, setting 1/gamma = 0\n",
      "v = 679674379.3446305 m / s > c, setting 1/gamma = 0\n",
      "v = 679030016.5567605 m / s > c, setting 1/gamma = 0\n",
      "v = 318960666.1686751 m / s > c, setting 1/gamma = 0\n",
      "v = 367166021.1715288 m / s > c, setting 1/gamma = 0\n",
      "v = 398755396.1559697 m / s > c, setting 1/gamma = 0\n",
      "v = 442035657.1966293 m / s > c, setting 1/gamma = 0\n",
      "v = 389740225.04918015 m / s > c, setting 1/gamma = 0\n",
      "v = 440626102.21473485 m / s > c, setting 1/gamma = 0\n",
      "v = 331797817.7068278 m / s > c, setting 1/gamma = 0\n",
      "v = 343861564.4444339 m / s > c, setting 1/gamma = 0\n",
      "v = 381868216.8582433 m / s > c, setting 1/gamma = 0\n",
      "v = 384093628.8067828 m / s > c, setting 1/gamma = 0\n",
      "v = 418173206.1882212 m / s > c, setting 1/gamma = 0\n",
      "v = 628699458.9660126 m / s > c, setting 1/gamma = 0\n",
      "v = 577324473.8060278 m / s > c, setting 1/gamma = 0\n",
      "v = 327768024.87561756 m / s > c, setting 1/gamma = 0\n",
      "v = 347202077.88569975 m / s > c, setting 1/gamma = 0\n",
      "v = 342701011.83715403 m / s > c, setting 1/gamma = 0\n",
      "v = 416308817.3666138 m / s > c, setting 1/gamma = 0\n",
      "v = 315987032.43342024 m / s > c, setting 1/gamma = 0\n",
      "v = 340759591.07283455 m / s > c, setting 1/gamma = 0\n",
      "v = 339618069.6503022 m / s > c, setting 1/gamma = 0\n",
      "v = 375384487.45761025 m / s > c, setting 1/gamma = 0\n",
      "v = 646749079.2702436 m / s > c, setting 1/gamma = 0\n",
      "v = 1824884406.5560002 m / s > c, setting 1/gamma = 0\n",
      "v = 1629785257.2506163 m / s > c, setting 1/gamma = 0\n",
      "v = 314291016.6314224 m / s > c, setting 1/gamma = 0\n",
      "v = 307335694.8380173 m / s > c, setting 1/gamma = 0\n",
      "v = 341327756.56610644 m / s > c, setting 1/gamma = 0\n",
      "v = 374196611.2323513 m / s > c, setting 1/gamma = 0\n",
      "v = 304891397.7832927 m / s > c, setting 1/gamma = 0\n",
      "v = 377154801.8472437 m / s > c, setting 1/gamma = 0\n",
      "v = 372225807.61518 m / s > c, setting 1/gamma = 0\n",
      "v = 427410491.04482937 m / s > c, setting 1/gamma = 0\n",
      "v = 303221342.7905992 m / s > c, setting 1/gamma = 0\n",
      "v = 332099860.19745374 m / s > c, setting 1/gamma = 0\n",
      "v = 649273916.4557389 m / s > c, setting 1/gamma = 0\n",
      "v = 573838429.6380296 m / s > c, setting 1/gamma = 0\n",
      "v = 414655823.7688826 m / s > c, setting 1/gamma = 0\n",
      "v = 448538952.2028823 m / s > c, setting 1/gamma = 0\n",
      "v = 327293216.2263994 m / s > c, setting 1/gamma = 0\n",
      "v = 524616466.09637547 m / s > c, setting 1/gamma = 0\n",
      "v = 541255570.1565909 m / s > c, setting 1/gamma = 0\n",
      "v = 317310327.6042265 m / s > c, setting 1/gamma = 0\n",
      "v = 328357069.14462644 m / s > c, setting 1/gamma = 0\n",
      "v = 358856994.4359625 m / s > c, setting 1/gamma = 0\n",
      "v = 341580515.02963054 m / s > c, setting 1/gamma = 0\n",
      "v = 394272486.4911525 m / s > c, setting 1/gamma = 0\n",
      "v = 306697777.1868907 m / s > c, setting 1/gamma = 0\n",
      "v = 351924466.62486696 m / s > c, setting 1/gamma = 0\n",
      "v = 303385635.99962515 m / s > c, setting 1/gamma = 0\n",
      "v = 604022753.2869468 m / s > c, setting 1/gamma = 0\n",
      "v = 623252668.4324416 m / s > c, setting 1/gamma = 0\n",
      "v = 305292427.1928179 m / s > c, setting 1/gamma = 0\n",
      "v = 369468059.2244636 m / s > c, setting 1/gamma = 0\n",
      "v = 316981906.1188153 m / s > c, setting 1/gamma = 0\n",
      "v = 389245923.1190461 m / s > c, setting 1/gamma = 0\n",
      "v = 307640910.23089707 m / s > c, setting 1/gamma = 0\n",
      "v = 352296240.5894664 m / s > c, setting 1/gamma = 0\n",
      "v = 339316526.3453709 m / s > c, setting 1/gamma = 0\n",
      "v = 507918443.8621065 m / s > c, setting 1/gamma = 0\n",
      "v = 535353768.37957126 m / s > c, setting 1/gamma = 0\n",
      "v = 466954852.9225436 m / s > c, setting 1/gamma = 0\n",
      "v = 525471151.06907046 m / s > c, setting 1/gamma = 0\n",
      "v = 488043530.8436261 m / s > c, setting 1/gamma = 0\n",
      "v = 522204889.99426466 m / s > c, setting 1/gamma = 0\n",
      "v = 511576051.87326276 m / s > c, setting 1/gamma = 0\n",
      "v = 572171449.1361603 m / s > c, setting 1/gamma = 0\n",
      "v = 357604240.0355863 m / s > c, setting 1/gamma = 0\n",
      "v = 398622876.2670585 m / s > c, setting 1/gamma = 0\n",
      "v = 301608475.5303788 m / s > c, setting 1/gamma = 0\n",
      "v = 364075148.8006115 m / s > c, setting 1/gamma = 0\n",
      "v = 320882460.97219807 m / s > c, setting 1/gamma = 0\n",
      "v = 357613480.9123041 m / s > c, setting 1/gamma = 0\n",
      "v = 303512671.7527168 m / s > c, setting 1/gamma = 0\n",
      "v = 326611703.6480589 m / s > c, setting 1/gamma = 0\n",
      "v = 327610482.401131 m / s > c, setting 1/gamma = 0\n",
      "v = 372229772.8440451 m / s > c, setting 1/gamma = 0\n",
      "v = 418966220.3842216 m / s > c, setting 1/gamma = 0\n",
      "v = 318263912.3886623 m / s > c, setting 1/gamma = 0\n",
      "v = 377011379.9149607 m / s > c, setting 1/gamma = 0\n",
      "v = 309399495.4692439 m / s > c, setting 1/gamma = 0\n",
      "v = 503363107.07093513 m / s > c, setting 1/gamma = 0\n",
      "v = 510633790.1574317 m / s > c, setting 1/gamma = 0\n",
      "v = 373425341.8361907 m / s > c, setting 1/gamma = 0\n",
      "v = 398520504.3398107 m / s > c, setting 1/gamma = 0\n",
      "v = 426911477.27241135 m / s > c, setting 1/gamma = 0\n",
      "v = 478581006.1815745 m / s > c, setting 1/gamma = 0\n",
      "v = 507076723.9862314 m / s > c, setting 1/gamma = 0\n",
      "v = 508613651.8605437 m / s > c, setting 1/gamma = 0\n",
      "v = 307397653.99403536 m / s > c, setting 1/gamma = 0\n",
      "v = 328935448.87123674 m / s > c, setting 1/gamma = 0\n",
      "v = 478147142.5453157 m / s > c, setting 1/gamma = 0\n",
      "v = 529071407.63394666 m / s > c, setting 1/gamma = 0\n",
      "v = 527010918.5254245 m / s > c, setting 1/gamma = 0\n",
      "v = 533322918.24599093 m / s > c, setting 1/gamma = 0\n",
      "v = 587276274.1861633 m / s > c, setting 1/gamma = 0\n",
      "v = 548328971.8908904 m / s > c, setting 1/gamma = 0\n",
      "v = 354774717.84203494 m / s > c, setting 1/gamma = 0\n",
      "v = 414136248.8243232 m / s > c, setting 1/gamma = 0\n",
      "v = 306785648.57761496 m / s > c, setting 1/gamma = 0\n",
      "v = 302341838.6185656 m / s > c, setting 1/gamma = 0\n",
      "v = 308417992.0321671 m / s > c, setting 1/gamma = 0\n",
      "v = 340137419.6124103 m / s > c, setting 1/gamma = 0\n",
      "v = 360457757.13726765 m / s > c, setting 1/gamma = 0\n",
      "v = 419125322.8259939 m / s > c, setting 1/gamma = 0\n",
      "v = 303673229.32391006 m / s > c, setting 1/gamma = 0\n",
      "v = 333717181.2715555 m / s > c, setting 1/gamma = 0\n",
      "v = 396843060.1754487 m / s > c, setting 1/gamma = 0\n",
      "v = 411115943.48771805 m / s > c, setting 1/gamma = 0\n",
      "v = 379173670.28505826 m / s > c, setting 1/gamma = 0\n",
      "v = 413857713.8263307 m / s > c, setting 1/gamma = 0\n",
      "v = 331902280.33956397 m / s > c, setting 1/gamma = 0\n",
      "v = 383818549.80383945 m / s > c, setting 1/gamma = 0\n",
      "v = 311989768.620238 m / s > c, setting 1/gamma = 0\n",
      "v = 565571652.6725931 m / s > c, setting 1/gamma = 0\n",
      "v = 465383868.53700715 m / s > c, setting 1/gamma = 0\n",
      "v = 355748521.011526 m / s > c, setting 1/gamma = 0\n",
      "v = 410164562.3712925 m / s > c, setting 1/gamma = 0\n",
      "v = 300403013.89092046 m / s > c, setting 1/gamma = 0\n",
      "v = 591270602.3899039 m / s > c, setting 1/gamma = 0\n",
      "v = 482933467.3162713 m / s > c, setting 1/gamma = 0\n",
      "v = 377560813.957001 m / s > c, setting 1/gamma = 0\n",
      "v = 422977972.2443609 m / s > c, setting 1/gamma = 0\n",
      "v = 314753485.94380176 m / s > c, setting 1/gamma = 0\n",
      "v = 323666010.8854383 m / s > c, setting 1/gamma = 0\n",
      "v = 379865829.65153044 m / s > c, setting 1/gamma = 0\n",
      "v = 310368356.4637871 m / s > c, setting 1/gamma = 0\n",
      "v = 361559071.7540111 m / s > c, setting 1/gamma = 0\n",
      "v = 565956947.4281572 m / s > c, setting 1/gamma = 0\n",
      "v = 604049404.3096251 m / s > c, setting 1/gamma = 0\n",
      "v = 380512184.91610146 m / s > c, setting 1/gamma = 0\n",
      "v = 400423499.593097 m / s > c, setting 1/gamma = 0\n",
      "v = 330152813.5965843 m / s > c, setting 1/gamma = 0\n",
      "v = 395884116.60491914 m / s > c, setting 1/gamma = 0\n",
      "v = 359587978.652403 m / s > c, setting 1/gamma = 0\n",
      "v = 323288603.1095923 m / s > c, setting 1/gamma = 0\n",
      "v = 365037981.3136913 m / s > c, setting 1/gamma = 0\n",
      "v = 401894118.76322216 m / s > c, setting 1/gamma = 0\n",
      "v = 556294120.9239278 m / s > c, setting 1/gamma = 0\n",
      "v = 569961805.6114807 m / s > c, setting 1/gamma = 0\n",
      "v = 305306776.1061179 m / s > c, setting 1/gamma = 0\n",
      "v = 326825120.3343486 m / s > c, setting 1/gamma = 0\n",
      "v = 315829260.1600341 m / s > c, setting 1/gamma = 0\n",
      "v = 386950544.66705704 m / s > c, setting 1/gamma = 0\n",
      "v = 469245960.76858586 m / s > c, setting 1/gamma = 0\n",
      "v = 495374923.402173 m / s > c, setting 1/gamma = 0\n",
      "v = 388098870.36589843 m / s > c, setting 1/gamma = 0\n",
      "v = 420181896.8617813 m / s > c, setting 1/gamma = 0\n",
      "v = 341014514.11905724 m / s > c, setting 1/gamma = 0\n",
      "v = 402956334.1239621 m / s > c, setting 1/gamma = 0\n",
      "v = 302022414.79546565 m / s > c, setting 1/gamma = 0\n",
      "v = 304610942.5750594 m / s > c, setting 1/gamma = 0\n",
      "v = 425557628.2588796 m / s > c, setting 1/gamma = 0\n",
      "v = 477616579.9187931 m / s > c, setting 1/gamma = 0\n",
      "v = 314170584.37486583 m / s > c, setting 1/gamma = 0\n",
      "v = 382156841.6537299 m / s > c, setting 1/gamma = 0\n",
      "v = 303292588.13898325 m / s > c, setting 1/gamma = 0\n",
      "v = 339166402.00187516 m / s > c, setting 1/gamma = 0\n",
      "v = 612013187.3336314 m / s > c, setting 1/gamma = 0\n",
      "v = 594474272.9910921 m / s > c, setting 1/gamma = 0\n",
      "v = 333778602.7057639 m / s > c, setting 1/gamma = 0\n",
      "v = 398919700.8165866 m / s > c, setting 1/gamma = 0\n",
      "v = 302479499.18688506 m / s > c, setting 1/gamma = 0\n",
      "v = 337086195.12665534 m / s > c, setting 1/gamma = 0\n",
      "v = 388843384.06454784 m / s > c, setting 1/gamma = 0\n",
      "v = 346352967.3618657 m / s > c, setting 1/gamma = 0\n",
      "v = 392842111.73344445 m / s > c, setting 1/gamma = 0\n",
      "v = 347328235.9750964 m / s > c, setting 1/gamma = 0\n",
      "v = 317737881.2713334 m / s > c, setting 1/gamma = 0\n",
      "v = 637583918.5364735 m / s > c, setting 1/gamma = 0\n",
      "v = 643494093.8585728 m / s > c, setting 1/gamma = 0\n",
      "v = 311763053.75571597 m / s > c, setting 1/gamma = 0\n",
      "v = 375732813.3522854 m / s > c, setting 1/gamma = 0\n",
      "v = 439025058.5179339 m / s > c, setting 1/gamma = 0\n",
      "v = 306314962.4350143 m / s > c, setting 1/gamma = 0\n",
      "v = 761570658.9385417 m / s > c, setting 1/gamma = 0\n",
      "v = 661973152.9696813 m / s > c, setting 1/gamma = 0\n",
      "v = 319915787.2109857 m / s > c, setting 1/gamma = 0\n",
      "v = 388113212.1023382 m / s > c, setting 1/gamma = 0\n",
      "v = 310901779.00502986 m / s > c, setting 1/gamma = 0\n",
      "v = 325112299.27246374 m / s > c, setting 1/gamma = 0\n",
      "v = 395188796.7069629 m / s > c, setting 1/gamma = 0\n",
      "v = 301766362.3943386 m / s > c, setting 1/gamma = 0\n",
      "v = 302070685.02756405 m / s > c, setting 1/gamma = 0\n",
      "v = 341359737.09809333 m / s > c, setting 1/gamma = 0\n",
      "v = 539602501.9868141 m / s > c, setting 1/gamma = 0\n",
      "v = 1524000817.222362 m / s > c, setting 1/gamma = 0\n",
      "v = 1354426658.9119768 m / s > c, setting 1/gamma = 0\n",
      "v = 317150256.0329711 m / s > c, setting 1/gamma = 0\n",
      "v = 372767547.81845826 m / s > c, setting 1/gamma = 0\n",
      "v = 430001212.37836 m / s > c, setting 1/gamma = 0\n",
      "v = 345040074.1234875 m / s > c, setting 1/gamma = 0\n",
      "v = 390210212.51053405 m / s > c, setting 1/gamma = 0\n",
      "v = 432329834.2125637 m / s > c, setting 1/gamma = 0\n",
      "v = 494441628.3673195 m / s > c, setting 1/gamma = 0\n",
      "v = 508716131.1851625 m / s > c, setting 1/gamma = 0\n",
      "v = 529123693.4026124 m / s > c, setting 1/gamma = 0\n",
      "v = 305997128.5982828 m / s > c, setting 1/gamma = 0\n",
      "v = 340711979.0498586 m / s > c, setting 1/gamma = 0\n",
      "v = 300368720.37887 m / s > c, setting 1/gamma = 0\n",
      "v = 315869063.3446912 m / s > c, setting 1/gamma = 0\n",
      "v = 382525284.45880944 m / s > c, setting 1/gamma = 0\n",
      "v = 434985716.22852755 m / s > c, setting 1/gamma = 0\n",
      "v = 312210902.8432886 m / s > c, setting 1/gamma = 0\n",
      "v = 374782031.77915573 m / s > c, setting 1/gamma = 0\n",
      "v = 300873875.0749915 m / s > c, setting 1/gamma = 0\n",
      "v = 368275384.9458447 m / s > c, setting 1/gamma = 0\n",
      "v = 502554201.71855825 m / s > c, setting 1/gamma = 0\n",
      "v = 558155688.3614087 m / s > c, setting 1/gamma = 0\n",
      "v = 305632966.6702197 m / s > c, setting 1/gamma = 0\n",
      "v = 347719166.47427154 m / s > c, setting 1/gamma = 0\n",
      "v = 396882492.31633544 m / s > c, setting 1/gamma = 0\n",
      "v = 435654290.11312634 m / s > c, setting 1/gamma = 0\n",
      "v = 486957829.4575004 m / s > c, setting 1/gamma = 0\n",
      "v = 479089755.0702454 m / s > c, setting 1/gamma = 0\n",
      "v = 506034554.8206243 m / s > c, setting 1/gamma = 0\n",
      "v = 304374151.8393498 m / s > c, setting 1/gamma = 0\n",
      "v = 302469425.00674206 m / s > c, setting 1/gamma = 0\n",
      "v = 343062880.54272103 m / s > c, setting 1/gamma = 0\n",
      "v = 322152969.1681037 m / s > c, setting 1/gamma = 0\n",
      "v = 356570230.87425023 m / s > c, setting 1/gamma = 0\n",
      "v = 378842516.7812162 m / s > c, setting 1/gamma = 0\n",
      "v = 453118067.02789444 m / s > c, setting 1/gamma = 0\n",
      "v = 301193441.0560113 m / s > c, setting 1/gamma = 0\n",
      "v = 345935994.5465574 m / s > c, setting 1/gamma = 0\n",
      "v = 364511012.5755597 m / s > c, setting 1/gamma = 0\n",
      "v = 313560745.22477 m / s > c, setting 1/gamma = 0\n",
      "v = 384816503.55939513 m / s > c, setting 1/gamma = 0\n",
      "v = 312545116.5014393 m / s > c, setting 1/gamma = 0\n",
      "v = 380324809.8687425 m / s > c, setting 1/gamma = 0\n",
      "v = 434227183.7921785 m / s > c, setting 1/gamma = 0\n",
      "v = 496090437.1073546 m / s > c, setting 1/gamma = 0\n",
      "v = 312243632.3023545 m / s > c, setting 1/gamma = 0\n",
      "v = 329162589.9787355 m / s > c, setting 1/gamma = 0\n",
      "v = 384856338.76132315 m / s > c, setting 1/gamma = 0\n",
      "v = 374223081.7815925 m / s > c, setting 1/gamma = 0\n",
      "v = 435734721.0981436 m / s > c, setting 1/gamma = 0\n",
      "v = 431806236.9656551 m / s > c, setting 1/gamma = 0\n",
      "v = 460166238.22901255 m / s > c, setting 1/gamma = 0\n",
      "v = 303123120.77280843 m / s > c, setting 1/gamma = 0\n",
      "v = 309055979.8817308 m / s > c, setting 1/gamma = 0\n",
      "v = 443679378.63171965 m / s > c, setting 1/gamma = 0\n",
      "v = 474461137.76479816 m / s > c, setting 1/gamma = 0\n",
      "v = 330137846.8403805 m / s > c, setting 1/gamma = 0\n",
      "v = 306899080.3755341 m / s > c, setting 1/gamma = 0\n",
      "v = 336834358.1593649 m / s > c, setting 1/gamma = 0\n",
      "v = 479852012.30213284 m / s > c, setting 1/gamma = 0\n",
      "v = 534216108.49229276 m / s > c, setting 1/gamma = 0\n",
      "v = 358432841.3530645 m / s > c, setting 1/gamma = 0\n",
      "v = 416070618.5068946 m / s > c, setting 1/gamma = 0\n",
      "v = 323644827.4704212 m / s > c, setting 1/gamma = 0\n",
      "v = 390371799.0905485 m / s > c, setting 1/gamma = 0\n",
      "v = 436261837.183071 m / s > c, setting 1/gamma = 0\n",
      "v = 501551500.4709824 m / s > c, setting 1/gamma = 0\n",
      "v = 358579373.39435035 m / s > c, setting 1/gamma = 0\n",
      "v = 305662884.05180186 m / s > c, setting 1/gamma = 0\n",
      "v = 345728542.0143561 m / s > c, setting 1/gamma = 0\n",
      "v = 328505637.33617324 m / s > c, setting 1/gamma = 0\n",
      "v = 549579891.7523694 m / s > c, setting 1/gamma = 0\n",
      "v = 593218153.7357488 m / s > c, setting 1/gamma = 0\n",
      "v = 306322673.37978315 m / s > c, setting 1/gamma = 0\n",
      "v = 627168754.5113288 m / s > c, setting 1/gamma = 0\n",
      "v = 636913640.4324574 m / s > c, setting 1/gamma = 0\n",
      "v = 375582499.57294846 m / s > c, setting 1/gamma = 0\n",
      "v = 444796432.63637394 m / s > c, setting 1/gamma = 0\n",
      "v = 309271592.06449676 m / s > c, setting 1/gamma = 0\n",
      "v = 373674521.5215986 m / s > c, setting 1/gamma = 0\n",
      "v = 863552871.2559412 m / s > c, setting 1/gamma = 0\n",
      "v = 725766107.8216031 m / s > c, setting 1/gamma = 0\n",
      "v = 322401090.1659175 m / s > c, setting 1/gamma = 0\n",
      "v = 348753962.3312481 m / s > c, setting 1/gamma = 0\n",
      "v = 334758856.38312995 m / s > c, setting 1/gamma = 0\n",
      "v = 722892046.9446146 m / s > c, setting 1/gamma = 0\n",
      "v = 599621728.3225558 m / s > c, setting 1/gamma = 0\n",
      "v = 324124911.9988907 m / s > c, setting 1/gamma = 0\n",
      "v = 309568116.861556 m / s > c, setting 1/gamma = 0\n",
      "v = 301666130.83785987 m / s > c, setting 1/gamma = 0\n",
      "v = 606882064.0138218 m / s > c, setting 1/gamma = 0\n",
      "v = 500326031.26862645 m / s > c, setting 1/gamma = 0\n",
      "v = 351814224.9595781 m / s > c, setting 1/gamma = 0\n",
      "v = 373717777.8244322 m / s > c, setting 1/gamma = 0\n",
      "v = 323288471.29957545 m / s > c, setting 1/gamma = 0\n",
      "v = 374201208.7932474 m / s > c, setting 1/gamma = 0\n",
      "v = 306036396.94592357 m / s > c, setting 1/gamma = 0\n",
      "v = 325603194.4438295 m / s > c, setting 1/gamma = 0\n",
      "v = 346375471.2676438 m / s > c, setting 1/gamma = 0\n",
      "v = 430586801.0879163 m / s > c, setting 1/gamma = 0\n",
      "v = 463903889.0957541 m / s > c, setting 1/gamma = 0\n",
      "v = 337896219.4580675 m / s > c, setting 1/gamma = 0\n",
      "v = 311674562.506297 m / s > c, setting 1/gamma = 0\n",
      "v = 325561377.88132036 m / s > c, setting 1/gamma = 0\n",
      "v = 345078392.89514893 m / s > c, setting 1/gamma = 0\n",
      "v = 483436738.11638284 m / s > c, setting 1/gamma = 0\n",
      "v = 502256538.8380858 m / s > c, setting 1/gamma = 0\n",
      "v = 305376942.61861086 m / s > c, setting 1/gamma = 0\n",
      "v = 400704777.0310038 m / s > c, setting 1/gamma = 0\n",
      "v = 444606324.55380064 m / s > c, setting 1/gamma = 0\n",
      "v = 305309484.98816484 m / s > c, setting 1/gamma = 0\n",
      "v = 390020104.0959034 m / s > c, setting 1/gamma = 0\n",
      "v = 953182384.0536271 m / s > c, setting 1/gamma = 0\n",
      "v = 831971815.0956845 m / s > c, setting 1/gamma = 0\n",
      "v = 317802399.1654936 m / s > c, setting 1/gamma = 0\n",
      "v = 346450876.8235092 m / s > c, setting 1/gamma = 0\n",
      "v = 333200644.33899355 m / s > c, setting 1/gamma = 0\n",
      "v = 398433681.26485264 m / s > c, setting 1/gamma = 0\n",
      "v = 304293913.20675576 m / s > c, setting 1/gamma = 0\n",
      "v = 306726315.0431412 m / s > c, setting 1/gamma = 0\n",
      "v = 356977965.3555877 m / s > c, setting 1/gamma = 0\n",
      "v = 300660780.184762 m / s > c, setting 1/gamma = 0\n",
      "v = 367669238.6760487 m / s > c, setting 1/gamma = 0\n",
      "v = 312829263.272398 m / s > c, setting 1/gamma = 0\n",
      "v = 331060451.101998 m / s > c, setting 1/gamma = 0\n",
      "v = 318533307.8693316 m / s > c, setting 1/gamma = 0\n",
      "v = 357924855.6272066 m / s > c, setting 1/gamma = 0\n",
      "v = 306588138.4657868 m / s > c, setting 1/gamma = 0\n",
      "v = 306447486.31592876 m / s > c, setting 1/gamma = 0\n",
      "v = 426706963.7576014 m / s > c, setting 1/gamma = 0\n",
      "v = 468067211.04738086 m / s > c, setting 1/gamma = 0\n",
      "v = 474238100.29234296 m / s > c, setting 1/gamma = 0\n",
      "v = 520230490.30597806 m / s > c, setting 1/gamma = 0\n",
      "v = 305088356.6407776 m / s > c, setting 1/gamma = 0\n",
      "v = 615706228.190672 m / s > c, setting 1/gamma = 0\n",
      "v = 510957551.6076867 m / s > c, setting 1/gamma = 0\n",
      "v = 331880406.1264341 m / s > c, setting 1/gamma = 0\n",
      "v = 369729944.3754531 m / s > c, setting 1/gamma = 0\n",
      "v = 301213103.1286675 m / s > c, setting 1/gamma = 0\n",
      "v = 319119639.9031385 m / s > c, setting 1/gamma = 0\n",
      "v = 305458077.891049 m / s > c, setting 1/gamma = 0\n",
      "v = 306943991.75617635 m / s > c, setting 1/gamma = 0\n",
      "v = 358609441.4806074 m / s > c, setting 1/gamma = 0\n",
      "v = 308885348.0048729 m / s > c, setting 1/gamma = 0\n",
      "v = 388627134.3555169 m / s > c, setting 1/gamma = 0\n",
      "v = 427701503.65569544 m / s > c, setting 1/gamma = 0\n",
      "v = 304888360.40778095 m / s > c, setting 1/gamma = 0\n",
      "v = 322242081.808959 m / s > c, setting 1/gamma = 0\n",
      "v = 313549395.375863 m / s > c, setting 1/gamma = 0\n",
      "v = 363286561.3995649 m / s > c, setting 1/gamma = 0\n",
      "v = 308899597.8913623 m / s > c, setting 1/gamma = 0\n",
      "v = 326260917.8203829 m / s > c, setting 1/gamma = 0\n",
      "v = 344103392.2803527 m / s > c, setting 1/gamma = 0\n",
      "v = 380287467.41514903 m / s > c, setting 1/gamma = 0\n",
      "v = 405480865.1149285 m / s > c, setting 1/gamma = 0\n",
      "v = 487652323.75492436 m / s > c, setting 1/gamma = 0\n",
      "v = 509202350.5249693 m / s > c, setting 1/gamma = 0\n",
      "v = 359312214.57116663 m / s > c, setting 1/gamma = 0\n",
      "v = 395436118.3257009 m / s > c, setting 1/gamma = 0\n",
      "v = 319155805.4057134 m / s > c, setting 1/gamma = 0\n",
      "v = 356939965.3088323 m / s > c, setting 1/gamma = 0\n",
      "v = 407197906.83458495 m / s > c, setting 1/gamma = 0\n",
      "v = 333037390.11880594 m / s > c, setting 1/gamma = 0\n",
      "v = 353408301.8842947 m / s > c, setting 1/gamma = 0\n",
      "v = 429496811.96093535 m / s > c, setting 1/gamma = 0\n",
      "v = 467688665.7583021 m / s > c, setting 1/gamma = 0\n",
      "v = 312530678.067729 m / s > c, setting 1/gamma = 0\n",
      "v = 803110362.804612 m / s > c, setting 1/gamma = 0\n",
      "v = 707166186.1159867 m / s > c, setting 1/gamma = 0\n",
      "v = 452523822.43163544 m / s > c, setting 1/gamma = 0\n",
      "v = 502659143.8930245 m / s > c, setting 1/gamma = 0\n",
      "v = 332126357.8783605 m / s > c, setting 1/gamma = 0\n",
      "v = 301583028.68645877 m / s > c, setting 1/gamma = 0\n",
      "v = 306501115.4428694 m / s > c, setting 1/gamma = 0\n",
      "v = 368389165.43261504 m / s > c, setting 1/gamma = 0\n",
      "v = 336138584.6294284 m / s > c, setting 1/gamma = 0\n",
      "v = 380535191.4293362 m / s > c, setting 1/gamma = 0\n",
      "v = 437048934.21293545 m / s > c, setting 1/gamma = 0\n",
      "v = 1227854301.1493776 m / s > c, setting 1/gamma = 0\n",
      "v = 1087730948.1136203 m / s > c, setting 1/gamma = 0\n",
      "v = 471642199.37818795 m / s > c, setting 1/gamma = 0\n",
      "v = 493387354.3361787 m / s > c, setting 1/gamma = 0\n",
      "v = 422014456.954392 m / s > c, setting 1/gamma = 0\n",
      "v = 480270733.42149395 m / s > c, setting 1/gamma = 0\n",
      "v = 318381351.3606681 m / s > c, setting 1/gamma = 0\n",
      "v = 339808934.067769 m / s > c, setting 1/gamma = 0\n",
      "v = 381635649.3260655 m / s > c, setting 1/gamma = 0\n",
      "v = 309211609.754928 m / s > c, setting 1/gamma = 0\n",
      "v = 352784366.1281381 m / s > c, setting 1/gamma = 0\n",
      "v = 397951490.0366834 m / s > c, setting 1/gamma = 0\n",
      "v = 303445933.12281156 m / s > c, setting 1/gamma = 0\n",
      "v = 348061492.2179741 m / s > c, setting 1/gamma = 0\n",
      "v = 415286802.17721945 m / s > c, setting 1/gamma = 0\n",
      "v = 440262819.0904804 m / s > c, setting 1/gamma = 0\n",
      "v = 363310394.1480944 m / s > c, setting 1/gamma = 0\n",
      "v = 434902658.2756165 m / s > c, setting 1/gamma = 0\n",
      "v = 303494993.3960768 m / s > c, setting 1/gamma = 0\n",
      "v = 354186037.1234962 m / s > c, setting 1/gamma = 0\n",
      "v = 371389215.3354293 m / s > c, setting 1/gamma = 0\n",
      "v = 991795478.7007028 m / s > c, setting 1/gamma = 0\n",
      "v = 870537708.5865052 m / s > c, setting 1/gamma = 0\n",
      "v = 313694154.02889574 m / s > c, setting 1/gamma = 0\n",
      "v = 357775537.51705 m / s > c, setting 1/gamma = 0\n",
      "v = 352550538.58167857 m / s > c, setting 1/gamma = 0\n",
      "v = 384392368.9899642 m / s > c, setting 1/gamma = 0\n",
      "v = 548310944.019116 m / s > c, setting 1/gamma = 0\n",
      "v = 560870234.335331 m / s > c, setting 1/gamma = 0\n",
      "v = 325936163.83754164 m / s > c, setting 1/gamma = 0\n",
      "v = 391073997.932637 m / s > c, setting 1/gamma = 0\n",
      "v = 408624873.2197483 m / s > c, setting 1/gamma = 0\n",
      "v = 484350782.090768 m / s > c, setting 1/gamma = 0\n",
      "v = 302732672.8709117 m / s > c, setting 1/gamma = 0\n",
      "v = 319755438.0354318 m / s > c, setting 1/gamma = 0\n",
      "v = 373579904.72692263 m / s > c, setting 1/gamma = 0\n",
      "v = 412711817.75769216 m / s > c, setting 1/gamma = 0\n",
      "v = 1148377861.093221 m / s > c, setting 1/gamma = 0\n",
      "v = 1010755697.6944165 m / s > c, setting 1/gamma = 0\n",
      "v = 371972876.40381473 m / s > c, setting 1/gamma = 0\n",
      "v = 423630533.37165093 m / s > c, setting 1/gamma = 0\n",
      "v = 300192041.3764858 m / s > c, setting 1/gamma = 0\n",
      "v = 308028925.07034564 m / s > c, setting 1/gamma = 0\n",
      "v = 312800981.3815009 m / s > c, setting 1/gamma = 0\n",
      "v = 369881815.90167034 m / s > c, setting 1/gamma = 0\n",
      "v = 313420960.1598181 m / s > c, setting 1/gamma = 0\n",
      "v = 349046805.50953853 m / s > c, setting 1/gamma = 0\n",
      "v = 312637396.46535665 m / s > c, setting 1/gamma = 0\n",
      "v = 349162015.2503541 m / s > c, setting 1/gamma = 0\n",
      "v = 317121109.38427144 m / s > c, setting 1/gamma = 0\n",
      "v = 357291167.7632913 m / s > c, setting 1/gamma = 0\n",
      "v = 410574918.5915448 m / s > c, setting 1/gamma = 0\n",
      "v = 469220340.2665786 m / s > c, setting 1/gamma = 0\n",
      "v = 377740316.2003963 m / s > c, setting 1/gamma = 0\n",
      "v = 394678183.6879399 m / s > c, setting 1/gamma = 0\n",
      "v = 362586537.16827345 m / s > c, setting 1/gamma = 0\n",
      "v = 429345880.49724096 m / s > c, setting 1/gamma = 0\n",
      "v = 307187149.0220636 m / s > c, setting 1/gamma = 0\n",
      "v = 352382644.5517006 m / s > c, setting 1/gamma = 0\n",
      "v = 810468363.3339592 m / s > c, setting 1/gamma = 0\n",
      "v = 676717304.9781213 m / s > c, setting 1/gamma = 0\n",
      "v = 380166176.8070944 m / s > c, setting 1/gamma = 0\n",
      "v = 439087960.7204339 m / s > c, setting 1/gamma = 0\n",
      "v = 376374822.2464667 m / s > c, setting 1/gamma = 0\n",
      "v = 421885852.7100814 m / s > c, setting 1/gamma = 0\n",
      "v = 503270200.58903444 m / s > c, setting 1/gamma = 0\n",
      "v = 548503454.1634308 m / s > c, setting 1/gamma = 0\n",
      "v = 537968826.6520545 m / s > c, setting 1/gamma = 0\n",
      "v = 518795016.77374256 m / s > c, setting 1/gamma = 0\n",
      "v = 531700404.89424706 m / s > c, setting 1/gamma = 0\n",
      "v = 540082875.9613322 m / s > c, setting 1/gamma = 0\n",
      "v = 335479621.61595833 m / s > c, setting 1/gamma = 0\n",
      "v = 321038378.10220754 m / s > c, setting 1/gamma = 0\n",
      "v = 389477245.9556516 m / s > c, setting 1/gamma = 0\n",
      "v = 326522580.40229964 m / s > c, setting 1/gamma = 0\n",
      "v = 362549545.44441956 m / s > c, setting 1/gamma = 0\n",
      "v = 616677569.9802958 m / s > c, setting 1/gamma = 0\n",
      "v = 626791478.0849144 m / s > c, setting 1/gamma = 0\n",
      "v = 348216880.5470341 m / s > c, setting 1/gamma = 0\n",
      "v = 413926038.5756121 m / s > c, setting 1/gamma = 0\n",
      "v = 359228308.93105793 m / s > c, setting 1/gamma = 0\n",
      "v = 429145210.6828497 m / s > c, setting 1/gamma = 0\n",
      "v = 476859217.3284313 m / s > c, setting 1/gamma = 0\n",
      "v = 542264675.3050442 m / s > c, setting 1/gamma = 0\n",
      "v = 354623153.6251696 m / s > c, setting 1/gamma = 0\n",
      "v = 400046694.0185903 m / s > c, setting 1/gamma = 0\n",
      "v = 301765174.9255567 m / s > c, setting 1/gamma = 0\n",
      "v = 328606094.7188083 m / s > c, setting 1/gamma = 0\n",
      "v = 550211928.2052661 m / s > c, setting 1/gamma = 0\n",
      "v = 552715141.3413279 m / s > c, setting 1/gamma = 0\n",
      "v = 332166466.1753212 m / s > c, setting 1/gamma = 0\n",
      "v = 366766255.04741 m / s > c, setting 1/gamma = 0\n",
      "v = 420840075.5909116 m / s > c, setting 1/gamma = 0\n",
      "v = 330803448.92249614 m / s > c, setting 1/gamma = 0\n",
      "v = 432668764.2998206 m / s > c, setting 1/gamma = 0\n",
      "v = 495781927.5448596 m / s > c, setting 1/gamma = 0\n",
      "v = 319350935.1769928 m / s > c, setting 1/gamma = 0\n",
      "v = 381677486.9710445 m / s > c, setting 1/gamma = 0\n",
      "v = 307453489.7548679 m / s > c, setting 1/gamma = 0\n",
      "v = 344108279.9478617 m / s > c, setting 1/gamma = 0\n",
      "v = 375340853.52668846 m / s > c, setting 1/gamma = 0\n",
      "v = 350144486.4171361 m / s > c, setting 1/gamma = 0\n",
      "v = 404453983.6889062 m / s > c, setting 1/gamma = 0\n",
      "v = 356322607.83520013 m / s > c, setting 1/gamma = 0\n",
      "v = 364687202.6740154 m / s > c, setting 1/gamma = 0\n",
      "v = 311150989.09716797 m / s > c, setting 1/gamma = 0\n",
      "v = 331735496.56723773 m / s > c, setting 1/gamma = 0\n",
      "v = 355293280.7782847 m / s > c, setting 1/gamma = 0\n",
      "v = 419241535.41710234 m / s > c, setting 1/gamma = 0\n",
      "v = 319756375.7457615 m / s > c, setting 1/gamma = 0\n",
      "v = 339541949.7600976 m / s > c, setting 1/gamma = 0\n",
      "v = 301600062.9466453 m / s > c, setting 1/gamma = 0\n",
      "v = 299887860.7884798 m / s > c, setting 1/gamma = 0\n",
      "v = 307964171.59820926 m / s > c, setting 1/gamma = 0\n",
      "v = 302384537.28513783 m / s > c, setting 1/gamma = 0\n",
      "v = 383587510.4686051 m / s > c, setting 1/gamma = 0\n",
      "v = 386097469.8370449 m / s > c, setting 1/gamma = 0\n",
      "v = 924293980.8515847 m / s > c, setting 1/gamma = 0\n",
      "v = 765394397.215184 m / s > c, setting 1/gamma = 0\n",
      "v = 311528245.7157525 m / s > c, setting 1/gamma = 0\n",
      "v = 325129272.0955858 m / s > c, setting 1/gamma = 0\n",
      "v = 303421715.7999023 m / s > c, setting 1/gamma = 0\n",
      "v = 309200003.2161904 m / s > c, setting 1/gamma = 0\n",
      "v = 300117396.45988804 m / s > c, setting 1/gamma = 0\n",
      "v = 310014551.13150364 m / s > c, setting 1/gamma = 0\n",
      "v = 334888220.9926425 m / s > c, setting 1/gamma = 0\n",
      "v = 343290702.17340314 m / s > c, setting 1/gamma = 0\n",
      "v = 303726627.5719176 m / s > c, setting 1/gamma = 0\n",
      "v = 308973772.09155244 m / s > c, setting 1/gamma = 0\n",
      "v = 337803533.51121825 m / s > c, setting 1/gamma = 0\n",
      "v = 325055246.47161907 m / s > c, setting 1/gamma = 0\n",
      "v = 332988713.9199025 m / s > c, setting 1/gamma = 0\n",
      "v = 450987082.47113657 m / s > c, setting 1/gamma = 0\n",
      "v = 417084988.4821746 m / s > c, setting 1/gamma = 0\n",
      "v = 307709969.2061857 m / s > c, setting 1/gamma = 0\n",
      "v = 310575034.4717216 m / s > c, setting 1/gamma = 0\n",
      "v = 300982841.3735845 m / s > c, setting 1/gamma = 0\n",
      "v = 336536608.98034406 m / s > c, setting 1/gamma = 0\n",
      "v = 359176376.57123107 m / s > c, setting 1/gamma = 0\n",
      "v = 300123674.79668766 m / s > c, setting 1/gamma = 0\n",
      "v = 368159305.67429 m / s > c, setting 1/gamma = 0\n",
      "v = 395180208.4535688 m / s > c, setting 1/gamma = 0\n",
      "v = 319329483.5368597 m / s > c, setting 1/gamma = 0\n",
      "v = 338732475.1319919 m / s > c, setting 1/gamma = 0\n",
      "v = 455629765.3979504 m / s > c, setting 1/gamma = 0\n",
      "v = 448454810.53766096 m / s > c, setting 1/gamma = 0\n",
      "v = 312970400.4718027 m / s > c, setting 1/gamma = 0\n",
      "v = 331325771.5633543 m / s > c, setting 1/gamma = 0\n",
      "v = 350031842.8921389 m / s > c, setting 1/gamma = 0\n",
      "v = 408118925.8299064 m / s > c, setting 1/gamma = 0\n",
      "v = 426676017.4323184 m / s > c, setting 1/gamma = 0\n",
      "v = 474152509.51202947 m / s > c, setting 1/gamma = 0\n",
      "v = 448399118.32981384 m / s > c, setting 1/gamma = 0\n",
      "v = 313498547.5405921 m / s > c, setting 1/gamma = 0\n",
      "v = 308857469.33438045 m / s > c, setting 1/gamma = 0\n",
      "v = 321809752.99778235 m / s > c, setting 1/gamma = 0\n",
      "v = 312245444.809904 m / s > c, setting 1/gamma = 0\n",
      "v = 313210845.6674014 m / s > c, setting 1/gamma = 0\n",
      "v = 382777183.18214965 m / s > c, setting 1/gamma = 0\n",
      "v = 401595456.59112805 m / s > c, setting 1/gamma = 0\n",
      "v = 334478333.663308 m / s > c, setting 1/gamma = 0\n",
      "v = 385680566.2420514 m / s > c, setting 1/gamma = 0\n",
      "v = 309181628.7702133 m / s > c, setting 1/gamma = 0\n",
      "v = 321537406.638192 m / s > c, setting 1/gamma = 0\n",
      "v = 322066520.71220857 m / s > c, setting 1/gamma = 0\n",
      "v = 379764199.490701 m / s > c, setting 1/gamma = 0\n",
      "v = 313108905.16436976 m / s > c, setting 1/gamma = 0\n",
      "v = 357715811.90544546 m / s > c, setting 1/gamma = 0\n",
      "v = 316381187.5905736 m / s > c, setting 1/gamma = 0\n",
      "v = 357121363.11917067 m / s > c, setting 1/gamma = 0\n",
      "v = 421729906.09179527 m / s > c, setting 1/gamma = 0\n",
      "v = 480724391.59894663 m / s > c, setting 1/gamma = 0\n",
      "v = 539073091.2543265 m / s > c, setting 1/gamma = 0\n",
      "v = 517789899.1000407 m / s > c, setting 1/gamma = 0\n",
      "v = 300480700.23788 m / s > c, setting 1/gamma = 0\n",
      "v = 359197603.701883 m / s > c, setting 1/gamma = 0\n",
      "v = 372123452.7931334 m / s > c, setting 1/gamma = 0\n",
      "v = 396023595.1075006 m / s > c, setting 1/gamma = 0\n",
      "v = 438492711.1867999 m / s > c, setting 1/gamma = 0\n",
      "v = 488213127.7636724 m / s > c, setting 1/gamma = 0\n",
      "v = 554483161.9978371 m / s > c, setting 1/gamma = 0\n",
      "v = 514052905.0173696 m / s > c, setting 1/gamma = 0\n",
      "v = 310223317.3604475 m / s > c, setting 1/gamma = 0\n",
      "v = 315512774.4427394 m / s > c, setting 1/gamma = 0\n",
      "v = 335179550.00378627 m / s > c, setting 1/gamma = 0\n",
      "v = 504077803.82829195 m / s > c, setting 1/gamma = 0\n",
      "v = 548407443.8297243 m / s > c, setting 1/gamma = 0\n",
      "v = 408192399.7520563 m / s > c, setting 1/gamma = 0\n",
      "v = 457829063.2890402 m / s > c, setting 1/gamma = 0\n",
      "v = 472150658.35569304 m / s > c, setting 1/gamma = 0\n",
      "v = 476628507.09141994 m / s > c, setting 1/gamma = 0\n",
      "v = 327059676.3923898 m / s > c, setting 1/gamma = 0\n",
      "v = 365800128.80219 m / s > c, setting 1/gamma = 0\n",
      "v = 356145316.27942306 m / s > c, setting 1/gamma = 0\n",
      "v = 420547325.4366683 m / s > c, setting 1/gamma = 0\n",
      "v = 306019871.11271286 m / s > c, setting 1/gamma = 0\n",
      "v = 313034938.6203511 m / s > c, setting 1/gamma = 0\n",
      "v = 388452522.3473218 m / s > c, setting 1/gamma = 0\n",
      "v = 408568665.67751664 m / s > c, setting 1/gamma = 0\n",
      "v = 456036916.52998596 m / s > c, setting 1/gamma = 0\n",
      "v = 502136168.63334 m / s > c, setting 1/gamma = 0\n",
      "v = 340005223.50962394 m / s > c, setting 1/gamma = 0\n",
      "v = 392043855.789661 m / s > c, setting 1/gamma = 0\n",
      "v = 304380105.1295173 m / s > c, setting 1/gamma = 0\n",
      "v = 358628000.92384297 m / s > c, setting 1/gamma = 0\n",
      "v = 363477273.227874 m / s > c, setting 1/gamma = 0\n",
      "v = 424020974.9393495 m / s > c, setting 1/gamma = 0\n",
      "v = 496944750.418893 m / s > c, setting 1/gamma = 0\n",
      "v = 516964859.55017453 m / s > c, setting 1/gamma = 0\n",
      "v = 524982077.9195432 m / s > c, setting 1/gamma = 0\n",
      "v = 576188043.6220711 m / s > c, setting 1/gamma = 0\n",
      "v = 300295986.9147407 m / s > c, setting 1/gamma = 0\n",
      "v = 311627397.2783568 m / s > c, setting 1/gamma = 0\n",
      "v = 366336329.2584949 m / s > c, setting 1/gamma = 0\n",
      "v = 402497548.0732637 m / s > c, setting 1/gamma = 0\n",
      "v = 328748373.7999701 m / s > c, setting 1/gamma = 0\n",
      "v = 322070004.199141 m / s > c, setting 1/gamma = 0\n",
      "v = 385523111.01955056 m / s > c, setting 1/gamma = 0\n",
      "v = 316133249.5846144 m / s > c, setting 1/gamma = 0\n",
      "v = 324510165.1676766 m / s > c, setting 1/gamma = 0\n",
      "v = 705190930.4442238 m / s > c, setting 1/gamma = 0\n",
      "v = 636690797.6303394 m / s > c, setting 1/gamma = 0\n",
      "v = 306125286.2509968 m / s > c, setting 1/gamma = 0\n",
      "v = 347082246.6318324 m / s > c, setting 1/gamma = 0\n",
      "v = 311112033.99442744 m / s > c, setting 1/gamma = 0\n",
      "v = 302141727.9251616 m / s > c, setting 1/gamma = 0\n",
      "v = 411353093.5347592 m / s > c, setting 1/gamma = 0\n",
      "v = 475337629.4287413 m / s > c, setting 1/gamma = 0\n",
      "v = 326990477.5783166 m / s > c, setting 1/gamma = 0\n",
      "v = 642832879.9526083 m / s > c, setting 1/gamma = 0\n",
      "v = 581142160.1069292 m / s > c, setting 1/gamma = 0\n",
      "v = 564312853.6928746 m / s > c, setting 1/gamma = 0\n",
      "v = 549490628.7328783 m / s > c, setting 1/gamma = 0\n",
      "v = 311821126.4703927 m / s > c, setting 1/gamma = 0\n",
      "v = 365963390.93848497 m / s > c, setting 1/gamma = 0\n",
      "v = 528769331.5997586 m / s > c, setting 1/gamma = 0\n",
      "v = 563799662.7156034 m / s > c, setting 1/gamma = 0\n",
      "v = 428137935.5193489 m / s > c, setting 1/gamma = 0\n",
      "v = 495208088.67512405 m / s > c, setting 1/gamma = 0\n",
      "v = 329071158.52316713 m / s > c, setting 1/gamma = 0\n",
      "v = 343836221.6389986 m / s > c, setting 1/gamma = 0\n",
      "v = 392361937.0493993 m / s > c, setting 1/gamma = 0\n",
      "v = 384203741.53485554 m / s > c, setting 1/gamma = 0\n",
      "v = 456064764.7915449 m / s > c, setting 1/gamma = 0\n",
      "v = 564060200.3346412 m / s > c, setting 1/gamma = 0\n",
      "v = 573835139.3971994 m / s > c, setting 1/gamma = 0\n",
      "v = 609273561.58118 m / s > c, setting 1/gamma = 0\n",
      "v = 548001554.7776449 m / s > c, setting 1/gamma = 0\n",
      "v = 368488548.8088499 m / s > c, setting 1/gamma = 0\n",
      "v = 874797899.5017774 m / s > c, setting 1/gamma = 0\n",
      "v = 740574497.453242 m / s > c, setting 1/gamma = 0\n",
      "v = 360704543.58609354 m / s > c, setting 1/gamma = 0\n",
      "v = 341995186.02011234 m / s > c, setting 1/gamma = 0\n",
      "v = 388619427.7387454 m / s > c, setting 1/gamma = 0\n",
      "v = 331877503.8688849 m / s > c, setting 1/gamma = 0\n",
      "v = 353728874.104217 m / s > c, setting 1/gamma = 0\n",
      "v = 320060119.9166587 m / s > c, setting 1/gamma = 0\n",
      "v = 327745487.2027193 m / s > c, setting 1/gamma = 0\n",
      "v = 393364688.2799498 m / s > c, setting 1/gamma = 0\n",
      "v = 300751954.46937233 m / s > c, setting 1/gamma = 0\n",
      "v = 338882123.737855 m / s > c, setting 1/gamma = 0\n",
      "v = 311544561.57468593 m / s > c, setting 1/gamma = 0\n",
      "v = 324692744.00204605 m / s > c, setting 1/gamma = 0\n",
      "v = 786126853.0853847 m / s > c, setting 1/gamma = 0\n",
      "v = 681902254.1238507 m / s > c, setting 1/gamma = 0\n",
      "v = 313443081.99265265 m / s > c, setting 1/gamma = 0\n",
      "v = 316621861.3121194 m / s > c, setting 1/gamma = 0\n",
      "v = 374858355.88548374 m / s > c, setting 1/gamma = 0\n",
      "v = 345401738.73038185 m / s > c, setting 1/gamma = 0\n",
      "v = 417922248.79175067 m / s > c, setting 1/gamma = 0\n",
      "v = 309810458.53118324 m / s > c, setting 1/gamma = 0\n",
      "v = 319752641.5355671 m / s > c, setting 1/gamma = 0\n",
      "v = 386963275.0586193 m / s > c, setting 1/gamma = 0\n",
      "v = 336872638.08685577 m / s > c, setting 1/gamma = 0\n",
      "v = 410039384.8153289 m / s > c, setting 1/gamma = 0\n",
      "v = 334565119.4355909 m / s > c, setting 1/gamma = 0\n",
      "v = 376000374.72519416 m / s > c, setting 1/gamma = 0\n",
      "v = 301557558.13070166 m / s > c, setting 1/gamma = 0\n",
      "v = 575828705.267191 m / s > c, setting 1/gamma = 0\n",
      "v = 570865925.7327033 m / s > c, setting 1/gamma = 0\n",
      "v = 409597690.28155684 m / s > c, setting 1/gamma = 0\n",
      "v = 479267275.5773828 m / s > c, setting 1/gamma = 0\n",
      "v = 301589926.9611908 m / s > c, setting 1/gamma = 0\n",
      "v = 306251055.12790877 m / s > c, setting 1/gamma = 0\n",
      "v = 632539701.656952 m / s > c, setting 1/gamma = 0\n",
      "v = 585335067.58729 m / s > c, setting 1/gamma = 0\n",
      "v = 336883723.3906119 m / s > c, setting 1/gamma = 0\n",
      "v = 300329114.78513354 m / s > c, setting 1/gamma = 0\n",
      "v = 348804212.2469688 m / s > c, setting 1/gamma = 0\n",
      "v = 412866016.3167629 m / s > c, setting 1/gamma = 0\n",
      "v = 474099654.84090066 m / s > c, setting 1/gamma = 0\n",
      "v = 370223698.7914105 m / s > c, setting 1/gamma = 0\n",
      "v = 411342822.941128 m / s > c, setting 1/gamma = 0\n",
      "v = 703821432.6141881 m / s > c, setting 1/gamma = 0\n",
      "v = 695083169.1021341 m / s > c, setting 1/gamma = 0\n",
      "v = 308946859.0246146 m / s > c, setting 1/gamma = 0\n",
      "v = 357216346.1459376 m / s > c, setting 1/gamma = 0\n",
      "v = 319114401.64726454 m / s > c, setting 1/gamma = 0\n",
      "v = 344992430.3233265 m / s > c, setting 1/gamma = 0\n",
      "v = 350270231.44428056 m / s > c, setting 1/gamma = 0\n",
      "v = 373935535.3067585 m / s > c, setting 1/gamma = 0\n",
      "v = 304195289.1049457 m / s > c, setting 1/gamma = 0\n",
      "v = 356967387.7417144 m / s > c, setting 1/gamma = 0\n",
      "v = 417877796.79560584 m / s > c, setting 1/gamma = 0\n",
      "v = 429233988.73677945 m / s > c, setting 1/gamma = 0\n",
      "v = 341494409.75682914 m / s > c, setting 1/gamma = 0\n",
      "v = 393767434.6566282 m / s > c, setting 1/gamma = 0\n",
      "v = 314163779.92350405 m / s > c, setting 1/gamma = 0\n",
      "v = 342517679.92304957 m / s > c, setting 1/gamma = 0\n",
      "v = 325233852.48753244 m / s > c, setting 1/gamma = 0\n",
      "v = 359275346.9205715 m / s > c, setting 1/gamma = 0\n",
      "v = 416081368.82409537 m / s > c, setting 1/gamma = 0\n",
      "v = 463621592.6940278 m / s > c, setting 1/gamma = 0\n",
      "v = 376508438.6544985 m / s > c, setting 1/gamma = 0\n",
      "v = 391938317.7583519 m / s > c, setting 1/gamma = 0\n",
      "v = 307812605.47570866 m / s > c, setting 1/gamma = 0\n",
      "v = 302414888.2333518 m / s > c, setting 1/gamma = 0\n",
      "v = 333247178.29020905 m / s > c, setting 1/gamma = 0\n",
      "v = 349048790.8954085 m / s > c, setting 1/gamma = 0\n",
      "v = 360828293.55202264 m / s > c, setting 1/gamma = 0\n",
      "v = 412235482.8123926 m / s > c, setting 1/gamma = 0\n",
      "v = 340091921.3802032 m / s > c, setting 1/gamma = 0\n",
      "v = 366320739.2732036 m / s > c, setting 1/gamma = 0\n",
      "v = 316360302.4814824 m / s > c, setting 1/gamma = 0\n",
      "v = 424127743.65238637 m / s > c, setting 1/gamma = 0\n",
      "v = 471844447.8460914 m / s > c, setting 1/gamma = 0\n",
      "v = 311721024.46274126 m / s > c, setting 1/gamma = 0\n",
      "v = 380445702.49560773 m / s > c, setting 1/gamma = 0\n",
      "v = 389983003.10105103 m / s > c, setting 1/gamma = 0\n",
      "v = 319366837.8603466 m / s > c, setting 1/gamma = 0\n",
      "v = 656584825.492426 m / s > c, setting 1/gamma = 0\n",
      "v = 544336662.3414634 m / s > c, setting 1/gamma = 0\n",
      "v = 373114616.4635957 m / s > c, setting 1/gamma = 0\n",
      "v = 389036784.59809196 m / s > c, setting 1/gamma = 0\n",
      "v = 314907693.64123034 m / s > c, setting 1/gamma = 0\n",
      "v = 347404359.52143234 m / s > c, setting 1/gamma = 0\n",
      "v = 389470362.6507701 m / s > c, setting 1/gamma = 0\n",
      "v = 435165289.671058 m / s > c, setting 1/gamma = 0\n",
      "v = 305607999.506662 m / s > c, setting 1/gamma = 0\n",
      "v = 334212283.642 m / s > c, setting 1/gamma = 0\n",
      "v = 323868130.87543267 m / s > c, setting 1/gamma = 0\n",
      "v = 342685473.72601014 m / s > c, setting 1/gamma = 0\n",
      "v = 361158575.886527 m / s > c, setting 1/gamma = 0\n",
      "v = 386895786.6566723 m / s > c, setting 1/gamma = 0\n",
      "v = 308732530.33297044 m / s > c, setting 1/gamma = 0\n",
      "v = 643266910.6168078 m / s > c, setting 1/gamma = 0\n",
      "v = 529153362.26458913 m / s > c, setting 1/gamma = 0\n",
      "v = 369976091.6219276 m / s > c, setting 1/gamma = 0\n",
      "v = 377790090.1508271 m / s > c, setting 1/gamma = 0\n",
      "v = 428014494.74084413 m / s > c, setting 1/gamma = 0\n",
      "v = 464176479.76361 m / s > c, setting 1/gamma = 0\n",
      "v = 349744674.39810103 m / s > c, setting 1/gamma = 0\n",
      "v = 375617677.4871079 m / s > c, setting 1/gamma = 0\n",
      "v = 379058364.978082 m / s > c, setting 1/gamma = 0\n",
      "v = 427209671.60374975 m / s > c, setting 1/gamma = 0\n",
      "v = 423271781.2930436 m / s > c, setting 1/gamma = 0\n",
      "v = 468561544.062826 m / s > c, setting 1/gamma = 0\n",
      "v = 313342739.1271806 m / s > c, setting 1/gamma = 0\n",
      "v = 336723867.54832894 m / s > c, setting 1/gamma = 0\n",
      "v = 445293867.3880268 m / s > c, setting 1/gamma = 0\n",
      "v = 471259455.8903114 m / s > c, setting 1/gamma = 0\n",
      "v = 307853375.12348527 m / s > c, setting 1/gamma = 0\n",
      "v = 302584830.8837698 m / s > c, setting 1/gamma = 0\n",
      "v = 443381573.63082826 m / s > c, setting 1/gamma = 0\n",
      "v = 468052372.54737926 m / s > c, setting 1/gamma = 0\n",
      "v = 315702714.29334867 m / s > c, setting 1/gamma = 0\n",
      "v = 336950282.6352354 m / s > c, setting 1/gamma = 0\n",
      "v = 302871383.7119537 m / s > c, setting 1/gamma = 0\n",
      "v = 458783267.93834996 m / s > c, setting 1/gamma = 0\n",
      "v = 495379365.90128773 m / s > c, setting 1/gamma = 0\n",
      "v = 490164037.78489774 m / s > c, setting 1/gamma = 0\n",
      "v = 499886887.6043253 m / s > c, setting 1/gamma = 0\n",
      "v = 316765110.3754905 m / s > c, setting 1/gamma = 0\n",
      "v = 387953209.29636294 m / s > c, setting 1/gamma = 0\n",
      "v = 431740677.9958393 m / s > c, setting 1/gamma = 0\n",
      "v = 362941676.081826 m / s > c, setting 1/gamma = 0\n",
      "v = 378640453.46035874 m / s > c, setting 1/gamma = 0\n",
      "v = 365813431.33774585 m / s > c, setting 1/gamma = 0\n",
      "v = 397572491.97389215 m / s > c, setting 1/gamma = 0\n",
      "v = 473748661.5293147 m / s > c, setting 1/gamma = 0\n",
      "v = 498761442.8863839 m / s > c, setting 1/gamma = 0\n",
      "v = 312027381.34853727 m / s > c, setting 1/gamma = 0\n",
      "v = 343032225.3338077 m / s > c, setting 1/gamma = 0\n",
      "v = 335657348.6786163 m / s > c, setting 1/gamma = 0\n",
      "v = 393706757.53429 m / s > c, setting 1/gamma = 0\n",
      "v = 321185327.8507376 m / s > c, setting 1/gamma = 0\n",
      "v = 349286598.3457788 m / s > c, setting 1/gamma = 0\n",
      "v = 420414119.667357 m / s > c, setting 1/gamma = 0\n",
      "v = 447670224.1872608 m / s > c, setting 1/gamma = 0\n",
      "v = 401138237.2310411 m / s > c, setting 1/gamma = 0\n",
      "v = 431634402.33502877 m / s > c, setting 1/gamma = 0\n",
      "v = 447545790.5502425 m / s > c, setting 1/gamma = 0\n",
      "v = 494416409.03779113 m / s > c, setting 1/gamma = 0\n",
      "v = 327276404.8182895 m / s > c, setting 1/gamma = 0\n",
      "v = 309479112.9155465 m / s > c, setting 1/gamma = 0\n",
      "v = 335646717.41870016 m / s > c, setting 1/gamma = 0\n",
      "v = 301655298.83744884 m / s > c, setting 1/gamma = 0\n",
      "v = 345505791.9140617 m / s > c, setting 1/gamma = 0\n",
      "v = 310707485.6400013 m / s > c, setting 1/gamma = 0\n",
      "v = 368181484.1691513 m / s > c, setting 1/gamma = 0\n",
      "v = 305442140.49374014 m / s > c, setting 1/gamma = 0\n",
      "v = 328792929.5839634 m / s > c, setting 1/gamma = 0\n",
      "v = 488971053.60448855 m / s > c, setting 1/gamma = 0\n",
      "v = 509107539.28233564 m / s > c, setting 1/gamma = 0\n",
      "v = 318955313.96290314 m / s > c, setting 1/gamma = 0\n",
      "v = 371705869.110176 m / s > c, setting 1/gamma = 0\n",
      "v = 477604996.0105566 m / s > c, setting 1/gamma = 0\n",
      "v = 482641652.8563934 m / s > c, setting 1/gamma = 0\n",
      "v = 380962514.334784 m / s > c, setting 1/gamma = 0\n",
      "v = 428034825.23780566 m / s > c, setting 1/gamma = 0\n",
      "v = 325084123.6357969 m / s > c, setting 1/gamma = 0\n",
      "v = 341758927.26866 m / s > c, setting 1/gamma = 0\n",
      "v = 320278711.26052564 m / s > c, setting 1/gamma = 0\n",
      "v = 358346740.70127106 m / s > c, setting 1/gamma = 0\n",
      "v = 404972903.3512537 m / s > c, setting 1/gamma = 0\n",
      "v = 446882985.94487685 m / s > c, setting 1/gamma = 0\n",
      "v = 309533035.13256466 m / s > c, setting 1/gamma = 0\n",
      "v = 376218620.9711848 m / s > c, setting 1/gamma = 0\n",
      "v = 426761852.11791277 m / s > c, setting 1/gamma = 0\n",
      "v = 330227489.08599466 m / s > c, setting 1/gamma = 0\n",
      "v = 317809842.1251904 m / s > c, setting 1/gamma = 0\n",
      "v = 301553485.30860496 m / s > c, setting 1/gamma = 0\n",
      "v = 329681616.75680673 m / s > c, setting 1/gamma = 0\n",
      "v = 360031770.5132027 m / s > c, setting 1/gamma = 0\n",
      "v = 386792235.4320558 m / s > c, setting 1/gamma = 0\n",
      "v = 346665530.89946175 m / s > c, setting 1/gamma = 0\n",
      "v = 404124746.40517014 m / s > c, setting 1/gamma = 0\n",
      "v = 325244610.1720439 m / s > c, setting 1/gamma = 0\n",
      "v = 350853622.92751086 m / s > c, setting 1/gamma = 0\n",
      "v = 424629709.33662224 m / s > c, setting 1/gamma = 0\n",
      "v = 471539896.0997493 m / s > c, setting 1/gamma = 0\n",
      "v = 302704719.0089606 m / s > c, setting 1/gamma = 0\n",
      "v = 329274873.5114402 m / s > c, setting 1/gamma = 0\n",
      "v = 343084260.62125814 m / s > c, setting 1/gamma = 0\n",
      "v = 369957156.9105273 m / s > c, setting 1/gamma = 0\n",
      "v = 462319766.82231104 m / s > c, setting 1/gamma = 0\n",
      "v = 494333062.1610741 m / s > c, setting 1/gamma = 0\n",
      "v = 493288315.27774954 m / s > c, setting 1/gamma = 0\n",
      "v = 499313571.81960994 m / s > c, setting 1/gamma = 0\n",
      "v = 397306892.53392714 m / s > c, setting 1/gamma = 0\n",
      "v = 443792316.75515 m / s > c, setting 1/gamma = 0\n",
      "v = 368690767.5703398 m / s > c, setting 1/gamma = 0\n",
      "v = 378051504.9118355 m / s > c, setting 1/gamma = 0\n",
      "v = 320373975.5530465 m / s > c, setting 1/gamma = 0\n",
      "v = 367063163.74860257 m / s > c, setting 1/gamma = 0\n",
      "v = 304660346.4114203 m / s > c, setting 1/gamma = 0\n",
      "v = 314446023.15893173 m / s > c, setting 1/gamma = 0\n",
      "v = 373820951.22631913 m / s > c, setting 1/gamma = 0\n",
      "v = 317428266.26047933 m / s > c, setting 1/gamma = 0\n",
      "v = 301916556.6349198 m / s > c, setting 1/gamma = 0\n",
      "v = 406691448.3081342 m / s > c, setting 1/gamma = 0\n",
      "v = 439005351.7090232 m / s > c, setting 1/gamma = 0\n",
      "v = 302392937.80450755 m / s > c, setting 1/gamma = 0\n",
      "v = 304375773.49334157 m / s > c, setting 1/gamma = 0\n",
      "v = 359085570.8027687 m / s > c, setting 1/gamma = 0\n",
      "v = 406703575.90938145 m / s > c, setting 1/gamma = 0\n",
      "v = 372988220.814618 m / s > c, setting 1/gamma = 0\n",
      "v = 380449198.9213557 m / s > c, setting 1/gamma = 0\n",
      "v = 306902176.7673316 m / s > c, setting 1/gamma = 0\n",
      "v = 355036736.202552 m / s > c, setting 1/gamma = 0\n",
      "v = 321998899.8431333 m / s > c, setting 1/gamma = 0\n",
      "v = 346947958.1016524 m / s > c, setting 1/gamma = 0\n",
      "v = 299912908.3204717 m / s > c, setting 1/gamma = 0\n",
      "v = 343071431.5000161 m / s > c, setting 1/gamma = 0\n",
      "v = 354244796.5089499 m / s > c, setting 1/gamma = 0\n",
      "v = 302243725.7344373 m / s > c, setting 1/gamma = 0\n",
      "v = 324405832.9291946 m / s > c, setting 1/gamma = 0\n",
      "v = 304487478.0108574 m / s > c, setting 1/gamma = 0\n",
      "v = 357671570.38773084 m / s > c, setting 1/gamma = 0\n",
      "v = 399297469.19358766 m / s > c, setting 1/gamma = 0\n",
      "v = 448022852.2117602 m / s > c, setting 1/gamma = 0\n",
      "v = 332695370.90007305 m / s > c, setting 1/gamma = 0\n",
      "v = 354101337.91723126 m / s > c, setting 1/gamma = 0\n",
      "v = 312436989.72452945 m / s > c, setting 1/gamma = 0\n",
      "v = 313088580.31258035 m / s > c, setting 1/gamma = 0\n",
      "v = 366780973.4904513 m / s > c, setting 1/gamma = 0\n",
      "v = 507503626.4395519 m / s > c, setting 1/gamma = 0\n",
      "v = 516895320.77404165 m / s > c, setting 1/gamma = 0\n",
      "v = 326099416.9906731 m / s > c, setting 1/gamma = 0\n",
      "v = 385491396.2495805 m / s > c, setting 1/gamma = 0\n",
      "v = 329839665.7317464 m / s > c, setting 1/gamma = 0\n",
      "v = 361012341.44726545 m / s > c, setting 1/gamma = 0\n",
      "v = 306422098.99029183 m / s > c, setting 1/gamma = 0\n",
      "v = 333858652.08211094 m / s > c, setting 1/gamma = 0\n",
      "v = 311830154.8258813 m / s > c, setting 1/gamma = 0\n",
      "v = 319236886.7192409 m / s > c, setting 1/gamma = 0\n",
      "v = 309680306.8068928 m / s > c, setting 1/gamma = 0\n",
      "v = 333243214.9951276 m / s > c, setting 1/gamma = 0\n",
      "v = 325020110.6439047 m / s > c, setting 1/gamma = 0\n",
      "v = 311904040.7327703 m / s > c, setting 1/gamma = 0\n",
      "v = 306782654.7988334 m / s > c, setting 1/gamma = 0\n",
      "v = 304358703.1838813 m / s > c, setting 1/gamma = 0\n",
      "v = 316781149.9995247 m / s > c, setting 1/gamma = 0\n",
      "v = 367921972.3251812 m / s > c, setting 1/gamma = 0\n",
      "v = 333345450.5216718 m / s > c, setting 1/gamma = 0\n",
      "v = 352007904.4382207 m / s > c, setting 1/gamma = 0\n",
      "v = 373014573.0366707 m / s > c, setting 1/gamma = 0\n",
      "v = 395636040.3207425 m / s > c, setting 1/gamma = 0\n",
      "v = 432832152.9289985 m / s > c, setting 1/gamma = 0\n",
      "v = 463569006.43215984 m / s > c, setting 1/gamma = 0\n",
      "v = 394957856.9291303 m / s > c, setting 1/gamma = 0\n",
      "v = 431791840.0903806 m / s > c, setting 1/gamma = 0\n",
      "v = 323211576.2453503 m / s > c, setting 1/gamma = 0\n",
      "v = 380258163.2872744 m / s > c, setting 1/gamma = 0\n",
      "v = 302423426.5729482 m / s > c, setting 1/gamma = 0\n",
      "v = 620938107.8899105 m / s > c, setting 1/gamma = 0\n",
      "v = 507724337.3163983 m / s > c, setting 1/gamma = 0\n",
      "v = 313361282.167276 m / s > c, setting 1/gamma = 0\n",
      "v = 336711063.4322127 m / s > c, setting 1/gamma = 0\n",
      "v = 375436061.36991286 m / s > c, setting 1/gamma = 0\n",
      "v = 318859149.1640937 m / s > c, setting 1/gamma = 0\n",
      "v = 375906664.5122529 m / s > c, setting 1/gamma = 0\n",
      "v = 373432582.82232875 m / s > c, setting 1/gamma = 0\n",
      "v = 391907299.2401802 m / s > c, setting 1/gamma = 0\n",
      "v = 459287889.50193715 m / s > c, setting 1/gamma = 0\n",
      "v = 477083344.86158925 m / s > c, setting 1/gamma = 0\n",
      "v = 315868957.332418 m / s > c, setting 1/gamma = 0\n",
      "v = 367810642.28148943 m / s > c, setting 1/gamma = 0\n",
      "v = 323838647.0422995 m / s > c, setting 1/gamma = 0\n",
      "v = 317098132.13888985 m / s > c, setting 1/gamma = 0\n",
      "v = 329876879.1578542 m / s > c, setting 1/gamma = 0\n",
      "v = 333680609.89390755 m / s > c, setting 1/gamma = 0\n",
      "v = 366387352.46746224 m / s > c, setting 1/gamma = 0\n",
      "v = 320840980.60552645 m / s > c, setting 1/gamma = 0\n",
      "v = 360446647.364352 m / s > c, setting 1/gamma = 0\n",
      "v = 377560948.1085513 m / s > c, setting 1/gamma = 0\n",
      "v = 321088905.4908324 m / s > c, setting 1/gamma = 0\n",
      "v = 348442019.5183822 m / s > c, setting 1/gamma = 0\n",
      "v = 365918117.674325 m / s > c, setting 1/gamma = 0\n",
      "v = 447802820.73503894 m / s > c, setting 1/gamma = 0\n",
      "v = 482927568.9894452 m / s > c, setting 1/gamma = 0\n",
      "v = 306125556.61110985 m / s > c, setting 1/gamma = 0\n",
      "v = 328282801.653681 m / s > c, setting 1/gamma = 0\n",
      "v = 302583656.9171715 m / s > c, setting 1/gamma = 0\n",
      "v = 333067811.4195489 m / s > c, setting 1/gamma = 0\n",
      "v = 315524281.9448916 m / s > c, setting 1/gamma = 0\n",
      "v = 360057656.64852595 m / s > c, setting 1/gamma = 0\n",
      "v = 305909704.0952377 m / s > c, setting 1/gamma = 0\n",
      "v = 340745824.4529498 m / s > c, setting 1/gamma = 0\n",
      "v = 378419790.00594723 m / s > c, setting 1/gamma = 0\n",
      "v = 432797819.1613319 m / s > c, setting 1/gamma = 0\n",
      "v = 321953449.50847316 m / s > c, setting 1/gamma = 0\n",
      "v = 332888205.6999896 m / s > c, setting 1/gamma = 0\n",
      "v = 354303222.9261658 m / s > c, setting 1/gamma = 0\n",
      "v = 304760278.4611311 m / s > c, setting 1/gamma = 0\n",
      "v = 337832374.4952222 m / s > c, setting 1/gamma = 0\n",
      "v = 317088270.2377234 m / s > c, setting 1/gamma = 0\n",
      "v = 698358634.2767357 m / s > c, setting 1/gamma = 0\n",
      "v = 683917836.3496196 m / s > c, setting 1/gamma = 0\n",
      "v = 321145851.0728536 m / s > c, setting 1/gamma = 0\n",
      "v = 368532738.77601033 m / s > c, setting 1/gamma = 0\n",
      "v = 569144647.6601875 m / s > c, setting 1/gamma = 0\n",
      "v = 524502325.3373404 m / s > c, setting 1/gamma = 0\n",
      "v = 300066065.21202666 m / s > c, setting 1/gamma = 0\n",
      "v = 362874379.617316 m / s > c, setting 1/gamma = 0\n",
      "v = 303199669.4005606 m / s > c, setting 1/gamma = 0\n",
      "v = 310365248.60239273 m / s > c, setting 1/gamma = 0\n",
      "v = 307885797.144216 m / s > c, setting 1/gamma = 0\n",
      "v = 322571662.0654166 m / s > c, setting 1/gamma = 0\n",
      "v = 347787969.15090454 m / s > c, setting 1/gamma = 0\n",
      "v = 334399169.7480961 m / s > c, setting 1/gamma = 0\n",
      "v = 345383621.42648673 m / s > c, setting 1/gamma = 0\n",
      "v = 375468102.83210766 m / s > c, setting 1/gamma = 0\n",
      "v = 381450956.8968238 m / s > c, setting 1/gamma = 0\n",
      "v = 424705626.82999367 m / s > c, setting 1/gamma = 0\n",
      "v = 367457308.079524 m / s > c, setting 1/gamma = 0\n",
      "v = 428974637.2292976 m / s > c, setting 1/gamma = 0\n",
      "v = 323155346.5091832 m / s > c, setting 1/gamma = 0\n",
      "v = 344561483.0984392 m / s > c, setting 1/gamma = 0\n",
      "v = 368925717.7681919 m / s > c, setting 1/gamma = 0\n",
      "v = 359884672.9156304 m / s > c, setting 1/gamma = 0\n",
      "v = 438276856.7952549 m / s > c, setting 1/gamma = 0\n",
      "v = 333407054.1432519 m / s > c, setting 1/gamma = 0\n",
      "v = 506762218.0848384 m / s > c, setting 1/gamma = 0\n",
      "v = 524158381.69107765 m / s > c, setting 1/gamma = 0\n",
      "v = 688588353.370948 m / s > c, setting 1/gamma = 0\n",
      "v = 684316789.3841406 m / s > c, setting 1/gamma = 0\n",
      "v = 409886583.84985 m / s > c, setting 1/gamma = 0\n",
      "v = 441986338.14823985 m / s > c, setting 1/gamma = 0\n",
      "v = 315406698.39759934 m / s > c, setting 1/gamma = 0\n",
      "v = 380282368.4311134 m / s > c, setting 1/gamma = 0\n",
      "v = 506912419.5800257 m / s > c, setting 1/gamma = 0\n",
      "v = 538715205.8113955 m / s > c, setting 1/gamma = 0\n",
      "v = 462802788.58529574 m / s > c, setting 1/gamma = 0\n",
      "v = 523097311.544268 m / s > c, setting 1/gamma = 0\n",
      "v = 311033372.93362665 m / s > c, setting 1/gamma = 0\n",
      "v = 366432737.8559448 m / s > c, setting 1/gamma = 0\n",
      "v = 479553568.955288 m / s > c, setting 1/gamma = 0\n",
      "v = 527329353.89778477 m / s > c, setting 1/gamma = 0\n",
      "v = 408248460.95173717 m / s > c, setting 1/gamma = 0\n",
      "v = 463284460.207268 m / s > c, setting 1/gamma = 0\n",
      "v = 368998171.86582774 m / s > c, setting 1/gamma = 0\n",
      "v = 877666184.7086596 m / s > c, setting 1/gamma = 0\n",
      "v = 738366216.7335014 m / s > c, setting 1/gamma = 0\n",
      "v = 304476377.7198129 m / s > c, setting 1/gamma = 0\n",
      "v = 346680643.1131028 m / s > c, setting 1/gamma = 0\n",
      "v = 300150901.7078877 m / s > c, setting 1/gamma = 0\n",
      "v = 504940164.56628454 m / s > c, setting 1/gamma = 0\n",
      "v = 516006663.4966863 m / s > c, setting 1/gamma = 0\n",
      "v = 319979092.38243353 m / s > c, setting 1/gamma = 0\n",
      "v = 361403195.40018874 m / s > c, setting 1/gamma = 0\n",
      "v = 373032177.04097927 m / s > c, setting 1/gamma = 0\n",
      "v = 437523169.6473088 m / s > c, setting 1/gamma = 0\n",
      "v = 406292758.5694449 m / s > c, setting 1/gamma = 0\n",
      "v = 424336141.43181175 m / s > c, setting 1/gamma = 0\n",
      "v = 301136231.531203 m / s > c, setting 1/gamma = 0\n",
      "v = 339951242.33267003 m / s > c, setting 1/gamma = 0\n",
      "v = 448875208.0163671 m / s > c, setting 1/gamma = 0\n",
      "v = 505164663.45683604 m / s > c, setting 1/gamma = 0\n",
      "v = 348875248.7591998 m / s > c, setting 1/gamma = 0\n",
      "v = 385372685.45344114 m / s > c, setting 1/gamma = 0\n",
      "v = 330104518.6892484 m / s > c, setting 1/gamma = 0\n",
      "v = 417393804.6298968 m / s > c, setting 1/gamma = 0\n",
      "v = 476587531.26598626 m / s > c, setting 1/gamma = 0\n",
      "v = 325445194.0693351 m / s > c, setting 1/gamma = 0\n",
      "v = 371025224.5652321 m / s > c, setting 1/gamma = 0\n",
      "v = 413729226.26156217 m / s > c, setting 1/gamma = 0\n",
      "v = 602123349.4979459 m / s > c, setting 1/gamma = 0\n",
      "v = 634628636.2083346 m / s > c, setting 1/gamma = 0\n",
      "v = 349846959.65464246 m / s > c, setting 1/gamma = 0\n",
      "v = 394235900.3148866 m / s > c, setting 1/gamma = 0\n",
      "v = 376739189.324512 m / s > c, setting 1/gamma = 0\n",
      "v = 416505332.6726588 m / s > c, setting 1/gamma = 0\n",
      "v = 302438862.287625 m / s > c, setting 1/gamma = 0\n",
      "v = 414523520.950828 m / s > c, setting 1/gamma = 0\n",
      "v = 439011255.27417254 m / s > c, setting 1/gamma = 0\n",
      "v = 319135311.63564825 m / s > c, setting 1/gamma = 0\n",
      "v = 514652699.30896765 m / s > c, setting 1/gamma = 0\n",
      "v = 568542652.6030658 m / s > c, setting 1/gamma = 0\n",
      "v = 318057609.5995606 m / s > c, setting 1/gamma = 0\n",
      "v = 367959225.2582958 m / s > c, setting 1/gamma = 0\n",
      "v = 448234031.1098325 m / s > c, setting 1/gamma = 0\n",
      "v = 454281165.3092161 m / s > c, setting 1/gamma = 0\n",
      "v = 550200091.914091 m / s > c, setting 1/gamma = 0\n",
      "v = 582523626.2677865 m / s > c, setting 1/gamma = 0\n",
      "v = 545646837.7076415 m / s > c, setting 1/gamma = 0\n",
      "v = 541021798.6043915 m / s > c, setting 1/gamma = 0\n",
      "v = 304454668.68722427 m / s > c, setting 1/gamma = 0\n",
      "v = 329217888.6638229 m / s > c, setting 1/gamma = 0\n",
      "v = 307497136.4577071 m / s > c, setting 1/gamma = 0\n",
      "v = 356660231.1283799 m / s > c, setting 1/gamma = 0\n",
      "v = 429181138.20390534 m / s > c, setting 1/gamma = 0\n",
      "v = 491033445.2372283 m / s > c, setting 1/gamma = 0\n",
      "v = 371117234.9372567 m / s > c, setting 1/gamma = 0\n",
      "v = 411486676.0432209 m / s > c, setting 1/gamma = 0\n",
      "v = 302359270.3196986 m / s > c, setting 1/gamma = 0\n",
      "v = 326626517.1585323 m / s > c, setting 1/gamma = 0\n",
      "v = 396785697.7041301 m / s > c, setting 1/gamma = 0\n",
      "v = 445226017.21410275 m / s > c, setting 1/gamma = 0\n",
      "v = 308947252.1519657 m / s > c, setting 1/gamma = 0\n",
      "v = 334264864.18827295 m / s > c, setting 1/gamma = 0\n",
      "v = 333905828.7058057 m / s > c, setting 1/gamma = 0\n",
      "v = 381812980.11455244 m / s > c, setting 1/gamma = 0\n",
      "v = 345760312.5923578 m / s > c, setting 1/gamma = 0\n",
      "v = 367078867.05405474 m / s > c, setting 1/gamma = 0\n",
      "v = 301658699.73634255 m / s > c, setting 1/gamma = 0\n",
      "v = 348180982.68356484 m / s > c, setting 1/gamma = 0\n",
      "v = 312714906.9695757 m / s > c, setting 1/gamma = 0\n",
      "v = 344737776.77740693 m / s > c, setting 1/gamma = 0\n",
      "v = 314847566.8414411 m / s > c, setting 1/gamma = 0\n",
      "v = 582913301.6451099 m / s > c, setting 1/gamma = 0\n",
      "v = 615776562.186391 m / s > c, setting 1/gamma = 0\n",
      "v = 386385413.6312504 m / s > c, setting 1/gamma = 0\n",
      "v = 412347415.45452285 m / s > c, setting 1/gamma = 0\n",
      "v = 402111588.1257344 m / s > c, setting 1/gamma = 0\n",
      "v = 460724297.5203685 m / s > c, setting 1/gamma = 0\n",
      "v = 316424393.75682807 m / s > c, setting 1/gamma = 0\n",
      "v = 352129004.9017151 m / s > c, setting 1/gamma = 0\n",
      "v = 618890064.7900859 m / s > c, setting 1/gamma = 0\n",
      "v = 622264002.0917939 m / s > c, setting 1/gamma = 0\n",
      "v = 536901643.7721487 m / s > c, setting 1/gamma = 0\n",
      "v = 533381930.2972742 m / s > c, setting 1/gamma = 0\n",
      "v = 320091512.11788136 m / s > c, setting 1/gamma = 0\n",
      "v = 582272911.3027916 m / s > c, setting 1/gamma = 0\n",
      "v = 572555446.1549418 m / s > c, setting 1/gamma = 0\n",
      "v = 302995685.99976885 m / s > c, setting 1/gamma = 0\n",
      "v = 411047646.22282106 m / s > c, setting 1/gamma = 0\n",
      "v = 475969495.9041714 m / s > c, setting 1/gamma = 0\n",
      "v = 381677505.2229151 m / s > c, setting 1/gamma = 0\n",
      "v = 446505850.8761843 m / s > c, setting 1/gamma = 0\n",
      "v = 340424635.38502294 m / s > c, setting 1/gamma = 0\n",
      "v = 401940509.69791424 m / s > c, setting 1/gamma = 0\n",
      "v = 310425901.9959348 m / s > c, setting 1/gamma = 0\n",
      "v = 376562213.59613496 m / s > c, setting 1/gamma = 0\n",
      "v = 310611609.5105526 m / s > c, setting 1/gamma = 0\n",
      "v = 682707058.2879288 m / s > c, setting 1/gamma = 0\n",
      "v = 570253928.8507435 m / s > c, setting 1/gamma = 0\n",
      "v = 300755842.5143283 m / s > c, setting 1/gamma = 0\n",
      "v = 391175572.249562 m / s > c, setting 1/gamma = 0\n",
      "v = 433325844.76058674 m / s > c, setting 1/gamma = 0\n",
      "v = 316534478.6148081 m / s > c, setting 1/gamma = 0\n",
      "v = 365782684.0751236 m / s > c, setting 1/gamma = 0\n",
      "v = 341755747.5835191 m / s > c, setting 1/gamma = 0\n",
      "v = 384979897.53209186 m / s > c, setting 1/gamma = 0\n",
      "v = 441480326.4299804 m / s > c, setting 1/gamma = 0\n",
      "v = 324517175.2364438 m / s > c, setting 1/gamma = 0\n",
      "v = 396736116.50285274 m / s > c, setting 1/gamma = 0\n",
      "v = 308578489.6712069 m / s > c, setting 1/gamma = 0\n",
      "v = 669503066.039473 m / s > c, setting 1/gamma = 0\n",
      "v = 553219963.5762757 m / s > c, setting 1/gamma = 0\n",
      "v = 334488237.4550273 m / s > c, setting 1/gamma = 0\n",
      "v = 366796699.3754917 m / s > c, setting 1/gamma = 0\n",
      "v = 314080148.04515445 m / s > c, setting 1/gamma = 0\n",
      "v = 337744435.3646107 m / s > c, setting 1/gamma = 0\n",
      "v = 338182055.8518121 m / s > c, setting 1/gamma = 0\n",
      "v = 308657257.3387862 m / s > c, setting 1/gamma = 0\n",
      "v = 378329007.5731006 m / s > c, setting 1/gamma = 0\n",
      "v = 300677735.8219592 m / s > c, setting 1/gamma = 0\n",
      "v = 338106649.44128674 m / s > c, setting 1/gamma = 0\n",
      "v = 299809537.9881049 m / s > c, setting 1/gamma = 0\n",
      "v = 323169011.0235408 m / s > c, setting 1/gamma = 0\n",
      "v = 381857085.86841613 m / s > c, setting 1/gamma = 0\n",
      "v = 467323879.1877253 m / s > c, setting 1/gamma = 0\n",
      "v = 349704594.7255743 m / s > c, setting 1/gamma = 0\n",
      "v = 349283191.5215128 m / s > c, setting 1/gamma = 0\n",
      "v = 315438619.79632497 m / s > c, setting 1/gamma = 0\n",
      "v = 377702674.5584747 m / s > c, setting 1/gamma = 0\n",
      "v = 318247725.2078187 m / s > c, setting 1/gamma = 0\n",
      "v = 304140010.9399831 m / s > c, setting 1/gamma = 0\n",
      "v = 353439966.1060009 m / s > c, setting 1/gamma = 0\n",
      "v = 398696013.81442904 m / s > c, setting 1/gamma = 0\n",
      "v = 404480633.24438006 m / s > c, setting 1/gamma = 0\n",
      "v = 1134020456.7416697 m / s > c, setting 1/gamma = 0\n",
      "v = 1000194546.0850081 m / s > c, setting 1/gamma = 0\n",
      "v = 443140463.6936614 m / s > c, setting 1/gamma = 0\n",
      "v = 469538523.76398987 m / s > c, setting 1/gamma = 0\n",
      "v = 312051980.9733478 m / s > c, setting 1/gamma = 0\n",
      "v = 703971816.1750834 m / s > c, setting 1/gamma = 0\n",
      "v = 637589804.1083815 m / s > c, setting 1/gamma = 0\n",
      "v = 455301341.6948712 m / s > c, setting 1/gamma = 0\n",
      "v = 515986401.0691817 m / s > c, setting 1/gamma = 0\n",
      "v = 336749769.5956837 m / s > c, setting 1/gamma = 0\n",
      "v = 311440924.5256562 m / s > c, setting 1/gamma = 0\n",
      "v = 360846597.41906697 m / s > c, setting 1/gamma = 0\n",
      "v = 388795865.4119681 m / s > c, setting 1/gamma = 0\n",
      "v = 437755773.19422185 m / s > c, setting 1/gamma = 0\n",
      "v = 300841505.1241428 m / s > c, setting 1/gamma = 0\n",
      "v = 795371868.861887 m / s > c, setting 1/gamma = 0\n",
      "v = 701778961.0688094 m / s > c, setting 1/gamma = 0\n",
      "v = 470105521.0787687 m / s > c, setting 1/gamma = 0\n",
      "v = 497615602.42555827 m / s > c, setting 1/gamma = 0\n",
      "v = 355084937.5258111 m / s > c, setting 1/gamma = 0\n",
      "v = 791655002.8468442 m / s > c, setting 1/gamma = 0\n",
      "v = 660296517.7760175 m / s > c, setting 1/gamma = 0\n",
      "v = 300914505.5700867 m / s > c, setting 1/gamma = 0\n",
      "v = 336373989.8631619 m / s > c, setting 1/gamma = 0\n",
      "v = 312840632.5627269 m / s > c, setting 1/gamma = 0\n",
      "v = 526459738.25922096 m / s > c, setting 1/gamma = 0\n",
      "v = 536142837.3513576 m / s > c, setting 1/gamma = 0\n",
      "v = 387396226.6674228 m / s > c, setting 1/gamma = 0\n",
      "v = 935419681.7319268 m / s > c, setting 1/gamma = 0\n",
      "v = 787765122.7530642 m / s > c, setting 1/gamma = 0\n",
      "v = 313391070.6409678 m / s > c, setting 1/gamma = 0\n",
      "v = 332833906.81386214 m / s > c, setting 1/gamma = 0\n",
      "v = 323726038.4675595 m / s > c, setting 1/gamma = 0\n",
      "v = 699808189.8947994 m / s > c, setting 1/gamma = 0\n",
      "v = 583859103.0578101 m / s > c, setting 1/gamma = 0\n",
      "v = 303810037.791998 m / s > c, setting 1/gamma = 0\n",
      "v = 308386736.58062214 m / s > c, setting 1/gamma = 0\n",
      "v = 476363482.4590333 m / s > c, setting 1/gamma = 0\n",
      "v = 483745630.42601657 m / s > c, setting 1/gamma = 0\n",
      "v = 515483061.24899596 m / s > c, setting 1/gamma = 0\n",
      "v = 498928668.8495585 m / s > c, setting 1/gamma = 0\n",
      "v = 315106147.1292157 m / s > c, setting 1/gamma = 0\n",
      "v = 372917469.56595 m / s > c, setting 1/gamma = 0\n",
      "v = 303759777.870661 m / s > c, setting 1/gamma = 0\n",
      "v = 331427756.70627403 m / s > c, setting 1/gamma = 0\n",
      "v = 381972545.0953525 m / s > c, setting 1/gamma = 0\n",
      "v = 404532326.2769208 m / s > c, setting 1/gamma = 0\n",
      "v = 313312690.4064915 m / s > c, setting 1/gamma = 0\n",
      "v = 326689847.61120135 m / s > c, setting 1/gamma = 0\n",
      "v = 300704734.6064946 m / s > c, setting 1/gamma = 0\n",
      "v = 308451414.3743479 m / s > c, setting 1/gamma = 0\n",
      "v = 342845604.37533605 m / s > c, setting 1/gamma = 0\n",
      "v = 379117372.8390286 m / s > c, setting 1/gamma = 0\n",
      "v = 304618766.9156937 m / s > c, setting 1/gamma = 0\n",
      "v = 316001465.19764256 m / s > c, setting 1/gamma = 0\n",
      "v = 304171802.1493383 m / s > c, setting 1/gamma = 0\n",
      "v = 344893663.11329246 m / s > c, setting 1/gamma = 0\n",
      "v = 310012733.41191626 m / s > c, setting 1/gamma = 0\n",
      "v = 351207051.1180017 m / s > c, setting 1/gamma = 0\n",
      "v = 302041015.4640144 m / s > c, setting 1/gamma = 0\n",
      "v = 816733774.7650709 m / s > c, setting 1/gamma = 0\n",
      "v = 714915355.9466796 m / s > c, setting 1/gamma = 0\n",
      "v = 435201034.6616304 m / s > c, setting 1/gamma = 0\n",
      "v = 458793463.0119546 m / s > c, setting 1/gamma = 0\n",
      "v = 324115091.91895634 m / s > c, setting 1/gamma = 0\n",
      "v = 346061902.19273335 m / s > c, setting 1/gamma = 0\n",
      "v = 326867507.86721635 m / s > c, setting 1/gamma = 0\n",
      "v = 382923630.8785805 m / s > c, setting 1/gamma = 0\n",
      "v = 335138438.0972115 m / s > c, setting 1/gamma = 0\n",
      "v = 361152614.86738014 m / s > c, setting 1/gamma = 0\n",
      "v = 336276195.6207575 m / s > c, setting 1/gamma = 0\n",
      "v = 404173510.5061184 m / s > c, setting 1/gamma = 0\n",
      "v = 364108894.7167318 m / s > c, setting 1/gamma = 0\n",
      "v = 400117582.0851561 m / s > c, setting 1/gamma = 0\n",
      "v = 434939435.8353337 m / s > c, setting 1/gamma = 0\n",
      "v = 471282539.58115786 m / s > c, setting 1/gamma = 0\n",
      "v = 337701847.5456684 m / s > c, setting 1/gamma = 0\n",
      "v = 402005830.95622885 m / s > c, setting 1/gamma = 0\n",
      "v = 341052484.0266037 m / s > c, setting 1/gamma = 0\n",
      "v = 385987808.70677054 m / s > c, setting 1/gamma = 0\n",
      "v = 460542940.012505 m / s > c, setting 1/gamma = 0\n",
      "v = 510732179.9331102 m / s > c, setting 1/gamma = 0\n",
      "v = 304926345.3639503 m / s > c, setting 1/gamma = 0\n",
      "v = 313612903.7908129 m / s > c, setting 1/gamma = 0\n",
      "v = 337940373.60164726 m / s > c, setting 1/gamma = 0\n",
      "v = 410836059.24453497 m / s > c, setting 1/gamma = 0\n",
      "v = 442615193.64034635 m / s > c, setting 1/gamma = 0\n",
      "v = 329355547.43170214 m / s > c, setting 1/gamma = 0\n",
      "v = 386592584.21805906 m / s > c, setting 1/gamma = 0\n",
      "v = 518046222.9190597 m / s > c, setting 1/gamma = 0\n",
      "v = 562714138.2258534 m / s > c, setting 1/gamma = 0\n",
      "v = 316547911.499483 m / s > c, setting 1/gamma = 0\n",
      "v = 368590589.2179573 m / s > c, setting 1/gamma = 0\n",
      "v = 645547240.3656348 m / s > c, setting 1/gamma = 0\n",
      "v = 647750619.3990794 m / s > c, setting 1/gamma = 0\n",
      "v = 318064825.99867153 m / s > c, setting 1/gamma = 0\n",
      "v = 330232633.52557486 m / s > c, setting 1/gamma = 0\n",
      "v = 321744133.32753706 m / s > c, setting 1/gamma = 0\n",
      "v = 368589415.36569595 m / s > c, setting 1/gamma = 0\n",
      "v = 390516933.786421 m / s > c, setting 1/gamma = 0\n",
      "v = 455873449.29843843 m / s > c, setting 1/gamma = 0\n",
      "v = 325582237.5880569 m / s > c, setting 1/gamma = 0\n",
      "v = 390412141.89843017 m / s > c, setting 1/gamma = 0\n",
      "v = 443999505.32699245 m / s > c, setting 1/gamma = 0\n",
      "v = 321633514.1583736 m / s > c, setting 1/gamma = 0\n",
      "v = 338853380.70646334 m / s > c, setting 1/gamma = 0\n",
      "v = 363382935.09460413 m / s > c, setting 1/gamma = 0\n",
      "v = 398396377.0692596 m / s > c, setting 1/gamma = 0\n",
      "v = 459413714.0578598 m / s > c, setting 1/gamma = 0\n",
      "v = 306812926.77456534 m / s > c, setting 1/gamma = 0\n",
      "v = 321311452.1158256 m / s > c, setting 1/gamma = 0\n",
      "v = 510872839.1878297 m / s > c, setting 1/gamma = 0\n",
      "v = 527854274.67474204 m / s > c, setting 1/gamma = 0\n",
      "v = 316423187.02334684 m / s > c, setting 1/gamma = 0\n",
      "v = 304492630.9691364 m / s > c, setting 1/gamma = 0\n",
      "v = 505862304.7608073 m / s > c, setting 1/gamma = 0\n",
      "v = 549877939.5809269 m / s > c, setting 1/gamma = 0\n",
      "v = 373577675.78259903 m / s > c, setting 1/gamma = 0\n",
      "v = 438942112.9077792 m / s > c, setting 1/gamma = 0\n",
      "v = 303052971.9584211 m / s > c, setting 1/gamma = 0\n",
      "v = 489283831.6871615 m / s > c, setting 1/gamma = 0\n",
      "v = 502164547.24194354 m / s > c, setting 1/gamma = 0\n",
      "v = 314573410.20765597 m / s > c, setting 1/gamma = 0\n",
      "v = 303049766.3442257 m / s > c, setting 1/gamma = 0\n",
      "v = 398879598.9296479 m / s > c, setting 1/gamma = 0\n",
      "v = 434203935.5458105 m / s > c, setting 1/gamma = 0\n",
      "v = 343927513.33710164 m / s > c, setting 1/gamma = 0\n",
      "v = 301053029.7886803 m / s > c, setting 1/gamma = 0\n",
      "v = 320958278.2200123 m / s > c, setting 1/gamma = 0\n",
      "v = 326385391.2117023 m / s > c, setting 1/gamma = 0\n",
      "v = 713478826.340158 m / s > c, setting 1/gamma = 0\n",
      "v = 622752976.2937781 m / s > c, setting 1/gamma = 0\n",
      "v = 309404292.8669284 m / s > c, setting 1/gamma = 0\n",
      "v = 301989145.0943685 m / s > c, setting 1/gamma = 0\n",
      "v = 319450744.70278496 m / s > c, setting 1/gamma = 0\n",
      "v = 412419339.76649785 m / s > c, setting 1/gamma = 0\n",
      "v = 481291148.70105064 m / s > c, setting 1/gamma = 0\n",
      "v = 321790627.5339236 m / s > c, setting 1/gamma = 0\n",
      "v = 371707923.8138808 m / s > c, setting 1/gamma = 0\n",
      "v = 329403842.60963 m / s > c, setting 1/gamma = 0\n",
      "v = 301458540.5127002 m / s > c, setting 1/gamma = 0\n",
      "v = 413249190.50990564 m / s > c, setting 1/gamma = 0\n",
      "v = 449722654.5388241 m / s > c, setting 1/gamma = 0\n",
      "v = 325091428.0879036 m / s > c, setting 1/gamma = 0\n",
      "v = 389318797.18989813 m / s > c, setting 1/gamma = 0\n",
      "v = 328432085.0813975 m / s > c, setting 1/gamma = 0\n",
      "v = 330276947.5614465 m / s > c, setting 1/gamma = 0\n",
      "v = 317797815.7289978 m / s > c, setting 1/gamma = 0\n",
      "v = 714156221.5623931 m / s > c, setting 1/gamma = 0\n",
      "v = 621698151.949203 m / s > c, setting 1/gamma = 0\n",
      "v = 364523665.3038867 m / s > c, setting 1/gamma = 0\n",
      "v = 423737682.3584916 m / s > c, setting 1/gamma = 0\n",
      "v = 329223195.58763254 m / s > c, setting 1/gamma = 0\n",
      "v = 349343417.62948245 m / s > c, setting 1/gamma = 0\n",
      "v = 310033073.64221686 m / s > c, setting 1/gamma = 0\n",
      "v = 356954228.58472586 m / s > c, setting 1/gamma = 0\n",
      "v = 323559144.93145853 m / s > c, setting 1/gamma = 0\n",
      "v = 364526610.39516056 m / s > c, setting 1/gamma = 0\n",
      "v = 406805519.3844027 m / s > c, setting 1/gamma = 0\n",
      "v = 383579704.204967 m / s > c, setting 1/gamma = 0\n",
      "v = 429646666.2314658 m / s > c, setting 1/gamma = 0\n",
      "v = 373629802.7896946 m / s > c, setting 1/gamma = 0\n",
      "v = 447568204.50766087 m / s > c, setting 1/gamma = 0\n",
      "v = 308592588.4232755 m / s > c, setting 1/gamma = 0\n",
      "v = 544351679.7530574 m / s > c, setting 1/gamma = 0\n",
      "v = 543636056.1397011 m / s > c, setting 1/gamma = 0\n",
      "v = 357031230.5109728 m / s > c, setting 1/gamma = 0\n",
      "v = 769465841.6278313 m / s > c, setting 1/gamma = 0\n",
      "v = 694839619.7336735 m / s > c, setting 1/gamma = 0\n",
      "v = 354460030.0905616 m / s > c, setting 1/gamma = 0\n",
      "v = 421117906.49663156 m / s > c, setting 1/gamma = 0\n",
      "v = 305598724.23700976 m / s > c, setting 1/gamma = 0\n",
      "v = 310735528.57374156 m / s > c, setting 1/gamma = 0\n",
      "v = 329385522.8053201 m / s > c, setting 1/gamma = 0\n",
      "v = 453227358.8241105 m / s > c, setting 1/gamma = 0\n",
      "v = 1177029192.6542382 m / s > c, setting 1/gamma = 0\n",
      "v = 1054346834.4726601 m / s > c, setting 1/gamma = 0\n",
      "v = 338276562.99963933 m / s > c, setting 1/gamma = 0\n",
      "v = 380627535.3547769 m / s > c, setting 1/gamma = 0\n",
      "v = 431888115.80446136 m / s > c, setting 1/gamma = 0\n",
      "v = 467271003.2297029 m / s > c, setting 1/gamma = 0\n",
      "v = 306584142.74534667 m / s > c, setting 1/gamma = 0\n",
      "v = 301280189.9958585 m / s > c, setting 1/gamma = 0\n",
      "v = 351681147.8619967 m / s > c, setting 1/gamma = 0\n",
      "v = 381219645.35660815 m / s > c, setting 1/gamma = 0\n",
      "v = 324577380.80995554 m / s > c, setting 1/gamma = 0\n",
      "v = 714966361.5394299 m / s > c, setting 1/gamma = 0\n",
      "v = 582868788.1380589 m / s > c, setting 1/gamma = 0\n",
      "v = 325828071.3975819 m / s > c, setting 1/gamma = 0\n",
      "v = 360664177.6069164 m / s > c, setting 1/gamma = 0\n",
      "v = 519074057.42783064 m / s > c, setting 1/gamma = 0\n",
      "v = 554496009.0311913 m / s > c, setting 1/gamma = 0\n",
      "v = 308559008.6126919 m / s > c, setting 1/gamma = 0\n",
      "v = 342921718.1596123 m / s > c, setting 1/gamma = 0\n",
      "v = 375137980.16047657 m / s > c, setting 1/gamma = 0\n",
      "v = 424599019.29857427 m / s > c, setting 1/gamma = 0\n",
      "v = 332678936.6916511 m / s > c, setting 1/gamma = 0\n",
      "v = 399889132.2645949 m / s > c, setting 1/gamma = 0\n",
      "v = 300428078.0983606 m / s > c, setting 1/gamma = 0\n",
      "v = 320156376.9676996 m / s > c, setting 1/gamma = 0\n",
      "v = 407545460.76567817 m / s > c, setting 1/gamma = 0\n",
      "v = 469357794.01372695 m / s > c, setting 1/gamma = 0\n",
      "v = 325947872.95547223 m / s > c, setting 1/gamma = 0\n",
      "v = 523271260.7834775 m / s > c, setting 1/gamma = 0\n",
      "v = 581554642.1170216 m / s > c, setting 1/gamma = 0\n",
      "v = 300742001.54650503 m / s > c, setting 1/gamma = 0\n",
      "v = 362503604.1676932 m / s > c, setting 1/gamma = 0\n",
      "v = 401395947.0717443 m / s > c, setting 1/gamma = 0\n",
      "v = 302612511.4610407 m / s > c, setting 1/gamma = 0\n",
      "v = 303493904.8671629 m / s > c, setting 1/gamma = 0\n",
      "v = 322981494.3424678 m / s > c, setting 1/gamma = 0\n",
      "v = 307413116.98799574 m / s > c, setting 1/gamma = 0\n",
      "v = 367174307.30354404 m / s > c, setting 1/gamma = 0\n",
      "v = 305806204.0653616 m / s > c, setting 1/gamma = 0\n",
      "v = 352813273.49171245 m / s > c, setting 1/gamma = 0\n",
      "v = 380187923.0402098 m / s > c, setting 1/gamma = 0\n",
      "v = 334022834.2321224 m / s > c, setting 1/gamma = 0\n",
      "v = 369155041.2349568 m / s > c, setting 1/gamma = 0\n",
      "v = 305036966.7022007 m / s > c, setting 1/gamma = 0\n",
      "v = 309314920.6613478 m / s > c, setting 1/gamma = 0\n",
      "v = 301390171.3938041 m / s > c, setting 1/gamma = 0\n",
      "v = 316306083.32947695 m / s > c, setting 1/gamma = 0\n",
      "v = 326263685.18058556 m / s > c, setting 1/gamma = 0\n",
      "v = 315317782.27859443 m / s > c, setting 1/gamma = 0\n",
      "v = 315730219.0849747 m / s > c, setting 1/gamma = 0\n",
      "v = 314412007.9480454 m / s > c, setting 1/gamma = 0\n",
      "v = 315388892.3661192 m / s > c, setting 1/gamma = 0\n",
      "v = 322323594.83582515 m / s > c, setting 1/gamma = 0\n",
      "v = 341743605.6828744 m / s > c, setting 1/gamma = 0\n",
      "v = 304124879.9427979 m / s > c, setting 1/gamma = 0\n",
      "v = 323190963.6738868 m / s > c, setting 1/gamma = 0\n",
      "v = 334834169.2019226 m / s > c, setting 1/gamma = 0\n",
      "v = 332885597.6175011 m / s > c, setting 1/gamma = 0\n",
      "v = 368387899.3945861 m / s > c, setting 1/gamma = 0\n",
      "v = 361371804.1883637 m / s > c, setting 1/gamma = 0\n",
      "v = 316156469.6670604 m / s > c, setting 1/gamma = 0\n",
      "v = 318125669.270646 m / s > c, setting 1/gamma = 0\n",
      "v = 309571809.16231394 m / s > c, setting 1/gamma = 0\n",
      "v = 313163767.49512225 m / s > c, setting 1/gamma = 0\n",
      "v = 302155160.01334363 m / s > c, setting 1/gamma = 0\n",
      "v = 300872913.5249331 m / s > c, setting 1/gamma = 0\n",
      "v = 303316119.28793705 m / s > c, setting 1/gamma = 0\n",
      "v = 331167674.3036769 m / s > c, setting 1/gamma = 0\n",
      "v = 334441739.21057796 m / s > c, setting 1/gamma = 0\n",
      "v = 312316894.47466254 m / s > c, setting 1/gamma = 0\n",
      "v = 322136884.94924265 m / s > c, setting 1/gamma = 0\n",
      "v = 357984706.0625837 m / s > c, setting 1/gamma = 0\n",
      "v = 362425234.7757356 m / s > c, setting 1/gamma = 0\n",
      "v = 311339142.8312398 m / s > c, setting 1/gamma = 0\n",
      "v = 341442467.27488524 m / s > c, setting 1/gamma = 0\n",
      "v = 307282217.49081165 m / s > c, setting 1/gamma = 0\n",
      "v = 321999146.17752934 m / s > c, setting 1/gamma = 0\n",
      "v = 350839978.569413 m / s > c, setting 1/gamma = 0\n",
      "v = 350853838.5429621 m / s > c, setting 1/gamma = 0\n",
      "v = 301516863.66887885 m / s > c, setting 1/gamma = 0\n",
      "v = 343905014.9171798 m / s > c, setting 1/gamma = 0\n",
      "v = 345695736.4780152 m / s > c, setting 1/gamma = 0\n",
      "v = 302743463.80804074 m / s > c, setting 1/gamma = 0\n",
      "v = 323046474.9976839 m / s > c, setting 1/gamma = 0\n",
      "v = 308609328.62627554 m / s > c, setting 1/gamma = 0\n",
      "v = 338202136.71286017 m / s > c, setting 1/gamma = 0\n",
      "v = 330193861.7985166 m / s > c, setting 1/gamma = 0\n",
      "v = 349972429.3017845 m / s > c, setting 1/gamma = 0\n",
      "v = 305928681.429107 m / s > c, setting 1/gamma = 0\n",
      "v = 303505538.6727415 m / s > c, setting 1/gamma = 0\n",
      "v = 345709608.61342776 m / s > c, setting 1/gamma = 0\n",
      "v = 309415059.6288225 m / s > c, setting 1/gamma = 0\n",
      "v = 301673001.4376549 m / s > c, setting 1/gamma = 0\n",
      "v = 340573219.72083557 m / s > c, setting 1/gamma = 0\n",
      "v = 340811009.8996009 m / s > c, setting 1/gamma = 0\n",
      "v = 355024255.25170237 m / s > c, setting 1/gamma = 0\n",
      "v = 300563233.4991035 m / s > c, setting 1/gamma = 0\n",
      "v = 318838633.8249027 m / s > c, setting 1/gamma = 0\n",
      "v = 334694636.69206095 m / s > c, setting 1/gamma = 0\n",
      "v = 665347085.015063 m / s > c, setting 1/gamma = 0\n",
      "v = 652969565.097299 m / s > c, setting 1/gamma = 0\n",
      "v = 379485539.7459434 m / s > c, setting 1/gamma = 0\n",
      "v = 395949949.09738016 m / s > c, setting 1/gamma = 0\n",
      "v = 332578282.25563 m / s > c, setting 1/gamma = 0\n",
      "v = 348550282.5578861 m / s > c, setting 1/gamma = 0\n",
      "v = 317791031.9551158 m / s > c, setting 1/gamma = 0\n",
      "v = 302135638.41749483 m / s > c, setting 1/gamma = 0\n",
      "v = 303180187.8622203 m / s > c, setting 1/gamma = 0\n",
      "v = 316026586.6197647 m / s > c, setting 1/gamma = 0\n",
      "v = 302995392.2629093 m / s > c, setting 1/gamma = 0\n",
      "v = 330126716.32985073 m / s > c, setting 1/gamma = 0\n",
      "v = 414127606.9208235 m / s > c, setting 1/gamma = 0\n",
      "v = 437848310.6187151 m / s > c, setting 1/gamma = 0\n",
      "v = 344052546.9655168 m / s > c, setting 1/gamma = 0\n",
      "v = 340493513.28483254 m / s > c, setting 1/gamma = 0\n",
      "v = 373393185.6828449 m / s > c, setting 1/gamma = 0\n",
      "v = 396739088.5092022 m / s > c, setting 1/gamma = 0\n",
      "v = 426990838.4690434 m / s > c, setting 1/gamma = 0\n",
      "v = 338509468.7520558 m / s > c, setting 1/gamma = 0\n",
      "v = 369497845.51796407 m / s > c, setting 1/gamma = 0\n",
      "v = 305521534.21929204 m / s > c, setting 1/gamma = 0\n",
      "v = 341948898.96646416 m / s > c, setting 1/gamma = 0\n",
      "v = 386084635.24365467 m / s > c, setting 1/gamma = 0\n",
      "v = 410109330.8834951 m / s > c, setting 1/gamma = 0\n",
      "v = 300797486.9632979 m / s > c, setting 1/gamma = 0\n",
      "v = 427872161.0556599 m / s > c, setting 1/gamma = 0\n",
      "v = 457389690.86313385 m / s > c, setting 1/gamma = 0\n",
      "v = 378889170.819398 m / s > c, setting 1/gamma = 0\n",
      "v = 430447264.9565144 m / s > c, setting 1/gamma = 0\n",
      "v = 480666629.5134988 m / s > c, setting 1/gamma = 0\n",
      "v = 516977463.6052399 m / s > c, setting 1/gamma = 0\n",
      "v = 365936110.8831341 m / s > c, setting 1/gamma = 0\n",
      "v = 420836488.39912844 m / s > c, setting 1/gamma = 0\n",
      "v = 312379756.9038269 m / s > c, setting 1/gamma = 0\n",
      "v = 336259137.1636967 m / s > c, setting 1/gamma = 0\n",
      "v = 380126852.72770226 m / s > c, setting 1/gamma = 0\n",
      "v = 448988056.70728904 m / s > c, setting 1/gamma = 0\n",
      "v = 479670723.49662393 m / s > c, setting 1/gamma = 0\n",
      "v = 317013473.0071819 m / s > c, setting 1/gamma = 0\n",
      "v = 380128030.7883222 m / s > c, setting 1/gamma = 0\n",
      "v = 317186988.0511863 m / s > c, setting 1/gamma = 0\n",
      "v = 315875702.1556167 m / s > c, setting 1/gamma = 0\n",
      "v = 354231161.4976258 m / s > c, setting 1/gamma = 0\n",
      "v = 364138231.2214224 m / s > c, setting 1/gamma = 0\n",
      "v = 381517806.4203863 m / s > c, setting 1/gamma = 0\n",
      "v = 374052223.44680893 m / s > c, setting 1/gamma = 0\n",
      "v = 440813105.6355384 m / s > c, setting 1/gamma = 0\n",
      "v = 371977189.361373 m / s > c, setting 1/gamma = 0\n",
      "v = 446176944.5612618 m / s > c, setting 1/gamma = 0\n",
      "v = 325684814.9439846 m / s > c, setting 1/gamma = 0\n",
      "v = 368746427.224699 m / s > c, setting 1/gamma = 0\n",
      "v = 342644949.91942644 m / s > c, setting 1/gamma = 0\n",
      "v = 401245620.9485875 m / s > c, setting 1/gamma = 0\n",
      "v = 328355218.8351577 m / s > c, setting 1/gamma = 0\n",
      "v = 394208200.5691086 m / s > c, setting 1/gamma = 0\n",
      "v = 355712567.39866453 m / s > c, setting 1/gamma = 0\n",
      "v = 396424023.39472264 m / s > c, setting 1/gamma = 0\n",
      "v = 420213214.0452949 m / s > c, setting 1/gamma = 0\n",
      "v = 485520465.51098555 m / s > c, setting 1/gamma = 0\n",
      "v = 352322656.6180314 m / s > c, setting 1/gamma = 0\n",
      "v = 430800773.2021665 m / s > c, setting 1/gamma = 0\n",
      "v = 493924164.4571548 m / s > c, setting 1/gamma = 0\n",
      "v = 516381237.5724493 m / s > c, setting 1/gamma = 0\n",
      "v = 392568732.5154356 m / s > c, setting 1/gamma = 0\n",
      "v = 464985319.60506266 m / s > c, setting 1/gamma = 0\n",
      "v = 366712837.58229345 m / s > c, setting 1/gamma = 0\n",
      "v = 444265235.7051496 m / s > c, setting 1/gamma = 0\n",
      "v = 324826493.4969468 m / s > c, setting 1/gamma = 0\n",
      "v = 303668847.391457 m / s > c, setting 1/gamma = 0\n",
      "v = 367302133.1827797 m / s > c, setting 1/gamma = 0\n",
      "v = 401299901.54893667 m / s > c, setting 1/gamma = 0\n",
      "v = 308633314.5593717 m / s > c, setting 1/gamma = 0\n",
      "v = 382937518.7396916 m / s > c, setting 1/gamma = 0\n",
      "v = 306985312.6916781 m / s > c, setting 1/gamma = 0\n",
      "v = 308801445.52920526 m / s > c, setting 1/gamma = 0\n",
      "v = 344503399.48271656 m / s > c, setting 1/gamma = 0\n",
      "v = 308408335.0668809 m / s > c, setting 1/gamma = 0\n",
      "v = 356331532.56183505 m / s > c, setting 1/gamma = 0\n",
      "v = 302066318.3131499 m / s > c, setting 1/gamma = 0\n",
      "v = 306149642.02724254 m / s > c, setting 1/gamma = 0\n",
      "v = 315475031.2533494 m / s > c, setting 1/gamma = 0\n",
      "v = 350602038.28986883 m / s > c, setting 1/gamma = 0\n",
      "v = 300497918.06820023 m / s > c, setting 1/gamma = 0\n",
      "v = 303556918.40216804 m / s > c, setting 1/gamma = 0\n",
      "v = 301610956.3731993 m / s > c, setting 1/gamma = 0\n",
      "v = 301099244.8613333 m / s > c, setting 1/gamma = 0\n",
      "v = 321615574.9516487 m / s > c, setting 1/gamma = 0\n",
      "v = 303914717.6292434 m / s > c, setting 1/gamma = 0\n",
      "v = 326140115.753863 m / s > c, setting 1/gamma = 0\n",
      "v = 411597460.60136276 m / s > c, setting 1/gamma = 0\n",
      "v = 993536607.573233 m / s > c, setting 1/gamma = 0\n",
      "v = 876382195.8744165 m / s > c, setting 1/gamma = 0\n",
      "v = 303581028.1489048 m / s > c, setting 1/gamma = 0\n",
      "v = 329392853.5799419 m / s > c, setting 1/gamma = 0\n",
      "v = 302007992.8219923 m / s > c, setting 1/gamma = 0\n",
      "v = 304109882.844567 m / s > c, setting 1/gamma = 0\n",
      "v = 302360030.00236803 m / s > c, setting 1/gamma = 0\n",
      "v = 304403778.536794 m / s > c, setting 1/gamma = 0\n",
      "v = 301418123.84003747 m / s > c, setting 1/gamma = 0\n",
      "v = 445070101.5637157 m / s > c, setting 1/gamma = 0\n",
      "v = 492554866.87788796 m / s > c, setting 1/gamma = 0\n",
      "v = 331161011.56870097 m / s > c, setting 1/gamma = 0\n",
      "v = 300431803.7998866 m / s > c, setting 1/gamma = 0\n",
      "v = 373402230.64487004 m / s > c, setting 1/gamma = 0\n",
      "v = 436240536.1037819 m / s > c, setting 1/gamma = 0\n",
      "v = 312603981.5377063 m / s > c, setting 1/gamma = 0\n",
      "v = 452855142.37845683 m / s > c, setting 1/gamma = 0\n",
      "v = 511734168.26044333 m / s > c, setting 1/gamma = 0\n",
      "v = 406259282.6686697 m / s > c, setting 1/gamma = 0\n",
      "v = 437316976.66210604 m / s > c, setting 1/gamma = 0\n",
      "v = 473415580.57720315 m / s > c, setting 1/gamma = 0\n",
      "v = 407915684.3566321 m / s > c, setting 1/gamma = 0\n",
      "v = 1115851838.8077025 m / s > c, setting 1/gamma = 0\n",
      "v = 991851683.4844329 m / s > c, setting 1/gamma = 0\n",
      "v = 319922241.2730663 m / s > c, setting 1/gamma = 0\n",
      "v = 300770793.0354064 m / s > c, setting 1/gamma = 0\n",
      "v = 378252362.4749632 m / s > c, setting 1/gamma = 0\n",
      "v = 436487573.5714188 m / s > c, setting 1/gamma = 0\n",
      "v = 324283967.21306175 m / s > c, setting 1/gamma = 0\n",
      "v = 554513423.7658268 m / s > c, setting 1/gamma = 0\n",
      "v = 557284461.8235394 m / s > c, setting 1/gamma = 0\n",
      "v = 312058418.9057646 m / s > c, setting 1/gamma = 0\n",
      "v = 349148878.7745096 m / s > c, setting 1/gamma = 0\n",
      "v = 412558741.4553672 m / s > c, setting 1/gamma = 0\n",
      "v = 319855073.3227573 m / s > c, setting 1/gamma = 0\n",
      "v = 386236285.50750524 m / s > c, setting 1/gamma = 0\n",
      "v = 333255416.63822216 m / s > c, setting 1/gamma = 0\n",
      "v = 804576401.1627023 m / s > c, setting 1/gamma = 0\n",
      "v = 688539159.1101817 m / s > c, setting 1/gamma = 0\n",
      "v = 311097174.46599734 m / s > c, setting 1/gamma = 0\n",
      "v = 363852049.9811623 m / s > c, setting 1/gamma = 0\n",
      "v = 301732566.53469753 m / s > c, setting 1/gamma = 0\n",
      "v = 339991867.140907 m / s > c, setting 1/gamma = 0\n",
      "v = 301431318.81521136 m / s > c, setting 1/gamma = 0\n",
      "v = 333567963.4652193 m / s > c, setting 1/gamma = 0\n",
      "v = 359811800.77347547 m / s > c, setting 1/gamma = 0\n",
      "v = 405263084.11595595 m / s > c, setting 1/gamma = 0\n",
      "v = 406180073.6180827 m / s > c, setting 1/gamma = 0\n",
      "v = 454654387.17955154 m / s > c, setting 1/gamma = 0\n",
      "v = 335416315.08931696 m / s > c, setting 1/gamma = 0\n",
      "v = 301675410.22906923 m / s > c, setting 1/gamma = 0\n",
      "v = 318073368.89379936 m / s > c, setting 1/gamma = 0\n",
      "v = 762313163.8021623 m / s > c, setting 1/gamma = 0\n",
      "v = 656090933.6842936 m / s > c, setting 1/gamma = 0\n",
      "v = 309578641.94881344 m / s > c, setting 1/gamma = 0\n",
      "v = 380426165.63775986 m / s > c, setting 1/gamma = 0\n",
      "v = 325004781.5540135 m / s > c, setting 1/gamma = 0\n",
      "v = 724636131.7687765 m / s > c, setting 1/gamma = 0\n",
      "v = 609695312.563398 m / s > c, setting 1/gamma = 0\n",
      "v = 372408040.2860649 m / s > c, setting 1/gamma = 0\n",
      "v = 441192192.22944504 m / s > c, setting 1/gamma = 0\n",
      "v = 341364694.236797 m / s > c, setting 1/gamma = 0\n",
      "v = 390631450.7227611 m / s > c, setting 1/gamma = 0\n",
      "v = 319923241.80699676 m / s > c, setting 1/gamma = 0\n",
      "v = 397831040.1772121 m / s > c, setting 1/gamma = 0\n",
      "v = 464458705.53814363 m / s > c, setting 1/gamma = 0\n",
      "v = 327350162.9596999 m / s > c, setting 1/gamma = 0\n",
      "v = 301832915.7093575 m / s > c, setting 1/gamma = 0\n",
      "v = 321746114.22410685 m / s > c, setting 1/gamma = 0\n",
      "v = 344664177.6531926 m / s > c, setting 1/gamma = 0\n",
      "v = 396258278.35219723 m / s > c, setting 1/gamma = 0\n",
      "v = 313591163.5484563 m / s > c, setting 1/gamma = 0\n",
      "v = 374948947.67912924 m / s > c, setting 1/gamma = 0\n",
      "v = 301292899.5697318 m / s > c, setting 1/gamma = 0\n",
      "v = 327236579.6726379 m / s > c, setting 1/gamma = 0\n",
      "v = 366345019.9159445 m / s > c, setting 1/gamma = 0\n",
      "v = 396294686.29165876 m / s > c, setting 1/gamma = 0\n",
      "v = 340600430.9876461 m / s > c, setting 1/gamma = 0\n",
      "v = 351079501.0094142 m / s > c, setting 1/gamma = 0\n",
      "v = 305091707.71600944 m / s > c, setting 1/gamma = 0\n",
      "v = 337220462.03182226 m / s > c, setting 1/gamma = 0\n",
      "v = 480246550.4036251 m / s > c, setting 1/gamma = 0\n",
      "v = 517896778.17233056 m / s > c, setting 1/gamma = 0\n",
      "v = 417635891.36203194 m / s > c, setting 1/gamma = 0\n",
      "v = 450317285.0247172 m / s > c, setting 1/gamma = 0\n",
      "v = 310672826.15371746 m / s > c, setting 1/gamma = 0\n",
      "v = 333487174.3644736 m / s > c, setting 1/gamma = 0\n",
      "v = 313478952.92692065 m / s > c, setting 1/gamma = 0\n",
      "v = 340630787.1392313 m / s > c, setting 1/gamma = 0\n",
      "v = 316796409.9962477 m / s > c, setting 1/gamma = 0\n",
      "v = 375498440.7791994 m / s > c, setting 1/gamma = 0\n",
      "v = 322085064.5235715 m / s > c, setting 1/gamma = 0\n",
      "v = 388033433.7530712 m / s > c, setting 1/gamma = 0\n",
      "v = 324555294.1463746 m / s > c, setting 1/gamma = 0\n",
      "v = 335163661.1280658 m / s > c, setting 1/gamma = 0\n",
      "v = 404494381.63790184 m / s > c, setting 1/gamma = 0\n",
      "v = 427452577.1006274 m / s > c, setting 1/gamma = 0\n",
      "v = 499919223.2208418 m / s > c, setting 1/gamma = 0\n",
      "v = 328060996.0530964 m / s > c, setting 1/gamma = 0\n",
      "v = 392518161.5820752 m / s > c, setting 1/gamma = 0\n",
      "v = 412561456.8047952 m / s > c, setting 1/gamma = 0\n",
      "v = 442706950.39079 m / s > c, setting 1/gamma = 0\n",
      "v = 339632977.15878606 m / s > c, setting 1/gamma = 0\n",
      "v = 375098497.72876555 m / s > c, setting 1/gamma = 0\n",
      "v = 352459782.09359425 m / s > c, setting 1/gamma = 0\n",
      "v = 322907499.804436 m / s > c, setting 1/gamma = 0\n",
      "v = 309443767.65153927 m / s > c, setting 1/gamma = 0\n",
      "v = 355980435.2301958 m / s > c, setting 1/gamma = 0\n",
      "v = 382488997.080481 m / s > c, setting 1/gamma = 0\n",
      "v = 401571504.5131064 m / s > c, setting 1/gamma = 0\n",
      "v = 1038033328.4699337 m / s > c, setting 1/gamma = 0\n",
      "v = 927751572.8425783 m / s > c, setting 1/gamma = 0\n",
      "v = 423951170.95644283 m / s > c, setting 1/gamma = 0\n",
      "v = 473973266.7583008 m / s > c, setting 1/gamma = 0\n",
      "v = 395118063.86184824 m / s > c, setting 1/gamma = 0\n",
      "v = 1161639195.3162823 m / s > c, setting 1/gamma = 0\n",
      "v = 1025430673.4694422 m / s > c, setting 1/gamma = 0\n",
      "v = 669368326.7779747 m / s > c, setting 1/gamma = 0\n",
      "v = 648816037.3368738 m / s > c, setting 1/gamma = 0\n",
      "v = 349054409.82877225 m / s > c, setting 1/gamma = 0\n",
      "v = 309158506.31288755 m / s > c, setting 1/gamma = 0\n",
      "v = 344845700.68061334 m / s > c, setting 1/gamma = 0\n",
      "v = 383845844.6883463 m / s > c, setting 1/gamma = 0\n",
      "v = 306148067.85556465 m / s > c, setting 1/gamma = 0\n",
      "v = 371776935.3252181 m / s > c, setting 1/gamma = 0\n",
      "v = 376577129.11371005 m / s > c, setting 1/gamma = 0\n",
      "v = 441627312.19032705 m / s > c, setting 1/gamma = 0\n",
      "v = 407781106.20940804 m / s > c, setting 1/gamma = 0\n",
      "v = 470033074.3707046 m / s > c, setting 1/gamma = 0\n",
      "v = 348796546.12620276 m / s > c, setting 1/gamma = 0\n",
      "v = 423083355.9235101 m / s > c, setting 1/gamma = 0\n",
      "v = 403378235.6354612 m / s > c, setting 1/gamma = 0\n",
      "v = 473644827.2383888 m / s > c, setting 1/gamma = 0\n",
      "v = 456151203.64364415 m / s > c, setting 1/gamma = 0\n",
      "v = 1267101298.2653537 m / s > c, setting 1/gamma = 0\n",
      "v = 1119748579.621591 m / s > c, setting 1/gamma = 0\n",
      "v = 517092465.0355468 m / s > c, setting 1/gamma = 0\n",
      "v = 519317063.13355875 m / s > c, setting 1/gamma = 0\n",
      "v = 315597130.665721 m / s > c, setting 1/gamma = 0\n",
      "v = 308684756.15365314 m / s > c, setting 1/gamma = 0\n",
      "v = 362739625.7902037 m / s > c, setting 1/gamma = 0\n",
      "v = 584765412.4811648 m / s > c, setting 1/gamma = 0\n",
      "v = 577141189.2212797 m / s > c, setting 1/gamma = 0\n",
      "v = 460204948.8412015 m / s > c, setting 1/gamma = 0\n",
      "v = 500759690.5343463 m / s > c, setting 1/gamma = 0\n",
      "v = 410298050.49712896 m / s > c, setting 1/gamma = 0\n",
      "v = 479709644.05970114 m / s > c, setting 1/gamma = 0\n",
      "v = 303122414.83221483 m / s > c, setting 1/gamma = 0\n",
      "v = 479941462.0659077 m / s > c, setting 1/gamma = 0\n",
      "v = 488962177.47999346 m / s > c, setting 1/gamma = 0\n",
      "v = 317199826.83951616 m / s > c, setting 1/gamma = 0\n",
      "v = 352038287.41337913 m / s > c, setting 1/gamma = 0\n",
      "v = 317854741.6305238 m / s > c, setting 1/gamma = 0\n",
      "v = 336253223.17865217 m / s > c, setting 1/gamma = 0\n",
      "v = 361325349.45513356 m / s > c, setting 1/gamma = 0\n",
      "v = 394383914.2479393 m / s > c, setting 1/gamma = 0\n",
      "v = 328466230.73676234 m / s > c, setting 1/gamma = 0\n",
      "v = 734833762.4850944 m / s > c, setting 1/gamma = 0\n",
      "v = 608648611.2000539 m / s > c, setting 1/gamma = 0\n",
      "v = 445555282.48929125 m / s > c, setting 1/gamma = 0\n",
      "v = 488248342.6597331 m / s > c, setting 1/gamma = 0\n",
      "v = 335471231.7959526 m / s > c, setting 1/gamma = 0\n",
      "v = 333262959.9064785 m / s > c, setting 1/gamma = 0\n",
      "v = 373023806.17611784 m / s > c, setting 1/gamma = 0\n",
      "v = 318404072.86253977 m / s > c, setting 1/gamma = 0\n",
      "v = 431075977.3441284 m / s > c, setting 1/gamma = 0\n",
      "v = 472012526.4858541 m / s > c, setting 1/gamma = 0\n",
      "v = 403733114.676889 m / s > c, setting 1/gamma = 0\n",
      "v = 462522260.9986099 m / s > c, setting 1/gamma = 0\n",
      "v = 333870302.0212088 m / s > c, setting 1/gamma = 0\n",
      "v = 390206641.4920508 m / s > c, setting 1/gamma = 0\n",
      "v = 440735870.3330519 m / s > c, setting 1/gamma = 0\n",
      "v = 400630965.911925 m / s > c, setting 1/gamma = 0\n",
      "v = 450169455.0518268 m / s > c, setting 1/gamma = 0\n",
      "v = 576505139.3580972 m / s > c, setting 1/gamma = 0\n",
      "v = 546851658.031921 m / s > c, setting 1/gamma = 0\n",
      "v = 317628911.37064457 m / s > c, setting 1/gamma = 0\n",
      "v = 382123318.76179945 m / s > c, setting 1/gamma = 0\n",
      "v = 301642759.73279 m / s > c, setting 1/gamma = 0\n",
      "v = 471043671.9934966 m / s > c, setting 1/gamma = 0\n",
      "v = 501038663.76691145 m / s > c, setting 1/gamma = 0\n",
      "v = 316934881.2267908 m / s > c, setting 1/gamma = 0\n",
      "v = 358993230.40170354 m / s > c, setting 1/gamma = 0\n",
      "v = 426047425.5319597 m / s > c, setting 1/gamma = 0\n",
      "v = 303352526.7330433 m / s > c, setting 1/gamma = 0\n",
      "v = 702736682.9764551 m / s > c, setting 1/gamma = 0\n",
      "v = 636026646.428952 m / s > c, setting 1/gamma = 0\n",
      "v = 390534313.4086603 m / s > c, setting 1/gamma = 0\n",
      "v = 428241439.9842971 m / s > c, setting 1/gamma = 0\n",
      "v = 451637700.78249794 m / s > c, setting 1/gamma = 0\n",
      "v = 510621373.6388653 m / s > c, setting 1/gamma = 0\n",
      "v = 329391166.12196887 m / s > c, setting 1/gamma = 0\n",
      "v = 300237195.1267834 m / s > c, setting 1/gamma = 0\n",
      "v = 352471216.9692547 m / s > c, setting 1/gamma = 0\n",
      "v = 473995652.2271731 m / s > c, setting 1/gamma = 0\n",
      "v = 501494484.3382748 m / s > c, setting 1/gamma = 0\n",
      "v = 387249284.655587 m / s > c, setting 1/gamma = 0\n",
      "v = 421295421.6224022 m / s > c, setting 1/gamma = 0\n",
      "v = 327214233.8496412 m / s > c, setting 1/gamma = 0\n",
      "v = 347462852.68632424 m / s > c, setting 1/gamma = 0\n",
      "v = 331443707.37132496 m / s > c, setting 1/gamma = 0\n",
      "v = 387969372.21998453 m / s > c, setting 1/gamma = 0\n",
      "v = 304219214.92054313 m / s > c, setting 1/gamma = 0\n",
      "v = 367139729.58541477 m / s > c, setting 1/gamma = 0\n",
      "v = 309546425.07450116 m / s > c, setting 1/gamma = 0\n",
      "v = 338482331.7975643 m / s > c, setting 1/gamma = 0\n",
      "v = 309755835.56580925 m / s > c, setting 1/gamma = 0\n",
      "v = 339270829.779694 m / s > c, setting 1/gamma = 0\n",
      "v = 393853829.5869158 m / s > c, setting 1/gamma = 0\n",
      "v = 357712317.440225 m / s > c, setting 1/gamma = 0\n",
      "v = 374349657.46736705 m / s > c, setting 1/gamma = 0\n",
      "v = 301170700.41759884 m / s > c, setting 1/gamma = 0\n",
      "v = 315162043.9719337 m / s > c, setting 1/gamma = 0\n",
      "v = 364799301.76562726 m / s > c, setting 1/gamma = 0\n",
      "v = 305720599.4559873 m / s > c, setting 1/gamma = 0\n",
      "v = 360508683.16101104 m / s > c, setting 1/gamma = 0\n",
      "v = 413571258.04767853 m / s > c, setting 1/gamma = 0\n",
      "v = 330282519.8558903 m / s > c, setting 1/gamma = 0\n",
      "v = 350780257.76456946 m / s > c, setting 1/gamma = 0\n",
      "v = 329207797.9819193 m / s > c, setting 1/gamma = 0\n",
      "v = 371359100.2855438 m / s > c, setting 1/gamma = 0\n",
      "v = 318252366.32277447 m / s > c, setting 1/gamma = 0\n",
      "v = 363869560.60532767 m / s > c, setting 1/gamma = 0\n",
      "v = 305558506.15150917 m / s > c, setting 1/gamma = 0\n",
      "v = 333789331.3788964 m / s > c, setting 1/gamma = 0\n",
      "v = 361701977.6401915 m / s > c, setting 1/gamma = 0\n",
      "v = 399816245.73501354 m / s > c, setting 1/gamma = 0\n",
      "v = 379893269.1462046 m / s > c, setting 1/gamma = 0\n",
      "v = 415334118.81713706 m / s > c, setting 1/gamma = 0\n",
      "v = 484373733.5347354 m / s > c, setting 1/gamma = 0\n",
      "v = 546646767.3094217 m / s > c, setting 1/gamma = 0\n",
      "v = 337280512.9517918 m / s > c, setting 1/gamma = 0\n",
      "v = 370107111.2439693 m / s > c, setting 1/gamma = 0\n",
      "v = 415848886.1198823 m / s > c, setting 1/gamma = 0\n",
      "v = 626938984.1180487 m / s > c, setting 1/gamma = 0\n",
      "v = 1831602057.74405 m / s > c, setting 1/gamma = 0\n",
      "v = 1635941269.2188852 m / s > c, setting 1/gamma = 0\n",
      "v = 405739551.2656697 m / s > c, setting 1/gamma = 0\n",
      "v = 447138962.4321395 m / s > c, setting 1/gamma = 0\n",
      "v = 392254154.8569768 m / s > c, setting 1/gamma = 0\n",
      "v = 420716672.53999954 m / s > c, setting 1/gamma = 0\n",
      "v = 335233323.90217865 m / s > c, setting 1/gamma = 0\n",
      "v = 412456597.04756474 m / s > c, setting 1/gamma = 0\n",
      "v = 362150300.66394544 m / s > c, setting 1/gamma = 0\n",
      "v = 430195320.09996086 m / s > c, setting 1/gamma = 0\n",
      "v = 301903447.34350157 m / s > c, setting 1/gamma = 0\n",
      "v = 440007503.03859466 m / s > c, setting 1/gamma = 0\n",
      "v = 472386195.2418001 m / s > c, setting 1/gamma = 0\n",
      "v = 309285915.95077837 m / s > c, setting 1/gamma = 0\n",
      "v = 357887258.67753786 m / s > c, setting 1/gamma = 0\n",
      "v = 422620750.05781585 m / s > c, setting 1/gamma = 0\n",
      "v = 409721344.1944587 m / s > c, setting 1/gamma = 0\n",
      "v = 445373365.68034613 m / s > c, setting 1/gamma = 0\n",
      "v = 397197253.69404835 m / s > c, setting 1/gamma = 0\n",
      "v = 450406313.0014384 m / s > c, setting 1/gamma = 0\n",
      "v = 418546503.7785114 m / s > c, setting 1/gamma = 0\n",
      "v = 458718290.16595495 m / s > c, setting 1/gamma = 0\n",
      "v = 349159593.09178656 m / s > c, setting 1/gamma = 0\n",
      "v = 421128158.88044596 m / s > c, setting 1/gamma = 0\n",
      "v = 328348116.93535006 m / s > c, setting 1/gamma = 0\n",
      "v = 400118486.9960754 m / s > c, setting 1/gamma = 0\n",
      "v = 302347829.5933791 m / s > c, setting 1/gamma = 0\n",
      "v = 398206149.95564044 m / s > c, setting 1/gamma = 0\n",
      "v = 955120987.5919386 m / s > c, setting 1/gamma = 0\n",
      "v = 809139698.5115429 m / s > c, setting 1/gamma = 0\n",
      "v = 316960877.49279577 m / s > c, setting 1/gamma = 0\n",
      "v = 336059468.73532164 m / s > c, setting 1/gamma = 0\n",
      "v = 307922022.5192383 m / s > c, setting 1/gamma = 0\n",
      "v = 357003385.8775831 m / s > c, setting 1/gamma = 0\n",
      "v = 321049254.82276887 m / s > c, setting 1/gamma = 0\n",
      "v = 344786254.883935 m / s > c, setting 1/gamma = 0\n",
      "v = 304578254.36623883 m / s > c, setting 1/gamma = 0\n",
      "v = 318906486.8042327 m / s > c, setting 1/gamma = 0\n",
      "v = 371133671.50983256 m / s > c, setting 1/gamma = 0\n",
      "v = 317877791.829032 m / s > c, setting 1/gamma = 0\n",
      "v = 338152593.5451847 m / s > c, setting 1/gamma = 0\n",
      "v = 329663395.7928185 m / s > c, setting 1/gamma = 0\n",
      "v = 369741039.77215457 m / s > c, setting 1/gamma = 0\n",
      "v = 411422402.7853904 m / s > c, setting 1/gamma = 0\n",
      "v = 460238866.4112448 m / s > c, setting 1/gamma = 0\n",
      "v = 439469747.92614686 m / s > c, setting 1/gamma = 0\n",
      "v = 469540747.0225998 m / s > c, setting 1/gamma = 0\n",
      "v = 346874591.9880391 m / s > c, setting 1/gamma = 0\n",
      "v = 420581469.6406533 m / s > c, setting 1/gamma = 0\n",
      "v = 375351903.11917514 m / s > c, setting 1/gamma = 0\n",
      "v = 434748948.93268114 m / s > c, setting 1/gamma = 0\n",
      "v = 318020608.79393756 m / s > c, setting 1/gamma = 0\n",
      "v = 390051652.53684753 m / s > c, setting 1/gamma = 0\n",
      "v = 308639333.65245616 m / s > c, setting 1/gamma = 0\n",
      "v = 333967980.94671386 m / s > c, setting 1/gamma = 0\n",
      "v = 303669649.5675516 m / s > c, setting 1/gamma = 0\n",
      "v = 300050697.37882805 m / s > c, setting 1/gamma = 0\n",
      "v = 353515242.82500494 m / s > c, setting 1/gamma = 0\n",
      "v = 301169009.02636176 m / s > c, setting 1/gamma = 0\n",
      "v = 325691319.836811 m / s > c, setting 1/gamma = 0\n",
      "v = 354863543.59049827 m / s > c, setting 1/gamma = 0\n",
      "v = 307740134.2924006 m / s > c, setting 1/gamma = 0\n",
      "v = 330079333.08557034 m / s > c, setting 1/gamma = 0\n",
      "v = 384121644.14054525 m / s > c, setting 1/gamma = 0\n",
      "v = 390646321.5024044 m / s > c, setting 1/gamma = 0\n",
      "v = 397715964.2252244 m / s > c, setting 1/gamma = 0\n",
      "v = 307423525.6163773 m / s > c, setting 1/gamma = 0\n",
      "v = 347671736.7441867 m / s > c, setting 1/gamma = 0\n",
      "v = 326549823.48372066 m / s > c, setting 1/gamma = 0\n",
      "v = 373604626.58583236 m / s > c, setting 1/gamma = 0\n",
      "v = 346431416.27489424 m / s > c, setting 1/gamma = 0\n",
      "v = 363519140.7624918 m / s > c, setting 1/gamma = 0\n",
      "v = 317590297.965249 m / s > c, setting 1/gamma = 0\n",
      "v = 365492760.9841956 m / s > c, setting 1/gamma = 0\n",
      "v = 311636248.2589589 m / s > c, setting 1/gamma = 0\n",
      "v = 368688896.0790745 m / s > c, setting 1/gamma = 0\n",
      "v = 366959560.0373024 m / s > c, setting 1/gamma = 0\n",
      "v = 399196709.0265534 m / s > c, setting 1/gamma = 0\n",
      "v = 312580456.310435 m / s > c, setting 1/gamma = 0\n",
      "v = 410339135.1740467 m / s > c, setting 1/gamma = 0\n",
      "v = 466218977.68253624 m / s > c, setting 1/gamma = 0\n",
      "v = 302289540.98432344 m / s > c, setting 1/gamma = 0\n",
      "v = 314797607.6806138 m / s > c, setting 1/gamma = 0\n",
      "v = 342226458.0369439 m / s > c, setting 1/gamma = 0\n",
      "v = 309188928.479973 m / s > c, setting 1/gamma = 0\n",
      "v = 361885739.30224264 m / s > c, setting 1/gamma = 0\n",
      "v = 351210402.738757 m / s > c, setting 1/gamma = 0\n",
      "v = 370929187.4898847 m / s > c, setting 1/gamma = 0\n",
      "v = 350015845.41797346 m / s > c, setting 1/gamma = 0\n",
      "v = 380630771.71429116 m / s > c, setting 1/gamma = 0\n",
      "v = 340878388.98436016 m / s > c, setting 1/gamma = 0\n",
      "v = 388525110.138063 m / s > c, setting 1/gamma = 0\n",
      "v = 319271209.86202204 m / s > c, setting 1/gamma = 0\n",
      "v = 341805263.1025176 m / s > c, setting 1/gamma = 0\n",
      "v = 305674013.4397969 m / s > c, setting 1/gamma = 0\n",
      "v = 323928868.5477026 m / s > c, setting 1/gamma = 0\n",
      "v = 345467637.7926637 m / s > c, setting 1/gamma = 0\n",
      "v = 347779073.4777194 m / s > c, setting 1/gamma = 0\n",
      "v = 374443658.04770344 m / s > c, setting 1/gamma = 0\n",
      "v = 586354274.520357 m / s > c, setting 1/gamma = 0\n",
      "v = 507656040.5161566 m / s > c, setting 1/gamma = 0\n",
      "v = 426928999.04286206 m / s > c, setting 1/gamma = 0\n",
      "v = 435755458.9265258 m / s > c, setting 1/gamma = 0\n",
      "v = 387787189.77590764 m / s > c, setting 1/gamma = 0\n",
      "v = 434642047.3511555 m / s > c, setting 1/gamma = 0\n",
      "v = 359263401.591559 m / s > c, setting 1/gamma = 0\n",
      "v = 370083081.5871372 m / s > c, setting 1/gamma = 0\n",
      "v = 302384924.8348279 m / s > c, setting 1/gamma = 0\n",
      "v = 329264587.2820838 m / s > c, setting 1/gamma = 0\n",
      "v = 353969392.49414456 m / s > c, setting 1/gamma = 0\n",
      "v = 371828583.1749344 m / s > c, setting 1/gamma = 0\n",
      "v = 418690512.558556 m / s > c, setting 1/gamma = 0\n",
      "v = 342758896.037009 m / s > c, setting 1/gamma = 0\n",
      "v = 365947517.5421339 m / s > c, setting 1/gamma = 0\n",
      "v = 348863231.30082285 m / s > c, setting 1/gamma = 0\n",
      "v = 382873307.21847284 m / s > c, setting 1/gamma = 0\n",
      "v = 305630741.0324727 m / s > c, setting 1/gamma = 0\n",
      "v = 331921568.53359026 m / s > c, setting 1/gamma = 0\n",
      "v = 383094253.24923885 m / s > c, setting 1/gamma = 0\n",
      "v = 324791730.00151145 m / s > c, setting 1/gamma = 0\n",
      "v = 342741867.0253021 m / s > c, setting 1/gamma = 0\n",
      "v = 420034113.24878055 m / s > c, setting 1/gamma = 0\n",
      "v = 474643659.4487229 m / s > c, setting 1/gamma = 0\n",
      "v = 310475197.6455285 m / s > c, setting 1/gamma = 0\n",
      "v = 359176967.6727093 m / s > c, setting 1/gamma = 0\n",
      "v = 303483395.89193016 m / s > c, setting 1/gamma = 0\n",
      "v = 330840245.8812865 m / s > c, setting 1/gamma = 0\n",
      "v = 315221993.41738015 m / s > c, setting 1/gamma = 0\n",
      "v = 321423096.7796606 m / s > c, setting 1/gamma = 0\n",
      "v = 347127218.76500815 m / s > c, setting 1/gamma = 0\n",
      "v = 361351961.37909675 m / s > c, setting 1/gamma = 0\n",
      "v = 395909389.716989 m / s > c, setting 1/gamma = 0\n",
      "v = 424899196.54155713 m / s > c, setting 1/gamma = 0\n",
      "v = 315499841.0965948 m / s > c, setting 1/gamma = 0\n",
      "v = 364779687.37521267 m / s > c, setting 1/gamma = 0\n",
      "v = 302067316.7163408 m / s > c, setting 1/gamma = 0\n",
      "v = 332366713.47789973 m / s > c, setting 1/gamma = 0\n",
      "v = 385933034.23448783 m / s > c, setting 1/gamma = 0\n",
      "v = 339701741.5351126 m / s > c, setting 1/gamma = 0\n",
      "v = 367884333.0704529 m / s > c, setting 1/gamma = 0\n",
      "v = 376206858.62758756 m / s > c, setting 1/gamma = 0\n",
      "v = 403058828.70018137 m / s > c, setting 1/gamma = 0\n",
      "v = 412255199.27176106 m / s > c, setting 1/gamma = 0\n",
      "v = 452994620.7344926 m / s > c, setting 1/gamma = 0\n",
      "v = 301489107.5654197 m / s > c, setting 1/gamma = 0\n",
      "v = 329827556.2484504 m / s > c, setting 1/gamma = 0\n",
      "v = 378026953.0869859 m / s > c, setting 1/gamma = 0\n",
      "v = 410625223.36283237 m / s > c, setting 1/gamma = 0\n",
      "v = 474277465.7807975 m / s > c, setting 1/gamma = 0\n",
      "v = 504600982.3852986 m / s > c, setting 1/gamma = 0\n",
      "v = 348379942.74286175 m / s > c, setting 1/gamma = 0\n",
      "v = 401266072.3048022 m / s > c, setting 1/gamma = 0\n",
      "v = 352765599.5924889 m / s > c, setting 1/gamma = 0\n",
      "v = 422063972.4318822 m / s > c, setting 1/gamma = 0\n",
      "v = 331471837.24535584 m / s > c, setting 1/gamma = 0\n",
      "v = 942364455.972557 m / s > c, setting 1/gamma = 0\n",
      "v = 836561273.8922529 m / s > c, setting 1/gamma = 0\n",
      "v = 360799601.7638879 m / s > c, setting 1/gamma = 0\n",
      "v = 410824894.38746893 m / s > c, setting 1/gamma = 0\n",
      "v = 312761998.2610099 m / s > c, setting 1/gamma = 0\n",
      "v = 341738234.4043362 m / s > c, setting 1/gamma = 0\n",
      "v = 411319122.3272231 m / s > c, setting 1/gamma = 0\n",
      "v = 421036834.50274235 m / s > c, setting 1/gamma = 0\n",
      "v = 414825623.56702673 m / s > c, setting 1/gamma = 0\n",
      "v = 457565964.8931817 m / s > c, setting 1/gamma = 0\n",
      "v = 332229114.8513968 m / s > c, setting 1/gamma = 0\n",
      "v = 363928127.96464455 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 2\n",
      "v = 309134975.72403044 m / s > c, setting 1/gamma = 0\n",
      "v = 316341179.6260155 m / s > c, setting 1/gamma = 0\n",
      "v = 339488819.9748409 m / s > c, setting 1/gamma = 0\n",
      "v = 341986103.8515655 m / s > c, setting 1/gamma = 0\n",
      "v = 315966885.45944977 m / s > c, setting 1/gamma = 0\n",
      "v = 325740638.8823719 m / s > c, setting 1/gamma = 0\n",
      "v = 310825179.6932916 m / s > c, setting 1/gamma = 0\n",
      "v = 313093962.6943275 m / s > c, setting 1/gamma = 0\n",
      "v = 311101707.5190565 m / s > c, setting 1/gamma = 0\n",
      "v = 350939246.27811885 m / s > c, setting 1/gamma = 0\n",
      "v = 347229799.4864727 m / s > c, setting 1/gamma = 0\n",
      "v = 304961613.4521059 m / s > c, setting 1/gamma = 0\n",
      "v = 308371469.6012329 m / s > c, setting 1/gamma = 0\n",
      "v = 308792508.08945477 m / s > c, setting 1/gamma = 0\n",
      "v = 313038368.53843683 m / s > c, setting 1/gamma = 0\n",
      "v = 331884234.05452573 m / s > c, setting 1/gamma = 0\n",
      "v = 388774028.136707 m / s > c, setting 1/gamma = 0\n",
      "v = 353172447.8032879 m / s > c, setting 1/gamma = 0\n",
      "v = 390218314.4283049 m / s > c, setting 1/gamma = 0\n",
      "v = 331386233.693095 m / s > c, setting 1/gamma = 0\n",
      "v = 354498822.1636327 m / s > c, setting 1/gamma = 0\n",
      "v = 315677942.76580226 m / s > c, setting 1/gamma = 0\n",
      "v = 321723180.0088924 m / s > c, setting 1/gamma = 0\n",
      "v = 303234753.35356146 m / s > c, setting 1/gamma = 0\n",
      "v = 333304428.8045998 m / s > c, setting 1/gamma = 0\n",
      "v = 310161771.7156742 m / s > c, setting 1/gamma = 0\n",
      "v = 338458522.03108674 m / s > c, setting 1/gamma = 0\n",
      "v = 709219227.8636544 m / s > c, setting 1/gamma = 0\n",
      "v = 687645183.8263378 m / s > c, setting 1/gamma = 0\n",
      "v = 331932464.3885431 m / s > c, setting 1/gamma = 0\n",
      "v = 353494126.77449363 m / s > c, setting 1/gamma = 0\n",
      "v = 336881984.7011289 m / s > c, setting 1/gamma = 0\n",
      "v = 348578002.9562237 m / s > c, setting 1/gamma = 0\n",
      "v = 302408151.77297837 m / s > c, setting 1/gamma = 0\n",
      "v = 351404580.43387234 m / s > c, setting 1/gamma = 0\n",
      "v = 350561036.49989027 m / s > c, setting 1/gamma = 0\n",
      "v = 361851805.6003861 m / s > c, setting 1/gamma = 0\n",
      "v = 317102638.9787976 m / s > c, setting 1/gamma = 0\n",
      "v = 332882978.4653798 m / s > c, setting 1/gamma = 0\n",
      "v = 349093703.6225964 m / s > c, setting 1/gamma = 0\n",
      "v = 317117229.9200595 m / s > c, setting 1/gamma = 0\n",
      "v = 342367985.9199597 m / s > c, setting 1/gamma = 0\n",
      "v = 359504603.0505983 m / s > c, setting 1/gamma = 0\n",
      "v = 320803072.93464655 m / s > c, setting 1/gamma = 0\n",
      "v = 323400792.399294 m / s > c, setting 1/gamma = 0\n",
      "v = 345028120.94022477 m / s > c, setting 1/gamma = 0\n",
      "v = 392082300.1070023 m / s > c, setting 1/gamma = 0\n",
      "v = 424322173.5844053 m / s > c, setting 1/gamma = 0\n",
      "v = 521000672.4661386 m / s > c, setting 1/gamma = 0\n",
      "v = 560631253.9993625 m / s > c, setting 1/gamma = 0\n",
      "v = 314819319.7564827 m / s > c, setting 1/gamma = 0\n",
      "v = 346403776.14883184 m / s > c, setting 1/gamma = 0\n",
      "v = 353697585.679667 m / s > c, setting 1/gamma = 0\n",
      "v = 391986698.12450933 m / s > c, setting 1/gamma = 0\n",
      "v = 326209123.8145847 m / s > c, setting 1/gamma = 0\n",
      "v = 347078851.57742727 m / s > c, setting 1/gamma = 0\n",
      "v = 315021543.0591427 m / s > c, setting 1/gamma = 0\n",
      "v = 370103457.66480416 m / s > c, setting 1/gamma = 0\n",
      "v = 309825111.84836817 m / s > c, setting 1/gamma = 0\n",
      "v = 360916876.6309545 m / s > c, setting 1/gamma = 0\n",
      "v = 331492243.5781868 m / s > c, setting 1/gamma = 0\n",
      "v = 345847441.4670501 m / s > c, setting 1/gamma = 0\n",
      "v = 374454288.6342298 m / s > c, setting 1/gamma = 0\n",
      "v = 414091065.97925633 m / s > c, setting 1/gamma = 0\n",
      "v = 333515754.62881273 m / s > c, setting 1/gamma = 0\n",
      "v = 316588731.0171816 m / s > c, setting 1/gamma = 0\n",
      "v = 316030258.63975793 m / s > c, setting 1/gamma = 0\n",
      "v = 314009041.1465101 m / s > c, setting 1/gamma = 0\n",
      "v = 313946009.12405705 m / s > c, setting 1/gamma = 0\n",
      "v = 308943965.1198922 m / s > c, setting 1/gamma = 0\n",
      "v = 314098734.24399436 m / s > c, setting 1/gamma = 0\n",
      "v = 337460560.5341392 m / s > c, setting 1/gamma = 0\n",
      "v = 373067044.34079456 m / s > c, setting 1/gamma = 0\n",
      "v = 302310106.4222434 m / s > c, setting 1/gamma = 0\n",
      "v = 315505004.23422754 m / s > c, setting 1/gamma = 0\n",
      "v = 313247010.43147045 m / s > c, setting 1/gamma = 0\n",
      "v = 345765446.29760617 m / s > c, setting 1/gamma = 0\n",
      "v = 302209707.3035896 m / s > c, setting 1/gamma = 0\n",
      "v = 640368774.4062352 m / s > c, setting 1/gamma = 0\n",
      "v = 558967485.2746052 m / s > c, setting 1/gamma = 0\n",
      "v = 478602239.58039856 m / s > c, setting 1/gamma = 0\n",
      "v = 538214681.9312532 m / s > c, setting 1/gamma = 0\n",
      "v = 379833250.45511734 m / s > c, setting 1/gamma = 0\n",
      "v = 429057860.2120462 m / s > c, setting 1/gamma = 0\n",
      "v = 318646479.67542547 m / s > c, setting 1/gamma = 0\n",
      "v = 365516826.46004695 m / s > c, setting 1/gamma = 0\n",
      "v = 375884602.36783063 m / s > c, setting 1/gamma = 0\n",
      "v = 433589253.698046 m / s > c, setting 1/gamma = 0\n",
      "v = 301214630.85565245 m / s > c, setting 1/gamma = 0\n",
      "v = 318123436.45698726 m / s > c, setting 1/gamma = 0\n",
      "v = 396848780.57874703 m / s > c, setting 1/gamma = 0\n",
      "v = 409435509.46966976 m / s > c, setting 1/gamma = 0\n",
      "v = 310789606.65388006 m / s > c, setting 1/gamma = 0\n",
      "v = 814203680.0434237 m / s > c, setting 1/gamma = 0\n",
      "v = 710807851.087767 m / s > c, setting 1/gamma = 0\n",
      "v = 300343447.4057025 m / s > c, setting 1/gamma = 0\n",
      "v = 318320152.9714706 m / s > c, setting 1/gamma = 0\n",
      "v = 361060286.06968355 m / s > c, setting 1/gamma = 0\n",
      "v = 389750484.4437418 m / s > c, setting 1/gamma = 0\n",
      "v = 443209479.1560834 m / s > c, setting 1/gamma = 0\n",
      "v = 361103215.8909378 m / s > c, setting 1/gamma = 0\n",
      "v = 381752833.2080762 m / s > c, setting 1/gamma = 0\n",
      "v = 355426383.5822957 m / s > c, setting 1/gamma = 0\n",
      "v = 380239780.93105274 m / s > c, setting 1/gamma = 0\n",
      "v = 562506770.1437236 m / s > c, setting 1/gamma = 0\n",
      "v = 589636192.5525712 m / s > c, setting 1/gamma = 0\n",
      "v = 304536667.72184044 m / s > c, setting 1/gamma = 0\n",
      "v = 357428014.4122346 m / s > c, setting 1/gamma = 0\n",
      "v = 393106161.33043844 m / s > c, setting 1/gamma = 0\n",
      "v = 313189550.53957045 m / s > c, setting 1/gamma = 0\n",
      "v = 407264315.26979345 m / s > c, setting 1/gamma = 0\n",
      "v = 1151041176.0978885 m / s > c, setting 1/gamma = 0\n",
      "v = 1022123133.0623975 m / s > c, setting 1/gamma = 0\n",
      "v = 305533052.9915397 m / s > c, setting 1/gamma = 0\n",
      "v = 360883322.75636846 m / s > c, setting 1/gamma = 0\n",
      "v = 388718174.6713634 m / s > c, setting 1/gamma = 0\n",
      "v = 386320639.59444207 m / s > c, setting 1/gamma = 0\n",
      "v = 433160758.13579124 m / s > c, setting 1/gamma = 0\n",
      "v = 302472129.87655693 m / s > c, setting 1/gamma = 0\n",
      "v = 385648830.5898114 m / s > c, setting 1/gamma = 0\n",
      "v = 426167252.22313464 m / s > c, setting 1/gamma = 0\n",
      "v = 324092533.5385972 m / s > c, setting 1/gamma = 0\n",
      "v = 347711886.36880136 m / s > c, setting 1/gamma = 0\n",
      "v = 399403186.97364956 m / s > c, setting 1/gamma = 0\n",
      "v = 447713256.28936124 m / s > c, setting 1/gamma = 0\n",
      "v = 469017605.84093803 m / s > c, setting 1/gamma = 0\n",
      "v = 493246796.1286503 m / s > c, setting 1/gamma = 0\n",
      "v = 303131766.33458734 m / s > c, setting 1/gamma = 0\n",
      "v = 332108722.9636327 m / s > c, setting 1/gamma = 0\n",
      "v = 317064349.21046966 m / s > c, setting 1/gamma = 0\n",
      "v = 366967197.8909559 m / s > c, setting 1/gamma = 0\n",
      "v = 429004407.8059924 m / s > c, setting 1/gamma = 0\n",
      "v = 458038677.3118148 m / s > c, setting 1/gamma = 0\n",
      "v = 344253660.5795018 m / s > c, setting 1/gamma = 0\n",
      "v = 393398890.95902586 m / s > c, setting 1/gamma = 0\n",
      "v = 386002671.97180134 m / s > c, setting 1/gamma = 0\n",
      "v = 422518775.96439964 m / s > c, setting 1/gamma = 0\n",
      "v = 499328095.7354013 m / s > c, setting 1/gamma = 0\n",
      "v = 510204839.55181813 m / s > c, setting 1/gamma = 0\n",
      "v = 379060878.62307334 m / s > c, setting 1/gamma = 0\n",
      "v = 424227142.53141534 m / s > c, setting 1/gamma = 0\n",
      "v = 356180519.26376355 m / s > c, setting 1/gamma = 0\n",
      "v = 431420088.2704062 m / s > c, setting 1/gamma = 0\n",
      "v = 348441548.7067106 m / s > c, setting 1/gamma = 0\n",
      "v = 838262530.8246033 m / s > c, setting 1/gamma = 0\n",
      "v = 739883314.3624672 m / s > c, setting 1/gamma = 0\n",
      "v = 352730014.939997 m / s > c, setting 1/gamma = 0\n",
      "v = 386542041.6214219 m / s > c, setting 1/gamma = 0\n",
      "v = 304522271.90737194 m / s > c, setting 1/gamma = 0\n",
      "v = 356626224.5791211 m / s > c, setting 1/gamma = 0\n",
      "v = 323665138.51431096 m / s > c, setting 1/gamma = 0\n",
      "v = 390442210.4589329 m / s > c, setting 1/gamma = 0\n",
      "v = 343594388.4784254 m / s > c, setting 1/gamma = 0\n",
      "v = 383456746.1868539 m / s > c, setting 1/gamma = 0\n",
      "v = 327652849.8479797 m / s > c, setting 1/gamma = 0\n",
      "v = 310236892.73597944 m / s > c, setting 1/gamma = 0\n",
      "v = 335565387.68767124 m / s > c, setting 1/gamma = 0\n",
      "v = 369085436.5505898 m / s > c, setting 1/gamma = 0\n",
      "v = 510440974.5259622 m / s > c, setting 1/gamma = 0\n",
      "v = 515249499.1755362 m / s > c, setting 1/gamma = 0\n",
      "v = 328769734.8817396 m / s > c, setting 1/gamma = 0\n",
      "v = 396674991.415235 m / s > c, setting 1/gamma = 0\n",
      "v = 327083009.9787559 m / s > c, setting 1/gamma = 0\n",
      "v = 392206173.8562548 m / s > c, setting 1/gamma = 0\n",
      "v = 351193104.11278164 m / s > c, setting 1/gamma = 0\n",
      "v = 417017090.3470183 m / s > c, setting 1/gamma = 0\n",
      "v = 430245631.5189239 m / s > c, setting 1/gamma = 0\n",
      "v = 461354450.81543267 m / s > c, setting 1/gamma = 0\n",
      "v = 305886164.29664224 m / s > c, setting 1/gamma = 0\n",
      "v = 324199814.7710809 m / s > c, setting 1/gamma = 0\n",
      "v = 350658733.9651428 m / s > c, setting 1/gamma = 0\n",
      "v = 382120553.2568718 m / s > c, setting 1/gamma = 0\n",
      "v = 430198810.4498204 m / s > c, setting 1/gamma = 0\n",
      "v = 434372393.87094516 m / s > c, setting 1/gamma = 0\n",
      "v = 464519563.3815927 m / s > c, setting 1/gamma = 0\n",
      "v = 317222830.37072545 m / s > c, setting 1/gamma = 0\n",
      "v = 374409942.6380915 m / s > c, setting 1/gamma = 0\n",
      "v = 402015676.24025196 m / s > c, setting 1/gamma = 0\n",
      "v = 414744301.8723033 m / s > c, setting 1/gamma = 0\n",
      "v = 429007176.0666318 m / s > c, setting 1/gamma = 0\n",
      "v = 457735891.1692716 m / s > c, setting 1/gamma = 0\n",
      "v = 409470951.8798781 m / s > c, setting 1/gamma = 0\n",
      "v = 467092059.67430204 m / s > c, setting 1/gamma = 0\n",
      "v = 503068961.1090798 m / s > c, setting 1/gamma = 0\n",
      "v = 529452808.20097995 m / s > c, setting 1/gamma = 0\n",
      "v = 338217708.7330874 m / s > c, setting 1/gamma = 0\n",
      "v = 418790140.259652 m / s > c, setting 1/gamma = 0\n",
      "v = 326421204.91811264 m / s > c, setting 1/gamma = 0\n",
      "v = 349993148.8575032 m / s > c, setting 1/gamma = 0\n",
      "v = 416927664.2585953 m / s > c, setting 1/gamma = 0\n",
      "v = 313922682.9550129 m / s > c, setting 1/gamma = 0\n",
      "v = 773280568.7460823 m / s > c, setting 1/gamma = 0\n",
      "v = 672986804.7478466 m / s > c, setting 1/gamma = 0\n",
      "v = 365398916.74999547 m / s > c, setting 1/gamma = 0\n",
      "v = 436477346.8924987 m / s > c, setting 1/gamma = 0\n",
      "v = 461423261.8114465 m / s > c, setting 1/gamma = 0\n",
      "v = 498679575.4396665 m / s > c, setting 1/gamma = 0\n",
      "v = 419680914.8020146 m / s > c, setting 1/gamma = 0\n",
      "v = 443156007.4102999 m / s > c, setting 1/gamma = 0\n",
      "v = 669130144.0904646 m / s > c, setting 1/gamma = 0\n",
      "v = 657328065.7499048 m / s > c, setting 1/gamma = 0\n",
      "v = 412183626.33553594 m / s > c, setting 1/gamma = 0\n",
      "v = 450274915.2579459 m / s > c, setting 1/gamma = 0\n",
      "v = 471758718.12441874 m / s > c, setting 1/gamma = 0\n",
      "v = 474165146.98636156 m / s > c, setting 1/gamma = 0\n",
      "v = 317629241.5707561 m / s > c, setting 1/gamma = 0\n",
      "v = 374959307.5031584 m / s > c, setting 1/gamma = 0\n",
      "v = 309583570.0066244 m / s > c, setting 1/gamma = 0\n",
      "v = 332061579.7525807 m / s > c, setting 1/gamma = 0\n",
      "v = 332737708.26792717 m / s > c, setting 1/gamma = 0\n",
      "v = 362639375.534003 m / s > c, setting 1/gamma = 0\n",
      "v = 330325654.26984596 m / s > c, setting 1/gamma = 0\n",
      "v = 387258967.1143737 m / s > c, setting 1/gamma = 0\n",
      "v = 344877924.2596464 m / s > c, setting 1/gamma = 0\n",
      "v = 372512277.42144024 m / s > c, setting 1/gamma = 0\n",
      "v = 445536479.0486051 m / s > c, setting 1/gamma = 0\n",
      "v = 477236569.3713698 m / s > c, setting 1/gamma = 0\n",
      "v = 355307957.19917345 m / s > c, setting 1/gamma = 0\n",
      "v = 406308587.32221884 m / s > c, setting 1/gamma = 0\n",
      "v = 398378729.3112201 m / s > c, setting 1/gamma = 0\n",
      "v = 425664988.0267925 m / s > c, setting 1/gamma = 0\n",
      "v = 310394760.6489746 m / s > c, setting 1/gamma = 0\n",
      "v = 350086358.9011006 m / s > c, setting 1/gamma = 0\n",
      "v = 301379281.4276671 m / s > c, setting 1/gamma = 0\n",
      "v = 410268682.7319761 m / s > c, setting 1/gamma = 0\n",
      "v = 445146875.57749474 m / s > c, setting 1/gamma = 0\n",
      "v = 325107893.0219249 m / s > c, setting 1/gamma = 0\n",
      "v = 407131046.0197636 m / s > c, setting 1/gamma = 0\n",
      "v = 362821879.50916255 m / s > c, setting 1/gamma = 0\n",
      "v = 437916732.2895549 m / s > c, setting 1/gamma = 0\n",
      "v = 495274562.7292555 m / s > c, setting 1/gamma = 0\n",
      "v = 544850661.2867349 m / s > c, setting 1/gamma = 0\n",
      "v = 340534670.2644803 m / s > c, setting 1/gamma = 0\n",
      "v = 319694797.75916994 m / s > c, setting 1/gamma = 0\n",
      "v = 396371668.7867259 m / s > c, setting 1/gamma = 0\n",
      "v = 308856757.219326 m / s > c, setting 1/gamma = 0\n",
      "v = 350373773.5686905 m / s > c, setting 1/gamma = 0\n",
      "v = 366488765.15489334 m / s > c, setting 1/gamma = 0\n",
      "v = 420071928.9188556 m / s > c, setting 1/gamma = 0\n",
      "v = 318762360.0758373 m / s > c, setting 1/gamma = 0\n",
      "v = 328064348.4993107 m / s > c, setting 1/gamma = 0\n",
      "v = 453091595.59608954 m / s > c, setting 1/gamma = 0\n",
      "v = 448929511.0196232 m / s > c, setting 1/gamma = 0\n",
      "v = 340538019.6685484 m / s > c, setting 1/gamma = 0\n",
      "v = 391231305.87349105 m / s > c, setting 1/gamma = 0\n",
      "v = 383093917.36529016 m / s > c, setting 1/gamma = 0\n",
      "v = 424170185.44678146 m / s > c, setting 1/gamma = 0\n",
      "v = 309424607.7308294 m / s > c, setting 1/gamma = 0\n",
      "v = 313234339.5793012 m / s > c, setting 1/gamma = 0\n",
      "v = 309094670.17418903 m / s > c, setting 1/gamma = 0\n",
      "v = 329377863.308338 m / s > c, setting 1/gamma = 0\n",
      "v = 365324365.1322212 m / s > c, setting 1/gamma = 0\n",
      "v = 403980271.39239913 m / s > c, setting 1/gamma = 0\n",
      "v = 440902751.35486305 m / s > c, setting 1/gamma = 0\n",
      "v = 452748897.42293185 m / s > c, setting 1/gamma = 0\n",
      "v = 364722602.9587119 m / s > c, setting 1/gamma = 0\n",
      "v = 390241537.29827446 m / s > c, setting 1/gamma = 0\n",
      "v = 438384597.2944651 m / s > c, setting 1/gamma = 0\n",
      "v = 508597681.8119196 m / s > c, setting 1/gamma = 0\n",
      "v = 409724403.47426873 m / s > c, setting 1/gamma = 0\n",
      "v = 482000294.03420496 m / s > c, setting 1/gamma = 0\n",
      "v = 308692188.0240105 m / s > c, setting 1/gamma = 0\n",
      "v = 347774609.8980578 m / s > c, setting 1/gamma = 0\n",
      "v = 301355660.09661317 m / s > c, setting 1/gamma = 0\n",
      "v = 348272458.5489695 m / s > c, setting 1/gamma = 0\n",
      "v = 337575848.2984214 m / s > c, setting 1/gamma = 0\n",
      "v = 327744763.8065192 m / s > c, setting 1/gamma = 0\n",
      "v = 650696901.8546371 m / s > c, setting 1/gamma = 0\n",
      "v = 552046211.115489 m / s > c, setting 1/gamma = 0\n",
      "v = 359641692.8988424 m / s > c, setting 1/gamma = 0\n",
      "v = 424606540.0075302 m / s > c, setting 1/gamma = 0\n",
      "v = 364157660.99657583 m / s > c, setting 1/gamma = 0\n",
      "v = 379365109.9664219 m / s > c, setting 1/gamma = 0\n",
      "v = 418004264.2745683 m / s > c, setting 1/gamma = 0\n",
      "v = 313733652.89246106 m / s > c, setting 1/gamma = 0\n",
      "v = 347822790.55384696 m / s > c, setting 1/gamma = 0\n",
      "v = 348367225.72762746 m / s > c, setting 1/gamma = 0\n",
      "v = 402385555.71693355 m / s > c, setting 1/gamma = 0\n",
      "v = 397769588.8826036 m / s > c, setting 1/gamma = 0\n",
      "v = 461871195.992828 m / s > c, setting 1/gamma = 0\n",
      "v = 551891569.5707368 m / s > c, setting 1/gamma = 0\n",
      "v = 561552354.2836102 m / s > c, setting 1/gamma = 0\n",
      "v = 312881298.4086517 m / s > c, setting 1/gamma = 0\n",
      "v = 440017437.04089874 m / s > c, setting 1/gamma = 0\n",
      "v = 482852327.86037827 m / s > c, setting 1/gamma = 0\n",
      "v = 309884375.7096133 m / s > c, setting 1/gamma = 0\n",
      "v = 792959458.0686196 m / s > c, setting 1/gamma = 0\n",
      "v = 700026914.594183 m / s > c, setting 1/gamma = 0\n",
      "v = 303866651.0715749 m / s > c, setting 1/gamma = 0\n",
      "v = 356417713.023748 m / s > c, setting 1/gamma = 0\n",
      "v = 454747699.8837366 m / s > c, setting 1/gamma = 0\n",
      "v = 471640234.693116 m / s > c, setting 1/gamma = 0\n",
      "v = 329705490.8946171 m / s > c, setting 1/gamma = 0\n",
      "v = 381711158.3934449 m / s > c, setting 1/gamma = 0\n",
      "v = 382700755.0321299 m / s > c, setting 1/gamma = 0\n",
      "v = 409828873.1714128 m / s > c, setting 1/gamma = 0\n",
      "v = 433985257.2582731 m / s > c, setting 1/gamma = 0\n",
      "v = 436205415.4702502 m / s > c, setting 1/gamma = 0\n",
      "v = 478491524.48816645 m / s > c, setting 1/gamma = 0\n",
      "v = 335210373.4913593 m / s > c, setting 1/gamma = 0\n",
      "v = 309041456.7407566 m / s > c, setting 1/gamma = 0\n",
      "v = 341238685.8897281 m / s > c, setting 1/gamma = 0\n",
      "v = 431127930.66245645 m / s > c, setting 1/gamma = 0\n",
      "v = 486047225.5991029 m / s > c, setting 1/gamma = 0\n",
      "v = 505057690.4828038 m / s > c, setting 1/gamma = 0\n",
      "v = 545135523.5131813 m / s > c, setting 1/gamma = 0\n",
      "v = 328625393.90664107 m / s > c, setting 1/gamma = 0\n",
      "v = 384936001.2756671 m / s > c, setting 1/gamma = 0\n",
      "v = 328036363.3537825 m / s > c, setting 1/gamma = 0\n",
      "v = 344054957.8332071 m / s > c, setting 1/gamma = 0\n",
      "v = 458995416.53567237 m / s > c, setting 1/gamma = 0\n",
      "v = 506270555.29334706 m / s > c, setting 1/gamma = 0\n",
      "v = 474991572.81168336 m / s > c, setting 1/gamma = 0\n",
      "v = 519472622.2588159 m / s > c, setting 1/gamma = 0\n",
      "v = 417320665.1062987 m / s > c, setting 1/gamma = 0\n",
      "v = 454713106.1803679 m / s > c, setting 1/gamma = 0\n",
      "v = 311483097.05021167 m / s > c, setting 1/gamma = 0\n",
      "v = 371322390.04419106 m / s > c, setting 1/gamma = 0\n",
      "v = 318163590.08080333 m / s > c, setting 1/gamma = 0\n",
      "v = 340711202.1766013 m / s > c, setting 1/gamma = 0\n",
      "v = 309244001.32752395 m / s > c, setting 1/gamma = 0\n",
      "v = 355945894.83494306 m / s > c, setting 1/gamma = 0\n",
      "v = 425967049.40716934 m / s > c, setting 1/gamma = 0\n",
      "v = 317902249.4869472 m / s > c, setting 1/gamma = 0\n",
      "v = 357826534.82837856 m / s > c, setting 1/gamma = 0\n",
      "v = 370510114.4211222 m / s > c, setting 1/gamma = 0\n",
      "v = 429170842.66078746 m / s > c, setting 1/gamma = 0\n",
      "v = 301210847.10283816 m / s > c, setting 1/gamma = 0\n",
      "v = 328735507.3054826 m / s > c, setting 1/gamma = 0\n",
      "v = 389307366.1978953 m / s > c, setting 1/gamma = 0\n",
      "v = 413920348.5507413 m / s > c, setting 1/gamma = 0\n",
      "v = 455079382.8559495 m / s > c, setting 1/gamma = 0\n",
      "v = 374419735.86283726 m / s > c, setting 1/gamma = 0\n",
      "v = 409645973.04245543 m / s > c, setting 1/gamma = 0\n",
      "v = 310445872.5585847 m / s > c, setting 1/gamma = 0\n",
      "v = 369371820.69701385 m / s > c, setting 1/gamma = 0\n",
      "v = 320724179.64567554 m / s > c, setting 1/gamma = 0\n",
      "v = 357128154.1015432 m / s > c, setting 1/gamma = 0\n",
      "v = 437082801.97751325 m / s > c, setting 1/gamma = 0\n",
      "v = 480249231.15380627 m / s > c, setting 1/gamma = 0\n",
      "v = 337006367.1132108 m / s > c, setting 1/gamma = 0\n",
      "v = 374824483.5978739 m / s > c, setting 1/gamma = 0\n",
      "v = 358708322.22564983 m / s > c, setting 1/gamma = 0\n",
      "v = 391271321.4095597 m / s > c, setting 1/gamma = 0\n",
      "v = 315708160.17788374 m / s > c, setting 1/gamma = 0\n",
      "v = 672356349.6433493 m / s > c, setting 1/gamma = 0\n",
      "v = 548890752.0429931 m / s > c, setting 1/gamma = 0\n",
      "v = 709570051.0516763 m / s > c, setting 1/gamma = 0\n",
      "v = 654346438.642366 m / s > c, setting 1/gamma = 0\n",
      "v = 349449009.50493896 m / s > c, setting 1/gamma = 0\n",
      "v = 422072641.7950936 m / s > c, setting 1/gamma = 0\n",
      "v = 304645224.1578224 m / s > c, setting 1/gamma = 0\n",
      "v = 342205080.7625267 m / s > c, setting 1/gamma = 0\n",
      "v = 443513347.5930648 m / s > c, setting 1/gamma = 0\n",
      "v = 492998202.6985957 m / s > c, setting 1/gamma = 0\n",
      "v = 308945237.3046409 m / s > c, setting 1/gamma = 0\n",
      "v = 341081821.88167477 m / s > c, setting 1/gamma = 0\n",
      "v = 447319033.3877911 m / s > c, setting 1/gamma = 0\n",
      "v = 485896355.22251827 m / s > c, setting 1/gamma = 0\n",
      "v = 309966732.3041034 m / s > c, setting 1/gamma = 0\n",
      "v = 360722823.1216818 m / s > c, setting 1/gamma = 0\n",
      "v = 307034917.7166477 m / s > c, setting 1/gamma = 0\n",
      "v = 340195115.90137124 m / s > c, setting 1/gamma = 0\n",
      "v = 312117165.3135568 m / s > c, setting 1/gamma = 0\n",
      "v = 373983164.5721332 m / s > c, setting 1/gamma = 0\n",
      "v = 410118185.5828315 m / s > c, setting 1/gamma = 0\n",
      "v = 312594941.2851271 m / s > c, setting 1/gamma = 0\n",
      "v = 337963205.53313935 m / s > c, setting 1/gamma = 0\n",
      "v = 379443736.4992524 m / s > c, setting 1/gamma = 0\n",
      "v = 327852980.5302344 m / s > c, setting 1/gamma = 0\n",
      "v = 383012468.6993599 m / s > c, setting 1/gamma = 0\n",
      "v = 303747004.00207525 m / s > c, setting 1/gamma = 0\n",
      "v = 541804154.1230487 m / s > c, setting 1/gamma = 0\n",
      "v = 530265898.9201797 m / s > c, setting 1/gamma = 0\n",
      "v = 308930933.418 m / s > c, setting 1/gamma = 0\n",
      "v = 367888885.30536795 m / s > c, setting 1/gamma = 0\n",
      "v = 574995714.5870832 m / s > c, setting 1/gamma = 0\n",
      "v = 554618697.9681928 m / s > c, setting 1/gamma = 0\n",
      "v = 334830807.91196173 m / s > c, setting 1/gamma = 0\n",
      "v = 391507762.6291699 m / s > c, setting 1/gamma = 0\n",
      "v = 323323732.9425119 m / s > c, setting 1/gamma = 0\n",
      "v = 444727845.5197899 m / s > c, setting 1/gamma = 0\n",
      "v = 486312271.7753504 m / s > c, setting 1/gamma = 0\n",
      "v = 379867598.7078912 m / s > c, setting 1/gamma = 0\n",
      "v = 438753750.25751436 m / s > c, setting 1/gamma = 0\n",
      "v = 398103123.9957875 m / s > c, setting 1/gamma = 0\n",
      "v = 459982158.76231337 m / s > c, setting 1/gamma = 0\n",
      "v = 395059360.4528594 m / s > c, setting 1/gamma = 0\n",
      "v = 448960757.3115718 m / s > c, setting 1/gamma = 0\n",
      "v = 481150307.33986753 m / s > c, setting 1/gamma = 0\n",
      "v = 531586511.1340951 m / s > c, setting 1/gamma = 0\n",
      "v = 338132164.8726604 m / s > c, setting 1/gamma = 0\n",
      "v = 404403969.9995623 m / s > c, setting 1/gamma = 0\n",
      "v = 485436223.67536247 m / s > c, setting 1/gamma = 0\n",
      "v = 531945843.6671954 m / s > c, setting 1/gamma = 0\n",
      "v = 397410441.80735594 m / s > c, setting 1/gamma = 0\n",
      "v = 467303387.6755886 m / s > c, setting 1/gamma = 0\n",
      "v = 335785531.8991874 m / s > c, setting 1/gamma = 0\n",
      "v = 402593554.0511975 m / s > c, setting 1/gamma = 0\n",
      "v = 362742275.55191714 m / s > c, setting 1/gamma = 0\n",
      "v = 402019471.18957037 m / s > c, setting 1/gamma = 0\n",
      "v = 544200662.7509474 m / s > c, setting 1/gamma = 0\n",
      "v = 570436007.0569546 m / s > c, setting 1/gamma = 0\n",
      "v = 301855054.20877635 m / s > c, setting 1/gamma = 0\n",
      "v = 307363360.33647823 m / s > c, setting 1/gamma = 0\n",
      "v = 307145832.80843055 m / s > c, setting 1/gamma = 0\n",
      "v = 774097074.1654372 m / s > c, setting 1/gamma = 0\n",
      "v = 641271379.5694529 m / s > c, setting 1/gamma = 0\n",
      "v = 639773068.9663485 m / s > c, setting 1/gamma = 0\n",
      "v = 627251590.1041331 m / s > c, setting 1/gamma = 0\n",
      "v = 382434197.13543975 m / s > c, setting 1/gamma = 0\n",
      "v = 452394928.29043865 m / s > c, setting 1/gamma = 0\n",
      "v = 579031267.3778759 m / s > c, setting 1/gamma = 0\n",
      "v = 589201195.6459965 m / s > c, setting 1/gamma = 0\n",
      "v = 565774848.6317365 m / s > c, setting 1/gamma = 0\n",
      "v = 583736318.6416531 m / s > c, setting 1/gamma = 0\n",
      "v = 562397345.6315738 m / s > c, setting 1/gamma = 0\n",
      "v = 585296287.2137963 m / s > c, setting 1/gamma = 0\n",
      "v = 460803753.9014031 m / s > c, setting 1/gamma = 0\n",
      "v = 515638832.89737433 m / s > c, setting 1/gamma = 0\n",
      "v = 788379787.9745878 m / s > c, setting 1/gamma = 0\n",
      "v = 687594412.412262 m / s > c, setting 1/gamma = 0\n",
      "v = 450339598.04451895 m / s > c, setting 1/gamma = 0\n",
      "v = 514473310.9015665 m / s > c, setting 1/gamma = 0\n",
      "v = 550349098.6514155 m / s > c, setting 1/gamma = 0\n",
      "v = 584908529.3627703 m / s > c, setting 1/gamma = 0\n",
      "v = 385167594.2575564 m / s > c, setting 1/gamma = 0\n",
      "v = 1051013124.9462568 m / s > c, setting 1/gamma = 0\n",
      "v = 894009826.3005571 m / s > c, setting 1/gamma = 0\n",
      "v = 622970778.217647 m / s > c, setting 1/gamma = 0\n",
      "v = 623078440.6821966 m / s > c, setting 1/gamma = 0\n",
      "v = 403086426.8082606 m / s > c, setting 1/gamma = 0\n",
      "v = 1137077859.1929708 m / s > c, setting 1/gamma = 0\n",
      "v = 977503524.8510131 m / s > c, setting 1/gamma = 0\n",
      "v = 644351237.8948798 m / s > c, setting 1/gamma = 0\n",
      "v = 637269774.2275051 m / s > c, setting 1/gamma = 0\n",
      "v = 359838681.836747 m / s > c, setting 1/gamma = 0\n",
      "v = 401549024.16501033 m / s > c, setting 1/gamma = 0\n",
      "v = 475173029.8490658 m / s > c, setting 1/gamma = 0\n",
      "v = 542394363.3839936 m / s > c, setting 1/gamma = 0\n",
      "v = 412374860.5698769 m / s > c, setting 1/gamma = 0\n",
      "v = 1200283211.4765532 m / s > c, setting 1/gamma = 0\n",
      "v = 1035487549.0905792 m / s > c, setting 1/gamma = 0\n",
      "v = 376711028.12782 m / s > c, setting 1/gamma = 0\n",
      "v = 462037979.39044106 m / s > c, setting 1/gamma = 0\n",
      "v = 517684868.2302395 m / s > c, setting 1/gamma = 0\n",
      "v = 570664755.8934779 m / s > c, setting 1/gamma = 0\n",
      "v = 316339324.85945743 m / s > c, setting 1/gamma = 0\n",
      "v = 904531542.0307432 m / s > c, setting 1/gamma = 0\n",
      "v = 766899908.5743085 m / s > c, setting 1/gamma = 0\n",
      "v = 451711645.7958198 m / s > c, setting 1/gamma = 0\n",
      "v = 522654068.6000458 m / s > c, setting 1/gamma = 0\n",
      "v = 447678343.3268502 m / s > c, setting 1/gamma = 0\n",
      "v = 1271889529.504296 m / s > c, setting 1/gamma = 0\n",
      "v = 1093694022.5046005 m / s > c, setting 1/gamma = 0\n",
      "v = 345929682.3788267 m / s > c, setting 1/gamma = 0\n",
      "v = 431042034.60650283 m / s > c, setting 1/gamma = 0\n",
      "v = 320447377.41184896 m / s > c, setting 1/gamma = 0\n",
      "v = 866033141.5244417 m / s > c, setting 1/gamma = 0\n",
      "v = 727175600.7066016 m / s > c, setting 1/gamma = 0\n",
      "v = 505027783.51308167 m / s > c, setting 1/gamma = 0\n",
      "v = 562674850.8680085 m / s > c, setting 1/gamma = 0\n",
      "v = 426404814.20634174 m / s > c, setting 1/gamma = 0\n",
      "v = 1218681785.9180892 m / s > c, setting 1/gamma = 0\n",
      "v = 1052780230.303192 m / s > c, setting 1/gamma = 0\n",
      "v = 464642123.04748315 m / s > c, setting 1/gamma = 0\n",
      "v = 532155093.19612944 m / s > c, setting 1/gamma = 0\n",
      "v = 312104143.9266274 m / s > c, setting 1/gamma = 0\n",
      "v = 841622416.7316672 m / s > c, setting 1/gamma = 0\n",
      "v = 711147019.7014605 m / s > c, setting 1/gamma = 0\n",
      "v = 322920956.89343596 m / s > c, setting 1/gamma = 0\n",
      "v = 311605928.90258497 m / s > c, setting 1/gamma = 0\n",
      "v = 894359066.6649039 m / s > c, setting 1/gamma = 0\n",
      "v = 756568758.1225575 m / s > c, setting 1/gamma = 0\n",
      "v = 305145533.74403167 m / s > c, setting 1/gamma = 0\n",
      "v = 323962915.82851386 m / s > c, setting 1/gamma = 0\n",
      "v = 345680790.344559 m / s > c, setting 1/gamma = 0\n",
      "v = 394533673.2693783 m / s > c, setting 1/gamma = 0\n",
      "v = 630926937.1526741 m / s > c, setting 1/gamma = 0\n",
      "v = 647898793.3921651 m / s > c, setting 1/gamma = 0\n",
      "v = 598912597.9299994 m / s > c, setting 1/gamma = 0\n",
      "v = 611364805.5082339 m / s > c, setting 1/gamma = 0\n",
      "v = 503071681.34132475 m / s > c, setting 1/gamma = 0\n",
      "v = 566877202.5044862 m / s > c, setting 1/gamma = 0\n",
      "v = 657437419.0229983 m / s > c, setting 1/gamma = 0\n",
      "v = 663739215.9311954 m / s > c, setting 1/gamma = 0\n",
      "v = 365557086.95003533 m / s > c, setting 1/gamma = 0\n",
      "v = 452262317.3307673 m / s > c, setting 1/gamma = 0\n",
      "v = 759163765.9939134 m / s > c, setting 1/gamma = 0\n",
      "v = 715769651.1874909 m / s > c, setting 1/gamma = 0\n",
      "v = 341070700.7685377 m / s > c, setting 1/gamma = 0\n",
      "v = 481583399.143039 m / s > c, setting 1/gamma = 0\n",
      "v = 542638698.4393965 m / s > c, setting 1/gamma = 0\n",
      "v = 818733510.1252366 m / s > c, setting 1/gamma = 0\n",
      "v = 768041242.9928538 m / s > c, setting 1/gamma = 0\n",
      "v = 347603308.41866595 m / s > c, setting 1/gamma = 0\n",
      "v = 1026310173.4880208 m / s > c, setting 1/gamma = 0\n",
      "v = 877675158.778785 m / s > c, setting 1/gamma = 0\n",
      "v = 301216539.6020451 m / s > c, setting 1/gamma = 0\n",
      "v = 383487827.43901396 m / s > c, setting 1/gamma = 0\n",
      "v = 353843460.2989013 m / s > c, setting 1/gamma = 0\n",
      "v = 1034937952.4458076 m / s > c, setting 1/gamma = 0\n",
      "v = 883233221.7865738 m / s > c, setting 1/gamma = 0\n",
      "v = 358149379.1771702 m / s > c, setting 1/gamma = 0\n",
      "v = 301261631.82688135 m / s > c, setting 1/gamma = 0\n",
      "v = 341084202.55490357 m / s > c, setting 1/gamma = 0\n",
      "v = 428504194.13315606 m / s > c, setting 1/gamma = 0\n",
      "v = 628971697.4537774 m / s > c, setting 1/gamma = 0\n",
      "v = 646903605.8605188 m / s > c, setting 1/gamma = 0\n",
      "v = 306118624.16446835 m / s > c, setting 1/gamma = 0\n",
      "v = 913032027.8369063 m / s > c, setting 1/gamma = 0\n",
      "v = 776273546.4809599 m / s > c, setting 1/gamma = 0\n",
      "v = 307111068.19111145 m / s > c, setting 1/gamma = 0\n",
      "v = 342478237.5174416 m / s > c, setting 1/gamma = 0\n",
      "v = 992861721.9455103 m / s > c, setting 1/gamma = 0\n",
      "v = 846502978.558785 m / s > c, setting 1/gamma = 0\n",
      "v = 304688552.80425483 m / s > c, setting 1/gamma = 0\n",
      "v = 456293916.03321886 m / s > c, setting 1/gamma = 0\n",
      "v = 1313008047.7265317 m / s > c, setting 1/gamma = 0\n",
      "v = 1135644060.4470463 m / s > c, setting 1/gamma = 0\n",
      "v = 360897105.5254731 m / s > c, setting 1/gamma = 0\n",
      "v = 435828405.1043955 m / s > c, setting 1/gamma = 0\n",
      "v = 572353249.8065864 m / s > c, setting 1/gamma = 0\n",
      "v = 603758586.4010165 m / s > c, setting 1/gamma = 0\n",
      "v = 405362401.9882559 m / s > c, setting 1/gamma = 0\n",
      "v = 479168295.5569961 m / s > c, setting 1/gamma = 0\n",
      "v = 714950408.8296641 m / s > c, setting 1/gamma = 0\n",
      "v = 698984330.7542131 m / s > c, setting 1/gamma = 0\n",
      "v = 693640086.869276 m / s > c, setting 1/gamma = 0\n",
      "v = 681191766.4709494 m / s > c, setting 1/gamma = 0\n",
      "v = 358423822.7514778 m / s > c, setting 1/gamma = 0\n",
      "v = 311741561.01282394 m / s > c, setting 1/gamma = 0\n",
      "v = 735508860.747495 m / s > c, setting 1/gamma = 0\n",
      "v = 676480780.5271337 m / s > c, setting 1/gamma = 0\n",
      "v = 344590630.0691436 m / s > c, setting 1/gamma = 0\n",
      "v = 519084010.41600883 m / s > c, setting 1/gamma = 0\n",
      "v = 574081852.3572687 m / s > c, setting 1/gamma = 0\n",
      "v = 643685396.418597 m / s > c, setting 1/gamma = 0\n",
      "v = 650274142.543059 m / s > c, setting 1/gamma = 0\n",
      "v = 467556488.2519097 m / s > c, setting 1/gamma = 0\n",
      "v = 521861315.0495 m / s > c, setting 1/gamma = 0\n",
      "v = 318270468.08681816 m / s > c, setting 1/gamma = 0\n",
      "v = 687405015.6741129 m / s > c, setting 1/gamma = 0\n",
      "v = 679096307.4894665 m / s > c, setting 1/gamma = 0\n",
      "v = 453071910.7199552 m / s > c, setting 1/gamma = 0\n",
      "v = 520403609.7508639 m / s > c, setting 1/gamma = 0\n",
      "v = 528464173.2397306 m / s > c, setting 1/gamma = 0\n",
      "v = 564462878.2644035 m / s > c, setting 1/gamma = 0\n",
      "v = 498913591.59802014 m / s > c, setting 1/gamma = 0\n",
      "v = 562661337.514063 m / s > c, setting 1/gamma = 0\n",
      "v = 378460374.8587842 m / s > c, setting 1/gamma = 0\n",
      "v = 435660582.6367101 m / s > c, setting 1/gamma = 0\n",
      "v = 329622313.04862684 m / s > c, setting 1/gamma = 0\n",
      "v = 417519362.873925 m / s > c, setting 1/gamma = 0\n",
      "v = 344169507.87871844 m / s > c, setting 1/gamma = 0\n",
      "v = 421191546.70198274 m / s > c, setting 1/gamma = 0\n",
      "v = 478537303.99973744 m / s > c, setting 1/gamma = 0\n",
      "v = 1433058052.9385297 m / s > c, setting 1/gamma = 0\n",
      "v = 1259902208.5844288 m / s > c, setting 1/gamma = 0\n",
      "v = 674368638.3992505 m / s > c, setting 1/gamma = 0\n",
      "v = 679009234.9445238 m / s > c, setting 1/gamma = 0\n",
      "v = 683125945.5301148 m / s > c, setting 1/gamma = 0\n",
      "v = 684315432.3717475 m / s > c, setting 1/gamma = 0\n",
      "v = 385924646.5746631 m / s > c, setting 1/gamma = 0\n",
      "v = 458076780.18357056 m / s > c, setting 1/gamma = 0\n",
      "v = 343565815.89005405 m / s > c, setting 1/gamma = 0\n",
      "v = 1058396799.9756514 m / s > c, setting 1/gamma = 0\n",
      "v = 929608528.9291636 m / s > c, setting 1/gamma = 0\n",
      "v = 528159561.06827396 m / s > c, setting 1/gamma = 0\n",
      "v = 571492123.7305998 m / s > c, setting 1/gamma = 0\n",
      "v = 312390022.9696778 m / s > c, setting 1/gamma = 0\n",
      "v = 399724248.11828613 m / s > c, setting 1/gamma = 0\n",
      "v = 307414051.43380016 m / s > c, setting 1/gamma = 0\n",
      "v = 382986477.9001622 m / s > c, setting 1/gamma = 0\n",
      "v = 345017034.5143694 m / s > c, setting 1/gamma = 0\n",
      "v = 1043692095.1136124 m / s > c, setting 1/gamma = 0\n",
      "v = 908084204.4646344 m / s > c, setting 1/gamma = 0\n",
      "v = 313536618.3981228 m / s > c, setting 1/gamma = 0\n",
      "v = 928305498.6980085 m / s > c, setting 1/gamma = 0\n",
      "v = 788403583.4881206 m / s > c, setting 1/gamma = 0\n",
      "v = 303633426.16954064 m / s > c, setting 1/gamma = 0\n",
      "v = 378858433.40651524 m / s > c, setting 1/gamma = 0\n",
      "v = 475688472.5257374 m / s > c, setting 1/gamma = 0\n",
      "v = 529437107.218092 m / s > c, setting 1/gamma = 0\n",
      "v = 305474034.8313373 m / s > c, setting 1/gamma = 0\n",
      "v = 361816721.99525267 m / s > c, setting 1/gamma = 0\n",
      "v = 418276994.48287743 m / s > c, setting 1/gamma = 0\n",
      "v = 433741863.68947047 m / s > c, setting 1/gamma = 0\n",
      "v = 500929113.71358377 m / s > c, setting 1/gamma = 0\n",
      "v = 384673369.2200191 m / s > c, setting 1/gamma = 0\n",
      "v = 470411238.3038819 m / s > c, setting 1/gamma = 0\n",
      "v = 381291484.8480858 m / s > c, setting 1/gamma = 0\n",
      "v = 450650289.31057197 m / s > c, setting 1/gamma = 0\n",
      "v = 727338944.5750408 m / s > c, setting 1/gamma = 0\n",
      "v = 720755606.9108349 m / s > c, setting 1/gamma = 0\n",
      "v = 329733021.2063892 m / s > c, setting 1/gamma = 0\n",
      "v = 977153634.8791047 m / s > c, setting 1/gamma = 0\n",
      "v = 832459705.2744443 m / s > c, setting 1/gamma = 0\n",
      "v = 439139720.79798156 m / s > c, setting 1/gamma = 0\n",
      "v = 515072139.682931 m / s > c, setting 1/gamma = 0\n",
      "v = 477040206.5102249 m / s > c, setting 1/gamma = 0\n",
      "v = 528295877.0385052 m / s > c, setting 1/gamma = 0\n",
      "v = 423729211.13200223 m / s > c, setting 1/gamma = 0\n",
      "v = 500038986.8589352 m / s > c, setting 1/gamma = 0\n",
      "v = 563662490.1617724 m / s > c, setting 1/gamma = 0\n",
      "v = 601198856.4090942 m / s > c, setting 1/gamma = 0\n",
      "v = 388550340.45793146 m / s > c, setting 1/gamma = 0\n",
      "v = 411936162.8225328 m / s > c, setting 1/gamma = 0\n",
      "v = 634111179.0691613 m / s > c, setting 1/gamma = 0\n",
      "v = 656559747.5730015 m / s > c, setting 1/gamma = 0\n",
      "v = 350169306.88002247 m / s > c, setting 1/gamma = 0\n",
      "v = 437397565.74118537 m / s > c, setting 1/gamma = 0\n",
      "v = 314572801.0304812 m / s > c, setting 1/gamma = 0\n",
      "v = 389555992.33279514 m / s > c, setting 1/gamma = 0\n",
      "v = 667504065.532811 m / s > c, setting 1/gamma = 0\n",
      "v = 673694669.5138571 m / s > c, setting 1/gamma = 0\n",
      "v = 820178829.6774259 m / s > c, setting 1/gamma = 0\n",
      "v = 733336066.9153291 m / s > c, setting 1/gamma = 0\n",
      "v = 335210413.7465516 m / s > c, setting 1/gamma = 0\n",
      "v = 302611865.3187638 m / s > c, setting 1/gamma = 0\n",
      "v = 384045845.1256459 m / s > c, setting 1/gamma = 0\n",
      "v = 333885303.31981754 m / s > c, setting 1/gamma = 0\n",
      "v = 319908827.4442374 m / s > c, setting 1/gamma = 0\n",
      "v = 986791222.5737971 m / s > c, setting 1/gamma = 0\n",
      "v = 863771844.3018082 m / s > c, setting 1/gamma = 0\n",
      "v = 712847285.5326582 m / s > c, setting 1/gamma = 0\n",
      "v = 708895901.3993047 m / s > c, setting 1/gamma = 0\n",
      "v = 404791573.0338456 m / s > c, setting 1/gamma = 0\n",
      "v = 488153519.6639728 m / s > c, setting 1/gamma = 0\n",
      "v = 361553761.9169273 m / s > c, setting 1/gamma = 0\n",
      "v = 431448334.5943132 m / s > c, setting 1/gamma = 0\n",
      "v = 598920495.4397036 m / s > c, setting 1/gamma = 0\n",
      "v = 618398601.8884732 m / s > c, setting 1/gamma = 0\n",
      "v = 673486988.4020792 m / s > c, setting 1/gamma = 0\n",
      "v = 680774875.013975 m / s > c, setting 1/gamma = 0\n",
      "v = 304109936.3595328 m / s > c, setting 1/gamma = 0\n",
      "v = 389784913.30028784 m / s > c, setting 1/gamma = 0\n",
      "v = 397277178.5020267 m / s > c, setting 1/gamma = 0\n",
      "v = 469356390.0225631 m / s > c, setting 1/gamma = 0\n",
      "v = 801951343.4697849 m / s > c, setting 1/gamma = 0\n",
      "v = 769196089.8230748 m / s > c, setting 1/gamma = 0\n",
      "v = 407620664.0719621 m / s > c, setting 1/gamma = 0\n",
      "v = 1186935752.1927934 m / s > c, setting 1/gamma = 0\n",
      "v = 1019250286.21027 m / s > c, setting 1/gamma = 0\n",
      "v = 537891401.9887098 m / s > c, setting 1/gamma = 0\n",
      "v = 585141697.9256212 m / s > c, setting 1/gamma = 0\n",
      "v = 476647780.70997787 m / s > c, setting 1/gamma = 0\n",
      "v = 503478937.21699667 m / s > c, setting 1/gamma = 0\n",
      "v = 313048470.9671943 m / s > c, setting 1/gamma = 0\n",
      "v = 461986598.6568369 m / s > c, setting 1/gamma = 0\n",
      "v = 1333529019.7793586 m / s > c, setting 1/gamma = 0\n",
      "v = 1159739466.8861246 m / s > c, setting 1/gamma = 0\n",
      "v = 558286411.1061635 m / s > c, setting 1/gamma = 0\n",
      "v = 595636792.6300082 m / s > c, setting 1/gamma = 0\n",
      "v = 330122436.2197112 m / s > c, setting 1/gamma = 0\n",
      "v = 300785963.7559147 m / s > c, setting 1/gamma = 0\n",
      "v = 882635313.6567086 m / s > c, setting 1/gamma = 0\n",
      "v = 760810479.1986336 m / s > c, setting 1/gamma = 0\n",
      "v = 819645938.8445418 m / s > c, setting 1/gamma = 0\n",
      "v = 716720977.4134684 m / s > c, setting 1/gamma = 0\n",
      "v = 349431553.41172504 m / s > c, setting 1/gamma = 0\n",
      "v = 347368592.06268287 m / s > c, setting 1/gamma = 0\n",
      "v = 408981188.436403 m / s > c, setting 1/gamma = 0\n",
      "v = 1217081631.6400032 m / s > c, setting 1/gamma = 0\n",
      "v = 1063081502.163582 m / s > c, setting 1/gamma = 0\n",
      "v = 474478487.84996355 m / s > c, setting 1/gamma = 0\n",
      "v = 529320746.8184468 m / s > c, setting 1/gamma = 0\n",
      "v = 307640119.0232405 m / s > c, setting 1/gamma = 0\n",
      "v = 324120297.3449582 m / s > c, setting 1/gamma = 0\n",
      "v = 381950100.0378241 m / s > c, setting 1/gamma = 0\n",
      "v = 648286531.0680603 m / s > c, setting 1/gamma = 0\n",
      "v = 653127357.6851808 m / s > c, setting 1/gamma = 0\n",
      "v = 427079205.37159795 m / s > c, setting 1/gamma = 0\n",
      "v = 502372358.1623413 m / s > c, setting 1/gamma = 0\n",
      "v = 350139883.2902769 m / s > c, setting 1/gamma = 0\n",
      "v = 412763256.5352177 m / s > c, setting 1/gamma = 0\n",
      "v = 347616030.8365026 m / s > c, setting 1/gamma = 0\n",
      "v = 433932136.0706776 m / s > c, setting 1/gamma = 0\n",
      "v = 400306994.0363963 m / s > c, setting 1/gamma = 0\n",
      "v = 471554751.431906 m / s > c, setting 1/gamma = 0\n",
      "v = 433768188.2715369 m / s > c, setting 1/gamma = 0\n",
      "v = 485877239.10131925 m / s > c, setting 1/gamma = 0\n",
      "v = 328711285.9066263 m / s > c, setting 1/gamma = 0\n",
      "v = 928862819.1248085 m / s > c, setting 1/gamma = 0\n",
      "v = 783229293.9659826 m / s > c, setting 1/gamma = 0\n",
      "v = 638494017.3729926 m / s > c, setting 1/gamma = 0\n",
      "v = 652181000.6037353 m / s > c, setting 1/gamma = 0\n",
      "v = 364472234.4801267 m / s > c, setting 1/gamma = 0\n",
      "v = 317163609.3765974 m / s > c, setting 1/gamma = 0\n",
      "v = 391531734.2099879 m / s > c, setting 1/gamma = 0\n",
      "v = 343623304.87131655 m / s > c, setting 1/gamma = 0\n",
      "v = 771911185.5120054 m / s > c, setting 1/gamma = 0\n",
      "v = 725846307.1451405 m / s > c, setting 1/gamma = 0\n",
      "v = 310156810.52879816 m / s > c, setting 1/gamma = 0\n",
      "v = 577436067.6546589 m / s > c, setting 1/gamma = 0\n",
      "v = 610469057.12512 m / s > c, setting 1/gamma = 0\n",
      "v = 432332876.82630605 m / s > c, setting 1/gamma = 0\n",
      "v = 507679299.3382125 m / s > c, setting 1/gamma = 0\n",
      "v = 336427191.11961865 m / s > c, setting 1/gamma = 0\n",
      "v = 316763485.7247979 m / s > c, setting 1/gamma = 0\n",
      "v = 400769260.7394998 m / s > c, setting 1/gamma = 0\n",
      "v = 457389330.9904107 m / s > c, setting 1/gamma = 0\n",
      "v = 523821158.7267707 m / s > c, setting 1/gamma = 0\n",
      "v = 446279484.62837803 m / s > c, setting 1/gamma = 0\n",
      "v = 479556229.8418071 m / s > c, setting 1/gamma = 0\n",
      "v = 474016616.47669107 m / s > c, setting 1/gamma = 0\n",
      "v = 1360600370.1371226 m / s > c, setting 1/gamma = 0\n",
      "v = 1178583594.4472167 m / s > c, setting 1/gamma = 0\n",
      "v = 470551748.9655656 m / s > c, setting 1/gamma = 0\n",
      "v = 530937876.60172725 m / s > c, setting 1/gamma = 0\n",
      "v = 523543670.49472266 m / s > c, setting 1/gamma = 0\n",
      "v = 551029685.8673822 m / s > c, setting 1/gamma = 0\n",
      "v = 483473436.9813204 m / s > c, setting 1/gamma = 0\n",
      "v = 538641444.1690387 m / s > c, setting 1/gamma = 0\n",
      "v = 315215882.2273608 m / s > c, setting 1/gamma = 0\n",
      "v = 506703857.1583515 m / s > c, setting 1/gamma = 0\n",
      "v = 563209945.7135291 m / s > c, setting 1/gamma = 0\n",
      "v = 329731657.6186537 m / s > c, setting 1/gamma = 0\n",
      "v = 391921964.87774783 m / s > c, setting 1/gamma = 0\n",
      "v = 399373341.84031165 m / s > c, setting 1/gamma = 0\n",
      "v = 481485284.68252474 m / s > c, setting 1/gamma = 0\n",
      "v = 565051297.0275791 m / s > c, setting 1/gamma = 0\n",
      "v = 599670367.5819535 m / s > c, setting 1/gamma = 0\n",
      "v = 326303928.7793144 m / s > c, setting 1/gamma = 0\n",
      "v = 915248701.5378412 m / s > c, setting 1/gamma = 0\n",
      "v = 772307374.9881167 m / s > c, setting 1/gamma = 0\n",
      "v = 306850498.65788394 m / s > c, setting 1/gamma = 0\n",
      "v = 382573034.3387643 m / s > c, setting 1/gamma = 0\n",
      "v = 460714960.69814795 m / s > c, setting 1/gamma = 0\n",
      "v = 514940692.6615481 m / s > c, setting 1/gamma = 0\n",
      "v = 666422957.4898686 m / s > c, setting 1/gamma = 0\n",
      "v = 662460573.3065604 m / s > c, setting 1/gamma = 0\n",
      "v = 395715689.3235902 m / s > c, setting 1/gamma = 0\n",
      "v = 477777989.2962342 m / s > c, setting 1/gamma = 0\n",
      "v = 468914577.47057694 m / s > c, setting 1/gamma = 0\n",
      "v = 523219030.6222037 m / s > c, setting 1/gamma = 0\n",
      "v = 323541326.34823155 m / s > c, setting 1/gamma = 0\n",
      "v = 468900410.94213367 m / s > c, setting 1/gamma = 0\n",
      "v = 1331990953.413049 m / s > c, setting 1/gamma = 0\n",
      "v = 1144772954.335793 m / s > c, setting 1/gamma = 0\n",
      "v = 585791061.2694862 m / s > c, setting 1/gamma = 0\n",
      "v = 612895300.5939847 m / s > c, setting 1/gamma = 0\n",
      "v = 381298740.9539646 m / s > c, setting 1/gamma = 0\n",
      "v = 458868500.9602342 m / s > c, setting 1/gamma = 0\n",
      "v = 308842054.67841053 m / s > c, setting 1/gamma = 0\n",
      "v = 458743132.574357 m / s > c, setting 1/gamma = 0\n",
      "v = 494817657.8467162 m / s > c, setting 1/gamma = 0\n",
      "v = 330026065.178954 m / s > c, setting 1/gamma = 0\n",
      "v = 905565754.7554989 m / s > c, setting 1/gamma = 0\n",
      "v = 766221046.2384775 m / s > c, setting 1/gamma = 0\n",
      "v = 304399672.4490183 m / s > c, setting 1/gamma = 0\n",
      "v = 821820323.0325081 m / s > c, setting 1/gamma = 0\n",
      "v = 682766285.6339285 m / s > c, setting 1/gamma = 0\n",
      "v = 332933392.8137646 m / s > c, setting 1/gamma = 0\n",
      "v = 435146207.1788843 m / s > c, setting 1/gamma = 0\n",
      "v = 498608899.7759569 m / s > c, setting 1/gamma = 0\n",
      "v = 334022191.51157033 m / s > c, setting 1/gamma = 0\n",
      "v = 410025264.00415266 m / s > c, setting 1/gamma = 0\n",
      "v = 433068026.6465389 m / s > c, setting 1/gamma = 0\n",
      "v = 1234160450.398722 m / s > c, setting 1/gamma = 0\n",
      "v = 1067557555.515514 m / s > c, setting 1/gamma = 0\n",
      "v = 340998545.2648512 m / s > c, setting 1/gamma = 0\n",
      "v = 414890139.83771294 m / s > c, setting 1/gamma = 0\n",
      "v = 525000651.5758006 m / s > c, setting 1/gamma = 0\n",
      "v = 571487568.1624295 m / s > c, setting 1/gamma = 0\n",
      "v = 365126311.4815416 m / s > c, setting 1/gamma = 0\n",
      "v = 390320866.43667555 m / s > c, setting 1/gamma = 0\n",
      "v = 458062594.6490499 m / s > c, setting 1/gamma = 0\n",
      "v = 308011555.2850627 m / s > c, setting 1/gamma = 0\n",
      "v = 333908336.2357198 m / s > c, setting 1/gamma = 0\n",
      "v = 322676943.7299937 m / s > c, setting 1/gamma = 0\n",
      "v = 370127381.8078679 m / s > c, setting 1/gamma = 0\n",
      "v = 1018756975.7494888 m / s > c, setting 1/gamma = 0\n",
      "v = 864847737.0174135 m / s > c, setting 1/gamma = 0\n",
      "v = 459155845.2747856 m / s > c, setting 1/gamma = 0\n",
      "v = 521456242.80128884 m / s > c, setting 1/gamma = 0\n",
      "v = 395591080.0134835 m / s > c, setting 1/gamma = 0\n",
      "v = 1167038090.2738853 m / s > c, setting 1/gamma = 0\n",
      "v = 1019627369.7977293 m / s > c, setting 1/gamma = 0\n",
      "v = 356540915.04468167 m / s > c, setting 1/gamma = 0\n",
      "v = 621032013.4178206 m / s > c, setting 1/gamma = 0\n",
      "v = 630594940.5962191 m / s > c, setting 1/gamma = 0\n",
      "v = 456712637.347752 m / s > c, setting 1/gamma = 0\n",
      "v = 520457847.5427787 m / s > c, setting 1/gamma = 0\n",
      "v = 383264863.5180782 m / s > c, setting 1/gamma = 0\n",
      "v = 1113350686.6849415 m / s > c, setting 1/gamma = 0\n",
      "v = 966959406.289752 m / s > c, setting 1/gamma = 0\n",
      "v = 423502531.76033396 m / s > c, setting 1/gamma = 0\n",
      "v = 488640101.1480272 m / s > c, setting 1/gamma = 0\n",
      "v = 416969174.223095 m / s > c, setting 1/gamma = 0\n",
      "v = 484740829.709547 m / s > c, setting 1/gamma = 0\n",
      "v = 550435260.7956097 m / s > c, setting 1/gamma = 0\n",
      "v = 587029041.6600875 m / s > c, setting 1/gamma = 0\n",
      "v = 358276956.02261436 m / s > c, setting 1/gamma = 0\n",
      "v = 304864224.427692 m / s > c, setting 1/gamma = 0\n",
      "v = 364428527.73006624 m / s > c, setting 1/gamma = 0\n",
      "v = 346811126.51593006 m / s > c, setting 1/gamma = 0\n",
      "v = 427065259.07911116 m / s > c, setting 1/gamma = 0\n",
      "v = 540552258.9940587 m / s > c, setting 1/gamma = 0\n",
      "v = 579740413.1727788 m / s > c, setting 1/gamma = 0\n",
      "v = 651196278.5232149 m / s > c, setting 1/gamma = 0\n",
      "v = 634322950.5275816 m / s > c, setting 1/gamma = 0\n",
      "v = 324815926.4339805 m / s > c, setting 1/gamma = 0\n",
      "v = 391752412.9164829 m / s > c, setting 1/gamma = 0\n",
      "v = 420869687.8994314 m / s > c, setting 1/gamma = 0\n",
      "v = 489768349.0141708 m / s > c, setting 1/gamma = 0\n",
      "v = 588353844.327454 m / s > c, setting 1/gamma = 0\n",
      "v = 613251371.9745322 m / s > c, setting 1/gamma = 0\n",
      "v = 354231108.96978116 m / s > c, setting 1/gamma = 0\n",
      "v = 431395248.8569327 m / s > c, setting 1/gamma = 0\n",
      "v = 639377755.1969953 m / s > c, setting 1/gamma = 0\n",
      "v = 648118580.0932795 m / s > c, setting 1/gamma = 0\n",
      "v = 622824030.3900001 m / s > c, setting 1/gamma = 0\n",
      "v = 616712686.512457 m / s > c, setting 1/gamma = 0\n",
      "v = 307803598.85943764 m / s > c, setting 1/gamma = 0\n",
      "v = 384505510.457919 m / s > c, setting 1/gamma = 0\n",
      "v = 714153996.9860659 m / s > c, setting 1/gamma = 0\n",
      "v = 676794098.2011409 m / s > c, setting 1/gamma = 0\n",
      "v = 306768545.1789992 m / s > c, setting 1/gamma = 0\n",
      "v = 380010488.1159381 m / s > c, setting 1/gamma = 0\n",
      "v = 334344485.604181 m / s > c, setting 1/gamma = 0\n",
      "v = 895771208.246869 m / s > c, setting 1/gamma = 0\n",
      "v = 759713614.2451155 m / s > c, setting 1/gamma = 0\n",
      "v = 385503864.1544292 m / s > c, setting 1/gamma = 0\n",
      "v = 454616080.0281809 m / s > c, setting 1/gamma = 0\n",
      "v = 323114448.6713866 m / s > c, setting 1/gamma = 0\n",
      "v = 504691506.3407618 m / s > c, setting 1/gamma = 0\n",
      "v = 552448408.4309164 m / s > c, setting 1/gamma = 0\n",
      "v = 325190277.51621073 m / s > c, setting 1/gamma = 0\n",
      "v = 400298859.7518152 m / s > c, setting 1/gamma = 0\n",
      "v = 324464809.7448525 m / s > c, setting 1/gamma = 0\n",
      "v = 889257550.5267246 m / s > c, setting 1/gamma = 0\n",
      "v = 755308087.4991454 m / s > c, setting 1/gamma = 0\n",
      "v = 407348904.00432575 m / s > c, setting 1/gamma = 0\n",
      "v = 1067961819.0638851 m / s > c, setting 1/gamma = 0\n",
      "v = 901039112.7010098 m / s > c, setting 1/gamma = 0\n",
      "v = 424540404.73842096 m / s > c, setting 1/gamma = 0\n",
      "v = 485601557.6170783 m / s > c, setting 1/gamma = 0\n",
      "v = 328731893.8522218 m / s > c, setting 1/gamma = 0\n",
      "v = 871394441.9786212 m / s > c, setting 1/gamma = 0\n",
      "v = 737421784.3252413 m / s > c, setting 1/gamma = 0\n",
      "v = 313449844.5762776 m / s > c, setting 1/gamma = 0\n",
      "v = 384267027.38656086 m / s > c, setting 1/gamma = 0\n",
      "v = 339379240.9155178 m / s > c, setting 1/gamma = 0\n",
      "v = 881951833.0357875 m / s > c, setting 1/gamma = 0\n",
      "v = 740835077.5033196 m / s > c, setting 1/gamma = 0\n",
      "v = 309362669.1468897 m / s > c, setting 1/gamma = 0\n",
      "v = 756827061.4154078 m / s > c, setting 1/gamma = 0\n",
      "v = 618327938.6831512 m / s > c, setting 1/gamma = 0\n",
      "v = 350424211.2975343 m / s > c, setting 1/gamma = 0\n",
      "v = 404437532.9774199 m / s > c, setting 1/gamma = 0\n",
      "v = 305788675.7031489 m / s > c, setting 1/gamma = 0\n",
      "v = 350197594.16665405 m / s > c, setting 1/gamma = 0\n",
      "v = 481041142.4333019 m / s > c, setting 1/gamma = 0\n",
      "v = 526240144.6281209 m / s > c, setting 1/gamma = 0\n",
      "v = 305308664.82884246 m / s > c, setting 1/gamma = 0\n",
      "v = 372115092.2732797 m / s > c, setting 1/gamma = 0\n",
      "v = 446546053.3171623 m / s > c, setting 1/gamma = 0\n",
      "v = 1166414057.4733865 m / s > c, setting 1/gamma = 0\n",
      "v = 981177314.8157133 m / s > c, setting 1/gamma = 0\n",
      "v = 316055876.1379173 m / s > c, setting 1/gamma = 0\n",
      "v = 352056378.3887513 m / s > c, setting 1/gamma = 0\n",
      "v = 896880194.9649259 m / s > c, setting 1/gamma = 0\n",
      "v = 751019325.5293864 m / s > c, setting 1/gamma = 0\n",
      "v = 326190345.95504624 m / s > c, setting 1/gamma = 0\n",
      "v = 791580267.7693963 m / s > c, setting 1/gamma = 0\n",
      "v = 646868559.3066157 m / s > c, setting 1/gamma = 0\n",
      "v = 486928764.4805097 m / s > c, setting 1/gamma = 0\n",
      "v = 529954149.98886096 m / s > c, setting 1/gamma = 0\n",
      "v = 553858962.0583525 m / s > c, setting 1/gamma = 0\n",
      "v = 582745430.8190135 m / s > c, setting 1/gamma = 0\n",
      "v = 491041142.42644423 m / s > c, setting 1/gamma = 0\n",
      "v = 540229380.4353487 m / s > c, setting 1/gamma = 0\n",
      "v = 348773860.7727822 m / s > c, setting 1/gamma = 0\n",
      "v = 530833733.9327422 m / s > c, setting 1/gamma = 0\n",
      "v = 559659777.190395 m / s > c, setting 1/gamma = 0\n",
      "v = 404576043.211889 m / s > c, setting 1/gamma = 0\n",
      "v = 474491627.1163276 m / s > c, setting 1/gamma = 0\n",
      "v = 300165800.25039995 m / s > c, setting 1/gamma = 0\n",
      "v = 365972686.41632956 m / s > c, setting 1/gamma = 0\n",
      "v = 331045501.2429762 m / s > c, setting 1/gamma = 0\n",
      "v = 399755007.88805854 m / s > c, setting 1/gamma = 0\n",
      "v = 440421734.97321796 m / s > c, setting 1/gamma = 0\n",
      "v = 1207789098.351813 m / s > c, setting 1/gamma = 0\n",
      "v = 1028861521.511765 m / s > c, setting 1/gamma = 0\n",
      "v = 324781882.34426826 m / s > c, setting 1/gamma = 0\n",
      "v = 797136659.0996999 m / s > c, setting 1/gamma = 0\n",
      "v = 662505918.0407416 m / s > c, setting 1/gamma = 0\n",
      "v = 390301219.55293274 m / s > c, setting 1/gamma = 0\n",
      "v = 975051753.0350529 m / s > c, setting 1/gamma = 0\n",
      "v = 807553699.5634841 m / s > c, setting 1/gamma = 0\n",
      "v = 313561705.676836 m / s > c, setting 1/gamma = 0\n",
      "v = 769312351.3175306 m / s > c, setting 1/gamma = 0\n",
      "v = 628530253.2280065 m / s > c, setting 1/gamma = 0\n",
      "v = 334497728.7055191 m / s > c, setting 1/gamma = 0\n",
      "v = 317542636.36547726 m / s > c, setting 1/gamma = 0\n",
      "v = 804292593.4279292 m / s > c, setting 1/gamma = 0\n",
      "v = 671403290.105196 m / s > c, setting 1/gamma = 0\n",
      "v = 301445438.2097937 m / s > c, setting 1/gamma = 0\n",
      "v = 716807603.0927663 m / s > c, setting 1/gamma = 0\n",
      "v = 582322029.1793361 m / s > c, setting 1/gamma = 0\n",
      "v = 419254903.97705454 m / s > c, setting 1/gamma = 0\n",
      "v = 468872923.4712201 m / s > c, setting 1/gamma = 0\n",
      "v = 306287076.85852706 m / s > c, setting 1/gamma = 0\n",
      "v = 320381450.3324822 m / s > c, setting 1/gamma = 0\n",
      "v = 357857631.7805072 m / s > c, setting 1/gamma = 0\n",
      "v = 407092617.7693816 m / s > c, setting 1/gamma = 0\n",
      "v = 334075896.82072616 m / s > c, setting 1/gamma = 0\n",
      "v = 402400071.53477275 m / s > c, setting 1/gamma = 0\n",
      "v = 351486345.8714196 m / s > c, setting 1/gamma = 0\n",
      "v = 351276048.5789243 m / s > c, setting 1/gamma = 0\n",
      "v = 886998606.9889345 m / s > c, setting 1/gamma = 0\n",
      "v = 743026792.172284 m / s > c, setting 1/gamma = 0\n",
      "v = 300650634.8880492 m / s > c, setting 1/gamma = 0\n",
      "v = 703348466.1913147 m / s > c, setting 1/gamma = 0\n",
      "v = 570349617.2490898 m / s > c, setting 1/gamma = 0\n",
      "v = 330297411.2860744 m / s > c, setting 1/gamma = 0\n",
      "v = 383700086.7452203 m / s > c, setting 1/gamma = 0\n",
      "v = 324894401.74092233 m / s > c, setting 1/gamma = 0\n",
      "v = 390960774.57770675 m / s > c, setting 1/gamma = 0\n",
      "v = 343971083.5697388 m / s > c, setting 1/gamma = 0\n",
      "v = 337437201.8496414 m / s > c, setting 1/gamma = 0\n",
      "v = 310416796.6460613 m / s > c, setting 1/gamma = 0\n",
      "v = 375250421.48563385 m / s > c, setting 1/gamma = 0\n",
      "v = 333193381.4831026 m / s > c, setting 1/gamma = 0\n",
      "v = 300328031.2759325 m / s > c, setting 1/gamma = 0\n",
      "v = 409242592.4564025 m / s > c, setting 1/gamma = 0\n",
      "v = 465736931.92108303 m / s > c, setting 1/gamma = 0\n",
      "v = 357748419.7865003 m / s > c, setting 1/gamma = 0\n",
      "v = 425751994.5868182 m / s > c, setting 1/gamma = 0\n",
      "v = 347150878.0054081 m / s > c, setting 1/gamma = 0\n",
      "v = 344167800.0438252 m / s > c, setting 1/gamma = 0\n",
      "v = 301870346.29891574 m / s > c, setting 1/gamma = 0\n",
      "v = 366962724.9451204 m / s > c, setting 1/gamma = 0\n",
      "v = 330912056.3868438 m / s > c, setting 1/gamma = 0\n",
      "v = 317342811.43280673 m / s > c, setting 1/gamma = 0\n",
      "v = 509832352.924698 m / s > c, setting 1/gamma = 0\n",
      "v = 545291863.6472211 m / s > c, setting 1/gamma = 0\n",
      "v = 322071352.0974604 m / s > c, setting 1/gamma = 0\n",
      "v = 388823323.371861 m / s > c, setting 1/gamma = 0\n",
      "v = 458307733.21494865 m / s > c, setting 1/gamma = 0\n",
      "v = 506399200.4052249 m / s > c, setting 1/gamma = 0\n",
      "v = 325780104.4596586 m / s > c, setting 1/gamma = 0\n",
      "v = 330433337.8152853 m / s > c, setting 1/gamma = 0\n",
      "v = 399513846.15564626 m / s > c, setting 1/gamma = 0\n",
      "v = 456326374.4333452 m / s > c, setting 1/gamma = 0\n",
      "v = 507628189.18717194 m / s > c, setting 1/gamma = 0\n",
      "v = 323065274.6161115 m / s > c, setting 1/gamma = 0\n",
      "v = 389444578.24990386 m / s > c, setting 1/gamma = 0\n",
      "v = 305421187.19410014 m / s > c, setting 1/gamma = 0\n",
      "v = 374013308.7128136 m / s > c, setting 1/gamma = 0\n",
      "v = 328709751.38945144 m / s > c, setting 1/gamma = 0\n",
      "v = 782697649.5949498 m / s > c, setting 1/gamma = 0\n",
      "v = 637461448.9825418 m / s > c, setting 1/gamma = 0\n",
      "v = 487651786.0193844 m / s > c, setting 1/gamma = 0\n",
      "v = 530651468.57989293 m / s > c, setting 1/gamma = 0\n",
      "v = 358829833.067368 m / s > c, setting 1/gamma = 0\n",
      "v = 422485753.36520886 m / s > c, setting 1/gamma = 0\n",
      "v = 466532826.98192364 m / s > c, setting 1/gamma = 0\n",
      "v = 517406963.20581996 m / s > c, setting 1/gamma = 0\n",
      "v = 599013384.2604532 m / s > c, setting 1/gamma = 0\n",
      "v = 576676432.0705941 m / s > c, setting 1/gamma = 0\n",
      "v = 472968750.14552355 m / s > c, setting 1/gamma = 0\n",
      "v = 517211246.17888355 m / s > c, setting 1/gamma = 0\n",
      "v = 349018527.80249053 m / s > c, setting 1/gamma = 0\n",
      "v = 415460151.3668302 m / s > c, setting 1/gamma = 0\n",
      "v = 601283007.518064 m / s > c, setting 1/gamma = 0\n",
      "v = 603302524.6444765 m / s > c, setting 1/gamma = 0\n",
      "v = 353203263.0609297 m / s > c, setting 1/gamma = 0\n",
      "v = 884066966.6919354 m / s > c, setting 1/gamma = 0\n",
      "v = 739276772.8095353 m / s > c, setting 1/gamma = 0\n",
      "v = 606301761.444083 m / s > c, setting 1/gamma = 0\n",
      "v = 571080070.6390867 m / s > c, setting 1/gamma = 0\n",
      "v = 459181581.64515084 m / s > c, setting 1/gamma = 0\n",
      "v = 506358496.293723 m / s > c, setting 1/gamma = 0\n",
      "v = 429505963.0215849 m / s > c, setting 1/gamma = 0\n",
      "v = 486289528.6467539 m / s > c, setting 1/gamma = 0\n",
      "v = 436658527.0528348 m / s > c, setting 1/gamma = 0\n",
      "v = 479437055.1692946 m / s > c, setting 1/gamma = 0\n",
      "v = 638496304.2713369 m / s > c, setting 1/gamma = 0\n",
      "v = 609346855.8888702 m / s > c, setting 1/gamma = 0\n",
      "v = 308912223.32542616 m / s > c, setting 1/gamma = 0\n",
      "v = 489638880.42033863 m / s > c, setting 1/gamma = 0\n",
      "v = 1242521301.3394694 m / s > c, setting 1/gamma = 0\n",
      "v = 1045455229.2510313 m / s > c, setting 1/gamma = 0\n",
      "v = 477299114.88497305 m / s > c, setting 1/gamma = 0\n",
      "v = 523518916.8023505 m / s > c, setting 1/gamma = 0\n",
      "v = 440250286.60419965 m / s > c, setting 1/gamma = 0\n",
      "v = 1093504462.8494663 m / s > c, setting 1/gamma = 0\n",
      "v = 910741824.7159956 m / s > c, setting 1/gamma = 0\n",
      "v = 471666893.9711884 m / s > c, setting 1/gamma = 0\n",
      "v = 515744806.03994846 m / s > c, setting 1/gamma = 0\n",
      "v = 574885740.6230911 m / s > c, setting 1/gamma = 0\n",
      "v = 584241736.5532643 m / s > c, setting 1/gamma = 0\n",
      "v = 494174570.6585066 m / s > c, setting 1/gamma = 0\n",
      "v = 536699959.6019029 m / s > c, setting 1/gamma = 0\n",
      "v = 433510044.2496973 m / s > c, setting 1/gamma = 0\n",
      "v = 480022363.90335786 m / s > c, setting 1/gamma = 0\n",
      "v = 724072256.5804482 m / s > c, setting 1/gamma = 0\n",
      "v = 641251481.5574169 m / s > c, setting 1/gamma = 0\n",
      "v = 335975134.2322489 m / s > c, setting 1/gamma = 0\n",
      "v = 776094276.6619326 m / s > c, setting 1/gamma = 0\n",
      "v = 634446666.1419011 m / s > c, setting 1/gamma = 0\n",
      "v = 549034792.9731189 m / s > c, setting 1/gamma = 0\n",
      "v = 570850027.3095866 m / s > c, setting 1/gamma = 0\n",
      "v = 369048242.91038346 m / s > c, setting 1/gamma = 0\n",
      "v = 428779750.3407443 m / s > c, setting 1/gamma = 0\n",
      "v = 504348801.17496336 m / s > c, setting 1/gamma = 0\n",
      "v = 521880473.5275995 m / s > c, setting 1/gamma = 0\n",
      "v = 396422693.1875036 m / s > c, setting 1/gamma = 0\n",
      "v = 454328650.43166703 m / s > c, setting 1/gamma = 0\n",
      "v = 326693752.6069203 m / s > c, setting 1/gamma = 0\n",
      "v = 330621555.9059476 m / s > c, setting 1/gamma = 0\n",
      "v = 307379795.24576735 m / s > c, setting 1/gamma = 0\n",
      "v = 303231126.57808286 m / s > c, setting 1/gamma = 0\n",
      "v = 310500401.2036976 m / s > c, setting 1/gamma = 0\n",
      "v = 373037495.41003466 m / s > c, setting 1/gamma = 0\n",
      "v = 408238055.6359258 m / s > c, setting 1/gamma = 0\n",
      "v = 1014914659.9524244 m / s > c, setting 1/gamma = 0\n",
      "v = 843445057.1248479 m / s > c, setting 1/gamma = 0\n",
      "v = 307554760.7272877 m / s > c, setting 1/gamma = 0\n",
      "v = 564399779.8456583 m / s > c, setting 1/gamma = 0\n",
      "v = 541475212.3329244 m / s > c, setting 1/gamma = 0\n",
      "v = 308139639.95121646 m / s > c, setting 1/gamma = 0\n",
      "v = 371471093.28112054 m / s > c, setting 1/gamma = 0\n",
      "v = 313245807.0737119 m / s > c, setting 1/gamma = 0\n",
      "v = 373394689.5573188 m / s > c, setting 1/gamma = 0\n",
      "v = 325581303.5713124 m / s > c, setting 1/gamma = 0\n",
      "v = 437379169.3181044 m / s > c, setting 1/gamma = 0\n",
      "v = 491034788.19860834 m / s > c, setting 1/gamma = 0\n",
      "v = 301896851.4270139 m / s > c, setting 1/gamma = 0\n",
      "v = 676831847.7780309 m / s > c, setting 1/gamma = 0\n",
      "v = 550739585.0295398 m / s > c, setting 1/gamma = 0\n",
      "v = 316737706.35725635 m / s > c, setting 1/gamma = 0\n",
      "v = 321422792.4626215 m / s > c, setting 1/gamma = 0\n",
      "v = 806773020.1280607 m / s > c, setting 1/gamma = 0\n",
      "v = 675638631.7772944 m / s > c, setting 1/gamma = 0\n",
      "v = 362114768.10246235 m / s > c, setting 1/gamma = 0\n",
      "v = 428086136.69653434 m / s > c, setting 1/gamma = 0\n",
      "v = 318732027.58355844 m / s > c, setting 1/gamma = 0\n",
      "v = 379813225.66787213 m / s > c, setting 1/gamma = 0\n",
      "v = 548261511.9807843 m / s > c, setting 1/gamma = 0\n",
      "v = 566146726.321559 m / s > c, setting 1/gamma = 0\n",
      "v = 436041978.92122453 m / s > c, setting 1/gamma = 0\n",
      "v = 488085720.7236755 m / s > c, setting 1/gamma = 0\n",
      "v = 601335088.5655543 m / s > c, setting 1/gamma = 0\n",
      "v = 595223728.2093196 m / s > c, setting 1/gamma = 0\n",
      "v = 413435578.5423542 m / s > c, setting 1/gamma = 0\n",
      "v = 464581235.9003721 m / s > c, setting 1/gamma = 0\n",
      "v = 342334199.9867136 m / s > c, setting 1/gamma = 0\n",
      "v = 397978998.29344577 m / s > c, setting 1/gamma = 0\n",
      "v = 593793461.6774453 m / s > c, setting 1/gamma = 0\n",
      "v = 600840947.5144669 m / s > c, setting 1/gamma = 0\n",
      "v = 335674796.86455745 m / s > c, setting 1/gamma = 0\n",
      "v = 572041511.259293 m / s > c, setting 1/gamma = 0\n",
      "v = 573333229.4381343 m / s > c, setting 1/gamma = 0\n",
      "v = 334856523.3838067 m / s > c, setting 1/gamma = 0\n",
      "v = 397991673.64103955 m / s > c, setting 1/gamma = 0\n",
      "v = 333018611.93356884 m / s > c, setting 1/gamma = 0\n",
      "v = 385555844.7794589 m / s > c, setting 1/gamma = 0\n",
      "v = 304306281.062719 m / s > c, setting 1/gamma = 0\n",
      "v = 361352927.5997489 m / s > c, setting 1/gamma = 0\n",
      "v = 365352174.0208027 m / s > c, setting 1/gamma = 0\n",
      "v = 409493309.5168035 m / s > c, setting 1/gamma = 0\n",
      "v = 317155363.82346284 m / s > c, setting 1/gamma = 0\n",
      "v = 369396752.4317686 m / s > c, setting 1/gamma = 0\n",
      "v = 322243474.0472992 m / s > c, setting 1/gamma = 0\n",
      "v = 385229975.7070409 m / s > c, setting 1/gamma = 0\n",
      "v = 434921522.9416612 m / s > c, setting 1/gamma = 0\n",
      "v = 368599563.55698586 m / s > c, setting 1/gamma = 0\n",
      "v = 422990465.10339916 m / s > c, setting 1/gamma = 0\n",
      "v = 335376411.2338892 m / s > c, setting 1/gamma = 0\n",
      "v = 375828179.8455595 m / s > c, setting 1/gamma = 0\n",
      "v = 452426712.19318426 m / s > c, setting 1/gamma = 0\n",
      "v = 497255387.12359315 m / s > c, setting 1/gamma = 0\n",
      "v = 300524394.76709235 m / s > c, setting 1/gamma = 0\n",
      "v = 319455161.1141149 m / s > c, setting 1/gamma = 0\n",
      "v = 380550457.90242 m / s > c, setting 1/gamma = 0\n",
      "v = 315243732.2893748 m / s > c, setting 1/gamma = 0\n",
      "v = 369348433.4761399 m / s > c, setting 1/gamma = 0\n",
      "v = 408305799.8413945 m / s > c, setting 1/gamma = 0\n",
      "v = 450014968.8133832 m / s > c, setting 1/gamma = 0\n",
      "v = 310490939.9260253 m / s > c, setting 1/gamma = 0\n",
      "v = 363326528.6300122 m / s > c, setting 1/gamma = 0\n",
      "v = 343447446.94209164 m / s > c, setting 1/gamma = 0\n",
      "v = 347146895.1608933 m / s > c, setting 1/gamma = 0\n",
      "v = 401527006.76369995 m / s > c, setting 1/gamma = 0\n",
      "v = 323102631.1235733 m / s > c, setting 1/gamma = 0\n",
      "v = 319443126.82098734 m / s > c, setting 1/gamma = 0\n",
      "v = 366891894.9829213 m / s > c, setting 1/gamma = 0\n",
      "v = 355848872.4664215 m / s > c, setting 1/gamma = 0\n",
      "v = 304772130.79208577 m / s > c, setting 1/gamma = 0\n",
      "v = 346963409.3010164 m / s > c, setting 1/gamma = 0\n",
      "v = 340542692.71382993 m / s > c, setting 1/gamma = 0\n",
      "v = 400994956.6952298 m / s > c, setting 1/gamma = 0\n",
      "v = 334183796.0455877 m / s > c, setting 1/gamma = 0\n",
      "v = 388272063.82091707 m / s > c, setting 1/gamma = 0\n",
      "v = 303847825.9528427 m / s > c, setting 1/gamma = 0\n",
      "v = 340144830.2064409 m / s > c, setting 1/gamma = 0\n",
      "v = 307719774.59988695 m / s > c, setting 1/gamma = 0\n",
      "v = 304079271.4509138 m / s > c, setting 1/gamma = 0\n",
      "v = 365353719.35013485 m / s > c, setting 1/gamma = 0\n",
      "v = 329452153.8144548 m / s > c, setting 1/gamma = 0\n",
      "v = 389793993.1672708 m / s > c, setting 1/gamma = 0\n",
      "v = 333767669.10529023 m / s > c, setting 1/gamma = 0\n",
      "v = 495847289.0242818 m / s > c, setting 1/gamma = 0\n",
      "v = 1168873609.959305 m / s > c, setting 1/gamma = 0\n",
      "v = 974444202.1549258 m / s > c, setting 1/gamma = 0\n",
      "v = 541427500.8828282 m / s > c, setting 1/gamma = 0\n",
      "v = 538807769.5830371 m / s > c, setting 1/gamma = 0\n",
      "v = 350302546.953411 m / s > c, setting 1/gamma = 0\n",
      "v = 392278408.9004408 m / s > c, setting 1/gamma = 0\n",
      "v = 340627735.8307524 m / s > c, setting 1/gamma = 0\n",
      "v = 396525847.79808754 m / s > c, setting 1/gamma = 0\n",
      "v = 393143784.4981687 m / s > c, setting 1/gamma = 0\n",
      "v = 441318316.6313728 m / s > c, setting 1/gamma = 0\n",
      "v = 316651296.39334035 m / s > c, setting 1/gamma = 0\n",
      "v = 364889049.04096705 m / s > c, setting 1/gamma = 0\n",
      "v = 452734350.45338535 m / s > c, setting 1/gamma = 0\n",
      "v = 492520355.7309207 m / s > c, setting 1/gamma = 0\n",
      "v = 459841222.14842355 m / s > c, setting 1/gamma = 0\n",
      "v = 493023849.7233442 m / s > c, setting 1/gamma = 0\n",
      "v = 589544656.0586087 m / s > c, setting 1/gamma = 0\n",
      "v = 563835037.7116992 m / s > c, setting 1/gamma = 0\n",
      "v = 302957259.05524886 m / s > c, setting 1/gamma = 0\n",
      "v = 343547626.80757874 m / s > c, setting 1/gamma = 0\n",
      "v = 774851492.681025 m / s > c, setting 1/gamma = 0\n",
      "v = 633177477.5750976 m / s > c, setting 1/gamma = 0\n",
      "v = 586325796.3411716 m / s > c, setting 1/gamma = 0\n",
      "v = 575600642.4291395 m / s > c, setting 1/gamma = 0\n",
      "v = 574325606.5104175 m / s > c, setting 1/gamma = 0\n",
      "v = 566439550.2131435 m / s > c, setting 1/gamma = 0\n",
      "v = 350528791.0590783 m / s > c, setting 1/gamma = 0\n",
      "v = 411804348.8511242 m / s > c, setting 1/gamma = 0\n",
      "v = 528361520.52437633 m / s > c, setting 1/gamma = 0\n",
      "v = 525160877.38246566 m / s > c, setting 1/gamma = 0\n",
      "v = 331759095.911448 m / s > c, setting 1/gamma = 0\n",
      "v = 365389499.23967004 m / s > c, setting 1/gamma = 0\n",
      "v = 453144484.9361801 m / s > c, setting 1/gamma = 0\n",
      "v = 494182210.9466322 m / s > c, setting 1/gamma = 0\n",
      "v = 306453331.9756641 m / s > c, setting 1/gamma = 0\n",
      "v = 673282183.5999296 m / s > c, setting 1/gamma = 0\n",
      "v = 551896191.6829993 m / s > c, setting 1/gamma = 0\n",
      "v = 303748290.54104805 m / s > c, setting 1/gamma = 0\n",
      "v = 358069548.81952864 m / s > c, setting 1/gamma = 0\n",
      "v = 330713612.766805 m / s > c, setting 1/gamma = 0\n",
      "v = 341183089.44189435 m / s > c, setting 1/gamma = 0\n",
      "v = 384122301.3831185 m / s > c, setting 1/gamma = 0\n",
      "v = 500961833.5191044 m / s > c, setting 1/gamma = 0\n",
      "v = 499084100.347236 m / s > c, setting 1/gamma = 0\n",
      "v = 304024485.74443835 m / s > c, setting 1/gamma = 0\n",
      "v = 421292256.1637072 m / s > c, setting 1/gamma = 0\n",
      "v = 454451317.50118285 m / s > c, setting 1/gamma = 0\n",
      "v = 526846795.67530733 m / s > c, setting 1/gamma = 0\n",
      "v = 528474143.165627 m / s > c, setting 1/gamma = 0\n",
      "v = 415600856.42881835 m / s > c, setting 1/gamma = 0\n",
      "v = 450950857.5432988 m / s > c, setting 1/gamma = 0\n",
      "v = 307034318.5297859 m / s > c, setting 1/gamma = 0\n",
      "v = 335372619.8574372 m / s > c, setting 1/gamma = 0\n",
      "v = 448030384.71868575 m / s > c, setting 1/gamma = 0\n",
      "v = 459606008.3078443 m / s > c, setting 1/gamma = 0\n",
      "v = 501681344.73296475 m / s > c, setting 1/gamma = 0\n",
      "v = 506228245.52716625 m / s > c, setting 1/gamma = 0\n",
      "v = 324049498.04556024 m / s > c, setting 1/gamma = 0\n",
      "v = 354544625.6954959 m / s > c, setting 1/gamma = 0\n",
      "v = 499496760.29045993 m / s > c, setting 1/gamma = 0\n",
      "v = 497399547.9876553 m / s > c, setting 1/gamma = 0\n",
      "v = 303938470.24421537 m / s > c, setting 1/gamma = 0\n",
      "v = 381728894.66370744 m / s > c, setting 1/gamma = 0\n",
      "v = 396805866.57372254 m / s > c, setting 1/gamma = 0\n",
      "v = 394395209.37471133 m / s > c, setting 1/gamma = 0\n",
      "v = 418630906.4620654 m / s > c, setting 1/gamma = 0\n",
      "v = 332257087.897843 m / s > c, setting 1/gamma = 0\n",
      "v = 381667155.2174348 m / s > c, setting 1/gamma = 0\n",
      "v = 430913107.4263539 m / s > c, setting 1/gamma = 0\n",
      "v = 480230966.33365244 m / s > c, setting 1/gamma = 0\n",
      "v = 367646560.32328904 m / s > c, setting 1/gamma = 0\n",
      "v = 414002523.0876677 m / s > c, setting 1/gamma = 0\n",
      "v = 316651574.62779784 m / s > c, setting 1/gamma = 0\n",
      "v = 597425188.4516836 m / s > c, setting 1/gamma = 0\n",
      "v = 501864530.75008756 m / s > c, setting 1/gamma = 0\n",
      "v = 328837142.26300055 m / s > c, setting 1/gamma = 0\n",
      "v = 360120290.0469706 m / s > c, setting 1/gamma = 0\n",
      "v = 381230771.1676529 m / s > c, setting 1/gamma = 0\n",
      "v = 410389811.9397818 m / s > c, setting 1/gamma = 0\n",
      "v = 497785580.9666456 m / s > c, setting 1/gamma = 0\n",
      "v = 501074766.04555506 m / s > c, setting 1/gamma = 0\n",
      "v = 363681563.79647464 m / s > c, setting 1/gamma = 0\n",
      "v = 382596310.33574885 m / s > c, setting 1/gamma = 0\n",
      "v = 328790379.0557905 m / s > c, setting 1/gamma = 0\n",
      "v = 383220835.77613264 m / s > c, setting 1/gamma = 0\n",
      "v = 332594031.4767787 m / s > c, setting 1/gamma = 0\n",
      "v = 688891545.3598143 m / s > c, setting 1/gamma = 0\n",
      "v = 565689849.075731 m / s > c, setting 1/gamma = 0\n",
      "v = 309614225.1905889 m / s > c, setting 1/gamma = 0\n",
      "v = 330142027.2349948 m / s > c, setting 1/gamma = 0\n",
      "v = 363534173.65468436 m / s > c, setting 1/gamma = 0\n",
      "v = 419906935.3173969 m / s > c, setting 1/gamma = 0\n",
      "v = 307558362.9004969 m / s > c, setting 1/gamma = 0\n",
      "v = 628481762.4712311 m / s > c, setting 1/gamma = 0\n",
      "v = 513405622.5256348 m / s > c, setting 1/gamma = 0\n",
      "v = 499742205.1647318 m / s > c, setting 1/gamma = 0\n",
      "v = 513505291.6279308 m / s > c, setting 1/gamma = 0\n",
      "v = 340082481.5801344 m / s > c, setting 1/gamma = 0\n",
      "v = 380739813.4266518 m / s > c, setting 1/gamma = 0\n",
      "v = 331772894.7217607 m / s > c, setting 1/gamma = 0\n",
      "v = 306198391.6579678 m / s > c, setting 1/gamma = 0\n",
      "v = 328717126.417233 m / s > c, setting 1/gamma = 0\n",
      "v = 354962737.5456106 m / s > c, setting 1/gamma = 0\n",
      "v = 397148985.2166452 m / s > c, setting 1/gamma = 0\n",
      "v = 300774250.931155 m / s > c, setting 1/gamma = 0\n",
      "v = 324586867.41908234 m / s > c, setting 1/gamma = 0\n",
      "v = 371108441.82857424 m / s > c, setting 1/gamma = 0\n",
      "v = 406664989.44884926 m / s > c, setting 1/gamma = 0\n",
      "v = 400623277.4586769 m / s > c, setting 1/gamma = 0\n",
      "v = 438193883.42834765 m / s > c, setting 1/gamma = 0\n",
      "v = 399249905.50994205 m / s > c, setting 1/gamma = 0\n",
      "v = 441180231.2523132 m / s > c, setting 1/gamma = 0\n",
      "v = 325689180.1255164 m / s > c, setting 1/gamma = 0\n",
      "v = 346023444.3188524 m / s > c, setting 1/gamma = 0\n",
      "v = 462635512.3080614 m / s > c, setting 1/gamma = 0\n",
      "v = 471576795.0382787 m / s > c, setting 1/gamma = 0\n",
      "v = 317952411.64442265 m / s > c, setting 1/gamma = 0\n",
      "v = 335525326.73722875 m / s > c, setting 1/gamma = 0\n",
      "v = 307046905.98386043 m / s > c, setting 1/gamma = 0\n",
      "v = 406132581.4957948 m / s > c, setting 1/gamma = 0\n",
      "v = 437052139.62269634 m / s > c, setting 1/gamma = 0\n",
      "v = 328384811.20632505 m / s > c, setting 1/gamma = 0\n",
      "v = 352104619.26886 m / s > c, setting 1/gamma = 0\n",
      "v = 330651632.792398 m / s > c, setting 1/gamma = 0\n",
      "v = 381156649.4568111 m / s > c, setting 1/gamma = 0\n",
      "v = 351777407.07872134 m / s > c, setting 1/gamma = 0\n",
      "v = 378897057.73367536 m / s > c, setting 1/gamma = 0\n",
      "v = 339075949.62736845 m / s > c, setting 1/gamma = 0\n",
      "v = 368613229.0729768 m / s > c, setting 1/gamma = 0\n",
      "v = 335851539.1953472 m / s > c, setting 1/gamma = 0\n",
      "v = 365583855.06436646 m / s > c, setting 1/gamma = 0\n",
      "v = 393442244.1172473 m / s > c, setting 1/gamma = 0\n",
      "v = 434557426.8273832 m / s > c, setting 1/gamma = 0\n",
      "v = 353181750.0935178 m / s > c, setting 1/gamma = 0\n",
      "v = 403735527.78983635 m / s > c, setting 1/gamma = 0\n",
      "v = 322499236.29483616 m / s > c, setting 1/gamma = 0\n",
      "v = 342200829.45496625 m / s > c, setting 1/gamma = 0\n",
      "v = 427730544.54594594 m / s > c, setting 1/gamma = 0\n",
      "v = 461234022.29426986 m / s > c, setting 1/gamma = 0\n",
      "v = 303408174.02253026 m / s > c, setting 1/gamma = 0\n",
      "v = 329449211.20681745 m / s > c, setting 1/gamma = 0\n",
      "v = 382092435.4248708 m / s > c, setting 1/gamma = 0\n",
      "v = 339831831.55477643 m / s > c, setting 1/gamma = 0\n",
      "v = 358807044.83678895 m / s > c, setting 1/gamma = 0\n",
      "v = 370310069.28308755 m / s > c, setting 1/gamma = 0\n",
      "v = 413931703.16209906 m / s > c, setting 1/gamma = 0\n",
      "v = 302298347.0000268 m / s > c, setting 1/gamma = 0\n",
      "v = 330062342.9741743 m / s > c, setting 1/gamma = 0\n",
      "v = 305525253.3525325 m / s > c, setting 1/gamma = 0\n",
      "v = 607977169.1174544 m / s > c, setting 1/gamma = 0\n",
      "v = 496982824.41987926 m / s > c, setting 1/gamma = 0\n",
      "v = 436451640.259075 m / s > c, setting 1/gamma = 0\n",
      "v = 469280729.30853724 m / s > c, setting 1/gamma = 0\n",
      "v = 304736743.1542216 m / s > c, setting 1/gamma = 0\n",
      "v = 329498421.45898616 m / s > c, setting 1/gamma = 0\n",
      "v = 444763456.942013 m / s > c, setting 1/gamma = 0\n",
      "v = 464198148.8081291 m / s > c, setting 1/gamma = 0\n",
      "v = 524002770.9242506 m / s > c, setting 1/gamma = 0\n",
      "v = 487767494.8336911 m / s > c, setting 1/gamma = 0\n",
      "v = 313444660.79851484 m / s > c, setting 1/gamma = 0\n",
      "v = 304045171.184674 m / s > c, setting 1/gamma = 0\n",
      "v = 341243149.09423524 m / s > c, setting 1/gamma = 0\n",
      "v = 375943091.40111345 m / s > c, setting 1/gamma = 0\n",
      "v = 303099874.7693484 m / s > c, setting 1/gamma = 0\n",
      "v = 347877155.1730534 m / s > c, setting 1/gamma = 0\n",
      "v = 307325527.71373665 m / s > c, setting 1/gamma = 0\n",
      "v = 337123800.943496 m / s > c, setting 1/gamma = 0\n",
      "v = 356810543.69599915 m / s > c, setting 1/gamma = 0\n",
      "v = 338623799.11359704 m / s > c, setting 1/gamma = 0\n",
      "v = 367734097.52945197 m / s > c, setting 1/gamma = 0\n",
      "v = 317228491.52087444 m / s > c, setting 1/gamma = 0\n",
      "v = 367026512.43205273 m / s > c, setting 1/gamma = 0\n",
      "v = 301260457.46821177 m / s > c, setting 1/gamma = 0\n",
      "v = 326376960.99790555 m / s > c, setting 1/gamma = 0\n",
      "v = 300621205.7902313 m / s > c, setting 1/gamma = 0\n",
      "v = 338522591.5705652 m / s > c, setting 1/gamma = 0\n",
      "v = 317808311.1093898 m / s > c, setting 1/gamma = 0\n",
      "v = 372516652.4423473 m / s > c, setting 1/gamma = 0\n",
      "v = 300082797.2356097 m / s > c, setting 1/gamma = 0\n",
      "v = 328978653.65874535 m / s > c, setting 1/gamma = 0\n",
      "v = 358916139.7900776 m / s > c, setting 1/gamma = 0\n",
      "v = 401222355.29922825 m / s > c, setting 1/gamma = 0\n",
      "v = 349520473.93712395 m / s > c, setting 1/gamma = 0\n",
      "v = 365832717.674111 m / s > c, setting 1/gamma = 0\n",
      "v = 371533315.3288322 m / s > c, setting 1/gamma = 0\n",
      "v = 403492491.43988717 m / s > c, setting 1/gamma = 0\n",
      "v = 549466428.6526775 m / s > c, setting 1/gamma = 0\n",
      "v = 506115920.7769408 m / s > c, setting 1/gamma = 0\n",
      "v = 392575865.0337105 m / s > c, setting 1/gamma = 0\n",
      "v = 437008580.89395654 m / s > c, setting 1/gamma = 0\n",
      "v = 345514779.66125125 m / s > c, setting 1/gamma = 0\n",
      "v = 361991946.2031023 m / s > c, setting 1/gamma = 0\n",
      "v = 315967797.18102396 m / s > c, setting 1/gamma = 0\n",
      "v = 629968224.0998114 m / s > c, setting 1/gamma = 0\n",
      "v = 518059139.45008874 m / s > c, setting 1/gamma = 0\n",
      "v = 302826601.906516 m / s > c, setting 1/gamma = 0\n",
      "v = 321026272.30666035 m / s > c, setting 1/gamma = 0\n",
      "v = 381085462.4984881 m / s > c, setting 1/gamma = 0\n",
      "v = 423743025.2609529 m / s > c, setting 1/gamma = 0\n",
      "v = 307873314.7748864 m / s > c, setting 1/gamma = 0\n",
      "v = 333858405.42698693 m / s > c, setting 1/gamma = 0\n",
      "v = 392860344.41766274 m / s > c, setting 1/gamma = 0\n",
      "v = 438182103.40230936 m / s > c, setting 1/gamma = 0\n",
      "v = 363001446.7927901 m / s > c, setting 1/gamma = 0\n",
      "v = 377132776.7986013 m / s > c, setting 1/gamma = 0\n",
      "v = 397871561.7175168 m / s > c, setting 1/gamma = 0\n",
      "v = 431742243.99275684 m / s > c, setting 1/gamma = 0\n",
      "v = 312651166.8928505 m / s > c, setting 1/gamma = 0\n",
      "v = 456522923.06507903 m / s > c, setting 1/gamma = 0\n",
      "v = 475016242.20772636 m / s > c, setting 1/gamma = 0\n",
      "v = 505616385.26962596 m / s > c, setting 1/gamma = 0\n",
      "v = 499530400.1101337 m / s > c, setting 1/gamma = 0\n",
      "v = 320509883.87203115 m / s > c, setting 1/gamma = 0\n",
      "v = 301934507.39550334 m / s > c, setting 1/gamma = 0\n",
      "v = 328862586.9286051 m / s > c, setting 1/gamma = 0\n",
      "v = 476079794.9442925 m / s > c, setting 1/gamma = 0\n",
      "v = 481948524.47357684 m / s > c, setting 1/gamma = 0\n",
      "v = 338270128.07046837 m / s > c, setting 1/gamma = 0\n",
      "v = 354151264.630109 m / s > c, setting 1/gamma = 0\n",
      "v = 309584072.5683858 m / s > c, setting 1/gamma = 0\n",
      "v = 542636897.2070622 m / s > c, setting 1/gamma = 0\n",
      "v = 491779203.95698357 m / s > c, setting 1/gamma = 0\n",
      "v = 304445380.58434355 m / s > c, setting 1/gamma = 0\n",
      "v = 323879816.3096293 m / s > c, setting 1/gamma = 0\n",
      "v = 311866723.80020046 m / s > c, setting 1/gamma = 0\n",
      "v = 364443248.3679346 m / s > c, setting 1/gamma = 0\n",
      "v = 300871881.83063126 m / s > c, setting 1/gamma = 0\n",
      "v = 327018886.1815582 m / s > c, setting 1/gamma = 0\n",
      "v = 398961286.49905294 m / s > c, setting 1/gamma = 0\n",
      "v = 430163187.27484155 m / s > c, setting 1/gamma = 0\n",
      "v = 351911133.53127384 m / s > c, setting 1/gamma = 0\n",
      "v = 374098746.7338586 m / s > c, setting 1/gamma = 0\n",
      "v = 310226698.603716 m / s > c, setting 1/gamma = 0\n",
      "v = 340987274.32737863 m / s > c, setting 1/gamma = 0\n",
      "v = 325764421.4394163 m / s > c, setting 1/gamma = 0\n",
      "v = 304715456.07472134 m / s > c, setting 1/gamma = 0\n",
      "v = 382806165.1143242 m / s > c, setting 1/gamma = 0\n",
      "v = 423322355.23831165 m / s > c, setting 1/gamma = 0\n",
      "v = 342303585.66319126 m / s > c, setting 1/gamma = 0\n",
      "v = 390004654.4300375 m / s > c, setting 1/gamma = 0\n",
      "v = 536504905.19061 m / s > c, setting 1/gamma = 0\n",
      "v = 569341526.7538818 m / s > c, setting 1/gamma = 0\n",
      "v = 323180093.16915625 m / s > c, setting 1/gamma = 0\n",
      "v = 453726856.1978907 m / s > c, setting 1/gamma = 0\n",
      "v = 480177260.10295105 m / s > c, setting 1/gamma = 0\n",
      "v = 321321115.4075464 m / s > c, setting 1/gamma = 0\n",
      "v = 354204363.49347484 m / s > c, setting 1/gamma = 0\n",
      "v = 390944136.9164683 m / s > c, setting 1/gamma = 0\n",
      "v = 420624356.23113513 m / s > c, setting 1/gamma = 0\n",
      "v = 329454225.7114497 m / s > c, setting 1/gamma = 0\n",
      "v = 346160045.955577 m / s > c, setting 1/gamma = 0\n",
      "v = 301294595.08619976 m / s > c, setting 1/gamma = 0\n",
      "v = 353666801.1902157 m / s > c, setting 1/gamma = 0\n",
      "v = 397964909.97881144 m / s > c, setting 1/gamma = 0\n",
      "v = 391867941.38017523 m / s > c, setting 1/gamma = 0\n",
      "v = 443081770.10086876 m / s > c, setting 1/gamma = 0\n",
      "v = 317151601.0142066 m / s > c, setting 1/gamma = 0\n",
      "v = 367777952.3271184 m / s > c, setting 1/gamma = 0\n",
      "v = 319492826.6166853 m / s > c, setting 1/gamma = 0\n",
      "v = 347354951.29733354 m / s > c, setting 1/gamma = 0\n",
      "v = 468515500.35926795 m / s > c, setting 1/gamma = 0\n",
      "v = 477694660.98084337 m / s > c, setting 1/gamma = 0\n",
      "v = 434477565.3092574 m / s > c, setting 1/gamma = 0\n",
      "v = 469608592.9976314 m / s > c, setting 1/gamma = 0\n",
      "v = 306430518.48136264 m / s > c, setting 1/gamma = 0\n",
      "v = 326671471.8244013 m / s > c, setting 1/gamma = 0\n",
      "v = 306648423.56261677 m / s > c, setting 1/gamma = 0\n",
      "v = 333060293.76272106 m / s > c, setting 1/gamma = 0\n",
      "v = 323044025.1317508 m / s > c, setting 1/gamma = 0\n",
      "v = 362832399.8339752 m / s > c, setting 1/gamma = 0\n",
      "v = 311870877.59046376 m / s > c, setting 1/gamma = 0\n",
      "v = 352685154.4072403 m / s > c, setting 1/gamma = 0\n",
      "v = 393278534.6860495 m / s > c, setting 1/gamma = 0\n",
      "v = 341338387.86693704 m / s > c, setting 1/gamma = 0\n",
      "v = 386385778.8150138 m / s > c, setting 1/gamma = 0\n",
      "v = 320211438.36117584 m / s > c, setting 1/gamma = 0\n",
      "v = 392023901.7734204 m / s > c, setting 1/gamma = 0\n",
      "v = 425353641.5544527 m / s > c, setting 1/gamma = 0\n",
      "v = 314025603.1767255 m / s > c, setting 1/gamma = 0\n",
      "v = 368711545.23536634 m / s > c, setting 1/gamma = 0\n",
      "v = 304985950.3899422 m / s > c, setting 1/gamma = 0\n",
      "v = 413073187.69430375 m / s > c, setting 1/gamma = 0\n",
      "v = 432180990.76042813 m / s > c, setting 1/gamma = 0\n",
      "v = 303568558.9079794 m / s > c, setting 1/gamma = 0\n",
      "v = 320737695.90053445 m / s > c, setting 1/gamma = 0\n",
      "v = 308233620.2943154 m / s > c, setting 1/gamma = 0\n",
      "v = 351635268.5233456 m / s > c, setting 1/gamma = 0\n",
      "v = 350983729.4446552 m / s > c, setting 1/gamma = 0\n",
      "v = 369232135.3584789 m / s > c, setting 1/gamma = 0\n",
      "v = 345530542.382057 m / s > c, setting 1/gamma = 0\n",
      "v = 408186393.2097572 m / s > c, setting 1/gamma = 0\n",
      "v = 321113620.54447955 m / s > c, setting 1/gamma = 0\n",
      "v = 440836379.20549166 m / s > c, setting 1/gamma = 0\n",
      "v = 461395740.501411 m / s > c, setting 1/gamma = 0\n",
      "v = 313999740.9637447 m / s > c, setting 1/gamma = 0\n",
      "v = 331803808.84214413 m / s > c, setting 1/gamma = 0\n",
      "v = 395487045.68041337 m / s > c, setting 1/gamma = 0\n",
      "v = 415716204.39384127 m / s > c, setting 1/gamma = 0\n",
      "v = 446707553.2308166 m / s > c, setting 1/gamma = 0\n",
      "v = 314090289.73153865 m / s > c, setting 1/gamma = 0\n",
      "v = 339498636.5981896 m / s > c, setting 1/gamma = 0\n",
      "v = 393988892.40955013 m / s > c, setting 1/gamma = 0\n",
      "v = 448452579.4525167 m / s > c, setting 1/gamma = 0\n",
      "v = 309248554.1405335 m / s > c, setting 1/gamma = 0\n",
      "v = 339191358.50844294 m / s > c, setting 1/gamma = 0\n",
      "v = 481236337.11533225 m / s > c, setting 1/gamma = 0\n",
      "v = 492875307.39690745 m / s > c, setting 1/gamma = 0\n",
      "v = 305378856.20278853 m / s > c, setting 1/gamma = 0\n",
      "v = 338826511.0363986 m / s > c, setting 1/gamma = 0\n",
      "v = 369637543.0894956 m / s > c, setting 1/gamma = 0\n",
      "v = 329038329.428117 m / s > c, setting 1/gamma = 0\n",
      "v = 724732699.918575 m / s > c, setting 1/gamma = 0\n",
      "v = 706280562.5071464 m / s > c, setting 1/gamma = 0\n",
      "v = 384812276.7547219 m / s > c, setting 1/gamma = 0\n",
      "v = 418039885.3826837 m / s > c, setting 1/gamma = 0\n",
      "v = 309241671.2147435 m / s > c, setting 1/gamma = 0\n",
      "v = 411976485.0869493 m / s > c, setting 1/gamma = 0\n",
      "v = 455387762.15011317 m / s > c, setting 1/gamma = 0\n",
      "v = 339310187.74693584 m / s > c, setting 1/gamma = 0\n",
      "v = 395968425.7005487 m / s > c, setting 1/gamma = 0\n",
      "v = 387447513.0983332 m / s > c, setting 1/gamma = 0\n",
      "v = 427864430.0693771 m / s > c, setting 1/gamma = 0\n",
      "v = 580300910.709571 m / s > c, setting 1/gamma = 0\n",
      "v = 617847021.6884958 m / s > c, setting 1/gamma = 0\n",
      "v = 306488177.2942918 m / s > c, setting 1/gamma = 0\n",
      "v = 351102124.66718596 m / s > c, setting 1/gamma = 0\n",
      "v = 329614808.5636285 m / s > c, setting 1/gamma = 0\n",
      "v = 350964647.57325125 m / s > c, setting 1/gamma = 0\n",
      "v = 326159768.6462532 m / s > c, setting 1/gamma = 0\n",
      "v = 345331936.96488416 m / s > c, setting 1/gamma = 0\n",
      "v = 444397934.2161736 m / s > c, setting 1/gamma = 0\n",
      "v = 472977287.9756231 m / s > c, setting 1/gamma = 0\n",
      "v = 301273450.37736577 m / s > c, setting 1/gamma = 0\n",
      "v = 344422705.2309999 m / s > c, setting 1/gamma = 0\n",
      "v = 338713216.4459584 m / s > c, setting 1/gamma = 0\n",
      "v = 355839799.98983496 m / s > c, setting 1/gamma = 0\n",
      "v = 326893249.47844046 m / s > c, setting 1/gamma = 0\n",
      "v = 375786312.6401817 m / s > c, setting 1/gamma = 0\n",
      "v = 316782793.2607292 m / s > c, setting 1/gamma = 0\n",
      "v = 365908407.81402105 m / s > c, setting 1/gamma = 0\n",
      "v = 424732497.58223933 m / s > c, setting 1/gamma = 0\n",
      "v = 464974846.25350314 m / s > c, setting 1/gamma = 0\n",
      "v = 391109833.4907784 m / s > c, setting 1/gamma = 0\n",
      "v = 444810278.7221691 m / s > c, setting 1/gamma = 0\n",
      "v = 598854692.8556917 m / s > c, setting 1/gamma = 0\n",
      "v = 503405211.5128902 m / s > c, setting 1/gamma = 0\n",
      "v = 339176645.9625524 m / s > c, setting 1/gamma = 0\n",
      "v = 372054446.5557228 m / s > c, setting 1/gamma = 0\n",
      "v = 328933574.2679531 m / s > c, setting 1/gamma = 0\n",
      "v = 359016161.89281785 m / s > c, setting 1/gamma = 0\n",
      "v = 301834273.2088468 m / s > c, setting 1/gamma = 0\n",
      "v = 331360701.8587727 m / s > c, setting 1/gamma = 0\n",
      "v = 343212882.1248244 m / s > c, setting 1/gamma = 0\n",
      "v = 395342842.40145916 m / s > c, setting 1/gamma = 0\n",
      "v = 307188547.3868923 m / s > c, setting 1/gamma = 0\n",
      "v = 302974744.01805186 m / s > c, setting 1/gamma = 0\n",
      "v = 307072409.26480895 m / s > c, setting 1/gamma = 0\n",
      "v = 325347981.9529202 m / s > c, setting 1/gamma = 0\n",
      "v = 380991053.8402936 m / s > c, setting 1/gamma = 0\n",
      "v = 437760096.45795435 m / s > c, setting 1/gamma = 0\n",
      "v = 325626884.2563293 m / s > c, setting 1/gamma = 0\n",
      "v = 378226080.48343414 m / s > c, setting 1/gamma = 0\n",
      "v = 304600434.06070536 m / s > c, setting 1/gamma = 0\n",
      "v = 382102038.1738922 m / s > c, setting 1/gamma = 0\n",
      "v = 420602597.16664696 m / s > c, setting 1/gamma = 0\n",
      "v = 378880971.2456889 m / s > c, setting 1/gamma = 0\n",
      "v = 402214836.23731387 m / s > c, setting 1/gamma = 0\n",
      "v = 354046423.79104125 m / s > c, setting 1/gamma = 0\n",
      "v = 399456826.6704516 m / s > c, setting 1/gamma = 0\n",
      "v = 435701245.72335684 m / s > c, setting 1/gamma = 0\n",
      "v = 464873252.6008665 m / s > c, setting 1/gamma = 0\n",
      "v = 303115711.28080255 m / s > c, setting 1/gamma = 0\n",
      "v = 320492696.32464296 m / s > c, setting 1/gamma = 0\n",
      "v = 370443750.70164937 m / s > c, setting 1/gamma = 0\n",
      "v = 321511258.27870494 m / s > c, setting 1/gamma = 0\n",
      "v = 316160218.3243434 m / s > c, setting 1/gamma = 0\n",
      "v = 299819341.01853365 m / s > c, setting 1/gamma = 0\n",
      "v = 337956274.57989556 m / s > c, setting 1/gamma = 0\n",
      "v = 391100716.5702798 m / s > c, setting 1/gamma = 0\n",
      "v = 454038161.9368811 m / s > c, setting 1/gamma = 0\n",
      "v = 390288258.4389996 m / s > c, setting 1/gamma = 0\n",
      "v = 450240008.6913436 m / s > c, setting 1/gamma = 0\n",
      "v = 365053594.87323517 m / s > c, setting 1/gamma = 0\n",
      "v = 417475357.9512745 m / s > c, setting 1/gamma = 0\n",
      "v = 488996198.755391 m / s > c, setting 1/gamma = 0\n",
      "v = 514047689.70713 m / s > c, setting 1/gamma = 0\n",
      "v = 301415989.9278822 m / s > c, setting 1/gamma = 0\n",
      "v = 338641981.04272234 m / s > c, setting 1/gamma = 0\n",
      "v = 443068041.24015117 m / s > c, setting 1/gamma = 0\n",
      "v = 456830067.7866203 m / s > c, setting 1/gamma = 0\n",
      "v = 324747767.0868908 m / s > c, setting 1/gamma = 0\n",
      "v = 359075500.33450735 m / s > c, setting 1/gamma = 0\n",
      "v = 318102853.23591053 m / s > c, setting 1/gamma = 0\n",
      "v = 352594295.87278193 m / s > c, setting 1/gamma = 0\n",
      "v = 372115999.88555515 m / s > c, setting 1/gamma = 0\n",
      "v = 341307265.14564586 m / s > c, setting 1/gamma = 0\n",
      "v = 303822532.9284659 m / s > c, setting 1/gamma = 0\n",
      "v = 352006014.1942481 m / s > c, setting 1/gamma = 0\n",
      "v = 312451369.3075376 m / s > c, setting 1/gamma = 0\n",
      "v = 330420433.01127535 m / s > c, setting 1/gamma = 0\n",
      "v = 347513510.8415877 m / s > c, setting 1/gamma = 0\n",
      "v = 365342294.6057994 m / s > c, setting 1/gamma = 0\n",
      "v = 509759872.9769765 m / s > c, setting 1/gamma = 0\n",
      "v = 503741029.7769776 m / s > c, setting 1/gamma = 0\n",
      "v = 311129250.65621936 m / s > c, setting 1/gamma = 0\n",
      "v = 325017424.2476823 m / s > c, setting 1/gamma = 0\n",
      "v = 351585396.1917658 m / s > c, setting 1/gamma = 0\n",
      "v = 430086375.52749676 m / s > c, setting 1/gamma = 0\n",
      "v = 444114675.65663636 m / s > c, setting 1/gamma = 0\n",
      "v = 313662897.2315372 m / s > c, setting 1/gamma = 0\n",
      "v = 327498157.5565444 m / s > c, setting 1/gamma = 0\n",
      "v = 301589532.67793524 m / s > c, setting 1/gamma = 0\n",
      "v = 314679770.3178065 m / s > c, setting 1/gamma = 0\n",
      "v = 348286672.379411 m / s > c, setting 1/gamma = 0\n",
      "v = 686843131.839501 m / s > c, setting 1/gamma = 0\n",
      "v = 685902507.9163744 m / s > c, setting 1/gamma = 0\n",
      "v = 416641335.3903068 m / s > c, setting 1/gamma = 0\n",
      "v = 435115767.44482577 m / s > c, setting 1/gamma = 0\n",
      "v = 357872279.8287649 m / s > c, setting 1/gamma = 0\n",
      "v = 411133866.0626459 m / s > c, setting 1/gamma = 0\n",
      "v = 312909027.4795137 m / s > c, setting 1/gamma = 0\n",
      "v = 358454136.1350615 m / s > c, setting 1/gamma = 0\n",
      "v = 305873976.4133206 m / s > c, setting 1/gamma = 0\n",
      "v = 331112218.5127712 m / s > c, setting 1/gamma = 0\n",
      "v = 322850795.40622675 m / s > c, setting 1/gamma = 0\n",
      "v = 365741776.33243906 m / s > c, setting 1/gamma = 0\n",
      "v = 544820910.0727574 m / s > c, setting 1/gamma = 0\n",
      "v = 584469617.6174676 m / s > c, setting 1/gamma = 0\n",
      "v = 425930774.1224117 m / s > c, setting 1/gamma = 0\n",
      "v = 457965162.881369 m / s > c, setting 1/gamma = 0\n",
      "v = 390798953.2235604 m / s > c, setting 1/gamma = 0\n",
      "v = 439562196.0136919 m / s > c, setting 1/gamma = 0\n",
      "v = 300886630.7412257 m / s > c, setting 1/gamma = 0\n",
      "v = 326300328.78931135 m / s > c, setting 1/gamma = 0\n",
      "v = 517623798.25597423 m / s > c, setting 1/gamma = 0\n",
      "v = 491124844.7167407 m / s > c, setting 1/gamma = 0\n",
      "v = 327276215.29113317 m / s > c, setting 1/gamma = 0\n",
      "v = 322601676.7621438 m / s > c, setting 1/gamma = 0\n",
      "v = 369647187.15089464 m / s > c, setting 1/gamma = 0\n",
      "v = 318090386.77814466 m / s > c, setting 1/gamma = 0\n",
      "v = 336775864.2315998 m / s > c, setting 1/gamma = 0\n",
      "v = 357422279.64583784 m / s > c, setting 1/gamma = 0\n",
      "v = 390878654.50212526 m / s > c, setting 1/gamma = 0\n",
      "v = 316983497.15999746 m / s > c, setting 1/gamma = 0\n",
      "v = 368694518.0129292 m / s > c, setting 1/gamma = 0\n",
      "v = 327917106.7941462 m / s > c, setting 1/gamma = 0\n",
      "v = 322204713.8066142 m / s > c, setting 1/gamma = 0\n",
      "v = 323509298.1550849 m / s > c, setting 1/gamma = 0\n",
      "v = 358930008.1394884 m / s > c, setting 1/gamma = 0\n",
      "v = 422393524.7967226 m / s > c, setting 1/gamma = 0\n",
      "v = 402509427.819455 m / s > c, setting 1/gamma = 0\n",
      "v = 436106706.5979355 m / s > c, setting 1/gamma = 0\n",
      "v = 550989590.8221222 m / s > c, setting 1/gamma = 0\n",
      "v = 535829514.08104056 m / s > c, setting 1/gamma = 0\n",
      "v = 314092099.4063397 m / s > c, setting 1/gamma = 0\n",
      "v = 383361831.1960832 m / s > c, setting 1/gamma = 0\n",
      "v = 386520877.510563 m / s > c, setting 1/gamma = 0\n",
      "v = 414159308.0156998 m / s > c, setting 1/gamma = 0\n",
      "v = 304120077.79582214 m / s > c, setting 1/gamma = 0\n",
      "v = 303143585.5112612 m / s > c, setting 1/gamma = 0\n",
      "v = 338295764.14902097 m / s > c, setting 1/gamma = 0\n",
      "v = 340127854.1301207 m / s > c, setting 1/gamma = 0\n",
      "v = 402122500.7965941 m / s > c, setting 1/gamma = 0\n",
      "v = 325708416.95882756 m / s > c, setting 1/gamma = 0\n",
      "v = 363523224.2777481 m / s > c, setting 1/gamma = 0\n",
      "v = 308701882.0236252 m / s > c, setting 1/gamma = 0\n",
      "v = 456012773.4033765 m / s > c, setting 1/gamma = 0\n",
      "v = 484560195.96898425 m / s > c, setting 1/gamma = 0\n",
      "v = 322410864.63472235 m / s > c, setting 1/gamma = 0\n",
      "v = 380469780.1775403 m / s > c, setting 1/gamma = 0\n",
      "v = 309189072.09513754 m / s > c, setting 1/gamma = 0\n",
      "v = 396130771.33287036 m / s > c, setting 1/gamma = 0\n",
      "v = 447158858.47113025 m / s > c, setting 1/gamma = 0\n",
      "v = 353109640.2804431 m / s > c, setting 1/gamma = 0\n",
      "v = 391582699.5613218 m / s > c, setting 1/gamma = 0\n",
      "v = 310351363.28182334 m / s > c, setting 1/gamma = 0\n",
      "v = 333040607.98167115 m / s > c, setting 1/gamma = 0\n",
      "v = 436148822.79705346 m / s > c, setting 1/gamma = 0\n",
      "v = 470508306.9980791 m / s > c, setting 1/gamma = 0\n",
      "v = 344375730.7287871 m / s > c, setting 1/gamma = 0\n",
      "v = 1010230324.2596946 m / s > c, setting 1/gamma = 0\n",
      "v = 891827310.3771487 m / s > c, setting 1/gamma = 0\n",
      "v = 328293885.32553613 m / s > c, setting 1/gamma = 0\n",
      "v = 536750802.6011869 m / s > c, setting 1/gamma = 0\n",
      "v = 577650819.9205799 m / s > c, setting 1/gamma = 0\n",
      "v = 420610730.02311593 m / s > c, setting 1/gamma = 0\n",
      "v = 462623813.9502816 m / s > c, setting 1/gamma = 0\n",
      "v = 598959443.2587483 m / s > c, setting 1/gamma = 0\n",
      "v = 580631478.3081646 m / s > c, setting 1/gamma = 0\n",
      "v = 306527744.12965137 m / s > c, setting 1/gamma = 0\n",
      "v = 431327537.33275485 m / s > c, setting 1/gamma = 0\n",
      "v = 475948192.2274235 m / s > c, setting 1/gamma = 0\n",
      "v = 459817954.1327712 m / s > c, setting 1/gamma = 0\n",
      "v = 489639862.04282594 m / s > c, setting 1/gamma = 0\n",
      "v = 451984075.1376804 m / s > c, setting 1/gamma = 0\n",
      "v = 506886012.71204877 m / s > c, setting 1/gamma = 0\n",
      "v = 383288522.3180426 m / s > c, setting 1/gamma = 0\n",
      "v = 459299626.697377 m / s > c, setting 1/gamma = 0\n",
      "v = 310407544.0977496 m / s > c, setting 1/gamma = 0\n",
      "v = 349376993.26982445 m / s > c, setting 1/gamma = 0\n",
      "v = 446736562.5043647 m / s > c, setting 1/gamma = 0\n",
      "v = 505398623.95469433 m / s > c, setting 1/gamma = 0\n",
      "v = 358012747.4348059 m / s > c, setting 1/gamma = 0\n",
      "v = 416978277.78193915 m / s > c, setting 1/gamma = 0\n",
      "v = 319824317.43525153 m / s > c, setting 1/gamma = 0\n",
      "v = 352806174.80424345 m / s > c, setting 1/gamma = 0\n",
      "v = 447164702.32684845 m / s > c, setting 1/gamma = 0\n",
      "v = 482908375.06752723 m / s > c, setting 1/gamma = 0\n",
      "v = 363641981.23237914 m / s > c, setting 1/gamma = 0\n",
      "v = 433565920.05820364 m / s > c, setting 1/gamma = 0\n",
      "v = 359796708.85137284 m / s > c, setting 1/gamma = 0\n",
      "v = 388923613.47164744 m / s > c, setting 1/gamma = 0\n",
      "v = 306642466.5325699 m / s > c, setting 1/gamma = 0\n",
      "v = 342424555.5667638 m / s > c, setting 1/gamma = 0\n",
      "v = 320074662.2074465 m / s > c, setting 1/gamma = 0\n",
      "v = 361354105.9283608 m / s > c, setting 1/gamma = 0\n",
      "v = 443373220.9463174 m / s > c, setting 1/gamma = 0\n",
      "v = 330453381.7382261 m / s > c, setting 1/gamma = 0\n",
      "v = 339938487.646335 m / s > c, setting 1/gamma = 0\n",
      "v = 435039130.91532916 m / s > c, setting 1/gamma = 0\n",
      "v = 490543979.63852745 m / s > c, setting 1/gamma = 0\n",
      "v = 335511387.66643876 m / s > c, setting 1/gamma = 0\n",
      "v = 376204646.9076443 m / s > c, setting 1/gamma = 0\n",
      "v = 317492082.2327015 m / s > c, setting 1/gamma = 0\n",
      "v = 313261742.8639264 m / s > c, setting 1/gamma = 0\n",
      "v = 367296670.381924 m / s > c, setting 1/gamma = 0\n",
      "v = 414775640.1694365 m / s > c, setting 1/gamma = 0\n",
      "v = 461449104.85025376 m / s > c, setting 1/gamma = 0\n",
      "v = 536300565.1435448 m / s > c, setting 1/gamma = 0\n",
      "v = 1552298312.3055823 m / s > c, setting 1/gamma = 0\n",
      "v = 1382856233.5957415 m / s > c, setting 1/gamma = 0\n",
      "v = 356492972.1439853 m / s > c, setting 1/gamma = 0\n",
      "v = 406314579.44658035 m / s > c, setting 1/gamma = 0\n",
      "v = 541816382.389036 m / s > c, setting 1/gamma = 0\n",
      "v = 577190095.5691028 m / s > c, setting 1/gamma = 0\n",
      "v = 509088225.6621758 m / s > c, setting 1/gamma = 0\n",
      "v = 523682690.4536238 m / s > c, setting 1/gamma = 0\n",
      "v = 318024745.6783729 m / s > c, setting 1/gamma = 0\n",
      "v = 323877869.47912776 m / s > c, setting 1/gamma = 0\n",
      "v = 368461649.28094167 m / s > c, setting 1/gamma = 0\n",
      "v = 411605786.17550296 m / s > c, setting 1/gamma = 0\n",
      "v = 308973754.52222157 m / s > c, setting 1/gamma = 0\n",
      "v = 335326160.2988038 m / s > c, setting 1/gamma = 0\n",
      "v = 369796078.1877808 m / s > c, setting 1/gamma = 0\n",
      "v = 381091012.58244276 m / s > c, setting 1/gamma = 0\n",
      "v = 553990380.0628277 m / s > c, setting 1/gamma = 0\n",
      "v = 512396397.8801771 m / s > c, setting 1/gamma = 0\n",
      "v = 310945326.5201082 m / s > c, setting 1/gamma = 0\n",
      "v = 371573371.6469516 m / s > c, setting 1/gamma = 0\n",
      "v = 308191497.0739092 m / s > c, setting 1/gamma = 0\n",
      "v = 342323473.3520896 m / s > c, setting 1/gamma = 0\n",
      "v = 361386482.0038183 m / s > c, setting 1/gamma = 0\n",
      "v = 410589779.58404696 m / s > c, setting 1/gamma = 0\n",
      "v = 325267154.43520474 m / s > c, setting 1/gamma = 0\n",
      "v = 333860042.1483652 m / s > c, setting 1/gamma = 0\n",
      "v = 370830292.27617675 m / s > c, setting 1/gamma = 0\n",
      "v = 336532802.81467956 m / s > c, setting 1/gamma = 0\n",
      "v = 392242964.1759534 m / s > c, setting 1/gamma = 0\n",
      "v = 335051062.55137515 m / s > c, setting 1/gamma = 0\n",
      "v = 375840640.24543434 m / s > c, setting 1/gamma = 0\n",
      "v = 304880660.570561 m / s > c, setting 1/gamma = 0\n",
      "v = 310998984.1713572 m / s > c, setting 1/gamma = 0\n",
      "v = 358331593.3886013 m / s > c, setting 1/gamma = 0\n",
      "v = 308619583.28765893 m / s > c, setting 1/gamma = 0\n",
      "v = 337611062.0317772 m / s > c, setting 1/gamma = 0\n",
      "v = 329356484.2003429 m / s > c, setting 1/gamma = 0\n",
      "v = 355954265.79543954 m / s > c, setting 1/gamma = 0\n",
      "v = 461526814.5331587 m / s > c, setting 1/gamma = 0\n",
      "v = 475749042.30544144 m / s > c, setting 1/gamma = 0\n",
      "v = 462546373.1360495 m / s > c, setting 1/gamma = 0\n",
      "v = 491536363.8952441 m / s > c, setting 1/gamma = 0\n",
      "v = 302268634.3551112 m / s > c, setting 1/gamma = 0\n",
      "v = 354904169.03195345 m / s > c, setting 1/gamma = 0\n",
      "v = 381434753.7993994 m / s > c, setting 1/gamma = 0\n",
      "v = 308917790.5975413 m / s > c, setting 1/gamma = 0\n",
      "v = 322464584.97761124 m / s > c, setting 1/gamma = 0\n",
      "v = 304205378.51845 m / s > c, setting 1/gamma = 0\n",
      "v = 591106527.3902699 m / s > c, setting 1/gamma = 0\n",
      "v = 483768183.10114473 m / s > c, setting 1/gamma = 0\n",
      "v = 387860902.76228946 m / s > c, setting 1/gamma = 0\n",
      "v = 419478134.32184833 m / s > c, setting 1/gamma = 0\n",
      "v = 441698492.6979583 m / s > c, setting 1/gamma = 0\n",
      "v = 473218756.1473663 m / s > c, setting 1/gamma = 0\n",
      "v = 310968757.9754313 m / s > c, setting 1/gamma = 0\n",
      "v = 330473984.4914554 m / s > c, setting 1/gamma = 0\n",
      "v = 438132833.7041415 m / s > c, setting 1/gamma = 0\n",
      "v = 469099095.21736985 m / s > c, setting 1/gamma = 0\n",
      "v = 326520590.0100228 m / s > c, setting 1/gamma = 0\n",
      "v = 344765915.1898103 m / s > c, setting 1/gamma = 0\n",
      "v = 341709113.03275055 m / s > c, setting 1/gamma = 0\n",
      "v = 378184248.25461733 m / s > c, setting 1/gamma = 0\n",
      "v = 362358854.0083736 m / s > c, setting 1/gamma = 0\n",
      "v = 394120854.2174415 m / s > c, setting 1/gamma = 0\n",
      "v = 630370839.8055978 m / s > c, setting 1/gamma = 0\n",
      "v = 651635220.3407881 m / s > c, setting 1/gamma = 0\n",
      "v = 317182246.16138357 m / s > c, setting 1/gamma = 0\n",
      "v = 354602767.45092326 m / s > c, setting 1/gamma = 0\n",
      "v = 312138278.95067203 m / s > c, setting 1/gamma = 0\n",
      "v = 325734274.8216412 m / s > c, setting 1/gamma = 0\n",
      "v = 318187662.4200997 m / s > c, setting 1/gamma = 0\n",
      "v = 559599820.905884 m / s > c, setting 1/gamma = 0\n",
      "v = 514849020.6950468 m / s > c, setting 1/gamma = 0\n",
      "v = 301561902.65802145 m / s > c, setting 1/gamma = 0\n",
      "v = 339701544.708512 m / s > c, setting 1/gamma = 0\n",
      "v = 382240079.7591723 m / s > c, setting 1/gamma = 0\n",
      "v = 302272018.3661028 m / s > c, setting 1/gamma = 0\n",
      "v = 359032696.6974485 m / s > c, setting 1/gamma = 0\n",
      "v = 318338987.129513 m / s > c, setting 1/gamma = 0\n",
      "v = 414059769.1784475 m / s > c, setting 1/gamma = 0\n",
      "v = 453127675.20122105 m / s > c, setting 1/gamma = 0\n",
      "v = 315624472.80021286 m / s > c, setting 1/gamma = 0\n",
      "v = 383017718.7747502 m / s > c, setting 1/gamma = 0\n",
      "v = 315809338.03132033 m / s > c, setting 1/gamma = 0\n",
      "v = 358724219.68268824 m / s > c, setting 1/gamma = 0\n",
      "v = 331860719.65189964 m / s > c, setting 1/gamma = 0\n",
      "v = 352975498.5776683 m / s > c, setting 1/gamma = 0\n",
      "v = 428178503.57325786 m / s > c, setting 1/gamma = 0\n",
      "v = 450607802.402207 m / s > c, setting 1/gamma = 0\n",
      "v = 310204368.50038797 m / s > c, setting 1/gamma = 0\n",
      "v = 334411242.83879066 m / s > c, setting 1/gamma = 0\n",
      "v = 422598708.27028054 m / s > c, setting 1/gamma = 0\n",
      "v = 447152151.4086612 m / s > c, setting 1/gamma = 0\n",
      "v = 364127097.026629 m / s > c, setting 1/gamma = 0\n",
      "v = 382247838.96744335 m / s > c, setting 1/gamma = 0\n",
      "v = 344090671.68830454 m / s > c, setting 1/gamma = 0\n",
      "v = 384409056.3510584 m / s > c, setting 1/gamma = 0\n",
      "v = 400612446.1283151 m / s > c, setting 1/gamma = 0\n",
      "v = 444655229.63987416 m / s > c, setting 1/gamma = 0\n",
      "v = 323338913.6617251 m / s > c, setting 1/gamma = 0\n",
      "v = 303715167.5986517 m / s > c, setting 1/gamma = 0\n",
      "v = 333412342.7713246 m / s > c, setting 1/gamma = 0\n",
      "v = 351077077.003996 m / s > c, setting 1/gamma = 0\n",
      "v = 394112608.29128766 m / s > c, setting 1/gamma = 0\n",
      "v = 421270332.67349565 m / s > c, setting 1/gamma = 0\n",
      "v = 340764092.95523053 m / s > c, setting 1/gamma = 0\n",
      "v = 395932040.9324134 m / s > c, setting 1/gamma = 0\n",
      "v = 434906572.2839622 m / s > c, setting 1/gamma = 0\n",
      "v = 746249023.5317079 m / s > c, setting 1/gamma = 0\n",
      "v = 732489533.9730791 m / s > c, setting 1/gamma = 0\n",
      "v = 301058434.4787586 m / s > c, setting 1/gamma = 0\n",
      "v = 309259585.768879 m / s > c, setting 1/gamma = 0\n",
      "v = 303166948.58284265 m / s > c, setting 1/gamma = 0\n",
      "v = 318303932.35142803 m / s > c, setting 1/gamma = 0\n",
      "v = 406866022.89069134 m / s > c, setting 1/gamma = 0\n",
      "v = 441543662.368946 m / s > c, setting 1/gamma = 0\n",
      "v = 363303359.93053955 m / s > c, setting 1/gamma = 0\n",
      "v = 378179804.3523232 m / s > c, setting 1/gamma = 0\n",
      "v = 307054095.3389569 m / s > c, setting 1/gamma = 0\n",
      "v = 338554432.5286472 m / s > c, setting 1/gamma = 0\n",
      "v = 327588463.82667327 m / s > c, setting 1/gamma = 0\n",
      "v = 381727865.6541586 m / s > c, setting 1/gamma = 0\n",
      "v = 369492105.32622254 m / s > c, setting 1/gamma = 0\n",
      "v = 385062563.0447468 m / s > c, setting 1/gamma = 0\n",
      "v = 342354105.1326842 m / s > c, setting 1/gamma = 0\n",
      "v = 323236650.9376112 m / s > c, setting 1/gamma = 0\n",
      "v = 364627086.2622943 m / s > c, setting 1/gamma = 0\n",
      "v = 318261296.08447903 m / s > c, setting 1/gamma = 0\n",
      "v = 299845966.9773216 m / s > c, setting 1/gamma = 0\n",
      "v = 322220961.93079275 m / s > c, setting 1/gamma = 0\n",
      "v = 380487605.164047 m / s > c, setting 1/gamma = 0\n",
      "v = 419412164.3517409 m / s > c, setting 1/gamma = 0\n",
      "v = 300578429.45936316 m / s > c, setting 1/gamma = 0\n",
      "v = 311122551.1765744 m / s > c, setting 1/gamma = 0\n",
      "v = 327858452.9359539 m / s > c, setting 1/gamma = 0\n",
      "v = 358005579.7382933 m / s > c, setting 1/gamma = 0\n",
      "v = 319102121.94982743 m / s > c, setting 1/gamma = 0\n",
      "v = 346085914.1436715 m / s > c, setting 1/gamma = 0\n",
      "v = 368707202.2393962 m / s > c, setting 1/gamma = 0\n",
      "v = 423304268.145922 m / s > c, setting 1/gamma = 0\n",
      "v = 439235411.41682506 m / s > c, setting 1/gamma = 0\n",
      "v = 315779662.5134847 m / s > c, setting 1/gamma = 0\n",
      "v = 330921822.0609147 m / s > c, setting 1/gamma = 0\n",
      "v = 308534611.36075777 m / s > c, setting 1/gamma = 0\n",
      "v = 356666208.00781715 m / s > c, setting 1/gamma = 0\n",
      "v = 304347025.016937 m / s > c, setting 1/gamma = 0\n",
      "v = 341514813.85533303 m / s > c, setting 1/gamma = 0\n",
      "v = 311698677.8682502 m / s > c, setting 1/gamma = 0\n",
      "v = 303379098.56873584 m / s > c, setting 1/gamma = 0\n",
      "v = 433981472.0286337 m / s > c, setting 1/gamma = 0\n",
      "v = 484718407.70164007 m / s > c, setting 1/gamma = 0\n",
      "v = 450261136.4081818 m / s > c, setting 1/gamma = 0\n",
      "v = 474383802.45095825 m / s > c, setting 1/gamma = 0\n",
      "v = 304528227.9673463 m / s > c, setting 1/gamma = 0\n",
      "v = 454438769.61709815 m / s > c, setting 1/gamma = 0\n",
      "v = 472361694.78176063 m / s > c, setting 1/gamma = 0\n",
      "v = 312059637.27226675 m / s > c, setting 1/gamma = 0\n",
      "v = 341620092.20905626 m / s > c, setting 1/gamma = 0\n",
      "v = 339858391.1008468 m / s > c, setting 1/gamma = 0\n",
      "v = 369744817.41683656 m / s > c, setting 1/gamma = 0\n",
      "v = 304031705.90925175 m / s > c, setting 1/gamma = 0\n",
      "v = 317322322.48251194 m / s > c, setting 1/gamma = 0\n",
      "v = 355244999.7458295 m / s > c, setting 1/gamma = 0\n",
      "v = 338829119.1280753 m / s > c, setting 1/gamma = 0\n",
      "v = 380833172.5987165 m / s > c, setting 1/gamma = 0\n",
      "v = 302613631.64717025 m / s > c, setting 1/gamma = 0\n",
      "v = 335223693.3005178 m / s > c, setting 1/gamma = 0\n",
      "v = 379847941.9443224 m / s > c, setting 1/gamma = 0\n",
      "v = 322215507.4011491 m / s > c, setting 1/gamma = 0\n",
      "v = 347698504.43247694 m / s > c, setting 1/gamma = 0\n",
      "v = 357031628.0719369 m / s > c, setting 1/gamma = 0\n",
      "v = 377117482.8591662 m / s > c, setting 1/gamma = 0\n",
      "v = 433607216.8221642 m / s > c, setting 1/gamma = 0\n",
      "v = 464560259.46260583 m / s > c, setting 1/gamma = 0\n",
      "v = 385149369.6611175 m / s > c, setting 1/gamma = 0\n",
      "v = 415503210.6230286 m / s > c, setting 1/gamma = 0\n",
      "v = 309623039.26792866 m / s > c, setting 1/gamma = 0\n",
      "v = 324699071.15768236 m / s > c, setting 1/gamma = 0\n",
      "v = 361080231.2724577 m / s > c, setting 1/gamma = 0\n",
      "v = 396565061.9282174 m / s > c, setting 1/gamma = 0\n",
      "v = 342651696.87006843 m / s > c, setting 1/gamma = 0\n",
      "v = 382013406.6766933 m / s > c, setting 1/gamma = 0\n",
      "v = 323281180.69293356 m / s > c, setting 1/gamma = 0\n",
      "v = 339619421.3284046 m / s > c, setting 1/gamma = 0\n",
      "v = 313282076.9778164 m / s > c, setting 1/gamma = 0\n",
      "v = 349646341.6017661 m / s > c, setting 1/gamma = 0\n",
      "v = 487838848.9166744 m / s > c, setting 1/gamma = 0\n",
      "v = 536484556.81403124 m / s > c, setting 1/gamma = 0\n",
      "v = 303368519.3107095 m / s > c, setting 1/gamma = 0\n",
      "v = 354238869.9055536 m / s > c, setting 1/gamma = 0\n",
      "v = 425797567.8430521 m / s > c, setting 1/gamma = 0\n",
      "v = 458273195.7811202 m / s > c, setting 1/gamma = 0\n",
      "v = 328313562.6258936 m / s > c, setting 1/gamma = 0\n",
      "v = 395440960.5067206 m / s > c, setting 1/gamma = 0\n",
      "v = 307887449.1128052 m / s > c, setting 1/gamma = 0\n",
      "v = 348844960.06926036 m / s > c, setting 1/gamma = 0\n",
      "v = 318259187.417708 m / s > c, setting 1/gamma = 0\n",
      "v = 313294838.3242264 m / s > c, setting 1/gamma = 0\n",
      "v = 301556274.7254856 m / s > c, setting 1/gamma = 0\n",
      "v = 556143914.8081887 m / s > c, setting 1/gamma = 0\n",
      "v = 588681753.4879198 m / s > c, setting 1/gamma = 0\n",
      "v = 318585734.2583963 m / s > c, setting 1/gamma = 0\n",
      "v = 374487590.1705306 m / s > c, setting 1/gamma = 0\n",
      "v = 318967640.6432281 m / s > c, setting 1/gamma = 0\n",
      "v = 386976304.30814755 m / s > c, setting 1/gamma = 0\n",
      "v = 333288363.623994 m / s > c, setting 1/gamma = 0\n",
      "v = 383441344.8127696 m / s > c, setting 1/gamma = 0\n",
      "v = 486895085.2637117 m / s > c, setting 1/gamma = 0\n",
      "v = 535999528.3532425 m / s > c, setting 1/gamma = 0\n",
      "v = 345613005.1339227 m / s > c, setting 1/gamma = 0\n",
      "v = 430752630.5248311 m / s > c, setting 1/gamma = 0\n",
      "v = 462969775.2484389 m / s > c, setting 1/gamma = 0\n",
      "v = 388899993.03973204 m / s > c, setting 1/gamma = 0\n",
      "v = 458898415.8657064 m / s > c, setting 1/gamma = 0\n",
      "v = 467096368.80209726 m / s > c, setting 1/gamma = 0\n",
      "v = 518750619.5701665 m / s > c, setting 1/gamma = 0\n",
      "v = 445998279.5464446 m / s > c, setting 1/gamma = 0\n",
      "v = 513958580.84259504 m / s > c, setting 1/gamma = 0\n",
      "v = 307449286.9982515 m / s > c, setting 1/gamma = 0\n",
      "v = 349924005.0941568 m / s > c, setting 1/gamma = 0\n",
      "v = 321076285.8582188 m / s > c, setting 1/gamma = 0\n",
      "v = 380338034.932276 m / s > c, setting 1/gamma = 0\n",
      "v = 311020432.2450612 m / s > c, setting 1/gamma = 0\n",
      "v = 374989040.22858584 m / s > c, setting 1/gamma = 0\n",
      "v = 321306610.69675803 m / s > c, setting 1/gamma = 0\n",
      "v = 393062753.3017609 m / s > c, setting 1/gamma = 0\n",
      "v = 302547895.7404917 m / s > c, setting 1/gamma = 0\n",
      "v = 363633752.24755013 m / s > c, setting 1/gamma = 0\n",
      "v = 320278820.985136 m / s > c, setting 1/gamma = 0\n",
      "v = 302042849.265742 m / s > c, setting 1/gamma = 0\n",
      "v = 309189550.64523965 m / s > c, setting 1/gamma = 0\n",
      "v = 324102465.4796394 m / s > c, setting 1/gamma = 0\n",
      "v = 317371707.32323545 m / s > c, setting 1/gamma = 0\n",
      "v = 500614906.1361084 m / s > c, setting 1/gamma = 0\n",
      "v = 551289791.7090147 m / s > c, setting 1/gamma = 0\n",
      "v = 331593839.9395146 m / s > c, setting 1/gamma = 0\n",
      "v = 348342002.14693123 m / s > c, setting 1/gamma = 0\n",
      "v = 398957213.3777091 m / s > c, setting 1/gamma = 0\n",
      "v = 303645689.52090156 m / s > c, setting 1/gamma = 0\n",
      "v = 299901150.48026055 m / s > c, setting 1/gamma = 0\n",
      "v = 416024533.0067276 m / s > c, setting 1/gamma = 0\n",
      "v = 471913453.7679278 m / s > c, setting 1/gamma = 0\n",
      "v = 335398747.6382004 m / s > c, setting 1/gamma = 0\n",
      "v = 383409983.81008923 m / s > c, setting 1/gamma = 0\n",
      "v = 489906891.4587728 m / s > c, setting 1/gamma = 0\n",
      "v = 533740785.6794467 m / s > c, setting 1/gamma = 0\n",
      "v = 416721732.4557959 m / s > c, setting 1/gamma = 0\n",
      "v = 454585864.9781226 m / s > c, setting 1/gamma = 0\n",
      "v = 343263070.9555021 m / s > c, setting 1/gamma = 0\n",
      "v = 420144276.0448746 m / s > c, setting 1/gamma = 0\n",
      "v = 315675719.88947356 m / s > c, setting 1/gamma = 0\n",
      "v = 341874967.19753504 m / s > c, setting 1/gamma = 0\n",
      "v = 326925202.4210085 m / s > c, setting 1/gamma = 0\n",
      "v = 390368434.9794071 m / s > c, setting 1/gamma = 0\n",
      "v = 312250378.2155705 m / s > c, setting 1/gamma = 0\n",
      "v = 303713463.4776349 m / s > c, setting 1/gamma = 0\n",
      "v = 304304310.6232053 m / s > c, setting 1/gamma = 0\n",
      "v = 358655639.4436139 m / s > c, setting 1/gamma = 0\n",
      "v = 302179702.70962554 m / s > c, setting 1/gamma = 0\n",
      "v = 314915774.81303835 m / s > c, setting 1/gamma = 0\n",
      "v = 339781774.9814453 m / s > c, setting 1/gamma = 0\n",
      "v = 310676525.9874505 m / s > c, setting 1/gamma = 0\n",
      "v = 302153067.43880796 m / s > c, setting 1/gamma = 0\n",
      "v = 312272280.7938703 m / s > c, setting 1/gamma = 0\n",
      "v = 308931708.8078484 m / s > c, setting 1/gamma = 0\n",
      "v = 324294276.78142303 m / s > c, setting 1/gamma = 0\n",
      "v = 307445826.8817497 m / s > c, setting 1/gamma = 0\n",
      "v = 318062161.37174046 m / s > c, setting 1/gamma = 0\n",
      "v = 338772489.0028204 m / s > c, setting 1/gamma = 0\n",
      "v = 316443544.8752858 m / s > c, setting 1/gamma = 0\n",
      "v = 332946620.4938935 m / s > c, setting 1/gamma = 0\n",
      "v = 313965412.87872714 m / s > c, setting 1/gamma = 0\n",
      "v = 308864391.7550473 m / s > c, setting 1/gamma = 0\n",
      "v = 333930730.18110836 m / s > c, setting 1/gamma = 0\n",
      "v = 311591452.5777265 m / s > c, setting 1/gamma = 0\n",
      "v = 359999241.67557 m / s > c, setting 1/gamma = 0\n",
      "v = 386558996.1010639 m / s > c, setting 1/gamma = 0\n",
      "v = 473102451.6066064 m / s > c, setting 1/gamma = 0\n",
      "v = 1389365323.385382 m / s > c, setting 1/gamma = 0\n",
      "v = 1237552413.2595463 m / s > c, setting 1/gamma = 0\n",
      "v = 333518786.19204617 m / s > c, setting 1/gamma = 0\n",
      "v = 345823818.15775615 m / s > c, setting 1/gamma = 0\n",
      "v = 337220882.6115585 m / s > c, setting 1/gamma = 0\n",
      "v = 378526074.47263366 m / s > c, setting 1/gamma = 0\n",
      "v = 308017654.9311448 m / s > c, setting 1/gamma = 0\n",
      "v = 385100691.9329277 m / s > c, setting 1/gamma = 0\n",
      "v = 416921701.00123364 m / s > c, setting 1/gamma = 0\n",
      "v = 338713169.5052031 m / s > c, setting 1/gamma = 0\n",
      "v = 351877458.7513778 m / s > c, setting 1/gamma = 0\n",
      "v = 354734962.3475002 m / s > c, setting 1/gamma = 0\n",
      "v = 407310743.43241346 m / s > c, setting 1/gamma = 0\n",
      "v = 461447135.3874274 m / s > c, setting 1/gamma = 0\n",
      "v = 467738400.5752803 m / s > c, setting 1/gamma = 0\n",
      "v = 303333956.7257834 m / s > c, setting 1/gamma = 0\n",
      "v = 305733397.4999151 m / s > c, setting 1/gamma = 0\n",
      "v = 328836122.90391237 m / s > c, setting 1/gamma = 0\n",
      "v = 403201387.4205774 m / s > c, setting 1/gamma = 0\n",
      "v = 427642865.52355796 m / s > c, setting 1/gamma = 0\n",
      "v = 427774077.3622888 m / s > c, setting 1/gamma = 0\n",
      "v = 462493874.127794 m / s > c, setting 1/gamma = 0\n",
      "v = 309391575.5102008 m / s > c, setting 1/gamma = 0\n",
      "v = 360834229.84621006 m / s > c, setting 1/gamma = 0\n",
      "v = 377129701.1926547 m / s > c, setting 1/gamma = 0\n",
      "v = 322125050.5499668 m / s > c, setting 1/gamma = 0\n",
      "v = 349429789.32131577 m / s > c, setting 1/gamma = 0\n",
      "v = 324328447.4750107 m / s > c, setting 1/gamma = 0\n",
      "v = 340035553.32267886 m / s > c, setting 1/gamma = 0\n",
      "v = 361315026.71041566 m / s > c, setting 1/gamma = 0\n",
      "v = 333634716.3087695 m / s > c, setting 1/gamma = 0\n",
      "v = 371600196.2958283 m / s > c, setting 1/gamma = 0\n",
      "v = 321051784.73802775 m / s > c, setting 1/gamma = 0\n",
      "v = 304413235.5334819 m / s > c, setting 1/gamma = 0\n",
      "v = 324277396.74977076 m / s > c, setting 1/gamma = 0\n",
      "v = 358809585.5533574 m / s > c, setting 1/gamma = 0\n",
      "v = 397091962.87670034 m / s > c, setting 1/gamma = 0\n",
      "v = 403948821.0999832 m / s > c, setting 1/gamma = 0\n",
      "v = 450846921.0946238 m / s > c, setting 1/gamma = 0\n",
      "v = 323698326.5133489 m / s > c, setting 1/gamma = 0\n",
      "v = 349550481.53380615 m / s > c, setting 1/gamma = 0\n",
      "v = 476804992.7854856 m / s > c, setting 1/gamma = 0\n",
      "v = 482477363.0099416 m / s > c, setting 1/gamma = 0\n",
      "v = 322164115.45906955 m / s > c, setting 1/gamma = 0\n",
      "v = 353153190.9482837 m / s > c, setting 1/gamma = 0\n",
      "v = 393659906.2004872 m / s > c, setting 1/gamma = 0\n",
      "v = 428765620.90298265 m / s > c, setting 1/gamma = 0\n",
      "v = 300458804.0868844 m / s > c, setting 1/gamma = 0\n",
      "v = 474049119.61409676 m / s > c, setting 1/gamma = 0\n",
      "v = 475718218.82143426 m / s > c, setting 1/gamma = 0\n",
      "v = 305556584.0471064 m / s > c, setting 1/gamma = 0\n",
      "v = 504662777.97004974 m / s > c, setting 1/gamma = 0\n",
      "v = 547022984.680074 m / s > c, setting 1/gamma = 0\n",
      "v = 365163089.2315087 m / s > c, setting 1/gamma = 0\n",
      "v = 416551087.6715218 m / s > c, setting 1/gamma = 0\n",
      "v = 302704888.08984727 m / s > c, setting 1/gamma = 0\n",
      "v = 634702594.529435 m / s > c, setting 1/gamma = 0\n",
      "v = 522473684.3784784 m / s > c, setting 1/gamma = 0\n",
      "v = 424142266.10664123 m / s > c, setting 1/gamma = 0\n",
      "v = 466867228.02435946 m / s > c, setting 1/gamma = 0\n",
      "v = 365298988.7352688 m / s > c, setting 1/gamma = 0\n",
      "v = 385053456.76427156 m / s > c, setting 1/gamma = 0\n",
      "v = 310610333.5084472 m / s > c, setting 1/gamma = 0\n",
      "v = 606901174.7667384 m / s > c, setting 1/gamma = 0\n",
      "v = 497936698.79059696 m / s > c, setting 1/gamma = 0\n",
      "v = 332748020.26509047 m / s > c, setting 1/gamma = 0\n",
      "v = 345346686.61462086 m / s > c, setting 1/gamma = 0\n",
      "v = 309970634.0217075 m / s > c, setting 1/gamma = 0\n",
      "v = 399979893.60060406 m / s > c, setting 1/gamma = 0\n",
      "v = 436878562.78640795 m / s > c, setting 1/gamma = 0\n",
      "v = 458165410.1652824 m / s > c, setting 1/gamma = 0\n",
      "v = 467344987.70968986 m / s > c, setting 1/gamma = 0\n",
      "v = 415555174.058958 m / s > c, setting 1/gamma = 0\n",
      "v = 469426937.56715137 m / s > c, setting 1/gamma = 0\n",
      "v = 375893357.5199064 m / s > c, setting 1/gamma = 0\n",
      "v = 423128754.338116 m / s > c, setting 1/gamma = 0\n",
      "v = 338687465.311243 m / s > c, setting 1/gamma = 0\n",
      "v = 360454347.5285242 m / s > c, setting 1/gamma = 0\n",
      "v = 390187505.168197 m / s > c, setting 1/gamma = 0\n",
      "v = 438023668.4122527 m / s > c, setting 1/gamma = 0\n",
      "v = 354652872.7694398 m / s > c, setting 1/gamma = 0\n",
      "v = 372358594.6486591 m / s > c, setting 1/gamma = 0\n",
      "v = 302468124.15808475 m / s > c, setting 1/gamma = 0\n",
      "v = 318218016.74091965 m / s > c, setting 1/gamma = 0\n",
      "v = 369398145.71739876 m / s > c, setting 1/gamma = 0\n",
      "v = 325928348.8359429 m / s > c, setting 1/gamma = 0\n",
      "v = 345390098.512904 m / s > c, setting 1/gamma = 0\n",
      "v = 408653749.2585651 m / s > c, setting 1/gamma = 0\n",
      "v = 454157383.2942344 m / s > c, setting 1/gamma = 0\n",
      "v = 320176009.1794099 m / s > c, setting 1/gamma = 0\n",
      "v = 370448834.7724574 m / s > c, setting 1/gamma = 0\n",
      "v = 336729631.0731124 m / s > c, setting 1/gamma = 0\n",
      "v = 366781825.84617984 m / s > c, setting 1/gamma = 0\n",
      "v = 307252131.41735286 m / s > c, setting 1/gamma = 0\n",
      "v = 441199359.34283346 m / s > c, setting 1/gamma = 0\n",
      "v = 473216606.81336194 m / s > c, setting 1/gamma = 0\n",
      "v = 332551185.46190363 m / s > c, setting 1/gamma = 0\n",
      "v = 380074088.43922144 m / s > c, setting 1/gamma = 0\n",
      "v = 389802975.3612868 m / s > c, setting 1/gamma = 0\n",
      "v = 422194546.90914136 m / s > c, setting 1/gamma = 0\n",
      "v = 352242251.15011704 m / s > c, setting 1/gamma = 0\n",
      "v = 405211139.8300891 m / s > c, setting 1/gamma = 0\n",
      "v = 304652913.86834484 m / s > c, setting 1/gamma = 0\n",
      "v = 322865948.0028209 m / s > c, setting 1/gamma = 0\n",
      "v = 348567750.92742294 m / s > c, setting 1/gamma = 0\n",
      "v = 445239286.75829464 m / s > c, setting 1/gamma = 0\n",
      "v = 466342483.88118 m / s > c, setting 1/gamma = 0\n",
      "v = 305771610.53714037 m / s > c, setting 1/gamma = 0\n",
      "v = 364815301.68653756 m / s > c, setting 1/gamma = 0\n",
      "v = 397214861.4269771 m / s > c, setting 1/gamma = 0\n",
      "v = 378322271.4412866 m / s > c, setting 1/gamma = 0\n",
      "v = 425720510.812046 m / s > c, setting 1/gamma = 0\n",
      "v = 503007635.5183861 m / s > c, setting 1/gamma = 0\n",
      "v = 508631318.36445194 m / s > c, setting 1/gamma = 0\n",
      "v = 348439929.796597 m / s > c, setting 1/gamma = 0\n",
      "v = 374559155.77448577 m / s > c, setting 1/gamma = 0\n",
      "v = 301099522.892366 m / s > c, setting 1/gamma = 0\n",
      "v = 400440936.3261919 m / s > c, setting 1/gamma = 0\n",
      "v = 428566447.2356747 m / s > c, setting 1/gamma = 0\n",
      "v = 308442807.69468665 m / s > c, setting 1/gamma = 0\n",
      "v = 325829453.2858361 m / s > c, setting 1/gamma = 0\n",
      "v = 338405643.44954515 m / s > c, setting 1/gamma = 0\n",
      "v = 382270592.9062663 m / s > c, setting 1/gamma = 0\n",
      "v = 303406579.9305523 m / s > c, setting 1/gamma = 0\n",
      "v = 313281256.6229168 m / s > c, setting 1/gamma = 0\n",
      "v = 352226175.86946213 m / s > c, setting 1/gamma = 0\n",
      "v = 307737103.78410035 m / s > c, setting 1/gamma = 0\n",
      "v = 516188243.1497286 m / s > c, setting 1/gamma = 0\n",
      "v = 521023952.4553977 m / s > c, setting 1/gamma = 0\n",
      "v = 319652997.0631837 m / s > c, setting 1/gamma = 0\n",
      "v = 345630565.3135922 m / s > c, setting 1/gamma = 0\n",
      "v = 360205155.0126472 m / s > c, setting 1/gamma = 0\n",
      "v = 383032980.8003677 m / s > c, setting 1/gamma = 0\n",
      "v = 400196389.70882225 m / s > c, setting 1/gamma = 0\n",
      "v = 449945680.480126 m / s > c, setting 1/gamma = 0\n",
      "v = 310037241.975397 m / s > c, setting 1/gamma = 0\n",
      "v = 337091748.5739812 m / s > c, setting 1/gamma = 0\n",
      "v = 302641248.2514424 m / s > c, setting 1/gamma = 0\n",
      "v = 339813677.5422693 m / s > c, setting 1/gamma = 0\n",
      "v = 380290901.299204 m / s > c, setting 1/gamma = 0\n",
      "v = 442401428.8709628 m / s > c, setting 1/gamma = 0\n",
      "v = 317585537.12597936 m / s > c, setting 1/gamma = 0\n",
      "v = 360164439.97679996 m / s > c, setting 1/gamma = 0\n",
      "v = 333291005.6026333 m / s > c, setting 1/gamma = 0\n",
      "v = 388634838.28468895 m / s > c, setting 1/gamma = 0\n",
      "v = 450632393.50943244 m / s > c, setting 1/gamma = 0\n",
      "v = 323471376.6133562 m / s > c, setting 1/gamma = 0\n",
      "v = 306942091.7766498 m / s > c, setting 1/gamma = 0\n",
      "v = 316196450.7859056 m / s > c, setting 1/gamma = 0\n",
      "v = 361102901.9139811 m / s > c, setting 1/gamma = 0\n",
      "v = 396195806.24514765 m / s > c, setting 1/gamma = 0\n",
      "v = 451192516.8441182 m / s > c, setting 1/gamma = 0\n",
      "v = 438149319.12443966 m / s > c, setting 1/gamma = 0\n",
      "v = 464516412.4465549 m / s > c, setting 1/gamma = 0\n",
      "v = 419418866.9095189 m / s > c, setting 1/gamma = 0\n",
      "v = 451490549.642063 m / s > c, setting 1/gamma = 0\n",
      "v = 518785604.04505914 m / s > c, setting 1/gamma = 0\n",
      "v = 558718628.2203788 m / s > c, setting 1/gamma = 0\n",
      "v = 539919684.6189805 m / s > c, setting 1/gamma = 0\n",
      "v = 550314847.3754432 m / s > c, setting 1/gamma = 0\n",
      "v = 304873847.70841014 m / s > c, setting 1/gamma = 0\n",
      "v = 479927401.982927 m / s > c, setting 1/gamma = 0\n",
      "v = 532600540.54028 m / s > c, setting 1/gamma = 0\n",
      "v = 331142574.84470785 m / s > c, setting 1/gamma = 0\n",
      "v = 303338031.6679033 m / s > c, setting 1/gamma = 0\n",
      "v = 333502188.40274984 m / s > c, setting 1/gamma = 0\n",
      "v = 315804362.29870194 m / s > c, setting 1/gamma = 0\n",
      "v = 357335052.45436907 m / s > c, setting 1/gamma = 0\n",
      "v = 543275420.9783485 m / s > c, setting 1/gamma = 0\n",
      "v = 548850936.3702122 m / s > c, setting 1/gamma = 0\n",
      "v = 482040902.0347085 m / s > c, setting 1/gamma = 0\n",
      "v = 529240840.2641544 m / s > c, setting 1/gamma = 0\n",
      "v = 390699495.6841481 m / s > c, setting 1/gamma = 0\n",
      "v = 430759090.0930238 m / s > c, setting 1/gamma = 0\n",
      "v = 319712980.7237346 m / s > c, setting 1/gamma = 0\n",
      "v = 397716702.1675123 m / s > c, setting 1/gamma = 0\n",
      "v = 322902324.58163685 m / s > c, setting 1/gamma = 0\n",
      "v = 302246355.2366781 m / s > c, setting 1/gamma = 0\n",
      "v = 641282168.7495528 m / s > c, setting 1/gamma = 0\n",
      "v = 532690350.4918733 m / s > c, setting 1/gamma = 0\n",
      "v = 310460974.3919168 m / s > c, setting 1/gamma = 0\n",
      "v = 380592571.87046975 m / s > c, setting 1/gamma = 0\n",
      "v = 433457432.92942667 m / s > c, setting 1/gamma = 0\n",
      "v = 435846812.63333625 m / s > c, setting 1/gamma = 0\n",
      "v = 451297434.73006266 m / s > c, setting 1/gamma = 0\n",
      "v = 596847450.9463476 m / s > c, setting 1/gamma = 0\n",
      "v = 592125593.7827668 m / s > c, setting 1/gamma = 0\n",
      "v = 301387446.70324737 m / s > c, setting 1/gamma = 0\n",
      "v = 358464326.9620855 m / s > c, setting 1/gamma = 0\n",
      "v = 447016286.4322819 m / s > c, setting 1/gamma = 0\n",
      "v = 450498278.3248087 m / s > c, setting 1/gamma = 0\n",
      "v = 535433461.9395719 m / s > c, setting 1/gamma = 0\n",
      "v = 581917990.0412059 m / s > c, setting 1/gamma = 0\n",
      "v = 390979520.6762807 m / s > c, setting 1/gamma = 0\n",
      "v = 408931972.7629276 m / s > c, setting 1/gamma = 0\n",
      "v = 468679835.6900648 m / s > c, setting 1/gamma = 0\n",
      "v = 525501916.81677717 m / s > c, setting 1/gamma = 0\n",
      "v = 303882697.93743914 m / s > c, setting 1/gamma = 0\n",
      "v = 304854376.1799991 m / s > c, setting 1/gamma = 0\n",
      "v = 455887244.1449178 m / s > c, setting 1/gamma = 0\n",
      "v = 505776564.9221785 m / s > c, setting 1/gamma = 0\n",
      "v = 312613364.5500687 m / s > c, setting 1/gamma = 0\n",
      "v = 374721674.6339303 m / s > c, setting 1/gamma = 0\n",
      "v = 353287248.0365823 m / s > c, setting 1/gamma = 0\n",
      "v = 562827135.4171634 m / s > c, setting 1/gamma = 0\n",
      "v = 579252639.9704168 m / s > c, setting 1/gamma = 0\n",
      "v = 485229640.95384395 m / s > c, setting 1/gamma = 0\n",
      "v = 507503645.8271185 m / s > c, setting 1/gamma = 0\n",
      "v = 312252970.5823344 m / s > c, setting 1/gamma = 0\n",
      "v = 758570362.3561994 m / s > c, setting 1/gamma = 0\n",
      "v = 682652119.4904238 m / s > c, setting 1/gamma = 0\n",
      "v = 315401265.0658884 m / s > c, setting 1/gamma = 0\n",
      "v = 384493416.09832394 m / s > c, setting 1/gamma = 0\n",
      "v = 366413447.39918405 m / s > c, setting 1/gamma = 0\n",
      "v = 413259274.1327374 m / s > c, setting 1/gamma = 0\n",
      "v = 508795976.79967666 m / s > c, setting 1/gamma = 0\n",
      "v = 521780641.221399 m / s > c, setting 1/gamma = 0\n",
      "v = 309191536.3601798 m / s > c, setting 1/gamma = 0\n",
      "v = 325049016.87239337 m / s > c, setting 1/gamma = 0\n",
      "v = 480361667.6830729 m / s > c, setting 1/gamma = 0\n",
      "v = 542820757.464341 m / s > c, setting 1/gamma = 0\n",
      "v = 355298411.6204533 m / s > c, setting 1/gamma = 0\n",
      "v = 396417926.0593681 m / s > c, setting 1/gamma = 0\n",
      "v = 565788841.6024338 m / s > c, setting 1/gamma = 0\n",
      "v = 560232362.3115754 m / s > c, setting 1/gamma = 0\n",
      "v = 306578442.2515735 m / s > c, setting 1/gamma = 0\n",
      "v = 334099892.0500686 m / s > c, setting 1/gamma = 0\n",
      "v = 404961515.56319296 m / s > c, setting 1/gamma = 0\n",
      "v = 344730963.30274504 m / s > c, setting 1/gamma = 0\n",
      "v = 387066227.6140443 m / s > c, setting 1/gamma = 0\n",
      "v = 303667370.0502582 m / s > c, setting 1/gamma = 0\n",
      "v = 331873716.87923056 m / s > c, setting 1/gamma = 0\n",
      "v = 313022599.8947333 m / s > c, setting 1/gamma = 0\n",
      "v = 367391723.4398977 m / s > c, setting 1/gamma = 0\n",
      "v = 427628783.9095773 m / s > c, setting 1/gamma = 0\n",
      "v = 320400405.7233487 m / s > c, setting 1/gamma = 0\n",
      "v = 356703075.0720106 m / s > c, setting 1/gamma = 0\n",
      "v = 418823208.9157534 m / s > c, setting 1/gamma = 0\n",
      "v = 458138120.1548487 m / s > c, setting 1/gamma = 0\n",
      "v = 315332751.40343255 m / s > c, setting 1/gamma = 0\n",
      "v = 367660209.9853944 m / s > c, setting 1/gamma = 0\n",
      "v = 324183726.1394018 m / s > c, setting 1/gamma = 0\n",
      "v = 343306577.0813159 m / s > c, setting 1/gamma = 0\n",
      "v = 570708820.723812 m / s > c, setting 1/gamma = 0\n",
      "v = 602200173.512716 m / s > c, setting 1/gamma = 0\n",
      "v = 316488072.35626686 m / s > c, setting 1/gamma = 0\n",
      "v = 374150525.6292813 m / s > c, setting 1/gamma = 0\n",
      "v = 319924185.50203896 m / s > c, setting 1/gamma = 0\n",
      "v = 377396901.4589413 m / s > c, setting 1/gamma = 0\n",
      "v = 431481223.1968476 m / s > c, setting 1/gamma = 0\n",
      "v = 302589588.6300687 m / s > c, setting 1/gamma = 0\n",
      "v = 307374435.2539462 m / s > c, setting 1/gamma = 0\n",
      "v = 306253117.8128282 m / s > c, setting 1/gamma = 0\n",
      "v = 393300843.7325136 m / s > c, setting 1/gamma = 0\n",
      "v = 461911248.6513994 m / s > c, setting 1/gamma = 0\n",
      "v = 340740235.5607389 m / s > c, setting 1/gamma = 0\n",
      "v = 365553498.1874563 m / s > c, setting 1/gamma = 0\n",
      "v = 303622337.74363303 m / s > c, setting 1/gamma = 0\n",
      "v = 330449411.7774209 m / s > c, setting 1/gamma = 0\n",
      "v = 377999983.9779447 m / s > c, setting 1/gamma = 0\n",
      "v = 426199222.3952454 m / s > c, setting 1/gamma = 0\n",
      "v = 491007649.3853349 m / s > c, setting 1/gamma = 0\n",
      "v = 546630552.202678 m / s > c, setting 1/gamma = 0\n",
      "v = 310001942.27554137 m / s > c, setting 1/gamma = 0\n",
      "v = 310044792.8617272 m / s > c, setting 1/gamma = 0\n",
      "v = 393947704.7174235 m / s > c, setting 1/gamma = 0\n",
      "v = 455077925.6069438 m / s > c, setting 1/gamma = 0\n",
      "v = 313863334.58748555 m / s > c, setting 1/gamma = 0\n",
      "v = 346639917.3824979 m / s > c, setting 1/gamma = 0\n",
      "v = 876542623.8527482 m / s > c, setting 1/gamma = 0\n",
      "v = 785061803.159616 m / s > c, setting 1/gamma = 0\n",
      "v = 335460307.54449344 m / s > c, setting 1/gamma = 0\n",
      "v = 405497294.8550981 m / s > c, setting 1/gamma = 0\n",
      "v = 307882551.54603857 m / s > c, setting 1/gamma = 0\n",
      "v = 324799498.2125943 m / s > c, setting 1/gamma = 0\n",
      "v = 317665839.20312417 m / s > c, setting 1/gamma = 0\n",
      "v = 348043120.88303506 m / s > c, setting 1/gamma = 0\n",
      "v = 347401487.4172771 m / s > c, setting 1/gamma = 0\n",
      "v = 387462552.6985977 m / s > c, setting 1/gamma = 0\n",
      "v = 375754913.7173764 m / s > c, setting 1/gamma = 0\n",
      "v = 353673173.7601284 m / s > c, setting 1/gamma = 0\n",
      "v = 328364992.3468026 m / s > c, setting 1/gamma = 0\n",
      "v = 384390848.71730554 m / s > c, setting 1/gamma = 0\n",
      "v = 348987684.61451834 m / s > c, setting 1/gamma = 0\n",
      "v = 363013505.7308984 m / s > c, setting 1/gamma = 0\n",
      "v = 307675821.34841764 m / s > c, setting 1/gamma = 0\n",
      "v = 333224370.0082586 m / s > c, setting 1/gamma = 0\n",
      "v = 339169065.72070193 m / s > c, setting 1/gamma = 0\n",
      "v = 394147741.7135409 m / s > c, setting 1/gamma = 0\n",
      "v = 307032113.16271365 m / s > c, setting 1/gamma = 0\n",
      "v = 311083147.40279627 m / s > c, setting 1/gamma = 0\n",
      "v = 330400794.3954882 m / s > c, setting 1/gamma = 0\n",
      "v = 302342365.82774335 m / s > c, setting 1/gamma = 0\n",
      "v = 314272293.93654484 m / s > c, setting 1/gamma = 0\n",
      "v = 429855788.07540315 m / s > c, setting 1/gamma = 0\n",
      "v = 437469478.7325147 m / s > c, setting 1/gamma = 0\n",
      "v = 325839351.36069435 m / s > c, setting 1/gamma = 0\n",
      "v = 322481907.2275045 m / s > c, setting 1/gamma = 0\n",
      "v = 303495913.04825354 m / s > c, setting 1/gamma = 0\n",
      "v = 324666049.5162035 m / s > c, setting 1/gamma = 0\n",
      "v = 428978027.43753487 m / s > c, setting 1/gamma = 0\n",
      "v = 446657627.1168153 m / s > c, setting 1/gamma = 0\n",
      "v = 367539402.73081505 m / s > c, setting 1/gamma = 0\n",
      "v = 392223309.97595274 m / s > c, setting 1/gamma = 0\n",
      "v = 302779907.4785301 m / s > c, setting 1/gamma = 0\n",
      "v = 354157544.55805254 m / s > c, setting 1/gamma = 0\n",
      "v = 307953814.1735777 m / s > c, setting 1/gamma = 0\n",
      "v = 371086100.4435297 m / s > c, setting 1/gamma = 0\n",
      "v = 301460924.66323024 m / s > c, setting 1/gamma = 0\n",
      "v = 340264736.2491192 m / s > c, setting 1/gamma = 0\n",
      "v = 399807912.1409594 m / s > c, setting 1/gamma = 0\n",
      "v = 413085230.2845825 m / s > c, setting 1/gamma = 0\n",
      "v = 446860528.0035711 m / s > c, setting 1/gamma = 0\n",
      "v = 350736599.8884675 m / s > c, setting 1/gamma = 0\n",
      "v = 410224505.12837577 m / s > c, setting 1/gamma = 0\n",
      "v = 324523909.2262012 m / s > c, setting 1/gamma = 0\n",
      "v = 506499152.6412603 m / s > c, setting 1/gamma = 0\n",
      "v = 551787714.5813934 m / s > c, setting 1/gamma = 0\n",
      "v = 314056902.60382175 m / s > c, setting 1/gamma = 0\n",
      "v = 396446897.67348063 m / s > c, setting 1/gamma = 0\n",
      "v = 431211863.41985524 m / s > c, setting 1/gamma = 0\n",
      "v = 315642743.5809419 m / s > c, setting 1/gamma = 0\n",
      "v = 322891308.63207704 m / s > c, setting 1/gamma = 0\n",
      "v = 373782618.5686248 m / s > c, setting 1/gamma = 0\n",
      "v = 389125961.7753254 m / s > c, setting 1/gamma = 0\n",
      "v = 441597259.9581134 m / s > c, setting 1/gamma = 0\n",
      "v = 333686143.7431922 m / s > c, setting 1/gamma = 0\n",
      "v = 398993058.5975531 m / s > c, setting 1/gamma = 0\n",
      "v = 314153484.7466884 m / s > c, setting 1/gamma = 0\n",
      "v = 357433595.12128276 m / s > c, setting 1/gamma = 0\n",
      "v = 360888866.6885065 m / s > c, setting 1/gamma = 0\n",
      "v = 996606905.3672091 m / s > c, setting 1/gamma = 0\n",
      "v = 873884947.1075728 m / s > c, setting 1/gamma = 0\n",
      "v = 326367583.6061916 m / s > c, setting 1/gamma = 0\n",
      "v = 304135931.92472595 m / s > c, setting 1/gamma = 0\n",
      "v = 302120175.88578373 m / s > c, setting 1/gamma = 0\n",
      "v = 335045058.6427985 m / s > c, setting 1/gamma = 0\n",
      "v = 367447423.441998 m / s > c, setting 1/gamma = 0\n",
      "v = 428262921.2462397 m / s > c, setting 1/gamma = 0\n",
      "v = 315004909.64017487 m / s > c, setting 1/gamma = 0\n",
      "v = 515290744.1685218 m / s > c, setting 1/gamma = 0\n",
      "v = 561576107.1283278 m / s > c, setting 1/gamma = 0\n",
      "v = 424248450.3621767 m / s > c, setting 1/gamma = 0\n",
      "v = 447790529.0178643 m / s > c, setting 1/gamma = 0\n",
      "v = 423777419.30255646 m / s > c, setting 1/gamma = 0\n",
      "v = 481082643.78567904 m / s > c, setting 1/gamma = 0\n",
      "v = 417441692.01354325 m / s > c, setting 1/gamma = 0\n",
      "v = 466054854.84141886 m / s > c, setting 1/gamma = 0\n",
      "v = 305726219.84166163 m / s > c, setting 1/gamma = 0\n",
      "v = 383112060.89295864 m / s > c, setting 1/gamma = 0\n",
      "v = 479141075.52901745 m / s > c, setting 1/gamma = 0\n",
      "v = 529295096.9866408 m / s > c, setting 1/gamma = 0\n",
      "v = 308702833.4771618 m / s > c, setting 1/gamma = 0\n",
      "v = 301824063.42053026 m / s > c, setting 1/gamma = 0\n",
      "v = 632370542.7920408 m / s > c, setting 1/gamma = 0\n",
      "v = 525020047.659902 m / s > c, setting 1/gamma = 0\n",
      "v = 395196026.2583188 m / s > c, setting 1/gamma = 0\n",
      "v = 437594805.2854096 m / s > c, setting 1/gamma = 0\n",
      "v = 383989794.41990787 m / s > c, setting 1/gamma = 0\n",
      "v = 423076240.33129346 m / s > c, setting 1/gamma = 0\n",
      "v = 317925499.84867424 m / s > c, setting 1/gamma = 0\n",
      "v = 305278600.96806633 m / s > c, setting 1/gamma = 0\n",
      "v = 343834792.69178265 m / s > c, setting 1/gamma = 0\n",
      "v = 380468851.53331316 m / s > c, setting 1/gamma = 0\n",
      "v = 426457912.1240562 m / s > c, setting 1/gamma = 0\n",
      "v = 524714946.17479044 m / s > c, setting 1/gamma = 0\n",
      "v = 471600770.6081797 m / s > c, setting 1/gamma = 0\n",
      "v = 315544855.08775824 m / s > c, setting 1/gamma = 0\n",
      "v = 335875840.3497183 m / s > c, setting 1/gamma = 0\n",
      "v = 307911346.77019817 m / s > c, setting 1/gamma = 0\n",
      "v = 333168797.90463495 m / s > c, setting 1/gamma = 0\n",
      "v = 320396522.05933344 m / s > c, setting 1/gamma = 0\n",
      "v = 605950112.1998125 m / s > c, setting 1/gamma = 0\n",
      "v = 629324561.988872 m / s > c, setting 1/gamma = 0\n",
      "v = 456950172.7625789 m / s > c, setting 1/gamma = 0\n",
      "v = 470589493.81305003 m / s > c, setting 1/gamma = 0\n",
      "v = 360687074.088186 m / s > c, setting 1/gamma = 0\n",
      "v = 401255183.22837734 m / s > c, setting 1/gamma = 0\n",
      "v = 306011580.8087015 m / s > c, setting 1/gamma = 0\n",
      "v = 883209269.6106917 m / s > c, setting 1/gamma = 0\n",
      "v = 779265032.23918 m / s > c, setting 1/gamma = 0\n",
      "v = 426982695.3929835 m / s > c, setting 1/gamma = 0\n",
      "v = 456446977.90981907 m / s > c, setting 1/gamma = 0\n",
      "v = 421779110.1782772 m / s > c, setting 1/gamma = 0\n",
      "v = 473750183.4155936 m / s > c, setting 1/gamma = 0\n",
      "v = 377873325.44065344 m / s > c, setting 1/gamma = 0\n",
      "v = 436933954.80597246 m / s > c, setting 1/gamma = 0\n",
      "v = 310701781.101339 m / s > c, setting 1/gamma = 0\n",
      "v = 303319329.43028665 m / s > c, setting 1/gamma = 0\n",
      "v = 332543663.3429221 m / s > c, setting 1/gamma = 0\n",
      "v = 394183255.1310169 m / s > c, setting 1/gamma = 0\n",
      "v = 326864098.7963936 m / s > c, setting 1/gamma = 0\n",
      "v = 729161686.6516713 m / s > c, setting 1/gamma = 0\n",
      "v = 611393644.1806959 m / s > c, setting 1/gamma = 0\n",
      "v = 318117174.84026986 m / s > c, setting 1/gamma = 0\n",
      "v = 367644593.2397221 m / s > c, setting 1/gamma = 0\n",
      "v = 433506641.96860534 m / s > c, setting 1/gamma = 0\n",
      "v = 411652985.0548665 m / s > c, setting 1/gamma = 0\n",
      "v = 437059049.0707958 m / s > c, setting 1/gamma = 0\n",
      "v = 420723997.4831334 m / s > c, setting 1/gamma = 0\n",
      "v = 473002206.1809917 m / s > c, setting 1/gamma = 0\n",
      "v = 300266237.71949816 m / s > c, setting 1/gamma = 0\n",
      "v = 441321019.8012187 m / s > c, setting 1/gamma = 0\n",
      "v = 456686751.70727766 m / s > c, setting 1/gamma = 0\n",
      "v = 363259855.8784576 m / s > c, setting 1/gamma = 0\n",
      "v = 429596968.82862526 m / s > c, setting 1/gamma = 0\n",
      "v = 331190208.45556515 m / s > c, setting 1/gamma = 0\n",
      "v = 303064155.17228204 m / s > c, setting 1/gamma = 0\n",
      "v = 307011661.06408226 m / s > c, setting 1/gamma = 0\n",
      "v = 361467710.4207868 m / s > c, setting 1/gamma = 0\n",
      "v = 410265532.7039763 m / s > c, setting 1/gamma = 0\n",
      "v = 393505835.4192375 m / s > c, setting 1/gamma = 0\n",
      "v = 457965745.1426826 m / s > c, setting 1/gamma = 0\n",
      "v = 596335329.8266352 m / s > c, setting 1/gamma = 0\n",
      "v = 566940238.5841448 m / s > c, setting 1/gamma = 0\n",
      "v = 307500594.376042 m / s > c, setting 1/gamma = 0\n",
      "v = 377266441.66048956 m / s > c, setting 1/gamma = 0\n",
      "v = 320007160.64471126 m / s > c, setting 1/gamma = 0\n",
      "v = 426235665.28396946 m / s > c, setting 1/gamma = 0\n",
      "v = 495454076.590069 m / s > c, setting 1/gamma = 0\n",
      "v = 382018989.32578444 m / s > c, setting 1/gamma = 0\n",
      "v = 444248085.1163007 m / s > c, setting 1/gamma = 0\n",
      "v = 313002264.217098 m / s > c, setting 1/gamma = 0\n",
      "v = 303568897.4687024 m / s > c, setting 1/gamma = 0\n",
      "v = 760563546.830061 m / s > c, setting 1/gamma = 0\n",
      "v = 661190190.5330127 m / s > c, setting 1/gamma = 0\n",
      "v = 309412421.09551793 m / s > c, setting 1/gamma = 0\n",
      "v = 323685262.1401032 m / s > c, setting 1/gamma = 0\n",
      "v = 310612234.12728924 m / s > c, setting 1/gamma = 0\n",
      "v = 702417266.6751013 m / s > c, setting 1/gamma = 0\n",
      "v = 589352350.934975 m / s > c, setting 1/gamma = 0\n",
      "v = 301013292.9195857 m / s > c, setting 1/gamma = 0\n",
      "v = 347689197.56008697 m / s > c, setting 1/gamma = 0\n",
      "v = 393575450.3437171 m / s > c, setting 1/gamma = 0\n",
      "v = 311278069.777984 m / s > c, setting 1/gamma = 0\n",
      "v = 358821984.6298791 m / s > c, setting 1/gamma = 0\n",
      "v = 427712745.7717594 m / s > c, setting 1/gamma = 0\n",
      "v = 301818083.34741694 m / s > c, setting 1/gamma = 0\n",
      "v = 347706409.1067282 m / s > c, setting 1/gamma = 0\n",
      "v = 361006711.2437563 m / s > c, setting 1/gamma = 0\n",
      "v = 353660964.39139664 m / s > c, setting 1/gamma = 0\n",
      "v = 410524041.4549432 m / s > c, setting 1/gamma = 0\n",
      "v = 317964131.94194555 m / s > c, setting 1/gamma = 0\n",
      "v = 392364837.3398443 m / s > c, setting 1/gamma = 0\n",
      "v = 431364682.7132322 m / s > c, setting 1/gamma = 0\n",
      "v = 344481180.5912677 m / s > c, setting 1/gamma = 0\n",
      "v = 376456460.9922877 m / s > c, setting 1/gamma = 0\n",
      "v = 316857774.4035823 m / s > c, setting 1/gamma = 0\n",
      "v = 338380690.20766073 m / s > c, setting 1/gamma = 0\n",
      "v = 397651855.11635333 m / s > c, setting 1/gamma = 0\n",
      "v = 363435725.6485142 m / s > c, setting 1/gamma = 0\n",
      "v = 390143989.2787078 m / s > c, setting 1/gamma = 0\n",
      "v = 312306386.91834563 m / s > c, setting 1/gamma = 0\n",
      "v = 367284850.17868465 m / s > c, setting 1/gamma = 0\n",
      "v = 308675493.35250145 m / s > c, setting 1/gamma = 0\n",
      "v = 622733350.0434943 m / s > c, setting 1/gamma = 0\n",
      "v = 508589841.05301434 m / s > c, setting 1/gamma = 0\n",
      "v = 301010737.7630296 m / s > c, setting 1/gamma = 0\n",
      "v = 322665685.5867634 m / s > c, setting 1/gamma = 0\n",
      "v = 421189723.83364725 m / s > c, setting 1/gamma = 0\n",
      "v = 468086793.7858548 m / s > c, setting 1/gamma = 0\n",
      "v = 302147207.0546815 m / s > c, setting 1/gamma = 0\n",
      "v = 327259821.4706438 m / s > c, setting 1/gamma = 0\n",
      "v = 317245259.2357319 m / s > c, setting 1/gamma = 0\n",
      "v = 342730396.37574416 m / s > c, setting 1/gamma = 0\n",
      "v = 345655459.4273962 m / s > c, setting 1/gamma = 0\n",
      "v = 402400456.58016366 m / s > c, setting 1/gamma = 0\n",
      "v = 313914315.7513253 m / s > c, setting 1/gamma = 0\n",
      "v = 339654969.20527655 m / s > c, setting 1/gamma = 0\n",
      "v = 355601092.6239867 m / s > c, setting 1/gamma = 0\n",
      "v = 403742192.2501588 m / s > c, setting 1/gamma = 0\n",
      "v = 304083051.1840542 m / s > c, setting 1/gamma = 0\n",
      "v = 354418213.23434454 m / s > c, setting 1/gamma = 0\n",
      "v = 406461748.4199619 m / s > c, setting 1/gamma = 0\n",
      "v = 321769821.0296124 m / s > c, setting 1/gamma = 0\n",
      "v = 381303345.2241913 m / s > c, setting 1/gamma = 0\n",
      "v = 415313882.4466729 m / s > c, setting 1/gamma = 0\n",
      "v = 432760076.09351397 m / s > c, setting 1/gamma = 0\n",
      "v = 335223252.93998253 m / s > c, setting 1/gamma = 0\n",
      "v = 350095499.6906788 m / s > c, setting 1/gamma = 0\n",
      "v = 308252792.5141808 m / s > c, setting 1/gamma = 0\n",
      "v = 356599765.7040024 m / s > c, setting 1/gamma = 0\n",
      "v = 361665890.1717409 m / s > c, setting 1/gamma = 0\n",
      "v = 380552402.06217295 m / s > c, setting 1/gamma = 0\n",
      "v = 317725107.75020415 m / s > c, setting 1/gamma = 0\n",
      "v = 308629764.9412068 m / s > c, setting 1/gamma = 0\n",
      "v = 300372834.7853325 m / s > c, setting 1/gamma = 0\n",
      "v = 355016200.71879363 m / s > c, setting 1/gamma = 0\n",
      "v = 318536328.35688436 m / s > c, setting 1/gamma = 0\n",
      "v = 345543406.35361135 m / s > c, setting 1/gamma = 0\n",
      "v = 346358370.2961627 m / s > c, setting 1/gamma = 0\n",
      "v = 396703780.51040787 m / s > c, setting 1/gamma = 0\n",
      "v = 387094404.9123345 m / s > c, setting 1/gamma = 0\n",
      "v = 421585390.0881895 m / s > c, setting 1/gamma = 0\n",
      "v = 354129160.467848 m / s > c, setting 1/gamma = 0\n",
      "v = 410115405.29260695 m / s > c, setting 1/gamma = 0\n",
      "v = 316731239.32265246 m / s > c, setting 1/gamma = 0\n",
      "v = 319894618.8519142 m / s > c, setting 1/gamma = 0\n",
      "v = 313445477.6112807 m / s > c, setting 1/gamma = 0\n",
      "v = 300874821.96440804 m / s > c, setting 1/gamma = 0\n",
      "v = 328544134.8453276 m / s > c, setting 1/gamma = 0\n",
      "v = 345825822.7099903 m / s > c, setting 1/gamma = 0\n",
      "v = 373574600.27275896 m / s > c, setting 1/gamma = 0\n",
      "v = 404547370.4781867 m / s > c, setting 1/gamma = 0\n",
      "v = 362015529.72322786 m / s > c, setting 1/gamma = 0\n",
      "v = 413952397.47091085 m / s > c, setting 1/gamma = 0\n",
      "v = 311027807.15097684 m / s > c, setting 1/gamma = 0\n",
      "v = 337619717.52089655 m / s > c, setting 1/gamma = 0\n",
      "v = 303155346.8604404 m / s > c, setting 1/gamma = 0\n",
      "v = 302035579.1241332 m / s > c, setting 1/gamma = 0\n",
      "v = 314134751.5721514 m / s > c, setting 1/gamma = 0\n",
      "v = 352653487.5530203 m / s > c, setting 1/gamma = 0\n",
      "v = 402929638.7652026 m / s > c, setting 1/gamma = 0\n",
      "v = 422854176.2413676 m / s > c, setting 1/gamma = 0\n",
      "v = 309297348.9089424 m / s > c, setting 1/gamma = 0\n",
      "v = 351399363.56585526 m / s > c, setting 1/gamma = 0\n",
      "v = 319757355.2672475 m / s > c, setting 1/gamma = 0\n",
      "v = 377731076.91662866 m / s > c, setting 1/gamma = 0\n",
      "v = 332969141.112628 m / s > c, setting 1/gamma = 0\n",
      "v = 359901919.165989 m / s > c, setting 1/gamma = 0\n",
      "v = 335242616.66555375 m / s > c, setting 1/gamma = 0\n",
      "v = 391580434.57326096 m / s > c, setting 1/gamma = 0\n",
      "v = 303583256.83401316 m / s > c, setting 1/gamma = 0\n",
      "v = 304744369.36932176 m / s > c, setting 1/gamma = 0\n",
      "v = 359652533.40192103 m / s > c, setting 1/gamma = 0\n",
      "v = 328738016.95650667 m / s > c, setting 1/gamma = 0\n",
      "v = 356848101.67553085 m / s > c, setting 1/gamma = 0\n",
      "v = 304842834.31927913 m / s > c, setting 1/gamma = 0\n",
      "v = 335229515.6882933 m / s > c, setting 1/gamma = 0\n",
      "v = 312793326.2438284 m / s > c, setting 1/gamma = 0\n",
      "v = 306839500.496054 m / s > c, setting 1/gamma = 0\n",
      "v = 335605481.90919435 m / s > c, setting 1/gamma = 0\n",
      "v = 453629930.275037 m / s > c, setting 1/gamma = 0\n",
      "v = 468210774.39374787 m / s > c, setting 1/gamma = 0\n",
      "v = 507017699.3266352 m / s > c, setting 1/gamma = 0\n",
      "v = 502300462.8600684 m / s > c, setting 1/gamma = 0\n",
      "v = 314428423.69631416 m / s > c, setting 1/gamma = 0\n",
      "v = 360383352.3474546 m / s > c, setting 1/gamma = 0\n",
      "v = 377960931.7613068 m / s > c, setting 1/gamma = 0\n",
      "v = 304795783.872661 m / s > c, setting 1/gamma = 0\n",
      "v = 304499694.30393493 m / s > c, setting 1/gamma = 0\n",
      "v = 323776914.18193334 m / s > c, setting 1/gamma = 0\n",
      "v = 326322561.42351377 m / s > c, setting 1/gamma = 0\n",
      "v = 357671783.98235565 m / s > c, setting 1/gamma = 0\n",
      "v = 317805817.0131712 m / s > c, setting 1/gamma = 0\n",
      "v = 367672547.45947343 m / s > c, setting 1/gamma = 0\n",
      "v = 314646722.52412075 m / s > c, setting 1/gamma = 0\n",
      "v = 323974535.19347537 m / s > c, setting 1/gamma = 0\n",
      "v = 315870458.7283443 m / s > c, setting 1/gamma = 0\n",
      "v = 331254110.18632054 m / s > c, setting 1/gamma = 0\n",
      "v = 387815337.93080914 m / s > c, setting 1/gamma = 0\n",
      "v = 305278305.94447505 m / s > c, setting 1/gamma = 0\n",
      "v = 333178834.1753131 m / s > c, setting 1/gamma = 0\n",
      "v = 411365478.88736826 m / s > c, setting 1/gamma = 0\n",
      "v = 425716267.5731443 m / s > c, setting 1/gamma = 0\n",
      "v = 325989768.69324243 m / s > c, setting 1/gamma = 0\n",
      "v = 335671357.90922785 m / s > c, setting 1/gamma = 0\n",
      "v = 304970339.7572802 m / s > c, setting 1/gamma = 0\n",
      "v = 310350098.4214745 m / s > c, setting 1/gamma = 0\n",
      "v = 371287443.45943433 m / s > c, setting 1/gamma = 0\n",
      "v = 429729900.0486146 m / s > c, setting 1/gamma = 0\n",
      "v = 348094989.7505579 m / s > c, setting 1/gamma = 0\n",
      "v = 375020000.9859769 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 31\n",
      "v = 382213424.370787 m / s > c, setting 1/gamma = 0\n",
      "v = 377153917.4289121 m / s > c, setting 1/gamma = 0\n",
      "v = 301182935.40089464 m / s > c, setting 1/gamma = 0\n",
      "v = 305523961.11453885 m / s > c, setting 1/gamma = 0\n",
      "v = 304261842.2438581 m / s > c, setting 1/gamma = 0\n",
      "v = 306962954.3921115 m / s > c, setting 1/gamma = 0\n",
      "v = 300809938.95678705 m / s > c, setting 1/gamma = 0\n",
      "v = 305802119.5403559 m / s > c, setting 1/gamma = 0\n",
      "v = 317012942.52455384 m / s > c, setting 1/gamma = 0\n",
      "v = 301713197.54580206 m / s > c, setting 1/gamma = 0\n",
      "v = 314784752.84629947 m / s > c, setting 1/gamma = 0\n",
      "v = 325044524.7191423 m / s > c, setting 1/gamma = 0\n",
      "v = 325559493.4129386 m / s > c, setting 1/gamma = 0\n",
      "v = 300891682.7939375 m / s > c, setting 1/gamma = 0\n",
      "v = 309033638.23011076 m / s > c, setting 1/gamma = 0\n",
      "v = 319568839.4148735 m / s > c, setting 1/gamma = 0\n",
      "v = 321643536.7941539 m / s > c, setting 1/gamma = 0\n",
      "v = 330450618.977041 m / s > c, setting 1/gamma = 0\n",
      "v = 333574794.67003566 m / s > c, setting 1/gamma = 0\n",
      "v = 317582746.55571556 m / s > c, setting 1/gamma = 0\n",
      "v = 320276362.6819874 m / s > c, setting 1/gamma = 0\n",
      "v = 331714425.6404366 m / s > c, setting 1/gamma = 0\n",
      "v = 336875715.18468493 m / s > c, setting 1/gamma = 0\n",
      "v = 316220770.5307893 m / s > c, setting 1/gamma = 0\n",
      "v = 335422241.4950367 m / s > c, setting 1/gamma = 0\n",
      "v = 312223266.95853645 m / s > c, setting 1/gamma = 0\n",
      "v = 336422860.8154582 m / s > c, setting 1/gamma = 0\n",
      "v = 300822894.2589315 m / s > c, setting 1/gamma = 0\n",
      "v = 306824205.48170555 m / s > c, setting 1/gamma = 0\n",
      "v = 321618515.70121306 m / s > c, setting 1/gamma = 0\n",
      "v = 334444412.8777053 m / s > c, setting 1/gamma = 0\n",
      "v = 319575241.91498023 m / s > c, setting 1/gamma = 0\n",
      "v = 345387554.8681012 m / s > c, setting 1/gamma = 0\n",
      "v = 360312696.4203536 m / s > c, setting 1/gamma = 0\n",
      "v = 310671369.8613444 m / s > c, setting 1/gamma = 0\n",
      "v = 316755564.38570493 m / s > c, setting 1/gamma = 0\n",
      "v = 308325482.96353894 m / s > c, setting 1/gamma = 0\n",
      "v = 333345412.64795285 m / s > c, setting 1/gamma = 0\n",
      "v = 340474220.81926715 m / s > c, setting 1/gamma = 0\n",
      "v = 357018863.95730245 m / s > c, setting 1/gamma = 0\n",
      "v = 310156427.1317428 m / s > c, setting 1/gamma = 0\n",
      "v = 346774909.650863 m / s > c, setting 1/gamma = 0\n",
      "v = 315660673.77862734 m / s > c, setting 1/gamma = 0\n",
      "v = 352733225.8501284 m / s > c, setting 1/gamma = 0\n",
      "v = 317471863.7968443 m / s > c, setting 1/gamma = 0\n",
      "v = 356162246.94016665 m / s > c, setting 1/gamma = 0\n",
      "v = 363013952.5768613 m / s > c, setting 1/gamma = 0\n",
      "v = 386643401.76928174 m / s > c, setting 1/gamma = 0\n",
      "v = 393469587.87948525 m / s > c, setting 1/gamma = 0\n",
      "v = 415934431.8084242 m / s > c, setting 1/gamma = 0\n",
      "v = 357349075.82719314 m / s > c, setting 1/gamma = 0\n",
      "v = 390511487.05967915 m / s > c, setting 1/gamma = 0\n",
      "v = 305711105.3133767 m / s > c, setting 1/gamma = 0\n",
      "v = 316479496.0370508 m / s > c, setting 1/gamma = 0\n",
      "v = 330113903.8874696 m / s > c, setting 1/gamma = 0\n",
      "v = 368065767.9322055 m / s > c, setting 1/gamma = 0\n",
      "v = 317352259.91776705 m / s > c, setting 1/gamma = 0\n",
      "v = 327196563.49679255 m / s > c, setting 1/gamma = 0\n",
      "v = 324574830.4805466 m / s > c, setting 1/gamma = 0\n",
      "v = 364824722.58239424 m / s > c, setting 1/gamma = 0\n",
      "v = 304054027.79790986 m / s > c, setting 1/gamma = 0\n",
      "v = 316973352.6955428 m / s > c, setting 1/gamma = 0\n",
      "v = 312498476.7664354 m / s > c, setting 1/gamma = 0\n",
      "v = 353858779.3129321 m / s > c, setting 1/gamma = 0\n",
      "v = 328828578.20453316 m / s > c, setting 1/gamma = 0\n",
      "v = 385266920.6673023 m / s > c, setting 1/gamma = 0\n",
      "v = 415516578.355602 m / s > c, setting 1/gamma = 0\n",
      "v = 313248876.2897396 m / s > c, setting 1/gamma = 0\n",
      "v = 356195226.035944 m / s > c, setting 1/gamma = 0\n",
      "v = 316975829.3691178 m / s > c, setting 1/gamma = 0\n",
      "v = 335915911.59049344 m / s > c, setting 1/gamma = 0\n",
      "v = 375620282.13545245 m / s > c, setting 1/gamma = 0\n",
      "v = 315401044.90254277 m / s > c, setting 1/gamma = 0\n",
      "v = 321585305.02078396 m / s > c, setting 1/gamma = 0\n",
      "v = 349867409.38126373 m / s > c, setting 1/gamma = 0\n",
      "v = 318471445.80246055 m / s > c, setting 1/gamma = 0\n",
      "v = 330931289.3338266 m / s > c, setting 1/gamma = 0\n",
      "v = 301389396.4837363 m / s > c, setting 1/gamma = 0\n",
      "v = 345355256.062509 m / s > c, setting 1/gamma = 0\n",
      "v = 326665796.3401283 m / s > c, setting 1/gamma = 0\n",
      "v = 316122878.9106016 m / s > c, setting 1/gamma = 0\n",
      "v = 359478145.9891586 m / s > c, setting 1/gamma = 0\n",
      "v = 356506432.65553164 m / s > c, setting 1/gamma = 0\n",
      "v = 396823397.7691562 m / s > c, setting 1/gamma = 0\n",
      "v = 356011556.0826885 m / s > c, setting 1/gamma = 0\n",
      "v = 393898068.55312496 m / s > c, setting 1/gamma = 0\n",
      "v = 313309007.7904656 m / s > c, setting 1/gamma = 0\n",
      "v = 361146001.6678014 m / s > c, setting 1/gamma = 0\n",
      "v = 407063042.95108265 m / s > c, setting 1/gamma = 0\n",
      "v = 436702257.76478094 m / s > c, setting 1/gamma = 0\n",
      "v = 316986752.3070298 m / s > c, setting 1/gamma = 0\n",
      "v = 347954498.3014795 m / s > c, setting 1/gamma = 0\n",
      "v = 392364447.38709056 m / s > c, setting 1/gamma = 0\n",
      "v = 393793034.3152959 m / s > c, setting 1/gamma = 0\n",
      "v = 431617453.2601537 m / s > c, setting 1/gamma = 0\n",
      "v = 309493259.28655595 m / s > c, setting 1/gamma = 0\n",
      "v = 360460346.29103494 m / s > c, setting 1/gamma = 0\n",
      "v = 372963713.88931054 m / s > c, setting 1/gamma = 0\n",
      "v = 305717686.44554585 m / s > c, setting 1/gamma = 0\n",
      "v = 331821025.7722366 m / s > c, setting 1/gamma = 0\n",
      "v = 312533199.6862769 m / s > c, setting 1/gamma = 0\n",
      "v = 355771648.54506993 m / s > c, setting 1/gamma = 0\n",
      "v = 484864516.3438403 m / s > c, setting 1/gamma = 0\n",
      "v = 502308700.86157495 m / s > c, setting 1/gamma = 0\n",
      "v = 317916676.1060377 m / s > c, setting 1/gamma = 0\n",
      "v = 519654892.80618113 m / s > c, setting 1/gamma = 0\n",
      "v = 517537618.7310873 m / s > c, setting 1/gamma = 0\n",
      "v = 304145041.4633157 m / s > c, setting 1/gamma = 0\n",
      "v = 514459098.29135287 m / s > c, setting 1/gamma = 0\n",
      "v = 520696365.8804389 m / s > c, setting 1/gamma = 0\n",
      "v = 450732834.21919096 m / s > c, setting 1/gamma = 0\n",
      "v = 484720272.9798147 m / s > c, setting 1/gamma = 0\n",
      "v = 349937781.35277086 m / s > c, setting 1/gamma = 0\n",
      "v = 403114865.4467229 m / s > c, setting 1/gamma = 0\n",
      "v = 302834839.11122555 m / s > c, setting 1/gamma = 0\n",
      "v = 345694438.74260193 m / s > c, setting 1/gamma = 0\n",
      "v = 351354250.06437826 m / s > c, setting 1/gamma = 0\n",
      "v = 404325073.3401346 m / s > c, setting 1/gamma = 0\n",
      "v = 413991586.26614445 m / s > c, setting 1/gamma = 0\n",
      "v = 455956670.3279193 m / s > c, setting 1/gamma = 0\n",
      "v = 304087734.2263323 m / s > c, setting 1/gamma = 0\n",
      "v = 304560104.11006147 m / s > c, setting 1/gamma = 0\n",
      "v = 328941516.0226896 m / s > c, setting 1/gamma = 0\n",
      "v = 314859201.1069602 m / s > c, setting 1/gamma = 0\n",
      "v = 370178314.5489707 m / s > c, setting 1/gamma = 0\n",
      "v = 410390985.23989314 m / s > c, setting 1/gamma = 0\n",
      "v = 450929246.53679526 m / s > c, setting 1/gamma = 0\n",
      "v = 330344993.9427612 m / s > c, setting 1/gamma = 0\n",
      "v = 349738627.7407808 m / s > c, setting 1/gamma = 0\n",
      "v = 301938504.07330054 m / s > c, setting 1/gamma = 0\n",
      "v = 356213071.22653323 m / s > c, setting 1/gamma = 0\n",
      "v = 380202631.33067286 m / s > c, setting 1/gamma = 0\n",
      "v = 425520524.1004949 m / s > c, setting 1/gamma = 0\n",
      "v = 357571716.56017625 m / s > c, setting 1/gamma = 0\n",
      "v = 404970478.15240264 m / s > c, setting 1/gamma = 0\n",
      "v = 300414223.3765381 m / s > c, setting 1/gamma = 0\n",
      "v = 345216807.2754572 m / s > c, setting 1/gamma = 0\n",
      "v = 313124442.8470459 m / s > c, setting 1/gamma = 0\n",
      "v = 299969234.70199805 m / s > c, setting 1/gamma = 0\n",
      "v = 355150756.4754513 m / s > c, setting 1/gamma = 0\n",
      "v = 402231635.9838123 m / s > c, setting 1/gamma = 0\n",
      "v = 441969263.86101276 m / s > c, setting 1/gamma = 0\n",
      "v = 304167150.19735575 m / s > c, setting 1/gamma = 0\n",
      "v = 300196624.96429956 m / s > c, setting 1/gamma = 0\n",
      "v = 323545167.21980166 m / s > c, setting 1/gamma = 0\n",
      "v = 377298326.6493301 m / s > c, setting 1/gamma = 0\n",
      "v = 392997889.68264693 m / s > c, setting 1/gamma = 0\n",
      "v = 432442583.88948274 m / s > c, setting 1/gamma = 0\n",
      "v = 312037014.07853377 m / s > c, setting 1/gamma = 0\n",
      "v = 356052760.0083139 m / s > c, setting 1/gamma = 0\n",
      "v = 331395139.9615336 m / s > c, setting 1/gamma = 0\n",
      "v = 386267053.26364595 m / s > c, setting 1/gamma = 0\n",
      "v = 404313618.41268545 m / s > c, setting 1/gamma = 0\n",
      "v = 444411964.56604 m / s > c, setting 1/gamma = 0\n",
      "v = 353983849.0659137 m / s > c, setting 1/gamma = 0\n",
      "v = 366951523.71343 m / s > c, setting 1/gamma = 0\n",
      "v = 303751864.13070774 m / s > c, setting 1/gamma = 0\n",
      "v = 358128334.21275723 m / s > c, setting 1/gamma = 0\n",
      "v = 481287860.9560626 m / s > c, setting 1/gamma = 0\n",
      "v = 495897830.40874225 m / s > c, setting 1/gamma = 0\n",
      "v = 509890520.61558676 m / s > c, setting 1/gamma = 0\n",
      "v = 514843010.5940402 m / s > c, setting 1/gamma = 0\n",
      "v = 335268483.7768869 m / s > c, setting 1/gamma = 0\n",
      "v = 343973079.12034714 m / s > c, setting 1/gamma = 0\n",
      "v = 393523826.54853266 m / s > c, setting 1/gamma = 0\n",
      "v = 332071805.3439063 m / s > c, setting 1/gamma = 0\n",
      "v = 340996555.78343904 m / s > c, setting 1/gamma = 0\n",
      "v = 398110026.620624 m / s > c, setting 1/gamma = 0\n",
      "v = 329582733.24869835 m / s > c, setting 1/gamma = 0\n",
      "v = 349079528.6620449 m / s > c, setting 1/gamma = 0\n",
      "v = 404142962.50229424 m / s > c, setting 1/gamma = 0\n",
      "v = 305458902.1474727 m / s > c, setting 1/gamma = 0\n",
      "v = 314463625.1101782 m / s > c, setting 1/gamma = 0\n",
      "v = 458031088.8378343 m / s > c, setting 1/gamma = 0\n",
      "v = 493832752.4817592 m / s > c, setting 1/gamma = 0\n",
      "v = 442172727.2854839 m / s > c, setting 1/gamma = 0\n",
      "v = 480684183.0956451 m / s > c, setting 1/gamma = 0\n",
      "v = 305033932.7411762 m / s > c, setting 1/gamma = 0\n",
      "v = 572355477.3399153 m / s > c, setting 1/gamma = 0\n",
      "v = 544902067.8012458 m / s > c, setting 1/gamma = 0\n",
      "v = 341717891.3327294 m / s > c, setting 1/gamma = 0\n",
      "v = 393318926.34290993 m / s > c, setting 1/gamma = 0\n",
      "v = 328054453.1078868 m / s > c, setting 1/gamma = 0\n",
      "v = 375980188.3418565 m / s > c, setting 1/gamma = 0\n",
      "v = 304646215.18985283 m / s > c, setting 1/gamma = 0\n",
      "v = 311415717.63400924 m / s > c, setting 1/gamma = 0\n",
      "v = 359681804.33414304 m / s > c, setting 1/gamma = 0\n",
      "v = 343825989.4268069 m / s > c, setting 1/gamma = 0\n",
      "v = 402569877.93751305 m / s > c, setting 1/gamma = 0\n",
      "v = 362995118.99011165 m / s > c, setting 1/gamma = 0\n",
      "v = 418637848.39864373 m / s > c, setting 1/gamma = 0\n",
      "v = 301288625.85651815 m / s > c, setting 1/gamma = 0\n",
      "v = 300807410.51344466 m / s > c, setting 1/gamma = 0\n",
      "v = 318981451.50717425 m / s > c, setting 1/gamma = 0\n",
      "v = 467816036.2802647 m / s > c, setting 1/gamma = 0\n",
      "v = 502951995.451786 m / s > c, setting 1/gamma = 0\n",
      "v = 436637925.6140628 m / s > c, setting 1/gamma = 0\n",
      "v = 479400659.558835 m / s > c, setting 1/gamma = 0\n",
      "v = 313080881.4780209 m / s > c, setting 1/gamma = 0\n",
      "v = 368363653.7151507 m / s > c, setting 1/gamma = 0\n",
      "v = 308199577.1046511 m / s > c, setting 1/gamma = 0\n",
      "v = 357267466.1761228 m / s > c, setting 1/gamma = 0\n",
      "v = 332529597.095882 m / s > c, setting 1/gamma = 0\n",
      "v = 386941311.31918406 m / s > c, setting 1/gamma = 0\n",
      "v = 328585811.4533934 m / s > c, setting 1/gamma = 0\n",
      "v = 317608414.20872706 m / s > c, setting 1/gamma = 0\n",
      "v = 376806783.3585483 m / s > c, setting 1/gamma = 0\n",
      "v = 353025526.01072824 m / s > c, setting 1/gamma = 0\n",
      "v = 407913876.30360055 m / s > c, setting 1/gamma = 0\n",
      "v = 326699456.51974434 m / s > c, setting 1/gamma = 0\n",
      "v = 344725595.7216528 m / s > c, setting 1/gamma = 0\n",
      "v = 399516193.13701683 m / s > c, setting 1/gamma = 0\n",
      "v = 310687726.3315793 m / s > c, setting 1/gamma = 0\n",
      "v = 338501113.68251514 m / s > c, setting 1/gamma = 0\n",
      "v = 396303970.82601833 m / s > c, setting 1/gamma = 0\n",
      "v = 336720448.8912481 m / s > c, setting 1/gamma = 0\n",
      "v = 391752162.04972273 m / s > c, setting 1/gamma = 0\n",
      "v = 337227938.5724653 m / s > c, setting 1/gamma = 0\n",
      "v = 545363163.0618265 m / s > c, setting 1/gamma = 0\n",
      "v = 535574791.1674788 m / s > c, setting 1/gamma = 0\n",
      "v = 304613554.6450693 m / s > c, setting 1/gamma = 0\n",
      "v = 355155408.2484733 m / s > c, setting 1/gamma = 0\n",
      "v = 325620186.9570239 m / s > c, setting 1/gamma = 0\n",
      "v = 374176321.43176436 m / s > c, setting 1/gamma = 0\n",
      "v = 563029447.430032 m / s > c, setting 1/gamma = 0\n",
      "v = 538282830.8242997 m / s > c, setting 1/gamma = 0\n",
      "v = 315547985.28295004 m / s > c, setting 1/gamma = 0\n",
      "v = 364408166.6174347 m / s > c, setting 1/gamma = 0\n",
      "v = 561745237.4269956 m / s > c, setting 1/gamma = 0\n",
      "v = 548603977.9392326 m / s > c, setting 1/gamma = 0\n",
      "v = 351786445.4207041 m / s > c, setting 1/gamma = 0\n",
      "v = 411003031.86601835 m / s > c, setting 1/gamma = 0\n",
      "v = 353192455.5121417 m / s > c, setting 1/gamma = 0\n",
      "v = 409710422.23913354 m / s > c, setting 1/gamma = 0\n",
      "v = 323899398.97490937 m / s > c, setting 1/gamma = 0\n",
      "v = 319939336.1061197 m / s > c, setting 1/gamma = 0\n",
      "v = 306669087.9727347 m / s > c, setting 1/gamma = 0\n",
      "v = 549742379.0714465 m / s > c, setting 1/gamma = 0\n",
      "v = 538916000.0597616 m / s > c, setting 1/gamma = 0\n",
      "v = 310798956.2839274 m / s > c, setting 1/gamma = 0\n",
      "v = 360953817.290082 m / s > c, setting 1/gamma = 0\n",
      "v = 316741358.45128226 m / s > c, setting 1/gamma = 0\n",
      "v = 301138212.6576794 m / s > c, setting 1/gamma = 0\n",
      "v = 323932726.53165627 m / s > c, setting 1/gamma = 0\n",
      "v = 501605239.64618033 m / s > c, setting 1/gamma = 0\n",
      "v = 516973302.3276426 m / s > c, setting 1/gamma = 0\n",
      "v = 596861038.5232431 m / s > c, setting 1/gamma = 0\n",
      "v = 555324864.7819084 m / s > c, setting 1/gamma = 0\n",
      "v = 612824525.9745107 m / s > c, setting 1/gamma = 0\n",
      "v = 560219599.5834043 m / s > c, setting 1/gamma = 0\n",
      "v = 377692561.47767216 m / s > c, setting 1/gamma = 0\n",
      "v = 433260983.4414568 m / s > c, setting 1/gamma = 0\n",
      "v = 302686072.4762644 m / s > c, setting 1/gamma = 0\n",
      "v = 493184751.934667 m / s > c, setting 1/gamma = 0\n",
      "v = 515833234.37594026 m / s > c, setting 1/gamma = 0\n",
      "v = 611949265.1004151 m / s > c, setting 1/gamma = 0\n",
      "v = 553032971.531761 m / s > c, setting 1/gamma = 0\n",
      "v = 311585321.6972912 m / s > c, setting 1/gamma = 0\n",
      "v = 367004717.3293904 m / s > c, setting 1/gamma = 0\n",
      "v = 307856089.2731213 m / s > c, setting 1/gamma = 0\n",
      "v = 357110756.57950324 m / s > c, setting 1/gamma = 0\n",
      "v = 616158417.4669707 m / s > c, setting 1/gamma = 0\n",
      "v = 555646453.7451384 m / s > c, setting 1/gamma = 0\n",
      "v = 346741007.63305515 m / s > c, setting 1/gamma = 0\n",
      "v = 403303167.31674504 m / s > c, setting 1/gamma = 0\n",
      "v = 316977741.7911831 m / s > c, setting 1/gamma = 0\n",
      "v = 504076977.892804 m / s > c, setting 1/gamma = 0\n",
      "v = 517899242.4295959 m / s > c, setting 1/gamma = 0\n",
      "v = 311946228.60438615 m / s > c, setting 1/gamma = 0\n",
      "v = 363111823.19555944 m / s > c, setting 1/gamma = 0\n",
      "v = 421293227.8217444 m / s > c, setting 1/gamma = 0\n",
      "v = 345578573.2100128 m / s > c, setting 1/gamma = 0\n",
      "v = 403060089.09773463 m / s > c, setting 1/gamma = 0\n",
      "v = 603461644.6566001 m / s > c, setting 1/gamma = 0\n",
      "v = 555856552.704119 m / s > c, setting 1/gamma = 0\n",
      "v = 401448281.9532645 m / s > c, setting 1/gamma = 0\n",
      "v = 452263996.7399058 m / s > c, setting 1/gamma = 0\n",
      "v = 308722256.7345459 m / s > c, setting 1/gamma = 0\n",
      "v = 502008624.22186345 m / s > c, setting 1/gamma = 0\n",
      "v = 521078477.87346685 m / s > c, setting 1/gamma = 0\n",
      "v = 502466255.0845758 m / s > c, setting 1/gamma = 0\n",
      "v = 523312097.19364786 m / s > c, setting 1/gamma = 0\n",
      "v = 475629093.5513367 m / s > c, setting 1/gamma = 0\n",
      "v = 508737797.18806374 m / s > c, setting 1/gamma = 0\n",
      "v = 389777529.97265774 m / s > c, setting 1/gamma = 0\n",
      "v = 443621549.66732615 m / s > c, setting 1/gamma = 0\n",
      "v = 331540505.62467253 m / s > c, setting 1/gamma = 0\n",
      "v = 387797232.2609228 m / s > c, setting 1/gamma = 0\n",
      "v = 320299727.9957495 m / s > c, setting 1/gamma = 0\n",
      "v = 504522236.7236701 m / s > c, setting 1/gamma = 0\n",
      "v = 522476322.6873082 m / s > c, setting 1/gamma = 0\n",
      "v = 623687682.0691397 m / s > c, setting 1/gamma = 0\n",
      "v = 554990647.9925547 m / s > c, setting 1/gamma = 0\n",
      "v = 328647409.1995835 m / s > c, setting 1/gamma = 0\n",
      "v = 385580630.7210133 m / s > c, setting 1/gamma = 0\n",
      "v = 320458997.8164277 m / s > c, setting 1/gamma = 0\n",
      "v = 362946770.5328296 m / s > c, setting 1/gamma = 0\n",
      "v = 417859685.1809387 m / s > c, setting 1/gamma = 0\n",
      "v = 303038804.2891824 m / s > c, setting 1/gamma = 0\n",
      "v = 480090464.89876306 m / s > c, setting 1/gamma = 0\n",
      "v = 503364158.4770029 m / s > c, setting 1/gamma = 0\n",
      "v = 615294705.0346528 m / s > c, setting 1/gamma = 0\n",
      "v = 560007184.7128474 m / s > c, setting 1/gamma = 0\n",
      "v = 418688740.69531196 m / s > c, setting 1/gamma = 0\n",
      "v = 466452651.6012553 m / s > c, setting 1/gamma = 0\n",
      "v = 313143699.4353794 m / s > c, setting 1/gamma = 0\n",
      "v = 627343802.9332479 m / s > c, setting 1/gamma = 0\n",
      "v = 566365168.9916217 m / s > c, setting 1/gamma = 0\n",
      "v = 678287653.811045 m / s > c, setting 1/gamma = 0\n",
      "v = 565047978.9970695 m / s > c, setting 1/gamma = 0\n",
      "v = 336051891.6040611 m / s > c, setting 1/gamma = 0\n",
      "v = 394974846.0418705 m / s > c, setting 1/gamma = 0\n",
      "v = 341043201.1617863 m / s > c, setting 1/gamma = 0\n",
      "v = 340130980.5711385 m / s > c, setting 1/gamma = 0\n",
      "v = 490140648.636059 m / s > c, setting 1/gamma = 0\n",
      "v = 515190141.6615693 m / s > c, setting 1/gamma = 0\n",
      "v = 642210530.3646115 m / s > c, setting 1/gamma = 0\n",
      "v = 550563610.8513306 m / s > c, setting 1/gamma = 0\n",
      "v = 352340696.686703 m / s > c, setting 1/gamma = 0\n",
      "v = 407689653.4133283 m / s > c, setting 1/gamma = 0\n",
      "v = 314178061.1828151 m / s > c, setting 1/gamma = 0\n",
      "v = 317738427.7450795 m / s > c, setting 1/gamma = 0\n",
      "v = 342488808.6958155 m / s > c, setting 1/gamma = 0\n",
      "v = 313890080.0803763 m / s > c, setting 1/gamma = 0\n",
      "v = 402789036.6063893 m / s > c, setting 1/gamma = 0\n",
      "v = 449859549.22531843 m / s > c, setting 1/gamma = 0\n",
      "v = 406942348.91642797 m / s > c, setting 1/gamma = 0\n",
      "v = 455741675.277205 m / s > c, setting 1/gamma = 0\n",
      "v = 324686669.4531566 m / s > c, setting 1/gamma = 0\n",
      "v = 379068388.89328676 m / s > c, setting 1/gamma = 0\n",
      "v = 321111354.8448096 m / s > c, setting 1/gamma = 0\n",
      "v = 492358182.29946274 m / s > c, setting 1/gamma = 0\n",
      "v = 510389421.96734923 m / s > c, setting 1/gamma = 0\n",
      "v = 330672281.4225365 m / s > c, setting 1/gamma = 0\n",
      "v = 390713030.5803518 m / s > c, setting 1/gamma = 0\n",
      "v = 352532358.67471933 m / s > c, setting 1/gamma = 0\n",
      "v = 409625865.33303696 m / s > c, setting 1/gamma = 0\n",
      "v = 365955423.0437648 m / s > c, setting 1/gamma = 0\n",
      "v = 422974022.06444085 m / s > c, setting 1/gamma = 0\n",
      "v = 313805517.6868602 m / s > c, setting 1/gamma = 0\n",
      "v = 369160360.6409093 m / s > c, setting 1/gamma = 0\n",
      "v = 300585125.79930747 m / s > c, setting 1/gamma = 0\n",
      "v = 348833968.5723114 m / s > c, setting 1/gamma = 0\n",
      "v = 580325011.0623286 m / s > c, setting 1/gamma = 0\n",
      "v = 549237883.5141456 m / s > c, setting 1/gamma = 0\n",
      "v = 304863434.36055183 m / s > c, setting 1/gamma = 0\n",
      "v = 356155872.5147414 m / s > c, setting 1/gamma = 0\n",
      "v = 304586032.247138 m / s > c, setting 1/gamma = 0\n",
      "v = 321208269.83097446 m / s > c, setting 1/gamma = 0\n",
      "v = 472197569.99387 m / s > c, setting 1/gamma = 0\n",
      "v = 503981655.3466552 m / s > c, setting 1/gamma = 0\n",
      "v = 422433884.95714164 m / s > c, setting 1/gamma = 0\n",
      "v = 467050350.10362315 m / s > c, setting 1/gamma = 0\n",
      "v = 335404165.135484 m / s > c, setting 1/gamma = 0\n",
      "v = 394934992.4242632 m / s > c, setting 1/gamma = 0\n",
      "v = 342531815.096636 m / s > c, setting 1/gamma = 0\n",
      "v = 398661836.5308676 m / s > c, setting 1/gamma = 0\n",
      "v = 319667887.89033073 m / s > c, setting 1/gamma = 0\n",
      "v = 442087936.03562766 m / s > c, setting 1/gamma = 0\n",
      "v = 485088853.43210876 m / s > c, setting 1/gamma = 0\n",
      "v = 345253947.6600689 m / s > c, setting 1/gamma = 0\n",
      "v = 402072917.8887779 m / s > c, setting 1/gamma = 0\n",
      "v = 403988502.7251879 m / s > c, setting 1/gamma = 0\n",
      "v = 454893832.70478636 m / s > c, setting 1/gamma = 0\n",
      "v = 327141307.5024106 m / s > c, setting 1/gamma = 0\n",
      "v = 383127848.134915 m / s > c, setting 1/gamma = 0\n",
      "v = 553967038.5324059 m / s > c, setting 1/gamma = 0\n",
      "v = 539001944.6517105 m / s > c, setting 1/gamma = 0\n",
      "v = 363230419.82399 m / s > c, setting 1/gamma = 0\n",
      "v = 419106444.46496314 m / s > c, setting 1/gamma = 0\n",
      "v = 345476897.5544438 m / s > c, setting 1/gamma = 0\n",
      "v = 314106498.085007 m / s > c, setting 1/gamma = 0\n",
      "v = 555332070.0570556 m / s > c, setting 1/gamma = 0\n",
      "v = 538211468.4085956 m / s > c, setting 1/gamma = 0\n",
      "v = 339993006.677649 m / s > c, setting 1/gamma = 0\n",
      "v = 309539847.19239044 m / s > c, setting 1/gamma = 0\n",
      "v = 340067363.5827983 m / s > c, setting 1/gamma = 0\n",
      "v = 399121416.394749 m / s > c, setting 1/gamma = 0\n",
      "v = 334524669.08747137 m / s > c, setting 1/gamma = 0\n",
      "v = 389899102.39806694 m / s > c, setting 1/gamma = 0\n",
      "v = 331428268.8670903 m / s > c, setting 1/gamma = 0\n",
      "v = 405526296.718329 m / s > c, setting 1/gamma = 0\n",
      "v = 458851977.6880829 m / s > c, setting 1/gamma = 0\n",
      "v = 342435247.9829861 m / s > c, setting 1/gamma = 0\n",
      "v = 401227795.606836 m / s > c, setting 1/gamma = 0\n",
      "v = 394861269.1812719 m / s > c, setting 1/gamma = 0\n",
      "v = 448412706.69384027 m / s > c, setting 1/gamma = 0\n",
      "v = 326902630.7420505 m / s > c, setting 1/gamma = 0\n",
      "v = 383938175.44686866 m / s > c, setting 1/gamma = 0\n",
      "v = 495556763.01728404 m / s > c, setting 1/gamma = 0\n",
      "v = 518205651.5147263 m / s > c, setting 1/gamma = 0\n",
      "v = 378090959.1514006 m / s > c, setting 1/gamma = 0\n",
      "v = 433598990.09666854 m / s > c, setting 1/gamma = 0\n",
      "v = 314773135.4926567 m / s > c, setting 1/gamma = 0\n",
      "v = 303223042.34696203 m / s > c, setting 1/gamma = 0\n",
      "v = 532478553.30550945 m / s > c, setting 1/gamma = 0\n",
      "v = 544099206.7010273 m / s > c, setting 1/gamma = 0\n",
      "v = 479359449.96042943 m / s > c, setting 1/gamma = 0\n",
      "v = 517231604.7679393 m / s > c, setting 1/gamma = 0\n",
      "v = 468397868.4068894 m / s > c, setting 1/gamma = 0\n",
      "v = 507013329.51824033 m / s > c, setting 1/gamma = 0\n",
      "v = 301402467.48017615 m / s > c, setting 1/gamma = 0\n",
      "v = 357394280.87237185 m / s > c, setting 1/gamma = 0\n",
      "v = 483582980.8991712 m / s > c, setting 1/gamma = 0\n",
      "v = 521012904.27245235 m / s > c, setting 1/gamma = 0\n",
      "v = 449999194.4220244 m / s > c, setting 1/gamma = 0\n",
      "v = 495098425.19994754 m / s > c, setting 1/gamma = 0\n",
      "v = 301318067.1594258 m / s > c, setting 1/gamma = 0\n",
      "v = 357465582.6658293 m / s > c, setting 1/gamma = 0\n",
      "v = 626115478.6302373 m / s > c, setting 1/gamma = 0\n",
      "v = 588688579.0210569 m / s > c, setting 1/gamma = 0\n",
      "v = 363362443.7631815 m / s > c, setting 1/gamma = 0\n",
      "v = 424548351.3840164 m / s > c, setting 1/gamma = 0\n",
      "v = 301848759.8536627 m / s > c, setting 1/gamma = 0\n",
      "v = 565457560.734954 m / s > c, setting 1/gamma = 0\n",
      "v = 571141518.1059448 m / s > c, setting 1/gamma = 0\n",
      "v = 314233259.1680696 m / s > c, setting 1/gamma = 0\n",
      "v = 310096307.3666878 m / s > c, setting 1/gamma = 0\n",
      "v = 338406019.16069454 m / s > c, setting 1/gamma = 0\n",
      "v = 311677262.185333 m / s > c, setting 1/gamma = 0\n",
      "v = 744683052.3381515 m / s > c, setting 1/gamma = 0\n",
      "v = 608923199.5895909 m / s > c, setting 1/gamma = 0\n",
      "v = 339148484.29439193 m / s > c, setting 1/gamma = 0\n",
      "v = 402386781.53010327 m / s > c, setting 1/gamma = 0\n",
      "v = 306830079.08322686 m / s > c, setting 1/gamma = 0\n",
      "v = 363317146.36638063 m / s > c, setting 1/gamma = 0\n",
      "v = 536217803.0748296 m / s > c, setting 1/gamma = 0\n",
      "v = 552894463.5591677 m / s > c, setting 1/gamma = 0\n",
      "v = 550816677.4728425 m / s > c, setting 1/gamma = 0\n",
      "v = 560632094.4719472 m / s > c, setting 1/gamma = 0\n",
      "v = 308222256.8534026 m / s > c, setting 1/gamma = 0\n",
      "v = 366707442.5951144 m / s > c, setting 1/gamma = 0\n",
      "v = 512981915.5310689 m / s > c, setting 1/gamma = 0\n",
      "v = 541310236.7339118 m / s > c, setting 1/gamma = 0\n",
      "v = 625580512.2122928 m / s > c, setting 1/gamma = 0\n",
      "v = 575827399.1877186 m / s > c, setting 1/gamma = 0\n",
      "v = 607184462.3106865 m / s > c, setting 1/gamma = 0\n",
      "v = 576852967.4583653 m / s > c, setting 1/gamma = 0\n",
      "v = 309233777.7086504 m / s > c, setting 1/gamma = 0\n",
      "v = 373071337.7357221 m / s > c, setting 1/gamma = 0\n",
      "v = 306091527.3840505 m / s > c, setting 1/gamma = 0\n",
      "v = 339409305.24465036 m / s > c, setting 1/gamma = 0\n",
      "v = 405046352.33902395 m / s > c, setting 1/gamma = 0\n",
      "v = 357050640.66989917 m / s > c, setting 1/gamma = 0\n",
      "v = 420021129.41070575 m / s > c, setting 1/gamma = 0\n",
      "v = 334162548.07022446 m / s > c, setting 1/gamma = 0\n",
      "v = 309778444.13291186 m / s > c, setting 1/gamma = 0\n",
      "v = 747217649.277982 m / s > c, setting 1/gamma = 0\n",
      "v = 611296754.2179892 m / s > c, setting 1/gamma = 0\n",
      "v = 364925532.95600635 m / s > c, setting 1/gamma = 0\n",
      "v = 427063805.06648475 m / s > c, setting 1/gamma = 0\n",
      "v = 302163749.2173704 m / s > c, setting 1/gamma = 0\n",
      "v = 450939859.61328816 m / s > c, setting 1/gamma = 0\n",
      "v = 500438168.60543257 m / s > c, setting 1/gamma = 0\n",
      "v = 305650395.9460369 m / s > c, setting 1/gamma = 0\n",
      "v = 726827057.2391782 m / s > c, setting 1/gamma = 0\n",
      "v = 593185856.4927107 m / s > c, setting 1/gamma = 0\n",
      "v = 320105586.81907725 m / s > c, setting 1/gamma = 0\n",
      "v = 383013295.56266046 m / s > c, setting 1/gamma = 0\n",
      "v = 502592765.3392617 m / s > c, setting 1/gamma = 0\n",
      "v = 532526388.7088622 m / s > c, setting 1/gamma = 0\n",
      "v = 342295751.61603427 m / s > c, setting 1/gamma = 0\n",
      "v = 404945297.28967035 m / s > c, setting 1/gamma = 0\n",
      "v = 310823588.8658898 m / s > c, setting 1/gamma = 0\n",
      "v = 366870215.194254 m / s > c, setting 1/gamma = 0\n",
      "v = 414185352.09819794 m / s > c, setting 1/gamma = 0\n",
      "v = 466157183.1685636 m / s > c, setting 1/gamma = 0\n",
      "v = 309789168.9996329 m / s > c, setting 1/gamma = 0\n",
      "v = 434182851.89623326 m / s > c, setting 1/gamma = 0\n",
      "v = 481725481.2374028 m / s > c, setting 1/gamma = 0\n",
      "v = 317580531.7482707 m / s > c, setting 1/gamma = 0\n",
      "v = 311355352.5515571 m / s > c, setting 1/gamma = 0\n",
      "v = 367787037.0087458 m / s > c, setting 1/gamma = 0\n",
      "v = 676194585.1764996 m / s > c, setting 1/gamma = 0\n",
      "v = 579836160.0197066 m / s > c, setting 1/gamma = 0\n",
      "v = 399367954.03076005 m / s > c, setting 1/gamma = 0\n",
      "v = 455373591.97580355 m / s > c, setting 1/gamma = 0\n",
      "v = 306146225.89360213 m / s > c, setting 1/gamma = 0\n",
      "v = 303982256.81240964 m / s > c, setting 1/gamma = 0\n",
      "v = 422624887.9552863 m / s > c, setting 1/gamma = 0\n",
      "v = 476951649.7193208 m / s > c, setting 1/gamma = 0\n",
      "v = 469479767.9663143 m / s > c, setting 1/gamma = 0\n",
      "v = 510854967.51231277 m / s > c, setting 1/gamma = 0\n",
      "v = 337096169.59070194 m / s > c, setting 1/gamma = 0\n",
      "v = 398727157.0658032 m / s > c, setting 1/gamma = 0\n",
      "v = 330396340.2562447 m / s > c, setting 1/gamma = 0\n",
      "v = 315703103.0568015 m / s > c, setting 1/gamma = 0\n",
      "v = 754799511.6175824 m / s > c, setting 1/gamma = 0\n",
      "v = 617501898.7476864 m / s > c, setting 1/gamma = 0\n",
      "v = 332684982.2504978 m / s > c, setting 1/gamma = 0\n",
      "v = 394400553.0423056 m / s > c, setting 1/gamma = 0\n",
      "v = 303820563.8243262 m / s > c, setting 1/gamma = 0\n",
      "v = 358276881.76706433 m / s > c, setting 1/gamma = 0\n",
      "v = 393894767.43237096 m / s > c, setting 1/gamma = 0\n",
      "v = 448027024.63538677 m / s > c, setting 1/gamma = 0\n",
      "v = 304151116.05382866 m / s > c, setting 1/gamma = 0\n",
      "v = 368399026.10930115 m / s > c, setting 1/gamma = 0\n",
      "v = 429119559.21887916 m / s > c, setting 1/gamma = 0\n",
      "v = 322595273.88135964 m / s > c, setting 1/gamma = 0\n",
      "v = 378644589.51357883 m / s > c, setting 1/gamma = 0\n",
      "v = 305989061.9829749 m / s > c, setting 1/gamma = 0\n",
      "v = 318541795.7684162 m / s > c, setting 1/gamma = 0\n",
      "v = 503287461.1219928 m / s > c, setting 1/gamma = 0\n",
      "v = 532091518.7371391 m / s > c, setting 1/gamma = 0\n",
      "v = 301517950.7568246 m / s > c, setting 1/gamma = 0\n",
      "v = 688166905.3544531 m / s > c, setting 1/gamma = 0\n",
      "v = 559012488.8493239 m / s > c, setting 1/gamma = 0\n",
      "v = 320539046.7151665 m / s > c, setting 1/gamma = 0\n",
      "v = 378757135.72807384 m / s > c, setting 1/gamma = 0\n",
      "v = 318200277.7717297 m / s > c, setting 1/gamma = 0\n",
      "v = 399353694.2902567 m / s > c, setting 1/gamma = 0\n",
      "v = 456048826.81454396 m / s > c, setting 1/gamma = 0\n",
      "v = 320257709.04491216 m / s > c, setting 1/gamma = 0\n",
      "v = 332880297.7312078 m / s > c, setting 1/gamma = 0\n",
      "v = 392354096.3523341 m / s > c, setting 1/gamma = 0\n",
      "v = 322269763.66507727 m / s > c, setting 1/gamma = 0\n",
      "v = 322999011.55825436 m / s > c, setting 1/gamma = 0\n",
      "v = 382333668.4470372 m / s > c, setting 1/gamma = 0\n",
      "v = 418096540.718901 m / s > c, setting 1/gamma = 0\n",
      "v = 473619443.4458566 m / s > c, setting 1/gamma = 0\n",
      "v = 593757580.6425589 m / s > c, setting 1/gamma = 0\n",
      "v = 577059701.2666545 m / s > c, setting 1/gamma = 0\n",
      "v = 302929151.1661376 m / s > c, setting 1/gamma = 0\n",
      "v = 310483521.33133215 m / s > c, setting 1/gamma = 0\n",
      "v = 306007670.3904571 m / s > c, setting 1/gamma = 0\n",
      "v = 365201614.65971756 m / s > c, setting 1/gamma = 0\n",
      "v = 331797995.744925 m / s > c, setting 1/gamma = 0\n",
      "v = 396385413.56197834 m / s > c, setting 1/gamma = 0\n",
      "v = 339463833.7711506 m / s > c, setting 1/gamma = 0\n",
      "v = 401029647.7163879 m / s > c, setting 1/gamma = 0\n",
      "v = 311431863.0178814 m / s > c, setting 1/gamma = 0\n",
      "v = 367240243.18467695 m / s > c, setting 1/gamma = 0\n",
      "v = 408485246.7971904 m / s > c, setting 1/gamma = 0\n",
      "v = 463678989.0610188 m / s > c, setting 1/gamma = 0\n",
      "v = 433438971.1802688 m / s > c, setting 1/gamma = 0\n",
      "v = 482090283.1429263 m / s > c, setting 1/gamma = 0\n",
      "v = 341599077.00185883 m / s > c, setting 1/gamma = 0\n",
      "v = 579108954.3420029 m / s > c, setting 1/gamma = 0\n",
      "v = 571483986.4003742 m / s > c, setting 1/gamma = 0\n",
      "v = 436813423.8425074 m / s > c, setting 1/gamma = 0\n",
      "v = 485152213.0540154 m / s > c, setting 1/gamma = 0\n",
      "v = 339555774.6258487 m / s > c, setting 1/gamma = 0\n",
      "v = 349497092.6774192 m / s > c, setting 1/gamma = 0\n",
      "v = 413594944.79495275 m / s > c, setting 1/gamma = 0\n",
      "v = 504198772.00361985 m / s > c, setting 1/gamma = 0\n",
      "v = 533095980.7389547 m / s > c, setting 1/gamma = 0\n",
      "v = 418668893.44346756 m / s > c, setting 1/gamma = 0\n",
      "v = 473498983.8900543 m / s > c, setting 1/gamma = 0\n",
      "v = 304831388.780811 m / s > c, setting 1/gamma = 0\n",
      "v = 362321733.26772493 m / s > c, setting 1/gamma = 0\n",
      "v = 604912547.30079 m / s > c, setting 1/gamma = 0\n",
      "v = 580461050.9831581 m / s > c, setting 1/gamma = 0\n",
      "v = 530653046.87910354 m / s > c, setting 1/gamma = 0\n",
      "v = 1801052732.2281003 m / s > c, setting 1/gamma = 0\n",
      "v = 1638222131.0832424 m / s > c, setting 1/gamma = 0\n",
      "v = 411834025.7077265 m / s > c, setting 1/gamma = 0\n",
      "v = 410183915.3294605 m / s > c, setting 1/gamma = 0\n",
      "v = 299840015.88664794 m / s > c, setting 1/gamma = 0\n",
      "v = 302777585.4353119 m / s > c, setting 1/gamma = 0\n",
      "v = 301875303.34549785 m / s > c, setting 1/gamma = 0\n",
      "v = 302713937.8099567 m / s > c, setting 1/gamma = 0\n",
      "v = 299889844.953068 m / s > c, setting 1/gamma = 0\n",
      "v = 349582726.34740025 m / s > c, setting 1/gamma = 0\n",
      "v = 345060984.2068647 m / s > c, setting 1/gamma = 0\n",
      "v = 316636431.5694688 m / s > c, setting 1/gamma = 0\n",
      "v = 331255380.33192194 m / s > c, setting 1/gamma = 0\n",
      "v = 304691775.4390733 m / s > c, setting 1/gamma = 0\n",
      "v = 315591207.38214964 m / s > c, setting 1/gamma = 0\n",
      "v = 321353177.1206149 m / s > c, setting 1/gamma = 0\n",
      "v = 385038321.6375719 m / s > c, setting 1/gamma = 0\n",
      "v = 368463540.9816695 m / s > c, setting 1/gamma = 0\n",
      "v = 304751110.4023482 m / s > c, setting 1/gamma = 0\n",
      "v = 310889353.1025597 m / s > c, setting 1/gamma = 0\n",
      "v = 308105527.19396865 m / s > c, setting 1/gamma = 0\n",
      "v = 313862128.8266205 m / s > c, setting 1/gamma = 0\n",
      "v = 365255833.7394895 m / s > c, setting 1/gamma = 0\n",
      "v = 364963648.062829 m / s > c, setting 1/gamma = 0\n",
      "v = 304469784.406569 m / s > c, setting 1/gamma = 0\n",
      "v = 313726299.9806958 m / s > c, setting 1/gamma = 0\n",
      "v = 310962399.8443836 m / s > c, setting 1/gamma = 0\n",
      "v = 321171606.46024287 m / s > c, setting 1/gamma = 0\n",
      "v = 303583711.501803 m / s > c, setting 1/gamma = 0\n",
      "v = 303142499.55898553 m / s > c, setting 1/gamma = 0\n",
      "v = 317795964.19418186 m / s > c, setting 1/gamma = 0\n",
      "v = 307479547.35792494 m / s > c, setting 1/gamma = 0\n",
      "v = 314385570.7427236 m / s > c, setting 1/gamma = 0\n",
      "v = 306875743.82832795 m / s > c, setting 1/gamma = 0\n",
      "v = 316453910.76516527 m / s > c, setting 1/gamma = 0\n",
      "v = 335087423.1394739 m / s > c, setting 1/gamma = 0\n",
      "v = 311680469.7469865 m / s > c, setting 1/gamma = 0\n",
      "v = 344747151.87798744 m / s > c, setting 1/gamma = 0\n",
      "v = 355164625.51569265 m / s > c, setting 1/gamma = 0\n",
      "v = 400558725.7281994 m / s > c, setting 1/gamma = 0\n",
      "v = 428531706.1832973 m / s > c, setting 1/gamma = 0\n",
      "v = 300414023.94926435 m / s > c, setting 1/gamma = 0\n",
      "v = 323754828.6418508 m / s > c, setting 1/gamma = 0\n",
      "v = 319341422.3337691 m / s > c, setting 1/gamma = 0\n",
      "v = 354694720.8029967 m / s > c, setting 1/gamma = 0\n",
      "v = 313041831.014667 m / s > c, setting 1/gamma = 0\n",
      "v = 309452871.2436119 m / s > c, setting 1/gamma = 0\n",
      "v = 333596529.1033984 m / s > c, setting 1/gamma = 0\n",
      "v = 312208005.9039418 m / s > c, setting 1/gamma = 0\n",
      "v = 306665938.51886934 m / s > c, setting 1/gamma = 0\n",
      "v = 337112119.2903809 m / s > c, setting 1/gamma = 0\n",
      "v = 326843584.0734171 m / s > c, setting 1/gamma = 0\n",
      "v = 330394532.9163252 m / s > c, setting 1/gamma = 0\n",
      "v = 364100548.13609177 m / s > c, setting 1/gamma = 0\n",
      "v = 306004937.7130183 m / s > c, setting 1/gamma = 0\n",
      "v = 323382569.8532845 m / s > c, setting 1/gamma = 0\n",
      "v = 303262016.0628931 m / s > c, setting 1/gamma = 0\n",
      "v = 312206892.6932438 m / s > c, setting 1/gamma = 0\n",
      "v = 337740538.37839353 m / s > c, setting 1/gamma = 0\n",
      "v = 312737055.60411 m / s > c, setting 1/gamma = 0\n",
      "v = 306746253.8995684 m / s > c, setting 1/gamma = 0\n",
      "v = 335685330.2323337 m / s > c, setting 1/gamma = 0\n",
      "v = 309525898.5923143 m / s > c, setting 1/gamma = 0\n",
      "v = 342867525.19074214 m / s > c, setting 1/gamma = 0\n",
      "v = 373082319.31617224 m / s > c, setting 1/gamma = 0\n",
      "v = 313316274.8442736 m / s > c, setting 1/gamma = 0\n",
      "v = 367551288.70197517 m / s > c, setting 1/gamma = 0\n",
      "v = 316777348.2784993 m / s > c, setting 1/gamma = 0\n",
      "v = 340838953.2010167 m / s > c, setting 1/gamma = 0\n",
      "v = 305262186.27242684 m / s > c, setting 1/gamma = 0\n",
      "v = 357313969.45180255 m / s > c, setting 1/gamma = 0\n",
      "v = 393630922.4925439 m / s > c, setting 1/gamma = 0\n",
      "v = 360028279.66760194 m / s > c, setting 1/gamma = 0\n",
      "v = 374408336.94503045 m / s > c, setting 1/gamma = 0\n",
      "v = 315610004.9426834 m / s > c, setting 1/gamma = 0\n",
      "v = 341607227.5279053 m / s > c, setting 1/gamma = 0\n",
      "v = 380706210.072523 m / s > c, setting 1/gamma = 0\n",
      "v = 309695445.22000086 m / s > c, setting 1/gamma = 0\n",
      "v = 338473842.8423629 m / s > c, setting 1/gamma = 0\n",
      "v = 368705620.9435337 m / s > c, setting 1/gamma = 0\n",
      "v = 446512419.5567459 m / s > c, setting 1/gamma = 0\n",
      "v = 465505588.89992696 m / s > c, setting 1/gamma = 0\n",
      "v = 321609463.30079174 m / s > c, setting 1/gamma = 0\n",
      "v = 353072072.3077073 m / s > c, setting 1/gamma = 0\n",
      "v = 347390313.04782975 m / s > c, setting 1/gamma = 0\n",
      "v = 391532381.31342196 m / s > c, setting 1/gamma = 0\n",
      "v = 348265490.88937825 m / s > c, setting 1/gamma = 0\n",
      "v = 373911412.2127323 m / s > c, setting 1/gamma = 0\n",
      "v = 304956487.90050775 m / s > c, setting 1/gamma = 0\n",
      "v = 300735682.6338521 m / s > c, setting 1/gamma = 0\n",
      "v = 604065048.7809007 m / s > c, setting 1/gamma = 0\n",
      "v = 492569465.4817762 m / s > c, setting 1/gamma = 0\n",
      "v = 300317187.8184518 m / s > c, setting 1/gamma = 0\n",
      "v = 454835037.9992655 m / s > c, setting 1/gamma = 0\n",
      "v = 479173346.4887807 m / s > c, setting 1/gamma = 0\n",
      "v = 323454350.2900582 m / s > c, setting 1/gamma = 0\n",
      "v = 306924704.69582754 m / s > c, setting 1/gamma = 0\n",
      "v = 336797611.3460622 m / s > c, setting 1/gamma = 0\n",
      "v = 389673725.0629473 m / s > c, setting 1/gamma = 0\n",
      "v = 318893098.94908077 m / s > c, setting 1/gamma = 0\n",
      "v = 322487052.430846 m / s > c, setting 1/gamma = 0\n",
      "v = 315471784.4115137 m / s > c, setting 1/gamma = 0\n",
      "v = 380563333.1954847 m / s > c, setting 1/gamma = 0\n",
      "v = 331474484.5503498 m / s > c, setting 1/gamma = 0\n",
      "v = 330404703.7609482 m / s > c, setting 1/gamma = 0\n",
      "v = 402791170.95768106 m / s > c, setting 1/gamma = 0\n",
      "v = 452050209.9672473 m / s > c, setting 1/gamma = 0\n",
      "v = 361818836.20220715 m / s > c, setting 1/gamma = 0\n",
      "v = 391652219.78997886 m / s > c, setting 1/gamma = 0\n",
      "v = 372843801.95646214 m / s > c, setting 1/gamma = 0\n",
      "v = 426219733.00454164 m / s > c, setting 1/gamma = 0\n",
      "v = 332520947.0056141 m / s > c, setting 1/gamma = 0\n",
      "v = 323109791.45712984 m / s > c, setting 1/gamma = 0\n",
      "v = 455007419.3986096 m / s > c, setting 1/gamma = 0\n",
      "v = 509161647.1787236 m / s > c, setting 1/gamma = 0\n",
      "v = 306146965.60090375 m / s > c, setting 1/gamma = 0\n",
      "v = 447138603.2294938 m / s > c, setting 1/gamma = 0\n",
      "v = 463629402.6935353 m / s > c, setting 1/gamma = 0\n",
      "v = 342698180.36973774 m / s > c, setting 1/gamma = 0\n",
      "v = 368641631.76827264 m / s > c, setting 1/gamma = 0\n",
      "v = 333584944.7900185 m / s > c, setting 1/gamma = 0\n",
      "v = 332803823.2476805 m / s > c, setting 1/gamma = 0\n",
      "v = 701967313.0704288 m / s > c, setting 1/gamma = 0\n",
      "v = 576285385.7710996 m / s > c, setting 1/gamma = 0\n",
      "v = 304994767.9564429 m / s > c, setting 1/gamma = 0\n",
      "v = 337985702.5845027 m / s > c, setting 1/gamma = 0\n",
      "v = 311245303.8021263 m / s > c, setting 1/gamma = 0\n",
      "v = 369809452.27964944 m / s > c, setting 1/gamma = 0\n",
      "v = 412213354.4455711 m / s > c, setting 1/gamma = 0\n",
      "v = 331017620.19394445 m / s > c, setting 1/gamma = 0\n",
      "v = 374282266.0836685 m / s > c, setting 1/gamma = 0\n",
      "v = 353657278.57840943 m / s > c, setting 1/gamma = 0\n",
      "v = 419491742.25253975 m / s > c, setting 1/gamma = 0\n",
      "v = 434523734.30197716 m / s > c, setting 1/gamma = 0\n",
      "v = 451144912.8917013 m / s > c, setting 1/gamma = 0\n",
      "v = 349472335.63771164 m / s > c, setting 1/gamma = 0\n",
      "v = 369347333.48106796 m / s > c, setting 1/gamma = 0\n",
      "v = 331138135.1837885 m / s > c, setting 1/gamma = 0\n",
      "v = 377956094.0968878 m / s > c, setting 1/gamma = 0\n",
      "v = 511428433.07070285 m / s > c, setting 1/gamma = 0\n",
      "v = 504521382.81329 m / s > c, setting 1/gamma = 0\n",
      "v = 330423492.14307845 m / s > c, setting 1/gamma = 0\n",
      "v = 364551994.7306522 m / s > c, setting 1/gamma = 0\n",
      "v = 308988574.20520496 m / s > c, setting 1/gamma = 0\n",
      "v = 357148184.39336854 m / s > c, setting 1/gamma = 0\n",
      "v = 406915635.5595985 m / s > c, setting 1/gamma = 0\n",
      "v = 308604741.6316254 m / s > c, setting 1/gamma = 0\n",
      "v = 358035581.02598345 m / s > c, setting 1/gamma = 0\n",
      "v = 302023498.26769304 m / s > c, setting 1/gamma = 0\n",
      "v = 307500010.9279794 m / s > c, setting 1/gamma = 0\n",
      "v = 311595828.52918345 m / s > c, setting 1/gamma = 0\n",
      "v = 354252571.2351606 m / s > c, setting 1/gamma = 0\n",
      "v = 343114069.55316645 m / s > c, setting 1/gamma = 0\n",
      "v = 363597139.8687006 m / s > c, setting 1/gamma = 0\n",
      "v = 313410909.1557508 m / s > c, setting 1/gamma = 0\n",
      "v = 361268315.27881265 m / s > c, setting 1/gamma = 0\n",
      "v = 534857792.3288908 m / s > c, setting 1/gamma = 0\n",
      "v = 503203026.9931882 m / s > c, setting 1/gamma = 0\n",
      "v = 302481968.3378392 m / s > c, setting 1/gamma = 0\n",
      "v = 334919737.990629 m / s > c, setting 1/gamma = 0\n",
      "v = 314170138.6368382 m / s > c, setting 1/gamma = 0\n",
      "v = 362621068.5473578 m / s > c, setting 1/gamma = 0\n",
      "v = 438072503.822208 m / s > c, setting 1/gamma = 0\n",
      "v = 480177419.58867323 m / s > c, setting 1/gamma = 0\n",
      "v = 303583914.5574224 m / s > c, setting 1/gamma = 0\n",
      "v = 346134884.37029845 m / s > c, setting 1/gamma = 0\n",
      "v = 367756312.00662804 m / s > c, setting 1/gamma = 0\n",
      "v = 384347568.16517115 m / s > c, setting 1/gamma = 0\n",
      "v = 331827268.2608991 m / s > c, setting 1/gamma = 0\n",
      "v = 373883875.3972794 m / s > c, setting 1/gamma = 0\n",
      "v = 423423374.97425497 m / s > c, setting 1/gamma = 0\n",
      "v = 463842402.8146838 m / s > c, setting 1/gamma = 0\n",
      "v = 316087603.6540584 m / s > c, setting 1/gamma = 0\n",
      "v = 345218889.2227582 m / s > c, setting 1/gamma = 0\n",
      "v = 303858995.1756578 m / s > c, setting 1/gamma = 0\n",
      "v = 330523374.6260076 m / s > c, setting 1/gamma = 0\n",
      "v = 343638146.568522 m / s > c, setting 1/gamma = 0\n",
      "v = 382633660.65039265 m / s > c, setting 1/gamma = 0\n",
      "v = 349896638.79142565 m / s > c, setting 1/gamma = 0\n",
      "v = 372775767.14143485 m / s > c, setting 1/gamma = 0\n",
      "v = 315306222.0789458 m / s > c, setting 1/gamma = 0\n",
      "v = 365672580.0751266 m / s > c, setting 1/gamma = 0\n",
      "v = 397901169.4312688 m / s > c, setting 1/gamma = 0\n",
      "v = 315123188.43273735 m / s > c, setting 1/gamma = 0\n",
      "v = 334774296.9932552 m / s > c, setting 1/gamma = 0\n",
      "v = 348595554.22520506 m / s > c, setting 1/gamma = 0\n",
      "v = 398423603.3868181 m / s > c, setting 1/gamma = 0\n",
      "v = 328763642.2978511 m / s > c, setting 1/gamma = 0\n",
      "v = 352991407.89689565 m / s > c, setting 1/gamma = 0\n",
      "v = 312570443.5273721 m / s > c, setting 1/gamma = 0\n",
      "v = 332617827.1632037 m / s > c, setting 1/gamma = 0\n",
      "v = 386377796.3158739 m / s > c, setting 1/gamma = 0\n",
      "v = 305881083.39077514 m / s > c, setting 1/gamma = 0\n",
      "v = 319191155.11627537 m / s > c, setting 1/gamma = 0\n",
      "v = 354530618.94481134 m / s > c, setting 1/gamma = 0\n",
      "v = 336856018.9762693 m / s > c, setting 1/gamma = 0\n",
      "v = 319410060.3679697 m / s > c, setting 1/gamma = 0\n",
      "v = 357214641.9560101 m / s > c, setting 1/gamma = 0\n",
      "v = 303727176.48590714 m / s > c, setting 1/gamma = 0\n",
      "v = 324509800.30888194 m / s > c, setting 1/gamma = 0\n",
      "v = 328824888.7353373 m / s > c, setting 1/gamma = 0\n",
      "v = 374183604.7277105 m / s > c, setting 1/gamma = 0\n",
      "v = 324645150.1152588 m / s > c, setting 1/gamma = 0\n",
      "v = 351024903.8802359 m / s > c, setting 1/gamma = 0\n",
      "v = 324363745.9454059 m / s > c, setting 1/gamma = 0\n",
      "v = 300928612.87550324 m / s > c, setting 1/gamma = 0\n",
      "v = 345573107.0845568 m / s > c, setting 1/gamma = 0\n",
      "v = 346490858.2684403 m / s > c, setting 1/gamma = 0\n",
      "v = 372740282.7474385 m / s > c, setting 1/gamma = 0\n",
      "v = 321540960.4514602 m / s > c, setting 1/gamma = 0\n",
      "v = 384042378.6935343 m / s > c, setting 1/gamma = 0\n",
      "v = 361465345.95513296 m / s > c, setting 1/gamma = 0\n",
      "v = 401397167.09636384 m / s > c, setting 1/gamma = 0\n",
      "v = 364199679.34150463 m / s > c, setting 1/gamma = 0\n",
      "v = 381746871.7280379 m / s > c, setting 1/gamma = 0\n",
      "v = 390745704.66386884 m / s > c, setting 1/gamma = 0\n",
      "v = 422846158.5423626 m / s > c, setting 1/gamma = 0\n",
      "v = 307277984.9774553 m / s > c, setting 1/gamma = 0\n",
      "v = 319103105.80021197 m / s > c, setting 1/gamma = 0\n",
      "v = 353122412.4277509 m / s > c, setting 1/gamma = 0\n",
      "v = 322735591.6704812 m / s > c, setting 1/gamma = 0\n",
      "v = 372359943.10385835 m / s > c, setting 1/gamma = 0\n",
      "v = 435265301.71964896 m / s > c, setting 1/gamma = 0\n",
      "v = 304693674.9952078 m / s > c, setting 1/gamma = 0\n",
      "v = 307675596.429849 m / s > c, setting 1/gamma = 0\n",
      "v = 330825254.1917772 m / s > c, setting 1/gamma = 0\n",
      "v = 390205411.98572093 m / s > c, setting 1/gamma = 0\n",
      "v = 316800034.1082137 m / s > c, setting 1/gamma = 0\n",
      "v = 351563615.7211689 m / s > c, setting 1/gamma = 0\n",
      "v = 326783253.7745055 m / s > c, setting 1/gamma = 0\n",
      "v = 302314641.19952846 m / s > c, setting 1/gamma = 0\n",
      "v = 392692773.9202927 m / s > c, setting 1/gamma = 0\n",
      "v = 446303058.86155504 m / s > c, setting 1/gamma = 0\n",
      "v = 299862011.74173856 m / s > c, setting 1/gamma = 0\n",
      "v = 352657014.2355416 m / s > c, setting 1/gamma = 0\n",
      "v = 303818462.2000783 m / s > c, setting 1/gamma = 0\n",
      "v = 356355739.1016955 m / s > c, setting 1/gamma = 0\n",
      "v = 408849828.1551239 m / s > c, setting 1/gamma = 0\n",
      "v = 343281366.2676633 m / s > c, setting 1/gamma = 0\n",
      "v = 394658112.02003914 m / s > c, setting 1/gamma = 0\n",
      "v = 341461120.2326567 m / s > c, setting 1/gamma = 0\n",
      "v = 395457033.9032375 m / s > c, setting 1/gamma = 0\n",
      "v = 327726791.69716793 m / s > c, setting 1/gamma = 0\n",
      "v = 460326494.6269814 m / s > c, setting 1/gamma = 0\n",
      "v = 492558180.9600513 m / s > c, setting 1/gamma = 0\n",
      "v = 404009768.96985483 m / s > c, setting 1/gamma = 0\n",
      "v = 460502821.9406684 m / s > c, setting 1/gamma = 0\n",
      "v = 309827349.247619 m / s > c, setting 1/gamma = 0\n",
      "v = 350182056.62918407 m / s > c, setting 1/gamma = 0\n",
      "v = 314809494.9377678 m / s > c, setting 1/gamma = 0\n",
      "v = 342284823.4450559 m / s > c, setting 1/gamma = 0\n",
      "v = 302676318.1769449 m / s > c, setting 1/gamma = 0\n",
      "v = 343742365.0326297 m / s > c, setting 1/gamma = 0\n",
      "v = 354637334.63677937 m / s > c, setting 1/gamma = 0\n",
      "v = 419882547.58345956 m / s > c, setting 1/gamma = 0\n",
      "v = 315877262.30229515 m / s > c, setting 1/gamma = 0\n",
      "v = 340758678.50355214 m / s > c, setting 1/gamma = 0\n",
      "v = 375484721.9966273 m / s > c, setting 1/gamma = 0\n",
      "v = 412390066.4936204 m / s > c, setting 1/gamma = 0\n",
      "v = 316221883.37219673 m / s > c, setting 1/gamma = 0\n",
      "v = 308892442.47803515 m / s > c, setting 1/gamma = 0\n",
      "v = 350905373.5245481 m / s > c, setting 1/gamma = 0\n",
      "v = 345372053.1898368 m / s > c, setting 1/gamma = 0\n",
      "v = 365438473.2417904 m / s > c, setting 1/gamma = 0\n",
      "v = 323617754.3568768 m / s > c, setting 1/gamma = 0\n",
      "v = 388622912.7858583 m / s > c, setting 1/gamma = 0\n",
      "v = 425960799.4982982 m / s > c, setting 1/gamma = 0\n",
      "v = 341131199.9308108 m / s > c, setting 1/gamma = 0\n",
      "v = 303201766.15882653 m / s > c, setting 1/gamma = 0\n",
      "v = 330168703.2045701 m / s > c, setting 1/gamma = 0\n",
      "v = 372638841.21309483 m / s > c, setting 1/gamma = 0\n",
      "v = 422419207.572111 m / s > c, setting 1/gamma = 0\n",
      "v = 308407459.8746864 m / s > c, setting 1/gamma = 0\n",
      "v = 667661217.7490962 m / s > c, setting 1/gamma = 0\n",
      "v = 548047705.8220416 m / s > c, setting 1/gamma = 0\n",
      "v = 301199351.2331059 m / s > c, setting 1/gamma = 0\n",
      "v = 307839034.2086206 m / s > c, setting 1/gamma = 0\n",
      "v = 328328654.70789605 m / s > c, setting 1/gamma = 0\n",
      "v = 541514448.4241349 m / s > c, setting 1/gamma = 0\n",
      "v = 512125709.8680861 m / s > c, setting 1/gamma = 0\n",
      "v = 300527678.7538047 m / s > c, setting 1/gamma = 0\n",
      "v = 335644091.78392315 m / s > c, setting 1/gamma = 0\n",
      "v = 368130691.80956334 m / s > c, setting 1/gamma = 0\n",
      "v = 428183797.7766879 m / s > c, setting 1/gamma = 0\n",
      "v = 465178008.27505535 m / s > c, setting 1/gamma = 0\n",
      "v = 305338731.032515 m / s > c, setting 1/gamma = 0\n",
      "v = 333736657.5989578 m / s > c, setting 1/gamma = 0\n",
      "v = 435854378.1646506 m / s > c, setting 1/gamma = 0\n",
      "v = 468476996.06260175 m / s > c, setting 1/gamma = 0\n",
      "v = 405192311.8666919 m / s > c, setting 1/gamma = 0\n",
      "v = 442539695.90986365 m / s > c, setting 1/gamma = 0\n",
      "v = 417819282.1833773 m / s > c, setting 1/gamma = 0\n",
      "v = 454446242.56864905 m / s > c, setting 1/gamma = 0\n",
      "v = 350016190.0070556 m / s > c, setting 1/gamma = 0\n",
      "v = 405419744.2067539 m / s > c, setting 1/gamma = 0\n",
      "v = 308461657.8643827 m / s > c, setting 1/gamma = 0\n",
      "v = 341481991.15025693 m / s > c, setting 1/gamma = 0\n",
      "v = 301272998.93960863 m / s > c, setting 1/gamma = 0\n",
      "v = 322027498.1320117 m / s > c, setting 1/gamma = 0\n",
      "v = 302919845.3762949 m / s > c, setting 1/gamma = 0\n",
      "v = 323532623.90031284 m / s > c, setting 1/gamma = 0\n",
      "v = 317505020.18241566 m / s > c, setting 1/gamma = 0\n",
      "v = 645236541.7478619 m / s > c, setting 1/gamma = 0\n",
      "v = 530248164.21213263 m / s > c, setting 1/gamma = 0\n",
      "v = 331736130.2985492 m / s > c, setting 1/gamma = 0\n",
      "v = 363582669.8411949 m / s > c, setting 1/gamma = 0\n",
      "v = 362602224.31913215 m / s > c, setting 1/gamma = 0\n",
      "v = 795121888.1814005 m / s > c, setting 1/gamma = 0\n",
      "v = 658442454.4861236 m / s > c, setting 1/gamma = 0\n",
      "v = 435875753.18639857 m / s > c, setting 1/gamma = 0\n",
      "v = 474562806.23647773 m / s > c, setting 1/gamma = 0\n",
      "v = 337279768.91073877 m / s > c, setting 1/gamma = 0\n",
      "v = 389522095.59794116 m / s > c, setting 1/gamma = 0\n",
      "v = 547680512.0643531 m / s > c, setting 1/gamma = 0\n",
      "v = 520918795.3369245 m / s > c, setting 1/gamma = 0\n",
      "v = 314858702.650387 m / s > c, setting 1/gamma = 0\n",
      "v = 344431227.2896361 m / s > c, setting 1/gamma = 0\n",
      "v = 301900538.3405183 m / s > c, setting 1/gamma = 0\n",
      "v = 320753127.763544 m / s > c, setting 1/gamma = 0\n",
      "v = 593235152.8707566 m / s > c, setting 1/gamma = 0\n",
      "v = 597541700.1658167 m / s > c, setting 1/gamma = 0\n",
      "v = 346802190.054258 m / s > c, setting 1/gamma = 0\n",
      "v = 372354811.50412965 m / s > c, setting 1/gamma = 0\n",
      "v = 310778919.86584073 m / s > c, setting 1/gamma = 0\n",
      "v = 328290544.5533984 m / s > c, setting 1/gamma = 0\n",
      "v = 594697758.443975 m / s > c, setting 1/gamma = 0\n",
      "v = 601316105.230595 m / s > c, setting 1/gamma = 0\n",
      "v = 326298613.2244506 m / s > c, setting 1/gamma = 0\n",
      "v = 353878860.2188449 m / s > c, setting 1/gamma = 0\n",
      "v = 432304644.9269039 m / s > c, setting 1/gamma = 0\n",
      "v = 462998679.1621784 m / s > c, setting 1/gamma = 0\n",
      "v = 569596944.3853096 m / s > c, setting 1/gamma = 0\n",
      "v = 512389159.39570934 m / s > c, setting 1/gamma = 0\n",
      "v = 302682849.31225103 m / s > c, setting 1/gamma = 0\n",
      "v = 425215864.211658 m / s > c, setting 1/gamma = 0\n",
      "v = 457024585.7745563 m / s > c, setting 1/gamma = 0\n",
      "v = 302002365.71833116 m / s > c, setting 1/gamma = 0\n",
      "v = 303413524.0921277 m / s > c, setting 1/gamma = 0\n",
      "v = 324834499.0771834 m / s > c, setting 1/gamma = 0\n",
      "v = 345470609.40382135 m / s > c, setting 1/gamma = 0\n",
      "v = 376212464.00240237 m / s > c, setting 1/gamma = 0\n",
      "v = 475026525.6697456 m / s > c, setting 1/gamma = 0\n",
      "v = 490814151.20496714 m / s > c, setting 1/gamma = 0\n",
      "v = 316609654.82085454 m / s > c, setting 1/gamma = 0\n",
      "v = 305090134.64814806 m / s > c, setting 1/gamma = 0\n",
      "v = 419691215.23653764 m / s > c, setting 1/gamma = 0\n",
      "v = 450010390.07968074 m / s > c, setting 1/gamma = 0\n",
      "v = 344535715.683524 m / s > c, setting 1/gamma = 0\n",
      "v = 376716897.52775484 m / s > c, setting 1/gamma = 0\n",
      "v = 598316031.1608877 m / s > c, setting 1/gamma = 0\n",
      "v = 496020707.3760864 m / s > c, setting 1/gamma = 0\n",
      "v = 348643226.7243908 m / s > c, setting 1/gamma = 0\n",
      "v = 373193997.24380183 m / s > c, setting 1/gamma = 0\n",
      "v = 345256025.2104997 m / s > c, setting 1/gamma = 0\n",
      "v = 381244902.93049973 m / s > c, setting 1/gamma = 0\n",
      "v = 406743430.885098 m / s > c, setting 1/gamma = 0\n",
      "v = 450300248.52804554 m / s > c, setting 1/gamma = 0\n",
      "v = 302043155.9078009 m / s > c, setting 1/gamma = 0\n",
      "v = 320357987.6027257 m / s > c, setting 1/gamma = 0\n",
      "v = 466293686.422204 m / s > c, setting 1/gamma = 0\n",
      "v = 490467019.8452758 m / s > c, setting 1/gamma = 0\n",
      "v = 306377960.71590257 m / s > c, setting 1/gamma = 0\n",
      "v = 357778632.6236418 m / s > c, setting 1/gamma = 0\n",
      "v = 308887624.9898538 m / s > c, setting 1/gamma = 0\n",
      "v = 340924366.7766856 m / s > c, setting 1/gamma = 0\n",
      "v = 587639041.0584201 m / s > c, setting 1/gamma = 0\n",
      "v = 593723488.7852212 m / s > c, setting 1/gamma = 0\n",
      "v = 371445674.50581354 m / s > c, setting 1/gamma = 0\n",
      "v = 420090861.377735 m / s > c, setting 1/gamma = 0\n",
      "v = 314643353.1614218 m / s > c, setting 1/gamma = 0\n",
      "v = 336316423.45277035 m / s > c, setting 1/gamma = 0\n",
      "v = 307955953.3269028 m / s > c, setting 1/gamma = 0\n",
      "v = 353526240.21306163 m / s > c, setting 1/gamma = 0\n",
      "v = 332101783.1280756 m / s > c, setting 1/gamma = 0\n",
      "v = 304764208.8784131 m / s > c, setting 1/gamma = 0\n",
      "v = 324327915.39165336 m / s > c, setting 1/gamma = 0\n",
      "v = 361958362.55688703 m / s > c, setting 1/gamma = 0\n",
      "v = 396309536.02081954 m / s > c, setting 1/gamma = 0\n",
      "v = 533560011.6136236 m / s > c, setting 1/gamma = 0\n",
      "v = 513604299.1312225 m / s > c, setting 1/gamma = 0\n",
      "v = 365487358.7803789 m / s > c, setting 1/gamma = 0\n",
      "v = 387016404.6416028 m / s > c, setting 1/gamma = 0\n",
      "v = 451406728.5840968 m / s > c, setting 1/gamma = 0\n",
      "v = 482929037.0088231 m / s > c, setting 1/gamma = 0\n",
      "v = 317085770.06572664 m / s > c, setting 1/gamma = 0\n",
      "v = 371884780.09644264 m / s > c, setting 1/gamma = 0\n",
      "v = 304450882.9684425 m / s > c, setting 1/gamma = 0\n",
      "v = 491094611.5324277 m / s > c, setting 1/gamma = 0\n",
      "v = 508106806.48411435 m / s > c, setting 1/gamma = 0\n",
      "v = 332749702.4766069 m / s > c, setting 1/gamma = 0\n",
      "v = 387642912.27309304 m / s > c, setting 1/gamma = 0\n",
      "v = 322944971.63621956 m / s > c, setting 1/gamma = 0\n",
      "v = 345634716.70473236 m / s > c, setting 1/gamma = 0\n",
      "v = 530252110.8751483 m / s > c, setting 1/gamma = 0\n",
      "v = 511477232.1913852 m / s > c, setting 1/gamma = 0\n",
      "v = 353289945.3216376 m / s > c, setting 1/gamma = 0\n",
      "v = 404001281.36996645 m / s > c, setting 1/gamma = 0\n",
      "v = 512229342.0017153 m / s > c, setting 1/gamma = 0\n",
      "v = 501554833.55605495 m / s > c, setting 1/gamma = 0\n",
      "v = 305471437.420208 m / s > c, setting 1/gamma = 0\n",
      "v = 359571056.93810964 m / s > c, setting 1/gamma = 0\n",
      "v = 396478902.3093513 m / s > c, setting 1/gamma = 0\n",
      "v = 492795257.0512042 m / s > c, setting 1/gamma = 0\n",
      "v = 503275038.26445276 m / s > c, setting 1/gamma = 0\n",
      "v = 433057661.32953393 m / s > c, setting 1/gamma = 0\n",
      "v = 453130989.9117545 m / s > c, setting 1/gamma = 0\n",
      "v = 311767803.5795991 m / s > c, setting 1/gamma = 0\n",
      "v = 300181575.7198896 m / s > c, setting 1/gamma = 0\n",
      "v = 358587598.6471698 m / s > c, setting 1/gamma = 0\n",
      "v = 311667933.29074186 m / s > c, setting 1/gamma = 0\n",
      "v = 330716243.4630751 m / s > c, setting 1/gamma = 0\n",
      "v = 365933620.4001432 m / s > c, setting 1/gamma = 0\n",
      "v = 802769798.1141615 m / s > c, setting 1/gamma = 0\n",
      "v = 665481924.9751794 m / s > c, setting 1/gamma = 0\n",
      "v = 306223234.5427969 m / s > c, setting 1/gamma = 0\n",
      "v = 321033013.5432594 m / s > c, setting 1/gamma = 0\n",
      "v = 348143543.7744179 m / s > c, setting 1/gamma = 0\n",
      "v = 392485062.47600347 m / s > c, setting 1/gamma = 0\n",
      "v = 322843215.5220365 m / s > c, setting 1/gamma = 0\n",
      "v = 369887748.2249032 m / s > c, setting 1/gamma = 0\n",
      "v = 301331014.4914791 m / s > c, setting 1/gamma = 0\n",
      "v = 428190473.1009561 m / s > c, setting 1/gamma = 0\n",
      "v = 459466192.27155745 m / s > c, setting 1/gamma = 0\n",
      "v = 332104700.9977899 m / s > c, setting 1/gamma = 0\n",
      "v = 324738180.87919396 m / s > c, setting 1/gamma = 0\n",
      "v = 347974036.9615752 m / s > c, setting 1/gamma = 0\n",
      "v = 513255142.42136073 m / s > c, setting 1/gamma = 0\n",
      "v = 526270789.8758177 m / s > c, setting 1/gamma = 0\n",
      "v = 316429300.2368769 m / s > c, setting 1/gamma = 0\n",
      "v = 303730397.35283464 m / s > c, setting 1/gamma = 0\n",
      "v = 339098657.4765969 m / s > c, setting 1/gamma = 0\n",
      "v = 302140364.13972515 m / s > c, setting 1/gamma = 0\n",
      "v = 327894770.9787635 m / s > c, setting 1/gamma = 0\n",
      "v = 367255840.5455635 m / s > c, setting 1/gamma = 0\n",
      "v = 392225443.80797243 m / s > c, setting 1/gamma = 0\n",
      "v = 431962128.20914984 m / s > c, setting 1/gamma = 0\n",
      "v = 316256377.5724118 m / s > c, setting 1/gamma = 0\n",
      "v = 340896617.28423154 m / s > c, setting 1/gamma = 0\n",
      "v = 411859398.04354626 m / s > c, setting 1/gamma = 0\n",
      "v = 455937872.4158138 m / s > c, setting 1/gamma = 0\n",
      "v = 608249559.074904 m / s > c, setting 1/gamma = 0\n",
      "v = 515447074.5245813 m / s > c, setting 1/gamma = 0\n",
      "v = 329746123.37025034 m / s > c, setting 1/gamma = 0\n",
      "v = 308116046.0187331 m / s > c, setting 1/gamma = 0\n",
      "v = 327193276.2026239 m / s > c, setting 1/gamma = 0\n",
      "v = 358017368.93244874 m / s > c, setting 1/gamma = 0\n",
      "v = 380132992.4070248 m / s > c, setting 1/gamma = 0\n",
      "v = 518576212.81755483 m / s > c, setting 1/gamma = 0\n",
      "v = 505924357.32083255 m / s > c, setting 1/gamma = 0\n",
      "v = 303601849.4739978 m / s > c, setting 1/gamma = 0\n",
      "v = 301880920.57776284 m / s > c, setting 1/gamma = 0\n",
      "v = 305253033.90465134 m / s > c, setting 1/gamma = 0\n",
      "v = 531268012.220318 m / s > c, setting 1/gamma = 0\n",
      "v = 500851770.0705303 m / s > c, setting 1/gamma = 0\n",
      "v = 302402037.0765896 m / s > c, setting 1/gamma = 0\n",
      "v = 397118073.04672724 m / s > c, setting 1/gamma = 0\n",
      "v = 440908831.05322635 m / s > c, setting 1/gamma = 0\n",
      "v = 331441693.63507867 m / s > c, setting 1/gamma = 0\n",
      "v = 379057200.2439639 m / s > c, setting 1/gamma = 0\n",
      "v = 471179015.09678423 m / s > c, setting 1/gamma = 0\n",
      "v = 492041706.60158455 m / s > c, setting 1/gamma = 0\n",
      "v = 301922709.7618636 m / s > c, setting 1/gamma = 0\n",
      "v = 358496027.17195475 m / s > c, setting 1/gamma = 0\n",
      "v = 380656812.95475334 m / s > c, setting 1/gamma = 0\n",
      "v = 368974478.0962365 m / s > c, setting 1/gamma = 0\n",
      "v = 408191077.0166674 m / s > c, setting 1/gamma = 0\n",
      "v = 300175460.7631911 m / s > c, setting 1/gamma = 0\n",
      "v = 304666369.843975 m / s > c, setting 1/gamma = 0\n",
      "v = 338957316.88188744 m / s > c, setting 1/gamma = 0\n",
      "v = 300200865.7739104 m / s > c, setting 1/gamma = 0\n",
      "v = 319457486.4615737 m / s > c, setting 1/gamma = 0\n",
      "v = 495440802.0227899 m / s > c, setting 1/gamma = 0\n",
      "v = 519390276.0645525 m / s > c, setting 1/gamma = 0\n",
      "v = 409440357.5384841 m / s > c, setting 1/gamma = 0\n",
      "v = 443492208.78551507 m / s > c, setting 1/gamma = 0\n",
      "v = 366960819.80299836 m / s > c, setting 1/gamma = 0\n",
      "v = 381636342.29272795 m / s > c, setting 1/gamma = 0\n",
      "v = 300116591.683668 m / s > c, setting 1/gamma = 0\n",
      "v = 301366878.1382815 m / s > c, setting 1/gamma = 0\n",
      "v = 354557448.5149927 m / s > c, setting 1/gamma = 0\n",
      "v = 307932261.89884216 m / s > c, setting 1/gamma = 0\n",
      "v = 306084686.3789797 m / s > c, setting 1/gamma = 0\n",
      "v = 441236109.0140294 m / s > c, setting 1/gamma = 0\n",
      "v = 475315889.5686468 m / s > c, setting 1/gamma = 0\n",
      "v = 345810422.9480226 m / s > c, setting 1/gamma = 0\n",
      "v = 308745443.2530795 m / s > c, setting 1/gamma = 0\n",
      "v = 476025755.6322431 m / s > c, setting 1/gamma = 0\n",
      "v = 493945293.09298396 m / s > c, setting 1/gamma = 0\n",
      "v = 305588557.4862758 m / s > c, setting 1/gamma = 0\n",
      "v = 346722849.4605891 m / s > c, setting 1/gamma = 0\n",
      "v = 348253413.12611514 m / s > c, setting 1/gamma = 0\n",
      "v = 304520284.2266176 m / s > c, setting 1/gamma = 0\n",
      "v = 335580804.9223622 m / s > c, setting 1/gamma = 0\n",
      "v = 741713459.9799031 m / s > c, setting 1/gamma = 0\n",
      "v = 724493450.3808734 m / s > c, setting 1/gamma = 0\n",
      "v = 307931646.3143508 m / s > c, setting 1/gamma = 0\n",
      "v = 347441476.5735579 m / s > c, setting 1/gamma = 0\n",
      "v = 317695503.10185486 m / s > c, setting 1/gamma = 0\n",
      "v = 321877328.8408968 m / s > c, setting 1/gamma = 0\n",
      "v = 308691433.1600862 m / s > c, setting 1/gamma = 0\n",
      "v = 470039914.74242157 m / s > c, setting 1/gamma = 0\n",
      "v = 482269221.64255136 m / s > c, setting 1/gamma = 0\n",
      "v = 300288425.61983645 m / s > c, setting 1/gamma = 0\n",
      "v = 412804762.82471067 m / s > c, setting 1/gamma = 0\n",
      "v = 460046666.65009236 m / s > c, setting 1/gamma = 0\n",
      "v = 406643113.41610503 m / s > c, setting 1/gamma = 0\n",
      "v = 447917997.9888936 m / s > c, setting 1/gamma = 0\n",
      "v = 441235556.77812725 m / s > c, setting 1/gamma = 0\n",
      "v = 469014737.88900244 m / s > c, setting 1/gamma = 0\n",
      "v = 368816596.7971299 m / s > c, setting 1/gamma = 0\n",
      "v = 417282762.4220698 m / s > c, setting 1/gamma = 0\n",
      "v = 325082667.04007494 m / s > c, setting 1/gamma = 0\n",
      "v = 354783629.8290175 m / s > c, setting 1/gamma = 0\n",
      "v = 315358596.7252914 m / s > c, setting 1/gamma = 0\n",
      "v = 332755147.20914686 m / s > c, setting 1/gamma = 0\n",
      "v = 501133970.9974732 m / s > c, setting 1/gamma = 0\n",
      "v = 519316434.16621083 m / s > c, setting 1/gamma = 0\n",
      "v = 333743920.1676992 m / s > c, setting 1/gamma = 0\n",
      "v = 689099742.7698128 m / s > c, setting 1/gamma = 0\n",
      "v = 567921652.453415 m / s > c, setting 1/gamma = 0\n",
      "v = 314326359.70299065 m / s > c, setting 1/gamma = 0\n",
      "v = 344677390.1148162 m / s > c, setting 1/gamma = 0\n",
      "v = 736938808.2976931 m / s > c, setting 1/gamma = 0\n",
      "v = 607559920.8106043 m / s > c, setting 1/gamma = 0\n",
      "v = 377543436.5861155 m / s > c, setting 1/gamma = 0\n",
      "v = 414786724.7983629 m / s > c, setting 1/gamma = 0\n",
      "v = 386749049.864061 m / s > c, setting 1/gamma = 0\n",
      "v = 430421632.4636075 m / s > c, setting 1/gamma = 0\n",
      "v = 305097605.59576106 m / s > c, setting 1/gamma = 0\n",
      "v = 529729509.7938524 m / s > c, setting 1/gamma = 0\n",
      "v = 550350272.3136853 m / s > c, setting 1/gamma = 0\n",
      "v = 303171484.6177593 m / s > c, setting 1/gamma = 0\n",
      "v = 329299767.2499319 m / s > c, setting 1/gamma = 0\n",
      "v = 307642898.9414725 m / s > c, setting 1/gamma = 0\n",
      "v = 327532467.8026233 m / s > c, setting 1/gamma = 0\n",
      "v = 420669938.03753716 m / s > c, setting 1/gamma = 0\n",
      "v = 444845108.0383228 m / s > c, setting 1/gamma = 0\n",
      "v = 444426698.65771914 m / s > c, setting 1/gamma = 0\n",
      "v = 464097211.7409408 m / s > c, setting 1/gamma = 0\n",
      "v = 304320177.05441093 m / s > c, setting 1/gamma = 0\n",
      "v = 322483851.2863161 m / s > c, setting 1/gamma = 0\n",
      "v = 452118343.1014612 m / s > c, setting 1/gamma = 0\n",
      "v = 483592284.7180735 m / s > c, setting 1/gamma = 0\n",
      "v = 321826341.03014594 m / s > c, setting 1/gamma = 0\n",
      "v = 371007862.41710824 m / s > c, setting 1/gamma = 0\n",
      "v = 310406027.0668345 m / s > c, setting 1/gamma = 0\n",
      "v = 338894663.40102345 m / s > c, setting 1/gamma = 0\n",
      "v = 457563735.03057444 m / s > c, setting 1/gamma = 0\n",
      "v = 487072250.2654376 m / s > c, setting 1/gamma = 0\n",
      "v = 306970510.86544865 m / s > c, setting 1/gamma = 0\n",
      "v = 312803479.7327951 m / s > c, setting 1/gamma = 0\n",
      "v = 304123937.5592029 m / s > c, setting 1/gamma = 0\n",
      "v = 423581946.6550265 m / s > c, setting 1/gamma = 0\n",
      "v = 454698124.2465264 m / s > c, setting 1/gamma = 0\n",
      "v = 342077411.45632905 m / s > c, setting 1/gamma = 0\n",
      "v = 391800242.50023735 m / s > c, setting 1/gamma = 0\n",
      "v = 300765497.5686247 m / s > c, setting 1/gamma = 0\n",
      "v = 319516711.8327204 m / s > c, setting 1/gamma = 0\n",
      "v = 446566271.6525026 m / s > c, setting 1/gamma = 0\n",
      "v = 472731587.4786527 m / s > c, setting 1/gamma = 0\n",
      "v = 319779543.3347941 m / s > c, setting 1/gamma = 0\n",
      "v = 353865854.7124608 m / s > c, setting 1/gamma = 0\n",
      "v = 774528104.2066253 m / s > c, setting 1/gamma = 0\n",
      "v = 639943936.4442934 m / s > c, setting 1/gamma = 0\n",
      "v = 321394661.29961884 m / s > c, setting 1/gamma = 0\n",
      "v = 352871779.7229869 m / s > c, setting 1/gamma = 0\n",
      "v = 396343850.8879768 m / s > c, setting 1/gamma = 0\n",
      "v = 302520952.7195863 m / s > c, setting 1/gamma = 0\n",
      "v = 622242170.4404052 m / s > c, setting 1/gamma = 0\n",
      "v = 509001168.9480791 m / s > c, setting 1/gamma = 0\n",
      "v = 372144591.319958 m / s > c, setting 1/gamma = 0\n",
      "v = 391843508.3361763 m / s > c, setting 1/gamma = 0\n",
      "v = 521444106.88589233 m / s > c, setting 1/gamma = 0\n",
      "v = 546261966.6175611 m / s > c, setting 1/gamma = 0\n",
      "v = 300395198.0594324 m / s > c, setting 1/gamma = 0\n",
      "v = 321387247.2129369 m / s > c, setting 1/gamma = 0\n",
      "v = 373594285.24403286 m / s > c, setting 1/gamma = 0\n",
      "v = 406858580.6058198 m / s > c, setting 1/gamma = 0\n",
      "v = 304758038.3094233 m / s > c, setting 1/gamma = 0\n",
      "v = 624163315.319681 m / s > c, setting 1/gamma = 0\n",
      "v = 510610664.47325027 m / s > c, setting 1/gamma = 0\n",
      "v = 306246039.26799923 m / s > c, setting 1/gamma = 0\n",
      "v = 343004156.6575994 m / s > c, setting 1/gamma = 0\n",
      "v = 385315378.73071754 m / s > c, setting 1/gamma = 0\n",
      "v = 358838456.7429383 m / s > c, setting 1/gamma = 0\n",
      "v = 807755997.4897305 m / s > c, setting 1/gamma = 0\n",
      "v = 669851607.399729 m / s > c, setting 1/gamma = 0\n",
      "v = 317696962.3140901 m / s > c, setting 1/gamma = 0\n",
      "v = 305895514.3450305 m / s > c, setting 1/gamma = 0\n",
      "v = 325972454.1661831 m / s > c, setting 1/gamma = 0\n",
      "v = 503002586.5727296 m / s > c, setting 1/gamma = 0\n",
      "v = 523247489.66437817 m / s > c, setting 1/gamma = 0\n",
      "v = 315364371.432963 m / s > c, setting 1/gamma = 0\n",
      "v = 358822446.3379919 m / s > c, setting 1/gamma = 0\n",
      "v = 349083643.00917995 m / s > c, setting 1/gamma = 0\n",
      "v = 323250054.36376756 m / s > c, setting 1/gamma = 0\n",
      "v = 311607025.21876055 m / s > c, setting 1/gamma = 0\n",
      "v = 318714910.2148158 m / s > c, setting 1/gamma = 0\n",
      "v = 303187402.77514964 m / s > c, setting 1/gamma = 0\n",
      "v = 343625614.35580444 m / s > c, setting 1/gamma = 0\n",
      "v = 418819393.2991114 m / s > c, setting 1/gamma = 0\n",
      "v = 457740286.17769873 m / s > c, setting 1/gamma = 0\n",
      "v = 375800101.66298217 m / s > c, setting 1/gamma = 0\n",
      "v = 425131163.6071416 m / s > c, setting 1/gamma = 0\n",
      "v = 315732833.7172357 m / s > c, setting 1/gamma = 0\n",
      "v = 346536673.734902 m / s > c, setting 1/gamma = 0\n",
      "v = 553344339.6117108 m / s > c, setting 1/gamma = 0\n",
      "v = 566532881.8584869 m / s > c, setting 1/gamma = 0\n",
      "v = 313705149.2487878 m / s > c, setting 1/gamma = 0\n",
      "v = 367643127.7613573 m / s > c, setting 1/gamma = 0\n",
      "v = 657252276.2503211 m / s > c, setting 1/gamma = 0\n",
      "v = 659704026.2499502 m / s > c, setting 1/gamma = 0\n",
      "v = 322257246.2476502 m / s > c, setting 1/gamma = 0\n",
      "v = 307547169.985973 m / s > c, setting 1/gamma = 0\n",
      "v = 341634004.71595573 m / s > c, setting 1/gamma = 0\n",
      "v = 303604239.573959 m / s > c, setting 1/gamma = 0\n",
      "v = 322415266.3236573 m / s > c, setting 1/gamma = 0\n",
      "v = 453532651.2516217 m / s > c, setting 1/gamma = 0\n",
      "v = 491573790.2974497 m / s > c, setting 1/gamma = 0\n",
      "v = 335441345.7720908 m / s > c, setting 1/gamma = 0\n",
      "v = 385871024.1167129 m / s > c, setting 1/gamma = 0\n",
      "v = 305152504.8725102 m / s > c, setting 1/gamma = 0\n",
      "v = 334006766.62287694 m / s > c, setting 1/gamma = 0\n",
      "v = 412761715.8295034 m / s > c, setting 1/gamma = 0\n",
      "v = 461086068.11328 m / s > c, setting 1/gamma = 0\n",
      "v = 413414118.59896576 m / s > c, setting 1/gamma = 0\n",
      "v = 456484963.0804375 m / s > c, setting 1/gamma = 0\n",
      "v = 302211827.20681727 m / s > c, setting 1/gamma = 0\n",
      "v = 335609745.5109523 m / s > c, setting 1/gamma = 0\n",
      "v = 726290899.653116 m / s > c, setting 1/gamma = 0\n",
      "v = 599464125.7865437 m / s > c, setting 1/gamma = 0\n",
      "v = 312036125.1142767 m / s > c, setting 1/gamma = 0\n",
      "v = 330105969.6344917 m / s > c, setting 1/gamma = 0\n",
      "v = 629689461.3149692 m / s > c, setting 1/gamma = 0\n",
      "v = 635460753.2276828 m / s > c, setting 1/gamma = 0\n",
      "v = 398534297.29770374 m / s > c, setting 1/gamma = 0\n",
      "v = 429605742.91208965 m / s > c, setting 1/gamma = 0\n",
      "v = 326519950.0623671 m / s > c, setting 1/gamma = 0\n",
      "v = 401902168.6051108 m / s > c, setting 1/gamma = 0\n",
      "v = 439500900.95919865 m / s > c, setting 1/gamma = 0\n",
      "v = 348287830.70593715 m / s > c, setting 1/gamma = 0\n",
      "v = 396743501.1215011 m / s > c, setting 1/gamma = 0\n",
      "v = 319946261.371436 m / s > c, setting 1/gamma = 0\n",
      "v = 370781324.5062166 m / s > c, setting 1/gamma = 0\n",
      "v = 301422271.65729636 m / s > c, setting 1/gamma = 0\n",
      "v = 392789043.6956203 m / s > c, setting 1/gamma = 0\n",
      "v = 429545505.2319966 m / s > c, setting 1/gamma = 0\n",
      "v = 375496705.15018237 m / s > c, setting 1/gamma = 0\n",
      "v = 426231411.12621963 m / s > c, setting 1/gamma = 0\n",
      "v = 304026467.5810503 m / s > c, setting 1/gamma = 0\n",
      "v = 305886950.47383714 m / s > c, setting 1/gamma = 0\n",
      "v = 323006173.75240386 m / s > c, setting 1/gamma = 0\n",
      "v = 463276861.592295 m / s > c, setting 1/gamma = 0\n",
      "v = 488741748.27059007 m / s > c, setting 1/gamma = 0\n",
      "v = 367946574.8462546 m / s > c, setting 1/gamma = 0\n",
      "v = 412117560.6081439 m / s > c, setting 1/gamma = 0\n",
      "v = 337345345.2246343 m / s > c, setting 1/gamma = 0\n",
      "v = 362049660.57629645 m / s > c, setting 1/gamma = 0\n",
      "v = 312408348.25847334 m / s > c, setting 1/gamma = 0\n",
      "v = 327865703.4735412 m / s > c, setting 1/gamma = 0\n",
      "v = 371131900.0442244 m / s > c, setting 1/gamma = 0\n",
      "v = 407136922.4829647 m / s > c, setting 1/gamma = 0\n",
      "v = 327988895.49811584 m / s > c, setting 1/gamma = 0\n",
      "v = 375824500.82943565 m / s > c, setting 1/gamma = 0\n",
      "v = 318139623.2903295 m / s > c, setting 1/gamma = 0\n",
      "v = 526682837.33748376 m / s > c, setting 1/gamma = 0\n",
      "v = 507320533.9959564 m / s > c, setting 1/gamma = 0\n",
      "v = 451092812.83364683 m / s > c, setting 1/gamma = 0\n",
      "v = 478124605.80577826 m / s > c, setting 1/gamma = 0\n",
      "v = 312894292.68309164 m / s > c, setting 1/gamma = 0\n",
      "v = 590301001.4623532 m / s > c, setting 1/gamma = 0\n",
      "v = 605899293.770264 m / s > c, setting 1/gamma = 0\n",
      "v = 569745487.2591351 m / s > c, setting 1/gamma = 0\n",
      "v = 489324647.89830154 m / s > c, setting 1/gamma = 0\n",
      "v = 315081794.23609364 m / s > c, setting 1/gamma = 0\n",
      "v = 347828276.3287773 m / s > c, setting 1/gamma = 0\n",
      "v = 583011986.4929563 m / s > c, setting 1/gamma = 0\n",
      "v = 595959683.8447098 m / s > c, setting 1/gamma = 0\n",
      "v = 315746558.9706184 m / s > c, setting 1/gamma = 0\n",
      "v = 310275116.91798043 m / s > c, setting 1/gamma = 0\n",
      "v = 328612871.0865957 m / s > c, setting 1/gamma = 0\n",
      "v = 662464995.1557763 m / s > c, setting 1/gamma = 0\n",
      "v = 660424176.6011834 m / s > c, setting 1/gamma = 0\n",
      "v = 362239438.55883324 m / s > c, setting 1/gamma = 0\n",
      "v = 383557353.863536 m / s > c, setting 1/gamma = 0\n",
      "v = 302324158.47877175 m / s > c, setting 1/gamma = 0\n",
      "v = 310963717.9625423 m / s > c, setting 1/gamma = 0\n",
      "v = 634983110.6896077 m / s > c, setting 1/gamma = 0\n",
      "v = 521004962.925206 m / s > c, setting 1/gamma = 0\n",
      "v = 315983188.4704055 m / s > c, setting 1/gamma = 0\n",
      "v = 360364595.5590143 m / s > c, setting 1/gamma = 0\n",
      "v = 400491949.6231224 m / s > c, setting 1/gamma = 0\n",
      "v = 453135642.04576993 m / s > c, setting 1/gamma = 0\n",
      "v = 482770352.1075734 m / s > c, setting 1/gamma = 0\n",
      "v = 301937649.9465966 m / s > c, setting 1/gamma = 0\n",
      "v = 322926295.2413176 m / s > c, setting 1/gamma = 0\n",
      "v = 353577399.24506694 m / s > c, setting 1/gamma = 0\n",
      "v = 401701434.78550667 m / s > c, setting 1/gamma = 0\n",
      "v = 309815964.5505769 m / s > c, setting 1/gamma = 0\n",
      "v = 334751950.9454266 m / s > c, setting 1/gamma = 0\n",
      "v = 365940748.58476263 m / s > c, setting 1/gamma = 0\n",
      "v = 309249666.5587581 m / s > c, setting 1/gamma = 0\n",
      "v = 631001488.5457159 m / s > c, setting 1/gamma = 0\n",
      "v = 516953061.2445003 m / s > c, setting 1/gamma = 0\n",
      "v = 365943534.778492 m / s > c, setting 1/gamma = 0\n",
      "v = 385949707.33394694 m / s > c, setting 1/gamma = 0\n",
      "v = 306780470.8094837 m / s > c, setting 1/gamma = 0\n",
      "v = 416170350.3598711 m / s > c, setting 1/gamma = 0\n",
      "v = 451623720.19715875 m / s > c, setting 1/gamma = 0\n",
      "v = 308796656.47338265 m / s > c, setting 1/gamma = 0\n",
      "v = 359596800.0330703 m / s > c, setting 1/gamma = 0\n",
      "v = 309804684.2529905 m / s > c, setting 1/gamma = 0\n",
      "v = 339447607.8530226 m / s > c, setting 1/gamma = 0\n",
      "v = 587839713.6205978 m / s > c, setting 1/gamma = 0\n",
      "v = 597769002.9023165 m / s > c, setting 1/gamma = 0\n",
      "v = 322310739.61463207 m / s > c, setting 1/gamma = 0\n",
      "v = 375817323.98118085 m / s > c, setting 1/gamma = 0\n",
      "v = 805170851.3380225 m / s > c, setting 1/gamma = 0\n",
      "v = 766022050.178739 m / s > c, setting 1/gamma = 0\n",
      "v = 328574157.1996403 m / s > c, setting 1/gamma = 0\n",
      "v = 305994809.50134856 m / s > c, setting 1/gamma = 0\n",
      "v = 340664290.9855795 m / s > c, setting 1/gamma = 0\n",
      "v = 307949604.24884677 m / s > c, setting 1/gamma = 0\n",
      "v = 327113305.9601948 m / s > c, setting 1/gamma = 0\n",
      "v = 477299064.06430364 m / s > c, setting 1/gamma = 0\n",
      "v = 507899473.2989407 m / s > c, setting 1/gamma = 0\n",
      "v = 349626889.5391636 m / s > c, setting 1/gamma = 0\n",
      "v = 399934159.3933457 m / s > c, setting 1/gamma = 0\n",
      "v = 324784522.374128 m / s > c, setting 1/gamma = 0\n",
      "v = 351966232.9925897 m / s > c, setting 1/gamma = 0\n",
      "v = 382414520.42905384 m / s > c, setting 1/gamma = 0\n",
      "v = 434064057.2467999 m / s > c, setting 1/gamma = 0\n",
      "v = 477621324.935578 m / s > c, setting 1/gamma = 0\n",
      "v = 494065352.1027374 m / s > c, setting 1/gamma = 0\n",
      "v = 423870291.31787544 m / s > c, setting 1/gamma = 0\n",
      "v = 451994888.8889933 m / s > c, setting 1/gamma = 0\n",
      "v = 368248878.47653866 m / s > c, setting 1/gamma = 0\n",
      "v = 416780447.71812266 m / s > c, setting 1/gamma = 0\n",
      "v = 370440706.6412521 m / s > c, setting 1/gamma = 0\n",
      "v = 394601373.6685791 m / s > c, setting 1/gamma = 0\n",
      "v = 305135302.42282325 m / s > c, setting 1/gamma = 0\n",
      "v = 394606545.922933 m / s > c, setting 1/gamma = 0\n",
      "v = 423479793.7610534 m / s > c, setting 1/gamma = 0\n",
      "v = 363337869.09039843 m / s > c, setting 1/gamma = 0\n",
      "v = 413418009.2555194 m / s > c, setting 1/gamma = 0\n",
      "v = 461996134.8238952 m / s > c, setting 1/gamma = 0\n",
      "v = 486443029.45008624 m / s > c, setting 1/gamma = 0\n",
      "v = 432793666.4249826 m / s > c, setting 1/gamma = 0\n",
      "v = 468133938.07839876 m / s > c, setting 1/gamma = 0\n",
      "v = 310253232.7960735 m / s > c, setting 1/gamma = 0\n",
      "v = 325202567.2054612 m / s > c, setting 1/gamma = 0\n",
      "v = 467526813.20907956 m / s > c, setting 1/gamma = 0\n",
      "v = 506840199.5897706 m / s > c, setting 1/gamma = 0\n",
      "v = 432885426.0823878 m / s > c, setting 1/gamma = 0\n",
      "v = 475030111.03431755 m / s > c, setting 1/gamma = 0\n",
      "v = 450465222.14720076 m / s > c, setting 1/gamma = 0\n",
      "v = 484818288.27224076 m / s > c, setting 1/gamma = 0\n",
      "v = 300285533.7911673 m / s > c, setting 1/gamma = 0\n",
      "v = 635415249.2947409 m / s > c, setting 1/gamma = 0\n",
      "v = 520617480.241858 m / s > c, setting 1/gamma = 0\n",
      "v = 330622515.5676477 m / s > c, setting 1/gamma = 0\n",
      "v = 361443639.2594008 m / s > c, setting 1/gamma = 0\n",
      "v = 502978383.1961828 m / s > c, setting 1/gamma = 0\n",
      "v = 524932305.3026477 m / s > c, setting 1/gamma = 0\n",
      "v = 319398075.2997547 m / s > c, setting 1/gamma = 0\n",
      "v = 371711714.3320782 m / s > c, setting 1/gamma = 0\n",
      "v = 304998966.91993177 m / s > c, setting 1/gamma = 0\n",
      "v = 324995521.76202387 m / s > c, setting 1/gamma = 0\n",
      "v = 312681817.0783445 m / s > c, setting 1/gamma = 0\n",
      "v = 566736752.3904516 m / s > c, setting 1/gamma = 0\n",
      "v = 504010598.8149173 m / s > c, setting 1/gamma = 0\n",
      "v = 411089603.2167014 m / s > c, setting 1/gamma = 0\n",
      "v = 443493421.84360033 m / s > c, setting 1/gamma = 0\n",
      "v = 399007063.49602723 m / s > c, setting 1/gamma = 0\n",
      "v = 439922341.0372177 m / s > c, setting 1/gamma = 0\n",
      "v = 308188419.79553235 m / s > c, setting 1/gamma = 0\n",
      "v = 551813951.1109788 m / s > c, setting 1/gamma = 0\n",
      "v = 567942597.791464 m / s > c, setting 1/gamma = 0\n",
      "v = 304565591.8606298 m / s > c, setting 1/gamma = 0\n",
      "v = 337402480.2977728 m / s > c, setting 1/gamma = 0\n",
      "v = 309467869.62108463 m / s > c, setting 1/gamma = 0\n",
      "v = 327129520.4718649 m / s > c, setting 1/gamma = 0\n",
      "v = 574343315.1216797 m / s > c, setting 1/gamma = 0\n",
      "v = 586966873.7658854 m / s > c, setting 1/gamma = 0\n",
      "v = 323358628.904809 m / s > c, setting 1/gamma = 0\n",
      "v = 453058101.8869255 m / s > c, setting 1/gamma = 0\n",
      "v = 483951206.53651625 m / s > c, setting 1/gamma = 0\n",
      "v = 350459789.5854194 m / s > c, setting 1/gamma = 0\n",
      "v = 400162413.61061376 m / s > c, setting 1/gamma = 0\n",
      "v = 324746178.85406977 m / s > c, setting 1/gamma = 0\n",
      "v = 352525883.2302217 m / s > c, setting 1/gamma = 0\n",
      "v = 309416978.12031895 m / s > c, setting 1/gamma = 0\n",
      "v = 326536798.1762976 m / s > c, setting 1/gamma = 0\n",
      "v = 434989944.859444 m / s > c, setting 1/gamma = 0\n",
      "v = 466680559.4888663 m / s > c, setting 1/gamma = 0\n",
      "v = 337396385.50427234 m / s > c, setting 1/gamma = 0\n",
      "v = 386853141.5854941 m / s > c, setting 1/gamma = 0\n",
      "v = 299977135.0671311 m / s > c, setting 1/gamma = 0\n",
      "v = 330776894.451167 m / s > c, setting 1/gamma = 0\n",
      "v = 377812044.02480924 m / s > c, setting 1/gamma = 0\n",
      "v = 406919385.0589832 m / s > c, setting 1/gamma = 0\n",
      "v = 326077599.705038 m / s > c, setting 1/gamma = 0\n",
      "v = 685243451.5172584 m / s > c, setting 1/gamma = 0\n",
      "v = 563882649.2448248 m / s > c, setting 1/gamma = 0\n",
      "v = 378702691.10218626 m / s > c, setting 1/gamma = 0\n",
      "v = 393985116.4390509 m / s > c, setting 1/gamma = 0\n",
      "v = 405980225.0373936 m / s > c, setting 1/gamma = 0\n",
      "v = 439577683.3044946 m / s > c, setting 1/gamma = 0\n",
      "v = 347522410.5450826 m / s > c, setting 1/gamma = 0\n",
      "v = 396777069.571452 m / s > c, setting 1/gamma = 0\n",
      "v = 299982194.0618091 m / s > c, setting 1/gamma = 0\n",
      "v = 320532801.2904524 m / s > c, setting 1/gamma = 0\n",
      "v = 395984349.11041003 m / s > c, setting 1/gamma = 0\n",
      "v = 423658977.4596243 m / s > c, setting 1/gamma = 0\n",
      "v = 553792778.7551638 m / s > c, setting 1/gamma = 0\n",
      "v = 498572075.4592926 m / s > c, setting 1/gamma = 0\n",
      "v = 334409257.13219076 m / s > c, setting 1/gamma = 0\n",
      "v = 361980186.6724644 m / s > c, setting 1/gamma = 0\n",
      "v = 312291987.53112215 m / s > c, setting 1/gamma = 0\n",
      "v = 504959387.0624275 m / s > c, setting 1/gamma = 0\n",
      "v = 530076791.3230473 m / s > c, setting 1/gamma = 0\n",
      "v = 412480374.9493389 m / s > c, setting 1/gamma = 0\n",
      "v = 446612936.5271641 m / s > c, setting 1/gamma = 0\n",
      "v = 462769518.81252897 m / s > c, setting 1/gamma = 0\n",
      "v = 493500377.3926619 m / s > c, setting 1/gamma = 0\n",
      "v = 328898752.22727996 m / s > c, setting 1/gamma = 0\n",
      "v = 382652211.1142492 m / s > c, setting 1/gamma = 0\n",
      "v = 325288978.41706145 m / s > c, setting 1/gamma = 0\n",
      "v = 355559940.44616205 m / s > c, setting 1/gamma = 0\n",
      "v = 310207736.4343614 m / s > c, setting 1/gamma = 0\n",
      "v = 329481611.6175304 m / s > c, setting 1/gamma = 0\n",
      "v = 599964957.9106853 m / s > c, setting 1/gamma = 0\n",
      "v = 611488997.5335193 m / s > c, setting 1/gamma = 0\n",
      "v = 300420964.7174174 m / s > c, setting 1/gamma = 0\n",
      "v = 345691162.05477995 m / s > c, setting 1/gamma = 0\n",
      "v = 304358253.8170286 m / s > c, setting 1/gamma = 0\n",
      "v = 300207481.0071847 m / s > c, setting 1/gamma = 0\n",
      "v = 311138866.8692868 m / s > c, setting 1/gamma = 0\n",
      "v = 328832603.98069537 m / s > c, setting 1/gamma = 0\n",
      "v = 492880559.9720954 m / s > c, setting 1/gamma = 0\n",
      "v = 517163912.4636236 m / s > c, setting 1/gamma = 0\n",
      "v = 330942440.53181434 m / s > c, setting 1/gamma = 0\n",
      "v = 377431142.14842236 m / s > c, setting 1/gamma = 0\n",
      "v = 317361372.25047845 m / s > c, setting 1/gamma = 0\n",
      "v = 320589021.21965927 m / s > c, setting 1/gamma = 0\n",
      "v = 351892247.7589075 m / s > c, setting 1/gamma = 0\n",
      "v = 467837403.59602946 m / s > c, setting 1/gamma = 0\n",
      "v = 494201024.9818032 m / s > c, setting 1/gamma = 0\n",
      "v = 540631278.1406502 m / s > c, setting 1/gamma = 0\n",
      "v = 509734582.1892583 m / s > c, setting 1/gamma = 0\n",
      "v = 311893907.0807137 m / s > c, setting 1/gamma = 0\n",
      "v = 305129336.806978 m / s > c, setting 1/gamma = 0\n",
      "v = 345802138.08233833 m / s > c, setting 1/gamma = 0\n",
      "v = 563130886.6464084 m / s > c, setting 1/gamma = 0\n",
      "v = 523168531.1066054 m / s > c, setting 1/gamma = 0\n",
      "v = 406609221.921356 m / s > c, setting 1/gamma = 0\n",
      "v = 441790238.6434739 m / s > c, setting 1/gamma = 0\n",
      "v = 553832892.284989 m / s > c, setting 1/gamma = 0\n",
      "v = 532870238.6582364 m / s > c, setting 1/gamma = 0\n",
      "v = 346632566.2453506 m / s > c, setting 1/gamma = 0\n",
      "v = 374726628.40174645 m / s > c, setting 1/gamma = 0\n",
      "v = 471981039.5170885 m / s > c, setting 1/gamma = 0\n",
      "v = 501238293.9720684 m / s > c, setting 1/gamma = 0\n",
      "v = 345199479.10685146 m / s > c, setting 1/gamma = 0\n",
      "v = 372923919.6901885 m / s > c, setting 1/gamma = 0\n",
      "v = 300249106.35154355 m / s > c, setting 1/gamma = 0\n",
      "v = 341865508.9541512 m / s > c, setting 1/gamma = 0\n",
      "v = 337790517.6918106 m / s > c, setting 1/gamma = 0\n",
      "v = 390548467.54578024 m / s > c, setting 1/gamma = 0\n",
      "v = 332423229.5523886 m / s > c, setting 1/gamma = 0\n",
      "v = 373024775.1546733 m / s > c, setting 1/gamma = 0\n",
      "v = 419138760.41872466 m / s > c, setting 1/gamma = 0\n",
      "v = 304962975.9968771 m / s > c, setting 1/gamma = 0\n",
      "v = 373653244.46442723 m / s > c, setting 1/gamma = 0\n",
      "v = 411330837.08543015 m / s > c, setting 1/gamma = 0\n",
      "v = 337241975.5623947 m / s > c, setting 1/gamma = 0\n",
      "v = 737684618.7401321 m / s > c, setting 1/gamma = 0\n",
      "v = 608347826.2207196 m / s > c, setting 1/gamma = 0\n",
      "v = 300331370.27171725 m / s > c, setting 1/gamma = 0\n",
      "v = 302551422.1768581 m / s > c, setting 1/gamma = 0\n",
      "v = 356977011.60547847 m / s > c, setting 1/gamma = 0\n",
      "v = 559031411.802638 m / s > c, setting 1/gamma = 0\n",
      "v = 515635971.18890136 m / s > c, setting 1/gamma = 0\n",
      "v = 316252282.2350071 m / s > c, setting 1/gamma = 0\n",
      "v = 312998094.36522573 m / s > c, setting 1/gamma = 0\n",
      "v = 322921411.1587774 m / s > c, setting 1/gamma = 0\n",
      "v = 478151710.88142556 m / s > c, setting 1/gamma = 0\n",
      "v = 498031130.8705962 m / s > c, setting 1/gamma = 0\n",
      "v = 308277348.6304361 m / s > c, setting 1/gamma = 0\n",
      "v = 362147656.6832561 m / s > c, setting 1/gamma = 0\n",
      "v = 316376646.62371904 m / s > c, setting 1/gamma = 0\n",
      "v = 560911625.603294 m / s > c, setting 1/gamma = 0\n",
      "v = 572863959.537471 m / s > c, setting 1/gamma = 0\n",
      "v = 389811590.3458212 m / s > c, setting 1/gamma = 0\n",
      "v = 406632710.6740427 m / s > c, setting 1/gamma = 0\n",
      "v = 353457693.1106452 m / s > c, setting 1/gamma = 0\n",
      "v = 401014102.9970604 m / s > c, setting 1/gamma = 0\n",
      "v = 318899256.061805 m / s > c, setting 1/gamma = 0\n",
      "v = 675468294.0710357 m / s > c, setting 1/gamma = 0\n",
      "v = 554731327.4599979 m / s > c, setting 1/gamma = 0\n",
      "v = 348666222.64283985 m / s > c, setting 1/gamma = 0\n",
      "v = 373188519.1258545 m / s > c, setting 1/gamma = 0\n",
      "v = 431995596.49308187 m / s > c, setting 1/gamma = 0\n",
      "v = 464611160.53004855 m / s > c, setting 1/gamma = 0\n",
      "v = 304398375.2313168 m / s > c, setting 1/gamma = 0\n",
      "v = 337312087.0477262 m / s > c, setting 1/gamma = 0\n",
      "v = 338311288.26170945 m / s > c, setting 1/gamma = 0\n",
      "v = 368788254.0338178 m / s > c, setting 1/gamma = 0\n",
      "v = 307793023.80670404 m / s > c, setting 1/gamma = 0\n",
      "v = 467176162.3925035 m / s > c, setting 1/gamma = 0\n",
      "v = 492208076.423081 m / s > c, setting 1/gamma = 0\n",
      "v = 578524940.2227647 m / s > c, setting 1/gamma = 0\n",
      "v = 507117727.92012095 m / s > c, setting 1/gamma = 0\n",
      "v = 342496503.96737546 m / s > c, setting 1/gamma = 0\n",
      "v = 368128736.86945134 m / s > c, setting 1/gamma = 0\n",
      "v = 503843727.4218922 m / s > c, setting 1/gamma = 0\n",
      "v = 509484318.68537045 m / s > c, setting 1/gamma = 0\n",
      "v = 303418017.9620046 m / s > c, setting 1/gamma = 0\n",
      "v = 544191621.5681784 m / s > c, setting 1/gamma = 0\n",
      "v = 564114917.0639678 m / s > c, setting 1/gamma = 0\n",
      "v = 439171376.82219744 m / s > c, setting 1/gamma = 0\n",
      "v = 465786563.00155264 m / s > c, setting 1/gamma = 0\n",
      "v = 314028168.3364163 m / s > c, setting 1/gamma = 0\n",
      "v = 348887529.4005308 m / s > c, setting 1/gamma = 0\n",
      "v = 526398449.2018474 m / s > c, setting 1/gamma = 0\n",
      "v = 549819055.5531495 m / s > c, setting 1/gamma = 0\n",
      "v = 488197951.02659214 m / s > c, setting 1/gamma = 0\n",
      "v = 508977428.7066703 m / s > c, setting 1/gamma = 0\n",
      "v = 429671886.65384674 m / s > c, setting 1/gamma = 0\n",
      "v = 471042029.4345585 m / s > c, setting 1/gamma = 0\n",
      "v = 305468268.09134746 m / s > c, setting 1/gamma = 0\n",
      "v = 367658926.1812592 m / s > c, setting 1/gamma = 0\n",
      "v = 401218436.86417246 m / s > c, setting 1/gamma = 0\n",
      "v = 345807068.57232857 m / s > c, setting 1/gamma = 0\n",
      "v = 395545872.64576316 m / s > c, setting 1/gamma = 0\n",
      "v = 312889942.32014424 m / s > c, setting 1/gamma = 0\n",
      "v = 333141351.6913308 m / s > c, setting 1/gamma = 0\n",
      "v = 385424147.6823757 m / s > c, setting 1/gamma = 0\n",
      "v = 332688056.69213146 m / s > c, setting 1/gamma = 0\n",
      "v = 302769196.0939815 m / s > c, setting 1/gamma = 0\n",
      "v = 328438920.9508378 m / s > c, setting 1/gamma = 0\n",
      "v = 335454512.4148957 m / s > c, setting 1/gamma = 0\n",
      "v = 367553471.58041894 m / s > c, setting 1/gamma = 0\n",
      "v = 429244788.7061175 m / s > c, setting 1/gamma = 0\n",
      "v = 467255864.5311852 m / s > c, setting 1/gamma = 0\n",
      "v = 309556995.56552976 m / s > c, setting 1/gamma = 0\n",
      "v = 303837271.477981 m / s > c, setting 1/gamma = 0\n",
      "v = 361077526.8051069 m / s > c, setting 1/gamma = 0\n",
      "v = 401262486.4558366 m / s > c, setting 1/gamma = 0\n",
      "v = 339520555.2721775 m / s > c, setting 1/gamma = 0\n",
      "v = 388578741.4299317 m / s > c, setting 1/gamma = 0\n",
      "v = 311212054.98562187 m / s > c, setting 1/gamma = 0\n",
      "v = 406278566.55177546 m / s > c, setting 1/gamma = 0\n",
      "v = 439468411.58095187 m / s > c, setting 1/gamma = 0\n",
      "v = 346878483.60352 m / s > c, setting 1/gamma = 0\n",
      "v = 401514138.98550236 m / s > c, setting 1/gamma = 0\n",
      "v = 321591768.7958897 m / s > c, setting 1/gamma = 0\n",
      "v = 353437125.448227 m / s > c, setting 1/gamma = 0\n",
      "v = 312168245.53000444 m / s > c, setting 1/gamma = 0\n",
      "v = 331570519.0465335 m / s > c, setting 1/gamma = 0\n",
      "v = 325081457.25204223 m / s > c, setting 1/gamma = 0\n",
      "v = 347385669.08135337 m / s > c, setting 1/gamma = 0\n",
      "v = 331121295.259753 m / s > c, setting 1/gamma = 0\n",
      "v = 689723028.3800039 m / s > c, setting 1/gamma = 0\n",
      "v = 568175228.2370648 m / s > c, setting 1/gamma = 0\n",
      "v = 316239455.8931017 m / s > c, setting 1/gamma = 0\n",
      "v = 347860188.7643844 m / s > c, setting 1/gamma = 0\n",
      "v = 387741988.90160304 m / s > c, setting 1/gamma = 0\n",
      "v = 307396798.0373609 m / s > c, setting 1/gamma = 0\n",
      "v = 354881127.89841795 m / s > c, setting 1/gamma = 0\n",
      "v = 302665255.34682554 m / s > c, setting 1/gamma = 0\n",
      "v = 449500426.4008288 m / s > c, setting 1/gamma = 0\n",
      "v = 478871291.9236893 m / s > c, setting 1/gamma = 0\n",
      "v = 335348543.55810875 m / s > c, setting 1/gamma = 0\n",
      "v = 385641570.68114734 m / s > c, setting 1/gamma = 0\n",
      "v = 315343685.55316514 m / s > c, setting 1/gamma = 0\n",
      "v = 354304406.5039014 m / s > c, setting 1/gamma = 0\n",
      "v = 380210816.17388946 m / s > c, setting 1/gamma = 0\n",
      "v = 303071655.88568115 m / s > c, setting 1/gamma = 0\n",
      "v = 323809651.04748076 m / s > c, setting 1/gamma = 0\n",
      "v = 329184291.7692992 m / s > c, setting 1/gamma = 0\n",
      "v = 382225284.1970365 m / s > c, setting 1/gamma = 0\n",
      "v = 314857177.03500783 m / s > c, setting 1/gamma = 0\n",
      "v = 570194337.972265 m / s > c, setting 1/gamma = 0\n",
      "v = 581787381.3691307 m / s > c, setting 1/gamma = 0\n",
      "v = 451217018.6461154 m / s > c, setting 1/gamma = 0\n",
      "v = 481586047.71539503 m / s > c, setting 1/gamma = 0\n",
      "v = 332735934.8760742 m / s > c, setting 1/gamma = 0\n",
      "v = 388281737.6976979 m / s > c, setting 1/gamma = 0\n",
      "v = 345778137.25658256 m / s > c, setting 1/gamma = 0\n",
      "v = 374397226.0439023 m / s > c, setting 1/gamma = 0\n",
      "v = 456202545.7336509 m / s > c, setting 1/gamma = 0\n",
      "v = 485942202.8797598 m / s > c, setting 1/gamma = 0\n",
      "v = 324512488.10332376 m / s > c, setting 1/gamma = 0\n",
      "v = 376814641.63354474 m / s > c, setting 1/gamma = 0\n",
      "v = 307197004.58953536 m / s > c, setting 1/gamma = 0\n",
      "v = 341713182.2671189 m / s > c, setting 1/gamma = 0\n",
      "v = 482791014.1848514 m / s > c, setting 1/gamma = 0\n",
      "v = 508850737.738592 m / s > c, setting 1/gamma = 0\n",
      "v = 365767801.43664664 m / s > c, setting 1/gamma = 0\n",
      "v = 419982256.31364685 m / s > c, setting 1/gamma = 0\n",
      "v = 325427312.7561756 m / s > c, setting 1/gamma = 0\n",
      "v = 357104746.30222964 m / s > c, setting 1/gamma = 0\n",
      "v = 319921146.23987776 m / s > c, setting 1/gamma = 0\n",
      "v = 366948768.04644614 m / s > c, setting 1/gamma = 0\n",
      "v = 404299579.7421027 m / s > c, setting 1/gamma = 0\n",
      "v = 440961315.960651 m / s > c, setting 1/gamma = 0\n",
      "v = 476376647.4517089 m / s > c, setting 1/gamma = 0\n",
      "v = 332060674.0244798 m / s > c, setting 1/gamma = 0\n",
      "v = 380331080.5574566 m / s > c, setting 1/gamma = 0\n",
      "v = 868086889.7017996 m / s > c, setting 1/gamma = 0\n",
      "v = 722263306.9740043 m / s > c, setting 1/gamma = 0\n",
      "v = 428284448.54469895 m / s > c, setting 1/gamma = 0\n",
      "v = 458895488.4457803 m / s > c, setting 1/gamma = 0\n",
      "v = 300965353.94125235 m / s > c, setting 1/gamma = 0\n",
      "v = 353293992.57138765 m / s > c, setting 1/gamma = 0\n",
      "v = 304530214.5124138 m / s > c, setting 1/gamma = 0\n",
      "v = 336700983.92325383 m / s > c, setting 1/gamma = 0\n",
      "v = 302250981.1815332 m / s > c, setting 1/gamma = 0\n",
      "v = 444859869.1926733 m / s > c, setting 1/gamma = 0\n",
      "v = 475046599.39981014 m / s > c, setting 1/gamma = 0\n",
      "v = 306465536.02164155 m / s > c, setting 1/gamma = 0\n",
      "v = 327542770.24072206 m / s > c, setting 1/gamma = 0\n",
      "v = 399363279.12833107 m / s > c, setting 1/gamma = 0\n",
      "v = 423958307.7638155 m / s > c, setting 1/gamma = 0\n",
      "v = 353729667.1192693 m / s > c, setting 1/gamma = 0\n",
      "v = 400761242.5648802 m / s > c, setting 1/gamma = 0\n",
      "v = 351045975.7315724 m / s > c, setting 1/gamma = 0\n",
      "v = 378425394.202938 m / s > c, setting 1/gamma = 0\n",
      "v = 311224259.5386305 m / s > c, setting 1/gamma = 0\n",
      "v = 330913073.7215586 m / s > c, setting 1/gamma = 0\n",
      "v = 569528734.1661093 m / s > c, setting 1/gamma = 0\n",
      "v = 583759692.1189824 m / s > c, setting 1/gamma = 0\n",
      "v = 319346460.64352655 m / s > c, setting 1/gamma = 0\n",
      "v = 304113013.84367806 m / s > c, setting 1/gamma = 0\n",
      "v = 339006959.66332376 m / s > c, setting 1/gamma = 0\n",
      "v = 480209748.2321473 m / s > c, setting 1/gamma = 0\n",
      "v = 506945871.30743045 m / s > c, setting 1/gamma = 0\n",
      "v = 367469149.8462458 m / s > c, setting 1/gamma = 0\n",
      "v = 415405116.20729655 m / s > c, setting 1/gamma = 0\n",
      "v = 323361055.1870086 m / s > c, setting 1/gamma = 0\n",
      "v = 353288890.32324624 m / s > c, setting 1/gamma = 0\n",
      "v = 300078714.5603183 m / s > c, setting 1/gamma = 0\n",
      "v = 321146349.25134695 m / s > c, setting 1/gamma = 0\n",
      "v = 494147344.2158265 m / s > c, setting 1/gamma = 0\n",
      "v = 501303496.46504164 m / s > c, setting 1/gamma = 0\n",
      "v = 310669074.24238133 m / s > c, setting 1/gamma = 0\n",
      "v = 342395372.8635084 m / s > c, setting 1/gamma = 0\n",
      "v = 520674629.4956382 m / s > c, setting 1/gamma = 0\n",
      "v = 539540439.694109 m / s > c, setting 1/gamma = 0\n",
      "v = 491356209.74776775 m / s > c, setting 1/gamma = 0\n",
      "v = 491064702.1862355 m / s > c, setting 1/gamma = 0\n",
      "v = 322073003.37426317 m / s > c, setting 1/gamma = 0\n",
      "v = 321206423.5187407 m / s > c, setting 1/gamma = 0\n",
      "v = 349182294.9086691 m / s > c, setting 1/gamma = 0\n",
      "v = 364574887.37658477 m / s > c, setting 1/gamma = 0\n",
      "v = 398137018.2789146 m / s > c, setting 1/gamma = 0\n",
      "v = 345200371.6002673 m / s > c, setting 1/gamma = 0\n",
      "v = 395190751.39900804 m / s > c, setting 1/gamma = 0\n",
      "v = 311751771.64331895 m / s > c, setting 1/gamma = 0\n",
      "v = 306906516.1240043 m / s > c, setting 1/gamma = 0\n",
      "v = 502212890.5372357 m / s > c, setting 1/gamma = 0\n",
      "v = 505155701.93791324 m / s > c, setting 1/gamma = 0\n",
      "v = 300719177.2558436 m / s > c, setting 1/gamma = 0\n",
      "v = 318855108.8816275 m / s > c, setting 1/gamma = 0\n",
      "v = 393465951.0079937 m / s > c, setting 1/gamma = 0\n",
      "v = 430201770.5958086 m / s > c, setting 1/gamma = 0\n",
      "v = 328796930.75271267 m / s > c, setting 1/gamma = 0\n",
      "v = 379305941.6968531 m / s > c, setting 1/gamma = 0\n",
      "v = 308201132.43003285 m / s > c, setting 1/gamma = 0\n",
      "v = 336789093.2880164 m / s > c, setting 1/gamma = 0\n",
      "v = 440724897.3582068 m / s > c, setting 1/gamma = 0\n",
      "v = 471127987.72602135 m / s > c, setting 1/gamma = 0\n",
      "v = 341365434.59475267 m / s > c, setting 1/gamma = 0\n",
      "v = 394048156.0252818 m / s > c, setting 1/gamma = 0\n",
      "v = 320685556.9199726 m / s > c, setting 1/gamma = 0\n",
      "v = 351322310.0513978 m / s > c, setting 1/gamma = 0\n",
      "v = 309225935.6097339 m / s > c, setting 1/gamma = 0\n",
      "v = 327611145.02090555 m / s > c, setting 1/gamma = 0\n",
      "v = 569194971.038436 m / s > c, setting 1/gamma = 0\n",
      "v = 580994992.9409498 m / s > c, setting 1/gamma = 0\n",
      "v = 331217211.6734236 m / s > c, setting 1/gamma = 0\n",
      "v = 382255287.26782113 m / s > c, setting 1/gamma = 0\n",
      "v = 305798215.59836674 m / s > c, setting 1/gamma = 0\n",
      "v = 337438886.20229936 m / s > c, setting 1/gamma = 0\n",
      "v = 305116504.1372495 m / s > c, setting 1/gamma = 0\n",
      "v = 388996840.3488698 m / s > c, setting 1/gamma = 0\n",
      "v = 422921571.9761425 m / s > c, setting 1/gamma = 0\n",
      "v = 357909801.8799102 m / s > c, setting 1/gamma = 0\n",
      "v = 406215031.8972067 m / s > c, setting 1/gamma = 0\n",
      "v = 318717116.58711565 m / s > c, setting 1/gamma = 0\n",
      "v = 446526020.4200414 m / s > c, setting 1/gamma = 0\n",
      "v = 473493243.6981164 m / s > c, setting 1/gamma = 0\n",
      "v = 379450027.39641815 m / s > c, setting 1/gamma = 0\n",
      "v = 423738623.21433836 m / s > c, setting 1/gamma = 0\n",
      "v = 302836262.704456 m / s > c, setting 1/gamma = 0\n",
      "v = 332229567.05868965 m / s > c, setting 1/gamma = 0\n",
      "v = 428282036.84389216 m / s > c, setting 1/gamma = 0\n",
      "v = 457014235.83241457 m / s > c, setting 1/gamma = 0\n",
      "v = 320053763.30487704 m / s > c, setting 1/gamma = 0\n",
      "v = 372257283.5983334 m / s > c, setting 1/gamma = 0\n",
      "v = 546337309.1541858 m / s > c, setting 1/gamma = 0\n",
      "v = 561608902.4608734 m / s > c, setting 1/gamma = 0\n",
      "v = 306334525.4806044 m / s > c, setting 1/gamma = 0\n",
      "v = 546849993.7151482 m / s > c, setting 1/gamma = 0\n",
      "v = 565660304.7006041 m / s > c, setting 1/gamma = 0\n",
      "v = 307262415.11968213 m / s > c, setting 1/gamma = 0\n",
      "v = 354395610.87737596 m / s > c, setting 1/gamma = 0\n",
      "v = 300516189.7459774 m / s > c, setting 1/gamma = 0\n",
      "v = 381967794.70213485 m / s > c, setting 1/gamma = 0\n",
      "v = 430156156.2300644 m / s > c, setting 1/gamma = 0\n",
      "v = 340935357.2971063 m / s > c, setting 1/gamma = 0\n",
      "v = 373049727.4092682 m / s > c, setting 1/gamma = 0\n",
      "v = 314525485.9910594 m / s > c, setting 1/gamma = 0\n",
      "v = 326350650.8053165 m / s > c, setting 1/gamma = 0\n",
      "v = 299860333.70620626 m / s > c, setting 1/gamma = 0\n",
      "v = 458976781.8486072 m / s > c, setting 1/gamma = 0\n",
      "v = 485008389.6782159 m / s > c, setting 1/gamma = 0\n",
      "v = 385271647.7021832 m / s > c, setting 1/gamma = 0\n",
      "v = 437632893.2906389 m / s > c, setting 1/gamma = 0\n",
      "v = 333343299.0037681 m / s > c, setting 1/gamma = 0\n",
      "v = 365994505.3523504 m / s > c, setting 1/gamma = 0\n",
      "v = 444290777.5988248 m / s > c, setting 1/gamma = 0\n",
      "v = 473054159.38096863 m / s > c, setting 1/gamma = 0\n",
      "v = 335289687.9607436 m / s > c, setting 1/gamma = 0\n",
      "v = 408184592.85422593 m / s > c, setting 1/gamma = 0\n",
      "v = 454600805.0878428 m / s > c, setting 1/gamma = 0\n",
      "v = 313914939.5078353 m / s > c, setting 1/gamma = 0\n",
      "v = 343401744.16407275 m / s > c, setting 1/gamma = 0\n",
      "v = 312132945.9823184 m / s > c, setting 1/gamma = 0\n",
      "v = 362823022.5840712 m / s > c, setting 1/gamma = 0\n",
      "v = 312392579.77964956 m / s > c, setting 1/gamma = 0\n",
      "v = 335097945.5301012 m / s > c, setting 1/gamma = 0\n",
      "v = 390013756.2554993 m / s > c, setting 1/gamma = 0\n",
      "v = 316262516.53134555 m / s > c, setting 1/gamma = 0\n",
      "v = 349596984.33696187 m / s > c, setting 1/gamma = 0\n",
      "v = 300677683.68830204 m / s > c, setting 1/gamma = 0\n",
      "v = 321080702.660269 m / s > c, setting 1/gamma = 0\n",
      "v = 585864507.6914068 m / s > c, setting 1/gamma = 0\n",
      "v = 592510836.4911984 m / s > c, setting 1/gamma = 0\n",
      "v = 367802278.0096536 m / s > c, setting 1/gamma = 0\n",
      "v = 416166111.02748466 m / s > c, setting 1/gamma = 0\n",
      "v = 300228177.4401931 m / s > c, setting 1/gamma = 0\n",
      "v = 332908747.22686243 m / s > c, setting 1/gamma = 0\n",
      "v = 362409157.58596534 m / s > c, setting 1/gamma = 0\n",
      "v = 400040416.52572054 m / s > c, setting 1/gamma = 0\n",
      "v = 330377869.0717427 m / s > c, setting 1/gamma = 0\n",
      "v = 379778751.4029681 m / s > c, setting 1/gamma = 0\n",
      "v = 309145654.2115404 m / s > c, setting 1/gamma = 0\n",
      "v = 335338584.2720814 m / s > c, setting 1/gamma = 0\n",
      "v = 367613287.5387262 m / s > c, setting 1/gamma = 0\n",
      "v = 309437040.09584427 m / s > c, setting 1/gamma = 0\n",
      "v = 637866036.7648104 m / s > c, setting 1/gamma = 0\n",
      "v = 522780775.74592125 m / s > c, setting 1/gamma = 0\n",
      "v = 315520958.45551133 m / s > c, setting 1/gamma = 0\n",
      "v = 403372011.3789578 m / s > c, setting 1/gamma = 0\n",
      "v = 430906373.04565835 m / s > c, setting 1/gamma = 0\n",
      "v = 377345149.119409 m / s > c, setting 1/gamma = 0\n",
      "v = 428820541.0346718 m / s > c, setting 1/gamma = 0\n",
      "v = 309071746.67004263 m / s > c, setting 1/gamma = 0\n",
      "v = 330072563.56552136 m / s > c, setting 1/gamma = 0\n",
      "v = 424871275.7193248 m / s > c, setting 1/gamma = 0\n",
      "v = 447715417.32680416 m / s > c, setting 1/gamma = 0\n",
      "v = 357169981.83333606 m / s > c, setting 1/gamma = 0\n",
      "v = 778182422.5289019 m / s > c, setting 1/gamma = 0\n",
      "v = 644136702.9469303 m / s > c, setting 1/gamma = 0\n",
      "v = 318151711.2624178 m / s > c, setting 1/gamma = 0\n",
      "v = 483105936.2229782 m / s > c, setting 1/gamma = 0\n",
      "v = 495238371.7684727 m / s > c, setting 1/gamma = 0\n",
      "v = 310109787.81569946 m / s > c, setting 1/gamma = 0\n",
      "v = 330678768.1172044 m / s > c, setting 1/gamma = 0\n",
      "v = 361827371.4459892 m / s > c, setting 1/gamma = 0\n",
      "v = 304676384.3320145 m / s > c, setting 1/gamma = 0\n",
      "v = 369769563.84751457 m / s > c, setting 1/gamma = 0\n",
      "v = 392721871.31913245 m / s > c, setting 1/gamma = 0\n",
      "v = 349823377.02423656 m / s > c, setting 1/gamma = 0\n",
      "v = 396395299.62505203 m / s > c, setting 1/gamma = 0\n",
      "v = 318167800.294737 m / s > c, setting 1/gamma = 0\n",
      "v = 302574983.50627637 m / s > c, setting 1/gamma = 0\n",
      "v = 410194343.1378898 m / s > c, setting 1/gamma = 0\n",
      "v = 440607284.2583169 m / s > c, setting 1/gamma = 0\n",
      "v = 334295663.430312 m / s > c, setting 1/gamma = 0\n",
      "v = 719668892.7747087 m / s > c, setting 1/gamma = 0\n",
      "v = 593886721.1952096 m / s > c, setting 1/gamma = 0\n",
      "v = 318559267.4331634 m / s > c, setting 1/gamma = 0\n",
      "v = 304912567.5812667 m / s > c, setting 1/gamma = 0\n",
      "v = 321823206.0843268 m / s > c, setting 1/gamma = 0\n",
      "v = 394392533.84554476 m / s > c, setting 1/gamma = 0\n",
      "v = 431509095.4154613 m / s > c, setting 1/gamma = 0\n",
      "v = 312297544.60962343 m / s > c, setting 1/gamma = 0\n",
      "v = 361357203.7530975 m / s > c, setting 1/gamma = 0\n",
      "v = 427701221.8440568 m / s > c, setting 1/gamma = 0\n",
      "v = 461879117.07567877 m / s > c, setting 1/gamma = 0\n",
      "v = 346436957.39932406 m / s > c, setting 1/gamma = 0\n",
      "v = 400326588.9198345 m / s > c, setting 1/gamma = 0\n",
      "v = 312393246.53124046 m / s > c, setting 1/gamma = 0\n",
      "v = 464849572.612813 m / s > c, setting 1/gamma = 0\n",
      "v = 490591331.4474089 m / s > c, setting 1/gamma = 0\n",
      "v = 303512680.0177289 m / s > c, setting 1/gamma = 0\n",
      "v = 350301122.1184956 m / s > c, setting 1/gamma = 0\n",
      "v = 385297752.8265998 m / s > c, setting 1/gamma = 0\n",
      "v = 416277618.80664843 m / s > c, setting 1/gamma = 0\n",
      "v = 456940866.5682248 m / s > c, setting 1/gamma = 0\n",
      "v = 318099500.054691 m / s > c, setting 1/gamma = 0\n",
      "v = 371954074.24502075 m / s > c, setting 1/gamma = 0\n",
      "v = 521705409.5893571 m / s > c, setting 1/gamma = 0\n",
      "v = 504188886.18119967 m / s > c, setting 1/gamma = 0\n",
      "v = 488641467.5388372 m / s > c, setting 1/gamma = 0\n",
      "v = 513481661.18667233 m / s > c, setting 1/gamma = 0\n",
      "v = 376018028.81313384 m / s > c, setting 1/gamma = 0\n",
      "v = 425561800.4839815 m / s > c, setting 1/gamma = 0\n",
      "v = 308171607.36021024 m / s > c, setting 1/gamma = 0\n",
      "v = 340272979.3009199 m / s > c, setting 1/gamma = 0\n",
      "v = 300897228.18612784 m / s > c, setting 1/gamma = 0\n",
      "v = 324300826.17328686 m / s > c, setting 1/gamma = 0\n",
      "v = 442397468.2676838 m / s > c, setting 1/gamma = 0\n",
      "v = 465736311.8875451 m / s > c, setting 1/gamma = 0\n",
      "v = 499895115.72795445 m / s > c, setting 1/gamma = 0\n",
      "v = 503583267.55082214 m / s > c, setting 1/gamma = 0\n",
      "v = 357345167.80231786 m / s > c, setting 1/gamma = 0\n",
      "v = 390175448.61263436 m / s > c, setting 1/gamma = 0\n",
      "v = 391342338.3984778 m / s > c, setting 1/gamma = 0\n",
      "v = 435533486.6132557 m / s > c, setting 1/gamma = 0\n",
      "v = 346450596.3957642 m / s > c, setting 1/gamma = 0\n",
      "v = 369832336.52120405 m / s > c, setting 1/gamma = 0\n",
      "v = 385186632.25893605 m / s > c, setting 1/gamma = 0\n",
      "v = 425786444.1880384 m / s > c, setting 1/gamma = 0\n",
      "v = 377555540.62913626 m / s > c, setting 1/gamma = 0\n",
      "v = 425703371.25367326 m / s > c, setting 1/gamma = 0\n",
      "v = 302269112.8437508 m / s > c, setting 1/gamma = 0\n",
      "v = 453452137.289814 m / s > c, setting 1/gamma = 0\n",
      "v = 479871477.5164836 m / s > c, setting 1/gamma = 0\n",
      "v = 317240908.5953508 m / s > c, setting 1/gamma = 0\n",
      "v = 373571585.49388355 m / s > c, setting 1/gamma = 0\n",
      "v = 311979622.22479004 m / s > c, setting 1/gamma = 0\n",
      "v = 422033211.34247917 m / s > c, setting 1/gamma = 0\n",
      "v = 447960711.93800944 m / s > c, setting 1/gamma = 0\n",
      "v = 483812326.1553785 m / s > c, setting 1/gamma = 0\n",
      "v = 500205496.6756634 m / s > c, setting 1/gamma = 0\n",
      "v = 305171811.9938458 m / s > c, setting 1/gamma = 0\n",
      "v = 308013769.3395714 m / s > c, setting 1/gamma = 0\n",
      "v = 513314583.5127755 m / s > c, setting 1/gamma = 0\n",
      "v = 487804319.9778348 m / s > c, setting 1/gamma = 0\n",
      "v = 331779784.18583214 m / s > c, setting 1/gamma = 0\n",
      "v = 437330143.6564826 m / s > c, setting 1/gamma = 0\n",
      "v = 470080152.2753412 m / s > c, setting 1/gamma = 0\n",
      "v = 309264517.1675288 m / s > c, setting 1/gamma = 0\n",
      "v = 618924303.0940204 m / s > c, setting 1/gamma = 0\n",
      "v = 617381057.6534412 m / s > c, setting 1/gamma = 0\n",
      "v = 430209274.29231155 m / s > c, setting 1/gamma = 0\n",
      "v = 460435240.3409447 m / s > c, setting 1/gamma = 0\n",
      "v = 330564232.73356855 m / s > c, setting 1/gamma = 0\n",
      "v = 350198305.3485344 m / s > c, setting 1/gamma = 0\n",
      "v = 454828819.63671637 m / s > c, setting 1/gamma = 0\n",
      "v = 478014489.02764714 m / s > c, setting 1/gamma = 0\n",
      "v = 459195356.9086412 m / s > c, setting 1/gamma = 0\n",
      "v = 478856119.1511358 m / s > c, setting 1/gamma = 0\n",
      "v = 407258278.9706205 m / s > c, setting 1/gamma = 0\n",
      "v = 439857170.7271474 m / s > c, setting 1/gamma = 0\n",
      "v = 308641376.95967454 m / s > c, setting 1/gamma = 0\n",
      "v = 314452493.65183806 m / s > c, setting 1/gamma = 0\n",
      "v = 344535501.937385 m / s > c, setting 1/gamma = 0\n",
      "v = 397295987.9545986 m / s > c, setting 1/gamma = 0\n",
      "v = 441127866.84044987 m / s > c, setting 1/gamma = 0\n",
      "v = 323111565.278246 m / s > c, setting 1/gamma = 0\n",
      "v = 305543709.1642047 m / s > c, setting 1/gamma = 0\n",
      "v = 350968612.4832884 m / s > c, setting 1/gamma = 0\n",
      "v = 444724957.750933 m / s > c, setting 1/gamma = 0\n",
      "v = 485808060.8768601 m / s > c, setting 1/gamma = 0\n",
      "v = 314486802.88239324 m / s > c, setting 1/gamma = 0\n",
      "v = 347014880.12872756 m / s > c, setting 1/gamma = 0\n",
      "v = 327197475.2038245 m / s > c, setting 1/gamma = 0\n",
      "v = 345820555.65439516 m / s > c, setting 1/gamma = 0\n",
      "v = 368098571.064291 m / s > c, setting 1/gamma = 0\n",
      "v = 397945692.1223303 m / s > c, setting 1/gamma = 0\n",
      "v = 318286646.5008828 m / s > c, setting 1/gamma = 0\n",
      "v = 661520981.1144419 m / s > c, setting 1/gamma = 0\n",
      "v = 544762253.5865462 m / s > c, setting 1/gamma = 0\n",
      "v = 367365594.2794187 m / s > c, setting 1/gamma = 0\n",
      "v = 398896930.18544585 m / s > c, setting 1/gamma = 0\n",
      "v = 529295547.0019519 m / s > c, setting 1/gamma = 0\n",
      "v = 494441177.064041 m / s > c, setting 1/gamma = 0\n",
      "v = 305848960.21980834 m / s > c, setting 1/gamma = 0\n",
      "v = 335945264.8766136 m / s > c, setting 1/gamma = 0\n",
      "v = 410753461.4597337 m / s > c, setting 1/gamma = 0\n",
      "v = 453971159.0996098 m / s > c, setting 1/gamma = 0\n",
      "v = 322065971.6540256 m / s > c, setting 1/gamma = 0\n",
      "v = 370560337.6205003 m / s > c, setting 1/gamma = 0\n",
      "v = 467415141.9302451 m / s > c, setting 1/gamma = 0\n",
      "v = 511792805.5960558 m / s > c, setting 1/gamma = 0\n",
      "v = 378377725.7946802 m / s > c, setting 1/gamma = 0\n",
      "v = 430389151.9151818 m / s > c, setting 1/gamma = 0\n",
      "v = 301639975.57087475 m / s > c, setting 1/gamma = 0\n",
      "v = 334711205.4750042 m / s > c, setting 1/gamma = 0\n",
      "v = 300688774.7468376 m / s > c, setting 1/gamma = 0\n",
      "v = 334969456.95968735 m / s > c, setting 1/gamma = 0\n",
      "v = 738374882.8627067 m / s > c, setting 1/gamma = 0\n",
      "v = 610404889.6647053 m / s > c, setting 1/gamma = 0\n",
      "v = 319049681.2525234 m / s > c, setting 1/gamma = 0\n",
      "v = 310771915.5354714 m / s > c, setting 1/gamma = 0\n",
      "v = 390639782.9151675 m / s > c, setting 1/gamma = 0\n",
      "v = 429797487.16629416 m / s > c, setting 1/gamma = 0\n",
      "v = 589983829.674047 m / s > c, setting 1/gamma = 0\n",
      "v = 602573297.7369919 m / s > c, setting 1/gamma = 0\n",
      "v = 385064210.1811569 m / s > c, setting 1/gamma = 0\n",
      "v = 425356289.5007643 m / s > c, setting 1/gamma = 0\n",
      "v = 301241364.4823594 m / s > c, setting 1/gamma = 0\n",
      "v = 311352995.7566283 m / s > c, setting 1/gamma = 0\n",
      "v = 361246588.55556357 m / s > c, setting 1/gamma = 0\n",
      "v = 306667770.90106785 m / s > c, setting 1/gamma = 0\n",
      "v = 301253942.8256285 m / s > c, setting 1/gamma = 0\n",
      "v = 334908333.0483777 m / s > c, setting 1/gamma = 0\n",
      "v = 341399829.41569376 m / s > c, setting 1/gamma = 0\n",
      "v = 303861728.3336186 m / s > c, setting 1/gamma = 0\n",
      "v = 366032275.67292345 m / s > c, setting 1/gamma = 0\n",
      "v = 392712853.86757505 m / s > c, setting 1/gamma = 0\n",
      "v = 558393911.5511847 m / s > c, setting 1/gamma = 0\n",
      "v = 523164259.55183244 m / s > c, setting 1/gamma = 0\n",
      "v = 534094578.3913991 m / s > c, setting 1/gamma = 0\n",
      "v = 546929442.2241725 m / s > c, setting 1/gamma = 0\n",
      "v = 312219232.471726 m / s > c, setting 1/gamma = 0\n",
      "v = 362514987.53724515 m / s > c, setting 1/gamma = 0\n",
      "v = 470736019.9103936 m / s > c, setting 1/gamma = 0\n",
      "v = 495700918.5120636 m / s > c, setting 1/gamma = 0\n",
      "v = 315786488.9713981 m / s > c, setting 1/gamma = 0\n",
      "v = 368840902.0030135 m / s > c, setting 1/gamma = 0\n",
      "v = 332868272.69426024 m / s > c, setting 1/gamma = 0\n",
      "v = 361947909.8674941 m / s > c, setting 1/gamma = 0\n",
      "v = 308100138.51280266 m / s > c, setting 1/gamma = 0\n",
      "v = 506376303.1660941 m / s > c, setting 1/gamma = 0\n",
      "v = 530859613.86370593 m / s > c, setting 1/gamma = 0\n",
      "v = 393803348.76722723 m / s > c, setting 1/gamma = 0\n",
      "v = 426306275.29742545 m / s > c, setting 1/gamma = 0\n",
      "v = 409868173.6612721 m / s > c, setting 1/gamma = 0\n",
      "v = 456395072.1199852 m / s > c, setting 1/gamma = 0\n",
      "v = 311578909.75769 m / s > c, setting 1/gamma = 0\n",
      "v = 452196985.7738611 m / s > c, setting 1/gamma = 0\n",
      "v = 475179654.21937025 m / s > c, setting 1/gamma = 0\n",
      "v = 313268091.4944874 m / s > c, setting 1/gamma = 0\n",
      "v = 417598043.448583 m / s > c, setting 1/gamma = 0\n",
      "v = 446405177.76225567 m / s > c, setting 1/gamma = 0\n",
      "v = 303542942.2464774 m / s > c, setting 1/gamma = 0\n",
      "v = 331839880.84556884 m / s > c, setting 1/gamma = 0\n",
      "v = 416131765.27703387 m / s > c, setting 1/gamma = 0\n",
      "v = 444328561.4257793 m / s > c, setting 1/gamma = 0\n",
      "v = 318314519.9133386 m / s > c, setting 1/gamma = 0\n",
      "v = 370441533.31406814 m / s > c, setting 1/gamma = 0\n",
      "v = 301414175.2029381 m / s > c, setting 1/gamma = 0\n",
      "v = 320763847.58879036 m / s > c, setting 1/gamma = 0\n",
      "v = 511799252.3076426 m / s > c, setting 1/gamma = 0\n",
      "v = 529358700.8733285 m / s > c, setting 1/gamma = 0\n",
      "v = 304120515.5642671 m / s > c, setting 1/gamma = 0\n",
      "v = 531860109.2821167 m / s > c, setting 1/gamma = 0\n",
      "v = 550086391.6931378 m / s > c, setting 1/gamma = 0\n",
      "v = 334847961.40454465 m / s > c, setting 1/gamma = 0\n",
      "v = 424656846.524562 m / s > c, setting 1/gamma = 0\n",
      "v = 460958295.22477263 m / s > c, setting 1/gamma = 0\n",
      "v = 333259195.0802366 m / s > c, setting 1/gamma = 0\n",
      "v = 386642902.8375592 m / s > c, setting 1/gamma = 0\n",
      "v = 307740535.28757674 m / s > c, setting 1/gamma = 0\n",
      "v = 338658693.2419594 m / s > c, setting 1/gamma = 0\n",
      "v = 542407188.4398241 m / s > c, setting 1/gamma = 0\n",
      "v = 557607035.6118459 m / s > c, setting 1/gamma = 0\n",
      "v = 307191008.33013856 m / s > c, setting 1/gamma = 0\n",
      "v = 434338777.1919982 m / s > c, setting 1/gamma = 0\n",
      "v = 465496323.76748115 m / s > c, setting 1/gamma = 0\n",
      "v = 307984274.9687027 m / s > c, setting 1/gamma = 0\n",
      "v = 321828298.53801537 m / s > c, setting 1/gamma = 0\n",
      "v = 308722057.46411324 m / s > c, setting 1/gamma = 0\n",
      "v = 344679376.60172427 m / s > c, setting 1/gamma = 0\n",
      "v = 302302324.0502799 m / s > c, setting 1/gamma = 0\n",
      "v = 376527155.26248187 m / s > c, setting 1/gamma = 0\n",
      "v = 405326130.6107481 m / s > c, setting 1/gamma = 0\n",
      "v = 322819302.24104697 m / s > c, setting 1/gamma = 0\n",
      "v = 372726325.65291333 m / s > c, setting 1/gamma = 0\n",
      "v = 311794010.47505677 m / s > c, setting 1/gamma = 0\n",
      "v = 330380334.6897884 m / s > c, setting 1/gamma = 0\n",
      "v = 527954191.69075584 m / s > c, setting 1/gamma = 0\n",
      "v = 544051992.0039246 m / s > c, setting 1/gamma = 0\n",
      "v = 305028379.54591185 m / s > c, setting 1/gamma = 0\n",
      "v = 346281661.102309 m / s > c, setting 1/gamma = 0\n",
      "v = 324090030.0750278 m / s > c, setting 1/gamma = 0\n",
      "v = 310949281.80718327 m / s > c, setting 1/gamma = 0\n",
      "v = 344374233.35069036 m / s > c, setting 1/gamma = 0\n",
      "v = 376900236.8847448 m / s > c, setting 1/gamma = 0\n",
      "v = 471761984.2355434 m / s > c, setting 1/gamma = 0\n",
      "v = 488510449.6004331 m / s > c, setting 1/gamma = 0\n",
      "v = 482305688.314387 m / s > c, setting 1/gamma = 0\n",
      "v = 514145547.7860838 m / s > c, setting 1/gamma = 0\n",
      "v = 304146628.17029184 m / s > c, setting 1/gamma = 0\n",
      "v = 550929283.3495954 m / s > c, setting 1/gamma = 0\n",
      "v = 564893713.6568655 m / s > c, setting 1/gamma = 0\n",
      "v = 301034612.8618159 m / s > c, setting 1/gamma = 0\n",
      "v = 323295971.45781934 m / s > c, setting 1/gamma = 0\n",
      "v = 354620085.04713523 m / s > c, setting 1/gamma = 0\n",
      "v = 634035584.2548057 m / s > c, setting 1/gamma = 0\n",
      "v = 635414203.6598518 m / s > c, setting 1/gamma = 0\n",
      "v = 338534791.93028766 m / s > c, setting 1/gamma = 0\n",
      "v = 411020434.62343246 m / s > c, setting 1/gamma = 0\n",
      "v = 445234793.93473554 m / s > c, setting 1/gamma = 0\n",
      "v = 366264710.6544357 m / s > c, setting 1/gamma = 0\n",
      "v = 414571775.9783714 m / s > c, setting 1/gamma = 0\n",
      "v = 314709750.92615503 m / s > c, setting 1/gamma = 0\n",
      "v = 428351152.4240449 m / s > c, setting 1/gamma = 0\n",
      "v = 459387344.80498433 m / s > c, setting 1/gamma = 0\n",
      "v = 388028001.1514062 m / s > c, setting 1/gamma = 0\n",
      "v = 432938626.2673569 m / s > c, setting 1/gamma = 0\n",
      "v = 302501227.02571297 m / s > c, setting 1/gamma = 0\n",
      "v = 325055091.75211203 m / s > c, setting 1/gamma = 0\n",
      "v = 387099020.2546981 m / s > c, setting 1/gamma = 0\n",
      "v = 414686020.109015 m / s > c, setting 1/gamma = 0\n",
      "v = 325314736.5291322 m / s > c, setting 1/gamma = 0\n",
      "v = 692211978.9674047 m / s > c, setting 1/gamma = 0\n",
      "v = 569803769.426067 m / s > c, setting 1/gamma = 0\n",
      "v = 311376272.86167616 m / s > c, setting 1/gamma = 0\n",
      "v = 604386311.8454187 m / s > c, setting 1/gamma = 0\n",
      "v = 612850491.4511456 m / s > c, setting 1/gamma = 0\n",
      "v = 316455945.8732304 m / s > c, setting 1/gamma = 0\n",
      "v = 358233502.2298272 m / s > c, setting 1/gamma = 0\n",
      "v = 438399762.67527854 m / s > c, setting 1/gamma = 0\n",
      "v = 471479376.94498736 m / s > c, setting 1/gamma = 0\n",
      "v = 358365648.8257954 m / s > c, setting 1/gamma = 0\n",
      "v = 394764825.8559532 m / s > c, setting 1/gamma = 0\n",
      "v = 420183778.80371946 m / s > c, setting 1/gamma = 0\n",
      "v = 458177523.795525 m / s > c, setting 1/gamma = 0\n",
      "v = 311744421.4660261 m / s > c, setting 1/gamma = 0\n",
      "v = 337957062.35411847 m / s > c, setting 1/gamma = 0\n",
      "v = 307527738.9758805 m / s > c, setting 1/gamma = 0\n",
      "v = 323863902.17037624 m / s > c, setting 1/gamma = 0\n",
      "v = 401123732.79200774 m / s > c, setting 1/gamma = 0\n",
      "v = 432894851.0914135 m / s > c, setting 1/gamma = 0\n",
      "v = 299922532.7908384 m / s > c, setting 1/gamma = 0\n",
      "v = 301893588.84067667 m / s > c, setting 1/gamma = 0\n",
      "v = 328882084.37532604 m / s > c, setting 1/gamma = 0\n",
      "v = 301712621.7142899 m / s > c, setting 1/gamma = 0\n",
      "v = 319100834.4211426 m / s > c, setting 1/gamma = 0\n",
      "v = 406673950.4934865 m / s > c, setting 1/gamma = 0\n",
      "v = 438380402.54493517 m / s > c, setting 1/gamma = 0\n",
      "v = 304856487.2905235 m / s > c, setting 1/gamma = 0\n",
      "v = 323664632.11191374 m / s > c, setting 1/gamma = 0\n",
      "v = 557482427.3401283 m / s > c, setting 1/gamma = 0\n",
      "v = 570727426.6825434 m / s > c, setting 1/gamma = 0\n",
      "v = 309279754.3341171 m / s > c, setting 1/gamma = 0\n",
      "v = 641216187.1610835 m / s > c, setting 1/gamma = 0\n",
      "v = 526009152.96846265 m / s > c, setting 1/gamma = 0\n",
      "v = 393621215.476138 m / s > c, setting 1/gamma = 0\n",
      "v = 406833998.15166754 m / s > c, setting 1/gamma = 0\n",
      "v = 371730096.8408878 m / s > c, setting 1/gamma = 0\n",
      "v = 419889942.3815203 m / s > c, setting 1/gamma = 0\n",
      "v = 309797976.52519256 m / s > c, setting 1/gamma = 0\n",
      "v = 417583804.2628858 m / s > c, setting 1/gamma = 0\n",
      "v = 447929001.67123544 m / s > c, setting 1/gamma = 0\n",
      "v = 562268262.3423944 m / s > c, setting 1/gamma = 0\n",
      "v = 518938719.08717626 m / s > c, setting 1/gamma = 0\n",
      "v = 327477876.62251675 m / s > c, setting 1/gamma = 0\n",
      "v = 365394332.10228187 m / s > c, setting 1/gamma = 0\n",
      "v = 618312101.3406291 m / s > c, setting 1/gamma = 0\n",
      "v = 620386948.5111233 m / s > c, setting 1/gamma = 0\n",
      "v = 314917413.0956201 m / s > c, setting 1/gamma = 0\n",
      "v = 332536031.80170166 m / s > c, setting 1/gamma = 0\n",
      "v = 367606444.3978206 m / s > c, setting 1/gamma = 0\n",
      "v = 320303888.378319 m / s > c, setting 1/gamma = 0\n",
      "v = 342517491.6629047 m / s > c, setting 1/gamma = 0\n",
      "v = 325930648.47268605 m / s > c, setting 1/gamma = 0\n",
      "v = 472152256.57404834 m / s > c, setting 1/gamma = 0\n",
      "v = 486428580.6697077 m / s > c, setting 1/gamma = 0\n",
      "v = 300723522.0362793 m / s > c, setting 1/gamma = 0\n",
      "v = 332642589.2530319 m / s > c, setting 1/gamma = 0\n",
      "v = 325075994.3279278 m / s > c, setting 1/gamma = 0\n",
      "v = 368563942.4309927 m / s > c, setting 1/gamma = 0\n",
      "v = 329437550.53122824 m / s > c, setting 1/gamma = 0\n",
      "v = 421281732.7856604 m / s > c, setting 1/gamma = 0\n",
      "v = 457987227.1706225 m / s > c, setting 1/gamma = 0\n",
      "v = 304437109.7178045 m / s > c, setting 1/gamma = 0\n",
      "v = 299891206.40130776 m / s > c, setting 1/gamma = 0\n",
      "v = 615457981.2562586 m / s > c, setting 1/gamma = 0\n",
      "v = 505062734.4065398 m / s > c, setting 1/gamma = 0\n",
      "v = 323816248.55031174 m / s > c, setting 1/gamma = 0\n",
      "v = 360126626.64312905 m / s > c, setting 1/gamma = 0\n",
      "v = 325019322.16235524 m / s > c, setting 1/gamma = 0\n",
      "v = 1026510073.2990551 m / s > c, setting 1/gamma = 0\n",
      "v = 928022811.1112207 m / s > c, setting 1/gamma = 0\n",
      "v = 335080826.08417964 m / s > c, setting 1/gamma = 0\n",
      "v = 374614443.39147544 m / s > c, setting 1/gamma = 0\n",
      "v = 343071951.4283978 m / s > c, setting 1/gamma = 0\n",
      "v = 313698525.58844197 m / s > c, setting 1/gamma = 0\n",
      "v = 326100758.0143407 m / s > c, setting 1/gamma = 0\n",
      "v = 344177093.4092057 m / s > c, setting 1/gamma = 0\n",
      "v = 333846926.5855546 m / s > c, setting 1/gamma = 0\n",
      "v = 697647151.6793131 m / s > c, setting 1/gamma = 0\n",
      "v = 573535920.9280975 m / s > c, setting 1/gamma = 0\n",
      "v = 317573996.0195105 m / s > c, setting 1/gamma = 0\n",
      "v = 347824077.3456588 m / s > c, setting 1/gamma = 0\n",
      "v = 304677670.0153006 m / s > c, setting 1/gamma = 0\n",
      "v = 352260351.2425677 m / s > c, setting 1/gamma = 0\n",
      "v = 321056918.7414066 m / s > c, setting 1/gamma = 0\n",
      "v = 308057855.1029605 m / s > c, setting 1/gamma = 0\n",
      "v = 312931854.7637458 m / s > c, setting 1/gamma = 0\n",
      "v = 366397265.93492466 m / s > c, setting 1/gamma = 0\n",
      "v = 309418950.8195609 m / s > c, setting 1/gamma = 0\n",
      "v = 338603535.7389614 m / s > c, setting 1/gamma = 0\n",
      "v = 372113958.48203063 m / s > c, setting 1/gamma = 0\n",
      "v = 456556924.74664944 m / s > c, setting 1/gamma = 0\n",
      "v = 488845290.48289275 m / s > c, setting 1/gamma = 0\n",
      "v = 329490832.52511585 m / s > c, setting 1/gamma = 0\n",
      "v = 347906884.04173046 m / s > c, setting 1/gamma = 0\n",
      "v = 424276434.2750023 m / s > c, setting 1/gamma = 0\n",
      "v = 464563786.5737619 m / s > c, setting 1/gamma = 0\n",
      "v = 344784315.2209144 m / s > c, setting 1/gamma = 0\n",
      "v = 363200046.7496007 m / s > c, setting 1/gamma = 0\n",
      "v = 301600084.59906584 m / s > c, setting 1/gamma = 0\n",
      "v = 345049130.6138419 m / s > c, setting 1/gamma = 0\n",
      "v = 325004429.74990964 m / s > c, setting 1/gamma = 0\n",
      "v = 680061628.6025602 m / s > c, setting 1/gamma = 0\n",
      "v = 559132018.3793374 m / s > c, setting 1/gamma = 0\n",
      "v = 310631888.2018789 m / s > c, setting 1/gamma = 0\n",
      "v = 346868492.3789452 m / s > c, setting 1/gamma = 0\n",
      "v = 315243387.1767092 m / s > c, setting 1/gamma = 0\n",
      "v = 334688698.56088865 m / s > c, setting 1/gamma = 0\n",
      "v = 318058437.8071508 m / s > c, setting 1/gamma = 0\n",
      "v = 442332904.72455084 m / s > c, setting 1/gamma = 0\n",
      "v = 489668923.8985808 m / s > c, setting 1/gamma = 0\n",
      "v = 309645470.27704525 m / s > c, setting 1/gamma = 0\n",
      "v = 362086315.43363565 m / s > c, setting 1/gamma = 0\n",
      "v = 465296181.4767853 m / s > c, setting 1/gamma = 0\n",
      "v = 497212061.3588791 m / s > c, setting 1/gamma = 0\n",
      "v = 320559290.55867225 m / s > c, setting 1/gamma = 0\n",
      "v = 376621661.79262125 m / s > c, setting 1/gamma = 0\n",
      "v = 301648149.387378 m / s > c, setting 1/gamma = 0\n",
      "v = 477377047.9304107 m / s > c, setting 1/gamma = 0\n",
      "v = 493234731.391435 m / s > c, setting 1/gamma = 0\n",
      "v = 360039856.7475998 m / s > c, setting 1/gamma = 0\n",
      "v = 400352036.64089257 m / s > c, setting 1/gamma = 0\n",
      "v = 305471629.9488267 m / s > c, setting 1/gamma = 0\n",
      "v = 300273895.16951877 m / s > c, setting 1/gamma = 0\n",
      "v = 317304624.7927172 m / s > c, setting 1/gamma = 0\n",
      "v = 550460792.268211 m / s > c, setting 1/gamma = 0\n",
      "v = 494310408.3073677 m / s > c, setting 1/gamma = 0\n",
      "v = 327114718.29584813 m / s > c, setting 1/gamma = 0\n",
      "v = 359628255.17691463 m / s > c, setting 1/gamma = 0\n",
      "v = 301056738.6924021 m / s > c, setting 1/gamma = 0\n",
      "v = 321370991.25954926 m / s > c, setting 1/gamma = 0\n",
      "v = 454346084.8701208 m / s > c, setting 1/gamma = 0\n",
      "v = 488617306.57008845 m / s > c, setting 1/gamma = 0\n",
      "v = 460874792.1893512 m / s > c, setting 1/gamma = 0\n",
      "v = 506665460.2215541 m / s > c, setting 1/gamma = 0\n",
      "v = 422004398.3299026 m / s > c, setting 1/gamma = 0\n",
      "v = 461117911.3307896 m / s > c, setting 1/gamma = 0\n",
      "v = 325236396.01308036 m / s > c, setting 1/gamma = 0\n",
      "v = 366287836.9214224 m / s > c, setting 1/gamma = 0\n",
      "v = 321848130.2301737 m / s > c, setting 1/gamma = 0\n",
      "v = 700809762.605882 m / s > c, setting 1/gamma = 0\n",
      "v = 577930781.304285 m / s > c, setting 1/gamma = 0\n",
      "v = 327819731.4680853 m / s > c, setting 1/gamma = 0\n",
      "v = 356227630.77739584 m / s > c, setting 1/gamma = 0\n",
      "v = 316087938.0936755 m / s > c, setting 1/gamma = 0\n",
      "v = 335022365.60745645 m / s > c, setting 1/gamma = 0\n",
      "v = 320909822.7573803 m / s > c, setting 1/gamma = 0\n",
      "v = 321294125.5748922 m / s > c, setting 1/gamma = 0\n",
      "v = 662125844.0336016 m / s > c, setting 1/gamma = 0\n",
      "v = 545203492.0677181 m / s > c, setting 1/gamma = 0\n",
      "v = 317259090.50948894 m / s > c, setting 1/gamma = 0\n",
      "v = 336368655.5195731 m / s > c, setting 1/gamma = 0\n",
      "v = 357307904.7068632 m / s > c, setting 1/gamma = 0\n",
      "v = 770047078.7797785 m / s > c, setting 1/gamma = 0\n",
      "v = 636804001.2463304 m / s > c, setting 1/gamma = 0\n",
      "v = 301961706.9634374 m / s > c, setting 1/gamma = 0\n",
      "v = 316550472.4173417 m / s > c, setting 1/gamma = 0\n",
      "v = 407709484.4932971 m / s > c, setting 1/gamma = 0\n",
      "v = 456734573.5687495 m / s > c, setting 1/gamma = 0\n",
      "v = 338825713.9692241 m / s > c, setting 1/gamma = 0\n",
      "v = 384597298.96272254 m / s > c, setting 1/gamma = 0\n",
      "v = 383439172.1792827 m / s > c, setting 1/gamma = 0\n",
      "v = 426894791.1386333 m / s > c, setting 1/gamma = 0\n",
      "v = 452267571.983903 m / s > c, setting 1/gamma = 0\n",
      "v = 484485956.8343575 m / s > c, setting 1/gamma = 0\n",
      "v = 313047285.45066977 m / s > c, setting 1/gamma = 0\n",
      "v = 336377402.7730847 m / s > c, setting 1/gamma = 0\n",
      "v = 506196161.2128524 m / s > c, setting 1/gamma = 0\n",
      "v = 520999475.33832544 m / s > c, setting 1/gamma = 0\n",
      "v = 433095962.94920677 m / s > c, setting 1/gamma = 0\n",
      "v = 468828600.7924507 m / s > c, setting 1/gamma = 0\n",
      "v = 327188457.826453 m / s > c, setting 1/gamma = 0\n",
      "v = 352055255.7869281 m / s > c, setting 1/gamma = 0\n",
      "v = 655616428.365381 m / s > c, setting 1/gamma = 0\n",
      "v = 659051118.1011939 m / s > c, setting 1/gamma = 0\n",
      "v = 323313054.97824657 m / s > c, setting 1/gamma = 0\n",
      "v = 360874557.6706815 m / s > c, setting 1/gamma = 0\n",
      "v = 316609147.07724357 m / s > c, setting 1/gamma = 0\n",
      "v = 336052134.85704273 m / s > c, setting 1/gamma = 0\n",
      "v = 368821803.59690845 m / s > c, setting 1/gamma = 0\n",
      "v = 419299456.34563285 m / s > c, setting 1/gamma = 0\n",
      "v = 457702747.9175169 m / s > c, setting 1/gamma = 0\n",
      "v = 355969884.43307084 m / s > c, setting 1/gamma = 0\n",
      "v = 403346585.8890329 m / s > c, setting 1/gamma = 0\n",
      "v = 320952011.4934935 m / s > c, setting 1/gamma = 0\n",
      "v = 347006641.4545152 m / s > c, setting 1/gamma = 0\n",
      "v = 389842188.35592395 m / s > c, setting 1/gamma = 0\n",
      "v = 446715407.3148161 m / s > c, setting 1/gamma = 0\n",
      "v = 412210522.104849 m / s > c, setting 1/gamma = 0\n",
      "v = 449612498.82118046 m / s > c, setting 1/gamma = 0\n",
      "v = 445051777.698363 m / s > c, setting 1/gamma = 0\n",
      "v = 463544729.1886598 m / s > c, setting 1/gamma = 0\n",
      "v = 321188727.81782424 m / s > c, setting 1/gamma = 0\n",
      "v = 313000406.849925 m / s > c, setting 1/gamma = 0\n",
      "v = 350113053.5477401 m / s > c, setting 1/gamma = 0\n",
      "v = 318314539.6382812 m / s > c, setting 1/gamma = 0\n",
      "v = 531492393.7983249 m / s > c, setting 1/gamma = 0\n",
      "v = 522328162.9575429 m / s > c, setting 1/gamma = 0\n",
      "v = 316837867.0566938 m / s > c, setting 1/gamma = 0\n",
      "v = 356177484.945777 m / s > c, setting 1/gamma = 0\n",
      "v = 300286426.5739679 m / s > c, setting 1/gamma = 0\n",
      "v = 503201876.2526842 m / s > c, setting 1/gamma = 0\n",
      "v = 530107125.09403753 m / s > c, setting 1/gamma = 0\n",
      "v = 349591804.17795545 m / s > c, setting 1/gamma = 0\n",
      "v = 402553712.11522377 m / s > c, setting 1/gamma = 0\n",
      "v = 299926487.77910423 m / s > c, setting 1/gamma = 0\n",
      "v = 327909535.5017957 m / s > c, setting 1/gamma = 0\n",
      "v = 427298413.7133518 m / s > c, setting 1/gamma = 0\n",
      "v = 478961975.9147416 m / s > c, setting 1/gamma = 0\n",
      "v = 373527815.2356749 m / s > c, setting 1/gamma = 0\n",
      "v = 420321473.16357327 m / s > c, setting 1/gamma = 0\n",
      "v = 476154586.38901675 m / s > c, setting 1/gamma = 0\n",
      "v = 508262265.4587889 m / s > c, setting 1/gamma = 0\n",
      "v = 334974267.29135746 m / s > c, setting 1/gamma = 0\n",
      "v = 339211861.1493564 m / s > c, setting 1/gamma = 0\n",
      "v = 370322954.247359 m / s > c, setting 1/gamma = 0\n",
      "v = 310026101.0486563 m / s > c, setting 1/gamma = 0\n",
      "v = 331963389.5082777 m / s > c, setting 1/gamma = 0\n",
      "v = 374266162.24586123 m / s > c, setting 1/gamma = 0\n",
      "v = 402285489.2114358 m / s > c, setting 1/gamma = 0\n",
      "v = 365230707.75639224 m / s > c, setting 1/gamma = 0\n",
      "v = 815864069.3419895 m / s > c, setting 1/gamma = 0\n",
      "v = 677924039.0220114 m / s > c, setting 1/gamma = 0\n",
      "v = 316381136.2910285 m / s > c, setting 1/gamma = 0\n",
      "v = 352856341.0082009 m / s > c, setting 1/gamma = 0\n",
      "v = 336032526.83402807 m / s > c, setting 1/gamma = 0\n",
      "v = 367533655.1721751 m / s > c, setting 1/gamma = 0\n",
      "v = 492635887.7728872 m / s > c, setting 1/gamma = 0\n",
      "v = 499167484.8209325 m / s > c, setting 1/gamma = 0\n",
      "v = 350773100.0101031 m / s > c, setting 1/gamma = 0\n",
      "v = 765971746.1041441 m / s > c, setting 1/gamma = 0\n",
      "v = 632371833.3308595 m / s > c, setting 1/gamma = 0\n",
      "v = 436304817.8161783 m / s > c, setting 1/gamma = 0\n",
      "v = 484056879.0871035 m / s > c, setting 1/gamma = 0\n",
      "v = 335613712.3071239 m / s > c, setting 1/gamma = 0\n",
      "v = 387425189.5560947 m / s > c, setting 1/gamma = 0\n",
      "v = 487004111.3639273 m / s > c, setting 1/gamma = 0\n",
      "v = 529120395.138308 m / s > c, setting 1/gamma = 0\n",
      "v = 459473250.8305035 m / s > c, setting 1/gamma = 0\n",
      "v = 492786994.36098444 m / s > c, setting 1/gamma = 0\n",
      "v = 301501417.8832447 m / s > c, setting 1/gamma = 0\n",
      "v = 328282424.911606 m / s > c, setting 1/gamma = 0\n",
      "v = 449404170.56347394 m / s > c, setting 1/gamma = 0\n",
      "v = 467787160.6314371 m / s > c, setting 1/gamma = 0\n",
      "v = 351787319.6737504 m / s > c, setting 1/gamma = 0\n",
      "v = 406076831.2939478 m / s > c, setting 1/gamma = 0\n",
      "v = 304245040.3078241 m / s > c, setting 1/gamma = 0\n",
      "v = 341594242.55992603 m / s > c, setting 1/gamma = 0\n",
      "v = 323035831.88060427 m / s > c, setting 1/gamma = 0\n",
      "v = 362636241.47332853 m / s > c, setting 1/gamma = 0\n",
      "v = 334480987.27340007 m / s > c, setting 1/gamma = 0\n",
      "v = 712815973.8891984 m / s > c, setting 1/gamma = 0\n",
      "v = 587783781.1454514 m / s > c, setting 1/gamma = 0\n",
      "v = 428282131.7080133 m / s > c, setting 1/gamma = 0\n",
      "v = 458933216.56094843 m / s > c, setting 1/gamma = 0\n",
      "v = 302254962.93058926 m / s > c, setting 1/gamma = 0\n",
      "v = 354293005.99983555 m / s > c, setting 1/gamma = 0\n",
      "v = 306448164.2050876 m / s > c, setting 1/gamma = 0\n",
      "v = 337903970.17746454 m / s > c, setting 1/gamma = 0\n",
      "v = 327916284.7943061 m / s > c, setting 1/gamma = 0\n",
      "v = 303375280.3921048 m / s > c, setting 1/gamma = 0\n",
      "v = 341199837.3453322 m / s > c, setting 1/gamma = 0\n",
      "v = 303356276.7067501 m / s > c, setting 1/gamma = 0\n",
      "v = 439754418.5023737 m / s > c, setting 1/gamma = 0\n",
      "v = 471499351.06708294 m / s > c, setting 1/gamma = 0\n",
      "v = 328336988.2439104 m / s > c, setting 1/gamma = 0\n",
      "v = 385539166.6944639 m / s > c, setting 1/gamma = 0\n",
      "v = 316169365.97756714 m / s > c, setting 1/gamma = 0\n",
      "v = 350995344.4463396 m / s > c, setting 1/gamma = 0\n",
      "v = 305407030.45530874 m / s > c, setting 1/gamma = 0\n",
      "v = 343053023.31600714 m / s > c, setting 1/gamma = 0\n",
      "v = 733980041.4960098 m / s > c, setting 1/gamma = 0\n",
      "v = 606804193.0077968 m / s > c, setting 1/gamma = 0\n",
      "v = 418746237.4163132 m / s > c, setting 1/gamma = 0\n",
      "v = 451804287.9803778 m / s > c, setting 1/gamma = 0\n",
      "v = 334512910.1787397 m / s > c, setting 1/gamma = 0\n",
      "v = 384358831.37475365 m / s > c, setting 1/gamma = 0\n",
      "v = 313136348.3339869 m / s > c, setting 1/gamma = 0\n",
      "v = 341337214.9191761 m / s > c, setting 1/gamma = 0\n",
      "v = 301253266.3636879 m / s > c, setting 1/gamma = 0\n",
      "v = 349622062.1168681 m / s > c, setting 1/gamma = 0\n",
      "v = 321273003.529454 m / s > c, setting 1/gamma = 0\n",
      "v = 307809984.7615181 m / s > c, setting 1/gamma = 0\n",
      "v = 348907082.0887151 m / s > c, setting 1/gamma = 0\n",
      "v = 381248586.7043182 m / s > c, setting 1/gamma = 0\n",
      "v = 511912201.2496642 m / s > c, setting 1/gamma = 0\n",
      "v = 516361590.6589365 m / s > c, setting 1/gamma = 0\n",
      "v = 316558579.2288439 m / s > c, setting 1/gamma = 0\n",
      "v = 338277720.9918461 m / s > c, setting 1/gamma = 0\n",
      "v = 367921296.09247047 m / s > c, setting 1/gamma = 0\n",
      "v = 395670080.2549871 m / s > c, setting 1/gamma = 0\n",
      "v = 470741580.98358643 m / s > c, setting 1/gamma = 0\n",
      "v = 488936706.31767946 m / s > c, setting 1/gamma = 0\n",
      "v = 321172377.6928139 m / s > c, setting 1/gamma = 0\n",
      "v = 312310870.92174476 m / s > c, setting 1/gamma = 0\n",
      "v = 330606444.1986442 m / s > c, setting 1/gamma = 0\n",
      "v = 425214863.9071936 m / s > c, setting 1/gamma = 0\n",
      "v = 454304637.6683734 m / s > c, setting 1/gamma = 0\n",
      "v = 385956328.9109996 m / s > c, setting 1/gamma = 0\n",
      "v = 440864260.42204285 m / s > c, setting 1/gamma = 0\n",
      "v = 423556735.13319933 m / s > c, setting 1/gamma = 0\n",
      "v = 458527134.5670353 m / s > c, setting 1/gamma = 0\n",
      "v = 488105306.91512185 m / s > c, setting 1/gamma = 0\n",
      "v = 511376162.49149007 m / s > c, setting 1/gamma = 0\n",
      "v = 300647168.8009962 m / s > c, setting 1/gamma = 0\n",
      "v = 333730761.18002 m / s > c, setting 1/gamma = 0\n",
      "v = 331830804.8368935 m / s > c, setting 1/gamma = 0\n",
      "v = 350635386.2561634 m / s > c, setting 1/gamma = 0\n",
      "v = 530114868.0454581 m / s > c, setting 1/gamma = 0\n",
      "v = 542151966.7348713 m / s > c, setting 1/gamma = 0\n",
      "v = 546765572.2889456 m / s > c, setting 1/gamma = 0\n",
      "v = 505688933.18890095 m / s > c, setting 1/gamma = 0\n",
      "v = 320287573.48221093 m / s > c, setting 1/gamma = 0\n",
      "v = 327075408.3393621 m / s > c, setting 1/gamma = 0\n",
      "v = 341797650.4202011 m / s > c, setting 1/gamma = 0\n",
      "v = 522987112.0396683 m / s > c, setting 1/gamma = 0\n",
      "v = 540139811.1551847 m / s > c, setting 1/gamma = 0\n",
      "v = 322667891.52441835 m / s > c, setting 1/gamma = 0\n",
      "v = 300295751.986772 m / s > c, setting 1/gamma = 0\n",
      "v = 326163881.0459579 m / s > c, setting 1/gamma = 0\n",
      "v = 306683918.1826663 m / s > c, setting 1/gamma = 0\n",
      "v = 346951902.1170267 m / s > c, setting 1/gamma = 0\n",
      "v = 400434913.79926056 m / s > c, setting 1/gamma = 0\n",
      "v = 356407209.36647004 m / s > c, setting 1/gamma = 0\n",
      "v = 395979327.8773372 m / s > c, setting 1/gamma = 0\n",
      "v = 474731522.56610835 m / s > c, setting 1/gamma = 0\n",
      "v = 511218821.66390485 m / s > c, setting 1/gamma = 0\n",
      "v = 306921498.5673523 m / s > c, setting 1/gamma = 0\n",
      "v = 330244764.97817516 m / s > c, setting 1/gamma = 0\n",
      "v = 356901776.76221853 m / s > c, setting 1/gamma = 0\n",
      "v = 784399468.55031 m / s > c, setting 1/gamma = 0\n",
      "v = 650616931.1118581 m / s > c, setting 1/gamma = 0\n",
      "v = 345071912.42585844 m / s > c, setting 1/gamma = 0\n",
      "v = 379811830.2432142 m / s > c, setting 1/gamma = 0\n",
      "v = 318710334.06408924 m / s > c, setting 1/gamma = 0\n",
      "v = 346540384.7251059 m / s > c, setting 1/gamma = 0\n",
      "v = 332009656.96603256 m / s > c, setting 1/gamma = 0\n",
      "v = 349898389.6527349 m / s > c, setting 1/gamma = 0\n",
      "v = 453861158.05809164 m / s > c, setting 1/gamma = 0\n",
      "v = 468213776.88972646 m / s > c, setting 1/gamma = 0\n",
      "v = 300205583.2765357 m / s > c, setting 1/gamma = 0\n",
      "v = 334042257.0054299 m / s > c, setting 1/gamma = 0\n",
      "v = 315933868.15801895 m / s > c, setting 1/gamma = 0\n",
      "v = 332308922.4876781 m / s > c, setting 1/gamma = 0\n",
      "v = 412496158.1600331 m / s > c, setting 1/gamma = 0\n",
      "v = 450743622.7346589 m / s > c, setting 1/gamma = 0\n",
      "v = 304399357.6770589 m / s > c, setting 1/gamma = 0\n",
      "v = 352868234.7488935 m / s > c, setting 1/gamma = 0\n",
      "v = 324909415.56411827 m / s > c, setting 1/gamma = 0\n",
      "v = 362480819.5815677 m / s > c, setting 1/gamma = 0\n",
      "v = 408365197.0359342 m / s > c, setting 1/gamma = 0\n",
      "v = 373661370.1003708 m / s > c, setting 1/gamma = 0\n",
      "v = 410811538.2399789 m / s > c, setting 1/gamma = 0\n",
      "v = 359444320.3123805 m / s > c, setting 1/gamma = 0\n",
      "v = 415852654.3607816 m / s > c, setting 1/gamma = 0\n",
      "v = 305491098.7347803 m / s > c, setting 1/gamma = 0\n",
      "v = 328560128.59012276 m / s > c, setting 1/gamma = 0\n",
      "v = 313712584.6843842 m / s > c, setting 1/gamma = 0\n",
      "v = 346717428.2900241 m / s > c, setting 1/gamma = 0\n",
      "v = 480804367.54646504 m / s > c, setting 1/gamma = 0\n",
      "v = 487418212.0388088 m / s > c, setting 1/gamma = 0\n",
      "v = 363891888.1343722 m / s > c, setting 1/gamma = 0\n",
      "v = 399469159.08764416 m / s > c, setting 1/gamma = 0\n",
      "v = 332105222.3068155 m / s > c, setting 1/gamma = 0\n",
      "v = 308229774.0360122 m / s > c, setting 1/gamma = 0\n",
      "v = 312605375.89805377 m / s > c, setting 1/gamma = 0\n",
      "v = 334538578.3232375 m / s > c, setting 1/gamma = 0\n",
      "v = 426312261.9069279 m / s > c, setting 1/gamma = 0\n",
      "v = 448679314.160567 m / s > c, setting 1/gamma = 0\n",
      "v = 421463342.1939382 m / s > c, setting 1/gamma = 0\n",
      "v = 442481023.38017815 m / s > c, setting 1/gamma = 0\n",
      "v = 316985619.7314557 m / s > c, setting 1/gamma = 0\n",
      "v = 338873560.3008482 m / s > c, setting 1/gamma = 0\n",
      "v = 392337190.3706506 m / s > c, setting 1/gamma = 0\n",
      "v = 395310761.31840557 m / s > c, setting 1/gamma = 0\n",
      "v = 450261377.69442356 m / s > c, setting 1/gamma = 0\n",
      "v = 337971987.38721657 m / s > c, setting 1/gamma = 0\n",
      "v = 381076464.019353 m / s > c, setting 1/gamma = 0\n",
      "v = 328036024.4194747 m / s > c, setting 1/gamma = 0\n",
      "v = 363412811.4780943 m / s > c, setting 1/gamma = 0\n",
      "v = 394685671.3188367 m / s > c, setting 1/gamma = 0\n",
      "v = 544348601.381 m / s > c, setting 1/gamma = 0\n",
      "v = 515407943.3771334 m / s > c, setting 1/gamma = 0\n",
      "v = 385910389.51952434 m / s > c, setting 1/gamma = 0\n",
      "v = 416007536.78273576 m / s > c, setting 1/gamma = 0\n",
      "v = 419045009.60785055 m / s > c, setting 1/gamma = 0\n",
      "v = 442495796.5164655 m / s > c, setting 1/gamma = 0\n",
      "v = 516217424.35771596 m / s > c, setting 1/gamma = 0\n",
      "v = 510928202.58541274 m / s > c, setting 1/gamma = 0\n",
      "v = 312550852.3358371 m / s > c, setting 1/gamma = 0\n",
      "v = 351354453.00099045 m / s > c, setting 1/gamma = 0\n",
      "v = 427214190.6910597 m / s > c, setting 1/gamma = 0\n",
      "v = 456101533.1203633 m / s > c, setting 1/gamma = 0\n",
      "v = 315765912.50282794 m / s > c, setting 1/gamma = 0\n",
      "v = 306221733.2150515 m / s > c, setting 1/gamma = 0\n",
      "v = 352593116.71722317 m / s > c, setting 1/gamma = 0\n",
      "v = 525613054.6054811 m / s > c, setting 1/gamma = 0\n",
      "v = 559403196.8035103 m / s > c, setting 1/gamma = 0\n",
      "v = 318132396.8173596 m / s > c, setting 1/gamma = 0\n",
      "v = 373791088.5952161 m / s > c, setting 1/gamma = 0\n",
      "v = 371297235.5629528 m / s > c, setting 1/gamma = 0\n",
      "v = 392890294.74877113 m / s > c, setting 1/gamma = 0\n",
      "v = 334732520.88100463 m / s > c, setting 1/gamma = 0\n",
      "v = 303026750.1042252 m / s > c, setting 1/gamma = 0\n",
      "v = 332273130.1378266 m / s > c, setting 1/gamma = 0\n",
      "v = 422217454.8500079 m / s > c, setting 1/gamma = 0\n",
      "v = 439986600.3088818 m / s > c, setting 1/gamma = 0\n",
      "v = 420043829.8976887 m / s > c, setting 1/gamma = 0\n",
      "v = 450072087.20686513 m / s > c, setting 1/gamma = 0\n",
      "v = 341140255.21658945 m / s > c, setting 1/gamma = 0\n",
      "v = 371232356.5398662 m / s > c, setting 1/gamma = 0\n",
      "v = 313337316.6176029 m / s > c, setting 1/gamma = 0\n",
      "v = 360518820.33639026 m / s > c, setting 1/gamma = 0\n",
      "v = 393509798.0847706 m / s > c, setting 1/gamma = 0\n",
      "v = 440902253.4644501 m / s > c, setting 1/gamma = 0\n",
      "v = 314329927.55908716 m / s > c, setting 1/gamma = 0\n",
      "v = 342603312.81197494 m / s > c, setting 1/gamma = 0\n",
      "v = 471495336.6801415 m / s > c, setting 1/gamma = 0\n",
      "v = 507664069.8502272 m / s > c, setting 1/gamma = 0\n",
      "v = 344016190.71272576 m / s > c, setting 1/gamma = 0\n",
      "v = 399949137.2295381 m / s > c, setting 1/gamma = 0\n",
      "v = 318983808.047063 m / s > c, setting 1/gamma = 0\n",
      "v = 303049405.32007706 m / s > c, setting 1/gamma = 0\n",
      "v = 302332491.45907265 m / s > c, setting 1/gamma = 0\n",
      "v = 324122076.6017019 m / s > c, setting 1/gamma = 0\n",
      "v = 306274489.9629925 m / s > c, setting 1/gamma = 0\n",
      "v = 625516100.5185897 m / s > c, setting 1/gamma = 0\n",
      "v = 513465445.474254 m / s > c, setting 1/gamma = 0\n",
      "v = 310863504.76796526 m / s > c, setting 1/gamma = 0\n",
      "v = 390241550.24343956 m / s > c, setting 1/gamma = 0\n",
      "v = 417636237.0603439 m / s > c, setting 1/gamma = 0\n",
      "v = 460756653.90600383 m / s > c, setting 1/gamma = 0\n",
      "v = 488240168.00698686 m / s > c, setting 1/gamma = 0\n",
      "v = 322253667.81066495 m / s > c, setting 1/gamma = 0\n",
      "v = 301083508.43696886 m / s > c, setting 1/gamma = 0\n",
      "v = 516831517.7137946 m / s > c, setting 1/gamma = 0\n",
      "v = 538835338.616864 m / s > c, setting 1/gamma = 0\n",
      "v = 406585572.17173743 m / s > c, setting 1/gamma = 0\n",
      "v = 447111481.4387165 m / s > c, setting 1/gamma = 0\n",
      "v = 330350595.47326237 m / s > c, setting 1/gamma = 0\n",
      "v = 308277618.5238481 m / s > c, setting 1/gamma = 0\n",
      "v = 654610914.4109021 m / s > c, setting 1/gamma = 0\n",
      "v = 537731067.7905136 m / s > c, setting 1/gamma = 0\n",
      "v = 317785425.5192355 m / s > c, setting 1/gamma = 0\n",
      "v = 369372502.8752645 m / s > c, setting 1/gamma = 0\n",
      "v = 386855507.88273054 m / s > c, setting 1/gamma = 0\n",
      "v = 301699082.41114306 m / s > c, setting 1/gamma = 0\n",
      "v = 343944353.7014581 m / s > c, setting 1/gamma = 0\n",
      "v = 330358001.2890689 m / s > c, setting 1/gamma = 0\n",
      "v = 393280520.01708937 m / s > c, setting 1/gamma = 0\n",
      "v = 319094114.9388996 m / s > c, setting 1/gamma = 0\n",
      "v = 317042219.4701797 m / s > c, setting 1/gamma = 0\n",
      "v = 388945183.31587106 m / s > c, setting 1/gamma = 0\n",
      "v = 434735529.63041234 m / s > c, setting 1/gamma = 0\n",
      "v = 337117127.0030692 m / s > c, setting 1/gamma = 0\n",
      "v = 362160550.04601884 m / s > c, setting 1/gamma = 0\n",
      "v = 494923133.3829368 m / s > c, setting 1/gamma = 0\n",
      "v = 527385975.64922523 m / s > c, setting 1/gamma = 0\n",
      "v = 300059353.8583902 m / s > c, setting 1/gamma = 0\n",
      "v = 331989640.78691715 m / s > c, setting 1/gamma = 0\n",
      "v = 449025550.75314236 m / s > c, setting 1/gamma = 0\n",
      "v = 473949747.64882797 m / s > c, setting 1/gamma = 0\n",
      "v = 315513504.3706825 m / s > c, setting 1/gamma = 0\n",
      "v = 373078727.3737652 m / s > c, setting 1/gamma = 0\n",
      "v = 334166952.3329622 m / s > c, setting 1/gamma = 0\n",
      "v = 355339686.1454139 m / s > c, setting 1/gamma = 0\n",
      "v = 347285170.9629573 m / s > c, setting 1/gamma = 0\n",
      "v = 363459900.0406663 m / s > c, setting 1/gamma = 0\n",
      "v = 305100296.05142725 m / s > c, setting 1/gamma = 0\n",
      "v = 343771240.3070501 m / s > c, setting 1/gamma = 0\n",
      "v = 328808346.08306056 m / s > c, setting 1/gamma = 0\n",
      "v = 317488174.0132313 m / s > c, setting 1/gamma = 0\n",
      "v = 352236096.0993918 m / s > c, setting 1/gamma = 0\n",
      "v = 307048564.70660806 m / s > c, setting 1/gamma = 0\n",
      "v = 324909226.60595125 m / s > c, setting 1/gamma = 0\n",
      "v = 346253046.17025554 m / s > c, setting 1/gamma = 0\n",
      "v = 380418698.03409433 m / s > c, setting 1/gamma = 0\n",
      "v = 324323067.0831337 m / s > c, setting 1/gamma = 0\n",
      "v = 373444802.0227542 m / s > c, setting 1/gamma = 0\n",
      "v = 320298861.46882576 m / s > c, setting 1/gamma = 0\n",
      "v = 305789189.3497444 m / s > c, setting 1/gamma = 0\n",
      "v = 306386309.03079855 m / s > c, setting 1/gamma = 0\n",
      "v = 382883377.77820194 m / s > c, setting 1/gamma = 0\n",
      "v = 413641972.56963474 m / s > c, setting 1/gamma = 0\n",
      "v = 381525357.96647364 m / s > c, setting 1/gamma = 0\n",
      "v = 436763878.35208386 m / s > c, setting 1/gamma = 0\n",
      "v = 314749168.8383682 m / s > c, setting 1/gamma = 0\n",
      "v = 327717638.7117526 m / s > c, setting 1/gamma = 0\n",
      "v = 365137021.2757912 m / s > c, setting 1/gamma = 0\n",
      "v = 370134706.1171759 m / s > c, setting 1/gamma = 0\n",
      "v = 435322350.5894409 m / s > c, setting 1/gamma = 0\n",
      "v = 333621619.3759507 m / s > c, setting 1/gamma = 0\n",
      "v = 533016255.3464222 m / s > c, setting 1/gamma = 0\n",
      "v = 576066038.6666886 m / s > c, setting 1/gamma = 0\n",
      "v = 302907875.4534249 m / s > c, setting 1/gamma = 0\n",
      "v = 312138728.7737706 m / s > c, setting 1/gamma = 0\n",
      "v = 357473341.1104453 m / s > c, setting 1/gamma = 0\n",
      "v = 418883476.6373429 m / s > c, setting 1/gamma = 0\n",
      "v = 439483430.78569514 m / s > c, setting 1/gamma = 0\n",
      "v = 474369132.39915246 m / s > c, setting 1/gamma = 0\n",
      "v = 396498873.03690946 m / s > c, setting 1/gamma = 0\n",
      "v = 428984899.4637369 m / s > c, setting 1/gamma = 0\n",
      "v = 350181394.71929884 m / s > c, setting 1/gamma = 0\n",
      "v = 411265399.0451141 m / s > c, setting 1/gamma = 0\n",
      "v = 408007594.5641617 m / s > c, setting 1/gamma = 0\n",
      "v = 421949732.27417845 m / s > c, setting 1/gamma = 0\n",
      "v = 341601825.0154851 m / s > c, setting 1/gamma = 0\n",
      "v = 389365489.2609135 m / s > c, setting 1/gamma = 0\n",
      "v = 302692993.0903939 m / s > c, setting 1/gamma = 0\n",
      "v = 352142007.6429398 m / s > c, setting 1/gamma = 0\n",
      "v = 381446722.2654034 m / s > c, setting 1/gamma = 0\n",
      "v = 430668975.75044984 m / s > c, setting 1/gamma = 0\n",
      "v = 301968301.87784463 m / s > c, setting 1/gamma = 0\n",
      "v = 464819416.5689743 m / s > c, setting 1/gamma = 0\n",
      "v = 494431430.9731231 m / s > c, setting 1/gamma = 0\n",
      "v = 301369436.0397551 m / s > c, setting 1/gamma = 0\n",
      "v = 314119870.2402126 m / s > c, setting 1/gamma = 0\n",
      "v = 455529657.9762745 m / s > c, setting 1/gamma = 0\n",
      "v = 475216313.0870438 m / s > c, setting 1/gamma = 0\n",
      "v = 328250057.7236718 m / s > c, setting 1/gamma = 0\n",
      "v = 367068613.75441074 m / s > c, setting 1/gamma = 0\n",
      "v = 308974806.3214634 m / s > c, setting 1/gamma = 0\n",
      "v = 636305672.2002184 m / s > c, setting 1/gamma = 0\n",
      "v = 522092844.34658414 m / s > c, setting 1/gamma = 0\n",
      "v = 449486599.30364954 m / s > c, setting 1/gamma = 0\n",
      "v = 500614909.6188813 m / s > c, setting 1/gamma = 0\n",
      "v = 418653476.1904767 m / s > c, setting 1/gamma = 0\n",
      "v = 457157055.0071665 m / s > c, setting 1/gamma = 0\n",
      "v = 331956484.7741749 m / s > c, setting 1/gamma = 0\n",
      "v = 304007488.01319987 m / s > c, setting 1/gamma = 0\n",
      "v = 449019553.71049345 m / s > c, setting 1/gamma = 0\n",
      "v = 466554808.2452976 m / s > c, setting 1/gamma = 0\n",
      "v = 353858239.57425034 m / s > c, setting 1/gamma = 0\n",
      "v = 412205650.10333854 m / s > c, setting 1/gamma = 0\n",
      "v = 311178648.0240848 m / s > c, setting 1/gamma = 0\n",
      "v = 656944877.7501546 m / s > c, setting 1/gamma = 0\n",
      "v = 541032777.355488 m / s > c, setting 1/gamma = 0\n",
      "v = 315463483.17395896 m / s > c, setting 1/gamma = 0\n",
      "v = 355273370.28138375 m / s > c, setting 1/gamma = 0\n",
      "v = 396733802.9835765 m / s > c, setting 1/gamma = 0\n",
      "v = 383192526.98980826 m / s > c, setting 1/gamma = 0\n",
      "v = 433097238.6959698 m / s > c, setting 1/gamma = 0\n",
      "v = 307163278.56356454 m / s > c, setting 1/gamma = 0\n",
      "v = 395202362.7839032 m / s > c, setting 1/gamma = 0\n",
      "v = 431333234.4096914 m / s > c, setting 1/gamma = 0\n",
      "v = 422976071.1408393 m / s > c, setting 1/gamma = 0\n",
      "v = 472223410.95231456 m / s > c, setting 1/gamma = 0\n",
      "v = 308570788.78517747 m / s > c, setting 1/gamma = 0\n",
      "v = 329839046.9004277 m / s > c, setting 1/gamma = 0\n",
      "v = 511082875.6957874 m / s > c, setting 1/gamma = 0\n",
      "v = 515983165.2545657 m / s > c, setting 1/gamma = 0\n",
      "v = 340036109.38422954 m / s > c, setting 1/gamma = 0\n",
      "v = 363873466.5616981 m / s > c, setting 1/gamma = 0\n",
      "v = 304233447.0125926 m / s > c, setting 1/gamma = 0\n",
      "v = 619390235.3913375 m / s > c, setting 1/gamma = 0\n",
      "v = 508274559.44951254 m / s > c, setting 1/gamma = 0\n",
      "v = 303915260.8819103 m / s > c, setting 1/gamma = 0\n",
      "v = 335635551.0383313 m / s > c, setting 1/gamma = 0\n",
      "v = 355463777.09589916 m / s > c, setting 1/gamma = 0\n",
      "v = 387176134.11936647 m / s > c, setting 1/gamma = 0\n",
      "v = 371573082.49382764 m / s > c, setting 1/gamma = 0\n",
      "v = 430499338.4782158 m / s > c, setting 1/gamma = 0\n",
      "v = 317146884.14643484 m / s > c, setting 1/gamma = 0\n",
      "v = 344830836.6831995 m / s > c, setting 1/gamma = 0\n",
      "v = 317743010.73157114 m / s > c, setting 1/gamma = 0\n",
      "v = 388057797.83925503 m / s > c, setting 1/gamma = 0\n",
      "v = 450319357.2475191 m / s > c, setting 1/gamma = 0\n",
      "v = 306846560.01697904 m / s > c, setting 1/gamma = 0\n",
      "v = 363502675.73359144 m / s > c, setting 1/gamma = 0\n",
      "v = 381473951.06752795 m / s > c, setting 1/gamma = 0\n",
      "v = 410448571.0032667 m / s > c, setting 1/gamma = 0\n",
      "v = 434856515.67933977 m / s > c, setting 1/gamma = 0\n",
      "v = 309596006.3998221 m / s > c, setting 1/gamma = 0\n",
      "v = 309584967.06207913 m / s > c, setting 1/gamma = 0\n",
      "v = 365597293.9660187 m / s > c, setting 1/gamma = 0\n",
      "v = 413211179.9591418 m / s > c, setting 1/gamma = 0\n",
      "v = 318882066.5581649 m / s > c, setting 1/gamma = 0\n",
      "v = 342958141.8855585 m / s > c, setting 1/gamma = 0\n",
      "v = 338360077.4850029 m / s > c, setting 1/gamma = 0\n",
      "v = 377764519.5668628 m / s > c, setting 1/gamma = 0\n",
      "v = 342688952.17386204 m / s > c, setting 1/gamma = 0\n",
      "v = 408854528.8746932 m / s > c, setting 1/gamma = 0\n",
      "v = 399807373.6348007 m / s > c, setting 1/gamma = 0\n",
      "v = 422379112.2195793 m / s > c, setting 1/gamma = 0\n",
      "v = 331351462.5683786 m / s > c, setting 1/gamma = 0\n",
      "v = 554193120.7332762 m / s > c, setting 1/gamma = 0\n",
      "v = 510443315.99403334 m / s > c, setting 1/gamma = 0\n",
      "v = 301203567.22877467 m / s > c, setting 1/gamma = 0\n",
      "v = 312460785.7002127 m / s > c, setting 1/gamma = 0\n",
      "v = 361802978.00144017 m / s > c, setting 1/gamma = 0\n",
      "v = 319941928.4588323 m / s > c, setting 1/gamma = 0\n",
      "v = 372203513.34445703 m / s > c, setting 1/gamma = 0\n",
      "v = 382413236.64242303 m / s > c, setting 1/gamma = 0\n",
      "v = 442668789.9197485 m / s > c, setting 1/gamma = 0\n",
      "v = 335181128.96331674 m / s > c, setting 1/gamma = 0\n",
      "v = 394439481.75109893 m / s > c, setting 1/gamma = 0\n",
      "v = 312741545.60268694 m / s > c, setting 1/gamma = 0\n",
      "v = 348257267.92748487 m / s > c, setting 1/gamma = 0\n",
      "v = 310001706.1413626 m / s > c, setting 1/gamma = 0\n",
      "v = 327639544.05876565 m / s > c, setting 1/gamma = 0\n",
      "v = 353839449.43749905 m / s > c, setting 1/gamma = 0\n",
      "v = 345593386.52512205 m / s > c, setting 1/gamma = 0\n",
      "v = 767373630.8819147 m / s > c, setting 1/gamma = 0\n",
      "v = 637098702.2644367 m / s > c, setting 1/gamma = 0\n",
      "v = 337250183.8627323 m / s > c, setting 1/gamma = 0\n",
      "v = 372757904.5767678 m / s > c, setting 1/gamma = 0\n",
      "v = 325444960.6738211 m / s > c, setting 1/gamma = 0\n",
      "v = 328798974.8813774 m / s > c, setting 1/gamma = 0\n",
      "v = 681737907.6902272 m / s > c, setting 1/gamma = 0\n",
      "v = 562063352.6400511 m / s > c, setting 1/gamma = 0\n",
      "v = 314283714.68397385 m / s > c, setting 1/gamma = 0\n",
      "v = 467581232.2082619 m / s > c, setting 1/gamma = 0\n",
      "v = 490269267.8099598 m / s > c, setting 1/gamma = 0\n",
      "v = 482101532.74446803 m / s > c, setting 1/gamma = 0\n",
      "v = 507338497.3477981 m / s > c, setting 1/gamma = 0\n",
      "v = 333787645.0253069 m / s > c, setting 1/gamma = 0\n",
      "v = 391047773.16259944 m / s > c, setting 1/gamma = 0\n",
      "v = 338262559.1796534 m / s > c, setting 1/gamma = 0\n",
      "v = 310156567.96065277 m / s > c, setting 1/gamma = 0\n",
      "v = 344940017.5932779 m / s > c, setting 1/gamma = 0\n",
      "v = 311777145.38067895 m / s > c, setting 1/gamma = 0\n",
      "v = 333960779.5838595 m / s > c, setting 1/gamma = 0\n",
      "v = 526269576.3407897 m / s > c, setting 1/gamma = 0\n",
      "v = 532267962.802413 m / s > c, setting 1/gamma = 0\n",
      "v = 431466178.6620706 m / s > c, setting 1/gamma = 0\n",
      "v = 458913680.3101697 m / s > c, setting 1/gamma = 0\n",
      "v = 356182577.9871595 m / s > c, setting 1/gamma = 0\n",
      "v = 327909771.25423396 m / s > c, setting 1/gamma = 0\n",
      "v = 369436333.6737776 m / s > c, setting 1/gamma = 0\n",
      "v = 408292640.23793066 m / s > c, setting 1/gamma = 0\n",
      "v = 431527400.405919 m / s > c, setting 1/gamma = 0\n",
      "v = 363875470.217594 m / s > c, setting 1/gamma = 0\n",
      "v = 403223900.8960475 m / s > c, setting 1/gamma = 0\n",
      "v = 458791001.44244885 m / s > c, setting 1/gamma = 0\n",
      "v = 516523660.98265725 m / s > c, setting 1/gamma = 0\n",
      "v = 404725264.43945324 m / s > c, setting 1/gamma = 0\n",
      "v = 434461232.967638 m / s > c, setting 1/gamma = 0\n",
      "v = 460858819.77001035 m / s > c, setting 1/gamma = 0\n",
      "v = 476141451.51328737 m / s > c, setting 1/gamma = 0\n",
      "v = 418116396.60890007 m / s > c, setting 1/gamma = 0\n",
      "v = 470615821.30693007 m / s > c, setting 1/gamma = 0\n",
      "v = 384750824.3385497 m / s > c, setting 1/gamma = 0\n",
      "v = 427522135.0542184 m / s > c, setting 1/gamma = 0\n",
      "v = 494154256.6855591 m / s > c, setting 1/gamma = 0\n",
      "v = 538907149.0424765 m / s > c, setting 1/gamma = 0\n",
      "v = 313828806.6085467 m / s > c, setting 1/gamma = 0\n",
      "v = 366578692.98741853 m / s > c, setting 1/gamma = 0\n",
      "v = 339186528.04601735 m / s > c, setting 1/gamma = 0\n",
      "v = 319463303.0064671 m / s > c, setting 1/gamma = 0\n",
      "v = 390466641.465503 m / s > c, setting 1/gamma = 0\n",
      "v = 337398499.4529507 m / s > c, setting 1/gamma = 0\n",
      "v = 377752567.95462936 m / s > c, setting 1/gamma = 0\n",
      "v = 301379595.7028879 m / s > c, setting 1/gamma = 0\n",
      "v = 331186669.3962558 m / s > c, setting 1/gamma = 0\n",
      "v = 510367496.96680504 m / s > c, setting 1/gamma = 0\n",
      "v = 554053769.9785395 m / s > c, setting 1/gamma = 0\n",
      "v = 530746242.6476197 m / s > c, setting 1/gamma = 0\n",
      "v = 525684196.8540318 m / s > c, setting 1/gamma = 0\n",
      "v = 335955581.352602 m / s > c, setting 1/gamma = 0\n",
      "v = 726441051.0137084 m / s > c, setting 1/gamma = 0\n",
      "v = 601586892.8769492 m / s > c, setting 1/gamma = 0\n",
      "v = 315614366.7379153 m / s > c, setting 1/gamma = 0\n",
      "v = 331970422.57776487 m / s > c, setting 1/gamma = 0\n",
      "v = 348331914.56037956 m / s > c, setting 1/gamma = 0\n",
      "v = 339558702.1841872 m / s > c, setting 1/gamma = 0\n",
      "v = 378815180.8850587 m / s > c, setting 1/gamma = 0\n",
      "v = 342712056.6709846 m / s > c, setting 1/gamma = 0\n",
      "v = 394990381.0910408 m / s > c, setting 1/gamma = 0\n",
      "v = 437618224.9999449 m / s > c, setting 1/gamma = 0\n",
      "v = 472166752.328784 m / s > c, setting 1/gamma = 0\n",
      "v = 499170723.49957126 m / s > c, setting 1/gamma = 0\n",
      "v = 456596128.9727774 m / s > c, setting 1/gamma = 0\n",
      "v = 486436246.7469666 m / s > c, setting 1/gamma = 0\n",
      "v = 300689989.48446 m / s > c, setting 1/gamma = 0\n",
      "v = 323662717.8368266 m / s > c, setting 1/gamma = 0\n",
      "v = 363487955.76739293 m / s > c, setting 1/gamma = 0\n",
      "v = 309877027.12646055 m / s > c, setting 1/gamma = 0\n",
      "v = 385009458.60065526 m / s > c, setting 1/gamma = 0\n",
      "v = 417142066.60947436 m / s > c, setting 1/gamma = 0\n",
      "v = 321041333.5590744 m / s > c, setting 1/gamma = 0\n",
      "v = 362164988.01704884 m / s > c, setting 1/gamma = 0\n",
      "v = 418376334.65697193 m / s > c, setting 1/gamma = 0\n",
      "v = 480667179.296976 m / s > c, setting 1/gamma = 0\n",
      "v = 310535338.0859692 m / s > c, setting 1/gamma = 0\n",
      "v = 474341212.7541396 m / s > c, setting 1/gamma = 0\n",
      "v = 491512688.6951568 m / s > c, setting 1/gamma = 0\n",
      "v = 396104947.7606968 m / s > c, setting 1/gamma = 0\n",
      "v = 434001105.56515974 m / s > c, setting 1/gamma = 0\n",
      "v = 386757854.20486253 m / s > c, setting 1/gamma = 0\n",
      "v = 404581232.739526 m / s > c, setting 1/gamma = 0\n",
      "v = 321533483.3834364 m / s > c, setting 1/gamma = 0\n",
      "v = 421299052.9746689 m / s > c, setting 1/gamma = 0\n",
      "v = 477449536.77328503 m / s > c, setting 1/gamma = 0\n",
      "v = 468907191.4828346 m / s > c, setting 1/gamma = 0\n",
      "v = 477344069.43840486 m / s > c, setting 1/gamma = 0\n",
      "v = 302486397.091684 m / s > c, setting 1/gamma = 0\n",
      "v = 326407956.10749066 m / s > c, setting 1/gamma = 0\n",
      "v = 489667978.42778903 m / s > c, setting 1/gamma = 0\n",
      "v = 509776870.8426167 m / s > c, setting 1/gamma = 0\n",
      "v = 310381651.7537006 m / s > c, setting 1/gamma = 0\n",
      "v = 339972765.3897384 m / s > c, setting 1/gamma = 0\n",
      "v = 377108014.7875728 m / s > c, setting 1/gamma = 0\n",
      "v = 420756700.7316283 m / s > c, setting 1/gamma = 0\n",
      "v = 447389110.6115497 m / s > c, setting 1/gamma = 0\n",
      "v = 449897607.3667781 m / s > c, setting 1/gamma = 0\n",
      "v = 393274905.3899674 m / s > c, setting 1/gamma = 0\n",
      "v = 440391083.650313 m / s > c, setting 1/gamma = 0\n",
      "v = 325063038.60956377 m / s > c, setting 1/gamma = 0\n",
      "v = 361230778.54427546 m / s > c, setting 1/gamma = 0\n",
      "v = 387593821.4884735 m / s > c, setting 1/gamma = 0\n",
      "v = 411976004.3841404 m / s > c, setting 1/gamma = 0\n",
      "v = 443977889.0872654 m / s > c, setting 1/gamma = 0\n",
      "v = 407414432.62445354 m / s > c, setting 1/gamma = 0\n",
      "v = 420739310.3610234 m / s > c, setting 1/gamma = 0\n",
      "v = 564441685.352263 m / s > c, setting 1/gamma = 0\n",
      "v = 533104407.0809797 m / s > c, setting 1/gamma = 0\n",
      "v = 311583847.4150382 m / s > c, setting 1/gamma = 0\n",
      "v = 325404632.9870714 m / s > c, setting 1/gamma = 0\n",
      "v = 376376519.9608416 m / s > c, setting 1/gamma = 0\n",
      "v = 396813167.5441015 m / s > c, setting 1/gamma = 0\n",
      "v = 430319279.94404966 m / s > c, setting 1/gamma = 0\n",
      "v = 463373416.6826086 m / s > c, setting 1/gamma = 0\n",
      "v = 448954504.31981236 m / s > c, setting 1/gamma = 0\n",
      "v = 325239493.10513806 m / s > c, setting 1/gamma = 0\n",
      "v = 373303279.03841656 m / s > c, setting 1/gamma = 0\n",
      "v = 407904806.80428547 m / s > c, setting 1/gamma = 0\n",
      "v = 321595671.493916 m / s > c, setting 1/gamma = 0\n",
      "v = 372627515.86362237 m / s > c, setting 1/gamma = 0\n",
      "v = 301643718.0329668 m / s > c, setting 1/gamma = 0\n",
      "v = 325836867.7909718 m / s > c, setting 1/gamma = 0\n",
      "v = 341823873.3971483 m / s > c, setting 1/gamma = 0\n",
      "v = 389106433.2204477 m / s > c, setting 1/gamma = 0\n",
      "v = 305683459.72136056 m / s > c, setting 1/gamma = 0\n",
      "v = 620223259.1534287 m / s > c, setting 1/gamma = 0\n",
      "v = 507934753.33734864 m / s > c, setting 1/gamma = 0\n",
      "v = 313163510.54830474 m / s > c, setting 1/gamma = 0\n",
      "v = 340310999.3094116 m / s > c, setting 1/gamma = 0\n",
      "v = 302811850.13587505 m / s > c, setting 1/gamma = 0\n",
      "v = 332910749.44809395 m / s > c, setting 1/gamma = 0\n",
      "v = 310783188.31551886 m / s > c, setting 1/gamma = 0\n",
      "v = 365278969.4053377 m / s > c, setting 1/gamma = 0\n",
      "v = 342838989.2244662 m / s > c, setting 1/gamma = 0\n",
      "v = 366896405.8431582 m / s > c, setting 1/gamma = 0\n",
      "v = 301625057.72602916 m / s > c, setting 1/gamma = 0\n",
      "v = 590978554.7736937 m / s > c, setting 1/gamma = 0\n",
      "v = 485849123.94383824 m / s > c, setting 1/gamma = 0\n",
      "v = 310152285.81027186 m / s > c, setting 1/gamma = 0\n",
      "v = 341867296.49827766 m / s > c, setting 1/gamma = 0\n",
      "v = 429173870.7891799 m / s > c, setting 1/gamma = 0\n",
      "v = 441261214.9190987 m / s > c, setting 1/gamma = 0\n",
      "v = 312699697.48004955 m / s > c, setting 1/gamma = 0\n",
      "v = 328153269.7685138 m / s > c, setting 1/gamma = 0\n",
      "v = 309234739.3404762 m / s > c, setting 1/gamma = 0\n",
      "v = 358316932.6762625 m / s > c, setting 1/gamma = 0\n",
      "v = 306151735.76498955 m / s > c, setting 1/gamma = 0\n",
      "v = 340502675.3680773 m / s > c, setting 1/gamma = 0\n",
      "v = 316300368.12446505 m / s > c, setting 1/gamma = 0\n",
      "v = 302961128.6690418 m / s > c, setting 1/gamma = 0\n",
      "v = 320171705.9074169 m / s > c, setting 1/gamma = 0\n",
      "v = 317283543.3844349 m / s > c, setting 1/gamma = 0\n",
      "v = 369143462.05233353 m / s > c, setting 1/gamma = 0\n",
      "v = 334841126.7876289 m / s > c, setting 1/gamma = 0\n",
      "v = 373198075.00254786 m / s > c, setting 1/gamma = 0\n",
      "v = 320920497.69520116 m / s > c, setting 1/gamma = 0\n",
      "v = 365150826.96262246 m / s > c, setting 1/gamma = 0\n",
      "v = 405940493.3863489 m / s > c, setting 1/gamma = 0\n",
      "v = 326053692.6578788 m / s > c, setting 1/gamma = 0\n",
      "v = 348680598.37597656 m / s > c, setting 1/gamma = 0\n",
      "v = 325422193.98380315 m / s > c, setting 1/gamma = 0\n",
      "v = 356876888.78313833 m / s > c, setting 1/gamma = 0\n",
      "v = 348893087.2214911 m / s > c, setting 1/gamma = 0\n",
      "v = 316962427.93779653 m / s > c, setting 1/gamma = 0\n",
      "v = 349476449.0935337 m / s > c, setting 1/gamma = 0\n",
      "v = 346063080.5136758 m / s > c, setting 1/gamma = 0\n",
      "v = 385808911.9846993 m / s > c, setting 1/gamma = 0\n",
      "v = 380732331.7486434 m / s > c, setting 1/gamma = 0\n",
      "v = 399534284.77914375 m / s > c, setting 1/gamma = 0\n",
      "v = 308310050.3295416 m / s > c, setting 1/gamma = 0\n",
      "v = 341034634.9841555 m / s > c, setting 1/gamma = 0\n",
      "v = 303212529.8673287 m / s > c, setting 1/gamma = 0\n",
      "v = 372412373.50918436 m / s > c, setting 1/gamma = 0\n",
      "v = 394454370.48429507 m / s > c, setting 1/gamma = 0\n",
      "v = 410696178.4859768 m / s > c, setting 1/gamma = 0\n",
      "v = 439847516.6302842 m / s > c, setting 1/gamma = 0\n",
      "v = 332579687.20022786 m / s > c, setting 1/gamma = 0\n",
      "v = 357526139.07357734 m / s > c, setting 1/gamma = 0\n",
      "v = 342492220.1657855 m / s > c, setting 1/gamma = 0\n",
      "v = 389976061.1890136 m / s > c, setting 1/gamma = 0\n",
      "v = 392608726.1014638 m / s > c, setting 1/gamma = 0\n",
      "v = 432821738.8720215 m / s > c, setting 1/gamma = 0\n",
      "v = 320532616.2145912 m / s > c, setting 1/gamma = 0\n",
      "v = 337172462.9722926 m / s > c, setting 1/gamma = 0\n",
      "v = 308032717.36101425 m / s > c, setting 1/gamma = 0\n",
      "v = 314944644.6430855 m / s > c, setting 1/gamma = 0\n",
      "v = 366224955.98303705 m / s > c, setting 1/gamma = 0\n",
      "v = 304347285.092162 m / s > c, setting 1/gamma = 0\n",
      "v = 321299702.38581157 m / s > c, setting 1/gamma = 0\n",
      "v = 302683072.2703166 m / s > c, setting 1/gamma = 0\n",
      "v = 405481633.48102427 m / s > c, setting 1/gamma = 0\n",
      "v = 446720135.5922101 m / s > c, setting 1/gamma = 0\n",
      "v = 303841167.0772143 m / s > c, setting 1/gamma = 0\n",
      "v = 323864402.1993744 m / s > c, setting 1/gamma = 0\n",
      "v = 388373514.36456615 m / s > c, setting 1/gamma = 0\n",
      "v = 441610601.8329101 m / s > c, setting 1/gamma = 0\n",
      "v = 482354910.1484211 m / s > c, setting 1/gamma = 0\n",
      "v = 486396979.41493946 m / s > c, setting 1/gamma = 0\n",
      "v = 313057626.44530135 m / s > c, setting 1/gamma = 0\n",
      "v = 335285566.026828 m / s > c, setting 1/gamma = 0\n",
      "v = 327667307.3560977 m / s > c, setting 1/gamma = 0\n",
      "v = 361069424.9491748 m / s > c, setting 1/gamma = 0\n",
      "v = 346780531.82949823 m / s > c, setting 1/gamma = 0\n",
      "v = 302974586.4645733 m / s > c, setting 1/gamma = 0\n",
      "v = 324365028.79594684 m / s > c, setting 1/gamma = 0\n",
      "v = 509868576.7742285 m / s > c, setting 1/gamma = 0\n",
      "v = 482003205.867358 m / s > c, setting 1/gamma = 0\n",
      "v = 322005391.1826298 m / s > c, setting 1/gamma = 0\n",
      "v = 321713904.98838025 m / s > c, setting 1/gamma = 0\n",
      "v = 343036974.54964817 m / s > c, setting 1/gamma = 0\n",
      "v = 308420034.1319055 m / s > c, setting 1/gamma = 0\n",
      "v = 337759134.450004 m / s > c, setting 1/gamma = 0\n",
      "v = 317918517.51147497 m / s > c, setting 1/gamma = 0\n",
      "v = 608563712.4954585 m / s > c, setting 1/gamma = 0\n",
      "v = 500880580.4476532 m / s > c, setting 1/gamma = 0\n",
      "v = 311068047.6189709 m / s > c, setting 1/gamma = 0\n",
      "v = 366319528.5791789 m / s > c, setting 1/gamma = 0\n",
      "v = 460063653.3475058 m / s > c, setting 1/gamma = 0\n",
      "v = 467658599.5781263 m / s > c, setting 1/gamma = 0\n",
      "v = 336422455.4281986 m / s > c, setting 1/gamma = 0\n",
      "v = 352883965.33033204 m / s > c, setting 1/gamma = 0\n",
      "v = 330185018.6672732 m / s > c, setting 1/gamma = 0\n",
      "v = 364798789.2473721 m / s > c, setting 1/gamma = 0\n",
      "v = 370234910.04528016 m / s > c, setting 1/gamma = 0\n",
      "v = 410345607.62668514 m / s > c, setting 1/gamma = 0\n",
      "v = 331527725.02388674 m / s > c, setting 1/gamma = 0\n",
      "v = 352045649.84568524 m / s > c, setting 1/gamma = 0\n",
      "v = 323277447.03943795 m / s > c, setting 1/gamma = 0\n",
      "v = 397834709.58387524 m / s > c, setting 1/gamma = 0\n",
      "v = 421976942.54151946 m / s > c, setting 1/gamma = 0\n",
      "v = 368306622.71390045 m / s > c, setting 1/gamma = 0\n",
      "v = 378794391.3129283 m / s > c, setting 1/gamma = 0\n",
      "v = 425291983.22772735 m / s > c, setting 1/gamma = 0\n",
      "v = 451754004.7736856 m / s > c, setting 1/gamma = 0\n",
      "v = 320012296.40244853 m / s > c, setting 1/gamma = 0\n",
      "v = 335815529.7446641 m / s > c, setting 1/gamma = 0\n",
      "v = 320014139.12655723 m / s > c, setting 1/gamma = 0\n",
      "v = 358642419.60487264 m / s > c, setting 1/gamma = 0\n",
      "v = 332644324.2432893 m / s > c, setting 1/gamma = 0\n",
      "v = 374598418.547666 m / s > c, setting 1/gamma = 0\n",
      "v = 304629405.33170676 m / s > c, setting 1/gamma = 0\n",
      "v = 306784449.63070273 m / s > c, setting 1/gamma = 0\n",
      "v = 356992841.7818053 m / s > c, setting 1/gamma = 0\n",
      "v = 321203144.1072809 m / s > c, setting 1/gamma = 0\n",
      "v = 370325345.2337935 m / s > c, setting 1/gamma = 0\n",
      "v = 299894095.5917747 m / s > c, setting 1/gamma = 0\n",
      "v = 321971934.2078714 m / s > c, setting 1/gamma = 0\n",
      "v = 399185870.991214 m / s > c, setting 1/gamma = 0\n",
      "v = 436829787.0151887 m / s > c, setting 1/gamma = 0\n",
      "v = 319067737.7647217 m / s > c, setting 1/gamma = 0\n",
      "v = 340007421.5605157 m / s > c, setting 1/gamma = 0\n",
      "v = 423705084.91672456 m / s > c, setting 1/gamma = 0\n",
      "v = 449146259.8727069 m / s > c, setting 1/gamma = 0\n",
      "v = 386046269.5478641 m / s > c, setting 1/gamma = 0\n",
      "v = 399789433.3122721 m / s > c, setting 1/gamma = 0\n",
      "v = 324872298.3707506 m / s > c, setting 1/gamma = 0\n",
      "v = 439746587.55490166 m / s > c, setting 1/gamma = 0\n",
      "v = 468191408.13474166 m / s > c, setting 1/gamma = 0\n",
      "v = 443605615.13545966 m / s > c, setting 1/gamma = 0\n",
      "v = 466880169.20948863 m / s > c, setting 1/gamma = 0\n",
      "v = 354316676.829057 m / s > c, setting 1/gamma = 0\n",
      "v = 409352036.8270101 m / s > c, setting 1/gamma = 0\n",
      "v = 315107990.50839627 m / s > c, setting 1/gamma = 0\n",
      "v = 635585108.4347637 m / s > c, setting 1/gamma = 0\n",
      "v = 519774794.18011737 m / s > c, setting 1/gamma = 0\n",
      "v = 304549765.15201277 m / s > c, setting 1/gamma = 0\n",
      "v = 377950706.3342091 m / s > c, setting 1/gamma = 0\n",
      "v = 429136431.29810894 m / s > c, setting 1/gamma = 0\n",
      "v = 458936470.85521233 m / s > c, setting 1/gamma = 0\n",
      "v = 474548127.66627264 m / s > c, setting 1/gamma = 0\n",
      "v = 337662559.0003373 m / s > c, setting 1/gamma = 0\n",
      "v = 365107254.00842327 m / s > c, setting 1/gamma = 0\n",
      "v = 405122191.9178246 m / s > c, setting 1/gamma = 0\n",
      "v = 440861524.96886146 m / s > c, setting 1/gamma = 0\n",
      "v = 413757845.25771016 m / s > c, setting 1/gamma = 0\n",
      "v = 453527002.5901988 m / s > c, setting 1/gamma = 0\n",
      "v = 347149613.7247993 m / s > c, setting 1/gamma = 0\n",
      "v = 363430648.0959628 m / s > c, setting 1/gamma = 0\n",
      "v = 339215102.68276787 m / s > c, setting 1/gamma = 0\n",
      "v = 392215052.2094745 m / s > c, setting 1/gamma = 0\n",
      "v = 431784188.3382727 m / s > c, setting 1/gamma = 0\n",
      "v = 325983571.09709144 m / s > c, setting 1/gamma = 0\n",
      "v = 342994801.85069114 m / s > c, setting 1/gamma = 0\n",
      "v = 302118405.51149637 m / s > c, setting 1/gamma = 0\n",
      "v = 355123773.3073471 m / s > c, setting 1/gamma = 0\n",
      "v = 319200840.9805393 m / s > c, setting 1/gamma = 0\n",
      "v = 629753327.8144323 m / s > c, setting 1/gamma = 0\n",
      "v = 516975787.3507316 m / s > c, setting 1/gamma = 0\n",
      "v = 300794967.14998573 m / s > c, setting 1/gamma = 0\n",
      "v = 318461800.7583247 m / s > c, setting 1/gamma = 0\n",
      "v = 328632753.008702 m / s > c, setting 1/gamma = 0\n",
      "v = 381658022.3626479 m / s > c, setting 1/gamma = 0\n",
      "v = 318156772.50002533 m / s > c, setting 1/gamma = 0\n",
      "v = 329863661.24441546 m / s > c, setting 1/gamma = 0\n",
      "v = 356255234.4026238 m / s > c, setting 1/gamma = 0\n",
      "v = 321022458.2923528 m / s > c, setting 1/gamma = 0\n",
      "v = 366039122.47387016 m / s > c, setting 1/gamma = 0\n",
      "v = 416860911.0143539 m / s > c, setting 1/gamma = 0\n",
      "v = 449693639.2458443 m / s > c, setting 1/gamma = 0\n",
      "v = 326510636.35850126 m / s > c, setting 1/gamma = 0\n",
      "v = 326685427.6524379 m / s > c, setting 1/gamma = 0\n",
      "v = 332779102.8854677 m / s > c, setting 1/gamma = 0\n",
      "v = 416178889.5042288 m / s > c, setting 1/gamma = 0\n",
      "v = 422749852.76660234 m / s > c, setting 1/gamma = 0\n",
      "v = 302455421.4177777 m / s > c, setting 1/gamma = 0\n",
      "v = 508896835.2787269 m / s > c, setting 1/gamma = 0\n",
      "v = 483451294.7694951 m / s > c, setting 1/gamma = 0\n",
      "v = 349146701.1007829 m / s > c, setting 1/gamma = 0\n",
      "v = 318919622.8711672 m / s > c, setting 1/gamma = 0\n",
      "v = 344062953.3080508 m / s > c, setting 1/gamma = 0\n",
      "v = 334689579.82289284 m / s > c, setting 1/gamma = 0\n",
      "v = 383548395.61809933 m / s > c, setting 1/gamma = 0\n",
      "v = 343889912.1929022 m / s > c, setting 1/gamma = 0\n",
      "v = 391799476.5277884 m / s > c, setting 1/gamma = 0\n",
      "v = 323069882.9275043 m / s > c, setting 1/gamma = 0\n",
      "v = 340592735.9986061 m / s > c, setting 1/gamma = 0\n",
      "v = 329500787.726628 m / s > c, setting 1/gamma = 0\n",
      "v = 382635451.17648077 m / s > c, setting 1/gamma = 0\n",
      "v = 304615289.6101194 m / s > c, setting 1/gamma = 0\n",
      "v = 355965382.74354595 m / s > c, setting 1/gamma = 0\n",
      "v = 374959726.4197485 m / s > c, setting 1/gamma = 0\n",
      "v = 349903502.8566811 m / s > c, setting 1/gamma = 0\n",
      "v = 393886019.6129559 m / s > c, setting 1/gamma = 0\n",
      "v = 408204513.26863253 m / s > c, setting 1/gamma = 0\n",
      "v = 446775693.4234445 m / s > c, setting 1/gamma = 0\n",
      "v = 349577086.35614544 m / s > c, setting 1/gamma = 0\n",
      "v = 365870998.533788 m / s > c, setting 1/gamma = 0\n",
      "v = 331104597.87596154 m / s > c, setting 1/gamma = 0\n",
      "v = 371772845.68526983 m / s > c, setting 1/gamma = 0\n",
      "v = 417860565.69111496 m / s > c, setting 1/gamma = 0\n",
      "v = 349106721.9994556 m / s > c, setting 1/gamma = 0\n",
      "v = 364406579.819893 m / s > c, setting 1/gamma = 0\n",
      "v = 303910976.5340923 m / s > c, setting 1/gamma = 0\n",
      "v = 353666570.9825467 m / s > c, setting 1/gamma = 0\n",
      "v = 403335814.73274 m / s > c, setting 1/gamma = 0\n",
      "v = 434762268.6810224 m / s > c, setting 1/gamma = 0\n",
      "v = 304895011.5993581 m / s > c, setting 1/gamma = 0\n",
      "v = 328994182.5279157 m / s > c, setting 1/gamma = 0\n",
      "v = 324368309.96201015 m / s > c, setting 1/gamma = 0\n",
      "v = 365055523.28618586 m / s > c, setting 1/gamma = 0\n",
      "v = 300935392.16530764 m / s > c, setting 1/gamma = 0\n",
      "v = 349570970.2263954 m / s > c, setting 1/gamma = 0\n",
      "v = 366155806.29821557 m / s > c, setting 1/gamma = 0\n",
      "v = 303188930.6574538 m / s > c, setting 1/gamma = 0\n",
      "v = 345638584.6114241 m / s > c, setting 1/gamma = 0\n",
      "v = 384263754.3410077 m / s > c, setting 1/gamma = 0\n",
      "v = 396527687.194124 m / s > c, setting 1/gamma = 0\n",
      "v = 349586165.97610545 m / s > c, setting 1/gamma = 0\n",
      "v = 386138499.17151195 m / s > c, setting 1/gamma = 0\n",
      "v = 385443852.26169425 m / s > c, setting 1/gamma = 0\n",
      "v = 430324774.07078683 m / s > c, setting 1/gamma = 0\n",
      "v = 323447893.15744895 m / s > c, setting 1/gamma = 0\n",
      "v = 344217809.023772 m / s > c, setting 1/gamma = 0\n",
      "v = 441592711.6929773 m / s > c, setting 1/gamma = 0\n",
      "v = 461258119.0429675 m / s > c, setting 1/gamma = 0\n",
      "v = 306050661.93884087 m / s > c, setting 1/gamma = 0\n",
      "v = 356137626.36350113 m / s > c, setting 1/gamma = 0\n",
      "v = 344289404.7551757 m / s > c, setting 1/gamma = 0\n",
      "v = 380273662.68127316 m / s > c, setting 1/gamma = 0\n",
      "v = 316415285.6746279 m / s > c, setting 1/gamma = 0\n",
      "v = 352151203.8369446 m / s > c, setting 1/gamma = 0\n",
      "v = 396989414.66003793 m / s > c, setting 1/gamma = 0\n",
      "v = 336301933.6641023 m / s > c, setting 1/gamma = 0\n",
      "v = 386995888.3559054 m / s > c, setting 1/gamma = 0\n",
      "v = 309068128.4132122 m / s > c, setting 1/gamma = 0\n",
      "v = 331752545.0825622 m / s > c, setting 1/gamma = 0\n",
      "v = 327780123.59888613 m / s > c, setting 1/gamma = 0\n",
      "v = 360338104.6214135 m / s > c, setting 1/gamma = 0\n",
      "v = 402552348.8208619 m / s > c, setting 1/gamma = 0\n",
      "v = 409249768.97989225 m / s > c, setting 1/gamma = 0\n",
      "v = 425620165.4874124 m / s > c, setting 1/gamma = 0\n",
      "v = 309304112.60766464 m / s > c, setting 1/gamma = 0\n",
      "v = 344244456.3736589 m / s > c, setting 1/gamma = 0\n",
      "v = 301094699.939858 m / s > c, setting 1/gamma = 0\n",
      "v = 324800316.44070905 m / s > c, setting 1/gamma = 0\n",
      "v = 343022401.99134797 m / s > c, setting 1/gamma = 0\n",
      "v = 339072006.0410123 m / s > c, setting 1/gamma = 0\n",
      "v = 383824353.6746844 m / s > c, setting 1/gamma = 0\n",
      "v = 392328051.67262614 m / s > c, setting 1/gamma = 0\n",
      "v = 435943845.9075964 m / s > c, setting 1/gamma = 0\n",
      "v = 388252029.95942545 m / s > c, setting 1/gamma = 0\n",
      "v = 435281760.5507382 m / s > c, setting 1/gamma = 0\n",
      "v = 301901666.1848301 m / s > c, setting 1/gamma = 0\n",
      "v = 327977102.2648376 m / s > c, setting 1/gamma = 0\n",
      "v = 347904849.64142674 m / s > c, setting 1/gamma = 0\n",
      "v = 387656915.96808493 m / s > c, setting 1/gamma = 0\n",
      "v = 454239309.80860084 m / s > c, setting 1/gamma = 0\n",
      "v = 474707058.90319467 m / s > c, setting 1/gamma = 0\n",
      "v = 383311452.6361081 m / s > c, setting 1/gamma = 0\n",
      "v = 403143375.2625141 m / s > c, setting 1/gamma = 0\n",
      "v = 412231391.01609856 m / s > c, setting 1/gamma = 0\n",
      "v = 435825829.1421142 m / s > c, setting 1/gamma = 0\n",
      "v = 331080053.16213346 m / s > c, setting 1/gamma = 0\n",
      "v = 349143560.421767 m / s > c, setting 1/gamma = 0\n",
      "v = 323488490.8306927 m / s > c, setting 1/gamma = 0\n",
      "v = 377547984.3065175 m / s > c, setting 1/gamma = 0\n",
      "v = 321238801.00690943 m / s > c, setting 1/gamma = 0\n",
      "v = 645096681.3269552 m / s > c, setting 1/gamma = 0\n",
      "v = 529219052.39203906 m / s > c, setting 1/gamma = 0\n",
      "v = 305616448.9721659 m / s > c, setting 1/gamma = 0\n",
      "v = 326364109.9251911 m / s > c, setting 1/gamma = 0\n",
      "v = 352685248.2093249 m / s > c, setting 1/gamma = 0\n",
      "v = 407352698.27169377 m / s > c, setting 1/gamma = 0\n",
      "v = 564152248.8776389 m / s > c, setting 1/gamma = 0\n",
      "v = 491124869.0295398 m / s > c, setting 1/gamma = 0\n",
      "v = 335951591.0988089 m / s > c, setting 1/gamma = 0\n",
      "v = 356643518.2070265 m / s > c, setting 1/gamma = 0\n",
      "v = 350664516.0897991 m / s > c, setting 1/gamma = 0\n",
      "v = 744617482.5852835 m / s > c, setting 1/gamma = 0\n",
      "v = 614575516.3606957 m / s > c, setting 1/gamma = 0\n",
      "v = 308059503.278345 m / s > c, setting 1/gamma = 0\n",
      "v = 333127815.4221143 m / s > c, setting 1/gamma = 0\n",
      "v = 448801546.8350728 m / s > c, setting 1/gamma = 0\n",
      "v = 457824450.1907783 m / s > c, setting 1/gamma = 0\n",
      "v = 326889756.92332846 m / s > c, setting 1/gamma = 0\n",
      "v = 358995714.09626806 m / s > c, setting 1/gamma = 0\n",
      "v = 331664447.4845014 m / s > c, setting 1/gamma = 0\n",
      "v = 306344485.82135797 m / s > c, setting 1/gamma = 0\n",
      "v = 360071630.32765096 m / s > c, setting 1/gamma = 0\n",
      "v = 347307307.78435194 m / s > c, setting 1/gamma = 0\n",
      "v = 399376541.8667604 m / s > c, setting 1/gamma = 0\n",
      "v = 433108554.4051059 m / s > c, setting 1/gamma = 0\n",
      "v = 461205066.10436696 m / s > c, setting 1/gamma = 0\n",
      "v = 302064264.18361276 m / s > c, setting 1/gamma = 0\n",
      "v = 344896094.00099814 m / s > c, setting 1/gamma = 0\n",
      "v = 400642249.6253533 m / s > c, setting 1/gamma = 0\n",
      "v = 469806678.495789 m / s > c, setting 1/gamma = 0\n",
      "v = 480506192.73131114 m / s > c, setting 1/gamma = 0\n",
      "v = 309024601.91277504 m / s > c, setting 1/gamma = 0\n",
      "v = 332398442.31923395 m / s > c, setting 1/gamma = 0\n",
      "v = 364748072.4414875 m / s > c, setting 1/gamma = 0\n",
      "v = 402071659.5809532 m / s > c, setting 1/gamma = 0\n",
      "v = 333662216.11066866 m / s > c, setting 1/gamma = 0\n",
      "v = 384330251.9757179 m / s > c, setting 1/gamma = 0\n",
      "v = 327021040.64036393 m / s > c, setting 1/gamma = 0\n",
      "v = 347164408.23543566 m / s > c, setting 1/gamma = 0\n",
      "v = 313337657.0476177 m / s > c, setting 1/gamma = 0\n",
      "v = 356713817.6240349 m / s > c, setting 1/gamma = 0\n",
      "v = 411436860.5908339 m / s > c, setting 1/gamma = 0\n",
      "v = 444179708.13401294 m / s > c, setting 1/gamma = 0\n",
      "v = 311617073.9236932 m / s > c, setting 1/gamma = 0\n",
      "v = 301729504.01751626 m / s > c, setting 1/gamma = 0\n",
      "v = 309567800.2731754 m / s > c, setting 1/gamma = 0\n",
      "v = 318309554.25309 m / s > c, setting 1/gamma = 0\n",
      "v = 370763589.9180175 m / s > c, setting 1/gamma = 0\n",
      "v = 364059076.8940815 m / s > c, setting 1/gamma = 0\n",
      "v = 404832736.79129076 m / s > c, setting 1/gamma = 0\n",
      "v = 330164181.82302266 m / s > c, setting 1/gamma = 0\n",
      "v = 350914452.6787834 m / s > c, setting 1/gamma = 0\n",
      "v = 359200720.9944958 m / s > c, setting 1/gamma = 0\n",
      "v = 387244166.7288887 m / s > c, setting 1/gamma = 0\n",
      "v = 312905581.71842086 m / s > c, setting 1/gamma = 0\n",
      "v = 615224073.388847 m / s > c, setting 1/gamma = 0\n",
      "v = 504833285.5855551 m / s > c, setting 1/gamma = 0\n",
      "v = 335877597.8485467 m / s > c, setting 1/gamma = 0\n",
      "v = 337915139.9091405 m / s > c, setting 1/gamma = 0\n",
      "v = 385121406.98269564 m / s > c, setting 1/gamma = 0\n",
      "v = 312293068.76823175 m / s > c, setting 1/gamma = 0\n",
      "v = 331842226.38462 m / s > c, setting 1/gamma = 0\n",
      "v = 304697659.151288 m / s > c, setting 1/gamma = 0\n",
      "v = 339629403.59322464 m / s > c, setting 1/gamma = 0\n",
      "v = 529530934.4658144 m / s > c, setting 1/gamma = 0\n",
      "v = 482641492.0636355 m / s > c, setting 1/gamma = 0\n",
      "v = 315231854.191057 m / s > c, setting 1/gamma = 0\n",
      "v = 334256321.74633515 m / s > c, setting 1/gamma = 0\n",
      "v = 319772528.97285557 m / s > c, setting 1/gamma = 0\n",
      "v = 372668534.4031713 m / s > c, setting 1/gamma = 0\n",
      "v = 305660051.73576206 m / s > c, setting 1/gamma = 0\n",
      "v = 597326121.5095688 m / s > c, setting 1/gamma = 0\n",
      "v = 489448103.0730857 m / s > c, setting 1/gamma = 0\n",
      "v = 301679739.836777 m / s > c, setting 1/gamma = 0\n",
      "v = 582065264.1378807 m / s > c, setting 1/gamma = 0\n",
      "v = 477359683.945762 m / s > c, setting 1/gamma = 0\n",
      "v = 301536860.7368613 m / s > c, setting 1/gamma = 0\n",
      "v = 361883724.65395045 m / s > c, setting 1/gamma = 0\n",
      "v = 400540085.62454975 m / s > c, setting 1/gamma = 0\n",
      "v = 363720129.9150068 m / s > c, setting 1/gamma = 0\n",
      "v = 377189486.7227956 m / s > c, setting 1/gamma = 0\n",
      "v = 349295560.6784212 m / s > c, setting 1/gamma = 0\n",
      "v = 390689184.0513515 m / s > c, setting 1/gamma = 0\n",
      "v = 378892578.253013 m / s > c, setting 1/gamma = 0\n",
      "v = 388529647.89557266 m / s > c, setting 1/gamma = 0\n",
      "v = 302118464.8258635 m / s > c, setting 1/gamma = 0\n",
      "v = 352265722.5068995 m / s > c, setting 1/gamma = 0\n",
      "v = 513786124.746195 m / s > c, setting 1/gamma = 0\n",
      "v = 490633847.12895423 m / s > c, setting 1/gamma = 0\n",
      "v = 310502974.7688061 m / s > c, setting 1/gamma = 0\n",
      "v = 315571555.45341676 m / s > c, setting 1/gamma = 0\n",
      "v = 335598390.2949537 m / s > c, setting 1/gamma = 0\n",
      "v = 328799591.11852384 m / s > c, setting 1/gamma = 0\n",
      "v = 668638853.7189798 m / s > c, setting 1/gamma = 0\n",
      "v = 550593016.592178 m / s > c, setting 1/gamma = 0\n",
      "v = 301382244.76815987 m / s > c, setting 1/gamma = 0\n",
      "v = 323179531.72509736 m / s > c, setting 1/gamma = 0\n",
      "v = 301477472.16202575 m / s > c, setting 1/gamma = 0\n",
      "v = 347628033.5730423 m / s > c, setting 1/gamma = 0\n",
      "v = 372698773.69117635 m / s > c, setting 1/gamma = 0\n",
      "v = 412701455.86380637 m / s > c, setting 1/gamma = 0\n",
      "v = 305658031.2868882 m / s > c, setting 1/gamma = 0\n",
      "v = 332421251.90106064 m / s > c, setting 1/gamma = 0\n",
      "v = 323522706.6790826 m / s > c, setting 1/gamma = 0\n",
      "v = 477303291.6704921 m / s > c, setting 1/gamma = 0\n",
      "v = 473649574.31985265 m / s > c, setting 1/gamma = 0\n",
      "v = 321462269.81328887 m / s > c, setting 1/gamma = 0\n",
      "v = 307033923.966798 m / s > c, setting 1/gamma = 0\n",
      "v = 328328245.0931735 m / s > c, setting 1/gamma = 0\n",
      "v = 340116273.2225501 m / s > c, setting 1/gamma = 0\n",
      "v = 706606325.541675 m / s > c, setting 1/gamma = 0\n",
      "v = 582447195.9093133 m / s > c, setting 1/gamma = 0\n",
      "v = 314925064.0311921 m / s > c, setting 1/gamma = 0\n",
      "v = 345346737.3670891 m / s > c, setting 1/gamma = 0\n",
      "v = 301059320.0379148 m / s > c, setting 1/gamma = 0\n",
      "v = 583705996.1170218 m / s > c, setting 1/gamma = 0\n",
      "v = 478041502.4087886 m / s > c, setting 1/gamma = 0\n",
      "v = 302766008.82383627 m / s > c, setting 1/gamma = 0\n",
      "v = 331701123.5712906 m / s > c, setting 1/gamma = 0\n",
      "v = 325049433.7027636 m / s > c, setting 1/gamma = 0\n",
      "v = 655435655.8326658 m / s > c, setting 1/gamma = 0\n",
      "v = 538974597.5333908 m / s > c, setting 1/gamma = 0\n",
      "v = 316578902.7106726 m / s > c, setting 1/gamma = 0\n",
      "v = 305947500.34913087 m / s > c, setting 1/gamma = 0\n",
      "v = 606581876.690956 m / s > c, setting 1/gamma = 0\n",
      "v = 497335046.02983314 m / s > c, setting 1/gamma = 0\n",
      "v = 302392737.5500235 m / s > c, setting 1/gamma = 0\n",
      "v = 324628998.0728181 m / s > c, setting 1/gamma = 0\n",
      "v = 331348833.64788276 m / s > c, setting 1/gamma = 0\n",
      "v = 423140106.22656244 m / s > c, setting 1/gamma = 0\n",
      "v = 450211558.2851812 m / s > c, setting 1/gamma = 0\n",
      "v = 314112336.2667702 m / s > c, setting 1/gamma = 0\n",
      "v = 341174366.73069376 m / s > c, setting 1/gamma = 0\n",
      "v = 321300461.0516777 m / s > c, setting 1/gamma = 0\n",
      "v = 304301145.96579784 m / s > c, setting 1/gamma = 0\n",
      "v = 588781599.8137643 m / s > c, setting 1/gamma = 0\n",
      "v = 481920240.2274295 m / s > c, setting 1/gamma = 0\n",
      "v = 307141515.8511567 m / s > c, setting 1/gamma = 0\n",
      "v = 326002306.0208564 m / s > c, setting 1/gamma = 0\n",
      "v = 344333621.40025544 m / s > c, setting 1/gamma = 0\n",
      "v = 377155149.13570684 m / s > c, setting 1/gamma = 0\n",
      "v = 415164666.1871148 m / s > c, setting 1/gamma = 0\n",
      "v = 312190417.57889163 m / s > c, setting 1/gamma = 0\n",
      "v = 333914510.54543835 m / s > c, setting 1/gamma = 0\n",
      "v = 315997008.0662585 m / s > c, setting 1/gamma = 0\n",
      "v = 355985474.7800996 m / s > c, setting 1/gamma = 0\n",
      "v = 305149150.3639386 m / s > c, setting 1/gamma = 0\n",
      "v = 302398144.76704466 m / s > c, setting 1/gamma = 0\n",
      "v = 341047643.30569345 m / s > c, setting 1/gamma = 0\n",
      "v = 348494847.67028254 m / s > c, setting 1/gamma = 0\n",
      "v = 394652310.9369624 m / s > c, setting 1/gamma = 0\n",
      "v = 306630063.73462605 m / s > c, setting 1/gamma = 0\n",
      "v = 312158179.3642286 m / s > c, setting 1/gamma = 0\n",
      "v = 343143887.90309775 m / s > c, setting 1/gamma = 0\n",
      "v = 306787218.6225937 m / s > c, setting 1/gamma = 0\n",
      "v = 591973340.3977526 m / s > c, setting 1/gamma = 0\n",
      "v = 485263321.5319866 m / s > c, setting 1/gamma = 0\n",
      "v = 321753836.5051878 m / s > c, setting 1/gamma = 0\n",
      "v = 339263171.2637259 m / s > c, setting 1/gamma = 0\n",
      "v = 333540478.85322696 m / s > c, setting 1/gamma = 0\n",
      "v = 684987961.519303 m / s > c, setting 1/gamma = 0\n",
      "v = 564106052.8926911 m / s > c, setting 1/gamma = 0\n",
      "v = 300377005.19948244 m / s > c, setting 1/gamma = 0\n",
      "v = 434215083.6660048 m / s > c, setting 1/gamma = 0\n",
      "v = 455169719.38205314 m / s > c, setting 1/gamma = 0\n",
      "v = 353828815.85209006 m / s > c, setting 1/gamma = 0\n",
      "v = 370327294.1491388 m / s > c, setting 1/gamma = 0\n",
      "v = 349675399.21939933 m / s > c, setting 1/gamma = 0\n",
      "v = 390225357.57423586 m / s > c, setting 1/gamma = 0\n",
      "v = 366714073.3055511 m / s > c, setting 1/gamma = 0\n",
      "v = 378877422.3644801 m / s > c, setting 1/gamma = 0\n",
      "v = 318236374.6314696 m / s > c, setting 1/gamma = 0\n",
      "v = 634186135.3535336 m / s > c, setting 1/gamma = 0\n",
      "v = 520579236.7264476 m / s > c, setting 1/gamma = 0\n",
      "v = 419910558.56248516 m / s > c, setting 1/gamma = 0\n",
      "v = 448429072.0218484 m / s > c, setting 1/gamma = 0\n",
      "v = 308831583.66987973 m / s > c, setting 1/gamma = 0\n",
      "v = 337382370.5501149 m / s > c, setting 1/gamma = 0\n",
      "v = 330932670.3387417 m / s > c, setting 1/gamma = 0\n",
      "v = 374136217.41304 m / s > c, setting 1/gamma = 0\n",
      "v = 383968569.5713887 m / s > c, setting 1/gamma = 0\n",
      "v = 427179773.930235 m / s > c, setting 1/gamma = 0\n",
      "v = 350464456.52341247 m / s > c, setting 1/gamma = 0\n",
      "v = 363885792.5697245 m / s > c, setting 1/gamma = 0\n",
      "v = 327560993.5612759 m / s > c, setting 1/gamma = 0\n",
      "v = 378007333.7332922 m / s > c, setting 1/gamma = 0\n",
      "v = 384746104.9037817 m / s > c, setting 1/gamma = 0\n",
      "v = 422625352.0168574 m / s > c, setting 1/gamma = 0\n",
      "v = 299940451.05453914 m / s > c, setting 1/gamma = 0\n",
      "v = 326335086.7944034 m / s > c, setting 1/gamma = 0\n",
      "v = 316381736.5850145 m / s > c, setting 1/gamma = 0\n",
      "v = 636879291.6386414 m / s > c, setting 1/gamma = 0\n",
      "v = 521339694.60984105 m / s > c, setting 1/gamma = 0\n",
      "v = 345749303.6805632 m / s > c, setting 1/gamma = 0\n",
      "v = 380889793.8091016 m / s > c, setting 1/gamma = 0\n",
      "v = 333192577.7932824 m / s > c, setting 1/gamma = 0\n",
      "v = 350362202.35348403 m / s > c, setting 1/gamma = 0\n",
      "v = 431258946.7717886 m / s > c, setting 1/gamma = 0\n",
      "v = 449083901.60551757 m / s > c, setting 1/gamma = 0\n",
      "v = 382864355.13024676 m / s > c, setting 1/gamma = 0\n",
      "v = 390532527.9258636 m / s > c, setting 1/gamma = 0\n",
      "v = 309999270.78399754 m / s > c, setting 1/gamma = 0\n",
      "v = 363128635.0228856 m / s > c, setting 1/gamma = 0\n",
      "v = 336314106.36210084 m / s > c, setting 1/gamma = 0\n",
      "v = 694432110.5065076 m / s > c, setting 1/gamma = 0\n",
      "v = 571683065.9264923 m / s > c, setting 1/gamma = 0\n",
      "v = 302970906.8864096 m / s > c, setting 1/gamma = 0\n",
      "v = 350834203.661178 m / s > c, setting 1/gamma = 0\n",
      "v = 378937604.559336 m / s > c, setting 1/gamma = 0\n",
      "v = 417933424.4940087 m / s > c, setting 1/gamma = 0\n",
      "v = 352758296.58617395 m / s > c, setting 1/gamma = 0\n",
      "v = 373198485.20179754 m / s > c, setting 1/gamma = 0\n",
      "v = 303668846.9704296 m / s > c, setting 1/gamma = 0\n",
      "v = 343206810.4996271 m / s > c, setting 1/gamma = 0\n",
      "v = 330729194.99038124 m / s > c, setting 1/gamma = 0\n",
      "v = 381034002.0132404 m / s > c, setting 1/gamma = 0\n",
      "v = 348154854.19129163 m / s > c, setting 1/gamma = 0\n",
      "v = 364197249.59657794 m / s > c, setting 1/gamma = 0\n",
      "v = 315277218.09932077 m / s > c, setting 1/gamma = 0\n",
      "v = 510020735.0339028 m / s > c, setting 1/gamma = 0\n",
      "v = 484799596.135524 m / s > c, setting 1/gamma = 0\n",
      "v = 332967391.5767332 m / s > c, setting 1/gamma = 0\n",
      "v = 342233423.38932 m / s > c, setting 1/gamma = 0\n",
      "v = 361025246.8164276 m / s > c, setting 1/gamma = 0\n",
      "v = 357202370.2287061 m / s > c, setting 1/gamma = 0\n",
      "v = 394835487.59543586 m / s > c, setting 1/gamma = 0\n",
      "v = 303816696.98973715 m / s > c, setting 1/gamma = 0\n",
      "v = 377920598.90396696 m / s > c, setting 1/gamma = 0\n",
      "v = 413206763.3735898 m / s > c, setting 1/gamma = 0\n",
      "v = 321624262.9418832 m / s > c, setting 1/gamma = 0\n",
      "v = 366191717.20898813 m / s > c, setting 1/gamma = 0\n",
      "v = 317169506.7190953 m / s > c, setting 1/gamma = 0\n",
      "v = 346663746.9246478 m / s > c, setting 1/gamma = 0\n",
      "v = 382568462.4354854 m / s > c, setting 1/gamma = 0\n",
      "v = 414209678.35788065 m / s > c, setting 1/gamma = 0\n",
      "v = 432179967.62061125 m / s > c, setting 1/gamma = 0\n",
      "v = 464806906.04093724 m / s > c, setting 1/gamma = 0\n",
      "v = 304780825.2562234 m / s > c, setting 1/gamma = 0\n",
      "v = 326517762.02826095 m / s > c, setting 1/gamma = 0\n",
      "v = 521170263.42107034 m / s > c, setting 1/gamma = 0\n",
      "v = 479337725.9410381 m / s > c, setting 1/gamma = 0\n",
      "v = 315327529.1562649 m / s > c, setting 1/gamma = 0\n",
      "v = 333212279.4289178 m / s > c, setting 1/gamma = 0\n",
      "v = 343646339.1639866 m / s > c, setting 1/gamma = 0\n",
      "v = 397453723.3656478 m / s > c, setting 1/gamma = 0\n",
      "v = 463373793.05530244 m / s > c, setting 1/gamma = 0\n",
      "v = 468535168.46105075 m / s > c, setting 1/gamma = 0\n",
      "v = 301227635.2804082 m / s > c, setting 1/gamma = 0\n",
      "v = 302393931.17064863 m / s > c, setting 1/gamma = 0\n",
      "v = 353690654.70823175 m / s > c, setting 1/gamma = 0\n",
      "v = 397619459.8520776 m / s > c, setting 1/gamma = 0\n",
      "v = 302129048.43657404 m / s > c, setting 1/gamma = 0\n",
      "v = 326644052.68541193 m / s > c, setting 1/gamma = 0\n",
      "v = 334644239.5237135 m / s > c, setting 1/gamma = 0\n",
      "v = 359790461.4428014 m / s > c, setting 1/gamma = 0\n",
      "v = 410078057.59759635 m / s > c, setting 1/gamma = 0\n",
      "v = 429567112.37557024 m / s > c, setting 1/gamma = 0\n",
      "v = 317764898.51720786 m / s > c, setting 1/gamma = 0\n",
      "v = 305588819.2701044 m / s > c, setting 1/gamma = 0\n",
      "v = 321201626.79600877 m / s > c, setting 1/gamma = 0\n",
      "v = 359410085.6371726 m / s > c, setting 1/gamma = 0\n",
      "v = 351120408.99455494 m / s > c, setting 1/gamma = 0\n",
      "v = 393613848.8268866 m / s > c, setting 1/gamma = 0\n",
      "v = 375422579.3200885 m / s > c, setting 1/gamma = 0\n",
      "v = 402763661.2448612 m / s > c, setting 1/gamma = 0\n",
      "v = 354665926.2361664 m / s > c, setting 1/gamma = 0\n",
      "v = 397725063.5318574 m / s > c, setting 1/gamma = 0\n",
      "v = 315222107.20109564 m / s > c, setting 1/gamma = 0\n",
      "v = 364722418.65714186 m / s > c, setting 1/gamma = 0\n",
      "v = 390393964.7328135 m / s > c, setting 1/gamma = 0\n",
      "v = 306898899.71029395 m / s > c, setting 1/gamma = 0\n",
      "v = 336338562.43988025 m / s > c, setting 1/gamma = 0\n",
      "v = 357198061.33271396 m / s > c, setting 1/gamma = 0\n",
      "v = 394551551.1734541 m / s > c, setting 1/gamma = 0\n",
      "v = 319827428.4862931 m / s > c, setting 1/gamma = 0\n",
      "v = 371430504.01875174 m / s > c, setting 1/gamma = 0\n",
      "v = 393302768.0496161 m / s > c, setting 1/gamma = 0\n",
      "v = 339617475.7769184 m / s > c, setting 1/gamma = 0\n",
      "v = 382482816.7806119 m / s > c, setting 1/gamma = 0\n",
      "v = 393853658.1991115 m / s > c, setting 1/gamma = 0\n",
      "v = 437794522.85713315 m / s > c, setting 1/gamma = 0\n",
      "v = 304689726.37393886 m / s > c, setting 1/gamma = 0\n",
      "v = 326960357.78972155 m / s > c, setting 1/gamma = 0\n",
      "v = 358496002.97165495 m / s > c, setting 1/gamma = 0\n",
      "v = 413023195.8607392 m / s > c, setting 1/gamma = 0\n",
      "v = 321902718.6542592 m / s > c, setting 1/gamma = 0\n",
      "v = 658576842.8289776 m / s > c, setting 1/gamma = 0\n",
      "v = 539335557.6436794 m / s > c, setting 1/gamma = 0\n",
      "v = 422690522.1669807 m / s > c, setting 1/gamma = 0\n",
      "v = 460802060.20004845 m / s > c, setting 1/gamma = 0\n",
      "v = 305906635.6674287 m / s > c, setting 1/gamma = 0\n",
      "v = 309773228.143929 m / s > c, setting 1/gamma = 0\n",
      "v = 349183934.27983284 m / s > c, setting 1/gamma = 0\n",
      "v = 380632390.9388788 m / s > c, setting 1/gamma = 0\n",
      "v = 364957719.3291167 m / s > c, setting 1/gamma = 0\n",
      "v = 413551375.76888484 m / s > c, setting 1/gamma = 0\n",
      "v = 318923655.92893815 m / s > c, setting 1/gamma = 0\n",
      "v = 340181742.4351411 m / s > c, setting 1/gamma = 0\n",
      "v = 320346079.1813109 m / s > c, setting 1/gamma = 0\n",
      "v = 447103337.6868721 m / s > c, setting 1/gamma = 0\n",
      "v = 461007794.2229885 m / s > c, setting 1/gamma = 0\n",
      "v = 341039077.9763917 m / s > c, setting 1/gamma = 0\n",
      "v = 357123779.03625286 m / s > c, setting 1/gamma = 0\n",
      "v = 306604193.00154686 m / s > c, setting 1/gamma = 0\n",
      "v = 320071158.2605786 m / s > c, setting 1/gamma = 0\n",
      "v = 365439566.6187189 m / s > c, setting 1/gamma = 0\n",
      "v = 301542920.0136563 m / s > c, setting 1/gamma = 0\n",
      "v = 328019397.19845164 m / s > c, setting 1/gamma = 0\n",
      "v = 337609398.23504746 m / s > c, setting 1/gamma = 0\n",
      "v = 384902048.30598694 m / s > c, setting 1/gamma = 0\n",
      "v = 317161302.17602605 m / s > c, setting 1/gamma = 0\n",
      "v = 346180678.60458183 m / s > c, setting 1/gamma = 0\n",
      "v = 324486942.5953207 m / s > c, setting 1/gamma = 0\n",
      "v = 483719700.76699436 m / s > c, setting 1/gamma = 0\n",
      "v = 483777878.61267394 m / s > c, setting 1/gamma = 0\n",
      "v = 305503912.39617753 m / s > c, setting 1/gamma = 0\n",
      "v = 326460869.1668819 m / s > c, setting 1/gamma = 0\n",
      "v = 346754538.5784309 m / s > c, setting 1/gamma = 0\n",
      "v = 301954898.6301033 m / s > c, setting 1/gamma = 0\n",
      "v = 491750203.48799 m / s > c, setting 1/gamma = 0\n",
      "v = 473718229.61381567 m / s > c, setting 1/gamma = 0\n",
      "v = 330885246.8818534 m / s > c, setting 1/gamma = 0\n",
      "v = 324500614.92714083 m / s > c, setting 1/gamma = 0\n",
      "v = 340971798.8184295 m / s > c, setting 1/gamma = 0\n",
      "v = 316427589.49955106 m / s > c, setting 1/gamma = 0\n",
      "v = 367522837.70440364 m / s > c, setting 1/gamma = 0\n",
      "v = 382155964.65753734 m / s > c, setting 1/gamma = 0\n",
      "v = 415114513.1004718 m / s > c, setting 1/gamma = 0\n",
      "v = 321103917.8744418 m / s > c, setting 1/gamma = 0\n",
      "v = 336809616.3581199 m / s > c, setting 1/gamma = 0\n",
      "v = 712373766.2273862 m / s > c, setting 1/gamma = 0\n",
      "v = 586904578.8099345 m / s > c, setting 1/gamma = 0\n",
      "v = 312712240.61025864 m / s > c, setting 1/gamma = 0\n",
      "v = 403648962.668821 m / s > c, setting 1/gamma = 0\n",
      "v = 426175192.91741985 m / s > c, setting 1/gamma = 0\n",
      "v = 306861778.44310623 m / s > c, setting 1/gamma = 0\n",
      "v = 352459747.47951347 m / s > c, setting 1/gamma = 0\n",
      "v = 388671344.6273538 m / s > c, setting 1/gamma = 0\n",
      "v = 308616463.5615591 m / s > c, setting 1/gamma = 0\n",
      "v = 326196373.1742905 m / s > c, setting 1/gamma = 0\n",
      "v = 342626439.61239463 m / s > c, setting 1/gamma = 0\n",
      "v = 394752694.35519844 m / s > c, setting 1/gamma = 0\n",
      "v = 430185757.5924985 m / s > c, setting 1/gamma = 0\n",
      "v = 447336532.32345986 m / s > c, setting 1/gamma = 0\n",
      "v = 333682757.45705104 m / s > c, setting 1/gamma = 0\n",
      "v = 369759841.89190257 m / s > c, setting 1/gamma = 0\n",
      "v = 317696414.2294695 m / s > c, setting 1/gamma = 0\n",
      "v = 367707926.676553 m / s > c, setting 1/gamma = 0\n",
      "v = 311631533.1727242 m / s > c, setting 1/gamma = 0\n",
      "v = 317482711.27121216 m / s > c, setting 1/gamma = 0\n",
      "v = 330179808.9645199 m / s > c, setting 1/gamma = 0\n",
      "v = 359974427.51634884 m / s > c, setting 1/gamma = 0\n",
      "v = 324415837.84406203 m / s > c, setting 1/gamma = 0\n",
      "v = 366227813.60364014 m / s > c, setting 1/gamma = 0\n",
      "v = 385326851.13610435 m / s > c, setting 1/gamma = 0\n",
      "v = 300029499.84220004 m / s > c, setting 1/gamma = 0\n",
      "v = 312046182.17295206 m / s > c, setting 1/gamma = 0\n",
      "v = 347463866.4327837 m / s > c, setting 1/gamma = 0\n",
      "v = 369001210.5331567 m / s > c, setting 1/gamma = 0\n",
      "v = 406372107.2205963 m / s > c, setting 1/gamma = 0\n",
      "v = 330421012.2034143 m / s > c, setting 1/gamma = 0\n",
      "v = 327250913.78464 m / s > c, setting 1/gamma = 0\n",
      "v = 375658610.59110725 m / s > c, setting 1/gamma = 0\n",
      "v = 307359955.40409786 m / s > c, setting 1/gamma = 0\n",
      "v = 338045287.5434916 m / s > c, setting 1/gamma = 0\n",
      "v = 397212992.2883645 m / s > c, setting 1/gamma = 0\n",
      "v = 426716786.33810514 m / s > c, setting 1/gamma = 0\n",
      "v = 371038699.0335815 m / s > c, setting 1/gamma = 0\n",
      "v = 421520132.2044327 m / s > c, setting 1/gamma = 0\n",
      "v = 304754974.19869417 m / s > c, setting 1/gamma = 0\n",
      "v = 329409585.95815134 m / s > c, setting 1/gamma = 0\n",
      "v = 304836715.0545927 m / s > c, setting 1/gamma = 0\n",
      "v = 386079051.87589186 m / s > c, setting 1/gamma = 0\n",
      "v = 411579341.1005619 m / s > c, setting 1/gamma = 0\n",
      "v = 327360362.1855617 m / s > c, setting 1/gamma = 0\n",
      "v = 343414550.6934241 m / s > c, setting 1/gamma = 0\n",
      "v = 302485428.51435006 m / s > c, setting 1/gamma = 0\n",
      "v = 320081349.6010994 m / s > c, setting 1/gamma = 0\n",
      "v = 318080511.67135835 m / s > c, setting 1/gamma = 0\n",
      "v = 336986207.10694164 m / s > c, setting 1/gamma = 0\n",
      "v = 324487818.8501306 m / s > c, setting 1/gamma = 0\n",
      "v = 348016369.41125387 m / s > c, setting 1/gamma = 0\n",
      "v = 373166462.722055 m / s > c, setting 1/gamma = 0\n",
      "v = 358280574.23125 m / s > c, setting 1/gamma = 0\n",
      "v = 386675413.1216456 m / s > c, setting 1/gamma = 0\n",
      "v = 354261330.23233813 m / s > c, setting 1/gamma = 0\n",
      "v = 405945665.82520974 m / s > c, setting 1/gamma = 0\n",
      "v = 347292819.2979672 m / s > c, setting 1/gamma = 0\n",
      "v = 366585516.3462117 m / s > c, setting 1/gamma = 0\n",
      "v = 303031365.1028562 m / s > c, setting 1/gamma = 0\n",
      "v = 336129460.08257896 m / s > c, setting 1/gamma = 0\n",
      "v = 340030590.96464175 m / s > c, setting 1/gamma = 0\n",
      "v = 386366135.6289817 m / s > c, setting 1/gamma = 0\n",
      "v = 310891743.3762719 m / s > c, setting 1/gamma = 0\n",
      "v = 313210423.9524039 m / s > c, setting 1/gamma = 0\n",
      "v = 358860545.9241399 m / s > c, setting 1/gamma = 0\n",
      "v = 328177250.27556694 m / s > c, setting 1/gamma = 0\n",
      "v = 356656946.6985856 m / s > c, setting 1/gamma = 0\n",
      "v = 373055587.16655445 m / s > c, setting 1/gamma = 0\n",
      "v = 404404452.67184144 m / s > c, setting 1/gamma = 0\n",
      "v = 404711310.214357 m / s > c, setting 1/gamma = 0\n",
      "v = 447393042.3106456 m / s > c, setting 1/gamma = 0\n",
      "v = 339608832.9144063 m / s > c, setting 1/gamma = 0\n",
      "v = 358934582.80222166 m / s > c, setting 1/gamma = 0\n",
      "v = 310665219.77360725 m / s > c, setting 1/gamma = 0\n",
      "v = 425728656.5502505 m / s > c, setting 1/gamma = 0\n",
      "v = 454571785.55408674 m / s > c, setting 1/gamma = 0\n",
      "v = 306662510.93048334 m / s > c, setting 1/gamma = 0\n",
      "v = 323646003.8193382 m / s > c, setting 1/gamma = 0\n",
      "v = 377083960.7669042 m / s > c, setting 1/gamma = 0\n",
      "v = 328681871.28690505 m / s > c, setting 1/gamma = 0\n",
      "v = 664397576.6269771 m / s > c, setting 1/gamma = 0\n",
      "v = 545625287.328913 m / s > c, setting 1/gamma = 0\n",
      "v = 303385681.8642469 m / s > c, setting 1/gamma = 0\n",
      "v = 322498150.6478787 m / s > c, setting 1/gamma = 0\n",
      "v = 331672142.13343954 m / s > c, setting 1/gamma = 0\n",
      "v = 386408137.6874178 m / s > c, setting 1/gamma = 0\n",
      "v = 536628144.282677 m / s > c, setting 1/gamma = 0\n",
      "v = 492416550.16853106 m / s > c, setting 1/gamma = 0\n",
      "v = 308878962.1124278 m / s > c, setting 1/gamma = 0\n",
      "v = 391190018.53434 m / s > c, setting 1/gamma = 0\n",
      "v = 430849661.2759336 m / s > c, setting 1/gamma = 0\n",
      "v = 301655560.96006244 m / s > c, setting 1/gamma = 0\n",
      "v = 328474183.58216727 m / s > c, setting 1/gamma = 0\n",
      "v = 517926243.17953634 m / s > c, setting 1/gamma = 0\n",
      "v = 478605370.9743739 m / s > c, setting 1/gamma = 0\n",
      "v = 302723342.70986736 m / s > c, setting 1/gamma = 0\n",
      "v = 366419223.5148852 m / s > c, setting 1/gamma = 0\n",
      "v = 380169468.0560062 m / s > c, setting 1/gamma = 0\n",
      "v = 317083721.0061656 m / s > c, setting 1/gamma = 0\n",
      "v = 299819898.0305368 m / s > c, setting 1/gamma = 0\n",
      "v = 324289330.19846785 m / s > c, setting 1/gamma = 0\n",
      "v = 343919321.8322827 m / s > c, setting 1/gamma = 0\n",
      "v = 337534069.8840297 m / s > c, setting 1/gamma = 0\n",
      "v = 372146441.288161 m / s > c, setting 1/gamma = 0\n",
      "v = 306855877.1020891 m / s > c, setting 1/gamma = 0\n",
      "v = 337741372.1651458 m / s > c, setting 1/gamma = 0\n",
      "v = 363643155.798345 m / s > c, setting 1/gamma = 0\n",
      "v = 383831061.4487276 m / s > c, setting 1/gamma = 0\n",
      "v = 317396873.81072855 m / s > c, setting 1/gamma = 0\n",
      "v = 353380649.1581461 m / s > c, setting 1/gamma = 0\n",
      "v = 351297683.5723632 m / s > c, setting 1/gamma = 0\n",
      "v = 401716289.91736764 m / s > c, setting 1/gamma = 0\n",
      "v = 353856279.2761172 m / s > c, setting 1/gamma = 0\n",
      "v = 369337633.18467 m / s > c, setting 1/gamma = 0\n",
      "v = 332578347.95261246 m / s > c, setting 1/gamma = 0\n",
      "v = 393649074.2078904 m / s > c, setting 1/gamma = 0\n",
      "v = 431905201.50504375 m / s > c, setting 1/gamma = 0\n",
      "v = 375174876.889113 m / s > c, setting 1/gamma = 0\n",
      "v = 412116087.30512357 m / s > c, setting 1/gamma = 0\n",
      "v = 344138468.78383756 m / s > c, setting 1/gamma = 0\n",
      "v = 323342555.8691123 m / s > c, setting 1/gamma = 0\n",
      "v = 423533790.87633175 m / s > c, setting 1/gamma = 0\n",
      "v = 456521882.3849743 m / s > c, setting 1/gamma = 0\n",
      "v = 341500734.228782 m / s > c, setting 1/gamma = 0\n",
      "v = 395081329.380595 m / s > c, setting 1/gamma = 0\n",
      "v = 313819350.65161115 m / s > c, setting 1/gamma = 0\n",
      "v = 337335568.7105032 m / s > c, setting 1/gamma = 0\n",
      "v = 349955770.36650264 m / s > c, setting 1/gamma = 0\n",
      "v = 392049150.6618975 m / s > c, setting 1/gamma = 0\n",
      "v = 341423459.030512 m / s > c, setting 1/gamma = 0\n",
      "v = 391064927.04383326 m / s > c, setting 1/gamma = 0\n",
      "v = 308373585.3355544 m / s > c, setting 1/gamma = 0\n",
      "v = 329956595.4145085 m / s > c, setting 1/gamma = 0\n",
      "v = 339455080.03737086 m / s > c, setting 1/gamma = 0\n",
      "v = 383042126.52741575 m / s > c, setting 1/gamma = 0\n",
      "v = 323914329.5819873 m / s > c, setting 1/gamma = 0\n",
      "v = 306078197.2075938 m / s > c, setting 1/gamma = 0\n",
      "v = 329832692.8389808 m / s > c, setting 1/gamma = 0\n",
      "v = 410517812.81698424 m / s > c, setting 1/gamma = 0\n",
      "v = 443496035.9779924 m / s > c, setting 1/gamma = 0\n",
      "v = 357284905.2536578 m / s > c, setting 1/gamma = 0\n",
      "v = 376687242.7783568 m / s > c, setting 1/gamma = 0\n",
      "v = 318510981.58021075 m / s > c, setting 1/gamma = 0\n",
      "v = 441647186.7923737 m / s > c, setting 1/gamma = 0\n",
      "v = 458356719.9547733 m / s > c, setting 1/gamma = 0\n",
      "v = 300698094.3332949 m / s > c, setting 1/gamma = 0\n",
      "v = 321594312.642702 m / s > c, setting 1/gamma = 0\n",
      "v = 315077389.1885502 m / s > c, setting 1/gamma = 0\n",
      "v = 414767158.174372 m / s > c, setting 1/gamma = 0\n",
      "v = 440953466.59582484 m / s > c, setting 1/gamma = 0\n",
      "v = 320499747.310907 m / s > c, setting 1/gamma = 0\n",
      "v = 347178363.4892742 m / s > c, setting 1/gamma = 0\n",
      "v = 401196416.44001037 m / s > c, setting 1/gamma = 0\n",
      "v = 437422146.6143144 m / s > c, setting 1/gamma = 0\n",
      "v = 308374022.76794016 m / s > c, setting 1/gamma = 0\n",
      "v = 315375517.8242785 m / s > c, setting 1/gamma = 0\n",
      "v = 346135777.05881184 m / s > c, setting 1/gamma = 0\n",
      "v = 466513985.9900813 m / s > c, setting 1/gamma = 0\n",
      "v = 468826790.2363433 m / s > c, setting 1/gamma = 0\n",
      "v = 314046080.05811304 m / s > c, setting 1/gamma = 0\n",
      "v = 369003253.9795103 m / s > c, setting 1/gamma = 0\n",
      "v = 384704655.7793992 m / s > c, setting 1/gamma = 0\n",
      "v = 340337626.8540951 m / s > c, setting 1/gamma = 0\n",
      "v = 423907879.3143266 m / s > c, setting 1/gamma = 0\n",
      "v = 456433263.7962438 m / s > c, setting 1/gamma = 0\n",
      "v = 337381718.3145639 m / s > c, setting 1/gamma = 0\n",
      "v = 368689058.4096107 m / s > c, setting 1/gamma = 0\n",
      "v = 324811970.6798533 m / s > c, setting 1/gamma = 0\n",
      "v = 305349455.20454824 m / s > c, setting 1/gamma = 0\n",
      "v = 361286523.1903976 m / s > c, setting 1/gamma = 0\n",
      "v = 325356958.4985785 m / s > c, setting 1/gamma = 0\n",
      "v = 339267124.8919488 m / s > c, setting 1/gamma = 0\n",
      "v = 702760136.1670244 m / s > c, setting 1/gamma = 0\n",
      "v = 579134722.6811198 m / s > c, setting 1/gamma = 0\n",
      "v = 439613874.1951158 m / s > c, setting 1/gamma = 0\n",
      "v = 463865444.467627 m / s > c, setting 1/gamma = 0\n",
      "v = 370207653.7929823 m / s > c, setting 1/gamma = 0\n",
      "v = 389197477.61514884 m / s > c, setting 1/gamma = 0\n",
      "v = 352054274.05695504 m / s > c, setting 1/gamma = 0\n",
      "v = 387250555.3327649 m / s > c, setting 1/gamma = 0\n",
      "v = 360010346.29049385 m / s > c, setting 1/gamma = 0\n",
      "v = 409737833.2697077 m / s > c, setting 1/gamma = 0\n",
      "v = 328474754.0415907 m / s > c, setting 1/gamma = 0\n",
      "v = 348445412.32130754 m / s > c, setting 1/gamma = 0\n",
      "v = 334260304.48980606 m / s > c, setting 1/gamma = 0\n",
      "v = 438849691.67679167 m / s > c, setting 1/gamma = 0\n",
      "v = 459020365.4007647 m / s > c, setting 1/gamma = 0\n",
      "v = 306823944.3223728 m / s > c, setting 1/gamma = 0\n",
      "v = 331691082.04448646 m / s > c, setting 1/gamma = 0\n",
      "v = 302340037.18358487 m / s > c, setting 1/gamma = 0\n",
      "v = 318402732.17081267 m / s > c, setting 1/gamma = 0\n",
      "v = 366875957.56432897 m / s > c, setting 1/gamma = 0\n",
      "v = 410775324.11897993 m / s > c, setting 1/gamma = 0\n",
      "v = 446038734.8993602 m / s > c, setting 1/gamma = 0\n",
      "v = 350870920.77543235 m / s > c, setting 1/gamma = 0\n",
      "v = 374949496.5175768 m / s > c, setting 1/gamma = 0\n",
      "v = 314200375.7256599 m / s > c, setting 1/gamma = 0\n",
      "v = 349901747.48557794 m / s > c, setting 1/gamma = 0\n",
      "v = 372155779.496348 m / s > c, setting 1/gamma = 0\n",
      "v = 420589244.062526 m / s > c, setting 1/gamma = 0\n",
      "v = 341108771.4370813 m / s > c, setting 1/gamma = 0\n",
      "v = 358930756.73928785 m / s > c, setting 1/gamma = 0\n",
      "v = 307501405.3094048 m / s > c, setting 1/gamma = 0\n",
      "v = 357446074.68768233 m / s > c, setting 1/gamma = 0\n",
      "v = 445231532.7131327 m / s > c, setting 1/gamma = 0\n",
      "v = 462245777.49354297 m / s > c, setting 1/gamma = 0\n",
      "v = 312219943.2229811 m / s > c, setting 1/gamma = 0\n",
      "v = 335800352.97497463 m / s > c, setting 1/gamma = 0\n",
      "v = 324151537.70960534 m / s > c, setting 1/gamma = 0\n",
      "v = 396363393.86381674 m / s > c, setting 1/gamma = 0\n",
      "v = 420837282.78763 m / s > c, setting 1/gamma = 0\n",
      "v = 316665324.62575924 m / s > c, setting 1/gamma = 0\n",
      "v = 323041023.5568499 m / s > c, setting 1/gamma = 0\n",
      "v = 370883573.9700082 m / s > c, setting 1/gamma = 0\n",
      "v = 391021353.890094 m / s > c, setting 1/gamma = 0\n",
      "v = 323626357.53836143 m / s > c, setting 1/gamma = 0\n",
      "v = 360691238.35525227 m / s > c, setting 1/gamma = 0\n",
      "v = 332950784.0124116 m / s > c, setting 1/gamma = 0\n",
      "v = 384804599.66057265 m / s > c, setting 1/gamma = 0\n",
      "v = 344549921.6272644 m / s > c, setting 1/gamma = 0\n",
      "v = 361195124.18863726 m / s > c, setting 1/gamma = 0\n",
      "v = 328268224.9788215 m / s > c, setting 1/gamma = 0\n",
      "v = 373841743.89764935 m / s > c, setting 1/gamma = 0\n",
      "v = 346995511.8901548 m / s > c, setting 1/gamma = 0\n",
      "v = 395137871.64681643 m / s > c, setting 1/gamma = 0\n",
      "v = 309926889.60467577 m / s > c, setting 1/gamma = 0\n",
      "v = 366533338.0732432 m / s > c, setting 1/gamma = 0\n",
      "v = 408432803.63574654 m / s > c, setting 1/gamma = 0\n",
      "v = 413130459.37768734 m / s > c, setting 1/gamma = 0\n",
      "v = 454195682.1592782 m / s > c, setting 1/gamma = 0\n",
      "v = 301393180.56521285 m / s > c, setting 1/gamma = 0\n",
      "v = 326659277.00849235 m / s > c, setting 1/gamma = 0\n",
      "v = 304647185.3712256 m / s > c, setting 1/gamma = 0\n",
      "v = 612410754.8422564 m / s > c, setting 1/gamma = 0\n",
      "v = 501963224.3210827 m / s > c, setting 1/gamma = 0\n",
      "v = 336020942.0029967 m / s > c, setting 1/gamma = 0\n",
      "v = 361054314.5007016 m / s > c, setting 1/gamma = 0\n",
      "v = 445660358.6740202 m / s > c, setting 1/gamma = 0\n",
      "v = 469251365.5604443 m / s > c, setting 1/gamma = 0\n",
      "v = 318722485.39996976 m / s > c, setting 1/gamma = 0\n",
      "v = 346190256.4571629 m / s > c, setting 1/gamma = 0\n",
      "v = 355718554.70557487 m / s > c, setting 1/gamma = 0\n",
      "v = 407210192.6161597 m / s > c, setting 1/gamma = 0\n",
      "v = 310306346.98865813 m / s > c, setting 1/gamma = 0\n",
      "v = 629706131.8990165 m / s > c, setting 1/gamma = 0\n",
      "v = 515668893.159372 m / s > c, setting 1/gamma = 0\n",
      "v = 305606418.68771315 m / s > c, setting 1/gamma = 0\n",
      "v = 328773220.41081625 m / s > c, setting 1/gamma = 0\n",
      "v = 327498763.5225218 m / s > c, setting 1/gamma = 0\n",
      "v = 366169969.1213639 m / s > c, setting 1/gamma = 0\n",
      "v = 317265285.1386835 m / s > c, setting 1/gamma = 0\n",
      "v = 368567665.621679 m / s > c, setting 1/gamma = 0\n",
      "v = 311530673.9806529 m / s > c, setting 1/gamma = 0\n",
      "v = 334646522.4507934 m / s > c, setting 1/gamma = 0\n",
      "v = 558162457.0344856 m / s > c, setting 1/gamma = 0\n",
      "v = 488215143.9437487 m / s > c, setting 1/gamma = 0\n",
      "v = 318578614.2833733 m / s > c, setting 1/gamma = 0\n",
      "v = 324886884.2496454 m / s > c, setting 1/gamma = 0\n",
      "v = 359408897.30328506 m / s > c, setting 1/gamma = 0\n",
      "v = 431082863.8690953 m / s > c, setting 1/gamma = 0\n",
      "v = 452619913.33944565 m / s > c, setting 1/gamma = 0\n",
      "v = 384972542.03235507 m / s > c, setting 1/gamma = 0\n",
      "v = 415027804.0531129 m / s > c, setting 1/gamma = 0\n",
      "v = 382156146.12317824 m / s > c, setting 1/gamma = 0\n",
      "v = 421123050.88891006 m / s > c, setting 1/gamma = 0\n",
      "v = 310139404.2213946 m / s > c, setting 1/gamma = 0\n",
      "v = 335892712.1334591 m / s > c, setting 1/gamma = 0\n",
      "v = 691898659.6305372 m / s > c, setting 1/gamma = 0\n",
      "v = 570678843.1759906 m / s > c, setting 1/gamma = 0\n",
      "v = 301415438.44880414 m / s > c, setting 1/gamma = 0\n",
      "v = 324907835.1265212 m / s > c, setting 1/gamma = 0\n",
      "v = 369113782.70339173 m / s > c, setting 1/gamma = 0\n",
      "v = 302864725.297887 m / s > c, setting 1/gamma = 0\n",
      "v = 343784417.7129112 m / s > c, setting 1/gamma = 0\n",
      "v = 387558250.76642424 m / s > c, setting 1/gamma = 0\n",
      "v = 365070153.9275111 m / s > c, setting 1/gamma = 0\n",
      "v = 380608080.056948 m / s > c, setting 1/gamma = 0\n",
      "v = 511598290.76816386 m / s > c, setting 1/gamma = 0\n",
      "v = 492341477.7640169 m / s > c, setting 1/gamma = 0\n",
      "v = 306827525.01749074 m / s > c, setting 1/gamma = 0\n",
      "v = 329003177.04846567 m / s > c, setting 1/gamma = 0\n",
      "v = 396993759.310242 m / s > c, setting 1/gamma = 0\n",
      "v = 431748345.3835757 m / s > c, setting 1/gamma = 0\n",
      "v = 369978945.725167 m / s > c, setting 1/gamma = 0\n",
      "v = 385344522.6429061 m / s > c, setting 1/gamma = 0\n",
      "v = 319148454.870608 m / s > c, setting 1/gamma = 0\n",
      "v = 369142266.98028094 m / s > c, setting 1/gamma = 0\n",
      "v = 520699117.2632804 m / s > c, setting 1/gamma = 0\n",
      "v = 498768881.71369976 m / s > c, setting 1/gamma = 0\n",
      "v = 307643071.22632104 m / s > c, setting 1/gamma = 0\n",
      "v = 320539009.8831769 m / s > c, setting 1/gamma = 0\n",
      "v = 341095516.8852013 m / s > c, setting 1/gamma = 0\n",
      "v = 301875033.4205562 m / s > c, setting 1/gamma = 0\n",
      "v = 344767400.66273123 m / s > c, setting 1/gamma = 0\n",
      "v = 354323808.3020854 m / s > c, setting 1/gamma = 0\n",
      "v = 399834634.71546626 m / s > c, setting 1/gamma = 0\n",
      "v = 322723980.7941816 m / s > c, setting 1/gamma = 0\n",
      "v = 445046254.07916254 m / s > c, setting 1/gamma = 0\n",
      "v = 466711448.79508656 m / s > c, setting 1/gamma = 0\n",
      "v = 304707529.7884599 m / s > c, setting 1/gamma = 0\n",
      "v = 468376819.796242 m / s > c, setting 1/gamma = 0\n",
      "v = 471134167.1348772 m / s > c, setting 1/gamma = 0\n",
      "v = 322972458.7137451 m / s > c, setting 1/gamma = 0\n",
      "v = 310018905.8029115 m / s > c, setting 1/gamma = 0\n",
      "v = 312838333.70390654 m / s > c, setting 1/gamma = 0\n",
      "v = 359784091.6202483 m / s > c, setting 1/gamma = 0\n",
      "v = 307370086.3192434 m / s > c, setting 1/gamma = 0\n",
      "v = 305427731.3555857 m / s > c, setting 1/gamma = 0\n",
      "v = 416357579.6506082 m / s > c, setting 1/gamma = 0\n",
      "v = 448675225.27503073 m / s > c, setting 1/gamma = 0\n",
      "v = 383734146.2583041 m / s > c, setting 1/gamma = 0\n",
      "v = 396999563.0651006 m / s > c, setting 1/gamma = 0\n",
      "v = 313459339.61687446 m / s > c, setting 1/gamma = 0\n",
      "v = 350925267.495677 m / s > c, setting 1/gamma = 0\n",
      "v = 346618911.3785122 m / s > c, setting 1/gamma = 0\n",
      "v = 396683549.9834962 m / s > c, setting 1/gamma = 0\n",
      "v = 328023913.23706263 m / s > c, setting 1/gamma = 0\n",
      "v = 347147835.69163316 m / s > c, setting 1/gamma = 0\n",
      "v = 341988343.1980607 m / s > c, setting 1/gamma = 0\n",
      "v = 710880584.5194273 m / s > c, setting 1/gamma = 0\n",
      "v = 586385791.2328928 m / s > c, setting 1/gamma = 0\n",
      "v = 300763526.38237023 m / s > c, setting 1/gamma = 0\n",
      "v = 320877683.8076154 m / s > c, setting 1/gamma = 0\n",
      "v = 649772863.9540727 m / s > c, setting 1/gamma = 0\n",
      "v = 533731148.9017927 m / s > c, setting 1/gamma = 0\n",
      "v = 343763942.15561026 m / s > c, setting 1/gamma = 0\n",
      "v = 368494896.9208705 m / s > c, setting 1/gamma = 0\n",
      "v = 509488365.7937902 m / s > c, setting 1/gamma = 0\n",
      "v = 481162906.87482804 m / s > c, setting 1/gamma = 0\n",
      "v = 332698886.1920044 m / s > c, setting 1/gamma = 0\n",
      "v = 327499697.3750297 m / s > c, setting 1/gamma = 0\n",
      "v = 345943019.45689225 m / s > c, setting 1/gamma = 0\n",
      "v = 346262137.587576 m / s > c, setting 1/gamma = 0\n",
      "v = 388851062.9203199 m / s > c, setting 1/gamma = 0\n",
      "v = 350749146.2501582 m / s > c, setting 1/gamma = 0\n",
      "v = 367870341.17281604 m / s > c, setting 1/gamma = 0\n",
      "v = 304910613.36521363 m / s > c, setting 1/gamma = 0\n",
      "v = 310949111.96790093 m / s > c, setting 1/gamma = 0\n",
      "v = 299824703.33111984 m / s > c, setting 1/gamma = 0\n",
      "v = 351139439.6806996 m / s > c, setting 1/gamma = 0\n",
      "v = 374448733.9673771 m / s > c, setting 1/gamma = 0\n",
      "v = 389450589.5825841 m / s > c, setting 1/gamma = 0\n",
      "v = 328156373.2478252 m / s > c, setting 1/gamma = 0\n",
      "v = 376531595.20739216 m / s > c, setting 1/gamma = 0\n",
      "v = 422206336.3674152 m / s > c, setting 1/gamma = 0\n",
      "v = 311179650.422815 m / s > c, setting 1/gamma = 0\n",
      "v = 333373601.05931044 m / s > c, setting 1/gamma = 0\n",
      "v = 313899325.20647365 m / s > c, setting 1/gamma = 0\n",
      "v = 339641553.2235248 m / s > c, setting 1/gamma = 0\n",
      "v = 441155012.55518526 m / s > c, setting 1/gamma = 0\n",
      "v = 459478612.8471242 m / s > c, setting 1/gamma = 0\n",
      "v = 336247474.8079966 m / s > c, setting 1/gamma = 0\n",
      "v = 356253388.99618036 m / s > c, setting 1/gamma = 0\n",
      "v = 330736148.716543 m / s > c, setting 1/gamma = 0\n",
      "v = 513971554.4121922 m / s > c, setting 1/gamma = 0\n",
      "v = 491567697.41665614 m / s > c, setting 1/gamma = 0\n",
      "v = 306274920.3636694 m / s > c, setting 1/gamma = 0\n",
      "v = 328087068.02364326 m / s > c, setting 1/gamma = 0\n",
      "v = 318149573.61387604 m / s > c, setting 1/gamma = 0\n",
      "v = 313604864.6175143 m / s > c, setting 1/gamma = 0\n",
      "v = 362287726.8849205 m / s > c, setting 1/gamma = 0\n",
      "v = 301208411.89773995 m / s > c, setting 1/gamma = 0\n",
      "v = 370614695.034842 m / s > c, setting 1/gamma = 0\n",
      "v = 412194394.0032873 m / s > c, setting 1/gamma = 0\n",
      "v = 339020584.7027535 m / s > c, setting 1/gamma = 0\n",
      "v = 362483139.5047988 m / s > c, setting 1/gamma = 0\n",
      "v = 315006205.876559 m / s > c, setting 1/gamma = 0\n",
      "v = 359338899.05326355 m / s > c, setting 1/gamma = 0\n",
      "v = 399626958.32082206 m / s > c, setting 1/gamma = 0\n",
      "v = 304535732.35603356 m / s > c, setting 1/gamma = 0\n",
      "v = 325105379.87926805 m / s > c, setting 1/gamma = 0\n",
      "v = 386323158.3359201 m / s > c, setting 1/gamma = 0\n",
      "v = 414954055.06814784 m / s > c, setting 1/gamma = 0\n",
      "v = 432485777.4374362 m / s > c, setting 1/gamma = 0\n",
      "v = 457767527.2833392 m / s > c, setting 1/gamma = 0\n",
      "v = 480469929.8832128 m / s > c, setting 1/gamma = 0\n",
      "v = 485667063.70124674 m / s > c, setting 1/gamma = 0\n",
      "v = 320830622.161821 m / s > c, setting 1/gamma = 0\n",
      "v = 340511958.6876926 m / s > c, setting 1/gamma = 0\n",
      "v = 389632727.5940168 m / s > c, setting 1/gamma = 0\n",
      "v = 426329788.42418516 m / s > c, setting 1/gamma = 0\n",
      "v = 334680863.2581067 m / s > c, setting 1/gamma = 0\n",
      "v = 356613502.1371604 m / s > c, setting 1/gamma = 0\n",
      "v = 311868897.5105492 m / s > c, setting 1/gamma = 0\n",
      "v = 357692062.38410693 m / s > c, setting 1/gamma = 0\n",
      "v = 306148048.18425506 m / s > c, setting 1/gamma = 0\n",
      "v = 333377528.23111635 m / s > c, setting 1/gamma = 0\n",
      "v = 361115890.7019034 m / s > c, setting 1/gamma = 0\n",
      "v = 406440573.87923235 m / s > c, setting 1/gamma = 0\n",
      "v = 387820673.1332924 m / s > c, setting 1/gamma = 0\n",
      "v = 402047851.0922582 m / s > c, setting 1/gamma = 0\n",
      "v = 333691136.42437416 m / s > c, setting 1/gamma = 0\n",
      "v = 370850755.33649755 m / s > c, setting 1/gamma = 0\n",
      "v = 327796409.74793756 m / s > c, setting 1/gamma = 0\n",
      "v = 317693616.74077797 m / s > c, setting 1/gamma = 0\n",
      "v = 340749786.39660436 m / s > c, setting 1/gamma = 0\n",
      "v = 370658980.3958811 m / s > c, setting 1/gamma = 0\n",
      "v = 407717095.247299 m / s > c, setting 1/gamma = 0\n",
      "v = 322779777.87180287 m / s > c, setting 1/gamma = 0\n",
      "v = 452668513.9161471 m / s > c, setting 1/gamma = 0\n",
      "v = 475183899.5717416 m / s > c, setting 1/gamma = 0\n",
      "v = 304162294.7744395 m / s > c, setting 1/gamma = 0\n",
      "v = 304004937.9182759 m / s > c, setting 1/gamma = 0\n",
      "v = 337362110.5241031 m / s > c, setting 1/gamma = 0\n",
      "v = 312329577.1812963 m / s > c, setting 1/gamma = 0\n",
      "v = 303455714.8684503 m / s > c, setting 1/gamma = 0\n",
      "v = 356080363.55332947 m / s > c, setting 1/gamma = 0\n",
      "v = 345320718.4802556 m / s > c, setting 1/gamma = 0\n",
      "v = 368520950.2261112 m / s > c, setting 1/gamma = 0\n",
      "v = 468460744.90068734 m / s > c, setting 1/gamma = 0\n",
      "v = 478525270.25367594 m / s > c, setting 1/gamma = 0\n",
      "v = 317440056.5081277 m / s > c, setting 1/gamma = 0\n",
      "v = 337839519.68219763 m / s > c, setting 1/gamma = 0\n",
      "v = 312991178.3614545 m / s > c, setting 1/gamma = 0\n",
      "v = 492911431.1232867 m / s > c, setting 1/gamma = 0\n",
      "v = 485586489.43086404 m / s > c, setting 1/gamma = 0\n",
      "v = 323699689.33359265 m / s > c, setting 1/gamma = 0\n",
      "v = 300715914.1336166 m / s > c, setting 1/gamma = 0\n",
      "v = 321578424.87693083 m / s > c, setting 1/gamma = 0\n",
      "v = 377386882.3437793 m / s > c, setting 1/gamma = 0\n",
      "v = 418938838.76839423 m / s > c, setting 1/gamma = 0\n",
      "v = 358854241.44781387 m / s > c, setting 1/gamma = 0\n",
      "v = 379338980.8801917 m / s > c, setting 1/gamma = 0\n",
      "v = 303786233.1631135 m / s > c, setting 1/gamma = 0\n",
      "v = 341419357.8134617 m / s > c, setting 1/gamma = 0\n",
      "v = 399283333.0352612 m / s > c, setting 1/gamma = 0\n",
      "v = 439081304.11286354 m / s > c, setting 1/gamma = 0\n",
      "v = 327753224.52634203 m / s > c, setting 1/gamma = 0\n",
      "v = 346045651.78683794 m / s > c, setting 1/gamma = 0\n",
      "v = 436111511.7191601 m / s > c, setting 1/gamma = 0\n",
      "v = 460439257.1878299 m / s > c, setting 1/gamma = 0\n",
      "v = 326859593.7837251 m / s > c, setting 1/gamma = 0\n",
      "v = 352210552.24592817 m / s > c, setting 1/gamma = 0\n",
      "v = 309339721.20821214 m / s > c, setting 1/gamma = 0\n",
      "v = 519902910.22282386 m / s > c, setting 1/gamma = 0\n",
      "v = 496336660.7699089 m / s > c, setting 1/gamma = 0\n",
      "v = 328274337.1971186 m / s > c, setting 1/gamma = 0\n",
      "v = 348501069.67611563 m / s > c, setting 1/gamma = 0\n",
      "v = 412673918.9538457 m / s > c, setting 1/gamma = 0\n",
      "v = 445928389.43315494 m / s > c, setting 1/gamma = 0\n",
      "v = 360977385.9432959 m / s > c, setting 1/gamma = 0\n",
      "v = 382523218.0738708 m / s > c, setting 1/gamma = 0\n",
      "v = 319200993.976409 m / s > c, setting 1/gamma = 0\n",
      "v = 360706333.9112234 m / s > c, setting 1/gamma = 0\n",
      "v = 389189781.6784191 m / s > c, setting 1/gamma = 0\n",
      "v = 432808377.91199714 m / s > c, setting 1/gamma = 0\n",
      "v = 337849568.01337254 m / s > c, setting 1/gamma = 0\n",
      "v = 367265858.9543609 m / s > c, setting 1/gamma = 0\n",
      "v = 387942201.5071533 m / s > c, setting 1/gamma = 0\n",
      "v = 423059923.2068102 m / s > c, setting 1/gamma = 0\n",
      "v = 332910000.4836693 m / s > c, setting 1/gamma = 0\n",
      "v = 386030814.8346977 m / s > c, setting 1/gamma = 0\n",
      "v = 315419430.02842444 m / s > c, setting 1/gamma = 0\n",
      "v = 337776435.984902 m / s > c, setting 1/gamma = 0\n",
      "v = 337353139.7997802 m / s > c, setting 1/gamma = 0\n",
      "v = 454645348.4733219 m / s > c, setting 1/gamma = 0\n",
      "v = 472081838.982032 m / s > c, setting 1/gamma = 0\n",
      "v = 318859699.37220997 m / s > c, setting 1/gamma = 0\n",
      "v = 345561451.25692445 m / s > c, setting 1/gamma = 0\n",
      "v = 302311605.887603 m / s > c, setting 1/gamma = 0\n",
      "v = 348219345.2808985 m / s > c, setting 1/gamma = 0\n",
      "v = 430841990.91812456 m / s > c, setting 1/gamma = 0\n",
      "v = 461400767.71423376 m / s > c, setting 1/gamma = 0\n",
      "v = 488385107.5423125 m / s > c, setting 1/gamma = 0\n",
      "v = 487323305.82723063 m / s > c, setting 1/gamma = 0\n",
      "v = 328642726.5592301 m / s > c, setting 1/gamma = 0\n",
      "v = 324795861.48248637 m / s > c, setting 1/gamma = 0\n",
      "v = 344844719.95078236 m / s > c, setting 1/gamma = 0\n",
      "v = 313750592.82348454 m / s > c, setting 1/gamma = 0\n",
      "v = 345870527.471286 m / s > c, setting 1/gamma = 0\n",
      "v = 460184065.0838802 m / s > c, setting 1/gamma = 0\n",
      "v = 468904909.3615826 m / s > c, setting 1/gamma = 0\n",
      "v = 305355771.22593075 m / s > c, setting 1/gamma = 0\n",
      "v = 372534971.3179305 m / s > c, setting 1/gamma = 0\n",
      "v = 388477274.77505594 m / s > c, setting 1/gamma = 0\n",
      "v = 327179636.95768917 m / s > c, setting 1/gamma = 0\n",
      "v = 456554206.1910705 m / s > c, setting 1/gamma = 0\n",
      "v = 476831747.8189867 m / s > c, setting 1/gamma = 0\n",
      "v = 314200318.63383406 m / s > c, setting 1/gamma = 0\n",
      "v = 344790074.1627841 m / s > c, setting 1/gamma = 0\n",
      "v = 342273462.7022256 m / s > c, setting 1/gamma = 0\n",
      "v = 380098620.51603734 m / s > c, setting 1/gamma = 0\n",
      "v = 378254738.2271551 m / s > c, setting 1/gamma = 0\n",
      "v = 425269284.27898765 m / s > c, setting 1/gamma = 0\n",
      "v = 333093119.659061 m / s > c, setting 1/gamma = 0\n",
      "v = 351482677.18762547 m / s > c, setting 1/gamma = 0\n",
      "v = 340671818.6944442 m / s > c, setting 1/gamma = 0\n",
      "v = 315708808.43833214 m / s > c, setting 1/gamma = 0\n",
      "v = 632531499.4403616 m / s > c, setting 1/gamma = 0\n",
      "v = 519176761.697212 m / s > c, setting 1/gamma = 0\n",
      "v = 302066264.8051692 m / s > c, setting 1/gamma = 0\n",
      "v = 312499692.6751524 m / s > c, setting 1/gamma = 0\n",
      "v = 328372653.2647972 m / s > c, setting 1/gamma = 0\n",
      "v = 371256814.6576005 m / s > c, setting 1/gamma = 0\n",
      "v = 314797667.5313944 m / s > c, setting 1/gamma = 0\n",
      "v = 357231548.49377036 m / s > c, setting 1/gamma = 0\n",
      "v = 373547964.21128964 m / s > c, setting 1/gamma = 0\n",
      "v = 385591640.39552796 m / s > c, setting 1/gamma = 0\n",
      "v = 426449234.0651887 m / s > c, setting 1/gamma = 0\n",
      "v = 324216937.5660816 m / s > c, setting 1/gamma = 0\n",
      "v = 343574259.64698017 m / s > c, setting 1/gamma = 0\n",
      "v = 381677286.4552063 m / s > c, setting 1/gamma = 0\n",
      "v = 416605174.30789924 m / s > c, setting 1/gamma = 0\n",
      "v = 343990800.6393392 m / s > c, setting 1/gamma = 0\n",
      "v = 360604080.7438872 m / s > c, setting 1/gamma = 0\n",
      "v = 347003320.9069318 m / s > c, setting 1/gamma = 0\n",
      "v = 383343629.605057 m / s > c, setting 1/gamma = 0\n",
      "v = 569044019.4042896 m / s > c, setting 1/gamma = 0\n",
      "v = 491121992.0129631 m / s > c, setting 1/gamma = 0\n",
      "v = 309487569.5011228 m / s > c, setting 1/gamma = 0\n",
      "v = 450433065.21251816 m / s > c, setting 1/gamma = 0\n",
      "v = 469939074.04540527 m / s > c, setting 1/gamma = 0\n",
      "v = 467948090.3016974 m / s > c, setting 1/gamma = 0\n",
      "v = 475041047.0236369 m / s > c, setting 1/gamma = 0\n",
      "v = 328174561.57350683 m / s > c, setting 1/gamma = 0\n",
      "v = 345380039.49273217 m / s > c, setting 1/gamma = 0\n",
      "v = 306124017.34574145 m / s > c, setting 1/gamma = 0\n",
      "v = 357343856.61310315 m / s > c, setting 1/gamma = 0\n",
      "v = 417422976.5345171 m / s > c, setting 1/gamma = 0\n",
      "v = 444602461.57111144 m / s > c, setting 1/gamma = 0\n",
      "v = 347766961.0587419 m / s > c, setting 1/gamma = 0\n",
      "v = 362435816.6195954 m / s > c, setting 1/gamma = 0\n",
      "v = 344858128.467408 m / s > c, setting 1/gamma = 0\n",
      "v = 374888957.8371467 m / s > c, setting 1/gamma = 0\n",
      "v = 456552437.0701528 m / s > c, setting 1/gamma = 0\n",
      "v = 474723761.008796 m / s > c, setting 1/gamma = 0\n",
      "v = 317606353.9439353 m / s > c, setting 1/gamma = 0\n",
      "v = 342635480.4055171 m / s > c, setting 1/gamma = 0\n",
      "v = 306861068.8720383 m / s > c, setting 1/gamma = 0\n",
      "v = 324963406.7032537 m / s > c, setting 1/gamma = 0\n",
      "v = 417683377.49215287 m / s > c, setting 1/gamma = 0\n",
      "v = 449885720.1588899 m / s > c, setting 1/gamma = 0\n",
      "v = 325323319.3213777 m / s > c, setting 1/gamma = 0\n",
      "v = 354696786.663017 m / s > c, setting 1/gamma = 0\n",
      "v = 315059301.10877025 m / s > c, setting 1/gamma = 0\n",
      "v = 356005958.7464684 m / s > c, setting 1/gamma = 0\n",
      "v = 349758009.7720834 m / s > c, setting 1/gamma = 0\n",
      "v = 398179522.1244474 m / s > c, setting 1/gamma = 0\n",
      "v = 331924651.2313162 m / s > c, setting 1/gamma = 0\n",
      "v = 348103298.19312733 m / s > c, setting 1/gamma = 0\n",
      "v = 302697967.527262 m / s > c, setting 1/gamma = 0\n",
      "v = 305662077.0475287 m / s > c, setting 1/gamma = 0\n",
      "v = 347857966.9495887 m / s > c, setting 1/gamma = 0\n",
      "v = 400363568.1330216 m / s > c, setting 1/gamma = 0\n",
      "v = 318215636.5863344 m / s > c, setting 1/gamma = 0\n",
      "v = 340380128.6494876 m / s > c, setting 1/gamma = 0\n",
      "v = 327033649.2841962 m / s > c, setting 1/gamma = 0\n",
      "v = 346771267.2614458 m / s > c, setting 1/gamma = 0\n",
      "v = 744333884.2146571 m / s > c, setting 1/gamma = 0\n",
      "v = 614407630.0293883 m / s > c, setting 1/gamma = 0\n",
      "v = 309498562.81738806 m / s > c, setting 1/gamma = 0\n",
      "v = 318659041.1005294 m / s > c, setting 1/gamma = 0\n",
      "v = 345675719.45038384 m / s > c, setting 1/gamma = 0\n",
      "v = 366684445.7833956 m / s > c, setting 1/gamma = 0\n",
      "v = 402404008.6291083 m / s > c, setting 1/gamma = 0\n",
      "v = 311756651.65064895 m / s > c, setting 1/gamma = 0\n",
      "v = 305952494.15986586 m / s > c, setting 1/gamma = 0\n",
      "v = 328632812.3972032 m / s > c, setting 1/gamma = 0\n",
      "v = 315539930.57041895 m / s > c, setting 1/gamma = 0\n",
      "v = 326920841.6785987 m / s > c, setting 1/gamma = 0\n",
      "v = 374533640.1564098 m / s > c, setting 1/gamma = 0\n",
      "v = 345276509.6498401 m / s > c, setting 1/gamma = 0\n",
      "v = 380614740.37363905 m / s > c, setting 1/gamma = 0\n",
      "v = 300015823.140852 m / s > c, setting 1/gamma = 0\n",
      "v = 371080607.9122009 m / s > c, setting 1/gamma = 0\n",
      "v = 390637517.49037397 m / s > c, setting 1/gamma = 0\n",
      "v = 336800418.60285926 m / s > c, setting 1/gamma = 0\n",
      "v = 370834706.2790435 m / s > c, setting 1/gamma = 0\n",
      "v = 330952964.6004106 m / s > c, setting 1/gamma = 0\n",
      "v = 383321326.2162889 m / s > c, setting 1/gamma = 0\n",
      "v = 317605772.716119 m / s > c, setting 1/gamma = 0\n",
      "v = 339273382.58681905 m / s > c, setting 1/gamma = 0\n",
      "v = 304898996.8188603 m / s > c, setting 1/gamma = 0\n",
      "v = 337039825.91910666 m / s > c, setting 1/gamma = 0\n",
      "v = 376617429.9619894 m / s > c, setting 1/gamma = 0\n",
      "v = 307783008.8476712 m / s > c, setting 1/gamma = 0\n",
      "v = 337839068.50617033 m / s > c, setting 1/gamma = 0\n",
      "v = 369037525.30055386 m / s > c, setting 1/gamma = 0\n",
      "v = 317561679.71494085 m / s > c, setting 1/gamma = 0\n",
      "v = 646599404.6935891 m / s > c, setting 1/gamma = 0\n",
      "v = 530354943.0435644 m / s > c, setting 1/gamma = 0\n",
      "v = 301740220.8424404 m / s > c, setting 1/gamma = 0\n",
      "v = 391240628.532077 m / s > c, setting 1/gamma = 0\n",
      "v = 429577778.8243204 m / s > c, setting 1/gamma = 0\n",
      "v = 341852076.4668654 m / s > c, setting 1/gamma = 0\n",
      "v = 365786486.7896794 m / s > c, setting 1/gamma = 0\n",
      "v = 351197781.94773567 m / s > c, setting 1/gamma = 0\n",
      "v = 397169965.37751746 m / s > c, setting 1/gamma = 0\n",
      "v = 344161806.35808665 m / s > c, setting 1/gamma = 0\n",
      "v = 368860682.09057814 m / s > c, setting 1/gamma = 0\n",
      "v = 302039695.98950243 m / s > c, setting 1/gamma = 0\n",
      "v = 345687250.0514607 m / s > c, setting 1/gamma = 0\n",
      "v = 382025159.11010945 m / s > c, setting 1/gamma = 0\n",
      "v = 426167382.74603456 m / s > c, setting 1/gamma = 0\n",
      "v = 358085703.8168936 m / s > c, setting 1/gamma = 0\n",
      "v = 381000329.5590525 m / s > c, setting 1/gamma = 0\n",
      "v = 347390284.727298 m / s > c, setting 1/gamma = 0\n",
      "v = 388752809.6794306 m / s > c, setting 1/gamma = 0\n",
      "v = 387433829.1504074 m / s > c, setting 1/gamma = 0\n",
      "v = 433146128.2148197 m / s > c, setting 1/gamma = 0\n",
      "v = 314649260.59251565 m / s > c, setting 1/gamma = 0\n",
      "v = 336737966.89504015 m / s > c, setting 1/gamma = 0\n",
      "v = 474672525.23558563 m / s > c, setting 1/gamma = 0\n",
      "v = 485907886.24713445 m / s > c, setting 1/gamma = 0\n",
      "v = 310522375.49998015 m / s > c, setting 1/gamma = 0\n",
      "v = 339895107.7315586 m / s > c, setting 1/gamma = 0\n",
      "v = 323588099.2370623 m / s > c, setting 1/gamma = 0\n",
      "v = 366110526.41809875 m / s > c, setting 1/gamma = 0\n",
      "v = 438001356.94946927 m / s > c, setting 1/gamma = 0\n",
      "v = 466954470.3595937 m / s > c, setting 1/gamma = 0\n",
      "v = 303042919.82844615 m / s > c, setting 1/gamma = 0\n",
      "v = 341558775.26232237 m / s > c, setting 1/gamma = 0\n",
      "v = 489955288.854386 m / s > c, setting 1/gamma = 0\n",
      "v = 488489567.6996142 m / s > c, setting 1/gamma = 0\n",
      "v = 322944527.4425838 m / s > c, setting 1/gamma = 0\n",
      "v = 324064541.974906 m / s > c, setting 1/gamma = 0\n",
      "v = 343479509.35177505 m / s > c, setting 1/gamma = 0\n",
      "v = 326431195.6693303 m / s > c, setting 1/gamma = 0\n",
      "v = 364081588.3680092 m / s > c, setting 1/gamma = 0\n",
      "v = 306110467.28662026 m / s > c, setting 1/gamma = 0\n",
      "v = 327660132.2629183 m / s > c, setting 1/gamma = 0\n",
      "v = 345680264.55629617 m / s > c, setting 1/gamma = 0\n",
      "v = 391977010.7482279 m / s > c, setting 1/gamma = 0\n",
      "v = 372066186.0418771 m / s > c, setting 1/gamma = 0\n",
      "v = 389897458.94687676 m / s > c, setting 1/gamma = 0\n",
      "v = 311626916.3586234 m / s > c, setting 1/gamma = 0\n",
      "v = 349182385.11449283 m / s > c, setting 1/gamma = 0\n",
      "v = 330086281.66837585 m / s > c, setting 1/gamma = 0\n",
      "v = 380661799.67440397 m / s > c, setting 1/gamma = 0\n",
      "v = 327063775.3977844 m / s > c, setting 1/gamma = 0\n",
      "v = 345912362.35076237 m / s > c, setting 1/gamma = 0\n",
      "v = 333095334.57217497 m / s > c, setting 1/gamma = 0\n",
      "v = 686732774.8074675 m / s > c, setting 1/gamma = 0\n",
      "v = 565270098.4870174 m / s > c, setting 1/gamma = 0\n",
      "v = 313252601.9963996 m / s > c, setting 1/gamma = 0\n",
      "v = 327613452.32758373 m / s > c, setting 1/gamma = 0\n",
      "v = 673602231.5166328 m / s > c, setting 1/gamma = 0\n",
      "v = 554112269.3946333 m / s > c, setting 1/gamma = 0\n",
      "v = 317478448.763043 m / s > c, setting 1/gamma = 0\n",
      "v = 305070935.5064009 m / s > c, setting 1/gamma = 0\n",
      "v = 357132068.4358257 m / s > c, setting 1/gamma = 0\n",
      "v = 310051733.2306295 m / s > c, setting 1/gamma = 0\n",
      "v = 360119885.44067913 m / s > c, setting 1/gamma = 0\n",
      "v = 374661333.8210923 m / s > c, setting 1/gamma = 0\n",
      "v = 305915396.7927075 m / s > c, setting 1/gamma = 0\n",
      "v = 566635851.7077264 m / s > c, setting 1/gamma = 0\n",
      "v = 483583751.3920813 m / s > c, setting 1/gamma = 0\n",
      "v = 378745488.43587434 m / s > c, setting 1/gamma = 0\n",
      "v = 404604405.8945987 m / s > c, setting 1/gamma = 0\n",
      "v = 318828128.89944243 m / s > c, setting 1/gamma = 0\n",
      "v = 337221974.1097974 m / s > c, setting 1/gamma = 0\n",
      "v = 305715910.9656957 m / s > c, setting 1/gamma = 0\n",
      "v = 334061549.33066714 m / s > c, setting 1/gamma = 0\n",
      "v = 301535733.5493974 m / s > c, setting 1/gamma = 0\n",
      "v = 580476065.8620182 m / s > c, setting 1/gamma = 0\n",
      "v = 476431384.90591455 m / s > c, setting 1/gamma = 0\n",
      "v = 310049763.2710561 m / s > c, setting 1/gamma = 0\n",
      "v = 343502969.04121983 m / s > c, setting 1/gamma = 0\n",
      "v = 334710432.3201657 m / s > c, setting 1/gamma = 0\n",
      "v = 357305584.33093846 m / s > c, setting 1/gamma = 0\n",
      "v = 376557624.25558215 m / s > c, setting 1/gamma = 0\n",
      "v = 369232572.0664178 m / s > c, setting 1/gamma = 0\n",
      "v = 415247553.0973391 m / s > c, setting 1/gamma = 0\n",
      "v = 321658405.33679956 m / s > c, setting 1/gamma = 0\n",
      "v = 341771244.39381856 m / s > c, setting 1/gamma = 0\n",
      "v = 399832593.87819165 m / s > c, setting 1/gamma = 0\n",
      "v = 432985091.9684187 m / s > c, setting 1/gamma = 0\n",
      "v = 301474263.5738943 m / s > c, setting 1/gamma = 0\n",
      "v = 321991874.6585634 m / s > c, setting 1/gamma = 0\n",
      "v = 308646158.67062235 m / s > c, setting 1/gamma = 0\n",
      "v = 301012739.48766565 m / s > c, setting 1/gamma = 0\n",
      "v = 344334648.79847383 m / s > c, setting 1/gamma = 0\n",
      "v = 314930762.45278114 m / s > c, setting 1/gamma = 0\n",
      "v = 326677506.989725 m / s > c, setting 1/gamma = 0\n",
      "v = 347106815.1906581 m / s > c, setting 1/gamma = 0\n",
      "v = 614706691.1866808 m / s > c, setting 1/gamma = 0\n",
      "v = 615310097.8063946 m / s > c, setting 1/gamma = 0\n",
      "v = 462255189.45792097 m / s > c, setting 1/gamma = 0\n",
      "v = 462913871.19600296 m / s > c, setting 1/gamma = 0\n",
      "v = 304843221.281864 m / s > c, setting 1/gamma = 0\n",
      "v = 352264723.6406212 m / s > c, setting 1/gamma = 0\n",
      "v = 309540690.4298738 m / s > c, setting 1/gamma = 0\n",
      "v = 328413337.0061221 m / s > c, setting 1/gamma = 0\n",
      "v = 306829062.8071683 m / s > c, setting 1/gamma = 0\n",
      "v = 444933387.965998 m / s > c, setting 1/gamma = 0\n",
      "v = 453727521.1478149 m / s > c, setting 1/gamma = 0\n",
      "v = 313532633.133635 m / s > c, setting 1/gamma = 0\n",
      "v = 334877043.4665803 m / s > c, setting 1/gamma = 0\n",
      "v = 336973517.28316253 m / s > c, setting 1/gamma = 0\n",
      "v = 366439983.45163167 m / s > c, setting 1/gamma = 0\n",
      "v = 420310184.7673889 m / s > c, setting 1/gamma = 0\n",
      "v = 451660913.00285983 m / s > c, setting 1/gamma = 0\n",
      "v = 322150013.8880473 m / s > c, setting 1/gamma = 0\n",
      "v = 345810237.589291 m / s > c, setting 1/gamma = 0\n",
      "v = 372865920.8903211 m / s > c, setting 1/gamma = 0\n",
      "v = 419006995.7078076 m / s > c, setting 1/gamma = 0\n",
      "v = 337607846.36125445 m / s > c, setting 1/gamma = 0\n",
      "v = 355362614.7416804 m / s > c, setting 1/gamma = 0\n",
      "v = 406333136.6206361 m / s > c, setting 1/gamma = 0\n",
      "v = 436729632.80655783 m / s > c, setting 1/gamma = 0\n",
      "v = 304967448.17284536 m / s > c, setting 1/gamma = 0\n",
      "v = 324684946.51537657 m / s > c, setting 1/gamma = 0\n",
      "v = 307443159.6569419 m / s > c, setting 1/gamma = 0\n",
      "v = 360997977.6261241 m / s > c, setting 1/gamma = 0\n",
      "v = 404251307.20272744 m / s > c, setting 1/gamma = 0\n",
      "v = 438196361.2022825 m / s > c, setting 1/gamma = 0\n",
      "v = 315425951.3690922 m / s > c, setting 1/gamma = 0\n",
      "v = 400924723.6861808 m / s > c, setting 1/gamma = 0\n",
      "v = 422188460.03936064 m / s > c, setting 1/gamma = 0\n",
      "v = 336582231.9579706 m / s > c, setting 1/gamma = 0\n",
      "v = 311727051.62909853 m / s > c, setting 1/gamma = 0\n",
      "v = 334726533.0450232 m / s > c, setting 1/gamma = 0\n",
      "v = 359330598.60459715 m / s > c, setting 1/gamma = 0\n",
      "v = 403610085.5383883 m / s > c, setting 1/gamma = 0\n",
      "v = 324087395.74188 m / s > c, setting 1/gamma = 0\n",
      "v = 334879290.7922952 m / s > c, setting 1/gamma = 0\n",
      "v = 707790741.4207212 m / s > c, setting 1/gamma = 0\n",
      "v = 582368207.0165288 m / s > c, setting 1/gamma = 0\n",
      "v = 303436911.90375066 m / s > c, setting 1/gamma = 0\n",
      "v = 318024566.7790488 m / s > c, setting 1/gamma = 0\n",
      "v = 350548237.6205528 m / s > c, setting 1/gamma = 0\n",
      "v = 398788323.6634392 m / s > c, setting 1/gamma = 0\n",
      "v = 349595623.55732965 m / s > c, setting 1/gamma = 0\n",
      "v = 374019634.48613805 m / s > c, setting 1/gamma = 0\n",
      "v = 305712410.1208884 m / s > c, setting 1/gamma = 0\n",
      "v = 338390485.042956 m / s > c, setting 1/gamma = 0\n",
      "v = 336857301.9025267 m / s > c, setting 1/gamma = 0\n",
      "v = 389423837.059308 m / s > c, setting 1/gamma = 0\n",
      "v = 318662376.0708725 m / s > c, setting 1/gamma = 0\n",
      "v = 340315802.5190115 m / s > c, setting 1/gamma = 0\n",
      "v = 312581796.0311744 m / s > c, setting 1/gamma = 0\n",
      "v = 381165941.04479265 m / s > c, setting 1/gamma = 0\n",
      "v = 416462692.6775078 m / s > c, setting 1/gamma = 0\n",
      "v = 300775382.8728548 m / s > c, setting 1/gamma = 0\n",
      "v = 353461788.2381663 m / s > c, setting 1/gamma = 0\n",
      "v = 385137134.6569742 m / s > c, setting 1/gamma = 0\n",
      "v = 413916643.522036 m / s > c, setting 1/gamma = 0\n",
      "v = 450212568.48944545 m / s > c, setting 1/gamma = 0\n",
      "v = 445848196.3150802 m / s > c, setting 1/gamma = 0\n",
      "v = 462667416.7807417 m / s > c, setting 1/gamma = 0\n",
      "v = 504689457.1679778 m / s > c, setting 1/gamma = 0\n",
      "v = 492895044.815038 m / s > c, setting 1/gamma = 0\n",
      "v = 313819245.9709159 m / s > c, setting 1/gamma = 0\n",
      "v = 319501536.18816245 m / s > c, setting 1/gamma = 0\n",
      "v = 340630474.94502765 m / s > c, setting 1/gamma = 0\n",
      "v = 302830631.1551067 m / s > c, setting 1/gamma = 0\n",
      "v = 417333763.4899642 m / s > c, setting 1/gamma = 0\n",
      "v = 448758726.1707972 m / s > c, setting 1/gamma = 0\n",
      "v = 338810441.35228527 m / s > c, setting 1/gamma = 0\n",
      "v = 358697819.8279342 m / s > c, setting 1/gamma = 0\n",
      "v = 341912314.7005855 m / s > c, setting 1/gamma = 0\n",
      "v = 373964031.2344029 m / s > c, setting 1/gamma = 0\n",
      "v = 358955359.10398555 m / s > c, setting 1/gamma = 0\n",
      "v = 406570557.5416776 m / s > c, setting 1/gamma = 0\n",
      "v = 307176485.7619077 m / s > c, setting 1/gamma = 0\n",
      "v = 336807986.8281873 m / s > c, setting 1/gamma = 0\n",
      "v = 471631380.60764384 m / s > c, setting 1/gamma = 0\n",
      "v = 482917342.2521314 m / s > c, setting 1/gamma = 0\n",
      "v = 414695049.0859863 m / s > c, setting 1/gamma = 0\n",
      "v = 418075323.8009571 m / s > c, setting 1/gamma = 0\n",
      "v = 337779888.4023582 m / s > c, setting 1/gamma = 0\n",
      "v = 389812528.3949004 m / s > c, setting 1/gamma = 0\n",
      "v = 430182662.90873706 m / s > c, setting 1/gamma = 0\n",
      "v = 363655072.93609285 m / s > c, setting 1/gamma = 0\n",
      "v = 399501252.5154915 m / s > c, setting 1/gamma = 0\n",
      "v = 300949076.13780224 m / s > c, setting 1/gamma = 0\n",
      "v = 371944249.0027859 m / s > c, setting 1/gamma = 0\n",
      "v = 415609420.5842067 m / s > c, setting 1/gamma = 0\n",
      "v = 360580473.0100118 m / s > c, setting 1/gamma = 0\n",
      "v = 380714571.5286507 m / s > c, setting 1/gamma = 0\n",
      "v = 389256479.46016324 m / s > c, setting 1/gamma = 0\n",
      "v = 431625223.1183009 m / s > c, setting 1/gamma = 0\n",
      "v = 358099112.548525 m / s > c, setting 1/gamma = 0\n",
      "v = 382457971.9946888 m / s > c, setting 1/gamma = 0\n",
      "v = 321267824.2975115 m / s > c, setting 1/gamma = 0\n",
      "v = 357989412.8715102 m / s > c, setting 1/gamma = 0\n",
      "v = 337292497.63786954 m / s > c, setting 1/gamma = 0\n",
      "v = 389453667.2000878 m / s > c, setting 1/gamma = 0\n",
      "v = 316748703.557658 m / s > c, setting 1/gamma = 0\n",
      "v = 338482599.0243159 m / s > c, setting 1/gamma = 0\n",
      "v = 351955498.077485 m / s > c, setting 1/gamma = 0\n",
      "v = 401673845.3617805 m / s > c, setting 1/gamma = 0\n",
      "v = 302914196.2453143 m / s > c, setting 1/gamma = 0\n",
      "v = 368119715.5035477 m / s > c, setting 1/gamma = 0\n",
      "v = 393252757.9378584 m / s > c, setting 1/gamma = 0\n",
      "v = 452373448.98141676 m / s > c, setting 1/gamma = 0\n",
      "v = 471793687.91067725 m / s > c, setting 1/gamma = 0\n",
      "v = 316696906.01640844 m / s > c, setting 1/gamma = 0\n",
      "v = 343596305.2945333 m / s > c, setting 1/gamma = 0\n",
      "v = 553663813.5352521 m / s > c, setting 1/gamma = 0\n",
      "v = 505194257.0385689 m / s > c, setting 1/gamma = 0\n",
      "v = 319492564.2851839 m / s > c, setting 1/gamma = 0\n",
      "v = 340599303.41785944 m / s > c, setting 1/gamma = 0\n",
      "v = 310550861.2567463 m / s > c, setting 1/gamma = 0\n",
      "v = 339912622.1082452 m / s > c, setting 1/gamma = 0\n",
      "v = 341444723.97740424 m / s > c, setting 1/gamma = 0\n",
      "v = 384440908.2095451 m / s > c, setting 1/gamma = 0\n",
      "v = 320106853.95085543 m / s > c, setting 1/gamma = 0\n",
      "v = 304603416.9208698 m / s > c, setting 1/gamma = 0\n",
      "v = 426631495.500234 m / s > c, setting 1/gamma = 0\n",
      "v = 449662671.3653941 m / s > c, setting 1/gamma = 0\n",
      "v = 319285172.1823754 m / s > c, setting 1/gamma = 0\n",
      "v = 639110011.2529317 m / s > c, setting 1/gamma = 0\n",
      "v = 525965063.4620064 m / s > c, setting 1/gamma = 0\n",
      "v = 332997747.6278013 m / s > c, setting 1/gamma = 0\n",
      "v = 364403418.1381708 m / s > c, setting 1/gamma = 0\n",
      "v = 323800826.350374 m / s > c, setting 1/gamma = 0\n",
      "v = 367448545.729073 m / s > c, setting 1/gamma = 0\n",
      "v = 301365800.01178616 m / s > c, setting 1/gamma = 0\n",
      "v = 329550293.95000094 m / s > c, setting 1/gamma = 0\n",
      "v = 349177070.04635584 m / s > c, setting 1/gamma = 0\n",
      "v = 370953414.5005884 m / s > c, setting 1/gamma = 0\n",
      "v = 394448663.3504936 m / s > c, setting 1/gamma = 0\n",
      "v = 398419880.5814935 m / s > c, setting 1/gamma = 0\n",
      "v = 428582788.277095 m / s > c, setting 1/gamma = 0\n",
      "v = 346211055.671442 m / s > c, setting 1/gamma = 0\n",
      "v = 391523881.11128795 m / s > c, setting 1/gamma = 0\n",
      "v = 346718915.1785567 m / s > c, setting 1/gamma = 0\n",
      "v = 367437756.7605678 m / s > c, setting 1/gamma = 0\n",
      "v = 339555516.0214441 m / s > c, setting 1/gamma = 0\n",
      "v = 388730665.2123908 m / s > c, setting 1/gamma = 0\n",
      "v = 350340625.85284936 m / s > c, setting 1/gamma = 0\n",
      "v = 376165124.0914068 m / s > c, setting 1/gamma = 0\n",
      "v = 324265068.2896791 m / s > c, setting 1/gamma = 0\n",
      "v = 346361236.19076085 m / s > c, setting 1/gamma = 0\n",
      "v = 397267839.5410449 m / s > c, setting 1/gamma = 0\n",
      "v = 354559998.1792839 m / s > c, setting 1/gamma = 0\n",
      "v = 381641619.8699255 m / s > c, setting 1/gamma = 0\n",
      "v = 375058378.80351377 m / s > c, setting 1/gamma = 0\n",
      "v = 409086057.22528327 m / s > c, setting 1/gamma = 0\n",
      "v = 300540385.36538386 m / s > c, setting 1/gamma = 0\n",
      "v = 309239452.49219275 m / s > c, setting 1/gamma = 0\n",
      "v = 333995334.84855485 m / s > c, setting 1/gamma = 0\n",
      "v = 309736042.0944817 m / s > c, setting 1/gamma = 0\n",
      "v = 396217864.04107064 m / s > c, setting 1/gamma = 0\n",
      "v = 436035844.83513397 m / s > c, setting 1/gamma = 0\n",
      "v = 322894319.94052494 m / s > c, setting 1/gamma = 0\n",
      "v = 344422690.7168035 m / s > c, setting 1/gamma = 0\n",
      "v = 390604253.16994905 m / s > c, setting 1/gamma = 0\n",
      "v = 431198439.91284823 m / s > c, setting 1/gamma = 0\n",
      "v = 307024624.4455132 m / s > c, setting 1/gamma = 0\n",
      "v = 300222012.66650236 m / s > c, setting 1/gamma = 0\n",
      "v = 414005990.1608834 m / s > c, setting 1/gamma = 0\n",
      "v = 446424090.11345744 m / s > c, setting 1/gamma = 0\n",
      "v = 313588536.0257055 m / s > c, setting 1/gamma = 0\n",
      "v = 334333684.1106178 m / s > c, setting 1/gamma = 0\n",
      "v = 306638885.9175661 m / s > c, setting 1/gamma = 0\n",
      "v = 312103876.2242118 m / s > c, setting 1/gamma = 0\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x1000 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "# 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(1 * u.gigaelectronvolt),\n",
    "    # seed = 234982,\n",
    "    repetitions = 10,\n",
    "    time_range = [0, 50],\n",
    "    n_steps = 1000,\n",
    "    do_clip_trajectory = True,\n",
    ")\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Using random initial conditions with x_0 = 8.00E+06 and v_0 = 2.84E+08 m / s\n",
      "v = 299843887.3881295 m / s > c, setting 1/gamma = 0\n",
      "v = 303194720.0489516 m / s > c, setting 1/gamma = 0\n",
      "v = 305168938.3069865 m / s > c, setting 1/gamma = 0\n",
      "v = 330891534.73528314 m / s > c, setting 1/gamma = 0\n",
      "v = 327380463.5318737 m / s > c, setting 1/gamma = 0\n",
      "v = 353487508.6116693 m / s > c, setting 1/gamma = 0\n",
      "v = 345481765.9038232 m / s > c, setting 1/gamma = 0\n",
      "v = 301081227.99370396 m / s > c, setting 1/gamma = 0\n",
      "v = 304143871.8855445 m / s > c, setting 1/gamma = 0\n",
      "v = 308886238.9254942 m / s > c, setting 1/gamma = 0\n",
      "v = 312596192.31716526 m / s > c, setting 1/gamma = 0\n",
      "v = 303704435.0744467 m / s > c, setting 1/gamma = 0\n",
      "v = 307198932.872008 m / s > c, setting 1/gamma = 0\n",
      "v = 324952004.3864175 m / s > c, setting 1/gamma = 0\n",
      "v = 327999579.3720159 m / s > c, setting 1/gamma = 0\n",
      "v = 342383649.4199299 m / s > c, setting 1/gamma = 0\n",
      "v = 339256547.4348202 m / s > c, setting 1/gamma = 0\n",
      "v = 318420461.0225585 m / s > c, setting 1/gamma = 0\n",
      "v = 323163860.6009736 m / s > c, setting 1/gamma = 0\n",
      "v = 308305181.4611595 m / s > c, setting 1/gamma = 0\n",
      "v = 302813336.6329481 m / s > c, setting 1/gamma = 0\n",
      "v = 347668552.8066601 m / s > c, setting 1/gamma = 0\n",
      "v = 348524634.8616298 m / s > c, setting 1/gamma = 0\n",
      "v = 310071472.4550616 m / s > c, setting 1/gamma = 0\n",
      "v = 316048452.726087 m / s > c, setting 1/gamma = 0\n",
      "v = 308640446.7796318 m / s > c, setting 1/gamma = 0\n",
      "v = 370642054.6843471 m / s > c, setting 1/gamma = 0\n",
      "v = 370302119.29448843 m / s > c, setting 1/gamma = 0\n",
      "v = 301093048.2191976 m / s > c, setting 1/gamma = 0\n",
      "v = 311424127.05525434 m / s > c, setting 1/gamma = 0\n",
      "v = 301286485.0472758 m / s > c, setting 1/gamma = 0\n",
      "v = 325709750.43279153 m / s > c, setting 1/gamma = 0\n",
      "v = 336384391.07553035 m / s > c, setting 1/gamma = 0\n",
      "v = 299814311.1630112 m / s > c, setting 1/gamma = 0\n",
      "v = 330310055.66129327 m / s > c, setting 1/gamma = 0\n",
      "v = 321069581.9420877 m / s > c, setting 1/gamma = 0\n",
      "v = 329031512.34746534 m / s > c, setting 1/gamma = 0\n",
      "v = 314798135.6755811 m / s > c, setting 1/gamma = 0\n",
      "v = 307928953.34013164 m / s > c, setting 1/gamma = 0\n",
      "v = 313060632.51031065 m / s > c, setting 1/gamma = 0\n",
      "v = 305778955.875852 m / s > c, setting 1/gamma = 0\n",
      "v = 311908085.53687215 m / s > c, setting 1/gamma = 0\n",
      "v = 312376534.23873717 m / s > c, setting 1/gamma = 0\n",
      "v = 319654886.2479056 m / s > c, setting 1/gamma = 0\n",
      "v = 306850826.34167796 m / s > c, setting 1/gamma = 0\n",
      "v = 334502612.8660381 m / s > c, setting 1/gamma = 0\n",
      "v = 368890667.1789183 m / s > c, setting 1/gamma = 0\n",
      "v = 362826420.6809813 m / s > c, setting 1/gamma = 0\n",
      "v = 309722364.94185716 m / s > c, setting 1/gamma = 0\n",
      "v = 331933252.60801643 m / s > c, setting 1/gamma = 0\n",
      "v = 341686745.29341847 m / s > c, setting 1/gamma = 0\n",
      "v = 367817510.2437805 m / s > c, setting 1/gamma = 0\n",
      "v = 352225439.8556896 m / s > c, setting 1/gamma = 0\n",
      "v = 351254310.5959526 m / s > c, setting 1/gamma = 0\n",
      "v = 320597576.23221487 m / s > c, setting 1/gamma = 0\n",
      "v = 346482913.3944233 m / s > c, setting 1/gamma = 0\n",
      "v = 306606375.1122023 m / s > c, setting 1/gamma = 0\n",
      "v = 317805856.2791786 m / s > c, setting 1/gamma = 0\n",
      "v = 349554883.99686503 m / s > c, setting 1/gamma = 0\n",
      "v = 323463004.77127504 m / s > c, setting 1/gamma = 0\n",
      "v = 343587424.77890146 m / s > c, setting 1/gamma = 0\n",
      "v = 307542334.9987324 m / s > c, setting 1/gamma = 0\n",
      "v = 307447695.177421 m / s > c, setting 1/gamma = 0\n",
      "v = 302470129.66551214 m / s > c, setting 1/gamma = 0\n",
      "v = 410343528.70090675 m / s > c, setting 1/gamma = 0\n",
      "v = 400549645.41471267 m / s > c, setting 1/gamma = 0\n",
      "v = 300548534.60124314 m / s > c, setting 1/gamma = 0\n",
      "v = 332060762.0495512 m / s > c, setting 1/gamma = 0\n",
      "v = 312508014.3364049 m / s > c, setting 1/gamma = 0\n",
      "v = 306395766.26424456 m / s > c, setting 1/gamma = 0\n",
      "v = 320167815.3046704 m / s > c, setting 1/gamma = 0\n",
      "v = 302794790.43385637 m / s > c, setting 1/gamma = 0\n",
      "v = 340721731.4270696 m / s > c, setting 1/gamma = 0\n",
      "v = 320340113.6390565 m / s > c, setting 1/gamma = 0\n",
      "v = 324401894.9268553 m / s > c, setting 1/gamma = 0\n",
      "v = 319592677.2309425 m / s > c, setting 1/gamma = 0\n",
      "v = 345034878.89252836 m / s > c, setting 1/gamma = 0\n",
      "v = 382812919.721649 m / s > c, setting 1/gamma = 0\n",
      "v = 417639069.48077023 m / s > c, setting 1/gamma = 0\n",
      "v = 321979700.433482 m / s > c, setting 1/gamma = 0\n",
      "v = 355919124.52318174 m / s > c, setting 1/gamma = 0\n",
      "v = 336799269.5434362 m / s > c, setting 1/gamma = 0\n",
      "v = 384776216.492883 m / s > c, setting 1/gamma = 0\n",
      "v = 303920488.3386066 m / s > c, setting 1/gamma = 0\n",
      "v = 339123393.6060065 m / s > c, setting 1/gamma = 0\n",
      "v = 314836512.2284591 m / s > c, setting 1/gamma = 0\n",
      "v = 320443003.0935402 m / s > c, setting 1/gamma = 0\n",
      "v = 338161616.88823396 m / s > c, setting 1/gamma = 0\n",
      "v = 326875519.45010203 m / s > c, setting 1/gamma = 0\n",
      "v = 342873107.29847103 m / s > c, setting 1/gamma = 0\n",
      "v = 382579215.89916766 m / s > c, setting 1/gamma = 0\n",
      "v = 323516575.006787 m / s > c, setting 1/gamma = 0\n",
      "v = 376729215.78220934 m / s > c, setting 1/gamma = 0\n",
      "v = 336864782.3677302 m / s > c, setting 1/gamma = 0\n",
      "v = 381497723.3869468 m / s > c, setting 1/gamma = 0\n",
      "v = 311724595.33365566 m / s > c, setting 1/gamma = 0\n",
      "v = 348573418.08716327 m / s > c, setting 1/gamma = 0\n",
      "v = 416156763.28487086 m / s > c, setting 1/gamma = 0\n",
      "v = 450673976.88291734 m / s > c, setting 1/gamma = 0\n",
      "v = 318139204.9944342 m / s > c, setting 1/gamma = 0\n",
      "v = 369677743.0968166 m / s > c, setting 1/gamma = 0\n",
      "v = 302070532.1537445 m / s > c, setting 1/gamma = 0\n",
      "v = 326547986.1571702 m / s > c, setting 1/gamma = 0\n",
      "v = 407214471.9203295 m / s > c, setting 1/gamma = 0\n",
      "v = 444970529.99431014 m / s > c, setting 1/gamma = 0\n",
      "v = 342152193.2885213 m / s > c, setting 1/gamma = 0\n",
      "v = 389662686.23469406 m / s > c, setting 1/gamma = 0\n",
      "v = 314140856.73151463 m / s > c, setting 1/gamma = 0\n",
      "v = 370839479.9247979 m / s > c, setting 1/gamma = 0\n",
      "v = 498747122.8456041 m / s > c, setting 1/gamma = 0\n",
      "v = 512695053.01502216 m / s > c, setting 1/gamma = 0\n",
      "v = 306852912.92576957 m / s > c, setting 1/gamma = 0\n",
      "v = 306654326.27191347 m / s > c, setting 1/gamma = 0\n",
      "v = 334062863.29842657 m / s > c, setting 1/gamma = 0\n",
      "v = 383058881.0123152 m / s > c, setting 1/gamma = 0\n",
      "v = 339238671.517555 m / s > c, setting 1/gamma = 0\n",
      "v = 307164042.72091496 m / s > c, setting 1/gamma = 0\n",
      "v = 353284085.7351323 m / s > c, setting 1/gamma = 0\n",
      "v = 404500950.8668491 m / s > c, setting 1/gamma = 0\n",
      "v = 453481166.2050473 m / s > c, setting 1/gamma = 0\n",
      "v = 376226397.8050421 m / s > c, setting 1/gamma = 0\n",
      "v = 433043479.672979 m / s > c, setting 1/gamma = 0\n",
      "v = 302871440.5392067 m / s > c, setting 1/gamma = 0\n",
      "v = 355394104.659123 m / s > c, setting 1/gamma = 0\n",
      "v = 301314694.0738962 m / s > c, setting 1/gamma = 0\n",
      "v = 354791090.3427626 m / s > c, setting 1/gamma = 0\n",
      "v = 414218847.6985492 m / s > c, setting 1/gamma = 0\n",
      "v = 309500032.59716254 m / s > c, setting 1/gamma = 0\n",
      "v = 368524713.14877594 m / s > c, setting 1/gamma = 0\n",
      "v = 309241781.231355 m / s > c, setting 1/gamma = 0\n",
      "v = 372286920.30220586 m / s > c, setting 1/gamma = 0\n",
      "v = 372198777.5928228 m / s > c, setting 1/gamma = 0\n",
      "v = 422594260.37058336 m / s > c, setting 1/gamma = 0\n",
      "v = 443993097.94422245 m / s > c, setting 1/gamma = 0\n",
      "v = 491376889.500226 m / s > c, setting 1/gamma = 0\n",
      "v = 301654769.017352 m / s > c, setting 1/gamma = 0\n",
      "v = 669006207.1964732 m / s > c, setting 1/gamma = 0\n",
      "v = 543985082.9920212 m / s > c, setting 1/gamma = 0\n",
      "v = 302025512.82667583 m / s > c, setting 1/gamma = 0\n",
      "v = 470565076.1148552 m / s > c, setting 1/gamma = 0\n",
      "v = 514682376.8777465 m / s > c, setting 1/gamma = 0\n",
      "v = 612695839.7456626 m / s > c, setting 1/gamma = 0\n",
      "v = 567341531.3369054 m / s > c, setting 1/gamma = 0\n",
      "v = 331902546.90344346 m / s > c, setting 1/gamma = 0\n",
      "v = 392622517.60773516 m / s > c, setting 1/gamma = 0\n",
      "v = 322863181.922319 m / s > c, setting 1/gamma = 0\n",
      "v = 303591578.56171536 m / s > c, setting 1/gamma = 0\n",
      "v = 345974033.60112786 m / s > c, setting 1/gamma = 0\n",
      "v = 304177795.47507393 m / s > c, setting 1/gamma = 0\n",
      "v = 322186022.7422232 m / s > c, setting 1/gamma = 0\n",
      "v = 578643671.6100655 m / s > c, setting 1/gamma = 0\n",
      "v = 574703053.8626535 m / s > c, setting 1/gamma = 0\n",
      "v = 337887662.2742867 m / s > c, setting 1/gamma = 0\n",
      "v = 840409528.2394171 m / s > c, setting 1/gamma = 0\n",
      "v = 698322162.8100365 m / s > c, setting 1/gamma = 0\n",
      "v = 311973071.4302397 m / s > c, setting 1/gamma = 0\n",
      "v = 723878532.1679466 m / s > c, setting 1/gamma = 0\n",
      "v = 588972823.7994417 m / s > c, setting 1/gamma = 0\n",
      "v = 501415035.7046971 m / s > c, setting 1/gamma = 0\n",
      "v = 524702500.2790113 m / s > c, setting 1/gamma = 0\n",
      "v = 303201881.64143443 m / s > c, setting 1/gamma = 0\n",
      "v = 303631394.70350736 m / s > c, setting 1/gamma = 0\n",
      "v = 368966466.8181623 m / s > c, setting 1/gamma = 0\n",
      "v = 566926865.7065358 m / s > c, setting 1/gamma = 0\n",
      "v = 567590049.4718246 m / s > c, setting 1/gamma = 0\n",
      "v = 310033366.75038964 m / s > c, setting 1/gamma = 0\n",
      "v = 734300517.0060879 m / s > c, setting 1/gamma = 0\n",
      "v = 603936609.669861 m / s > c, setting 1/gamma = 0\n",
      "v = 318396616.07038736 m / s > c, setting 1/gamma = 0\n",
      "v = 731429041.5977385 m / s > c, setting 1/gamma = 0\n",
      "v = 595563134.7494011 m / s > c, setting 1/gamma = 0\n",
      "v = 301205280.75107825 m / s > c, setting 1/gamma = 0\n",
      "v = 304198124.8095337 m / s > c, setting 1/gamma = 0\n",
      "v = 716500952.2635925 m / s > c, setting 1/gamma = 0\n",
      "v = 587536186.6689681 m / s > c, setting 1/gamma = 0\n",
      "v = 494413269.9138841 m / s > c, setting 1/gamma = 0\n",
      "v = 517465355.31932765 m / s > c, setting 1/gamma = 0\n",
      "v = 302729061.42673635 m / s > c, setting 1/gamma = 0\n",
      "v = 356898760.5297648 m / s > c, setting 1/gamma = 0\n",
      "v = 313481586.29359126 m / s > c, setting 1/gamma = 0\n",
      "v = 356189993.57844126 m / s > c, setting 1/gamma = 0\n",
      "v = 417205064.5077088 m / s > c, setting 1/gamma = 0\n",
      "v = 325941043.7404649 m / s > c, setting 1/gamma = 0\n",
      "v = 389280539.2114164 m / s > c, setting 1/gamma = 0\n",
      "v = 335904365.9304054 m / s > c, setting 1/gamma = 0\n",
      "v = 395729105.8435001 m / s > c, setting 1/gamma = 0\n",
      "v = 307758449.95140326 m / s > c, setting 1/gamma = 0\n",
      "v = 302021793.2192911 m / s > c, setting 1/gamma = 0\n",
      "v = 707277103.2509415 m / s > c, setting 1/gamma = 0\n",
      "v = 579942012.5582329 m / s > c, setting 1/gamma = 0\n",
      "v = 595578551.1230123 m / s > c, setting 1/gamma = 0\n",
      "v = 557460229.0288806 m / s > c, setting 1/gamma = 0\n",
      "v = 384022728.10645276 m / s > c, setting 1/gamma = 0\n",
      "v = 437269109.55623335 m / s > c, setting 1/gamma = 0\n",
      "v = 426973849.7705021 m / s > c, setting 1/gamma = 0\n",
      "v = 479593041.85888195 m / s > c, setting 1/gamma = 0\n",
      "v = 367663077.45047885 m / s > c, setting 1/gamma = 0\n",
      "v = 422754207.2038248 m / s > c, setting 1/gamma = 0\n",
      "v = 355698349.96957076 m / s > c, setting 1/gamma = 0\n",
      "v = 418688240.4483613 m / s > c, setting 1/gamma = 0\n",
      "v = 592011829.1071063 m / s > c, setting 1/gamma = 0\n",
      "v = 565892445.1200624 m / s > c, setting 1/gamma = 0\n",
      "v = 312320811.5936378 m / s > c, setting 1/gamma = 0\n",
      "v = 374117546.0170993 m / s > c, setting 1/gamma = 0\n",
      "v = 430001464.9316087 m / s > c, setting 1/gamma = 0\n",
      "v = 464206147.38875365 m / s > c, setting 1/gamma = 0\n",
      "v = 309958492.7651245 m / s > c, setting 1/gamma = 0\n",
      "v = 532554152.2152569 m / s > c, setting 1/gamma = 0\n",
      "v = 540968896.4787157 m / s > c, setting 1/gamma = 0\n",
      "v = 374840949.1753572 m / s > c, setting 1/gamma = 0\n",
      "v = 427192498.0146371 m / s > c, setting 1/gamma = 0\n",
      "v = 470167799.94140595 m / s > c, setting 1/gamma = 0\n",
      "v = 490765355.1472587 m / s > c, setting 1/gamma = 0\n",
      "v = 319809259.8247903 m / s > c, setting 1/gamma = 0\n",
      "v = 378631342.2734832 m / s > c, setting 1/gamma = 0\n",
      "v = 448495955.312021 m / s > c, setting 1/gamma = 0\n",
      "v = 491586617.09343016 m / s > c, setting 1/gamma = 0\n",
      "v = 401766403.0193285 m / s > c, setting 1/gamma = 0\n",
      "v = 446504534.59865826 m / s > c, setting 1/gamma = 0\n",
      "v = 303143794.550984 m / s > c, setting 1/gamma = 0\n",
      "v = 316423349.3366685 m / s > c, setting 1/gamma = 0\n",
      "v = 719388808.6181681 m / s > c, setting 1/gamma = 0\n",
      "v = 588083896.9943895 m / s > c, setting 1/gamma = 0\n",
      "v = 317304310.3676709 m / s > c, setting 1/gamma = 0\n",
      "v = 370724584.2957073 m / s > c, setting 1/gamma = 0\n",
      "v = 358989232.9763958 m / s > c, setting 1/gamma = 0\n",
      "v = 418226347.97004926 m / s > c, setting 1/gamma = 0\n",
      "v = 567219040.9062157 m / s > c, setting 1/gamma = 0\n",
      "v = 545787563.3046889 m / s > c, setting 1/gamma = 0\n",
      "v = 306992411.5403331 m / s > c, setting 1/gamma = 0\n",
      "v = 562458315.8474165 m / s > c, setting 1/gamma = 0\n",
      "v = 554680269.5101684 m / s > c, setting 1/gamma = 0\n",
      "v = 490880515.9822446 m / s > c, setting 1/gamma = 0\n",
      "v = 509723728.15789145 m / s > c, setting 1/gamma = 0\n",
      "v = 322178724.01961195 m / s > c, setting 1/gamma = 0\n",
      "v = 311902148.9555513 m / s > c, setting 1/gamma = 0\n",
      "v = 727719719.9403052 m / s > c, setting 1/gamma = 0\n",
      "v = 596053549.7248207 m / s > c, setting 1/gamma = 0\n",
      "v = 421095552.01821935 m / s > c, setting 1/gamma = 0\n",
      "v = 465933124.48213077 m / s > c, setting 1/gamma = 0\n",
      "v = 324294660.4072681 m / s > c, setting 1/gamma = 0\n",
      "v = 387892777.4453676 m / s > c, setting 1/gamma = 0\n",
      "v = 340563237.6392648 m / s > c, setting 1/gamma = 0\n",
      "v = 315182926.8194428 m / s > c, setting 1/gamma = 0\n",
      "v = 368440758.3923646 m / s > c, setting 1/gamma = 0\n",
      "v = 392840392.14809 m / s > c, setting 1/gamma = 0\n",
      "v = 450385330.9281592 m / s > c, setting 1/gamma = 0\n",
      "v = 481385553.59177023 m / s > c, setting 1/gamma = 0\n",
      "v = 510458055.7059889 m / s > c, setting 1/gamma = 0\n",
      "v = 314042344.79671115 m / s > c, setting 1/gamma = 0\n",
      "v = 412025004.1529743 m / s > c, setting 1/gamma = 0\n",
      "v = 453086367.28933483 m / s > c, setting 1/gamma = 0\n",
      "v = 313439484.2728239 m / s > c, setting 1/gamma = 0\n",
      "v = 422789090.1463471 m / s > c, setting 1/gamma = 0\n",
      "v = 464643193.8756355 m / s > c, setting 1/gamma = 0\n",
      "v = 513611567.2772258 m / s > c, setting 1/gamma = 0\n",
      "v = 511483846.0055101 m / s > c, setting 1/gamma = 0\n",
      "v = 333980985.39102936 m / s > c, setting 1/gamma = 0\n",
      "v = 383611683.11941 m / s > c, setting 1/gamma = 0\n",
      "v = 435995666.79244775 m / s > c, setting 1/gamma = 0\n",
      "v = 461317305.288045 m / s > c, setting 1/gamma = 0\n",
      "v = 481155306.4006531 m / s > c, setting 1/gamma = 0\n",
      "v = 305429620.41987383 m / s > c, setting 1/gamma = 0\n",
      "v = 350407404.64603376 m / s > c, setting 1/gamma = 0\n",
      "v = 349246220.32536525 m / s > c, setting 1/gamma = 0\n",
      "v = 314475518.8340132 m / s > c, setting 1/gamma = 0\n",
      "v = 367628414.91078323 m / s > c, setting 1/gamma = 0\n",
      "v = 309464320.83294004 m / s > c, setting 1/gamma = 0\n",
      "v = 302359368.24619496 m / s > c, setting 1/gamma = 0\n",
      "v = 361691308.17358446 m / s > c, setting 1/gamma = 0\n",
      "v = 399612354.37024015 m / s > c, setting 1/gamma = 0\n",
      "v = 446955877.9914108 m / s > c, setting 1/gamma = 0\n",
      "v = 301181398.5601583 m / s > c, setting 1/gamma = 0\n",
      "v = 350881713.27719253 m / s > c, setting 1/gamma = 0\n",
      "v = 483757408.73318976 m / s > c, setting 1/gamma = 0\n",
      "v = 501030003.61247915 m / s > c, setting 1/gamma = 0\n",
      "v = 319060548.70269567 m / s > c, setting 1/gamma = 0\n",
      "v = 562022366.0793031 m / s > c, setting 1/gamma = 0\n",
      "v = 559402114.7812437 m / s > c, setting 1/gamma = 0\n",
      "v = 316781380.85266477 m / s > c, setting 1/gamma = 0\n",
      "v = 389829260.27269083 m / s > c, setting 1/gamma = 0\n",
      "v = 448014925.2993788 m / s > c, setting 1/gamma = 0\n",
      "v = 343057655.4984178 m / s > c, setting 1/gamma = 0\n",
      "v = 395670916.0426178 m / s > c, setting 1/gamma = 0\n",
      "v = 348992414.87802607 m / s > c, setting 1/gamma = 0\n",
      "v = 410287141.53086036 m / s > c, setting 1/gamma = 0\n",
      "v = 395440078.6050241 m / s > c, setting 1/gamma = 0\n",
      "v = 448625416.29143465 m / s > c, setting 1/gamma = 0\n",
      "v = 375597802.3567144 m / s > c, setting 1/gamma = 0\n",
      "v = 434345209.8679356 m / s > c, setting 1/gamma = 0\n",
      "v = 515820480.70290786 m / s > c, setting 1/gamma = 0\n",
      "v = 522695097.94038695 m / s > c, setting 1/gamma = 0\n",
      "v = 329218602.50626177 m / s > c, setting 1/gamma = 0\n",
      "v = 378838423.62707716 m / s > c, setting 1/gamma = 0\n",
      "v = 313284984.68169373 m / s > c, setting 1/gamma = 0\n",
      "v = 417639196.8250816 m / s > c, setting 1/gamma = 0\n",
      "v = 470406940.5720024 m / s > c, setting 1/gamma = 0\n",
      "v = 502039544.177541 m / s > c, setting 1/gamma = 0\n",
      "v = 524469828.8322713 m / s > c, setting 1/gamma = 0\n",
      "v = 302909336.38287497 m / s > c, setting 1/gamma = 0\n",
      "v = 355174856.30559677 m / s > c, setting 1/gamma = 0\n",
      "v = 450178153.47871584 m / s > c, setting 1/gamma = 0\n",
      "v = 496941241.85366106 m / s > c, setting 1/gamma = 0\n",
      "v = 411985382.7606907 m / s > c, setting 1/gamma = 0\n",
      "v = 461476509.7714363 m / s > c, setting 1/gamma = 0\n",
      "v = 442119249.3671431 m / s > c, setting 1/gamma = 0\n",
      "v = 473737066.4594974 m / s > c, setting 1/gamma = 0\n",
      "v = 340421867.1082987 m / s > c, setting 1/gamma = 0\n",
      "v = 392047119.66120666 m / s > c, setting 1/gamma = 0\n",
      "v = 315026859.75872505 m / s > c, setting 1/gamma = 0\n",
      "v = 368022627.8797736 m / s > c, setting 1/gamma = 0\n",
      "v = 424490757.175613 m / s > c, setting 1/gamma = 0\n",
      "v = 478991908.9246984 m / s > c, setting 1/gamma = 0\n",
      "v = 491070512.01094395 m / s > c, setting 1/gamma = 0\n",
      "v = 395758154.6066968 m / s > c, setting 1/gamma = 0\n",
      "v = 444376939.1318976 m / s > c, setting 1/gamma = 0\n",
      "v = 420687980.50544137 m / s > c, setting 1/gamma = 0\n",
      "v = 465270699.99992365 m / s > c, setting 1/gamma = 0\n",
      "v = 393465288.6141346 m / s > c, setting 1/gamma = 0\n",
      "v = 431490943.8107225 m / s > c, setting 1/gamma = 0\n",
      "v = 371942210.0604408 m / s > c, setting 1/gamma = 0\n",
      "v = 428609199.40715307 m / s > c, setting 1/gamma = 0\n",
      "v = 478334679.4345743 m / s > c, setting 1/gamma = 0\n",
      "v = 508508723.4875551 m / s > c, setting 1/gamma = 0\n",
      "v = 337174181.7439062 m / s > c, setting 1/gamma = 0\n",
      "v = 437263153.382268 m / s > c, setting 1/gamma = 0\n",
      "v = 484913826.12102735 m / s > c, setting 1/gamma = 0\n",
      "v = 403756219.1647066 m / s > c, setting 1/gamma = 0\n",
      "v = 452834633.99390197 m / s > c, setting 1/gamma = 0\n",
      "v = 338311678.4875413 m / s > c, setting 1/gamma = 0\n",
      "v = 464448636.2769181 m / s > c, setting 1/gamma = 0\n",
      "v = 491838696.9688107 m / s > c, setting 1/gamma = 0\n",
      "v = 420349218.93029267 m / s > c, setting 1/gamma = 0\n",
      "v = 464107226.39293206 m / s > c, setting 1/gamma = 0\n",
      "v = 349546106.17496306 m / s > c, setting 1/gamma = 0\n",
      "v = 395179251.290238 m / s > c, setting 1/gamma = 0\n",
      "v = 355793479.6083142 m / s > c, setting 1/gamma = 0\n",
      "v = 414566975.48971605 m / s > c, setting 1/gamma = 0\n",
      "v = 382795052.03040093 m / s > c, setting 1/gamma = 0\n",
      "v = 437713022.9831085 m / s > c, setting 1/gamma = 0\n",
      "v = 324218180.41687965 m / s > c, setting 1/gamma = 0\n",
      "v = 385398205.9029198 m / s > c, setting 1/gamma = 0\n",
      "v = 406077821.6129312 m / s > c, setting 1/gamma = 0\n",
      "v = 453745973.8217562 m / s > c, setting 1/gamma = 0\n",
      "v = 388116596.5985844 m / s > c, setting 1/gamma = 0\n",
      "v = 437737264.363514 m / s > c, setting 1/gamma = 0\n",
      "v = 423421547.57057846 m / s > c, setting 1/gamma = 0\n",
      "v = 453215087.72966635 m / s > c, setting 1/gamma = 0\n",
      "v = 328242818.0181045 m / s > c, setting 1/gamma = 0\n",
      "v = 386359056.6806045 m / s > c, setting 1/gamma = 0\n",
      "v = 442720347.0977132 m / s > c, setting 1/gamma = 0\n",
      "v = 485407698.58281535 m / s > c, setting 1/gamma = 0\n",
      "v = 548370607.3191676 m / s > c, setting 1/gamma = 0\n",
      "v = 527513790.16616803 m / s > c, setting 1/gamma = 0\n",
      "v = 313329340.1982505 m / s > c, setting 1/gamma = 0\n",
      "v = 394841357.2581551 m / s > c, setting 1/gamma = 0\n",
      "v = 449957858.8421085 m / s > c, setting 1/gamma = 0\n",
      "v = 480601740.4905502 m / s > c, setting 1/gamma = 0\n",
      "v = 495869516.535812 m / s > c, setting 1/gamma = 0\n",
      "v = 403149841.9187727 m / s > c, setting 1/gamma = 0\n",
      "v = 455572878.39695877 m / s > c, setting 1/gamma = 0\n",
      "v = 530866001.3999468 m / s > c, setting 1/gamma = 0\n",
      "v = 545955410.9986261 m / s > c, setting 1/gamma = 0\n",
      "v = 336411877.9649475 m / s > c, setting 1/gamma = 0\n",
      "v = 320387947.2701883 m / s > c, setting 1/gamma = 0\n",
      "v = 382491642.82795054 m / s > c, setting 1/gamma = 0\n",
      "v = 374358704.9899491 m / s > c, setting 1/gamma = 0\n",
      "v = 425336195.5858266 m / s > c, setting 1/gamma = 0\n",
      "v = 317289096.7328472 m / s > c, setting 1/gamma = 0\n",
      "v = 380426429.6307572 m / s > c, setting 1/gamma = 0\n",
      "v = 363500959.39265054 m / s > c, setting 1/gamma = 0\n",
      "v = 417634040.78814954 m / s > c, setting 1/gamma = 0\n",
      "v = 321488169.957689 m / s > c, setting 1/gamma = 0\n",
      "v = 382018342.3302353 m / s > c, setting 1/gamma = 0\n",
      "v = 315715915.2869824 m / s > c, setting 1/gamma = 0\n",
      "v = 375542064.604705 m / s > c, setting 1/gamma = 0\n",
      "v = 505111052.88485616 m / s > c, setting 1/gamma = 0\n",
      "v = 508062835.39836526 m / s > c, setting 1/gamma = 0\n",
      "v = 344533227.25877213 m / s > c, setting 1/gamma = 0\n",
      "v = 402713738.7625708 m / s > c, setting 1/gamma = 0\n",
      "v = 575117117.937615 m / s > c, setting 1/gamma = 0\n",
      "v = 563346209.194005 m / s > c, setting 1/gamma = 0\n",
      "v = 474073450.3629007 m / s > c, setting 1/gamma = 0\n",
      "v = 496437648.12160385 m / s > c, setting 1/gamma = 0\n",
      "v = 483271717.92569333 m / s > c, setting 1/gamma = 0\n",
      "v = 502942799.5183622 m / s > c, setting 1/gamma = 0\n",
      "v = 318138311.4436034 m / s > c, setting 1/gamma = 0\n",
      "v = 681549900.5749854 m / s > c, setting 1/gamma = 0\n",
      "v = 553737090.674863 m / s > c, setting 1/gamma = 0\n",
      "v = 363809819.3784095 m / s > c, setting 1/gamma = 0\n",
      "v = 423201904.3388211 m / s > c, setting 1/gamma = 0\n",
      "v = 356228874.8296033 m / s > c, setting 1/gamma = 0\n",
      "v = 411268068.89781195 m / s > c, setting 1/gamma = 0\n",
      "v = 343834577.8623755 m / s > c, setting 1/gamma = 0\n",
      "v = 397245532.3111456 m / s > c, setting 1/gamma = 0\n",
      "v = 346584338.2562898 m / s > c, setting 1/gamma = 0\n",
      "v = 386825744.65691555 m / s > c, setting 1/gamma = 0\n",
      "v = 335204773.47070354 m / s > c, setting 1/gamma = 0\n",
      "v = 393222849.07753336 m / s > c, setting 1/gamma = 0\n",
      "v = 570808336.8430308 m / s > c, setting 1/gamma = 0\n",
      "v = 555456582.5192106 m / s > c, setting 1/gamma = 0\n",
      "v = 421344828.7444072 m / s > c, setting 1/gamma = 0\n",
      "v = 457450797.9982988 m / s > c, setting 1/gamma = 0\n",
      "v = 303751449.619001 m / s > c, setting 1/gamma = 0\n",
      "v = 356154271.30052036 m / s > c, setting 1/gamma = 0\n",
      "v = 337308623.77592903 m / s > c, setting 1/gamma = 0\n",
      "v = 393402320.89546806 m / s > c, setting 1/gamma = 0\n",
      "v = 573882521.0767999 m / s > c, setting 1/gamma = 0\n",
      "v = 517393627.77408 m / s > c, setting 1/gamma = 0\n",
      "v = 310436759.7992833 m / s > c, setting 1/gamma = 0\n",
      "v = 364136322.6603022 m / s > c, setting 1/gamma = 0\n",
      "v = 555705325.6099554 m / s > c, setting 1/gamma = 0\n",
      "v = 515540116.19630307 m / s > c, setting 1/gamma = 0\n",
      "v = 315383115.8477402 m / s > c, setting 1/gamma = 0\n",
      "v = 382423938.0997463 m / s > c, setting 1/gamma = 0\n",
      "v = 427692812.41088843 m / s > c, setting 1/gamma = 0\n",
      "v = 435894967.4863726 m / s > c, setting 1/gamma = 0\n",
      "v = 473659544.7841395 m / s > c, setting 1/gamma = 0\n",
      "v = 389114411.86992186 m / s > c, setting 1/gamma = 0\n",
      "v = 422436596.3905718 m / s > c, setting 1/gamma = 0\n",
      "v = 359404058.7901842 m / s > c, setting 1/gamma = 0\n",
      "v = 416212580.84481275 m / s > c, setting 1/gamma = 0\n",
      "v = 340234175.1373138 m / s > c, setting 1/gamma = 0\n",
      "v = 391055484.6782944 m / s > c, setting 1/gamma = 0\n",
      "v = 319819954.7241983 m / s > c, setting 1/gamma = 0\n",
      "v = 367643456.7992108 m / s > c, setting 1/gamma = 0\n",
      "v = 424667485.93324006 m / s > c, setting 1/gamma = 0\n",
      "v = 474372505.7971444 m / s > c, setting 1/gamma = 0\n",
      "v = 319825346.0067643 m / s > c, setting 1/gamma = 0\n",
      "v = 375001550.70093024 m / s > c, setting 1/gamma = 0\n",
      "v = 313062020.3688829 m / s > c, setting 1/gamma = 0\n",
      "v = 441000505.63107896 m / s > c, setting 1/gamma = 0\n",
      "v = 487215200.92265373 m / s > c, setting 1/gamma = 0\n",
      "v = 306062528.6673904 m / s > c, setting 1/gamma = 0\n",
      "v = 353548861.8307718 m / s > c, setting 1/gamma = 0\n",
      "v = 406480946.52685905 m / s > c, setting 1/gamma = 0\n",
      "v = 377597376.5754369 m / s > c, setting 1/gamma = 0\n",
      "v = 430934604.3472961 m / s > c, setting 1/gamma = 0\n",
      "v = 443345533.1187953 m / s > c, setting 1/gamma = 0\n",
      "v = 465828504.2540771 m / s > c, setting 1/gamma = 0\n",
      "v = 375226548.5649526 m / s > c, setting 1/gamma = 0\n",
      "v = 429473210.8883432 m / s > c, setting 1/gamma = 0\n",
      "v = 408373039.45998037 m / s > c, setting 1/gamma = 0\n",
      "v = 462296673.67861605 m / s > c, setting 1/gamma = 0\n",
      "v = 303069417.1532653 m / s > c, setting 1/gamma = 0\n",
      "v = 515085213.18003786 m / s > c, setting 1/gamma = 0\n",
      "v = 541547667.1605359 m / s > c, setting 1/gamma = 0\n",
      "v = 409080536.9835439 m / s > c, setting 1/gamma = 0\n",
      "v = 463352967.2259164 m / s > c, setting 1/gamma = 0\n",
      "v = 339628781.1532413 m / s > c, setting 1/gamma = 0\n",
      "v = 334069814.0209809 m / s > c, setting 1/gamma = 0\n",
      "v = 396150082.8902544 m / s > c, setting 1/gamma = 0\n",
      "v = 327669621.00916517 m / s > c, setting 1/gamma = 0\n",
      "v = 386402418.6038068 m / s > c, setting 1/gamma = 0\n",
      "v = 333204588.2776403 m / s > c, setting 1/gamma = 0\n",
      "v = 378591029.0089968 m / s > c, setting 1/gamma = 0\n",
      "v = 430684587.2589434 m / s > c, setting 1/gamma = 0\n",
      "v = 483490075.95505136 m / s > c, setting 1/gamma = 0\n",
      "v = 381492586.37840676 m / s > c, setting 1/gamma = 0\n",
      "v = 408237277.79014045 m / s > c, setting 1/gamma = 0\n",
      "v = 475302003.2376223 m / s > c, setting 1/gamma = 0\n",
      "v = 517428867.4499331 m / s > c, setting 1/gamma = 0\n",
      "v = 364252456.85707414 m / s > c, setting 1/gamma = 0\n",
      "v = 421462595.3723277 m / s > c, setting 1/gamma = 0\n",
      "v = 349275174.1376702 m / s > c, setting 1/gamma = 0\n",
      "v = 395009288.9021626 m / s > c, setting 1/gamma = 0\n",
      "v = 410319778.1633625 m / s > c, setting 1/gamma = 0\n",
      "v = 455512967.5472506 m / s > c, setting 1/gamma = 0\n",
      "v = 311776907.2331419 m / s > c, setting 1/gamma = 0\n",
      "v = 363475264.0989476 m / s > c, setting 1/gamma = 0\n",
      "v = 315084646.69417036 m / s > c, setting 1/gamma = 0\n",
      "v = 316352934.4984562 m / s > c, setting 1/gamma = 0\n",
      "v = 639054223.9227902 m / s > c, setting 1/gamma = 0\n",
      "v = 512147184.6024292 m / s > c, setting 1/gamma = 0\n",
      "v = 317329465.91948545 m / s > c, setting 1/gamma = 0\n",
      "v = 715106552.6531718 m / s > c, setting 1/gamma = 0\n",
      "v = 588389721.0789171 m / s > c, setting 1/gamma = 0\n",
      "v = 362383728.7190706 m / s > c, setting 1/gamma = 0\n",
      "v = 392185402.1646584 m / s > c, setting 1/gamma = 0\n",
      "v = 335102674.14857453 m / s > c, setting 1/gamma = 0\n",
      "v = 389766513.58218277 m / s > c, setting 1/gamma = 0\n",
      "v = 508752397.01491046 m / s > c, setting 1/gamma = 0\n",
      "v = 524262199.44376916 m / s > c, setting 1/gamma = 0\n",
      "v = 440291790.9741262 m / s > c, setting 1/gamma = 0\n",
      "v = 463864621.676894 m / s > c, setting 1/gamma = 0\n",
      "v = 310093110.9462228 m / s > c, setting 1/gamma = 0\n",
      "v = 367221947.9574399 m / s > c, setting 1/gamma = 0\n",
      "v = 497601154.6017145 m / s > c, setting 1/gamma = 0\n",
      "v = 498684591.4432767 m / s > c, setting 1/gamma = 0\n",
      "v = 303762160.1730673 m / s > c, setting 1/gamma = 0\n",
      "v = 315208183.3535867 m / s > c, setting 1/gamma = 0\n",
      "v = 304923173.63952535 m / s > c, setting 1/gamma = 0\n",
      "v = 368875144.9178079 m / s > c, setting 1/gamma = 0\n",
      "v = 420513997.9760674 m / s > c, setting 1/gamma = 0\n",
      "v = 322839368.3026984 m / s > c, setting 1/gamma = 0\n",
      "v = 349553962.260955 m / s > c, setting 1/gamma = 0\n",
      "v = 408449853.5537372 m / s > c, setting 1/gamma = 0\n",
      "v = 569166299.6637098 m / s > c, setting 1/gamma = 0\n",
      "v = 517309845.65975845 m / s > c, setting 1/gamma = 0\n",
      "v = 306661632.7366716 m / s > c, setting 1/gamma = 0\n",
      "v = 446124298.55826926 m / s > c, setting 1/gamma = 0\n",
      "v = 493081066.40867263 m / s > c, setting 1/gamma = 0\n",
      "v = 311983359.36299473 m / s > c, setting 1/gamma = 0\n",
      "v = 651925853.0609657 m / s > c, setting 1/gamma = 0\n",
      "v = 532630445.03013104 m / s > c, setting 1/gamma = 0\n",
      "v = 382252911.98665035 m / s > c, setting 1/gamma = 0\n",
      "v = 409213914.5729912 m / s > c, setting 1/gamma = 0\n",
      "v = 313422154.77169174 m / s > c, setting 1/gamma = 0\n",
      "v = 360628217.1659184 m / s > c, setting 1/gamma = 0\n",
      "v = 418331961.73038447 m / s > c, setting 1/gamma = 0\n",
      "v = 351797757.0900707 m / s > c, setting 1/gamma = 0\n",
      "v = 376846761.206123 m / s > c, setting 1/gamma = 0\n",
      "v = 324332672.4744 m / s > c, setting 1/gamma = 0\n",
      "v = 308458557.3680804 m / s > c, setting 1/gamma = 0\n",
      "v = 361901526.5209914 m / s > c, setting 1/gamma = 0\n",
      "v = 379758142.45502394 m / s > c, setting 1/gamma = 0\n",
      "v = 307055230.87040627 m / s > c, setting 1/gamma = 0\n",
      "v = 433316868.8916494 m / s > c, setting 1/gamma = 0\n",
      "v = 459282839.44471514 m / s > c, setting 1/gamma = 0\n",
      "v = 304566257.30007994 m / s > c, setting 1/gamma = 0\n",
      "v = 361192562.48449415 m / s > c, setting 1/gamma = 0\n",
      "v = 509714134.9054333 m / s > c, setting 1/gamma = 0\n",
      "v = 495268928.61910194 m / s > c, setting 1/gamma = 0\n",
      "v = 302803086.9548979 m / s > c, setting 1/gamma = 0\n",
      "v = 326462487.10535896 m / s > c, setting 1/gamma = 0\n",
      "v = 309905958.7319997 m / s > c, setting 1/gamma = 0\n",
      "v = 361399679.3406295 m / s > c, setting 1/gamma = 0\n",
      "v = 307641203.47472394 m / s > c, setting 1/gamma = 0\n",
      "v = 331341926.63613814 m / s > c, setting 1/gamma = 0\n",
      "v = 325811051.66063315 m / s > c, setting 1/gamma = 0\n",
      "v = 369548625.8525231 m / s > c, setting 1/gamma = 0\n",
      "v = 457400045.8836931 m / s > c, setting 1/gamma = 0\n",
      "v = 476253663.9295512 m / s > c, setting 1/gamma = 0\n",
      "v = 466044030.0780416 m / s > c, setting 1/gamma = 0\n",
      "v = 462234667.35373515 m / s > c, setting 1/gamma = 0\n",
      "v = 306528682.642327 m / s > c, setting 1/gamma = 0\n",
      "v = 355523194.1335015 m / s > c, setting 1/gamma = 0\n",
      "v = 318361350.6190046 m / s > c, setting 1/gamma = 0\n",
      "v = 338713388.0638267 m / s > c, setting 1/gamma = 0\n",
      "v = 323769825.25882727 m / s > c, setting 1/gamma = 0\n",
      "v = 407046192.9840755 m / s > c, setting 1/gamma = 0\n",
      "v = 437139674.41787535 m / s > c, setting 1/gamma = 0\n",
      "v = 301393854.4532956 m / s > c, setting 1/gamma = 0\n",
      "v = 300034499.1858352 m / s > c, setting 1/gamma = 0\n",
      "v = 321614475.02901876 m / s > c, setting 1/gamma = 0\n",
      "v = 330263312.5474638 m / s > c, setting 1/gamma = 0\n",
      "v = 485053373.5707143 m / s > c, setting 1/gamma = 0\n",
      "v = 482761008.48594743 m / s > c, setting 1/gamma = 0\n",
      "v = 323546742.679543 m / s > c, setting 1/gamma = 0\n",
      "v = 319335778.5627911 m / s > c, setting 1/gamma = 0\n",
      "v = 339433199.26626503 m / s > c, setting 1/gamma = 0\n",
      "v = 374483111.0678732 m / s > c, setting 1/gamma = 0\n",
      "v = 414684588.3356158 m / s > c, setting 1/gamma = 0\n",
      "v = 310421545.058778 m / s > c, setting 1/gamma = 0\n",
      "v = 307134196.3860618 m / s > c, setting 1/gamma = 0\n",
      "v = 357198101.75890225 m / s > c, setting 1/gamma = 0\n",
      "v = 430311046.00610375 m / s > c, setting 1/gamma = 0\n",
      "v = 452270899.74852294 m / s > c, setting 1/gamma = 0\n",
      "v = 338983198.9391137 m / s > c, setting 1/gamma = 0\n",
      "v = 360240639.2160695 m / s > c, setting 1/gamma = 0\n",
      "v = 334711527.6237468 m / s > c, setting 1/gamma = 0\n",
      "v = 313049016.2397541 m / s > c, setting 1/gamma = 0\n",
      "v = 333166353.4576175 m / s > c, setting 1/gamma = 0\n",
      "v = 355240731.2061808 m / s > c, setting 1/gamma = 0\n",
      "v = 388820904.2005157 m / s > c, setting 1/gamma = 0\n",
      "v = 312028191.3112194 m / s > c, setting 1/gamma = 0\n",
      "v = 354082567.92541575 m / s > c, setting 1/gamma = 0\n",
      "v = 330148925.27216476 m / s > c, setting 1/gamma = 0\n",
      "v = 358510590.97793436 m / s > c, setting 1/gamma = 0\n",
      "v = 370532836.2060588 m / s > c, setting 1/gamma = 0\n",
      "v = 407021527.9509891 m / s > c, setting 1/gamma = 0\n",
      "v = 428294570.5006705 m / s > c, setting 1/gamma = 0\n",
      "v = 462764135.8537517 m / s > c, setting 1/gamma = 0\n",
      "v = 309707515.2838777 m / s > c, setting 1/gamma = 0\n",
      "v = 331254098.20984507 m / s > c, setting 1/gamma = 0\n",
      "v = 315764711.415377 m / s > c, setting 1/gamma = 0\n",
      "v = 367511347.38783705 m / s > c, setting 1/gamma = 0\n",
      "v = 551613624.0310432 m / s > c, setting 1/gamma = 0\n",
      "v = 477664266.6664068 m / s > c, setting 1/gamma = 0\n",
      "v = 310402626.85182244 m / s > c, setting 1/gamma = 0\n",
      "v = 329682997.536193 m / s > c, setting 1/gamma = 0\n",
      "v = 352971665.87799984 m / s > c, setting 1/gamma = 0\n",
      "v = 406855769.47240424 m / s > c, setting 1/gamma = 0\n",
      "v = 416818150.1124165 m / s > c, setting 1/gamma = 0\n",
      "v = 444127381.7324807 m / s > c, setting 1/gamma = 0\n",
      "v = 326073301.1900071 m / s > c, setting 1/gamma = 0\n",
      "v = 345769749.0624668 m / s > c, setting 1/gamma = 0\n",
      "v = 375010810.1457623 m / s > c, setting 1/gamma = 0\n",
      "v = 412213759.7029619 m / s > c, setting 1/gamma = 0\n",
      "v = 306179439.7070084 m / s > c, setting 1/gamma = 0\n",
      "v = 305584385.5397295 m / s > c, setting 1/gamma = 0\n",
      "v = 358756244.3473536 m / s > c, setting 1/gamma = 0\n",
      "v = 313824892.87297827 m / s > c, setting 1/gamma = 0\n",
      "v = 343351920.6689977 m / s > c, setting 1/gamma = 0\n",
      "v = 381564479.7754996 m / s > c, setting 1/gamma = 0\n",
      "v = 414264421.60851926 m / s > c, setting 1/gamma = 0\n",
      "v = 459038651.9903512 m / s > c, setting 1/gamma = 0\n",
      "v = 481973186.81722593 m / s > c, setting 1/gamma = 0\n",
      "v = 313791297.22926927 m / s > c, setting 1/gamma = 0\n",
      "v = 346952815.1140377 m / s > c, setting 1/gamma = 0\n",
      "v = 391887708.57711864 m / s > c, setting 1/gamma = 0\n",
      "v = 417601616.2557691 m / s > c, setting 1/gamma = 0\n",
      "v = 304777098.7947816 m / s > c, setting 1/gamma = 0\n",
      "v = 303723487.3716084 m / s > c, setting 1/gamma = 0\n",
      "v = 329615038.7336723 m / s > c, setting 1/gamma = 0\n",
      "v = 425112744.85189974 m / s > c, setting 1/gamma = 0\n",
      "v = 448406110.7390927 m / s > c, setting 1/gamma = 0\n",
      "v = 402267753.9221761 m / s > c, setting 1/gamma = 0\n",
      "v = 452094598.34393436 m / s > c, setting 1/gamma = 0\n",
      "v = 351399580.97062474 m / s > c, setting 1/gamma = 0\n",
      "v = 401067205.58993316 m / s > c, setting 1/gamma = 0\n",
      "v = 303659915.55989534 m / s > c, setting 1/gamma = 0\n",
      "v = 327231995.2377742 m / s > c, setting 1/gamma = 0\n",
      "v = 327519451.6880269 m / s > c, setting 1/gamma = 0\n",
      "v = 374644154.66106254 m / s > c, setting 1/gamma = 0\n",
      "v = 389160810.74769413 m / s > c, setting 1/gamma = 0\n",
      "v = 430286516.46961194 m / s > c, setting 1/gamma = 0\n",
      "v = 313366773.31730455 m / s > c, setting 1/gamma = 0\n",
      "v = 345369273.7164877 m / s > c, setting 1/gamma = 0\n",
      "v = 328805275.8787057 m / s > c, setting 1/gamma = 0\n",
      "v = 362463503.06141776 m / s > c, setting 1/gamma = 0\n",
      "v = 322500967.17837733 m / s > c, setting 1/gamma = 0\n",
      "v = 393413759.2525114 m / s > c, setting 1/gamma = 0\n",
      "v = 407769787.73704195 m / s > c, setting 1/gamma = 0\n",
      "v = 331109782.4042153 m / s > c, setting 1/gamma = 0\n",
      "v = 327690953.86490256 m / s > c, setting 1/gamma = 0\n",
      "v = 351551475.285375 m / s > c, setting 1/gamma = 0\n",
      "v = 370575806.3366795 m / s > c, setting 1/gamma = 0\n",
      "v = 302074774.81219435 m / s > c, setting 1/gamma = 0\n",
      "v = 343531559.6319694 m / s > c, setting 1/gamma = 0\n",
      "v = 305658031.35931057 m / s > c, setting 1/gamma = 0\n",
      "v = 320542371.93544674 m / s > c, setting 1/gamma = 0\n",
      "v = 345279374.50336325 m / s > c, setting 1/gamma = 0\n",
      "v = 328099910.78450567 m / s > c, setting 1/gamma = 0\n",
      "v = 381122041.35179454 m / s > c, setting 1/gamma = 0\n",
      "v = 342557634.17657244 m / s > c, setting 1/gamma = 0\n",
      "v = 390584074.2922858 m / s > c, setting 1/gamma = 0\n",
      "v = 451702650.88597935 m / s > c, setting 1/gamma = 0\n",
      "v = 473547715.4088691 m / s > c, setting 1/gamma = 0\n",
      "v = 305158186.7585851 m / s > c, setting 1/gamma = 0\n",
      "v = 381660222.60549074 m / s > c, setting 1/gamma = 0\n",
      "v = 412194681.6860537 m / s > c, setting 1/gamma = 0\n",
      "v = 323306062.5876965 m / s > c, setting 1/gamma = 0\n",
      "v = 342248706.5371972 m / s > c, setting 1/gamma = 0\n",
      "v = 310175460.0534864 m / s > c, setting 1/gamma = 0\n",
      "v = 362406477.5503926 m / s > c, setting 1/gamma = 0\n",
      "v = 556399039.8326101 m / s > c, setting 1/gamma = 0\n",
      "v = 478990605.77824974 m / s > c, setting 1/gamma = 0\n",
      "v = 333683817.9686525 m / s > c, setting 1/gamma = 0\n",
      "v = 387282288.91211295 m / s > c, setting 1/gamma = 0\n",
      "v = 411340708.9190424 m / s > c, setting 1/gamma = 0\n",
      "v = 438407995.20980334 m / s > c, setting 1/gamma = 0\n",
      "v = 311143628.9525304 m / s > c, setting 1/gamma = 0\n",
      "v = 330906743.8284441 m / s > c, setting 1/gamma = 0\n",
      "v = 315727968.23165894 m / s > c, setting 1/gamma = 0\n",
      "v = 365483498.5444349 m / s > c, setting 1/gamma = 0\n",
      "v = 416988304.3046483 m / s > c, setting 1/gamma = 0\n",
      "v = 445400199.9831372 m / s > c, setting 1/gamma = 0\n",
      "v = 379420892.38984543 m / s > c, setting 1/gamma = 0\n",
      "v = 391762181.0749035 m / s > c, setting 1/gamma = 0\n",
      "v = 335694354.96434414 m / s > c, setting 1/gamma = 0\n",
      "v = 373573359.75748336 m / s > c, setting 1/gamma = 0\n",
      "v = 376763828.23291415 m / s > c, setting 1/gamma = 0\n",
      "v = 422138612.34419143 m / s > c, setting 1/gamma = 0\n",
      "v = 321337552.62356734 m / s > c, setting 1/gamma = 0\n",
      "v = 341758108.1110826 m / s > c, setting 1/gamma = 0\n",
      "v = 301038762.60278094 m / s > c, setting 1/gamma = 0\n",
      "v = 468290882.87540925 m / s > c, setting 1/gamma = 0\n",
      "v = 465349749.4232921 m / s > c, setting 1/gamma = 0\n",
      "v = 311013245.78593206 m / s > c, setting 1/gamma = 0\n",
      "v = 321915752.57154274 m / s > c, setting 1/gamma = 0\n",
      "v = 338322500.65563625 m / s > c, setting 1/gamma = 0\n",
      "v = 320086593.16892713 m / s > c, setting 1/gamma = 0\n",
      "v = 370630458.6513422 m / s > c, setting 1/gamma = 0\n",
      "v = 302203716.1213356 m / s > c, setting 1/gamma = 0\n",
      "v = 329296778.9102121 m / s > c, setting 1/gamma = 0\n",
      "v = 380044485.43723273 m / s > c, setting 1/gamma = 0\n",
      "v = 301529271.1922334 m / s > c, setting 1/gamma = 0\n",
      "v = 311457889.96276563 m / s > c, setting 1/gamma = 0\n",
      "v = 619743267.0041811 m / s > c, setting 1/gamma = 0\n",
      "v = 508810990.3327055 m / s > c, setting 1/gamma = 0\n",
      "v = 302807347.0327715 m / s > c, setting 1/gamma = 0\n",
      "v = 327005389.1563423 m / s > c, setting 1/gamma = 0\n",
      "v = 306945927.6073163 m / s > c, setting 1/gamma = 0\n",
      "v = 353056345.9244791 m / s > c, setting 1/gamma = 0\n",
      "v = 416317945.93934304 m / s > c, setting 1/gamma = 0\n",
      "v = 446170154.11651057 m / s > c, setting 1/gamma = 0\n",
      "v = 348248056.2725173 m / s > c, setting 1/gamma = 0\n",
      "v = 390662115.57114977 m / s > c, setting 1/gamma = 0\n",
      "v = 323692400.1888489 m / s > c, setting 1/gamma = 0\n",
      "v = 342642956.3647367 m / s > c, setting 1/gamma = 0\n",
      "v = 326650519.5120588 m / s > c, setting 1/gamma = 0\n",
      "v = 381220199.73069936 m / s > c, setting 1/gamma = 0\n",
      "v = 307731876.8340368 m / s > c, setting 1/gamma = 0\n",
      "v = 608890710.70906 m / s > c, setting 1/gamma = 0\n",
      "v = 497535521.49489355 m / s > c, setting 1/gamma = 0\n",
      "v = 331251948.53812563 m / s > c, setting 1/gamma = 0\n",
      "v = 349098855.31451297 m / s > c, setting 1/gamma = 0\n",
      "v = 311437934.13419175 m / s > c, setting 1/gamma = 0\n",
      "v = 446047629.28492165 m / s > c, setting 1/gamma = 0\n",
      "v = 462081514.41470593 m / s > c, setting 1/gamma = 0\n",
      "v = 308585658.68079674 m / s > c, setting 1/gamma = 0\n",
      "v = 330159959.9646639 m / s > c, setting 1/gamma = 0\n",
      "v = 309333977.33492005 m / s > c, setting 1/gamma = 0\n",
      "v = 314414082.52575445 m / s > c, setting 1/gamma = 0\n",
      "v = 620725800.9866356 m / s > c, setting 1/gamma = 0\n",
      "v = 510025923.6349697 m / s > c, setting 1/gamma = 0\n",
      "v = 303105243.9815917 m / s > c, setting 1/gamma = 0\n",
      "v = 334850776.2881375 m / s > c, setting 1/gamma = 0\n",
      "v = 325447268.76544774 m / s > c, setting 1/gamma = 0\n",
      "v = 653189096.7098823 m / s > c, setting 1/gamma = 0\n",
      "v = 536971459.8609064 m / s > c, setting 1/gamma = 0\n",
      "v = 335209070.4433738 m / s > c, setting 1/gamma = 0\n",
      "v = 382465487.1935083 m / s > c, setting 1/gamma = 0\n",
      "v = 301192339.44677657 m / s > c, setting 1/gamma = 0\n",
      "v = 322157517.6874838 m / s > c, setting 1/gamma = 0\n",
      "v = 319197629.23893064 m / s > c, setting 1/gamma = 0\n",
      "v = 478045044.18170035 m / s > c, setting 1/gamma = 0\n",
      "v = 475784599.1727828 m / s > c, setting 1/gamma = 0\n",
      "v = 311113305.04477257 m / s > c, setting 1/gamma = 0\n",
      "v = 315383267.8585445 m / s > c, setting 1/gamma = 0\n",
      "v = 333802314.54221344 m / s > c, setting 1/gamma = 0\n",
      "v = 444128899.79653645 m / s > c, setting 1/gamma = 0\n",
      "v = 458500871.78826606 m / s > c, setting 1/gamma = 0\n",
      "v = 322743329.6569824 m / s > c, setting 1/gamma = 0\n",
      "v = 340146573.5275244 m / s > c, setting 1/gamma = 0\n",
      "v = 452533034.5387344 m / s > c, setting 1/gamma = 0\n",
      "v = 466709955.8190234 m / s > c, setting 1/gamma = 0\n",
      "v = 321998396.3653716 m / s > c, setting 1/gamma = 0\n",
      "v = 341326195.6478667 m / s > c, setting 1/gamma = 0\n",
      "v = 312388206.6962531 m / s > c, setting 1/gamma = 0\n",
      "v = 341592380.43570393 m / s > c, setting 1/gamma = 0\n",
      "v = 386049016.4491601 m / s > c, setting 1/gamma = 0\n",
      "v = 370205231.0085011 m / s > c, setting 1/gamma = 0\n",
      "v = 387235984.42424446 m / s > c, setting 1/gamma = 0\n",
      "v = 305327828.3389884 m / s > c, setting 1/gamma = 0\n",
      "v = 344895668.50317866 m / s > c, setting 1/gamma = 0\n",
      "v = 365231302.77705216 m / s > c, setting 1/gamma = 0\n",
      "v = 411770501.9334608 m / s > c, setting 1/gamma = 0\n",
      "v = 330291607.9357843 m / s > c, setting 1/gamma = 0\n",
      "v = 348353751.1057336 m / s > c, setting 1/gamma = 0\n",
      "v = 300250494.725824 m / s > c, setting 1/gamma = 0\n",
      "v = 373756703.862417 m / s > c, setting 1/gamma = 0\n",
      "v = 407795446.7582317 m / s > c, setting 1/gamma = 0\n",
      "v = 307982527.2954381 m / s > c, setting 1/gamma = 0\n",
      "v = 326607793.5388703 m / s > c, setting 1/gamma = 0\n",
      "v = 302247760.4668471 m / s > c, setting 1/gamma = 0\n",
      "v = 338107610.3285271 m / s > c, setting 1/gamma = 0\n",
      "v = 420901964.55356544 m / s > c, setting 1/gamma = 0\n",
      "v = 448082015.0414334 m / s > c, setting 1/gamma = 0\n",
      "v = 496749516.6564349 m / s > c, setting 1/gamma = 0\n",
      "v = 490063541.3477187 m / s > c, setting 1/gamma = 0\n",
      "v = 311786742.56700027 m / s > c, setting 1/gamma = 0\n",
      "v = 316435828.8530593 m / s > c, setting 1/gamma = 0\n",
      "v = 337358786.5921862 m / s > c, setting 1/gamma = 0\n",
      "v = 371373743.6840269 m / s > c, setting 1/gamma = 0\n",
      "v = 412672008.3016589 m / s > c, setting 1/gamma = 0\n",
      "v = 322258390.4308983 m / s > c, setting 1/gamma = 0\n",
      "v = 348351088.24528694 m / s > c, setting 1/gamma = 0\n",
      "v = 314447735.82127815 m / s > c, setting 1/gamma = 0\n",
      "v = 380637995.100011 m / s > c, setting 1/gamma = 0\n",
      "v = 416733291.8233876 m / s > c, setting 1/gamma = 0\n",
      "v = 319464823.8038714 m / s > c, setting 1/gamma = 0\n",
      "v = 338085872.51106775 m / s > c, setting 1/gamma = 0\n",
      "v = 403114300.8244497 m / s > c, setting 1/gamma = 0\n",
      "v = 438418305.79911095 m / s > c, setting 1/gamma = 0\n",
      "v = 394506186.9405727 m / s > c, setting 1/gamma = 0\n",
      "v = 405029870.6826272 m / s > c, setting 1/gamma = 0\n",
      "v = 359201141.58363265 m / s > c, setting 1/gamma = 0\n",
      "v = 393973388.42126256 m / s > c, setting 1/gamma = 0\n",
      "v = 350858218.5606296 m / s > c, setting 1/gamma = 0\n",
      "v = 401034464.91973436 m / s > c, setting 1/gamma = 0\n",
      "v = 325833149.2162283 m / s > c, setting 1/gamma = 0\n",
      "v = 345848474.1227376 m / s > c, setting 1/gamma = 0\n",
      "v = 337095404.9948239 m / s > c, setting 1/gamma = 0\n",
      "v = 446709537.5601467 m / s > c, setting 1/gamma = 0\n",
      "v = 462544926.3893837 m / s > c, setting 1/gamma = 0\n",
      "v = 348781751.99069375 m / s > c, setting 1/gamma = 0\n",
      "v = 365844896.7231253 m / s > c, setting 1/gamma = 0\n",
      "v = 310128690.4818748 m / s > c, setting 1/gamma = 0\n",
      "v = 364257189.52452594 m / s > c, setting 1/gamma = 0\n",
      "v = 578079061.2642405 m / s > c, setting 1/gamma = 0\n",
      "v = 478969427.6581274 m / s > c, setting 1/gamma = 0\n",
      "v = 302229676.95241815 m / s > c, setting 1/gamma = 0\n",
      "v = 303019885.3494881 m / s > c, setting 1/gamma = 0\n",
      "v = 336390781.4299082 m / s > c, setting 1/gamma = 0\n",
      "v = 341761811.7424791 m / s > c, setting 1/gamma = 0\n",
      "v = 357681181.9278523 m / s > c, setting 1/gamma = 0\n",
      "v = 436724425.24415195 m / s > c, setting 1/gamma = 0\n",
      "v = 455300588.0647165 m / s > c, setting 1/gamma = 0\n",
      "v = 360414330.55382997 m / s > c, setting 1/gamma = 0\n",
      "v = 374699852.64174396 m / s > c, setting 1/gamma = 0\n",
      "v = 418530248.7665693 m / s > c, setting 1/gamma = 0\n",
      "v = 446208918.7510024 m / s > c, setting 1/gamma = 0\n",
      "v = 314599651.1447937 m / s > c, setting 1/gamma = 0\n",
      "v = 335324927.16355664 m / s > c, setting 1/gamma = 0\n",
      "v = 332153797.9461231 m / s > c, setting 1/gamma = 0\n",
      "v = 370898804.9458947 m / s > c, setting 1/gamma = 0\n",
      "v = 326176092.99508715 m / s > c, setting 1/gamma = 0\n",
      "v = 374814182.7441392 m / s > c, setting 1/gamma = 0\n",
      "v = 305787969.04717255 m / s > c, setting 1/gamma = 0\n",
      "v = 314859703.5395464 m / s > c, setting 1/gamma = 0\n",
      "v = 422989216.29448587 m / s > c, setting 1/gamma = 0\n",
      "v = 447708426.94092226 m / s > c, setting 1/gamma = 0\n",
      "v = 312776414.822614 m / s > c, setting 1/gamma = 0\n",
      "v = 338724471.4787105 m / s > c, setting 1/gamma = 0\n",
      "v = 321590021.0386227 m / s > c, setting 1/gamma = 0\n",
      "v = 425386910.5464353 m / s > c, setting 1/gamma = 0\n",
      "v = 444404343.7458568 m / s > c, setting 1/gamma = 0\n",
      "v = 300267772.81441885 m / s > c, setting 1/gamma = 0\n",
      "v = 319023744.24047726 m / s > c, setting 1/gamma = 0\n",
      "v = 337050668.7940703 m / s > c, setting 1/gamma = 0\n",
      "v = 543036960.1359204 m / s > c, setting 1/gamma = 0\n",
      "v = 486293736.4736257 m / s > c, setting 1/gamma = 0\n",
      "v = 315828003.5188772 m / s > c, setting 1/gamma = 0\n",
      "v = 335612771.6313698 m / s > c, setting 1/gamma = 0\n",
      "v = 306676008.0203455 m / s > c, setting 1/gamma = 0\n",
      "v = 398174776.49187523 m / s > c, setting 1/gamma = 0\n",
      "v = 432396969.62217015 m / s > c, setting 1/gamma = 0\n",
      "v = 300421591.3158607 m / s > c, setting 1/gamma = 0\n",
      "v = 323839139.45004916 m / s > c, setting 1/gamma = 0\n",
      "v = 316127573.2158366 m / s > c, setting 1/gamma = 0\n",
      "v = 356123183.6198634 m / s > c, setting 1/gamma = 0\n",
      "v = 400193614.74029493 m / s > c, setting 1/gamma = 0\n",
      "v = 330936203.98861814 m / s > c, setting 1/gamma = 0\n",
      "v = 671563574.4548342 m / s > c, setting 1/gamma = 0\n",
      "v = 552970547.1245729 m / s > c, setting 1/gamma = 0\n",
      "v = 323872081.4402142 m / s > c, setting 1/gamma = 0\n",
      "v = 363200339.05764014 m / s > c, setting 1/gamma = 0\n",
      "v = 304381889.908212 m / s > c, setting 1/gamma = 0\n",
      "v = 303346784.8573925 m / s > c, setting 1/gamma = 0\n",
      "v = 324404357.78881013 m / s > c, setting 1/gamma = 0\n",
      "v = 376573106.6370919 m / s > c, setting 1/gamma = 0\n",
      "v = 416349050.306122 m / s > c, setting 1/gamma = 0\n",
      "v = 328428294.64185435 m / s > c, setting 1/gamma = 0\n",
      "v = 354321855.9612541 m / s > c, setting 1/gamma = 0\n",
      "v = 299924466.53136146 m / s > c, setting 1/gamma = 0\n",
      "v = 573908504.0843425 m / s > c, setting 1/gamma = 0\n",
      "v = 470934606.19285506 m / s > c, setting 1/gamma = 0\n",
      "v = 313321656.19830495 m / s > c, setting 1/gamma = 0\n",
      "v = 332008830.2707264 m / s > c, setting 1/gamma = 0\n",
      "v = 343951034.2648616 m / s > c, setting 1/gamma = 0\n",
      "v = 512745703.10519063 m / s > c, setting 1/gamma = 0\n",
      "v = 485527605.95652515 m / s > c, setting 1/gamma = 0\n",
      "v = 318348861.75780535 m / s > c, setting 1/gamma = 0\n",
      "v = 303169426.96233624 m / s > c, setting 1/gamma = 0\n",
      "v = 322777161.69179904 m / s > c, setting 1/gamma = 0\n",
      "v = 410388688.3024254 m / s > c, setting 1/gamma = 0\n",
      "v = 445251937.95670307 m / s > c, setting 1/gamma = 0\n",
      "v = 300071792.49867934 m / s > c, setting 1/gamma = 0\n",
      "v = 323523400.97990537 m / s > c, setting 1/gamma = 0\n",
      "v = 353090605.9908983 m / s > c, setting 1/gamma = 0\n",
      "v = 300421931.10449505 m / s > c, setting 1/gamma = 0\n",
      "v = 336654969.00833875 m / s > c, setting 1/gamma = 0\n",
      "v = 310873967.98725426 m / s > c, setting 1/gamma = 0\n",
      "v = 326876794.2642537 m / s > c, setting 1/gamma = 0\n",
      "v = 345065652.4699183 m / s > c, setting 1/gamma = 0\n",
      "v = 304553793.4427139 m / s > c, setting 1/gamma = 0\n",
      "v = 479853440.6027961 m / s > c, setting 1/gamma = 0\n",
      "v = 476123652.79258454 m / s > c, setting 1/gamma = 0\n",
      "v = 309918930.2572308 m / s > c, setting 1/gamma = 0\n",
      "v = 327930316.2352357 m / s > c, setting 1/gamma = 0\n",
      "v = 304209714.91616833 m / s > c, setting 1/gamma = 0\n",
      "v = 592893970.8872532 m / s > c, setting 1/gamma = 0\n",
      "v = 486109844.0670911 m / s > c, setting 1/gamma = 0\n",
      "v = 304738147.7850413 m / s > c, setting 1/gamma = 0\n",
      "v = 406313620.58257824 m / s > c, setting 1/gamma = 0\n",
      "v = 440834380.3073352 m / s > c, setting 1/gamma = 0\n",
      "v = 316753851.0268422 m / s > c, setting 1/gamma = 0\n",
      "v = 346044089.7529781 m / s > c, setting 1/gamma = 0\n",
      "v = 307008574.8411609 m / s > c, setting 1/gamma = 0\n",
      "v = 348385980.75023067 m / s > c, setting 1/gamma = 0\n",
      "v = 389718534.6818025 m / s > c, setting 1/gamma = 0\n",
      "v = 431670347.79624015 m / s > c, setting 1/gamma = 0\n",
      "v = 315288059.84697217 m / s > c, setting 1/gamma = 0\n",
      "v = 334888825.7381301 m / s > c, setting 1/gamma = 0\n",
      "v = 321109209.57996476 m / s > c, setting 1/gamma = 0\n",
      "v = 307740313.0297081 m / s > c, setting 1/gamma = 0\n",
      "v = 328154050.4962358 m / s > c, setting 1/gamma = 0\n",
      "v = 355073008.09484386 m / s > c, setting 1/gamma = 0\n",
      "v = 385357794.76022524 m / s > c, setting 1/gamma = 0\n",
      "v = 313101490.9426894 m / s > c, setting 1/gamma = 0\n",
      "v = 644801658.8679497 m / s > c, setting 1/gamma = 0\n",
      "v = 528745825.01511747 m / s > c, setting 1/gamma = 0\n",
      "v = 312813953.69521785 m / s > c, setting 1/gamma = 0\n",
      "v = 338909402.6337064 m / s > c, setting 1/gamma = 0\n",
      "v = 300822848.91726094 m / s > c, setting 1/gamma = 0\n",
      "v = 588546716.8156699 m / s > c, setting 1/gamma = 0\n",
      "v = 482834746.7813078 m / s > c, setting 1/gamma = 0\n",
      "v = 302461742.44955325 m / s > c, setting 1/gamma = 0\n",
      "v = 321314759.04283416 m / s > c, setting 1/gamma = 0\n",
      "v = 645417325.2049968 m / s > c, setting 1/gamma = 0\n",
      "v = 529821931.01635545 m / s > c, setting 1/gamma = 0\n",
      "v = 345153212.49881923 m / s > c, setting 1/gamma = 0\n",
      "v = 358819515.87483406 m / s > c, setting 1/gamma = 0\n",
      "v = 343220060.79433954 m / s > c, setting 1/gamma = 0\n",
      "v = 540977842.8846703 m / s > c, setting 1/gamma = 0\n",
      "v = 493826274.5820895 m / s > c, setting 1/gamma = 0\n",
      "v = 305495558.85017866 m / s > c, setting 1/gamma = 0\n",
      "v = 325504044.5751182 m / s > c, setting 1/gamma = 0\n",
      "v = 356465933.2867674 m / s > c, setting 1/gamma = 0\n",
      "v = 400343467.28689826 m / s > c, setting 1/gamma = 0\n",
      "v = 367661658.08628476 m / s > c, setting 1/gamma = 0\n",
      "v = 384244613.40660363 m / s > c, setting 1/gamma = 0\n",
      "v = 321719430.7301941 m / s > c, setting 1/gamma = 0\n",
      "v = 493130106.94277835 m / s > c, setting 1/gamma = 0\n",
      "v = 487430489.2168194 m / s > c, setting 1/gamma = 0\n",
      "v = 334994738.59294915 m / s > c, setting 1/gamma = 0\n",
      "v = 408522949.9460162 m / s > c, setting 1/gamma = 0\n",
      "v = 411868335.98653716 m / s > c, setting 1/gamma = 0\n",
      "v = 310348521.2993471 m / s > c, setting 1/gamma = 0\n",
      "v = 357292525.49456096 m / s > c, setting 1/gamma = 0\n",
      "v = 424221696.6984837 m / s > c, setting 1/gamma = 0\n",
      "v = 452076528.59104353 m / s > c, setting 1/gamma = 0\n",
      "v = 329567536.6563717 m / s > c, setting 1/gamma = 0\n",
      "v = 382477917.5895365 m / s > c, setting 1/gamma = 0\n",
      "v = 341222395.8202078 m / s > c, setting 1/gamma = 0\n",
      "v = 724568666.4910457 m / s > c, setting 1/gamma = 0\n",
      "v = 596901600.7964342 m / s > c, setting 1/gamma = 0\n",
      "v = 310450791.9250191 m / s > c, setting 1/gamma = 0\n",
      "v = 334670815.60088104 m / s > c, setting 1/gamma = 0\n",
      "v = 319919044.7505522 m / s > c, setting 1/gamma = 0\n",
      "v = 347081329.0707699 m / s > c, setting 1/gamma = 0\n",
      "v = 550269857.0590789 m / s > c, setting 1/gamma = 0\n",
      "v = 500337757.99867797 m / s > c, setting 1/gamma = 0\n",
      "v = 320501059.84152645 m / s > c, setting 1/gamma = 0\n",
      "v = 341636339.00741696 m / s > c, setting 1/gamma = 0\n",
      "v = 300884146.5718421 m / s > c, setting 1/gamma = 0\n",
      "v = 334275492.3191534 m / s > c, setting 1/gamma = 0\n",
      "v = 364969527.71515894 m / s > c, setting 1/gamma = 0\n",
      "v = 402287909.8985423 m / s > c, setting 1/gamma = 0\n",
      "v = 306250697.42600894 m / s > c, setting 1/gamma = 0\n",
      "v = 327535617.22907686 m / s > c, setting 1/gamma = 0\n",
      "v = 339094567.97752136 m / s > c, setting 1/gamma = 0\n",
      "v = 368874118.3407594 m / s > c, setting 1/gamma = 0\n",
      "v = 306979461.16221195 m / s > c, setting 1/gamma = 0\n",
      "v = 601720718.077331 m / s > c, setting 1/gamma = 0\n",
      "v = 493411586.8230562 m / s > c, setting 1/gamma = 0\n",
      "v = 354721766.7938049 m / s > c, setting 1/gamma = 0\n",
      "v = 400308593.5910718 m / s > c, setting 1/gamma = 0\n",
      "v = 312536937.7314259 m / s > c, setting 1/gamma = 0\n",
      "v = 322537728.7497107 m / s > c, setting 1/gamma = 0\n",
      "v = 651037287.615924 m / s > c, setting 1/gamma = 0\n",
      "v = 535381861.77602273 m / s > c, setting 1/gamma = 0\n",
      "v = 306451291.32919747 m / s > c, setting 1/gamma = 0\n",
      "v = 311292182.2460225 m / s > c, setting 1/gamma = 0\n",
      "v = 616670706.0130416 m / s > c, setting 1/gamma = 0\n",
      "v = 506508167.11182106 m / s > c, setting 1/gamma = 0\n",
      "v = 345459768.1903653 m / s > c, setting 1/gamma = 0\n",
      "v = 388907991.6129914 m / s > c, setting 1/gamma = 0\n",
      "v = 352615837.8853573 m / s > c, setting 1/gamma = 0\n",
      "v = 370074871.0997314 m / s > c, setting 1/gamma = 0\n",
      "v = 328028184.81970954 m / s > c, setting 1/gamma = 0\n",
      "v = 341613983.27842987 m / s > c, setting 1/gamma = 0\n",
      "v = 362343503.14045155 m / s > c, setting 1/gamma = 0\n",
      "v = 373517663.2404801 m / s > c, setting 1/gamma = 0\n",
      "v = 417535063.6023037 m / s > c, setting 1/gamma = 0\n",
      "v = 320222153.08755153 m / s > c, setting 1/gamma = 0\n",
      "v = 348890035.6961856 m / s > c, setting 1/gamma = 0\n",
      "v = 328203840.0744144 m / s > c, setting 1/gamma = 0\n",
      "v = 371229531.56783426 m / s > c, setting 1/gamma = 0\n",
      "v = 398964606.7126622 m / s > c, setting 1/gamma = 0\n",
      "v = 439948722.23689014 m / s > c, setting 1/gamma = 0\n",
      "v = 312770351.7342887 m / s > c, setting 1/gamma = 0\n",
      "v = 333941733.24640566 m / s > c, setting 1/gamma = 0\n",
      "v = 351307490.74757576 m / s > c, setting 1/gamma = 0\n",
      "v = 749804573.8256631 m / s > c, setting 1/gamma = 0\n",
      "v = 619315308.590196 m / s > c, setting 1/gamma = 0\n",
      "v = 308714995.4358956 m / s > c, setting 1/gamma = 0\n",
      "v = 314816383.8172896 m / s > c, setting 1/gamma = 0\n",
      "v = 457436857.1737078 m / s > c, setting 1/gamma = 0\n",
      "v = 475008144.09120053 m / s > c, setting 1/gamma = 0\n",
      "v = 315639506.56277794 m / s > c, setting 1/gamma = 0\n",
      "v = 343440926.07294184 m / s > c, setting 1/gamma = 0\n",
      "v = 386884498.29901063 m / s > c, setting 1/gamma = 0\n",
      "v = 426970425.2325427 m / s > c, setting 1/gamma = 0\n",
      "v = 341075727.20961976 m / s > c, setting 1/gamma = 0\n",
      "v = 367461809.8034068 m / s > c, setting 1/gamma = 0\n",
      "v = 315510610.97756016 m / s > c, setting 1/gamma = 0\n",
      "v = 356413527.8144621 m / s > c, setting 1/gamma = 0\n",
      "v = 376062977.8143917 m / s > c, setting 1/gamma = 0\n",
      "v = 421784538.4715037 m / s > c, setting 1/gamma = 0\n",
      "v = 351348623.2293034 m / s > c, setting 1/gamma = 0\n",
      "v = 377463725.20449436 m / s > c, setting 1/gamma = 0\n",
      "v = 375807542.373865 m / s > c, setting 1/gamma = 0\n",
      "v = 415049080.85680753 m / s > c, setting 1/gamma = 0\n",
      "v = 362166277.46201545 m / s > c, setting 1/gamma = 0\n",
      "v = 412316117.614769 m / s > c, setting 1/gamma = 0\n",
      "v = 328364525.90249556 m / s > c, setting 1/gamma = 0\n",
      "v = 348315430.0403165 m / s > c, setting 1/gamma = 0\n",
      "v = 360271415.5126114 m / s > c, setting 1/gamma = 0\n",
      "v = 403385220.52453953 m / s > c, setting 1/gamma = 0\n",
      "v = 315489240.94239926 m / s > c, setting 1/gamma = 0\n",
      "v = 337657841.96720695 m / s > c, setting 1/gamma = 0\n",
      "v = 320209737.0158837 m / s > c, setting 1/gamma = 0\n",
      "v = 346988672.755935 m / s > c, setting 1/gamma = 0\n",
      "v = 456261889.1156917 m / s > c, setting 1/gamma = 0\n",
      "v = 473316609.5094862 m / s > c, setting 1/gamma = 0\n",
      "v = 306730304.7048057 m / s > c, setting 1/gamma = 0\n",
      "v = 335138709.7105496 m / s > c, setting 1/gamma = 0\n",
      "v = 329866949.5634734 m / s > c, setting 1/gamma = 0\n",
      "v = 338684267.0820719 m / s > c, setting 1/gamma = 0\n",
      "v = 707041358.721516 m / s > c, setting 1/gamma = 0\n",
      "v = 582839862.3101742 m / s > c, setting 1/gamma = 0\n",
      "v = 304562600.75761044 m / s > c, setting 1/gamma = 0\n",
      "v = 326987949.06186384 m / s > c, setting 1/gamma = 0\n",
      "v = 299959142.6595299 m / s > c, setting 1/gamma = 0\n",
      "v = 339733985.6572786 m / s > c, setting 1/gamma = 0\n",
      "v = 354923438.46990716 m / s > c, setting 1/gamma = 0\n",
      "v = 379492458.4089734 m / s > c, setting 1/gamma = 0\n",
      "v = 336096087.93440753 m / s > c, setting 1/gamma = 0\n",
      "v = 369828484.5455376 m / s > c, setting 1/gamma = 0\n",
      "v = 329257715.89375335 m / s > c, setting 1/gamma = 0\n",
      "v = 382180215.10811263 m / s > c, setting 1/gamma = 0\n",
      "v = 324354360.0465883 m / s > c, setting 1/gamma = 0\n",
      "v = 345823291.45666915 m / s > c, setting 1/gamma = 0\n",
      "v = 324210822.04354584 m / s > c, setting 1/gamma = 0\n",
      "v = 331606126.3602564 m / s > c, setting 1/gamma = 0\n",
      "v = 676132452.4882708 m / s > c, setting 1/gamma = 0\n",
      "v = 556754431.7822489 m / s > c, setting 1/gamma = 0\n",
      "v = 372582588.33623195 m / s > c, setting 1/gamma = 0\n",
      "v = 406680922.69182664 m / s > c, setting 1/gamma = 0\n",
      "v = 310744521.6000899 m / s > c, setting 1/gamma = 0\n",
      "v = 355700238.99281484 m / s > c, setting 1/gamma = 0\n",
      "v = 337202771.70952135 m / s > c, setting 1/gamma = 0\n",
      "v = 364194235.5175952 m / s > c, setting 1/gamma = 0\n",
      "v = 335016141.53814685 m / s > c, setting 1/gamma = 0\n",
      "v = 368782457.38499606 m / s > c, setting 1/gamma = 0\n",
      "v = 357914549.2485957 m / s > c, setting 1/gamma = 0\n",
      "v = 408822329.04564404 m / s > c, setting 1/gamma = 0\n",
      "v = 338925337.0415348 m / s > c, setting 1/gamma = 0\n",
      "v = 357906281.9846302 m / s > c, setting 1/gamma = 0\n",
      "v = 307563078.00941104 m / s > c, setting 1/gamma = 0\n",
      "v = 539146046.7168096 m / s > c, setting 1/gamma = 0\n",
      "v = 491833903.1073287 m / s > c, setting 1/gamma = 0\n",
      "v = 322317082.3092714 m / s > c, setting 1/gamma = 0\n",
      "v = 340869503.42442256 m / s > c, setting 1/gamma = 0\n",
      "v = 343752663.1459988 m / s > c, setting 1/gamma = 0\n",
      "v = 320132272.44531906 m / s > c, setting 1/gamma = 0\n",
      "v = 367356606.7294251 m / s > c, setting 1/gamma = 0\n",
      "v = 312193570.3082156 m / s > c, setting 1/gamma = 0\n",
      "v = 340561961.6166089 m / s > c, setting 1/gamma = 0\n",
      "v = 428376291.4259377 m / s > c, setting 1/gamma = 0\n",
      "v = 459332315.02209723 m / s > c, setting 1/gamma = 0\n",
      "v = 359701884.0319366 m / s > c, setting 1/gamma = 0\n",
      "v = 383919914.9596164 m / s > c, setting 1/gamma = 0\n",
      "v = 360051333.5810382 m / s > c, setting 1/gamma = 0\n",
      "v = 390692650.16011965 m / s > c, setting 1/gamma = 0\n",
      "v = 368551264.47785276 m / s > c, setting 1/gamma = 0\n",
      "v = 417958681.4909773 m / s > c, setting 1/gamma = 0\n",
      "v = 306533708.6293167 m / s > c, setting 1/gamma = 0\n",
      "v = 328780404.66381663 m / s > c, setting 1/gamma = 0\n",
      "v = 332632986.1558625 m / s > c, setting 1/gamma = 0\n",
      "v = 565071284.1158614 m / s > c, setting 1/gamma = 0\n",
      "v = 472656589.0667839 m / s > c, setting 1/gamma = 0\n",
      "v = 348083110.53703487 m / s > c, setting 1/gamma = 0\n",
      "v = 391819327.9002292 m / s > c, setting 1/gamma = 0\n",
      "v = 302528288.8405887 m / s > c, setting 1/gamma = 0\n",
      "v = 357558314.25567555 m / s > c, setting 1/gamma = 0\n",
      "v = 375009866.3447071 m / s > c, setting 1/gamma = 0\n",
      "v = 376399615.7168888 m / s > c, setting 1/gamma = 0\n",
      "v = 420606672.0140975 m / s > c, setting 1/gamma = 0\n",
      "v = 344466694.2655483 m / s > c, setting 1/gamma = 0\n",
      "v = 360384430.19384295 m / s > c, setting 1/gamma = 0\n",
      "v = 378763047.9634036 m / s > c, setting 1/gamma = 0\n",
      "v = 416054913.18683696 m / s > c, setting 1/gamma = 0\n",
      "v = 313922242.66465175 m / s > c, setting 1/gamma = 0\n",
      "v = 336597957.935117 m / s > c, setting 1/gamma = 0\n",
      "v = 344219541.9419857 m / s > c, setting 1/gamma = 0\n",
      "v = 380833549.49172723 m / s > c, setting 1/gamma = 0\n",
      "v = 302360176.1804451 m / s > c, setting 1/gamma = 0\n",
      "v = 599956414.6972812 m / s > c, setting 1/gamma = 0\n",
      "v = 489638951.68798494 m / s > c, setting 1/gamma = 0\n",
      "v = 311377274.0003923 m / s > c, setting 1/gamma = 0\n",
      "v = 450898081.9266476 m / s > c, setting 1/gamma = 0\n",
      "v = 473573243.7044966 m / s > c, setting 1/gamma = 0\n",
      "v = 306186341.17603344 m / s > c, setting 1/gamma = 0\n",
      "v = 343408067.376725 m / s > c, setting 1/gamma = 0\n",
      "v = 426867278.24457663 m / s > c, setting 1/gamma = 0\n",
      "v = 458654345.25435555 m / s > c, setting 1/gamma = 0\n",
      "v = 318252318.73815477 m / s > c, setting 1/gamma = 0\n",
      "v = 368847526.3248538 m / s > c, setting 1/gamma = 0\n",
      "v = 453048050.7514005 m / s > c, setting 1/gamma = 0\n",
      "v = 470012075.3489871 m / s > c, setting 1/gamma = 0\n",
      "v = 313415276.0598286 m / s > c, setting 1/gamma = 0\n",
      "v = 337615228.21387225 m / s > c, setting 1/gamma = 0\n",
      "v = 499040622.61255413 m / s > c, setting 1/gamma = 0\n",
      "v = 494390035.85110885 m / s > c, setting 1/gamma = 0\n",
      "v = 316352867.29895276 m / s > c, setting 1/gamma = 0\n",
      "v = 310711803.9946076 m / s > c, setting 1/gamma = 0\n",
      "v = 332278514.0709412 m / s > c, setting 1/gamma = 0\n",
      "v = 311264740.0431261 m / s > c, setting 1/gamma = 0\n",
      "v = 305586260.1534898 m / s > c, setting 1/gamma = 0\n",
      "v = 343149007.1456846 m / s > c, setting 1/gamma = 0\n",
      "v = 385779244.029735 m / s > c, setting 1/gamma = 0\n",
      "v = 316101201.9575383 m / s > c, setting 1/gamma = 0\n",
      "v = 338177716.7729397 m / s > c, setting 1/gamma = 0\n",
      "v = 361740428.6082573 m / s > c, setting 1/gamma = 0\n",
      "v = 392249443.51637787 m / s > c, setting 1/gamma = 0\n",
      "v = 302323904.097479 m / s > c, setting 1/gamma = 0\n",
      "v = 593019551.9264201 m / s > c, setting 1/gamma = 0\n",
      "v = 485254863.0740211 m / s > c, setting 1/gamma = 0\n",
      "v = 405377158.69861025 m / s > c, setting 1/gamma = 0\n",
      "v = 446450287.72838724 m / s > c, setting 1/gamma = 0\n",
      "v = 350013308.1037868 m / s > c, setting 1/gamma = 0\n",
      "v = 365607014.51715165 m / s > c, setting 1/gamma = 0\n",
      "v = 303987004.5073794 m / s > c, setting 1/gamma = 0\n",
      "v = 333425700.3529209 m / s > c, setting 1/gamma = 0\n",
      "v = 683593089.9448799 m / s > c, setting 1/gamma = 0\n",
      "v = 563507343.8938764 m / s > c, setting 1/gamma = 0\n",
      "v = 316576459.9772753 m / s > c, setting 1/gamma = 0\n",
      "v = 334871265.6711932 m / s > c, setting 1/gamma = 0\n",
      "v = 307557564.1600891 m / s > c, setting 1/gamma = 0\n",
      "v = 374269908.0871299 m / s > c, setting 1/gamma = 0\n",
      "v = 413703354.5561847 m / s > c, setting 1/gamma = 0\n",
      "v = 490754990.1585059 m / s > c, setting 1/gamma = 0\n",
      "v = 506711023.58282614 m / s > c, setting 1/gamma = 0\n",
      "v = 402907192.9905982 m / s > c, setting 1/gamma = 0\n",
      "v = 435300236.2056495 m / s > c, setting 1/gamma = 0\n",
      "v = 320237729.9941451 m / s > c, setting 1/gamma = 0\n",
      "v = 339902130.9497937 m / s > c, setting 1/gamma = 0\n",
      "v = 334681362.4461372 m / s > c, setting 1/gamma = 0\n",
      "v = 379746496.0438868 m / s > c, setting 1/gamma = 0\n",
      "v = 317938452.214177 m / s > c, setting 1/gamma = 0\n",
      "v = 360709664.02185166 m / s > c, setting 1/gamma = 0\n",
      "v = 319947314.9975632 m / s > c, setting 1/gamma = 0\n",
      "v = 368173688.5420732 m / s > c, setting 1/gamma = 0\n",
      "v = 300643805.54968494 m / s > c, setting 1/gamma = 0\n",
      "v = 415181399.376844 m / s > c, setting 1/gamma = 0\n",
      "v = 448748367.19348264 m / s > c, setting 1/gamma = 0\n",
      "v = 315628940.9214448 m / s > c, setting 1/gamma = 0\n",
      "v = 307653758.3425908 m / s > c, setting 1/gamma = 0\n",
      "v = 355782500.5086531 m / s > c, setting 1/gamma = 0\n",
      "v = 302607375.1893888 m / s > c, setting 1/gamma = 0\n",
      "v = 323671960.4211827 m / s > c, setting 1/gamma = 0\n",
      "v = 349777736.6252584 m / s > c, setting 1/gamma = 0\n",
      "v = 395883210.5957025 m / s > c, setting 1/gamma = 0\n",
      "v = 346177501.7266346 m / s > c, setting 1/gamma = 0\n",
      "v = 367506254.80220145 m / s > c, setting 1/gamma = 0\n",
      "v = 330532801.7013796 m / s > c, setting 1/gamma = 0\n",
      "v = 380314875.0619776 m / s > c, setting 1/gamma = 0\n",
      "v = 388231123.3331082 m / s > c, setting 1/gamma = 0\n",
      "v = 416103178.7184704 m / s > c, setting 1/gamma = 0\n",
      "v = 317487651.7267683 m / s > c, setting 1/gamma = 0\n",
      "v = 325200241.18442786 m / s > c, setting 1/gamma = 0\n",
      "v = 346902951.21601045 m / s > c, setting 1/gamma = 0\n",
      "v = 342996141.2767253 m / s > c, setting 1/gamma = 0\n",
      "v = 384838569.98571265 m / s > c, setting 1/gamma = 0\n",
      "v = 427308503.88913953 m / s > c, setting 1/gamma = 0\n",
      "v = 322453345.4942697 m / s > c, setting 1/gamma = 0\n",
      "v = 355251979.57188624 m / s > c, setting 1/gamma = 0\n",
      "v = 324619197.2112912 m / s > c, setting 1/gamma = 0\n",
      "v = 343548790.1129264 m / s > c, setting 1/gamma = 0\n",
      "v = 381511684.00254923 m / s > c, setting 1/gamma = 0\n",
      "v = 421118458.2377021 m / s > c, setting 1/gamma = 0\n",
      "v = 361826695.2162495 m / s > c, setting 1/gamma = 0\n",
      "v = 378801191.1636271 m / s > c, setting 1/gamma = 0\n",
      "v = 371702366.6703707 m / s > c, setting 1/gamma = 0\n",
      "v = 416207079.1104265 m / s > c, setting 1/gamma = 0\n",
      "v = 352606464.5607562 m / s > c, setting 1/gamma = 0\n",
      "v = 373892490.7004145 m / s > c, setting 1/gamma = 0\n",
      "v = 389220933.1040246 m / s > c, setting 1/gamma = 0\n",
      "v = 429804826.9388744 m / s > c, setting 1/gamma = 0\n",
      "v = 388722334.4521709 m / s > c, setting 1/gamma = 0\n",
      "v = 401519351.0732341 m / s > c, setting 1/gamma = 0\n",
      "v = 325914864.3103623 m / s > c, setting 1/gamma = 0\n",
      "v = 364909469.2322175 m / s > c, setting 1/gamma = 0\n",
      "v = 342007033.814383 m / s > c, setting 1/gamma = 0\n",
      "v = 392543340.98676676 m / s > c, setting 1/gamma = 0\n",
      "v = 312072754.5811324 m / s > c, setting 1/gamma = 0\n",
      "v = 333586652.6390319 m / s > c, setting 1/gamma = 0\n",
      "v = 340103523.7923304 m / s > c, setting 1/gamma = 0\n",
      "v = 367688805.0935897 m / s > c, setting 1/gamma = 0\n",
      "v = 432944045.59910697 m / s > c, setting 1/gamma = 0\n",
      "v = 461496674.33202153 m / s > c, setting 1/gamma = 0\n",
      "v = 324652178.75273263 m / s > c, setting 1/gamma = 0\n",
      "v = 358501254.48481673 m / s > c, setting 1/gamma = 0\n",
      "v = 302894834.68973285 m / s > c, setting 1/gamma = 0\n",
      "v = 423299694.62281084 m / s > c, setting 1/gamma = 0\n",
      "v = 456308148.5024941 m / s > c, setting 1/gamma = 0\n",
      "v = 337511262.42354965 m / s > c, setting 1/gamma = 0\n",
      "v = 365856423.39331144 m / s > c, setting 1/gamma = 0\n",
      "v = 308142937.5867144 m / s > c, setting 1/gamma = 0\n",
      "v = 345302945.15174085 m / s > c, setting 1/gamma = 0\n",
      "v = 342586250.7003927 m / s > c, setting 1/gamma = 0\n",
      "v = 394127200.7992121 m / s > c, setting 1/gamma = 0\n",
      "v = 349637568.8952186 m / s > c, setting 1/gamma = 0\n",
      "v = 379656461.8308494 m / s > c, setting 1/gamma = 0\n",
      "v = 409701761.43038636 m / s > c, setting 1/gamma = 0\n",
      "v = 437403204.1255385 m / s > c, setting 1/gamma = 0\n",
      "v = 314864508.66831464 m / s > c, setting 1/gamma = 0\n",
      "v = 370949447.0587046 m / s > c, setting 1/gamma = 0\n",
      "v = 328391612.2687452 m / s > c, setting 1/gamma = 0\n",
      "v = 358250808.9229611 m / s > c, setting 1/gamma = 0\n",
      "v = 362044618.3233846 m / s > c, setting 1/gamma = 0\n",
      "v = 403288630.9968874 m / s > c, setting 1/gamma = 0\n",
      "v = 398242920.44891196 m / s > c, setting 1/gamma = 0\n",
      "v = 442891026.8957006 m / s > c, setting 1/gamma = 0\n",
      "v = 324156875.7792449 m / s > c, setting 1/gamma = 0\n",
      "v = 345021848.6034608 m / s > c, setting 1/gamma = 0\n",
      "v = 427774954.0311503 m / s > c, setting 1/gamma = 0\n",
      "v = 459723484.40597415 m / s > c, setting 1/gamma = 0\n",
      "v = 510115007.63493204 m / s > c, setting 1/gamma = 0\n",
      "v = 493388966.27498835 m / s > c, setting 1/gamma = 0\n",
      "v = 326052515.34287226 m / s > c, setting 1/gamma = 0\n",
      "v = 345639657.3349963 m / s > c, setting 1/gamma = 0\n",
      "v = 320257030.0529136 m / s > c, setting 1/gamma = 0\n",
      "v = 348518398.6566212 m / s > c, setting 1/gamma = 0\n",
      "v = 331616907.58558923 m / s > c, setting 1/gamma = 0\n",
      "v = 683583655.4941784 m / s > c, setting 1/gamma = 0\n",
      "v = 563270972.0011235 m / s > c, setting 1/gamma = 0\n",
      "v = 341331248.8038411 m / s > c, setting 1/gamma = 0\n",
      "v = 369096000.3015753 m / s > c, setting 1/gamma = 0\n",
      "v = 454138258.79761565 m / s > c, setting 1/gamma = 0\n",
      "v = 467081193.7794504 m / s > c, setting 1/gamma = 0\n",
      "v = 304254974.61381125 m / s > c, setting 1/gamma = 0\n",
      "v = 333516164.8432319 m / s > c, setting 1/gamma = 0\n",
      "v = 314245342.3356234 m / s > c, setting 1/gamma = 0\n",
      "v = 305394775.6881927 m / s > c, setting 1/gamma = 0\n",
      "v = 604425855.5709579 m / s > c, setting 1/gamma = 0\n",
      "v = 496134072.5562636 m / s > c, setting 1/gamma = 0\n",
      "v = 310400910.7275798 m / s > c, setting 1/gamma = 0\n",
      "v = 343370489.0587835 m / s > c, setting 1/gamma = 0\n",
      "v = 341738845.5370242 m / s > c, setting 1/gamma = 0\n",
      "v = 388510780.84150904 m / s > c, setting 1/gamma = 0\n",
      "v = 325403778.1311699 m / s > c, setting 1/gamma = 0\n",
      "v = 354263609.78672 m / s > c, setting 1/gamma = 0\n",
      "v = 449613524.7525405 m / s > c, setting 1/gamma = 0\n",
      "v = 474409809.20073026 m / s > c, setting 1/gamma = 0\n",
      "v = 301176330.16551584 m / s > c, setting 1/gamma = 0\n",
      "v = 318831579.2872333 m / s > c, setting 1/gamma = 0\n",
      "v = 343445516.960655 m / s > c, setting 1/gamma = 0\n",
      "v = 377320618.2668396 m / s > c, setting 1/gamma = 0\n",
      "v = 411210257.0738553 m / s > c, setting 1/gamma = 0\n",
      "v = 302430038.62369984 m / s > c, setting 1/gamma = 0\n",
      "v = 314443067.09687805 m / s > c, setting 1/gamma = 0\n",
      "v = 335707859.167589 m / s > c, setting 1/gamma = 0\n",
      "v = 363298869.2943969 m / s > c, setting 1/gamma = 0\n",
      "v = 406530661.7826321 m / s > c, setting 1/gamma = 0\n",
      "v = 350601118.91893303 m / s > c, setting 1/gamma = 0\n",
      "v = 368888235.0150875 m / s > c, setting 1/gamma = 0\n",
      "v = 348520367.7705417 m / s > c, setting 1/gamma = 0\n",
      "v = 379915101.71193886 m / s > c, setting 1/gamma = 0\n",
      "v = 351246186.77863485 m / s > c, setting 1/gamma = 0\n",
      "v = 399800042.3846442 m / s > c, setting 1/gamma = 0\n",
      "v = 324523782.46084243 m / s > c, setting 1/gamma = 0\n",
      "v = 353251619.7885547 m / s > c, setting 1/gamma = 0\n",
      "v = 322804385.01261795 m / s > c, setting 1/gamma = 0\n",
      "v = 352824762.60654974 m / s > c, setting 1/gamma = 0\n",
      "v = 357544799.3734689 m / s > c, setting 1/gamma = 0\n",
      "v = 408641316.8550122 m / s > c, setting 1/gamma = 0\n",
      "v = 315222419.4908127 m / s > c, setting 1/gamma = 0\n",
      "v = 337051783.24580526 m / s > c, setting 1/gamma = 0\n",
      "v = 556115827.038174 m / s > c, setting 1/gamma = 0\n",
      "v = 479813359.89811677 m / s > c, setting 1/gamma = 0\n",
      "v = 321207918.2685282 m / s > c, setting 1/gamma = 0\n",
      "v = 312686942.87680405 m / s > c, setting 1/gamma = 0\n",
      "v = 636592485.8901229 m / s > c, setting 1/gamma = 0\n",
      "v = 521999356.5420722 m / s > c, setting 1/gamma = 0\n",
      "v = 424944034.3686369 m / s > c, setting 1/gamma = 0\n",
      "v = 459826656.0981969 m / s > c, setting 1/gamma = 0\n",
      "v = 358723632.0245964 m / s > c, setting 1/gamma = 0\n",
      "v = 400482513.34823847 m / s > c, setting 1/gamma = 0\n",
      "v = 306990844.0151025 m / s > c, setting 1/gamma = 0\n",
      "v = 372873176.5548148 m / s > c, setting 1/gamma = 0\n",
      "v = 411017512.2796366 m / s > c, setting 1/gamma = 0\n",
      "v = 425290612.3331344 m / s > c, setting 1/gamma = 0\n",
      "v = 458508521.39217484 m / s > c, setting 1/gamma = 0\n",
      "v = 528699868.2091738 m / s > c, setting 1/gamma = 0\n",
      "v = 505932881.0020103 m / s > c, setting 1/gamma = 0\n",
      "v = 310371611.8973614 m / s > c, setting 1/gamma = 0\n",
      "v = 318807695.3427495 m / s > c, setting 1/gamma = 0\n",
      "v = 341225541.10846853 m / s > c, setting 1/gamma = 0\n",
      "v = 317188476.70919454 m / s > c, setting 1/gamma = 0\n",
      "v = 310803564.09219855 m / s > c, setting 1/gamma = 0\n",
      "v = 448067259.56827766 m / s > c, setting 1/gamma = 0\n",
      "v = 469310102.1864508 m / s > c, setting 1/gamma = 0\n",
      "v = 359004610.79968965 m / s > c, setting 1/gamma = 0\n",
      "v = 376907225.2051881 m / s > c, setting 1/gamma = 0\n",
      "v = 345118724.44675046 m / s > c, setting 1/gamma = 0\n",
      "v = 394601923.49890333 m / s > c, setting 1/gamma = 0\n",
      "v = 349562141.70503306 m / s > c, setting 1/gamma = 0\n",
      "v = 376139105.37191486 m / s > c, setting 1/gamma = 0\n",
      "v = 305869357.991557 m / s > c, setting 1/gamma = 0\n",
      "v = 337122097.32606936 m / s > c, setting 1/gamma = 0\n",
      "v = 328023732.717091 m / s > c, setting 1/gamma = 0\n",
      "v = 345764386.93553114 m / s > c, setting 1/gamma = 0\n",
      "v = 481713107.20420545 m / s > c, setting 1/gamma = 0\n",
      "v = 484108451.4778119 m / s > c, setting 1/gamma = 0\n",
      "v = 306333529.79790294 m / s > c, setting 1/gamma = 0\n",
      "v = 313076193.10220546 m / s > c, setting 1/gamma = 0\n",
      "v = 430030941.09526885 m / s > c, setting 1/gamma = 0\n",
      "v = 456209170.7558264 m / s > c, setting 1/gamma = 0\n",
      "v = 316936780.356987 m / s > c, setting 1/gamma = 0\n",
      "v = 658803333.6845435 m / s > c, setting 1/gamma = 0\n",
      "v = 541248478.287962 m / s > c, setting 1/gamma = 0\n",
      "v = 323679417.5439542 m / s > c, setting 1/gamma = 0\n",
      "v = 351004485.5373837 m / s > c, setting 1/gamma = 0\n",
      "v = 301693060.93126696 m / s > c, setting 1/gamma = 0\n",
      "v = 334073832.0142284 m / s > c, setting 1/gamma = 0\n",
      "v = 350199648.20557487 m / s > c, setting 1/gamma = 0\n",
      "v = 401985581.080204 m / s > c, setting 1/gamma = 0\n",
      "v = 330922106.3977503 m / s > c, setting 1/gamma = 0\n",
      "v = 350941759.94135237 m / s > c, setting 1/gamma = 0\n",
      "v = 300827223.447035 m / s > c, setting 1/gamma = 0\n",
      "v = 328900175.9585781 m / s > c, setting 1/gamma = 0\n",
      "v = 677423975.9689753 m / s > c, setting 1/gamma = 0\n",
      "v = 557619746.867894 m / s > c, setting 1/gamma = 0\n",
      "v = 314870263.7495696 m / s > c, setting 1/gamma = 0\n",
      "v = 316093862.52039623 m / s > c, setting 1/gamma = 0\n",
      "v = 307894290.32914466 m / s > c, setting 1/gamma = 0\n",
      "v = 627166813.2300673 m / s > c, setting 1/gamma = 0\n",
      "v = 513192627.72215253 m / s > c, setting 1/gamma = 0\n",
      "v = 430254451.9805181 m / s > c, setting 1/gamma = 0\n",
      "v = 463735215.1246873 m / s > c, setting 1/gamma = 0\n",
      "v = 356489373.88600785 m / s > c, setting 1/gamma = 0\n",
      "v = 384526217.20568365 m / s > c, setting 1/gamma = 0\n",
      "v = 361897086.7355443 m / s > c, setting 1/gamma = 0\n",
      "v = 391569737.50058925 m / s > c, setting 1/gamma = 0\n",
      "v = 312460238.3568087 m / s > c, setting 1/gamma = 0\n",
      "v = 396158631.8649991 m / s > c, setting 1/gamma = 0\n",
      "v = 448453311.6453991 m / s > c, setting 1/gamma = 0\n",
      "v = 525261669.35961056 m / s > c, setting 1/gamma = 0\n",
      "v = 506263099.1640267 m / s > c, setting 1/gamma = 0\n",
      "v = 348214044.8768514 m / s > c, setting 1/gamma = 0\n",
      "v = 371653164.76580954 m / s > c, setting 1/gamma = 0\n",
      "v = 300804013.63110363 m / s > c, setting 1/gamma = 0\n",
      "v = 335447395.60951126 m / s > c, setting 1/gamma = 0\n",
      "v = 349863672.1810208 m / s > c, setting 1/gamma = 0\n",
      "v = 402544561.1427242 m / s > c, setting 1/gamma = 0\n",
      "v = 314820850.9260336 m / s > c, setting 1/gamma = 0\n",
      "v = 424174312.3486584 m / s > c, setting 1/gamma = 0\n",
      "v = 455766179.85967267 m / s > c, setting 1/gamma = 0\n",
      "v = 317906326.6174134 m / s > c, setting 1/gamma = 0\n",
      "v = 347345226.4762921 m / s > c, setting 1/gamma = 0\n",
      "v = 307107129.7698129 m / s > c, setting 1/gamma = 0\n",
      "v = 354235542.75271213 m / s > c, setting 1/gamma = 0\n",
      "v = 345744059.38942105 m / s > c, setting 1/gamma = 0\n",
      "v = 393630701.32475483 m / s > c, setting 1/gamma = 0\n",
      "v = 309297928.7298551 m / s > c, setting 1/gamma = 0\n",
      "v = 308599346.6585556 m / s > c, setting 1/gamma = 0\n",
      "v = 325973668.8483222 m / s > c, setting 1/gamma = 0\n",
      "v = 375140161.67030424 m / s > c, setting 1/gamma = 0\n",
      "v = 309653240.1765159 m / s > c, setting 1/gamma = 0\n",
      "v = 504057699.4961574 m / s > c, setting 1/gamma = 0\n",
      "v = 518036005.05861676 m / s > c, setting 1/gamma = 0\n",
      "v = 368188673.42157596 m / s > c, setting 1/gamma = 0\n",
      "v = 419035719.8470773 m / s > c, setting 1/gamma = 0\n",
      "v = 301174815.4456454 m / s > c, setting 1/gamma = 0\n",
      "v = 324495033.4548215 m / s > c, setting 1/gamma = 0\n",
      "v = 321531518.5925119 m / s > c, setting 1/gamma = 0\n",
      "v = 501660783.6230677 m / s > c, setting 1/gamma = 0\n",
      "v = 481036201.3995051 m / s > c, setting 1/gamma = 0\n",
      "v = 326159668.0602923 m / s > c, setting 1/gamma = 0\n",
      "v = 313564518.83689094 m / s > c, setting 1/gamma = 0\n",
      "v = 337003327.854045 m / s > c, setting 1/gamma = 0\n",
      "v = 369072574.4890954 m / s > c, setting 1/gamma = 0\n",
      "v = 399988296.00658447 m / s > c, setting 1/gamma = 0\n",
      "v = 441080378.44985443 m / s > c, setting 1/gamma = 0\n",
      "v = 560387035.1899155 m / s > c, setting 1/gamma = 0\n",
      "v = 567422665.1671699 m / s > c, setting 1/gamma = 0\n",
      "v = 473880091.4230288 m / s > c, setting 1/gamma = 0\n",
      "v = 470976015.5519395 m / s > c, setting 1/gamma = 0\n",
      "v = 305535766.7997473 m / s > c, setting 1/gamma = 0\n",
      "v = 356031422.7512772 m / s > c, setting 1/gamma = 0\n",
      "v = 319742355.48252577 m / s > c, setting 1/gamma = 0\n",
      "v = 339379110.34093744 m / s > c, setting 1/gamma = 0\n",
      "v = 326928129.8667117 m / s > c, setting 1/gamma = 0\n",
      "v = 371809949.32012165 m / s > c, setting 1/gamma = 0\n",
      "v = 313529871.6439147 m / s > c, setting 1/gamma = 0\n",
      "v = 581706117.2359902 m / s > c, setting 1/gamma = 0\n",
      "v = 492846950.9088231 m / s > c, setting 1/gamma = 0\n",
      "v = 454719023.9834754 m / s > c, setting 1/gamma = 0\n",
      "v = 472788382.86249095 m / s > c, setting 1/gamma = 0\n",
      "v = 330657952.3700235 m / s > c, setting 1/gamma = 0\n",
      "v = 357356805.1940535 m / s > c, setting 1/gamma = 0\n",
      "v = 341499592.10284054 m / s > c, setting 1/gamma = 0\n",
      "v = 415116177.8352738 m / s > c, setting 1/gamma = 0\n",
      "v = 447358716.2433593 m / s > c, setting 1/gamma = 0\n",
      "v = 305419795.0347813 m / s > c, setting 1/gamma = 0\n",
      "v = 360651244.2309085 m / s > c, setting 1/gamma = 0\n",
      "v = 330809651.26595813 m / s > c, setting 1/gamma = 0\n",
      "v = 319018640.05142635 m / s > c, setting 1/gamma = 0\n",
      "v = 362944360.0134768 m / s > c, setting 1/gamma = 0\n",
      "v = 385532165.00132465 m / s > c, setting 1/gamma = 0\n",
      "v = 306319862.2458383 m / s > c, setting 1/gamma = 0\n",
      "v = 333062783.1347509 m / s > c, setting 1/gamma = 0\n",
      "v = 354950029.681725 m / s > c, setting 1/gamma = 0\n",
      "v = 320145338.0799922 m / s > c, setting 1/gamma = 0\n",
      "v = 645433937.8133433 m / s > c, setting 1/gamma = 0\n",
      "v = 530739857.87014794 m / s > c, setting 1/gamma = 0\n",
      "v = 331540448.1999813 m / s > c, setting 1/gamma = 0\n",
      "v = 386708583.9179416 m / s > c, setting 1/gamma = 0\n",
      "v = 458599871.1928973 m / s > c, setting 1/gamma = 0\n",
      "v = 473311390.50832427 m / s > c, setting 1/gamma = 0\n",
      "v = 310021737.3459748 m / s > c, setting 1/gamma = 0\n",
      "v = 383947899.2432527 m / s > c, setting 1/gamma = 0\n",
      "v = 426665668.7297314 m / s > c, setting 1/gamma = 0\n",
      "v = 448385096.03826255 m / s > c, setting 1/gamma = 0\n",
      "v = 463379695.7004337 m / s > c, setting 1/gamma = 0\n",
      "v = 374726173.4220848 m / s > c, setting 1/gamma = 0\n",
      "v = 385423255.4730733 m / s > c, setting 1/gamma = 0\n",
      "v = 325699363.7735046 m / s > c, setting 1/gamma = 0\n",
      "v = 308796772.50453657 m / s > c, setting 1/gamma = 0\n",
      "v = 609053279.232988 m / s > c, setting 1/gamma = 0\n",
      "v = 498683918.9290481 m / s > c, setting 1/gamma = 0\n",
      "v = 301606241.5319108 m / s > c, setting 1/gamma = 0\n",
      "v = 603670964.4172988 m / s > c, setting 1/gamma = 0\n",
      "v = 494295093.8874198 m / s > c, setting 1/gamma = 0\n",
      "v = 305639964.2347938 m / s > c, setting 1/gamma = 0\n",
      "v = 590753317.7089187 m / s > c, setting 1/gamma = 0\n",
      "v = 596178412.5487969 m / s > c, setting 1/gamma = 0\n",
      "v = 420072779.4109792 m / s > c, setting 1/gamma = 0\n",
      "v = 441304887.8562566 m / s > c, setting 1/gamma = 0\n",
      "v = 311061491.0246694 m / s > c, setting 1/gamma = 0\n",
      "v = 326731893.67257667 m / s > c, setting 1/gamma = 0\n",
      "v = 369458274.9434172 m / s > c, setting 1/gamma = 0\n",
      "v = 369560099.44277114 m / s > c, setting 1/gamma = 0\n",
      "v = 381525148.1324697 m / s > c, setting 1/gamma = 0\n",
      "v = 494906810.5018555 m / s > c, setting 1/gamma = 0\n",
      "v = 495378466.8344228 m / s > c, setting 1/gamma = 0\n",
      "v = 302900158.114575 m / s > c, setting 1/gamma = 0\n",
      "v = 299902709.34277034 m / s > c, setting 1/gamma = 0\n",
      "v = 322831351.60879314 m / s > c, setting 1/gamma = 0\n",
      "v = 423376193.80168486 m / s > c, setting 1/gamma = 0\n",
      "v = 451466814.0370443 m / s > c, setting 1/gamma = 0\n",
      "v = 480313018.43573034 m / s > c, setting 1/gamma = 0\n",
      "v = 478908069.3262398 m / s > c, setting 1/gamma = 0\n",
      "v = 320110277.8191825 m / s > c, setting 1/gamma = 0\n",
      "v = 310916153.85066766 m / s > c, setting 1/gamma = 0\n",
      "v = 328756210.3716319 m / s > c, setting 1/gamma = 0\n",
      "v = 332281085.4870421 m / s > c, setting 1/gamma = 0\n",
      "v = 378331704.414377 m / s > c, setting 1/gamma = 0\n",
      "v = 311445987.2014727 m / s > c, setting 1/gamma = 0\n",
      "v = 357206878.15578157 m / s > c, setting 1/gamma = 0\n",
      "v = 408487732.80922383 m / s > c, setting 1/gamma = 0\n",
      "v = 308116525.9081095 m / s > c, setting 1/gamma = 0\n",
      "v = 331441125.425853 m / s > c, setting 1/gamma = 0\n",
      "v = 526358668.46337974 m / s > c, setting 1/gamma = 0\n",
      "v = 480279464.7282768 m / s > c, setting 1/gamma = 0\n",
      "v = 314232842.1634831 m / s > c, setting 1/gamma = 0\n",
      "v = 330484923.7028631 m / s > c, setting 1/gamma = 0\n",
      "v = 315591572.3553355 m / s > c, setting 1/gamma = 0\n",
      "v = 357173837.7775472 m / s > c, setting 1/gamma = 0\n",
      "v = 335580051.66333526 m / s > c, setting 1/gamma = 0\n",
      "v = 355292948.44399333 m / s > c, setting 1/gamma = 0\n",
      "v = 306111470.4954677 m / s > c, setting 1/gamma = 0\n",
      "v = 302855900.18680036 m / s > c, setting 1/gamma = 0\n",
      "v = 312213364.0986151 m / s > c, setting 1/gamma = 0\n",
      "v = 334028180.1872193 m / s > c, setting 1/gamma = 0\n",
      "v = 307977744.7270037 m / s > c, setting 1/gamma = 0\n",
      "v = 303279114.8809007 m / s > c, setting 1/gamma = 0\n",
      "v = 317074870.9004978 m / s > c, setting 1/gamma = 0\n",
      "v = 358083296.59387666 m / s > c, setting 1/gamma = 0\n",
      "v = 374676433.06003875 m / s > c, setting 1/gamma = 0\n",
      "v = 420743138.1716218 m / s > c, setting 1/gamma = 0\n",
      "v = 447126119.3640943 m / s > c, setting 1/gamma = 0\n",
      "v = 486185241.750405 m / s > c, setting 1/gamma = 0\n",
      "v = 312595242.1728058 m / s > c, setting 1/gamma = 0\n",
      "v = 366074974.44204414 m / s > c, setting 1/gamma = 0\n",
      "v = 307936805.2466747 m / s > c, setting 1/gamma = 0\n",
      "v = 331359308.73802847 m / s > c, setting 1/gamma = 0\n",
      "v = 319173603.24196273 m / s > c, setting 1/gamma = 0\n",
      "v = 464316413.7405818 m / s > c, setting 1/gamma = 0\n",
      "v = 483081231.50639224 m / s > c, setting 1/gamma = 0\n",
      "v = 314541007.7016278 m / s > c, setting 1/gamma = 0\n",
      "v = 449171928.6973891 m / s > c, setting 1/gamma = 0\n",
      "v = 472481261.68726665 m / s > c, setting 1/gamma = 0\n",
      "v = 345225098.92695224 m / s > c, setting 1/gamma = 0\n",
      "v = 371032402.35475326 m / s > c, setting 1/gamma = 0\n",
      "v = 302981948.821805 m / s > c, setting 1/gamma = 0\n",
      "v = 345637666.62652975 m / s > c, setting 1/gamma = 0\n",
      "v = 355173692.8374771 m / s > c, setting 1/gamma = 0\n",
      "v = 402702286.6743282 m / s > c, setting 1/gamma = 0\n",
      "v = 363969216.24824655 m / s > c, setting 1/gamma = 0\n",
      "v = 403576473.09241194 m / s > c, setting 1/gamma = 0\n",
      "v = 328955221.9977369 m / s > c, setting 1/gamma = 0\n",
      "v = 381596722.2186614 m / s > c, setting 1/gamma = 0\n",
      "v = 342935887.60317266 m / s > c, setting 1/gamma = 0\n",
      "v = 365917877.2761312 m / s > c, setting 1/gamma = 0\n",
      "v = 476454915.97717243 m / s > c, setting 1/gamma = 0\n",
      "v = 497888679.019626 m / s > c, setting 1/gamma = 0\n",
      "v = 384136488.8435046 m / s > c, setting 1/gamma = 0\n",
      "v = 407092815.93171644 m / s > c, setting 1/gamma = 0\n",
      "v = 344436032.5719592 m / s > c, setting 1/gamma = 0\n",
      "v = 370838597.2229434 m / s > c, setting 1/gamma = 0\n",
      "v = 319879310.44272983 m / s > c, setting 1/gamma = 0\n",
      "v = 657437437.0830008 m / s > c, setting 1/gamma = 0\n",
      "v = 540170413.749912 m / s > c, setting 1/gamma = 0\n",
      "v = 315478550.31403154 m / s > c, setting 1/gamma = 0\n",
      "v = 338609408.7756655 m / s > c, setting 1/gamma = 0\n",
      "v = 418365847.8032125 m / s > c, setting 1/gamma = 0\n",
      "v = 460924940.96596843 m / s > c, setting 1/gamma = 0\n",
      "v = 335763819.45050293 m / s > c, setting 1/gamma = 0\n",
      "v = 387485667.6743844 m / s > c, setting 1/gamma = 0\n",
      "v = 300742365.9661377 m / s > c, setting 1/gamma = 0\n",
      "v = 324001977.6489405 m / s > c, setting 1/gamma = 0\n",
      "v = 560273092.9167253 m / s > c, setting 1/gamma = 0\n",
      "v = 508532302.3302079 m / s > c, setting 1/gamma = 0\n",
      "v = 346588554.3469031 m / s > c, setting 1/gamma = 0\n",
      "v = 370939536.4307009 m / s > c, setting 1/gamma = 0\n",
      "v = 313264102.68352574 m / s > c, setting 1/gamma = 0\n",
      "v = 471508127.48014563 m / s > c, setting 1/gamma = 0\n",
      "v = 484095774.4580817 m / s > c, setting 1/gamma = 0\n",
      "v = 358480265.3256421 m / s > c, setting 1/gamma = 0\n",
      "v = 380604213.484391 m / s > c, setting 1/gamma = 0\n",
      "v = 302008838.7592425 m / s > c, setting 1/gamma = 0\n",
      "v = 347022364.7809367 m / s > c, setting 1/gamma = 0\n",
      "v = 349246210.7506635 m / s > c, setting 1/gamma = 0\n",
      "v = 397360997.5042968 m / s > c, setting 1/gamma = 0\n",
      "v = 302585899.8266231 m / s > c, setting 1/gamma = 0\n",
      "v = 332740919.8490536 m / s > c, setting 1/gamma = 0\n",
      "v = 334886884.2905643 m / s > c, setting 1/gamma = 0\n",
      "v = 306140269.6850649 m / s > c, setting 1/gamma = 0\n",
      "v = 617363310.1139188 m / s > c, setting 1/gamma = 0\n",
      "v = 504523259.6951765 m / s > c, setting 1/gamma = 0\n",
      "v = 387373021.4751325 m / s > c, setting 1/gamma = 0\n",
      "v = 415752583.4224764 m / s > c, setting 1/gamma = 0\n",
      "v = 321568882.1987931 m / s > c, setting 1/gamma = 0\n",
      "v = 374181256.713842 m / s > c, setting 1/gamma = 0\n",
      "v = 316498153.005712 m / s > c, setting 1/gamma = 0\n",
      "v = 338494864.08480227 m / s > c, setting 1/gamma = 0\n",
      "v = 491227748.3079276 m / s > c, setting 1/gamma = 0\n",
      "v = 477652021.2199907 m / s > c, setting 1/gamma = 0\n",
      "v = 341676631.3385711 m / s > c, setting 1/gamma = 0\n",
      "v = 313979591.4724878 m / s > c, setting 1/gamma = 0\n",
      "v = 333402718.1285155 m / s > c, setting 1/gamma = 0\n",
      "v = 314113325.1285603 m / s > c, setting 1/gamma = 0\n",
      "v = 302039564.4681783 m / s > c, setting 1/gamma = 0\n",
      "v = 589068131.084072 m / s > c, setting 1/gamma = 0\n",
      "v = 482036715.701579 m / s > c, setting 1/gamma = 0\n",
      "v = 299912384.4522006 m / s > c, setting 1/gamma = 0\n",
      "v = 341966762.5382614 m / s > c, setting 1/gamma = 0\n",
      "v = 364180171.9826552 m / s > c, setting 1/gamma = 0\n",
      "v = 318901225.7502885 m / s > c, setting 1/gamma = 0\n",
      "v = 368465086.7691735 m / s > c, setting 1/gamma = 0\n",
      "v = 366727775.8567068 m / s > c, setting 1/gamma = 0\n",
      "v = 408713968.219102 m / s > c, setting 1/gamma = 0\n",
      "v = 330151433.8166265 m / s > c, setting 1/gamma = 0\n",
      "v = 353387981.9319395 m / s > c, setting 1/gamma = 0\n",
      "v = 418765476.7775982 m / s > c, setting 1/gamma = 0\n",
      "v = 449090218.13332087 m / s > c, setting 1/gamma = 0\n",
      "v = 313520092.580022 m / s > c, setting 1/gamma = 0\n",
      "v = 335493786.8905541 m / s > c, setting 1/gamma = 0\n",
      "v = 354737409.7030737 m / s > c, setting 1/gamma = 0\n",
      "v = 386190979.9494285 m / s > c, setting 1/gamma = 0\n",
      "v = 320975900.2388709 m / s > c, setting 1/gamma = 0\n",
      "v = 383667606.88289183 m / s > c, setting 1/gamma = 0\n",
      "v = 403844713.62991536 m / s > c, setting 1/gamma = 0\n",
      "v = 438055889.20204264 m / s > c, setting 1/gamma = 0\n",
      "v = 454218539.4455369 m / s > c, setting 1/gamma = 0\n",
      "v = 348664495.4378659 m / s > c, setting 1/gamma = 0\n",
      "v = 362558864.6775111 m / s > c, setting 1/gamma = 0\n",
      "v = 319988522.79923916 m / s > c, setting 1/gamma = 0\n",
      "v = 314837523.618625 m / s > c, setting 1/gamma = 0\n",
      "v = 333112776.53303117 m / s > c, setting 1/gamma = 0\n",
      "v = 302455461.03414977 m / s > c, setting 1/gamma = 0\n",
      "v = 327030916.2037401 m / s > c, setting 1/gamma = 0\n",
      "v = 356755818.1393373 m / s > c, setting 1/gamma = 0\n",
      "v = 376202035.86193985 m / s > c, setting 1/gamma = 0\n",
      "v = 465472476.5140101 m / s > c, setting 1/gamma = 0\n",
      "v = 459133850.79597944 m / s > c, setting 1/gamma = 0\n",
      "v = 310474226.75348586 m / s > c, setting 1/gamma = 0\n",
      "v = 358447441.52801883 m / s > c, setting 1/gamma = 0\n",
      "v = 303981240.24818623 m / s > c, setting 1/gamma = 0\n",
      "v = 322874657.17882025 m / s > c, setting 1/gamma = 0\n",
      "v = 435551716.03980994 m / s > c, setting 1/gamma = 0\n",
      "v = 450370042.80209595 m / s > c, setting 1/gamma = 0\n",
      "v = 300276187.984924 m / s > c, setting 1/gamma = 0\n",
      "v = 317333819.2884927 m / s > c, setting 1/gamma = 0\n",
      "v = 353405052.54860413 m / s > c, setting 1/gamma = 0\n",
      "v = 385925772.7372829 m / s > c, setting 1/gamma = 0\n",
      "v = 315422110.66827965 m / s > c, setting 1/gamma = 0\n",
      "v = 361198196.66505694 m / s > c, setting 1/gamma = 0\n",
      "v = 308906840.12752765 m / s > c, setting 1/gamma = 0\n",
      "v = 310005279.79012495 m / s > c, setting 1/gamma = 0\n",
      "v = 403630480.27493423 m / s > c, setting 1/gamma = 0\n",
      "v = 427992721.31419474 m / s > c, setting 1/gamma = 0\n",
      "v = 307760017.5777664 m / s > c, setting 1/gamma = 0\n",
      "v = 329059794.5673215 m / s > c, setting 1/gamma = 0\n",
      "v = 329676623.0292088 m / s > c, setting 1/gamma = 0\n",
      "v = 371316473.371404 m / s > c, setting 1/gamma = 0\n",
      "v = 375521861.8261179 m / s > c, setting 1/gamma = 0\n",
      "v = 426871760.69211304 m / s > c, setting 1/gamma = 0\n",
      "v = 355176721.6522106 m / s > c, setting 1/gamma = 0\n",
      "v = 397366446.16249335 m / s > c, setting 1/gamma = 0\n",
      "v = 313796770.2460512 m / s > c, setting 1/gamma = 0\n",
      "v = 340020499.8067457 m / s > c, setting 1/gamma = 0\n",
      "v = 382762061.48828745 m / s > c, setting 1/gamma = 0\n",
      "v = 429954337.6693168 m / s > c, setting 1/gamma = 0\n",
      "v = 309450315.2086136 m / s > c, setting 1/gamma = 0\n",
      "v = 574450498.5687734 m / s > c, setting 1/gamma = 0\n",
      "v = 579167975.0286677 m / s > c, setting 1/gamma = 0\n",
      "v = 364325957.76171273 m / s > c, setting 1/gamma = 0\n",
      "v = 392232850.2856373 m / s > c, setting 1/gamma = 0\n",
      "v = 303482655.97962993 m / s > c, setting 1/gamma = 0\n",
      "v = 307630808.3568616 m / s > c, setting 1/gamma = 0\n",
      "v = 373990716.67625207 m / s > c, setting 1/gamma = 0\n",
      "v = 412331745.99069214 m / s > c, setting 1/gamma = 0\n",
      "v = 542669181.9033717 m / s > c, setting 1/gamma = 0\n",
      "v = 508518308.870231 m / s > c, setting 1/gamma = 0\n",
      "v = 303749823.1279818 m / s > c, setting 1/gamma = 0\n",
      "v = 361889050.2672118 m / s > c, setting 1/gamma = 0\n",
      "v = 333914969.6807031 m / s > c, setting 1/gamma = 0\n",
      "v = 362581876.76848376 m / s > c, setting 1/gamma = 0\n",
      "v = 427872798.39382845 m / s > c, setting 1/gamma = 0\n",
      "v = 442719990.2117831 m / s > c, setting 1/gamma = 0\n",
      "v = 331586136.7575967 m / s > c, setting 1/gamma = 0\n",
      "v = 345815630.1697717 m / s > c, setting 1/gamma = 0\n",
      "v = 349306411.4849386 m / s > c, setting 1/gamma = 0\n",
      "v = 394411352.451274 m / s > c, setting 1/gamma = 0\n",
      "v = 399412113.3228125 m / s > c, setting 1/gamma = 0\n",
      "v = 447061933.5046614 m / s > c, setting 1/gamma = 0\n",
      "v = 362694902.6554121 m / s > c, setting 1/gamma = 0\n",
      "v = 415446744.7183755 m / s > c, setting 1/gamma = 0\n",
      "v = 467523971.86794025 m / s > c, setting 1/gamma = 0\n",
      "v = 475228353.739169 m / s > c, setting 1/gamma = 0\n",
      "v = 315136045.24899286 m / s > c, setting 1/gamma = 0\n",
      "v = 361255944.61985 m / s > c, setting 1/gamma = 0\n",
      "v = 359679885.66084135 m / s > c, setting 1/gamma = 0\n",
      "v = 359364758.1127982 m / s > c, setting 1/gamma = 0\n",
      "v = 388924684.05317694 m / s > c, setting 1/gamma = 0\n",
      "v = 445024628.370162 m / s > c, setting 1/gamma = 0\n",
      "v = 474982409.9973716 m / s > c, setting 1/gamma = 0\n",
      "v = 327152699.6924292 m / s > c, setting 1/gamma = 0\n",
      "v = 315383391.0447863 m / s > c, setting 1/gamma = 0\n",
      "v = 356231740.6492387 m / s > c, setting 1/gamma = 0\n",
      "v = 549623849.3934672 m / s > c, setting 1/gamma = 0\n",
      "v = 582094900.4609616 m / s > c, setting 1/gamma = 0\n",
      "v = 311934512.72743845 m / s > c, setting 1/gamma = 0\n",
      "v = 364184395.0814905 m / s > c, setting 1/gamma = 0\n",
      "v = 308901045.0783359 m / s > c, setting 1/gamma = 0\n",
      "v = 340225037.415583 m / s > c, setting 1/gamma = 0\n",
      "v = 315787437.0815544 m / s > c, setting 1/gamma = 0\n",
      "v = 375305593.9421046 m / s > c, setting 1/gamma = 0\n",
      "v = 305715203.67892414 m / s > c, setting 1/gamma = 0\n",
      "v = 338770518.4398353 m / s > c, setting 1/gamma = 0\n",
      "v = 304080226.17535317 m / s > c, setting 1/gamma = 0\n",
      "v = 348827279.3331997 m / s > c, setting 1/gamma = 0\n",
      "v = 301862191.57302094 m / s > c, setting 1/gamma = 0\n",
      "v = 338812002.9704911 m / s > c, setting 1/gamma = 0\n",
      "v = 338994999.4559818 m / s > c, setting 1/gamma = 0\n",
      "v = 321924281.13691646 m / s > c, setting 1/gamma = 0\n",
      "v = 344944749.90152425 m / s > c, setting 1/gamma = 0\n",
      "v = 313320785.1810597 m / s > c, setting 1/gamma = 0\n",
      "v = 350029785.33312315 m / s > c, setting 1/gamma = 0\n",
      "v = 329630871.9997599 m / s > c, setting 1/gamma = 0\n",
      "v = 378067712.2794022 m / s > c, setting 1/gamma = 0\n",
      "v = 414741971.4277546 m / s > c, setting 1/gamma = 0\n",
      "v = 305324679.5211968 m / s > c, setting 1/gamma = 0\n",
      "v = 321918802.7332108 m / s > c, setting 1/gamma = 0\n",
      "v = 403931246.7155347 m / s > c, setting 1/gamma = 0\n",
      "v = 443397580.8159833 m / s > c, setting 1/gamma = 0\n",
      "v = 301910682.6087608 m / s > c, setting 1/gamma = 0\n",
      "v = 311542472.7740529 m / s > c, setting 1/gamma = 0\n",
      "v = 322741887.815708 m / s > c, setting 1/gamma = 0\n",
      "v = 428476547.7360933 m / s > c, setting 1/gamma = 0\n",
      "v = 471884650.67160565 m / s > c, setting 1/gamma = 0\n",
      "v = 464958609.68026954 m / s > c, setting 1/gamma = 0\n",
      "v = 491728977.65800965 m / s > c, setting 1/gamma = 0\n",
      "v = 434565001.1588065 m / s > c, setting 1/gamma = 0\n",
      "v = 500666706.78663343 m / s > c, setting 1/gamma = 0\n",
      "v = 305961201.62521726 m / s > c, setting 1/gamma = 0\n",
      "v = 334706768.9391859 m / s > c, setting 1/gamma = 0\n",
      "v = 415400637.6302995 m / s > c, setting 1/gamma = 0\n",
      "v = 435055853.37082154 m / s > c, setting 1/gamma = 0\n",
      "v = 360543384.4548068 m / s > c, setting 1/gamma = 0\n",
      "v = 413760336.7424499 m / s > c, setting 1/gamma = 0\n",
      "v = 312524772.5800571 m / s > c, setting 1/gamma = 0\n",
      "v = 340630300.24169284 m / s > c, setting 1/gamma = 0\n",
      "v = 315879115.2484584 m / s > c, setting 1/gamma = 0\n",
      "v = 334673504.5836837 m / s > c, setting 1/gamma = 0\n",
      "v = 394986315.52876836 m / s > c, setting 1/gamma = 0\n",
      "v = 301712812.8344448 m / s > c, setting 1/gamma = 0\n",
      "v = 336215983.68188196 m / s > c, setting 1/gamma = 0\n",
      "v = 365867797.6266916 m / s > c, setting 1/gamma = 0\n",
      "v = 405816451.2329868 m / s > c, setting 1/gamma = 0\n",
      "v = 478005683.60079545 m / s > c, setting 1/gamma = 0\n",
      "v = 451271753.1094004 m / s > c, setting 1/gamma = 0\n",
      "v = 301960474.47405714 m / s > c, setting 1/gamma = 0\n",
      "v = 331953754.45863646 m / s > c, setting 1/gamma = 0\n",
      "v = 324934391.4549982 m / s > c, setting 1/gamma = 0\n",
      "v = 378275692.82607937 m / s > c, setting 1/gamma = 0\n",
      "v = 302748302.6566121 m / s > c, setting 1/gamma = 0\n",
      "v = 300994542.6356308 m / s > c, setting 1/gamma = 0\n",
      "v = 448271435.4685407 m / s > c, setting 1/gamma = 0\n",
      "v = 460091348.03743625 m / s > c, setting 1/gamma = 0\n",
      "v = 373478969.4667265 m / s > c, setting 1/gamma = 0\n",
      "v = 425468381.00876415 m / s > c, setting 1/gamma = 0\n",
      "v = 302020784.402805 m / s > c, setting 1/gamma = 0\n",
      "v = 313922654.04698884 m / s > c, setting 1/gamma = 0\n",
      "v = 459689241.03576326 m / s > c, setting 1/gamma = 0\n",
      "v = 486565420.5657788 m / s > c, setting 1/gamma = 0\n",
      "v = 307834209.6011335 m / s > c, setting 1/gamma = 0\n",
      "v = 364895085.8413019 m / s > c, setting 1/gamma = 0\n",
      "v = 340398877.55782664 m / s > c, setting 1/gamma = 0\n",
      "v = 372153929.47210467 m / s > c, setting 1/gamma = 0\n",
      "v = 302123336.4450884 m / s > c, setting 1/gamma = 0\n",
      "v = 332119118.3122474 m / s > c, setting 1/gamma = 0\n",
      "v = 339392928.72630906 m / s > c, setting 1/gamma = 0\n",
      "v = 325603660.53920805 m / s > c, setting 1/gamma = 0\n",
      "v = 310770710.3536834 m / s > c, setting 1/gamma = 0\n",
      "v = 327912172.1675374 m / s > c, setting 1/gamma = 0\n",
      "v = 374987076.2316848 m / s > c, setting 1/gamma = 0\n",
      "v = 355958380.828413 m / s > c, setting 1/gamma = 0\n",
      "v = 405639390.3809059 m / s > c, setting 1/gamma = 0\n",
      "v = 376378453.2391808 m / s > c, setting 1/gamma = 0\n",
      "v = 425439916.5476401 m / s > c, setting 1/gamma = 0\n",
      "v = 350661163.9807351 m / s > c, setting 1/gamma = 0\n",
      "v = 417607660.04464465 m / s > c, setting 1/gamma = 0\n",
      "v = 422488839.1800317 m / s > c, setting 1/gamma = 0\n",
      "v = 450101005.0460733 m / s > c, setting 1/gamma = 0\n",
      "v = 327161943.86263233 m / s > c, setting 1/gamma = 0\n",
      "v = 388436843.129849 m / s > c, setting 1/gamma = 0\n",
      "v = 313208935.74028724 m / s > c, setting 1/gamma = 0\n",
      "v = 415015875.24811447 m / s > c, setting 1/gamma = 0\n",
      "v = 457421700.18272007 m / s > c, setting 1/gamma = 0\n",
      "v = 350718745.2176342 m / s > c, setting 1/gamma = 0\n",
      "v = 310257172.49305826 m / s > c, setting 1/gamma = 0\n",
      "v = 328486420.7378199 m / s > c, setting 1/gamma = 0\n",
      "v = 382669641.68712074 m / s > c, setting 1/gamma = 0\n",
      "v = 300835247.2874238 m / s > c, setting 1/gamma = 0\n",
      "v = 458105672.79635113 m / s > c, setting 1/gamma = 0\n",
      "v = 502394632.101561 m / s > c, setting 1/gamma = 0\n",
      "v = 318514136.21301866 m / s > c, setting 1/gamma = 0\n",
      "v = 581855399.326211 m / s > c, setting 1/gamma = 0\n",
      "v = 604546359.2982084 m / s > c, setting 1/gamma = 0\n",
      "v = 333894297.6744453 m / s > c, setting 1/gamma = 0\n",
      "v = 370440411.3745565 m / s > c, setting 1/gamma = 0\n",
      "v = 307918979.46052384 m / s > c, setting 1/gamma = 0\n",
      "v = 334848687.2575935 m / s > c, setting 1/gamma = 0\n",
      "v = 302702141.33626056 m / s > c, setting 1/gamma = 0\n",
      "v = 360109881.05700916 m / s > c, setting 1/gamma = 0\n",
      "v = 307398803.85229105 m / s > c, setting 1/gamma = 0\n",
      "v = 319676954.2437843 m / s > c, setting 1/gamma = 0\n",
      "v = 303338485.67102903 m / s > c, setting 1/gamma = 0\n",
      "v = 337741308.49149114 m / s > c, setting 1/gamma = 0\n",
      "v = 363230297.8335081 m / s > c, setting 1/gamma = 0\n",
      "v = 411000695.1981375 m / s > c, setting 1/gamma = 0\n",
      "v = 300617480.9083491 m / s > c, setting 1/gamma = 0\n",
      "v = 603017714.4744816 m / s > c, setting 1/gamma = 0\n",
      "v = 497672590.97982395 m / s > c, setting 1/gamma = 0\n",
      "v = 307248062.9628038 m / s > c, setting 1/gamma = 0\n",
      "v = 339526701.6790613 m / s > c, setting 1/gamma = 0\n",
      "v = 418217822.80094916 m / s > c, setting 1/gamma = 0\n",
      "v = 444005721.6192414 m / s > c, setting 1/gamma = 0\n",
      "v = 442919271.1520308 m / s > c, setting 1/gamma = 0\n",
      "v = 487556347.64484555 m / s > c, setting 1/gamma = 0\n",
      "v = 304910156.20187867 m / s > c, setting 1/gamma = 0\n",
      "v = 371766075.03094095 m / s > c, setting 1/gamma = 0\n",
      "v = 429211461.11717296 m / s > c, setting 1/gamma = 0\n",
      "v = 347330660.7380312 m / s > c, setting 1/gamma = 0\n",
      "v = 379305428.46827036 m / s > c, setting 1/gamma = 0\n",
      "v = 368635529.3905249 m / s > c, setting 1/gamma = 0\n",
      "v = 409848417.2607827 m / s > c, setting 1/gamma = 0\n",
      "v = 304737086.07068783 m / s > c, setting 1/gamma = 0\n",
      "v = 328708968.22342336 m / s > c, setting 1/gamma = 0\n",
      "v = 379085361.4840328 m / s > c, setting 1/gamma = 0\n",
      "v = 391277824.77200097 m / s > c, setting 1/gamma = 0\n",
      "v = 314912959.1176298 m / s > c, setting 1/gamma = 0\n",
      "v = 665725915.5168445 m / s > c, setting 1/gamma = 0\n",
      "v = 550706072.9156896 m / s > c, setting 1/gamma = 0\n",
      "v = 350638621.2399452 m / s > c, setting 1/gamma = 0\n",
      "v = 385013470.9442115 m / s > c, setting 1/gamma = 0\n",
      "v = 374030866.6186163 m / s > c, setting 1/gamma = 0\n",
      "v = 413961751.1084215 m / s > c, setting 1/gamma = 0\n",
      "v = 315729149.32503986 m / s > c, setting 1/gamma = 0\n",
      "v = 352226723.92429566 m / s > c, setting 1/gamma = 0\n",
      "v = 305176812.07131165 m / s > c, setting 1/gamma = 0\n",
      "v = 332946898.25871557 m / s > c, setting 1/gamma = 0\n",
      "v = 349882129.8252113 m / s > c, setting 1/gamma = 0\n",
      "v = 765926227.4875792 m / s > c, setting 1/gamma = 0\n",
      "v = 636526764.9271791 m / s > c, setting 1/gamma = 0\n",
      "v = 342516261.7749357 m / s > c, setting 1/gamma = 0\n",
      "v = 376203120.1280489 m / s > c, setting 1/gamma = 0\n",
      "v = 442062717.6600058 m / s > c, setting 1/gamma = 0\n",
      "v = 475059314.3657855 m / s > c, setting 1/gamma = 0\n",
      "v = 429234020.70350415 m / s > c, setting 1/gamma = 0\n",
      "v = 476810184.793444 m / s > c, setting 1/gamma = 0\n",
      "v = 432335949.7808405 m / s > c, setting 1/gamma = 0\n",
      "v = 443190691.6192632 m / s > c, setting 1/gamma = 0\n",
      "v = 447256751.98047084 m / s > c, setting 1/gamma = 0\n",
      "v = 488838258.3507718 m / s > c, setting 1/gamma = 0\n",
      "v = 343818037.6876552 m / s > c, setting 1/gamma = 0\n",
      "v = 374000728.69398504 m / s > c, setting 1/gamma = 0\n",
      "v = 306719149.1373054 m / s > c, setting 1/gamma = 0\n",
      "v = 315701537.15644747 m / s > c, setting 1/gamma = 0\n",
      "v = 302172701.6182751 m / s > c, setting 1/gamma = 0\n",
      "v = 312300515.16527164 m / s > c, setting 1/gamma = 0\n",
      "v = 334186554.88747066 m / s > c, setting 1/gamma = 0\n",
      "v = 500003713.20713866 m / s > c, setting 1/gamma = 0\n",
      "v = 526352552.8222008 m / s > c, setting 1/gamma = 0\n",
      "v = 336997118.50735027 m / s > c, setting 1/gamma = 0\n",
      "v = 356615268.62157446 m / s > c, setting 1/gamma = 0\n",
      "v = 426021018.3728784 m / s > c, setting 1/gamma = 0\n",
      "v = 305934719.79341733 m / s > c, setting 1/gamma = 0\n",
      "v = 335127554.6982316 m / s > c, setting 1/gamma = 0\n",
      "v = 545606768.9018644 m / s > c, setting 1/gamma = 0\n",
      "v = 547745645.1414716 m / s > c, setting 1/gamma = 0\n",
      "v = 351555009.61070675 m / s > c, setting 1/gamma = 0\n",
      "v = 408352350.8611139 m / s > c, setting 1/gamma = 0\n",
      "v = 586655773.0048198 m / s > c, setting 1/gamma = 0\n",
      "v = 609036039.289658 m / s > c, setting 1/gamma = 0\n",
      "v = 317692664.3452344 m / s > c, setting 1/gamma = 0\n",
      "v = 360071615.60393536 m / s > c, setting 1/gamma = 0\n",
      "v = 306487291.9795916 m / s > c, setting 1/gamma = 0\n",
      "v = 328779980.64330316 m / s > c, setting 1/gamma = 0\n",
      "v = 359253544.36907136 m / s > c, setting 1/gamma = 0\n",
      "v = 428249570.81930196 m / s > c, setting 1/gamma = 0\n",
      "v = 344130492.43453056 m / s > c, setting 1/gamma = 0\n",
      "v = 332074858.07099533 m / s > c, setting 1/gamma = 0\n",
      "v = 809640164.5400094 m / s > c, setting 1/gamma = 0\n",
      "v = 677341187.0075325 m / s > c, setting 1/gamma = 0\n",
      "v = 308924108.2005346 m / s > c, setting 1/gamma = 0\n",
      "v = 350589918.4875656 m / s > c, setting 1/gamma = 0\n",
      "v = 342529819.8753669 m / s > c, setting 1/gamma = 0\n",
      "v = 411312998.26347935 m / s > c, setting 1/gamma = 0\n",
      "v = 306068664.8050196 m / s > c, setting 1/gamma = 0\n",
      "v = 770850929.3367178 m / s > c, setting 1/gamma = 0\n",
      "v = 714710467.4328599 m / s > c, setting 1/gamma = 0\n",
      "v = 325601397.7782867 m / s > c, setting 1/gamma = 0\n",
      "v = 377990542.9888222 m / s > c, setting 1/gamma = 0\n",
      "v = 301415009.6439286 m / s > c, setting 1/gamma = 0\n",
      "v = 373937401.87430334 m / s > c, setting 1/gamma = 0\n",
      "v = 436062907.6534115 m / s > c, setting 1/gamma = 0\n",
      "v = 327373790.563387 m / s > c, setting 1/gamma = 0\n",
      "v = 379061842.28266954 m / s > c, setting 1/gamma = 0\n",
      "v = 406382534.07073873 m / s > c, setting 1/gamma = 0\n",
      "v = 325569542.38699615 m / s > c, setting 1/gamma = 0\n",
      "v = 352805948.7870771 m / s > c, setting 1/gamma = 0\n",
      "v = 547040036.3966604 m / s > c, setting 1/gamma = 0\n",
      "v = 563038397.2972497 m / s > c, setting 1/gamma = 0\n",
      "v = 410529561.7149654 m / s > c, setting 1/gamma = 0\n",
      "v = 448849656.86582863 m / s > c, setting 1/gamma = 0\n",
      "v = 315592335.72697437 m / s > c, setting 1/gamma = 0\n",
      "v = 302077624.5131132 m / s > c, setting 1/gamma = 0\n",
      "v = 345767851.1952319 m / s > c, setting 1/gamma = 0\n",
      "v = 307309365.1147461 m / s > c, setting 1/gamma = 0\n",
      "v = 300127771.1812638 m / s > c, setting 1/gamma = 0\n",
      "v = 315334232.1480618 m / s > c, setting 1/gamma = 0\n",
      "v = 616238021.8111615 m / s > c, setting 1/gamma = 0\n",
      "v = 581044170.240331 m / s > c, setting 1/gamma = 0\n",
      "v = 332415569.2446827 m / s > c, setting 1/gamma = 0\n",
      "v = 389621698.0651195 m / s > c, setting 1/gamma = 0\n",
      "v = 337589037.10128206 m / s > c, setting 1/gamma = 0\n",
      "v = 408742134.9660156 m / s > c, setting 1/gamma = 0\n",
      "v = 527232852.58858395 m / s > c, setting 1/gamma = 0\n",
      "v = 1380891072.9559414 m / s > c, setting 1/gamma = 0\n",
      "v = 1196541397.647732 m / s > c, setting 1/gamma = 0\n",
      "v = 466350015.823951 m / s > c, setting 1/gamma = 0\n",
      "v = 499029996.84024626 m / s > c, setting 1/gamma = 0\n",
      "v = 500510939.59247434 m / s > c, setting 1/gamma = 0\n",
      "v = 557624238.3351616 m / s > c, setting 1/gamma = 0\n",
      "v = 387981453.66476846 m / s > c, setting 1/gamma = 0\n",
      "v = 448318828.93644196 m / s > c, setting 1/gamma = 0\n",
      "v = 427178075.22624034 m / s > c, setting 1/gamma = 0\n",
      "v = 492690982.9343409 m / s > c, setting 1/gamma = 0\n",
      "v = 470265240.90445274 m / s > c, setting 1/gamma = 0\n",
      "v = 500916789.39273024 m / s > c, setting 1/gamma = 0\n",
      "v = 546272869.6815041 m / s > c, setting 1/gamma = 0\n",
      "v = 552514226.6740457 m / s > c, setting 1/gamma = 0\n",
      "v = 309339528.124895 m / s > c, setting 1/gamma = 0\n",
      "v = 470160591.1340748 m / s > c, setting 1/gamma = 0\n",
      "v = 511712181.3432976 m / s > c, setting 1/gamma = 0\n",
      "v = 394196091.4758365 m / s > c, setting 1/gamma = 0\n",
      "v = 431553381.45749986 m / s > c, setting 1/gamma = 0\n",
      "v = 340315746.17479193 m / s > c, setting 1/gamma = 0\n",
      "v = 416165317.48442477 m / s > c, setting 1/gamma = 0\n",
      "v = 484429299.80971265 m / s > c, setting 1/gamma = 0\n",
      "v = 504992251.4713792 m / s > c, setting 1/gamma = 0\n",
      "v = 368463572.06332326 m / s > c, setting 1/gamma = 0\n",
      "v = 433795585.4665453 m / s > c, setting 1/gamma = 0\n",
      "v = 338407014.58018035 m / s > c, setting 1/gamma = 0\n",
      "v = 350723387.875336 m / s > c, setting 1/gamma = 0\n",
      "v = 402755216.9891589 m / s > c, setting 1/gamma = 0\n",
      "v = 480416352.38361615 m / s > c, setting 1/gamma = 0\n",
      "v = 534581786.9357509 m / s > c, setting 1/gamma = 0\n",
      "v = 308453677.0303594 m / s > c, setting 1/gamma = 0\n",
      "v = 313817172.962912 m / s > c, setting 1/gamma = 0\n",
      "v = 377408070.23913467 m / s > c, setting 1/gamma = 0\n",
      "v = 406732514.99585444 m / s > c, setting 1/gamma = 0\n",
      "v = 316013356.4696799 m / s > c, setting 1/gamma = 0\n",
      "v = 382269695.6297785 m / s > c, setting 1/gamma = 0\n",
      "v = 335425519.5833771 m / s > c, setting 1/gamma = 0\n",
      "v = 367655159.24126065 m / s > c, setting 1/gamma = 0\n",
      "v = 312942973.8839014 m / s > c, setting 1/gamma = 0\n",
      "v = 329362835.40473 m / s > c, setting 1/gamma = 0\n",
      "v = 422820365.6620665 m / s > c, setting 1/gamma = 0\n",
      "v = 478408065.70000494 m / s > c, setting 1/gamma = 0\n",
      "v = 319683530.06813323 m / s > c, setting 1/gamma = 0\n",
      "v = 302556738.4594035 m / s > c, setting 1/gamma = 0\n",
      "v = 350524073.54164594 m / s > c, setting 1/gamma = 0\n",
      "v = 380564472.8432373 m / s > c, setting 1/gamma = 0\n",
      "v = 309991507.02635354 m / s > c, setting 1/gamma = 0\n",
      "v = 363991832.75513744 m / s > c, setting 1/gamma = 0\n",
      "v = 311505057.202937 m / s > c, setting 1/gamma = 0\n",
      "v = 358347676.0074463 m / s > c, setting 1/gamma = 0\n",
      "v = 373171529.3563018 m / s > c, setting 1/gamma = 0\n",
      "v = 441442401.64358735 m / s > c, setting 1/gamma = 0\n",
      "v = 438033197.0660751 m / s > c, setting 1/gamma = 0\n",
      "v = 474710217.30182487 m / s > c, setting 1/gamma = 0\n",
      "v = 515435070.47258186 m / s > c, setting 1/gamma = 0\n",
      "v = 563359881.633392 m / s > c, setting 1/gamma = 0\n",
      "v = 313014434.0116416 m / s > c, setting 1/gamma = 0\n",
      "v = 312254587.8747225 m / s > c, setting 1/gamma = 0\n",
      "v = 352638004.1338287 m / s > c, setting 1/gamma = 0\n",
      "v = 394171209.8915517 m / s > c, setting 1/gamma = 0\n",
      "v = 313393671.4621162 m / s > c, setting 1/gamma = 0\n",
      "v = 313180222.0369593 m / s > c, setting 1/gamma = 0\n",
      "v = 377177850.48547757 m / s > c, setting 1/gamma = 0\n",
      "v = 321207201.89738125 m / s > c, setting 1/gamma = 0\n",
      "v = 332809318.2238067 m / s > c, setting 1/gamma = 0\n",
      "v = 363717674.98597217 m / s > c, setting 1/gamma = 0\n",
      "v = 343771920.6528235 m / s > c, setting 1/gamma = 0\n",
      "v = 404676132.76178294 m / s > c, setting 1/gamma = 0\n",
      "v = 320606364.839006 m / s > c, setting 1/gamma = 0\n",
      "v = 347686233.8455107 m / s > c, setting 1/gamma = 0\n",
      "v = 376157729.0850003 m / s > c, setting 1/gamma = 0\n",
      "v = 306869486.8102023 m / s > c, setting 1/gamma = 0\n",
      "v = 348525200.17850286 m / s > c, setting 1/gamma = 0\n",
      "v = 329500319.60460436 m / s > c, setting 1/gamma = 0\n",
      "v = 388684178.11954415 m / s > c, setting 1/gamma = 0\n",
      "v = 320675069.8203038 m / s > c, setting 1/gamma = 0\n",
      "v = 322795930.9801099 m / s > c, setting 1/gamma = 0\n",
      "v = 479856761.0228084 m / s > c, setting 1/gamma = 0\n",
      "v = 530363039.08781564 m / s > c, setting 1/gamma = 0\n",
      "v = 315943597.2454069 m / s > c, setting 1/gamma = 0\n",
      "v = 300793292.66949344 m / s > c, setting 1/gamma = 0\n",
      "v = 310195786.07977265 m / s > c, setting 1/gamma = 0\n",
      "v = 352245645.0708406 m / s > c, setting 1/gamma = 0\n",
      "v = 415503188.4419114 m / s > c, setting 1/gamma = 0\n",
      "v = 528529935.26999 m / s > c, setting 1/gamma = 0\n",
      "v = 559567729.4209744 m / s > c, setting 1/gamma = 0\n",
      "v = 314965655.1002283 m / s > c, setting 1/gamma = 0\n",
      "v = 336372782.6516986 m / s > c, setting 1/gamma = 0\n",
      "v = 383558308.9660109 m / s > c, setting 1/gamma = 0\n",
      "v = 378717588.6255813 m / s > c, setting 1/gamma = 0\n",
      "v = 431943905.3989302 m / s > c, setting 1/gamma = 0\n",
      "v = 310538648.6639118 m / s > c, setting 1/gamma = 0\n",
      "v = 325469104.9430907 m / s > c, setting 1/gamma = 0\n",
      "v = 319160332.79810435 m / s > c, setting 1/gamma = 0\n",
      "v = 385171034.3682515 m / s > c, setting 1/gamma = 0\n",
      "v = 303575707.50163263 m / s > c, setting 1/gamma = 0\n",
      "v = 374950955.75259453 m / s > c, setting 1/gamma = 0\n",
      "v = 396877357.655865 m / s > c, setting 1/gamma = 0\n",
      "v = 438069943.9629969 m / s > c, setting 1/gamma = 0\n",
      "v = 344655791.7338492 m / s > c, setting 1/gamma = 0\n",
      "v = 398458439.9176729 m / s > c, setting 1/gamma = 0\n",
      "v = 536710956.9567424 m / s > c, setting 1/gamma = 0\n",
      "v = 583019316.8598197 m / s > c, setting 1/gamma = 0\n",
      "v = 325559170.81329346 m / s > c, setting 1/gamma = 0\n",
      "v = 315090309.74672043 m / s > c, setting 1/gamma = 0\n",
      "v = 494671071.58045334 m / s > c, setting 1/gamma = 0\n",
      "v = 536880613.8547492 m / s > c, setting 1/gamma = 0\n",
      "v = 313922781.4068223 m / s > c, setting 1/gamma = 0\n",
      "v = 368604011.634061 m / s > c, setting 1/gamma = 0\n",
      "v = 390541761.9120971 m / s > c, setting 1/gamma = 0\n",
      "v = 421141081.13637406 m / s > c, setting 1/gamma = 0\n",
      "v = 482787737.2691372 m / s > c, setting 1/gamma = 0\n",
      "v = 522319380.39459234 m / s > c, setting 1/gamma = 0\n",
      "v = 369969528.7173688 m / s > c, setting 1/gamma = 0\n",
      "v = 415068838.153795 m / s > c, setting 1/gamma = 0\n",
      "v = 300881974.3687399 m / s > c, setting 1/gamma = 0\n",
      "v = 356645932.5663605 m / s > c, setting 1/gamma = 0\n",
      "v = 394725617.8559309 m / s > c, setting 1/gamma = 0\n",
      "v = 437782775.45269495 m / s > c, setting 1/gamma = 0\n",
      "v = 408882448.74700123 m / s > c, setting 1/gamma = 0\n",
      "v = 442666503.68314815 m / s > c, setting 1/gamma = 0\n",
      "v = 467477608.0164732 m / s > c, setting 1/gamma = 0\n",
      "v = 528643669.95789313 m / s > c, setting 1/gamma = 0\n",
      "v = 306733890.4219918 m / s > c, setting 1/gamma = 0\n",
      "v = 341386322.8085294 m / s > c, setting 1/gamma = 0\n",
      "v = 367985780.7021911 m / s > c, setting 1/gamma = 0\n",
      "v = 358703316.60863197 m / s > c, setting 1/gamma = 0\n",
      "v = 413005699.30071294 m / s > c, setting 1/gamma = 0\n",
      "v = 336657136.8511151 m / s > c, setting 1/gamma = 0\n",
      "v = 383754285.7813301 m / s > c, setting 1/gamma = 0\n",
      "v = 344954521.5411231 m / s > c, setting 1/gamma = 0\n",
      "v = 357843830.9022914 m / s > c, setting 1/gamma = 0\n",
      "v = 421441282.2040661 m / s > c, setting 1/gamma = 0\n",
      "v = 417805537.8225677 m / s > c, setting 1/gamma = 0\n",
      "v = 464279180.3450097 m / s > c, setting 1/gamma = 0\n",
      "v = 386734542.0420162 m / s > c, setting 1/gamma = 0\n",
      "v = 454379569.32074624 m / s > c, setting 1/gamma = 0\n",
      "v = 303081725.88671356 m / s > c, setting 1/gamma = 0\n",
      "v = 353925516.9930341 m / s > c, setting 1/gamma = 0\n",
      "v = 312901442.028888 m / s > c, setting 1/gamma = 0\n",
      "v = 329784701.01505977 m / s > c, setting 1/gamma = 0\n",
      "v = 432118604.7030626 m / s > c, setting 1/gamma = 0\n",
      "v = 492650517.5777406 m / s > c, setting 1/gamma = 0\n",
      "v = 313581276.9236022 m / s > c, setting 1/gamma = 0\n",
      "v = 342620147.2654034 m / s > c, setting 1/gamma = 0\n",
      "v = 434993516.7651535 m / s > c, setting 1/gamma = 0\n",
      "v = 475490654.3185006 m / s > c, setting 1/gamma = 0\n",
      "v = 305654685.24936 m / s > c, setting 1/gamma = 0\n",
      "v = 330354414.18009377 m / s > c, setting 1/gamma = 0\n",
      "v = 353042122.34297085 m / s > c, setting 1/gamma = 0\n",
      "v = 391750818.0704898 m / s > c, setting 1/gamma = 0\n",
      "v = 310978849.55112135 m / s > c, setting 1/gamma = 0\n",
      "v = 302716238.81838775 m / s > c, setting 1/gamma = 0\n",
      "v = 414084319.8484282 m / s > c, setting 1/gamma = 0\n",
      "v = 445294534.2608573 m / s > c, setting 1/gamma = 0\n",
      "v = 504967591.08742845 m / s > c, setting 1/gamma = 0\n",
      "v = 556823511.6079247 m / s > c, setting 1/gamma = 0\n",
      "v = 300505178.7641174 m / s > c, setting 1/gamma = 0\n",
      "v = 342167614.88931125 m / s > c, setting 1/gamma = 0\n",
      "v = 303402929.95576113 m / s > c, setting 1/gamma = 0\n",
      "v = 325034402.55713814 m / s > c, setting 1/gamma = 0\n",
      "v = 411399518.7335577 m / s > c, setting 1/gamma = 0\n",
      "v = 442032317.5398022 m / s > c, setting 1/gamma = 0\n",
      "v = 300358741.27631086 m / s > c, setting 1/gamma = 0\n",
      "v = 304152561.67562115 m / s > c, setting 1/gamma = 0\n",
      "v = 361204022.3839272 m / s > c, setting 1/gamma = 0\n",
      "v = 303372138.7515828 m / s > c, setting 1/gamma = 0\n",
      "v = 346982864.12686723 m / s > c, setting 1/gamma = 0\n",
      "v = 307728993.93233 m / s > c, setting 1/gamma = 0\n",
      "v = 357991375.342957 m / s > c, setting 1/gamma = 0\n",
      "v = 316123766.64635 m / s > c, setting 1/gamma = 0\n",
      "v = 364589644.3458918 m / s > c, setting 1/gamma = 0\n",
      "v = 355059382.2109945 m / s > c, setting 1/gamma = 0\n",
      "v = 404153505.1208322 m / s > c, setting 1/gamma = 0\n",
      "v = 340902040.86267096 m / s > c, setting 1/gamma = 0\n",
      "v = 325390239.6510184 m / s > c, setting 1/gamma = 0\n",
      "v = 376342486.8877462 m / s > c, setting 1/gamma = 0\n",
      "v = 457239891.2894802 m / s > c, setting 1/gamma = 0\n",
      "v = 512630712.94490373 m / s > c, setting 1/gamma = 0\n",
      "v = 527850638.37220985 m / s > c, setting 1/gamma = 0\n",
      "v = 533893656.2078419 m / s > c, setting 1/gamma = 0\n",
      "v = 316847694.99845296 m / s > c, setting 1/gamma = 0\n",
      "v = 328607617.8444226 m / s > c, setting 1/gamma = 0\n",
      "v = 712032222.2177389 m / s > c, setting 1/gamma = 0\n",
      "v = 589892903.4734586 m / s > c, setting 1/gamma = 0\n",
      "v = 306598645.4651593 m / s > c, setting 1/gamma = 0\n",
      "v = 320357408.24694204 m / s > c, setting 1/gamma = 0\n",
      "v = 447758908.8275883 m / s > c, setting 1/gamma = 0\n",
      "v = 467249950.4478956 m / s > c, setting 1/gamma = 0\n",
      "v = 316883884.2317708 m / s > c, setting 1/gamma = 0\n",
      "v = 335768948.182042 m / s > c, setting 1/gamma = 0\n",
      "v = 300831097.38024205 m / s > c, setting 1/gamma = 0\n",
      "v = 301740686.09848124 m / s > c, setting 1/gamma = 0\n",
      "v = 333844603.8540318 m / s > c, setting 1/gamma = 0\n",
      "v = 406559296.97217566 m / s > c, setting 1/gamma = 0\n",
      "v = 445770605.68827796 m / s > c, setting 1/gamma = 0\n",
      "v = 330747821.5914996 m / s > c, setting 1/gamma = 0\n",
      "v = 303890945.9179067 m / s > c, setting 1/gamma = 0\n",
      "v = 306645402.2001077 m / s > c, setting 1/gamma = 0\n",
      "v = 330074299.7627343 m / s > c, setting 1/gamma = 0\n",
      "v = 514314201.7116885 m / s > c, setting 1/gamma = 0\n",
      "v = 533249176.7620842 m / s > c, setting 1/gamma = 0\n",
      "v = 300650183.8519389 m / s > c, setting 1/gamma = 0\n",
      "v = 300770334.11313987 m / s > c, setting 1/gamma = 0\n",
      "v = 314090954.2962002 m / s > c, setting 1/gamma = 0\n",
      "v = 342019694.72322017 m / s > c, setting 1/gamma = 0\n",
      "v = 488549038.46728426 m / s > c, setting 1/gamma = 0\n",
      "v = 493256447.64796144 m / s > c, setting 1/gamma = 0\n",
      "v = 447608640.93167627 m / s > c, setting 1/gamma = 0\n",
      "v = 475869513.63490057 m / s > c, setting 1/gamma = 0\n",
      "v = 394797393.17820066 m / s > c, setting 1/gamma = 0\n",
      "v = 451970624.08543116 m / s > c, setting 1/gamma = 0\n",
      "v = 317142524.65206337 m / s > c, setting 1/gamma = 0\n",
      "v = 412914282.7675088 m / s > c, setting 1/gamma = 0\n",
      "v = 433630997.64786106 m / s > c, setting 1/gamma = 0\n",
      "v = 356785752.93055785 m / s > c, setting 1/gamma = 0\n",
      "v = 418843905.854801 m / s > c, setting 1/gamma = 0\n",
      "v = 311826886.2286975 m / s > c, setting 1/gamma = 0\n",
      "v = 338689826.1999316 m / s > c, setting 1/gamma = 0\n",
      "v = 384016947.93630785 m / s > c, setting 1/gamma = 0\n",
      "v = 403964876.97368896 m / s > c, setting 1/gamma = 0\n",
      "v = 468492824.5306608 m / s > c, setting 1/gamma = 0\n",
      "v = 334217707.75017697 m / s > c, setting 1/gamma = 0\n",
      "v = 747913391.5756097 m / s > c, setting 1/gamma = 0\n",
      "v = 619539684.281926 m / s > c, setting 1/gamma = 0\n",
      "v = 307406270.11975056 m / s > c, setting 1/gamma = 0\n",
      "v = 345480729.84932965 m / s > c, setting 1/gamma = 0\n",
      "v = 402454276.11973196 m / s > c, setting 1/gamma = 0\n",
      "v = 452410874.97293556 m / s > c, setting 1/gamma = 0\n",
      "v = 504762006.6660275 m / s > c, setting 1/gamma = 0\n",
      "v = 501848693.3664164 m / s > c, setting 1/gamma = 0\n",
      "v = 307777250.5400708 m / s > c, setting 1/gamma = 0\n",
      "v = 458666141.54503596 m / s > c, setting 1/gamma = 0\n",
      "v = 502672754.391918 m / s > c, setting 1/gamma = 0\n",
      "v = 317665629.8145437 m / s > c, setting 1/gamma = 0\n",
      "v = 313632126.42984664 m / s > c, setting 1/gamma = 0\n",
      "v = 370145020.01983106 m / s > c, setting 1/gamma = 0\n",
      "v = 399044397.92505306 m / s > c, setting 1/gamma = 0\n",
      "v = 303657081.13958293 m / s > c, setting 1/gamma = 0\n",
      "v = 366843103.10318524 m / s > c, setting 1/gamma = 0\n",
      "v = 406809797.80392474 m / s > c, setting 1/gamma = 0\n",
      "v = 450936157.36297816 m / s > c, setting 1/gamma = 0\n",
      "v = 412932771.6305662 m / s > c, setting 1/gamma = 0\n",
      "v = 478633260.9687947 m / s > c, setting 1/gamma = 0\n",
      "v = 300300656.50656825 m / s > c, setting 1/gamma = 0\n",
      "v = 349292898.91811234 m / s > c, setting 1/gamma = 0\n",
      "v = 305597347.31874055 m / s > c, setting 1/gamma = 0\n",
      "v = 570836452.2047138 m / s > c, setting 1/gamma = 0\n",
      "v = 596755851.9046087 m / s > c, setting 1/gamma = 0\n",
      "v = 348821224.3985443 m / s > c, setting 1/gamma = 0\n",
      "v = 548961255.8183609 m / s > c, setting 1/gamma = 0\n",
      "v = 551726381.1685054 m / s > c, setting 1/gamma = 0\n",
      "v = 365089703.63457304 m / s > c, setting 1/gamma = 0\n",
      "v = 432429050.4638873 m / s > c, setting 1/gamma = 0\n",
      "v = 353343447.09915817 m / s > c, setting 1/gamma = 0\n",
      "v = 398520287.5103894 m / s > c, setting 1/gamma = 0\n",
      "v = 418951529.50701064 m / s > c, setting 1/gamma = 0\n",
      "v = 456608257.3987214 m / s > c, setting 1/gamma = 0\n",
      "v = 356925880.85598016 m / s > c, setting 1/gamma = 0\n",
      "v = 382865812.22142833 m / s > c, setting 1/gamma = 0\n",
      "v = 422612894.20264816 m / s > c, setting 1/gamma = 0\n",
      "v = 597353357.6148044 m / s > c, setting 1/gamma = 0\n",
      "v = 579119214.1779877 m / s > c, setting 1/gamma = 0\n",
      "v = 424432043.3110677 m / s > c, setting 1/gamma = 0\n",
      "v = 479765124.128571 m / s > c, setting 1/gamma = 0\n",
      "v = 327622967.1703194 m / s > c, setting 1/gamma = 0\n",
      "v = 301622385.06672114 m / s > c, setting 1/gamma = 0\n",
      "v = 331918250.70984334 m / s > c, setting 1/gamma = 0\n",
      "v = 305650198.4920278 m / s > c, setting 1/gamma = 0\n",
      "v = 334306343.69562787 m / s > c, setting 1/gamma = 0\n",
      "v = 303257918.19401383 m / s > c, setting 1/gamma = 0\n",
      "v = 412189749.8190795 m / s > c, setting 1/gamma = 0\n",
      "v = 444912902.6384169 m / s > c, setting 1/gamma = 0\n",
      "v = 418402863.0594093 m / s > c, setting 1/gamma = 0\n",
      "v = 427825793.1722668 m / s > c, setting 1/gamma = 0\n",
      "v = 504807925.584175 m / s > c, setting 1/gamma = 0\n",
      "v = 472097802.7003617 m / s > c, setting 1/gamma = 0\n",
      "v = 443946488.6102232 m / s > c, setting 1/gamma = 0\n",
      "v = 480324820.08787227 m / s > c, setting 1/gamma = 0\n",
      "v = 428261385.5690346 m / s > c, setting 1/gamma = 0\n",
      "v = 470664307.62168527 m / s > c, setting 1/gamma = 0\n",
      "v = 312846905.645107 m / s > c, setting 1/gamma = 0\n",
      "v = 456259968.1821868 m / s > c, setting 1/gamma = 0\n",
      "v = 463368067.4271652 m / s > c, setting 1/gamma = 0\n",
      "v = 331262735.6117186 m / s > c, setting 1/gamma = 0\n",
      "v = 344796469.9973453 m / s > c, setting 1/gamma = 0\n",
      "v = 307278762.5572436 m / s > c, setting 1/gamma = 0\n",
      "v = 349048473.9183231 m / s > c, setting 1/gamma = 0\n",
      "v = 331556888.089295 m / s > c, setting 1/gamma = 0\n",
      "v = 344870854.1783776 m / s > c, setting 1/gamma = 0\n",
      "v = 304710643.10966665 m / s > c, setting 1/gamma = 0\n",
      "v = 305143990.1036722 m / s > c, setting 1/gamma = 0\n",
      "v = 620237114.478474 m / s > c, setting 1/gamma = 0\n",
      "v = 508323905.87922716 m / s > c, setting 1/gamma = 0\n",
      "v = 480535213.9748432 m / s > c, setting 1/gamma = 0\n",
      "v = 496699092.16052014 m / s > c, setting 1/gamma = 0\n",
      "v = 311367643.341584 m / s > c, setting 1/gamma = 0\n",
      "v = 349990854.369198 m / s > c, setting 1/gamma = 0\n",
      "v = 300213996.4714127 m / s > c, setting 1/gamma = 0\n",
      "v = 303936928.562908 m / s > c, setting 1/gamma = 0\n",
      "v = 309978357.06401604 m / s > c, setting 1/gamma = 0\n",
      "v = 353631290.86989385 m / s > c, setting 1/gamma = 0\n",
      "v = 343002019.02090263 m / s > c, setting 1/gamma = 0\n",
      "v = 399769456.66650033 m / s > c, setting 1/gamma = 0\n",
      "v = 579460913.3468534 m / s > c, setting 1/gamma = 0\n",
      "v = 576816828.77135 m / s > c, setting 1/gamma = 0\n",
      "v = 338467366.74638695 m / s > c, setting 1/gamma = 0\n",
      "v = 785206009.8923718 m / s > c, setting 1/gamma = 0\n",
      "v = 657350972.2337432 m / s > c, setting 1/gamma = 0\n",
      "v = 307251748.6841718 m / s > c, setting 1/gamma = 0\n",
      "v = 349823893.1573814 m / s > c, setting 1/gamma = 0\n",
      "v = 313817789.8214718 m / s > c, setting 1/gamma = 0\n",
      "v = 339491259.33097225 m / s > c, setting 1/gamma = 0\n",
      "v = 472173764.3820207 m / s > c, setting 1/gamma = 0\n",
      "v = 537382234.2638429 m / s > c, setting 1/gamma = 0\n",
      "v = 305276708.99129224 m / s > c, setting 1/gamma = 0\n",
      "v = 354857427.9661643 m / s > c, setting 1/gamma = 0\n",
      "v = 359908813.9979688 m / s > c, setting 1/gamma = 0\n",
      "v = 400888610.15820307 m / s > c, setting 1/gamma = 0\n",
      "v = 344955473.3750986 m / s > c, setting 1/gamma = 0\n",
      "v = 380245552.57926136 m / s > c, setting 1/gamma = 0\n",
      "v = 409663009.1583798 m / s > c, setting 1/gamma = 0\n",
      "v = 352690812.96652865 m / s > c, setting 1/gamma = 0\n",
      "v = 809489115.5749196 m / s > c, setting 1/gamma = 0\n",
      "v = 686341232.6096568 m / s > c, setting 1/gamma = 0\n",
      "v = 327344168.6724383 m / s > c, setting 1/gamma = 0\n",
      "v = 731711120.5154946 m / s > c, setting 1/gamma = 0\n",
      "v = 602794095.6211435 m / s > c, setting 1/gamma = 0\n",
      "v = 458365378.0198106 m / s > c, setting 1/gamma = 0\n",
      "v = 511337051.8313095 m / s > c, setting 1/gamma = 0\n",
      "v = 349579570.30494714 m / s > c, setting 1/gamma = 0\n",
      "v = 316394632.7426548 m / s > c, setting 1/gamma = 0\n",
      "v = 367315679.42167145 m / s > c, setting 1/gamma = 0\n",
      "v = 305979961.9159889 m / s > c, setting 1/gamma = 0\n",
      "v = 350559408.3540662 m / s > c, setting 1/gamma = 0\n",
      "v = 301208083.5818216 m / s > c, setting 1/gamma = 0\n",
      "v = 763789337.2583379 m / s > c, setting 1/gamma = 0\n",
      "v = 673027444.3605527 m / s > c, setting 1/gamma = 0\n",
      "v = 315968300.60526615 m / s > c, setting 1/gamma = 0\n",
      "v = 367940827.2028858 m / s > c, setting 1/gamma = 0\n",
      "v = 303871040.55439204 m / s > c, setting 1/gamma = 0\n",
      "v = 327623937.69920063 m / s > c, setting 1/gamma = 0\n",
      "v = 442163880.91872084 m / s > c, setting 1/gamma = 0\n",
      "v = 487362014.72881615 m / s > c, setting 1/gamma = 0\n",
      "v = 345908787.54930574 m / s > c, setting 1/gamma = 0\n",
      "v = 405099517.4697258 m / s > c, setting 1/gamma = 0\n",
      "v = 301103334.9620357 m / s > c, setting 1/gamma = 0\n",
      "v = 473002404.0117544 m / s > c, setting 1/gamma = 0\n",
      "v = 518491723.14553803 m / s > c, setting 1/gamma = 0\n",
      "v = 307483042.53884643 m / s > c, setting 1/gamma = 0\n",
      "v = 377903338.27798355 m / s > c, setting 1/gamma = 0\n",
      "v = 476783690.1866522 m / s > c, setting 1/gamma = 0\n",
      "v = 519156031.9659578 m / s > c, setting 1/gamma = 0\n",
      "v = 318019122.61825067 m / s > c, setting 1/gamma = 0\n",
      "v = 311535598.06600434 m / s > c, setting 1/gamma = 0\n",
      "v = 656651290.5923816 m / s > c, setting 1/gamma = 0\n",
      "v = 540890587.2387412 m / s > c, setting 1/gamma = 0\n",
      "v = 329084471.0494394 m / s > c, setting 1/gamma = 0\n",
      "v = 365817622.9948178 m / s > c, setting 1/gamma = 0\n",
      "v = 306616075.3390992 m / s > c, setting 1/gamma = 0\n",
      "v = 390711543.51004976 m / s > c, setting 1/gamma = 0\n",
      "v = 416204929.0737459 m / s > c, setting 1/gamma = 0\n",
      "v = 596903583.9760717 m / s > c, setting 1/gamma = 0\n",
      "v = 533924682.98598117 m / s > c, setting 1/gamma = 0\n",
      "v = 342162865.6321015 m / s > c, setting 1/gamma = 0\n",
      "v = 383480523.6317517 m / s > c, setting 1/gamma = 0\n",
      "v = 318917460.90980136 m / s > c, setting 1/gamma = 0\n",
      "v = 301815018.29422367 m / s > c, setting 1/gamma = 0\n",
      "v = 613530259.4172611 m / s > c, setting 1/gamma = 0\n",
      "v = 502601320.9680448 m / s > c, setting 1/gamma = 0\n",
      "v = 309591953.9120214 m / s > c, setting 1/gamma = 0\n",
      "v = 340181735.0167138 m / s > c, setting 1/gamma = 0\n",
      "v = 363579090.0865052 m / s > c, setting 1/gamma = 0\n",
      "v = 415032537.7723072 m / s > c, setting 1/gamma = 0\n",
      "v = 302311381.7292136 m / s > c, setting 1/gamma = 0\n",
      "v = 482723023.27469003 m / s > c, setting 1/gamma = 0\n",
      "v = 513380250.24742687 m / s > c, setting 1/gamma = 0\n",
      "v = 302497667.89012086 m / s > c, setting 1/gamma = 0\n",
      "v = 575531255.3637562 m / s > c, setting 1/gamma = 0\n",
      "v = 601127888.0592299 m / s > c, setting 1/gamma = 0\n",
      "v = 384760673.24981695 m / s > c, setting 1/gamma = 0\n",
      "v = 437027282.59515214 m / s > c, setting 1/gamma = 0\n",
      "v = 388573576.9870047 m / s > c, setting 1/gamma = 0\n",
      "v = 403078023.1156983 m / s > c, setting 1/gamma = 0\n",
      "v = 310989854.7109932 m / s > c, setting 1/gamma = 0\n",
      "v = 347230209.0516356 m / s > c, setting 1/gamma = 0\n",
      "v = 354129041.81473255 m / s > c, setting 1/gamma = 0\n",
      "v = 350066236.3194491 m / s > c, setting 1/gamma = 0\n",
      "v = 374699130.9173891 m / s > c, setting 1/gamma = 0\n",
      "v = 307431495.55480397 m / s > c, setting 1/gamma = 0\n",
      "v = 456186268.1273568 m / s > c, setting 1/gamma = 0\n",
      "v = 464411711.8369332 m / s > c, setting 1/gamma = 0\n",
      "v = 301504381.8697085 m / s > c, setting 1/gamma = 0\n",
      "v = 320320553.53966063 m / s > c, setting 1/gamma = 0\n",
      "v = 319912587.4690205 m / s > c, setting 1/gamma = 0\n",
      "v = 368832735.0785405 m / s > c, setting 1/gamma = 0\n",
      "v = 313071275.5475157 m / s > c, setting 1/gamma = 0\n",
      "v = 363803177.6691114 m / s > c, setting 1/gamma = 0\n",
      "v = 304624867.09583074 m / s > c, setting 1/gamma = 0\n",
      "v = 326373211.48546714 m / s > c, setting 1/gamma = 0\n",
      "v = 333322834.2285541 m / s > c, setting 1/gamma = 0\n",
      "v = 317258182.0263539 m / s > c, setting 1/gamma = 0\n",
      "v = 368077294.99482244 m / s > c, setting 1/gamma = 0\n",
      "v = 313024332.3586835 m / s > c, setting 1/gamma = 0\n",
      "v = 385216131.5817585 m / s > c, setting 1/gamma = 0\n",
      "v = 420485221.0749988 m / s > c, setting 1/gamma = 0\n",
      "v = 306713704.36071396 m / s > c, setting 1/gamma = 0\n",
      "v = 336323613.9296081 m / s > c, setting 1/gamma = 0\n",
      "v = 301821196.5297016 m / s > c, setting 1/gamma = 0\n",
      "v = 341506333.2663308 m / s > c, setting 1/gamma = 0\n",
      "v = 373404849.02498347 m / s > c, setting 1/gamma = 0\n",
      "v = 320951018.48137873 m / s > c, setting 1/gamma = 0\n",
      "v = 343780913.8852971 m / s > c, setting 1/gamma = 0\n",
      "v = 329897848.4851996 m / s > c, setting 1/gamma = 0\n",
      "v = 368359412.52799606 m / s > c, setting 1/gamma = 0\n",
      "v = 394888973.44212586 m / s > c, setting 1/gamma = 0\n",
      "v = 430603616.2525162 m / s > c, setting 1/gamma = 0\n",
      "v = 503342914.12039304 m / s > c, setting 1/gamma = 0\n",
      "v = 541645420.2881886 m / s > c, setting 1/gamma = 0\n",
      "v = 309292677.76747656 m / s > c, setting 1/gamma = 0\n",
      "v = 363785863.714914 m / s > c, setting 1/gamma = 0\n",
      "v = 305541646.6779414 m / s > c, setting 1/gamma = 0\n",
      "v = 331958870.2935143 m / s > c, setting 1/gamma = 0\n",
      "v = 309105065.3841767 m / s > c, setting 1/gamma = 0\n",
      "v = 336071572.05168146 m / s > c, setting 1/gamma = 0\n",
      "v = 335745484.8489191 m / s > c, setting 1/gamma = 0\n",
      "v = 389381547.62785846 m / s > c, setting 1/gamma = 0\n",
      "v = 331244454.39373 m / s > c, setting 1/gamma = 0\n",
      "v = 354373945.51800406 m / s > c, setting 1/gamma = 0\n",
      "v = 305939223.4089168 m / s > c, setting 1/gamma = 0\n",
      "v = 519196456.1420239 m / s > c, setting 1/gamma = 0\n",
      "v = 480696689.6943997 m / s > c, setting 1/gamma = 0\n",
      "v = 326159134.19428986 m / s > c, setting 1/gamma = 0\n",
      "v = 303529252.57266885 m / s > c, setting 1/gamma = 0\n",
      "v = 332353937.7076414 m / s > c, setting 1/gamma = 0\n",
      "v = 338597910.7071915 m / s > c, setting 1/gamma = 0\n",
      "v = 393371106.9692276 m / s > c, setting 1/gamma = 0\n",
      "v = 402562917.06045175 m / s > c, setting 1/gamma = 0\n",
      "v = 437230188.6340118 m / s > c, setting 1/gamma = 0\n",
      "v = 314176967.4284297 m / s > c, setting 1/gamma = 0\n",
      "v = 651745138.7266855 m / s > c, setting 1/gamma = 0\n",
      "v = 534806965.8296591 m / s > c, setting 1/gamma = 0\n",
      "v = 312113294.9003489 m / s > c, setting 1/gamma = 0\n",
      "v = 497857297.77956545 m / s > c, setting 1/gamma = 0\n",
      "v = 497271750.0027842 m / s > c, setting 1/gamma = 0\n",
      "v = 309696019.3391821 m / s > c, setting 1/gamma = 0\n",
      "v = 320477629.8663966 m / s > c, setting 1/gamma = 0\n",
      "v = 345143138.5847791 m / s > c, setting 1/gamma = 0\n",
      "v = 302932458.165595 m / s > c, setting 1/gamma = 0\n",
      "v = 579818598.6779171 m / s > c, setting 1/gamma = 0\n",
      "v = 475945322.34290767 m / s > c, setting 1/gamma = 0\n",
      "v = 304425721.4158461 m / s > c, setting 1/gamma = 0\n",
      "v = 303540980.48894215 m / s > c, setting 1/gamma = 0\n",
      "v = 340477342.8274648 m / s > c, setting 1/gamma = 0\n",
      "v = 383572623.4607022 m / s > c, setting 1/gamma = 0\n",
      "v = 307601618.8856154 m / s > c, setting 1/gamma = 0\n",
      "v = 363185910.75013095 m / s > c, setting 1/gamma = 0\n",
      "v = 382374690.3046774 m / s > c, setting 1/gamma = 0\n",
      "v = 324192249.0284621 m / s > c, setting 1/gamma = 0\n",
      "v = 333534580.2125877 m / s > c, setting 1/gamma = 0\n",
      "v = 386826260.8197887 m / s > c, setting 1/gamma = 0\n",
      "v = 308633478.20019317 m / s > c, setting 1/gamma = 0\n",
      "v = 332267402.33999175 m / s > c, setting 1/gamma = 0\n",
      "v = 429849227.24890524 m / s > c, setting 1/gamma = 0\n",
      "v = 454902604.72588056 m / s > c, setting 1/gamma = 0\n",
      "v = 321847303.10963655 m / s > c, setting 1/gamma = 0\n",
      "v = 299966766.0447323 m / s > c, setting 1/gamma = 0\n",
      "v = 353559086.2186087 m / s > c, setting 1/gamma = 0\n",
      "v = 306920856.2015111 m / s > c, setting 1/gamma = 0\n",
      "v = 608361228.1995562 m / s > c, setting 1/gamma = 0\n",
      "v = 497549005.36436665 m / s > c, setting 1/gamma = 0\n",
      "v = 347745134.8141901 m / s > c, setting 1/gamma = 0\n",
      "v = 393893430.2778853 m / s > c, setting 1/gamma = 0\n",
      "v = 316399725.86204636 m / s > c, setting 1/gamma = 0\n",
      "v = 342509361.31412214 m / s > c, setting 1/gamma = 0\n",
      "v = 402722264.6919166 m / s > c, setting 1/gamma = 0\n",
      "v = 442343455.06438506 m / s > c, setting 1/gamma = 0\n",
      "v = 311400675.72287184 m / s > c, setting 1/gamma = 0\n",
      "v = 332435253.05572814 m / s > c, setting 1/gamma = 0\n",
      "v = 360558765.2764806 m / s > c, setting 1/gamma = 0\n",
      "v = 399144474.97624433 m / s > c, setting 1/gamma = 0\n",
      "v = 313180284.5610007 m / s > c, setting 1/gamma = 0\n",
      "v = 331230906.8665382 m / s > c, setting 1/gamma = 0\n",
      "v = 331089992.73528147 m / s > c, setting 1/gamma = 0\n",
      "v = 385382600.6022627 m / s > c, setting 1/gamma = 0\n",
      "v = 410363017.1939864 m / s > c, setting 1/gamma = 0\n",
      "v = 442466576.1095515 m / s > c, setting 1/gamma = 0\n",
      "v = 304780168.1275219 m / s > c, setting 1/gamma = 0\n",
      "v = 354402555.11327446 m / s > c, setting 1/gamma = 0\n",
      "v = 378968131.41471946 m / s > c, setting 1/gamma = 0\n",
      "v = 347539982.6216999 m / s > c, setting 1/gamma = 0\n",
      "v = 396782311.38170004 m / s > c, setting 1/gamma = 0\n",
      "v = 319853782.5040085 m / s > c, setting 1/gamma = 0\n",
      "v = 341197003.41298866 m / s > c, setting 1/gamma = 0\n",
      "v = 319697602.74399406 m / s > c, setting 1/gamma = 0\n",
      "v = 416409020.43570256 m / s > c, setting 1/gamma = 0\n",
      "v = 441181394.85406476 m / s > c, setting 1/gamma = 0\n",
      "v = 346077311.8493799 m / s > c, setting 1/gamma = 0\n",
      "v = 359394243.4005894 m / s > c, setting 1/gamma = 0\n",
      "v = 300155289.8674217 m / s > c, setting 1/gamma = 0\n",
      "v = 327376984.9817837 m / s > c, setting 1/gamma = 0\n",
      "v = 314583898.50712126 m / s > c, setting 1/gamma = 0\n",
      "v = 335076749.05500716 m / s > c, setting 1/gamma = 0\n",
      "v = 312767974.4411808 m / s > c, setting 1/gamma = 0\n",
      "v = 339142088.7193443 m / s > c, setting 1/gamma = 0\n",
      "v = 307588696.5153488 m / s > c, setting 1/gamma = 0\n",
      "v = 350136986.6785703 m / s > c, setting 1/gamma = 0\n",
      "v = 305201483.7176198 m / s > c, setting 1/gamma = 0\n",
      "v = 359718652.6010291 m / s > c, setting 1/gamma = 0\n",
      "v = 304742362.2552985 m / s > c, setting 1/gamma = 0\n",
      "v = 352162680.4243996 m / s > c, setting 1/gamma = 0\n",
      "v = 372949034.3217763 m / s > c, setting 1/gamma = 0\n",
      "v = 471659960.74113363 m / s > c, setting 1/gamma = 0\n",
      "v = 463414819.094067 m / s > c, setting 1/gamma = 0\n",
      "v = 304905325.96316594 m / s > c, setting 1/gamma = 0\n",
      "v = 352561570.9115698 m / s > c, setting 1/gamma = 0\n",
      "v = 317959897.91130567 m / s > c, setting 1/gamma = 0\n",
      "v = 335373796.1515493 m / s > c, setting 1/gamma = 0\n",
      "v = 337636620.99618083 m / s > c, setting 1/gamma = 0\n",
      "v = 317013796.3720851 m / s > c, setting 1/gamma = 0\n",
      "v = 357658919.8515586 m / s > c, setting 1/gamma = 0\n",
      "v = 329895492.0065681 m / s > c, setting 1/gamma = 0\n",
      "v = 345899142.8915546 m / s > c, setting 1/gamma = 0\n",
      "v = 381640475.7686865 m / s > c, setting 1/gamma = 0\n",
      "v = 422938868.7216185 m / s > c, setting 1/gamma = 0\n",
      "v = 300720182.6832704 m / s > c, setting 1/gamma = 0\n",
      "v = 411353210.7458963 m / s > c, setting 1/gamma = 0\n",
      "v = 436284851.1036965 m / s > c, setting 1/gamma = 0\n",
      "v = 338915341.8524107 m / s > c, setting 1/gamma = 0\n",
      "v = 359872760.2312823 m / s > c, setting 1/gamma = 0\n",
      "v = 314022153.3195948 m / s > c, setting 1/gamma = 0\n",
      "v = 614182591.0301744 m / s > c, setting 1/gamma = 0\n",
      "v = 504101718.8549721 m / s > c, setting 1/gamma = 0\n",
      "v = 306369554.03133386 m / s > c, setting 1/gamma = 0\n",
      "v = 313994171.4531087 m / s > c, setting 1/gamma = 0\n",
      "v = 331609791.7018746 m / s > c, setting 1/gamma = 0\n",
      "v = 302389531.485124 m / s > c, setting 1/gamma = 0\n",
      "v = 384147254.5339583 m / s > c, setting 1/gamma = 0\n",
      "v = 436044985.7733409 m / s > c, setting 1/gamma = 0\n",
      "v = 341700298.38857543 m / s > c, setting 1/gamma = 0\n",
      "v = 389556284.79482996 m / s > c, setting 1/gamma = 0\n",
      "v = 317001301.2199696 m / s > c, setting 1/gamma = 0\n",
      "v = 345392384.74875987 m / s > c, setting 1/gamma = 0\n",
      "v = 304259193.6130281 m / s > c, setting 1/gamma = 0\n",
      "v = 338611188.26029384 m / s > c, setting 1/gamma = 0\n",
      "v = 355524257.18240976 m / s > c, setting 1/gamma = 0\n",
      "v = 408251634.1446001 m / s > c, setting 1/gamma = 0\n",
      "v = 308023860.8505198 m / s > c, setting 1/gamma = 0\n",
      "v = 332292772.8840751 m / s > c, setting 1/gamma = 0\n",
      "v = 457776848.6780758 m / s > c, setting 1/gamma = 0\n",
      "v = 469347409.5500816 m / s > c, setting 1/gamma = 0\n",
      "v = 382280522.875052 m / s > c, setting 1/gamma = 0\n",
      "v = 391146213.62282354 m / s > c, setting 1/gamma = 0\n",
      "v = 300206852.7622809 m / s > c, setting 1/gamma = 0\n",
      "v = 353110181.9134316 m / s > c, setting 1/gamma = 0\n",
      "v = 315577360.4319386 m / s > c, setting 1/gamma = 0\n",
      "v = 631936467.7791659 m / s > c, setting 1/gamma = 0\n",
      "v = 517994595.31339854 m / s > c, setting 1/gamma = 0\n",
      "v = 366330875.28436244 m / s > c, setting 1/gamma = 0\n",
      "v = 396097118.4582724 m / s > c, setting 1/gamma = 0\n",
      "v = 301180969.18356586 m / s > c, setting 1/gamma = 0\n",
      "v = 347825983.3064568 m / s > c, setting 1/gamma = 0\n",
      "v = 300682368.4500133 m / s > c, setting 1/gamma = 0\n",
      "v = 357211428.84034574 m / s > c, setting 1/gamma = 0\n",
      "v = 316437439.8863072 m / s > c, setting 1/gamma = 0\n",
      "v = 339931647.32619816 m / s > c, setting 1/gamma = 0\n",
      "v = 374215548.6887553 m / s > c, setting 1/gamma = 0\n",
      "v = 419960566.726184 m / s > c, setting 1/gamma = 0\n",
      "v = 355853195.4387217 m / s > c, setting 1/gamma = 0\n",
      "v = 368671849.439401 m / s > c, setting 1/gamma = 0\n",
      "v = 432952690.15416163 m / s > c, setting 1/gamma = 0\n",
      "v = 454889651.5779882 m / s > c, setting 1/gamma = 0\n",
      "v = 345772125.96177655 m / s > c, setting 1/gamma = 0\n",
      "v = 362430862.4873854 m / s > c, setting 1/gamma = 0\n",
      "v = 372514841.2346086 m / s > c, setting 1/gamma = 0\n",
      "v = 406188038.8251968 m / s > c, setting 1/gamma = 0\n",
      "v = 481736004.60701907 m / s > c, setting 1/gamma = 0\n",
      "v = 489616276.7773008 m / s > c, setting 1/gamma = 0\n",
      "v = 300093764.00017637 m / s > c, setting 1/gamma = 0\n",
      "v = 424332255.2884818 m / s > c, setting 1/gamma = 0\n",
      "v = 459014788.5553292 m / s > c, setting 1/gamma = 0\n",
      "v = 300164077.7280581 m / s > c, setting 1/gamma = 0\n",
      "v = 323018055.03187156 m / s > c, setting 1/gamma = 0\n",
      "v = 316206246.2778807 m / s > c, setting 1/gamma = 0\n",
      "v = 328303916.3893792 m / s > c, setting 1/gamma = 0\n",
      "v = 662296949.8583156 m / s > c, setting 1/gamma = 0\n",
      "v = 545750263.6971202 m / s > c, setting 1/gamma = 0\n",
      "v = 304815623.69734526 m / s > c, setting 1/gamma = 0\n",
      "v = 322384101.14763623 m / s > c, setting 1/gamma = 0\n",
      "v = 310074845.90895337 m / s > c, setting 1/gamma = 0\n",
      "v = 358652682.4198774 m / s > c, setting 1/gamma = 0\n",
      "v = 411482825.6704708 m / s > c, setting 1/gamma = 0\n",
      "v = 356767691.4116548 m / s > c, setting 1/gamma = 0\n",
      "v = 374311559.9172991 m / s > c, setting 1/gamma = 0\n",
      "v = 301896248.14619267 m / s > c, setting 1/gamma = 0\n",
      "v = 489346734.19178414 m / s > c, setting 1/gamma = 0\n",
      "v = 479326395.06657743 m / s > c, setting 1/gamma = 0\n",
      "v = 305155746.65234715 m / s > c, setting 1/gamma = 0\n",
      "v = 356320533.03071064 m / s > c, setting 1/gamma = 0\n",
      "v = 419378313.66667587 m / s > c, setting 1/gamma = 0\n",
      "v = 470122800.0859949 m / s > c, setting 1/gamma = 0\n",
      "v = 437296101.7510711 m / s > c, setting 1/gamma = 0\n",
      "v = 466270708.7093511 m / s > c, setting 1/gamma = 0\n",
      "v = 360787063.5852572 m / s > c, setting 1/gamma = 0\n",
      "v = 391858986.26668257 m / s > c, setting 1/gamma = 0\n",
      "v = 313850667.40782756 m / s > c, setting 1/gamma = 0\n",
      "v = 368668466.8033959 m / s > c, setting 1/gamma = 0\n",
      "v = 312805027.5021519 m / s > c, setting 1/gamma = 0\n",
      "v = 337687551.7946899 m / s > c, setting 1/gamma = 0\n",
      "v = 315940550.26501167 m / s > c, setting 1/gamma = 0\n",
      "v = 300477130.3628111 m / s > c, setting 1/gamma = 0\n",
      "v = 352442141.06692344 m / s > c, setting 1/gamma = 0\n",
      "v = 316774442.1711965 m / s > c, setting 1/gamma = 0\n",
      "v = 343780684.43026805 m / s > c, setting 1/gamma = 0\n",
      "v = 310814336.6592139 m / s > c, setting 1/gamma = 0\n",
      "v = 334334999.8197299 m / s > c, setting 1/gamma = 0\n",
      "v = 374456570.1473265 m / s > c, setting 1/gamma = 0\n",
      "v = 326450359.45594406 m / s > c, setting 1/gamma = 0\n",
      "v = 359882773.28155816 m / s > c, setting 1/gamma = 0\n",
      "v = 396679960.3130426 m / s > c, setting 1/gamma = 0\n",
      "v = 309238679.54290336 m / s > c, setting 1/gamma = 0\n",
      "v = 332918237.148151 m / s > c, setting 1/gamma = 0\n",
      "v = 407956746.72945863 m / s > c, setting 1/gamma = 0\n",
      "v = 446204753.7468187 m / s > c, setting 1/gamma = 0\n",
      "v = 339263333.26435363 m / s > c, setting 1/gamma = 0\n",
      "v = 356103672.6045258 m / s > c, setting 1/gamma = 0\n",
      "v = 312005419.7757504 m / s > c, setting 1/gamma = 0\n",
      "v = 516016345.31566435 m / s > c, setting 1/gamma = 0\n",
      "v = 489751067.0178623 m / s > c, setting 1/gamma = 0\n",
      "v = 318083335.31950873 m / s > c, setting 1/gamma = 0\n",
      "v = 320148227.84235203 m / s > c, setting 1/gamma = 0\n",
      "v = 337292173.36767143 m / s > c, setting 1/gamma = 0\n",
      "v = 308040546.6342651 m / s > c, setting 1/gamma = 0\n",
      "v = 348584803.8597649 m / s > c, setting 1/gamma = 0\n",
      "v = 366694158.642902 m / s > c, setting 1/gamma = 0\n",
      "v = 360010218.5581464 m / s > c, setting 1/gamma = 0\n",
      "v = 406592123.40374273 m / s > c, setting 1/gamma = 0\n",
      "v = 301353026.3729753 m / s > c, setting 1/gamma = 0\n",
      "v = 324127966.15190154 m / s > c, setting 1/gamma = 0\n",
      "v = 306626465.2337034 m / s > c, setting 1/gamma = 0\n",
      "v = 350361276.9940295 m / s > c, setting 1/gamma = 0\n",
      "v = 308068557.8329459 m / s > c, setting 1/gamma = 0\n",
      "v = 303366573.66208375 m / s > c, setting 1/gamma = 0\n",
      "v = 303432665.7159107 m / s > c, setting 1/gamma = 0\n",
      "v = 353090614.04902667 m / s > c, setting 1/gamma = 0\n",
      "v = 327655502.2501497 m / s > c, setting 1/gamma = 0\n",
      "v = 348085850.4930349 m / s > c, setting 1/gamma = 0\n",
      "v = 428873312.9478697 m / s > c, setting 1/gamma = 0\n",
      "v = 445312653.31800056 m / s > c, setting 1/gamma = 0\n",
      "v = 500436442.51514167 m / s > c, setting 1/gamma = 0\n",
      "v = 476315613.1536282 m / s > c, setting 1/gamma = 0\n",
      "v = 309072174.5017898 m / s > c, setting 1/gamma = 0\n",
      "v = 358492058.8395434 m / s > c, setting 1/gamma = 0\n",
      "v = 304675860.6768893 m / s > c, setting 1/gamma = 0\n",
      "v = 325166926.0168224 m / s > c, setting 1/gamma = 0\n",
      "v = 356232868.5348052 m / s > c, setting 1/gamma = 0\n",
      "v = 384721064.91514045 m / s > c, setting 1/gamma = 0\n",
      "v = 439112689.5664726 m / s > c, setting 1/gamma = 0\n",
      "v = 465343792.0209036 m / s > c, setting 1/gamma = 0\n",
      "v = 326094944.1090597 m / s > c, setting 1/gamma = 0\n",
      "v = 397495554.18864834 m / s > c, setting 1/gamma = 0\n",
      "v = 438844157.12821555 m / s > c, setting 1/gamma = 0\n",
      "v = 345991287.03049785 m / s > c, setting 1/gamma = 0\n",
      "v = 361508969.13614964 m / s > c, setting 1/gamma = 0\n",
      "v = 341872394.5740521 m / s > c, setting 1/gamma = 0\n",
      "v = 385578841.4164962 m / s > c, setting 1/gamma = 0\n",
      "v = 336923469.2548146 m / s > c, setting 1/gamma = 0\n",
      "v = 355660276.90828604 m / s > c, setting 1/gamma = 0\n",
      "v = 381444356.71119887 m / s > c, setting 1/gamma = 0\n",
      "v = 414167214.5968981 m / s > c, setting 1/gamma = 0\n",
      "v = 486722111.0429193 m / s > c, setting 1/gamma = 0\n",
      "v = 491814648.9030144 m / s > c, setting 1/gamma = 0\n",
      "v = 305841672.4444369 m / s > c, setting 1/gamma = 0\n",
      "v = 312613773.92880845 m / s > c, setting 1/gamma = 0\n",
      "v = 454255992.28033626 m / s > c, setting 1/gamma = 0\n",
      "v = 467461768.09817547 m / s > c, setting 1/gamma = 0\n",
      "v = 324452723.1125066 m / s > c, setting 1/gamma = 0\n",
      "v = 346608889.6422322 m / s > c, setting 1/gamma = 0\n",
      "v = 304714719.1844876 m / s > c, setting 1/gamma = 0\n",
      "v = 316788542.9950717 m / s > c, setting 1/gamma = 0\n",
      "v = 309007730.4567428 m / s > c, setting 1/gamma = 0\n",
      "v = 324919643.7406345 m / s > c, setting 1/gamma = 0\n",
      "v = 317361946.59508055 m / s > c, setting 1/gamma = 0\n",
      "v = 329431196.3641149 m / s > c, setting 1/gamma = 0\n",
      "v = 353436298.28891015 m / s > c, setting 1/gamma = 0\n",
      "v = 299949413.8430254 m / s > c, setting 1/gamma = 0\n",
      "v = 493680729.28687495 m / s > c, setting 1/gamma = 0\n",
      "v = 488090379.3646873 m / s > c, setting 1/gamma = 0\n",
      "v = 312860303.44058883 m / s > c, setting 1/gamma = 0\n",
      "v = 367041238.81296676 m / s > c, setting 1/gamma = 0\n",
      "v = 351308669.17385644 m / s > c, setting 1/gamma = 0\n",
      "v = 372748336.4635107 m / s > c, setting 1/gamma = 0\n",
      "v = 368557122.0360747 m / s > c, setting 1/gamma = 0\n",
      "v = 407622528.06188405 m / s > c, setting 1/gamma = 0\n",
      "v = 313030036.50563186 m / s > c, setting 1/gamma = 0\n",
      "v = 334045755.35561204 m / s > c, setting 1/gamma = 0\n",
      "v = 432042151.1271846 m / s > c, setting 1/gamma = 0\n",
      "v = 475381436.2342181 m / s > c, setting 1/gamma = 0\n",
      "v = 303420331.56748813 m / s > c, setting 1/gamma = 0\n",
      "v = 352992253.6458847 m / s > c, setting 1/gamma = 0\n",
      "v = 394266100.2092735 m / s > c, setting 1/gamma = 0\n",
      "v = 418879295.05680424 m / s > c, setting 1/gamma = 0\n",
      "v = 353096703.2877217 m / s > c, setting 1/gamma = 0\n",
      "v = 405227826.52916276 m / s > c, setting 1/gamma = 0\n",
      "v = 325600428.3169556 m / s > c, setting 1/gamma = 0\n",
      "v = 348139620.97042024 m / s > c, setting 1/gamma = 0\n",
      "v = 456243852.6260057 m / s > c, setting 1/gamma = 0\n",
      "v = 469658677.94985783 m / s > c, setting 1/gamma = 0\n",
      "v = 353029520.20730686 m / s > c, setting 1/gamma = 0\n",
      "v = 368349672.215868 m / s > c, setting 1/gamma = 0\n",
      "v = 344609028.99462706 m / s > c, setting 1/gamma = 0\n",
      "v = 364925192.8622529 m / s > c, setting 1/gamma = 0\n",
      "v = 302256207.92700595 m / s > c, setting 1/gamma = 0\n",
      "v = 330745853.0351112 m / s > c, setting 1/gamma = 0\n",
      "v = 471149117.3916163 m / s > c, setting 1/gamma = 0\n",
      "v = 492940607.45347786 m / s > c, setting 1/gamma = 0\n",
      "v = 324272314.77268857 m / s > c, setting 1/gamma = 0\n",
      "v = 358051752.07397366 m / s > c, setting 1/gamma = 0\n",
      "v = 306489103.95763254 m / s > c, setting 1/gamma = 0\n",
      "v = 337010632.2344258 m / s > c, setting 1/gamma = 0\n",
      "v = 305420625.82112557 m / s > c, setting 1/gamma = 0\n",
      "v = 589079766.800106 m / s > c, setting 1/gamma = 0\n",
      "v = 482844456.67092264 m / s > c, setting 1/gamma = 0\n",
      "v = 339960627.3464062 m / s > c, setting 1/gamma = 0\n",
      "v = 352129822.836835 m / s > c, setting 1/gamma = 0\n",
      "v = 305554643.9149184 m / s > c, setting 1/gamma = 0\n",
      "v = 344283457.18246347 m / s > c, setting 1/gamma = 0\n",
      "v = 390673755.4331103 m / s > c, setting 1/gamma = 0\n",
      "v = 306888547.9467754 m / s > c, setting 1/gamma = 0\n",
      "v = 356135159.92876595 m / s > c, setting 1/gamma = 0\n",
      "v = 322511308.1487765 m / s > c, setting 1/gamma = 0\n",
      "v = 350779678.13837874 m / s > c, setting 1/gamma = 0\n",
      "v = 461986136.45164347 m / s > c, setting 1/gamma = 0\n",
      "v = 492567061.4710713 m / s > c, setting 1/gamma = 0\n",
      "v = 332643062.15289253 m / s > c, setting 1/gamma = 0\n",
      "v = 355310398.4286568 m / s > c, setting 1/gamma = 0\n",
      "v = 311054636.4904361 m / s > c, setting 1/gamma = 0\n",
      "v = 403845665.567291 m / s > c, setting 1/gamma = 0\n",
      "v = 445535410.2398199 m / s > c, setting 1/gamma = 0\n",
      "v = 340861613.0204985 m / s > c, setting 1/gamma = 0\n",
      "v = 357223447.43856937 m / s > c, setting 1/gamma = 0\n",
      "v = 324180016.15498775 m / s > c, setting 1/gamma = 0\n",
      "v = 367657725.7254369 m / s > c, setting 1/gamma = 0\n",
      "v = 352642842.432496 m / s > c, setting 1/gamma = 0\n",
      "v = 408172168.44401646 m / s > c, setting 1/gamma = 0\n",
      "v = 361011897.1010908 m / s > c, setting 1/gamma = 0\n",
      "v = 407191007.1412087 m / s > c, setting 1/gamma = 0\n",
      "v = 328462260.3226652 m / s > c, setting 1/gamma = 0\n",
      "v = 356872707.3732855 m / s > c, setting 1/gamma = 0\n",
      "v = 540421407.0406348 m / s > c, setting 1/gamma = 0\n",
      "v = 547639732.8095921 m / s > c, setting 1/gamma = 0\n",
      "v = 347852873.7643024 m / s > c, setting 1/gamma = 0\n",
      "v = 399185156.4799334 m / s > c, setting 1/gamma = 0\n",
      "v = 324005068.0394134 m / s > c, setting 1/gamma = 0\n",
      "v = 344811628.0272542 m / s > c, setting 1/gamma = 0\n",
      "v = 433977389.1795212 m / s > c, setting 1/gamma = 0\n",
      "v = 455070656.65424734 m / s > c, setting 1/gamma = 0\n",
      "v = 320856090.0068008 m / s > c, setting 1/gamma = 0\n",
      "v = 341366941.6318559 m / s > c, setting 1/gamma = 0\n",
      "v = 329444844.2900586 m / s > c, setting 1/gamma = 0\n",
      "v = 309464700.46932185 m / s > c, setting 1/gamma = 0\n",
      "v = 338781378.1361537 m / s > c, setting 1/gamma = 0\n",
      "v = 333932356.6447645 m / s > c, setting 1/gamma = 0\n",
      "v = 357565135.6624802 m / s > c, setting 1/gamma = 0\n",
      "v = 381464848.9520202 m / s > c, setting 1/gamma = 0\n",
      "v = 429261871.28822356 m / s > c, setting 1/gamma = 0\n",
      "v = 370907264.21947134 m / s > c, setting 1/gamma = 0\n",
      "v = 382625510.10743827 m / s > c, setting 1/gamma = 0\n",
      "v = 441342602.88964695 m / s > c, setting 1/gamma = 0\n",
      "v = 461653926.87546843 m / s > c, setting 1/gamma = 0\n",
      "v = 305567150.9273624 m / s > c, setting 1/gamma = 0\n",
      "v = 329159848.0045378 m / s > c, setting 1/gamma = 0\n",
      "v = 415968255.5462034 m / s > c, setting 1/gamma = 0\n",
      "v = 454626602.6745661 m / s > c, setting 1/gamma = 0\n",
      "v = 334741915.5385216 m / s > c, setting 1/gamma = 0\n",
      "v = 299798066.0608844 m / s > c, setting 1/gamma = 0\n",
      "v = 331762958.204797 m / s > c, setting 1/gamma = 0\n",
      "v = 410578218.02973723 m / s > c, setting 1/gamma = 0\n",
      "v = 432584213.9943908 m / s > c, setting 1/gamma = 0\n",
      "v = 409849345.21098846 m / s > c, setting 1/gamma = 0\n",
      "v = 452437062.7950901 m / s > c, setting 1/gamma = 0\n",
      "v = 347436999.7630171 m / s > c, setting 1/gamma = 0\n",
      "v = 364833222.172204 m / s > c, setting 1/gamma = 0\n",
      "v = 461450272.800414 m / s > c, setting 1/gamma = 0\n",
      "v = 474577035.05518794 m / s > c, setting 1/gamma = 0\n",
      "v = 344866372.0232461 m / s > c, setting 1/gamma = 0\n",
      "v = 361249420.2860275 m / s > c, setting 1/gamma = 0\n",
      "v = 321619396.04597086 m / s > c, setting 1/gamma = 0\n",
      "v = 351310297.8655164 m / s > c, setting 1/gamma = 0\n",
      "v = 407550963.02169293 m / s > c, setting 1/gamma = 0\n",
      "v = 310505186.56126225 m / s > c, setting 1/gamma = 0\n",
      "v = 336881568.39012337 m / s > c, setting 1/gamma = 0\n",
      "v = 304158878.35015476 m / s > c, setting 1/gamma = 0\n",
      "v = 529672412.64677453 m / s > c, setting 1/gamma = 0\n",
      "v = 487477658.5508187 m / s > c, setting 1/gamma = 0\n",
      "v = 307053211.2019872 m / s > c, setting 1/gamma = 0\n",
      "v = 302728753.66812146 m / s > c, setting 1/gamma = 0\n",
      "v = 328594534.06593037 m / s > c, setting 1/gamma = 0\n",
      "v = 313884146.7726518 m / s > c, setting 1/gamma = 0\n",
      "v = 305351629.18697673 m / s > c, setting 1/gamma = 0\n",
      "v = 464960377.57498384 m / s > c, setting 1/gamma = 0\n",
      "v = 484863977.3491488 m / s > c, setting 1/gamma = 0\n",
      "v = 465897408.4293874 m / s > c, setting 1/gamma = 0\n",
      "v = 485318982.63799113 m / s > c, setting 1/gamma = 0\n",
      "v = 300637715.08091146 m / s > c, setting 1/gamma = 0\n",
      "v = 325549035.85241354 m / s > c, setting 1/gamma = 0\n",
      "v = 394318071.00534534 m / s > c, setting 1/gamma = 0\n",
      "v = 410852353.9901477 m / s > c, setting 1/gamma = 0\n",
      "v = 393662514.2914108 m / s > c, setting 1/gamma = 0\n",
      "v = 416232459.2012845 m / s > c, setting 1/gamma = 0\n",
      "v = 334188614.0047589 m / s > c, setting 1/gamma = 0\n",
      "v = 347232446.9444783 m / s > c, setting 1/gamma = 0\n",
      "v = 344670211.12602204 m / s > c, setting 1/gamma = 0\n",
      "v = 301981449.70292413 m / s > c, setting 1/gamma = 0\n",
      "v = 301300016.4442656 m / s > c, setting 1/gamma = 0\n",
      "v = 349193845.1577493 m / s > c, setting 1/gamma = 0\n",
      "v = 325124469.73914635 m / s > c, setting 1/gamma = 0\n",
      "v = 342623778.9927345 m / s > c, setting 1/gamma = 0\n",
      "v = 309391314.63707095 m / s > c, setting 1/gamma = 0\n",
      "v = 373706258.0502659 m / s > c, setting 1/gamma = 0\n",
      "v = 419017080.83082867 m / s > c, setting 1/gamma = 0\n",
      "v = 360400102.35433185 m / s > c, setting 1/gamma = 0\n",
      "v = 380163109.145961 m / s > c, setting 1/gamma = 0\n",
      "v = 359920554.57851887 m / s > c, setting 1/gamma = 0\n",
      "v = 408747591.60637707 m / s > c, setting 1/gamma = 0\n",
      "v = 325901811.49061745 m / s > c, setting 1/gamma = 0\n",
      "v = 346022026.3712191 m / s > c, setting 1/gamma = 0\n",
      "v = 440949715.4820306 m / s > c, setting 1/gamma = 0\n",
      "v = 456125678.10184354 m / s > c, setting 1/gamma = 0\n",
      "v = 335953425.017641 m / s > c, setting 1/gamma = 0\n",
      "v = 348888065.0801727 m / s > c, setting 1/gamma = 0\n",
      "v = 379853001.9471154 m / s > c, setting 1/gamma = 0\n",
      "v = 436024319.1366861 m / s > c, setting 1/gamma = 0\n",
      "v = 343930751.3147361 m / s > c, setting 1/gamma = 0\n",
      "v = 390379966.1662081 m / s > c, setting 1/gamma = 0\n",
      "v = 311872141.2610998 m / s > c, setting 1/gamma = 0\n",
      "v = 336290820.52799654 m / s > c, setting 1/gamma = 0\n",
      "v = 314508681.1242921 m / s > c, setting 1/gamma = 0\n",
      "v = 371269913.6309984 m / s > c, setting 1/gamma = 0\n",
      "v = 326320130.6162194 m / s > c, setting 1/gamma = 0\n",
      "v = 353124715.4891167 m / s > c, setting 1/gamma = 0\n",
      "v = 420703491.2726534 m / s > c, setting 1/gamma = 0\n",
      "v = 441316150.4764721 m / s > c, setting 1/gamma = 0\n",
      "v = 316259015.8961939 m / s > c, setting 1/gamma = 0\n",
      "v = 335406316.0936042 m / s > c, setting 1/gamma = 0\n",
      "v = 383592253.168982 m / s > c, setting 1/gamma = 0\n",
      "v = 312588346.40503436 m / s > c, setting 1/gamma = 0\n",
      "v = 350614624.1834481 m / s > c, setting 1/gamma = 0\n",
      "v = 305318895.0019386 m / s > c, setting 1/gamma = 0\n",
      "v = 305114677.22445333 m / s > c, setting 1/gamma = 0\n",
      "v = 321284998.1724686 m / s > c, setting 1/gamma = 0\n",
      "v = 359941157.6367319 m / s > c, setting 1/gamma = 0\n",
      "v = 410586092.48743445 m / s > c, setting 1/gamma = 0\n",
      "v = 307420147.44042814 m / s > c, setting 1/gamma = 0\n",
      "v = 307382709.9176072 m / s > c, setting 1/gamma = 0\n",
      "v = 319207776.70501614 m / s > c, setting 1/gamma = 0\n",
      "v = 376952008.48557687 m / s > c, setting 1/gamma = 0\n",
      "v = 340347044.4231652 m / s > c, setting 1/gamma = 0\n",
      "v = 387219502.36762065 m / s > c, setting 1/gamma = 0\n",
      "v = 304755357.766028 m / s > c, setting 1/gamma = 0\n",
      "v = 335279137.442887 m / s > c, setting 1/gamma = 0\n",
      "v = 308170094.7175424 m / s > c, setting 1/gamma = 0\n",
      "v = 322785935.1975933 m / s > c, setting 1/gamma = 0\n",
      "v = 317074707.21742016 m / s > c, setting 1/gamma = 0\n",
      "v = 358941240.9066892 m / s > c, setting 1/gamma = 0\n",
      "v = 323061528.6209893 m / s > c, setting 1/gamma = 0\n",
      "v = 382285870.5391025 m / s > c, setting 1/gamma = 0\n",
      "v = 301435259.4562322 m / s > c, setting 1/gamma = 0\n",
      "v = 333014785.79445356 m / s > c, setting 1/gamma = 0\n",
      "v = 429285771.33267945 m / s > c, setting 1/gamma = 0\n",
      "v = 464057583.0121291 m / s > c, setting 1/gamma = 0\n",
      "v = 317831847.258601 m / s > c, setting 1/gamma = 0\n",
      "v = 335892903.9416172 m / s > c, setting 1/gamma = 0\n",
      "v = 323939485.7722706 m / s > c, setting 1/gamma = 0\n",
      "v = 372894228.03399503 m / s > c, setting 1/gamma = 0\n",
      "v = 299970184.11419415 m / s > c, setting 1/gamma = 0\n",
      "v = 338577319.8460242 m / s > c, setting 1/gamma = 0\n",
      "v = 325674559.7091566 m / s > c, setting 1/gamma = 0\n",
      "v = 313455777.76907945 m / s > c, setting 1/gamma = 0\n",
      "v = 331859907.49884516 m / s > c, setting 1/gamma = 0\n",
      "v = 364508550.91279125 m / s > c, setting 1/gamma = 0\n",
      "v = 414594060.98642427 m / s > c, setting 1/gamma = 0\n",
      "v = 344233063.31952226 m / s > c, setting 1/gamma = 0\n",
      "v = 395304915.22210664 m / s > c, setting 1/gamma = 0\n",
      "v = 300841893.20930636 m / s > c, setting 1/gamma = 0\n",
      "v = 351290096.5349915 m / s > c, setting 1/gamma = 0\n",
      "v = 411839464.914739 m / s > c, setting 1/gamma = 0\n",
      "v = 330253892.18602943 m / s > c, setting 1/gamma = 0\n",
      "v = 367582703.9039154 m / s > c, setting 1/gamma = 0\n",
      "v = 500104565.42568 m / s > c, setting 1/gamma = 0\n",
      "v = 540999476.7250634 m / s > c, setting 1/gamma = 0\n",
      "v = 306423030.0233166 m / s > c, setting 1/gamma = 0\n",
      "v = 528958526.604476 m / s > c, setting 1/gamma = 0\n",
      "v = 570458602.0217441 m / s > c, setting 1/gamma = 0\n",
      "v = 427529987.49990594 m / s > c, setting 1/gamma = 0\n",
      "v = 479357957.2634705 m / s > c, setting 1/gamma = 0\n",
      "v = 302046037.60906374 m / s > c, setting 1/gamma = 0\n",
      "v = 589571682.159971 m / s > c, setting 1/gamma = 0\n",
      "v = 576692234.5068548 m / s > c, setting 1/gamma = 0\n",
      "v = 395635557.7807263 m / s > c, setting 1/gamma = 0\n",
      "v = 450155610.5602338 m / s > c, setting 1/gamma = 0\n",
      "v = 329415807.43168765 m / s > c, setting 1/gamma = 0\n",
      "v = 312245841.0858208 m / s > c, setting 1/gamma = 0\n",
      "v = 717920855.2840343 m / s > c, setting 1/gamma = 0\n",
      "v = 599010718.3619767 m / s > c, setting 1/gamma = 0\n",
      "v = 347817886.6509827 m / s > c, setting 1/gamma = 0\n",
      "v = 391648525.23548335 m / s > c, setting 1/gamma = 0\n",
      "v = 303871216.7223523 m / s > c, setting 1/gamma = 0\n",
      "v = 317167400.7432288 m / s > c, setting 1/gamma = 0\n",
      "v = 339434196.8990095 m / s > c, setting 1/gamma = 0\n",
      "v = 607527340.251328 m / s > c, setting 1/gamma = 0\n",
      "v = 624641967.8705202 m / s > c, setting 1/gamma = 0\n",
      "v = 315031631.50707614 m / s > c, setting 1/gamma = 0\n",
      "v = 300698256.8430414 m / s > c, setting 1/gamma = 0\n",
      "v = 335705501.3416744 m / s > c, setting 1/gamma = 0\n",
      "v = 372962361.7338768 m / s > c, setting 1/gamma = 0\n",
      "v = 409599124.4298486 m / s > c, setting 1/gamma = 0\n",
      "v = 584815582.7344605 m / s > c, setting 1/gamma = 0\n",
      "v = 573403010.9497268 m / s > c, setting 1/gamma = 0\n",
      "v = 328746462.7850553 m / s > c, setting 1/gamma = 0\n",
      "v = 359059090.1012386 m / s > c, setting 1/gamma = 0\n",
      "v = 354170443.0969366 m / s > c, setting 1/gamma = 0\n",
      "v = 382151291.4821044 m / s > c, setting 1/gamma = 0\n",
      "v = 321108984.02894896 m / s > c, setting 1/gamma = 0\n",
      "v = 368193158.6136233 m / s > c, setting 1/gamma = 0\n",
      "v = 425694655.92824876 m / s > c, setting 1/gamma = 0\n",
      "v = 555554633.0758487 m / s > c, setting 1/gamma = 0\n",
      "v = 526817520.55080074 m / s > c, setting 1/gamma = 0\n",
      "v = 310865582.6408594 m / s > c, setting 1/gamma = 0\n",
      "v = 398642637.22252226 m / s > c, setting 1/gamma = 0\n",
      "v = 456009016.40548337 m / s > c, setting 1/gamma = 0\n",
      "v = 323260295.915115 m / s > c, setting 1/gamma = 0\n",
      "v = 345414476.1862626 m / s > c, setting 1/gamma = 0\n",
      "v = 327639009.90701896 m / s > c, setting 1/gamma = 0\n",
      "v = 368953543.12300336 m / s > c, setting 1/gamma = 0\n",
      "v = 391687884.0730128 m / s > c, setting 1/gamma = 0\n",
      "v = 448922952.07641006 m / s > c, setting 1/gamma = 0\n",
      "v = 337341495.658797 m / s > c, setting 1/gamma = 0\n",
      "v = 301209115.45511353 m / s > c, setting 1/gamma = 0\n",
      "v = 318636330.6018484 m / s > c, setting 1/gamma = 0\n",
      "v = 300673696.7383972 m / s > c, setting 1/gamma = 0\n",
      "v = 337805251.236586 m / s > c, setting 1/gamma = 0\n",
      "v = 365656505.9002679 m / s > c, setting 1/gamma = 0\n",
      "v = 439405111.63412094 m / s > c, setting 1/gamma = 0\n",
      "v = 302495862.52828723 m / s > c, setting 1/gamma = 0\n",
      "v = 313997052.0375424 m / s > c, setting 1/gamma = 0\n",
      "v = 313160237.1970019 m / s > c, setting 1/gamma = 0\n",
      "v = 303124327.7131106 m / s > c, setting 1/gamma = 0\n",
      "v = 349296662.21894467 m / s > c, setting 1/gamma = 0\n",
      "v = 390640025.56569374 m / s > c, setting 1/gamma = 0\n",
      "v = 350022539.16164243 m / s > c, setting 1/gamma = 0\n",
      "v = 420922433.9331087 m / s > c, setting 1/gamma = 0\n",
      "v = 364219621.7953864 m / s > c, setting 1/gamma = 0\n",
      "v = 414074534.1996136 m / s > c, setting 1/gamma = 0\n",
      "v = 320738707.55609125 m / s > c, setting 1/gamma = 0\n",
      "v = 702548018.3768066 m / s > c, setting 1/gamma = 0\n",
      "v = 666160517.9016757 m / s > c, setting 1/gamma = 0\n",
      "v = 347745038.17805195 m / s > c, setting 1/gamma = 0\n",
      "v = 798540559.9903198 m / s > c, setting 1/gamma = 0\n",
      "v = 668206535.6146595 m / s > c, setting 1/gamma = 0\n",
      "v = 302471842.8025462 m / s > c, setting 1/gamma = 0\n",
      "v = 380601784.54586196 m / s > c, setting 1/gamma = 0\n",
      "v = 441646941.43557805 m / s > c, setting 1/gamma = 0\n",
      "v = 340703489.71869683 m / s > c, setting 1/gamma = 0\n",
      "v = 436196921.3170425 m / s > c, setting 1/gamma = 0\n",
      "v = 474684416.8334637 m / s > c, setting 1/gamma = 0\n",
      "v = 456464658.7281061 m / s > c, setting 1/gamma = 0\n",
      "v = 471254623.1366561 m / s > c, setting 1/gamma = 0\n",
      "v = 409480057.94303185 m / s > c, setting 1/gamma = 0\n",
      "v = 984320549.7446297 m / s > c, setting 1/gamma = 0\n",
      "v = 826907927.3991851 m / s > c, setting 1/gamma = 0\n",
      "v = 307618094.33736134 m / s > c, setting 1/gamma = 0\n",
      "v = 342994499.5012106 m / s > c, setting 1/gamma = 0\n",
      "v = 342718253.6001488 m / s > c, setting 1/gamma = 0\n",
      "v = 383845563.45255697 m / s > c, setting 1/gamma = 0\n",
      "v = 317493076.6668081 m / s > c, setting 1/gamma = 0\n",
      "v = 321076159.3016257 m / s > c, setting 1/gamma = 0\n",
      "v = 358753266.87958455 m / s > c, setting 1/gamma = 0\n",
      "v = 307375806.1881561 m / s > c, setting 1/gamma = 0\n",
      "v = 566722025.4391488 m / s > c, setting 1/gamma = 0\n",
      "v = 519559822.6559611 m / s > c, setting 1/gamma = 0\n",
      "v = 307151838.4247726 m / s > c, setting 1/gamma = 0\n",
      "v = 332796675.5831657 m / s > c, setting 1/gamma = 0\n",
      "v = 307882364.4274456 m / s > c, setting 1/gamma = 0\n",
      "v = 302439065.6877339 m / s > c, setting 1/gamma = 0\n",
      "v = 605237079.4720331 m / s > c, setting 1/gamma = 0\n",
      "v = 491346936.27349496 m / s > c, setting 1/gamma = 0\n",
      "v = 380502201.3285612 m / s > c, setting 1/gamma = 0\n",
      "v = 427168109.50025827 m / s > c, setting 1/gamma = 0\n",
      "v = 318169144.8779895 m / s > c, setting 1/gamma = 0\n",
      "v = 352641906.72202635 m / s > c, setting 1/gamma = 0\n",
      "v = 396664941.4655055 m / s > c, setting 1/gamma = 0\n",
      "v = 317406857.4441097 m / s > c, setting 1/gamma = 0\n",
      "v = 329545055.5683271 m / s > c, setting 1/gamma = 0\n",
      "v = 326489582.7240849 m / s > c, setting 1/gamma = 0\n",
      "v = 533320952.90374607 m / s > c, setting 1/gamma = 0\n",
      "v = 562062379.5165675 m / s > c, setting 1/gamma = 0\n",
      "v = 365024013.8457639 m / s > c, setting 1/gamma = 0\n",
      "v = 432799165.11645925 m / s > c, setting 1/gamma = 0\n",
      "v = 306874748.5911328 m / s > c, setting 1/gamma = 0\n",
      "v = 379888282.38267833 m / s > c, setting 1/gamma = 0\n",
      "v = 338408681.3669765 m / s > c, setting 1/gamma = 0\n",
      "v = 376433360.2716625 m / s > c, setting 1/gamma = 0\n",
      "v = 302971948.2886825 m / s > c, setting 1/gamma = 0\n",
      "v = 371600719.81143856 m / s > c, setting 1/gamma = 0\n",
      "v = 317914401.2153037 m / s > c, setting 1/gamma = 0\n",
      "v = 408320148.9356112 m / s > c, setting 1/gamma = 0\n",
      "v = 435711359.5539291 m / s > c, setting 1/gamma = 0\n",
      "v = 463377300.35144305 m / s > c, setting 1/gamma = 0\n",
      "v = 511580481.17982924 m / s > c, setting 1/gamma = 0\n",
      "v = 308308474.3444014 m / s > c, setting 1/gamma = 0\n",
      "v = 300649048.76856303 m / s > c, setting 1/gamma = 0\n",
      "v = 329106688.37965244 m / s > c, setting 1/gamma = 0\n",
      "v = 334373461.8547182 m / s > c, setting 1/gamma = 0\n",
      "v = 332985749.2039548 m / s > c, setting 1/gamma = 0\n",
      "v = 355753162.86128277 m / s > c, setting 1/gamma = 0\n",
      "v = 323471537.9675237 m / s > c, setting 1/gamma = 0\n",
      "v = 367770084.84483105 m / s > c, setting 1/gamma = 0\n",
      "v = 374722546.15666634 m / s > c, setting 1/gamma = 0\n",
      "v = 435133124.0872423 m / s > c, setting 1/gamma = 0\n",
      "v = 336387994.9437122 m / s > c, setting 1/gamma = 0\n",
      "v = 378744887.4407686 m / s > c, setting 1/gamma = 0\n",
      "v = 313083517.9019331 m / s > c, setting 1/gamma = 0\n",
      "v = 360996389.4231212 m / s > c, setting 1/gamma = 0\n",
      "v = 479426874.5109761 m / s > c, setting 1/gamma = 0\n",
      "v = 532850999.91459215 m / s > c, setting 1/gamma = 0\n",
      "v = 343851998.42823833 m / s > c, setting 1/gamma = 0\n",
      "v = 390405856.8272626 m / s > c, setting 1/gamma = 0\n",
      "v = 429563420.1069764 m / s > c, setting 1/gamma = 0\n",
      "v = 447068503.85695827 m / s > c, setting 1/gamma = 0\n",
      "v = 302288838.4007461 m / s > c, setting 1/gamma = 0\n",
      "v = 372015802.23329896 m / s > c, setting 1/gamma = 0\n",
      "v = 355596548.5336732 m / s > c, setting 1/gamma = 0\n",
      "v = 323246889.1188811 m / s > c, setting 1/gamma = 0\n",
      "v = 335781764.9368465 m / s > c, setting 1/gamma = 0\n",
      "v = 378133079.03110486 m / s > c, setting 1/gamma = 0\n",
      "v = 306476809.7804405 m / s > c, setting 1/gamma = 0\n",
      "v = 310001903.910212 m / s > c, setting 1/gamma = 0\n",
      "v = 327291126.57927185 m / s > c, setting 1/gamma = 0\n",
      "v = 306632681.09613764 m / s > c, setting 1/gamma = 0\n",
      "v = 350231615.1489111 m / s > c, setting 1/gamma = 0\n",
      "v = 512306055.1578117 m / s > c, setting 1/gamma = 0\n",
      "v = 560187294.799999 m / s > c, setting 1/gamma = 0\n",
      "v = 312507431.3839679 m / s > c, setting 1/gamma = 0\n",
      "v = 310685208.5717003 m / s > c, setting 1/gamma = 0\n",
      "v = 301751579.5433418 m / s > c, setting 1/gamma = 0\n",
      "v = 340625865.54456913 m / s > c, setting 1/gamma = 0\n",
      "v = 332353998.00075746 m / s > c, setting 1/gamma = 0\n",
      "v = 873862136.0661637 m / s > c, setting 1/gamma = 0\n",
      "v = 770410429.9643263 m / s > c, setting 1/gamma = 0\n",
      "v = 318575119.88267976 m / s > c, setting 1/gamma = 0\n",
      "v = 364916812.45157474 m / s > c, setting 1/gamma = 0\n",
      "v = 406615424.3681477 m / s > c, setting 1/gamma = 0\n",
      "v = 469504775.8335865 m / s > c, setting 1/gamma = 0\n",
      "v = 348101948.70840555 m / s > c, setting 1/gamma = 0\n",
      "v = 421452022.38227594 m / s > c, setting 1/gamma = 0\n",
      "v = 301098395.6582089 m / s > c, setting 1/gamma = 0\n",
      "v = 342684785.78524977 m / s > c, setting 1/gamma = 0\n",
      "v = 341636750.4545822 m / s > c, setting 1/gamma = 0\n",
      "v = 360198627.628773 m / s > c, setting 1/gamma = 0\n",
      "v = 308477661.2104247 m / s > c, setting 1/gamma = 0\n",
      "v = 376393084.0244097 m / s > c, setting 1/gamma = 0\n",
      "v = 440593904.81415844 m / s > c, setting 1/gamma = 0\n",
      "v = 313742445.2709721 m / s > c, setting 1/gamma = 0\n",
      "v = 844484483.8133086 m / s > c, setting 1/gamma = 0\n",
      "v = 736044384.8680645 m / s > c, setting 1/gamma = 0\n",
      "v = 355821472.93852407 m / s > c, setting 1/gamma = 0\n",
      "v = 404718160.88693994 m / s > c, setting 1/gamma = 0\n",
      "v = 306878455.7916552 m / s > c, setting 1/gamma = 0\n",
      "v = 347762244.2781133 m / s > c, setting 1/gamma = 0\n",
      "v = 507024617.0439185 m / s > c, setting 1/gamma = 0\n",
      "v = 551141849.9713019 m / s > c, setting 1/gamma = 0\n",
      "v = 318820432.0447034 m / s > c, setting 1/gamma = 0\n",
      "v = 416766401.2375207 m / s > c, setting 1/gamma = 0\n",
      "v = 439100054.5010924 m / s > c, setting 1/gamma = 0\n",
      "v = 305096457.8377827 m / s > c, setting 1/gamma = 0\n",
      "v = 373478379.71629715 m / s > c, setting 1/gamma = 0\n",
      "v = 354128130.2143663 m / s > c, setting 1/gamma = 0\n",
      "v = 388288226.4875019 m / s > c, setting 1/gamma = 0\n",
      "v = 312274876.8350287 m / s > c, setting 1/gamma = 0\n",
      "v = 710768584.9702666 m / s > c, setting 1/gamma = 0\n",
      "v = 592473463.2614691 m / s > c, setting 1/gamma = 0\n",
      "v = 312653055.4712238 m / s > c, setting 1/gamma = 0\n",
      "v = 348900963.5349019 m / s > c, setting 1/gamma = 0\n",
      "v = 301638252.36844355 m / s > c, setting 1/gamma = 0\n",
      "v = 312228404.2124852 m / s > c, setting 1/gamma = 0\n",
      "v = 451102017.2725732 m / s > c, setting 1/gamma = 0\n",
      "v = 491316136.07450306 m / s > c, setting 1/gamma = 0\n",
      "v = 301329728.7383297 m / s > c, setting 1/gamma = 0\n",
      "v = 328051967.24457973 m / s > c, setting 1/gamma = 0\n",
      "v = 363183253.6630236 m / s > c, setting 1/gamma = 0\n",
      "v = 310793295.3059512 m / s > c, setting 1/gamma = 0\n",
      "v = 322073049.4025822 m / s > c, setting 1/gamma = 0\n",
      "v = 352527628.5225023 m / s > c, setting 1/gamma = 0\n",
      "v = 326937066.34580654 m / s > c, setting 1/gamma = 0\n",
      "v = 374598972.27360123 m / s > c, setting 1/gamma = 0\n",
      "v = 303536646.5265812 m / s > c, setting 1/gamma = 0\n",
      "v = 336956598.14322007 m / s > c, setting 1/gamma = 0\n",
      "v = 445071526.90972704 m / s > c, setting 1/gamma = 0\n",
      "v = 464091722.0549244 m / s > c, setting 1/gamma = 0\n",
      "v = 447830658.6292576 m / s > c, setting 1/gamma = 0\n",
      "v = 502622842.52045476 m / s > c, setting 1/gamma = 0\n",
      "v = 321023965.08296984 m / s > c, setting 1/gamma = 0\n",
      "v = 363567075.61953074 m / s > c, setting 1/gamma = 0\n",
      "v = 493211479.4925497 m / s > c, setting 1/gamma = 0\n",
      "v = 496651593.19332576 m / s > c, setting 1/gamma = 0\n",
      "v = 332322014.16529346 m / s > c, setting 1/gamma = 0\n",
      "v = 311765307.8989854 m / s > c, setting 1/gamma = 0\n",
      "v = 357407239.88401556 m / s > c, setting 1/gamma = 0\n",
      "v = 340461822.61057657 m / s > c, setting 1/gamma = 0\n",
      "v = 374562030.0966455 m / s > c, setting 1/gamma = 0\n",
      "v = 323290292.7407823 m / s > c, setting 1/gamma = 0\n",
      "v = 359652470.38992584 m / s > c, setting 1/gamma = 0\n",
      "v = 437364666.1612377 m / s > c, setting 1/gamma = 0\n",
      "v = 490014221.0326401 m / s > c, setting 1/gamma = 0\n",
      "v = 355620251.94400966 m / s > c, setting 1/gamma = 0\n",
      "v = 429279312.9148437 m / s > c, setting 1/gamma = 0\n",
      "v = 320062961.5894485 m / s > c, setting 1/gamma = 0\n",
      "v = 368518011.3564537 m / s > c, setting 1/gamma = 0\n",
      "v = 317565976.89611083 m / s > c, setting 1/gamma = 0\n",
      "v = 302311549.4971835 m / s > c, setting 1/gamma = 0\n",
      "v = 340594753.1311844 m / s > c, setting 1/gamma = 0\n",
      "v = 335400338.53708017 m / s > c, setting 1/gamma = 0\n",
      "v = 398433013.56969917 m / s > c, setting 1/gamma = 0\n",
      "v = 347943613.7815454 m / s > c, setting 1/gamma = 0\n",
      "v = 384845207.0915603 m / s > c, setting 1/gamma = 0\n",
      "v = 310816892.1966534 m / s > c, setting 1/gamma = 0\n",
      "v = 351280302.8977287 m / s > c, setting 1/gamma = 0\n",
      "v = 701343819.3916732 m / s > c, setting 1/gamma = 0\n",
      "v = 691601439.005309 m / s > c, setting 1/gamma = 0\n",
      "v = 478631707.9977574 m / s > c, setting 1/gamma = 0\n",
      "v = 488513136.92009044 m / s > c, setting 1/gamma = 0\n",
      "v = 320821048.54055786 m / s > c, setting 1/gamma = 0\n",
      "v = 342681654.76213735 m / s > c, setting 1/gamma = 0\n",
      "v = 424780874.863825 m / s > c, setting 1/gamma = 0\n",
      "v = 453658396.02020526 m / s > c, setting 1/gamma = 0\n",
      "v = 476314817.4710057 m / s > c, setting 1/gamma = 0\n",
      "v = 530665847.9780772 m / s > c, setting 1/gamma = 0\n",
      "v = 310888168.2462742 m / s > c, setting 1/gamma = 0\n",
      "v = 351105892.08473027 m / s > c, setting 1/gamma = 0\n",
      "v = 300307674.66854596 m / s > c, setting 1/gamma = 0\n",
      "v = 318991217.17932975 m / s > c, setting 1/gamma = 0\n",
      "v = 441685249.8506279 m / s > c, setting 1/gamma = 0\n",
      "v = 493596940.30613786 m / s > c, setting 1/gamma = 0\n",
      "v = 300806309.28298974 m / s > c, setting 1/gamma = 0\n",
      "v = 339410087.888815 m / s > c, setting 1/gamma = 0\n",
      "v = 304827745.51711726 m / s > c, setting 1/gamma = 0\n",
      "v = 344914427.97565436 m / s > c, setting 1/gamma = 0\n",
      "v = 566364559.8231924 m / s > c, setting 1/gamma = 0\n",
      "v = 598532823.6902639 m / s > c, setting 1/gamma = 0\n",
      "v = 466073758.4142898 m / s > c, setting 1/gamma = 0\n",
      "v = 488049416.00432456 m / s > c, setting 1/gamma = 0\n",
      "v = 469475961.4429813 m / s > c, setting 1/gamma = 0\n",
      "v = 534432164.5646718 m / s > c, setting 1/gamma = 0\n",
      "v = 325100208.24838495 m / s > c, setting 1/gamma = 0\n",
      "v = 737230434.2097399 m / s > c, setting 1/gamma = 0\n",
      "v = 620486898.6182227 m / s > c, setting 1/gamma = 0\n",
      "v = 304435707.709181 m / s > c, setting 1/gamma = 0\n",
      "v = 306162854.10145175 m / s > c, setting 1/gamma = 0\n",
      "v = 332454243.36542255 m / s > c, setting 1/gamma = 0\n",
      "v = 374957678.1731791 m / s > c, setting 1/gamma = 0\n",
      "v = 330430169.40648514 m / s > c, setting 1/gamma = 0\n",
      "v = 347111930.9355148 m / s > c, setting 1/gamma = 0\n",
      "v = 315821634.2141555 m / s > c, setting 1/gamma = 0\n",
      "v = 377839267.80526406 m / s > c, setting 1/gamma = 0\n",
      "v = 319611545.074116 m / s > c, setting 1/gamma = 0\n",
      "v = 389438327.0878955 m / s > c, setting 1/gamma = 0\n",
      "v = 339202143.4154729 m / s > c, setting 1/gamma = 0\n",
      "v = 377176769.42520857 m / s > c, setting 1/gamma = 0\n",
      "v = 300807711.64683 m / s > c, setting 1/gamma = 0\n",
      "v = 383747788.53024846 m / s > c, setting 1/gamma = 0\n",
      "v = 966623333.4526782 m / s > c, setting 1/gamma = 0\n",
      "v = 821628981.282506 m / s > c, setting 1/gamma = 0\n",
      "v = 434333206.1660888 m / s > c, setting 1/gamma = 0\n",
      "v = 456415859.0232055 m / s > c, setting 1/gamma = 0\n",
      "v = 390444413.1664087 m / s > c, setting 1/gamma = 0\n",
      "v = 474541103.65020555 m / s > c, setting 1/gamma = 0\n",
      "v = 403380441.7056397 m / s > c, setting 1/gamma = 0\n",
      "v = 439731469.41198444 m / s > c, setting 1/gamma = 0\n",
      "v = 319217233.89565 m / s > c, setting 1/gamma = 0\n",
      "v = 358468130.92199755 m / s > c, setting 1/gamma = 0\n",
      "v = 417167150.63668513 m / s > c, setting 1/gamma = 0\n",
      "v = 307416102.7338262 m / s > c, setting 1/gamma = 0\n",
      "v = 346251433.83262134 m / s > c, setting 1/gamma = 0\n",
      "v = 655915470.6664017 m / s > c, setting 1/gamma = 0\n",
      "v = 607175889.4789541 m / s > c, setting 1/gamma = 0\n",
      "v = 317252279.98615223 m / s > c, setting 1/gamma = 0\n",
      "v = 361804241.26998943 m / s > c, setting 1/gamma = 0\n",
      "v = 326880921.23472226 m / s > c, setting 1/gamma = 0\n",
      "v = 310491368.19548887 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 583\n",
      "v = 300908941.8152651 m / s > c, setting 1/gamma = 0\n",
      "v = 373966608.55403686 m / s > c, setting 1/gamma = 0\n",
      "v = 346826547.0091867 m / s > c, setting 1/gamma = 0\n",
      "v = 302120006.382652 m / s > c, setting 1/gamma = 0\n",
      "v = 301297183.19498307 m / s > c, setting 1/gamma = 0\n",
      "v = 301056382.1565561 m / s > c, setting 1/gamma = 0\n",
      "v = 303026004.30687577 m / s > c, setting 1/gamma = 0\n",
      "v = 369820664.65492666 m / s > c, setting 1/gamma = 0\n",
      "v = 355246679.6552784 m / s > c, setting 1/gamma = 0\n",
      "v = 301048701.5214059 m / s > c, setting 1/gamma = 0\n",
      "v = 300141007.81344163 m / s > c, setting 1/gamma = 0\n",
      "v = 305265683.6384696 m / s > c, setting 1/gamma = 0\n",
      "v = 309746547.04606867 m / s > c, setting 1/gamma = 0\n",
      "v = 316139984.4877992 m / s > c, setting 1/gamma = 0\n",
      "v = 304947251.59079564 m / s > c, setting 1/gamma = 0\n",
      "v = 307855699.9389292 m / s > c, setting 1/gamma = 0\n",
      "v = 300865597.685556 m / s > c, setting 1/gamma = 0\n",
      "v = 336608349.49094576 m / s > c, setting 1/gamma = 0\n",
      "v = 542078701.5432185 m / s > c, setting 1/gamma = 0\n",
      "v = 483205963.5691182 m / s > c, setting 1/gamma = 0\n",
      "v = 302061791.42882675 m / s > c, setting 1/gamma = 0\n",
      "v = 308319734.82112354 m / s > c, setting 1/gamma = 0\n",
      "v = 304936753.73174083 m / s > c, setting 1/gamma = 0\n",
      "v = 309298381.1344127 m / s > c, setting 1/gamma = 0\n",
      "v = 302687216.6167696 m / s > c, setting 1/gamma = 0\n",
      "v = 311028093.799532 m / s > c, setting 1/gamma = 0\n",
      "v = 314331074.38485885 m / s > c, setting 1/gamma = 0\n",
      "v = 313863813.04166716 m / s > c, setting 1/gamma = 0\n",
      "v = 319888221.6530206 m / s > c, setting 1/gamma = 0\n",
      "v = 309752482.13438296 m / s > c, setting 1/gamma = 0\n",
      "v = 307174527.65425277 m / s > c, setting 1/gamma = 0\n",
      "v = 315238443.7832797 m / s > c, setting 1/gamma = 0\n",
      "v = 300551287.27019894 m / s > c, setting 1/gamma = 0\n",
      "v = 303491441.8485174 m / s > c, setting 1/gamma = 0\n",
      "v = 321645488.8202345 m / s > c, setting 1/gamma = 0\n",
      "v = 324761128.84014416 m / s > c, setting 1/gamma = 0\n",
      "v = 304108442.7265194 m / s > c, setting 1/gamma = 0\n",
      "v = 311672794.4555745 m / s > c, setting 1/gamma = 0\n",
      "v = 380440068.96893036 m / s > c, setting 1/gamma = 0\n",
      "v = 370281981.79766554 m / s > c, setting 1/gamma = 0\n",
      "v = 324342245.4204135 m / s > c, setting 1/gamma = 0\n",
      "v = 328300040.6854375 m / s > c, setting 1/gamma = 0\n",
      "v = 310665010.17524445 m / s > c, setting 1/gamma = 0\n",
      "v = 324763970.2545736 m / s > c, setting 1/gamma = 0\n",
      "v = 307038686.9363579 m / s > c, setting 1/gamma = 0\n",
      "v = 300694979.46422356 m / s > c, setting 1/gamma = 0\n",
      "v = 309725549.5528496 m / s > c, setting 1/gamma = 0\n",
      "v = 342878044.24670917 m / s > c, setting 1/gamma = 0\n",
      "v = 350449143.6826765 m / s > c, setting 1/gamma = 0\n",
      "v = 307206312.7024262 m / s > c, setting 1/gamma = 0\n",
      "v = 332726916.4554722 m / s > c, setting 1/gamma = 0\n",
      "v = 303909131.39153695 m / s > c, setting 1/gamma = 0\n",
      "v = 322558144.9743652 m / s > c, setting 1/gamma = 0\n",
      "v = 337552489.83496726 m / s > c, setting 1/gamma = 0\n",
      "v = 312884790.4391763 m / s > c, setting 1/gamma = 0\n",
      "v = 322646117.6960137 m / s > c, setting 1/gamma = 0\n",
      "v = 342249490.57976 m / s > c, setting 1/gamma = 0\n",
      "v = 373343243.8516472 m / s > c, setting 1/gamma = 0\n",
      "v = 385426506.1743785 m / s > c, setting 1/gamma = 0\n",
      "v = 391624966.4631769 m / s > c, setting 1/gamma = 0\n",
      "v = 303201929.2406434 m / s > c, setting 1/gamma = 0\n",
      "v = 333777380.72128624 m / s > c, setting 1/gamma = 0\n",
      "v = 353688857.32823116 m / s > c, setting 1/gamma = 0\n",
      "v = 377652681.204498 m / s > c, setting 1/gamma = 0\n",
      "v = 395692762.85726804 m / s > c, setting 1/gamma = 0\n",
      "v = 360498171.5443663 m / s > c, setting 1/gamma = 0\n",
      "v = 381856857.94180095 m / s > c, setting 1/gamma = 0\n",
      "v = 314272651.74548036 m / s > c, setting 1/gamma = 0\n",
      "v = 329093180.2168773 m / s > c, setting 1/gamma = 0\n",
      "v = 307240311.20691526 m / s > c, setting 1/gamma = 0\n",
      "v = 305415169.5119746 m / s > c, setting 1/gamma = 0\n",
      "v = 309528992.99455297 m / s > c, setting 1/gamma = 0\n",
      "v = 337795760.0340891 m / s > c, setting 1/gamma = 0\n",
      "v = 327316962.2665234 m / s > c, setting 1/gamma = 0\n",
      "v = 355992539.701821 m / s > c, setting 1/gamma = 0\n",
      "v = 421969268.02164763 m / s > c, setting 1/gamma = 0\n",
      "v = 424285703.14910334 m / s > c, setting 1/gamma = 0\n",
      "v = 320347304.19037247 m / s > c, setting 1/gamma = 0\n",
      "v = 344640931.01526135 m / s > c, setting 1/gamma = 0\n",
      "v = 303030574.471061 m / s > c, setting 1/gamma = 0\n",
      "v = 352278678.85857993 m / s > c, setting 1/gamma = 0\n",
      "v = 374226974.07312393 m / s > c, setting 1/gamma = 0\n",
      "v = 299882263.888111 m / s > c, setting 1/gamma = 0\n",
      "v = 341733140.4310785 m / s > c, setting 1/gamma = 0\n",
      "v = 437933715.3844245 m / s > c, setting 1/gamma = 0\n",
      "v = 455911018.96823275 m / s > c, setting 1/gamma = 0\n",
      "v = 347864699.2636879 m / s > c, setting 1/gamma = 0\n",
      "v = 364379844.6552279 m / s > c, setting 1/gamma = 0\n",
      "v = 529896964.1557773 m / s > c, setting 1/gamma = 0\n",
      "v = 461555734.7412089 m / s > c, setting 1/gamma = 0\n",
      "v = 309969821.9201808 m / s > c, setting 1/gamma = 0\n",
      "v = 333311539.74299055 m / s > c, setting 1/gamma = 0\n",
      "v = 319435035.29935807 m / s > c, setting 1/gamma = 0\n",
      "v = 355722834.17208344 m / s > c, setting 1/gamma = 0\n",
      "v = 309128770.2866408 m / s > c, setting 1/gamma = 0\n",
      "v = 429932023.07954794 m / s > c, setting 1/gamma = 0\n",
      "v = 430183109.04932314 m / s > c, setting 1/gamma = 0\n",
      "v = 323157008.99862885 m / s > c, setting 1/gamma = 0\n",
      "v = 353513134.1688237 m / s > c, setting 1/gamma = 0\n",
      "v = 347260249.93667364 m / s > c, setting 1/gamma = 0\n",
      "v = 374879534.7576727 m / s > c, setting 1/gamma = 0\n",
      "v = 304005965.9754785 m / s > c, setting 1/gamma = 0\n",
      "v = 327523409.8325636 m / s > c, setting 1/gamma = 0\n",
      "v = 351399795.6066871 m / s > c, setting 1/gamma = 0\n",
      "v = 300318274.22525907 m / s > c, setting 1/gamma = 0\n",
      "v = 335876275.2528471 m / s > c, setting 1/gamma = 0\n",
      "v = 302874236.88020754 m / s > c, setting 1/gamma = 0\n",
      "v = 314210081.1169981 m / s > c, setting 1/gamma = 0\n",
      "v = 344765385.9168904 m / s > c, setting 1/gamma = 0\n",
      "v = 318202785.36687905 m / s > c, setting 1/gamma = 0\n",
      "v = 357274467.1406114 m / s > c, setting 1/gamma = 0\n",
      "v = 313053027.0163757 m / s > c, setting 1/gamma = 0\n",
      "v = 325095404.6352483 m / s > c, setting 1/gamma = 0\n",
      "v = 376943352.15717447 m / s > c, setting 1/gamma = 0\n",
      "v = 402812020.81861466 m / s > c, setting 1/gamma = 0\n",
      "v = 316367793.8503438 m / s > c, setting 1/gamma = 0\n",
      "v = 338283523.70388645 m / s > c, setting 1/gamma = 0\n",
      "v = 307058373.0421431 m / s > c, setting 1/gamma = 0\n",
      "v = 458324112.7465782 m / s > c, setting 1/gamma = 0\n",
      "v = 469520356.8577803 m / s > c, setting 1/gamma = 0\n",
      "v = 327099109.41818994 m / s > c, setting 1/gamma = 0\n",
      "v = 300091556.9569106 m / s > c, setting 1/gamma = 0\n",
      "v = 320966595.8652947 m / s > c, setting 1/gamma = 0\n",
      "v = 317161943.88399607 m / s > c, setting 1/gamma = 0\n",
      "v = 350007411.91004646 m / s > c, setting 1/gamma = 0\n",
      "v = 386383164.62693065 m / s > c, setting 1/gamma = 0\n",
      "v = 308482227.26571727 m / s > c, setting 1/gamma = 0\n",
      "v = 335520039.6015105 m / s > c, setting 1/gamma = 0\n",
      "v = 537388652.0421419 m / s > c, setting 1/gamma = 0\n",
      "v = 504275885.14783514 m / s > c, setting 1/gamma = 0\n",
      "v = 407475821.5359975 m / s > c, setting 1/gamma = 0\n",
      "v = 414579457.1670304 m / s > c, setting 1/gamma = 0\n",
      "v = 493209248.6048326 m / s > c, setting 1/gamma = 0\n",
      "v = 480232156.9695089 m / s > c, setting 1/gamma = 0\n",
      "v = 382415304.31417227 m / s > c, setting 1/gamma = 0\n",
      "v = 404034510.8977535 m / s > c, setting 1/gamma = 0\n",
      "v = 339850787.3313202 m / s > c, setting 1/gamma = 0\n",
      "v = 388204786.95534766 m / s > c, setting 1/gamma = 0\n",
      "v = 363432721.212376 m / s > c, setting 1/gamma = 0\n",
      "v = 407129999.26765704 m / s > c, setting 1/gamma = 0\n",
      "v = 325279890.709456 m / s > c, setting 1/gamma = 0\n",
      "v = 348271193.84469736 m / s > c, setting 1/gamma = 0\n",
      "v = 311963757.8928493 m / s > c, setting 1/gamma = 0\n",
      "v = 351796447.0860494 m / s > c, setting 1/gamma = 0\n",
      "v = 323843902.32609427 m / s > c, setting 1/gamma = 0\n",
      "v = 361960971.4934232 m / s > c, setting 1/gamma = 0\n",
      "v = 473591406.9474694 m / s > c, setting 1/gamma = 0\n",
      "v = 457226697.60116076 m / s > c, setting 1/gamma = 0\n",
      "v = 300351418.390359 m / s > c, setting 1/gamma = 0\n",
      "v = 322823049.5336487 m / s > c, setting 1/gamma = 0\n",
      "v = 377788327.16144466 m / s > c, setting 1/gamma = 0\n",
      "v = 421069120.8933775 m / s > c, setting 1/gamma = 0\n",
      "v = 354443950.3764751 m / s > c, setting 1/gamma = 0\n",
      "v = 375271292.3602406 m / s > c, setting 1/gamma = 0\n",
      "v = 318505732.879524 m / s > c, setting 1/gamma = 0\n",
      "v = 361212415.6470037 m / s > c, setting 1/gamma = 0\n",
      "v = 356635042.2627479 m / s > c, setting 1/gamma = 0\n",
      "v = 397890583.89920145 m / s > c, setting 1/gamma = 0\n",
      "v = 305626367.08205307 m / s > c, setting 1/gamma = 0\n",
      "v = 327909365.6938794 m / s > c, setting 1/gamma = 0\n",
      "v = 301016320.1495489 m / s > c, setting 1/gamma = 0\n",
      "v = 318885030.2940324 m / s > c, setting 1/gamma = 0\n",
      "v = 306877306.29991645 m / s > c, setting 1/gamma = 0\n",
      "v = 325698879.2285554 m / s > c, setting 1/gamma = 0\n",
      "v = 336406339.25979364 m / s > c, setting 1/gamma = 0\n",
      "v = 301191007.13195944 m / s > c, setting 1/gamma = 0\n",
      "v = 539339754.1994668 m / s > c, setting 1/gamma = 0\n",
      "v = 441668030.5162153 m / s > c, setting 1/gamma = 0\n",
      "v = 426212273.5447907 m / s > c, setting 1/gamma = 0\n",
      "v = 454014789.0810369 m / s > c, setting 1/gamma = 0\n",
      "v = 345526843.07612324 m / s > c, setting 1/gamma = 0\n",
      "v = 368568004.4059143 m / s > c, setting 1/gamma = 0\n",
      "v = 377981679.4318632 m / s > c, setting 1/gamma = 0\n",
      "v = 421645369.7795391 m / s > c, setting 1/gamma = 0\n",
      "v = 348511965.2625501 m / s > c, setting 1/gamma = 0\n",
      "v = 376664240.56772983 m / s > c, setting 1/gamma = 0\n",
      "v = 384353383.8657471 m / s > c, setting 1/gamma = 0\n",
      "v = 410737114.5155925 m / s > c, setting 1/gamma = 0\n",
      "v = 369726304.4164088 m / s > c, setting 1/gamma = 0\n",
      "v = 390533614.00756353 m / s > c, setting 1/gamma = 0\n",
      "v = 386864637.6632371 m / s > c, setting 1/gamma = 0\n",
      "v = 428803613.0542371 m / s > c, setting 1/gamma = 0\n",
      "v = 306219545.8596954 m / s > c, setting 1/gamma = 0\n",
      "v = 354280675.3545566 m / s > c, setting 1/gamma = 0\n",
      "v = 320182512.27470744 m / s > c, setting 1/gamma = 0\n",
      "v = 343679827.2271885 m / s > c, setting 1/gamma = 0\n",
      "v = 308578272.7634046 m / s > c, setting 1/gamma = 0\n",
      "v = 348329066.76402587 m / s > c, setting 1/gamma = 0\n",
      "v = 330593588.1157191 m / s > c, setting 1/gamma = 0\n",
      "v = 367446844.6304085 m / s > c, setting 1/gamma = 0\n",
      "v = 532797773.25941545 m / s > c, setting 1/gamma = 0\n",
      "v = 458025850.9511238 m / s > c, setting 1/gamma = 0\n",
      "v = 309164882.1279434 m / s > c, setting 1/gamma = 0\n",
      "v = 344773629.0185126 m / s > c, setting 1/gamma = 0\n",
      "v = 313571760.9849294 m / s > c, setting 1/gamma = 0\n",
      "v = 359947112.47133887 m / s > c, setting 1/gamma = 0\n",
      "v = 386478370.66704243 m / s > c, setting 1/gamma = 0\n",
      "v = 305375590.886879 m / s > c, setting 1/gamma = 0\n",
      "v = 300010007.5986095 m / s > c, setting 1/gamma = 0\n",
      "v = 334116290.9827026 m / s > c, setting 1/gamma = 0\n",
      "v = 306493901.14955467 m / s > c, setting 1/gamma = 0\n",
      "v = 327763628.7105265 m / s > c, setting 1/gamma = 0\n",
      "v = 348827405.947063 m / s > c, setting 1/gamma = 0\n",
      "v = 330618097.0057136 m / s > c, setting 1/gamma = 0\n",
      "v = 364566982.6106281 m / s > c, setting 1/gamma = 0\n",
      "v = 311142108.9986446 m / s > c, setting 1/gamma = 0\n",
      "v = 346472473.4589274 m / s > c, setting 1/gamma = 0\n",
      "v = 321619261.286599 m / s > c, setting 1/gamma = 0\n",
      "v = 350392490.4793169 m / s > c, setting 1/gamma = 0\n",
      "v = 332435264.07729566 m / s > c, setting 1/gamma = 0\n",
      "v = 348742102.5272394 m / s > c, setting 1/gamma = 0\n",
      "v = 309825800.8993113 m / s > c, setting 1/gamma = 0\n",
      "v = 351623798.6232651 m / s > c, setting 1/gamma = 0\n",
      "v = 450473595.18428165 m / s > c, setting 1/gamma = 0\n",
      "v = 461473468.2254577 m / s > c, setting 1/gamma = 0\n",
      "v = 317176519.53941584 m / s > c, setting 1/gamma = 0\n",
      "v = 338809540.1195805 m / s > c, setting 1/gamma = 0\n",
      "v = 301201010.51272434 m / s > c, setting 1/gamma = 0\n",
      "v = 334871442.6086687 m / s > c, setting 1/gamma = 0\n",
      "v = 312066006.0982821 m / s > c, setting 1/gamma = 0\n",
      "v = 582461747.3380063 m / s > c, setting 1/gamma = 0\n",
      "v = 475218168.45768714 m / s > c, setting 1/gamma = 0\n",
      "v = 299940669.7146582 m / s > c, setting 1/gamma = 0\n",
      "v = 328256616.85658437 m / s > c, setting 1/gamma = 0\n",
      "v = 463877416.2972746 m / s > c, setting 1/gamma = 0\n",
      "v = 471674187.04263335 m / s > c, setting 1/gamma = 0\n",
      "v = 316672227.9157603 m / s > c, setting 1/gamma = 0\n",
      "v = 353782781.48908514 m / s > c, setting 1/gamma = 0\n",
      "v = 307096385.30770046 m / s > c, setting 1/gamma = 0\n",
      "v = 437253240.64943445 m / s > c, setting 1/gamma = 0\n",
      "v = 451944418.460767 m / s > c, setting 1/gamma = 0\n",
      "v = 326550314.9032727 m / s > c, setting 1/gamma = 0\n",
      "v = 347841004.74888355 m / s > c, setting 1/gamma = 0\n",
      "v = 299998435.58120143 m / s > c, setting 1/gamma = 0\n",
      "v = 333667985.0174955 m / s > c, setting 1/gamma = 0\n",
      "v = 321700628.18457913 m / s > c, setting 1/gamma = 0\n",
      "v = 355285717.3964947 m / s > c, setting 1/gamma = 0\n",
      "v = 437014775.15077806 m / s > c, setting 1/gamma = 0\n",
      "v = 434872645.2015769 m / s > c, setting 1/gamma = 0\n",
      "v = 300685735.19416994 m / s > c, setting 1/gamma = 0\n",
      "v = 383647917.4329589 m / s > c, setting 1/gamma = 0\n",
      "v = 404986931.70720774 m / s > c, setting 1/gamma = 0\n",
      "v = 348254352.7306298 m / s > c, setting 1/gamma = 0\n",
      "v = 369906493.1558132 m / s > c, setting 1/gamma = 0\n",
      "v = 302792827.80743164 m / s > c, setting 1/gamma = 0\n",
      "v = 339972617.95407796 m / s > c, setting 1/gamma = 0\n",
      "v = 348846654.8274713 m / s > c, setting 1/gamma = 0\n",
      "v = 388571539.5336209 m / s > c, setting 1/gamma = 0\n",
      "v = 317226485.420033 m / s > c, setting 1/gamma = 0\n",
      "v = 347803667.30788624 m / s > c, setting 1/gamma = 0\n",
      "v = 303801431.5595482 m / s > c, setting 1/gamma = 0\n",
      "v = 323749821.3748495 m / s > c, setting 1/gamma = 0\n",
      "v = 316424105.58873636 m / s > c, setting 1/gamma = 0\n",
      "v = 613962415.0134156 m / s > c, setting 1/gamma = 0\n",
      "v = 498167886.9658172 m / s > c, setting 1/gamma = 0\n",
      "v = 305236027.56784075 m / s > c, setting 1/gamma = 0\n",
      "v = 342436479.02211535 m / s > c, setting 1/gamma = 0\n",
      "v = 375601721.6214155 m / s > c, setting 1/gamma = 0\n",
      "v = 342577354.55354387 m / s > c, setting 1/gamma = 0\n",
      "v = 377307843.8127886 m / s > c, setting 1/gamma = 0\n",
      "v = 331768952.24089444 m / s > c, setting 1/gamma = 0\n",
      "v = 379692407.79167813 m / s > c, setting 1/gamma = 0\n",
      "v = 312000994.1420667 m / s > c, setting 1/gamma = 0\n",
      "v = 336378831.358268 m / s > c, setting 1/gamma = 0\n",
      "v = 314878530.7855545 m / s > c, setting 1/gamma = 0\n",
      "v = 354602144.0724639 m / s > c, setting 1/gamma = 0\n",
      "v = 317123438.5170523 m / s > c, setting 1/gamma = 0\n",
      "v = 353612399.71175486 m / s > c, setting 1/gamma = 0\n",
      "v = 322805473.72569966 m / s > c, setting 1/gamma = 0\n",
      "v = 332188695.4260924 m / s > c, setting 1/gamma = 0\n",
      "v = 371365409.880841 m / s > c, setting 1/gamma = 0\n",
      "v = 308271263.8500935 m / s > c, setting 1/gamma = 0\n",
      "v = 379291007.33311933 m / s > c, setting 1/gamma = 0\n",
      "v = 408510576.6046296 m / s > c, setting 1/gamma = 0\n",
      "v = 306118722.67060566 m / s > c, setting 1/gamma = 0\n",
      "v = 331987177.57618976 m / s > c, setting 1/gamma = 0\n",
      "v = 323958291.99518883 m / s > c, setting 1/gamma = 0\n",
      "v = 380663304.8004889 m / s > c, setting 1/gamma = 0\n",
      "v = 307514953.56172365 m / s > c, setting 1/gamma = 0\n",
      "v = 344744099.9551542 m / s > c, setting 1/gamma = 0\n",
      "v = 376445477.14557445 m / s > c, setting 1/gamma = 0\n",
      "v = 301663232.2274489 m / s > c, setting 1/gamma = 0\n",
      "v = 392798555.76442903 m / s > c, setting 1/gamma = 0\n",
      "v = 439726633.6202163 m / s > c, setting 1/gamma = 0\n",
      "v = 327714256.4685489 m / s > c, setting 1/gamma = 0\n",
      "v = 383900718.64990234 m / s > c, setting 1/gamma = 0\n",
      "v = 413228406.5792563 m / s > c, setting 1/gamma = 0\n",
      "v = 372638316.8773781 m / s > c, setting 1/gamma = 0\n",
      "v = 415679022.09944427 m / s > c, setting 1/gamma = 0\n",
      "v = 380504828.3211231 m / s > c, setting 1/gamma = 0\n",
      "v = 414771457.21726835 m / s > c, setting 1/gamma = 0\n",
      "v = 321773346.3732106 m / s > c, setting 1/gamma = 0\n",
      "v = 371420312.39020175 m / s > c, setting 1/gamma = 0\n",
      "v = 399125148.91087663 m / s > c, setting 1/gamma = 0\n",
      "v = 315446128.76379263 m / s > c, setting 1/gamma = 0\n",
      "v = 337049745.5085941 m / s > c, setting 1/gamma = 0\n",
      "v = 318242154.24624467 m / s > c, setting 1/gamma = 0\n",
      "v = 368026240.60365933 m / s > c, setting 1/gamma = 0\n",
      "v = 404370991.9115582 m / s > c, setting 1/gamma = 0\n",
      "v = 440859011.9771003 m / s > c, setting 1/gamma = 0\n",
      "v = 300513934.87680066 m / s > c, setting 1/gamma = 0\n",
      "v = 325330724.83230853 m / s > c, setting 1/gamma = 0\n",
      "v = 323520109.43620026 m / s > c, setting 1/gamma = 0\n",
      "v = 322192933.6379418 m / s > c, setting 1/gamma = 0\n",
      "v = 625735978.2670394 m / s > c, setting 1/gamma = 0\n",
      "v = 509566390.52628267 m / s > c, setting 1/gamma = 0\n",
      "v = 373482202.9362609 m / s > c, setting 1/gamma = 0\n",
      "v = 405575576.95449066 m / s > c, setting 1/gamma = 0\n",
      "v = 337231810.4281239 m / s > c, setting 1/gamma = 0\n",
      "v = 366153917.3756337 m / s > c, setting 1/gamma = 0\n",
      "v = 304282965.8498415 m / s > c, setting 1/gamma = 0\n",
      "v = 352161298.52222806 m / s > c, setting 1/gamma = 0\n",
      "v = 471509183.4476869 m / s > c, setting 1/gamma = 0\n",
      "v = 479765944.4821382 m / s > c, setting 1/gamma = 0\n",
      "v = 309856244.899693 m / s > c, setting 1/gamma = 0\n",
      "v = 306077984.51356584 m / s > c, setting 1/gamma = 0\n",
      "v = 341410372.27117294 m / s > c, setting 1/gamma = 0\n",
      "v = 304849384.3452759 m / s > c, setting 1/gamma = 0\n",
      "v = 381778531.6421315 m / s > c, setting 1/gamma = 0\n",
      "v = 414037998.06681854 m / s > c, setting 1/gamma = 0\n",
      "v = 331065679.9067132 m / s > c, setting 1/gamma = 0\n",
      "v = 356747785.4093631 m / s > c, setting 1/gamma = 0\n",
      "v = 486138784.0860803 m / s > c, setting 1/gamma = 0\n",
      "v = 499510606.5542229 m / s > c, setting 1/gamma = 0\n",
      "v = 342671601.74062353 m / s > c, setting 1/gamma = 0\n",
      "v = 372462925.18911964 m / s > c, setting 1/gamma = 0\n",
      "v = 327453305.1628312 m / s > c, setting 1/gamma = 0\n",
      "v = 378543142.39831156 m / s > c, setting 1/gamma = 0\n",
      "v = 386699214.923746 m / s > c, setting 1/gamma = 0\n",
      "v = 429394548.14301074 m / s > c, setting 1/gamma = 0\n",
      "v = 340352372.3934537 m / s > c, setting 1/gamma = 0\n",
      "v = 362899802.6405771 m / s > c, setting 1/gamma = 0\n",
      "v = 338098572.52593404 m / s > c, setting 1/gamma = 0\n",
      "v = 386138905.4616629 m / s > c, setting 1/gamma = 0\n",
      "v = 360537012.553948 m / s > c, setting 1/gamma = 0\n",
      "v = 386253804.37589943 m / s > c, setting 1/gamma = 0\n",
      "v = 307983360.5392214 m / s > c, setting 1/gamma = 0\n",
      "v = 301026224.6646759 m / s > c, setting 1/gamma = 0\n",
      "v = 345716056.7091087 m / s > c, setting 1/gamma = 0\n",
      "v = 330062615.7053786 m / s > c, setting 1/gamma = 0\n",
      "v = 373413291.3256154 m / s > c, setting 1/gamma = 0\n",
      "v = 300634660.7731608 m / s > c, setting 1/gamma = 0\n",
      "v = 322236258.8364123 m / s > c, setting 1/gamma = 0\n",
      "v = 326199206.6761603 m / s > c, setting 1/gamma = 0\n",
      "v = 381509107.73759204 m / s > c, setting 1/gamma = 0\n",
      "v = 413158846.4048239 m / s > c, setting 1/gamma = 0\n",
      "v = 311113411.7127677 m / s > c, setting 1/gamma = 0\n",
      "v = 347342767.83034354 m / s > c, setting 1/gamma = 0\n",
      "v = 389920594.45151705 m / s > c, setting 1/gamma = 0\n",
      "v = 311148757.5024229 m / s > c, setting 1/gamma = 0\n",
      "v = 332273410.8889818 m / s > c, setting 1/gamma = 0\n",
      "v = 310389129.5044494 m / s > c, setting 1/gamma = 0\n",
      "v = 341421099.38072276 m / s > c, setting 1/gamma = 0\n",
      "v = 309935998.4958467 m / s > c, setting 1/gamma = 0\n",
      "v = 356464147.75466585 m / s > c, setting 1/gamma = 0\n",
      "v = 384751763.13249 m / s > c, setting 1/gamma = 0\n",
      "v = 303516757.62795365 m / s > c, setting 1/gamma = 0\n",
      "v = 321690772.90592116 m / s > c, setting 1/gamma = 0\n",
      "v = 367733327.03831863 m / s > c, setting 1/gamma = 0\n",
      "v = 404461807.3749594 m / s > c, setting 1/gamma = 0\n",
      "v = 307108837.6075303 m / s > c, setting 1/gamma = 0\n",
      "v = 327998981.5514325 m / s > c, setting 1/gamma = 0\n",
      "v = 376227439.0446711 m / s > c, setting 1/gamma = 0\n",
      "v = 416092274.2246618 m / s > c, setting 1/gamma = 0\n",
      "v = 387007819.8459838 m / s > c, setting 1/gamma = 0\n",
      "v = 399733740.91265243 m / s > c, setting 1/gamma = 0\n",
      "v = 308317401.08154523 m / s > c, setting 1/gamma = 0\n",
      "v = 318137765.6764181 m / s > c, setting 1/gamma = 0\n",
      "v = 354256738.05702645 m / s > c, setting 1/gamma = 0\n",
      "v = 423217657.88308394 m / s > c, setting 1/gamma = 0\n",
      "v = 422934107.9499785 m / s > c, setting 1/gamma = 0\n",
      "v = 341809880.2126437 m / s > c, setting 1/gamma = 0\n",
      "v = 384745254.3647093 m / s > c, setting 1/gamma = 0\n",
      "v = 416324793.7001197 m / s > c, setting 1/gamma = 0\n",
      "v = 432329039.15182316 m / s > c, setting 1/gamma = 0\n",
      "v = 330467716.9051669 m / s > c, setting 1/gamma = 0\n",
      "v = 349882706.21570694 m / s > c, setting 1/gamma = 0\n",
      "v = 329817168.04276085 m / s > c, setting 1/gamma = 0\n",
      "v = 379975626.53519356 m / s > c, setting 1/gamma = 0\n",
      "v = 401163612.3730112 m / s > c, setting 1/gamma = 0\n",
      "v = 440511752.61044425 m / s > c, setting 1/gamma = 0\n",
      "v = 314018429.97434413 m / s > c, setting 1/gamma = 0\n",
      "v = 306171676.0273244 m / s > c, setting 1/gamma = 0\n",
      "v = 340328684.57151544 m / s > c, setting 1/gamma = 0\n",
      "v = 302136374.3779587 m / s > c, setting 1/gamma = 0\n",
      "v = 309324268.4379924 m / s > c, setting 1/gamma = 0\n",
      "v = 391406037.30705875 m / s > c, setting 1/gamma = 0\n",
      "v = 409739489.87439275 m / s > c, setting 1/gamma = 0\n",
      "v = 307063656.9526009 m / s > c, setting 1/gamma = 0\n",
      "v = 324756011.88278395 m / s > c, setting 1/gamma = 0\n",
      "v = 410060688.8000755 m / s > c, setting 1/gamma = 0\n",
      "v = 425413523.0836921 m / s > c, setting 1/gamma = 0\n",
      "v = 327178771.0066216 m / s > c, setting 1/gamma = 0\n",
      "v = 346622213.7385688 m / s > c, setting 1/gamma = 0\n",
      "v = 330063344.74823904 m / s > c, setting 1/gamma = 0\n",
      "v = 371863153.4924991 m / s > c, setting 1/gamma = 0\n",
      "v = 352285025.80470484 m / s > c, setting 1/gamma = 0\n",
      "v = 384302456.29129386 m / s > c, setting 1/gamma = 0\n",
      "v = 319690223.964937 m / s > c, setting 1/gamma = 0\n",
      "v = 330550355.4688174 m / s > c, setting 1/gamma = 0\n",
      "v = 372118274.4814651 m / s > c, setting 1/gamma = 0\n",
      "v = 390620635.0168261 m / s > c, setting 1/gamma = 0\n",
      "v = 424540372.4031313 m / s > c, setting 1/gamma = 0\n",
      "v = 328961211.07450837 m / s > c, setting 1/gamma = 0\n",
      "v = 347909745.1171489 m / s > c, setting 1/gamma = 0\n",
      "v = 311284970.6720108 m / s > c, setting 1/gamma = 0\n",
      "v = 342142353.67703205 m / s > c, setting 1/gamma = 0\n",
      "v = 332857417.81786966 m / s > c, setting 1/gamma = 0\n",
      "v = 368330043.8449208 m / s > c, setting 1/gamma = 0\n",
      "v = 425764047.7454922 m / s > c, setting 1/gamma = 0\n",
      "v = 451006298.4402574 m / s > c, setting 1/gamma = 0\n",
      "v = 302483335.83668315 m / s > c, setting 1/gamma = 0\n",
      "v = 301237490.7243787 m / s > c, setting 1/gamma = 0\n",
      "v = 334474194.7370086 m / s > c, setting 1/gamma = 0\n",
      "v = 360845927.63985986 m / s > c, setting 1/gamma = 0\n",
      "v = 395481142.9054152 m / s > c, setting 1/gamma = 0\n",
      "v = 309419175.3983748 m / s > c, setting 1/gamma = 0\n",
      "v = 333374719.84119785 m / s > c, setting 1/gamma = 0\n",
      "v = 329912412.53430206 m / s > c, setting 1/gamma = 0\n",
      "v = 383858810.57367545 m / s > c, setting 1/gamma = 0\n",
      "v = 309163739.2141749 m / s > c, setting 1/gamma = 0\n",
      "v = 325762737.5865232 m / s > c, setting 1/gamma = 0\n",
      "v = 355587365.425934 m / s > c, setting 1/gamma = 0\n",
      "v = 312094510.37792337 m / s > c, setting 1/gamma = 0\n",
      "v = 352872073.09436464 m / s > c, setting 1/gamma = 0\n",
      "v = 312682625.616304 m / s > c, setting 1/gamma = 0\n",
      "v = 320661731.6312096 m / s > c, setting 1/gamma = 0\n",
      "v = 330678311.2405608 m / s > c, setting 1/gamma = 0\n",
      "v = 382278340.17297775 m / s > c, setting 1/gamma = 0\n",
      "v = 353744468.18999696 m / s > c, setting 1/gamma = 0\n",
      "v = 407603939.00752896 m / s > c, setting 1/gamma = 0\n",
      "v = 344707970.3004001 m / s > c, setting 1/gamma = 0\n",
      "v = 371852316.05261827 m / s > c, setting 1/gamma = 0\n",
      "v = 331696220.5832499 m / s > c, setting 1/gamma = 0\n",
      "v = 377625130.56536454 m / s > c, setting 1/gamma = 0\n",
      "v = 412490765.30010945 m / s > c, setting 1/gamma = 0\n",
      "v = 339927487.8591542 m / s > c, setting 1/gamma = 0\n",
      "v = 365679775.1365767 m / s > c, setting 1/gamma = 0\n",
      "v = 526065898.5445079 m / s > c, setting 1/gamma = 0\n",
      "v = 504364472.7549856 m / s > c, setting 1/gamma = 0\n",
      "v = 301116862.26322865 m / s > c, setting 1/gamma = 0\n",
      "v = 339588726.97296983 m / s > c, setting 1/gamma = 0\n",
      "v = 360968431.1384526 m / s > c, setting 1/gamma = 0\n",
      "v = 382612511.54994136 m / s > c, setting 1/gamma = 0\n",
      "v = 431132688.6200854 m / s > c, setting 1/gamma = 0\n",
      "v = 382474530.523852 m / s > c, setting 1/gamma = 0\n",
      "v = 407440503.2840203 m / s > c, setting 1/gamma = 0\n",
      "v = 317209467.41989213 m / s > c, setting 1/gamma = 0\n",
      "v = 655962760.3748108 m / s > c, setting 1/gamma = 0\n",
      "v = 535201440.6626299 m / s > c, setting 1/gamma = 0\n",
      "v = 332014923.361982 m / s > c, setting 1/gamma = 0\n",
      "v = 369894235.089353 m / s > c, setting 1/gamma = 0\n",
      "v = 390169060.6796695 m / s > c, setting 1/gamma = 0\n",
      "v = 437397538.9066226 m / s > c, setting 1/gamma = 0\n",
      "v = 340079487.06427556 m / s > c, setting 1/gamma = 0\n",
      "v = 311692410.66789937 m / s > c, setting 1/gamma = 0\n",
      "v = 335813717.6009778 m / s > c, setting 1/gamma = 0\n",
      "v = 311405265.7777591 m / s > c, setting 1/gamma = 0\n",
      "v = 348580435.11647564 m / s > c, setting 1/gamma = 0\n",
      "v = 315216133.2057898 m / s > c, setting 1/gamma = 0\n",
      "v = 378591296.9407838 m / s > c, setting 1/gamma = 0\n",
      "v = 400180568.35937315 m / s > c, setting 1/gamma = 0\n",
      "v = 362528756.6138736 m / s > c, setting 1/gamma = 0\n",
      "v = 403024098.6648992 m / s > c, setting 1/gamma = 0\n",
      "v = 314629808.60824615 m / s > c, setting 1/gamma = 0\n",
      "v = 346384796.2647829 m / s > c, setting 1/gamma = 0\n",
      "v = 312637476.77605027 m / s > c, setting 1/gamma = 0\n",
      "v = 349200304.9198375 m / s > c, setting 1/gamma = 0\n",
      "v = 338575383.9451906 m / s > c, setting 1/gamma = 0\n",
      "v = 348325998.70375186 m / s > c, setting 1/gamma = 0\n",
      "v = 382937078.93481565 m / s > c, setting 1/gamma = 0\n",
      "v = 310149584.99778897 m / s > c, setting 1/gamma = 0\n",
      "v = 357944207.808095 m / s > c, setting 1/gamma = 0\n",
      "v = 393198300.39204144 m / s > c, setting 1/gamma = 0\n",
      "v = 431998535.7379864 m / s > c, setting 1/gamma = 0\n",
      "v = 300052337.3775399 m / s > c, setting 1/gamma = 0\n",
      "v = 325920374.7110633 m / s > c, setting 1/gamma = 0\n",
      "v = 502687975.90041184 m / s > c, setting 1/gamma = 0\n",
      "v = 504735151.7289956 m / s > c, setting 1/gamma = 0\n",
      "v = 355344402.5324596 m / s > c, setting 1/gamma = 0\n",
      "v = 411976589.5389334 m / s > c, setting 1/gamma = 0\n",
      "v = 306104102.750882 m / s > c, setting 1/gamma = 0\n",
      "v = 351204291.7618346 m / s > c, setting 1/gamma = 0\n",
      "v = 358434316.10346276 m / s > c, setting 1/gamma = 0\n",
      "v = 386157830.2824657 m / s > c, setting 1/gamma = 0\n",
      "v = 318891464.68763536 m / s > c, setting 1/gamma = 0\n",
      "v = 358074082.030717 m / s > c, setting 1/gamma = 0\n",
      "v = 318334351.2193448 m / s > c, setting 1/gamma = 0\n",
      "v = 371812199.35361904 m / s > c, setting 1/gamma = 0\n",
      "v = 486866776.8769558 m / s > c, setting 1/gamma = 0\n",
      "v = 498422428.8645497 m / s > c, setting 1/gamma = 0\n",
      "v = 334233859.75079256 m / s > c, setting 1/gamma = 0\n",
      "v = 371244419.3200873 m / s > c, setting 1/gamma = 0\n",
      "v = 454349921.0492593 m / s > c, setting 1/gamma = 0\n",
      "v = 492224029.39883244 m / s > c, setting 1/gamma = 0\n",
      "v = 307272673.1009063 m / s > c, setting 1/gamma = 0\n",
      "v = 350481072.6823611 m / s > c, setting 1/gamma = 0\n",
      "v = 323873060.1199796 m / s > c, setting 1/gamma = 0\n",
      "v = 376979357.00079775 m / s > c, setting 1/gamma = 0\n",
      "v = 414972257.1668902 m / s > c, setting 1/gamma = 0\n",
      "v = 459916564.2572272 m / s > c, setting 1/gamma = 0\n",
      "v = 360433147.633404 m / s > c, setting 1/gamma = 0\n",
      "v = 385792248.71574736 m / s > c, setting 1/gamma = 0\n",
      "v = 414277689.2656563 m / s > c, setting 1/gamma = 0\n",
      "v = 451834183.14378816 m / s > c, setting 1/gamma = 0\n",
      "v = 320993578.23116654 m / s > c, setting 1/gamma = 0\n",
      "v = 300366958.2879186 m / s > c, setting 1/gamma = 0\n",
      "v = 348275806.7899991 m / s > c, setting 1/gamma = 0\n",
      "v = 387922719.78150576 m / s > c, setting 1/gamma = 0\n",
      "v = 351743706.6094653 m / s > c, setting 1/gamma = 0\n",
      "v = 387742416.5354409 m / s > c, setting 1/gamma = 0\n",
      "v = 408359912.7901764 m / s > c, setting 1/gamma = 0\n",
      "v = 455877447.9212415 m / s > c, setting 1/gamma = 0\n",
      "v = 327749263.12878513 m / s > c, setting 1/gamma = 0\n",
      "v = 380134099.4642598 m / s > c, setting 1/gamma = 0\n",
      "v = 313990686.5602656 m / s > c, setting 1/gamma = 0\n",
      "v = 340483968.6715333 m / s > c, setting 1/gamma = 0\n",
      "v = 351507936.77926433 m / s > c, setting 1/gamma = 0\n",
      "v = 388343555.35113627 m / s > c, setting 1/gamma = 0\n",
      "v = 302436276.97789747 m / s > c, setting 1/gamma = 0\n",
      "v = 345390883.5149684 m / s > c, setting 1/gamma = 0\n",
      "v = 306269027.174809 m / s > c, setting 1/gamma = 0\n",
      "v = 414141845.04603255 m / s > c, setting 1/gamma = 0\n",
      "v = 448943071.7180697 m / s > c, setting 1/gamma = 0\n",
      "v = 322655959.3192694 m / s > c, setting 1/gamma = 0\n",
      "v = 345803411.48110056 m / s > c, setting 1/gamma = 0\n",
      "v = 479079124.0665944 m / s > c, setting 1/gamma = 0\n",
      "v = 486931229.67130893 m / s > c, setting 1/gamma = 0\n",
      "v = 317972157.3646746 m / s > c, setting 1/gamma = 0\n",
      "v = 356903783.66934 m / s > c, setting 1/gamma = 0\n",
      "v = 313088078.0544759 m / s > c, setting 1/gamma = 0\n",
      "v = 335932994.63705254 m / s > c, setting 1/gamma = 0\n",
      "v = 382156558.3226721 m / s > c, setting 1/gamma = 0\n",
      "v = 413432838.93796974 m / s > c, setting 1/gamma = 0\n",
      "v = 361180698.7808866 m / s > c, setting 1/gamma = 0\n",
      "v = 387351742.9120374 m / s > c, setting 1/gamma = 0\n",
      "v = 413165959.46354336 m / s > c, setting 1/gamma = 0\n",
      "v = 453989576.72613204 m / s > c, setting 1/gamma = 0\n",
      "v = 300440935.82146966 m / s > c, setting 1/gamma = 0\n",
      "v = 323916255.13773793 m / s > c, setting 1/gamma = 0\n",
      "v = 305745568.25526255 m / s > c, setting 1/gamma = 0\n",
      "v = 317670636.98617744 m / s > c, setting 1/gamma = 0\n",
      "v = 373322381.147069 m / s > c, setting 1/gamma = 0\n",
      "v = 354864736.31107837 m / s > c, setting 1/gamma = 0\n",
      "v = 380458053.2864267 m / s > c, setting 1/gamma = 0\n",
      "v = 316634827.6867589 m / s > c, setting 1/gamma = 0\n",
      "v = 351948299.799112 m / s > c, setting 1/gamma = 0\n",
      "v = 323023302.4627457 m / s > c, setting 1/gamma = 0\n",
      "v = 342320137.66596043 m / s > c, setting 1/gamma = 0\n",
      "v = 301899350.8832458 m / s > c, setting 1/gamma = 0\n",
      "v = 328297474.2510195 m / s > c, setting 1/gamma = 0\n",
      "v = 325115873.4464448 m / s > c, setting 1/gamma = 0\n",
      "v = 346480597.068805 m / s > c, setting 1/gamma = 0\n",
      "v = 301675202.83422035 m / s > c, setting 1/gamma = 0\n",
      "v = 332019093.09603065 m / s > c, setting 1/gamma = 0\n",
      "v = 320899431.62364817 m / s > c, setting 1/gamma = 0\n",
      "v = 350740613.21064514 m / s > c, setting 1/gamma = 0\n",
      "v = 364383382.6854298 m / s > c, setting 1/gamma = 0\n",
      "v = 388934072.493102 m / s > c, setting 1/gamma = 0\n",
      "v = 327126677.57471454 m / s > c, setting 1/gamma = 0\n",
      "v = 356958879.2723746 m / s > c, setting 1/gamma = 0\n",
      "v = 320362700.88072824 m / s > c, setting 1/gamma = 0\n",
      "v = 355226658.5601922 m / s > c, setting 1/gamma = 0\n",
      "v = 396959308.5294651 m / s > c, setting 1/gamma = 0\n",
      "v = 429351198.8987739 m / s > c, setting 1/gamma = 0\n",
      "v = 308458192.3032738 m / s > c, setting 1/gamma = 0\n",
      "v = 330001679.75713694 m / s > c, setting 1/gamma = 0\n",
      "v = 369609599.3751123 m / s > c, setting 1/gamma = 0\n",
      "v = 414802285.81284344 m / s > c, setting 1/gamma = 0\n",
      "v = 325245802.8584969 m / s > c, setting 1/gamma = 0\n",
      "v = 349152668.2089986 m / s > c, setting 1/gamma = 0\n",
      "v = 330416950.39238095 m / s > c, setting 1/gamma = 0\n",
      "v = 356694981.0315839 m / s > c, setting 1/gamma = 0\n",
      "v = 314449143.3138515 m / s > c, setting 1/gamma = 0\n",
      "v = 321189180.72022796 m / s > c, setting 1/gamma = 0\n",
      "v = 304734331.109097 m / s > c, setting 1/gamma = 0\n",
      "v = 375782405.71276516 m / s > c, setting 1/gamma = 0\n",
      "v = 809287241.1787928 m / s > c, setting 1/gamma = 0\n",
      "v = 667224226.5857081 m / s > c, setting 1/gamma = 0\n",
      "v = 347397633.5575547 m / s > c, setting 1/gamma = 0\n",
      "v = 371712250.405017 m / s > c, setting 1/gamma = 0\n",
      "v = 343422300.75766593 m / s > c, setting 1/gamma = 0\n",
      "v = 379588388.5224271 m / s > c, setting 1/gamma = 0\n",
      "v = 305495210.1201974 m / s > c, setting 1/gamma = 0\n",
      "v = 346547235.4688756 m / s > c, setting 1/gamma = 0\n",
      "v = 310220078.66101635 m / s > c, setting 1/gamma = 0\n",
      "v = 369277439.0812334 m / s > c, setting 1/gamma = 0\n",
      "v = 410623240.5204586 m / s > c, setting 1/gamma = 0\n",
      "v = 311266822.99680537 m / s > c, setting 1/gamma = 0\n",
      "v = 336522436.0250799 m / s > c, setting 1/gamma = 0\n",
      "v = 369976996.1644765 m / s > c, setting 1/gamma = 0\n",
      "v = 424257420.73829323 m / s > c, setting 1/gamma = 0\n",
      "v = 359415793.99379724 m / s > c, setting 1/gamma = 0\n",
      "v = 384070819.53144896 m / s > c, setting 1/gamma = 0\n",
      "v = 394013208.59061337 m / s > c, setting 1/gamma = 0\n",
      "v = 437767446.9306207 m / s > c, setting 1/gamma = 0\n",
      "v = 300409029.3670802 m / s > c, setting 1/gamma = 0\n",
      "v = 316912157.82152355 m / s > c, setting 1/gamma = 0\n",
      "v = 336322561.0143192 m / s > c, setting 1/gamma = 0\n",
      "v = 463598603.0731575 m / s > c, setting 1/gamma = 0\n",
      "v = 470481487.52482194 m / s > c, setting 1/gamma = 0\n",
      "v = 357901041.4125125 m / s > c, setting 1/gamma = 0\n",
      "v = 378733602.5843499 m / s > c, setting 1/gamma = 0\n",
      "v = 307648272.335881 m / s > c, setting 1/gamma = 0\n",
      "v = 337866242.50366694 m / s > c, setting 1/gamma = 0\n",
      "v = 319295696.0566879 m / s > c, setting 1/gamma = 0\n",
      "v = 346180626.3256088 m / s > c, setting 1/gamma = 0\n",
      "v = 375967456.250138 m / s > c, setting 1/gamma = 0\n",
      "v = 309765916.70125026 m / s > c, setting 1/gamma = 0\n",
      "v = 329300778.68902797 m / s > c, setting 1/gamma = 0\n",
      "v = 367480084.62552387 m / s > c, setting 1/gamma = 0\n",
      "v = 318437925.9824353 m / s > c, setting 1/gamma = 0\n",
      "v = 345274707.7423761 m / s > c, setting 1/gamma = 0\n",
      "v = 430811924.5449897 m / s > c, setting 1/gamma = 0\n",
      "v = 449104274.0828027 m / s > c, setting 1/gamma = 0\n",
      "v = 345461286.85809475 m / s > c, setting 1/gamma = 0\n",
      "v = 372003997.6432246 m / s > c, setting 1/gamma = 0\n",
      "v = 357283834.7918797 m / s > c, setting 1/gamma = 0\n",
      "v = 406619311.33785474 m / s > c, setting 1/gamma = 0\n",
      "v = 301678264.738958 m / s > c, setting 1/gamma = 0\n",
      "v = 337283111.99439687 m / s > c, setting 1/gamma = 0\n",
      "v = 327203529.6722938 m / s > c, setting 1/gamma = 0\n",
      "v = 345704631.01719266 m / s > c, setting 1/gamma = 0\n",
      "v = 327340340.1565277 m / s > c, setting 1/gamma = 0\n",
      "v = 418146668.14546555 m / s > c, setting 1/gamma = 0\n",
      "v = 449560664.49850744 m / s > c, setting 1/gamma = 0\n",
      "v = 341728936.39882225 m / s > c, setting 1/gamma = 0\n",
      "v = 359683811.56256074 m / s > c, setting 1/gamma = 0\n",
      "v = 316726458.43894905 m / s > c, setting 1/gamma = 0\n",
      "v = 322264015.6552272 m / s > c, setting 1/gamma = 0\n",
      "v = 346710559.9730783 m / s > c, setting 1/gamma = 0\n",
      "v = 375690065.2800887 m / s > c, setting 1/gamma = 0\n",
      "v = 319670331.6124879 m / s > c, setting 1/gamma = 0\n",
      "v = 315692670.8149561 m / s > c, setting 1/gamma = 0\n",
      "v = 309597115.76697254 m / s > c, setting 1/gamma = 0\n",
      "v = 319341061.22905487 m / s > c, setting 1/gamma = 0\n",
      "v = 393692556.3217889 m / s > c, setting 1/gamma = 0\n",
      "v = 422404900.33826864 m / s > c, setting 1/gamma = 0\n",
      "v = 389495218.07620704 m / s > c, setting 1/gamma = 0\n",
      "v = 404780155.35874844 m / s > c, setting 1/gamma = 0\n",
      "v = 315727545.05448145 m / s > c, setting 1/gamma = 0\n",
      "v = 362747986.06802475 m / s > c, setting 1/gamma = 0\n",
      "v = 327418080.4294396 m / s > c, setting 1/gamma = 0\n",
      "v = 668201868.4088305 m / s > c, setting 1/gamma = 0\n",
      "v = 543545093.3037745 m / s > c, setting 1/gamma = 0\n",
      "v = 329097657.31536067 m / s > c, setting 1/gamma = 0\n",
      "v = 353778579.52035725 m / s > c, setting 1/gamma = 0\n",
      "v = 327509874.4977124 m / s > c, setting 1/gamma = 0\n",
      "v = 384516708.529422 m / s > c, setting 1/gamma = 0\n",
      "v = 305886806.8510504 m / s > c, setting 1/gamma = 0\n",
      "v = 348991157.3986506 m / s > c, setting 1/gamma = 0\n",
      "v = 310719438.8966166 m / s > c, setting 1/gamma = 0\n",
      "v = 345293208.501668 m / s > c, setting 1/gamma = 0\n",
      "v = 375294434.56263435 m / s > c, setting 1/gamma = 0\n",
      "v = 320924033.6918792 m / s > c, setting 1/gamma = 0\n",
      "v = 369113019.09934044 m / s > c, setting 1/gamma = 0\n",
      "v = 304485940.1689808 m / s > c, setting 1/gamma = 0\n",
      "v = 330591761.4328634 m / s > c, setting 1/gamma = 0\n",
      "v = 346355901.354383 m / s > c, setting 1/gamma = 0\n",
      "v = 403182394.47331405 m / s > c, setting 1/gamma = 0\n",
      "v = 385203904.8352425 m / s > c, setting 1/gamma = 0\n",
      "v = 434137250.0031187 m / s > c, setting 1/gamma = 0\n",
      "v = 333695784.75987947 m / s > c, setting 1/gamma = 0\n",
      "v = 383425189.5737315 m / s > c, setting 1/gamma = 0\n",
      "v = 305113823.26381916 m / s > c, setting 1/gamma = 0\n",
      "v = 330425882.35424733 m / s > c, setting 1/gamma = 0\n",
      "v = 320711907.8968349 m / s > c, setting 1/gamma = 0\n",
      "v = 580115784.622165 m / s > c, setting 1/gamma = 0\n",
      "v = 490743316.9328108 m / s > c, setting 1/gamma = 0\n",
      "v = 336220214.9734225 m / s > c, setting 1/gamma = 0\n",
      "v = 371065689.7918213 m / s > c, setting 1/gamma = 0\n",
      "v = 301677538.61404055 m / s > c, setting 1/gamma = 0\n",
      "v = 328399524.3095913 m / s > c, setting 1/gamma = 0\n",
      "v = 391255400.8245466 m / s > c, setting 1/gamma = 0\n",
      "v = 336210931.17956346 m / s > c, setting 1/gamma = 0\n",
      "v = 380103560.6468392 m / s > c, setting 1/gamma = 0\n",
      "v = 331926466.11812615 m / s > c, setting 1/gamma = 0\n",
      "v = 387321821.9241416 m / s > c, setting 1/gamma = 0\n",
      "v = 434991440.6537682 m / s > c, setting 1/gamma = 0\n",
      "v = 323872333.47834474 m / s > c, setting 1/gamma = 0\n",
      "v = 300665188.9643277 m / s > c, setting 1/gamma = 0\n",
      "v = 329775594.1657161 m / s > c, setting 1/gamma = 0\n",
      "v = 301339462.50969034 m / s > c, setting 1/gamma = 0\n",
      "v = 361101295.6246791 m / s > c, setting 1/gamma = 0\n",
      "v = 387451854.6046328 m / s > c, setting 1/gamma = 0\n",
      "v = 311323028.08849365 m / s > c, setting 1/gamma = 0\n",
      "v = 422673646.1609593 m / s > c, setting 1/gamma = 0\n",
      "v = 446237019.1485296 m / s > c, setting 1/gamma = 0\n",
      "v = 312042293.393715 m / s > c, setting 1/gamma = 0\n",
      "v = 342075173.77220166 m / s > c, setting 1/gamma = 0\n",
      "v = 307602286.499213 m / s > c, setting 1/gamma = 0\n",
      "v = 344420268.61679476 m / s > c, setting 1/gamma = 0\n",
      "v = 390278987.47357816 m / s > c, setting 1/gamma = 0\n",
      "v = 411102235.1986835 m / s > c, setting 1/gamma = 0\n",
      "v = 303762015.7819417 m / s > c, setting 1/gamma = 0\n",
      "v = 341675219.6853992 m / s > c, setting 1/gamma = 0\n",
      "v = 389653711.0281014 m / s > c, setting 1/gamma = 0\n",
      "v = 380897823.14629644 m / s > c, setting 1/gamma = 0\n",
      "v = 421751173.54981154 m / s > c, setting 1/gamma = 0\n",
      "v = 307685244.93727404 m / s > c, setting 1/gamma = 0\n",
      "v = 408486799.73771304 m / s > c, setting 1/gamma = 0\n",
      "v = 438143216.70448095 m / s > c, setting 1/gamma = 0\n",
      "v = 338179597.8583815 m / s > c, setting 1/gamma = 0\n",
      "v = 371208444.2369746 m / s > c, setting 1/gamma = 0\n",
      "v = 336960485.70937645 m / s > c, setting 1/gamma = 0\n",
      "v = 447952387.51447034 m / s > c, setting 1/gamma = 0\n",
      "v = 459429215.55645645 m / s > c, setting 1/gamma = 0\n",
      "v = 314019515.53334075 m / s > c, setting 1/gamma = 0\n",
      "v = 337898453.120905 m / s > c, setting 1/gamma = 0\n",
      "v = 318331350.7020111 m / s > c, setting 1/gamma = 0\n",
      "v = 506106126.35906476 m / s > c, setting 1/gamma = 0\n",
      "v = 491629122.9473503 m / s > c, setting 1/gamma = 0\n",
      "v = 300954800.6152257 m / s > c, setting 1/gamma = 0\n",
      "v = 325370315.6874642 m / s > c, setting 1/gamma = 0\n",
      "v = 353723504.7385877 m / s > c, setting 1/gamma = 0\n",
      "v = 306294620.6685418 m / s > c, setting 1/gamma = 0\n",
      "v = 302070733.28892714 m / s > c, setting 1/gamma = 0\n",
      "v = 560262600.1943929 m / s > c, setting 1/gamma = 0\n",
      "v = 456157292.7564383 m / s > c, setting 1/gamma = 0\n",
      "v = 300495927.24229896 m / s > c, setting 1/gamma = 0\n",
      "v = 489245465.014414 m / s > c, setting 1/gamma = 0\n",
      "v = 489655923.7704997 m / s > c, setting 1/gamma = 0\n",
      "v = 316182967.5151872 m / s > c, setting 1/gamma = 0\n",
      "v = 349377505.18399566 m / s > c, setting 1/gamma = 0\n",
      "v = 448925920.7741042 m / s > c, setting 1/gamma = 0\n",
      "v = 483958635.16755414 m / s > c, setting 1/gamma = 0\n",
      "v = 331141199.2301897 m / s > c, setting 1/gamma = 0\n",
      "v = 369401871.22899014 m / s > c, setting 1/gamma = 0\n",
      "v = 353976856.52386105 m / s > c, setting 1/gamma = 0\n",
      "v = 410688389.70205605 m / s > c, setting 1/gamma = 0\n",
      "v = 314679546.50417376 m / s > c, setting 1/gamma = 0\n",
      "v = 352341612.15151215 m / s > c, setting 1/gamma = 0\n",
      "v = 416043802.6508716 m / s > c, setting 1/gamma = 0\n",
      "v = 300308388.9065105 m / s > c, setting 1/gamma = 0\n",
      "v = 312620837.40154386 m / s > c, setting 1/gamma = 0\n",
      "v = 457774686.5856395 m / s > c, setting 1/gamma = 0\n",
      "v = 475723071.38711 m / s > c, setting 1/gamma = 0\n",
      "v = 332588664.97565067 m / s > c, setting 1/gamma = 0\n",
      "v = 362367039.82101995 m / s > c, setting 1/gamma = 0\n",
      "v = 312571383.79207975 m / s > c, setting 1/gamma = 0\n",
      "v = 365078181.1340061 m / s > c, setting 1/gamma = 0\n",
      "v = 323185204.22700787 m / s > c, setting 1/gamma = 0\n",
      "v = 378775302.08190656 m / s > c, setting 1/gamma = 0\n",
      "v = 307038646.27262586 m / s > c, setting 1/gamma = 0\n",
      "v = 618635234.2559396 m / s > c, setting 1/gamma = 0\n",
      "v = 503945185.72896653 m / s > c, setting 1/gamma = 0\n",
      "v = 338883873.1423502 m / s > c, setting 1/gamma = 0\n",
      "v = 371001040.7889788 m / s > c, setting 1/gamma = 0\n",
      "v = 307942424.7344338 m / s > c, setting 1/gamma = 0\n",
      "v = 355175373.2116796 m / s > c, setting 1/gamma = 0\n",
      "v = 304481971.99327195 m / s > c, setting 1/gamma = 0\n",
      "v = 315266890.87083614 m / s > c, setting 1/gamma = 0\n",
      "v = 331828034.9651253 m / s > c, setting 1/gamma = 0\n",
      "v = 354196717.19998723 m / s > c, setting 1/gamma = 0\n",
      "v = 303062464.59509575 m / s > c, setting 1/gamma = 0\n",
      "v = 358398445.59053046 m / s > c, setting 1/gamma = 0\n",
      "v = 302726122.2751846 m / s > c, setting 1/gamma = 0\n",
      "v = 389505167.6574628 m / s > c, setting 1/gamma = 0\n",
      "v = 406129805.49127394 m / s > c, setting 1/gamma = 0\n",
      "v = 302976980.11672217 m / s > c, setting 1/gamma = 0\n",
      "v = 587245502.3743992 m / s > c, setting 1/gamma = 0\n",
      "v = 474891322.09228396 m / s > c, setting 1/gamma = 0\n",
      "v = 313760282.2427193 m / s > c, setting 1/gamma = 0\n",
      "v = 364456910.33889556 m / s > c, setting 1/gamma = 0\n",
      "v = 364856007.41960955 m / s > c, setting 1/gamma = 0\n",
      "v = 416644352.27530617 m / s > c, setting 1/gamma = 0\n",
      "v = 308135584.2186223 m / s > c, setting 1/gamma = 0\n",
      "v = 308075764.8682349 m / s > c, setting 1/gamma = 0\n",
      "v = 347932583.1234942 m / s > c, setting 1/gamma = 0\n",
      "v = 333175778.1511682 m / s > c, setting 1/gamma = 0\n",
      "v = 366296647.0592427 m / s > c, setting 1/gamma = 0\n",
      "v = 302634793.2229746 m / s > c, setting 1/gamma = 0\n",
      "v = 319643670.37508523 m / s > c, setting 1/gamma = 0\n",
      "v = 325746282.32714856 m / s > c, setting 1/gamma = 0\n",
      "v = 369091290.6288618 m / s > c, setting 1/gamma = 0\n",
      "v = 344435359.4174161 m / s > c, setting 1/gamma = 0\n",
      "v = 369481090.267796 m / s > c, setting 1/gamma = 0\n",
      "v = 321798673.97545147 m / s > c, setting 1/gamma = 0\n",
      "v = 355888730.790115 m / s > c, setting 1/gamma = 0\n",
      "v = 323514434.043688 m / s > c, setting 1/gamma = 0\n",
      "v = 337214352.697093 m / s > c, setting 1/gamma = 0\n",
      "v = 369556833.98977196 m / s > c, setting 1/gamma = 0\n",
      "v = 396704313.262312 m / s > c, setting 1/gamma = 0\n",
      "v = 430818307.23775643 m / s > c, setting 1/gamma = 0\n",
      "v = 369134154.8933739 m / s > c, setting 1/gamma = 0\n",
      "v = 387730057.5806352 m / s > c, setting 1/gamma = 0\n",
      "v = 528888741.0741522 m / s > c, setting 1/gamma = 0\n",
      "v = 514849854.78641534 m / s > c, setting 1/gamma = 0\n",
      "v = 373917662.15205914 m / s > c, setting 1/gamma = 0\n",
      "v = 422277644.82152504 m / s > c, setting 1/gamma = 0\n",
      "v = 330573584.2411991 m / s > c, setting 1/gamma = 0\n",
      "v = 379515613.21936375 m / s > c, setting 1/gamma = 0\n",
      "v = 302835359.36226124 m / s > c, setting 1/gamma = 0\n",
      "v = 327531848.27994454 m / s > c, setting 1/gamma = 0\n",
      "v = 437019586.67240363 m / s > c, setting 1/gamma = 0\n",
      "v = 459486516.5887545 m / s > c, setting 1/gamma = 0\n",
      "v = 306380700.6758334 m / s > c, setting 1/gamma = 0\n",
      "v = 339298360.4231114 m / s > c, setting 1/gamma = 0\n",
      "v = 312288444.31551236 m / s > c, setting 1/gamma = 0\n",
      "v = 341898033.7289026 m / s > c, setting 1/gamma = 0\n",
      "v = 313195914.36301976 m / s > c, setting 1/gamma = 0\n",
      "v = 602924989.792808 m / s > c, setting 1/gamma = 0\n",
      "v = 491192724.4554614 m / s > c, setting 1/gamma = 0\n",
      "v = 358071454.55294317 m / s > c, setting 1/gamma = 0\n",
      "v = 404734218.7133261 m / s > c, setting 1/gamma = 0\n",
      "v = 336922627.5571109 m / s > c, setting 1/gamma = 0\n",
      "v = 357448430.00374335 m / s > c, setting 1/gamma = 0\n",
      "v = 300670688.22694176 m / s > c, setting 1/gamma = 0\n",
      "v = 329014587.77981377 m / s > c, setting 1/gamma = 0\n",
      "v = 317261092.2618431 m / s > c, setting 1/gamma = 0\n",
      "v = 337799495.0988397 m / s > c, setting 1/gamma = 0\n",
      "v = 368030256.94504225 m / s > c, setting 1/gamma = 0\n",
      "v = 300004681.7822042 m / s > c, setting 1/gamma = 0\n",
      "v = 338982247.64490634 m / s > c, setting 1/gamma = 0\n",
      "v = 492540400.8391742 m / s > c, setting 1/gamma = 0\n",
      "v = 466555587.9037027 m / s > c, setting 1/gamma = 0\n",
      "v = 304839418.9648949 m / s > c, setting 1/gamma = 0\n",
      "v = 319423920.7776378 m / s > c, setting 1/gamma = 0\n",
      "v = 346474857.7603357 m / s > c, setting 1/gamma = 0\n",
      "v = 345608100.69193316 m / s > c, setting 1/gamma = 0\n",
      "v = 379801147.3245933 m / s > c, setting 1/gamma = 0\n",
      "v = 327745488.2124286 m / s > c, setting 1/gamma = 0\n",
      "v = 362919934.9870794 m / s > c, setting 1/gamma = 0\n",
      "v = 313403779.8800888 m / s > c, setting 1/gamma = 0\n",
      "v = 351175711.9454069 m / s > c, setting 1/gamma = 0\n",
      "v = 319471379.3611168 m / s > c, setting 1/gamma = 0\n",
      "v = 317380500.655554 m / s > c, setting 1/gamma = 0\n",
      "v = 333661101.4529333 m / s > c, setting 1/gamma = 0\n",
      "v = 374629151.0001773 m / s > c, setting 1/gamma = 0\n",
      "v = 331512786.47986394 m / s > c, setting 1/gamma = 0\n",
      "v = 342516087.5239044 m / s > c, setting 1/gamma = 0\n",
      "v = 378759035.3311156 m / s > c, setting 1/gamma = 0\n",
      "v = 322260718.1033185 m / s > c, setting 1/gamma = 0\n",
      "v = 325658140.2372394 m / s > c, setting 1/gamma = 0\n",
      "v = 684761309.3177886 m / s > c, setting 1/gamma = 0\n",
      "v = 558402543.8270081 m / s > c, setting 1/gamma = 0\n",
      "v = 354522992.3671023 m / s > c, setting 1/gamma = 0\n",
      "v = 382094923.8109245 m / s > c, setting 1/gamma = 0\n",
      "v = 327107429.07222146 m / s > c, setting 1/gamma = 0\n",
      "v = 381745998.0556983 m / s > c, setting 1/gamma = 0\n",
      "v = 310604493.76415265 m / s > c, setting 1/gamma = 0\n",
      "v = 354390184.2380354 m / s > c, setting 1/gamma = 0\n",
      "v = 421688522.14087707 m / s > c, setting 1/gamma = 0\n",
      "v = 475668013.05364585 m / s > c, setting 1/gamma = 0\n",
      "v = 382561779.9497599 m / s > c, setting 1/gamma = 0\n",
      "v = 430713782.46590453 m / s > c, setting 1/gamma = 0\n",
      "v = 357044407.39790493 m / s > c, setting 1/gamma = 0\n",
      "v = 384259452.2892815 m / s > c, setting 1/gamma = 0\n",
      "v = 426387072.43478066 m / s > c, setting 1/gamma = 0\n",
      "v = 460167868.2805035 m / s > c, setting 1/gamma = 0\n",
      "v = 353855425.6950542 m / s > c, setting 1/gamma = 0\n",
      "v = 389067449.8609782 m / s > c, setting 1/gamma = 0\n",
      "v = 351099808.49888873 m / s > c, setting 1/gamma = 0\n",
      "v = 407031017.55644196 m / s > c, setting 1/gamma = 0\n",
      "v = 308249864.6078104 m / s > c, setting 1/gamma = 0\n",
      "v = 338891523.6686929 m / s > c, setting 1/gamma = 0\n",
      "v = 357324142.0582631 m / s > c, setting 1/gamma = 0\n",
      "v = 393211289.6877983 m / s > c, setting 1/gamma = 0\n",
      "v = 311261880.9223375 m / s > c, setting 1/gamma = 0\n",
      "v = 328403603.02725834 m / s > c, setting 1/gamma = 0\n",
      "v = 389522787.0675256 m / s > c, setting 1/gamma = 0\n",
      "v = 409699272.3391137 m / s > c, setting 1/gamma = 0\n",
      "v = 449282919.13118726 m / s > c, setting 1/gamma = 0\n",
      "v = 308587090.3337167 m / s > c, setting 1/gamma = 0\n",
      "v = 339735858.5094572 m / s > c, setting 1/gamma = 0\n",
      "v = 321439203.44729954 m / s > c, setting 1/gamma = 0\n",
      "v = 615140020.804143 m / s > c, setting 1/gamma = 0\n",
      "v = 539117556.0936155 m / s > c, setting 1/gamma = 0\n",
      "v = 316705823.3871733 m / s > c, setting 1/gamma = 0\n",
      "v = 354637257.9714202 m / s > c, setting 1/gamma = 0\n",
      "v = 342390951.1158445 m / s > c, setting 1/gamma = 0\n",
      "v = 395132719.98534423 m / s > c, setting 1/gamma = 0\n",
      "v = 365947319.1230745 m / s > c, setting 1/gamma = 0\n",
      "v = 416385314.22445124 m / s > c, setting 1/gamma = 0\n",
      "v = 322052040.3533092 m / s > c, setting 1/gamma = 0\n",
      "v = 348003210.57272315 m / s > c, setting 1/gamma = 0\n",
      "v = 304124093.5883653 m / s > c, setting 1/gamma = 0\n",
      "v = 642783557.6518172 m / s > c, setting 1/gamma = 0\n",
      "v = 527351245.3181659 m / s > c, setting 1/gamma = 0\n",
      "v = 313473776.81203574 m / s > c, setting 1/gamma = 0\n",
      "v = 349666961.5348643 m / s > c, setting 1/gamma = 0\n",
      "v = 356496246.3419466 m / s > c, setting 1/gamma = 0\n",
      "v = 403571584.37464416 m / s > c, setting 1/gamma = 0\n",
      "v = 309280606.76281893 m / s > c, setting 1/gamma = 0\n",
      "v = 339030533.76150703 m / s > c, setting 1/gamma = 0\n",
      "v = 386038409.9006333 m / s > c, setting 1/gamma = 0\n",
      "v = 317713284.0002052 m / s > c, setting 1/gamma = 0\n",
      "v = 382071118.36969215 m / s > c, setting 1/gamma = 0\n",
      "v = 407627438.5129117 m / s > c, setting 1/gamma = 0\n",
      "v = 438642628.69470054 m / s > c, setting 1/gamma = 0\n",
      "v = 327802322.70273566 m / s > c, setting 1/gamma = 0\n",
      "v = 358511525.0378018 m / s > c, setting 1/gamma = 0\n",
      "v = 492271576.063457 m / s > c, setting 1/gamma = 0\n",
      "v = 489024586.86490935 m / s > c, setting 1/gamma = 0\n",
      "v = 301782207.09596354 m / s > c, setting 1/gamma = 0\n",
      "v = 308682604.29556173 m / s > c, setting 1/gamma = 0\n",
      "v = 435858042.2664154 m / s > c, setting 1/gamma = 0\n",
      "v = 464297000.9530379 m / s > c, setting 1/gamma = 0\n",
      "v = 303179292.0189511 m / s > c, setting 1/gamma = 0\n",
      "v = 337089465.97563666 m / s > c, setting 1/gamma = 0\n",
      "v = 329762971.4149383 m / s > c, setting 1/gamma = 0\n",
      "v = 364773983.2384648 m / s > c, setting 1/gamma = 0\n",
      "v = 392617768.9771122 m / s > c, setting 1/gamma = 0\n",
      "v = 303078815.26760465 m / s > c, setting 1/gamma = 0\n",
      "v = 320906469.6840173 m / s > c, setting 1/gamma = 0\n",
      "v = 367787775.8274394 m / s > c, setting 1/gamma = 0\n",
      "v = 308560411.6500112 m / s > c, setting 1/gamma = 0\n",
      "v = 309017646.48505586 m / s > c, setting 1/gamma = 0\n",
      "v = 656860279.172234 m / s > c, setting 1/gamma = 0\n",
      "v = 539545223.5301583 m / s > c, setting 1/gamma = 0\n",
      "v = 403349927.0797879 m / s > c, setting 1/gamma = 0\n",
      "v = 420836294.1742098 m / s > c, setting 1/gamma = 0\n",
      "v = 394148349.864085 m / s > c, setting 1/gamma = 0\n",
      "v = 449608011.58978343 m / s > c, setting 1/gamma = 0\n",
      "v = 326231339.04677206 m / s > c, setting 1/gamma = 0\n",
      "v = 690275058.081993 m / s > c, setting 1/gamma = 0\n",
      "v = 564702366.02009 m / s > c, setting 1/gamma = 0\n",
      "v = 390978831.9846464 m / s > c, setting 1/gamma = 0\n",
      "v = 441122733.5947185 m / s > c, setting 1/gamma = 0\n",
      "v = 335275883.78549707 m / s > c, setting 1/gamma = 0\n",
      "v = 385232852.928686 m / s > c, setting 1/gamma = 0\n",
      "v = 351171339.3329002 m / s > c, setting 1/gamma = 0\n",
      "v = 384064694.3471157 m / s > c, setting 1/gamma = 0\n",
      "v = 303977421.97197485 m / s > c, setting 1/gamma = 0\n",
      "v = 357496624.264325 m / s > c, setting 1/gamma = 0\n",
      "v = 323144055.14523476 m / s > c, setting 1/gamma = 0\n",
      "v = 368647285.3884208 m / s > c, setting 1/gamma = 0\n",
      "v = 315990462.5155818 m / s > c, setting 1/gamma = 0\n",
      "v = 393077851.0738517 m / s > c, setting 1/gamma = 0\n",
      "v = 425210871.13592285 m / s > c, setting 1/gamma = 0\n",
      "v = 308029629.26105285 m / s > c, setting 1/gamma = 0\n",
      "v = 336202979.6086979 m / s > c, setting 1/gamma = 0\n",
      "v = 425195958.48124975 m / s > c, setting 1/gamma = 0\n",
      "v = 478481434.8367931 m / s > c, setting 1/gamma = 0\n",
      "v = 400204748.28541654 m / s > c, setting 1/gamma = 0\n",
      "v = 446432575.0689284 m / s > c, setting 1/gamma = 0\n",
      "v = 314294008.6021267 m / s > c, setting 1/gamma = 0\n",
      "v = 347880320.5967954 m / s > c, setting 1/gamma = 0\n",
      "v = 300091659.8775337 m / s > c, setting 1/gamma = 0\n",
      "v = 347296095.87759763 m / s > c, setting 1/gamma = 0\n",
      "v = 410460745.14650977 m / s > c, setting 1/gamma = 0\n",
      "v = 302067457.7024565 m / s > c, setting 1/gamma = 0\n",
      "v = 351128081.640639 m / s > c, setting 1/gamma = 0\n",
      "v = 337194872.7718691 m / s > c, setting 1/gamma = 0\n",
      "v = 382254678.0720038 m / s > c, setting 1/gamma = 0\n",
      "v = 428050523.5448503 m / s > c, setting 1/gamma = 0\n",
      "v = 460831473.851337 m / s > c, setting 1/gamma = 0\n",
      "v = 473676338.3654827 m / s > c, setting 1/gamma = 0\n",
      "v = 472714392.6276541 m / s > c, setting 1/gamma = 0\n",
      "v = 338278722.2386922 m / s > c, setting 1/gamma = 0\n",
      "v = 311492182.824401 m / s > c, setting 1/gamma = 0\n",
      "v = 318148920.6057777 m / s > c, setting 1/gamma = 0\n",
      "v = 370645861.9292587 m / s > c, setting 1/gamma = 0\n",
      "v = 319838015.66768944 m / s > c, setting 1/gamma = 0\n",
      "v = 371335269.9310041 m / s > c, setting 1/gamma = 0\n",
      "v = 317994521.37447613 m / s > c, setting 1/gamma = 0\n",
      "v = 363055777.0762731 m / s > c, setting 1/gamma = 0\n",
      "v = 314455701.7009966 m / s > c, setting 1/gamma = 0\n",
      "v = 346941211.1367983 m / s > c, setting 1/gamma = 0\n",
      "v = 303168789.5615807 m / s > c, setting 1/gamma = 0\n",
      "v = 330884575.4620968 m / s > c, setting 1/gamma = 0\n",
      "v = 506984019.551732 m / s > c, setting 1/gamma = 0\n",
      "v = 493981739.61133647 m / s > c, setting 1/gamma = 0\n",
      "v = 301424634.45931715 m / s > c, setting 1/gamma = 0\n",
      "v = 358407095.03521574 m / s > c, setting 1/gamma = 0\n",
      "v = 314632777.10044664 m / s > c, setting 1/gamma = 0\n",
      "v = 345363717.5016429 m / s > c, setting 1/gamma = 0\n",
      "v = 337753333.9745935 m / s > c, setting 1/gamma = 0\n",
      "v = 391280969.0659159 m / s > c, setting 1/gamma = 0\n",
      "v = 367761212.115107 m / s > c, setting 1/gamma = 0\n",
      "v = 384693754.78962654 m / s > c, setting 1/gamma = 0\n",
      "v = 374424303.80568165 m / s > c, setting 1/gamma = 0\n",
      "v = 406711633.0429731 m / s > c, setting 1/gamma = 0\n",
      "v = 327232149.84757835 m / s > c, setting 1/gamma = 0\n",
      "v = 349037612.32022375 m / s > c, setting 1/gamma = 0\n",
      "v = 308214755.05690056 m / s > c, setting 1/gamma = 0\n",
      "v = 332471473.4318079 m / s > c, setting 1/gamma = 0\n",
      "v = 304532549.2905589 m / s > c, setting 1/gamma = 0\n",
      "v = 304094266.42980796 m / s > c, setting 1/gamma = 0\n",
      "v = 357873860.6105094 m / s > c, setting 1/gamma = 0\n",
      "v = 334509799.1254408 m / s > c, setting 1/gamma = 0\n",
      "v = 363770894.82493895 m / s > c, setting 1/gamma = 0\n",
      "v = 333963405.8821151 m / s > c, setting 1/gamma = 0\n",
      "v = 427958270.95599395 m / s > c, setting 1/gamma = 0\n",
      "v = 447755994.0619358 m / s > c, setting 1/gamma = 0\n",
      "v = 328431261.0502108 m / s > c, setting 1/gamma = 0\n",
      "v = 349864055.95325273 m / s > c, setting 1/gamma = 0\n",
      "v = 326285157.8064911 m / s > c, setting 1/gamma = 0\n",
      "v = 309967741.54431343 m / s > c, setting 1/gamma = 0\n",
      "v = 363639371.5985004 m / s > c, setting 1/gamma = 0\n",
      "v = 313744374.3620314 m / s > c, setting 1/gamma = 0\n",
      "v = 342084212.2752446 m / s > c, setting 1/gamma = 0\n",
      "v = 307564793.6525215 m / s > c, setting 1/gamma = 0\n",
      "v = 316678775.79759675 m / s > c, setting 1/gamma = 0\n",
      "v = 352748088.7421824 m / s > c, setting 1/gamma = 0\n",
      "v = 299802222.5075997 m / s > c, setting 1/gamma = 0\n",
      "v = 311938579.00718683 m / s > c, setting 1/gamma = 0\n",
      "v = 330455024.8920833 m / s > c, setting 1/gamma = 0\n",
      "v = 338442056.72377723 m / s > c, setting 1/gamma = 0\n",
      "v = 369260042.92461455 m / s > c, setting 1/gamma = 0\n",
      "v = 410588947.84793884 m / s > c, setting 1/gamma = 0\n",
      "v = 313640465.4953676 m / s > c, setting 1/gamma = 0\n",
      "v = 335010884.1825905 m / s > c, setting 1/gamma = 0\n",
      "v = 316055308.4068538 m / s > c, setting 1/gamma = 0\n",
      "v = 342419810.81153095 m / s > c, setting 1/gamma = 0\n",
      "v = 370646332.24140877 m / s > c, setting 1/gamma = 0\n",
      "v = 302370970.5004847 m / s > c, setting 1/gamma = 0\n",
      "v = 316343599.59835273 m / s > c, setting 1/gamma = 0\n",
      "v = 325792821.04241914 m / s > c, setting 1/gamma = 0\n",
      "v = 373719061.986414 m / s > c, setting 1/gamma = 0\n",
      "v = 311523924.5842532 m / s > c, setting 1/gamma = 0\n",
      "v = 331101681.9354445 m / s > c, setting 1/gamma = 0\n",
      "v = 369759491.32322437 m / s > c, setting 1/gamma = 0\n",
      "v = 397033007.50345975 m / s > c, setting 1/gamma = 0\n",
      "v = 300966864.28608835 m / s > c, setting 1/gamma = 0\n",
      "v = 328948802.6513196 m / s > c, setting 1/gamma = 0\n",
      "v = 369781350.6318594 m / s > c, setting 1/gamma = 0\n",
      "v = 341098046.3842253 m / s > c, setting 1/gamma = 0\n",
      "v = 304970982.95843774 m / s > c, setting 1/gamma = 0\n",
      "v = 591172246.5121114 m / s > c, setting 1/gamma = 0\n",
      "v = 480030601.55811244 m / s > c, setting 1/gamma = 0\n",
      "v = 464494962.2750559 m / s > c, setting 1/gamma = 0\n",
      "v = 467445252.85754615 m / s > c, setting 1/gamma = 0\n",
      "v = 301455109.6185967 m / s > c, setting 1/gamma = 0\n",
      "v = 323475471.5387771 m / s > c, setting 1/gamma = 0\n",
      "v = 354336405.5926686 m / s > c, setting 1/gamma = 0\n",
      "v = 364786279.03241724 m / s > c, setting 1/gamma = 0\n",
      "v = 411675332.88512063 m / s > c, setting 1/gamma = 0\n",
      "v = 373811322.86559296 m / s > c, setting 1/gamma = 0\n",
      "v = 410562984.76463425 m / s > c, setting 1/gamma = 0\n",
      "v = 323195475.23289675 m / s > c, setting 1/gamma = 0\n",
      "v = 347198395.32262826 m / s > c, setting 1/gamma = 0\n",
      "v = 318182500.4479281 m / s > c, setting 1/gamma = 0\n",
      "v = 374765430.2007691 m / s > c, setting 1/gamma = 0\n",
      "v = 350638211.826958 m / s > c, setting 1/gamma = 0\n",
      "v = 395281574.662787 m / s > c, setting 1/gamma = 0\n",
      "v = 319321613.0269607 m / s > c, setting 1/gamma = 0\n",
      "v = 439123564.3929811 m / s > c, setting 1/gamma = 0\n",
      "v = 477654328.62049097 m / s > c, setting 1/gamma = 0\n",
      "v = 376934086.06390506 m / s > c, setting 1/gamma = 0\n",
      "v = 419596113.6845958 m / s > c, setting 1/gamma = 0\n",
      "v = 310526885.31240445 m / s > c, setting 1/gamma = 0\n",
      "v = 304779774.2507991 m / s > c, setting 1/gamma = 0\n",
      "v = 400673125.49345875 m / s > c, setting 1/gamma = 0\n",
      "v = 421701345.2784715 m / s > c, setting 1/gamma = 0\n",
      "v = 534300308.25487995 m / s > c, setting 1/gamma = 0\n",
      "v = 554422492.4070119 m / s > c, setting 1/gamma = 0\n",
      "v = 525519455.43349606 m / s > c, setting 1/gamma = 0\n",
      "v = 520345753.0336157 m / s > c, setting 1/gamma = 0\n",
      "v = 302273990.64549613 m / s > c, setting 1/gamma = 0\n",
      "v = 602574628.151264 m / s > c, setting 1/gamma = 0\n",
      "v = 484139205.0355585 m / s > c, setting 1/gamma = 0\n",
      "v = 303741062.04948443 m / s > c, setting 1/gamma = 0\n",
      "v = 332594939.262843 m / s > c, setting 1/gamma = 0\n",
      "v = 310857745.1639201 m / s > c, setting 1/gamma = 0\n",
      "v = 487575936.4822894 m / s > c, setting 1/gamma = 0\n",
      "v = 506253011.5373658 m / s > c, setting 1/gamma = 0\n",
      "v = 306253318.6573021 m / s > c, setting 1/gamma = 0\n",
      "v = 334900320.533702 m / s > c, setting 1/gamma = 0\n",
      "v = 337422851.91207397 m / s > c, setting 1/gamma = 0\n",
      "v = 378222739.8355886 m / s > c, setting 1/gamma = 0\n",
      "v = 315201415.9604054 m / s > c, setting 1/gamma = 0\n",
      "v = 331689065.5295125 m / s > c, setting 1/gamma = 0\n",
      "v = 372322396.8902371 m / s > c, setting 1/gamma = 0\n",
      "v = 304268850.3147518 m / s > c, setting 1/gamma = 0\n",
      "v = 312189974.56925076 m / s > c, setting 1/gamma = 0\n",
      "v = 305954226.2700821 m / s > c, setting 1/gamma = 0\n",
      "v = 334970598.00164104 m / s > c, setting 1/gamma = 0\n",
      "v = 315852056.7746602 m / s > c, setting 1/gamma = 0\n",
      "v = 407329623.087088 m / s > c, setting 1/gamma = 0\n",
      "v = 427049668.441991 m / s > c, setting 1/gamma = 0\n",
      "v = 358643271.77320105 m / s > c, setting 1/gamma = 0\n",
      "v = 416046602.20684785 m / s > c, setting 1/gamma = 0\n",
      "v = 322122764.0202663 m / s > c, setting 1/gamma = 0\n",
      "v = 672981988.4233011 m / s > c, setting 1/gamma = 0\n",
      "v = 550166198.048885 m / s > c, setting 1/gamma = 0\n",
      "v = 300230677.9031005 m / s > c, setting 1/gamma = 0\n",
      "v = 329460508.86976725 m / s > c, setting 1/gamma = 0\n",
      "v = 493737749.00911266 m / s > c, setting 1/gamma = 0\n",
      "v = 511732257.97417486 m / s > c, setting 1/gamma = 0\n",
      "v = 518795127.62845886 m / s > c, setting 1/gamma = 0\n",
      "v = 476705639.7388951 m / s > c, setting 1/gamma = 0\n",
      "v = 304829665.0520427 m / s > c, setting 1/gamma = 0\n",
      "v = 325585044.81148595 m / s > c, setting 1/gamma = 0\n",
      "v = 389908129.4434124 m / s > c, setting 1/gamma = 0\n",
      "v = 433037884.4721203 m / s > c, setting 1/gamma = 0\n",
      "v = 361614169.29497856 m / s > c, setting 1/gamma = 0\n",
      "v = 411225399.860575 m / s > c, setting 1/gamma = 0\n",
      "v = 300512871.2626192 m / s > c, setting 1/gamma = 0\n",
      "v = 390384829.2992682 m / s > c, setting 1/gamma = 0\n",
      "v = 425322197.3810594 m / s > c, setting 1/gamma = 0\n",
      "v = 313078740.4269194 m / s > c, setting 1/gamma = 0\n",
      "v = 354669765.25109816 m / s > c, setting 1/gamma = 0\n",
      "v = 527690647.05904543 m / s > c, setting 1/gamma = 0\n",
      "v = 511670411.31955624 m / s > c, setting 1/gamma = 0\n",
      "v = 331977209.3125679 m / s > c, setting 1/gamma = 0\n",
      "v = 368850359.0562393 m / s > c, setting 1/gamma = 0\n",
      "v = 304376731.46621454 m / s > c, setting 1/gamma = 0\n",
      "v = 307192458.0740567 m / s > c, setting 1/gamma = 0\n",
      "v = 358266025.4438837 m / s > c, setting 1/gamma = 0\n",
      "v = 346535274.8343668 m / s > c, setting 1/gamma = 0\n",
      "v = 396998429.5202757 m / s > c, setting 1/gamma = 0\n",
      "v = 317900747.04032665 m / s > c, setting 1/gamma = 0\n",
      "v = 343971256.1506614 m / s > c, setting 1/gamma = 0\n",
      "v = 385652375.67093986 m / s > c, setting 1/gamma = 0\n",
      "v = 325220707.8459646 m / s > c, setting 1/gamma = 0\n",
      "v = 348941948.7120133 m / s > c, setting 1/gamma = 0\n",
      "v = 425393179.6783533 m / s > c, setting 1/gamma = 0\n",
      "v = 463146776.2337636 m / s > c, setting 1/gamma = 0\n",
      "v = 300737628.67390203 m / s > c, setting 1/gamma = 0\n",
      "v = 614421838.372651 m / s > c, setting 1/gamma = 0\n",
      "v = 502214257.8150886 m / s > c, setting 1/gamma = 0\n",
      "v = 306502242.05884033 m / s > c, setting 1/gamma = 0\n",
      "v = 336114926.40781343 m / s > c, setting 1/gamma = 0\n",
      "v = 472724962.45801806 m / s > c, setting 1/gamma = 0\n",
      "v = 508273630.9795243 m / s > c, setting 1/gamma = 0\n",
      "v = 332664115.9531001 m / s > c, setting 1/gamma = 0\n",
      "v = 455519283.59799796 m / s > c, setting 1/gamma = 0\n",
      "v = 494722255.68756384 m / s > c, setting 1/gamma = 0\n",
      "v = 325278597.82171315 m / s > c, setting 1/gamma = 0\n",
      "v = 450206621.816421 m / s > c, setting 1/gamma = 0\n",
      "v = 479814319.7966152 m / s > c, setting 1/gamma = 0\n",
      "v = 309089686.39929336 m / s > c, setting 1/gamma = 0\n",
      "v = 339659714.5487636 m / s > c, setting 1/gamma = 0\n",
      "v = 390685043.0306411 m / s > c, setting 1/gamma = 0\n",
      "v = 419254504.51312023 m / s > c, setting 1/gamma = 0\n",
      "v = 453321252.10208553 m / s > c, setting 1/gamma = 0\n",
      "v = 300490782.60021096 m / s > c, setting 1/gamma = 0\n",
      "v = 330268475.8658392 m / s > c, setting 1/gamma = 0\n",
      "v = 301906359.64105827 m / s > c, setting 1/gamma = 0\n",
      "v = 349715580.9652856 m / s > c, setting 1/gamma = 0\n",
      "v = 397787266.94479954 m / s > c, setting 1/gamma = 0\n",
      "v = 434494335.46945196 m / s > c, setting 1/gamma = 0\n",
      "v = 422636927.07743627 m / s > c, setting 1/gamma = 0\n",
      "v = 471160480.4319174 m / s > c, setting 1/gamma = 0\n",
      "v = 306211329.13779134 m / s > c, setting 1/gamma = 0\n",
      "v = 340448819.8509851 m / s > c, setting 1/gamma = 0\n",
      "v = 465316830.05818 m / s > c, setting 1/gamma = 0\n",
      "v = 499357661.99492353 m / s > c, setting 1/gamma = 0\n",
      "v = 309251642.33223546 m / s > c, setting 1/gamma = 0\n",
      "v = 300436301.7493906 m / s > c, setting 1/gamma = 0\n",
      "v = 323901404.52125496 m / s > c, setting 1/gamma = 0\n",
      "v = 318659119.9631607 m / s > c, setting 1/gamma = 0\n",
      "v = 372834759.8816108 m / s > c, setting 1/gamma = 0\n",
      "v = 307830972.91134036 m / s > c, setting 1/gamma = 0\n",
      "v = 337497975.1308309 m / s > c, setting 1/gamma = 0\n",
      "v = 417817323.1851448 m / s > c, setting 1/gamma = 0\n",
      "v = 463152785.7994566 m / s > c, setting 1/gamma = 0\n",
      "v = 358257941.70672107 m / s > c, setting 1/gamma = 0\n",
      "v = 399830360.4826718 m / s > c, setting 1/gamma = 0\n",
      "v = 319855137.78563076 m / s > c, setting 1/gamma = 0\n",
      "v = 357910049.85409874 m / s > c, setting 1/gamma = 0\n",
      "v = 320162229.65195554 m / s > c, setting 1/gamma = 0\n",
      "v = 364517025.5482432 m / s > c, setting 1/gamma = 0\n",
      "v = 414423397.73697144 m / s > c, setting 1/gamma = 0\n",
      "v = 299940199.6162576 m / s > c, setting 1/gamma = 0\n",
      "v = 334700619.78203493 m / s > c, setting 1/gamma = 0\n",
      "v = 308893068.91347873 m / s > c, setting 1/gamma = 0\n",
      "v = 369546995.5801104 m / s > c, setting 1/gamma = 0\n",
      "v = 336793379.1236911 m / s > c, setting 1/gamma = 0\n",
      "v = 373393119.4967842 m / s > c, setting 1/gamma = 0\n",
      "v = 389787112.13723636 m / s > c, setting 1/gamma = 0\n",
      "v = 445521148.25265676 m / s > c, setting 1/gamma = 0\n",
      "v = 316684162.86876655 m / s > c, setting 1/gamma = 0\n",
      "v = 365028867.15810305 m / s > c, setting 1/gamma = 0\n",
      "v = 309324967.8719302 m / s > c, setting 1/gamma = 0\n",
      "v = 317577752.7099673 m / s > c, setting 1/gamma = 0\n",
      "v = 370754720.776423 m / s > c, setting 1/gamma = 0\n",
      "v = 434507177.12183344 m / s > c, setting 1/gamma = 0\n",
      "v = 351600047.8419012 m / s > c, setting 1/gamma = 0\n",
      "v = 769513485.9307983 m / s > c, setting 1/gamma = 0\n",
      "v = 635498432.9088097 m / s > c, setting 1/gamma = 0\n",
      "v = 304849842.34509194 m / s > c, setting 1/gamma = 0\n",
      "v = 335106317.9057256 m / s > c, setting 1/gamma = 0\n",
      "v = 399412950.26173955 m / s > c, setting 1/gamma = 0\n",
      "v = 440491088.06468964 m / s > c, setting 1/gamma = 0\n",
      "v = 329095561.2664719 m / s > c, setting 1/gamma = 0\n",
      "v = 343699170.6148206 m / s > c, setting 1/gamma = 0\n",
      "v = 381546449.64456457 m / s > c, setting 1/gamma = 0\n",
      "v = 314569100.40704125 m / s > c, setting 1/gamma = 0\n",
      "v = 333646460.9368114 m / s > c, setting 1/gamma = 0\n",
      "v = 427093093.0197518 m / s > c, setting 1/gamma = 0\n",
      "v = 467140793.28877693 m / s > c, setting 1/gamma = 0\n",
      "v = 337637465.1040458 m / s > c, setting 1/gamma = 0\n",
      "v = 388847580.0919365 m / s > c, setting 1/gamma = 0\n",
      "v = 301335837.11836374 m / s > c, setting 1/gamma = 0\n",
      "v = 328136564.93836236 m / s > c, setting 1/gamma = 0\n",
      "v = 360777981.9194019 m / s > c, setting 1/gamma = 0\n",
      "v = 410890168.98055446 m / s > c, setting 1/gamma = 0\n",
      "v = 306778974.0949782 m / s > c, setting 1/gamma = 0\n",
      "v = 344365153.23392123 m / s > c, setting 1/gamma = 0\n",
      "v = 361463591.19009817 m / s > c, setting 1/gamma = 0\n",
      "v = 313578949.57341653 m / s > c, setting 1/gamma = 0\n",
      "v = 359387932.1885266 m / s > c, setting 1/gamma = 0\n",
      "v = 308069539.26567787 m / s > c, setting 1/gamma = 0\n",
      "v = 634300501.4453523 m / s > c, setting 1/gamma = 0\n",
      "v = 519984630.1420059 m / s > c, setting 1/gamma = 0\n",
      "v = 330936135.26741016 m / s > c, setting 1/gamma = 0\n",
      "v = 317807953.14326984 m / s > c, setting 1/gamma = 0\n",
      "v = 361773178.434992 m / s > c, setting 1/gamma = 0\n",
      "v = 364562115.99587405 m / s > c, setting 1/gamma = 0\n",
      "v = 422380656.3897643 m / s > c, setting 1/gamma = 0\n",
      "v = 419636494.3344774 m / s > c, setting 1/gamma = 0\n",
      "v = 450384236.9423058 m / s > c, setting 1/gamma = 0\n",
      "v = 306422042.5641381 m / s > c, setting 1/gamma = 0\n",
      "v = 333524173.0732529 m / s > c, setting 1/gamma = 0\n",
      "v = 510537941.06179017 m / s > c, setting 1/gamma = 0\n",
      "v = 494079053.8246318 m / s > c, setting 1/gamma = 0\n",
      "v = 337041911.6896884 m / s > c, setting 1/gamma = 0\n",
      "v = 309970931.3041041 m / s > c, setting 1/gamma = 0\n",
      "v = 341489864.1157652 m / s > c, setting 1/gamma = 0\n",
      "v = 307027525.7042042 m / s > c, setting 1/gamma = 0\n",
      "v = 348218869.7845031 m / s > c, setting 1/gamma = 0\n",
      "v = 326963682.3146468 m / s > c, setting 1/gamma = 0\n",
      "v = 387025192.3069039 m / s > c, setting 1/gamma = 0\n",
      "v = 366231955.46567446 m / s > c, setting 1/gamma = 0\n",
      "v = 402089523.02630246 m / s > c, setting 1/gamma = 0\n",
      "v = 306220070.3097051 m / s > c, setting 1/gamma = 0\n",
      "v = 326895694.5212568 m / s > c, setting 1/gamma = 0\n",
      "v = 361453663.8718143 m / s > c, setting 1/gamma = 0\n",
      "v = 402830177.0694685 m / s > c, setting 1/gamma = 0\n",
      "v = 360986177.655371 m / s > c, setting 1/gamma = 0\n",
      "v = 408104970.27080864 m / s > c, setting 1/gamma = 0\n",
      "v = 315364627.0135803 m / s > c, setting 1/gamma = 0\n",
      "v = 340012026.03940755 m / s > c, setting 1/gamma = 0\n",
      "v = 354106525.9221938 m / s > c, setting 1/gamma = 0\n",
      "v = 401601826.5205291 m / s > c, setting 1/gamma = 0\n",
      "v = 303687097.90452343 m / s > c, setting 1/gamma = 0\n",
      "v = 400380966.6800777 m / s > c, setting 1/gamma = 0\n",
      "v = 420983138.2098422 m / s > c, setting 1/gamma = 0\n",
      "v = 304564771.73081386 m / s > c, setting 1/gamma = 0\n",
      "v = 331483510.3923767 m / s > c, setting 1/gamma = 0\n",
      "v = 309224269.02471215 m / s > c, setting 1/gamma = 0\n",
      "v = 317334566.95360035 m / s > c, setting 1/gamma = 0\n",
      "v = 576073766.058358 m / s > c, setting 1/gamma = 0\n",
      "v = 547814478.509076 m / s > c, setting 1/gamma = 0\n",
      "v = 319434551.2035715 m / s > c, setting 1/gamma = 0\n",
      "v = 362061767.2383083 m / s > c, setting 1/gamma = 0\n",
      "v = 309115560.5792394 m / s > c, setting 1/gamma = 0\n",
      "v = 335379588.4687922 m / s > c, setting 1/gamma = 0\n",
      "v = 335638719.8913348 m / s > c, setting 1/gamma = 0\n",
      "v = 365612230.8266908 m / s > c, setting 1/gamma = 0\n",
      "v = 415297736.93770766 m / s > c, setting 1/gamma = 0\n",
      "v = 302754935.78377014 m / s > c, setting 1/gamma = 0\n",
      "v = 374130944.5158548 m / s > c, setting 1/gamma = 0\n",
      "v = 424205464.10877913 m / s > c, setting 1/gamma = 0\n",
      "v = 519215696.8158967 m / s > c, setting 1/gamma = 0\n",
      "v = 539686661.7422857 m / s > c, setting 1/gamma = 0\n",
      "v = 491862119.6105281 m / s > c, setting 1/gamma = 0\n",
      "v = 491127620.1759598 m / s > c, setting 1/gamma = 0\n",
      "v = 322401321.13659775 m / s > c, setting 1/gamma = 0\n",
      "v = 300549208.9659633 m / s > c, setting 1/gamma = 0\n",
      "v = 507713462.8368916 m / s > c, setting 1/gamma = 0\n",
      "v = 521343625.95506465 m / s > c, setting 1/gamma = 0\n",
      "v = 320989415.43329954 m / s > c, setting 1/gamma = 0\n",
      "v = 363746307.5020462 m / s > c, setting 1/gamma = 0\n",
      "v = 387820057.4283302 m / s > c, setting 1/gamma = 0\n",
      "v = 437199500.0156717 m / s > c, setting 1/gamma = 0\n",
      "v = 312223426.47596514 m / s > c, setting 1/gamma = 0\n",
      "v = 343123515.3299036 m / s > c, setting 1/gamma = 0\n",
      "v = 513625973.1419205 m / s > c, setting 1/gamma = 0\n",
      "v = 526000682.109968 m / s > c, setting 1/gamma = 0\n",
      "v = 423243080.9943262 m / s > c, setting 1/gamma = 0\n",
      "v = 447434947.4440942 m / s > c, setting 1/gamma = 0\n",
      "v = 306206007.4077011 m / s > c, setting 1/gamma = 0\n",
      "v = 328636524.57027495 m / s > c, setting 1/gamma = 0\n",
      "v = 435943179.29449904 m / s > c, setting 1/gamma = 0\n",
      "v = 461953986.52295405 m / s > c, setting 1/gamma = 0\n",
      "v = 335284151.7901057 m / s > c, setting 1/gamma = 0\n",
      "v = 385457266.8499648 m / s > c, setting 1/gamma = 0\n",
      "v = 320746842.65138763 m / s > c, setting 1/gamma = 0\n",
      "v = 305686271.5122526 m / s > c, setting 1/gamma = 0\n",
      "v = 336263495.01637316 m / s > c, setting 1/gamma = 0\n",
      "v = 308471738.6983528 m / s > c, setting 1/gamma = 0\n",
      "v = 423752310.3675277 m / s > c, setting 1/gamma = 0\n",
      "v = 482660301.5026501 m / s > c, setting 1/gamma = 0\n",
      "v = 337008550.53216475 m / s > c, setting 1/gamma = 0\n",
      "v = 370425093.4380396 m / s > c, setting 1/gamma = 0\n",
      "v = 387515164.6055245 m / s > c, setting 1/gamma = 0\n",
      "v = 434743015.46135426 m / s > c, setting 1/gamma = 0\n",
      "v = 303436824.5108934 m / s > c, setting 1/gamma = 0\n",
      "v = 329167534.4032067 m / s > c, setting 1/gamma = 0\n",
      "v = 310947436.65985316 m / s > c, setting 1/gamma = 0\n",
      "v = 322444256.5296298 m / s > c, setting 1/gamma = 0\n",
      "v = 337718592.4988967 m / s > c, setting 1/gamma = 0\n",
      "v = 368495344.6794118 m / s > c, setting 1/gamma = 0\n",
      "v = 441651434.8798772 m / s > c, setting 1/gamma = 0\n",
      "v = 467666233.2726363 m / s > c, setting 1/gamma = 0\n",
      "v = 323854737.84837407 m / s > c, setting 1/gamma = 0\n",
      "v = 386239174.982402 m / s > c, setting 1/gamma = 0\n",
      "v = 406079155.446251 m / s > c, setting 1/gamma = 0\n",
      "v = 434276967.3953437 m / s > c, setting 1/gamma = 0\n",
      "v = 327425915.8637672 m / s > c, setting 1/gamma = 0\n",
      "v = 340142890.47581244 m / s > c, setting 1/gamma = 0\n",
      "v = 347826396.1678118 m / s > c, setting 1/gamma = 0\n",
      "v = 367037116.99203765 m / s > c, setting 1/gamma = 0\n",
      "v = 300080090.1892111 m / s > c, setting 1/gamma = 0\n",
      "v = 611526031.3522128 m / s > c, setting 1/gamma = 0\n",
      "v = 503008813.87345654 m / s > c, setting 1/gamma = 0\n",
      "v = 451245195.1702244 m / s > c, setting 1/gamma = 0\n",
      "v = 442050586.4514177 m / s > c, setting 1/gamma = 0\n",
      "v = 311526337.78432614 m / s > c, setting 1/gamma = 0\n",
      "v = 416452314.9626038 m / s > c, setting 1/gamma = 0\n",
      "v = 471454331.39836943 m / s > c, setting 1/gamma = 0\n",
      "v = 408516043.82730275 m / s > c, setting 1/gamma = 0\n",
      "v = 437636500.7871809 m / s > c, setting 1/gamma = 0\n",
      "v = 491526018.1203689 m / s > c, setting 1/gamma = 0\n",
      "v = 512450769.20350105 m / s > c, setting 1/gamma = 0\n",
      "v = 309710104.1032481 m / s > c, setting 1/gamma = 0\n",
      "v = 338140554.7049254 m / s > c, setting 1/gamma = 0\n",
      "v = 304282888.30426 m / s > c, setting 1/gamma = 0\n",
      "v = 332872040.6394459 m / s > c, setting 1/gamma = 0\n",
      "v = 357845673.51112264 m / s > c, setting 1/gamma = 0\n",
      "v = 302286195.99979275 m / s > c, setting 1/gamma = 0\n",
      "v = 307714221.8682172 m / s > c, setting 1/gamma = 0\n",
      "v = 385236748.460609 m / s > c, setting 1/gamma = 0\n",
      "v = 394118539.98848915 m / s > c, setting 1/gamma = 0\n",
      "v = 317661432.88124377 m / s > c, setting 1/gamma = 0\n",
      "v = 419815616.82640994 m / s > c, setting 1/gamma = 0\n",
      "v = 430646040.9610288 m / s > c, setting 1/gamma = 0\n",
      "v = 320729495.1811975 m / s > c, setting 1/gamma = 0\n",
      "v = 332351777.2825581 m / s > c, setting 1/gamma = 0\n",
      "v = 303542501.34568644 m / s > c, setting 1/gamma = 0\n",
      "v = 344920981.92048466 m / s > c, setting 1/gamma = 0\n",
      "v = 320892334.8143351 m / s > c, setting 1/gamma = 0\n",
      "v = 349440365.690925 m / s > c, setting 1/gamma = 0\n",
      "v = 354415604.2490846 m / s > c, setting 1/gamma = 0\n",
      "v = 400803383.6469374 m / s > c, setting 1/gamma = 0\n",
      "v = 310758548.4283874 m / s > c, setting 1/gamma = 0\n",
      "v = 323444154.6351414 m / s > c, setting 1/gamma = 0\n",
      "v = 304796174.90320104 m / s > c, setting 1/gamma = 0\n",
      "v = 322299082.5667152 m / s > c, setting 1/gamma = 0\n",
      "v = 403037867.0923846 m / s > c, setting 1/gamma = 0\n",
      "v = 456368352.6766991 m / s > c, setting 1/gamma = 0\n",
      "v = 381367551.7506137 m / s > c, setting 1/gamma = 0\n",
      "v = 421928144.52998346 m / s > c, setting 1/gamma = 0\n",
      "v = 300814774.817843 m / s > c, setting 1/gamma = 0\n",
      "v = 328725284.2815646 m / s > c, setting 1/gamma = 0\n",
      "v = 390097044.65558475 m / s > c, setting 1/gamma = 0\n",
      "v = 423619466.7327016 m / s > c, setting 1/gamma = 0\n",
      "v = 366066216.66332483 m / s > c, setting 1/gamma = 0\n",
      "v = 390211826.5019497 m / s > c, setting 1/gamma = 0\n",
      "v = 301432516.5735591 m / s > c, setting 1/gamma = 0\n",
      "v = 369489415.6397319 m / s > c, setting 1/gamma = 0\n",
      "v = 431018248.06757164 m / s > c, setting 1/gamma = 0\n",
      "v = 351862067.44010085 m / s > c, setting 1/gamma = 0\n",
      "v = 388991931.5058616 m / s > c, setting 1/gamma = 0\n",
      "v = 308592413.53198487 m / s > c, setting 1/gamma = 0\n",
      "v = 339659296.338559 m / s > c, setting 1/gamma = 0\n",
      "v = 424064959.5914586 m / s > c, setting 1/gamma = 0\n",
      "v = 462615956.14879143 m / s > c, setting 1/gamma = 0\n",
      "v = 378188008.2737822 m / s > c, setting 1/gamma = 0\n",
      "v = 443358279.944393 m / s > c, setting 1/gamma = 0\n",
      "v = 307377888.4699083 m / s > c, setting 1/gamma = 0\n",
      "v = 325919422.24611926 m / s > c, setting 1/gamma = 0\n",
      "v = 349511536.7428886 m / s > c, setting 1/gamma = 0\n",
      "v = 429407777.17589533 m / s > c, setting 1/gamma = 0\n",
      "v = 467309033.4518309 m / s > c, setting 1/gamma = 0\n",
      "v = 336549570.06678957 m / s > c, setting 1/gamma = 0\n",
      "v = 360135277.58931655 m / s > c, setting 1/gamma = 0\n",
      "v = 443152139.54663736 m / s > c, setting 1/gamma = 0\n",
      "v = 479895135.882822 m / s > c, setting 1/gamma = 0\n",
      "v = 315788497.67644894 m / s > c, setting 1/gamma = 0\n",
      "v = 355205808.5998685 m / s > c, setting 1/gamma = 0\n",
      "v = 394427862.03225243 m / s > c, setting 1/gamma = 0\n",
      "v = 434601041.7056213 m / s > c, setting 1/gamma = 0\n",
      "v = 485607711.69985527 m / s > c, setting 1/gamma = 0\n",
      "v = 529944845.30578053 m / s > c, setting 1/gamma = 0\n",
      "v = 517072674.6242964 m / s > c, setting 1/gamma = 0\n",
      "v = 497459863.5195351 m / s > c, setting 1/gamma = 0\n",
      "v = 524911023.83593017 m / s > c, setting 1/gamma = 0\n",
      "v = 324553551.8417038 m / s > c, setting 1/gamma = 0\n",
      "v = 346261452.4393699 m / s > c, setting 1/gamma = 0\n",
      "v = 371447251.36358637 m / s > c, setting 1/gamma = 0\n",
      "v = 530120679.7667303 m / s > c, setting 1/gamma = 0\n",
      "v = 539258584.7645922 m / s > c, setting 1/gamma = 0\n",
      "v = 313589482.9820679 m / s > c, setting 1/gamma = 0\n",
      "v = 350963306.4533151 m / s > c, setting 1/gamma = 0\n",
      "v = 317386365.62367976 m / s > c, setting 1/gamma = 0\n",
      "v = 376197335.824453 m / s > c, setting 1/gamma = 0\n",
      "v = 311699171.39357597 m / s > c, setting 1/gamma = 0\n",
      "v = 343405472.2177799 m / s > c, setting 1/gamma = 0\n",
      "v = 480107236.37900347 m / s > c, setting 1/gamma = 0\n",
      "v = 492583434.98824745 m / s > c, setting 1/gamma = 0\n",
      "v = 441250043.9390402 m / s > c, setting 1/gamma = 0\n",
      "v = 443561473.8896074 m / s > c, setting 1/gamma = 0\n",
      "v = 321810019.17074627 m / s > c, setting 1/gamma = 0\n",
      "v = 379082551.5073409 m / s > c, setting 1/gamma = 0\n",
      "v = 336589805.2187018 m / s > c, setting 1/gamma = 0\n",
      "v = 387699976.2418041 m / s > c, setting 1/gamma = 0\n",
      "v = 432913543.1084498 m / s > c, setting 1/gamma = 0\n",
      "v = 446094037.224154 m / s > c, setting 1/gamma = 0\n",
      "v = 402118172.1842873 m / s > c, setting 1/gamma = 0\n",
      "v = 436866999.3335177 m / s > c, setting 1/gamma = 0\n",
      "v = 373281615.8705317 m / s > c, setting 1/gamma = 0\n",
      "v = 398944085.9733298 m / s > c, setting 1/gamma = 0\n",
      "v = 317633924.5866399 m / s > c, setting 1/gamma = 0\n",
      "v = 363869932.0346883 m / s > c, setting 1/gamma = 0\n",
      "v = 340299622.01776594 m / s > c, setting 1/gamma = 0\n",
      "v = 406233580.273272 m / s > c, setting 1/gamma = 0\n",
      "v = 429175534.5952265 m / s > c, setting 1/gamma = 0\n",
      "v = 447057736.80275947 m / s > c, setting 1/gamma = 0\n",
      "v = 305351065.89224213 m / s > c, setting 1/gamma = 0\n",
      "v = 444144506.42730105 m / s > c, setting 1/gamma = 0\n",
      "v = 488282110.43603516 m / s > c, setting 1/gamma = 0\n",
      "v = 315113224.4556447 m / s > c, setting 1/gamma = 0\n",
      "v = 427400731.29397076 m / s > c, setting 1/gamma = 0\n",
      "v = 456212801.14789253 m / s > c, setting 1/gamma = 0\n",
      "v = 326050083.52678394 m / s > c, setting 1/gamma = 0\n",
      "v = 381910776.9942271 m / s > c, setting 1/gamma = 0\n",
      "v = 320567548.277497 m / s > c, setting 1/gamma = 0\n",
      "v = 346870295.37086725 m / s > c, setting 1/gamma = 0\n",
      "v = 318244433.7709563 m / s > c, setting 1/gamma = 0\n",
      "v = 349337990.61268485 m / s > c, setting 1/gamma = 0\n",
      "v = 311423582.9952123 m / s > c, setting 1/gamma = 0\n",
      "v = 367551867.37027997 m / s > c, setting 1/gamma = 0\n",
      "v = 343815402.198057 m / s > c, setting 1/gamma = 0\n",
      "v = 370365182.5247148 m / s > c, setting 1/gamma = 0\n",
      "v = 346499510.25857985 m / s > c, setting 1/gamma = 0\n",
      "v = 376037310.5828201 m / s > c, setting 1/gamma = 0\n",
      "v = 339551748.3684073 m / s > c, setting 1/gamma = 0\n",
      "v = 364780802.8037613 m / s > c, setting 1/gamma = 0\n",
      "v = 305481936.047451 m / s > c, setting 1/gamma = 0\n",
      "v = 358497503.0930957 m / s > c, setting 1/gamma = 0\n",
      "v = 318169419.38119197 m / s > c, setting 1/gamma = 0\n",
      "v = 621583656.3118873 m / s > c, setting 1/gamma = 0\n",
      "v = 509449356.08326393 m / s > c, setting 1/gamma = 0\n",
      "v = 312048791.75138813 m / s > c, setting 1/gamma = 0\n",
      "v = 327796336.25009423 m / s > c, setting 1/gamma = 0\n",
      "v = 303408219.5295541 m / s > c, setting 1/gamma = 0\n",
      "v = 306604589.55035573 m / s > c, setting 1/gamma = 0\n",
      "v = 349217447.92338586 m / s > c, setting 1/gamma = 0\n",
      "v = 378828607.5928698 m / s > c, setting 1/gamma = 0\n",
      "v = 419047942.34361285 m / s > c, setting 1/gamma = 0\n",
      "v = 421158398.4564031 m / s > c, setting 1/gamma = 0\n",
      "v = 471546409.7821176 m / s > c, setting 1/gamma = 0\n",
      "v = 319596011.6141881 m / s > c, setting 1/gamma = 0\n",
      "v = 671869449.6743072 m / s > c, setting 1/gamma = 0\n",
      "v = 550232491.0797482 m / s > c, setting 1/gamma = 0\n",
      "v = 331379769.0630578 m / s > c, setting 1/gamma = 0\n",
      "v = 359494850.1971005 m / s > c, setting 1/gamma = 0\n",
      "v = 472841037.9931957 m / s > c, setting 1/gamma = 0\n",
      "v = 496291627.85284644 m / s > c, setting 1/gamma = 0\n",
      "v = 514470578.72704405 m / s > c, setting 1/gamma = 0\n",
      "v = 505177426.8828134 m / s > c, setting 1/gamma = 0\n",
      "v = 325312586.6506117 m / s > c, setting 1/gamma = 0\n",
      "v = 349115272.22015667 m / s > c, setting 1/gamma = 0\n",
      "v = 375325039.66556835 m / s > c, setting 1/gamma = 0\n",
      "v = 301047722.80990523 m / s > c, setting 1/gamma = 0\n",
      "v = 540171879.3905896 m / s > c, setting 1/gamma = 0\n",
      "v = 515695881.3201219 m / s > c, setting 1/gamma = 0\n",
      "v = 392849333.61376065 m / s > c, setting 1/gamma = 0\n",
      "v = 413218416.4430959 m / s > c, setting 1/gamma = 0\n",
      "v = 303477602.9306987 m / s > c, setting 1/gamma = 0\n",
      "v = 462588319.81504464 m / s > c, setting 1/gamma = 0\n",
      "v = 466423404.7792948 m / s > c, setting 1/gamma = 0\n",
      "v = 305905320.88110393 m / s > c, setting 1/gamma = 0\n",
      "v = 304822750.6278791 m / s > c, setting 1/gamma = 0\n",
      "v = 349076180.705662 m / s > c, setting 1/gamma = 0\n",
      "v = 401374529.14755976 m / s > c, setting 1/gamma = 0\n",
      "v = 315906215.90952605 m / s > c, setting 1/gamma = 0\n",
      "v = 333286461.2541834 m / s > c, setting 1/gamma = 0\n",
      "v = 303213428.3654304 m / s > c, setting 1/gamma = 0\n",
      "v = 434468075.7949104 m / s > c, setting 1/gamma = 0\n",
      "v = 464177024.97007686 m / s > c, setting 1/gamma = 0\n",
      "v = 332619092.7903939 m / s > c, setting 1/gamma = 0\n",
      "v = 387109428.6865708 m / s > c, setting 1/gamma = 0\n",
      "v = 311862770.30224603 m / s > c, setting 1/gamma = 0\n",
      "v = 337229045.0189267 m / s > c, setting 1/gamma = 0\n",
      "v = 326637705.2665899 m / s > c, setting 1/gamma = 0\n",
      "v = 721529043.230986 m / s > c, setting 1/gamma = 0\n",
      "v = 724642885.0806892 m / s > c, setting 1/gamma = 0\n",
      "v = 320537820.27423906 m / s > c, setting 1/gamma = 0\n",
      "v = 403020638.43737906 m / s > c, setting 1/gamma = 0\n",
      "v = 462537623.6800625 m / s > c, setting 1/gamma = 0\n",
      "v = 531362516.28902066 m / s > c, setting 1/gamma = 0\n",
      "v = 421573427.5464769 m / s > c, setting 1/gamma = 0\n",
      "v = 477792180.5891356 m / s > c, setting 1/gamma = 0\n",
      "v = 343037969.44142264 m / s > c, setting 1/gamma = 0\n",
      "v = 421248015.2422317 m / s > c, setting 1/gamma = 0\n",
      "v = 313083591.9918966 m / s > c, setting 1/gamma = 0\n",
      "v = 313839272.8989649 m / s > c, setting 1/gamma = 0\n",
      "v = 848308573.8283005 m / s > c, setting 1/gamma = 0\n",
      "v = 753293554.8167318 m / s > c, setting 1/gamma = 0\n",
      "v = 344986347.4217929 m / s > c, setting 1/gamma = 0\n",
      "v = 305099372.0498783 m / s > c, setting 1/gamma = 0\n",
      "v = 326215659.79651326 m / s > c, setting 1/gamma = 0\n",
      "v = 370373036.9716666 m / s > c, setting 1/gamma = 0\n",
      "v = 437660493.14714444 m / s > c, setting 1/gamma = 0\n",
      "v = 307796844.7356471 m / s > c, setting 1/gamma = 0\n",
      "v = 301705141.853657 m / s > c, setting 1/gamma = 0\n",
      "v = 331595021.6426981 m / s > c, setting 1/gamma = 0\n",
      "v = 485156261.33976895 m / s > c, setting 1/gamma = 0\n",
      "v = 499937959.7669038 m / s > c, setting 1/gamma = 0\n",
      "v = 459091593.6213372 m / s > c, setting 1/gamma = 0\n",
      "v = 480006316.67458844 m / s > c, setting 1/gamma = 0\n",
      "v = 313072047.8180439 m / s > c, setting 1/gamma = 0\n",
      "v = 440492969.60086036 m / s > c, setting 1/gamma = 0\n",
      "v = 486603390.15844643 m / s > c, setting 1/gamma = 0\n",
      "v = 339768020.5101538 m / s > c, setting 1/gamma = 0\n",
      "v = 393520326.0967408 m / s > c, setting 1/gamma = 0\n",
      "v = 506462352.30965614 m / s > c, setting 1/gamma = 0\n",
      "v = 537040983.8041424 m / s > c, setting 1/gamma = 0\n",
      "v = 305747022.7027487 m / s > c, setting 1/gamma = 0\n",
      "v = 310563263.0660285 m / s > c, setting 1/gamma = 0\n",
      "v = 335289872.07565886 m / s > c, setting 1/gamma = 0\n",
      "v = 546346051.5395514 m / s > c, setting 1/gamma = 0\n",
      "v = 503623448.4582331 m / s > c, setting 1/gamma = 0\n",
      "v = 314930918.0585811 m / s > c, setting 1/gamma = 0\n",
      "v = 376071570.24715203 m / s > c, setting 1/gamma = 0\n",
      "v = 325095640.62052196 m / s > c, setting 1/gamma = 0\n",
      "v = 316197876.1676851 m / s > c, setting 1/gamma = 0\n",
      "v = 536008400.9729789 m / s > c, setting 1/gamma = 0\n",
      "v = 545174793.0534852 m / s > c, setting 1/gamma = 0\n",
      "v = 312861418.37608504 m / s > c, setting 1/gamma = 0\n",
      "v = 356736306.9449116 m / s > c, setting 1/gamma = 0\n",
      "v = 404875682.35276765 m / s > c, setting 1/gamma = 0\n",
      "v = 348805240.0697906 m / s > c, setting 1/gamma = 0\n",
      "v = 406221100.5213644 m / s > c, setting 1/gamma = 0\n",
      "v = 317890736.18867517 m / s > c, setting 1/gamma = 0\n",
      "v = 366440407.0523283 m / s > c, setting 1/gamma = 0\n",
      "v = 308578222.32642317 m / s > c, setting 1/gamma = 0\n",
      "v = 377837542.81900024 m / s > c, setting 1/gamma = 0\n",
      "v = 429728545.79963964 m / s > c, setting 1/gamma = 0\n",
      "v = 315068313.9492692 m / s > c, setting 1/gamma = 0\n",
      "v = 551870909.9818377 m / s > c, setting 1/gamma = 0\n",
      "v = 556688617.7737236 m / s > c, setting 1/gamma = 0\n",
      "v = 508256883.28823966 m / s > c, setting 1/gamma = 0\n",
      "v = 524778128.7150727 m / s > c, setting 1/gamma = 0\n",
      "v = 440856076.85791916 m / s > c, setting 1/gamma = 0\n",
      "v = 1147352681.4718595 m / s > c, setting 1/gamma = 0\n",
      "v = 983481125.2791634 m / s > c, setting 1/gamma = 0\n",
      "v = 324575083.2255278 m / s > c, setting 1/gamma = 0\n",
      "v = 389412734.69830716 m / s > c, setting 1/gamma = 0\n",
      "v = 424499992.2061487 m / s > c, setting 1/gamma = 0\n",
      "v = 313530472.5123186 m / s > c, setting 1/gamma = 0\n",
      "v = 379960868.0281952 m / s > c, setting 1/gamma = 0\n",
      "v = 303090121.0801988 m / s > c, setting 1/gamma = 0\n",
      "v = 337164883.00233847 m / s > c, setting 1/gamma = 0\n",
      "v = 807191569.7869701 m / s > c, setting 1/gamma = 0\n",
      "v = 688042449.8844353 m / s > c, setting 1/gamma = 0\n",
      "v = 311590768.290483 m / s > c, setting 1/gamma = 0\n",
      "v = 493077664.34932554 m / s > c, setting 1/gamma = 0\n",
      "v = 508627000.42493606 m / s > c, setting 1/gamma = 0\n",
      "v = 300825641.1676499 m / s > c, setting 1/gamma = 0\n",
      "v = 330755182.99130005 m / s > c, setting 1/gamma = 0\n",
      "v = 520764428.7549767 m / s > c, setting 1/gamma = 0\n",
      "v = 512604574.49542665 m / s > c, setting 1/gamma = 0\n",
      "v = 337199245.26142496 m / s > c, setting 1/gamma = 0\n",
      "v = 302790002.46930444 m / s > c, setting 1/gamma = 0\n",
      "v = 302012411.59205824 m / s > c, setting 1/gamma = 0\n",
      "v = 325967030.56736857 m / s > c, setting 1/gamma = 0\n",
      "v = 422437144.40646297 m / s > c, setting 1/gamma = 0\n",
      "v = 436647413.5941189 m / s > c, setting 1/gamma = 0\n",
      "v = 344763979.95270944 m / s > c, setting 1/gamma = 0\n",
      "v = 393630940.61943376 m / s > c, setting 1/gamma = 0\n",
      "v = 300963383.4562964 m / s > c, setting 1/gamma = 0\n",
      "v = 316336935.6539837 m / s > c, setting 1/gamma = 0\n",
      "v = 359878047.18760073 m / s > c, setting 1/gamma = 0\n",
      "v = 468160616.24439055 m / s > c, setting 1/gamma = 0\n",
      "v = 495236672.58702976 m / s > c, setting 1/gamma = 0\n",
      "v = 326618589.35080564 m / s > c, setting 1/gamma = 0\n",
      "v = 388199438.4017397 m / s > c, setting 1/gamma = 0\n",
      "v = 303898867.8680355 m / s > c, setting 1/gamma = 0\n",
      "v = 333466173.7117224 m / s > c, setting 1/gamma = 0\n",
      "v = 371990103.30852133 m / s > c, setting 1/gamma = 0\n",
      "v = 368543275.2323389 m / s > c, setting 1/gamma = 0\n",
      "v = 429339465.65987384 m / s > c, setting 1/gamma = 0\n",
      "v = 337935444.1486366 m / s > c, setting 1/gamma = 0\n",
      "v = 396647648.2944665 m / s > c, setting 1/gamma = 0\n",
      "v = 304620993.76632446 m / s > c, setting 1/gamma = 0\n",
      "v = 325168949.6418456 m / s > c, setting 1/gamma = 0\n",
      "v = 325430327.98322874 m / s > c, setting 1/gamma = 0\n",
      "v = 303241049.06005603 m / s > c, setting 1/gamma = 0\n",
      "v = 329363596.05577743 m / s > c, setting 1/gamma = 0\n",
      "v = 363510342.08238834 m / s > c, setting 1/gamma = 0\n",
      "v = 838230813.9749223 m / s > c, setting 1/gamma = 0\n",
      "v = 700456654.3221964 m / s > c, setting 1/gamma = 0\n",
      "v = 377036366.24760014 m / s > c, setting 1/gamma = 0\n",
      "v = 416936098.9205257 m / s > c, setting 1/gamma = 0\n",
      "v = 307682964.5540128 m / s > c, setting 1/gamma = 0\n",
      "v = 352092815.2019274 m / s > c, setting 1/gamma = 0\n",
      "v = 379496473.2678947 m / s > c, setting 1/gamma = 0\n",
      "v = 366024070.9069568 m / s > c, setting 1/gamma = 0\n",
      "v = 407332790.9311386 m / s > c, setting 1/gamma = 0\n",
      "v = 333969017.3906223 m / s > c, setting 1/gamma = 0\n",
      "v = 401286622.38015914 m / s > c, setting 1/gamma = 0\n",
      "v = 305347702.1163403 m / s > c, setting 1/gamma = 0\n",
      "v = 307597308.97929096 m / s > c, setting 1/gamma = 0\n",
      "v = 400757128.1212915 m / s > c, setting 1/gamma = 0\n",
      "v = 427402584.3739779 m / s > c, setting 1/gamma = 0\n",
      "v = 330553400.64264935 m / s > c, setting 1/gamma = 0\n",
      "v = 385842183.2662892 m / s > c, setting 1/gamma = 0\n",
      "v = 314036744.49618405 m / s > c, setting 1/gamma = 0\n",
      "v = 344680938.41075546 m / s > c, setting 1/gamma = 0\n",
      "v = 408421931.2276735 m / s > c, setting 1/gamma = 0\n",
      "v = 458376516.5041483 m / s > c, setting 1/gamma = 0\n",
      "v = 336537407.8394985 m / s > c, setting 1/gamma = 0\n",
      "v = 397935648.7547203 m / s > c, setting 1/gamma = 0\n",
      "v = 308493095.3116801 m / s > c, setting 1/gamma = 0\n",
      "v = 368347630.3891861 m / s > c, setting 1/gamma = 0\n",
      "v = 307983836.5319133 m / s > c, setting 1/gamma = 0\n",
      "v = 308732916.0093253 m / s > c, setting 1/gamma = 0\n",
      "v = 338109196.1741185 m / s > c, setting 1/gamma = 0\n",
      "v = 355168762.3590785 m / s > c, setting 1/gamma = 0\n",
      "v = 332538270.1259816 m / s > c, setting 1/gamma = 0\n",
      "v = 718452934.2037579 m / s > c, setting 1/gamma = 0\n",
      "v = 595158004.3585093 m / s > c, setting 1/gamma = 0\n",
      "v = 325177403.22673094 m / s > c, setting 1/gamma = 0\n",
      "v = 350957917.00540155 m / s > c, setting 1/gamma = 0\n",
      "v = 462841979.17017794 m / s > c, setting 1/gamma = 0\n",
      "v = 477999031.0841039 m / s > c, setting 1/gamma = 0\n",
      "v = 322452081.5386719 m / s > c, setting 1/gamma = 0\n",
      "v = 378649550.8893051 m / s > c, setting 1/gamma = 0\n",
      "v = 522848261.23548555 m / s > c, setting 1/gamma = 0\n",
      "v = 560409988.2728957 m / s > c, setting 1/gamma = 0\n",
      "v = 321534397.27948517 m / s > c, setting 1/gamma = 0\n",
      "v = 307097771.76389307 m / s > c, setting 1/gamma = 0\n",
      "v = 331424360.81053275 m / s > c, setting 1/gamma = 0\n",
      "v = 304378880.55070597 m / s > c, setting 1/gamma = 0\n",
      "v = 347760602.96653414 m / s > c, setting 1/gamma = 0\n",
      "v = 429060144.5364767 m / s > c, setting 1/gamma = 0\n",
      "v = 490546443.81561303 m / s > c, setting 1/gamma = 0\n",
      "v = 315429558.4586159 m / s > c, setting 1/gamma = 0\n",
      "v = 300568786.1217642 m / s > c, setting 1/gamma = 0\n",
      "v = 328902120.0778135 m / s > c, setting 1/gamma = 0\n",
      "v = 451852656.04082745 m / s > c, setting 1/gamma = 0\n",
      "v = 468573283.252477 m / s > c, setting 1/gamma = 0\n",
      "v = 374643866.40178967 m / s > c, setting 1/gamma = 0\n",
      "v = 414652537.8068865 m / s > c, setting 1/gamma = 0\n",
      "v = 303546288.73130774 m / s > c, setting 1/gamma = 0\n",
      "v = 370051424.3993113 m / s > c, setting 1/gamma = 0\n",
      "v = 327950090.2335189 m / s > c, setting 1/gamma = 0\n",
      "v = 367213771.7559871 m / s > c, setting 1/gamma = 0\n",
      "v = 422396030.7372536 m / s > c, setting 1/gamma = 0\n",
      "v = 470246612.5055782 m / s > c, setting 1/gamma = 0\n",
      "v = 418213064.1275346 m / s > c, setting 1/gamma = 0\n",
      "v = 455318534.82588226 m / s > c, setting 1/gamma = 0\n",
      "v = 315341519.6187928 m / s > c, setting 1/gamma = 0\n",
      "v = 340950312.4820025 m / s > c, setting 1/gamma = 0\n",
      "v = 309759914.4987217 m / s > c, setting 1/gamma = 0\n",
      "v = 332070252.0339129 m / s > c, setting 1/gamma = 0\n",
      "v = 311543147.4389498 m / s > c, setting 1/gamma = 0\n",
      "v = 323385951.4481858 m / s > c, setting 1/gamma = 0\n",
      "v = 368420001.50847346 m / s > c, setting 1/gamma = 0\n",
      "v = 420330931.09494084 m / s > c, setting 1/gamma = 0\n",
      "v = 320373919.0400565 m / s > c, setting 1/gamma = 0\n",
      "v = 332726328.25376326 m / s > c, setting 1/gamma = 0\n",
      "v = 369631555.9921079 m / s > c, setting 1/gamma = 0\n",
      "v = 423519856.9745132 m / s > c, setting 1/gamma = 0\n",
      "v = 465995256.93643814 m / s > c, setting 1/gamma = 0\n",
      "v = 595417980.081117 m / s > c, setting 1/gamma = 0\n",
      "v = 615330028.3967725 m / s > c, setting 1/gamma = 0\n",
      "v = 312386922.6762415 m / s > c, setting 1/gamma = 0\n",
      "v = 346543161.5596829 m / s > c, setting 1/gamma = 0\n",
      "v = 319230616.08776027 m / s > c, setting 1/gamma = 0\n",
      "v = 327897512.3999311 m / s > c, setting 1/gamma = 0\n",
      "v = 349004115.47989285 m / s > c, setting 1/gamma = 0\n",
      "v = 377600237.7885408 m / s > c, setting 1/gamma = 0\n",
      "v = 957519551.3480122 m / s > c, setting 1/gamma = 0\n",
      "v = 818331917.0164392 m / s > c, setting 1/gamma = 0\n",
      "v = 324823566.61141014 m / s > c, setting 1/gamma = 0\n",
      "v = 366523862.18674886 m / s > c, setting 1/gamma = 0\n",
      "v = 942285401.6973141 m / s > c, setting 1/gamma = 0\n",
      "v = 812664792.9558951 m / s > c, setting 1/gamma = 0\n",
      "v = 303899617.07529926 m / s > c, setting 1/gamma = 0\n",
      "v = 304633446.9975543 m / s > c, setting 1/gamma = 0\n",
      "v = 321495090.3509224 m / s > c, setting 1/gamma = 0\n",
      "v = 371268576.9882406 m / s > c, setting 1/gamma = 0\n",
      "v = 445720054.74498206 m / s > c, setting 1/gamma = 0\n",
      "v = 317865745.33173716 m / s > c, setting 1/gamma = 0\n",
      "v = 379650821.1854869 m / s > c, setting 1/gamma = 0\n",
      "v = 326425076.2107261 m / s > c, setting 1/gamma = 0\n",
      "v = 777708896.6414896 m / s > c, setting 1/gamma = 0\n",
      "v = 660245193.8501467 m / s > c, setting 1/gamma = 0\n",
      "v = 311882711.5225544 m / s > c, setting 1/gamma = 0\n",
      "v = 302148508.0240902 m / s > c, setting 1/gamma = 0\n",
      "v = 358992246.30315477 m / s > c, setting 1/gamma = 0\n",
      "v = 503356945.60079604 m / s > c, setting 1/gamma = 0\n",
      "v = 559168385.70789 m / s > c, setting 1/gamma = 0\n",
      "v = 404512034.41654724 m / s > c, setting 1/gamma = 0\n",
      "v = 453315077.8430189 m / s > c, setting 1/gamma = 0\n",
      "v = 381929843.6391675 m / s > c, setting 1/gamma = 0\n",
      "v = 965336842.472214 m / s > c, setting 1/gamma = 0\n",
      "v = 828771258.5822276 m / s > c, setting 1/gamma = 0\n",
      "v = 367347024.9340913 m / s > c, setting 1/gamma = 0\n",
      "v = 400011150.6277814 m / s > c, setting 1/gamma = 0\n",
      "v = 318468733.4966099 m / s > c, setting 1/gamma = 0\n",
      "v = 304172015.0115535 m / s > c, setting 1/gamma = 0\n",
      "v = 301611887.2250248 m / s > c, setting 1/gamma = 0\n",
      "v = 308063643.64649963 m / s > c, setting 1/gamma = 0\n",
      "v = 386234936.12151456 m / s > c, setting 1/gamma = 0\n",
      "v = 456971299.32579255 m / s > c, setting 1/gamma = 0\n",
      "v = 337131422.3553949 m / s > c, setting 1/gamma = 0\n",
      "v = 308905052.78532296 m / s > c, setting 1/gamma = 0\n",
      "v = 376724091.97760004 m / s > c, setting 1/gamma = 0\n",
      "v = 307916457.1677329 m / s > c, setting 1/gamma = 0\n",
      "v = 364337310.23728836 m / s > c, setting 1/gamma = 0\n",
      "v = 573066773.134724 m / s > c, setting 1/gamma = 0\n",
      "v = 596374354.0260887 m / s > c, setting 1/gamma = 0\n",
      "v = 351043838.91848123 m / s > c, setting 1/gamma = 0\n",
      "v = 546104571.1395056 m / s > c, setting 1/gamma = 0\n",
      "v = 602266061.7905368 m / s > c, setting 1/gamma = 0\n",
      "v = 348067476.28013974 m / s > c, setting 1/gamma = 0\n",
      "v = 414072201.3013416 m / s > c, setting 1/gamma = 0\n",
      "v = 338410178.36003804 m / s > c, setting 1/gamma = 0\n",
      "v = 318229515.2533521 m / s > c, setting 1/gamma = 0\n",
      "v = 347783234.7221891 m / s > c, setting 1/gamma = 0\n",
      "v = 339910225.81060314 m / s > c, setting 1/gamma = 0\n",
      "v = 348380889.5955785 m / s > c, setting 1/gamma = 0\n",
      "v = 834550133.1168585 m / s > c, setting 1/gamma = 0\n",
      "v = 714163480.6670839 m / s > c, setting 1/gamma = 0\n",
      "v = 337215178.662031 m / s > c, setting 1/gamma = 0\n",
      "v = 360332022.22903776 m / s > c, setting 1/gamma = 0\n",
      "v = 352418549.0860503 m / s > c, setting 1/gamma = 0\n",
      "v = 420801577.490565 m / s > c, setting 1/gamma = 0\n",
      "v = 363484713.3351878 m / s > c, setting 1/gamma = 0\n",
      "v = 428680865.6908067 m / s > c, setting 1/gamma = 0\n",
      "v = 346280366.4213434 m / s > c, setting 1/gamma = 0\n",
      "v = 371286765.1654733 m / s > c, setting 1/gamma = 0\n",
      "v = 553029669.2715554 m / s > c, setting 1/gamma = 0\n",
      "v = 590796564.0044411 m / s > c, setting 1/gamma = 0\n",
      "v = 352970066.90943843 m / s > c, setting 1/gamma = 0\n",
      "v = 423996404.8556009 m / s > c, setting 1/gamma = 0\n",
      "v = 325152681.682271 m / s > c, setting 1/gamma = 0\n",
      "v = 311666422.2587775 m / s > c, setting 1/gamma = 0\n",
      "v = 379098689.63699895 m / s > c, setting 1/gamma = 0\n",
      "v = 976461424.8411375 m / s > c, setting 1/gamma = 0\n",
      "v = 842233499.4202206 m / s > c, setting 1/gamma = 0\n",
      "v = 326865250.61736804 m / s > c, setting 1/gamma = 0\n",
      "v = 315537873.31120324 m / s > c, setting 1/gamma = 0\n",
      "v = 365337514.3217938 m / s > c, setting 1/gamma = 0\n",
      "v = 334208908.1859971 m / s > c, setting 1/gamma = 0\n",
      "v = 381250180.4317517 m / s > c, setting 1/gamma = 0\n",
      "v = 338233650.4342706 m / s > c, setting 1/gamma = 0\n",
      "v = 306361569.94024247 m / s > c, setting 1/gamma = 0\n",
      "v = 348575548.8805044 m / s > c, setting 1/gamma = 0\n",
      "v = 459282066.56891876 m / s > c, setting 1/gamma = 0\n",
      "v = 505987153.47259235 m / s > c, setting 1/gamma = 0\n",
      "v = 326035062.1930178 m / s > c, setting 1/gamma = 0\n",
      "v = 379534707.32409936 m / s > c, setting 1/gamma = 0\n",
      "v = 347398495.3372159 m / s > c, setting 1/gamma = 0\n",
      "v = 409789806.3712311 m / s > c, setting 1/gamma = 0\n",
      "v = 313256747.91257113 m / s > c, setting 1/gamma = 0\n",
      "v = 339435606.75167894 m / s > c, setting 1/gamma = 0\n",
      "v = 303398232.9427442 m / s > c, setting 1/gamma = 0\n",
      "v = 316063029.67958945 m / s > c, setting 1/gamma = 0\n",
      "v = 383279202.7155975 m / s > c, setting 1/gamma = 0\n",
      "v = 388573440.82544535 m / s > c, setting 1/gamma = 0\n",
      "v = 430267733.16040987 m / s > c, setting 1/gamma = 0\n",
      "v = 330719461.6120581 m / s > c, setting 1/gamma = 0\n",
      "v = 349126697.5558748 m / s > c, setting 1/gamma = 0\n",
      "v = 417497604.5786198 m / s > c, setting 1/gamma = 0\n",
      "v = 482435510.7346976 m / s > c, setting 1/gamma = 0\n",
      "v = 537022338.0388807 m / s > c, setting 1/gamma = 0\n",
      "v = 333449825.7824451 m / s > c, setting 1/gamma = 0\n",
      "v = 310651786.08665884 m / s > c, setting 1/gamma = 0\n",
      "v = 355535354.67811203 m / s > c, setting 1/gamma = 0\n",
      "v = 484545120.52463907 m / s > c, setting 1/gamma = 0\n",
      "v = 496876642.4723408 m / s > c, setting 1/gamma = 0\n",
      "v = 337828783.03878427 m / s > c, setting 1/gamma = 0\n",
      "v = 304523761.0130579 m / s > c, setting 1/gamma = 0\n",
      "v = 353727863.6264569 m / s > c, setting 1/gamma = 0\n",
      "v = 380254065.64952135 m / s > c, setting 1/gamma = 0\n",
      "v = 932635150.4278312 m / s > c, setting 1/gamma = 0\n",
      "v = 792545206.4140462 m / s > c, setting 1/gamma = 0\n",
      "v = 317131265.78896856 m / s > c, setting 1/gamma = 0\n",
      "v = 366802525.74236786 m / s > c, setting 1/gamma = 0\n",
      "v = 308891153.46980345 m / s > c, setting 1/gamma = 0\n",
      "v = 420151844.8076785 m / s > c, setting 1/gamma = 0\n",
      "v = 475532283.697565 m / s > c, setting 1/gamma = 0\n",
      "v = 312339764.761319 m / s > c, setting 1/gamma = 0\n",
      "v = 695291597.5932416 m / s > c, setting 1/gamma = 0\n",
      "v = 577474229.6344867 m / s > c, setting 1/gamma = 0\n",
      "v = 305051338.038374 m / s > c, setting 1/gamma = 0\n",
      "v = 442750030.20075625 m / s > c, setting 1/gamma = 0\n",
      "v = 457248566.02293843 m / s > c, setting 1/gamma = 0\n",
      "v = 623474077.3853748 m / s > c, setting 1/gamma = 0\n",
      "v = 645709680.9940548 m / s > c, setting 1/gamma = 0\n",
      "v = 349561477.51193833 m / s > c, setting 1/gamma = 0\n",
      "v = 401493653.1910716 m / s > c, setting 1/gamma = 0\n",
      "v = 606538581.7060965 m / s > c, setting 1/gamma = 0\n",
      "v = 533761647.34990084 m / s > c, setting 1/gamma = 0\n",
      "v = 323634679.45151466 m / s > c, setting 1/gamma = 0\n",
      "v = 325786766.1624001 m / s > c, setting 1/gamma = 0\n",
      "v = 345371792.56410015 m / s > c, setting 1/gamma = 0\n",
      "v = 349697712.7262996 m / s > c, setting 1/gamma = 0\n",
      "v = 374432104.3032882 m / s > c, setting 1/gamma = 0\n",
      "v = 304897836.0403167 m / s > c, setting 1/gamma = 0\n",
      "v = 611234696.368914 m / s > c, setting 1/gamma = 0\n",
      "v = 502980083.16221994 m / s > c, setting 1/gamma = 0\n",
      "v = 367519422.50800663 m / s > c, setting 1/gamma = 0\n",
      "v = 396399485.3059559 m / s > c, setting 1/gamma = 0\n",
      "v = 326608225.3256058 m / s > c, setting 1/gamma = 0\n",
      "v = 314368012.81278646 m / s > c, setting 1/gamma = 0\n",
      "v = 682705983.7876503 m / s > c, setting 1/gamma = 0\n",
      "v = 561777469.088472 m / s > c, setting 1/gamma = 0\n",
      "v = 428993021.4471284 m / s > c, setting 1/gamma = 0\n",
      "v = 458747192.67970806 m / s > c, setting 1/gamma = 0\n",
      "v = 331263970.75989 m / s > c, setting 1/gamma = 0\n",
      "v = 309094812.68420213 m / s > c, setting 1/gamma = 0\n",
      "v = 346444009.9960406 m / s > c, setting 1/gamma = 0\n",
      "v = 320750039.3499695 m / s > c, setting 1/gamma = 0\n",
      "v = 346863506.9907997 m / s > c, setting 1/gamma = 0\n",
      "v = 354161889.5050058 m / s > c, setting 1/gamma = 0\n",
      "v = 392725979.3374196 m / s > c, setting 1/gamma = 0\n",
      "v = 354318038.4572629 m / s > c, setting 1/gamma = 0\n",
      "v = 420686599.65408766 m / s > c, setting 1/gamma = 0\n",
      "v = 312942579.8611126 m / s > c, setting 1/gamma = 0\n",
      "v = 341651279.30878043 m / s > c, setting 1/gamma = 0\n",
      "v = 341985028.3106632 m / s > c, setting 1/gamma = 0\n",
      "v = 379765263.6550186 m / s > c, setting 1/gamma = 0\n",
      "v = 308813406.0557612 m / s > c, setting 1/gamma = 0\n",
      "v = 373459746.36310875 m / s > c, setting 1/gamma = 0\n",
      "v = 312033255.23164266 m / s > c, setting 1/gamma = 0\n",
      "v = 325548413.12279737 m / s > c, setting 1/gamma = 0\n",
      "v = 330366019.0157245 m / s > c, setting 1/gamma = 0\n",
      "v = 303110125.59405917 m / s > c, setting 1/gamma = 0\n",
      "v = 443134476.70975566 m / s > c, setting 1/gamma = 0\n",
      "v = 485587973.1256991 m / s > c, setting 1/gamma = 0\n",
      "v = 434744571.14406955 m / s > c, setting 1/gamma = 0\n",
      "v = 455199742.99199563 m / s > c, setting 1/gamma = 0\n",
      "v = 463486955.6915444 m / s > c, setting 1/gamma = 0\n",
      "v = 501573968.4357792 m / s > c, setting 1/gamma = 0\n",
      "v = 300861513.3004475 m / s > c, setting 1/gamma = 0\n",
      "v = 602726314.1804422 m / s > c, setting 1/gamma = 0\n",
      "v = 495619978.136636 m / s > c, setting 1/gamma = 0\n",
      "v = 316770534.02388644 m / s > c, setting 1/gamma = 0\n",
      "v = 355652069.6206451 m / s > c, setting 1/gamma = 0\n",
      "v = 375596645.81413597 m / s > c, setting 1/gamma = 0\n",
      "v = 407757513.80468667 m / s > c, setting 1/gamma = 0\n",
      "v = 398073517.6500016 m / s > c, setting 1/gamma = 0\n",
      "v = 450109321.57751125 m / s > c, setting 1/gamma = 0\n",
      "v = 393796697.84283036 m / s > c, setting 1/gamma = 0\n",
      "v = 450272146.9192627 m / s > c, setting 1/gamma = 0\n",
      "v = 539377471.4683897 m / s > c, setting 1/gamma = 0\n",
      "v = 532692856.01300883 m / s > c, setting 1/gamma = 0\n",
      "v = 307442107.3335505 m / s > c, setting 1/gamma = 0\n",
      "v = 304138179.51223904 m / s > c, setting 1/gamma = 0\n",
      "v = 354577241.4171457 m / s > c, setting 1/gamma = 0\n",
      "v = 322364960.3284654 m / s > c, setting 1/gamma = 0\n",
      "v = 388148330.01435333 m / s > c, setting 1/gamma = 0\n",
      "v = 309914630.02239263 m / s > c, setting 1/gamma = 0\n",
      "v = 330069475.7899798 m / s > c, setting 1/gamma = 0\n",
      "v = 313215835.60823774 m / s > c, setting 1/gamma = 0\n",
      "v = 656144510.7858405 m / s > c, setting 1/gamma = 0\n",
      "v = 540010959.2578497 m / s > c, setting 1/gamma = 0\n",
      "v = 301116128.5619333 m / s > c, setting 1/gamma = 0\n",
      "v = 334508014.7862143 m / s > c, setting 1/gamma = 0\n",
      "v = 397016708.6880071 m / s > c, setting 1/gamma = 0\n",
      "v = 434334546.0599261 m / s > c, setting 1/gamma = 0\n",
      "v = 329119756.1547588 m / s > c, setting 1/gamma = 0\n",
      "v = 387183429.8268123 m / s > c, setting 1/gamma = 0\n",
      "v = 319743655.77726173 m / s > c, setting 1/gamma = 0\n",
      "v = 663252472.7091132 m / s > c, setting 1/gamma = 0\n",
      "v = 547031570.6770781 m / s > c, setting 1/gamma = 0\n",
      "v = 544770340.6063037 m / s > c, setting 1/gamma = 0\n",
      "v = 524988909.7869968 m / s > c, setting 1/gamma = 0\n",
      "v = 319568315.10986024 m / s > c, setting 1/gamma = 0\n",
      "v = 320714458.8155819 m / s > c, setting 1/gamma = 0\n",
      "v = 379918823.0156171 m / s > c, setting 1/gamma = 0\n",
      "v = 323583661.0629133 m / s > c, setting 1/gamma = 0\n",
      "v = 317095327.50950617 m / s > c, setting 1/gamma = 0\n",
      "v = 339802708.90312403 m / s > c, setting 1/gamma = 0\n",
      "v = 410734561.36315423 m / s > c, setting 1/gamma = 0\n",
      "v = 433276410.06245226 m / s > c, setting 1/gamma = 0\n",
      "v = 391279392.9832359 m / s > c, setting 1/gamma = 0\n",
      "v = 905838837.103014 m / s > c, setting 1/gamma = 0\n",
      "v = 757268653.2763488 m / s > c, setting 1/gamma = 0\n",
      "v = 309176152.9859528 m / s > c, setting 1/gamma = 0\n",
      "v = 343844598.47023547 m / s > c, setting 1/gamma = 0\n",
      "v = 301204147.5775059 m / s > c, setting 1/gamma = 0\n",
      "v = 429894073.0675697 m / s > c, setting 1/gamma = 0\n",
      "v = 461429008.96938246 m / s > c, setting 1/gamma = 0\n",
      "v = 510698448.0576534 m / s > c, setting 1/gamma = 0\n",
      "v = 521165972.1646623 m / s > c, setting 1/gamma = 0\n",
      "v = 410957882.5967294 m / s > c, setting 1/gamma = 0\n",
      "v = 460083458.5432014 m / s > c, setting 1/gamma = 0\n",
      "v = 377963320.0923827 m / s > c, setting 1/gamma = 0\n",
      "v = 401655147.6753677 m / s > c, setting 1/gamma = 0\n",
      "v = 408579608.47058636 m / s > c, setting 1/gamma = 0\n",
      "v = 455286124.2337321 m / s > c, setting 1/gamma = 0\n",
      "v = 308374671.7935304 m / s > c, setting 1/gamma = 0\n",
      "v = 337198816.3270479 m / s > c, setting 1/gamma = 0\n",
      "v = 304256993.9421658 m / s > c, setting 1/gamma = 0\n",
      "v = 344791473.3245073 m / s > c, setting 1/gamma = 0\n",
      "v = 369795373.9162276 m / s > c, setting 1/gamma = 0\n",
      "v = 424439581.85622036 m / s > c, setting 1/gamma = 0\n",
      "v = 317179065.39361745 m / s > c, setting 1/gamma = 0\n",
      "v = 335837076.8849166 m / s > c, setting 1/gamma = 0\n",
      "v = 308968628.64064354 m / s > c, setting 1/gamma = 0\n",
      "v = 634728795.6900243 m / s > c, setting 1/gamma = 0\n",
      "v = 523625610.7138044 m / s > c, setting 1/gamma = 0\n",
      "v = 305860326.76222795 m / s > c, setting 1/gamma = 0\n",
      "v = 339793277.85934573 m / s > c, setting 1/gamma = 0\n",
      "v = 301942924.1468803 m / s > c, setting 1/gamma = 0\n",
      "v = 302226045.3406138 m / s > c, setting 1/gamma = 0\n",
      "v = 426138612.0585279 m / s > c, setting 1/gamma = 0\n",
      "v = 466352820.6458316 m / s > c, setting 1/gamma = 0\n",
      "v = 318575604.0793665 m / s > c, setting 1/gamma = 0\n",
      "v = 313443021.95844656 m / s > c, setting 1/gamma = 0\n",
      "v = 375102772.1870802 m / s > c, setting 1/gamma = 0\n",
      "v = 311863849.8505742 m / s > c, setting 1/gamma = 0\n",
      "v = 343974851.92086035 m / s > c, setting 1/gamma = 0\n",
      "v = 478596777.1880864 m / s > c, setting 1/gamma = 0\n",
      "v = 489553545.0774221 m / s > c, setting 1/gamma = 0\n",
      "v = 331901925.7508289 m / s > c, setting 1/gamma = 0\n",
      "v = 371413099.94769037 m / s > c, setting 1/gamma = 0\n",
      "v = 381156195.813172 m / s > c, setting 1/gamma = 0\n",
      "v = 436658411.7617718 m / s > c, setting 1/gamma = 0\n",
      "v = 301250417.0208152 m / s > c, setting 1/gamma = 0\n",
      "v = 506770318.88799596 m / s > c, setting 1/gamma = 0\n",
      "v = 537472036.3484392 m / s > c, setting 1/gamma = 0\n",
      "v = 500914234.23340166 m / s > c, setting 1/gamma = 0\n",
      "v = 532473993.8447006 m / s > c, setting 1/gamma = 0\n",
      "v = 311498878.55151063 m / s > c, setting 1/gamma = 0\n",
      "v = 323713335.72731453 m / s > c, setting 1/gamma = 0\n",
      "v = 427685948.9125792 m / s > c, setting 1/gamma = 0\n",
      "v = 444879812.92922175 m / s > c, setting 1/gamma = 0\n",
      "v = 316962439.274847 m / s > c, setting 1/gamma = 0\n",
      "v = 666838245.5741013 m / s > c, setting 1/gamma = 0\n",
      "v = 549882611.1797366 m / s > c, setting 1/gamma = 0\n",
      "v = 389393698.7228131 m / s > c, setting 1/gamma = 0\n",
      "v = 417444324.45615506 m / s > c, setting 1/gamma = 0\n",
      "v = 299880361.0292496 m / s > c, setting 1/gamma = 0\n",
      "v = 459997968.6318908 m / s > c, setting 1/gamma = 0\n",
      "v = 489780380.19218636 m / s > c, setting 1/gamma = 0\n",
      "v = 353176052.61342376 m / s > c, setting 1/gamma = 0\n",
      "v = 326901641.215659 m / s > c, setting 1/gamma = 0\n",
      "v = 357673396.5150432 m / s > c, setting 1/gamma = 0\n",
      "v = 473192054.52114415 m / s > c, setting 1/gamma = 0\n",
      "v = 496871015.09300745 m / s > c, setting 1/gamma = 0\n",
      "v = 311187223.20668554 m / s > c, setting 1/gamma = 0\n",
      "v = 347951842.82062554 m / s > c, setting 1/gamma = 0\n",
      "v = 308120304.2250891 m / s > c, setting 1/gamma = 0\n",
      "v = 334072218.74709177 m / s > c, setting 1/gamma = 0\n",
      "v = 312428161.527562 m / s > c, setting 1/gamma = 0\n",
      "v = 543209893.4021564 m / s > c, setting 1/gamma = 0\n",
      "v = 580573417.9229366 m / s > c, setting 1/gamma = 0\n",
      "v = 300087029.3186751 m / s > c, setting 1/gamma = 0\n",
      "v = 304998589.71081746 m / s > c, setting 1/gamma = 0\n",
      "v = 309408775.72043186 m / s > c, setting 1/gamma = 0\n",
      "v = 365007195.5618684 m / s > c, setting 1/gamma = 0\n",
      "v = 386255407.9090375 m / s > c, setting 1/gamma = 0\n",
      "v = 320490253.50737375 m / s > c, setting 1/gamma = 0\n",
      "v = 390409491.7285814 m / s > c, setting 1/gamma = 0\n",
      "v = 336401837.43600094 m / s > c, setting 1/gamma = 0\n",
      "v = 377868205.8855128 m / s > c, setting 1/gamma = 0\n",
      "v = 300550350.5112939 m / s > c, setting 1/gamma = 0\n",
      "v = 327687696.11467725 m / s > c, setting 1/gamma = 0\n",
      "v = 581942044.9802439 m / s > c, setting 1/gamma = 0\n",
      "v = 610402133.7840378 m / s > c, setting 1/gamma = 0\n",
      "v = 305208770.0934845 m / s > c, setting 1/gamma = 0\n",
      "v = 390413049.93361133 m / s > c, setting 1/gamma = 0\n",
      "v = 419141327.7892373 m / s > c, setting 1/gamma = 0\n",
      "v = 309189008.6068688 m / s > c, setting 1/gamma = 0\n",
      "v = 409997131.4175296 m / s > c, setting 1/gamma = 0\n",
      "v = 453462020.3361579 m / s > c, setting 1/gamma = 0\n",
      "v = 320599702.5734276 m / s > c, setting 1/gamma = 0\n",
      "v = 706301420.4369719 m / s > c, setting 1/gamma = 0\n",
      "v = 586006593.8034554 m / s > c, setting 1/gamma = 0\n",
      "v = 303875378.00138915 m / s > c, setting 1/gamma = 0\n",
      "v = 505397367.03630155 m / s > c, setting 1/gamma = 0\n",
      "v = 515167064.51345336 m / s > c, setting 1/gamma = 0\n",
      "v = 335900461.19750816 m / s > c, setting 1/gamma = 0\n",
      "v = 374323447.2066512 m / s > c, setting 1/gamma = 0\n",
      "v = 383408962.05959165 m / s > c, setting 1/gamma = 0\n",
      "v = 448380446.58488405 m / s > c, setting 1/gamma = 0\n",
      "v = 341654383.84923077 m / s > c, setting 1/gamma = 0\n",
      "v = 366426243.01751864 m / s > c, setting 1/gamma = 0\n",
      "v = 502681056.7242027 m / s > c, setting 1/gamma = 0\n",
      "v = 500798020.8719455 m / s > c, setting 1/gamma = 0\n",
      "v = 312590263.1590791 m / s > c, setting 1/gamma = 0\n",
      "v = 344982816.465055 m / s > c, setting 1/gamma = 0\n",
      "v = 408820549.7180664 m / s > c, setting 1/gamma = 0\n",
      "v = 455080045.4716164 m / s > c, setting 1/gamma = 0\n",
      "v = 320570380.1951443 m / s > c, setting 1/gamma = 0\n",
      "v = 307963035.0745008 m / s > c, setting 1/gamma = 0\n",
      "v = 334983970.84096766 m / s > c, setting 1/gamma = 0\n",
      "v = 313713366.9250996 m / s > c, setting 1/gamma = 0\n",
      "v = 339110344.39046025 m / s > c, setting 1/gamma = 0\n",
      "v = 402416134.8135228 m / s > c, setting 1/gamma = 0\n",
      "v = 443831820.2184785 m / s > c, setting 1/gamma = 0\n",
      "v = 399574900.5904481 m / s > c, setting 1/gamma = 0\n",
      "v = 461232340.35540277 m / s > c, setting 1/gamma = 0\n",
      "v = 313967144.04974604 m / s > c, setting 1/gamma = 0\n",
      "v = 309383943.26268977 m / s > c, setting 1/gamma = 0\n",
      "v = 333465058.5280067 m / s > c, setting 1/gamma = 0\n",
      "v = 501132153.0977937 m / s > c, setting 1/gamma = 0\n",
      "v = 493765365.3116738 m / s > c, setting 1/gamma = 0\n",
      "v = 339766123.1664306 m / s > c, setting 1/gamma = 0\n",
      "v = 303343285.1958793 m / s > c, setting 1/gamma = 0\n",
      "v = 333671053.1610431 m / s > c, setting 1/gamma = 0\n",
      "v = 305602274.8977786 m / s > c, setting 1/gamma = 0\n",
      "v = 340685233.9658153 m / s > c, setting 1/gamma = 0\n",
      "v = 482246436.76616067 m / s > c, setting 1/gamma = 0\n",
      "v = 532213091.4200088 m / s > c, setting 1/gamma = 0\n",
      "v = 351437147.1547575 m / s > c, setting 1/gamma = 0\n",
      "v = 388845364.29401046 m / s > c, setting 1/gamma = 0\n",
      "v = 304859531.6035484 m / s > c, setting 1/gamma = 0\n",
      "v = 329984158.30350333 m / s > c, setting 1/gamma = 0\n",
      "v = 398010487.8700969 m / s > c, setting 1/gamma = 0\n",
      "v = 439041432.8750423 m / s > c, setting 1/gamma = 0\n",
      "v = 313758435.780995 m / s > c, setting 1/gamma = 0\n",
      "v = 304734469.38816375 m / s > c, setting 1/gamma = 0\n",
      "v = 343471838.025392 m / s > c, setting 1/gamma = 0\n",
      "v = 333651141.8651433 m / s > c, setting 1/gamma = 0\n",
      "v = 365883695.3964359 m / s > c, setting 1/gamma = 0\n",
      "v = 312257218.8155613 m / s > c, setting 1/gamma = 0\n",
      "v = 357421055.2065948 m / s > c, setting 1/gamma = 0\n",
      "v = 404317732.3282284 m / s > c, setting 1/gamma = 0\n",
      "v = 311019857.53221744 m / s > c, setting 1/gamma = 0\n",
      "v = 359641483.6716752 m / s > c, setting 1/gamma = 0\n",
      "v = 323087531.1690404 m / s > c, setting 1/gamma = 0\n",
      "v = 445182348.81614685 m / s > c, setting 1/gamma = 0\n",
      "v = 457360530.5271161 m / s > c, setting 1/gamma = 0\n",
      "v = 312210738.7770514 m / s > c, setting 1/gamma = 0\n",
      "v = 346996695.6173584 m / s > c, setting 1/gamma = 0\n",
      "v = 320695776.28567374 m / s > c, setting 1/gamma = 0\n",
      "v = 381378641.47891927 m / s > c, setting 1/gamma = 0\n",
      "v = 316838026.8837368 m / s > c, setting 1/gamma = 0\n",
      "v = 352429706.7591389 m / s > c, setting 1/gamma = 0\n",
      "v = 310474390.3945768 m / s > c, setting 1/gamma = 0\n",
      "v = 463369351.8920164 m / s > c, setting 1/gamma = 0\n",
      "v = 512563406.63282293 m / s > c, setting 1/gamma = 0\n",
      "v = 299832278.8768674 m / s > c, setting 1/gamma = 0\n",
      "v = 344665723.45367396 m / s > c, setting 1/gamma = 0\n",
      "v = 308042727.64847606 m / s > c, setting 1/gamma = 0\n",
      "v = 333820414.0155509 m / s > c, setting 1/gamma = 0\n",
      "v = 356015990.39146894 m / s > c, setting 1/gamma = 0\n",
      "v = 462867116.2338015 m / s > c, setting 1/gamma = 0\n",
      "v = 482151807.2975706 m / s > c, setting 1/gamma = 0\n",
      "v = 319828789.1273536 m / s > c, setting 1/gamma = 0\n",
      "v = 307699325.5048473 m / s > c, setting 1/gamma = 0\n",
      "v = 311890107.6045297 m / s > c, setting 1/gamma = 0\n",
      "v = 307551202.02794564 m / s > c, setting 1/gamma = 0\n",
      "v = 317885385.06364894 m / s > c, setting 1/gamma = 0\n",
      "v = 313275305.8516662 m / s > c, setting 1/gamma = 0\n",
      "v = 579727890.6989918 m / s > c, setting 1/gamma = 0\n",
      "v = 474033152.7476449 m / s > c, setting 1/gamma = 0\n",
      "v = 323185307.9881383 m / s > c, setting 1/gamma = 0\n",
      "v = 306131287.7322262 m / s > c, setting 1/gamma = 0\n",
      "v = 336290427.93247104 m / s > c, setting 1/gamma = 0\n",
      "v = 328783153.12678534 m / s > c, setting 1/gamma = 0\n",
      "v = 317896372.9575522 m / s > c, setting 1/gamma = 0\n",
      "v = 342343041.0149619 m / s > c, setting 1/gamma = 0\n",
      "v = 307609916.05016065 m / s > c, setting 1/gamma = 0\n",
      "v = 348240129.9070382 m / s > c, setting 1/gamma = 0\n",
      "v = 408202995.89986444 m / s > c, setting 1/gamma = 0\n",
      "v = 434530565.6810554 m / s > c, setting 1/gamma = 0\n",
      "v = 318570781.5975937 m / s > c, setting 1/gamma = 0\n",
      "v = 352115498.1035306 m / s > c, setting 1/gamma = 0\n",
      "v = 311693427.92940545 m / s > c, setting 1/gamma = 0\n",
      "v = 361271192.68417925 m / s > c, setting 1/gamma = 0\n",
      "v = 318607008.423325 m / s > c, setting 1/gamma = 0\n",
      "v = 317760296.11215794 m / s > c, setting 1/gamma = 0\n",
      "v = 358913890.6709297 m / s > c, setting 1/gamma = 0\n",
      "v = 395204964.77086705 m / s > c, setting 1/gamma = 0\n",
      "v = 306197767.3078031 m / s > c, setting 1/gamma = 0\n",
      "v = 382876901.62281054 m / s > c, setting 1/gamma = 0\n",
      "v = 436926920.37286353 m / s > c, setting 1/gamma = 0\n",
      "v = 404628741.8053384 m / s > c, setting 1/gamma = 0\n",
      "v = 438861960.98481363 m / s > c, setting 1/gamma = 0\n",
      "v = 333264953.84652156 m / s > c, setting 1/gamma = 0\n",
      "v = 373239753.1835647 m / s > c, setting 1/gamma = 0\n",
      "v = 490948751.09496236 m / s > c, setting 1/gamma = 0\n",
      "v = 495920147.00288826 m / s > c, setting 1/gamma = 0\n",
      "v = 344606254.8918324 m / s > c, setting 1/gamma = 0\n",
      "v = 371471487.1289929 m / s > c, setting 1/gamma = 0\n",
      "v = 303517141.55171657 m / s > c, setting 1/gamma = 0\n",
      "v = 332436815.0826848 m / s > c, setting 1/gamma = 0\n",
      "v = 360127419.6407906 m / s > c, setting 1/gamma = 0\n",
      "v = 380702731.11363643 m / s > c, setting 1/gamma = 0\n",
      "v = 335423873.8837896 m / s > c, setting 1/gamma = 0\n",
      "v = 359422247.0375137 m / s > c, setting 1/gamma = 0\n",
      "v = 303005173.6305134 m / s > c, setting 1/gamma = 0\n",
      "v = 362217306.59858704 m / s > c, setting 1/gamma = 0\n",
      "v = 402895292.27351844 m / s > c, setting 1/gamma = 0\n",
      "v = 318893343.652694 m / s > c, setting 1/gamma = 0\n",
      "v = 332585181.40505254 m / s > c, setting 1/gamma = 0\n",
      "v = 384673585.4659348 m / s > c, setting 1/gamma = 0\n",
      "v = 429920799.9284627 m / s > c, setting 1/gamma = 0\n",
      "v = 305771286.79947346 m / s > c, setting 1/gamma = 0\n",
      "v = 354335057.4843441 m / s > c, setting 1/gamma = 0\n",
      "v = 324816051.5600599 m / s > c, setting 1/gamma = 0\n",
      "v = 342013472.51421314 m / s > c, setting 1/gamma = 0\n",
      "v = 369071724.1306663 m / s > c, setting 1/gamma = 0\n",
      "v = 424123438.0644703 m / s > c, setting 1/gamma = 0\n",
      "v = 523202839.97459483 m / s > c, setting 1/gamma = 0\n",
      "v = 494537412.40567374 m / s > c, setting 1/gamma = 0\n",
      "v = 304154929.4810043 m / s > c, setting 1/gamma = 0\n",
      "v = 305613354.7199334 m / s > c, setting 1/gamma = 0\n",
      "v = 328010844.68058056 m / s > c, setting 1/gamma = 0\n",
      "v = 327509652.0136578 m / s > c, setting 1/gamma = 0\n",
      "v = 343765486.84786296 m / s > c, setting 1/gamma = 0\n",
      "v = 387262864.13745594 m / s > c, setting 1/gamma = 0\n",
      "v = 372373699.4500393 m / s > c, setting 1/gamma = 0\n",
      "v = 397208554.9869568 m / s > c, setting 1/gamma = 0\n",
      "v = 318412629.840184 m / s > c, setting 1/gamma = 0\n",
      "v = 353084834.17481524 m / s > c, setting 1/gamma = 0\n",
      "v = 323707149.8143821 m / s > c, setting 1/gamma = 0\n",
      "v = 367764872.619727 m / s > c, setting 1/gamma = 0\n",
      "v = 388844331.62909824 m / s > c, setting 1/gamma = 0\n",
      "v = 304735977.7129491 m / s > c, setting 1/gamma = 0\n",
      "v = 336142233.6784938 m / s > c, setting 1/gamma = 0\n",
      "v = 345951201.3768255 m / s > c, setting 1/gamma = 0\n",
      "v = 336696121.09228855 m / s > c, setting 1/gamma = 0\n",
      "v = 360233590.41050327 m / s > c, setting 1/gamma = 0\n",
      "v = 313002133.9399157 m / s > c, setting 1/gamma = 0\n",
      "v = 375546383.1722284 m / s > c, setting 1/gamma = 0\n",
      "v = 415966521.9948776 m / s > c, setting 1/gamma = 0\n",
      "v = 322253157.7216684 m / s > c, setting 1/gamma = 0\n",
      "v = 336809040.358598 m / s > c, setting 1/gamma = 0\n",
      "v = 341998159.0134637 m / s > c, setting 1/gamma = 0\n",
      "v = 396353268.6323352 m / s > c, setting 1/gamma = 0\n",
      "v = 320174420.633221 m / s > c, setting 1/gamma = 0\n",
      "v = 327086580.2296396 m / s > c, setting 1/gamma = 0\n",
      "v = 301362808.43995935 m / s > c, setting 1/gamma = 0\n",
      "v = 369420149.6179729 m / s > c, setting 1/gamma = 0\n",
      "v = 425517768.74700224 m / s > c, setting 1/gamma = 0\n",
      "v = 440351294.24111855 m / s > c, setting 1/gamma = 0\n",
      "v = 467851286.9623885 m / s > c, setting 1/gamma = 0\n",
      "v = 327697853.9646413 m / s > c, setting 1/gamma = 0\n",
      "v = 680460780.0851523 m / s > c, setting 1/gamma = 0\n",
      "v = 559320490.1810813 m / s > c, setting 1/gamma = 0\n",
      "v = 329175080.7075576 m / s > c, setting 1/gamma = 0\n",
      "v = 355091457.0948524 m / s > c, setting 1/gamma = 0\n",
      "v = 304942960.2634578 m / s > c, setting 1/gamma = 0\n",
      "v = 339233269.64189184 m / s > c, setting 1/gamma = 0\n",
      "v = 310708165.18211246 m / s > c, setting 1/gamma = 0\n",
      "v = 368064786.03606683 m / s > c, setting 1/gamma = 0\n",
      "v = 385272317.1356335 m / s > c, setting 1/gamma = 0\n",
      "v = 300417162.7695076 m / s > c, setting 1/gamma = 0\n",
      "v = 352308271.8760555 m / s > c, setting 1/gamma = 0\n",
      "v = 471526720.2414846 m / s > c, setting 1/gamma = 0\n",
      "v = 474430264.857508 m / s > c, setting 1/gamma = 0\n",
      "v = 302455894.0496699 m / s > c, setting 1/gamma = 0\n",
      "v = 344483116.1525128 m / s > c, setting 1/gamma = 0\n",
      "v = 357948864.388495 m / s > c, setting 1/gamma = 0\n",
      "v = 300074122.81826615 m / s > c, setting 1/gamma = 0\n",
      "v = 354775135.4509429 m / s > c, setting 1/gamma = 0\n",
      "v = 458034477.8496721 m / s > c, setting 1/gamma = 0\n",
      "v = 468153107.25969315 m / s > c, setting 1/gamma = 0\n",
      "v = 307978618.49174273 m / s > c, setting 1/gamma = 0\n",
      "v = 329754951.02098507 m / s > c, setting 1/gamma = 0\n",
      "v = 340163346.14338577 m / s > c, setting 1/gamma = 0\n",
      "v = 379822274.8451044 m / s > c, setting 1/gamma = 0\n",
      "v = 324364026.4630088 m / s > c, setting 1/gamma = 0\n",
      "v = 374923285.51083523 m / s > c, setting 1/gamma = 0\n",
      "v = 330907163.5556667 m / s > c, setting 1/gamma = 0\n",
      "v = 351224660.9958539 m / s > c, setting 1/gamma = 0\n",
      "v = 428513617.91902524 m / s > c, setting 1/gamma = 0\n",
      "v = 441735573.71349806 m / s > c, setting 1/gamma = 0\n",
      "v = 307110367.07291883 m / s > c, setting 1/gamma = 0\n",
      "v = 327524497.6516414 m / s > c, setting 1/gamma = 0\n",
      "v = 302964399.341743 m / s > c, setting 1/gamma = 0\n",
      "v = 301030377.8848745 m / s > c, setting 1/gamma = 0\n",
      "v = 332432422.7654025 m / s > c, setting 1/gamma = 0\n",
      "v = 311179890.84613293 m / s > c, setting 1/gamma = 0\n",
      "v = 322771067.70479614 m / s > c, setting 1/gamma = 0\n",
      "v = 337474291.91734344 m / s > c, setting 1/gamma = 0\n",
      "v = 342394704.5565909 m / s > c, setting 1/gamma = 0\n",
      "v = 331283711.99036527 m / s > c, setting 1/gamma = 0\n",
      "v = 367534317.0466654 m / s > c, setting 1/gamma = 0\n",
      "v = 340382164.2308429 m / s > c, setting 1/gamma = 0\n",
      "v = 355439360.2460883 m / s > c, setting 1/gamma = 0\n",
      "v = 330625453.81087047 m / s > c, setting 1/gamma = 0\n",
      "v = 679055885.7379187 m / s > c, setting 1/gamma = 0\n",
      "v = 558448675.3070959 m / s > c, setting 1/gamma = 0\n",
      "v = 423867968.85264933 m / s > c, setting 1/gamma = 0\n",
      "v = 438484177.4228921 m / s > c, setting 1/gamma = 0\n",
      "v = 315861316.7028903 m / s > c, setting 1/gamma = 0\n",
      "v = 335420527.76476675 m / s > c, setting 1/gamma = 0\n",
      "v = 413562346.83887565 m / s > c, setting 1/gamma = 0\n",
      "v = 423864901.38187706 m / s > c, setting 1/gamma = 0\n",
      "v = 319476887.2637426 m / s > c, setting 1/gamma = 0\n",
      "v = 373442856.4689623 m / s > c, setting 1/gamma = 0\n",
      "v = 437105095.10814625 m / s > c, setting 1/gamma = 0\n",
      "v = 452502017.33819574 m / s > c, setting 1/gamma = 0\n",
      "v = 344853328.5929771 m / s > c, setting 1/gamma = 0\n",
      "v = 360238914.2737431 m / s > c, setting 1/gamma = 0\n",
      "v = 300394272.17338455 m / s > c, setting 1/gamma = 0\n",
      "v = 395437797.9833729 m / s > c, setting 1/gamma = 0\n",
      "v = 435348042.8978439 m / s > c, setting 1/gamma = 0\n",
      "v = 349229110.74766165 m / s > c, setting 1/gamma = 0\n",
      "v = 389104111.0691952 m / s > c, setting 1/gamma = 0\n",
      "v = 388886772.51091975 m / s > c, setting 1/gamma = 0\n",
      "v = 431471755.8401329 m / s > c, setting 1/gamma = 0\n",
      "v = 342574949.76956993 m / s > c, setting 1/gamma = 0\n",
      "v = 359570736.23319924 m / s > c, setting 1/gamma = 0\n",
      "v = 317443568.58369446 m / s > c, setting 1/gamma = 0\n",
      "v = 458580125.50796014 m / s > c, setting 1/gamma = 0\n",
      "v = 468048230.56312937 m / s > c, setting 1/gamma = 0\n",
      "v = 340558790.57740706 m / s > c, setting 1/gamma = 0\n",
      "v = 357958019.4851099 m / s > c, setting 1/gamma = 0\n",
      "v = 322345715.5897193 m / s > c, setting 1/gamma = 0\n",
      "v = 358097992.88566774 m / s > c, setting 1/gamma = 0\n",
      "v = 397078919.8292895 m / s > c, setting 1/gamma = 0\n",
      "v = 314716195.12438434 m / s > c, setting 1/gamma = 0\n",
      "v = 307688972.0316297 m / s > c, setting 1/gamma = 0\n",
      "v = 331191296.1831563 m / s > c, setting 1/gamma = 0\n",
      "v = 353218033.15242916 m / s > c, setting 1/gamma = 0\n",
      "v = 387330917.875009 m / s > c, setting 1/gamma = 0\n",
      "v = 327448713.16511714 m / s > c, setting 1/gamma = 0\n",
      "v = 373435262.55601466 m / s > c, setting 1/gamma = 0\n",
      "v = 392382490.8723457 m / s > c, setting 1/gamma = 0\n",
      "v = 324120368.2131868 m / s > c, setting 1/gamma = 0\n",
      "v = 360907597.92060906 m / s > c, setting 1/gamma = 0\n",
      "v = 302618141.6378191 m / s > c, setting 1/gamma = 0\n",
      "v = 309854731.31431293 m / s > c, setting 1/gamma = 0\n",
      "v = 361643350.4704136 m / s > c, setting 1/gamma = 0\n",
      "v = 389147291.5803063 m / s > c, setting 1/gamma = 0\n",
      "v = 403041747.2564355 m / s > c, setting 1/gamma = 0\n",
      "v = 300287153.05943936 m / s > c, setting 1/gamma = 0\n",
      "v = 343850586.10672987 m / s > c, setting 1/gamma = 0\n",
      "v = 315144507.4362307 m / s > c, setting 1/gamma = 0\n",
      "v = 303269838.6616792 m / s > c, setting 1/gamma = 0\n",
      "v = 324154211.6825452 m / s > c, setting 1/gamma = 0\n",
      "v = 344976021.86928934 m / s > c, setting 1/gamma = 0\n",
      "v = 309091481.6051452 m / s > c, setting 1/gamma = 0\n",
      "v = 450334306.20789826 m / s > c, setting 1/gamma = 0\n",
      "v = 464042210.6580066 m / s > c, setting 1/gamma = 0\n",
      "v = 305809032.08077145 m / s > c, setting 1/gamma = 0\n",
      "v = 300056887.65011036 m / s > c, setting 1/gamma = 0\n",
      "v = 369871566.6761915 m / s > c, setting 1/gamma = 0\n",
      "v = 412557289.22499204 m / s > c, setting 1/gamma = 0\n",
      "v = 331870079.78129697 m / s > c, setting 1/gamma = 0\n",
      "v = 358375387.9058244 m / s > c, setting 1/gamma = 0\n",
      "v = 345608909.80193776 m / s > c, setting 1/gamma = 0\n",
      "v = 391690990.50654966 m / s > c, setting 1/gamma = 0\n",
      "v = 473480166.5535127 m / s > c, setting 1/gamma = 0\n",
      "v = 482331771.9345057 m / s > c, setting 1/gamma = 0\n",
      "v = 368027284.35004205 m / s > c, setting 1/gamma = 0\n",
      "v = 385859018.48689926 m / s > c, setting 1/gamma = 0\n",
      "v = 305880403.18546855 m / s > c, setting 1/gamma = 0\n",
      "v = 353489679.0760169 m / s > c, setting 1/gamma = 0\n",
      "v = 477278905.2958654 m / s > c, setting 1/gamma = 0\n",
      "v = 477625328.9009305 m / s > c, setting 1/gamma = 0\n",
      "v = 304881091.5174555 m / s > c, setting 1/gamma = 0\n",
      "v = 333371134.6635729 m / s > c, setting 1/gamma = 0\n",
      "v = 350774870.39965713 m / s > c, setting 1/gamma = 0\n",
      "v = 303132534.72716004 m / s > c, setting 1/gamma = 0\n",
      "v = 313958649.68177027 m / s > c, setting 1/gamma = 0\n",
      "v = 381322095.78769904 m / s > c, setting 1/gamma = 0\n",
      "v = 420862775.7422227 m / s > c, setting 1/gamma = 0\n",
      "v = 312225339.11183953 m / s > c, setting 1/gamma = 0\n",
      "v = 330075379.5581721 m / s > c, setting 1/gamma = 0\n",
      "v = 303274202.23391616 m / s > c, setting 1/gamma = 0\n",
      "v = 312094323.2279356 m / s > c, setting 1/gamma = 0\n",
      "v = 337557388.41943365 m / s > c, setting 1/gamma = 0\n",
      "v = 310352149.6816874 m / s > c, setting 1/gamma = 0\n",
      "v = 365040796.20950437 m / s > c, setting 1/gamma = 0\n",
      "v = 418469776.3831304 m / s > c, setting 1/gamma = 0\n",
      "v = 446598834.1950697 m / s > c, setting 1/gamma = 0\n",
      "v = 315705949.59243834 m / s > c, setting 1/gamma = 0\n",
      "v = 302691518.47078997 m / s > c, setting 1/gamma = 0\n",
      "v = 340495369.5935407 m / s > c, setting 1/gamma = 0\n",
      "v = 303041979.00995094 m / s > c, setting 1/gamma = 0\n",
      "v = 303874517.4318386 m / s > c, setting 1/gamma = 0\n",
      "v = 354749903.3753401 m / s > c, setting 1/gamma = 0\n",
      "v = 336799058.70370185 m / s > c, setting 1/gamma = 0\n",
      "v = 357959435.23949736 m / s > c, setting 1/gamma = 0\n",
      "v = 333215867.27007335 m / s > c, setting 1/gamma = 0\n",
      "v = 379635110.87086874 m / s > c, setting 1/gamma = 0\n",
      "v = 312353110.73288214 m / s > c, setting 1/gamma = 0\n",
      "v = 321611420.69179267 m / s > c, setting 1/gamma = 0\n",
      "v = 375304277.22685915 m / s > c, setting 1/gamma = 0\n",
      "v = 343545707.4952532 m / s > c, setting 1/gamma = 0\n",
      "v = 708627350.0949353 m / s > c, setting 1/gamma = 0\n",
      "v = 583530806.167703 m / s > c, setting 1/gamma = 0\n",
      "v = 317951673.53762263 m / s > c, setting 1/gamma = 0\n",
      "v = 356106696.55580205 m / s > c, setting 1/gamma = 0\n",
      "v = 439613469.32094413 m / s > c, setting 1/gamma = 0\n",
      "v = 459603750.0347616 m / s > c, setting 1/gamma = 0\n",
      "v = 319973563.8331724 m / s > c, setting 1/gamma = 0\n",
      "v = 357481344.6595866 m / s > c, setting 1/gamma = 0\n",
      "v = 395907954.34681445 m / s > c, setting 1/gamma = 0\n",
      "v = 316816999.98588043 m / s > c, setting 1/gamma = 0\n",
      "v = 351459680.75341207 m / s > c, setting 1/gamma = 0\n",
      "v = 321129182.45282686 m / s > c, setting 1/gamma = 0\n",
      "v = 360281031.26464903 m / s > c, setting 1/gamma = 0\n",
      "v = 326707173.8943962 m / s > c, setting 1/gamma = 0\n",
      "v = 365477731.7388557 m / s > c, setting 1/gamma = 0\n",
      "v = 385701558.9831677 m / s > c, setting 1/gamma = 0\n",
      "v = 354482165.0479667 m / s > c, setting 1/gamma = 0\n",
      "v = 400044564.2309537 m / s > c, setting 1/gamma = 0\n",
      "v = 424374540.6143695 m / s > c, setting 1/gamma = 0\n",
      "v = 458150407.2393958 m / s > c, setting 1/gamma = 0\n",
      "v = 347263944.29794 m / s > c, setting 1/gamma = 0\n",
      "v = 399628360.4568105 m / s > c, setting 1/gamma = 0\n",
      "v = 402235268.24987036 m / s > c, setting 1/gamma = 0\n",
      "v = 437174189.7592968 m / s > c, setting 1/gamma = 0\n",
      "v = 329984578.49840266 m / s > c, setting 1/gamma = 0\n",
      "v = 373253287.047984 m / s > c, setting 1/gamma = 0\n",
      "v = 313677107.00530756 m / s > c, setting 1/gamma = 0\n",
      "v = 301513265.5512376 m / s > c, setting 1/gamma = 0\n",
      "v = 338145619.0974965 m / s > c, setting 1/gamma = 0\n",
      "v = 374605162.37794673 m / s > c, setting 1/gamma = 0\n",
      "v = 310495890.9618285 m / s > c, setting 1/gamma = 0\n",
      "v = 351238814.8939665 m / s > c, setting 1/gamma = 0\n",
      "v = 317083002.69361556 m / s > c, setting 1/gamma = 0\n",
      "v = 336564570.87555647 m / s > c, setting 1/gamma = 0\n",
      "v = 364487138.27663887 m / s > c, setting 1/gamma = 0\n",
      "v = 363050869.73858213 m / s > c, setting 1/gamma = 0\n",
      "v = 405273113.5988869 m / s > c, setting 1/gamma = 0\n",
      "v = 395822982.68011606 m / s > c, setting 1/gamma = 0\n",
      "v = 439291348.6004155 m / s > c, setting 1/gamma = 0\n",
      "v = 311688238.7793428 m / s > c, setting 1/gamma = 0\n",
      "v = 303540598.1233381 m / s > c, setting 1/gamma = 0\n",
      "v = 427555428.65206677 m / s > c, setting 1/gamma = 0\n",
      "v = 454545999.09899217 m / s > c, setting 1/gamma = 0\n",
      "v = 353247946.4213801 m / s > c, setting 1/gamma = 0\n",
      "v = 366402819.50561905 m / s > c, setting 1/gamma = 0\n",
      "v = 346819895.1881209 m / s > c, setting 1/gamma = 0\n",
      "v = 393171615.4285512 m / s > c, setting 1/gamma = 0\n",
      "v = 382447755.2634301 m / s > c, setting 1/gamma = 0\n",
      "v = 424972790.76967686 m / s > c, setting 1/gamma = 0\n",
      "v = 299992851.7808481 m / s > c, setting 1/gamma = 0\n",
      "v = 322925780.37671816 m / s > c, setting 1/gamma = 0\n",
      "v = 301410542.410202 m / s > c, setting 1/gamma = 0\n",
      "v = 353111853.5734153 m / s > c, setting 1/gamma = 0\n",
      "v = 313814754.82741475 m / s > c, setting 1/gamma = 0\n",
      "v = 626631614.7400218 m / s > c, setting 1/gamma = 0\n",
      "v = 513992403.80997235 m / s > c, setting 1/gamma = 0\n",
      "v = 302115269.2164117 m / s > c, setting 1/gamma = 0\n",
      "v = 326946965.3165745 m / s > c, setting 1/gamma = 0\n",
      "v = 377341455.1737439 m / s > c, setting 1/gamma = 0\n",
      "v = 423879732.2181166 m / s > c, setting 1/gamma = 0\n",
      "v = 447928365.3065943 m / s > c, setting 1/gamma = 0\n",
      "v = 343398860.5579968 m / s > c, setting 1/gamma = 0\n",
      "v = 364197326.2843861 m / s > c, setting 1/gamma = 0\n",
      "v = 302573382.91170245 m / s > c, setting 1/gamma = 0\n",
      "v = 355893070.7194204 m / s > c, setting 1/gamma = 0\n",
      "v = 529196228.9941731 m / s > c, setting 1/gamma = 0\n",
      "v = 482683937.2705508 m / s > c, setting 1/gamma = 0\n",
      "v = 303183783.2575942 m / s > c, setting 1/gamma = 0\n",
      "v = 324309477.5246393 m / s > c, setting 1/gamma = 0\n",
      "v = 335904364.01069736 m / s > c, setting 1/gamma = 0\n",
      "v = 375116118.5253072 m / s > c, setting 1/gamma = 0\n",
      "v = 300196263.33357626 m / s > c, setting 1/gamma = 0\n",
      "v = 387174695.47966605 m / s > c, setting 1/gamma = 0\n",
      "v = 397893714.14800143 m / s > c, setting 1/gamma = 0\n",
      "v = 352624965.23481435 m / s > c, setting 1/gamma = 0\n",
      "v = 395574324.26635075 m / s > c, setting 1/gamma = 0\n",
      "v = 387964597.0518468 m / s > c, setting 1/gamma = 0\n",
      "v = 430689015.9148619 m / s > c, setting 1/gamma = 0\n",
      "v = 351775064.46804506 m / s > c, setting 1/gamma = 0\n",
      "v = 365859334.88187045 m / s > c, setting 1/gamma = 0\n",
      "v = 323427442.6749697 m / s > c, setting 1/gamma = 0\n",
      "v = 369887114.1883538 m / s > c, setting 1/gamma = 0\n",
      "v = 357829332.5752726 m / s > c, setting 1/gamma = 0\n",
      "v = 403430753.88475335 m / s > c, setting 1/gamma = 0\n",
      "v = 325362578.18332183 m / s > c, setting 1/gamma = 0\n",
      "v = 343029208.6770676 m / s > c, setting 1/gamma = 0\n",
      "v = 339046384.8557654 m / s > c, setting 1/gamma = 0\n",
      "v = 392143125.6623336 m / s > c, setting 1/gamma = 0\n",
      "v = 472545057.487314 m / s > c, setting 1/gamma = 0\n",
      "v = 474059324.7525669 m / s > c, setting 1/gamma = 0\n",
      "v = 313199588.74447715 m / s > c, setting 1/gamma = 0\n",
      "v = 320571050.0292441 m / s > c, setting 1/gamma = 0\n",
      "v = 338016940.0560261 m / s > c, setting 1/gamma = 0\n",
      "v = 314546799.9680247 m / s > c, setting 1/gamma = 0\n",
      "v = 368384296.9195831 m / s > c, setting 1/gamma = 0\n",
      "v = 310523415.0452988 m / s > c, setting 1/gamma = 0\n",
      "v = 614052770.2506367 m / s > c, setting 1/gamma = 0\n",
      "v = 502866590.38446426 m / s > c, setting 1/gamma = 0\n",
      "v = 558753727.9647471 m / s > c, setting 1/gamma = 0\n",
      "v = 481738651.2185526 m / s > c, setting 1/gamma = 0\n",
      "v = 305193501.38521254 m / s > c, setting 1/gamma = 0\n",
      "v = 327319587.8767309 m / s > c, setting 1/gamma = 0\n",
      "v = 303015101.0157524 m / s > c, setting 1/gamma = 0\n",
      "v = 309933403.6466757 m / s > c, setting 1/gamma = 0\n",
      "v = 315074238.97809416 m / s > c, setting 1/gamma = 0\n",
      "v = 326442515.60669255 m / s > c, setting 1/gamma = 0\n",
      "v = 343544720.0929054 m / s > c, setting 1/gamma = 0\n",
      "v = 326981224.422985 m / s > c, setting 1/gamma = 0\n",
      "v = 378667751.0245571 m / s > c, setting 1/gamma = 0\n",
      "v = 420816688.92171323 m / s > c, setting 1/gamma = 0\n",
      "v = 443527696.5786244 m / s > c, setting 1/gamma = 0\n",
      "v = 323988688.13606745 m / s > c, setting 1/gamma = 0\n",
      "v = 344672474.72628176 m / s > c, setting 1/gamma = 0\n",
      "v = 302805953.16783035 m / s > c, setting 1/gamma = 0\n",
      "v = 323351765.744661 m / s > c, setting 1/gamma = 0\n",
      "v = 462295829.2126635 m / s > c, setting 1/gamma = 0\n",
      "v = 468107175.2873483 m / s > c, setting 1/gamma = 0\n",
      "v = 302240950.2830651 m / s > c, setting 1/gamma = 0\n",
      "v = 306739043.4678664 m / s > c, setting 1/gamma = 0\n",
      "v = 336166140.8493889 m / s > c, setting 1/gamma = 0\n",
      "v = 300019109.7749754 m / s > c, setting 1/gamma = 0\n",
      "v = 346225554.977113 m / s > c, setting 1/gamma = 0\n",
      "v = 432169926.6168027 m / s > c, setting 1/gamma = 0\n",
      "v = 456229969.9700419 m / s > c, setting 1/gamma = 0\n",
      "v = 318957027.90029037 m / s > c, setting 1/gamma = 0\n",
      "v = 346218590.82397217 m / s > c, setting 1/gamma = 0\n",
      "v = 343841386.87016964 m / s > c, setting 1/gamma = 0\n",
      "v = 405882096.2719812 m / s > c, setting 1/gamma = 0\n",
      "v = 432133057.9573771 m / s > c, setting 1/gamma = 0\n",
      "v = 304588879.661138 m / s > c, setting 1/gamma = 0\n",
      "v = 323812059.7085203 m / s > c, setting 1/gamma = 0\n",
      "v = 300376132.5441871 m / s > c, setting 1/gamma = 0\n",
      "v = 322181313.86770225 m / s > c, setting 1/gamma = 0\n",
      "v = 652110345.291878 m / s > c, setting 1/gamma = 0\n",
      "v = 534297747.318718 m / s > c, setting 1/gamma = 0\n",
      "v = 303874802.20030874 m / s > c, setting 1/gamma = 0\n",
      "v = 322301452.8775786 m / s > c, setting 1/gamma = 0\n",
      "v = 371271460.0018878 m / s > c, setting 1/gamma = 0\n",
      "v = 430744744.3952401 m / s > c, setting 1/gamma = 0\n",
      "v = 455159183.5586091 m / s > c, setting 1/gamma = 0\n",
      "v = 305219286.4509008 m / s > c, setting 1/gamma = 0\n",
      "v = 333404874.6449094 m / s > c, setting 1/gamma = 0\n",
      "v = 313398821.9095663 m / s > c, setting 1/gamma = 0\n",
      "v = 331945704.99875677 m / s > c, setting 1/gamma = 0\n",
      "v = 369027241.1255201 m / s > c, setting 1/gamma = 0\n",
      "v = 345109476.850546 m / s > c, setting 1/gamma = 0\n",
      "v = 313101589.35766983 m / s > c, setting 1/gamma = 0\n",
      "v = 333181014.18015355 m / s > c, setting 1/gamma = 0\n",
      "v = 313656489.09898686 m / s > c, setting 1/gamma = 0\n",
      "v = 327025237.19985396 m / s > c, setting 1/gamma = 0\n",
      "v = 361144509.28650796 m / s > c, setting 1/gamma = 0\n",
      "v = 337308051.3991543 m / s > c, setting 1/gamma = 0\n",
      "v = 315394447.8196316 m / s > c, setting 1/gamma = 0\n",
      "v = 332409672.29515105 m / s > c, setting 1/gamma = 0\n",
      "v = 333273566.01934505 m / s > c, setting 1/gamma = 0\n",
      "v = 371083095.98623276 m / s > c, setting 1/gamma = 0\n",
      "v = 307001922.3242306 m / s > c, setting 1/gamma = 0\n",
      "v = 359009317.1736705 m / s > c, setting 1/gamma = 0\n",
      "v = 372453189.6178166 m / s > c, setting 1/gamma = 0\n",
      "v = 385746402.24077165 m / s > c, setting 1/gamma = 0\n",
      "v = 423104965.49039704 m / s > c, setting 1/gamma = 0\n",
      "v = 395404340.8055105 m / s > c, setting 1/gamma = 0\n",
      "v = 403566280.3866856 m / s > c, setting 1/gamma = 0\n",
      "v = 365071112.28189903 m / s > c, setting 1/gamma = 0\n",
      "v = 400821427.5164267 m / s > c, setting 1/gamma = 0\n",
      "v = 392722783.2149078 m / s > c, setting 1/gamma = 0\n",
      "v = 435484802.6694619 m / s > c, setting 1/gamma = 0\n",
      "v = 305409450.15047514 m / s > c, setting 1/gamma = 0\n",
      "v = 327161661.1727428 m / s > c, setting 1/gamma = 0\n",
      "v = 335529596.6853019 m / s > c, setting 1/gamma = 0\n",
      "v = 412455220.79225206 m / s > c, setting 1/gamma = 0\n",
      "v = 440035670.38111305 m / s > c, setting 1/gamma = 0\n",
      "v = 353479285.49041 m / s > c, setting 1/gamma = 0\n",
      "v = 405637480.27957803 m / s > c, setting 1/gamma = 0\n",
      "v = 377045083.8197402 m / s > c, setting 1/gamma = 0\n",
      "v = 416711884.73110217 m / s > c, setting 1/gamma = 0\n",
      "v = 323017040.790544 m / s > c, setting 1/gamma = 0\n",
      "v = 315267346.14269775 m / s > c, setting 1/gamma = 0\n",
      "v = 358633943.0457894 m / s > c, setting 1/gamma = 0\n",
      "v = 334330650.7338804 m / s > c, setting 1/gamma = 0\n",
      "v = 334132702.24891335 m / s > c, setting 1/gamma = 0\n",
      "v = 352045238.65029347 m / s > c, setting 1/gamma = 0\n",
      "v = 305899459.94357216 m / s > c, setting 1/gamma = 0\n",
      "v = 383494760.6561653 m / s > c, setting 1/gamma = 0\n",
      "v = 415273097.27202684 m / s > c, setting 1/gamma = 0\n",
      "v = 357701206.99018544 m / s > c, setting 1/gamma = 0\n",
      "v = 369204600.88098174 m / s > c, setting 1/gamma = 0\n",
      "v = 354076240.7939903 m / s > c, setting 1/gamma = 0\n",
      "v = 385644372.3686228 m / s > c, setting 1/gamma = 0\n",
      "v = 309806348.5840197 m / s > c, setting 1/gamma = 0\n",
      "v = 329092050.4176478 m / s > c, setting 1/gamma = 0\n",
      "v = 305627685.7996827 m / s > c, setting 1/gamma = 0\n",
      "v = 323570163.7382517 m / s > c, setting 1/gamma = 0\n",
      "v = 376678622.52628 m / s > c, setting 1/gamma = 0\n",
      "v = 483332861.44617295 m / s > c, setting 1/gamma = 0\n",
      "v = 476434500.5053823 m / s > c, setting 1/gamma = 0\n",
      "v = 308221615.4289343 m / s > c, setting 1/gamma = 0\n",
      "v = 306895023.27142996 m / s > c, setting 1/gamma = 0\n",
      "v = 325369125.0043845 m / s > c, setting 1/gamma = 0\n",
      "v = 393342777.7772257 m / s > c, setting 1/gamma = 0\n",
      "v = 425736373.50022036 m / s > c, setting 1/gamma = 0\n",
      "v = 302354536.3473996 m / s > c, setting 1/gamma = 0\n",
      "v = 323205079.3840253 m / s > c, setting 1/gamma = 0\n",
      "v = 303837433.0308039 m / s > c, setting 1/gamma = 0\n",
      "v = 313316353.43642396 m / s > c, setting 1/gamma = 0\n",
      "v = 350880253.3353588 m / s > c, setting 1/gamma = 0\n",
      "v = 343563453.03648394 m / s > c, setting 1/gamma = 0\n",
      "v = 332013277.43477565 m / s > c, setting 1/gamma = 0\n",
      "v = 349161185.56831497 m / s > c, setting 1/gamma = 0\n",
      "v = 307528155.7970293 m / s > c, setting 1/gamma = 0\n",
      "v = 585980806.5746546 m / s > c, setting 1/gamma = 0\n",
      "v = 481461307.788524 m / s > c, setting 1/gamma = 0\n",
      "v = 328108740.3830006 m / s > c, setting 1/gamma = 0\n",
      "v = 343819784.7325361 m / s > c, setting 1/gamma = 0\n",
      "v = 343141750.5002269 m / s > c, setting 1/gamma = 0\n",
      "v = 383140312.87920624 m / s > c, setting 1/gamma = 0\n",
      "v = 354383746.3112045 m / s > c, setting 1/gamma = 0\n",
      "v = 368777510.5928127 m / s > c, setting 1/gamma = 0\n",
      "v = 469582518.11786276 m / s > c, setting 1/gamma = 0\n",
      "v = 471443166.98942256 m / s > c, setting 1/gamma = 0\n",
      "v = 312228945.56421393 m / s > c, setting 1/gamma = 0\n",
      "v = 309717090.4418386 m / s > c, setting 1/gamma = 0\n",
      "v = 305674627.7834684 m / s > c, setting 1/gamma = 0\n",
      "v = 334622965.77745855 m / s > c, setting 1/gamma = 0\n",
      "v = 530239321.5372432 m / s > c, setting 1/gamma = 0\n",
      "v = 485902416.3476228 m / s > c, setting 1/gamma = 0\n",
      "v = 317949610.8174069 m / s > c, setting 1/gamma = 0\n",
      "v = 337009071.8064038 m / s > c, setting 1/gamma = 0\n",
      "v = 300221456.9947845 m / s > c, setting 1/gamma = 0\n",
      "v = 348427479.4215733 m / s > c, setting 1/gamma = 0\n",
      "v = 411444921.77986974 m / s > c, setting 1/gamma = 0\n",
      "v = 436742898.57693577 m / s > c, setting 1/gamma = 0\n",
      "v = 375084930.3477498 m / s > c, setting 1/gamma = 0\n",
      "v = 383634548.82414424 m / s > c, setting 1/gamma = 0\n",
      "v = 318130509.7263529 m / s > c, setting 1/gamma = 0\n",
      "v = 371362584.8500986 m / s > c, setting 1/gamma = 0\n",
      "v = 348544394.1767141 m / s > c, setting 1/gamma = 0\n",
      "v = 726853770.5531117 m / s > c, setting 1/gamma = 0\n",
      "v = 599576027.2440313 m / s > c, setting 1/gamma = 0\n",
      "v = 308243800.9841928 m / s > c, setting 1/gamma = 0\n",
      "v = 338753316.3039635 m / s > c, setting 1/gamma = 0\n",
      "v = 336283004.0197173 m / s > c, setting 1/gamma = 0\n",
      "v = 381805754.03639126 m / s > c, setting 1/gamma = 0\n",
      "v = 318880641.90173596 m / s > c, setting 1/gamma = 0\n",
      "v = 320602178.36607677 m / s > c, setting 1/gamma = 0\n",
      "v = 359598614.0941207 m / s > c, setting 1/gamma = 0\n",
      "v = 340110436.56827396 m / s > c, setting 1/gamma = 0\n",
      "v = 390989091.2491582 m / s > c, setting 1/gamma = 0\n",
      "v = 328724868.6704457 m / s > c, setting 1/gamma = 0\n",
      "v = 348958145.4237247 m / s > c, setting 1/gamma = 0\n",
      "v = 315319590.8253342 m / s > c, setting 1/gamma = 0\n",
      "v = 364182432.38109004 m / s > c, setting 1/gamma = 0\n",
      "v = 437589798.37507117 m / s > c, setting 1/gamma = 0\n",
      "v = 456948772.0749962 m / s > c, setting 1/gamma = 0\n",
      "v = 303414533.8161032 m / s > c, setting 1/gamma = 0\n",
      "v = 328773577.2131264 m / s > c, setting 1/gamma = 0\n",
      "v = 314108534.4703859 m / s > c, setting 1/gamma = 0\n",
      "v = 357639379.06973827 m / s > c, setting 1/gamma = 0\n",
      "v = 403518370.28001785 m / s > c, setting 1/gamma = 0\n",
      "v = 304973085.2946488 m / s > c, setting 1/gamma = 0\n",
      "v = 301410254.2841641 m / s > c, setting 1/gamma = 0\n",
      "v = 353408593.5831939 m / s > c, setting 1/gamma = 0\n",
      "v = 389194064.5415905 m / s > c, setting 1/gamma = 0\n",
      "v = 303266503.59711516 m / s > c, setting 1/gamma = 0\n",
      "v = 306652286.0907633 m / s > c, setting 1/gamma = 0\n",
      "v = 319301318.6005476 m / s > c, setting 1/gamma = 0\n",
      "v = 340755541.6104525 m / s > c, setting 1/gamma = 0\n",
      "v = 311287167.82203627 m / s > c, setting 1/gamma = 0\n",
      "v = 350394334.79737025 m / s > c, setting 1/gamma = 0\n",
      "v = 363776577.7196442 m / s > c, setting 1/gamma = 0\n",
      "v = 372471987.119248 m / s > c, setting 1/gamma = 0\n",
      "v = 301174347.5366854 m / s > c, setting 1/gamma = 0\n",
      "v = 349258597.704158 m / s > c, setting 1/gamma = 0\n",
      "v = 388688366.4163415 m / s > c, setting 1/gamma = 0\n",
      "v = 423894591.10217905 m / s > c, setting 1/gamma = 0\n",
      "v = 310994425.6490269 m / s > c, setting 1/gamma = 0\n",
      "v = 319740330.7936141 m / s > c, setting 1/gamma = 0\n",
      "v = 373030587.68527603 m / s > c, setting 1/gamma = 0\n",
      "v = 330484685.55359095 m / s > c, setting 1/gamma = 0\n",
      "v = 672623899.6268427 m / s > c, setting 1/gamma = 0\n",
      "v = 553152265.7051579 m / s > c, setting 1/gamma = 0\n",
      "v = 355749118.3890606 m / s > c, setting 1/gamma = 0\n",
      "v = 397465806.4319704 m / s > c, setting 1/gamma = 0\n",
      "v = 353379784.377153 m / s > c, setting 1/gamma = 0\n",
      "v = 377784186.46445364 m / s > c, setting 1/gamma = 0\n",
      "v = 390520904.57082385 m / s > c, setting 1/gamma = 0\n",
      "v = 425761252.18701017 m / s > c, setting 1/gamma = 0\n",
      "v = 380897233.47620296 m / s > c, setting 1/gamma = 0\n",
      "v = 427522554.28376764 m / s > c, setting 1/gamma = 0\n",
      "v = 310022209.6290412 m / s > c, setting 1/gamma = 0\n",
      "v = 332382008.9152513 m / s > c, setting 1/gamma = 0\n",
      "v = 313643153.9200202 m / s > c, setting 1/gamma = 0\n",
      "v = 362397547.2585506 m / s > c, setting 1/gamma = 0\n",
      "v = 438752621.3583043 m / s > c, setting 1/gamma = 0\n",
      "v = 456690657.3823629 m / s > c, setting 1/gamma = 0\n",
      "v = 305498811.70254326 m / s > c, setting 1/gamma = 0\n",
      "v = 329673145.4576025 m / s > c, setting 1/gamma = 0\n",
      "v = 324833427.76845354 m / s > c, setting 1/gamma = 0\n",
      "v = 338949050.87120557 m / s > c, setting 1/gamma = 0\n",
      "v = 385897844.2306169 m / s > c, setting 1/gamma = 0\n",
      "v = 346779749.18618834 m / s > c, setting 1/gamma = 0\n",
      "v = 380546142.02287 m / s > c, setting 1/gamma = 0\n",
      "v = 304677480.9241086 m / s > c, setting 1/gamma = 0\n",
      "v = 349497023.8018369 m / s > c, setting 1/gamma = 0\n",
      "v = 304231548.1850414 m / s > c, setting 1/gamma = 0\n",
      "v = 361825247.7684029 m / s > c, setting 1/gamma = 0\n",
      "v = 337282139.607857 m / s > c, setting 1/gamma = 0\n",
      "v = 369928541.8381661 m / s > c, setting 1/gamma = 0\n",
      "v = 427146383.4907607 m / s > c, setting 1/gamma = 0\n",
      "v = 450107412.896281 m / s > c, setting 1/gamma = 0\n",
      "v = 313090647.9771082 m / s > c, setting 1/gamma = 0\n",
      "v = 338913362.79380715 m / s > c, setting 1/gamma = 0\n",
      "v = 338970126.54578704 m / s > c, setting 1/gamma = 0\n",
      "v = 326187465.12992686 m / s > c, setting 1/gamma = 0\n",
      "v = 324501057.94385487 m / s > c, setting 1/gamma = 0\n",
      "v = 369162636.25324506 m / s > c, setting 1/gamma = 0\n",
      "v = 421588946.0234075 m / s > c, setting 1/gamma = 0\n",
      "v = 497165318.4493184 m / s > c, setting 1/gamma = 0\n",
      "v = 493933106.0646418 m / s > c, setting 1/gamma = 0\n",
      "v = 307454283.9594808 m / s > c, setting 1/gamma = 0\n",
      "v = 326424049.2564714 m / s > c, setting 1/gamma = 0\n",
      "v = 346063853.5468657 m / s > c, setting 1/gamma = 0\n",
      "v = 421978495.1262753 m / s > c, setting 1/gamma = 0\n",
      "v = 464105488.091834 m / s > c, setting 1/gamma = 0\n",
      "v = 317651945.23640126 m / s > c, setting 1/gamma = 0\n",
      "v = 369114995.9654612 m / s > c, setting 1/gamma = 0\n",
      "v = 314419893.0917142 m / s > c, setting 1/gamma = 0\n",
      "v = 336666825.8349336 m / s > c, setting 1/gamma = 0\n",
      "v = 306772396.43534195 m / s > c, setting 1/gamma = 0\n",
      "v = 348109307.7741538 m / s > c, setting 1/gamma = 0\n",
      "v = 404397440.1653512 m / s > c, setting 1/gamma = 0\n",
      "v = 441259132.53805774 m / s > c, setting 1/gamma = 0\n",
      "v = 305264142.6926981 m / s > c, setting 1/gamma = 0\n",
      "v = 327374683.160989 m / s > c, setting 1/gamma = 0\n",
      "v = 483860075.46426237 m / s > c, setting 1/gamma = 0\n",
      "v = 473229864.0537249 m / s > c, setting 1/gamma = 0\n",
      "v = 315683070.94162714 m / s > c, setting 1/gamma = 0\n",
      "v = 333190401.9437782 m / s > c, setting 1/gamma = 0\n",
      "v = 318423630.94415855 m / s > c, setting 1/gamma = 0\n",
      "v = 359807134.72646785 m / s > c, setting 1/gamma = 0\n",
      "v = 397654083.3905708 m / s > c, setting 1/gamma = 0\n",
      "v = 308766487.74205923 m / s > c, setting 1/gamma = 0\n",
      "v = 322172175.07556975 m / s > c, setting 1/gamma = 0\n",
      "v = 309876315.662165 m / s > c, setting 1/gamma = 0\n",
      "v = 606445868.5353827 m / s > c, setting 1/gamma = 0\n",
      "v = 496915886.93755 m / s > c, setting 1/gamma = 0\n",
      "v = 301574876.4783398 m / s > c, setting 1/gamma = 0\n",
      "v = 346418498.8886949 m / s > c, setting 1/gamma = 0\n",
      "v = 388605992.9186304 m / s > c, setting 1/gamma = 0\n",
      "v = 313617874.29539096 m / s > c, setting 1/gamma = 0\n",
      "v = 309392699.9821109 m / s > c, setting 1/gamma = 0\n",
      "v = 598098959.3003877 m / s > c, setting 1/gamma = 0\n",
      "v = 490162657.62335926 m / s > c, setting 1/gamma = 0\n",
      "v = 307972737.6092764 m / s > c, setting 1/gamma = 0\n",
      "v = 327169808.01609504 m / s > c, setting 1/gamma = 0\n",
      "v = 453013796.2750322 m / s > c, setting 1/gamma = 0\n",
      "v = 462896025.1337926 m / s > c, setting 1/gamma = 0\n",
      "v = 310954077.90508306 m / s > c, setting 1/gamma = 0\n",
      "v = 329371201.70766157 m / s > c, setting 1/gamma = 0\n",
      "v = 314951395.0821612 m / s > c, setting 1/gamma = 0\n",
      "v = 336076790.76308095 m / s > c, setting 1/gamma = 0\n",
      "v = 683241965.6424419 m / s > c, setting 1/gamma = 0\n",
      "v = 563325932.8325642 m / s > c, setting 1/gamma = 0\n",
      "v = 411905824.55607235 m / s > c, setting 1/gamma = 0\n",
      "v = 438979728.4727693 m / s > c, setting 1/gamma = 0\n",
      "v = 312070299.43188137 m / s > c, setting 1/gamma = 0\n",
      "v = 333070384.625715 m / s > c, setting 1/gamma = 0\n",
      "v = 312077955.4725142 m / s > c, setting 1/gamma = 0\n",
      "v = 435112791.5296291 m / s > c, setting 1/gamma = 0\n",
      "v = 453280606.9110474 m / s > c, setting 1/gamma = 0\n",
      "v = 350486589.592299 m / s > c, setting 1/gamma = 0\n",
      "v = 366696812.2053046 m / s > c, setting 1/gamma = 0\n",
      "v = 328584691.33597267 m / s > c, setting 1/gamma = 0\n",
      "v = 661653052.2319754 m / s > c, setting 1/gamma = 0\n",
      "v = 544558807.4517565 m / s > c, setting 1/gamma = 0\n",
      "v = 318099070.9672112 m / s > c, setting 1/gamma = 0\n",
      "v = 348493907.3790032 m / s > c, setting 1/gamma = 0\n",
      "v = 330413386.9762588 m / s > c, setting 1/gamma = 0\n",
      "v = 679140378.5549071 m / s > c, setting 1/gamma = 0\n",
      "v = 559021612.0256038 m / s > c, setting 1/gamma = 0\n",
      "v = 308491687.7269467 m / s > c, setting 1/gamma = 0\n",
      "v = 331352883.1863287 m / s > c, setting 1/gamma = 0\n",
      "v = 320332552.24041253 m / s > c, setting 1/gamma = 0\n",
      "v = 355788850.30830973 m / s > c, setting 1/gamma = 0\n",
      "v = 310422798.4146758 m / s > c, setting 1/gamma = 0\n",
      "v = 318907552.12711793 m / s > c, setting 1/gamma = 0\n",
      "v = 319093520.9948838 m / s > c, setting 1/gamma = 0\n",
      "v = 339160701.29785323 m / s > c, setting 1/gamma = 0\n",
      "v = 323502134.7858662 m / s > c, setting 1/gamma = 0\n",
      "v = 363251501.8091137 m / s > c, setting 1/gamma = 0\n",
      "v = 406833268.97546595 m / s > c, setting 1/gamma = 0\n",
      "v = 318210724.9384427 m / s > c, setting 1/gamma = 0\n",
      "v = 345972216.23357546 m / s > c, setting 1/gamma = 0\n",
      "v = 301088457.2020646 m / s > c, setting 1/gamma = 0\n",
      "v = 351216968.9205227 m / s > c, setting 1/gamma = 0\n",
      "v = 462111893.027439 m / s > c, setting 1/gamma = 0\n",
      "v = 473943757.6813429 m / s > c, setting 1/gamma = 0\n",
      "v = 328895808.03089744 m / s > c, setting 1/gamma = 0\n",
      "v = 349570712.02968365 m / s > c, setting 1/gamma = 0\n",
      "v = 328023280.78296417 m / s > c, setting 1/gamma = 0\n",
      "v = 361096326.5734512 m / s > c, setting 1/gamma = 0\n",
      "v = 302096277.2146215 m / s > c, setting 1/gamma = 0\n",
      "v = 582480664.6593102 m / s > c, setting 1/gamma = 0\n",
      "v = 476265043.83568424 m / s > c, setting 1/gamma = 0\n",
      "v = 309078894.5229214 m / s > c, setting 1/gamma = 0\n",
      "v = 406068849.6940255 m / s > c, setting 1/gamma = 0\n",
      "v = 435619674.66817147 m / s > c, setting 1/gamma = 0\n",
      "v = 419110025.9102719 m / s > c, setting 1/gamma = 0\n",
      "v = 444952551.88189894 m / s > c, setting 1/gamma = 0\n",
      "v = 367511437.05052054 m / s > c, setting 1/gamma = 0\n",
      "v = 379675392.5814176 m / s > c, setting 1/gamma = 0\n",
      "v = 368940936.1172529 m / s > c, setting 1/gamma = 0\n",
      "v = 406643510.83932745 m / s > c, setting 1/gamma = 0\n",
      "v = 301415144.2000532 m / s > c, setting 1/gamma = 0\n",
      "v = 312612613.8050814 m / s > c, setting 1/gamma = 0\n",
      "v = 330172415.0015332 m / s > c, setting 1/gamma = 0\n",
      "v = 302149977.7886027 m / s > c, setting 1/gamma = 0\n",
      "v = 340176823.3230945 m / s > c, setting 1/gamma = 0\n",
      "v = 305118688.0648186 m / s > c, setting 1/gamma = 0\n",
      "v = 357718917.16933835 m / s > c, setting 1/gamma = 0\n",
      "v = 306547337.4587615 m / s > c, setting 1/gamma = 0\n",
      "v = 328842648.706732 m / s > c, setting 1/gamma = 0\n",
      "v = 323235213.2037732 m / s > c, setting 1/gamma = 0\n",
      "v = 364959072.8893145 m / s > c, setting 1/gamma = 0\n",
      "v = 408003965.5936241 m / s > c, setting 1/gamma = 0\n",
      "v = 331919194.3597136 m / s > c, setting 1/gamma = 0\n",
      "v = 357063095.3148153 m / s > c, setting 1/gamma = 0\n",
      "v = 302244322.4592762 m / s > c, setting 1/gamma = 0\n",
      "v = 353982205.34079045 m / s > c, setting 1/gamma = 0\n",
      "v = 473173063.18202 m / s > c, setting 1/gamma = 0\n",
      "v = 478766060.04870284 m / s > c, setting 1/gamma = 0\n",
      "v = 311291679.07169783 m / s > c, setting 1/gamma = 0\n",
      "v = 331498010.9491069 m / s > c, setting 1/gamma = 0\n",
      "v = 410080664.4938256 m / s > c, setting 1/gamma = 0\n",
      "v = 443496609.4734146 m / s > c, setting 1/gamma = 0\n",
      "v = 333626821.91413355 m / s > c, setting 1/gamma = 0\n",
      "v = 377202012.31950086 m / s > c, setting 1/gamma = 0\n",
      "v = 419416348.4092571 m / s > c, setting 1/gamma = 0\n",
      "v = 452160798.6930591 m / s > c, setting 1/gamma = 0\n",
      "v = 307664740.7446643 m / s > c, setting 1/gamma = 0\n",
      "v = 300550132.69440573 m / s > c, setting 1/gamma = 0\n",
      "v = 379024862.7867304 m / s > c, setting 1/gamma = 0\n",
      "v = 420620453.2933749 m / s > c, setting 1/gamma = 0\n",
      "v = 306244155.1532825 m / s > c, setting 1/gamma = 0\n",
      "v = 316196317.4041028 m / s > c, setting 1/gamma = 0\n",
      "v = 369000414.90828025 m / s > c, setting 1/gamma = 0\n",
      "v = 346189193.1239528 m / s > c, setting 1/gamma = 0\n",
      "v = 731518680.6715392 m / s > c, setting 1/gamma = 0\n",
      "v = 603187598.0998645 m / s > c, setting 1/gamma = 0\n",
      "v = 308980139.87740505 m / s > c, setting 1/gamma = 0\n",
      "v = 318854444.36052334 m / s > c, setting 1/gamma = 0\n",
      "v = 355918395.12660784 m / s > c, setting 1/gamma = 0\n",
      "v = 329480948.7200646 m / s > c, setting 1/gamma = 0\n",
      "v = 347363920.48478794 m / s > c, setting 1/gamma = 0\n",
      "v = 380293023.73048097 m / s > c, setting 1/gamma = 0\n",
      "v = 418233413.3912995 m / s > c, setting 1/gamma = 0\n",
      "v = 388840507.4164836 m / s > c, setting 1/gamma = 0\n",
      "v = 397827218.5690603 m / s > c, setting 1/gamma = 0\n",
      "v = 323130466.65111375 m / s > c, setting 1/gamma = 0\n",
      "v = 369964687.3221916 m / s > c, setting 1/gamma = 0\n",
      "v = 447333902.775857 m / s > c, setting 1/gamma = 0\n",
      "v = 468098362.1990209 m / s > c, setting 1/gamma = 0\n",
      "v = 308833497.91670454 m / s > c, setting 1/gamma = 0\n",
      "v = 338154017.8473762 m / s > c, setting 1/gamma = 0\n",
      "v = 357095101.756664 m / s > c, setting 1/gamma = 0\n",
      "v = 401804938.6495281 m / s > c, setting 1/gamma = 0\n",
      "v = 426415679.439203 m / s > c, setting 1/gamma = 0\n",
      "v = 457746375.07143915 m / s > c, setting 1/gamma = 0\n",
      "v = 309927688.6245697 m / s > c, setting 1/gamma = 0\n",
      "v = 362588794.6576432 m / s > c, setting 1/gamma = 0\n",
      "v = 351725407.63464695 m / s > c, setting 1/gamma = 0\n",
      "v = 742356831.9197248 m / s > c, setting 1/gamma = 0\n",
      "v = 612655739.2308085 m / s > c, setting 1/gamma = 0\n",
      "v = 301092957.37088776 m / s > c, setting 1/gamma = 0\n",
      "v = 322067789.53713703 m / s > c, setting 1/gamma = 0\n",
      "v = 302211371.73277485 m / s > c, setting 1/gamma = 0\n",
      "v = 353122659.58070856 m / s > c, setting 1/gamma = 0\n",
      "v = 449718105.6094296 m / s > c, setting 1/gamma = 0\n",
      "v = 465573032.16433257 m / s > c, setting 1/gamma = 0\n",
      "v = 351219030.3140093 m / s > c, setting 1/gamma = 0\n",
      "v = 367591767.67220515 m / s > c, setting 1/gamma = 0\n",
      "v = 319168853.4207752 m / s > c, setting 1/gamma = 0\n",
      "v = 364808965.1208936 m / s > c, setting 1/gamma = 0\n",
      "v = 304906315.2885787 m / s > c, setting 1/gamma = 0\n",
      "v = 315357985.0718377 m / s > c, setting 1/gamma = 0\n",
      "v = 619701213.0208917 m / s > c, setting 1/gamma = 0\n",
      "v = 509166524.06448364 m / s > c, setting 1/gamma = 0\n",
      "v = 301234727.3053759 m / s > c, setting 1/gamma = 0\n",
      "v = 321221550.414745 m / s > c, setting 1/gamma = 0\n",
      "v = 371446775.3206219 m / s > c, setting 1/gamma = 0\n",
      "v = 408738357.0116901 m / s > c, setting 1/gamma = 0\n",
      "v = 375708227.06077516 m / s > c, setting 1/gamma = 0\n",
      "v = 384004787.33218133 m / s > c, setting 1/gamma = 0\n",
      "v = 469863900.9009857 m / s > c, setting 1/gamma = 0\n",
      "v = 472387127.68787 m / s > c, setting 1/gamma = 0\n",
      "v = 311950702.318345 m / s > c, setting 1/gamma = 0\n",
      "v = 387186287.08144385 m / s > c, setting 1/gamma = 0\n",
      "v = 398725715.4490814 m / s > c, setting 1/gamma = 0\n",
      "v = 323754753.2155198 m / s > c, setting 1/gamma = 0\n",
      "v = 357420496.91470706 m / s > c, setting 1/gamma = 0\n",
      "v = 301686933.5495091 m / s > c, setting 1/gamma = 0\n",
      "v = 348983604.91353184 m / s > c, setting 1/gamma = 0\n",
      "v = 342457989.2118532 m / s > c, setting 1/gamma = 0\n",
      "v = 366115032.4131474 m / s > c, setting 1/gamma = 0\n",
      "v = 328865889.61894363 m / s > c, setting 1/gamma = 0\n",
      "v = 443734702.0917502 m / s > c, setting 1/gamma = 0\n",
      "v = 454675036.58390456 m / s > c, setting 1/gamma = 0\n",
      "v = 356731336.9381374 m / s > c, setting 1/gamma = 0\n",
      "v = 368174492.47092915 m / s > c, setting 1/gamma = 0\n",
      "v = 336070917.40180147 m / s > c, setting 1/gamma = 0\n",
      "v = 388065074.8442133 m / s > c, setting 1/gamma = 0\n",
      "v = 366689894.36701375 m / s > c, setting 1/gamma = 0\n",
      "v = 408464050.73303455 m / s > c, setting 1/gamma = 0\n",
      "v = 313172202.42726725 m / s > c, setting 1/gamma = 0\n",
      "v = 311489175.2953329 m / s > c, setting 1/gamma = 0\n",
      "v = 366487535.80887467 m / s > c, setting 1/gamma = 0\n",
      "v = 416792399.602998 m / s > c, setting 1/gamma = 0\n",
      "v = 448462006.88509035 m / s > c, setting 1/gamma = 0\n",
      "v = 530508380.66894466 m / s > c, setting 1/gamma = 0\n",
      "v = 498389299.7506171 m / s > c, setting 1/gamma = 0\n",
      "v = 332727015.3523248 m / s > c, setting 1/gamma = 0\n",
      "v = 398104389.3516576 m / s > c, setting 1/gamma = 0\n",
      "v = 407351987.2221524 m / s > c, setting 1/gamma = 0\n",
      "v = 338964304.8611134 m / s > c, setting 1/gamma = 0\n",
      "v = 377233768.37715816 m / s > c, setting 1/gamma = 0\n",
      "v = 334601013.25879 m / s > c, setting 1/gamma = 0\n",
      "v = 385167028.7120887 m / s > c, setting 1/gamma = 0\n",
      "v = 327693878.4419249 m / s > c, setting 1/gamma = 0\n",
      "v = 346635710.57317495 m / s > c, setting 1/gamma = 0\n",
      "v = 347614500.07163554 m / s > c, setting 1/gamma = 0\n",
      "v = 399440106.94247514 m / s > c, setting 1/gamma = 0\n",
      "v = 439452950.0810409 m / s > c, setting 1/gamma = 0\n",
      "v = 459262169.6520501 m / s > c, setting 1/gamma = 0\n",
      "v = 306368101.6856604 m / s > c, setting 1/gamma = 0\n",
      "v = 338474543.63965917 m / s > c, setting 1/gamma = 0\n",
      "v = 383916652.0966616 m / s > c, setting 1/gamma = 0\n",
      "v = 315906138.2933354 m / s > c, setting 1/gamma = 0\n",
      "v = 299794691.0519281 m / s > c, setting 1/gamma = 0\n",
      "v = 324165187.6371696 m / s > c, setting 1/gamma = 0\n",
      "v = 402821262.7020804 m / s > c, setting 1/gamma = 0\n",
      "v = 438083277.04889417 m / s > c, setting 1/gamma = 0\n",
      "v = 317818288.3546743 m / s > c, setting 1/gamma = 0\n",
      "v = 347600010.0208836 m / s > c, setting 1/gamma = 0\n",
      "v = 316814876.6860689 m / s > c, setting 1/gamma = 0\n",
      "v = 356154742.17792994 m / s > c, setting 1/gamma = 0\n",
      "v = 363364261.13022184 m / s > c, setting 1/gamma = 0\n",
      "v = 412187044.73603356 m / s > c, setting 1/gamma = 0\n",
      "v = 314088351.9460885 m / s > c, setting 1/gamma = 0\n",
      "v = 335134230.09502226 m / s > c, setting 1/gamma = 0\n",
      "v = 327976237.94494903 m / s > c, setting 1/gamma = 0\n",
      "v = 381562379.065973 m / s > c, setting 1/gamma = 0\n",
      "v = 307954839.966335 m / s > c, setting 1/gamma = 0\n",
      "v = 608706170.840898 m / s > c, setting 1/gamma = 0\n",
      "v = 498339626.123811 m / s > c, setting 1/gamma = 0\n",
      "v = 301345979.58950055 m / s > c, setting 1/gamma = 0\n",
      "v = 323013918.73157924 m / s > c, setting 1/gamma = 0\n",
      "v = 343175119.978363 m / s > c, setting 1/gamma = 0\n",
      "v = 397493639.28401315 m / s > c, setting 1/gamma = 0\n",
      "v = 306670956.9560145 m / s > c, setting 1/gamma = 0\n",
      "v = 610742874.0544437 m / s > c, setting 1/gamma = 0\n",
      "v = 499672376.2835007 m / s > c, setting 1/gamma = 0\n",
      "v = 364201231.9723468 m / s > c, setting 1/gamma = 0\n",
      "v = 390236967.92091846 m / s > c, setting 1/gamma = 0\n",
      "v = 309274303.8210464 m / s > c, setting 1/gamma = 0\n",
      "v = 606053076.7297438 m / s > c, setting 1/gamma = 0\n",
      "v = 497163196.5131211 m / s > c, setting 1/gamma = 0\n",
      "v = 327680434.3967628 m / s > c, setting 1/gamma = 0\n",
      "v = 347248214.58791435 m / s > c, setting 1/gamma = 0\n",
      "v = 414109641.3003778 m / s > c, setting 1/gamma = 0\n",
      "v = 440282905.5982075 m / s > c, setting 1/gamma = 0\n",
      "v = 344425738.2378497 m / s > c, setting 1/gamma = 0\n",
      "v = 361573695.11632884 m / s > c, setting 1/gamma = 0\n",
      "v = 351410412.92823637 m / s > c, setting 1/gamma = 0\n",
      "v = 389890254.26968706 m / s > c, setting 1/gamma = 0\n",
      "v = 306205594.0269503 m / s > c, setting 1/gamma = 0\n",
      "v = 320403985.61466974 m / s > c, setting 1/gamma = 0\n",
      "v = 344281413.14307564 m / s > c, setting 1/gamma = 0\n",
      "v = 362724319.4451521 m / s > c, setting 1/gamma = 0\n",
      "v = 405804014.99794114 m / s > c, setting 1/gamma = 0\n",
      "v = 389297793.34992105 m / s > c, setting 1/gamma = 0\n",
      "v = 399947853.7846886 m / s > c, setting 1/gamma = 0\n",
      "v = 329365628.8610809 m / s > c, setting 1/gamma = 0\n",
      "v = 366446967.5532879 m / s > c, setting 1/gamma = 0\n",
      "v = 350641340.490119 m / s > c, setting 1/gamma = 0\n",
      "v = 400345528.6840049 m / s > c, setting 1/gamma = 0\n",
      "v = 320202575.18119293 m / s > c, setting 1/gamma = 0\n",
      "v = 340938488.89871174 m / s > c, setting 1/gamma = 0\n",
      "v = 309343498.3281527 m / s > c, setting 1/gamma = 0\n",
      "v = 318937631.5147074 m / s > c, setting 1/gamma = 0\n",
      "v = 355275382.11020803 m / s > c, setting 1/gamma = 0\n",
      "v = 359896053.3879862 m / s > c, setting 1/gamma = 0\n",
      "v = 372841818.8403215 m / s > c, setting 1/gamma = 0\n",
      "v = 304643754.0014596 m / s > c, setting 1/gamma = 0\n",
      "v = 336214495.0235038 m / s > c, setting 1/gamma = 0\n",
      "v = 382575734.4892208 m / s > c, setting 1/gamma = 0\n",
      "v = 311807482.7173471 m / s > c, setting 1/gamma = 0\n",
      "v = 309227335.5855894 m / s > c, setting 1/gamma = 0\n",
      "v = 350281657.55262357 m / s > c, setting 1/gamma = 0\n",
      "v = 334570871.55959177 m / s > c, setting 1/gamma = 0\n",
      "v = 385130658.00515836 m / s > c, setting 1/gamma = 0\n",
      "v = 307589141.46265894 m / s > c, setting 1/gamma = 0\n",
      "v = 303282569.59160894 m / s > c, setting 1/gamma = 0\n",
      "v = 583223885.8909606 m / s > c, setting 1/gamma = 0\n",
      "v = 478535235.4120137 m / s > c, setting 1/gamma = 0\n",
      "v = 365237430.8285119 m / s > c, setting 1/gamma = 0\n",
      "v = 375463743.34729975 m / s > c, setting 1/gamma = 0\n",
      "v = 318784052.64144474 m / s > c, setting 1/gamma = 0\n",
      "v = 369285934.8676023 m / s > c, setting 1/gamma = 0\n",
      "v = 391906012.4463197 m / s > c, setting 1/gamma = 0\n",
      "v = 427403960.5233366 m / s > c, setting 1/gamma = 0\n",
      "v = 339938648.414704 m / s > c, setting 1/gamma = 0\n",
      "v = 360389559.419084 m / s > c, setting 1/gamma = 0\n",
      "v = 304031004.6160802 m / s > c, setting 1/gamma = 0\n",
      "v = 346984011.6109519 m / s > c, setting 1/gamma = 0\n",
      "v = 308594076.69283956 m / s > c, setting 1/gamma = 0\n",
      "v = 349964254.1958928 m / s > c, setting 1/gamma = 0\n",
      "v = 367479195.72017276 m / s > c, setting 1/gamma = 0\n",
      "v = 318326410.9864929 m / s > c, setting 1/gamma = 0\n",
      "v = 366586509.90323305 m / s > c, setting 1/gamma = 0\n",
      "v = 307894697.40445256 m / s > c, setting 1/gamma = 0\n",
      "v = 328324392.99279505 m / s > c, setting 1/gamma = 0\n",
      "v = 304547619.7253418 m / s > c, setting 1/gamma = 0\n",
      "v = 581953523.0775025 m / s > c, setting 1/gamma = 0\n",
      "v = 478503381.03028786 m / s > c, setting 1/gamma = 0\n",
      "v = 301462077.7985571 m / s > c, setting 1/gamma = 0\n",
      "v = 311222656.4651463 m / s > c, setting 1/gamma = 0\n",
      "v = 329995537.73343456 m / s > c, setting 1/gamma = 0\n",
      "v = 319688345.3508037 m / s > c, setting 1/gamma = 0\n",
      "v = 398105679.25669235 m / s > c, setting 1/gamma = 0\n",
      "v = 432953426.07102466 m / s > c, setting 1/gamma = 0\n",
      "v = 332044892.2247551 m / s > c, setting 1/gamma = 0\n",
      "v = 355600986.8138414 m / s > c, setting 1/gamma = 0\n",
      "v = 397419812.48143935 m / s > c, setting 1/gamma = 0\n",
      "v = 434149766.7366019 m / s > c, setting 1/gamma = 0\n",
      "v = 375402525.30350304 m / s > c, setting 1/gamma = 0\n",
      "v = 392508268.11910784 m / s > c, setting 1/gamma = 0\n",
      "v = 327232632.26042277 m / s > c, setting 1/gamma = 0\n",
      "v = 362991580.9567486 m / s > c, setting 1/gamma = 0\n",
      "v = 347813910.6081282 m / s > c, setting 1/gamma = 0\n",
      "v = 398742272.05257607 m / s > c, setting 1/gamma = 0\n",
      "v = 322139891.61822397 m / s > c, setting 1/gamma = 0\n",
      "v = 343211251.6833832 m / s > c, setting 1/gamma = 0\n",
      "v = 333187540.86653477 m / s > c, setting 1/gamma = 0\n",
      "v = 320668101.05557543 m / s > c, setting 1/gamma = 0\n",
      "v = 640865937.4373546 m / s > c, setting 1/gamma = 0\n",
      "v = 526892527.8158556 m / s > c, setting 1/gamma = 0\n",
      "v = 302633973.53894395 m / s > c, setting 1/gamma = 0\n",
      "v = 310095046.62304884 m / s > c, setting 1/gamma = 0\n",
      "v = 314702995.2204144 m / s > c, setting 1/gamma = 0\n",
      "v = 364048073.8956414 m / s > c, setting 1/gamma = 0\n",
      "v = 300851694.3282406 m / s > c, setting 1/gamma = 0\n",
      "v = 527423223.2440273 m / s > c, setting 1/gamma = 0\n",
      "v = 499475414.21942407 m / s > c, setting 1/gamma = 0\n",
      "v = 321307039.1316305 m / s > c, setting 1/gamma = 0\n",
      "v = 342950957.8903978 m / s > c, setting 1/gamma = 0\n",
      "v = 314337724.37066907 m / s > c, setting 1/gamma = 0\n",
      "v = 300644437.8768984 m / s > c, setting 1/gamma = 0\n",
      "v = 567580929.5116473 m / s > c, setting 1/gamma = 0\n",
      "v = 465789484.55292016 m / s > c, setting 1/gamma = 0\n",
      "v = 326031739.3494149 m / s > c, setting 1/gamma = 0\n",
      "v = 332910236.6932584 m / s > c, setting 1/gamma = 0\n",
      "v = 347445117.96658087 m / s > c, setting 1/gamma = 0\n",
      "v = 300218230.67158556 m / s > c, setting 1/gamma = 0\n",
      "v = 574713254.0000951 m / s > c, setting 1/gamma = 0\n",
      "v = 470679807.19685036 m / s > c, setting 1/gamma = 0\n",
      "v = 449008769.6887802 m / s > c, setting 1/gamma = 0\n",
      "v = 473425262.62102044 m / s > c, setting 1/gamma = 0\n",
      "v = 545635092.6672654 m / s > c, setting 1/gamma = 0\n",
      "v = 494102778.3408252 m / s > c, setting 1/gamma = 0\n",
      "v = 309798171.2447651 m / s > c, setting 1/gamma = 0\n",
      "v = 331701256.55157524 m / s > c, setting 1/gamma = 0\n",
      "v = 425352393.533194 m / s > c, setting 1/gamma = 0\n",
      "v = 453403718.92057854 m / s > c, setting 1/gamma = 0\n",
      "v = 310759731.3388641 m / s > c, setting 1/gamma = 0\n",
      "v = 338989470.7501209 m / s > c, setting 1/gamma = 0\n",
      "v = 315380721.21484286 m / s > c, setting 1/gamma = 0\n",
      "v = 363714489.9642837 m / s > c, setting 1/gamma = 0\n",
      "v = 481921525.9146857 m / s > c, setting 1/gamma = 0\n",
      "v = 485126510.7508927 m / s > c, setting 1/gamma = 0\n",
      "v = 300561070.35746115 m / s > c, setting 1/gamma = 0\n",
      "v = 322913138.22643733 m / s > c, setting 1/gamma = 0\n",
      "v = 341201768.85328615 m / s > c, setting 1/gamma = 0\n",
      "v = 305705699.76406646 m / s > c, setting 1/gamma = 0\n",
      "v = 324091477.88570154 m / s > c, setting 1/gamma = 0\n",
      "v = 344955422.572122 m / s > c, setting 1/gamma = 0\n",
      "v = 363032450.1083937 m / s > c, setting 1/gamma = 0\n",
      "v = 424178250.29599863 m / s > c, setting 1/gamma = 0\n",
      "v = 453833038.4198557 m / s > c, setting 1/gamma = 0\n",
      "v = 313638298.4900533 m / s > c, setting 1/gamma = 0\n",
      "v = 306245587.8079074 m / s > c, setting 1/gamma = 0\n",
      "v = 307701467.7395568 m / s > c, setting 1/gamma = 0\n",
      "v = 598502377.4828694 m / s > c, setting 1/gamma = 0\n",
      "v = 491113710.337993 m / s > c, setting 1/gamma = 0\n",
      "v = 349445283.0548332 m / s > c, setting 1/gamma = 0\n",
      "v = 363807327.1035836 m / s > c, setting 1/gamma = 0\n",
      "v = 307188800.8208377 m / s > c, setting 1/gamma = 0\n",
      "v = 359435853.55743265 m / s > c, setting 1/gamma = 0\n",
      "v = 422397236.6071833 m / s > c, setting 1/gamma = 0\n",
      "v = 449047152.0443719 m / s > c, setting 1/gamma = 0\n",
      "v = 324074674.9699522 m / s > c, setting 1/gamma = 0\n",
      "v = 343864048.58438104 m / s > c, setting 1/gamma = 0\n",
      "v = 377010923.83394384 m / s > c, setting 1/gamma = 0\n",
      "v = 415549049.89915705 m / s > c, setting 1/gamma = 0\n",
      "v = 479055655.4323946 m / s > c, setting 1/gamma = 0\n",
      "v = 486270856.20735765 m / s > c, setting 1/gamma = 0\n",
      "v = 373697428.26049095 m / s > c, setting 1/gamma = 0\n",
      "v = 389368352.36937094 m / s > c, setting 1/gamma = 0\n",
      "v = 317180389.20895183 m / s > c, setting 1/gamma = 0\n",
      "v = 363428769.2976991 m / s > c, setting 1/gamma = 0\n",
      "v = 394967451.472279 m / s > c, setting 1/gamma = 0\n",
      "v = 432999216.36963737 m / s > c, setting 1/gamma = 0\n",
      "v = 303621972.1222961 m / s > c, setting 1/gamma = 0\n",
      "v = 323376634.4871884 m / s > c, setting 1/gamma = 0\n",
      "v = 312055728.6201142 m / s > c, setting 1/gamma = 0\n",
      "v = 317885545.9118228 m / s > c, setting 1/gamma = 0\n",
      "v = 368961199.5114929 m / s > c, setting 1/gamma = 0\n",
      "v = 313547372.72656274 m / s > c, setting 1/gamma = 0\n",
      "v = 335623317.6995742 m / s > c, setting 1/gamma = 0\n",
      "v = 300971040.22644746 m / s > c, setting 1/gamma = 0\n",
      "v = 417187935.8325355 m / s > c, setting 1/gamma = 0\n",
      "v = 448473644.48300636 m / s > c, setting 1/gamma = 0\n",
      "v = 311404290.79912996 m / s > c, setting 1/gamma = 0\n",
      "v = 432528387.81479716 m / s > c, setting 1/gamma = 0\n",
      "v = 460843639.9730891 m / s > c, setting 1/gamma = 0\n",
      "v = 334140033.7309331 m / s > c, setting 1/gamma = 0\n",
      "v = 362401193.89832234 m / s > c, setting 1/gamma = 0\n",
      "v = 356410513.1635197 m / s > c, setting 1/gamma = 0\n",
      "v = 399246298.55877954 m / s > c, setting 1/gamma = 0\n",
      "v = 379936195.9918156 m / s > c, setting 1/gamma = 0\n",
      "v = 424613247.42861915 m / s > c, setting 1/gamma = 0\n",
      "v = 315353236.9682163 m / s > c, setting 1/gamma = 0\n",
      "v = 335309415.45895255 m / s > c, setting 1/gamma = 0\n",
      "v = 300320440.3369723 m / s > c, setting 1/gamma = 0\n",
      "v = 314640958.10539293 m / s > c, setting 1/gamma = 0\n",
      "v = 348408897.33968616 m / s > c, setting 1/gamma = 0\n",
      "v = 381267600.861684 m / s > c, setting 1/gamma = 0\n",
      "v = 422176287.0751397 m / s > c, setting 1/gamma = 0\n",
      "v = 328517381.788643 m / s > c, setting 1/gamma = 0\n",
      "v = 347950821.48079383 m / s > c, setting 1/gamma = 0\n",
      "v = 366136793.31993794 m / s > c, setting 1/gamma = 0\n",
      "v = 407077232.7244733 m / s > c, setting 1/gamma = 0\n",
      "v = 304891391.1514251 m / s > c, setting 1/gamma = 0\n",
      "v = 316011567.3392151 m / s > c, setting 1/gamma = 0\n",
      "v = 339139668.2408234 m / s > c, setting 1/gamma = 0\n",
      "v = 328925384.1219703 m / s > c, setting 1/gamma = 0\n",
      "v = 374896402.2426802 m / s > c, setting 1/gamma = 0\n",
      "v = 322151171.1521236 m / s > c, setting 1/gamma = 0\n",
      "v = 349120306.03623044 m / s > c, setting 1/gamma = 0\n",
      "v = 308513528.9321583 m / s > c, setting 1/gamma = 0\n",
      "v = 405973347.22026163 m / s > c, setting 1/gamma = 0\n",
      "v = 435553117.23123085 m / s > c, setting 1/gamma = 0\n",
      "v = 308006988.9437929 m / s > c, setting 1/gamma = 0\n",
      "v = 302965100.72898483 m / s > c, setting 1/gamma = 0\n",
      "v = 349810932.3772772 m / s > c, setting 1/gamma = 0\n",
      "v = 390439121.6332584 m / s > c, setting 1/gamma = 0\n",
      "v = 317068953.16197455 m / s > c, setting 1/gamma = 0\n",
      "v = 343970833.93811756 m / s > c, setting 1/gamma = 0\n",
      "v = 328055322.07611936 m / s > c, setting 1/gamma = 0\n",
      "v = 395639544.6723391 m / s > c, setting 1/gamma = 0\n",
      "v = 435436974.4625317 m / s > c, setting 1/gamma = 0\n",
      "v = 323231603.66831 m / s > c, setting 1/gamma = 0\n",
      "v = 342535102.90034276 m / s > c, setting 1/gamma = 0\n",
      "v = 439904887.7404855 m / s > c, setting 1/gamma = 0\n",
      "v = 456123740.98349553 m / s > c, setting 1/gamma = 0\n",
      "v = 356639463.27946675 m / s > c, setting 1/gamma = 0\n",
      "v = 369019840.2171139 m / s > c, setting 1/gamma = 0\n",
      "v = 323904689.6345181 m / s > c, setting 1/gamma = 0\n",
      "v = 662161567.9794984 m / s > c, setting 1/gamma = 0\n",
      "v = 543637637.1842239 m / s > c, setting 1/gamma = 0\n",
      "v = 378589118.96809685 m / s > c, setting 1/gamma = 0\n",
      "v = 402684393.4757333 m / s > c, setting 1/gamma = 0\n",
      "v = 334929007.8461957 m / s > c, setting 1/gamma = 0\n",
      "v = 691098024.6480473 m / s > c, setting 1/gamma = 0\n",
      "v = 570009664.1147686 m / s > c, setting 1/gamma = 0\n",
      "v = 357042293.43313575 m / s > c, setting 1/gamma = 0\n",
      "v = 398875489.12832004 m / s > c, setting 1/gamma = 0\n",
      "v = 369326116.8615175 m / s > c, setting 1/gamma = 0\n",
      "v = 383050272.55573094 m / s > c, setting 1/gamma = 0\n",
      "v = 302002827.2837436 m / s > c, setting 1/gamma = 0\n",
      "v = 319731252.6611916 m / s > c, setting 1/gamma = 0\n",
      "v = 361775863.3421436 m / s > c, setting 1/gamma = 0\n",
      "v = 308142788.2413769 m / s > c, setting 1/gamma = 0\n",
      "v = 364315475.1545445 m / s > c, setting 1/gamma = 0\n",
      "v = 378180520.1854429 m / s > c, setting 1/gamma = 0\n",
      "v = 354624262.27480465 m / s > c, setting 1/gamma = 0\n",
      "v = 398502067.7525285 m / s > c, setting 1/gamma = 0\n",
      "v = 333122618.60960984 m / s > c, setting 1/gamma = 0\n",
      "v = 416248827.7954489 m / s > c, setting 1/gamma = 0\n",
      "v = 447996947.3827583 m / s > c, setting 1/gamma = 0\n",
      "v = 321332979.2499603 m / s > c, setting 1/gamma = 0\n",
      "v = 359960176.2105987 m / s > c, setting 1/gamma = 0\n",
      "v = 311057395.5346123 m / s > c, setting 1/gamma = 0\n",
      "v = 313123368.0462185 m / s > c, setting 1/gamma = 0\n",
      "v = 335689612.4704259 m / s > c, setting 1/gamma = 0\n",
      "v = 317591087.1784243 m / s > c, setting 1/gamma = 0\n",
      "v = 357303273.9187295 m / s > c, setting 1/gamma = 0\n",
      "v = 321202273.1881704 m / s > c, setting 1/gamma = 0\n",
      "v = 371712093.75257224 m / s > c, setting 1/gamma = 0\n",
      "v = 322237476.5866993 m / s > c, setting 1/gamma = 0\n",
      "v = 348454325.3930932 m / s > c, setting 1/gamma = 0\n",
      "v = 301423427.1722997 m / s > c, setting 1/gamma = 0\n",
      "v = 603975871.3707254 m / s > c, setting 1/gamma = 0\n",
      "v = 494359366.90863025 m / s > c, setting 1/gamma = 0\n",
      "v = 324023303.3133791 m / s > c, setting 1/gamma = 0\n",
      "v = 350203015.8355516 m / s > c, setting 1/gamma = 0\n",
      "v = 317928480.3231417 m / s > c, setting 1/gamma = 0\n",
      "v = 307233403.71408176 m / s > c, setting 1/gamma = 0\n",
      "v = 619804641.2561328 m / s > c, setting 1/gamma = 0\n",
      "v = 507703230.87042475 m / s > c, setting 1/gamma = 0\n",
      "v = 339896772.88280225 m / s > c, setting 1/gamma = 0\n",
      "v = 363026454.4759641 m / s > c, setting 1/gamma = 0\n",
      "v = 576875817.2599767 m / s > c, setting 1/gamma = 0\n",
      "v = 499087693.9604804 m / s > c, setting 1/gamma = 0\n",
      "v = 370005606.7356607 m / s > c, setting 1/gamma = 0\n",
      "v = 388579076.47771394 m / s > c, setting 1/gamma = 0\n",
      "v = 344999863.00559944 m / s > c, setting 1/gamma = 0\n",
      "v = 386378089.2613824 m / s > c, setting 1/gamma = 0\n",
      "v = 358451144.527253 m / s > c, setting 1/gamma = 0\n",
      "v = 408793594.8102074 m / s > c, setting 1/gamma = 0\n",
      "v = 314516372.87192595 m / s > c, setting 1/gamma = 0\n",
      "v = 310882528.60611886 m / s > c, setting 1/gamma = 0\n",
      "v = 301344884.10822386 m / s > c, setting 1/gamma = 0\n",
      "v = 582750485.5706156 m / s > c, setting 1/gamma = 0\n",
      "v = 476905310.1930402 m / s > c, setting 1/gamma = 0\n",
      "v = 316216402.12503767 m / s > c, setting 1/gamma = 0\n",
      "v = 314905287.68189645 m / s > c, setting 1/gamma = 0\n",
      "v = 468545993.04198676 m / s > c, setting 1/gamma = 0\n",
      "v = 478513898.74037665 m / s > c, setting 1/gamma = 0\n",
      "v = 318090029.5481011 m / s > c, setting 1/gamma = 0\n",
      "v = 338465914.4955125 m / s > c, setting 1/gamma = 0\n",
      "v = 302221494.7835803 m / s > c, setting 1/gamma = 0\n",
      "v = 343300923.48826325 m / s > c, setting 1/gamma = 0\n",
      "v = 319319962.071977 m / s > c, setting 1/gamma = 0\n",
      "v = 367998774.5775113 m / s > c, setting 1/gamma = 0\n",
      "v = 303258852.99985194 m / s > c, setting 1/gamma = 0\n",
      "v = 336623217.08600587 m / s > c, setting 1/gamma = 0\n",
      "v = 362107151.7173294 m / s > c, setting 1/gamma = 0\n",
      "v = 368838515.1093894 m / s > c, setting 1/gamma = 0\n",
      "v = 414115105.62278396 m / s > c, setting 1/gamma = 0\n",
      "v = 331073737.7242335 m / s > c, setting 1/gamma = 0\n",
      "v = 360261089.4842833 m / s > c, setting 1/gamma = 0\n",
      "v = 488857299.3686726 m / s > c, setting 1/gamma = 0\n",
      "v = 476206024.231297 m / s > c, setting 1/gamma = 0\n",
      "v = 338871218.73849124 m / s > c, setting 1/gamma = 0\n",
      "v = 314894313.62117857 m / s > c, setting 1/gamma = 0\n",
      "v = 333989175.5130733 m / s > c, setting 1/gamma = 0\n",
      "v = 319166367.39992195 m / s > c, setting 1/gamma = 0\n",
      "v = 485142175.1811501 m / s > c, setting 1/gamma = 0\n",
      "v = 479196092.19042295 m / s > c, setting 1/gamma = 0\n",
      "v = 300090013.8084603 m / s > c, setting 1/gamma = 0\n",
      "v = 319917478.49623704 m / s > c, setting 1/gamma = 0\n",
      "v = 331048123.8966659 m / s > c, setting 1/gamma = 0\n",
      "v = 376127997.56478596 m / s > c, setting 1/gamma = 0\n",
      "v = 333555976.77144295 m / s > c, setting 1/gamma = 0\n",
      "v = 357060567.292545 m / s > c, setting 1/gamma = 0\n",
      "v = 364380379.5935391 m / s > c, setting 1/gamma = 0\n",
      "v = 406687766.06729764 m / s > c, setting 1/gamma = 0\n",
      "v = 337875326.7847197 m / s > c, setting 1/gamma = 0\n",
      "v = 361663354.23774534 m / s > c, setting 1/gamma = 0\n",
      "v = 305461742.92029965 m / s > c, setting 1/gamma = 0\n",
      "v = 346708191.49460924 m / s > c, setting 1/gamma = 0\n",
      "v = 387446071.79049945 m / s > c, setting 1/gamma = 0\n",
      "v = 301685109.61752605 m / s > c, setting 1/gamma = 0\n",
      "v = 339155851.040107 m / s > c, setting 1/gamma = 0\n",
      "v = 361467341.4560154 m / s > c, setting 1/gamma = 0\n",
      "v = 550932498.9978633 m / s > c, setting 1/gamma = 0\n",
      "v = 489729276.0363525 m / s > c, setting 1/gamma = 0\n",
      "v = 310768506.5435935 m / s > c, setting 1/gamma = 0\n",
      "v = 368166427.53804076 m / s > c, setting 1/gamma = 0\n",
      "v = 394477718.54016656 m / s > c, setting 1/gamma = 0\n",
      "v = 366949875.91611665 m / s > c, setting 1/gamma = 0\n",
      "v = 403361313.54234135 m / s > c, setting 1/gamma = 0\n",
      "v = 320009825.8954762 m / s > c, setting 1/gamma = 0\n",
      "v = 339496012.407758 m / s > c, setting 1/gamma = 0\n",
      "v = 325270463.07460713 m / s > c, setting 1/gamma = 0\n",
      "v = 342627652.902457 m / s > c, setting 1/gamma = 0\n",
      "v = 710992326.4325523 m / s > c, setting 1/gamma = 0\n",
      "v = 586763713.5643537 m / s > c, setting 1/gamma = 0\n",
      "v = 304443510.72809494 m / s > c, setting 1/gamma = 0\n",
      "v = 376035727.57148546 m / s > c, setting 1/gamma = 0\n",
      "v = 415029676.4216796 m / s > c, setting 1/gamma = 0\n",
      "v = 342137843.84169257 m / s > c, setting 1/gamma = 0\n",
      "v = 360597274.7728 m / s > c, setting 1/gamma = 0\n",
      "v = 325456085.3655372 m / s > c, setting 1/gamma = 0\n",
      "v = 351572285.88721997 m / s > c, setting 1/gamma = 0\n",
      "v = 338354585.68877244 m / s > c, setting 1/gamma = 0\n",
      "v = 383828076.41051346 m / s > c, setting 1/gamma = 0\n",
      "v = 371162691.23885375 m / s > c, setting 1/gamma = 0\n",
      "v = 388339620.4723307 m / s > c, setting 1/gamma = 0\n",
      "v = 328739673.50882393 m / s > c, setting 1/gamma = 0\n",
      "v = 394204222.31673646 m / s > c, setting 1/gamma = 0\n",
      "v = 435107993.3289319 m / s > c, setting 1/gamma = 0\n",
      "v = 311549964.575665 m / s > c, setting 1/gamma = 0\n",
      "v = 342985864.17558587 m / s > c, setting 1/gamma = 0\n",
      "v = 359557410.47134435 m / s > c, setting 1/gamma = 0\n",
      "v = 398077558.4425548 m / s > c, setting 1/gamma = 0\n",
      "v = 340206926.52091515 m / s > c, setting 1/gamma = 0\n",
      "v = 391253355.2463285 m / s > c, setting 1/gamma = 0\n",
      "v = 327229963.7297775 m / s > c, setting 1/gamma = 0\n",
      "v = 346304925.05567473 m / s > c, setting 1/gamma = 0\n",
      "v = 339120706.4065361 m / s > c, setting 1/gamma = 0\n",
      "v = 381697661.4031016 m / s > c, setting 1/gamma = 0\n",
      "v = 341769386.030665 m / s > c, setting 1/gamma = 0\n",
      "v = 364837547.38087004 m / s > c, setting 1/gamma = 0\n",
      "v = 324711139.4779713 m / s > c, setting 1/gamma = 0\n",
      "v = 505767417.8022591 m / s > c, setting 1/gamma = 0\n",
      "v = 496894025.4851851 m / s > c, setting 1/gamma = 0\n",
      "v = 306613168.1604838 m / s > c, setting 1/gamma = 0\n",
      "v = 313776560.71137697 m / s > c, setting 1/gamma = 0\n",
      "v = 336008804.2074617 m / s > c, setting 1/gamma = 0\n",
      "v = 309479653.6047828 m / s > c, setting 1/gamma = 0\n",
      "v = 378945071.01124424 m / s > c, setting 1/gamma = 0\n",
      "v = 420510543.38273126 m / s > c, setting 1/gamma = 0\n",
      "v = 328367013.8049344 m / s > c, setting 1/gamma = 0\n",
      "v = 355276191.95971435 m / s > c, setting 1/gamma = 0\n",
      "v = 318128505.0160404 m / s > c, setting 1/gamma = 0\n",
      "v = 501601145.8055701 m / s > c, setting 1/gamma = 0\n",
      "v = 487049801.09764236 m / s > c, setting 1/gamma = 0\n",
      "v = 375534808.43683046 m / s > c, setting 1/gamma = 0\n",
      "v = 392750479.1776587 m / s > c, setting 1/gamma = 0\n",
      "v = 334639188.86174554 m / s > c, setting 1/gamma = 0\n",
      "v = 375032465.0011604 m / s > c, setting 1/gamma = 0\n",
      "v = 392302827.5956829 m / s > c, setting 1/gamma = 0\n",
      "v = 436889582.94681704 m / s > c, setting 1/gamma = 0\n",
      "v = 321619966.89932835 m / s > c, setting 1/gamma = 0\n",
      "v = 342923176.98081684 m / s > c, setting 1/gamma = 0\n",
      "v = 320376821.64900684 m / s > c, setting 1/gamma = 0\n",
      "v = 369708043.9212885 m / s > c, setting 1/gamma = 0\n",
      "v = 315070817.6027733 m / s > c, setting 1/gamma = 0\n",
      "v = 334178077.78325486 m / s > c, setting 1/gamma = 0\n",
      "v = 427876087.6385844 m / s > c, setting 1/gamma = 0\n",
      "v = 454303103.17387 m / s > c, setting 1/gamma = 0\n",
      "v = 380483313.073188 m / s > c, setting 1/gamma = 0\n",
      "v = 391058688.24334264 m / s > c, setting 1/gamma = 0\n",
      "v = 304164451.6206039 m / s > c, setting 1/gamma = 0\n",
      "v = 316441324.0795077 m / s > c, setting 1/gamma = 0\n",
      "v = 637331071.9933108 m / s > c, setting 1/gamma = 0\n",
      "v = 523133385.94051504 m / s > c, setting 1/gamma = 0\n",
      "v = 349359536.42251194 m / s > c, setting 1/gamma = 0\n",
      "v = 364343283.8508525 m / s > c, setting 1/gamma = 0\n",
      "v = 393423464.3828584 m / s > c, setting 1/gamma = 0\n",
      "v = 430209456.48878604 m / s > c, setting 1/gamma = 0\n",
      "v = 314235608.17216295 m / s > c, setting 1/gamma = 0\n",
      "v = 342463867.2025531 m / s > c, setting 1/gamma = 0\n",
      "v = 317701182.8967482 m / s > c, setting 1/gamma = 0\n",
      "v = 475270265.3573998 m / s > c, setting 1/gamma = 0\n",
      "v = 475667209.4819243 m / s > c, setting 1/gamma = 0\n",
      "v = 305103580.95774835 m / s > c, setting 1/gamma = 0\n",
      "v = 355348480.81412053 m / s > c, setting 1/gamma = 0\n",
      "v = 304619854.09655446 m / s > c, setting 1/gamma = 0\n",
      "v = 325528098.7078664 m / s > c, setting 1/gamma = 0\n",
      "v = 300543978.02187127 m / s > c, setting 1/gamma = 0\n",
      "v = 355015379.0678929 m / s > c, setting 1/gamma = 0\n",
      "v = 395930549.01337063 m / s > c, setting 1/gamma = 0\n",
      "v = 314684943.5120412 m / s > c, setting 1/gamma = 0\n",
      "v = 330038486.6375482 m / s > c, setting 1/gamma = 0\n",
      "v = 358768961.4374098 m / s > c, setting 1/gamma = 0\n",
      "v = 406761950.38554746 m / s > c, setting 1/gamma = 0\n",
      "v = 332484661.9946317 m / s > c, setting 1/gamma = 0\n",
      "v = 350549655.4227141 m / s > c, setting 1/gamma = 0\n",
      "v = 334713593.2124545 m / s > c, setting 1/gamma = 0\n",
      "v = 683045269.0684025 m / s > c, setting 1/gamma = 0\n",
      "v = 563171879.6609161 m / s > c, setting 1/gamma = 0\n",
      "v = 300817566.8436209 m / s > c, setting 1/gamma = 0\n",
      "v = 319542686.62780774 m / s > c, setting 1/gamma = 0\n",
      "v = 301676339.5276699 m / s > c, setting 1/gamma = 0\n",
      "v = 351048603.164807 m / s > c, setting 1/gamma = 0\n",
      "v = 368239876.93816835 m / s > c, setting 1/gamma = 0\n",
      "v = 334521310.4660832 m / s > c, setting 1/gamma = 0\n",
      "v = 381381991.9532384 m / s > c, setting 1/gamma = 0\n",
      "v = 329854051.01259995 m / s > c, setting 1/gamma = 0\n",
      "v = 357036126.1630366 m / s > c, setting 1/gamma = 0\n",
      "v = 304965526.3311971 m / s > c, setting 1/gamma = 0\n",
      "v = 591774335.5979694 m / s > c, setting 1/gamma = 0\n",
      "v = 486002087.4999882 m / s > c, setting 1/gamma = 0\n",
      "v = 301188933.6908271 m / s > c, setting 1/gamma = 0\n",
      "v = 323162244.83036834 m / s > c, setting 1/gamma = 0\n",
      "v = 307573810.95529306 m / s > c, setting 1/gamma = 0\n",
      "v = 360294586.0736492 m / s > c, setting 1/gamma = 0\n",
      "v = 446459034.4373682 m / s > c, setting 1/gamma = 0\n",
      "v = 463015345.70970815 m / s > c, setting 1/gamma = 0\n",
      "v = 365550580.08434576 m / s > c, setting 1/gamma = 0\n",
      "v = 377824577.2568009 m / s > c, setting 1/gamma = 0\n",
      "v = 335331776.6455815 m / s > c, setting 1/gamma = 0\n",
      "v = 383424549.18425894 m / s > c, setting 1/gamma = 0\n",
      "v = 442953011.0540728 m / s > c, setting 1/gamma = 0\n",
      "v = 461235980.76887923 m / s > c, setting 1/gamma = 0\n",
      "v = 331340501.32659054 m / s > c, setting 1/gamma = 0\n",
      "v = 368101241.402915 m / s > c, setting 1/gamma = 0\n",
      "v = 327201499.17054635 m / s > c, setting 1/gamma = 0\n",
      "v = 309085208.25355405 m / s > c, setting 1/gamma = 0\n",
      "v = 331710092.8704517 m / s > c, setting 1/gamma = 0\n",
      "v = 300481873.8473437 m / s > c, setting 1/gamma = 0\n",
      "v = 314118490.6548127 m / s > c, setting 1/gamma = 0\n",
      "v = 361590886.75022554 m / s > c, setting 1/gamma = 0\n",
      "v = 327872637.97003514 m / s > c, setting 1/gamma = 0\n",
      "v = 357077955.1189844 m / s > c, setting 1/gamma = 0\n",
      "v = 310705073.6083094 m / s > c, setting 1/gamma = 0\n",
      "v = 332208801.3486656 m / s > c, setting 1/gamma = 0\n",
      "v = 319597924.2820332 m / s > c, setting 1/gamma = 0\n",
      "v = 416766168.5796087 m / s > c, setting 1/gamma = 0\n",
      "v = 442661738.3269559 m / s > c, setting 1/gamma = 0\n",
      "v = 348218312.658173 m / s > c, setting 1/gamma = 0\n",
      "v = 362699943.2379353 m / s > c, setting 1/gamma = 0\n",
      "v = 348173340.2548006 m / s > c, setting 1/gamma = 0\n",
      "v = 384582706.72956824 m / s > c, setting 1/gamma = 0\n",
      "v = 354408805.5631742 m / s > c, setting 1/gamma = 0\n",
      "v = 398312743.669332 m / s > c, setting 1/gamma = 0\n",
      "v = 386764499.7479135 m / s > c, setting 1/gamma = 0\n",
      "v = 412813849.8736559 m / s > c, setting 1/gamma = 0\n",
      "v = 327290531.91356516 m / s > c, setting 1/gamma = 0\n",
      "v = 346547252.74186426 m / s > c, setting 1/gamma = 0\n",
      "v = 370108956.68724525 m / s > c, setting 1/gamma = 0\n",
      "v = 411034015.8454269 m / s > c, setting 1/gamma = 0\n",
      "v = 317904951.13240904 m / s > c, setting 1/gamma = 0\n",
      "v = 342731568.5159919 m / s > c, setting 1/gamma = 0\n",
      "v = 440774574.7582772 m / s > c, setting 1/gamma = 0\n",
      "v = 461601372.91821617 m / s > c, setting 1/gamma = 0\n",
      "v = 344063983.45827466 m / s > c, setting 1/gamma = 0\n",
      "v = 362856110.2873875 m / s > c, setting 1/gamma = 0\n",
      "v = 419922553.07005227 m / s > c, setting 1/gamma = 0\n",
      "v = 446419522.3438353 m / s > c, setting 1/gamma = 0\n",
      "v = 510552699.08846223 m / s > c, setting 1/gamma = 0\n",
      "v = 492978710.28328866 m / s > c, setting 1/gamma = 0\n",
      "v = 307465702.7596808 m / s > c, setting 1/gamma = 0\n",
      "v = 328496263.80898124 m / s > c, setting 1/gamma = 0\n",
      "v = 382467160.58628464 m / s > c, setting 1/gamma = 0\n",
      "v = 424185110.7034777 m / s > c, setting 1/gamma = 0\n",
      "v = 305855522.03188705 m / s > c, setting 1/gamma = 0\n",
      "v = 349762842.0414803 m / s > c, setting 1/gamma = 0\n",
      "v = 397765674.354998 m / s > c, setting 1/gamma = 0\n",
      "v = 436181092.50546455 m / s > c, setting 1/gamma = 0\n",
      "v = 332393110.7758036 m / s > c, setting 1/gamma = 0\n",
      "v = 364825862.22707623 m / s > c, setting 1/gamma = 0\n",
      "v = 338153388.340347 m / s > c, setting 1/gamma = 0\n",
      "v = 382091650.5848036 m / s > c, setting 1/gamma = 0\n",
      "v = 315285915.1807408 m / s > c, setting 1/gamma = 0\n",
      "v = 399675262.0454645 m / s > c, setting 1/gamma = 0\n",
      "v = 439497384.99835235 m / s > c, setting 1/gamma = 0\n",
      "v = 303930839.9625612 m / s > c, setting 1/gamma = 0\n",
      "v = 315292971.61017513 m / s > c, setting 1/gamma = 0\n",
      "v = 631402201.9135625 m / s > c, setting 1/gamma = 0\n",
      "v = 519037482.8628245 m / s > c, setting 1/gamma = 0\n",
      "v = 315820640.4817848 m / s > c, setting 1/gamma = 0\n",
      "v = 332300200.77312434 m / s > c, setting 1/gamma = 0\n",
      "v = 524353512.3142855 m / s > c, setting 1/gamma = 0\n",
      "v = 491848333.59457374 m / s > c, setting 1/gamma = 0\n",
      "v = 332046006.86424947 m / s > c, setting 1/gamma = 0\n",
      "v = 314467413.93891937 m / s > c, setting 1/gamma = 0\n",
      "v = 334303498.3541795 m / s > c, setting 1/gamma = 0\n",
      "v = 548416152.9081668 m / s > c, setting 1/gamma = 0\n",
      "v = 495737302.9900347 m / s > c, setting 1/gamma = 0\n",
      "v = 308264078.4827237 m / s > c, setting 1/gamma = 0\n",
      "v = 330522904.25906396 m / s > c, setting 1/gamma = 0\n",
      "v = 308725387.55335736 m / s > c, setting 1/gamma = 0\n",
      "v = 333190518.63642734 m / s > c, setting 1/gamma = 0\n",
      "v = 421332577.81038004 m / s > c, setting 1/gamma = 0\n",
      "v = 438134040.44915825 m / s > c, setting 1/gamma = 0\n",
      "v = 303692426.3404397 m / s > c, setting 1/gamma = 0\n",
      "v = 321881028.8939279 m / s > c, setting 1/gamma = 0\n",
      "v = 322097553.55757034 m / s > c, setting 1/gamma = 0\n",
      "v = 359911319.41391635 m / s > c, setting 1/gamma = 0\n",
      "v = 317042620.4103343 m / s > c, setting 1/gamma = 0\n",
      "v = 341726847.52296704 m / s > c, setting 1/gamma = 0\n",
      "v = 355415548.5689216 m / s > c, setting 1/gamma = 0\n",
      "v = 325336887.8992122 m / s > c, setting 1/gamma = 0\n",
      "v = 302968290.4299762 m / s > c, setting 1/gamma = 0\n",
      "v = 591014872.7592195 m / s > c, setting 1/gamma = 0\n",
      "v = 484765668.5039087 m / s > c, setting 1/gamma = 0\n",
      "v = 359894525.4060015 m / s > c, setting 1/gamma = 0\n",
      "v = 412253518.28361773 m / s > c, setting 1/gamma = 0\n",
      "v = 301905484.73790234 m / s > c, setting 1/gamma = 0\n",
      "v = 326508013.4086591 m / s > c, setting 1/gamma = 0\n",
      "v = 301232328.47341293 m / s > c, setting 1/gamma = 0\n",
      "v = 496837784.37640023 m / s > c, setting 1/gamma = 0\n",
      "v = 472075326.7522858 m / s > c, setting 1/gamma = 0\n",
      "v = 312936796.46695364 m / s > c, setting 1/gamma = 0\n",
      "v = 362096286.01491857 m / s > c, setting 1/gamma = 0\n",
      "v = 309655694.2177946 m / s > c, setting 1/gamma = 0\n",
      "v = 328055552.5383568 m / s > c, setting 1/gamma = 0\n",
      "v = 324307280.6299815 m / s > c, setting 1/gamma = 0\n",
      "v = 371421091.00653684 m / s > c, setting 1/gamma = 0\n",
      "v = 301127962.5997773 m / s > c, setting 1/gamma = 0\n",
      "v = 326883518.08445597 m / s > c, setting 1/gamma = 0\n",
      "v = 367219964.139798 m / s > c, setting 1/gamma = 0\n",
      "v = 413809999.0864868 m / s > c, setting 1/gamma = 0\n",
      "v = 306463820.3452293 m / s > c, setting 1/gamma = 0\n",
      "v = 331107236.59137034 m / s > c, setting 1/gamma = 0\n",
      "v = 336207151.086563 m / s > c, setting 1/gamma = 0\n",
      "v = 359766761.28113925 m / s > c, setting 1/gamma = 0\n",
      "v = 382073948.6584517 m / s > c, setting 1/gamma = 0\n",
      "v = 300337531.8440549 m / s > c, setting 1/gamma = 0\n",
      "v = 531672416.8410035 m / s > c, setting 1/gamma = 0\n",
      "v = 482859797.47678494 m / s > c, setting 1/gamma = 0\n",
      "v = 321258511.35196954 m / s > c, setting 1/gamma = 0\n",
      "v = 337655202.31440306 m / s > c, setting 1/gamma = 0\n",
      "v = 369276347.2321839 m / s > c, setting 1/gamma = 0\n",
      "v = 420564907.5195035 m / s > c, setting 1/gamma = 0\n",
      "v = 339011014.8947744 m / s > c, setting 1/gamma = 0\n",
      "v = 380721893.567668 m / s > c, setting 1/gamma = 0\n",
      "v = 302358769.72312605 m / s > c, setting 1/gamma = 0\n",
      "v = 325290164.36863804 m / s > c, setting 1/gamma = 0\n",
      "v = 395421995.0918657 m / s > c, setting 1/gamma = 0\n",
      "v = 427617155.4368016 m / s > c, setting 1/gamma = 0\n",
      "v = 342909046.9224139 m / s > c, setting 1/gamma = 0\n",
      "v = 393801768.7493718 m / s > c, setting 1/gamma = 0\n",
      "v = 330458904.39836544 m / s > c, setting 1/gamma = 0\n",
      "v = 335709122.12631017 m / s > c, setting 1/gamma = 0\n",
      "v = 305733682.2381054 m / s > c, setting 1/gamma = 0\n",
      "v = 315588621.7967031 m / s > c, setting 1/gamma = 0\n",
      "v = 374494739.1709849 m / s > c, setting 1/gamma = 0\n",
      "v = 317847791.94216377 m / s > c, setting 1/gamma = 0\n",
      "v = 351659441.1064225 m / s > c, setting 1/gamma = 0\n",
      "v = 303276527.80065674 m / s > c, setting 1/gamma = 0\n",
      "v = 315744444.2472214 m / s > c, setting 1/gamma = 0\n",
      "v = 312851261.36314446 m / s > c, setting 1/gamma = 0\n",
      "v = 423572149.08413184 m / s > c, setting 1/gamma = 0\n",
      "v = 454163412.91184294 m / s > c, setting 1/gamma = 0\n",
      "v = 354247295.989836 m / s > c, setting 1/gamma = 0\n",
      "v = 407589234.60293645 m / s > c, setting 1/gamma = 0\n",
      "v = 442653612.85941446 m / s > c, setting 1/gamma = 0\n",
      "v = 498809851.3814882 m / s > c, setting 1/gamma = 0\n",
      "v = 439528843.4213023 m / s > c, setting 1/gamma = 0\n",
      "v = 463224852.7498247 m / s > c, setting 1/gamma = 0\n",
      "v = 439311687.94816756 m / s > c, setting 1/gamma = 0\n",
      "v = 497416139.68347806 m / s > c, setting 1/gamma = 0\n",
      "v = 326355498.86583906 m / s > c, setting 1/gamma = 0\n",
      "v = 405768447.12664133 m / s > c, setting 1/gamma = 0\n",
      "v = 304278438.813868 m / s > c, setting 1/gamma = 0\n",
      "v = 356502923.4757414 m / s > c, setting 1/gamma = 0\n",
      "v = 405993541.7536487 m / s > c, setting 1/gamma = 0\n",
      "v = 461991488.9850772 m / s > c, setting 1/gamma = 0\n",
      "v = 521599765.7614557 m / s > c, setting 1/gamma = 0\n",
      "v = 302379473.3790065 m / s > c, setting 1/gamma = 0\n",
      "v = 327712503.97940165 m / s > c, setting 1/gamma = 0\n",
      "v = 463701965.4074464 m / s > c, setting 1/gamma = 0\n",
      "v = 470992169.034562 m / s > c, setting 1/gamma = 0\n",
      "v = 365255268.87453616 m / s > c, setting 1/gamma = 0\n",
      "v = 404892059.8150134 m / s > c, setting 1/gamma = 0\n",
      "v = 357776164.8592515 m / s > c, setting 1/gamma = 0\n",
      "v = 424044809.3671882 m / s > c, setting 1/gamma = 0\n",
      "v = 411688878.5921642 m / s > c, setting 1/gamma = 0\n",
      "v = 434982868.6293686 m / s > c, setting 1/gamma = 0\n",
      "v = 308121543.8224352 m / s > c, setting 1/gamma = 0\n",
      "v = 347316216.25709313 m / s > c, setting 1/gamma = 0\n",
      "v = 376414433.4597604 m / s > c, setting 1/gamma = 0\n",
      "v = 629441629.3004586 m / s > c, setting 1/gamma = 0\n",
      "v = 568518578.351303 m / s > c, setting 1/gamma = 0\n",
      "v = 319192121.221636 m / s > c, setting 1/gamma = 0\n",
      "v = 357644906.687974 m / s > c, setting 1/gamma = 0\n",
      "v = 313226362.9710187 m / s > c, setting 1/gamma = 0\n",
      "v = 338269343.0970663 m / s > c, setting 1/gamma = 0\n",
      "v = 334538131.4599657 m / s > c, setting 1/gamma = 0\n",
      "v = 372147802.9318499 m / s > c, setting 1/gamma = 0\n",
      "v = 334857641.9062689 m / s > c, setting 1/gamma = 0\n",
      "v = 400038455.70863116 m / s > c, setting 1/gamma = 0\n",
      "v = 491813948.9272036 m / s > c, setting 1/gamma = 0\n",
      "v = 510794048.08445734 m / s > c, setting 1/gamma = 0\n",
      "v = 391438209.02702063 m / s > c, setting 1/gamma = 0\n",
      "v = 965725944.4902246 m / s > c, setting 1/gamma = 0\n",
      "v = 814924214.7531859 m / s > c, setting 1/gamma = 0\n",
      "v = 302093634.3766731 m / s > c, setting 1/gamma = 0\n",
      "v = 409771690.365393 m / s > c, setting 1/gamma = 0\n",
      "v = 459261531.84048116 m / s > c, setting 1/gamma = 0\n",
      "v = 309188647.5044474 m / s > c, setting 1/gamma = 0\n",
      "v = 362988961.4830573 m / s > c, setting 1/gamma = 0\n",
      "v = 334118551.6892098 m / s > c, setting 1/gamma = 0\n",
      "v = 380147719.9535754 m / s > c, setting 1/gamma = 0\n",
      "v = 443433700.1050646 m / s > c, setting 1/gamma = 0\n",
      "v = 504025512.71177155 m / s > c, setting 1/gamma = 0\n",
      "v = 390622529.37671095 m / s > c, setting 1/gamma = 0\n",
      "v = 441833056.7407073 m / s > c, setting 1/gamma = 0\n",
      "v = 310031197.39169323 m / s > c, setting 1/gamma = 0\n",
      "v = 338007013.9450068 m / s > c, setting 1/gamma = 0\n",
      "v = 443676845.402273 m / s > c, setting 1/gamma = 0\n",
      "v = 470958737.7301349 m / s > c, setting 1/gamma = 0\n",
      "v = 398454871.79026276 m / s > c, setting 1/gamma = 0\n",
      "v = 412705711.3456919 m / s > c, setting 1/gamma = 0\n",
      "v = 302291677.79868877 m / s > c, setting 1/gamma = 0\n",
      "v = 309144188.69199425 m / s > c, setting 1/gamma = 0\n",
      "v = 367706187.03798413 m / s > c, setting 1/gamma = 0\n",
      "v = 335484139.438814 m / s > c, setting 1/gamma = 0\n",
      "v = 367720075.2136336 m / s > c, setting 1/gamma = 0\n",
      "v = 421151791.6605286 m / s > c, setting 1/gamma = 0\n",
      "v = 458195781.50453717 m / s > c, setting 1/gamma = 0\n",
      "v = 304470111.4931187 m / s > c, setting 1/gamma = 0\n",
      "v = 313201319.2305474 m / s > c, setting 1/gamma = 0\n",
      "v = 358215391.5795915 m / s > c, setting 1/gamma = 0\n",
      "v = 303917345.7560898 m / s > c, setting 1/gamma = 0\n",
      "v = 401388804.20860213 m / s > c, setting 1/gamma = 0\n",
      "v = 433974661.84250647 m / s > c, setting 1/gamma = 0\n",
      "v = 504683695.5461298 m / s > c, setting 1/gamma = 0\n",
      "v = 553244629.3761675 m / s > c, setting 1/gamma = 0\n",
      "v = 312990174.7276349 m / s > c, setting 1/gamma = 0\n",
      "v = 355616042.5094784 m / s > c, setting 1/gamma = 0\n",
      "v = 397750026.0522183 m / s > c, setting 1/gamma = 0\n",
      "v = 441378346.56311905 m / s > c, setting 1/gamma = 0\n",
      "v = 417283933.1490007 m / s > c, setting 1/gamma = 0\n",
      "v = 466915628.5107526 m / s > c, setting 1/gamma = 0\n",
      "v = 323743611.4070367 m / s > c, setting 1/gamma = 0\n",
      "v = 429375949.72970456 m / s > c, setting 1/gamma = 0\n",
      "v = 467150290.5267509 m / s > c, setting 1/gamma = 0\n",
      "v = 318350324.2488183 m / s > c, setting 1/gamma = 0\n",
      "v = 375655609.41780776 m / s > c, setting 1/gamma = 0\n",
      "v = 403849643.92939866 m / s > c, setting 1/gamma = 0\n",
      "v = 443103163.0810839 m / s > c, setting 1/gamma = 0\n",
      "v = 334211954.3920045 m / s > c, setting 1/gamma = 0\n",
      "v = 403682979.10726404 m / s > c, setting 1/gamma = 0\n",
      "v = 305422630.0581287 m / s > c, setting 1/gamma = 0\n",
      "v = 379898990.1190529 m / s > c, setting 1/gamma = 0\n",
      "v = 360547064.5144716 m / s > c, setting 1/gamma = 0\n",
      "v = 399906607.7578221 m / s > c, setting 1/gamma = 0\n",
      "v = 303752364.55744094 m / s > c, setting 1/gamma = 0\n",
      "v = 447664531.752251 m / s > c, setting 1/gamma = 0\n",
      "v = 507484489.5036785 m / s > c, setting 1/gamma = 0\n",
      "v = 357256535.3009962 m / s > c, setting 1/gamma = 0\n",
      "v = 532696964.70865184 m / s > c, setting 1/gamma = 0\n",
      "v = 576382416.8802339 m / s > c, setting 1/gamma = 0\n",
      "v = 585518418.5328184 m / s > c, setting 1/gamma = 0\n",
      "v = 615254813.9418877 m / s > c, setting 1/gamma = 0\n",
      "v = 303507155.5993952 m / s > c, setting 1/gamma = 0\n",
      "v = 504692276.202806 m / s > c, setting 1/gamma = 0\n",
      "v = 557394871.1342278 m / s > c, setting 1/gamma = 0\n",
      "v = 322369609.8555233 m / s > c, setting 1/gamma = 0\n",
      "v = 310009351.20258695 m / s > c, setting 1/gamma = 0\n",
      "v = 309366600.60995984 m / s > c, setting 1/gamma = 0\n",
      "v = 371550984.60577315 m / s > c, setting 1/gamma = 0\n",
      "v = 436687164.0090875 m / s > c, setting 1/gamma = 0\n",
      "v = 517388373.140491 m / s > c, setting 1/gamma = 0\n",
      "v = 552137850.7871933 m / s > c, setting 1/gamma = 0\n",
      "v = 312023531.18332386 m / s > c, setting 1/gamma = 0\n",
      "v = 354777802.9124448 m / s > c, setting 1/gamma = 0\n",
      "v = 424272225.1677562 m / s > c, setting 1/gamma = 0\n",
      "v = 464043163.1954049 m / s > c, setting 1/gamma = 0\n",
      "v = 576897713.1490753 m / s > c, setting 1/gamma = 0\n",
      "v = 608830239.5996172 m / s > c, setting 1/gamma = 0\n",
      "v = 317815975.59752774 m / s > c, setting 1/gamma = 0\n",
      "v = 363305192.21955496 m / s > c, setting 1/gamma = 0\n",
      "v = 301990934.72226703 m / s > c, setting 1/gamma = 0\n",
      "v = 444537568.82075024 m / s > c, setting 1/gamma = 0\n",
      "v = 503922922.05552083 m / s > c, setting 1/gamma = 0\n",
      "v = 299866929.9981191 m / s > c, setting 1/gamma = 0\n",
      "v = 361907512.74771255 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 400\n",
      "v = 303401095.1530576 m / s > c, setting 1/gamma = 0\n",
      "v = 304587785.759727 m / s > c, setting 1/gamma = 0\n",
      "v = 303534799.352188 m / s > c, setting 1/gamma = 0\n",
      "v = 306892236.2258706 m / s > c, setting 1/gamma = 0\n",
      "v = 314825151.06078625 m / s > c, setting 1/gamma = 0\n",
      "v = 305558303.87507325 m / s > c, setting 1/gamma = 0\n",
      "v = 308368743.327154 m / s > c, setting 1/gamma = 0\n",
      "v = 320385570.67330045 m / s > c, setting 1/gamma = 0\n",
      "v = 314557289.4787258 m / s > c, setting 1/gamma = 0\n",
      "v = 320151486.5671023 m / s > c, setting 1/gamma = 0\n",
      "v = 299933922.1747377 m / s > c, setting 1/gamma = 0\n",
      "v = 306481166.88254845 m / s > c, setting 1/gamma = 0\n",
      "v = 302533629.00081533 m / s > c, setting 1/gamma = 0\n",
      "v = 303594294.80711985 m / s > c, setting 1/gamma = 0\n",
      "v = 308441776.33399004 m / s > c, setting 1/gamma = 0\n",
      "v = 303174294.9058591 m / s > c, setting 1/gamma = 0\n",
      "v = 304219639.9685396 m / s > c, setting 1/gamma = 0\n",
      "v = 308608195.88882405 m / s > c, setting 1/gamma = 0\n",
      "v = 302113341.28893894 m / s > c, setting 1/gamma = 0\n",
      "v = 301584883.3646815 m / s > c, setting 1/gamma = 0\n",
      "v = 306450477.1721387 m / s > c, setting 1/gamma = 0\n",
      "v = 300604265.1038608 m / s > c, setting 1/gamma = 0\n",
      "v = 305638985.8504068 m / s > c, setting 1/gamma = 0\n",
      "v = 312568974.55033594 m / s > c, setting 1/gamma = 0\n",
      "v = 352954798.2709347 m / s > c, setting 1/gamma = 0\n",
      "v = 310777860.83637464 m / s > c, setting 1/gamma = 0\n",
      "v = 361819505.08483386 m / s > c, setting 1/gamma = 0\n",
      "v = 312271349.5314052 m / s > c, setting 1/gamma = 0\n",
      "v = 333817161.57453096 m / s > c, setting 1/gamma = 0\n",
      "v = 404078211.89590055 m / s > c, setting 1/gamma = 0\n",
      "v = 304959741.7533821 m / s > c, setting 1/gamma = 0\n",
      "v = 304480956.089304 m / s > c, setting 1/gamma = 0\n",
      "v = 347253457.8345324 m / s > c, setting 1/gamma = 0\n",
      "v = 306620658.28683513 m / s > c, setting 1/gamma = 0\n",
      "v = 373530933.3780335 m / s > c, setting 1/gamma = 0\n",
      "v = 429147913.3620647 m / s > c, setting 1/gamma = 0\n",
      "v = 414006974.22249436 m / s > c, setting 1/gamma = 0\n",
      "v = 481914546.1660218 m / s > c, setting 1/gamma = 0\n",
      "v = 332361599.4246643 m / s > c, setting 1/gamma = 0\n",
      "v = 394432808.8160078 m / s > c, setting 1/gamma = 0\n",
      "v = 396644693.4379809 m / s > c, setting 1/gamma = 0\n",
      "v = 458763415.53160185 m / s > c, setting 1/gamma = 0\n",
      "v = 308327034.58645093 m / s > c, setting 1/gamma = 0\n",
      "v = 381312430.81058735 m / s > c, setting 1/gamma = 0\n",
      "v = 688306233.6246228 m / s > c, setting 1/gamma = 0\n",
      "v = 672351100.1562744 m / s > c, setting 1/gamma = 0\n",
      "v = 608791696.9525919 m / s > c, setting 1/gamma = 0\n",
      "v = 584574443.8366816 m / s > c, setting 1/gamma = 0\n",
      "v = 299971031.9527056 m / s > c, setting 1/gamma = 0\n",
      "v = 382058451.81014675 m / s > c, setting 1/gamma = 0\n",
      "v = 445224237.047805 m / s > c, setting 1/gamma = 0\n",
      "v = 324717188.5974314 m / s > c, setting 1/gamma = 0\n",
      "v = 398532493.6478074 m / s > c, setting 1/gamma = 0\n",
      "v = 367554492.0372184 m / s > c, setting 1/gamma = 0\n",
      "v = 433170589.73626924 m / s > c, setting 1/gamma = 0\n",
      "v = 328286836.46282375 m / s > c, setting 1/gamma = 0\n",
      "v = 327818682.33055353 m / s > c, setting 1/gamma = 0\n",
      "v = 317253608.3943482 m / s > c, setting 1/gamma = 0\n",
      "v = 364990200.09049004 m / s > c, setting 1/gamma = 0\n",
      "v = 683886519.0039766 m / s > c, setting 1/gamma = 0\n",
      "v = 673215665.8191897 m / s > c, setting 1/gamma = 0\n",
      "v = 305074055.97084975 m / s > c, setting 1/gamma = 0\n",
      "v = 367487222.92030084 m / s > c, setting 1/gamma = 0\n",
      "v = 304764204.2465784 m / s > c, setting 1/gamma = 0\n",
      "v = 376959430.58397067 m / s > c, setting 1/gamma = 0\n",
      "v = 443873862.359844 m / s > c, setting 1/gamma = 0\n",
      "v = 328389481.8523981 m / s > c, setting 1/gamma = 0\n",
      "v = 387741188.54302984 m / s > c, setting 1/gamma = 0\n",
      "v = 309812597.81213313 m / s > c, setting 1/gamma = 0\n",
      "v = 450714771.53395903 m / s > c, setting 1/gamma = 0\n",
      "v = 502898995.0386244 m / s > c, setting 1/gamma = 0\n",
      "v = 499644530.4506832 m / s > c, setting 1/gamma = 0\n",
      "v = 534773541.7927819 m / s > c, setting 1/gamma = 0\n",
      "v = 548861226.3294083 m / s > c, setting 1/gamma = 0\n",
      "v = 587971112.0784101 m / s > c, setting 1/gamma = 0\n",
      "v = 310462930.00217986 m / s > c, setting 1/gamma = 0\n",
      "v = 302393080.7321894 m / s > c, setting 1/gamma = 0\n",
      "v = 629467608.7948266 m / s > c, setting 1/gamma = 0\n",
      "v = 643923657.8493311 m / s > c, setting 1/gamma = 0\n",
      "v = 353705984.8582198 m / s > c, setting 1/gamma = 0\n",
      "v = 359103675.971218 m / s > c, setting 1/gamma = 0\n",
      "v = 389363678.65268487 m / s > c, setting 1/gamma = 0\n",
      "v = 357076870.2564834 m / s > c, setting 1/gamma = 0\n",
      "v = 428067592.95069784 m / s > c, setting 1/gamma = 0\n",
      "v = 435153085.62114954 m / s > c, setting 1/gamma = 0\n",
      "v = 469190605.9771409 m / s > c, setting 1/gamma = 0\n",
      "v = 352695272.59783363 m / s > c, setting 1/gamma = 0\n",
      "v = 416201310.0831361 m / s > c, setting 1/gamma = 0\n",
      "v = 385819027.0561304 m / s > c, setting 1/gamma = 0\n",
      "v = 442355705.2769662 m / s > c, setting 1/gamma = 0\n",
      "v = 562942586.5395701 m / s > c, setting 1/gamma = 0\n",
      "v = 591410581.6254197 m / s > c, setting 1/gamma = 0\n",
      "v = 341134752.44226176 m / s > c, setting 1/gamma = 0\n",
      "v = 388420733.1218585 m / s > c, setting 1/gamma = 0\n",
      "v = 319646488.6654586 m / s > c, setting 1/gamma = 0\n",
      "v = 390238346.85540086 m / s > c, setting 1/gamma = 0\n",
      "v = 550017558.6399865 m / s > c, setting 1/gamma = 0\n",
      "v = 596601655.4195231 m / s > c, setting 1/gamma = 0\n",
      "v = 355503841.825302 m / s > c, setting 1/gamma = 0\n",
      "v = 414762626.305456 m / s > c, setting 1/gamma = 0\n",
      "v = 541667182.9621242 m / s > c, setting 1/gamma = 0\n",
      "v = 578738292.1288666 m / s > c, setting 1/gamma = 0\n",
      "v = 438164691.7740116 m / s > c, setting 1/gamma = 0\n",
      "v = 473391305.91929597 m / s > c, setting 1/gamma = 0\n",
      "v = 481108319.0100851 m / s > c, setting 1/gamma = 0\n",
      "v = 510223899.531192 m / s > c, setting 1/gamma = 0\n",
      "v = 576848891.072358 m / s > c, setting 1/gamma = 0\n",
      "v = 592078412.6709466 m / s > c, setting 1/gamma = 0\n",
      "v = 327248315.64667016 m / s > c, setting 1/gamma = 0\n",
      "v = 385393178.4132427 m / s > c, setting 1/gamma = 0\n",
      "v = 305805375.5912839 m / s > c, setting 1/gamma = 0\n",
      "v = 380051345.63299173 m / s > c, setting 1/gamma = 0\n",
      "v = 507619884.1783953 m / s > c, setting 1/gamma = 0\n",
      "v = 557980878.826925 m / s > c, setting 1/gamma = 0\n",
      "v = 335064845.35356367 m / s > c, setting 1/gamma = 0\n",
      "v = 468505206.4049807 m / s > c, setting 1/gamma = 0\n",
      "v = 509595819.6402735 m / s > c, setting 1/gamma = 0\n",
      "v = 418541785.8941236 m / s > c, setting 1/gamma = 0\n",
      "v = 483317230.75277257 m / s > c, setting 1/gamma = 0\n",
      "v = 385269743.70648676 m / s > c, setting 1/gamma = 0\n",
      "v = 424942420.0978818 m / s > c, setting 1/gamma = 0\n",
      "v = 306298156.08463603 m / s > c, setting 1/gamma = 0\n",
      "v = 374950224.9101918 m / s > c, setting 1/gamma = 0\n",
      "v = 318301169.4399591 m / s > c, setting 1/gamma = 0\n",
      "v = 299817655.3685611 m / s > c, setting 1/gamma = 0\n",
      "v = 341824534.74500793 m / s > c, setting 1/gamma = 0\n",
      "v = 341652654.91241914 m / s > c, setting 1/gamma = 0\n",
      "v = 403769099.5591766 m / s > c, setting 1/gamma = 0\n",
      "v = 603324707.6589665 m / s > c, setting 1/gamma = 0\n",
      "v = 617397011.2702196 m / s > c, setting 1/gamma = 0\n",
      "v = 549146393.7571329 m / s > c, setting 1/gamma = 0\n",
      "v = 574895732.6909057 m / s > c, setting 1/gamma = 0\n",
      "v = 400870078.72448283 m / s > c, setting 1/gamma = 0\n",
      "v = 456980509.4629755 m / s > c, setting 1/gamma = 0\n",
      "v = 301310551.1234765 m / s > c, setting 1/gamma = 0\n",
      "v = 313229221.6414223 m / s > c, setting 1/gamma = 0\n",
      "v = 501753582.7825285 m / s > c, setting 1/gamma = 0\n",
      "v = 546865925.9906639 m / s > c, setting 1/gamma = 0\n",
      "v = 332316167.70890594 m / s > c, setting 1/gamma = 0\n",
      "v = 385419278.57649493 m / s > c, setting 1/gamma = 0\n",
      "v = 309229476.7375467 m / s > c, setting 1/gamma = 0\n",
      "v = 301594408.4119809 m / s > c, setting 1/gamma = 0\n",
      "v = 616758605.4348508 m / s > c, setting 1/gamma = 0\n",
      "v = 616496280.8697164 m / s > c, setting 1/gamma = 0\n",
      "v = 381546270.52473056 m / s > c, setting 1/gamma = 0\n",
      "v = 430558497.2258842 m / s > c, setting 1/gamma = 0\n",
      "v = 372000988.56101555 m / s > c, setting 1/gamma = 0\n",
      "v = 430028383.2815888 m / s > c, setting 1/gamma = 0\n",
      "v = 303321892.2907152 m / s > c, setting 1/gamma = 0\n",
      "v = 306228416.2458976 m / s > c, setting 1/gamma = 0\n",
      "v = 361579854.0330276 m / s > c, setting 1/gamma = 0\n",
      "v = 317570274.94548136 m / s > c, setting 1/gamma = 0\n",
      "v = 338044957.2490456 m / s > c, setting 1/gamma = 0\n",
      "v = 400536676.6783324 m / s > c, setting 1/gamma = 0\n",
      "v = 339019204.0730716 m / s > c, setting 1/gamma = 0\n",
      "v = 395721903.00144106 m / s > c, setting 1/gamma = 0\n",
      "v = 305134180.21055466 m / s > c, setting 1/gamma = 0\n",
      "v = 361049229.171918 m / s > c, setting 1/gamma = 0\n",
      "v = 516112549.7613517 m / s > c, setting 1/gamma = 0\n",
      "v = 539407750.1597549 m / s > c, setting 1/gamma = 0\n",
      "v = 351845167.7649675 m / s > c, setting 1/gamma = 0\n",
      "v = 410440135.31442636 m / s > c, setting 1/gamma = 0\n",
      "v = 400656307.0388982 m / s > c, setting 1/gamma = 0\n",
      "v = 471885920.095397 m / s > c, setting 1/gamma = 0\n",
      "v = 394318163.6587759 m / s > c, setting 1/gamma = 0\n",
      "v = 430461178.00605124 m / s > c, setting 1/gamma = 0\n",
      "v = 332690127.19713 m / s > c, setting 1/gamma = 0\n",
      "v = 411201136.40961546 m / s > c, setting 1/gamma = 0\n",
      "v = 464992651.95787877 m / s > c, setting 1/gamma = 0\n",
      "v = 314510543.473457 m / s > c, setting 1/gamma = 0\n",
      "v = 373295120.9812924 m / s > c, setting 1/gamma = 0\n",
      "v = 535591784.5088961 m / s > c, setting 1/gamma = 0\n",
      "v = 560910685.6219841 m / s > c, setting 1/gamma = 0\n",
      "v = 433731507.64531887 m / s > c, setting 1/gamma = 0\n",
      "v = 486679045.3575252 m / s > c, setting 1/gamma = 0\n",
      "v = 364231623.47808117 m / s > c, setting 1/gamma = 0\n",
      "v = 564343387.9862552 m / s > c, setting 1/gamma = 0\n",
      "v = 594221786.0237442 m / s > c, setting 1/gamma = 0\n",
      "v = 318765930.0662599 m / s > c, setting 1/gamma = 0\n",
      "v = 358823612.16705495 m / s > c, setting 1/gamma = 0\n",
      "v = 307453447.4668963 m / s > c, setting 1/gamma = 0\n",
      "v = 341642081.7187602 m / s > c, setting 1/gamma = 0\n",
      "v = 400113390.2538461 m / s > c, setting 1/gamma = 0\n",
      "v = 465609535.76466715 m / s > c, setting 1/gamma = 0\n",
      "v = 323238798.61565876 m / s > c, setting 1/gamma = 0\n",
      "v = 374654071.32539326 m / s > c, setting 1/gamma = 0\n",
      "v = 437729059.03924173 m / s > c, setting 1/gamma = 0\n",
      "v = 347009653.2283379 m / s > c, setting 1/gamma = 0\n",
      "v = 409550464.4575958 m / s > c, setting 1/gamma = 0\n",
      "v = 308936496.1689064 m / s > c, setting 1/gamma = 0\n",
      "v = 354482112.2195651 m / s > c, setting 1/gamma = 0\n",
      "v = 471110310.1974912 m / s > c, setting 1/gamma = 0\n",
      "v = 527355248.8828803 m / s > c, setting 1/gamma = 0\n",
      "v = 301890229.4865128 m / s > c, setting 1/gamma = 0\n",
      "v = 330609036.23685 m / s > c, setting 1/gamma = 0\n",
      "v = 302170918.8609282 m / s > c, setting 1/gamma = 0\n",
      "v = 302792216.4005281 m / s > c, setting 1/gamma = 0\n",
      "v = 309349304.672683 m / s > c, setting 1/gamma = 0\n",
      "v = 320929545.5789066 m / s > c, setting 1/gamma = 0\n",
      "v = 356673280.83039993 m / s > c, setting 1/gamma = 0\n",
      "v = 483019935.82587004 m / s > c, setting 1/gamma = 0\n",
      "v = 515368819.18108445 m / s > c, setting 1/gamma = 0\n",
      "v = 308020393.25302863 m / s > c, setting 1/gamma = 0\n",
      "v = 335271990.5663554 m / s > c, setting 1/gamma = 0\n",
      "v = 338972025.51807183 m / s > c, setting 1/gamma = 0\n",
      "v = 391730715.79803604 m / s > c, setting 1/gamma = 0\n",
      "v = 334885285.8708331 m / s > c, setting 1/gamma = 0\n",
      "v = 393434261.3084467 m / s > c, setting 1/gamma = 0\n",
      "v = 593199613.0647811 m / s > c, setting 1/gamma = 0\n",
      "v = 616182322.346095 m / s > c, setting 1/gamma = 0\n",
      "v = 413289176.9522033 m / s > c, setting 1/gamma = 0\n",
      "v = 473247459.0296768 m / s > c, setting 1/gamma = 0\n",
      "v = 308193537.67158824 m / s > c, setting 1/gamma = 0\n",
      "v = 320453524.2595357 m / s > c, setting 1/gamma = 0\n",
      "v = 367988336.2354052 m / s > c, setting 1/gamma = 0\n",
      "v = 465318245.13835526 m / s > c, setting 1/gamma = 0\n",
      "v = 1192806832.6151636 m / s > c, setting 1/gamma = 0\n",
      "v = 1017627147.1216192 m / s > c, setting 1/gamma = 0\n",
      "v = 309666530.95737714 m / s > c, setting 1/gamma = 0\n",
      "v = 311227557.343768 m / s > c, setting 1/gamma = 0\n",
      "v = 374008339.5625043 m / s > c, setting 1/gamma = 0\n",
      "v = 496114757.3021475 m / s > c, setting 1/gamma = 0\n",
      "v = 521602805.8029442 m / s > c, setting 1/gamma = 0\n",
      "v = 442879296.47125417 m / s > c, setting 1/gamma = 0\n",
      "v = 482124425.0497887 m / s > c, setting 1/gamma = 0\n",
      "v = 351196181.6497084 m / s > c, setting 1/gamma = 0\n",
      "v = 454692059.71873933 m / s > c, setting 1/gamma = 0\n",
      "v = 501410321.23382866 m / s > c, setting 1/gamma = 0\n",
      "v = 562071913.7697424 m / s > c, setting 1/gamma = 0\n",
      "v = 557968281.9515231 m / s > c, setting 1/gamma = 0\n",
      "v = 310935820.0109206 m / s > c, setting 1/gamma = 0\n",
      "v = 349552829.4655819 m / s > c, setting 1/gamma = 0\n",
      "v = 308032657.2915797 m / s > c, setting 1/gamma = 0\n",
      "v = 301955247.2218551 m / s > c, setting 1/gamma = 0\n",
      "v = 303371656.35901463 m / s > c, setting 1/gamma = 0\n",
      "v = 335883421.76757354 m / s > c, setting 1/gamma = 0\n",
      "v = 496046030.4896613 m / s > c, setting 1/gamma = 0\n",
      "v = 533737778.6133844 m / s > c, setting 1/gamma = 0\n",
      "v = 387966131.5530587 m / s > c, setting 1/gamma = 0\n",
      "v = 455984842.41747826 m / s > c, setting 1/gamma = 0\n",
      "v = 303741679.4584249 m / s > c, setting 1/gamma = 0\n",
      "v = 330827500.0625728 m / s > c, setting 1/gamma = 0\n",
      "v = 367031265.27163744 m / s > c, setting 1/gamma = 0\n",
      "v = 842592795.9106205 m / s > c, setting 1/gamma = 0\n",
      "v = 701397939.2947676 m / s > c, setting 1/gamma = 0\n",
      "v = 343631154.3858773 m / s > c, setting 1/gamma = 0\n",
      "v = 378696925.55068916 m / s > c, setting 1/gamma = 0\n",
      "v = 309700942.78153 m / s > c, setting 1/gamma = 0\n",
      "v = 316039683.4832895 m / s > c, setting 1/gamma = 0\n",
      "v = 350808840.3245688 m / s > c, setting 1/gamma = 0\n",
      "v = 324163758.97232425 m / s > c, setting 1/gamma = 0\n",
      "v = 304835110.65756226 m / s > c, setting 1/gamma = 0\n",
      "v = 467890776.0812144 m / s > c, setting 1/gamma = 0\n",
      "v = 501225824.4700669 m / s > c, setting 1/gamma = 0\n",
      "v = 300982913.4915704 m / s > c, setting 1/gamma = 0\n",
      "v = 305999820.83638537 m / s > c, setting 1/gamma = 0\n",
      "v = 422887427.9662289 m / s > c, setting 1/gamma = 0\n",
      "v = 458915767.44784003 m / s > c, setting 1/gamma = 0\n",
      "v = 471284062.4806448 m / s > c, setting 1/gamma = 0\n",
      "v = 508644272.1320828 m / s > c, setting 1/gamma = 0\n",
      "v = 314338885.587076 m / s > c, setting 1/gamma = 0\n",
      "v = 307076016.7572616 m / s > c, setting 1/gamma = 0\n",
      "v = 375558019.6704478 m / s > c, setting 1/gamma = 0\n",
      "v = 304605170.9878871 m / s > c, setting 1/gamma = 0\n",
      "v = 330582514.5450719 m / s > c, setting 1/gamma = 0\n",
      "v = 420665610.59272736 m / s > c, setting 1/gamma = 0\n",
      "v = 443891923.08863956 m / s > c, setting 1/gamma = 0\n",
      "v = 316334279.4326177 m / s > c, setting 1/gamma = 0\n",
      "v = 372964034.7482826 m / s > c, setting 1/gamma = 0\n",
      "v = 300276787.73537105 m / s > c, setting 1/gamma = 0\n",
      "v = 304482045.88237333 m / s > c, setting 1/gamma = 0\n",
      "v = 336897754.9400856 m / s > c, setting 1/gamma = 0\n",
      "v = 303010550.8825566 m / s > c, setting 1/gamma = 0\n",
      "v = 350123162.58396435 m / s > c, setting 1/gamma = 0\n",
      "v = 384540151.8190835 m / s > c, setting 1/gamma = 0\n",
      "v = 338407799.01456624 m / s > c, setting 1/gamma = 0\n",
      "v = 310628283.96000564 m / s > c, setting 1/gamma = 0\n",
      "v = 304734790.74629194 m / s > c, setting 1/gamma = 0\n",
      "v = 344503549.46392083 m / s > c, setting 1/gamma = 0\n",
      "v = 398978418.6713726 m / s > c, setting 1/gamma = 0\n",
      "v = 320571164.8988077 m / s > c, setting 1/gamma = 0\n",
      "v = 374512254.31996083 m / s > c, setting 1/gamma = 0\n",
      "v = 300459141.60787606 m / s > c, setting 1/gamma = 0\n",
      "v = 337999418.7131336 m / s > c, setting 1/gamma = 0\n",
      "v = 303735636.77864283 m / s > c, setting 1/gamma = 0\n",
      "v = 336099175.2435346 m / s > c, setting 1/gamma = 0\n",
      "v = 303752042.1779363 m / s > c, setting 1/gamma = 0\n",
      "v = 453478925.5781027 m / s > c, setting 1/gamma = 0\n",
      "v = 488753972.96321154 m / s > c, setting 1/gamma = 0\n",
      "v = 308542911.7686421 m / s > c, setting 1/gamma = 0\n",
      "v = 305755682.82610697 m / s > c, setting 1/gamma = 0\n",
      "v = 303765321.6132393 m / s > c, setting 1/gamma = 0\n",
      "v = 304200624.786905 m / s > c, setting 1/gamma = 0\n",
      "v = 343036946.58837277 m / s > c, setting 1/gamma = 0\n",
      "v = 383289884.440214 m / s > c, setting 1/gamma = 0\n",
      "v = 596348478.358823 m / s > c, setting 1/gamma = 0\n",
      "v = 543162397.0489856 m / s > c, setting 1/gamma = 0\n",
      "v = 302702855.1135878 m / s > c, setting 1/gamma = 0\n",
      "v = 349917974.74333555 m / s > c, setting 1/gamma = 0\n",
      "v = 329970475.419403 m / s > c, setting 1/gamma = 0\n",
      "v = 319757842.89921397 m / s > c, setting 1/gamma = 0\n",
      "v = 426359175.69229263 m / s > c, setting 1/gamma = 0\n",
      "v = 457103448.6331229 m / s > c, setting 1/gamma = 0\n",
      "v = 323282370.3704052 m / s > c, setting 1/gamma = 0\n",
      "v = 367605990.5971515 m / s > c, setting 1/gamma = 0\n",
      "v = 497274196.8592904 m / s > c, setting 1/gamma = 0\n",
      "v = 546885852.167901 m / s > c, setting 1/gamma = 0\n",
      "v = 314049247.2275473 m / s > c, setting 1/gamma = 0\n",
      "v = 337392784.2858423 m / s > c, setting 1/gamma = 0\n",
      "v = 389635011.64675367 m / s > c, setting 1/gamma = 0\n",
      "v = 385742005.86153823 m / s > c, setting 1/gamma = 0\n",
      "v = 437176673.89868575 m / s > c, setting 1/gamma = 0\n",
      "v = 300242263.4571299 m / s > c, setting 1/gamma = 0\n",
      "v = 398648288.7759308 m / s > c, setting 1/gamma = 0\n",
      "v = 434341090.8365148 m / s > c, setting 1/gamma = 0\n",
      "v = 324366349.5581164 m / s > c, setting 1/gamma = 0\n",
      "v = 386381620.1411136 m / s > c, setting 1/gamma = 0\n",
      "v = 306444660.2453272 m / s > c, setting 1/gamma = 0\n",
      "v = 303516743.94967043 m / s > c, setting 1/gamma = 0\n",
      "v = 349853327.94419265 m / s > c, setting 1/gamma = 0\n",
      "v = 378044861.7221361 m / s > c, setting 1/gamma = 0\n",
      "v = 358623171.44349355 m / s > c, setting 1/gamma = 0\n",
      "v = 405721451.48325664 m / s > c, setting 1/gamma = 0\n",
      "v = 551214045.5090858 m / s > c, setting 1/gamma = 0\n",
      "v = 593742276.5233529 m / s > c, setting 1/gamma = 0\n",
      "v = 300936635.5865311 m / s > c, setting 1/gamma = 0\n",
      "v = 390664608.7288323 m / s > c, setting 1/gamma = 0\n",
      "v = 452718726.0814021 m / s > c, setting 1/gamma = 0\n",
      "v = 301091244.8001969 m / s > c, setting 1/gamma = 0\n",
      "v = 333250710.85405135 m / s > c, setting 1/gamma = 0\n",
      "v = 336907208.821852 m / s > c, setting 1/gamma = 0\n",
      "v = 387347550.6924592 m / s > c, setting 1/gamma = 0\n",
      "v = 556436502.0515198 m / s > c, setting 1/gamma = 0\n",
      "v = 599559445.8512688 m / s > c, setting 1/gamma = 0\n",
      "v = 302768579.78606606 m / s > c, setting 1/gamma = 0\n",
      "v = 337253829.31934774 m / s > c, setting 1/gamma = 0\n",
      "v = 385435010.8770464 m / s > c, setting 1/gamma = 0\n",
      "v = 439652655.20661515 m / s > c, setting 1/gamma = 0\n",
      "v = 496441396.7218624 m / s > c, setting 1/gamma = 0\n",
      "v = 397208416.683187 m / s > c, setting 1/gamma = 0\n",
      "v = 454774819.2335524 m / s > c, setting 1/gamma = 0\n",
      "v = 414654943.04297894 m / s > c, setting 1/gamma = 0\n",
      "v = 438660638.5829024 m / s > c, setting 1/gamma = 0\n",
      "v = 306200306.2764066 m / s > c, setting 1/gamma = 0\n",
      "v = 337809054.26406264 m / s > c, setting 1/gamma = 0\n",
      "v = 307375987.7225226 m / s > c, setting 1/gamma = 0\n",
      "v = 364702176.0488436 m / s > c, setting 1/gamma = 0\n",
      "v = 302387446.5172773 m / s > c, setting 1/gamma = 0\n",
      "v = 353674330.91033995 m / s > c, setting 1/gamma = 0\n",
      "v = 387591144.08498025 m / s > c, setting 1/gamma = 0\n",
      "v = 438508982.24999714 m / s > c, setting 1/gamma = 0\n",
      "v = 464492024.1503863 m / s > c, setting 1/gamma = 0\n",
      "v = 301795816.24758834 m / s > c, setting 1/gamma = 0\n",
      "v = 348451238.5009223 m / s > c, setting 1/gamma = 0\n",
      "v = 313313796.30672675 m / s > c, setting 1/gamma = 0\n",
      "v = 334030058.768181 m / s > c, setting 1/gamma = 0\n",
      "v = 374583999.7236539 m / s > c, setting 1/gamma = 0\n",
      "v = 386922623.33379364 m / s > c, setting 1/gamma = 0\n",
      "v = 435163148.868782 m / s > c, setting 1/gamma = 0\n",
      "v = 317742572.4169574 m / s > c, setting 1/gamma = 0\n",
      "v = 389774240.49682266 m / s > c, setting 1/gamma = 0\n",
      "v = 325096604.8196135 m / s > c, setting 1/gamma = 0\n",
      "v = 312409936.57354677 m / s > c, setting 1/gamma = 0\n",
      "v = 300984377.9847809 m / s > c, setting 1/gamma = 0\n",
      "v = 342178949.48945993 m / s > c, setting 1/gamma = 0\n",
      "v = 434649143.2159296 m / s > c, setting 1/gamma = 0\n",
      "v = 458407472.79453456 m / s > c, setting 1/gamma = 0\n",
      "v = 441209034.27000076 m / s > c, setting 1/gamma = 0\n",
      "v = 481272089.2387561 m / s > c, setting 1/gamma = 0\n",
      "v = 340137091.5037049 m / s > c, setting 1/gamma = 0\n",
      "v = 397184935.28711873 m / s > c, setting 1/gamma = 0\n",
      "v = 322435388.3069413 m / s > c, setting 1/gamma = 0\n",
      "v = 319891099.6930472 m / s > c, setting 1/gamma = 0\n",
      "v = 364245984.8042636 m / s > c, setting 1/gamma = 0\n",
      "v = 413310548.89599687 m / s > c, setting 1/gamma = 0\n",
      "v = 430669415.6131107 m / s > c, setting 1/gamma = 0\n",
      "v = 482972576.73029625 m / s > c, setting 1/gamma = 0\n",
      "v = 519189462.5059606 m / s > c, setting 1/gamma = 0\n",
      "v = 543819316.4198568 m / s > c, setting 1/gamma = 0\n",
      "v = 357399729.3499288 m / s > c, setting 1/gamma = 0\n",
      "v = 419510843.32385385 m / s > c, setting 1/gamma = 0\n",
      "v = 308339656.6951859 m / s > c, setting 1/gamma = 0\n",
      "v = 380598679.7094036 m / s > c, setting 1/gamma = 0\n",
      "v = 366496320.79994977 m / s > c, setting 1/gamma = 0\n",
      "v = 409209361.8049201 m / s > c, setting 1/gamma = 0\n",
      "v = 320445058.7355056 m / s > c, setting 1/gamma = 0\n",
      "v = 304885066.2232215 m / s > c, setting 1/gamma = 0\n",
      "v = 355976251.7417764 m / s > c, setting 1/gamma = 0\n",
      "v = 366393012.3689441 m / s > c, setting 1/gamma = 0\n",
      "v = 433256788.90608317 m / s > c, setting 1/gamma = 0\n",
      "v = 311366056.1366503 m / s > c, setting 1/gamma = 0\n",
      "v = 340338118.3305819 m / s > c, setting 1/gamma = 0\n",
      "v = 313325044.9655867 m / s > c, setting 1/gamma = 0\n",
      "v = 326776694.2522412 m / s > c, setting 1/gamma = 0\n",
      "v = 712705590.1355721 m / s > c, setting 1/gamma = 0\n",
      "v = 588592207.6516868 m / s > c, setting 1/gamma = 0\n",
      "v = 321108728.2873654 m / s > c, setting 1/gamma = 0\n",
      "v = 387073692.2390483 m / s > c, setting 1/gamma = 0\n",
      "v = 328625493.29044795 m / s > c, setting 1/gamma = 0\n",
      "v = 377323103.9565426 m / s > c, setting 1/gamma = 0\n",
      "v = 309558143.7850893 m / s > c, setting 1/gamma = 0\n",
      "v = 340722192.230146 m / s > c, setting 1/gamma = 0\n",
      "v = 470263973.5899581 m / s > c, setting 1/gamma = 0\n",
      "v = 500988949.6328141 m / s > c, setting 1/gamma = 0\n",
      "v = 378417505.4341548 m / s > c, setting 1/gamma = 0\n",
      "v = 406589135.04572916 m / s > c, setting 1/gamma = 0\n",
      "v = 315606889.91273236 m / s > c, setting 1/gamma = 0\n",
      "v = 445348011.71368223 m / s > c, setting 1/gamma = 0\n",
      "v = 481501798.13413227 m / s > c, setting 1/gamma = 0\n",
      "v = 521923991.697363 m / s > c, setting 1/gamma = 0\n",
      "v = 537519398.9060833 m / s > c, setting 1/gamma = 0\n",
      "v = 314626448.81501293 m / s > c, setting 1/gamma = 0\n",
      "v = 312808940.13121474 m / s > c, setting 1/gamma = 0\n",
      "v = 301852150.8198427 m / s > c, setting 1/gamma = 0\n",
      "v = 328174601.0830272 m / s > c, setting 1/gamma = 0\n",
      "v = 404190517.42716 m / s > c, setting 1/gamma = 0\n",
      "v = 431278400.7436086 m / s > c, setting 1/gamma = 0\n",
      "v = 339512246.8771513 m / s > c, setting 1/gamma = 0\n",
      "v = 740121678.6108541 m / s > c, setting 1/gamma = 0\n",
      "v = 611618097.2706722 m / s > c, setting 1/gamma = 0\n",
      "v = 335396417.21381634 m / s > c, setting 1/gamma = 0\n",
      "v = 369676992.56068295 m / s > c, setting 1/gamma = 0\n",
      "v = 306998510.0097787 m / s > c, setting 1/gamma = 0\n",
      "v = 329282109.69341034 m / s > c, setting 1/gamma = 0\n",
      "v = 343697335.8216506 m / s > c, setting 1/gamma = 0\n",
      "v = 390001525.4395575 m / s > c, setting 1/gamma = 0\n",
      "v = 323340685.1101951 m / s > c, setting 1/gamma = 0\n",
      "v = 428957777.16336316 m / s > c, setting 1/gamma = 0\n",
      "v = 457665925.7649201 m / s > c, setting 1/gamma = 0\n",
      "v = 308486445.8119726 m / s > c, setting 1/gamma = 0\n",
      "v = 337416543.27395517 m / s > c, setting 1/gamma = 0\n",
      "v = 363638933.47135854 m / s > c, setting 1/gamma = 0\n",
      "v = 335398081.2087255 m / s > c, setting 1/gamma = 0\n",
      "v = 419477871.47125226 m / s > c, setting 1/gamma = 0\n",
      "v = 481280422.1048026 m / s > c, setting 1/gamma = 0\n",
      "v = 312120824.8653179 m / s > c, setting 1/gamma = 0\n",
      "v = 361472063.5510696 m / s > c, setting 1/gamma = 0\n",
      "v = 323731045.56898314 m / s > c, setting 1/gamma = 0\n",
      "v = 323608107.4787744 m / s > c, setting 1/gamma = 0\n",
      "v = 305941855.0148009 m / s > c, setting 1/gamma = 0\n",
      "v = 352844651.85416245 m / s > c, setting 1/gamma = 0\n",
      "v = 307439652.90586746 m / s > c, setting 1/gamma = 0\n",
      "v = 317118772.57687366 m / s > c, setting 1/gamma = 0\n",
      "v = 345829786.7893625 m / s > c, setting 1/gamma = 0\n",
      "v = 343763056.36345303 m / s > c, setting 1/gamma = 0\n",
      "v = 319900010.8984645 m / s > c, setting 1/gamma = 0\n",
      "v = 443834116.08315974 m / s > c, setting 1/gamma = 0\n",
      "v = 503358037.6131444 m / s > c, setting 1/gamma = 0\n",
      "v = 304721019.0136408 m / s > c, setting 1/gamma = 0\n",
      "v = 365201210.2617419 m / s > c, setting 1/gamma = 0\n",
      "v = 326969627.26312494 m / s > c, setting 1/gamma = 0\n",
      "v = 364992046.4688286 m / s > c, setting 1/gamma = 0\n",
      "v = 304140450.13795185 m / s > c, setting 1/gamma = 0\n",
      "v = 335224009.70993215 m / s > c, setting 1/gamma = 0\n",
      "v = 333417618.1399013 m / s > c, setting 1/gamma = 0\n",
      "v = 350919487.8538941 m / s > c, setting 1/gamma = 0\n",
      "v = 300612037.8673502 m / s > c, setting 1/gamma = 0\n",
      "v = 341459235.95543545 m / s > c, setting 1/gamma = 0\n",
      "v = 371343517.49290395 m / s > c, setting 1/gamma = 0\n",
      "v = 427973741.41015273 m / s > c, setting 1/gamma = 0\n",
      "v = 313117768.26161 m / s > c, setting 1/gamma = 0\n",
      "v = 322269250.88611275 m / s > c, setting 1/gamma = 0\n",
      "v = 347447867.77249116 m / s > c, setting 1/gamma = 0\n",
      "v = 315929428.01734185 m / s > c, setting 1/gamma = 0\n",
      "v = 375211127.2188786 m / s > c, setting 1/gamma = 0\n",
      "v = 351133538.03266627 m / s > c, setting 1/gamma = 0\n",
      "v = 391738629.0845934 m / s > c, setting 1/gamma = 0\n",
      "v = 306539406.9274832 m / s > c, setting 1/gamma = 0\n",
      "v = 311677862.2397495 m / s > c, setting 1/gamma = 0\n",
      "v = 365013959.7835577 m / s > c, setting 1/gamma = 0\n",
      "v = 419139279.05737865 m / s > c, setting 1/gamma = 0\n",
      "v = 462163145.56864977 m / s > c, setting 1/gamma = 0\n",
      "v = 479495458.4687645 m / s > c, setting 1/gamma = 0\n",
      "v = 499032880.3325445 m / s > c, setting 1/gamma = 0\n",
      "v = 379835883.2692012 m / s > c, setting 1/gamma = 0\n",
      "v = 430785836.7516924 m / s > c, setting 1/gamma = 0\n",
      "v = 329268954.1152792 m / s > c, setting 1/gamma = 0\n",
      "v = 373488341.7968538 m / s > c, setting 1/gamma = 0\n",
      "v = 408077394.78514975 m / s > c, setting 1/gamma = 0\n",
      "v = 333847265.83041394 m / s > c, setting 1/gamma = 0\n",
      "v = 379227041.98884946 m / s > c, setting 1/gamma = 0\n",
      "v = 328009153.8402248 m / s > c, setting 1/gamma = 0\n",
      "v = 312057094.43384564 m / s > c, setting 1/gamma = 0\n",
      "v = 351020398.2775722 m / s > c, setting 1/gamma = 0\n",
      "v = 391563126.17723346 m / s > c, setting 1/gamma = 0\n",
      "v = 323726261.6878414 m / s > c, setting 1/gamma = 0\n",
      "v = 705295574.9287077 m / s > c, setting 1/gamma = 0\n",
      "v = 580756725.9820096 m / s > c, setting 1/gamma = 0\n",
      "v = 306539907.2907347 m / s > c, setting 1/gamma = 0\n",
      "v = 343959747.87051827 m / s > c, setting 1/gamma = 0\n",
      "v = 517996433.0357932 m / s > c, setting 1/gamma = 0\n",
      "v = 535033929.08867806 m / s > c, setting 1/gamma = 0\n",
      "v = 322385044.938361 m / s > c, setting 1/gamma = 0\n",
      "v = 340880855.30669165 m / s > c, setting 1/gamma = 0\n",
      "v = 326212680.35162944 m / s > c, setting 1/gamma = 0\n",
      "v = 357712774.9325547 m / s > c, setting 1/gamma = 0\n",
      "v = 332275054.5420783 m / s > c, setting 1/gamma = 0\n",
      "v = 373943936.17236596 m / s > c, setting 1/gamma = 0\n",
      "v = 320165776.8360601 m / s > c, setting 1/gamma = 0\n",
      "v = 364495558.49919456 m / s > c, setting 1/gamma = 0\n",
      "v = 400511346.61921704 m / s > c, setting 1/gamma = 0\n",
      "v = 464006000.33950317 m / s > c, setting 1/gamma = 0\n",
      "v = 301519866.54514396 m / s > c, setting 1/gamma = 0\n",
      "v = 351829041.2731629 m / s > c, setting 1/gamma = 0\n",
      "v = 499264947.5867608 m / s > c, setting 1/gamma = 0\n",
      "v = 529131511.5042667 m / s > c, setting 1/gamma = 0\n",
      "v = 351460222.89866966 m / s > c, setting 1/gamma = 0\n",
      "v = 411656886.965591 m / s > c, setting 1/gamma = 0\n",
      "v = 304253981.1469396 m / s > c, setting 1/gamma = 0\n",
      "v = 338839409.55488944 m / s > c, setting 1/gamma = 0\n",
      "v = 342479563.23362434 m / s > c, setting 1/gamma = 0\n",
      "v = 383400467.2903789 m / s > c, setting 1/gamma = 0\n",
      "v = 314460328.36157155 m / s > c, setting 1/gamma = 0\n",
      "v = 396912046.6209385 m / s > c, setting 1/gamma = 0\n",
      "v = 455676372.46740466 m / s > c, setting 1/gamma = 0\n",
      "v = 328205326.04838747 m / s > c, setting 1/gamma = 0\n",
      "v = 384939060.08563364 m / s > c, setting 1/gamma = 0\n",
      "v = 311289501.2604988 m / s > c, setting 1/gamma = 0\n",
      "v = 339715129.8346883 m / s > c, setting 1/gamma = 0\n",
      "v = 342554494.11695 m / s > c, setting 1/gamma = 0\n",
      "v = 390410779.4236356 m / s > c, setting 1/gamma = 0\n",
      "v = 311087610.85239434 m / s > c, setting 1/gamma = 0\n",
      "v = 378733559.5300724 m / s > c, setting 1/gamma = 0\n",
      "v = 320173221.83594525 m / s > c, setting 1/gamma = 0\n",
      "v = 347646687.0255562 m / s > c, setting 1/gamma = 0\n",
      "v = 314117867.6794158 m / s > c, setting 1/gamma = 0\n",
      "v = 302467336.4571039 m / s > c, setting 1/gamma = 0\n",
      "v = 421638939.2947189 m / s > c, setting 1/gamma = 0\n",
      "v = 479907409.9139284 m / s > c, setting 1/gamma = 0\n",
      "v = 328251876.4018447 m / s > c, setting 1/gamma = 0\n",
      "v = 375164633.3754495 m / s > c, setting 1/gamma = 0\n",
      "v = 317655729.10251313 m / s > c, setting 1/gamma = 0\n",
      "v = 328452738.81189567 m / s > c, setting 1/gamma = 0\n",
      "v = 333787067.9130964 m / s > c, setting 1/gamma = 0\n",
      "v = 307206214.278626 m / s > c, setting 1/gamma = 0\n",
      "v = 343293146.88951737 m / s > c, setting 1/gamma = 0\n",
      "v = 446148178.01433927 m / s > c, setting 1/gamma = 0\n",
      "v = 471168442.1079988 m / s > c, setting 1/gamma = 0\n",
      "v = 319370672.2955225 m / s > c, setting 1/gamma = 0\n",
      "v = 384617998.5266377 m / s > c, setting 1/gamma = 0\n",
      "v = 359664867.7352742 m / s > c, setting 1/gamma = 0\n",
      "v = 402276976.68665594 m / s > c, setting 1/gamma = 0\n",
      "v = 304009707.5557469 m / s > c, setting 1/gamma = 0\n",
      "v = 358812244.1136059 m / s > c, setting 1/gamma = 0\n",
      "v = 415492229.8839842 m / s > c, setting 1/gamma = 0\n",
      "v = 312545788.61743903 m / s > c, setting 1/gamma = 0\n",
      "v = 301374762.7225039 m / s > c, setting 1/gamma = 0\n",
      "v = 452482752.44806355 m / s > c, setting 1/gamma = 0\n",
      "v = 470167815.18198985 m / s > c, setting 1/gamma = 0\n",
      "v = 388096506.55551404 m / s > c, setting 1/gamma = 0\n",
      "v = 422107941.15783435 m / s > c, setting 1/gamma = 0\n",
      "v = 353514016.23869795 m / s > c, setting 1/gamma = 0\n",
      "v = 413393088.7169055 m / s > c, setting 1/gamma = 0\n",
      "v = 514486514.3835613 m / s > c, setting 1/gamma = 0\n",
      "v = 521928475.6477814 m / s > c, setting 1/gamma = 0\n",
      "v = 311923656.1751747 m / s > c, setting 1/gamma = 0\n",
      "v = 437455790.0828742 m / s > c, setting 1/gamma = 0\n",
      "v = 461155337.0483489 m / s > c, setting 1/gamma = 0\n",
      "v = 333313780.3532308 m / s > c, setting 1/gamma = 0\n",
      "v = 389974158.0107577 m / s > c, setting 1/gamma = 0\n",
      "v = 329377465.74924475 m / s > c, setting 1/gamma = 0\n",
      "v = 352777140.8836211 m / s > c, setting 1/gamma = 0\n",
      "v = 304515499.2737585 m / s > c, setting 1/gamma = 0\n",
      "v = 329369103.9065902 m / s > c, setting 1/gamma = 0\n",
      "v = 308496422.12271893 m / s > c, setting 1/gamma = 0\n",
      "v = 347699989.0590981 m / s > c, setting 1/gamma = 0\n",
      "v = 336635933.998918 m / s > c, setting 1/gamma = 0\n",
      "v = 400776471.30776834 m / s > c, setting 1/gamma = 0\n",
      "v = 335237038.94893885 m / s > c, setting 1/gamma = 0\n",
      "v = 327950154.6868919 m / s > c, setting 1/gamma = 0\n",
      "v = 350130877.8073614 m / s > c, setting 1/gamma = 0\n",
      "v = 319897579.23599803 m / s > c, setting 1/gamma = 0\n",
      "v = 378403858.18053025 m / s > c, setting 1/gamma = 0\n",
      "v = 413262560.8964357 m / s > c, setting 1/gamma = 0\n",
      "v = 311429649.86878115 m / s > c, setting 1/gamma = 0\n",
      "v = 321912168.68080777 m / s > c, setting 1/gamma = 0\n",
      "v = 344284983.2545164 m / s > c, setting 1/gamma = 0\n",
      "v = 422519239.301093 m / s > c, setting 1/gamma = 0\n",
      "v = 451076148.9665125 m / s > c, setting 1/gamma = 0\n",
      "v = 303464916.56373745 m / s > c, setting 1/gamma = 0\n",
      "v = 334998981.79897326 m / s > c, setting 1/gamma = 0\n",
      "v = 347495558.51781696 m / s > c, setting 1/gamma = 0\n",
      "v = 401803523.0771072 m / s > c, setting 1/gamma = 0\n",
      "v = 365400254.0735672 m / s > c, setting 1/gamma = 0\n",
      "v = 412853960.5479281 m / s > c, setting 1/gamma = 0\n",
      "v = 315980959.78609663 m / s > c, setting 1/gamma = 0\n",
      "v = 361826729.55624425 m / s > c, setting 1/gamma = 0\n",
      "v = 421096379.39430976 m / s > c, setting 1/gamma = 0\n",
      "v = 364182718.50178844 m / s > c, setting 1/gamma = 0\n",
      "v = 410551366.1006696 m / s > c, setting 1/gamma = 0\n",
      "v = 351141202.6124211 m / s > c, setting 1/gamma = 0\n",
      "v = 794462350.2791156 m / s > c, setting 1/gamma = 0\n",
      "v = 658697046.822926 m / s > c, setting 1/gamma = 0\n",
      "v = 311829446.0603366 m / s > c, setting 1/gamma = 0\n",
      "v = 351301179.9394082 m / s > c, setting 1/gamma = 0\n",
      "v = 309927839.7940663 m / s > c, setting 1/gamma = 0\n",
      "v = 352836608.3532641 m / s > c, setting 1/gamma = 0\n",
      "v = 554177380.317176 m / s > c, setting 1/gamma = 0\n",
      "v = 502252139.7871904 m / s > c, setting 1/gamma = 0\n",
      "v = 313224422.8782286 m / s > c, setting 1/gamma = 0\n",
      "v = 375860654.39958024 m / s > c, setting 1/gamma = 0\n",
      "v = 403430837.31886953 m / s > c, setting 1/gamma = 0\n",
      "v = 328770649.81762767 m / s > c, setting 1/gamma = 0\n",
      "v = 372330724.0497364 m / s > c, setting 1/gamma = 0\n",
      "v = 326401679.63289976 m / s > c, setting 1/gamma = 0\n",
      "v = 316647524.0236933 m / s > c, setting 1/gamma = 0\n",
      "v = 315756333.4412751 m / s > c, setting 1/gamma = 0\n",
      "v = 317315092.9863137 m / s > c, setting 1/gamma = 0\n",
      "v = 365316523.71845686 m / s > c, setting 1/gamma = 0\n",
      "v = 303383678.07612133 m / s > c, setting 1/gamma = 0\n",
      "v = 316288560.74703306 m / s > c, setting 1/gamma = 0\n",
      "v = 348253281.6969066 m / s > c, setting 1/gamma = 0\n",
      "v = 316384538.1584312 m / s > c, setting 1/gamma = 0\n",
      "v = 365592051.55849594 m / s > c, setting 1/gamma = 0\n",
      "v = 329665532.1490291 m / s > c, setting 1/gamma = 0\n",
      "v = 467994853.5915742 m / s > c, setting 1/gamma = 0\n",
      "v = 492864582.9847926 m / s > c, setting 1/gamma = 0\n",
      "v = 533698453.6765924 m / s > c, setting 1/gamma = 0\n",
      "v = 548563854.4576483 m / s > c, setting 1/gamma = 0\n",
      "v = 305306988.5181708 m / s > c, setting 1/gamma = 0\n",
      "v = 322554933.23311156 m / s > c, setting 1/gamma = 0\n",
      "v = 315986537.03764856 m / s > c, setting 1/gamma = 0\n",
      "v = 335826234.64753735 m / s > c, setting 1/gamma = 0\n",
      "v = 305043963.83540756 m / s > c, setting 1/gamma = 0\n",
      "v = 348410340.30195403 m / s > c, setting 1/gamma = 0\n",
      "v = 317723669.8218451 m / s > c, setting 1/gamma = 0\n",
      "v = 659870614.4332403 m / s > c, setting 1/gamma = 0\n",
      "v = 542324070.4369354 m / s > c, setting 1/gamma = 0\n",
      "v = 349282980.2939422 m / s > c, setting 1/gamma = 0\n",
      "v = 374612811.5784428 m / s > c, setting 1/gamma = 0\n",
      "v = 427212493.2481316 m / s > c, setting 1/gamma = 0\n",
      "v = 461650145.1358898 m / s > c, setting 1/gamma = 0\n",
      "v = 342136172.56436914 m / s > c, setting 1/gamma = 0\n",
      "v = 391782732.9106702 m / s > c, setting 1/gamma = 0\n",
      "v = 310975312.6257697 m / s > c, setting 1/gamma = 0\n",
      "v = 346844374.14650184 m / s > c, setting 1/gamma = 0\n",
      "v = 320235331.47393346 m / s > c, setting 1/gamma = 0\n",
      "v = 349593699.0846606 m / s > c, setting 1/gamma = 0\n",
      "v = 534962351.92370903 m / s > c, setting 1/gamma = 0\n",
      "v = 554938085.2574353 m / s > c, setting 1/gamma = 0\n",
      "v = 306682714.0912126 m / s > c, setting 1/gamma = 0\n",
      "v = 353079572.5313562 m / s > c, setting 1/gamma = 0\n",
      "v = 312077768.6981347 m / s > c, setting 1/gamma = 0\n",
      "v = 328747785.65088767 m / s > c, setting 1/gamma = 0\n",
      "v = 359963872.99402773 m / s > c, setting 1/gamma = 0\n",
      "v = 499682478.72707725 m / s > c, setting 1/gamma = 0\n",
      "v = 521294724.1987664 m / s > c, setting 1/gamma = 0\n",
      "v = 361735775.5949222 m / s > c, setting 1/gamma = 0\n",
      "v = 413228865.25130975 m / s > c, setting 1/gamma = 0\n",
      "v = 301095679.6267919 m / s > c, setting 1/gamma = 0\n",
      "v = 335151455.0126935 m / s > c, setting 1/gamma = 0\n",
      "v = 421094089.91176665 m / s > c, setting 1/gamma = 0\n",
      "v = 455070625.5690621 m / s > c, setting 1/gamma = 0\n",
      "v = 462894406.0734592 m / s > c, setting 1/gamma = 0\n",
      "v = 488958727.3755313 m / s > c, setting 1/gamma = 0\n",
      "v = 313303200.02418005 m / s > c, setting 1/gamma = 0\n",
      "v = 332764512.6743354 m / s > c, setting 1/gamma = 0\n",
      "v = 299956722.3384898 m / s > c, setting 1/gamma = 0\n",
      "v = 306751707.7557005 m / s > c, setting 1/gamma = 0\n",
      "v = 475928270.14324826 m / s > c, setting 1/gamma = 0\n",
      "v = 510780968.5195003 m / s > c, setting 1/gamma = 0\n",
      "v = 303579012.7653945 m / s > c, setting 1/gamma = 0\n",
      "v = 355126150.510711 m / s > c, setting 1/gamma = 0\n",
      "v = 299830426.6432245 m / s > c, setting 1/gamma = 0\n",
      "v = 450359177.78406936 m / s > c, setting 1/gamma = 0\n",
      "v = 476560686.84479403 m / s > c, setting 1/gamma = 0\n",
      "v = 318257789.67234033 m / s > c, setting 1/gamma = 0\n",
      "v = 373502005.45809495 m / s > c, setting 1/gamma = 0\n",
      "v = 317837448.476409 m / s > c, setting 1/gamma = 0\n",
      "v = 348615326.0697756 m / s > c, setting 1/gamma = 0\n",
      "v = 752872258.5028725 m / s > c, setting 1/gamma = 0\n",
      "v = 621876223.6097807 m / s > c, setting 1/gamma = 0\n",
      "v = 306396708.44841254 m / s > c, setting 1/gamma = 0\n",
      "v = 340358283.93668056 m / s > c, setting 1/gamma = 0\n",
      "v = 415782292.0329918 m / s > c, setting 1/gamma = 0\n",
      "v = 450775226.6283845 m / s > c, setting 1/gamma = 0\n",
      "v = 392040959.9111083 m / s > c, setting 1/gamma = 0\n",
      "v = 441083138.23007697 m / s > c, setting 1/gamma = 0\n",
      "v = 299842033.75577766 m / s > c, setting 1/gamma = 0\n",
      "v = 478379294.6077958 m / s > c, setting 1/gamma = 0\n",
      "v = 517071063.9138752 m / s > c, setting 1/gamma = 0\n",
      "v = 317367533.9409776 m / s > c, setting 1/gamma = 0\n",
      "v = 370428554.2270214 m / s > c, setting 1/gamma = 0\n",
      "v = 314337449.75691384 m / s > c, setting 1/gamma = 0\n",
      "v = 414087565.4892673 m / s > c, setting 1/gamma = 0\n",
      "v = 454399027.8410728 m / s > c, setting 1/gamma = 0\n",
      "v = 381552716.95779717 m / s > c, setting 1/gamma = 0\n",
      "v = 433454055.7693436 m / s > c, setting 1/gamma = 0\n",
      "v = 303862403.6350559 m / s > c, setting 1/gamma = 0\n",
      "v = 310380405.78997236 m / s > c, setting 1/gamma = 0\n",
      "v = 328359592.22078836 m / s > c, setting 1/gamma = 0\n",
      "v = 513598126.2334252 m / s > c, setting 1/gamma = 0\n",
      "v = 528864558.87937653 m / s > c, setting 1/gamma = 0\n",
      "v = 312681747.118931 m / s > c, setting 1/gamma = 0\n",
      "v = 330361342.67642504 m / s > c, setting 1/gamma = 0\n",
      "v = 303133745.4083735 m / s > c, setting 1/gamma = 0\n",
      "v = 365712847.30577683 m / s > c, setting 1/gamma = 0\n",
      "v = 400128063.4293786 m / s > c, setting 1/gamma = 0\n",
      "v = 355458462.065967 m / s > c, setting 1/gamma = 0\n",
      "v = 401450171.5036731 m / s > c, setting 1/gamma = 0\n",
      "v = 321472382.7353152 m / s > c, setting 1/gamma = 0\n",
      "v = 302763547.2900364 m / s > c, setting 1/gamma = 0\n",
      "v = 373242549.28332496 m / s > c, setting 1/gamma = 0\n",
      "v = 413394918.54407233 m / s > c, setting 1/gamma = 0\n",
      "v = 343100571.4238127 m / s > c, setting 1/gamma = 0\n",
      "v = 392169666.6468734 m / s > c, setting 1/gamma = 0\n",
      "v = 312680854.58104074 m / s > c, setting 1/gamma = 0\n",
      "v = 539572008.6479841 m / s > c, setting 1/gamma = 0\n",
      "v = 557244504.2377886 m / s > c, setting 1/gamma = 0\n",
      "v = 355736992.86976016 m / s > c, setting 1/gamma = 0\n",
      "v = 402315793.9133857 m / s > c, setting 1/gamma = 0\n",
      "v = 374481842.3216426 m / s > c, setting 1/gamma = 0\n",
      "v = 394190074.3432587 m / s > c, setting 1/gamma = 0\n",
      "v = 309838239.52005774 m / s > c, setting 1/gamma = 0\n",
      "v = 434917375.3019955 m / s > c, setting 1/gamma = 0\n",
      "v = 467492407.09765315 m / s > c, setting 1/gamma = 0\n",
      "v = 301401262.57739174 m / s > c, setting 1/gamma = 0\n",
      "v = 316458577.3094621 m / s > c, setting 1/gamma = 0\n",
      "v = 313434758.97604156 m / s > c, setting 1/gamma = 0\n",
      "v = 360869250.2630032 m / s > c, setting 1/gamma = 0\n",
      "v = 384527985.2393981 m / s > c, setting 1/gamma = 0\n",
      "v = 422519892.8721169 m / s > c, setting 1/gamma = 0\n",
      "v = 301619926.32911086 m / s > c, setting 1/gamma = 0\n",
      "v = 327849629.09597135 m / s > c, setting 1/gamma = 0\n",
      "v = 370431480.26962405 m / s > c, setting 1/gamma = 0\n",
      "v = 377590183.16367036 m / s > c, setting 1/gamma = 0\n",
      "v = 424648067.14167964 m / s > c, setting 1/gamma = 0\n",
      "v = 304609870.19260854 m / s > c, setting 1/gamma = 0\n",
      "v = 334061199.74413806 m / s > c, setting 1/gamma = 0\n",
      "v = 304035411.33911675 m / s > c, setting 1/gamma = 0\n",
      "v = 671359265.1200356 m / s > c, setting 1/gamma = 0\n",
      "v = 662491157.7818053 m / s > c, setting 1/gamma = 0\n",
      "v = 304663858.36215425 m / s > c, setting 1/gamma = 0\n",
      "v = 353283276.1101174 m / s > c, setting 1/gamma = 0\n",
      "v = 325999763.1912157 m / s > c, setting 1/gamma = 0\n",
      "v = 343300107.3240651 m / s > c, setting 1/gamma = 0\n",
      "v = 485771725.74996215 m / s > c, setting 1/gamma = 0\n",
      "v = 483052495.952347 m / s > c, setting 1/gamma = 0\n",
      "v = 327358296.606884 m / s > c, setting 1/gamma = 0\n",
      "v = 312078820.70751494 m / s > c, setting 1/gamma = 0\n",
      "v = 339461908.9927261 m / s > c, setting 1/gamma = 0\n",
      "v = 391716168.64316124 m / s > c, setting 1/gamma = 0\n",
      "v = 433596441.82388467 m / s > c, setting 1/gamma = 0\n",
      "v = 366788332.88349026 m / s > c, setting 1/gamma = 0\n",
      "v = 412195751.3705966 m / s > c, setting 1/gamma = 0\n",
      "v = 308070457.37356716 m / s > c, setting 1/gamma = 0\n",
      "v = 351092441.53365195 m / s > c, setting 1/gamma = 0\n",
      "v = 385592601.2354271 m / s > c, setting 1/gamma = 0\n",
      "v = 510500874.2507286 m / s > c, setting 1/gamma = 0\n",
      "v = 507862218.84758013 m / s > c, setting 1/gamma = 0\n",
      "v = 312492384.5647218 m / s > c, setting 1/gamma = 0\n",
      "v = 300249146.21315247 m / s > c, setting 1/gamma = 0\n",
      "v = 322033083.08880365 m / s > c, setting 1/gamma = 0\n",
      "v = 422254298.54605275 m / s > c, setting 1/gamma = 0\n",
      "v = 448116742.72900087 m / s > c, setting 1/gamma = 0\n",
      "v = 479053929.5306928 m / s > c, setting 1/gamma = 0\n",
      "v = 488102755.2975719 m / s > c, setting 1/gamma = 0\n",
      "v = 336681325.1845423 m / s > c, setting 1/gamma = 0\n",
      "v = 366659626.6710612 m / s > c, setting 1/gamma = 0\n",
      "v = 318351607.73485905 m / s > c, setting 1/gamma = 0\n",
      "v = 338129964.16869634 m / s > c, setting 1/gamma = 0\n",
      "v = 312029923.3571063 m / s > c, setting 1/gamma = 0\n",
      "v = 301356528.5576918 m / s > c, setting 1/gamma = 0\n",
      "v = 608797017.1327574 m / s > c, setting 1/gamma = 0\n",
      "v = 498647614.145821 m / s > c, setting 1/gamma = 0\n",
      "v = 312085445.8864066 m / s > c, setting 1/gamma = 0\n",
      "v = 299923487.545131 m / s > c, setting 1/gamma = 0\n",
      "v = 319116619.15140164 m / s > c, setting 1/gamma = 0\n",
      "v = 447663835.30620915 m / s > c, setting 1/gamma = 0\n",
      "v = 483577488.9662755 m / s > c, setting 1/gamma = 0\n",
      "v = 344520413.5361035 m / s > c, setting 1/gamma = 0\n",
      "v = 394624858.3315246 m / s > c, setting 1/gamma = 0\n",
      "v = 314507114.4523626 m / s > c, setting 1/gamma = 0\n",
      "v = 343094360.3748128 m / s > c, setting 1/gamma = 0\n",
      "v = 301130687.0040248 m / s > c, setting 1/gamma = 0\n",
      "v = 439672811.8678808 m / s > c, setting 1/gamma = 0\n",
      "v = 476090368.45325387 m / s > c, setting 1/gamma = 0\n",
      "v = 316726546.7695343 m / s > c, setting 1/gamma = 0\n",
      "v = 367695693.2354208 m / s > c, setting 1/gamma = 0\n",
      "v = 307774743.3954781 m / s > c, setting 1/gamma = 0\n",
      "v = 630073506.6242024 m / s > c, setting 1/gamma = 0\n",
      "v = 517028140.2871316 m / s > c, setting 1/gamma = 0\n",
      "v = 376445604.056202 m / s > c, setting 1/gamma = 0\n",
      "v = 393455852.1477773 m / s > c, setting 1/gamma = 0\n",
      "v = 301932921.7685742 m / s > c, setting 1/gamma = 0\n",
      "v = 319976395.810134 m / s > c, setting 1/gamma = 0\n",
      "v = 346804243.5639995 m / s > c, setting 1/gamma = 0\n",
      "v = 410351817.49872303 m / s > c, setting 1/gamma = 0\n",
      "v = 446233936.2520317 m / s > c, setting 1/gamma = 0\n",
      "v = 369948866.2023998 m / s > c, setting 1/gamma = 0\n",
      "v = 385812089.74624074 m / s > c, setting 1/gamma = 0\n",
      "v = 438710944.6003841 m / s > c, setting 1/gamma = 0\n",
      "v = 465119837.5945495 m / s > c, setting 1/gamma = 0\n",
      "v = 309777511.1092574 m / s > c, setting 1/gamma = 0\n",
      "v = 327606708.8290985 m / s > c, setting 1/gamma = 0\n",
      "v = 361288594.81921506 m / s > c, setting 1/gamma = 0\n",
      "v = 390269078.7111389 m / s > c, setting 1/gamma = 0\n",
      "v = 435442614.2125454 m / s > c, setting 1/gamma = 0\n",
      "v = 307705303.7791757 m / s > c, setting 1/gamma = 0\n",
      "v = 324485377.4700283 m / s > c, setting 1/gamma = 0\n",
      "v = 408603487.30348325 m / s > c, setting 1/gamma = 0\n",
      "v = 442270603.3813193 m / s > c, setting 1/gamma = 0\n",
      "v = 317327975.6812437 m / s > c, setting 1/gamma = 0\n",
      "v = 366657192.702572 m / s > c, setting 1/gamma = 0\n",
      "v = 304300459.8398244 m / s > c, setting 1/gamma = 0\n",
      "v = 334564629.57086146 m / s > c, setting 1/gamma = 0\n",
      "v = 408739887.34554225 m / s > c, setting 1/gamma = 0\n",
      "v = 440100264.8490461 m / s > c, setting 1/gamma = 0\n",
      "v = 474815271.3397712 m / s > c, setting 1/gamma = 0\n",
      "v = 489678949.4065274 m / s > c, setting 1/gamma = 0\n",
      "v = 305215575.4388049 m / s > c, setting 1/gamma = 0\n",
      "v = 303602488.8075135 m / s > c, setting 1/gamma = 0\n",
      "v = 302132275.5783286 m / s > c, setting 1/gamma = 0\n",
      "v = 323441223.9475884 m / s > c, setting 1/gamma = 0\n",
      "v = 363501728.7680159 m / s > c, setting 1/gamma = 0\n",
      "v = 312620505.78885347 m / s > c, setting 1/gamma = 0\n",
      "v = 433433774.6487316 m / s > c, setting 1/gamma = 0\n",
      "v = 462521848.4643502 m / s > c, setting 1/gamma = 0\n",
      "v = 339888374.0849667 m / s > c, setting 1/gamma = 0\n",
      "v = 386838735.9736402 m / s > c, setting 1/gamma = 0\n",
      "v = 307427352.94058704 m / s > c, setting 1/gamma = 0\n",
      "v = 367459437.2914863 m / s > c, setting 1/gamma = 0\n",
      "v = 389377852.99609756 m / s > c, setting 1/gamma = 0\n",
      "v = 308091729.4748425 m / s > c, setting 1/gamma = 0\n",
      "v = 327600586.8423304 m / s > c, setting 1/gamma = 0\n",
      "v = 375714831.4450449 m / s > c, setting 1/gamma = 0\n",
      "v = 421769421.9708299 m / s > c, setting 1/gamma = 0\n",
      "v = 307564009.9130705 m / s > c, setting 1/gamma = 0\n",
      "v = 392271933.7284772 m / s > c, setting 1/gamma = 0\n",
      "v = 429613371.25196373 m / s > c, setting 1/gamma = 0\n",
      "v = 349699172.4870912 m / s > c, setting 1/gamma = 0\n",
      "v = 378121613.0047468 m / s > c, setting 1/gamma = 0\n",
      "v = 341149275.970394 m / s > c, setting 1/gamma = 0\n",
      "v = 739314934.7185657 m / s > c, setting 1/gamma = 0\n",
      "v = 608910098.007535 m / s > c, setting 1/gamma = 0\n",
      "v = 399022690.86007637 m / s > c, setting 1/gamma = 0\n",
      "v = 449761315.75538075 m / s > c, setting 1/gamma = 0\n",
      "v = 507665423.8679543 m / s > c, setting 1/gamma = 0\n",
      "v = 500989317.08147216 m / s > c, setting 1/gamma = 0\n",
      "v = 424659399.9679446 m / s > c, setting 1/gamma = 0\n",
      "v = 458218377.02844125 m / s > c, setting 1/gamma = 0\n",
      "v = 307954963.4013382 m / s > c, setting 1/gamma = 0\n",
      "v = 309268734.4534208 m / s > c, setting 1/gamma = 0\n",
      "v = 314801247.8162941 m / s > c, setting 1/gamma = 0\n",
      "v = 302034695.2654801 m / s > c, setting 1/gamma = 0\n",
      "v = 325182230.6122519 m / s > c, setting 1/gamma = 0\n",
      "v = 381481569.65075046 m / s > c, setting 1/gamma = 0\n",
      "v = 416656104.12558377 m / s > c, setting 1/gamma = 0\n",
      "v = 324201460.6957646 m / s > c, setting 1/gamma = 0\n",
      "v = 694726832.2278996 m / s > c, setting 1/gamma = 0\n",
      "v = 572217954.2984213 m / s > c, setting 1/gamma = 0\n",
      "v = 315871611.0350703 m / s > c, setting 1/gamma = 0\n",
      "v = 342497642.02337885 m / s > c, setting 1/gamma = 0\n",
      "v = 313471917.519717 m / s > c, setting 1/gamma = 0\n",
      "v = 329650844.7209245 m / s > c, setting 1/gamma = 0\n",
      "v = 341861131.5109545 m / s > c, setting 1/gamma = 0\n",
      "v = 370871122.50182176 m / s > c, setting 1/gamma = 0\n",
      "v = 325430829.2900457 m / s > c, setting 1/gamma = 0\n",
      "v = 663306462.3036796 m / s > c, setting 1/gamma = 0\n",
      "v = 545776493.818541 m / s > c, setting 1/gamma = 0\n",
      "v = 334057969.94404244 m / s > c, setting 1/gamma = 0\n",
      "v = 361737006.50119853 m / s > c, setting 1/gamma = 0\n",
      "v = 300794551.96399397 m / s > c, setting 1/gamma = 0\n",
      "v = 381494397.9245611 m / s > c, setting 1/gamma = 0\n",
      "v = 423712974.8298237 m / s > c, setting 1/gamma = 0\n",
      "v = 337996283.3310138 m / s > c, setting 1/gamma = 0\n",
      "v = 384708623.7656646 m / s > c, setting 1/gamma = 0\n",
      "v = 304052540.8241346 m / s > c, setting 1/gamma = 0\n",
      "v = 427247393.9732499 m / s > c, setting 1/gamma = 0\n",
      "v = 460646342.9330461 m / s > c, setting 1/gamma = 0\n",
      "v = 306280938.0906459 m / s > c, setting 1/gamma = 0\n",
      "v = 357247385.3158414 m / s > c, setting 1/gamma = 0\n",
      "v = 315388140.4352157 m / s > c, setting 1/gamma = 0\n",
      "v = 345641544.08451635 m / s > c, setting 1/gamma = 0\n",
      "v = 797209770.7226471 m / s > c, setting 1/gamma = 0\n",
      "v = 761549223.7907969 m / s > c, setting 1/gamma = 0\n",
      "v = 335785060.56971717 m / s > c, setting 1/gamma = 0\n",
      "v = 315291952.4472592 m / s > c, setting 1/gamma = 0\n",
      "v = 334423390.3704205 m / s > c, setting 1/gamma = 0\n",
      "v = 354857577.33950573 m / s > c, setting 1/gamma = 0\n",
      "v = 384080042.7257206 m / s > c, setting 1/gamma = 0\n",
      "v = 326274594.2132142 m / s > c, setting 1/gamma = 0\n",
      "v = 673771234.1443452 m / s > c, setting 1/gamma = 0\n",
      "v = 553968914.311891 m / s > c, setting 1/gamma = 0\n",
      "v = 397892253.8334632 m / s > c, setting 1/gamma = 0\n",
      "v = 433834841.70167816 m / s > c, setting 1/gamma = 0\n",
      "v = 392987356.9498082 m / s > c, setting 1/gamma = 0\n",
      "v = 442266306.4786863 m / s > c, setting 1/gamma = 0\n",
      "v = 432723119.3188793 m / s > c, setting 1/gamma = 0\n",
      "v = 473949858.6944424 m / s > c, setting 1/gamma = 0\n",
      "v = 312781524.8012568 m / s > c, setting 1/gamma = 0\n",
      "v = 316947702.4364196 m / s > c, setting 1/gamma = 0\n",
      "v = 461944653.6976736 m / s > c, setting 1/gamma = 0\n",
      "v = 484958685.08812183 m / s > c, setting 1/gamma = 0\n",
      "v = 402980930.84774476 m / s > c, setting 1/gamma = 0\n",
      "v = 441811372.2465545 m / s > c, setting 1/gamma = 0\n",
      "v = 339070741.96427196 m / s > c, setting 1/gamma = 0\n",
      "v = 388118004.7358385 m / s > c, setting 1/gamma = 0\n",
      "v = 308007788.4713428 m / s > c, setting 1/gamma = 0\n",
      "v = 422099629.1518049 m / s > c, setting 1/gamma = 0\n",
      "v = 451498022.7004197 m / s > c, setting 1/gamma = 0\n",
      "v = 445356748.4966966 m / s > c, setting 1/gamma = 0\n",
      "v = 470064775.1766926 m / s > c, setting 1/gamma = 0\n",
      "v = 303960194.418487 m / s > c, setting 1/gamma = 0\n",
      "v = 322050455.2958085 m / s > c, setting 1/gamma = 0\n",
      "v = 443988942.8206517 m / s > c, setting 1/gamma = 0\n",
      "v = 476032361.6103874 m / s > c, setting 1/gamma = 0\n",
      "v = 302607235.29890335 m / s > c, setting 1/gamma = 0\n",
      "v = 352405669.66845727 m / s > c, setting 1/gamma = 0\n",
      "v = 317812765.03115153 m / s > c, setting 1/gamma = 0\n",
      "v = 346538213.51320606 m / s > c, setting 1/gamma = 0\n",
      "v = 711761808.7549515 m / s > c, setting 1/gamma = 0\n",
      "v = 701677478.4486372 m / s > c, setting 1/gamma = 0\n",
      "v = 313258520.54836476 m / s > c, setting 1/gamma = 0\n",
      "v = 314014056.1195736 m / s > c, setting 1/gamma = 0\n",
      "v = 330851001.83790255 m / s > c, setting 1/gamma = 0\n",
      "v = 479643749.34772986 m / s > c, setting 1/gamma = 0\n",
      "v = 507630436.24681914 m / s > c, setting 1/gamma = 0\n",
      "v = 333965191.1856174 m / s > c, setting 1/gamma = 0\n",
      "v = 383264586.661995 m / s > c, setting 1/gamma = 0\n",
      "v = 312700500.89899695 m / s > c, setting 1/gamma = 0\n",
      "v = 341775632.8710643 m / s > c, setting 1/gamma = 0\n",
      "v = 304514572.98780113 m / s > c, setting 1/gamma = 0\n",
      "v = 417730623.9050897 m / s > c, setting 1/gamma = 0\n",
      "v = 453220372.7747046 m / s > c, setting 1/gamma = 0\n",
      "v = 354974131.1311205 m / s > c, setting 1/gamma = 0\n",
      "v = 402634935.8692662 m / s > c, setting 1/gamma = 0\n",
      "v = 322450046.44150573 m / s > c, setting 1/gamma = 0\n",
      "v = 307798547.8527878 m / s > c, setting 1/gamma = 0\n",
      "v = 430343254.90741503 m / s > c, setting 1/gamma = 0\n",
      "v = 460619336.8193011 m / s > c, setting 1/gamma = 0\n",
      "v = 312008909.3344272 m / s > c, setting 1/gamma = 0\n",
      "v = 419649691.5028811 m / s > c, setting 1/gamma = 0\n",
      "v = 446718221.1201909 m / s > c, setting 1/gamma = 0\n",
      "v = 311982511.201836 m / s > c, setting 1/gamma = 0\n",
      "v = 355850513.9142189 m / s > c, setting 1/gamma = 0\n",
      "v = 329868006.3556243 m / s > c, setting 1/gamma = 0\n",
      "v = 362259980.2305017 m / s > c, setting 1/gamma = 0\n",
      "v = 392990302.5615335 m / s > c, setting 1/gamma = 0\n",
      "v = 476338885.80190235 m / s > c, setting 1/gamma = 0\n",
      "v = 482184740.5007087 m / s > c, setting 1/gamma = 0\n",
      "v = 303761005.60112894 m / s > c, setting 1/gamma = 0\n",
      "v = 335194427.16313004 m / s > c, setting 1/gamma = 0\n",
      "v = 469026701.81958747 m / s > c, setting 1/gamma = 0\n",
      "v = 498495289.28762144 m / s > c, setting 1/gamma = 0\n",
      "v = 300782616.0777957 m / s > c, setting 1/gamma = 0\n",
      "v = 354803612.7194581 m / s > c, setting 1/gamma = 0\n",
      "v = 312673991.2049197 m / s > c, setting 1/gamma = 0\n",
      "v = 346803353.66489697 m / s > c, setting 1/gamma = 0\n",
      "v = 310048743.2753612 m / s > c, setting 1/gamma = 0\n",
      "v = 437325904.3516332 m / s > c, setting 1/gamma = 0\n",
      "v = 467215806.50949967 m / s > c, setting 1/gamma = 0\n",
      "v = 323214897.4376119 m / s > c, setting 1/gamma = 0\n",
      "v = 303506738.34785205 m / s > c, setting 1/gamma = 0\n",
      "v = 326588651.1923102 m / s > c, setting 1/gamma = 0\n",
      "v = 309697334.3205185 m / s > c, setting 1/gamma = 0\n",
      "v = 327415594.7999376 m / s > c, setting 1/gamma = 0\n",
      "v = 360546316.83741546 m / s > c, setting 1/gamma = 0\n",
      "v = 346840581.744215 m / s > c, setting 1/gamma = 0\n",
      "v = 554825321.0966479 m / s > c, setting 1/gamma = 0\n",
      "v = 509594087.5658794 m / s > c, setting 1/gamma = 0\n",
      "v = 312560590.0803606 m / s > c, setting 1/gamma = 0\n",
      "v = 303206758.004352 m / s > c, setting 1/gamma = 0\n",
      "v = 323104223.65907115 m / s > c, setting 1/gamma = 0\n",
      "v = 410161292.6936959 m / s > c, setting 1/gamma = 0\n",
      "v = 442221604.65096575 m / s > c, setting 1/gamma = 0\n",
      "v = 318635877.31191427 m / s > c, setting 1/gamma = 0\n",
      "v = 346382524.0911808 m / s > c, setting 1/gamma = 0\n",
      "v = 426027031.18915755 m / s > c, setting 1/gamma = 0\n",
      "v = 461514711.4385614 m / s > c, setting 1/gamma = 0\n",
      "v = 305121918.9961239 m / s > c, setting 1/gamma = 0\n",
      "v = 358185471.6353901 m / s > c, setting 1/gamma = 0\n",
      "v = 305137383.71448576 m / s > c, setting 1/gamma = 0\n",
      "v = 337482563.2384301 m / s > c, setting 1/gamma = 0\n",
      "v = 393967822.4673982 m / s > c, setting 1/gamma = 0\n",
      "v = 424977742.017757 m / s > c, setting 1/gamma = 0\n",
      "v = 351676313.3691928 m / s > c, setting 1/gamma = 0\n",
      "v = 399814752.8749472 m / s > c, setting 1/gamma = 0\n",
      "v = 370579652.5899927 m / s > c, setting 1/gamma = 0\n",
      "v = 392190578.59350073 m / s > c, setting 1/gamma = 0\n",
      "v = 493376486.53769577 m / s > c, setting 1/gamma = 0\n",
      "v = 518049042.32631016 m / s > c, setting 1/gamma = 0\n",
      "v = 323094171.52685535 m / s > c, setting 1/gamma = 0\n",
      "v = 376751251.6080559 m / s > c, setting 1/gamma = 0\n",
      "v = 309399304.48864466 m / s > c, setting 1/gamma = 0\n",
      "v = 350426679.2889464 m / s > c, setting 1/gamma = 0\n",
      "v = 391934200.75515777 m / s > c, setting 1/gamma = 0\n",
      "v = 320968701.4053754 m / s > c, setting 1/gamma = 0\n",
      "v = 681775051.9016131 m / s > c, setting 1/gamma = 0\n",
      "v = 560529484.4072967 m / s > c, setting 1/gamma = 0\n",
      "v = 333368133.70001936 m / s > c, setting 1/gamma = 0\n",
      "v = 304648688.0502848 m / s > c, setting 1/gamma = 0\n",
      "v = 352285578.3767429 m / s > c, setting 1/gamma = 0\n",
      "v = 327869430.3665657 m / s > c, setting 1/gamma = 0\n",
      "v = 304653171.8538662 m / s > c, setting 1/gamma = 0\n",
      "v = 341108198.9272658 m / s > c, setting 1/gamma = 0\n",
      "v = 303120912.8139732 m / s > c, setting 1/gamma = 0\n",
      "v = 324523380.36224145 m / s > c, setting 1/gamma = 0\n",
      "v = 308903975.6607342 m / s > c, setting 1/gamma = 0\n",
      "v = 341230863.1782576 m / s > c, setting 1/gamma = 0\n",
      "v = 306408830.6489711 m / s > c, setting 1/gamma = 0\n",
      "v = 367448999.1566443 m / s > c, setting 1/gamma = 0\n",
      "v = 413647834.5544979 m / s > c, setting 1/gamma = 0\n",
      "v = 312706592.2739557 m / s > c, setting 1/gamma = 0\n",
      "v = 341771146.10079783 m / s > c, setting 1/gamma = 0\n",
      "v = 522088677.81738 m / s > c, setting 1/gamma = 0\n",
      "v = 513277732.06251323 m / s > c, setting 1/gamma = 0\n",
      "v = 299960137.35650223 m / s > c, setting 1/gamma = 0\n",
      "v = 480016438.3563599 m / s > c, setting 1/gamma = 0\n",
      "v = 504593465.34249127 m / s > c, setting 1/gamma = 0\n",
      "v = 313949913.8808944 m / s > c, setting 1/gamma = 0\n",
      "v = 331822582.77233094 m / s > c, setting 1/gamma = 0\n",
      "v = 373753634.5268236 m / s > c, setting 1/gamma = 0\n",
      "v = 366795479.8815067 m / s > c, setting 1/gamma = 0\n",
      "v = 826870275.5426002 m / s > c, setting 1/gamma = 0\n",
      "v = 685489551.0699474 m / s > c, setting 1/gamma = 0\n",
      "v = 304775843.4770079 m / s > c, setting 1/gamma = 0\n",
      "v = 341193913.64851785 m / s > c, setting 1/gamma = 0\n",
      "v = 303712916.0130082 m / s > c, setting 1/gamma = 0\n",
      "v = 350847637.39303774 m / s > c, setting 1/gamma = 0\n",
      "v = 301644112.5971017 m / s > c, setting 1/gamma = 0\n",
      "v = 336649412.56321985 m / s > c, setting 1/gamma = 0\n",
      "v = 307086466.0460212 m / s > c, setting 1/gamma = 0\n",
      "v = 327342275.0412867 m / s > c, setting 1/gamma = 0\n",
      "v = 387826483.8519759 m / s > c, setting 1/gamma = 0\n",
      "v = 422240346.7335465 m / s > c, setting 1/gamma = 0\n",
      "v = 308239626.1426649 m / s > c, setting 1/gamma = 0\n",
      "v = 304914012.52052104 m / s > c, setting 1/gamma = 0\n",
      "v = 430003207.9133293 m / s > c, setting 1/gamma = 0\n",
      "v = 468919594.67158216 m / s > c, setting 1/gamma = 0\n",
      "v = 437383174.9382943 m / s > c, setting 1/gamma = 0\n",
      "v = 476031422.36006725 m / s > c, setting 1/gamma = 0\n",
      "v = 439528585.0542616 m / s > c, setting 1/gamma = 0\n",
      "v = 466013039.2250156 m / s > c, setting 1/gamma = 0\n",
      "v = 306230314.25824046 m / s > c, setting 1/gamma = 0\n",
      "v = 320254726.3359883 m / s > c, setting 1/gamma = 0\n",
      "v = 356519184.5051608 m / s > c, setting 1/gamma = 0\n",
      "v = 310012254.8939436 m / s > c, setting 1/gamma = 0\n",
      "v = 351275415.96303105 m / s > c, setting 1/gamma = 0\n",
      "v = 486851716.63622254 m / s > c, setting 1/gamma = 0\n",
      "v = 499323898.8895719 m / s > c, setting 1/gamma = 0\n",
      "v = 302986632.6968891 m / s > c, setting 1/gamma = 0\n",
      "v = 397975920.9627861 m / s > c, setting 1/gamma = 0\n",
      "v = 440917692.01610285 m / s > c, setting 1/gamma = 0\n",
      "v = 334259045.2422709 m / s > c, setting 1/gamma = 0\n",
      "v = 382572196.2416937 m / s > c, setting 1/gamma = 0\n",
      "v = 370233990.9249564 m / s > c, setting 1/gamma = 0\n",
      "v = 419751404.9351173 m / s > c, setting 1/gamma = 0\n",
      "v = 527498524.74004585 m / s > c, setting 1/gamma = 0\n",
      "v = 515029137.5153496 m / s > c, setting 1/gamma = 0\n",
      "v = 309107240.5153623 m / s > c, setting 1/gamma = 0\n",
      "v = 326741986.0141326 m / s > c, setting 1/gamma = 0\n",
      "v = 503553896.09953344 m / s > c, setting 1/gamma = 0\n",
      "v = 526590177.52431256 m / s > c, setting 1/gamma = 0\n",
      "v = 328136217.2187077 m / s > c, setting 1/gamma = 0\n",
      "v = 378734506.9956657 m / s > c, setting 1/gamma = 0\n",
      "v = 314647875.4272832 m / s > c, setting 1/gamma = 0\n",
      "v = 345201530.05923843 m / s > c, setting 1/gamma = 0\n",
      "v = 523069030.65508693 m / s > c, setting 1/gamma = 0\n",
      "v = 542966192.1108288 m / s > c, setting 1/gamma = 0\n",
      "v = 388455787.59512186 m / s > c, setting 1/gamma = 0\n",
      "v = 427818754.41623527 m / s > c, setting 1/gamma = 0\n",
      "v = 320845948.9780215 m / s > c, setting 1/gamma = 0\n",
      "v = 345519461.51132715 m / s > c, setting 1/gamma = 0\n",
      "v = 311334618.514678 m / s > c, setting 1/gamma = 0\n",
      "v = 326202814.3772851 m / s > c, setting 1/gamma = 0\n",
      "v = 369237204.0526878 m / s > c, setting 1/gamma = 0\n",
      "v = 409884659.4644836 m / s > c, setting 1/gamma = 0\n",
      "v = 303230907.6650015 m / s > c, setting 1/gamma = 0\n",
      "v = 349513135.2635207 m / s > c, setting 1/gamma = 0\n",
      "v = 367113221.104252 m / s > c, setting 1/gamma = 0\n",
      "v = 398837809.225156 m / s > c, setting 1/gamma = 0\n",
      "v = 322251177.1256635 m / s > c, setting 1/gamma = 0\n",
      "v = 673952901.4140099 m / s > c, setting 1/gamma = 0\n",
      "v = 553683188.885519 m / s > c, setting 1/gamma = 0\n",
      "v = 357268568.33333004 m / s > c, setting 1/gamma = 0\n",
      "v = 379648109.2694983 m / s > c, setting 1/gamma = 0\n",
      "v = 308180042.26558197 m / s > c, setting 1/gamma = 0\n",
      "v = 325652292.32949793 m / s > c, setting 1/gamma = 0\n",
      "v = 461919246.8234899 m / s > c, setting 1/gamma = 0\n",
      "v = 486703782.9804417 m / s > c, setting 1/gamma = 0\n",
      "v = 330542717.47439855 m / s > c, setting 1/gamma = 0\n",
      "v = 344707647.819145 m / s > c, setting 1/gamma = 0\n",
      "v = 369524982.083661 m / s > c, setting 1/gamma = 0\n",
      "v = 311717041.1197629 m / s > c, setting 1/gamma = 0\n",
      "v = 389605842.02862257 m / s > c, setting 1/gamma = 0\n",
      "v = 422976277.0282974 m / s > c, setting 1/gamma = 0\n",
      "v = 300489204.7932552 m / s > c, setting 1/gamma = 0\n",
      "v = 546511480.3666735 m / s > c, setting 1/gamma = 0\n",
      "v = 508636660.06631726 m / s > c, setting 1/gamma = 0\n",
      "v = 467426546.3239465 m / s > c, setting 1/gamma = 0\n",
      "v = 499128563.1942084 m / s > c, setting 1/gamma = 0\n",
      "v = 352883667.46451676 m / s > c, setting 1/gamma = 0\n",
      "v = 403560675.9281991 m / s > c, setting 1/gamma = 0\n",
      "v = 323384423.4942897 m / s > c, setting 1/gamma = 0\n",
      "v = 469082348.03033334 m / s > c, setting 1/gamma = 0\n",
      "v = 501927793.07625604 m / s > c, setting 1/gamma = 0\n",
      "v = 321623995.27611655 m / s > c, setting 1/gamma = 0\n",
      "v = 372338600.9014009 m / s > c, setting 1/gamma = 0\n",
      "v = 304132107.4235795 m / s > c, setting 1/gamma = 0\n",
      "v = 334431179.81522626 m / s > c, setting 1/gamma = 0\n",
      "v = 341909465.81323147 m / s > c, setting 1/gamma = 0\n",
      "v = 388743121.48933107 m / s > c, setting 1/gamma = 0\n",
      "v = 310004147.62181634 m / s > c, setting 1/gamma = 0\n",
      "v = 313668616.20037407 m / s > c, setting 1/gamma = 0\n",
      "v = 347481476.3105389 m / s > c, setting 1/gamma = 0\n",
      "v = 385453775.44678426 m / s > c, setting 1/gamma = 0\n",
      "v = 564335267.2792029 m / s > c, setting 1/gamma = 0\n",
      "v = 518673945.0930957 m / s > c, setting 1/gamma = 0\n",
      "v = 309751793.221377 m / s > c, setting 1/gamma = 0\n",
      "v = 306781199.8572331 m / s > c, setting 1/gamma = 0\n",
      "v = 374199416.4053433 m / s > c, setting 1/gamma = 0\n",
      "v = 415606406.51547664 m / s > c, setting 1/gamma = 0\n",
      "v = 372868625.0021096 m / s > c, setting 1/gamma = 0\n",
      "v = 414896916.4171397 m / s > c, setting 1/gamma = 0\n",
      "v = 301540720.53380907 m / s > c, setting 1/gamma = 0\n",
      "v = 620726881.3427516 m / s > c, setting 1/gamma = 0\n",
      "v = 507360713.43014425 m / s > c, setting 1/gamma = 0\n",
      "v = 353457722.1579836 m / s > c, setting 1/gamma = 0\n",
      "v = 377081793.54178613 m / s > c, setting 1/gamma = 0\n",
      "v = 432524242.1366537 m / s > c, setting 1/gamma = 0\n",
      "v = 474070800.980733 m / s > c, setting 1/gamma = 0\n",
      "v = 341056425.4385916 m / s > c, setting 1/gamma = 0\n",
      "v = 393305896.43076426 m / s > c, setting 1/gamma = 0\n",
      "v = 308517884.4775764 m / s > c, setting 1/gamma = 0\n",
      "v = 316584047.90354997 m / s > c, setting 1/gamma = 0\n",
      "v = 373040258.4300981 m / s > c, setting 1/gamma = 0\n",
      "v = 433812342.1726347 m / s > c, setting 1/gamma = 0\n",
      "v = 465552756.32899535 m / s > c, setting 1/gamma = 0\n",
      "v = 306827902.1760468 m / s > c, setting 1/gamma = 0\n",
      "v = 339416490.6064556 m / s > c, setting 1/gamma = 0\n",
      "v = 433954775.9171875 m / s > c, setting 1/gamma = 0\n",
      "v = 466221756.85860854 m / s > c, setting 1/gamma = 0\n",
      "v = 470424928.0790523 m / s > c, setting 1/gamma = 0\n",
      "v = 495693666.3549028 m / s > c, setting 1/gamma = 0\n",
      "v = 317800987.60867846 m / s > c, setting 1/gamma = 0\n",
      "v = 339796571.89873916 m / s > c, setting 1/gamma = 0\n",
      "v = 464433336.69830966 m / s > c, setting 1/gamma = 0\n",
      "v = 489621158.45609665 m / s > c, setting 1/gamma = 0\n",
      "v = 507008811.23336655 m / s > c, setting 1/gamma = 0\n",
      "v = 502178541.44072115 m / s > c, setting 1/gamma = 0\n",
      "v = 304379246.8761905 m / s > c, setting 1/gamma = 0\n",
      "v = 333110170.5605441 m / s > c, setting 1/gamma = 0\n",
      "v = 365286157.89969563 m / s > c, setting 1/gamma = 0\n",
      "v = 310422115.687147 m / s > c, setting 1/gamma = 0\n",
      "v = 356486624.43423474 m / s > c, setting 1/gamma = 0\n",
      "v = 308167706.6014908 m / s > c, setting 1/gamma = 0\n",
      "v = 625612044.0094364 m / s > c, setting 1/gamma = 0\n",
      "v = 512658505.5645837 m / s > c, setting 1/gamma = 0\n",
      "v = 314052858.3864879 m / s > c, setting 1/gamma = 0\n",
      "v = 343943248.0933809 m / s > c, setting 1/gamma = 0\n",
      "v = 310151165.38354367 m / s > c, setting 1/gamma = 0\n",
      "v = 416139447.0507448 m / s > c, setting 1/gamma = 0\n",
      "v = 447630679.6361675 m / s > c, setting 1/gamma = 0\n",
      "v = 449257985.8343902 m / s > c, setting 1/gamma = 0\n",
      "v = 489821489.4748944 m / s > c, setting 1/gamma = 0\n",
      "v = 365903650.9287052 m / s > c, setting 1/gamma = 0\n",
      "v = 418490195.8388366 m / s > c, setting 1/gamma = 0\n",
      "v = 306066364.4501747 m / s > c, setting 1/gamma = 0\n",
      "v = 336576275.6256801 m / s > c, setting 1/gamma = 0\n",
      "v = 329052589.1970609 m / s > c, setting 1/gamma = 0\n",
      "v = 347538004.13277984 m / s > c, setting 1/gamma = 0\n",
      "v = 314284531.28899956 m / s > c, setting 1/gamma = 0\n",
      "v = 381028011.70330113 m / s > c, setting 1/gamma = 0\n",
      "v = 303710710.5442396 m / s > c, setting 1/gamma = 0\n",
      "v = 343625282.2996947 m / s > c, setting 1/gamma = 0\n",
      "v = 525795868.9687533 m / s > c, setting 1/gamma = 0\n",
      "v = 577396857.3938637 m / s > c, setting 1/gamma = 0\n",
      "v = 314326500.7747489 m / s > c, setting 1/gamma = 0\n",
      "v = 338588932.81560194 m / s > c, setting 1/gamma = 0\n",
      "v = 389758876.03979 m / s > c, setting 1/gamma = 0\n",
      "v = 307806232.2967704 m / s > c, setting 1/gamma = 0\n",
      "v = 334358380.016966 m / s > c, setting 1/gamma = 0\n",
      "v = 352111254.8868034 m / s > c, setting 1/gamma = 0\n",
      "v = 413629525.4186606 m / s > c, setting 1/gamma = 0\n",
      "v = 450492623.4527104 m / s > c, setting 1/gamma = 0\n",
      "v = 483774670.79001737 m / s > c, setting 1/gamma = 0\n",
      "v = 310952308.2845475 m / s > c, setting 1/gamma = 0\n",
      "v = 311166391.66945857 m / s > c, setting 1/gamma = 0\n",
      "v = 647365439.5412734 m / s > c, setting 1/gamma = 0\n",
      "v = 532640363.22965443 m / s > c, setting 1/gamma = 0\n",
      "v = 324980764.5602978 m / s > c, setting 1/gamma = 0\n",
      "v = 351166560.6091922 m / s > c, setting 1/gamma = 0\n",
      "v = 301258307.7876647 m / s > c, setting 1/gamma = 0\n",
      "v = 357924316.91553885 m / s > c, setting 1/gamma = 0\n",
      "v = 393932282.27209264 m / s > c, setting 1/gamma = 0\n",
      "v = 315808509.570679 m / s > c, setting 1/gamma = 0\n",
      "v = 324334403.10720754 m / s > c, setting 1/gamma = 0\n",
      "v = 364316279.3610601 m / s > c, setting 1/gamma = 0\n",
      "v = 311942082.3559946 m / s > c, setting 1/gamma = 0\n",
      "v = 334632315.6590937 m / s > c, setting 1/gamma = 0\n",
      "v = 453081859.36569387 m / s > c, setting 1/gamma = 0\n",
      "v = 465788952.47195095 m / s > c, setting 1/gamma = 0\n",
      "v = 305170811.000623 m / s > c, setting 1/gamma = 0\n",
      "v = 336466634.21259797 m / s > c, setting 1/gamma = 0\n",
      "v = 300037589.2976197 m / s > c, setting 1/gamma = 0\n",
      "v = 315867836.001834 m / s > c, setting 1/gamma = 0\n",
      "v = 333857727.3714405 m / s > c, setting 1/gamma = 0\n",
      "v = 389373364.8443694 m / s > c, setting 1/gamma = 0\n",
      "v = 377979354.74211454 m / s > c, setting 1/gamma = 0\n",
      "v = 414155863.68731207 m / s > c, setting 1/gamma = 0\n",
      "v = 303486363.69108945 m / s > c, setting 1/gamma = 0\n",
      "v = 310229317.96583897 m / s > c, setting 1/gamma = 0\n",
      "v = 320740213.9756499 m / s > c, setting 1/gamma = 0\n",
      "v = 366262258.6178018 m / s > c, setting 1/gamma = 0\n",
      "v = 302827227.03683037 m / s > c, setting 1/gamma = 0\n",
      "v = 331274388.80863225 m / s > c, setting 1/gamma = 0\n",
      "v = 448521462.86863494 m / s > c, setting 1/gamma = 0\n",
      "v = 482788727.0561317 m / s > c, setting 1/gamma = 0\n",
      "v = 302463491.37059075 m / s > c, setting 1/gamma = 0\n",
      "v = 449371360.93241364 m / s > c, setting 1/gamma = 0\n",
      "v = 480651117.3128451 m / s > c, setting 1/gamma = 0\n",
      "v = 329709009.8990974 m / s > c, setting 1/gamma = 0\n",
      "v = 493939170.1259442 m / s > c, setting 1/gamma = 0\n",
      "v = 496193546.3007066 m / s > c, setting 1/gamma = 0\n",
      "v = 313322904.1557183 m / s > c, setting 1/gamma = 0\n",
      "v = 352010533.4530544 m / s > c, setting 1/gamma = 0\n",
      "v = 337995538.1606793 m / s > c, setting 1/gamma = 0\n",
      "v = 356007489.5561805 m / s > c, setting 1/gamma = 0\n",
      "v = 319447966.2974486 m / s > c, setting 1/gamma = 0\n",
      "v = 657471607.6595131 m / s > c, setting 1/gamma = 0\n",
      "v = 539294618.1937222 m / s > c, setting 1/gamma = 0\n",
      "v = 324771003.9067124 m / s > c, setting 1/gamma = 0\n",
      "v = 380305829.36134034 m / s > c, setting 1/gamma = 0\n",
      "v = 316115292.6157219 m / s > c, setting 1/gamma = 0\n",
      "v = 366874164.7883576 m / s > c, setting 1/gamma = 0\n",
      "v = 324621316.69318455 m / s > c, setting 1/gamma = 0\n",
      "v = 379705263.98552364 m / s > c, setting 1/gamma = 0\n",
      "v = 321272417.68201727 m / s > c, setting 1/gamma = 0\n",
      "v = 339131127.03893685 m / s > c, setting 1/gamma = 0\n",
      "v = 389361676.84853053 m / s > c, setting 1/gamma = 0\n",
      "v = 461699562.9147674 m / s > c, setting 1/gamma = 0\n",
      "v = 500386180.4500519 m / s > c, setting 1/gamma = 0\n",
      "v = 313219798.04095554 m / s > c, setting 1/gamma = 0\n",
      "v = 345322875.78376615 m / s > c, setting 1/gamma = 0\n",
      "v = 310366481.0010976 m / s > c, setting 1/gamma = 0\n",
      "v = 331854797.51944077 m / s > c, setting 1/gamma = 0\n",
      "v = 307681407.46365213 m / s > c, setting 1/gamma = 0\n",
      "v = 626656222.7362638 m / s > c, setting 1/gamma = 0\n",
      "v = 514634702.0431919 m / s > c, setting 1/gamma = 0\n",
      "v = 312120397.50119627 m / s > c, setting 1/gamma = 0\n",
      "v = 365777472.7684983 m / s > c, setting 1/gamma = 0\n",
      "v = 399836878.82522964 m / s > c, setting 1/gamma = 0\n",
      "v = 303135923.5428914 m / s > c, setting 1/gamma = 0\n",
      "v = 351719615.30604386 m / s > c, setting 1/gamma = 0\n",
      "v = 311861658.137777 m / s > c, setting 1/gamma = 0\n",
      "v = 340619748.20636314 m / s > c, setting 1/gamma = 0\n",
      "v = 474680756.11598706 m / s > c, setting 1/gamma = 0\n",
      "v = 504577441.73750824 m / s > c, setting 1/gamma = 0\n",
      "v = 351694698.00109345 m / s > c, setting 1/gamma = 0\n",
      "v = 400261848.9718718 m / s > c, setting 1/gamma = 0\n",
      "v = 439403464.26648474 m / s > c, setting 1/gamma = 0\n",
      "v = 473031026.75394344 m / s > c, setting 1/gamma = 0\n",
      "v = 319630804.1786856 m / s > c, setting 1/gamma = 0\n",
      "v = 372589872.99690765 m / s > c, setting 1/gamma = 0\n",
      "v = 301177853.66254157 m / s > c, setting 1/gamma = 0\n",
      "v = 333794401.31227946 m / s > c, setting 1/gamma = 0\n",
      "v = 357905185.1857073 m / s > c, setting 1/gamma = 0\n",
      "v = 392215040.36690617 m / s > c, setting 1/gamma = 0\n",
      "v = 309696758.42073476 m / s > c, setting 1/gamma = 0\n",
      "v = 642505964.1292106 m / s > c, setting 1/gamma = 0\n",
      "v = 528063484.0929135 m / s > c, setting 1/gamma = 0\n",
      "v = 304743347.96372616 m / s > c, setting 1/gamma = 0\n",
      "v = 340529603.95287293 m / s > c, setting 1/gamma = 0\n",
      "v = 338017606.0107477 m / s > c, setting 1/gamma = 0\n",
      "v = 378103772.76140606 m / s > c, setting 1/gamma = 0\n",
      "v = 328272278.9187014 m / s > c, setting 1/gamma = 0\n",
      "v = 698035099.6746378 m / s > c, setting 1/gamma = 0\n",
      "v = 575033659.6262083 m / s > c, setting 1/gamma = 0\n",
      "v = 304498246.30726594 m / s > c, setting 1/gamma = 0\n",
      "v = 322303866.7176543 m / s > c, setting 1/gamma = 0\n",
      "v = 393859376.7621408 m / s > c, setting 1/gamma = 0\n",
      "v = 429531800.93759453 m / s > c, setting 1/gamma = 0\n",
      "v = 300836728.25516605 m / s > c, setting 1/gamma = 0\n",
      "v = 326777667.2714972 m / s > c, setting 1/gamma = 0\n",
      "v = 456936250.8109272 m / s > c, setting 1/gamma = 0\n",
      "v = 491431701.625994 m / s > c, setting 1/gamma = 0\n",
      "v = 309248025.809013 m / s > c, setting 1/gamma = 0\n",
      "v = 306109769.3603621 m / s > c, setting 1/gamma = 0\n",
      "v = 505227140.3626556 m / s > c, setting 1/gamma = 0\n",
      "v = 525327376.8023819 m / s > c, setting 1/gamma = 0\n",
      "v = 323892764.33956134 m / s > c, setting 1/gamma = 0\n",
      "v = 314803867.6653259 m / s > c, setting 1/gamma = 0\n",
      "v = 323774689.013564 m / s > c, setting 1/gamma = 0\n",
      "v = 356652733.806322 m / s > c, setting 1/gamma = 0\n",
      "v = 559064139.6955602 m / s > c, setting 1/gamma = 0\n",
      "v = 570379060.9070752 m / s > c, setting 1/gamma = 0\n",
      "v = 393012994.9530747 m / s > c, setting 1/gamma = 0\n",
      "v = 439136553.9867606 m / s > c, setting 1/gamma = 0\n",
      "v = 318678393.27182645 m / s > c, setting 1/gamma = 0\n",
      "v = 301564887.10074764 m / s > c, setting 1/gamma = 0\n",
      "v = 426239737.33977544 m / s > c, setting 1/gamma = 0\n",
      "v = 460519411.10970694 m / s > c, setting 1/gamma = 0\n",
      "v = 348594753.50748914 m / s > c, setting 1/gamma = 0\n",
      "v = 396421190.20304453 m / s > c, setting 1/gamma = 0\n",
      "v = 323020605.7191175 m / s > c, setting 1/gamma = 0\n",
      "v = 349091984.03566134 m / s > c, setting 1/gamma = 0\n",
      "v = 374760007.9236606 m / s > c, setting 1/gamma = 0\n",
      "v = 412307137.0918154 m / s > c, setting 1/gamma = 0\n",
      "v = 378115349.1845736 m / s > c, setting 1/gamma = 0\n",
      "v = 424833287.9333052 m / s > c, setting 1/gamma = 0\n",
      "v = 333133509.19084114 m / s > c, setting 1/gamma = 0\n",
      "v = 372151909.2720017 m / s > c, setting 1/gamma = 0\n",
      "v = 457439446.413804 m / s > c, setting 1/gamma = 0\n",
      "v = 491365146.9323003 m / s > c, setting 1/gamma = 0\n",
      "v = 307460003.105699 m / s > c, setting 1/gamma = 0\n",
      "v = 471105730.16834927 m / s > c, setting 1/gamma = 0\n",
      "v = 490024787.1875895 m / s > c, setting 1/gamma = 0\n",
      "v = 374856855.657478 m / s > c, setting 1/gamma = 0\n",
      "v = 424933836.94888806 m / s > c, setting 1/gamma = 0\n",
      "v = 312348835.6606329 m / s > c, setting 1/gamma = 0\n",
      "v = 346146323.2876748 m / s > c, setting 1/gamma = 0\n",
      "v = 740170285.8248076 m / s > c, setting 1/gamma = 0\n",
      "v = 610841074.6859592 m / s > c, setting 1/gamma = 0\n",
      "v = 304230496.9466372 m / s > c, setting 1/gamma = 0\n",
      "v = 401853367.98143834 m / s > c, setting 1/gamma = 0\n",
      "v = 455628231.9696433 m / s > c, setting 1/gamma = 0\n",
      "v = 360356410.5426903 m / s > c, setting 1/gamma = 0\n",
      "v = 402769339.5491168 m / s > c, setting 1/gamma = 0\n",
      "v = 335048678.51973057 m / s > c, setting 1/gamma = 0\n",
      "v = 392993546.75358254 m / s > c, setting 1/gamma = 0\n",
      "v = 439445246.8108178 m / s > c, setting 1/gamma = 0\n",
      "v = 301357615.5242051 m / s > c, setting 1/gamma = 0\n",
      "v = 331075568.85500526 m / s > c, setting 1/gamma = 0\n",
      "v = 355389696.02941257 m / s > c, setting 1/gamma = 0\n",
      "v = 343840181.9475048 m / s > c, setting 1/gamma = 0\n",
      "v = 754508818.7558041 m / s > c, setting 1/gamma = 0\n",
      "v = 624468452.0319525 m / s > c, setting 1/gamma = 0\n",
      "v = 368094646.88305116 m / s > c, setting 1/gamma = 0\n",
      "v = 390168642.0066223 m / s > c, setting 1/gamma = 0\n",
      "v = 315829988.42181283 m / s > c, setting 1/gamma = 0\n",
      "v = 334905814.16848916 m / s > c, setting 1/gamma = 0\n",
      "v = 309165332.2273981 m / s > c, setting 1/gamma = 0\n",
      "v = 373563838.79968566 m / s > c, setting 1/gamma = 0\n",
      "v = 414645105.9787364 m / s > c, setting 1/gamma = 0\n",
      "v = 409608651.52384186 m / s > c, setting 1/gamma = 0\n",
      "v = 434835262.7328445 m / s > c, setting 1/gamma = 0\n",
      "v = 441286447.3448348 m / s > c, setting 1/gamma = 0\n",
      "v = 465369356.0056579 m / s > c, setting 1/gamma = 0\n",
      "v = 379984028.3721021 m / s > c, setting 1/gamma = 0\n",
      "v = 432504841.94738287 m / s > c, setting 1/gamma = 0\n",
      "v = 355956851.2235394 m / s > c, setting 1/gamma = 0\n",
      "v = 404407292.8467677 m / s > c, setting 1/gamma = 0\n",
      "v = 469510500.97986066 m / s > c, setting 1/gamma = 0\n",
      "v = 498441795.016122 m / s > c, setting 1/gamma = 0\n",
      "v = 314376856.05468 m / s > c, setting 1/gamma = 0\n",
      "v = 343058726.61060166 m / s > c, setting 1/gamma = 0\n",
      "v = 562906557.5134414 m / s > c, setting 1/gamma = 0\n",
      "v = 501607710.3986771 m / s > c, setting 1/gamma = 0\n",
      "v = 324054046.0141377 m / s > c, setting 1/gamma = 0\n",
      "v = 360499505.7528535 m / s > c, setting 1/gamma = 0\n",
      "v = 388026624.6043699 m / s > c, setting 1/gamma = 0\n",
      "v = 426024236.28476244 m / s > c, setting 1/gamma = 0\n",
      "v = 334431275.3086478 m / s > c, setting 1/gamma = 0\n",
      "v = 461402063.1626963 m / s > c, setting 1/gamma = 0\n",
      "v = 491473381.1325957 m / s > c, setting 1/gamma = 0\n",
      "v = 342559661.91857165 m / s > c, setting 1/gamma = 0\n",
      "v = 308915821.88315654 m / s > c, setting 1/gamma = 0\n",
      "v = 342101152.5000743 m / s > c, setting 1/gamma = 0\n",
      "v = 466274527.713599 m / s > c, setting 1/gamma = 0\n",
      "v = 504769584.15959287 m / s > c, setting 1/gamma = 0\n",
      "v = 307528600.22596556 m / s > c, setting 1/gamma = 0\n",
      "v = 403987526.1110887 m / s > c, setting 1/gamma = 0\n",
      "v = 455844368.57525927 m / s > c, setting 1/gamma = 0\n",
      "v = 310889602.29240394 m / s > c, setting 1/gamma = 0\n",
      "v = 301197089.50121397 m / s > c, setting 1/gamma = 0\n",
      "v = 333055460.747658 m / s > c, setting 1/gamma = 0\n",
      "v = 338756546.649019 m / s > c, setting 1/gamma = 0\n",
      "v = 357594310.9257426 m / s > c, setting 1/gamma = 0\n",
      "v = 337309760.53540593 m / s > c, setting 1/gamma = 0\n",
      "v = 720420455.045433 m / s > c, setting 1/gamma = 0\n",
      "v = 594687383.235545 m / s > c, setting 1/gamma = 0\n",
      "v = 312504363.9896768 m / s > c, setting 1/gamma = 0\n",
      "v = 503944845.5403162 m / s > c, setting 1/gamma = 0\n",
      "v = 526133701.7604222 m / s > c, setting 1/gamma = 0\n",
      "v = 322883780.2072415 m / s > c, setting 1/gamma = 0\n",
      "v = 317943620.3422033 m / s > c, setting 1/gamma = 0\n",
      "v = 315222497.1190935 m / s > c, setting 1/gamma = 0\n",
      "v = 345531944.22050714 m / s > c, setting 1/gamma = 0\n",
      "v = 482770433.8719274 m / s > c, setting 1/gamma = 0\n",
      "v = 518121238.27765185 m / s > c, setting 1/gamma = 0\n",
      "v = 345551965.2472363 m / s > c, setting 1/gamma = 0\n",
      "v = 384722896.63577414 m / s > c, setting 1/gamma = 0\n",
      "v = 306905482.6371337 m / s > c, setting 1/gamma = 0\n",
      "v = 660518442.8204644 m / s > c, setting 1/gamma = 0\n",
      "v = 543348570.1169292 m / s > c, setting 1/gamma = 0\n",
      "v = 301491560.79001534 m / s > c, setting 1/gamma = 0\n",
      "v = 325833942.69692713 m / s > c, setting 1/gamma = 0\n",
      "v = 330342936.1313847 m / s > c, setting 1/gamma = 0\n",
      "v = 316308229.06565803 m / s > c, setting 1/gamma = 0\n",
      "v = 316785446.0198355 m / s > c, setting 1/gamma = 0\n",
      "v = 359468722.0644365 m / s > c, setting 1/gamma = 0\n",
      "v = 337867978.95845956 m / s > c, setting 1/gamma = 0\n",
      "v = 364508058.64680356 m / s > c, setting 1/gamma = 0\n",
      "v = 405032464.8412145 m / s > c, setting 1/gamma = 0\n",
      "v = 435970013.8002329 m / s > c, setting 1/gamma = 0\n",
      "v = 324957352.2767212 m / s > c, setting 1/gamma = 0\n",
      "v = 362860475.1981583 m / s > c, setting 1/gamma = 0\n",
      "v = 326861862.3905409 m / s > c, setting 1/gamma = 0\n",
      "v = 384247190.6621185 m / s > c, setting 1/gamma = 0\n",
      "v = 427859849.4245802 m / s > c, setting 1/gamma = 0\n",
      "v = 350286893.9774188 m / s > c, setting 1/gamma = 0\n",
      "v = 376520419.68673265 m / s > c, setting 1/gamma = 0\n",
      "v = 363141101.2535297 m / s > c, setting 1/gamma = 0\n",
      "v = 415038455.4919645 m / s > c, setting 1/gamma = 0\n",
      "v = 343348845.697678 m / s > c, setting 1/gamma = 0\n",
      "v = 380639957.9008689 m / s > c, setting 1/gamma = 0\n",
      "v = 440931307.7666889 m / s > c, setting 1/gamma = 0\n",
      "v = 480160108.35826105 m / s > c, setting 1/gamma = 0\n",
      "v = 321804770.1743341 m / s > c, setting 1/gamma = 0\n",
      "v = 355169311.4231448 m / s > c, setting 1/gamma = 0\n",
      "v = 453331665.62165475 m / s > c, setting 1/gamma = 0\n",
      "v = 472982418.1123426 m / s > c, setting 1/gamma = 0\n",
      "v = 423866109.99049276 m / s > c, setting 1/gamma = 0\n",
      "v = 467019846.73218197 m / s > c, setting 1/gamma = 0\n",
      "v = 302434696.47339517 m / s > c, setting 1/gamma = 0\n",
      "v = 332489985.31846035 m / s > c, setting 1/gamma = 0\n",
      "v = 305321905.03616303 m / s > c, setting 1/gamma = 0\n",
      "v = 318898717.0814479 m / s > c, setting 1/gamma = 0\n",
      "v = 347212435.7486957 m / s > c, setting 1/gamma = 0\n",
      "v = 392463216.21064997 m / s > c, setting 1/gamma = 0\n",
      "v = 436318762.62228674 m / s > c, setting 1/gamma = 0\n",
      "v = 303156819.88775766 m / s > c, setting 1/gamma = 0\n",
      "v = 329840002.07603186 m / s > c, setting 1/gamma = 0\n",
      "v = 303946374.1713367 m / s > c, setting 1/gamma = 0\n",
      "v = 443677962.56806904 m / s > c, setting 1/gamma = 0\n",
      "v = 477251973.7584319 m / s > c, setting 1/gamma = 0\n",
      "v = 466978279.41442543 m / s > c, setting 1/gamma = 0\n",
      "v = 485591940.0396255 m / s > c, setting 1/gamma = 0\n",
      "v = 371819691.5383741 m / s > c, setting 1/gamma = 0\n",
      "v = 424914922.7662102 m / s > c, setting 1/gamma = 0\n",
      "v = 323607022.99026734 m / s > c, setting 1/gamma = 0\n",
      "v = 571607702.0091059 m / s > c, setting 1/gamma = 0\n",
      "v = 580426831.9513309 m / s > c, setting 1/gamma = 0\n",
      "v = 314158611.08204305 m / s > c, setting 1/gamma = 0\n",
      "v = 300098055.2979393 m / s > c, setting 1/gamma = 0\n",
      "v = 436549005.7265715 m / s > c, setting 1/gamma = 0\n",
      "v = 471620465.59900767 m / s > c, setting 1/gamma = 0\n",
      "v = 375000388.30285776 m / s > c, setting 1/gamma = 0\n",
      "v = 427381041.8140891 m / s > c, setting 1/gamma = 0\n",
      "v = 304442772.68651485 m / s > c, setting 1/gamma = 0\n",
      "v = 442274391.4606432 m / s > c, setting 1/gamma = 0\n",
      "v = 481893243.73677886 m / s > c, setting 1/gamma = 0\n",
      "v = 376051812.4603942 m / s > c, setting 1/gamma = 0\n",
      "v = 428913159.1908757 m / s > c, setting 1/gamma = 0\n",
      "v = 376101375.6250179 m / s > c, setting 1/gamma = 0\n",
      "v = 404001157.1710669 m / s > c, setting 1/gamma = 0\n",
      "v = 306638395.06921905 m / s > c, setting 1/gamma = 0\n",
      "v = 645208644.4070839 m / s > c, setting 1/gamma = 0\n",
      "v = 531118435.4141965 m / s > c, setting 1/gamma = 0\n",
      "v = 305131188.69792444 m / s > c, setting 1/gamma = 0\n",
      "v = 342058882.8336656 m / s > c, setting 1/gamma = 0\n",
      "v = 305755298.3569303 m / s > c, setting 1/gamma = 0\n",
      "v = 330095959.92543775 m / s > c, setting 1/gamma = 0\n",
      "v = 350472232.8430165 m / s > c, setting 1/gamma = 0\n",
      "v = 334206889.22916234 m / s > c, setting 1/gamma = 0\n",
      "v = 700296580.6905643 m / s > c, setting 1/gamma = 0\n",
      "v = 577385035.9814936 m / s > c, setting 1/gamma = 0\n",
      "v = 323207705.14743793 m / s > c, setting 1/gamma = 0\n",
      "v = 355680207.03557557 m / s > c, setting 1/gamma = 0\n",
      "v = 320443879.0962976 m / s > c, setting 1/gamma = 0\n",
      "v = 370302660.8859751 m / s > c, setting 1/gamma = 0\n",
      "v = 312551773.5150922 m / s > c, setting 1/gamma = 0\n",
      "v = 661142273.9612622 m / s > c, setting 1/gamma = 0\n",
      "v = 542432362.8235663 m / s > c, setting 1/gamma = 0\n",
      "v = 319668955.9680481 m / s > c, setting 1/gamma = 0\n",
      "v = 348204267.44815093 m / s > c, setting 1/gamma = 0\n",
      "v = 466720907.0293104 m / s > c, setting 1/gamma = 0\n",
      "v = 493542444.29743546 m / s > c, setting 1/gamma = 0\n",
      "v = 356228828.65673906 m / s > c, setting 1/gamma = 0\n",
      "v = 409780783.6838717 m / s > c, setting 1/gamma = 0\n",
      "v = 350722167.8810091 m / s > c, setting 1/gamma = 0\n",
      "v = 379463202.91605675 m / s > c, setting 1/gamma = 0\n",
      "v = 302804940.8464937 m / s > c, setting 1/gamma = 0\n",
      "v = 325231109.9811481 m / s > c, setting 1/gamma = 0\n",
      "v = 401847358.04163456 m / s > c, setting 1/gamma = 0\n",
      "v = 451673791.76817614 m / s > c, setting 1/gamma = 0\n",
      "v = 315774430.95642716 m / s > c, setting 1/gamma = 0\n",
      "v = 389833888.9781587 m / s > c, setting 1/gamma = 0\n",
      "v = 411496184.708246 m / s > c, setting 1/gamma = 0\n",
      "v = 310116543.4562549 m / s > c, setting 1/gamma = 0\n",
      "v = 355149522.8610735 m / s > c, setting 1/gamma = 0\n",
      "v = 327120033.38100284 m / s > c, setting 1/gamma = 0\n",
      "v = 499750534.4082033 m / s > c, setting 1/gamma = 0\n",
      "v = 525933555.8814216 m / s > c, setting 1/gamma = 0\n",
      "v = 302742888.90225047 m / s > c, setting 1/gamma = 0\n",
      "v = 354685708.141504 m / s > c, setting 1/gamma = 0\n",
      "v = 322652182.5346281 m / s > c, setting 1/gamma = 0\n",
      "v = 356038667.5013644 m / s > c, setting 1/gamma = 0\n",
      "v = 353880456.7613553 m / s > c, setting 1/gamma = 0\n",
      "v = 398899155.65277785 m / s > c, setting 1/gamma = 0\n",
      "v = 535195515.3830473 m / s > c, setting 1/gamma = 0\n",
      "v = 532202096.9248297 m / s > c, setting 1/gamma = 0\n",
      "v = 305022183.69602734 m / s > c, setting 1/gamma = 0\n",
      "v = 337356399.89225024 m / s > c, setting 1/gamma = 0\n",
      "v = 300131465.5277694 m / s > c, setting 1/gamma = 0\n",
      "v = 320060963.6208364 m / s > c, setting 1/gamma = 0\n",
      "v = 526826862.840965 m / s > c, setting 1/gamma = 0\n",
      "v = 501426483.46249753 m / s > c, setting 1/gamma = 0\n",
      "v = 308979382.7671024 m / s > c, setting 1/gamma = 0\n",
      "v = 322156359.2466758 m / s > c, setting 1/gamma = 0\n",
      "v = 672546418.5258924 m / s > c, setting 1/gamma = 0\n",
      "v = 553498853.8407167 m / s > c, setting 1/gamma = 0\n",
      "v = 349249283.2666276 m / s > c, setting 1/gamma = 0\n",
      "v = 374671278.81391495 m / s > c, setting 1/gamma = 0\n",
      "v = 308720935.77627945 m / s > c, setting 1/gamma = 0\n",
      "v = 481323639.3049467 m / s > c, setting 1/gamma = 0\n",
      "v = 503443744.05293566 m / s > c, setting 1/gamma = 0\n",
      "v = 305049747.0692926 m / s > c, setting 1/gamma = 0\n",
      "v = 303065979.1732015 m / s > c, setting 1/gamma = 0\n",
      "v = 361148971.30462724 m / s > c, setting 1/gamma = 0\n",
      "v = 306338725.87437725 m / s > c, setting 1/gamma = 0\n",
      "v = 323109846.89622325 m / s > c, setting 1/gamma = 0\n",
      "v = 407077207.6985203 m / s > c, setting 1/gamma = 0\n",
      "v = 430955326.08606195 m / s > c, setting 1/gamma = 0\n",
      "v = 319520463.89483804 m / s > c, setting 1/gamma = 0\n",
      "v = 369779454.42208695 m / s > c, setting 1/gamma = 0\n",
      "v = 404474011.15992814 m / s > c, setting 1/gamma = 0\n",
      "v = 431152517.5635877 m / s > c, setting 1/gamma = 0\n",
      "v = 392990523.7348018 m / s > c, setting 1/gamma = 0\n",
      "v = 440069836.9142853 m / s > c, setting 1/gamma = 0\n",
      "v = 311799793.7169007 m / s > c, setting 1/gamma = 0\n",
      "v = 448019225.93803364 m / s > c, setting 1/gamma = 0\n",
      "v = 479123169.3080497 m / s > c, setting 1/gamma = 0\n",
      "v = 452127682.8971952 m / s > c, setting 1/gamma = 0\n",
      "v = 477175591.0730092 m / s > c, setting 1/gamma = 0\n",
      "v = 492589540.60373485 m / s > c, setting 1/gamma = 0\n",
      "v = 512316425.6559695 m / s > c, setting 1/gamma = 0\n",
      "v = 346155736.8292575 m / s > c, setting 1/gamma = 0\n",
      "v = 373056984.9770282 m / s > c, setting 1/gamma = 0\n",
      "v = 394628484.0477894 m / s > c, setting 1/gamma = 0\n",
      "v = 300903140.4012991 m / s > c, setting 1/gamma = 0\n",
      "v = 323164173.6155271 m / s > c, setting 1/gamma = 0\n",
      "v = 366628572.3251689 m / s > c, setting 1/gamma = 0\n",
      "v = 393545037.5161481 m / s > c, setting 1/gamma = 0\n",
      "v = 474021773.06650585 m / s > c, setting 1/gamma = 0\n",
      "v = 490469134.7225881 m / s > c, setting 1/gamma = 0\n",
      "v = 304516689.2297799 m / s > c, setting 1/gamma = 0\n",
      "v = 323243514.12371266 m / s > c, setting 1/gamma = 0\n",
      "v = 514702208.6783309 m / s > c, setting 1/gamma = 0\n",
      "v = 534086930.0221944 m / s > c, setting 1/gamma = 0\n",
      "v = 536060562.12284386 m / s > c, setting 1/gamma = 0\n",
      "v = 499557525.73382306 m / s > c, setting 1/gamma = 0\n",
      "v = 316548370.9224716 m / s > c, setting 1/gamma = 0\n",
      "v = 320967870.59773666 m / s > c, setting 1/gamma = 0\n",
      "v = 348315163.79268146 m / s > c, setting 1/gamma = 0\n",
      "v = 480802165.3696156 m / s > c, setting 1/gamma = 0\n",
      "v = 506793273.07394284 m / s > c, setting 1/gamma = 0\n",
      "v = 309430691.4625231 m / s > c, setting 1/gamma = 0\n",
      "v = 362332606.6000358 m / s > c, setting 1/gamma = 0\n",
      "v = 322567734.1833512 m / s > c, setting 1/gamma = 0\n",
      "v = 339527667.03591096 m / s > c, setting 1/gamma = 0\n",
      "v = 371472352.57429224 m / s > c, setting 1/gamma = 0\n",
      "v = 306231045.7567903 m / s > c, setting 1/gamma = 0\n",
      "v = 464757450.84074885 m / s > c, setting 1/gamma = 0\n",
      "v = 486212462.3538813 m / s > c, setting 1/gamma = 0\n",
      "v = 302894575.15036505 m / s > c, setting 1/gamma = 0\n",
      "v = 428789422.94455427 m / s > c, setting 1/gamma = 0\n",
      "v = 456902723.27125984 m / s > c, setting 1/gamma = 0\n",
      "v = 333137289.17344326 m / s > c, setting 1/gamma = 0\n",
      "v = 386065512.5711851 m / s > c, setting 1/gamma = 0\n",
      "v = 316443088.97025186 m / s > c, setting 1/gamma = 0\n",
      "v = 347209503.721371 m / s > c, setting 1/gamma = 0\n",
      "v = 303603794.0677221 m / s > c, setting 1/gamma = 0\n",
      "v = 374535204.099517 m / s > c, setting 1/gamma = 0\n",
      "v = 408461695.7842794 m / s > c, setting 1/gamma = 0\n",
      "v = 319005250.53706574 m / s > c, setting 1/gamma = 0\n",
      "v = 371120319.8080313 m / s > c, setting 1/gamma = 0\n",
      "v = 302898262.51776755 m / s > c, setting 1/gamma = 0\n",
      "v = 434000510.5667433 m / s > c, setting 1/gamma = 0\n",
      "v = 457926216.51138943 m / s > c, setting 1/gamma = 0\n",
      "v = 315775187.47462565 m / s > c, setting 1/gamma = 0\n",
      "v = 666771712.3219639 m / s > c, setting 1/gamma = 0\n",
      "v = 549173226.0757604 m / s > c, setting 1/gamma = 0\n",
      "v = 355514315.8061198 m / s > c, setting 1/gamma = 0\n",
      "v = 379935027.0484677 m / s > c, setting 1/gamma = 0\n",
      "v = 384790948.6386062 m / s > c, setting 1/gamma = 0\n",
      "v = 415463411.44876236 m / s > c, setting 1/gamma = 0\n",
      "v = 344804605.9113574 m / s > c, setting 1/gamma = 0\n",
      "v = 395779899.5569062 m / s > c, setting 1/gamma = 0\n",
      "v = 386712895.69615674 m / s > c, setting 1/gamma = 0\n",
      "v = 418922118.4180195 m / s > c, setting 1/gamma = 0\n",
      "v = 354929689.0362119 m / s > c, setting 1/gamma = 0\n",
      "v = 408493458.5010627 m / s > c, setting 1/gamma = 0\n",
      "v = 315789599.74273354 m / s > c, setting 1/gamma = 0\n",
      "v = 356270299.9796197 m / s > c, setting 1/gamma = 0\n",
      "v = 380608550.9331124 m / s > c, setting 1/gamma = 0\n",
      "v = 370710887.006107 m / s > c, setting 1/gamma = 0\n",
      "v = 417215621.0848499 m / s > c, setting 1/gamma = 0\n",
      "v = 320883546.97480154 m / s > c, setting 1/gamma = 0\n",
      "v = 350866013.1369317 m / s > c, setting 1/gamma = 0\n",
      "v = 303260396.50517356 m / s > c, setting 1/gamma = 0\n",
      "v = 322033877.21833515 m / s > c, setting 1/gamma = 0\n",
      "v = 423865439.47382385 m / s > c, setting 1/gamma = 0\n",
      "v = 452918059.1791157 m / s > c, setting 1/gamma = 0\n",
      "v = 306988656.6377081 m / s > c, setting 1/gamma = 0\n",
      "v = 359060930.54484814 m / s > c, setting 1/gamma = 0\n",
      "v = 312206335.1193774 m / s > c, setting 1/gamma = 0\n",
      "v = 342934099.6596566 m / s > c, setting 1/gamma = 0\n",
      "v = 460150348.3291512 m / s > c, setting 1/gamma = 0\n",
      "v = 487883231.1799416 m / s > c, setting 1/gamma = 0\n",
      "v = 310543523.04956764 m / s > c, setting 1/gamma = 0\n",
      "v = 304126959.873751 m / s > c, setting 1/gamma = 0\n",
      "v = 322385496.96768343 m / s > c, setting 1/gamma = 0\n",
      "v = 395147573.97397596 m / s > c, setting 1/gamma = 0\n",
      "v = 425021297.1048134 m / s > c, setting 1/gamma = 0\n",
      "v = 355874002.6408896 m / s > c, setting 1/gamma = 0\n",
      "v = 406231084.53343344 m / s > c, setting 1/gamma = 0\n",
      "v = 305288444.5756711 m / s > c, setting 1/gamma = 0\n",
      "v = 336974840.3039622 m / s > c, setting 1/gamma = 0\n",
      "v = 300315309.16343343 m / s > c, setting 1/gamma = 0\n",
      "v = 325201565.1722338 m / s > c, setting 1/gamma = 0\n",
      "v = 358294693.5594067 m / s > c, setting 1/gamma = 0\n",
      "v = 315371730.6376763 m / s > c, setting 1/gamma = 0\n",
      "v = 366417661.9131306 m / s > c, setting 1/gamma = 0\n",
      "v = 301180665.0062507 m / s > c, setting 1/gamma = 0\n",
      "v = 322009691.2453635 m / s > c, setting 1/gamma = 0\n",
      "v = 325812957.39754635 m / s > c, setting 1/gamma = 0\n",
      "v = 351707301.3421763 m / s > c, setting 1/gamma = 0\n",
      "v = 367626858.207088 m / s > c, setting 1/gamma = 0\n",
      "v = 417517063.87198985 m / s > c, setting 1/gamma = 0\n",
      "v = 309894291.0756759 m / s > c, setting 1/gamma = 0\n",
      "v = 528762422.5499948 m / s > c, setting 1/gamma = 0\n",
      "v = 546576674.6541319 m / s > c, setting 1/gamma = 0\n",
      "v = 350927264.6333744 m / s > c, setting 1/gamma = 0\n",
      "v = 398622799.00560176 m / s > c, setting 1/gamma = 0\n",
      "v = 373447254.457988 m / s > c, setting 1/gamma = 0\n",
      "v = 392497682.3264219 m / s > c, setting 1/gamma = 0\n",
      "v = 428137176.8588713 m / s > c, setting 1/gamma = 0\n",
      "v = 459055594.4790163 m / s > c, setting 1/gamma = 0\n",
      "v = 312406290.5548324 m / s > c, setting 1/gamma = 0\n",
      "v = 366678913.61123884 m / s > c, setting 1/gamma = 0\n",
      "v = 315854205.6700987 m / s > c, setting 1/gamma = 0\n",
      "v = 347764244.4808803 m / s > c, setting 1/gamma = 0\n",
      "v = 301936803.9763087 m / s > c, setting 1/gamma = 0\n",
      "v = 504244937.37849045 m / s > c, setting 1/gamma = 0\n",
      "v = 521478294.4665106 m / s > c, setting 1/gamma = 0\n",
      "v = 360577699.60965693 m / s > c, setting 1/gamma = 0\n",
      "v = 410810035.0602944 m / s > c, setting 1/gamma = 0\n",
      "v = 336663084.1688979 m / s > c, setting 1/gamma = 0\n",
      "v = 364665719.3002395 m / s > c, setting 1/gamma = 0\n",
      "v = 314120876.09538436 m / s > c, setting 1/gamma = 0\n",
      "v = 331248892.2690632 m / s > c, setting 1/gamma = 0\n",
      "v = 566171917.7184498 m / s > c, setting 1/gamma = 0\n",
      "v = 577640583.16112 m / s > c, setting 1/gamma = 0\n",
      "v = 307112169.0414562 m / s > c, setting 1/gamma = 0\n",
      "v = 311126411.48998445 m / s > c, setting 1/gamma = 0\n",
      "v = 312621951.10711616 m / s > c, setting 1/gamma = 0\n",
      "v = 353332023.8208967 m / s > c, setting 1/gamma = 0\n",
      "v = 320321207.31792295 m / s > c, setting 1/gamma = 0\n",
      "v = 369949706.29041874 m / s > c, setting 1/gamma = 0\n",
      "v = 307535198.927314 m / s > c, setting 1/gamma = 0\n",
      "v = 326421577.6721061 m / s > c, setting 1/gamma = 0\n",
      "v = 309169009.3397678 m / s > c, setting 1/gamma = 0\n",
      "v = 331122600.97207856 m / s > c, setting 1/gamma = 0\n",
      "v = 515887502.7161221 m / s > c, setting 1/gamma = 0\n",
      "v = 504926162.98210394 m / s > c, setting 1/gamma = 0\n",
      "v = 307857012.0306878 m / s > c, setting 1/gamma = 0\n",
      "v = 311884503.8225613 m / s > c, setting 1/gamma = 0\n",
      "v = 329865930.1010749 m / s > c, setting 1/gamma = 0\n",
      "v = 570861094.846008 m / s > c, setting 1/gamma = 0\n",
      "v = 583225999.2156137 m / s > c, setting 1/gamma = 0\n",
      "v = 376534241.08100784 m / s > c, setting 1/gamma = 0\n",
      "v = 417815495.6484994 m / s > c, setting 1/gamma = 0\n",
      "v = 327491823.65390164 m / s > c, setting 1/gamma = 0\n",
      "v = 354811320.1953043 m / s > c, setting 1/gamma = 0\n",
      "v = 459281486.2311615 m / s > c, setting 1/gamma = 0\n",
      "v = 488935028.8400045 m / s > c, setting 1/gamma = 0\n",
      "v = 302821426.5683173 m / s > c, setting 1/gamma = 0\n",
      "v = 478458836.7654795 m / s > c, setting 1/gamma = 0\n",
      "v = 502196163.05289924 m / s > c, setting 1/gamma = 0\n",
      "v = 304586840.1845516 m / s > c, setting 1/gamma = 0\n",
      "v = 354046512.6464598 m / s > c, setting 1/gamma = 0\n",
      "v = 300692129.79219896 m / s > c, setting 1/gamma = 0\n",
      "v = 327873908.97711986 m / s > c, setting 1/gamma = 0\n",
      "v = 433156743.99862075 m / s > c, setting 1/gamma = 0\n",
      "v = 457103551.80254346 m / s > c, setting 1/gamma = 0\n",
      "v = 564781209.4910811 m / s > c, setting 1/gamma = 0\n",
      "v = 521798578.2848427 m / s > c, setting 1/gamma = 0\n",
      "v = 323035114.1922705 m / s > c, setting 1/gamma = 0\n",
      "v = 327175774.3609397 m / s > c, setting 1/gamma = 0\n",
      "v = 345069680.3421891 m / s > c, setting 1/gamma = 0\n",
      "v = 453732873.23303914 m / s > c, setting 1/gamma = 0\n",
      "v = 482484479.420365 m / s > c, setting 1/gamma = 0\n",
      "v = 461217705.38400066 m / s > c, setting 1/gamma = 0\n",
      "v = 494317522.9863801 m / s > c, setting 1/gamma = 0\n",
      "v = 313160905.77089316 m / s > c, setting 1/gamma = 0\n",
      "v = 367355774.45633596 m / s > c, setting 1/gamma = 0\n",
      "v = 426625009.94277775 m / s > c, setting 1/gamma = 0\n",
      "v = 455920374.5941259 m / s > c, setting 1/gamma = 0\n",
      "v = 356616069.9056247 m / s > c, setting 1/gamma = 0\n",
      "v = 412110192.8846928 m / s > c, setting 1/gamma = 0\n",
      "v = 304980981.85086685 m / s > c, setting 1/gamma = 0\n",
      "v = 327596843.08434683 m / s > c, setting 1/gamma = 0\n",
      "v = 301237310.0065936 m / s > c, setting 1/gamma = 0\n",
      "v = 318542256.9317288 m / s > c, setting 1/gamma = 0\n",
      "v = 677011759.6471231 m / s > c, setting 1/gamma = 0\n",
      "v = 557493311.667993 m / s > c, setting 1/gamma = 0\n",
      "v = 367842088.9356406 m / s > c, setting 1/gamma = 0\n",
      "v = 396878663.07046914 m / s > c, setting 1/gamma = 0\n",
      "v = 311097187.70529896 m / s > c, setting 1/gamma = 0\n",
      "v = 655696284.7569245 m / s > c, setting 1/gamma = 0\n",
      "v = 538302518.3707365 m / s > c, setting 1/gamma = 0\n",
      "v = 359683885.9619435 m / s > c, setting 1/gamma = 0\n",
      "v = 382701771.48553866 m / s > c, setting 1/gamma = 0\n",
      "v = 429018742.03801835 m / s > c, setting 1/gamma = 0\n",
      "v = 468896044.56605166 m / s > c, setting 1/gamma = 0\n",
      "v = 348628924.18300027 m / s > c, setting 1/gamma = 0\n",
      "v = 402333731.8253614 m / s > c, setting 1/gamma = 0\n",
      "v = 307780660.65356416 m / s > c, setting 1/gamma = 0\n",
      "v = 401757797.9254581 m / s > c, setting 1/gamma = 0\n",
      "v = 429989737.6984506 m / s > c, setting 1/gamma = 0\n",
      "v = 406717028.38933915 m / s > c, setting 1/gamma = 0\n",
      "v = 454533350.0765755 m / s > c, setting 1/gamma = 0\n",
      "v = 302246240.1057764 m / s > c, setting 1/gamma = 0\n",
      "v = 331982286.86500037 m / s > c, setting 1/gamma = 0\n",
      "v = 307898199.90431744 m / s > c, setting 1/gamma = 0\n",
      "v = 330163781.08098423 m / s > c, setting 1/gamma = 0\n",
      "v = 698319395.5111464 m / s > c, setting 1/gamma = 0\n",
      "v = 576494858.9652538 m / s > c, setting 1/gamma = 0\n",
      "v = 334683199.71474886 m / s > c, setting 1/gamma = 0\n",
      "v = 362354496.9826127 m / s > c, setting 1/gamma = 0\n",
      "v = 305263318.794499 m / s > c, setting 1/gamma = 0\n",
      "v = 321304799.720325 m / s > c, setting 1/gamma = 0\n",
      "v = 306027763.73203945 m / s > c, setting 1/gamma = 0\n",
      "v = 341582864.5602068 m / s > c, setting 1/gamma = 0\n",
      "v = 314813313.4370453 m / s > c, setting 1/gamma = 0\n",
      "v = 529053609.3089791 m / s > c, setting 1/gamma = 0\n",
      "v = 543685808.8589228 m / s > c, setting 1/gamma = 0\n",
      "v = 305601822.589919 m / s > c, setting 1/gamma = 0\n",
      "v = 353087013.873517 m / s > c, setting 1/gamma = 0\n",
      "v = 352574917.5071416 m / s > c, setting 1/gamma = 0\n",
      "v = 361769311.39092845 m / s > c, setting 1/gamma = 0\n",
      "v = 384418136.6544513 m / s > c, setting 1/gamma = 0\n",
      "v = 302644696.4451129 m / s > c, setting 1/gamma = 0\n",
      "v = 322100490.2089272 m / s > c, setting 1/gamma = 0\n",
      "v = 370693977.3148559 m / s > c, setting 1/gamma = 0\n",
      "v = 394306043.56407416 m / s > c, setting 1/gamma = 0\n",
      "v = 362936985.0583974 m / s > c, setting 1/gamma = 0\n",
      "v = 406744667.4494167 m / s > c, setting 1/gamma = 0\n",
      "v = 334454937.6898515 m / s > c, setting 1/gamma = 0\n",
      "v = 360846987.38086224 m / s > c, setting 1/gamma = 0\n",
      "v = 314633465.8232763 m / s > c, setting 1/gamma = 0\n",
      "v = 351313399.95379865 m / s > c, setting 1/gamma = 0\n",
      "v = 388607110.3226509 m / s > c, setting 1/gamma = 0\n",
      "v = 328054817.1586406 m / s > c, setting 1/gamma = 0\n",
      "v = 378878211.4727518 m / s > c, setting 1/gamma = 0\n",
      "v = 301863288.7662295 m / s > c, setting 1/gamma = 0\n",
      "v = 331092910.6475352 m / s > c, setting 1/gamma = 0\n",
      "v = 410684129.9772553 m / s > c, setting 1/gamma = 0\n",
      "v = 438640526.5180439 m / s > c, setting 1/gamma = 0\n",
      "v = 382144615.66328996 m / s > c, setting 1/gamma = 0\n",
      "v = 431734829.34912914 m / s > c, setting 1/gamma = 0\n",
      "v = 319634120.3124493 m / s > c, setting 1/gamma = 0\n",
      "v = 301619871.4622894 m / s > c, setting 1/gamma = 0\n",
      "v = 507489274.21776426 m / s > c, setting 1/gamma = 0\n",
      "v = 504555139.2531826 m / s > c, setting 1/gamma = 0\n",
      "v = 307586953.5357256 m / s > c, setting 1/gamma = 0\n",
      "v = 301693501.37735474 m / s > c, setting 1/gamma = 0\n",
      "v = 307071499.6717034 m / s > c, setting 1/gamma = 0\n",
      "v = 328870857.25078493 m / s > c, setting 1/gamma = 0\n",
      "v = 364671672.93068635 m / s > c, setting 1/gamma = 0\n",
      "v = 304122529.43558437 m / s > c, setting 1/gamma = 0\n",
      "v = 353762769.8365373 m / s > c, setting 1/gamma = 0\n",
      "v = 303311039.34635305 m / s > c, setting 1/gamma = 0\n",
      "v = 322058359.7470032 m / s > c, setting 1/gamma = 0\n",
      "v = 533720366.41810477 m / s > c, setting 1/gamma = 0\n",
      "v = 549669882.7595532 m / s > c, setting 1/gamma = 0\n",
      "v = 371812333.8807198 m / s > c, setting 1/gamma = 0\n",
      "v = 417471181.06719315 m / s > c, setting 1/gamma = 0\n",
      "v = 345839993.800797 m / s > c, setting 1/gamma = 0\n",
      "v = 372082227.2750158 m / s > c, setting 1/gamma = 0\n",
      "v = 345894011.71993196 m / s > c, setting 1/gamma = 0\n",
      "v = 397454057.3430342 m / s > c, setting 1/gamma = 0\n",
      "v = 435101131.40370935 m / s > c, setting 1/gamma = 0\n",
      "v = 472050263.18032455 m / s > c, setting 1/gamma = 0\n",
      "v = 433564864.03079695 m / s > c, setting 1/gamma = 0\n",
      "v = 459386543.2920755 m / s > c, setting 1/gamma = 0\n",
      "v = 330941988.603346 m / s > c, setting 1/gamma = 0\n",
      "v = 381967108.89683944 m / s > c, setting 1/gamma = 0\n",
      "v = 334066320.2709308 m / s > c, setting 1/gamma = 0\n",
      "v = 376651644.04211426 m / s > c, setting 1/gamma = 0\n",
      "v = 607284982.1871352 m / s > c, setting 1/gamma = 0\n",
      "v = 523265443.9404084 m / s > c, setting 1/gamma = 0\n",
      "v = 300336291.2200129 m / s > c, setting 1/gamma = 0\n",
      "v = 361188608.45025283 m / s > c, setting 1/gamma = 0\n",
      "v = 392764932.0716192 m / s > c, setting 1/gamma = 0\n",
      "v = 375286986.89362866 m / s > c, setting 1/gamma = 0\n",
      "v = 409701962.7464685 m / s > c, setting 1/gamma = 0\n",
      "v = 358847718.4583229 m / s > c, setting 1/gamma = 0\n",
      "v = 816302187.5797472 m / s > c, setting 1/gamma = 0\n",
      "v = 677382083.1753244 m / s > c, setting 1/gamma = 0\n",
      "v = 403910460.4686802 m / s > c, setting 1/gamma = 0\n",
      "v = 441669412.7656441 m / s > c, setting 1/gamma = 0\n",
      "v = 345615142.7491224 m / s > c, setting 1/gamma = 0\n",
      "v = 398160573.73315847 m / s > c, setting 1/gamma = 0\n",
      "v = 444241845.6242515 m / s > c, setting 1/gamma = 0\n",
      "v = 469202348.36720276 m / s > c, setting 1/gamma = 0\n",
      "v = 384554282.90825474 m / s > c, setting 1/gamma = 0\n",
      "v = 431341618.62735474 m / s > c, setting 1/gamma = 0\n",
      "v = 485434334.79522294 m / s > c, setting 1/gamma = 0\n",
      "v = 503443746.2864994 m / s > c, setting 1/gamma = 0\n",
      "v = 388132697.79188216 m / s > c, setting 1/gamma = 0\n",
      "v = 438121259.1774851 m / s > c, setting 1/gamma = 0\n",
      "v = 320614931.0224845 m / s > c, setting 1/gamma = 0\n",
      "v = 354510053.0888989 m / s > c, setting 1/gamma = 0\n",
      "v = 306393660.0003797 m / s > c, setting 1/gamma = 0\n",
      "v = 325975204.2146013 m / s > c, setting 1/gamma = 0\n",
      "v = 452042111.8548181 m / s > c, setting 1/gamma = 0\n",
      "v = 480385338.4441725 m / s > c, setting 1/gamma = 0\n",
      "v = 334878106.55256104 m / s > c, setting 1/gamma = 0\n",
      "v = 387102063.1175315 m / s > c, setting 1/gamma = 0\n",
      "v = 319938873.89395195 m / s > c, setting 1/gamma = 0\n",
      "v = 348765072.9555375 m / s > c, setting 1/gamma = 0\n",
      "v = 305446666.131716 m / s > c, setting 1/gamma = 0\n",
      "v = 475907321.04861224 m / s > c, setting 1/gamma = 0\n",
      "v = 504142928.5242876 m / s > c, setting 1/gamma = 0\n",
      "v = 301949522.17235446 m / s > c, setting 1/gamma = 0\n",
      "v = 307019217.2810057 m / s > c, setting 1/gamma = 0\n",
      "v = 331191126.7443732 m / s > c, setting 1/gamma = 0\n",
      "v = 381906717.7390585 m / s > c, setting 1/gamma = 0\n",
      "v = 361204218.7709092 m / s > c, setting 1/gamma = 0\n",
      "v = 324149401.45754343 m / s > c, setting 1/gamma = 0\n",
      "v = 358839137.85131055 m / s > c, setting 1/gamma = 0\n",
      "v = 317934428.34508836 m / s > c, setting 1/gamma = 0\n",
      "v = 338598132.3764127 m / s > c, setting 1/gamma = 0\n",
      "v = 326125136.075094 m / s > c, setting 1/gamma = 0\n",
      "v = 357162708.35141724 m / s > c, setting 1/gamma = 0\n",
      "v = 476308529.16704917 m / s > c, setting 1/gamma = 0\n",
      "v = 493130530.90665096 m / s > c, setting 1/gamma = 0\n",
      "v = 346590033.20245165 m / s > c, setting 1/gamma = 0\n",
      "v = 761873041.4400178 m / s > c, setting 1/gamma = 0\n",
      "v = 629625912.6896731 m / s > c, setting 1/gamma = 0\n",
      "v = 307025798.4651975 m / s > c, setting 1/gamma = 0\n",
      "v = 306009214.5902178 m / s > c, setting 1/gamma = 0\n",
      "v = 314202354.880521 m / s > c, setting 1/gamma = 0\n",
      "v = 440564213.7000871 m / s > c, setting 1/gamma = 0\n",
      "v = 476779130.3388937 m / s > c, setting 1/gamma = 0\n",
      "v = 324742045.4040601 m / s > c, setting 1/gamma = 0\n",
      "v = 380686496.60084647 m / s > c, setting 1/gamma = 0\n",
      "v = 300732058.786919 m / s > c, setting 1/gamma = 0\n",
      "v = 334236119.0174112 m / s > c, setting 1/gamma = 0\n",
      "v = 444279614.2611263 m / s > c, setting 1/gamma = 0\n",
      "v = 465390738.7133077 m / s > c, setting 1/gamma = 0\n",
      "v = 342652146.4913757 m / s > c, setting 1/gamma = 0\n",
      "v = 744876127.5778894 m / s > c, setting 1/gamma = 0\n",
      "v = 616756914.8331308 m / s > c, setting 1/gamma = 0\n",
      "v = 307806315.1998362 m / s > c, setting 1/gamma = 0\n",
      "v = 303690141.5744649 m / s > c, setting 1/gamma = 0\n",
      "v = 455027168.79649156 m / s > c, setting 1/gamma = 0\n",
      "v = 479078924.97601616 m / s > c, setting 1/gamma = 0\n",
      "v = 389988489.0643023 m / s > c, setting 1/gamma = 0\n",
      "v = 430901289.5951032 m / s > c, setting 1/gamma = 0\n",
      "v = 327338714.55893004 m / s > c, setting 1/gamma = 0\n",
      "v = 351040942.9698956 m / s > c, setting 1/gamma = 0\n",
      "v = 455400328.9391385 m / s > c, setting 1/gamma = 0\n",
      "v = 497670332.8025107 m / s > c, setting 1/gamma = 0\n",
      "v = 333507147.3624957 m / s > c, setting 1/gamma = 0\n",
      "v = 431049761.82331514 m / s > c, setting 1/gamma = 0\n",
      "v = 459585106.00846267 m / s > c, setting 1/gamma = 0\n",
      "v = 307788257.88807005 m / s > c, setting 1/gamma = 0\n",
      "v = 653251997.8707132 m / s > c, setting 1/gamma = 0\n",
      "v = 536640697.89998794 m / s > c, setting 1/gamma = 0\n",
      "v = 321159900.2083455 m / s > c, setting 1/gamma = 0\n",
      "v = 308219946.19011366 m / s > c, setting 1/gamma = 0\n",
      "v = 326841315.436506 m / s > c, setting 1/gamma = 0\n",
      "v = 397401149.1042406 m / s > c, setting 1/gamma = 0\n",
      "v = 437061708.55694765 m / s > c, setting 1/gamma = 0\n",
      "v = 327081867.1930393 m / s > c, setting 1/gamma = 0\n",
      "v = 381528858.01657313 m / s > c, setting 1/gamma = 0\n",
      "v = 331309255.8935464 m / s > c, setting 1/gamma = 0\n",
      "v = 360962396.41355443 m / s > c, setting 1/gamma = 0\n",
      "v = 300686196.19289535 m / s > c, setting 1/gamma = 0\n",
      "v = 320525578.282901 m / s > c, setting 1/gamma = 0\n",
      "v = 491642787.90224355 m / s > c, setting 1/gamma = 0\n",
      "v = 515719107.0551003 m / s > c, setting 1/gamma = 0\n",
      "v = 309968382.4297753 m / s > c, setting 1/gamma = 0\n",
      "v = 313954991.1615842 m / s > c, setting 1/gamma = 0\n",
      "v = 523505216.25179935 m / s > c, setting 1/gamma = 0\n",
      "v = 539329140.8550944 m / s > c, setting 1/gamma = 0\n",
      "v = 304034235.7047455 m / s > c, setting 1/gamma = 0\n",
      "v = 313581026.33155113 m / s > c, setting 1/gamma = 0\n",
      "v = 344860686.0691752 m / s > c, setting 1/gamma = 0\n",
      "v = 316500191.81034875 m / s > c, setting 1/gamma = 0\n",
      "v = 379986685.833013 m / s > c, setting 1/gamma = 0\n",
      "v = 408374135.68480253 m / s > c, setting 1/gamma = 0\n",
      "v = 468992045.8261663 m / s > c, setting 1/gamma = 0\n",
      "v = 488341533.9909793 m / s > c, setting 1/gamma = 0\n",
      "v = 302852696.49499375 m / s > c, setting 1/gamma = 0\n",
      "v = 474017034.61599225 m / s > c, setting 1/gamma = 0\n",
      "v = 497622484.78704745 m / s > c, setting 1/gamma = 0\n",
      "v = 320141235.6282779 m / s > c, setting 1/gamma = 0\n",
      "v = 661420820.8464189 m / s > c, setting 1/gamma = 0\n",
      "v = 543552091.1289281 m / s > c, setting 1/gamma = 0\n",
      "v = 305082121.0711368 m / s > c, setting 1/gamma = 0\n",
      "v = 341329337.0457766 m / s > c, setting 1/gamma = 0\n",
      "v = 470798762.21767724 m / s > c, setting 1/gamma = 0\n",
      "v = 497703248.5735089 m / s > c, setting 1/gamma = 0\n",
      "v = 302850022.4718769 m / s > c, setting 1/gamma = 0\n",
      "v = 352402127.3116407 m / s > c, setting 1/gamma = 0\n",
      "v = 331465639.0185457 m / s > c, setting 1/gamma = 0\n",
      "v = 325702326.98129183 m / s > c, setting 1/gamma = 0\n",
      "v = 355072315.96384597 m / s > c, setting 1/gamma = 0\n",
      "v = 302057528.62435365 m / s > c, setting 1/gamma = 0\n",
      "v = 414607459.6674327 m / s > c, setting 1/gamma = 0\n",
      "v = 440517101.23069024 m / s > c, setting 1/gamma = 0\n",
      "v = 325685522.231324 m / s > c, setting 1/gamma = 0\n",
      "v = 377858256.0106064 m / s > c, setting 1/gamma = 0\n",
      "v = 300813016.21773857 m / s > c, setting 1/gamma = 0\n",
      "v = 333569002.69705683 m / s > c, setting 1/gamma = 0\n",
      "v = 515983736.0186984 m / s > c, setting 1/gamma = 0\n",
      "v = 530471968.1870544 m / s > c, setting 1/gamma = 0\n",
      "v = 380088353.2650124 m / s > c, setting 1/gamma = 0\n",
      "v = 429181633.0498886 m / s > c, setting 1/gamma = 0\n",
      "v = 303086682.28844863 m / s > c, setting 1/gamma = 0\n",
      "v = 336871115.76190037 m / s > c, setting 1/gamma = 0\n",
      "v = 315069936.84702843 m / s > c, setting 1/gamma = 0\n",
      "v = 366348531.78967065 m / s > c, setting 1/gamma = 0\n",
      "v = 304904805.0552476 m / s > c, setting 1/gamma = 0\n",
      "v = 332695739.43467486 m / s > c, setting 1/gamma = 0\n",
      "v = 318780994.2783073 m / s > c, setting 1/gamma = 0\n",
      "v = 320718429.7005489 m / s > c, setting 1/gamma = 0\n",
      "v = 320076925.7932946 m / s > c, setting 1/gamma = 0\n",
      "v = 352958188.20630676 m / s > c, setting 1/gamma = 0\n",
      "v = 347379718.991369 m / s > c, setting 1/gamma = 0\n",
      "v = 377459215.635296 m / s > c, setting 1/gamma = 0\n",
      "v = 301755699.9083756 m / s > c, setting 1/gamma = 0\n",
      "v = 618766545.1221813 m / s > c, setting 1/gamma = 0\n",
      "v = 508273087.12276995 m / s > c, setting 1/gamma = 0\n",
      "v = 378956355.6731349 m / s > c, setting 1/gamma = 0\n",
      "v = 398975833.085856 m / s > c, setting 1/gamma = 0\n",
      "v = 561933788.5918403 m / s > c, setting 1/gamma = 0\n",
      "v = 572542784.8605043 m / s > c, setting 1/gamma = 0\n",
      "v = 305398911.5425986 m / s > c, setting 1/gamma = 0\n",
      "v = 355699201.0573384 m / s > c, setting 1/gamma = 0\n",
      "v = 443132857.4172278 m / s > c, setting 1/gamma = 0\n",
      "v = 470609480.45867836 m / s > c, setting 1/gamma = 0\n",
      "v = 321295209.85223085 m / s > c, setting 1/gamma = 0\n",
      "v = 372177537.62698466 m / s > c, setting 1/gamma = 0\n",
      "v = 315421823.3897299 m / s > c, setting 1/gamma = 0\n",
      "v = 456023893.62216276 m / s > c, setting 1/gamma = 0\n",
      "v = 488990353.2128647 m / s > c, setting 1/gamma = 0\n",
      "v = 316207958.6179828 m / s > c, setting 1/gamma = 0\n",
      "v = 371612216.85499614 m / s > c, setting 1/gamma = 0\n",
      "v = 311149026.8249496 m / s > c, setting 1/gamma = 0\n",
      "v = 343046994.9323262 m / s > c, setting 1/gamma = 0\n",
      "v = 305974058.86268264 m / s > c, setting 1/gamma = 0\n",
      "v = 431088703.4568704 m / s > c, setting 1/gamma = 0\n",
      "v = 454974658.0224619 m / s > c, setting 1/gamma = 0\n",
      "v = 301550814.3489491 m / s > c, setting 1/gamma = 0\n",
      "v = 305902628.6660132 m / s > c, setting 1/gamma = 0\n",
      "v = 317298117.2353788 m / s > c, setting 1/gamma = 0\n",
      "v = 316266444.07212985 m / s > c, setting 1/gamma = 0\n",
      "v = 334800699.70943445 m / s > c, setting 1/gamma = 0\n",
      "v = 398698289.1224757 m / s > c, setting 1/gamma = 0\n",
      "v = 425573167.89218557 m / s > c, setting 1/gamma = 0\n",
      "v = 483408328.65208244 m / s > c, setting 1/gamma = 0\n",
      "v = 494254814.6904637 m / s > c, setting 1/gamma = 0\n",
      "v = 300645139.8540887 m / s > c, setting 1/gamma = 0\n",
      "v = 329902815.3146181 m / s > c, setting 1/gamma = 0\n",
      "v = 435656570.46420825 m / s > c, setting 1/gamma = 0\n",
      "v = 467898677.0195383 m / s > c, setting 1/gamma = 0\n",
      "v = 303891639.3271602 m / s > c, setting 1/gamma = 0\n",
      "v = 338678856.16211843 m / s > c, setting 1/gamma = 0\n",
      "v = 519803446.3845214 m / s > c, setting 1/gamma = 0\n",
      "v = 535374191.37976015 m / s > c, setting 1/gamma = 0\n",
      "v = 305455912.69162613 m / s > c, setting 1/gamma = 0\n",
      "v = 339120008.5621514 m / s > c, setting 1/gamma = 0\n",
      "v = 638924209.4375547 m / s > c, setting 1/gamma = 0\n",
      "v = 636128492.929274 m / s > c, setting 1/gamma = 0\n",
      "v = 317115245.8129102 m / s > c, setting 1/gamma = 0\n",
      "v = 347442109.6726857 m / s > c, setting 1/gamma = 0\n",
      "v = 328259446.4643975 m / s > c, setting 1/gamma = 0\n",
      "v = 576870708.4059892 m / s > c, setting 1/gamma = 0\n",
      "v = 506989239.1252748 m / s > c, setting 1/gamma = 0\n",
      "v = 499521376.8414599 m / s > c, setting 1/gamma = 0\n",
      "v = 522771912.6432298 m / s > c, setting 1/gamma = 0\n",
      "v = 331324813.3300826 m / s > c, setting 1/gamma = 0\n",
      "v = 315102779.84823626 m / s > c, setting 1/gamma = 0\n",
      "v = 412643628.90565497 m / s > c, setting 1/gamma = 0\n",
      "v = 440815149.12120247 m / s > c, setting 1/gamma = 0\n",
      "v = 371724288.7283323 m / s > c, setting 1/gamma = 0\n",
      "v = 842358440.5941128 m / s > c, setting 1/gamma = 0\n",
      "v = 700696631.0248351 m / s > c, setting 1/gamma = 0\n",
      "v = 312703086.1922165 m / s > c, setting 1/gamma = 0\n",
      "v = 348404526.5886419 m / s > c, setting 1/gamma = 0\n",
      "v = 304308778.14498824 m / s > c, setting 1/gamma = 0\n",
      "v = 456718537.3768962 m / s > c, setting 1/gamma = 0\n",
      "v = 482232509.6896154 m / s > c, setting 1/gamma = 0\n",
      "v = 346018251.3325465 m / s > c, setting 1/gamma = 0\n",
      "v = 396898602.93669975 m / s > c, setting 1/gamma = 0\n",
      "v = 311560251.42015594 m / s > c, setting 1/gamma = 0\n",
      "v = 342024967.9520533 m / s > c, setting 1/gamma = 0\n",
      "v = 299830085.7618227 m / s > c, setting 1/gamma = 0\n",
      "v = 442604490.4335641 m / s > c, setting 1/gamma = 0\n",
      "v = 475831190.675506 m / s > c, setting 1/gamma = 0\n",
      "v = 463997368.32334757 m / s > c, setting 1/gamma = 0\n",
      "v = 486854646.91745216 m / s > c, setting 1/gamma = 0\n",
      "v = 309495841.57983464 m / s > c, setting 1/gamma = 0\n",
      "v = 366745707.25130594 m / s > c, setting 1/gamma = 0\n",
      "v = 318226281.23511714 m / s > c, setting 1/gamma = 0\n",
      "v = 341482628.84229684 m / s > c, setting 1/gamma = 0\n",
      "v = 537901084.5331919 m / s > c, setting 1/gamma = 0\n",
      "v = 516056849.9924801 m / s > c, setting 1/gamma = 0\n",
      "v = 301937280.7394218 m / s > c, setting 1/gamma = 0\n",
      "v = 308135238.5043655 m / s > c, setting 1/gamma = 0\n",
      "v = 326636680.97509444 m / s > c, setting 1/gamma = 0\n",
      "v = 400665060.09756845 m / s > c, setting 1/gamma = 0\n",
      "v = 436436075.650329 m / s > c, setting 1/gamma = 0\n",
      "v = 335695593.2677864 m / s > c, setting 1/gamma = 0\n",
      "v = 386557820.8712981 m / s > c, setting 1/gamma = 0\n",
      "v = 313767165.6571693 m / s > c, setting 1/gamma = 0\n",
      "v = 341583798.07179415 m / s > c, setting 1/gamma = 0\n",
      "v = 354092041.2700252 m / s > c, setting 1/gamma = 0\n",
      "v = 404720843.7239567 m / s > c, setting 1/gamma = 0\n",
      "v = 310622263.3385101 m / s > c, setting 1/gamma = 0\n",
      "v = 419522298.5353255 m / s > c, setting 1/gamma = 0\n",
      "v = 446200169.1690718 m / s > c, setting 1/gamma = 0\n",
      "v = 527553357.30133104 m / s > c, setting 1/gamma = 0\n",
      "v = 518717622.3042881 m / s > c, setting 1/gamma = 0\n",
      "v = 299953702.40718514 m / s > c, setting 1/gamma = 0\n",
      "v = 603378071.9588289 m / s > c, setting 1/gamma = 0\n",
      "v = 494811252.6723673 m / s > c, setting 1/gamma = 0\n",
      "v = 316481714.1773156 m / s > c, setting 1/gamma = 0\n",
      "v = 305073276.7348448 m / s > c, setting 1/gamma = 0\n",
      "v = 325147668.01176125 m / s > c, setting 1/gamma = 0\n",
      "v = 413872477.86948305 m / s > c, setting 1/gamma = 0\n",
      "v = 444820903.3003199 m / s > c, setting 1/gamma = 0\n",
      "v = 300838290.149717 m / s > c, setting 1/gamma = 0\n",
      "v = 375028713.02056557 m / s > c, setting 1/gamma = 0\n",
      "v = 428788924.84087396 m / s > c, setting 1/gamma = 0\n",
      "v = 465184511.60585445 m / s > c, setting 1/gamma = 0\n",
      "v = 491362218.24220717 m / s > c, setting 1/gamma = 0\n",
      "v = 488351780.64198893 m / s > c, setting 1/gamma = 0\n",
      "v = 512967799.57975423 m / s > c, setting 1/gamma = 0\n",
      "v = 325803520.51184636 m / s > c, setting 1/gamma = 0\n",
      "v = 305620685.7752728 m / s > c, setting 1/gamma = 0\n",
      "v = 322077619.51227945 m / s > c, setting 1/gamma = 0\n",
      "v = 358630632.66717094 m / s > c, setting 1/gamma = 0\n",
      "v = 311684898.29942703 m / s > c, setting 1/gamma = 0\n",
      "v = 343177634.8069617 m / s > c, setting 1/gamma = 0\n",
      "v = 556028509.4031799 m / s > c, setting 1/gamma = 0\n",
      "v = 515229372.9294117 m / s > c, setting 1/gamma = 0\n",
      "v = 310871625.0024356 m / s > c, setting 1/gamma = 0\n",
      "v = 346762929.3703696 m / s > c, setting 1/gamma = 0\n",
      "v = 306622088.4246575 m / s > c, setting 1/gamma = 0\n",
      "v = 326344784.0030778 m / s > c, setting 1/gamma = 0\n",
      "v = 709261427.6799768 m / s > c, setting 1/gamma = 0\n",
      "v = 695104326.3550876 m / s > c, setting 1/gamma = 0\n",
      "v = 304454936.53738636 m / s > c, setting 1/gamma = 0\n",
      "v = 310942350.73904127 m / s > c, setting 1/gamma = 0\n",
      "v = 341586440.9709204 m / s > c, setting 1/gamma = 0\n",
      "v = 304614975.3354858 m / s > c, setting 1/gamma = 0\n",
      "v = 442477291.9498029 m / s > c, setting 1/gamma = 0\n",
      "v = 478340214.1263925 m / s > c, setting 1/gamma = 0\n",
      "v = 334902458.90695304 m / s > c, setting 1/gamma = 0\n",
      "v = 301116911.03804433 m / s > c, setting 1/gamma = 0\n",
      "v = 626398914.9573697 m / s > c, setting 1/gamma = 0\n",
      "v = 512764892.5950785 m / s > c, setting 1/gamma = 0\n",
      "v = 310480901.13282835 m / s > c, setting 1/gamma = 0\n",
      "v = 341303884.58793855 m / s > c, setting 1/gamma = 0\n",
      "v = 306981373.8684222 m / s > c, setting 1/gamma = 0\n",
      "v = 326874920.647699 m / s > c, setting 1/gamma = 0\n",
      "v = 392687944.031711 m / s > c, setting 1/gamma = 0\n",
      "v = 438061952.25118715 m / s > c, setting 1/gamma = 0\n",
      "v = 308652327.32080066 m / s > c, setting 1/gamma = 0\n",
      "v = 314278857.11913794 m / s > c, setting 1/gamma = 0\n",
      "v = 348659143.7212666 m / s > c, setting 1/gamma = 0\n",
      "v = 399633597.1406449 m / s > c, setting 1/gamma = 0\n",
      "v = 442782081.7236781 m / s > c, setting 1/gamma = 0\n",
      "v = 316380197.5257494 m / s > c, setting 1/gamma = 0\n",
      "v = 343541911.29403937 m / s > c, setting 1/gamma = 0\n",
      "v = 301175443.65100414 m / s > c, setting 1/gamma = 0\n",
      "v = 395371257.96224964 m / s > c, setting 1/gamma = 0\n",
      "v = 443316811.1462658 m / s > c, setting 1/gamma = 0\n",
      "v = 403813635.4440177 m / s > c, setting 1/gamma = 0\n",
      "v = 441783381.3162355 m / s > c, setting 1/gamma = 0\n",
      "v = 343821563.4718756 m / s > c, setting 1/gamma = 0\n",
      "v = 388015808.847516 m / s > c, setting 1/gamma = 0\n",
      "v = 442278398.38902324 m / s > c, setting 1/gamma = 0\n",
      "v = 478822179.81493 m / s > c, setting 1/gamma = 0\n",
      "v = 306789429.34453 m / s > c, setting 1/gamma = 0\n",
      "v = 331630686.02728665 m / s > c, setting 1/gamma = 0\n",
      "v = 301077446.82088816 m / s > c, setting 1/gamma = 0\n",
      "v = 319123897.87107277 m / s > c, setting 1/gamma = 0\n",
      "v = 421698635.9575534 m / s > c, setting 1/gamma = 0\n",
      "v = 445406340.479971 m / s > c, setting 1/gamma = 0\n",
      "v = 382546596.3603776 m / s > c, setting 1/gamma = 0\n",
      "v = 406473387.94645447 m / s > c, setting 1/gamma = 0\n",
      "v = 326900977.1404092 m / s > c, setting 1/gamma = 0\n",
      "v = 522968484.65037286 m / s > c, setting 1/gamma = 0\n",
      "v = 492326292.9081345 m / s > c, setting 1/gamma = 0\n",
      "v = 331406724.16523486 m / s > c, setting 1/gamma = 0\n",
      "v = 362888778.10727674 m / s > c, setting 1/gamma = 0\n",
      "v = 328296070.6290506 m / s > c, setting 1/gamma = 0\n",
      "v = 375386405.37012506 m / s > c, setting 1/gamma = 0\n",
      "v = 432655474.620357 m / s > c, setting 1/gamma = 0\n",
      "v = 467583694.8782709 m / s > c, setting 1/gamma = 0\n",
      "v = 318523775.67491114 m / s > c, setting 1/gamma = 0\n",
      "v = 343650882.7147342 m / s > c, setting 1/gamma = 0\n",
      "v = 365868337.05880135 m / s > c, setting 1/gamma = 0\n",
      "v = 411573255.50150454 m / s > c, setting 1/gamma = 0\n",
      "v = 308228506.51769984 m / s > c, setting 1/gamma = 0\n",
      "v = 458809354.2912116 m / s > c, setting 1/gamma = 0\n",
      "v = 489871950.4220456 m / s > c, setting 1/gamma = 0\n",
      "v = 367216750.0018023 m / s > c, setting 1/gamma = 0\n",
      "v = 421418733.36058366 m / s > c, setting 1/gamma = 0\n",
      "v = 319805085.0764609 m / s > c, setting 1/gamma = 0\n",
      "v = 675960749.8353121 m / s > c, setting 1/gamma = 0\n",
      "v = 557113260.1940236 m / s > c, setting 1/gamma = 0\n",
      "v = 314896454.0805559 m / s > c, setting 1/gamma = 0\n",
      "v = 326705169.1638884 m / s > c, setting 1/gamma = 0\n",
      "v = 345388856.3999116 m / s > c, setting 1/gamma = 0\n",
      "v = 379763664.51261705 m / s > c, setting 1/gamma = 0\n",
      "v = 404486542.3353611 m / s > c, setting 1/gamma = 0\n",
      "v = 531394915.0282061 m / s > c, setting 1/gamma = 0\n",
      "v = 509448810.69200605 m / s > c, setting 1/gamma = 0\n",
      "v = 381936301.8363994 m / s > c, setting 1/gamma = 0\n",
      "v = 438505624.0303811 m / s > c, setting 1/gamma = 0\n",
      "v = 486097955.6637142 m / s > c, setting 1/gamma = 0\n",
      "v = 486703080.4201536 m / s > c, setting 1/gamma = 0\n",
      "v = 313568100.84666044 m / s > c, setting 1/gamma = 0\n",
      "v = 397555073.1871904 m / s > c, setting 1/gamma = 0\n",
      "v = 435624954.0972658 m / s > c, setting 1/gamma = 0\n",
      "v = 300801536.6049543 m / s > c, setting 1/gamma = 0\n",
      "v = 328808873.06840384 m / s > c, setting 1/gamma = 0\n",
      "v = 313028024.1126247 m / s > c, setting 1/gamma = 0\n",
      "v = 334959789.40524364 m / s > c, setting 1/gamma = 0\n",
      "v = 551640870.0459272 m / s > c, setting 1/gamma = 0\n",
      "v = 558478599.1816988 m / s > c, setting 1/gamma = 0\n",
      "v = 450696202.2240186 m / s > c, setting 1/gamma = 0\n",
      "v = 477455078.5263581 m / s > c, setting 1/gamma = 0\n",
      "v = 332038903.4262889 m / s > c, setting 1/gamma = 0\n",
      "v = 352074969.6124295 m / s > c, setting 1/gamma = 0\n",
      "v = 462328897.64056563 m / s > c, setting 1/gamma = 0\n",
      "v = 473250010.05022824 m / s > c, setting 1/gamma = 0\n",
      "v = 303965840.9542146 m / s > c, setting 1/gamma = 0\n",
      "v = 318597097.4305239 m / s > c, setting 1/gamma = 0\n",
      "v = 309905899.9837142 m / s > c, setting 1/gamma = 0\n",
      "v = 451863105.5626792 m / s > c, setting 1/gamma = 0\n",
      "v = 458969855.9060833 m / s > c, setting 1/gamma = 0\n",
      "v = 303285904.02538955 m / s > c, setting 1/gamma = 0\n",
      "v = 318774028.2213603 m / s > c, setting 1/gamma = 0\n",
      "v = 311317707.16790926 m / s > c, setting 1/gamma = 0\n",
      "v = 463419423.33603007 m / s > c, setting 1/gamma = 0\n",
      "v = 490099208.39519733 m / s > c, setting 1/gamma = 0\n",
      "v = 383122430.71316755 m / s > c, setting 1/gamma = 0\n",
      "v = 434267637.0723654 m / s > c, setting 1/gamma = 0\n",
      "v = 310863837.91229707 m / s > c, setting 1/gamma = 0\n",
      "v = 344706961.2608675 m / s > c, setting 1/gamma = 0\n",
      "v = 307134493.51394874 m / s > c, setting 1/gamma = 0\n",
      "v = 334123890.23689425 m / s > c, setting 1/gamma = 0\n",
      "v = 337331008.495148 m / s > c, setting 1/gamma = 0\n",
      "v = 354011887.70780367 m / s > c, setting 1/gamma = 0\n",
      "v = 512850494.00144815 m / s > c, setting 1/gamma = 0\n",
      "v = 490006743.57357913 m / s > c, setting 1/gamma = 0\n",
      "v = 379626764.044811 m / s > c, setting 1/gamma = 0\n",
      "v = 406203951.1334448 m / s > c, setting 1/gamma = 0\n",
      "v = 387277744.857096 m / s > c, setting 1/gamma = 0\n",
      "v = 425117198.1617955 m / s > c, setting 1/gamma = 0\n",
      "v = 312700463.16838133 m / s > c, setting 1/gamma = 0\n",
      "v = 345866771.7777081 m / s > c, setting 1/gamma = 0\n",
      "v = 311099042.895185 m / s > c, setting 1/gamma = 0\n",
      "v = 648901350.9912483 m / s > c, setting 1/gamma = 0\n",
      "v = 530873161.03258675 m / s > c, setting 1/gamma = 0\n",
      "v = 324695376.00133485 m / s > c, setting 1/gamma = 0\n",
      "v = 487218890.6906212 m / s > c, setting 1/gamma = 0\n",
      "v = 524539870.1796842 m / s > c, setting 1/gamma = 0\n",
      "v = 308474044.69676703 m / s > c, setting 1/gamma = 0\n",
      "v = 363751825.682605 m / s > c, setting 1/gamma = 0\n",
      "v = 314443739.35110587 m / s > c, setting 1/gamma = 0\n",
      "v = 370753514.84604317 m / s > c, setting 1/gamma = 0\n",
      "v = 410640201.4705669 m / s > c, setting 1/gamma = 0\n",
      "v = 438218411.89271307 m / s > c, setting 1/gamma = 0\n",
      "v = 479529967.0892004 m / s > c, setting 1/gamma = 0\n",
      "v = 433482551.87735397 m / s > c, setting 1/gamma = 0\n",
      "v = 449811632.5862297 m / s > c, setting 1/gamma = 0\n",
      "v = 326857014.45080024 m / s > c, setting 1/gamma = 0\n",
      "v = 335817275.2695806 m / s > c, setting 1/gamma = 0\n",
      "v = 359962837.8621371 m / s > c, setting 1/gamma = 0\n",
      "v = 393069923.0570831 m / s > c, setting 1/gamma = 0\n",
      "v = 304162112.16442424 m / s > c, setting 1/gamma = 0\n",
      "v = 333564003.43704 m / s > c, setting 1/gamma = 0\n",
      "v = 534787178.9958581 m / s > c, setting 1/gamma = 0\n",
      "v = 549114869.2035366 m / s > c, setting 1/gamma = 0\n",
      "v = 485700373.4346621 m / s > c, setting 1/gamma = 0\n",
      "v = 480805974.02347934 m / s > c, setting 1/gamma = 0\n",
      "v = 327054921.40384823 m / s > c, setting 1/gamma = 0\n",
      "v = 359426328.34379095 m / s > c, setting 1/gamma = 0\n",
      "v = 385159714.76101625 m / s > c, setting 1/gamma = 0\n",
      "v = 331938332.94257843 m / s > c, setting 1/gamma = 0\n",
      "v = 304277653.8818151 m / s > c, setting 1/gamma = 0\n",
      "v = 337307637.7000813 m / s > c, setting 1/gamma = 0\n",
      "v = 366304296.6674102 m / s > c, setting 1/gamma = 0\n",
      "v = 490501356.8934505 m / s > c, setting 1/gamma = 0\n",
      "v = 525338468.91277754 m / s > c, setting 1/gamma = 0\n",
      "v = 345230133.83767575 m / s > c, setting 1/gamma = 0\n",
      "v = 303033135.08201545 m / s > c, setting 1/gamma = 0\n",
      "v = 336796724.396985 m / s > c, setting 1/gamma = 0\n",
      "v = 302338614.63544935 m / s > c, setting 1/gamma = 0\n",
      "v = 319043386.67873836 m / s > c, setting 1/gamma = 0\n",
      "v = 345810641.58924305 m / s > c, setting 1/gamma = 0\n",
      "v = 500365711.4332068 m / s > c, setting 1/gamma = 0\n",
      "v = 512153823.9995331 m / s > c, setting 1/gamma = 0\n",
      "v = 476042642.2220574 m / s > c, setting 1/gamma = 0\n",
      "v = 491822041.2450014 m / s > c, setting 1/gamma = 0\n",
      "v = 312953201.5743335 m / s > c, setting 1/gamma = 0\n",
      "v = 302907473.3645711 m / s > c, setting 1/gamma = 0\n",
      "v = 340039453.8655014 m / s > c, setting 1/gamma = 0\n",
      "v = 381005045.4874116 m / s > c, setting 1/gamma = 0\n",
      "v = 355317084.23137105 m / s > c, setting 1/gamma = 0\n",
      "v = 404204665.87749696 m / s > c, setting 1/gamma = 0\n",
      "v = 304632488.0181731 m / s > c, setting 1/gamma = 0\n",
      "v = 333798425.9293962 m / s > c, setting 1/gamma = 0\n",
      "v = 358628209.9695533 m / s > c, setting 1/gamma = 0\n",
      "v = 391494866.12951046 m / s > c, setting 1/gamma = 0\n",
      "v = 342729445.44971323 m / s > c, setting 1/gamma = 0\n",
      "v = 395379389.7450103 m / s > c, setting 1/gamma = 0\n",
      "v = 313209716.8384106 m / s > c, setting 1/gamma = 0\n",
      "v = 552971593.0506408 m / s > c, setting 1/gamma = 0\n",
      "v = 562514258.6574312 m / s > c, setting 1/gamma = 0\n",
      "v = 330672132.58825094 m / s > c, setting 1/gamma = 0\n",
      "v = 384148193.7717197 m / s > c, setting 1/gamma = 0\n",
      "v = 306405052.24950355 m / s > c, setting 1/gamma = 0\n",
      "v = 329051149.7126264 m / s > c, setting 1/gamma = 0\n",
      "v = 332711623.02714133 m / s > c, setting 1/gamma = 0\n",
      "v = 707542945.742759 m / s > c, setting 1/gamma = 0\n",
      "v = 582858578.913994 m / s > c, setting 1/gamma = 0\n",
      "v = 309530680.48667455 m / s > c, setting 1/gamma = 0\n",
      "v = 343904828.26497316 m / s > c, setting 1/gamma = 0\n",
      "v = 401392136.0371607 m / s > c, setting 1/gamma = 0\n",
      "v = 441773770.18326277 m / s > c, setting 1/gamma = 0\n",
      "v = 299807594.66929716 m / s > c, setting 1/gamma = 0\n",
      "v = 329999929.86132866 m / s > c, setting 1/gamma = 0\n",
      "v = 347270054.5804031 m / s > c, setting 1/gamma = 0\n",
      "v = 401481241.52803046 m / s > c, setting 1/gamma = 0\n",
      "v = 313785805.34799093 m / s > c, setting 1/gamma = 0\n",
      "v = 345362380.65653586 m / s > c, setting 1/gamma = 0\n",
      "v = 317197101.5006136 m / s > c, setting 1/gamma = 0\n",
      "v = 640159355.3443247 m / s > c, setting 1/gamma = 0\n",
      "v = 527107804.6945776 m / s > c, setting 1/gamma = 0\n",
      "v = 304371663.497841 m / s > c, setting 1/gamma = 0\n",
      "v = 336013545.98826844 m / s > c, setting 1/gamma = 0\n",
      "v = 315370465.72885686 m / s > c, setting 1/gamma = 0\n",
      "v = 361691554.3239346 m / s > c, setting 1/gamma = 0\n",
      "v = 311726254.6675443 m / s > c, setting 1/gamma = 0\n",
      "v = 303255076.399499 m / s > c, setting 1/gamma = 0\n",
      "v = 336533138.11323106 m / s > c, setting 1/gamma = 0\n",
      "v = 302258143.6516538 m / s > c, setting 1/gamma = 0\n",
      "v = 481023119.6031758 m / s > c, setting 1/gamma = 0\n",
      "v = 512264748.43446463 m / s > c, setting 1/gamma = 0\n",
      "v = 306693348.2288293 m / s > c, setting 1/gamma = 0\n",
      "v = 302840664.3729941 m / s > c, setting 1/gamma = 0\n",
      "v = 338235133.26673126 m / s > c, setting 1/gamma = 0\n",
      "v = 322277662.6264061 m / s > c, setting 1/gamma = 0\n",
      "v = 352798884.7469278 m / s > c, setting 1/gamma = 0\n",
      "v = 418380249.4591794 m / s > c, setting 1/gamma = 0\n",
      "v = 313247328.19706744 m / s > c, setting 1/gamma = 0\n",
      "v = 309996246.10456485 m / s > c, setting 1/gamma = 0\n",
      "v = 334410680.86734766 m / s > c, setting 1/gamma = 0\n",
      "v = 351532834.6367699 m / s > c, setting 1/gamma = 0\n",
      "v = 763424895.5194973 m / s > c, setting 1/gamma = 0\n",
      "v = 630781663.3776816 m / s > c, setting 1/gamma = 0\n",
      "v = 301524958.10547835 m / s > c, setting 1/gamma = 0\n",
      "v = 334283848.7133138 m / s > c, setting 1/gamma = 0\n",
      "v = 350715853.4892395 m / s > c, setting 1/gamma = 0\n",
      "v = 392043349.10298145 m / s > c, setting 1/gamma = 0\n",
      "v = 394632751.5371469 m / s > c, setting 1/gamma = 0\n",
      "v = 440061966.835197 m / s > c, setting 1/gamma = 0\n",
      "v = 300611326.3500514 m / s > c, setting 1/gamma = 0\n",
      "v = 338163174.792699 m / s > c, setting 1/gamma = 0\n",
      "v = 414251647.1061018 m / s > c, setting 1/gamma = 0\n",
      "v = 460256654.70313954 m / s > c, setting 1/gamma = 0\n",
      "v = 313533616.1575261 m / s > c, setting 1/gamma = 0\n",
      "v = 345312830.32409745 m / s > c, setting 1/gamma = 0\n",
      "v = 379447523.2367478 m / s > c, setting 1/gamma = 0\n",
      "v = 323752661.1789815 m / s > c, setting 1/gamma = 0\n",
      "v = 711315534.9066575 m / s > c, setting 1/gamma = 0\n",
      "v = 587889217.0515003 m / s > c, setting 1/gamma = 0\n",
      "v = 336104821.17170477 m / s > c, setting 1/gamma = 0\n",
      "v = 366240978.00665194 m / s > c, setting 1/gamma = 0\n",
      "v = 300283243.8879322 m / s > c, setting 1/gamma = 0\n",
      "v = 323705259.4855789 m / s > c, setting 1/gamma = 0\n",
      "v = 576080047.9926776 m / s > c, setting 1/gamma = 0\n",
      "v = 582842726.8593246 m / s > c, setting 1/gamma = 0\n",
      "v = 407814134.73768014 m / s > c, setting 1/gamma = 0\n",
      "v = 446826584.0043932 m / s > c, setting 1/gamma = 0\n",
      "v = 343841933.554081 m / s > c, setting 1/gamma = 0\n",
      "v = 367695384.85395557 m / s > c, setting 1/gamma = 0\n",
      "v = 320334012.2624002 m / s > c, setting 1/gamma = 0\n",
      "v = 362466985.001407 m / s > c, setting 1/gamma = 0\n",
      "v = 300820761.0242194 m / s > c, setting 1/gamma = 0\n",
      "v = 349790712.8520364 m / s > c, setting 1/gamma = 0\n",
      "v = 489332584.3015586 m / s > c, setting 1/gamma = 0\n",
      "v = 514189142.42895293 m / s > c, setting 1/gamma = 0\n",
      "v = 590555171.049739 m / s > c, setting 1/gamma = 0\n",
      "v = 509067182.0699187 m / s > c, setting 1/gamma = 0\n",
      "v = 303224606.75051945 m / s > c, setting 1/gamma = 0\n",
      "v = 373018101.66075784 m / s > c, setting 1/gamma = 0\n",
      "v = 398792740.809074 m / s > c, setting 1/gamma = 0\n",
      "v = 324624496.92181545 m / s > c, setting 1/gamma = 0\n",
      "v = 374939413.3178073 m / s > c, setting 1/gamma = 0\n",
      "v = 401370105.2884658 m / s > c, setting 1/gamma = 0\n",
      "v = 427296477.6990231 m / s > c, setting 1/gamma = 0\n",
      "v = 440606437.44195884 m / s > c, setting 1/gamma = 0\n",
      "v = 474115448.5738257 m / s > c, setting 1/gamma = 0\n",
      "v = 302509731.18742466 m / s > c, setting 1/gamma = 0\n",
      "v = 304214898.7968432 m / s > c, setting 1/gamma = 0\n",
      "v = 304772545.38951796 m / s > c, setting 1/gamma = 0\n",
      "v = 320754269.23217845 m / s > c, setting 1/gamma = 0\n",
      "v = 365032107.4172199 m / s > c, setting 1/gamma = 0\n",
      "v = 303652678.2466278 m / s > c, setting 1/gamma = 0\n",
      "v = 444544371.88676155 m / s > c, setting 1/gamma = 0\n",
      "v = 470392525.2118616 m / s > c, setting 1/gamma = 0\n",
      "v = 303539304.28490704 m / s > c, setting 1/gamma = 0\n",
      "v = 618280279.7320497 m / s > c, setting 1/gamma = 0\n",
      "v = 507721324.72366583 m / s > c, setting 1/gamma = 0\n",
      "v = 322143709.58297294 m / s > c, setting 1/gamma = 0\n",
      "v = 341256132.64219046 m / s > c, setting 1/gamma = 0\n",
      "v = 344878604.41967523 m / s > c, setting 1/gamma = 0\n",
      "v = 374845348.84434164 m / s > c, setting 1/gamma = 0\n",
      "v = 314531446.65350354 m / s > c, setting 1/gamma = 0\n",
      "v = 647012278.886011 m / s > c, setting 1/gamma = 0\n",
      "v = 532638187.6396238 m / s > c, setting 1/gamma = 0\n",
      "v = 305467937.5539553 m / s > c, setting 1/gamma = 0\n",
      "v = 342944244.6154767 m / s > c, setting 1/gamma = 0\n",
      "v = 664585854.3028098 m / s > c, setting 1/gamma = 0\n",
      "v = 664173987.5845954 m / s > c, setting 1/gamma = 0\n",
      "v = 321074598.41045684 m / s > c, setting 1/gamma = 0\n",
      "v = 322340349.69284046 m / s > c, setting 1/gamma = 0\n",
      "v = 383206248.7177473 m / s > c, setting 1/gamma = 0\n",
      "v = 322199979.564181 m / s > c, setting 1/gamma = 0\n",
      "v = 304544633.12646925 m / s > c, setting 1/gamma = 0\n",
      "v = 405186055.8964292 m / s > c, setting 1/gamma = 0\n",
      "v = 440908134.6878521 m / s > c, setting 1/gamma = 0\n",
      "v = 319582274.65948683 m / s > c, setting 1/gamma = 0\n",
      "v = 330342849.77634525 m / s > c, setting 1/gamma = 0\n",
      "v = 324183609.24977463 m / s > c, setting 1/gamma = 0\n",
      "v = 351928564.26851743 m / s > c, setting 1/gamma = 0\n",
      "v = 395576385.11484253 m / s > c, setting 1/gamma = 0\n",
      "v = 452389098.8207533 m / s > c, setting 1/gamma = 0\n",
      "v = 441370510.25960207 m / s > c, setting 1/gamma = 0\n",
      "v = 474351923.66115195 m / s > c, setting 1/gamma = 0\n",
      "v = 396162215.2093676 m / s > c, setting 1/gamma = 0\n",
      "v = 428927477.15787226 m / s > c, setting 1/gamma = 0\n",
      "v = 415330836.2039717 m / s > c, setting 1/gamma = 0\n",
      "v = 465639284.8889959 m / s > c, setting 1/gamma = 0\n",
      "v = 319344741.6518724 m / s > c, setting 1/gamma = 0\n",
      "v = 354092392.66371834 m / s > c, setting 1/gamma = 0\n",
      "v = 338503125.21472406 m / s > c, setting 1/gamma = 0\n",
      "v = 358301308.1458978 m / s > c, setting 1/gamma = 0\n",
      "v = 327404999.6229565 m / s > c, setting 1/gamma = 0\n",
      "v = 345538733.669122 m / s > c, setting 1/gamma = 0\n",
      "v = 326581297.5934823 m / s > c, setting 1/gamma = 0\n",
      "v = 365591254.8107564 m / s > c, setting 1/gamma = 0\n",
      "v = 350268091.5093087 m / s > c, setting 1/gamma = 0\n",
      "v = 319486236.4630181 m / s > c, setting 1/gamma = 0\n",
      "v = 339629227.23695576 m / s > c, setting 1/gamma = 0\n",
      "v = 305450088.25168663 m / s > c, setting 1/gamma = 0\n",
      "v = 345982582.6618686 m / s > c, setting 1/gamma = 0\n",
      "v = 481085605.78332216 m / s > c, setting 1/gamma = 0\n",
      "v = 491313599.0255877 m / s > c, setting 1/gamma = 0\n",
      "v = 468431894.0106932 m / s > c, setting 1/gamma = 0\n",
      "v = 510458202.4227136 m / s > c, setting 1/gamma = 0\n",
      "v = 309856515.6638646 m / s > c, setting 1/gamma = 0\n",
      "v = 360116389.1347805 m / s > c, setting 1/gamma = 0\n",
      "v = 475486185.46477145 m / s > c, setting 1/gamma = 0\n",
      "v = 504495676.4473288 m / s > c, setting 1/gamma = 0\n",
      "v = 304294377.66240567 m / s > c, setting 1/gamma = 0\n",
      "v = 358523383.73946315 m / s > c, setting 1/gamma = 0\n",
      "v = 329584159.1027931 m / s > c, setting 1/gamma = 0\n",
      "v = 364322913.42850643 m / s > c, setting 1/gamma = 0\n",
      "v = 392090495.5875449 m / s > c, setting 1/gamma = 0\n",
      "v = 312283764.0128446 m / s > c, setting 1/gamma = 0\n",
      "v = 335010402.7199788 m / s > c, setting 1/gamma = 0\n",
      "v = 312465762.5597853 m / s > c, setting 1/gamma = 0\n",
      "v = 645625822.298819 m / s > c, setting 1/gamma = 0\n",
      "v = 531532706.0518812 m / s > c, setting 1/gamma = 0\n",
      "v = 592059153.8473831 m / s > c, setting 1/gamma = 0\n",
      "v = 599702740.9279367 m / s > c, setting 1/gamma = 0\n",
      "v = 358146793.49948496 m / s > c, setting 1/gamma = 0\n",
      "v = 381771528.5111236 m / s > c, setting 1/gamma = 0\n",
      "v = 335163096.9433282 m / s > c, setting 1/gamma = 0\n",
      "v = 391747769.01654583 m / s > c, setting 1/gamma = 0\n",
      "v = 431070409.8818333 m / s > c, setting 1/gamma = 0\n",
      "v = 466809224.8284362 m / s > c, setting 1/gamma = 0\n",
      "v = 313690122.9027934 m / s > c, setting 1/gamma = 0\n",
      "v = 326815410.6906126 m / s > c, setting 1/gamma = 0\n",
      "v = 342243870.7262027 m / s > c, setting 1/gamma = 0\n",
      "v = 347175887.2882429 m / s > c, setting 1/gamma = 0\n",
      "v = 334716209.37968105 m / s > c, setting 1/gamma = 0\n",
      "v = 369588376.42064387 m / s > c, setting 1/gamma = 0\n",
      "v = 319193738.6030107 m / s > c, setting 1/gamma = 0\n",
      "v = 343466430.8054758 m / s > c, setting 1/gamma = 0\n",
      "v = 365466391.94097286 m / s > c, setting 1/gamma = 0\n",
      "v = 382723020.9839442 m / s > c, setting 1/gamma = 0\n",
      "v = 332028525.21769524 m / s > c, setting 1/gamma = 0\n",
      "v = 373780066.96389276 m / s > c, setting 1/gamma = 0\n",
      "v = 314399545.37516326 m / s > c, setting 1/gamma = 0\n",
      "v = 378290245.43240875 m / s > c, setting 1/gamma = 0\n",
      "v = 522134913.64268404 m / s > c, setting 1/gamma = 0\n",
      "v = 538424706.2726678 m / s > c, setting 1/gamma = 0\n",
      "v = 314150410.78805864 m / s > c, setting 1/gamma = 0\n",
      "v = 318623885.19407 m / s > c, setting 1/gamma = 0\n",
      "v = 377109484.65267503 m / s > c, setting 1/gamma = 0\n",
      "v = 313022536.72330105 m / s > c, setting 1/gamma = 0\n",
      "v = 471309398.1372464 m / s > c, setting 1/gamma = 0\n",
      "v = 503983752.79507846 m / s > c, setting 1/gamma = 0\n",
      "v = 302431890.22597116 m / s > c, setting 1/gamma = 0\n",
      "v = 358065337.2888002 m / s > c, setting 1/gamma = 0\n",
      "v = 301169391.8434334 m / s > c, setting 1/gamma = 0\n",
      "v = 326236614.8101514 m / s > c, setting 1/gamma = 0\n",
      "v = 363722997.8642459 m / s > c, setting 1/gamma = 0\n",
      "v = 461391798.94608164 m / s > c, setting 1/gamma = 0\n",
      "v = 480531481.4951433 m / s > c, setting 1/gamma = 0\n",
      "v = 349508670.48995227 m / s > c, setting 1/gamma = 0\n",
      "v = 773418684.6911273 m / s > c, setting 1/gamma = 0\n",
      "v = 641452939.1334869 m / s > c, setting 1/gamma = 0\n",
      "v = 322987455.56162095 m / s > c, setting 1/gamma = 0\n",
      "v = 328512838.5640049 m / s > c, setting 1/gamma = 0\n",
      "v = 343831433.29335475 m / s > c, setting 1/gamma = 0\n",
      "v = 647949793.6853131 m / s > c, setting 1/gamma = 0\n",
      "v = 648641478.5083961 m / s > c, setting 1/gamma = 0\n",
      "v = 396904159.11346006 m / s > c, setting 1/gamma = 0\n",
      "v = 430248552.5744426 m / s > c, setting 1/gamma = 0\n",
      "v = 312828613.8897992 m / s > c, setting 1/gamma = 0\n",
      "v = 339621839.47682387 m / s > c, setting 1/gamma = 0\n",
      "v = 481868403.8668768 m / s > c, setting 1/gamma = 0\n",
      "v = 516383117.4329976 m / s > c, setting 1/gamma = 0\n",
      "v = 306271911.22124124 m / s > c, setting 1/gamma = 0\n",
      "v = 350707028.5718819 m / s > c, setting 1/gamma = 0\n",
      "v = 386258741.8638011 m / s > c, setting 1/gamma = 0\n",
      "v = 363841960.29638284 m / s > c, setting 1/gamma = 0\n",
      "v = 419393337.7420044 m / s > c, setting 1/gamma = 0\n",
      "v = 300369667.45652133 m / s > c, setting 1/gamma = 0\n",
      "v = 531929044.4857824 m / s > c, setting 1/gamma = 0\n",
      "v = 491060982.0607035 m / s > c, setting 1/gamma = 0\n",
      "v = 344268471.0741139 m / s > c, setting 1/gamma = 0\n",
      "v = 308247261.97749966 m / s > c, setting 1/gamma = 0\n",
      "v = 323198621.9528501 m / s > c, setting 1/gamma = 0\n",
      "v = 304554073.76463693 m / s > c, setting 1/gamma = 0\n",
      "v = 314670426.450516 m / s > c, setting 1/gamma = 0\n",
      "v = 624364674.7213855 m / s > c, setting 1/gamma = 0\n",
      "v = 513170725.0834536 m / s > c, setting 1/gamma = 0\n",
      "v = 323262326.6953721 m / s > c, setting 1/gamma = 0\n",
      "v = 303205094.8695437 m / s > c, setting 1/gamma = 0\n",
      "v = 492786906.89180887 m / s > c, setting 1/gamma = 0\n",
      "v = 512530283.6918057 m / s > c, setting 1/gamma = 0\n",
      "v = 308757070.7793824 m / s > c, setting 1/gamma = 0\n",
      "v = 342992301.6362772 m / s > c, setting 1/gamma = 0\n",
      "v = 377107298.03025717 m / s > c, setting 1/gamma = 0\n",
      "v = 542312207.1722409 m / s > c, setting 1/gamma = 0\n",
      "v = 552445445.7324326 m / s > c, setting 1/gamma = 0\n",
      "v = 418260180.8885658 m / s > c, setting 1/gamma = 0\n",
      "v = 446892465.9439088 m / s > c, setting 1/gamma = 0\n",
      "v = 311726644.03472185 m / s > c, setting 1/gamma = 0\n",
      "v = 317861014.9915362 m / s > c, setting 1/gamma = 0\n",
      "v = 359887026.71091944 m / s > c, setting 1/gamma = 0\n",
      "v = 590473371.014226 m / s > c, setting 1/gamma = 0\n",
      "v = 622485386.4053462 m / s > c, setting 1/gamma = 0\n",
      "v = 316683433.3267847 m / s > c, setting 1/gamma = 0\n",
      "v = 303095169.5430695 m / s > c, setting 1/gamma = 0\n",
      "v = 330038443.39055413 m / s > c, setting 1/gamma = 0\n",
      "v = 310090654.6971378 m / s > c, setting 1/gamma = 0\n",
      "v = 429871569.9494247 m / s > c, setting 1/gamma = 0\n",
      "v = 488398522.67930204 m / s > c, setting 1/gamma = 0\n",
      "v = 552697804.2816093 m / s > c, setting 1/gamma = 0\n",
      "v = 547040478.4732279 m / s > c, setting 1/gamma = 0\n",
      "v = 301027633.0553901 m / s > c, setting 1/gamma = 0\n",
      "v = 316490600.0512278 m / s > c, setting 1/gamma = 0\n",
      "v = 312816413.90760547 m / s > c, setting 1/gamma = 0\n",
      "v = 374141939.19388145 m / s > c, setting 1/gamma = 0\n",
      "v = 410835255.40339357 m / s > c, setting 1/gamma = 0\n",
      "v = 308680056.8568298 m / s > c, setting 1/gamma = 0\n",
      "v = 349133091.05559045 m / s > c, setting 1/gamma = 0\n",
      "v = 304395276.349029 m / s > c, setting 1/gamma = 0\n",
      "v = 358403580.9634116 m / s > c, setting 1/gamma = 0\n",
      "v = 407815525.5002718 m / s > c, setting 1/gamma = 0\n",
      "v = 316758554.26409525 m / s > c, setting 1/gamma = 0\n",
      "v = 318102762.88201046 m / s > c, setting 1/gamma = 0\n",
      "v = 363484309.1978998 m / s > c, setting 1/gamma = 0\n",
      "v = 331894015.2455807 m / s > c, setting 1/gamma = 0\n",
      "v = 378019485.62092495 m / s > c, setting 1/gamma = 0\n",
      "v = 307880428.8986673 m / s > c, setting 1/gamma = 0\n",
      "v = 338880738.7185917 m / s > c, setting 1/gamma = 0\n",
      "v = 301619732.675563 m / s > c, setting 1/gamma = 0\n",
      "v = 332722380.81174237 m / s > c, setting 1/gamma = 0\n",
      "v = 378687547.1342917 m / s > c, setting 1/gamma = 0\n",
      "v = 348393762.0420167 m / s > c, setting 1/gamma = 0\n",
      "v = 371823132.91751534 m / s > c, setting 1/gamma = 0\n",
      "v = 550478559.525174 m / s > c, setting 1/gamma = 0\n",
      "v = 564406717.2451065 m / s > c, setting 1/gamma = 0\n",
      "v = 317257287.72589004 m / s > c, setting 1/gamma = 0\n",
      "v = 324812505.61239046 m / s > c, setting 1/gamma = 0\n",
      "v = 384669945.0563519 m / s > c, setting 1/gamma = 0\n",
      "v = 315759526.58841044 m / s > c, setting 1/gamma = 0\n",
      "v = 349866600.42541647 m / s > c, setting 1/gamma = 0\n",
      "v = 340062050.965441 m / s > c, setting 1/gamma = 0\n",
      "v = 391455412.031501 m / s > c, setting 1/gamma = 0\n",
      "v = 325967499.2020672 m / s > c, setting 1/gamma = 0\n",
      "v = 315491507.61916757 m / s > c, setting 1/gamma = 0\n",
      "v = 336860064.0795182 m / s > c, setting 1/gamma = 0\n",
      "v = 386728018.08352005 m / s > c, setting 1/gamma = 0\n",
      "v = 315964430.03183794 m / s > c, setting 1/gamma = 0\n",
      "v = 350780172.90072393 m / s > c, setting 1/gamma = 0\n",
      "v = 353238666.3754853 m / s > c, setting 1/gamma = 0\n",
      "v = 399887247.0643928 m / s > c, setting 1/gamma = 0\n",
      "v = 339523884.6073274 m / s > c, setting 1/gamma = 0\n",
      "v = 407000093.3002042 m / s > c, setting 1/gamma = 0\n",
      "v = 300981133.49327 m / s > c, setting 1/gamma = 0\n",
      "v = 309390565.1383272 m / s > c, setting 1/gamma = 0\n",
      "v = 306028760.1845493 m / s > c, setting 1/gamma = 0\n",
      "v = 331380488.3704902 m / s > c, setting 1/gamma = 0\n",
      "v = 437034642.5205567 m / s > c, setting 1/gamma = 0\n",
      "v = 466296516.9440879 m / s > c, setting 1/gamma = 0\n",
      "v = 303765770.1386717 m / s > c, setting 1/gamma = 0\n",
      "v = 332404137.04876536 m / s > c, setting 1/gamma = 0\n",
      "v = 326240565.313977 m / s > c, setting 1/gamma = 0\n",
      "v = 456387406.8980835 m / s > c, setting 1/gamma = 0\n",
      "v = 512656601.7713152 m / s > c, setting 1/gamma = 0\n",
      "v = 485138891.92389244 m / s > c, setting 1/gamma = 0\n",
      "v = 476223416.1751645 m / s > c, setting 1/gamma = 0\n",
      "v = 330022355.6018048 m / s > c, setting 1/gamma = 0\n",
      "v = 349936255.4654814 m / s > c, setting 1/gamma = 0\n",
      "v = 522170988.05138403 m / s > c, setting 1/gamma = 0\n",
      "v = 489593080.21798635 m / s > c, setting 1/gamma = 0\n",
      "v = 312222988.2391736 m / s > c, setting 1/gamma = 0\n",
      "v = 301803192.90380573 m / s > c, setting 1/gamma = 0\n",
      "v = 436200125.05917627 m / s > c, setting 1/gamma = 0\n",
      "v = 467508036.88882005 m / s > c, setting 1/gamma = 0\n",
      "v = 306589552.556638 m / s > c, setting 1/gamma = 0\n",
      "v = 372070779.35596186 m / s > c, setting 1/gamma = 0\n",
      "v = 301846005.55601656 m / s > c, setting 1/gamma = 0\n",
      "v = 370959612.0685205 m / s > c, setting 1/gamma = 0\n",
      "v = 403733273.570159 m / s > c, setting 1/gamma = 0\n",
      "v = 304344350.1202275 m / s > c, setting 1/gamma = 0\n",
      "v = 306606899.14063865 m / s > c, setting 1/gamma = 0\n",
      "v = 371729772.0717284 m / s > c, setting 1/gamma = 0\n",
      "v = 433611052.7959914 m / s > c, setting 1/gamma = 0\n",
      "v = 489762131.9036718 m / s > c, setting 1/gamma = 0\n",
      "v = 516926002.8721956 m / s > c, setting 1/gamma = 0\n",
      "v = 420731268.46713597 m / s > c, setting 1/gamma = 0\n",
      "v = 461664155.75818896 m / s > c, setting 1/gamma = 0\n",
      "v = 331533568.7367159 m / s > c, setting 1/gamma = 0\n",
      "v = 382729462.1430135 m / s > c, setting 1/gamma = 0\n",
      "v = 361372492.3854546 m / s > c, setting 1/gamma = 0\n",
      "v = 418755126.2110918 m / s > c, setting 1/gamma = 0\n",
      "v = 305458622.84553987 m / s > c, setting 1/gamma = 0\n",
      "v = 617823009.9167924 m / s > c, setting 1/gamma = 0\n",
      "v = 503237853.8315176 m / s > c, setting 1/gamma = 0\n",
      "v = 301726738.08287156 m / s > c, setting 1/gamma = 0\n",
      "v = 317426052.5062301 m / s > c, setting 1/gamma = 0\n",
      "v = 371560655.7749475 m / s > c, setting 1/gamma = 0\n",
      "v = 358266596.9343882 m / s > c, setting 1/gamma = 0\n",
      "v = 383141200.0735312 m / s > c, setting 1/gamma = 0\n",
      "v = 320291174.18389475 m / s > c, setting 1/gamma = 0\n",
      "v = 557340895.8912754 m / s > c, setting 1/gamma = 0\n",
      "v = 484693550.61725205 m / s > c, setting 1/gamma = 0\n",
      "v = 304452210.8263125 m / s > c, setting 1/gamma = 0\n",
      "v = 328268384.70946 m / s > c, setting 1/gamma = 0\n",
      "v = 456576749.67191297 m / s > c, setting 1/gamma = 0\n",
      "v = 462442330.53996575 m / s > c, setting 1/gamma = 0\n",
      "v = 318702687.0098504 m / s > c, setting 1/gamma = 0\n",
      "v = 348506701.4399864 m / s > c, setting 1/gamma = 0\n",
      "v = 308190198.0176367 m / s > c, setting 1/gamma = 0\n",
      "v = 312926227.3779054 m / s > c, setting 1/gamma = 0\n",
      "v = 345350819.7896264 m / s > c, setting 1/gamma = 0\n",
      "v = 379225991.64756113 m / s > c, setting 1/gamma = 0\n",
      "v = 308249975.61717445 m / s > c, setting 1/gamma = 0\n",
      "v = 340100265.6501551 m / s > c, setting 1/gamma = 0\n",
      "v = 397982665.0033518 m / s > c, setting 1/gamma = 0\n",
      "v = 428493677.6106346 m / s > c, setting 1/gamma = 0\n",
      "v = 456785445.33432406 m / s > c, setting 1/gamma = 0\n",
      "v = 302060845.8615353 m / s > c, setting 1/gamma = 0\n",
      "v = 323354552.77879715 m / s > c, setting 1/gamma = 0\n",
      "v = 361789999.6292849 m / s > c, setting 1/gamma = 0\n",
      "v = 311161927.00372815 m / s > c, setting 1/gamma = 0\n",
      "v = 669086104.7372984 m / s > c, setting 1/gamma = 0\n",
      "v = 550861743.5067987 m / s > c, setting 1/gamma = 0\n",
      "v = 352227986.42676574 m / s > c, setting 1/gamma = 0\n",
      "v = 378912336.4182509 m / s > c, setting 1/gamma = 0\n",
      "v = 305003672.0318678 m / s > c, setting 1/gamma = 0\n",
      "v = 314676704.1315736 m / s > c, setting 1/gamma = 0\n",
      "v = 367355638.476383 m / s > c, setting 1/gamma = 0\n",
      "v = 389463043.70461184 m / s > c, setting 1/gamma = 0\n",
      "v = 424570244.8206397 m / s > c, setting 1/gamma = 0\n",
      "v = 340550974.1882901 m / s > c, setting 1/gamma = 0\n",
      "v = 377176121.4593226 m / s > c, setting 1/gamma = 0\n",
      "v = 574754427.561353 m / s > c, setting 1/gamma = 0\n",
      "v = 514916769.1977358 m / s > c, setting 1/gamma = 0\n",
      "v = 302345245.0283551 m / s > c, setting 1/gamma = 0\n",
      "v = 339404409.9724074 m / s > c, setting 1/gamma = 0\n",
      "v = 302476736.75562716 m / s > c, setting 1/gamma = 0\n",
      "v = 338882195.18156785 m / s > c, setting 1/gamma = 0\n",
      "v = 409673918.5387353 m / s > c, setting 1/gamma = 0\n",
      "v = 459045266.74461883 m / s > c, setting 1/gamma = 0\n",
      "v = 336138676.15208447 m / s > c, setting 1/gamma = 0\n",
      "v = 530267340.77154297 m / s > c, setting 1/gamma = 0\n",
      "v = 513804412.28000516 m / s > c, setting 1/gamma = 0\n",
      "v = 301147448.32637143 m / s > c, setting 1/gamma = 0\n",
      "v = 376161614.09010476 m / s > c, setting 1/gamma = 0\n",
      "v = 406121597.10195494 m / s > c, setting 1/gamma = 0\n",
      "v = 338858594.5726051 m / s > c, setting 1/gamma = 0\n",
      "v = 398503469.09213924 m / s > c, setting 1/gamma = 0\n",
      "v = 485364890.3884432 m / s > c, setting 1/gamma = 0\n",
      "v = 497957406.6577275 m / s > c, setting 1/gamma = 0\n",
      "v = 309930573.1660563 m / s > c, setting 1/gamma = 0\n",
      "v = 306767861.3332617 m / s > c, setting 1/gamma = 0\n",
      "v = 341628049.7290861 m / s > c, setting 1/gamma = 0\n",
      "v = 322826087.6775548 m / s > c, setting 1/gamma = 0\n",
      "v = 371785925.1624133 m / s > c, setting 1/gamma = 0\n",
      "v = 399339958.9452679 m / s > c, setting 1/gamma = 0\n",
      "v = 301210442.1859166 m / s > c, setting 1/gamma = 0\n",
      "v = 304799076.64197844 m / s > c, setting 1/gamma = 0\n",
      "v = 309642676.5488956 m / s > c, setting 1/gamma = 0\n",
      "v = 355850975.4651569 m / s > c, setting 1/gamma = 0\n",
      "v = 344294941.6225138 m / s > c, setting 1/gamma = 0\n",
      "v = 368716257.06772 m / s > c, setting 1/gamma = 0\n",
      "v = 395458760.8956532 m / s > c, setting 1/gamma = 0\n",
      "v = 423587630.75234544 m / s > c, setting 1/gamma = 0\n",
      "v = 347937298.5014666 m / s > c, setting 1/gamma = 0\n",
      "v = 373945082.35863143 m / s > c, setting 1/gamma = 0\n",
      "v = 308793755.56167495 m / s > c, setting 1/gamma = 0\n",
      "v = 389495918.52132905 m / s > c, setting 1/gamma = 0\n",
      "v = 434203691.72475886 m / s > c, setting 1/gamma = 0\n",
      "v = 309757549.99114794 m / s > c, setting 1/gamma = 0\n",
      "v = 338678590.7487572 m / s > c, setting 1/gamma = 0\n",
      "v = 377094603.37504387 m / s > c, setting 1/gamma = 0\n",
      "v = 410077505.6410427 m / s > c, setting 1/gamma = 0\n",
      "v = 309280482.11833036 m / s > c, setting 1/gamma = 0\n",
      "v = 339803763.81411064 m / s > c, setting 1/gamma = 0\n",
      "v = 366470745.9698577 m / s > c, setting 1/gamma = 0\n",
      "v = 307711046.0134411 m / s > c, setting 1/gamma = 0\n",
      "v = 302663999.76207 m / s > c, setting 1/gamma = 0\n",
      "v = 369172646.10101163 m / s > c, setting 1/gamma = 0\n",
      "v = 400585060.5813643 m / s > c, setting 1/gamma = 0\n",
      "v = 343176127.7958222 m / s > c, setting 1/gamma = 0\n",
      "v = 389517007.2394943 m / s > c, setting 1/gamma = 0\n",
      "v = 304557998.04522395 m / s > c, setting 1/gamma = 0\n",
      "v = 323925190.9065505 m / s > c, setting 1/gamma = 0\n",
      "v = 306151563.0360168 m / s > c, setting 1/gamma = 0\n",
      "v = 302335988.1337545 m / s > c, setting 1/gamma = 0\n",
      "v = 360841909.2902902 m / s > c, setting 1/gamma = 0\n",
      "v = 354482745.191217 m / s > c, setting 1/gamma = 0\n",
      "v = 387347963.32601786 m / s > c, setting 1/gamma = 0\n",
      "v = 300324209.9288981 m / s > c, setting 1/gamma = 0\n",
      "v = 319227681.0219148 m / s > c, setting 1/gamma = 0\n",
      "v = 333287847.6572898 m / s > c, setting 1/gamma = 0\n",
      "v = 301856710.31120986 m / s > c, setting 1/gamma = 0\n",
      "v = 340328554.26058453 m / s > c, setting 1/gamma = 0\n",
      "v = 356536115.16295564 m / s > c, setting 1/gamma = 0\n",
      "v = 421173552.90397114 m / s > c, setting 1/gamma = 0\n",
      "v = 311184772.7165068 m / s > c, setting 1/gamma = 0\n",
      "v = 356521563.90918106 m / s > c, setting 1/gamma = 0\n",
      "v = 389149315.52707046 m / s > c, setting 1/gamma = 0\n",
      "v = 424905807.83602864 m / s > c, setting 1/gamma = 0\n",
      "v = 411571886.6642411 m / s > c, setting 1/gamma = 0\n",
      "v = 459477805.37262166 m / s > c, setting 1/gamma = 0\n",
      "v = 894432545.4615797 m / s > c, setting 1/gamma = 0\n",
      "v = 823789109.6727134 m / s > c, setting 1/gamma = 0\n",
      "v = 308526477.3588137 m / s > c, setting 1/gamma = 0\n",
      "v = 347169608.2037956 m / s > c, setting 1/gamma = 0\n",
      "v = 325159647.23675257 m / s > c, setting 1/gamma = 0\n",
      "v = 326143047.8681551 m / s > c, setting 1/gamma = 0\n",
      "v = 358428293.3984217 m / s > c, setting 1/gamma = 0\n",
      "v = 311183532.7393564 m / s > c, setting 1/gamma = 0\n",
      "v = 367535434.8511065 m / s > c, setting 1/gamma = 0\n",
      "v = 315710642.7116314 m / s > c, setting 1/gamma = 0\n",
      "v = 359238639.8027429 m / s > c, setting 1/gamma = 0\n",
      "v = 306259673.09607494 m / s > c, setting 1/gamma = 0\n",
      "v = 335498938.7505887 m / s > c, setting 1/gamma = 0\n",
      "v = 462359064.08953637 m / s > c, setting 1/gamma = 0\n",
      "v = 491106107.6057185 m / s > c, setting 1/gamma = 0\n",
      "v = 449800266.0639763 m / s > c, setting 1/gamma = 0\n",
      "v = 477214366.5091059 m / s > c, setting 1/gamma = 0\n",
      "v = 318073516.78277826 m / s > c, setting 1/gamma = 0\n",
      "v = 331887872.80477756 m / s > c, setting 1/gamma = 0\n",
      "v = 366970696.93197554 m / s > c, setting 1/gamma = 0\n",
      "v = 324578130.23953426 m / s > c, setting 1/gamma = 0\n",
      "v = 356754757.9736592 m / s > c, setting 1/gamma = 0\n",
      "v = 417070900.6887941 m / s > c, setting 1/gamma = 0\n",
      "v = 313408746.2913096 m / s > c, setting 1/gamma = 0\n",
      "v = 621026426.599223 m / s > c, setting 1/gamma = 0\n",
      "v = 504815477.82128733 m / s > c, setting 1/gamma = 0\n",
      "v = 433164334.4172591 m / s > c, setting 1/gamma = 0\n",
      "v = 475394492.8671322 m / s > c, setting 1/gamma = 0\n",
      "v = 307944047.9019168 m / s > c, setting 1/gamma = 0\n",
      "v = 638705829.3240867 m / s > c, setting 1/gamma = 0\n",
      "v = 522008175.9479124 m / s > c, setting 1/gamma = 0\n",
      "v = 305612498.6103875 m / s > c, setting 1/gamma = 0\n",
      "v = 342369627.555972 m / s > c, setting 1/gamma = 0\n",
      "v = 332055818.0224303 m / s > c, setting 1/gamma = 0\n",
      "v = 385436981.98864275 m / s > c, setting 1/gamma = 0\n",
      "v = 453651441.2127174 m / s > c, setting 1/gamma = 0\n",
      "v = 465322748.14906794 m / s > c, setting 1/gamma = 0\n",
      "v = 377011241.85987025 m / s > c, setting 1/gamma = 0\n",
      "v = 421957187.8057743 m / s > c, setting 1/gamma = 0\n",
      "v = 306920934.04897404 m / s > c, setting 1/gamma = 0\n",
      "v = 300455226.0831389 m / s > c, setting 1/gamma = 0\n",
      "v = 319992739.7025606 m / s > c, setting 1/gamma = 0\n",
      "v = 346304233.56259215 m / s > c, setting 1/gamma = 0\n",
      "v = 393366827.8716438 m / s > c, setting 1/gamma = 0\n",
      "v = 314004361.3968815 m / s > c, setting 1/gamma = 0\n",
      "v = 321892931.21899885 m / s > c, setting 1/gamma = 0\n",
      "v = 650393439.8425806 m / s > c, setting 1/gamma = 0\n",
      "v = 559964842.8539642 m / s > c, setting 1/gamma = 0\n",
      "v = 391919755.8213767 m / s > c, setting 1/gamma = 0\n",
      "v = 430334635.43103224 m / s > c, setting 1/gamma = 0\n",
      "v = 321665917.77552474 m / s > c, setting 1/gamma = 0\n",
      "v = 679062946.942163 m / s > c, setting 1/gamma = 0\n",
      "v = 557133831.8475217 m / s > c, setting 1/gamma = 0\n",
      "v = 315526770.68741316 m / s > c, setting 1/gamma = 0\n",
      "v = 398996891.47122806 m / s > c, setting 1/gamma = 0\n",
      "v = 444792586.1424274 m / s > c, setting 1/gamma = 0\n",
      "v = 303173238.23413885 m / s > c, setting 1/gamma = 0\n",
      "v = 474197480.46695876 m / s > c, setting 1/gamma = 0\n",
      "v = 478542188.20963484 m / s > c, setting 1/gamma = 0\n",
      "v = 310894428.1656277 m / s > c, setting 1/gamma = 0\n",
      "v = 334323030.47914565 m / s > c, setting 1/gamma = 0\n",
      "v = 502603487.28219837 m / s > c, setting 1/gamma = 0\n",
      "v = 526027516.22822326 m / s > c, setting 1/gamma = 0\n",
      "v = 312591093.263817 m / s > c, setting 1/gamma = 0\n",
      "v = 317101053.07989013 m / s > c, setting 1/gamma = 0\n",
      "v = 346857372.81813496 m / s > c, setting 1/gamma = 0\n",
      "v = 475922506.9325693 m / s > c, setting 1/gamma = 0\n",
      "v = 498407097.4425411 m / s > c, setting 1/gamma = 0\n",
      "v = 335092446.4708502 m / s > c, setting 1/gamma = 0\n",
      "v = 573546147.0915307 m / s > c, setting 1/gamma = 0\n",
      "v = 518769257.46376723 m / s > c, setting 1/gamma = 0\n",
      "v = 488626531.637827 m / s > c, setting 1/gamma = 0\n",
      "v = 504106315.30390334 m / s > c, setting 1/gamma = 0\n",
      "v = 299878183.57241255 m / s > c, setting 1/gamma = 0\n",
      "v = 402697997.4142231 m / s > c, setting 1/gamma = 0\n",
      "v = 433552588.26873326 m / s > c, setting 1/gamma = 0\n",
      "v = 358651394.22583777 m / s > c, setting 1/gamma = 0\n",
      "v = 411636414.47023845 m / s > c, setting 1/gamma = 0\n",
      "v = 317177795.8653009 m / s > c, setting 1/gamma = 0\n",
      "v = 410550585.30418503 m / s > c, setting 1/gamma = 0\n",
      "v = 452932979.4780957 m / s > c, setting 1/gamma = 0\n",
      "v = 357036078.5984018 m / s > c, setting 1/gamma = 0\n",
      "v = 309554264.70857155 m / s > c, setting 1/gamma = 0\n",
      "v = 311632500.6462324 m / s > c, setting 1/gamma = 0\n",
      "v = 326128494.2564232 m / s > c, setting 1/gamma = 0\n",
      "v = 371450816.6816553 m / s > c, setting 1/gamma = 0\n",
      "v = 301738358.3168078 m / s > c, setting 1/gamma = 0\n",
      "v = 619312999.4154458 m / s > c, setting 1/gamma = 0\n",
      "v = 506770980.21490645 m / s > c, setting 1/gamma = 0\n",
      "v = 433445879.6957677 m / s > c, setting 1/gamma = 0\n",
      "v = 485088097.6443286 m / s > c, setting 1/gamma = 0\n",
      "v = 316345301.1477663 m / s > c, setting 1/gamma = 0\n",
      "v = 367278346.85686684 m / s > c, setting 1/gamma = 0\n",
      "v = 316526647.139039 m / s > c, setting 1/gamma = 0\n",
      "v = 353722705.00062436 m / s > c, setting 1/gamma = 0\n",
      "v = 396093010.4435133 m / s > c, setting 1/gamma = 0\n",
      "v = 355998989.80501896 m / s > c, setting 1/gamma = 0\n",
      "v = 321251121.2617402 m / s > c, setting 1/gamma = 0\n",
      "v = 372421964.79798806 m / s > c, setting 1/gamma = 0\n",
      "v = 420824207.4181272 m / s > c, setting 1/gamma = 0\n",
      "v = 347778217.2761311 m / s > c, setting 1/gamma = 0\n",
      "v = 398897222.8267943 m / s > c, setting 1/gamma = 0\n",
      "v = 326372187.8821804 m / s > c, setting 1/gamma = 0\n",
      "v = 320819744.55074316 m / s > c, setting 1/gamma = 0\n",
      "v = 365133108.08435845 m / s > c, setting 1/gamma = 0\n",
      "v = 314169495.17258024 m / s > c, setting 1/gamma = 0\n",
      "v = 377869601.61769646 m / s > c, setting 1/gamma = 0\n",
      "v = 319052443.1360469 m / s > c, setting 1/gamma = 0\n",
      "v = 358660232.70934725 m / s > c, setting 1/gamma = 0\n",
      "v = 311289496.5565636 m / s > c, setting 1/gamma = 0\n",
      "v = 359305741.8812544 m / s > c, setting 1/gamma = 0\n",
      "v = 309697814.41739374 m / s > c, setting 1/gamma = 0\n",
      "v = 370555367.4914817 m / s > c, setting 1/gamma = 0\n",
      "v = 509957121.3114882 m / s > c, setting 1/gamma = 0\n",
      "v = 494906491.2030302 m / s > c, setting 1/gamma = 0\n",
      "v = 505507074.5473291 m / s > c, setting 1/gamma = 0\n",
      "v = 538117360.9453166 m / s > c, setting 1/gamma = 0\n",
      "v = 371715173.6484261 m / s > c, setting 1/gamma = 0\n",
      "v = 426606528.7264487 m / s > c, setting 1/gamma = 0\n",
      "v = 308402562.86277425 m / s > c, setting 1/gamma = 0\n",
      "v = 340085870.42345077 m / s > c, setting 1/gamma = 0\n",
      "v = 362717709.01134264 m / s > c, setting 1/gamma = 0\n",
      "v = 391704258.9512509 m / s > c, setting 1/gamma = 0\n",
      "v = 402505382.056235 m / s > c, setting 1/gamma = 0\n",
      "v = 450289673.1104544 m / s > c, setting 1/gamma = 0\n",
      "v = 315304653.8433668 m / s > c, setting 1/gamma = 0\n",
      "v = 350393236.7855616 m / s > c, setting 1/gamma = 0\n",
      "v = 369398015.4151593 m / s > c, setting 1/gamma = 0\n",
      "v = 328620142.9082656 m / s > c, setting 1/gamma = 0\n",
      "v = 362383412.7117545 m / s > c, setting 1/gamma = 0\n",
      "v = 364555164.9265577 m / s > c, setting 1/gamma = 0\n",
      "v = 413638771.9237709 m / s > c, setting 1/gamma = 0\n",
      "v = 342084227.17900926 m / s > c, setting 1/gamma = 0\n",
      "v = 362674504.4964973 m / s > c, setting 1/gamma = 0\n",
      "v = 301268857.6725226 m / s > c, setting 1/gamma = 0\n",
      "v = 337345302.23688596 m / s > c, setting 1/gamma = 0\n",
      "v = 392442906.271268 m / s > c, setting 1/gamma = 0\n",
      "v = 361303760.16327125 m / s > c, setting 1/gamma = 0\n",
      "v = 385652166.50744987 m / s > c, setting 1/gamma = 0\n",
      "v = 300789938.54196197 m / s > c, setting 1/gamma = 0\n",
      "v = 358546785.44763917 m / s > c, setting 1/gamma = 0\n",
      "v = 384920568.8111883 m / s > c, setting 1/gamma = 0\n",
      "v = 415163611.19325924 m / s > c, setting 1/gamma = 0\n",
      "v = 451846386.7419218 m / s > c, setting 1/gamma = 0\n",
      "v = 370841611.9974785 m / s > c, setting 1/gamma = 0\n",
      "v = 386451323.80399555 m / s > c, setting 1/gamma = 0\n",
      "v = 305560351.7794146 m / s > c, setting 1/gamma = 0\n",
      "v = 337392760.5579959 m / s > c, setting 1/gamma = 0\n",
      "v = 391917846.45408463 m / s > c, setting 1/gamma = 0\n",
      "v = 415899458.3115476 m / s > c, setting 1/gamma = 0\n",
      "v = 314686661.6502985 m / s > c, setting 1/gamma = 0\n",
      "v = 330088324.73980206 m / s > c, setting 1/gamma = 0\n",
      "v = 305466132.5262446 m / s > c, setting 1/gamma = 0\n",
      "v = 324237144.9599427 m / s > c, setting 1/gamma = 0\n",
      "v = 374258250.00121784 m / s > c, setting 1/gamma = 0\n",
      "v = 322380224.5329395 m / s > c, setting 1/gamma = 0\n",
      "v = 302770483.9635225 m / s > c, setting 1/gamma = 0\n",
      "v = 342548095.79981625 m / s > c, setting 1/gamma = 0\n",
      "v = 349398719.9961074 m / s > c, setting 1/gamma = 0\n",
      "v = 401102946.9250197 m / s > c, setting 1/gamma = 0\n",
      "v = 299883220.7790582 m / s > c, setting 1/gamma = 0\n",
      "v = 318962997.94209975 m / s > c, setting 1/gamma = 0\n",
      "v = 340057022.24650824 m / s > c, setting 1/gamma = 0\n",
      "v = 398553470.3125506 m / s > c, setting 1/gamma = 0\n",
      "v = 535377687.688279 m / s > c, setting 1/gamma = 0\n",
      "v = 498356089.0736168 m / s > c, setting 1/gamma = 0\n",
      "v = 301719831.0638017 m / s > c, setting 1/gamma = 0\n",
      "v = 312611766.0019435 m / s > c, setting 1/gamma = 0\n",
      "v = 334433947.45764506 m / s > c, setting 1/gamma = 0\n",
      "v = 346469952.646331 m / s > c, setting 1/gamma = 0\n",
      "v = 392040582.8341444 m / s > c, setting 1/gamma = 0\n",
      "v = 494672075.7830037 m / s > c, setting 1/gamma = 0\n",
      "v = 498974954.2350563 m / s > c, setting 1/gamma = 0\n",
      "v = 310226645.7216287 m / s > c, setting 1/gamma = 0\n",
      "v = 336937187.79763526 m / s > c, setting 1/gamma = 0\n",
      "v = 345407002.8184945 m / s > c, setting 1/gamma = 0\n",
      "v = 375109120.3513091 m / s > c, setting 1/gamma = 0\n",
      "v = 300885300.6921197 m / s > c, setting 1/gamma = 0\n",
      "v = 367023641.87031335 m / s > c, setting 1/gamma = 0\n",
      "v = 386302892.35959154 m / s > c, setting 1/gamma = 0\n",
      "v = 580837437.6797243 m / s > c, setting 1/gamma = 0\n",
      "v = 491476698.8924505 m / s > c, setting 1/gamma = 0\n",
      "v = 311491865.6529755 m / s > c, setting 1/gamma = 0\n",
      "v = 322909008.9340474 m / s > c, setting 1/gamma = 0\n",
      "v = 306823550.78604513 m / s > c, setting 1/gamma = 0\n",
      "v = 341739496.3983 m / s > c, setting 1/gamma = 0\n",
      "v = 345200320.4102905 m / s > c, setting 1/gamma = 0\n",
      "v = 395028044.30328655 m / s > c, setting 1/gamma = 0\n",
      "v = 307316195.5717433 m / s > c, setting 1/gamma = 0\n",
      "v = 326276831.27593565 m / s > c, setting 1/gamma = 0\n",
      "v = 362257658.8338217 m / s > c, setting 1/gamma = 0\n",
      "v = 416944245.08926684 m / s > c, setting 1/gamma = 0\n",
      "v = 321689274.73912805 m / s > c, setting 1/gamma = 0\n",
      "v = 656652178.3287344 m / s > c, setting 1/gamma = 0\n",
      "v = 537998522.9280252 m / s > c, setting 1/gamma = 0\n",
      "v = 308589544.0244561 m / s > c, setting 1/gamma = 0\n",
      "v = 323660454.7672918 m / s > c, setting 1/gamma = 0\n",
      "v = 354608532.06493026 m / s > c, setting 1/gamma = 0\n",
      "v = 359437820.1279852 m / s > c, setting 1/gamma = 0\n",
      "v = 396069278.04035914 m / s > c, setting 1/gamma = 0\n",
      "v = 301980136.02159536 m / s > c, setting 1/gamma = 0\n",
      "v = 301923816.8024018 m / s > c, setting 1/gamma = 0\n",
      "v = 361883486.6607939 m / s > c, setting 1/gamma = 0\n",
      "v = 391627154.86056846 m / s > c, setting 1/gamma = 0\n",
      "v = 378620727.83111334 m / s > c, setting 1/gamma = 0\n",
      "v = 397087858.28041714 m / s > c, setting 1/gamma = 0\n",
      "v = 303745595.9251159 m / s > c, setting 1/gamma = 0\n",
      "v = 515887148.97412133 m / s > c, setting 1/gamma = 0\n",
      "v = 489160978.3348342 m / s > c, setting 1/gamma = 0\n",
      "v = 328664764.0841978 m / s > c, setting 1/gamma = 0\n",
      "v = 344142797.9203105 m / s > c, setting 1/gamma = 0\n",
      "v = 363684316.48522544 m / s > c, setting 1/gamma = 0\n",
      "v = 326795311.87238884 m / s > c, setting 1/gamma = 0\n",
      "v = 374633224.16071266 m / s > c, setting 1/gamma = 0\n",
      "v = 350505239.2411587 m / s > c, setting 1/gamma = 0\n",
      "v = 396709249.32657224 m / s > c, setting 1/gamma = 0\n",
      "v = 313215154.38628006 m / s > c, setting 1/gamma = 0\n",
      "v = 331800925.69202125 m / s > c, setting 1/gamma = 0\n",
      "v = 300098222.6735659 m / s > c, setting 1/gamma = 0\n",
      "v = 328681694.1036432 m / s > c, setting 1/gamma = 0\n",
      "v = 373857813.2390362 m / s > c, setting 1/gamma = 0\n",
      "v = 421612081.88919765 m / s > c, setting 1/gamma = 0\n",
      "v = 315067902.7122946 m / s > c, setting 1/gamma = 0\n",
      "v = 338048706.37084484 m / s > c, setting 1/gamma = 0\n",
      "v = 352786083.91723776 m / s > c, setting 1/gamma = 0\n",
      "v = 396697110.5122282 m / s > c, setting 1/gamma = 0\n",
      "v = 411667345.89044726 m / s > c, setting 1/gamma = 0\n",
      "v = 447065549.9733813 m / s > c, setting 1/gamma = 0\n",
      "v = 315883603.5820922 m / s > c, setting 1/gamma = 0\n",
      "v = 304957523.85978395 m / s > c, setting 1/gamma = 0\n",
      "v = 355651145.38121974 m / s > c, setting 1/gamma = 0\n",
      "v = 489635580.8139149 m / s > c, setting 1/gamma = 0\n",
      "v = 477534283.67023766 m / s > c, setting 1/gamma = 0\n",
      "v = 324076887.0799002 m / s > c, setting 1/gamma = 0\n",
      "v = 321782168.5196406 m / s > c, setting 1/gamma = 0\n",
      "v = 340841819.4278043 m / s > c, setting 1/gamma = 0\n",
      "v = 315824796.8849636 m / s > c, setting 1/gamma = 0\n",
      "v = 368114763.4868752 m / s > c, setting 1/gamma = 0\n",
      "v = 368716230.27730876 m / s > c, setting 1/gamma = 0\n",
      "v = 406227324.1597999 m / s > c, setting 1/gamma = 0\n",
      "v = 347711835.7366486 m / s > c, setting 1/gamma = 0\n",
      "v = 364021133.76204056 m / s > c, setting 1/gamma = 0\n",
      "v = 357684236.0460394 m / s > c, setting 1/gamma = 0\n",
      "v = 398296362.7113401 m / s > c, setting 1/gamma = 0\n",
      "v = 300366253.7170681 m / s > c, setting 1/gamma = 0\n",
      "v = 322275608.60911787 m / s > c, setting 1/gamma = 0\n",
      "v = 319130026.9418914 m / s > c, setting 1/gamma = 0\n",
      "v = 635322083.9446265 m / s > c, setting 1/gamma = 0\n",
      "v = 522538485.0349053 m / s > c, setting 1/gamma = 0\n",
      "v = 305037971.2231782 m / s > c, setting 1/gamma = 0\n",
      "v = 326861624.5985796 m / s > c, setting 1/gamma = 0\n",
      "v = 314837904.7140313 m / s > c, setting 1/gamma = 0\n",
      "v = 362056787.2187137 m / s > c, setting 1/gamma = 0\n",
      "v = 412087299.5690759 m / s > c, setting 1/gamma = 0\n",
      "v = 440647598.56757 m / s > c, setting 1/gamma = 0\n",
      "v = 344001501.26170677 m / s > c, setting 1/gamma = 0\n",
      "v = 328097171.5198419 m / s > c, setting 1/gamma = 0\n",
      "v = 658627677.4708004 m / s > c, setting 1/gamma = 0\n",
      "v = 541779219.0165638 m / s > c, setting 1/gamma = 0\n",
      "v = 318702626.84732914 m / s > c, setting 1/gamma = 0\n",
      "v = 335485252.08617604 m / s > c, setting 1/gamma = 0\n",
      "v = 323416375.3303396 m / s > c, setting 1/gamma = 0\n",
      "v = 377236071.9511578 m / s > c, setting 1/gamma = 0\n",
      "v = 343798391.65802556 m / s > c, setting 1/gamma = 0\n",
      "v = 714043094.534437 m / s > c, setting 1/gamma = 0\n",
      "v = 588129728.0652919 m / s > c, setting 1/gamma = 0\n",
      "v = 309599710.36329716 m / s > c, setting 1/gamma = 0\n",
      "v = 350686712.6885467 m / s > c, setting 1/gamma = 0\n",
      "v = 314234424.06009007 m / s > c, setting 1/gamma = 0\n",
      "v = 362625637.71127236 m / s > c, setting 1/gamma = 0\n",
      "v = 313467384.2718523 m / s > c, setting 1/gamma = 0\n",
      "v = 438066382.7647135 m / s > c, setting 1/gamma = 0\n",
      "v = 453653916.93025225 m / s > c, setting 1/gamma = 0\n",
      "v = 401055626.8185572 m / s > c, setting 1/gamma = 0\n",
      "v = 405033398.9108264 m / s > c, setting 1/gamma = 0\n",
      "v = 328691185.983286 m / s > c, setting 1/gamma = 0\n",
      "v = 377476412.0407711 m / s > c, setting 1/gamma = 0\n",
      "v = 428340191.2994922 m / s > c, setting 1/gamma = 0\n",
      "v = 454229642.95362574 m / s > c, setting 1/gamma = 0\n",
      "v = 374460097.8024115 m / s > c, setting 1/gamma = 0\n",
      "v = 423918380.2706188 m / s > c, setting 1/gamma = 0\n",
      "v = 454013266.21556383 m / s > c, setting 1/gamma = 0\n",
      "v = 472698931.04017526 m / s > c, setting 1/gamma = 0\n",
      "v = 304129126.2007521 m / s > c, setting 1/gamma = 0\n",
      "v = 326504816.0349006 m / s > c, setting 1/gamma = 0\n",
      "v = 380244941.3331014 m / s > c, setting 1/gamma = 0\n",
      "v = 307676234.63400453 m / s > c, setting 1/gamma = 0\n",
      "v = 604656978.4463507 m / s > c, setting 1/gamma = 0\n",
      "v = 494274314.456 m / s > c, setting 1/gamma = 0\n",
      "v = 300187902.1493945 m / s > c, setting 1/gamma = 0\n",
      "v = 318655559.80589545 m / s > c, setting 1/gamma = 0\n",
      "v = 350416921.22368807 m / s > c, setting 1/gamma = 0\n",
      "v = 339270053.19191563 m / s > c, setting 1/gamma = 0\n",
      "v = 378106709.1972537 m / s > c, setting 1/gamma = 0\n",
      "v = 354399240.18444467 m / s > c, setting 1/gamma = 0\n",
      "v = 406435809.9740758 m / s > c, setting 1/gamma = 0\n",
      "v = 336578208.3639255 m / s > c, setting 1/gamma = 0\n",
      "v = 357332207.71339774 m / s > c, setting 1/gamma = 0\n",
      "v = 303073714.96033436 m / s > c, setting 1/gamma = 0\n",
      "v = 346891118.1894888 m / s > c, setting 1/gamma = 0\n",
      "v = 332589839.1063044 m / s > c, setting 1/gamma = 0\n",
      "v = 384110873.4474151 m / s > c, setting 1/gamma = 0\n",
      "v = 337256965.80288243 m / s > c, setting 1/gamma = 0\n",
      "v = 355343905.700317 m / s > c, setting 1/gamma = 0\n",
      "v = 347251531.54453206 m / s > c, setting 1/gamma = 0\n",
      "v = 400355712.7772342 m / s > c, setting 1/gamma = 0\n",
      "v = 460752916.9987315 m / s > c, setting 1/gamma = 0\n",
      "v = 470219762.08272135 m / s > c, setting 1/gamma = 0\n",
      "v = 340691489.2944531 m / s > c, setting 1/gamma = 0\n",
      "v = 358017950.59347194 m / s > c, setting 1/gamma = 0\n",
      "v = 326382431.93841606 m / s > c, setting 1/gamma = 0\n",
      "v = 363652481.8308329 m / s > c, setting 1/gamma = 0\n",
      "v = 398010479.8799275 m / s > c, setting 1/gamma = 0\n",
      "v = 434750162.1372023 m / s > c, setting 1/gamma = 0\n",
      "v = 306057852.3075627 m / s > c, setting 1/gamma = 0\n",
      "v = 329268812.6870701 m / s > c, setting 1/gamma = 0\n",
      "v = 307101031.41943264 m / s > c, setting 1/gamma = 0\n",
      "v = 355146602.1630994 m / s > c, setting 1/gamma = 0\n",
      "v = 559147560.8755801 m / s > c, setting 1/gamma = 0\n",
      "v = 491321157.00665057 m / s > c, setting 1/gamma = 0\n",
      "v = 321508649.8595393 m / s > c, setting 1/gamma = 0\n",
      "v = 344573272.8378251 m / s > c, setting 1/gamma = 0\n",
      "v = 469752613.1890739 m / s > c, setting 1/gamma = 0\n",
      "v = 472622568.5920408 m / s > c, setting 1/gamma = 0\n",
      "v = 309791023.79579693 m / s > c, setting 1/gamma = 0\n",
      "v = 336019924.10386735 m / s > c, setting 1/gamma = 0\n",
      "v = 351777012.5396315 m / s > c, setting 1/gamma = 0\n",
      "v = 325668277.5077323 m / s > c, setting 1/gamma = 0\n",
      "v = 377086926.35929114 m / s > c, setting 1/gamma = 0\n",
      "v = 408671200.0747367 m / s > c, setting 1/gamma = 0\n",
      "v = 437649826.48806053 m / s > c, setting 1/gamma = 0\n",
      "v = 340347846.83743507 m / s > c, setting 1/gamma = 0\n",
      "v = 358100853.0636676 m / s > c, setting 1/gamma = 0\n",
      "v = 391614497.9252016 m / s > c, setting 1/gamma = 0\n",
      "v = 425784787.23577756 m / s > c, setting 1/gamma = 0\n",
      "v = 300725399.5470114 m / s > c, setting 1/gamma = 0\n",
      "v = 301181345.96482927 m / s > c, setting 1/gamma = 0\n",
      "v = 369809205.9283647 m / s > c, setting 1/gamma = 0\n",
      "v = 404529530.4611392 m / s > c, setting 1/gamma = 0\n",
      "v = 349985297.10253584 m / s > c, setting 1/gamma = 0\n",
      "v = 363366247.2997994 m / s > c, setting 1/gamma = 0\n",
      "v = 314504844.59347767 m / s > c, setting 1/gamma = 0\n",
      "v = 349461584.9944739 m / s > c, setting 1/gamma = 0\n",
      "v = 309518503.2410167 m / s > c, setting 1/gamma = 0\n",
      "v = 352938924.10001653 m / s > c, setting 1/gamma = 0\n",
      "v = 366745353.0420025 m / s > c, setting 1/gamma = 0\n",
      "v = 516104995.0903197 m / s > c, setting 1/gamma = 0\n",
      "v = 476621776.9559707 m / s > c, setting 1/gamma = 0\n",
      "v = 309420890.28524387 m / s > c, setting 1/gamma = 0\n",
      "v = 334217282.30786085 m / s > c, setting 1/gamma = 0\n",
      "v = 318749396.02695644 m / s > c, setting 1/gamma = 0\n",
      "v = 325018377.7891645 m / s > c, setting 1/gamma = 0\n",
      "v = 321788686.803188 m / s > c, setting 1/gamma = 0\n",
      "v = 332381714.4300828 m / s > c, setting 1/gamma = 0\n",
      "v = 359111785.74221057 m / s > c, setting 1/gamma = 0\n",
      "v = 312781192.8813712 m / s > c, setting 1/gamma = 0\n",
      "v = 354909928.8144165 m / s > c, setting 1/gamma = 0\n",
      "v = 394452099.9475646 m / s > c, setting 1/gamma = 0\n",
      "v = 435586897.2262693 m / s > c, setting 1/gamma = 0\n",
      "v = 363083403.53045666 m / s > c, setting 1/gamma = 0\n",
      "v = 374503724.48480725 m / s > c, setting 1/gamma = 0\n",
      "v = 435874101.3482184 m / s > c, setting 1/gamma = 0\n",
      "v = 458151121.9201215 m / s > c, setting 1/gamma = 0\n",
      "v = 308482972.5764247 m / s > c, setting 1/gamma = 0\n",
      "v = 311321123.54784954 m / s > c, setting 1/gamma = 0\n",
      "v = 361060462.14764225 m / s > c, setting 1/gamma = 0\n",
      "v = 325031854.1082738 m / s > c, setting 1/gamma = 0\n",
      "v = 374173267.86150026 m / s > c, setting 1/gamma = 0\n",
      "v = 308906144.0702529 m / s > c, setting 1/gamma = 0\n",
      "v = 329095036.2117874 m / s > c, setting 1/gamma = 0\n",
      "v = 434570784.5967545 m / s > c, setting 1/gamma = 0\n",
      "v = 465673212.9970855 m / s > c, setting 1/gamma = 0\n",
      "v = 301414036.3454538 m / s > c, setting 1/gamma = 0\n",
      "v = 308695184.0202142 m / s > c, setting 1/gamma = 0\n",
      "v = 606224649.8462749 m / s > c, setting 1/gamma = 0\n",
      "v = 497563941.4365968 m / s > c, setting 1/gamma = 0\n",
      "v = 346647037.37427294 m / s > c, setting 1/gamma = 0\n",
      "v = 363286043.06194466 m / s > c, setting 1/gamma = 0\n",
      "v = 321980281.19897354 m / s > c, setting 1/gamma = 0\n",
      "v = 366021007.70564616 m / s > c, setting 1/gamma = 0\n",
      "v = 330332179.86912376 m / s > c, setting 1/gamma = 0\n",
      "v = 379385331.4814762 m / s > c, setting 1/gamma = 0\n",
      "v = 343240045.7030204 m / s > c, setting 1/gamma = 0\n",
      "v = 357889471.1779028 m / s > c, setting 1/gamma = 0\n",
      "v = 342161883.03805 m / s > c, setting 1/gamma = 0\n",
      "v = 394170976.6783236 m / s > c, setting 1/gamma = 0\n",
      "v = 415825854.886502 m / s > c, setting 1/gamma = 0\n",
      "v = 444497441.8666227 m / s > c, setting 1/gamma = 0\n",
      "v = 334499639.5853106 m / s > c, setting 1/gamma = 0\n",
      "v = 354936286.1694898 m / s > c, setting 1/gamma = 0\n",
      "v = 333538984.1368023 m / s > c, setting 1/gamma = 0\n",
      "v = 690679001.9140153 m / s > c, setting 1/gamma = 0\n",
      "v = 567523025.3383545 m / s > c, setting 1/gamma = 0\n",
      "v = 413348465.6012277 m / s > c, setting 1/gamma = 0\n",
      "v = 448978068.42390907 m / s > c, setting 1/gamma = 0\n",
      "v = 315921007.8894906 m / s > c, setting 1/gamma = 0\n",
      "v = 337729260.09421414 m / s > c, setting 1/gamma = 0\n",
      "v = 368033779.5303947 m / s > c, setting 1/gamma = 0\n",
      "v = 409403894.16483784 m / s > c, setting 1/gamma = 0\n",
      "v = 300046839.3277881 m / s > c, setting 1/gamma = 0\n",
      "v = 312650492.3056494 m / s > c, setting 1/gamma = 0\n",
      "v = 315117551.3315178 m / s > c, setting 1/gamma = 0\n",
      "v = 320968421.5198536 m / s > c, setting 1/gamma = 0\n",
      "v = 338390517.03418577 m / s > c, setting 1/gamma = 0\n",
      "v = 329059227.8396178 m / s > c, setting 1/gamma = 0\n",
      "v = 382270416.03728956 m / s > c, setting 1/gamma = 0\n",
      "v = 497515947.2435249 m / s > c, setting 1/gamma = 0\n",
      "v = 482023062.1169372 m / s > c, setting 1/gamma = 0\n",
      "v = 349101601.39175975 m / s > c, setting 1/gamma = 0\n",
      "v = 364429369.01609504 m / s > c, setting 1/gamma = 0\n",
      "v = 382628291.8444403 m / s > c, setting 1/gamma = 0\n",
      "v = 420903796.1566915 m / s > c, setting 1/gamma = 0\n",
      "v = 356914085.64069253 m / s > c, setting 1/gamma = 0\n",
      "v = 377343892.63825357 m / s > c, setting 1/gamma = 0\n",
      "v = 315489866.51307267 m / s > c, setting 1/gamma = 0\n",
      "v = 497931310.8831483 m / s > c, setting 1/gamma = 0\n",
      "v = 476487547.7498616 m / s > c, setting 1/gamma = 0\n",
      "v = 299997161.3852506 m / s > c, setting 1/gamma = 0\n",
      "v = 350878825.2772185 m / s > c, setting 1/gamma = 0\n",
      "v = 331392978.1529836 m / s > c, setting 1/gamma = 0\n",
      "v = 353303003.09604234 m / s > c, setting 1/gamma = 0\n",
      "v = 308784796.4303828 m / s > c, setting 1/gamma = 0\n",
      "v = 305918644.8335016 m / s > c, setting 1/gamma = 0\n",
      "v = 354279766.6445515 m / s > c, setting 1/gamma = 0\n",
      "v = 319659395.44001085 m / s > c, setting 1/gamma = 0\n",
      "v = 339901361.7553875 m / s > c, setting 1/gamma = 0\n",
      "v = 330379169.34112114 m / s > c, setting 1/gamma = 0\n",
      "v = 373920068.7894135 m / s > c, setting 1/gamma = 0\n",
      "v = 299960609.1010585 m / s > c, setting 1/gamma = 0\n",
      "v = 338584247.3829781 m / s > c, setting 1/gamma = 0\n",
      "v = 372952441.24511045 m / s > c, setting 1/gamma = 0\n",
      "v = 385534692.67466915 m / s > c, setting 1/gamma = 0\n",
      "v = 326286241.81760466 m / s > c, setting 1/gamma = 0\n",
      "v = 374918045.48244065 m / s > c, setting 1/gamma = 0\n",
      "v = 527142856.371318 m / s > c, setting 1/gamma = 0\n",
      "v = 500090170.7329729 m / s > c, setting 1/gamma = 0\n",
      "v = 321144030.95002306 m / s > c, setting 1/gamma = 0\n",
      "v = 343699637.1222737 m / s > c, setting 1/gamma = 0\n",
      "v = 505701713.9181709 m / s > c, setting 1/gamma = 0\n",
      "v = 478835953.13456446 m / s > c, setting 1/gamma = 0\n",
      "v = 321472821.2015236 m / s > c, setting 1/gamma = 0\n",
      "v = 331498113.34085387 m / s > c, setting 1/gamma = 0\n",
      "v = 348714229.1708062 m / s > c, setting 1/gamma = 0\n",
      "v = 305346537.28941584 m / s > c, setting 1/gamma = 0\n",
      "v = 357122518.550177 m / s > c, setting 1/gamma = 0\n",
      "v = 317646407.59180135 m / s > c, setting 1/gamma = 0\n",
      "v = 626857170.778286 m / s > c, setting 1/gamma = 0\n",
      "v = 515186652.3195586 m / s > c, setting 1/gamma = 0\n",
      "v = 326277094.4869332 m / s > c, setting 1/gamma = 0\n",
      "v = 341402209.9769776 m / s > c, setting 1/gamma = 0\n",
      "v = 314291867.299766 m / s > c, setting 1/gamma = 0\n",
      "v = 367769666.9066585 m / s > c, setting 1/gamma = 0\n",
      "v = 513919517.18568695 m / s > c, setting 1/gamma = 0\n",
      "v = 484330146.65449363 m / s > c, setting 1/gamma = 0\n",
      "v = 321381149.7300026 m / s > c, setting 1/gamma = 0\n",
      "v = 300968513.84529746 m / s > c, setting 1/gamma = 0\n",
      "v = 322154524.03051776 m / s > c, setting 1/gamma = 0\n",
      "v = 391908973.76271874 m / s > c, setting 1/gamma = 0\n",
      "v = 430231219.7353828 m / s > c, setting 1/gamma = 0\n",
      "v = 394575127.5927575 m / s > c, setting 1/gamma = 0\n",
      "v = 407089085.79604834 m / s > c, setting 1/gamma = 0\n",
      "v = 365959242.9161131 m / s > c, setting 1/gamma = 0\n",
      "v = 397632970.7450379 m / s > c, setting 1/gamma = 0\n",
      "v = 316008802.24459845 m / s > c, setting 1/gamma = 0\n",
      "v = 364588533.7350377 m / s > c, setting 1/gamma = 0\n",
      "v = 387676995.6792934 m / s > c, setting 1/gamma = 0\n",
      "v = 403006104.9246728 m / s > c, setting 1/gamma = 0\n",
      "v = 371131193.5704619 m / s > c, setting 1/gamma = 0\n",
      "v = 412912728.5016769 m / s > c, setting 1/gamma = 0\n",
      "v = 384637270.04299676 m / s > c, setting 1/gamma = 0\n",
      "v = 430042373.0609364 m / s > c, setting 1/gamma = 0\n",
      "v = 328896986.5077148 m / s > c, setting 1/gamma = 0\n",
      "v = 347472943.06940603 m / s > c, setting 1/gamma = 0\n",
      "v = 354546014.62489486 m / s > c, setting 1/gamma = 0\n",
      "v = 407967095.30146587 m / s > c, setting 1/gamma = 0\n",
      "v = 498260260.3292747 m / s > c, setting 1/gamma = 0\n",
      "v = 487216740.1021162 m / s > c, setting 1/gamma = 0\n",
      "v = 333848647.99481153 m / s > c, setting 1/gamma = 0\n",
      "v = 353482944.4868617 m / s > c, setting 1/gamma = 0\n",
      "v = 303191065.18280464 m / s > c, setting 1/gamma = 0\n",
      "v = 369267711.5355879 m / s > c, setting 1/gamma = 0\n",
      "v = 411124467.5228261 m / s > c, setting 1/gamma = 0\n",
      "v = 305401428.2432245 m / s > c, setting 1/gamma = 0\n",
      "v = 581051504.6985425 m / s > c, setting 1/gamma = 0\n",
      "v = 477637977.59304076 m / s > c, setting 1/gamma = 0\n",
      "v = 301712837.6134058 m / s > c, setting 1/gamma = 0\n",
      "v = 320108896.82787406 m / s > c, setting 1/gamma = 0\n",
      "v = 339147093.9259842 m / s > c, setting 1/gamma = 0\n",
      "v = 380512565.220317 m / s > c, setting 1/gamma = 0\n",
      "v = 340757669.4212361 m / s > c, setting 1/gamma = 0\n",
      "v = 389573685.30449057 m / s > c, setting 1/gamma = 0\n",
      "v = 309740321.24823177 m / s > c, setting 1/gamma = 0\n",
      "v = 406747786.1232324 m / s > c, setting 1/gamma = 0\n",
      "v = 435854776.7714136 m / s > c, setting 1/gamma = 0\n",
      "v = 307851934.33021265 m / s > c, setting 1/gamma = 0\n",
      "v = 334140298.2213514 m / s > c, setting 1/gamma = 0\n",
      "v = 329498416.8383579 m / s > c, setting 1/gamma = 0\n",
      "v = 518206890.4996612 m / s > c, setting 1/gamma = 0\n",
      "v = 478058762.3998675 m / s > c, setting 1/gamma = 0\n",
      "v = 308093581.3315272 m / s > c, setting 1/gamma = 0\n",
      "v = 316016945.27650476 m / s > c, setting 1/gamma = 0\n",
      "v = 369241596.3933922 m / s > c, setting 1/gamma = 0\n",
      "v = 333833986.6952157 m / s > c, setting 1/gamma = 0\n",
      "v = 690918237.0462284 m / s > c, setting 1/gamma = 0\n",
      "v = 568404453.721165 m / s > c, setting 1/gamma = 0\n",
      "v = 340753554.2379707 m / s > c, setting 1/gamma = 0\n",
      "v = 364676684.7172014 m / s > c, setting 1/gamma = 0\n",
      "v = 407938173.0647001 m / s > c, setting 1/gamma = 0\n",
      "v = 379072505.4047093 m / s > c, setting 1/gamma = 0\n",
      "v = 394568157.70324224 m / s > c, setting 1/gamma = 0\n",
      "v = 346453892.7650125 m / s > c, setting 1/gamma = 0\n",
      "v = 384927162.1504415 m / s > c, setting 1/gamma = 0\n",
      "v = 358123389.2155812 m / s > c, setting 1/gamma = 0\n",
      "v = 407129680.69756866 m / s > c, setting 1/gamma = 0\n",
      "v = 321652867.50965816 m / s > c, setting 1/gamma = 0\n",
      "v = 342211743.0172838 m / s > c, setting 1/gamma = 0\n",
      "v = 321116516.93247837 m / s > c, setting 1/gamma = 0\n",
      "v = 354454901.22619694 m / s > c, setting 1/gamma = 0\n",
      "v = 389836620.0828872 m / s > c, setting 1/gamma = 0\n",
      "v = 318065596.8454042 m / s > c, setting 1/gamma = 0\n",
      "v = 336699101.2900713 m / s > c, setting 1/gamma = 0\n",
      "v = 300889499.4313257 m / s > c, setting 1/gamma = 0\n",
      "v = 361628561.5641499 m / s > c, setting 1/gamma = 0\n",
      "v = 408557099.3649619 m / s > c, setting 1/gamma = 0\n",
      "v = 379397063.1809489 m / s > c, setting 1/gamma = 0\n",
      "v = 421109793.3854456 m / s > c, setting 1/gamma = 0\n",
      "v = 309694803.29206043 m / s > c, setting 1/gamma = 0\n",
      "v = 315053811.54125375 m / s > c, setting 1/gamma = 0\n",
      "v = 363733737.1292312 m / s > c, setting 1/gamma = 0\n",
      "v = 439510203.20322007 m / s > c, setting 1/gamma = 0\n",
      "v = 464547501.5792 m / s > c, setting 1/gamma = 0\n",
      "v = 327939093.3509046 m / s > c, setting 1/gamma = 0\n",
      "v = 360597437.61775213 m / s > c, setting 1/gamma = 0\n",
      "v = 325498894.5512533 m / s > c, setting 1/gamma = 0\n",
      "v = 367244622.9918592 m / s > c, setting 1/gamma = 0\n",
      "v = 343068473.31112874 m / s > c, setting 1/gamma = 0\n",
      "v = 307009249.91169405 m / s > c, setting 1/gamma = 0\n",
      "v = 309869921.4737369 m / s > c, setting 1/gamma = 0\n",
      "v = 360914727.7396742 m / s > c, setting 1/gamma = 0\n",
      "v = 460311968.8357619 m / s > c, setting 1/gamma = 0\n",
      "v = 470206604.9238556 m / s > c, setting 1/gamma = 0\n",
      "v = 324161861.52862805 m / s > c, setting 1/gamma = 0\n",
      "v = 343214865.10050184 m / s > c, setting 1/gamma = 0\n",
      "v = 356055895.79425097 m / s > c, setting 1/gamma = 0\n",
      "v = 406899917.93574667 m / s > c, setting 1/gamma = 0\n",
      "v = 401547248.04681575 m / s > c, setting 1/gamma = 0\n",
      "v = 435491979.9275237 m / s > c, setting 1/gamma = 0\n",
      "v = 319234332.6458381 m / s > c, setting 1/gamma = 0\n",
      "v = 344772556.9354564 m / s > c, setting 1/gamma = 0\n",
      "v = 323198301.74122584 m / s > c, setting 1/gamma = 0\n",
      "v = 370052283.99567896 m / s > c, setting 1/gamma = 0\n",
      "v = 505751764.7217514 m / s > c, setting 1/gamma = 0\n",
      "v = 496402713.6737362 m / s > c, setting 1/gamma = 0\n",
      "v = 300718451.4414637 m / s > c, setting 1/gamma = 0\n",
      "v = 319926680.4185308 m / s > c, setting 1/gamma = 0\n",
      "v = 341417000.0814558 m / s > c, setting 1/gamma = 0\n",
      "v = 321925304.4033024 m / s > c, setting 1/gamma = 0\n",
      "v = 355976526.25230503 m / s > c, setting 1/gamma = 0\n",
      "v = 402083776.1160125 m / s > c, setting 1/gamma = 0\n",
      "v = 337890851.14789975 m / s > c, setting 1/gamma = 0\n",
      "v = 353379367.0103383 m / s > c, setting 1/gamma = 0\n",
      "v = 317059729.02740425 m / s > c, setting 1/gamma = 0\n",
      "v = 368324504.4401053 m / s > c, setting 1/gamma = 0\n",
      "v = 460583950.1814225 m / s > c, setting 1/gamma = 0\n",
      "v = 467228653.9504222 m / s > c, setting 1/gamma = 0\n",
      "v = 315164785.22737116 m / s > c, setting 1/gamma = 0\n",
      "v = 332129712.55465406 m / s > c, setting 1/gamma = 0\n",
      "v = 308024685.9807042 m / s > c, setting 1/gamma = 0\n",
      "v = 361183109.9229712 m / s > c, setting 1/gamma = 0\n",
      "v = 318413458.996144 m / s > c, setting 1/gamma = 0\n",
      "v = 637032854.0208074 m / s > c, setting 1/gamma = 0\n",
      "v = 522730464.6766621 m / s > c, setting 1/gamma = 0\n",
      "v = 408842124.80325013 m / s > c, setting 1/gamma = 0\n",
      "v = 433003922.54771143 m / s > c, setting 1/gamma = 0\n",
      "v = 328235791.1801719 m / s > c, setting 1/gamma = 0\n",
      "v = 666056135.886321 m / s > c, setting 1/gamma = 0\n",
      "v = 548678941.7509294 m / s > c, setting 1/gamma = 0\n",
      "v = 408724151.42200696 m / s > c, setting 1/gamma = 0\n",
      "v = 438730724.02822834 m / s > c, setting 1/gamma = 0\n",
      "v = 380502000.44099605 m / s > c, setting 1/gamma = 0\n",
      "v = 390627460.12482005 m / s > c, setting 1/gamma = 0\n",
      "v = 319148232.08954436 m / s > c, setting 1/gamma = 0\n",
      "v = 371785217.13425 m / s > c, setting 1/gamma = 0\n",
      "v = 318304933.8420978 m / s > c, setting 1/gamma = 0\n",
      "v = 642305986.3506931 m / s > c, setting 1/gamma = 0\n",
      "v = 527201575.531821 m / s > c, setting 1/gamma = 0\n",
      "v = 314786806.81872267 m / s > c, setting 1/gamma = 0\n",
      "v = 325805474.5387959 m / s > c, setting 1/gamma = 0\n",
      "v = 365607743.8196209 m / s > c, setting 1/gamma = 0\n",
      "v = 309992406.93516356 m / s > c, setting 1/gamma = 0\n",
      "v = 330212595.549289 m / s > c, setting 1/gamma = 0\n",
      "v = 469153698.7064503 m / s > c, setting 1/gamma = 0\n",
      "v = 471437050.654348 m / s > c, setting 1/gamma = 0\n",
      "v = 320934333.4365083 m / s > c, setting 1/gamma = 0\n",
      "v = 316592219.4952506 m / s > c, setting 1/gamma = 0\n",
      "v = 334695639.0639274 m / s > c, setting 1/gamma = 0\n",
      "v = 490100164.0899992 m / s > c, setting 1/gamma = 0\n",
      "v = 476402058.76941025 m / s > c, setting 1/gamma = 0\n",
      "v = 308831472.1361561 m / s > c, setting 1/gamma = 0\n",
      "v = 326706123.7432396 m / s > c, setting 1/gamma = 0\n",
      "v = 312781221.4920163 m / s > c, setting 1/gamma = 0\n",
      "v = 357874115.43249714 m / s > c, setting 1/gamma = 0\n",
      "v = 302659954.577757 m / s > c, setting 1/gamma = 0\n",
      "v = 342049814.0459522 m / s > c, setting 1/gamma = 0\n",
      "v = 369130969.25923926 m / s > c, setting 1/gamma = 0\n",
      "v = 516849147.91785526 m / s > c, setting 1/gamma = 0\n",
      "v = 479093652.8149496 m / s > c, setting 1/gamma = 0\n",
      "v = 308549658.8257286 m / s > c, setting 1/gamma = 0\n",
      "v = 372766783.53330857 m / s > c, setting 1/gamma = 0\n",
      "v = 387038840.40086067 m / s > c, setting 1/gamma = 0\n",
      "v = 337012102.56125367 m / s > c, setting 1/gamma = 0\n",
      "v = 407598602.31424475 m / s > c, setting 1/gamma = 0\n",
      "v = 442200948.06520426 m / s > c, setting 1/gamma = 0\n",
      "v = 306702639.69230056 m / s > c, setting 1/gamma = 0\n",
      "v = 320396213.51439065 m / s > c, setting 1/gamma = 0\n",
      "v = 377881941.49657524 m / s > c, setting 1/gamma = 0\n",
      "v = 412745514.5691393 m / s > c, setting 1/gamma = 0\n",
      "v = 324975892.5632694 m / s > c, setting 1/gamma = 0\n",
      "v = 342645927.48319936 m / s > c, setting 1/gamma = 0\n",
      "v = 304701618.20525616 m / s > c, setting 1/gamma = 0\n",
      "v = 332185697.4438048 m / s > c, setting 1/gamma = 0\n",
      "v = 380533757.404215 m / s > c, setting 1/gamma = 0\n",
      "v = 301161277.0885223 m / s > c, setting 1/gamma = 0\n",
      "v = 460751966.9049908 m / s > c, setting 1/gamma = 0\n",
      "v = 469259916.48939073 m / s > c, setting 1/gamma = 0\n",
      "v = 302152969.16007835 m / s > c, setting 1/gamma = 0\n",
      "v = 339016013.7072297 m / s > c, setting 1/gamma = 0\n",
      "v = 363005328.2518865 m / s > c, setting 1/gamma = 0\n",
      "v = 490241455.4762033 m / s > c, setting 1/gamma = 0\n",
      "v = 483734888.9540292 m / s > c, setting 1/gamma = 0\n",
      "v = 301372932.40940636 m / s > c, setting 1/gamma = 0\n",
      "v = 353035492.4832352 m / s > c, setting 1/gamma = 0\n",
      "v = 317834131.0984312 m / s > c, setting 1/gamma = 0\n",
      "v = 344860893.41344863 m / s > c, setting 1/gamma = 0\n",
      "v = 342501678.5281844 m / s > c, setting 1/gamma = 0\n",
      "v = 327930500.56257135 m / s > c, setting 1/gamma = 0\n",
      "v = 671525607.4540089 m / s > c, setting 1/gamma = 0\n",
      "v = 551433093.7773275 m / s > c, setting 1/gamma = 0\n",
      "v = 378512295.9447268 m / s > c, setting 1/gamma = 0\n",
      "v = 410057719.38471377 m / s > c, setting 1/gamma = 0\n",
      "v = 302414760.08440256 m / s > c, setting 1/gamma = 0\n",
      "v = 320372179.3442199 m / s > c, setting 1/gamma = 0\n",
      "v = 318157009.8189552 m / s > c, setting 1/gamma = 0\n",
      "v = 339258600.7334937 m / s > c, setting 1/gamma = 0\n",
      "v = 320209157.3887847 m / s > c, setting 1/gamma = 0\n",
      "v = 368481185.86531657 m / s > c, setting 1/gamma = 0\n",
      "v = 412489466.45254886 m / s > c, setting 1/gamma = 0\n",
      "v = 312209960.3763037 m / s > c, setting 1/gamma = 0\n",
      "v = 315724188.9859112 m / s > c, setting 1/gamma = 0\n",
      "v = 324994402.0296106 m / s > c, setting 1/gamma = 0\n",
      "v = 659665137.5148038 m / s > c, setting 1/gamma = 0\n",
      "v = 542767042.73174 m / s > c, setting 1/gamma = 0\n",
      "v = 315858298.1732399 m / s > c, setting 1/gamma = 0\n",
      "v = 336729586.1085293 m / s > c, setting 1/gamma = 0\n",
      "v = 338692986.1157433 m / s > c, setting 1/gamma = 0\n",
      "v = 374098994.7824072 m / s > c, setting 1/gamma = 0\n",
      "v = 415803472.97821045 m / s > c, setting 1/gamma = 0\n",
      "v = 350492388.12811077 m / s > c, setting 1/gamma = 0\n",
      "v = 371175125.9134742 m / s > c, setting 1/gamma = 0\n",
      "v = 316023444.25485194 m / s > c, setting 1/gamma = 0\n",
      "v = 380558308.193417 m / s > c, setting 1/gamma = 0\n",
      "v = 419774455.9772981 m / s > c, setting 1/gamma = 0\n",
      "v = 308594105.9305404 m / s > c, setting 1/gamma = 0\n",
      "v = 330264580.08916783 m / s > c, setting 1/gamma = 0\n",
      "v = 389792196.71356416 m / s > c, setting 1/gamma = 0\n",
      "v = 428599564.72102654 m / s > c, setting 1/gamma = 0\n",
      "v = 323238480.3765836 m / s > c, setting 1/gamma = 0\n",
      "v = 367738130.7174112 m / s > c, setting 1/gamma = 0\n",
      "v = 383850331.2162235 m / s > c, setting 1/gamma = 0\n",
      "v = 425119055.7578301 m / s > c, setting 1/gamma = 0\n",
      "v = 307344335.19406825 m / s > c, setting 1/gamma = 0\n",
      "v = 358941575.60622007 m / s > c, setting 1/gamma = 0\n",
      "v = 306930469.1625028 m / s > c, setting 1/gamma = 0\n",
      "v = 607188053.9827708 m / s > c, setting 1/gamma = 0\n",
      "v = 497639828.2552811 m / s > c, setting 1/gamma = 0\n",
      "v = 314335087.0918492 m / s > c, setting 1/gamma = 0\n",
      "v = 423009831.1539623 m / s > c, setting 1/gamma = 0\n",
      "v = 450012132.30019975 m / s > c, setting 1/gamma = 0\n",
      "v = 337346908.4393228 m / s > c, setting 1/gamma = 0\n",
      "v = 357179427.2200637 m / s > c, setting 1/gamma = 0\n",
      "v = 362874438.47282827 m / s > c, setting 1/gamma = 0\n",
      "v = 405632855.92205733 m / s > c, setting 1/gamma = 0\n",
      "v = 382034693.9565826 m / s > c, setting 1/gamma = 0\n",
      "v = 395818807.40300703 m / s > c, setting 1/gamma = 0\n",
      "v = 309992499.16869277 m / s > c, setting 1/gamma = 0\n",
      "v = 350855773.6434879 m / s > c, setting 1/gamma = 0\n",
      "v = 373975955.004231 m / s > c, setting 1/gamma = 0\n",
      "v = 419218104.81931216 m / s > c, setting 1/gamma = 0\n",
      "v = 303241895.50317633 m / s > c, setting 1/gamma = 0\n",
      "v = 335089295.38999015 m / s > c, setting 1/gamma = 0\n",
      "v = 365944383.1182483 m / s > c, setting 1/gamma = 0\n",
      "v = 404856265.5881778 m / s > c, setting 1/gamma = 0\n",
      "v = 344301075.041503 m / s > c, setting 1/gamma = 0\n",
      "v = 395109728.65139043 m / s > c, setting 1/gamma = 0\n",
      "v = 327371339.73221827 m / s > c, setting 1/gamma = 0\n",
      "v = 346617191.6084 m / s > c, setting 1/gamma = 0\n",
      "v = 302940897.8250865 m / s > c, setting 1/gamma = 0\n",
      "v = 300614372.4993416 m / s > c, setting 1/gamma = 0\n",
      "v = 322787986.59703094 m / s > c, setting 1/gamma = 0\n",
      "v = 324448250.4627541 m / s > c, setting 1/gamma = 0\n",
      "v = 356963672.4407895 m / s > c, setting 1/gamma = 0\n",
      "v = 322559215.2932456 m / s > c, setting 1/gamma = 0\n",
      "v = 324268410.42442036 m / s > c, setting 1/gamma = 0\n",
      "v = 356731817.62383616 m / s > c, setting 1/gamma = 0\n",
      "v = 377730223.4148094 m / s > c, setting 1/gamma = 0\n",
      "v = 326228197.15065116 m / s > c, setting 1/gamma = 0\n",
      "v = 376615653.4557433 m / s > c, setting 1/gamma = 0\n",
      "v = 421885889.86893225 m / s > c, setting 1/gamma = 0\n",
      "v = 328486527.1305137 m / s > c, setting 1/gamma = 0\n",
      "v = 347687277.6783281 m / s > c, setting 1/gamma = 0\n",
      "v = 326565918.3835241 m / s > c, setting 1/gamma = 0\n",
      "v = 321444739.78249866 m / s > c, setting 1/gamma = 0\n",
      "v = 645539002.2355776 m / s > c, setting 1/gamma = 0\n",
      "v = 530752469.17228395 m / s > c, setting 1/gamma = 0\n",
      "v = 344799958.11961865 m / s > c, setting 1/gamma = 0\n",
      "v = 492543423.56361353 m / s > c, setting 1/gamma = 0\n",
      "v = 481943016.8773132 m / s > c, setting 1/gamma = 0\n",
      "v = 303465884.2433971 m / s > c, setting 1/gamma = 0\n",
      "v = 432241058.89162576 m / s > c, setting 1/gamma = 0\n",
      "v = 456665627.50256884 m / s > c, setting 1/gamma = 0\n",
      "v = 427804811.7921793 m / s > c, setting 1/gamma = 0\n",
      "v = 454187440.21269846 m / s > c, setting 1/gamma = 0\n",
      "v = 304860748.5383534 m / s > c, setting 1/gamma = 0\n",
      "v = 583035258.4795214 m / s > c, setting 1/gamma = 0\n",
      "v = 478703813.14178866 m / s > c, setting 1/gamma = 0\n",
      "v = 341614362.9674294 m / s > c, setting 1/gamma = 0\n",
      "v = 355540384.61772966 m / s > c, setting 1/gamma = 0\n",
      "v = 309410876.01603425 m / s > c, setting 1/gamma = 0\n",
      "v = 317720660.8954379 m / s > c, setting 1/gamma = 0\n",
      "v = 313284039.5128425 m / s > c, setting 1/gamma = 0\n",
      "v = 331590328.0963992 m / s > c, setting 1/gamma = 0\n",
      "v = 316320691.4856133 m / s > c, setting 1/gamma = 0\n",
      "v = 360906434.3150221 m / s > c, setting 1/gamma = 0\n",
      "v = 339182020.31971633 m / s > c, setting 1/gamma = 0\n",
      "v = 360358898.4623578 m / s > c, setting 1/gamma = 0\n",
      "v = 304409532.66828525 m / s > c, setting 1/gamma = 0\n",
      "v = 304342734.70543766 m / s > c, setting 1/gamma = 0\n",
      "v = 327410307.74046874 m / s > c, setting 1/gamma = 0\n",
      "v = 299826448.586886 m / s > c, setting 1/gamma = 0\n",
      "v = 445788357.96670544 m / s > c, setting 1/gamma = 0\n",
      "v = 453900965.45892936 m / s > c, setting 1/gamma = 0\n",
      "v = 305160118.6003837 m / s > c, setting 1/gamma = 0\n",
      "v = 313190522.17831993 m / s > c, setting 1/gamma = 0\n",
      "v = 333534180.0903183 m / s > c, setting 1/gamma = 0\n",
      "v = 327826107.26413256 m / s > c, setting 1/gamma = 0\n",
      "v = 381676523.3713691 m / s > c, setting 1/gamma = 0\n",
      "v = 473823887.98322725 m / s > c, setting 1/gamma = 0\n",
      "v = 477436197.2344083 m / s > c, setting 1/gamma = 0\n",
      "v = 372195371.6871375 m / s > c, setting 1/gamma = 0\n",
      "v = 415063994.9560715 m / s > c, setting 1/gamma = 0\n",
      "v = 311057122.82997406 m / s > c, setting 1/gamma = 0\n",
      "v = 338996434.2124847 m / s > c, setting 1/gamma = 0\n",
      "v = 327077642.1777884 m / s > c, setting 1/gamma = 0\n",
      "v = 329411877.750443 m / s > c, setting 1/gamma = 0\n",
      "v = 351265039.5944022 m / s > c, setting 1/gamma = 0\n",
      "v = 370106174.40144676 m / s > c, setting 1/gamma = 0\n",
      "v = 345852182.75451237 m / s > c, setting 1/gamma = 0\n",
      "v = 383106743.07274985 m / s > c, setting 1/gamma = 0\n",
      "v = 327518931.3064159 m / s > c, setting 1/gamma = 0\n",
      "v = 342398313.87413627 m / s > c, setting 1/gamma = 0\n",
      "v = 387248189.012906 m / s > c, setting 1/gamma = 0\n",
      "v = 322633315.09784037 m / s > c, setting 1/gamma = 0\n",
      "v = 373316190.6926298 m / s > c, setting 1/gamma = 0\n",
      "v = 300688913.4914482 m / s > c, setting 1/gamma = 0\n",
      "v = 322748808.51818097 m / s > c, setting 1/gamma = 0\n",
      "v = 517376739.12871575 m / s > c, setting 1/gamma = 0\n",
      "v = 500794093.5492353 m / s > c, setting 1/gamma = 0\n",
      "v = 310635673.54832834 m / s > c, setting 1/gamma = 0\n",
      "v = 332873787.92484695 m / s > c, setting 1/gamma = 0\n",
      "v = 314366798.1869242 m / s > c, setting 1/gamma = 0\n",
      "v = 482331030.67634356 m / s > c, setting 1/gamma = 0\n",
      "v = 481241098.7802062 m / s > c, setting 1/gamma = 0\n",
      "v = 320319137.86114633 m / s > c, setting 1/gamma = 0\n",
      "v = 318296010.1992528 m / s > c, setting 1/gamma = 0\n",
      "v = 337407590.30004364 m / s > c, setting 1/gamma = 0\n",
      "v = 344138123.70198125 m / s > c, setting 1/gamma = 0\n",
      "v = 386754818.2840231 m / s > c, setting 1/gamma = 0\n",
      "v = 304349912.0763404 m / s > c, setting 1/gamma = 0\n",
      "v = 299941835.49864095 m / s > c, setting 1/gamma = 0\n",
      "v = 321838309.25000244 m / s > c, setting 1/gamma = 0\n",
      "v = 386866568.7420067 m / s > c, setting 1/gamma = 0\n",
      "v = 425345529.68237185 m / s > c, setting 1/gamma = 0\n",
      "v = 368495497.1565397 m / s > c, setting 1/gamma = 0\n",
      "v = 386501762.1511646 m / s > c, setting 1/gamma = 0\n",
      "v = 325026893.3186001 m / s > c, setting 1/gamma = 0\n",
      "v = 437213260.0189918 m / s > c, setting 1/gamma = 0\n",
      "v = 463557563.01976025 m / s > c, setting 1/gamma = 0\n",
      "v = 368825955.30349725 m / s > c, setting 1/gamma = 0\n",
      "v = 389220809.16824394 m / s > c, setting 1/gamma = 0\n",
      "v = 350674013.3147905 m / s > c, setting 1/gamma = 0\n",
      "v = 392327519.34089905 m / s > c, setting 1/gamma = 0\n",
      "v = 385193171.1578032 m / s > c, setting 1/gamma = 0\n",
      "v = 429777849.62304664 m / s > c, setting 1/gamma = 0\n",
      "v = 318216952.7087271 m / s > c, setting 1/gamma = 0\n",
      "v = 338644091.53541654 m / s > c, setting 1/gamma = 0\n",
      "v = 300955503.9041412 m / s > c, setting 1/gamma = 0\n",
      "v = 328295203.37377644 m / s > c, setting 1/gamma = 0\n",
      "v = 358826074.3527299 m / s > c, setting 1/gamma = 0\n",
      "v = 326568416.56048447 m / s > c, setting 1/gamma = 0\n",
      "v = 680993612.3327174 m / s > c, setting 1/gamma = 0\n",
      "v = 559755982.5026537 m / s > c, setting 1/gamma = 0\n",
      "v = 345115130.67854655 m / s > c, setting 1/gamma = 0\n",
      "v = 367058675.34780526 m / s > c, setting 1/gamma = 0\n",
      "v = 313551951.87710625 m / s > c, setting 1/gamma = 0\n",
      "v = 361613973.1254275 m / s > c, setting 1/gamma = 0\n",
      "v = 305833673.5662776 m / s > c, setting 1/gamma = 0\n",
      "v = 616877584.6793493 m / s > c, setting 1/gamma = 0\n",
      "v = 505396194.43780714 m / s > c, setting 1/gamma = 0\n",
      "v = 313633985.22277385 m / s > c, setting 1/gamma = 0\n",
      "v = 337247829.7199375 m / s > c, setting 1/gamma = 0\n",
      "v = 309632636.9678214 m / s > c, setting 1/gamma = 0\n",
      "v = 344711546.0663233 m / s > c, setting 1/gamma = 0\n",
      "v = 326394752.149208 m / s > c, setting 1/gamma = 0\n",
      "v = 344825093.88709015 m / s > c, setting 1/gamma = 0\n",
      "v = 485972341.8312294 m / s > c, setting 1/gamma = 0\n",
      "v = 483267041.57424307 m / s > c, setting 1/gamma = 0\n",
      "v = 333530802.0344576 m / s > c, setting 1/gamma = 0\n",
      "v = 324278998.1120964 m / s > c, setting 1/gamma = 0\n",
      "v = 344053683.7291862 m / s > c, setting 1/gamma = 0\n",
      "v = 321213865.1589049 m / s > c, setting 1/gamma = 0\n",
      "v = 358308033.7116866 m / s > c, setting 1/gamma = 0\n",
      "v = 336865143.0808453 m / s > c, setting 1/gamma = 0\n",
      "v = 358362309.4691586 m / s > c, setting 1/gamma = 0\n",
      "v = 403146612.048138 m / s > c, setting 1/gamma = 0\n",
      "v = 329943130.6240167 m / s > c, setting 1/gamma = 0\n",
      "v = 356656743.06894517 m / s > c, setting 1/gamma = 0\n",
      "v = 313526269.4064383 m / s > c, setting 1/gamma = 0\n",
      "v = 354662558.742821 m / s > c, setting 1/gamma = 0\n",
      "v = 376181412.11798596 m / s > c, setting 1/gamma = 0\n",
      "v = 420475804.20503646 m / s > c, setting 1/gamma = 0\n",
      "v = 325885293.0448058 m / s > c, setting 1/gamma = 0\n",
      "v = 343971490.86639386 m / s > c, setting 1/gamma = 0\n",
      "v = 345857316.2696354 m / s > c, setting 1/gamma = 0\n",
      "v = 727333618.3565688 m / s > c, setting 1/gamma = 0\n",
      "v = 599838872.3042439 m / s > c, setting 1/gamma = 0\n",
      "v = 301561646.6141934 m / s > c, setting 1/gamma = 0\n",
      "v = 302646425.5504183 m / s > c, setting 1/gamma = 0\n",
      "v = 363169156.9489743 m / s > c, setting 1/gamma = 0\n",
      "v = 402982076.65762657 m / s > c, setting 1/gamma = 0\n",
      "v = 301678127.14924896 m / s > c, setting 1/gamma = 0\n",
      "v = 343147544.279376 m / s > c, setting 1/gamma = 0\n",
      "v = 365539506.9083465 m / s > c, setting 1/gamma = 0\n",
      "v = 302315608.1923202 m / s > c, setting 1/gamma = 0\n",
      "v = 588151733.8877364 m / s > c, setting 1/gamma = 0\n",
      "v = 482905822.5082735 m / s > c, setting 1/gamma = 0\n",
      "v = 305877785.56287384 m / s > c, setting 1/gamma = 0\n",
      "v = 329208006.2952553 m / s > c, setting 1/gamma = 0\n",
      "v = 308702646.0584422 m / s > c, setting 1/gamma = 0\n",
      "v = 326214091.62565017 m / s > c, setting 1/gamma = 0\n",
      "v = 654936065.9576852 m / s > c, setting 1/gamma = 0\n",
      "v = 539018874.2971002 m / s > c, setting 1/gamma = 0\n",
      "v = 311826421.63237005 m / s > c, setting 1/gamma = 0\n",
      "v = 365247896.4635088 m / s > c, setting 1/gamma = 0\n",
      "v = 477581946.793426 m / s > c, setting 1/gamma = 0\n",
      "v = 476995409.33996 m / s > c, setting 1/gamma = 0\n",
      "v = 320549760.43805665 m / s > c, setting 1/gamma = 0\n",
      "v = 388587158.7009942 m / s > c, setting 1/gamma = 0\n",
      "v = 426404521.71692103 m / s > c, setting 1/gamma = 0\n",
      "v = 301406538.1831416 m / s > c, setting 1/gamma = 0\n",
      "v = 328708427.874528 m / s > c, setting 1/gamma = 0\n",
      "v = 317694314.17409337 m / s > c, setting 1/gamma = 0\n",
      "v = 480057448.9166859 m / s > c, setting 1/gamma = 0\n",
      "v = 477866140.97785294 m / s > c, setting 1/gamma = 0\n",
      "v = 316177708.93623257 m / s > c, setting 1/gamma = 0\n",
      "v = 340794281.89412487 m / s > c, setting 1/gamma = 0\n",
      "v = 356663143.6095023 m / s > c, setting 1/gamma = 0\n",
      "v = 310755707.85070145 m / s > c, setting 1/gamma = 0\n",
      "v = 323574767.85664517 m / s > c, setting 1/gamma = 0\n",
      "v = 648372052.1718416 m / s > c, setting 1/gamma = 0\n",
      "v = 533369268.26752865 m / s > c, setting 1/gamma = 0\n",
      "v = 303219753.546824 m / s > c, setting 1/gamma = 0\n",
      "v = 321102720.08023316 m / s > c, setting 1/gamma = 0\n",
      "v = 303555019.49699354 m / s > c, setting 1/gamma = 0\n",
      "v = 355399236.75157416 m / s > c, setting 1/gamma = 0\n",
      "v = 307353656.41855764 m / s > c, setting 1/gamma = 0\n",
      "v = 349403160.69070244 m / s > c, setting 1/gamma = 0\n",
      "v = 328662827.1900244 m / s > c, setting 1/gamma = 0\n",
      "v = 357382606.80361146 m / s > c, setting 1/gamma = 0\n",
      "v = 375214572.53594905 m / s > c, setting 1/gamma = 0\n",
      "v = 500016036.5713795 m / s > c, setting 1/gamma = 0\n",
      "v = 489587227.52383476 m / s > c, setting 1/gamma = 0\n",
      "v = 342670569.760586 m / s > c, setting 1/gamma = 0\n",
      "v = 491105820.57465255 m / s > c, setting 1/gamma = 0\n",
      "v = 476323116.26333386 m / s > c, setting 1/gamma = 0\n",
      "v = 337626742.30894935 m / s > c, setting 1/gamma = 0\n",
      "v = 366957949.52297425 m / s > c, setting 1/gamma = 0\n",
      "v = 378880619.5195399 m / s > c, setting 1/gamma = 0\n",
      "v = 318406588.02761036 m / s > c, setting 1/gamma = 0\n",
      "v = 303354046.51677823 m / s > c, setting 1/gamma = 0\n",
      "v = 370743791.40716785 m / s > c, setting 1/gamma = 0\n",
      "v = 399592834.235248 m / s > c, setting 1/gamma = 0\n",
      "v = 337530452.0644013 m / s > c, setting 1/gamma = 0\n",
      "v = 717923115.9745653 m / s > c, setting 1/gamma = 0\n",
      "v = 591591218.7652932 m / s > c, setting 1/gamma = 0\n",
      "v = 318445871.97232264 m / s > c, setting 1/gamma = 0\n",
      "v = 499460056.5836263 m / s > c, setting 1/gamma = 0\n",
      "v = 484401161.86477494 m / s > c, setting 1/gamma = 0\n",
      "v = 330903430.11055225 m / s > c, setting 1/gamma = 0\n",
      "v = 329098339.3853005 m / s > c, setting 1/gamma = 0\n",
      "v = 350178379.82540274 m / s > c, setting 1/gamma = 0\n",
      "v = 301276280.05775183 m / s > c, setting 1/gamma = 0\n",
      "v = 305775163.78122395 m / s > c, setting 1/gamma = 0\n",
      "v = 354290049.24726456 m / s > c, setting 1/gamma = 0\n",
      "v = 325976587.1206499 m / s > c, setting 1/gamma = 0\n",
      "v = 343239029.5173879 m / s > c, setting 1/gamma = 0\n",
      "v = 325152168.78424853 m / s > c, setting 1/gamma = 0\n",
      "v = 377111975.0965924 m / s > c, setting 1/gamma = 0\n",
      "v = 368649981.4969747 m / s > c, setting 1/gamma = 0\n",
      "v = 411718727.9363029 m / s > c, setting 1/gamma = 0\n",
      "v = 337557920.12008786 m / s > c, setting 1/gamma = 0\n",
      "v = 360801442.806171 m / s > c, setting 1/gamma = 0\n",
      "v = 306691012.06289124 m / s > c, setting 1/gamma = 0\n",
      "v = 337894292.59566414 m / s > c, setting 1/gamma = 0\n",
      "v = 351120909.1693991 m / s > c, setting 1/gamma = 0\n",
      "v = 402026532.7987841 m / s > c, setting 1/gamma = 0\n",
      "v = 314415350.72851276 m / s > c, setting 1/gamma = 0\n",
      "v = 336933558.5440208 m / s > c, setting 1/gamma = 0\n",
      "v = 311823522.2291484 m / s > c, setting 1/gamma = 0\n",
      "v = 520050270.08374614 m / s > c, setting 1/gamma = 0\n",
      "v = 476324019.12182057 m / s > c, setting 1/gamma = 0\n",
      "v = 314141029.73170656 m / s > c, setting 1/gamma = 0\n",
      "v = 330869242.0612097 m / s > c, setting 1/gamma = 0\n",
      "v = 310996428.2450108 m / s > c, setting 1/gamma = 0\n",
      "v = 359119339.14497596 m / s > c, setting 1/gamma = 0\n",
      "v = 314823098.7983604 m / s > c, setting 1/gamma = 0\n",
      "v = 354683664.42094266 m / s > c, setting 1/gamma = 0\n",
      "v = 310994005.6942401 m / s > c, setting 1/gamma = 0\n",
      "v = 330264857.06525326 m / s > c, setting 1/gamma = 0\n",
      "v = 345850324.5515902 m / s > c, setting 1/gamma = 0\n",
      "v = 301112567.3512406 m / s > c, setting 1/gamma = 0\n",
      "v = 331665252.16190904 m / s > c, setting 1/gamma = 0\n",
      "v = 299939987.7225752 m / s > c, setting 1/gamma = 0\n",
      "v = 343396995.18823767 m / s > c, setting 1/gamma = 0\n",
      "v = 302714727.2182383 m / s > c, setting 1/gamma = 0\n",
      "v = 356317468.62993056 m / s > c, setting 1/gamma = 0\n",
      "v = 314832368.85626805 m / s > c, setting 1/gamma = 0\n",
      "v = 342508423.06664246 m / s > c, setting 1/gamma = 0\n",
      "v = 313800945.29947346 m / s > c, setting 1/gamma = 0\n",
      "v = 367956410.05136436 m / s > c, setting 1/gamma = 0\n",
      "v = 333940041.18573564 m / s > c, setting 1/gamma = 0\n",
      "v = 359203551.70196664 m / s > c, setting 1/gamma = 0\n",
      "v = 437870144.86219823 m / s > c, setting 1/gamma = 0\n",
      "v = 445806755.0277172 m / s > c, setting 1/gamma = 0\n",
      "v = 304782497.16086626 m / s > c, setting 1/gamma = 0\n",
      "v = 336508062.3522389 m / s > c, setting 1/gamma = 0\n",
      "v = 384043513.56806123 m / s > c, setting 1/gamma = 0\n",
      "v = 425394099.05578166 m / s > c, setting 1/gamma = 0\n",
      "v = 302236274.5830473 m / s > c, setting 1/gamma = 0\n",
      "v = 306723175.962994 m / s > c, setting 1/gamma = 0\n",
      "v = 417162802.84197384 m / s > c, setting 1/gamma = 0\n",
      "v = 470681765.9985747 m / s > c, setting 1/gamma = 0\n",
      "v = 479888288.94326 m / s > c, setting 1/gamma = 0\n",
      "v = 490035012.53923833 m / s > c, setting 1/gamma = 0\n",
      "v = 303505444.10826 m / s > c, setting 1/gamma = 0\n",
      "v = 327459870.2419032 m / s > c, setting 1/gamma = 0\n",
      "v = 617749719.4637741 m / s > c, setting 1/gamma = 0\n",
      "v = 616723617.789836 m / s > c, setting 1/gamma = 0\n",
      "v = 377425151.5652405 m / s > c, setting 1/gamma = 0\n",
      "v = 408459262.58504444 m / s > c, setting 1/gamma = 0\n",
      "v = 302631862.6402585 m / s > c, setting 1/gamma = 0\n",
      "v = 344613939.1926347 m / s > c, setting 1/gamma = 0\n",
      "v = 370420218.75140107 m / s > c, setting 1/gamma = 0\n",
      "v = 467004563.3519822 m / s > c, setting 1/gamma = 0\n",
      "v = 471493461.91743416 m / s > c, setting 1/gamma = 0\n",
      "v = 306870804.4454462 m / s > c, setting 1/gamma = 0\n",
      "v = 302137211.30255103 m / s > c, setting 1/gamma = 0\n",
      "v = 332148727.4608021 m / s > c, setting 1/gamma = 0\n",
      "v = 311254371.5036646 m / s > c, setting 1/gamma = 0\n",
      "v = 361864463.1694817 m / s > c, setting 1/gamma = 0\n",
      "v = 303661020.932679 m / s > c, setting 1/gamma = 0\n",
      "v = 626287251.4163073 m / s > c, setting 1/gamma = 0\n",
      "v = 512290342.0057585 m / s > c, setting 1/gamma = 0\n",
      "v = 309466990.4933005 m / s > c, setting 1/gamma = 0\n",
      "v = 341207598.65051824 m / s > c, setting 1/gamma = 0\n",
      "v = 562926076.7080227 m / s > c, setting 1/gamma = 0\n",
      "v = 571498288.1562557 m / s > c, setting 1/gamma = 0\n",
      "v = 518777577.6031205 m / s > c, setting 1/gamma = 0\n",
      "v = 503857018.28588897 m / s > c, setting 1/gamma = 0\n",
      "v = 305861400.3927579 m / s > c, setting 1/gamma = 0\n",
      "v = 341803183.27506447 m / s > c, setting 1/gamma = 0\n",
      "v = 365773051.7283211 m / s > c, setting 1/gamma = 0\n",
      "v = 426026156.9438053 m / s > c, setting 1/gamma = 0\n",
      "v = 450818116.6570774 m / s > c, setting 1/gamma = 0\n",
      "v = 304687884.06137586 m / s > c, setting 1/gamma = 0\n",
      "v = 327680103.26011664 m / s > c, setting 1/gamma = 0\n",
      "v = 304335808.94235516 m / s > c, setting 1/gamma = 0\n",
      "v = 341971992.212811 m / s > c, setting 1/gamma = 0\n",
      "v = 322242782.3095269 m / s > c, setting 1/gamma = 0\n",
      "v = 663771280.9091525 m / s > c, setting 1/gamma = 0\n",
      "v = 543017291.93991 m / s > c, setting 1/gamma = 0\n",
      "v = 310767013.9925478 m / s > c, setting 1/gamma = 0\n",
      "v = 391583999.540731 m / s > c, setting 1/gamma = 0\n",
      "v = 427289080.1817797 m / s > c, setting 1/gamma = 0\n",
      "v = 307878244.1248588 m / s > c, setting 1/gamma = 0\n",
      "v = 362744784.5058921 m / s > c, setting 1/gamma = 0\n",
      "v = 308858051.9727696 m / s > c, setting 1/gamma = 0\n",
      "v = 336166792.3322005 m / s > c, setting 1/gamma = 0\n",
      "v = 399939869.6282579 m / s > c, setting 1/gamma = 0\n",
      "v = 421447670.96141887 m / s > c, setting 1/gamma = 0\n",
      "v = 301186704.3116583 m / s > c, setting 1/gamma = 0\n",
      "v = 606195808.1857656 m / s > c, setting 1/gamma = 0\n",
      "v = 498905306.28342706 m / s > c, setting 1/gamma = 0\n",
      "v = 370670376.3251349 m / s > c, setting 1/gamma = 0\n",
      "v = 384440132.70675254 m / s > c, setting 1/gamma = 0\n",
      "v = 447504080.82255834 m / s > c, setting 1/gamma = 0\n",
      "v = 468086687.4410539 m / s > c, setting 1/gamma = 0\n",
      "v = 341342036.68518317 m / s > c, setting 1/gamma = 0\n",
      "v = 385867305.626039 m / s > c, setting 1/gamma = 0\n",
      "v = 331196024.19814014 m / s > c, setting 1/gamma = 0\n",
      "v = 370225694.463494 m / s > c, setting 1/gamma = 0\n",
      "v = 427715914.54683 m / s > c, setting 1/gamma = 0\n",
      "v = 419236513.82989705 m / s > c, setting 1/gamma = 0\n",
      "v = 459900822.1255834 m / s > c, setting 1/gamma = 0\n",
      "v = 474164022.6839223 m / s > c, setting 1/gamma = 0\n",
      "v = 484971793.0163229 m / s > c, setting 1/gamma = 0\n",
      "v = 323646585.6103382 m / s > c, setting 1/gamma = 0\n",
      "v = 685908579.4221108 m / s > c, setting 1/gamma = 0\n",
      "v = 567664434.8363764 m / s > c, setting 1/gamma = 0\n",
      "v = 301559790.9416571 m / s > c, setting 1/gamma = 0\n",
      "v = 325251282.73015106 m / s > c, setting 1/gamma = 0\n",
      "v = 342596250.32718074 m / s > c, setting 1/gamma = 0\n",
      "v = 365570813.79243195 m / s > c, setting 1/gamma = 0\n",
      "v = 307319291.3227403 m / s > c, setting 1/gamma = 0\n",
      "v = 311183691.9307798 m / s > c, setting 1/gamma = 0\n",
      "v = 325259478.5190366 m / s > c, setting 1/gamma = 0\n",
      "v = 308985837.97913516 m / s > c, setting 1/gamma = 0\n",
      "v = 319459409.28978705 m / s > c, setting 1/gamma = 0\n",
      "v = 363452621.2633051 m / s > c, setting 1/gamma = 0\n",
      "v = 310202431.404317 m / s > c, setting 1/gamma = 0\n",
      "v = 343900252.15290403 m / s > c, setting 1/gamma = 0\n",
      "v = 309375236.5244091 m / s > c, setting 1/gamma = 0\n",
      "v = 300467098.51552105 m / s > c, setting 1/gamma = 0\n",
      "v = 314615194.6700362 m / s > c, setting 1/gamma = 0\n",
      "v = 357042187.98576605 m / s > c, setting 1/gamma = 0\n",
      "v = 395817904.35066515 m / s > c, setting 1/gamma = 0\n",
      "v = 304330492.18769175 m / s > c, setting 1/gamma = 0\n",
      "v = 483305961.3187011 m / s > c, setting 1/gamma = 0\n",
      "v = 473841217.40485185 m / s > c, setting 1/gamma = 0\n",
      "v = 307933654.4071192 m / s > c, setting 1/gamma = 0\n",
      "v = 326061955.483375 m / s > c, setting 1/gamma = 0\n",
      "v = 309038391.8466736 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 1\n",
      "v = 335374668.9702993 m / s > c, setting 1/gamma = 0\n",
      "v = 495112469.14918095 m / s > c, setting 1/gamma = 0\n",
      "v = 462901484.9213422 m / s > c, setting 1/gamma = 0\n",
      "v = 315714565.781195 m / s > c, setting 1/gamma = 0\n",
      "v = 314659145.39768946 m / s > c, setting 1/gamma = 0\n",
      "v = 302365938.75596565 m / s > c, setting 1/gamma = 0\n",
      "v = 303003948.99235404 m / s > c, setting 1/gamma = 0\n",
      "v = 302412037.44289416 m / s > c, setting 1/gamma = 0\n",
      "v = 301832035.518571 m / s > c, setting 1/gamma = 0\n",
      "v = 481915793.894239 m / s > c, setting 1/gamma = 0\n",
      "v = 1009948308.4978563 m / s > c, setting 1/gamma = 0\n",
      "v = 907459937.6721478 m / s > c, setting 1/gamma = 0\n",
      "v = 302676161.73977953 m / s > c, setting 1/gamma = 0\n",
      "v = 377087881.5195539 m / s > c, setting 1/gamma = 0\n",
      "v = 351435356.5940712 m / s > c, setting 1/gamma = 0\n",
      "v = 299949410.9097181 m / s > c, setting 1/gamma = 0\n",
      "v = 302494700.8946773 m / s > c, setting 1/gamma = 0\n",
      "v = 301038369.38902044 m / s > c, setting 1/gamma = 0\n",
      "v = 301095405.6719747 m / s > c, setting 1/gamma = 0\n",
      "v = 303073603.40975225 m / s > c, setting 1/gamma = 0\n",
      "v = 299890540.9419177 m / s > c, setting 1/gamma = 0\n",
      "v = 309509580.13560575 m / s > c, setting 1/gamma = 0\n",
      "v = 309540684.0965688 m / s > c, setting 1/gamma = 0\n",
      "v = 306655875.00556135 m / s > c, setting 1/gamma = 0\n",
      "v = 306773568.5871611 m / s > c, setting 1/gamma = 0\n",
      "v = 301781825.5093424 m / s > c, setting 1/gamma = 0\n",
      "v = 305370815.11168253 m / s > c, setting 1/gamma = 0\n",
      "v = 301309663.466705 m / s > c, setting 1/gamma = 0\n",
      "v = 305306820.9311566 m / s > c, setting 1/gamma = 0\n",
      "v = 303339089.4215412 m / s > c, setting 1/gamma = 0\n",
      "v = 314493621.6346555 m / s > c, setting 1/gamma = 0\n",
      "v = 305646837.27394336 m / s > c, setting 1/gamma = 0\n",
      "v = 315195565.81366855 m / s > c, setting 1/gamma = 0\n",
      "v = 301388666.6427127 m / s > c, setting 1/gamma = 0\n",
      "v = 301536135.4071277 m / s > c, setting 1/gamma = 0\n",
      "v = 301488368.139008 m / s > c, setting 1/gamma = 0\n",
      "v = 300579375.5702894 m / s > c, setting 1/gamma = 0\n",
      "v = 300283150.24089736 m / s > c, setting 1/gamma = 0\n",
      "v = 314250343.8505836 m / s > c, setting 1/gamma = 0\n",
      "v = 304858445.92936003 m / s > c, setting 1/gamma = 0\n",
      "v = 347980519.47575265 m / s > c, setting 1/gamma = 0\n",
      "v = 303081498.8866716 m / s > c, setting 1/gamma = 0\n",
      "v = 317478732.200826 m / s > c, setting 1/gamma = 0\n",
      "v = 302121017.80010253 m / s > c, setting 1/gamma = 0\n",
      "v = 311036785.06551266 m / s > c, setting 1/gamma = 0\n",
      "v = 334061891.00872606 m / s > c, setting 1/gamma = 0\n",
      "v = 347505362.3286252 m / s > c, setting 1/gamma = 0\n",
      "v = 311981620.84097755 m / s > c, setting 1/gamma = 0\n",
      "v = 311755241.704303 m / s > c, setting 1/gamma = 0\n",
      "v = 314693826.8465395 m / s > c, setting 1/gamma = 0\n",
      "v = 311243863.70347184 m / s > c, setting 1/gamma = 0\n",
      "v = 315114047.64477265 m / s > c, setting 1/gamma = 0\n",
      "v = 331551524.60029805 m / s > c, setting 1/gamma = 0\n",
      "v = 377699238.8924266 m / s > c, setting 1/gamma = 0\n",
      "v = 310035329.42210686 m / s > c, setting 1/gamma = 0\n",
      "v = 308182532.9515577 m / s > c, setting 1/gamma = 0\n",
      "v = 331956571.43363 m / s > c, setting 1/gamma = 0\n",
      "v = 333133652.20638156 m / s > c, setting 1/gamma = 0\n",
      "v = 321509756.0430834 m / s > c, setting 1/gamma = 0\n",
      "v = 327909476.06059134 m / s > c, setting 1/gamma = 0\n",
      "v = 339019557.4294137 m / s > c, setting 1/gamma = 0\n",
      "v = 345458229.9004912 m / s > c, setting 1/gamma = 0\n",
      "v = 318754021.5458054 m / s > c, setting 1/gamma = 0\n",
      "v = 309221963.1458098 m / s > c, setting 1/gamma = 0\n",
      "v = 310574171.23311573 m / s > c, setting 1/gamma = 0\n",
      "v = 429741030.00479573 m / s > c, setting 1/gamma = 0\n",
      "v = 425223204.664941 m / s > c, setting 1/gamma = 0\n",
      "v = 348062681.4431288 m / s > c, setting 1/gamma = 0\n",
      "v = 365460860.8293688 m / s > c, setting 1/gamma = 0\n",
      "v = 311808775.67698085 m / s > c, setting 1/gamma = 0\n",
      "v = 336826502.9057022 m / s > c, setting 1/gamma = 0\n",
      "v = 352092420.1552215 m / s > c, setting 1/gamma = 0\n",
      "v = 443170101.19357 m / s > c, setting 1/gamma = 0\n",
      "v = 476912977.88471526 m / s > c, setting 1/gamma = 0\n",
      "v = 373980900.1048514 m / s > c, setting 1/gamma = 0\n",
      "v = 393320264.42867756 m / s > c, setting 1/gamma = 0\n",
      "v = 454024419.0718093 m / s > c, setting 1/gamma = 0\n",
      "v = 446699218.42203987 m / s > c, setting 1/gamma = 0\n",
      "v = 327641432.3021369 m / s > c, setting 1/gamma = 0\n",
      "v = 309297402.67818844 m / s > c, setting 1/gamma = 0\n",
      "v = 325511679.09847975 m / s > c, setting 1/gamma = 0\n",
      "v = 461454481.9081046 m / s > c, setting 1/gamma = 0\n",
      "v = 459841493.43394744 m / s > c, setting 1/gamma = 0\n",
      "v = 315849029.58197975 m / s > c, setting 1/gamma = 0\n",
      "v = 318747073.0393312 m / s > c, setting 1/gamma = 0\n",
      "v = 340317460.59939295 m / s > c, setting 1/gamma = 0\n",
      "v = 561346216.9835465 m / s > c, setting 1/gamma = 0\n",
      "v = 577943915.4453007 m / s > c, setting 1/gamma = 0\n",
      "v = 535440931.3541317 m / s > c, setting 1/gamma = 0\n",
      "v = 473389938.0393465 m / s > c, setting 1/gamma = 0\n",
      "v = 472995623.3193132 m / s > c, setting 1/gamma = 0\n",
      "v = 470289939.3292916 m / s > c, setting 1/gamma = 0\n",
      "v = 317199990.391833 m / s > c, setting 1/gamma = 0\n",
      "v = 366731055.3750092 m / s > c, setting 1/gamma = 0\n",
      "v = 323760200.29099524 m / s > c, setting 1/gamma = 0\n",
      "v = 361078735.9786488 m / s > c, setting 1/gamma = 0\n",
      "v = 332067559.8550093 m / s > c, setting 1/gamma = 0\n",
      "v = 374416536.89976454 m / s > c, setting 1/gamma = 0\n",
      "v = 430684807.3055627 m / s > c, setting 1/gamma = 0\n",
      "v = 459771832.93707436 m / s > c, setting 1/gamma = 0\n",
      "v = 505317912.04626805 m / s > c, setting 1/gamma = 0\n",
      "v = 518537059.80023944 m / s > c, setting 1/gamma = 0\n",
      "v = 306668178.73723435 m / s > c, setting 1/gamma = 0\n",
      "v = 555040745.5168709 m / s > c, setting 1/gamma = 0\n",
      "v = 530005961.0468226 m / s > c, setting 1/gamma = 0\n",
      "v = 337939185.0118526 m / s > c, setting 1/gamma = 0\n",
      "v = 308803491.17717123 m / s > c, setting 1/gamma = 0\n",
      "v = 449992265.71007586 m / s > c, setting 1/gamma = 0\n",
      "v = 491397637.60786456 m / s > c, setting 1/gamma = 0\n",
      "v = 520407062.99426204 m / s > c, setting 1/gamma = 0\n",
      "v = 520933839.672312 m / s > c, setting 1/gamma = 0\n",
      "v = 334357534.29968524 m / s > c, setting 1/gamma = 0\n",
      "v = 375239953.14565855 m / s > c, setting 1/gamma = 0\n",
      "v = 416269453.73901355 m / s > c, setting 1/gamma = 0\n",
      "v = 379547198.43929315 m / s > c, setting 1/gamma = 0\n",
      "v = 432256236.92687863 m / s > c, setting 1/gamma = 0\n",
      "v = 318969243.03285927 m / s > c, setting 1/gamma = 0\n",
      "v = 346622272.56063366 m / s > c, setting 1/gamma = 0\n",
      "v = 407503367.6144954 m / s > c, setting 1/gamma = 0\n",
      "v = 318839621.4935249 m / s > c, setting 1/gamma = 0\n",
      "v = 372436372.1732569 m / s > c, setting 1/gamma = 0\n",
      "v = 590752362.6701635 m / s > c, setting 1/gamma = 0\n",
      "v = 551067475.8382915 m / s > c, setting 1/gamma = 0\n",
      "v = 313658686.20342505 m / s > c, setting 1/gamma = 0\n",
      "v = 362674708.21193415 m / s > c, setting 1/gamma = 0\n",
      "v = 413833940.7645897 m / s > c, setting 1/gamma = 0\n",
      "v = 479464682.7482571 m / s > c, setting 1/gamma = 0\n",
      "v = 518359598.97553134 m / s > c, setting 1/gamma = 0\n",
      "v = 379659978.0626534 m / s > c, setting 1/gamma = 0\n",
      "v = 438609890.4750582 m / s > c, setting 1/gamma = 0\n",
      "v = 370590273.3819603 m / s > c, setting 1/gamma = 0\n",
      "v = 418449692.68595606 m / s > c, setting 1/gamma = 0\n",
      "v = 358675695.34201604 m / s > c, setting 1/gamma = 0\n",
      "v = 410818353.0099604 m / s > c, setting 1/gamma = 0\n",
      "v = 319260101.57699406 m / s > c, setting 1/gamma = 0\n",
      "v = 351858282.779098 m / s > c, setting 1/gamma = 0\n",
      "v = 375140356.912063 m / s > c, setting 1/gamma = 0\n",
      "v = 427906893.2258896 m / s > c, setting 1/gamma = 0\n",
      "v = 309452463.30205786 m / s > c, setting 1/gamma = 0\n",
      "v = 675713081.9041001 m / s > c, setting 1/gamma = 0\n",
      "v = 552708823.040363 m / s > c, setting 1/gamma = 0\n",
      "v = 352399409.05324197 m / s > c, setting 1/gamma = 0\n",
      "v = 403565385.7281201 m / s > c, setting 1/gamma = 0\n",
      "v = 319966591.06687874 m / s > c, setting 1/gamma = 0\n",
      "v = 701381033.3432496 m / s > c, setting 1/gamma = 0\n",
      "v = 573504310.1725377 m / s > c, setting 1/gamma = 0\n",
      "v = 423680732.71859545 m / s > c, setting 1/gamma = 0\n",
      "v = 455107213.26025456 m / s > c, setting 1/gamma = 0\n",
      "v = 306645980.2868558 m / s > c, setting 1/gamma = 0\n",
      "v = 666204323.2287017 m / s > c, setting 1/gamma = 0\n",
      "v = 544991249.3908806 m / s > c, setting 1/gamma = 0\n",
      "v = 336201343.1924255 m / s > c, setting 1/gamma = 0\n",
      "v = 323071967.160373 m / s > c, setting 1/gamma = 0\n",
      "v = 731727267.5754212 m / s > c, setting 1/gamma = 0\n",
      "v = 602798309.439175 m / s > c, setting 1/gamma = 0\n",
      "v = 374045910.2937345 m / s > c, setting 1/gamma = 0\n",
      "v = 426639749.151265 m / s > c, setting 1/gamma = 0\n",
      "v = 462379498.18387204 m / s > c, setting 1/gamma = 0\n",
      "v = 502456890.7806246 m / s > c, setting 1/gamma = 0\n",
      "v = 416698084.72877663 m / s > c, setting 1/gamma = 0\n",
      "v = 467015754.446674 m / s > c, setting 1/gamma = 0\n",
      "v = 379402966.298979 m / s > c, setting 1/gamma = 0\n",
      "v = 438034613.9165013 m / s > c, setting 1/gamma = 0\n",
      "v = 333727274.0352536 m / s > c, setting 1/gamma = 0\n",
      "v = 392209768.43492776 m / s > c, setting 1/gamma = 0\n",
      "v = 440194495.14287984 m / s > c, setting 1/gamma = 0\n",
      "v = 488538940.9274284 m / s > c, setting 1/gamma = 0\n",
      "v = 401552562.2283228 m / s > c, setting 1/gamma = 0\n",
      "v = 446828725.13139004 m / s > c, setting 1/gamma = 0\n",
      "v = 308140361.51990765 m / s > c, setting 1/gamma = 0\n",
      "v = 352486284.3555987 m / s > c, setting 1/gamma = 0\n",
      "v = 329973646.1503456 m / s > c, setting 1/gamma = 0\n",
      "v = 389991626.83701944 m / s > c, setting 1/gamma = 0\n",
      "v = 324189274.2829417 m / s > c, setting 1/gamma = 0\n",
      "v = 347590957.9054571 m / s > c, setting 1/gamma = 0\n",
      "v = 401860988.46515405 m / s > c, setting 1/gamma = 0\n",
      "v = 439031177.23007554 m / s > c, setting 1/gamma = 0\n",
      "v = 485004386.56287247 m / s > c, setting 1/gamma = 0\n",
      "v = 556699216.4242134 m / s > c, setting 1/gamma = 0\n",
      "v = 548357293.3979453 m / s > c, setting 1/gamma = 0\n",
      "v = 307686088.34442735 m / s > c, setting 1/gamma = 0\n",
      "v = 559065368.7543483 m / s > c, setting 1/gamma = 0\n",
      "v = 536930177.3987616 m / s > c, setting 1/gamma = 0\n",
      "v = 463785880.1251683 m / s > c, setting 1/gamma = 0\n",
      "v = 500374138.290008 m / s > c, setting 1/gamma = 0\n",
      "v = 327562839.7434018 m / s > c, setting 1/gamma = 0\n",
      "v = 376035556.1260218 m / s > c, setting 1/gamma = 0\n",
      "v = 304580846.6422984 m / s > c, setting 1/gamma = 0\n",
      "v = 365133120.3214359 m / s > c, setting 1/gamma = 0\n",
      "v = 539692303.4383143 m / s > c, setting 1/gamma = 0\n",
      "v = 537301452.946676 m / s > c, setting 1/gamma = 0\n",
      "v = 436305871.69342804 m / s > c, setting 1/gamma = 0\n",
      "v = 481661750.8751846 m / s > c, setting 1/gamma = 0\n",
      "v = 300131007.3688926 m / s > c, setting 1/gamma = 0\n",
      "v = 350155957.4736384 m / s > c, setting 1/gamma = 0\n",
      "v = 302352970.91252863 m / s > c, setting 1/gamma = 0\n",
      "v = 364036920.8168674 m / s > c, setting 1/gamma = 0\n",
      "v = 395543301.11113685 m / s > c, setting 1/gamma = 0\n",
      "v = 436962872.83299536 m / s > c, setting 1/gamma = 0\n",
      "v = 531743997.9657759 m / s > c, setting 1/gamma = 0\n",
      "v = 538755130.5054996 m / s > c, setting 1/gamma = 0\n",
      "v = 430946902.9814867 m / s > c, setting 1/gamma = 0\n",
      "v = 469685210.4328943 m / s > c, setting 1/gamma = 0\n",
      "v = 358374066.2197519 m / s > c, setting 1/gamma = 0\n",
      "v = 417786827.7257074 m / s > c, setting 1/gamma = 0\n",
      "v = 409861373.2755062 m / s > c, setting 1/gamma = 0\n",
      "v = 459578412.57404476 m / s > c, setting 1/gamma = 0\n",
      "v = 471930934.5375198 m / s > c, setting 1/gamma = 0\n",
      "v = 516573162.9958264 m / s > c, setting 1/gamma = 0\n",
      "v = 408464631.7406044 m / s > c, setting 1/gamma = 0\n",
      "v = 457814494.7619443 m / s > c, setting 1/gamma = 0\n",
      "v = 522401418.9808074 m / s > c, setting 1/gamma = 0\n",
      "v = 550933382.6306368 m / s > c, setting 1/gamma = 0\n",
      "v = 315351490.8380029 m / s > c, setting 1/gamma = 0\n",
      "v = 732418659.9681185 m / s > c, setting 1/gamma = 0\n",
      "v = 600910142.6621393 m / s > c, setting 1/gamma = 0\n",
      "v = 538429211.1191206 m / s > c, setting 1/gamma = 0\n",
      "v = 564186405.505349 m / s > c, setting 1/gamma = 0\n",
      "v = 318235230.0750913 m / s > c, setting 1/gamma = 0\n",
      "v = 384650104.5444193 m / s > c, setting 1/gamma = 0\n",
      "v = 509323988.4780592 m / s > c, setting 1/gamma = 0\n",
      "v = 544550387.3506262 m / s > c, setting 1/gamma = 0\n",
      "v = 497351472.62899965 m / s > c, setting 1/gamma = 0\n",
      "v = 535931819.9144466 m / s > c, setting 1/gamma = 0\n",
      "v = 403664288.6630949 m / s > c, setting 1/gamma = 0\n",
      "v = 451837988.17978317 m / s > c, setting 1/gamma = 0\n",
      "v = 329983432.2312463 m / s > c, setting 1/gamma = 0\n",
      "v = 397832572.2414317 m / s > c, setting 1/gamma = 0\n",
      "v = 516086584.6184477 m / s > c, setting 1/gamma = 0\n",
      "v = 547796768.7925651 m / s > c, setting 1/gamma = 0\n",
      "v = 314764148.5302456 m / s > c, setting 1/gamma = 0\n",
      "v = 733250193.5654325 m / s > c, setting 1/gamma = 0\n",
      "v = 602958737.1625739 m / s > c, setting 1/gamma = 0\n",
      "v = 552876671.9908146 m / s > c, setting 1/gamma = 0\n",
      "v = 574499611.4439354 m / s > c, setting 1/gamma = 0\n",
      "v = 333993844.98892695 m / s > c, setting 1/gamma = 0\n",
      "v = 815078834.4206275 m / s > c, setting 1/gamma = 0\n",
      "v = 674448179.4284248 m / s > c, setting 1/gamma = 0\n",
      "v = 464506082.7895546 m / s > c, setting 1/gamma = 0\n",
      "v = 509254395.8116668 m / s > c, setting 1/gamma = 0\n",
      "v = 483916066.9280682 m / s > c, setting 1/gamma = 0\n",
      "v = 529080054.0372314 m / s > c, setting 1/gamma = 0\n",
      "v = 370444217.85751307 m / s > c, setting 1/gamma = 0\n",
      "v = 423154540.23141724 m / s > c, setting 1/gamma = 0\n",
      "v = 323056872.3389939 m / s > c, setting 1/gamma = 0\n",
      "v = 393120771.14665854 m / s > c, setting 1/gamma = 0\n",
      "v = 740184000.6296246 m / s > c, setting 1/gamma = 0\n",
      "v = 670488821.0289918 m / s > c, setting 1/gamma = 0\n",
      "v = 523057312.86719835 m / s > c, setting 1/gamma = 0\n",
      "v = 557724437.5786834 m / s > c, setting 1/gamma = 0\n",
      "v = 688595266.4180435 m / s > c, setting 1/gamma = 0\n",
      "v = 617565267.5728143 m / s > c, setting 1/gamma = 0\n",
      "v = 534044138.5380375 m / s > c, setting 1/gamma = 0\n",
      "v = 565910840.5686268 m / s > c, setting 1/gamma = 0\n",
      "v = 303386172.86814636 m / s > c, setting 1/gamma = 0\n",
      "v = 746664472.6970938 m / s > c, setting 1/gamma = 0\n",
      "v = 615282040.2883354 m / s > c, setting 1/gamma = 0\n",
      "v = 380349609.45433676 m / s > c, setting 1/gamma = 0\n",
      "v = 433596738.4558223 m / s > c, setting 1/gamma = 0\n",
      "v = 568312648.4432926 m / s > c, setting 1/gamma = 0\n",
      "v = 588557737.6840949 m / s > c, setting 1/gamma = 0\n",
      "v = 335386766.7710709 m / s > c, setting 1/gamma = 0\n",
      "v = 405894803.61420006 m / s > c, setting 1/gamma = 0\n",
      "v = 535960082.9034318 m / s > c, setting 1/gamma = 0\n",
      "v = 569931273.0973991 m / s > c, setting 1/gamma = 0\n",
      "v = 339248830.95973474 m / s > c, setting 1/gamma = 0\n",
      "v = 411067233.42809427 m / s > c, setting 1/gamma = 0\n",
      "v = 303001464.76146567 m / s > c, setting 1/gamma = 0\n",
      "v = 772592429.6646473 m / s > c, setting 1/gamma = 0\n",
      "v = 639481281.7176657 m / s > c, setting 1/gamma = 0\n",
      "v = 442343434.0490452 m / s > c, setting 1/gamma = 0\n",
      "v = 466502680.05576915 m / s > c, setting 1/gamma = 0\n",
      "v = 390866627.2535599 m / s > c, setting 1/gamma = 0\n",
      "v = 1030677845.37138 m / s > c, setting 1/gamma = 0\n",
      "v = 868219964.6351542 m / s > c, setting 1/gamma = 0\n",
      "v = 377910236.2528243 m / s > c, setting 1/gamma = 0\n",
      "v = 407193403.49806017 m / s > c, setting 1/gamma = 0\n",
      "v = 387564677.9098892 m / s > c, setting 1/gamma = 0\n",
      "v = 1024273043.8661804 m / s > c, setting 1/gamma = 0\n",
      "v = 862766731.9261127 m / s > c, setting 1/gamma = 0\n",
      "v = 351270467.52495563 m / s > c, setting 1/gamma = 0\n",
      "v = 386748985.5863777 m / s > c, setting 1/gamma = 0\n",
      "v = 719934768.8827425 m / s > c, setting 1/gamma = 0\n",
      "v = 613689769.8860905 m / s > c, setting 1/gamma = 0\n",
      "v = 300783867.3766332 m / s > c, setting 1/gamma = 0\n",
      "v = 366894034.07964104 m / s > c, setting 1/gamma = 0\n",
      "v = 366224424.8960618 m / s > c, setting 1/gamma = 0\n",
      "v = 444818550.73918873 m / s > c, setting 1/gamma = 0\n",
      "v = 353106725.10772294 m / s > c, setting 1/gamma = 0\n",
      "v = 954902058.3643686 m / s > c, setting 1/gamma = 0\n",
      "v = 806846119.9152473 m / s > c, setting 1/gamma = 0\n",
      "v = 319933737.334411 m / s > c, setting 1/gamma = 0\n",
      "v = 811257089.9439963 m / s > c, setting 1/gamma = 0\n",
      "v = 673448260.6102842 m / s > c, setting 1/gamma = 0\n",
      "v = 373427102.94552684 m / s > c, setting 1/gamma = 0\n",
      "v = 435293634.3457307 m / s > c, setting 1/gamma = 0\n",
      "v = 506396767.70411146 m / s > c, setting 1/gamma = 0\n",
      "v = 557999720.8340597 m / s > c, setting 1/gamma = 0\n",
      "v = 311319136.79510576 m / s > c, setting 1/gamma = 0\n",
      "v = 858658220.7248687 m / s > c, setting 1/gamma = 0\n",
      "v = 724615375.798909 m / s > c, setting 1/gamma = 0\n",
      "v = 366329341.7750655 m / s > c, setting 1/gamma = 0\n",
      "v = 961381177.2674104 m / s > c, setting 1/gamma = 0\n",
      "v = 807309816.9585636 m / s > c, setting 1/gamma = 0\n",
      "v = 342481895.74231374 m / s > c, setting 1/gamma = 0\n",
      "v = 383849449.26763713 m / s > c, setting 1/gamma = 0\n",
      "v = 361470844.29847956 m / s > c, setting 1/gamma = 0\n",
      "v = 441556186.8700437 m / s > c, setting 1/gamma = 0\n",
      "v = 542542726.8752948 m / s > c, setting 1/gamma = 0\n",
      "v = 579510268.8758752 m / s > c, setting 1/gamma = 0\n",
      "v = 725773508.5874131 m / s > c, setting 1/gamma = 0\n",
      "v = 651919560.4347599 m / s > c, setting 1/gamma = 0\n",
      "v = 321249479.6204048 m / s > c, setting 1/gamma = 0\n",
      "v = 839036606.7120568 m / s > c, setting 1/gamma = 0\n",
      "v = 700188193.2988276 m / s > c, setting 1/gamma = 0\n",
      "v = 554636135.1063681 m / s > c, setting 1/gamma = 0\n",
      "v = 591915257.6204418 m / s > c, setting 1/gamma = 0\n",
      "v = 340910295.859051 m / s > c, setting 1/gamma = 0\n",
      "v = 327601665.16343826 m / s > c, setting 1/gamma = 0\n",
      "v = 531712793.21575373 m / s > c, setting 1/gamma = 0\n",
      "v = 580946544.8635522 m / s > c, setting 1/gamma = 0\n",
      "v = 465657030.3072504 m / s > c, setting 1/gamma = 0\n",
      "v = 516203420.4046617 m / s > c, setting 1/gamma = 0\n",
      "v = 457657233.415537 m / s > c, setting 1/gamma = 0\n",
      "v = 528310066.51005876 m / s > c, setting 1/gamma = 0\n",
      "v = 399492912.6771931 m / s > c, setting 1/gamma = 0\n",
      "v = 1149471784.6264184 m / s > c, setting 1/gamma = 0\n",
      "v = 983209042.411365 m / s > c, setting 1/gamma = 0\n",
      "v = 478180026.2202352 m / s > c, setting 1/gamma = 0\n",
      "v = 542702088.4219726 m / s > c, setting 1/gamma = 0\n",
      "v = 428054968.29649484 m / s > c, setting 1/gamma = 0\n",
      "v = 491067469.5860747 m / s > c, setting 1/gamma = 0\n",
      "v = 344686046.33833295 m / s > c, setting 1/gamma = 0\n",
      "v = 623990640.5544647 m / s > c, setting 1/gamma = 0\n",
      "v = 637233233.4896262 m / s > c, setting 1/gamma = 0\n",
      "v = 461604998.70650554 m / s > c, setting 1/gamma = 0\n",
      "v = 532484821.7064902 m / s > c, setting 1/gamma = 0\n",
      "v = 424274883.0243819 m / s > c, setting 1/gamma = 0\n",
      "v = 1248135850.5831652 m / s > c, setting 1/gamma = 0\n",
      "v = 1075864418.8960147 m / s > c, setting 1/gamma = 0\n",
      "v = 504107262.0263091 m / s > c, setting 1/gamma = 0\n",
      "v = 562779654.0447311 m / s > c, setting 1/gamma = 0\n",
      "v = 548244505.3639317 m / s > c, setting 1/gamma = 0\n",
      "v = 584539571.3547988 m / s > c, setting 1/gamma = 0\n",
      "v = 345919470.27682054 m / s > c, setting 1/gamma = 0\n",
      "v = 429649511.582366 m / s > c, setting 1/gamma = 0\n",
      "v = 371150490.86826754 m / s > c, setting 1/gamma = 0\n",
      "v = 1039527082.8553189 m / s > c, setting 1/gamma = 0\n",
      "v = 882854241.5193319 m / s > c, setting 1/gamma = 0\n",
      "v = 419558481.63511 m / s > c, setting 1/gamma = 0\n",
      "v = 493656011.83685803 m / s > c, setting 1/gamma = 0\n",
      "v = 398825701.7095381 m / s > c, setting 1/gamma = 0\n",
      "v = 1168627437.130546 m / s > c, setting 1/gamma = 0\n",
      "v = 1004758593.1341052 m / s > c, setting 1/gamma = 0\n",
      "v = 539478918.509395 m / s > c, setting 1/gamma = 0\n",
      "v = 586483487.413002 m / s > c, setting 1/gamma = 0\n",
      "v = 401844687.6760796 m / s > c, setting 1/gamma = 0\n",
      "v = 439034640.51064557 m / s > c, setting 1/gamma = 0\n",
      "v = 303934048.46365875 m / s > c, setting 1/gamma = 0\n",
      "v = 389659525.8582913 m / s > c, setting 1/gamma = 0\n",
      "v = 457125325.5784084 m / s > c, setting 1/gamma = 0\n",
      "v = 526510538.4390439 m / s > c, setting 1/gamma = 0\n",
      "v = 628865598.2421067 m / s > c, setting 1/gamma = 0\n",
      "v = 646081260.9371519 m / s > c, setting 1/gamma = 0\n",
      "v = 492960968.8309696 m / s > c, setting 1/gamma = 0\n",
      "v = 551250872.0486221 m / s > c, setting 1/gamma = 0\n",
      "v = 320823993.8009827 m / s > c, setting 1/gamma = 0\n",
      "v = 403919498.68999106 m / s > c, setting 1/gamma = 0\n",
      "v = 319166491.8241434 m / s > c, setting 1/gamma = 0\n",
      "v = 888491899.3334644 m / s > c, setting 1/gamma = 0\n",
      "v = 750913826.2810947 m / s > c, setting 1/gamma = 0\n",
      "v = 323930026.2459415 m / s > c, setting 1/gamma = 0\n",
      "v = 407708252.71998835 m / s > c, setting 1/gamma = 0\n",
      "v = 627323553.3855628 m / s > c, setting 1/gamma = 0\n",
      "v = 645867588.5299953 m / s > c, setting 1/gamma = 0\n",
      "v = 353165564.81273705 m / s > c, setting 1/gamma = 0\n",
      "v = 437453223.09318733 m / s > c, setting 1/gamma = 0\n",
      "v = 555656818.506937 m / s > c, setting 1/gamma = 0\n",
      "v = 596640872.4823223 m / s > c, setting 1/gamma = 0\n",
      "v = 350577689.98833877 m / s > c, setting 1/gamma = 0\n",
      "v = 413133732.6356107 m / s > c, setting 1/gamma = 0\n",
      "v = 486764194.0648453 m / s > c, setting 1/gamma = 0\n",
      "v = 405326048.382144 m / s > c, setting 1/gamma = 0\n",
      "v = 1234833410.1527026 m / s > c, setting 1/gamma = 0\n",
      "v = 1073925988.9669998 m / s > c, setting 1/gamma = 0\n",
      "v = 377183156.1380331 m / s > c, setting 1/gamma = 0\n",
      "v = 1097268830.7094417 m / s > c, setting 1/gamma = 0\n",
      "v = 938502725.9759645 m / s > c, setting 1/gamma = 0\n",
      "v = 325795844.4071374 m / s > c, setting 1/gamma = 0\n",
      "v = 408381381.7121117 m / s > c, setting 1/gamma = 0\n",
      "v = 321574726.73752105 m / s > c, setting 1/gamma = 0\n",
      "v = 901717650.6580101 m / s > c, setting 1/gamma = 0\n",
      "v = 761685119.8843856 m / s > c, setting 1/gamma = 0\n",
      "v = 311338551.35098773 m / s > c, setting 1/gamma = 0\n",
      "v = 393730638.21507406 m / s > c, setting 1/gamma = 0\n",
      "v = 678879735.1934228 m / s > c, setting 1/gamma = 0\n",
      "v = 675495130.9929866 m / s > c, setting 1/gamma = 0\n",
      "v = 341063318.05768764 m / s > c, setting 1/gamma = 0\n",
      "v = 424037341.2558492 m / s > c, setting 1/gamma = 0\n",
      "v = 514328478.2340353 m / s > c, setting 1/gamma = 0\n",
      "v = 565377682.4687289 m / s > c, setting 1/gamma = 0\n",
      "v = 351064190.3561247 m / s > c, setting 1/gamma = 0\n",
      "v = 443342767.94528574 m / s > c, setting 1/gamma = 0\n",
      "v = 513124866.89900786 m / s > c, setting 1/gamma = 0\n",
      "v = 693986289.2503518 m / s > c, setting 1/gamma = 0\n",
      "v = 697013108.1174542 m / s > c, setting 1/gamma = 0\n",
      "v = 364866629.36534387 m / s > c, setting 1/gamma = 0\n",
      "v = 413505634.0831236 m / s > c, setting 1/gamma = 0\n",
      "v = 1256735150.497509 m / s > c, setting 1/gamma = 0\n",
      "v = 1089456816.6398737 m / s > c, setting 1/gamma = 0\n",
      "v = 406640132.06258184 m / s > c, setting 1/gamma = 0\n",
      "v = 476854418.68226755 m / s > c, setting 1/gamma = 0\n",
      "v = 347040509.3742164 m / s > c, setting 1/gamma = 0\n",
      "v = 427861642.82451814 m / s > c, setting 1/gamma = 0\n",
      "v = 599223422.285247 m / s > c, setting 1/gamma = 0\n",
      "v = 627830824.3577874 m / s > c, setting 1/gamma = 0\n",
      "v = 339835313.8517742 m / s > c, setting 1/gamma = 0\n",
      "v = 362621782.3780875 m / s > c, setting 1/gamma = 0\n",
      "v = 699979231.167343 m / s > c, setting 1/gamma = 0\n",
      "v = 703556691.3642015 m / s > c, setting 1/gamma = 0\n",
      "v = 733914000.1786295 m / s > c, setting 1/gamma = 0\n",
      "v = 715727809.8933624 m / s > c, setting 1/gamma = 0\n",
      "v = 311201533.1551678 m / s > c, setting 1/gamma = 0\n",
      "v = 412884254.24974054 m / s > c, setting 1/gamma = 0\n",
      "v = 488741511.9812077 m / s > c, setting 1/gamma = 0\n",
      "v = 887572642.2234737 m / s > c, setting 1/gamma = 0\n",
      "v = 805076835.9494586 m / s > c, setting 1/gamma = 0\n",
      "v = 410884492.4724496 m / s > c, setting 1/gamma = 0\n",
      "v = 482500352.5100239 m / s > c, setting 1/gamma = 0\n",
      "v = 456547021.1410031 m / s > c, setting 1/gamma = 0\n",
      "v = 507903343.08452797 m / s > c, setting 1/gamma = 0\n",
      "v = 355094837.6740094 m / s > c, setting 1/gamma = 0\n",
      "v = 428133651.8265426 m / s > c, setting 1/gamma = 0\n",
      "v = 363211339.0158885 m / s > c, setting 1/gamma = 0\n",
      "v = 438503702.3317687 m / s > c, setting 1/gamma = 0\n",
      "v = 599071876.2044395 m / s > c, setting 1/gamma = 0\n",
      "v = 623382399.0082844 m / s > c, setting 1/gamma = 0\n",
      "v = 406415796.5023965 m / s > c, setting 1/gamma = 0\n",
      "v = 481396437.91360486 m / s > c, setting 1/gamma = 0\n",
      "v = 883938541.9110972 m / s > c, setting 1/gamma = 0\n",
      "v = 805194019.2452921 m / s > c, setting 1/gamma = 0\n",
      "v = 447851219.2361031 m / s > c, setting 1/gamma = 0\n",
      "v = 515264154.2907182 m / s > c, setting 1/gamma = 0\n",
      "v = 327930335.1844433 m / s > c, setting 1/gamma = 0\n",
      "v = 393711126.30864614 m / s > c, setting 1/gamma = 0\n",
      "v = 354507785.04161996 m / s > c, setting 1/gamma = 0\n",
      "v = 732543202.5767833 m / s > c, setting 1/gamma = 0\n",
      "v = 724872803.6291262 m / s > c, setting 1/gamma = 0\n",
      "v = 328379187.1992655 m / s > c, setting 1/gamma = 0\n",
      "v = 407453081.9925408 m / s > c, setting 1/gamma = 0\n",
      "v = 305499271.24556816 m / s > c, setting 1/gamma = 0\n",
      "v = 966319471.7765688 m / s > c, setting 1/gamma = 0\n",
      "v = 836973083.206443 m / s > c, setting 1/gamma = 0\n",
      "v = 412011876.57242256 m / s > c, setting 1/gamma = 0\n",
      "v = 1234669913.781579 m / s > c, setting 1/gamma = 0\n",
      "v = 1066384480.2564994 m / s > c, setting 1/gamma = 0\n",
      "v = 329735389.3295262 m / s > c, setting 1/gamma = 0\n",
      "v = 407772035.9469304 m / s > c, setting 1/gamma = 0\n",
      "v = 445111730.4153855 m / s > c, setting 1/gamma = 0\n",
      "v = 496893329.26182336 m / s > c, setting 1/gamma = 0\n",
      "v = 532900269.83258784 m / s > c, setting 1/gamma = 0\n",
      "v = 581176095.7781259 m / s > c, setting 1/gamma = 0\n",
      "v = 555040631.9077315 m / s > c, setting 1/gamma = 0\n",
      "v = 592773819.6944002 m / s > c, setting 1/gamma = 0\n",
      "v = 346973433.9803125 m / s > c, setting 1/gamma = 0\n",
      "v = 421043712.7870611 m / s > c, setting 1/gamma = 0\n",
      "v = 335207896.2699768 m / s > c, setting 1/gamma = 0\n",
      "v = 335747471.4707408 m / s > c, setting 1/gamma = 0\n",
      "v = 416255185.8072532 m / s > c, setting 1/gamma = 0\n",
      "v = 456749220.14033395 m / s > c, setting 1/gamma = 0\n",
      "v = 510121165.5644655 m / s > c, setting 1/gamma = 0\n",
      "v = 354914014.8624351 m / s > c, setting 1/gamma = 0\n",
      "v = 350619098.4473353 m / s > c, setting 1/gamma = 0\n",
      "v = 879409248.7562845 m / s > c, setting 1/gamma = 0\n",
      "v = 819167268.8753943 m / s > c, setting 1/gamma = 0\n",
      "v = 628140681.5709287 m / s > c, setting 1/gamma = 0\n",
      "v = 651890393.1282606 m / s > c, setting 1/gamma = 0\n",
      "v = 430391239.84281045 m / s > c, setting 1/gamma = 0\n",
      "v = 494600168.18466 m / s > c, setting 1/gamma = 0\n",
      "v = 330764301.15737975 m / s > c, setting 1/gamma = 0\n",
      "v = 402705590.7302498 m / s > c, setting 1/gamma = 0\n",
      "v = 858854573.5433545 m / s > c, setting 1/gamma = 0\n",
      "v = 790104319.0406911 m / s > c, setting 1/gamma = 0\n",
      "v = 316854066.94349205 m / s > c, setting 1/gamma = 0\n",
      "v = 534982450.78946924 m / s > c, setting 1/gamma = 0\n",
      "v = 1629449869.3748848 m / s > c, setting 1/gamma = 0\n",
      "v = 1431246303.8644242 m / s > c, setting 1/gamma = 0\n",
      "v = 575820208.1974499 m / s > c, setting 1/gamma = 0\n",
      "v = 612409912.2980769 m / s > c, setting 1/gamma = 0\n",
      "v = 620051498.4896017 m / s > c, setting 1/gamma = 0\n",
      "v = 645628022.1937442 m / s > c, setting 1/gamma = 0\n",
      "v = 348781485.1311389 m / s > c, setting 1/gamma = 0\n",
      "v = 422217444.3911468 m / s > c, setting 1/gamma = 0\n",
      "v = 353936737.16660863 m / s > c, setting 1/gamma = 0\n",
      "v = 303848554.84626454 m / s > c, setting 1/gamma = 0\n",
      "v = 376308676.039989 m / s > c, setting 1/gamma = 0\n",
      "v = 381141851.2404729 m / s > c, setting 1/gamma = 0\n",
      "v = 452089864.3001138 m / s > c, setting 1/gamma = 0\n",
      "v = 419129296.030934 m / s > c, setting 1/gamma = 0\n",
      "v = 460709401.00948393 m / s > c, setting 1/gamma = 0\n",
      "v = 533665993.200028 m / s > c, setting 1/gamma = 0\n",
      "v = 581044451.1069747 m / s > c, setting 1/gamma = 0\n",
      "v = 353288498.2004193 m / s > c, setting 1/gamma = 0\n",
      "v = 420120368.11162937 m / s > c, setting 1/gamma = 0\n",
      "v = 339629421.820289 m / s > c, setting 1/gamma = 0\n",
      "v = 968665828.04386 m / s > c, setting 1/gamma = 0\n",
      "v = 854067471.0405092 m / s > c, setting 1/gamma = 0\n",
      "v = 456201560.16328704 m / s > c, setting 1/gamma = 0\n",
      "v = 1404209248.6158743 m / s > c, setting 1/gamma = 0\n",
      "v = 1226099839.979795 m / s > c, setting 1/gamma = 0\n",
      "v = 355595832.8066325 m / s > c, setting 1/gamma = 0\n",
      "v = 426573747.5307903 m / s > c, setting 1/gamma = 0\n",
      "v = 304118533.5229406 m / s > c, setting 1/gamma = 0\n",
      "v = 957223043.0959854 m / s > c, setting 1/gamma = 0\n",
      "v = 822000347.1556133 m / s > c, setting 1/gamma = 0\n",
      "v = 335298460.3028958 m / s > c, setting 1/gamma = 0\n",
      "v = 408011806.2218593 m / s > c, setting 1/gamma = 0\n",
      "v = 328181443.7363694 m / s > c, setting 1/gamma = 0\n",
      "v = 1011680194.5146017 m / s > c, setting 1/gamma = 0\n",
      "v = 868320241.937058 m / s > c, setting 1/gamma = 0\n",
      "v = 352124658.0117941 m / s > c, setting 1/gamma = 0\n",
      "v = 330779027.3202673 m / s > c, setting 1/gamma = 0\n",
      "v = 374169101.2217425 m / s > c, setting 1/gamma = 0\n",
      "v = 439905122.28693 m / s > c, setting 1/gamma = 0\n",
      "v = 334000805.3825482 m / s > c, setting 1/gamma = 0\n",
      "v = 406924182.7061703 m / s > c, setting 1/gamma = 0\n",
      "v = 351931094.852142 m / s > c, setting 1/gamma = 0\n",
      "v = 399504503.51760674 m / s > c, setting 1/gamma = 0\n",
      "v = 388465221.2049482 m / s > c, setting 1/gamma = 0\n",
      "v = 1213484258.5867968 m / s > c, setting 1/gamma = 0\n",
      "v = 1054620291.5621282 m / s > c, setting 1/gamma = 0\n",
      "v = 310814812.45559084 m / s > c, setting 1/gamma = 0\n",
      "v = 385351133.41669905 m / s > c, setting 1/gamma = 0\n",
      "v = 319530408.7883792 m / s > c, setting 1/gamma = 0\n",
      "v = 378028453.26236916 m / s > c, setting 1/gamma = 0\n",
      "v = 787165591.3471463 m / s > c, setting 1/gamma = 0\n",
      "v = 750819871.5989674 m / s > c, setting 1/gamma = 0\n",
      "v = 406641224.4786224 m / s > c, setting 1/gamma = 0\n",
      "v = 475655943.24076587 m / s > c, setting 1/gamma = 0\n",
      "v = 798636517.5720813 m / s > c, setting 1/gamma = 0\n",
      "v = 777177931.3084685 m / s > c, setting 1/gamma = 0\n",
      "v = 319325988.45238924 m / s > c, setting 1/gamma = 0\n",
      "v = 399253639.367454 m / s > c, setting 1/gamma = 0\n",
      "v = 817160886.6540933 m / s > c, setting 1/gamma = 0\n",
      "v = 773735131.5179849 m / s > c, setting 1/gamma = 0\n",
      "v = 345687160.88845503 m / s > c, setting 1/gamma = 0\n",
      "v = 1044052494.5085092 m / s > c, setting 1/gamma = 0\n",
      "v = 898511956.3662353 m / s > c, setting 1/gamma = 0\n",
      "v = 367468571.6418078 m / s > c, setting 1/gamma = 0\n",
      "v = 557225755.9032164 m / s > c, setting 1/gamma = 0\n",
      "v = 588172325.5299662 m / s > c, setting 1/gamma = 0\n",
      "v = 368506596.4427521 m / s > c, setting 1/gamma = 0\n",
      "v = 1104862987.0796509 m / s > c, setting 1/gamma = 0\n",
      "v = 950867989.0459322 m / s > c, setting 1/gamma = 0\n",
      "v = 357930079.36536264 m / s > c, setting 1/gamma = 0\n",
      "v = 585463403.0387373 m / s > c, setting 1/gamma = 0\n",
      "v = 614064116.17344 m / s > c, setting 1/gamma = 0\n",
      "v = 374360876.37073207 m / s > c, setting 1/gamma = 0\n",
      "v = 1120143113.819543 m / s > c, setting 1/gamma = 0\n",
      "v = 962951954.1314614 m / s > c, setting 1/gamma = 0\n",
      "v = 357047161.7366231 m / s > c, setting 1/gamma = 0\n",
      "v = 471767610.0511265 m / s > c, setting 1/gamma = 0\n",
      "v = 518789769.06363297 m / s > c, setting 1/gamma = 0\n",
      "v = 322661030.5599844 m / s > c, setting 1/gamma = 0\n",
      "v = 955321906.2007267 m / s > c, setting 1/gamma = 0\n",
      "v = 812649090.3737266 m / s > c, setting 1/gamma = 0\n",
      "v = 337336920.1387502 m / s > c, setting 1/gamma = 0\n",
      "v = 413075060.40617883 m / s > c, setting 1/gamma = 0\n",
      "v = 596884335.2930722 m / s > c, setting 1/gamma = 0\n",
      "v = 628936063.4165962 m / s > c, setting 1/gamma = 0\n",
      "v = 622807277.2763873 m / s > c, setting 1/gamma = 0\n",
      "v = 647319705.9646895 m / s > c, setting 1/gamma = 0\n",
      "v = 493514919.0286112 m / s > c, setting 1/gamma = 0\n",
      "v = 549277426.2500277 m / s > c, setting 1/gamma = 0\n",
      "v = 369818715.39791423 m / s > c, setting 1/gamma = 0\n",
      "v = 308925888.8903681 m / s > c, setting 1/gamma = 0\n",
      "v = 336798657.10565835 m / s > c, setting 1/gamma = 0\n",
      "v = 431143516.4676577 m / s > c, setting 1/gamma = 0\n",
      "v = 501651119.5458365 m / s > c, setting 1/gamma = 0\n",
      "v = 613441807.0147731 m / s > c, setting 1/gamma = 0\n",
      "v = 640232862.4616307 m / s > c, setting 1/gamma = 0\n",
      "v = 323257933.4057846 m / s > c, setting 1/gamma = 0\n",
      "v = 405574295.08004797 m / s > c, setting 1/gamma = 0\n",
      "v = 499484450.7390425 m / s > c, setting 1/gamma = 0\n",
      "v = 549774418.26794 m / s > c, setting 1/gamma = 0\n",
      "v = 307397708.628405 m / s > c, setting 1/gamma = 0\n",
      "v = 332395127.30355805 m / s > c, setting 1/gamma = 0\n",
      "v = 361236757.7366393 m / s > c, setting 1/gamma = 0\n",
      "v = 882611819.0952524 m / s > c, setting 1/gamma = 0\n",
      "v = 786340264.3694454 m / s > c, setting 1/gamma = 0\n",
      "v = 312707768.92162466 m / s > c, setting 1/gamma = 0\n",
      "v = 388656306.0164508 m / s > c, setting 1/gamma = 0\n",
      "v = 438740007.17118007 m / s > c, setting 1/gamma = 0\n",
      "v = 503756378.6977449 m / s > c, setting 1/gamma = 0\n",
      "v = 390966334.4664713 m / s > c, setting 1/gamma = 0\n",
      "v = 451653237.619822 m / s > c, setting 1/gamma = 0\n",
      "v = 427958505.87316114 m / s > c, setting 1/gamma = 0\n",
      "v = 493035158.030635 m / s > c, setting 1/gamma = 0\n",
      "v = 633322323.7784454 m / s > c, setting 1/gamma = 0\n",
      "v = 656416283.6129391 m / s > c, setting 1/gamma = 0\n",
      "v = 328981096.73056054 m / s > c, setting 1/gamma = 0\n",
      "v = 507056564.25903946 m / s > c, setting 1/gamma = 0\n",
      "v = 561533968.5681689 m / s > c, setting 1/gamma = 0\n",
      "v = 535206365.3409006 m / s > c, setting 1/gamma = 0\n",
      "v = 570194943.6321514 m / s > c, setting 1/gamma = 0\n",
      "v = 434697102.1132536 m / s > c, setting 1/gamma = 0\n",
      "v = 503134111.3659868 m / s > c, setting 1/gamma = 0\n",
      "v = 802349386.5540235 m / s > c, setting 1/gamma = 0\n",
      "v = 779921450.3424033 m / s > c, setting 1/gamma = 0\n",
      "v = 485442181.4535131 m / s > c, setting 1/gamma = 0\n",
      "v = 546245271.8166296 m / s > c, setting 1/gamma = 0\n",
      "v = 364565758.16178024 m / s > c, setting 1/gamma = 0\n",
      "v = 417206548.5063443 m / s > c, setting 1/gamma = 0\n",
      "v = 345150139.9472093 m / s > c, setting 1/gamma = 0\n",
      "v = 1057797618.0016347 m / s > c, setting 1/gamma = 0\n",
      "v = 909113669.0865617 m / s > c, setting 1/gamma = 0\n",
      "v = 353535177.4933553 m / s > c, setting 1/gamma = 0\n",
      "v = 427074663.8827006 m / s > c, setting 1/gamma = 0\n",
      "v = 539530413.1396841 m / s > c, setting 1/gamma = 0\n",
      "v = 583345474.6538863 m / s > c, setting 1/gamma = 0\n",
      "v = 320231458.964518 m / s > c, setting 1/gamma = 0\n",
      "v = 442569427.5364688 m / s > c, setting 1/gamma = 0\n",
      "v = 1345218826.9221632 m / s > c, setting 1/gamma = 0\n",
      "v = 1173532418.42793 m / s > c, setting 1/gamma = 0\n",
      "v = 357279961.835916 m / s > c, setting 1/gamma = 0\n",
      "v = 1061658500.4693105 m / s > c, setting 1/gamma = 0\n",
      "v = 907535021.5801494 m / s > c, setting 1/gamma = 0\n",
      "v = 305534417.06331015 m / s > c, setting 1/gamma = 0\n",
      "v = 383504518.8922947 m / s > c, setting 1/gamma = 0\n",
      "v = 327311204.1431069 m / s > c, setting 1/gamma = 0\n",
      "v = 357209799.32935584 m / s > c, setting 1/gamma = 0\n",
      "v = 357938052.9814403 m / s > c, setting 1/gamma = 0\n",
      "v = 349410983.787114 m / s > c, setting 1/gamma = 0\n",
      "v = 416539404.31775576 m / s > c, setting 1/gamma = 0\n",
      "v = 307725720.4865191 m / s > c, setting 1/gamma = 0\n",
      "v = 331444846.81176746 m / s > c, setting 1/gamma = 0\n",
      "v = 300620638.02398086 m / s > c, setting 1/gamma = 0\n",
      "v = 692024125.1321298 m / s > c, setting 1/gamma = 0\n",
      "v = 696273899.0633355 m / s > c, setting 1/gamma = 0\n",
      "v = 317412529.3385101 m / s > c, setting 1/gamma = 0\n",
      "v = 304246683.81769395 m / s > c, setting 1/gamma = 0\n",
      "v = 369608581.96140957 m / s > c, setting 1/gamma = 0\n",
      "v = 448296490.9498189 m / s > c, setting 1/gamma = 0\n",
      "v = 512080362.57743734 m / s > c, setting 1/gamma = 0\n",
      "v = 664687443.5713807 m / s > c, setting 1/gamma = 0\n",
      "v = 681072641.1205262 m / s > c, setting 1/gamma = 0\n",
      "v = 760129979.2262276 m / s > c, setting 1/gamma = 0\n",
      "v = 749575542.5833241 m / s > c, setting 1/gamma = 0\n",
      "v = 318018231.2450728 m / s > c, setting 1/gamma = 0\n",
      "v = 397227402.75365585 m / s > c, setting 1/gamma = 0\n",
      "v = 1256773396.0127673 m / s > c, setting 1/gamma = 0\n",
      "v = 1100429347.7019958 m / s > c, setting 1/gamma = 0\n",
      "v = 818005530.655415 m / s > c, setting 1/gamma = 0\n",
      "v = 776230863.1266097 m / s > c, setting 1/gamma = 0\n",
      "v = 403089917.33740956 m / s > c, setting 1/gamma = 0\n",
      "v = 468002343.65118104 m / s > c, setting 1/gamma = 0\n",
      "v = 736082409.4966556 m / s > c, setting 1/gamma = 0\n",
      "v = 719666953.3070325 m / s > c, setting 1/gamma = 0\n",
      "v = 308354222.0380586 m / s > c, setting 1/gamma = 0\n",
      "v = 869631221.0648184 m / s > c, setting 1/gamma = 0\n",
      "v = 765439089.5563623 m / s > c, setting 1/gamma = 0\n",
      "v = 427839487.2080635 m / s > c, setting 1/gamma = 0\n",
      "v = 499180150.07896805 m / s > c, setting 1/gamma = 0\n",
      "v = 500126591.2335287 m / s > c, setting 1/gamma = 0\n",
      "v = 547230471.4454631 m / s > c, setting 1/gamma = 0\n",
      "v = 308325692.08661103 m / s > c, setting 1/gamma = 0\n",
      "v = 906827430.5280441 m / s > c, setting 1/gamma = 0\n",
      "v = 767373199.8711798 m / s > c, setting 1/gamma = 0\n",
      "v = 307516880.8301461 m / s > c, setting 1/gamma = 0\n",
      "v = 384861397.28954834 m / s > c, setting 1/gamma = 0\n",
      "v = 511980091.16113436 m / s > c, setting 1/gamma = 0\n",
      "v = 566909940.1806245 m / s > c, setting 1/gamma = 0\n",
      "v = 479588135.19275546 m / s > c, setting 1/gamma = 0\n",
      "v = 541675149.109946 m / s > c, setting 1/gamma = 0\n",
      "v = 349090323.34307426 m / s > c, setting 1/gamma = 0\n",
      "v = 1044435788.3835491 m / s > c, setting 1/gamma = 0\n",
      "v = 892372550.8448381 m / s > c, setting 1/gamma = 0\n",
      "v = 300606870.79519707 m / s > c, setting 1/gamma = 0\n",
      "v = 378210555.47492456 m / s > c, setting 1/gamma = 0\n",
      "v = 308446586.2880664 m / s > c, setting 1/gamma = 0\n",
      "v = 300101962.60387146 m / s > c, setting 1/gamma = 0\n",
      "v = 828370950.2151046 m / s > c, setting 1/gamma = 0\n",
      "v = 785395802.031172 m / s > c, setting 1/gamma = 0\n",
      "v = 834558068.0828727 m / s > c, setting 1/gamma = 0\n",
      "v = 763136330.9685127 m / s > c, setting 1/gamma = 0\n",
      "v = 399004549.0104717 m / s > c, setting 1/gamma = 0\n",
      "v = 468667096.0158782 m / s > c, setting 1/gamma = 0\n",
      "v = 387625205.9820783 m / s > c, setting 1/gamma = 0\n",
      "v = 1144633561.2231784 m / s > c, setting 1/gamma = 0\n",
      "v = 980755569.54067 m / s > c, setting 1/gamma = 0\n",
      "v = 361876765.5969765 m / s > c, setting 1/gamma = 0\n",
      "v = 436817909.4626283 m / s > c, setting 1/gamma = 0\n",
      "v = 314319948.72849196 m / s > c, setting 1/gamma = 0\n",
      "v = 312165304.5308061 m / s > c, setting 1/gamma = 0\n",
      "v = 383085281.444549 m / s > c, setting 1/gamma = 0\n",
      "v = 376925532.329664 m / s > c, setting 1/gamma = 0\n",
      "v = 450162086.8380792 m / s > c, setting 1/gamma = 0\n",
      "v = 362140351.1348053 m / s > c, setting 1/gamma = 0\n",
      "v = 438451332.61739314 m / s > c, setting 1/gamma = 0\n",
      "v = 317402734.87790984 m / s > c, setting 1/gamma = 0\n",
      "v = 394466741.04534566 m / s > c, setting 1/gamma = 0\n",
      "v = 306873077.936216 m / s > c, setting 1/gamma = 0\n",
      "v = 909547776.876903 m / s > c, setting 1/gamma = 0\n",
      "v = 771591103.7289438 m / s > c, setting 1/gamma = 0\n",
      "v = 385647610.1338839 m / s > c, setting 1/gamma = 0\n",
      "v = 457629550.8227038 m / s > c, setting 1/gamma = 0\n",
      "v = 568265115.0102966 m / s > c, setting 1/gamma = 0\n",
      "v = 605760991.201329 m / s > c, setting 1/gamma = 0\n",
      "v = 351738875.86934406 m / s > c, setting 1/gamma = 0\n",
      "v = 335072146.815434 m / s > c, setting 1/gamma = 0\n",
      "v = 713089331.8591056 m / s > c, setting 1/gamma = 0\n",
      "v = 706136643.5614585 m / s > c, setting 1/gamma = 0\n",
      "v = 300325497.36167455 m / s > c, setting 1/gamma = 0\n",
      "v = 377849770.1167333 m / s > c, setting 1/gamma = 0\n",
      "v = 369491701.7996153 m / s > c, setting 1/gamma = 0\n",
      "v = 436609459.9760939 m / s > c, setting 1/gamma = 0\n",
      "v = 514543885.81824684 m / s > c, setting 1/gamma = 0\n",
      "v = 567474881.2579373 m / s > c, setting 1/gamma = 0\n",
      "v = 651724995.6317935 m / s > c, setting 1/gamma = 0\n",
      "v = 666831806.3991265 m / s > c, setting 1/gamma = 0\n",
      "v = 426522534.70829433 m / s > c, setting 1/gamma = 0\n",
      "v = 497606200.1264508 m / s > c, setting 1/gamma = 0\n",
      "v = 356216310.16070133 m / s > c, setting 1/gamma = 0\n",
      "v = 424977900.81582487 m / s > c, setting 1/gamma = 0\n",
      "v = 334200607.3608056 m / s > c, setting 1/gamma = 0\n",
      "v = 409994433.440647 m / s > c, setting 1/gamma = 0\n",
      "v = 499724517.9967219 m / s > c, setting 1/gamma = 0\n",
      "v = 552699227.88604 m / s > c, setting 1/gamma = 0\n",
      "v = 365565281.2358423 m / s > c, setting 1/gamma = 0\n",
      "v = 726649421.397848 m / s > c, setting 1/gamma = 0\n",
      "v = 699591506.2960335 m / s > c, setting 1/gamma = 0\n",
      "v = 549361029.4134316 m / s > c, setting 1/gamma = 0\n",
      "v = 590639643.9324892 m / s > c, setting 1/gamma = 0\n",
      "v = 333380247.8836902 m / s > c, setting 1/gamma = 0\n",
      "v = 414859704.7745781 m / s > c, setting 1/gamma = 0\n",
      "v = 684152743.3706144 m / s > c, setting 1/gamma = 0\n",
      "v = 678626815.8862166 m / s > c, setting 1/gamma = 0\n",
      "v = 697159316.7939712 m / s > c, setting 1/gamma = 0\n",
      "v = 685454043.9770286 m / s > c, setting 1/gamma = 0\n",
      "v = 607695602.1518376 m / s > c, setting 1/gamma = 0\n",
      "v = 627643160.6570586 m / s > c, setting 1/gamma = 0\n",
      "v = 335294968.2300751 m / s > c, setting 1/gamma = 0\n",
      "v = 417067938.3093381 m / s > c, setting 1/gamma = 0\n",
      "v = 665549939.4931797 m / s > c, setting 1/gamma = 0\n",
      "v = 664917538.6741074 m / s > c, setting 1/gamma = 0\n",
      "v = 743677423.7811626 m / s > c, setting 1/gamma = 0\n",
      "v = 2117675179.5087805 m / s > c, setting 1/gamma = 0\n",
      "v = 1852790676.2515535 m / s > c, setting 1/gamma = 0\n",
      "v = 605237268.1954905 m / s > c, setting 1/gamma = 0\n",
      "v = 621940872.1349031 m / s > c, setting 1/gamma = 0\n",
      "v = 305442523.6128113 m / s > c, setting 1/gamma = 0\n",
      "v = 826117482.5188115 m / s > c, setting 1/gamma = 0\n",
      "v = 688043193.476822 m / s > c, setting 1/gamma = 0\n",
      "v = 309395538.41313833 m / s > c, setting 1/gamma = 0\n",
      "v = 794255485.318678 m / s > c, setting 1/gamma = 0\n",
      "v = 659430055.5614625 m / s > c, setting 1/gamma = 0\n",
      "v = 349433871.72493285 m / s > c, setting 1/gamma = 0\n",
      "v = 427750100.6949954 m / s > c, setting 1/gamma = 0\n",
      "v = 333494031.21975315 m / s > c, setting 1/gamma = 0\n",
      "v = 400996508.3203326 m / s > c, setting 1/gamma = 0\n",
      "v = 482787545.4238126 m / s > c, setting 1/gamma = 0\n",
      "v = 1321896965.5947866 m / s > c, setting 1/gamma = 0\n",
      "v = 1130052288.2459702 m / s > c, setting 1/gamma = 0\n",
      "v = 414355411.319068 m / s > c, setting 1/gamma = 0\n",
      "v = 478097706.58998567 m / s > c, setting 1/gamma = 0\n",
      "v = 302904906.76839477 m / s > c, setting 1/gamma = 0\n",
      "v = 758108122.9989489 m / s > c, setting 1/gamma = 0\n",
      "v = 622043710.5586177 m / s > c, setting 1/gamma = 0\n",
      "v = 359282884.3225308 m / s > c, setting 1/gamma = 0\n",
      "v = 338842693.3018182 m / s > c, setting 1/gamma = 0\n",
      "v = 414610837.52555496 m / s > c, setting 1/gamma = 0\n",
      "v = 513260178.76791865 m / s > c, setting 1/gamma = 0\n",
      "v = 555206537.7276597 m / s > c, setting 1/gamma = 0\n",
      "v = 423083308.0405833 m / s > c, setting 1/gamma = 0\n",
      "v = 1125650899.7985697 m / s > c, setting 1/gamma = 0\n",
      "v = 951557707.4483238 m / s > c, setting 1/gamma = 0\n",
      "v = 474728259.0396261 m / s > c, setting 1/gamma = 0\n",
      "v = 1255924851.6596758 m / s > c, setting 1/gamma = 0\n",
      "v = 1060088748.2239382 m / s > c, setting 1/gamma = 0\n",
      "v = 301076333.6727993 m / s > c, setting 1/gamma = 0\n",
      "v = 740801145.4841083 m / s > c, setting 1/gamma = 0\n",
      "v = 607448605.9266446 m / s > c, setting 1/gamma = 0\n",
      "v = 353009628.8438026 m / s > c, setting 1/gamma = 0\n",
      "v = 424925200.90047294 m / s > c, setting 1/gamma = 0\n",
      "v = 550917320.5414255 m / s > c, setting 1/gamma = 0\n",
      "v = 1474266381.0061548 m / s > c, setting 1/gamma = 0\n",
      "v = 1254153135.7741158 m / s > c, setting 1/gamma = 0\n",
      "v = 535247496.7422957 m / s > c, setting 1/gamma = 0\n",
      "v = 571440741.999257 m / s > c, setting 1/gamma = 0\n",
      "v = 391167215.05202496 m / s > c, setting 1/gamma = 0\n",
      "v = 1036874137.3838462 m / s > c, setting 1/gamma = 0\n",
      "v = 871445146.4474217 m / s > c, setting 1/gamma = 0\n",
      "v = 456368240.67155993 m / s > c, setting 1/gamma = 0\n",
      "v = 1201644342.9078007 m / s > c, setting 1/gamma = 0\n",
      "v = 1011410911.9956514 m / s > c, setting 1/gamma = 0\n",
      "v = 559019928.038648 m / s > c, setting 1/gamma = 0\n",
      "v = 576945311.1943092 m / s > c, setting 1/gamma = 0\n",
      "v = 598982924.5517844 m / s > c, setting 1/gamma = 0\n",
      "v = 585726089.812844 m / s > c, setting 1/gamma = 0\n",
      "v = 364339767.9439596 m / s > c, setting 1/gamma = 0\n",
      "v = 430005012.63743395 m / s > c, setting 1/gamma = 0\n",
      "v = 453805367.3953143 m / s > c, setting 1/gamma = 0\n",
      "v = 507396422.85760516 m / s > c, setting 1/gamma = 0\n",
      "v = 513369462.56491387 m / s > c, setting 1/gamma = 0\n",
      "v = 549602645.0736004 m / s > c, setting 1/gamma = 0\n",
      "v = 504732140.86913496 m / s > c, setting 1/gamma = 0\n",
      "v = 538273017.7795801 m / s > c, setting 1/gamma = 0\n",
      "v = 310195969.93033916 m / s > c, setting 1/gamma = 0\n",
      "v = 375311995.9409343 m / s > c, setting 1/gamma = 0\n",
      "v = 445497903.2176378 m / s > c, setting 1/gamma = 0\n",
      "v = 499621271.06475997 m / s > c, setting 1/gamma = 0\n",
      "v = 327809888.0279996 m / s > c, setting 1/gamma = 0\n",
      "v = 395865162.04514253 m / s > c, setting 1/gamma = 0\n",
      "v = 406313795.26908934 m / s > c, setting 1/gamma = 0\n",
      "v = 465087566.40867203 m / s > c, setting 1/gamma = 0\n",
      "v = 311268108.5709718 m / s > c, setting 1/gamma = 0\n",
      "v = 326334626.7138406 m / s > c, setting 1/gamma = 0\n",
      "v = 391233263.4926364 m / s > c, setting 1/gamma = 0\n",
      "v = 586000650.0682788 m / s > c, setting 1/gamma = 0\n",
      "v = 570716624.5470734 m / s > c, setting 1/gamma = 0\n",
      "v = 326848326.09386575 m / s > c, setting 1/gamma = 0\n",
      "v = 374893509.5760381 m / s > c, setting 1/gamma = 0\n",
      "v = 940881946.300774 m / s > c, setting 1/gamma = 0\n",
      "v = 781825727.6492118 m / s > c, setting 1/gamma = 0\n",
      "v = 427929058.8142432 m / s > c, setting 1/gamma = 0\n",
      "v = 480968530.26535314 m / s > c, setting 1/gamma = 0\n",
      "v = 332331127.03232586 m / s > c, setting 1/gamma = 0\n",
      "v = 434249237.47179383 m / s > c, setting 1/gamma = 0\n",
      "v = 487846729.56724596 m / s > c, setting 1/gamma = 0\n",
      "v = 310926940.6794549 m / s > c, setting 1/gamma = 0\n",
      "v = 336202429.6105086 m / s > c, setting 1/gamma = 0\n",
      "v = 300768832.9876495 m / s > c, setting 1/gamma = 0\n",
      "v = 337451070.4465279 m / s > c, setting 1/gamma = 0\n",
      "v = 399356540.8614314 m / s > c, setting 1/gamma = 0\n",
      "v = 426866606.8864665 m / s > c, setting 1/gamma = 0\n",
      "v = 480021840.9354298 m / s > c, setting 1/gamma = 0\n",
      "v = 332165700.60540575 m / s > c, setting 1/gamma = 0\n",
      "v = 324776518.10198116 m / s > c, setting 1/gamma = 0\n",
      "v = 321930858.2841022 m / s > c, setting 1/gamma = 0\n",
      "v = 303587436.97108454 m / s > c, setting 1/gamma = 0\n",
      "v = 308247823.56889325 m / s > c, setting 1/gamma = 0\n",
      "v = 774684208.5476667 m / s > c, setting 1/gamma = 0\n",
      "v = 640325496.3864256 m / s > c, setting 1/gamma = 0\n",
      "v = 357230168.8796694 m / s > c, setting 1/gamma = 0\n",
      "v = 893309003.9484059 m / s > c, setting 1/gamma = 0\n",
      "v = 740969298.1557589 m / s > c, setting 1/gamma = 0\n",
      "v = 520820286.612158 m / s > c, setting 1/gamma = 0\n",
      "v = 541334311.9640362 m / s > c, setting 1/gamma = 0\n",
      "v = 313938434.8540963 m / s > c, setting 1/gamma = 0\n",
      "v = 376964347.42680156 m / s > c, setting 1/gamma = 0\n",
      "v = 532029803.92887485 m / s > c, setting 1/gamma = 0\n",
      "v = 557592263.3818614 m / s > c, setting 1/gamma = 0\n",
      "v = 565669852.9222535 m / s > c, setting 1/gamma = 0\n",
      "v = 567244636.0917393 m / s > c, setting 1/gamma = 0\n",
      "v = 395244182.9651225 m / s > c, setting 1/gamma = 0\n",
      "v = 456395130.38875216 m / s > c, setting 1/gamma = 0\n",
      "v = 370175095.23163414 m / s > c, setting 1/gamma = 0\n",
      "v = 430532506.20487946 m / s > c, setting 1/gamma = 0\n",
      "v = 452509396.78433084 m / s > c, setting 1/gamma = 0\n",
      "v = 500544975.94851816 m / s > c, setting 1/gamma = 0\n",
      "v = 314524120.30084413 m / s > c, setting 1/gamma = 0\n",
      "v = 757369788.4510539 m / s > c, setting 1/gamma = 0\n",
      "v = 622969156.691786 m / s > c, setting 1/gamma = 0\n",
      "v = 537130128.7964385 m / s > c, setting 1/gamma = 0\n",
      "v = 545928474.2075398 m / s > c, setting 1/gamma = 0\n",
      "v = 345682722.2142721 m / s > c, setting 1/gamma = 0\n",
      "v = 411926226.3414603 m / s > c, setting 1/gamma = 0\n",
      "v = 422733754.9229928 m / s > c, setting 1/gamma = 0\n",
      "v = 473780616.51602995 m / s > c, setting 1/gamma = 0\n",
      "v = 323382659.6866687 m / s > c, setting 1/gamma = 0\n",
      "v = 518151405.8712675 m / s > c, setting 1/gamma = 0\n",
      "v = 539601575.0506089 m / s > c, setting 1/gamma = 0\n",
      "v = 340863245.6425162 m / s > c, setting 1/gamma = 0\n",
      "v = 436990174.35515 m / s > c, setting 1/gamma = 0\n",
      "v = 487720567.8692904 m / s > c, setting 1/gamma = 0\n",
      "v = 359404992.9500965 m / s > c, setting 1/gamma = 0\n",
      "v = 419050011.4256486 m / s > c, setting 1/gamma = 0\n",
      "v = 604096959.6538408 m / s > c, setting 1/gamma = 0\n",
      "v = 583241134.4030337 m / s > c, setting 1/gamma = 0\n",
      "v = 501445982.49162513 m / s > c, setting 1/gamma = 0\n",
      "v = 531814123.0507992 m / s > c, setting 1/gamma = 0\n",
      "v = 527978290.14545286 m / s > c, setting 1/gamma = 0\n",
      "v = 537125216.5286558 m / s > c, setting 1/gamma = 0\n",
      "v = 323014668.2512272 m / s > c, setting 1/gamma = 0\n",
      "v = 780343162.6752012 m / s > c, setting 1/gamma = 0\n",
      "v = 642792243.6512933 m / s > c, setting 1/gamma = 0\n",
      "v = 655281966.4761341 m / s > c, setting 1/gamma = 0\n",
      "v = 557767352.8940254 m / s > c, setting 1/gamma = 0\n",
      "v = 329944203.09015477 m / s > c, setting 1/gamma = 0\n",
      "v = 337419650.82771975 m / s > c, setting 1/gamma = 0\n",
      "v = 354663251.4491823 m / s > c, setting 1/gamma = 0\n",
      "v = 410766294.3326552 m / s > c, setting 1/gamma = 0\n",
      "v = 351920316.03455347 m / s > c, setting 1/gamma = 0\n",
      "v = 310002591.1285218 m / s > c, setting 1/gamma = 0\n",
      "v = 738519340.6520306 m / s > c, setting 1/gamma = 0\n",
      "v = 604423997.3701253 m / s > c, setting 1/gamma = 0\n",
      "v = 405937631.9918912 m / s > c, setting 1/gamma = 0\n",
      "v = 459095477.2270324 m / s > c, setting 1/gamma = 0\n",
      "v = 303941622.1315089 m / s > c, setting 1/gamma = 0\n",
      "v = 322285064.2644165 m / s > c, setting 1/gamma = 0\n",
      "v = 322709011.78932023 m / s > c, setting 1/gamma = 0\n",
      "v = 382582295.5571706 m / s > c, setting 1/gamma = 0\n",
      "v = 542949929.4670266 m / s > c, setting 1/gamma = 0\n",
      "v = 557741422.6298151 m / s > c, setting 1/gamma = 0\n",
      "v = 469937202.82364374 m / s > c, setting 1/gamma = 0\n",
      "v = 516250707.3718377 m / s > c, setting 1/gamma = 0\n",
      "v = 465122355.0935306 m / s > c, setting 1/gamma = 0\n",
      "v = 508416400.70894814 m / s > c, setting 1/gamma = 0\n",
      "v = 362452424.1876189 m / s > c, setting 1/gamma = 0\n",
      "v = 422156460.03612846 m / s > c, setting 1/gamma = 0\n",
      "v = 299995691.835592 m / s > c, setting 1/gamma = 0\n",
      "v = 689671316.6562567 m / s > c, setting 1/gamma = 0\n",
      "v = 558476327.320995 m / s > c, setting 1/gamma = 0\n",
      "v = 301102430.3619343 m / s > c, setting 1/gamma = 0\n",
      "v = 358347680.3881328 m / s > c, setting 1/gamma = 0\n",
      "v = 300514483.4064503 m / s > c, setting 1/gamma = 0\n",
      "v = 364115101.1047464 m / s > c, setting 1/gamma = 0\n",
      "v = 369104917.6215824 m / s > c, setting 1/gamma = 0\n",
      "v = 423801856.2663986 m / s > c, setting 1/gamma = 0\n",
      "v = 319105627.60863715 m / s > c, setting 1/gamma = 0\n",
      "v = 377011178.71261823 m / s > c, setting 1/gamma = 0\n",
      "v = 315861613.31598604 m / s > c, setting 1/gamma = 0\n",
      "v = 451867557.39618623 m / s > c, setting 1/gamma = 0\n",
      "v = 503300659.5031373 m / s > c, setting 1/gamma = 0\n",
      "v = 415819327.5460787 m / s > c, setting 1/gamma = 0\n",
      "v = 474864867.10539746 m / s > c, setting 1/gamma = 0\n",
      "v = 563019195.1010689 m / s > c, setting 1/gamma = 0\n",
      "v = 560841349.1509709 m / s > c, setting 1/gamma = 0\n",
      "v = 440120549.9762177 m / s > c, setting 1/gamma = 0\n",
      "v = 493189791.2813424 m / s > c, setting 1/gamma = 0\n",
      "v = 409532519.6596009 m / s > c, setting 1/gamma = 0\n",
      "v = 466470035.05861634 m / s > c, setting 1/gamma = 0\n",
      "v = 306807007.3982819 m / s > c, setting 1/gamma = 0\n",
      "v = 364258438.3482668 m / s > c, setting 1/gamma = 0\n",
      "v = 517315839.11465776 m / s > c, setting 1/gamma = 0\n",
      "v = 544122855.3495017 m / s > c, setting 1/gamma = 0\n",
      "v = 307117565.3588594 m / s > c, setting 1/gamma = 0\n",
      "v = 696394377.6317301 m / s > c, setting 1/gamma = 0\n",
      "v = 565288313.2013187 m / s > c, setting 1/gamma = 0\n",
      "v = 318297494.11582893 m / s > c, setting 1/gamma = 0\n",
      "v = 373867937.8767095 m / s > c, setting 1/gamma = 0\n",
      "v = 650074536.3241699 m / s > c, setting 1/gamma = 0\n",
      "v = 551840096.440642 m / s > c, setting 1/gamma = 0\n",
      "v = 303606190.8695945 m / s > c, setting 1/gamma = 0\n",
      "v = 358253059.7218722 m / s > c, setting 1/gamma = 0\n",
      "v = 315236923.9768121 m / s > c, setting 1/gamma = 0\n",
      "v = 486329184.23281753 m / s > c, setting 1/gamma = 0\n",
      "v = 516000551.05648714 m / s > c, setting 1/gamma = 0\n",
      "v = 316521009.685778 m / s > c, setting 1/gamma = 0\n",
      "v = 724024677.264658 m / s > c, setting 1/gamma = 0\n",
      "v = 591766022.777056 m / s > c, setting 1/gamma = 0\n",
      "v = 435745525.88663644 m / s > c, setting 1/gamma = 0\n",
      "v = 474944440.18025833 m / s > c, setting 1/gamma = 0\n",
      "v = 301222607.6653179 m / s > c, setting 1/gamma = 0\n",
      "v = 570796978.2549877 m / s > c, setting 1/gamma = 0\n",
      "v = 541374142.2900943 m / s > c, setting 1/gamma = 0\n",
      "v = 319852790.87440616 m / s > c, setting 1/gamma = 0\n",
      "v = 526891329.17936563 m / s > c, setting 1/gamma = 0\n",
      "v = 540416694.8380493 m / s > c, setting 1/gamma = 0\n",
      "v = 308767811.8397265 m / s > c, setting 1/gamma = 0\n",
      "v = 332097121.76960385 m / s > c, setting 1/gamma = 0\n",
      "v = 304171146.55993795 m / s > c, setting 1/gamma = 0\n",
      "v = 351882340.94307345 m / s > c, setting 1/gamma = 0\n",
      "v = 501185033.06949276 m / s > c, setting 1/gamma = 0\n",
      "v = 530325007.0854061 m / s > c, setting 1/gamma = 0\n",
      "v = 486474281.89843667 m / s > c, setting 1/gamma = 0\n",
      "v = 524995444.6724186 m / s > c, setting 1/gamma = 0\n",
      "v = 487363382.1185853 m / s > c, setting 1/gamma = 0\n",
      "v = 519181939.7846592 m / s > c, setting 1/gamma = 0\n",
      "v = 315416079.31037676 m / s > c, setting 1/gamma = 0\n",
      "v = 375234161.9115264 m / s > c, setting 1/gamma = 0\n",
      "v = 304148692.53352475 m / s > c, setting 1/gamma = 0\n",
      "v = 357803350.7982978 m / s > c, setting 1/gamma = 0\n",
      "v = 300692964.9426293 m / s > c, setting 1/gamma = 0\n",
      "v = 353259595.84365547 m / s > c, setting 1/gamma = 0\n",
      "v = 301911640.37594855 m / s > c, setting 1/gamma = 0\n",
      "v = 696305906.7121481 m / s > c, setting 1/gamma = 0\n",
      "v = 566939657.6388108 m / s > c, setting 1/gamma = 0\n",
      "v = 411338135.29829663 m / s > c, setting 1/gamma = 0\n",
      "v = 459608007.7673291 m / s > c, setting 1/gamma = 0\n",
      "v = 540941344.5162077 m / s > c, setting 1/gamma = 0\n",
      "v = 545318655.8218644 m / s > c, setting 1/gamma = 0\n",
      "v = 603185336.7188102 m / s > c, setting 1/gamma = 0\n",
      "v = 569712208.1871 m / s > c, setting 1/gamma = 0\n",
      "v = 315502273.5723538 m / s > c, setting 1/gamma = 0\n",
      "v = 375874383.87197566 m / s > c, setting 1/gamma = 0\n",
      "v = 393476776.0205603 m / s > c, setting 1/gamma = 0\n",
      "v = 441829282.612721 m / s > c, setting 1/gamma = 0\n",
      "v = 309304275.60605866 m / s > c, setting 1/gamma = 0\n",
      "v = 701597473.7851427 m / s > c, setting 1/gamma = 0\n",
      "v = 569401040.8645848 m / s > c, setting 1/gamma = 0\n",
      "v = 322878336.6510155 m / s > c, setting 1/gamma = 0\n",
      "v = 378819536.56602037 m / s > c, setting 1/gamma = 0\n",
      "v = 338445150.3780747 m / s > c, setting 1/gamma = 0\n",
      "v = 314480495.25793946 m / s > c, setting 1/gamma = 0\n",
      "v = 310055056.5491033 m / s > c, setting 1/gamma = 0\n",
      "v = 315385119.3789244 m / s > c, setting 1/gamma = 0\n",
      "v = 301793668.6480157 m / s > c, setting 1/gamma = 0\n",
      "v = 365478136.37354946 m / s > c, setting 1/gamma = 0\n",
      "v = 419962324.3549442 m / s > c, setting 1/gamma = 0\n",
      "v = 342464262.34183735 m / s > c, setting 1/gamma = 0\n",
      "v = 394770656.6170284 m / s > c, setting 1/gamma = 0\n",
      "v = 307375269.93967074 m / s > c, setting 1/gamma = 0\n",
      "v = 326442524.25271994 m / s > c, setting 1/gamma = 0\n",
      "v = 595016173.101548 m / s > c, setting 1/gamma = 0\n",
      "v = 579166207.4070377 m / s > c, setting 1/gamma = 0\n",
      "v = 395364761.2854053 m / s > c, setting 1/gamma = 0\n",
      "v = 451389612.64356905 m / s > c, setting 1/gamma = 0\n",
      "v = 411559284.91985726 m / s > c, setting 1/gamma = 0\n",
      "v = 459307125.2108403 m / s > c, setting 1/gamma = 0\n",
      "v = 299996021.41468805 m / s > c, setting 1/gamma = 0\n",
      "v = 356656792.585911 m / s > c, setting 1/gamma = 0\n",
      "v = 409830364.08435357 m / s > c, setting 1/gamma = 0\n",
      "v = 499543672.4332789 m / s > c, setting 1/gamma = 0\n",
      "v = 523675023.3526355 m / s > c, setting 1/gamma = 0\n",
      "v = 427866777.2527192 m / s > c, setting 1/gamma = 0\n",
      "v = 476510723.10260737 m / s > c, setting 1/gamma = 0\n",
      "v = 443981974.1553974 m / s > c, setting 1/gamma = 0\n",
      "v = 479384586.5518968 m / s > c, setting 1/gamma = 0\n",
      "v = 449759478.2823281 m / s > c, setting 1/gamma = 0\n",
      "v = 491776798.13882416 m / s > c, setting 1/gamma = 0\n",
      "v = 438417933.9061628 m / s > c, setting 1/gamma = 0\n",
      "v = 474402846.6417663 m / s > c, setting 1/gamma = 0\n",
      "v = 314300462.64817077 m / s > c, setting 1/gamma = 0\n",
      "v = 363730572.7709348 m / s > c, setting 1/gamma = 0\n",
      "v = 412158069.8934539 m / s > c, setting 1/gamma = 0\n",
      "v = 453755513.69130206 m / s > c, setting 1/gamma = 0\n",
      "v = 333963145.559513 m / s > c, setting 1/gamma = 0\n",
      "v = 382578121.11209995 m / s > c, setting 1/gamma = 0\n",
      "v = 402580081.78471684 m / s > c, setting 1/gamma = 0\n",
      "v = 447639587.26422346 m / s > c, setting 1/gamma = 0\n",
      "v = 322640002.4240001 m / s > c, setting 1/gamma = 0\n",
      "v = 365444939.5825796 m / s > c, setting 1/gamma = 0\n",
      "v = 527430738.9107578 m / s > c, setting 1/gamma = 0\n",
      "v = 538413006.2620603 m / s > c, setting 1/gamma = 0\n",
      "v = 317954546.2950537 m / s > c, setting 1/gamma = 0\n",
      "v = 340229838.3061459 m / s > c, setting 1/gamma = 0\n",
      "v = 397553898.46451247 m / s > c, setting 1/gamma = 0\n",
      "v = 470544209.3773378 m / s > c, setting 1/gamma = 0\n",
      "v = 498947231.1780229 m / s > c, setting 1/gamma = 0\n",
      "v = 312628708.839913 m / s > c, setting 1/gamma = 0\n",
      "v = 359189934.6790871 m / s > c, setting 1/gamma = 0\n",
      "v = 522504885.0632032 m / s > c, setting 1/gamma = 0\n",
      "v = 529461430.96049553 m / s > c, setting 1/gamma = 0\n",
      "v = 432198356.4875387 m / s > c, setting 1/gamma = 0\n",
      "v = 478254347.6798881 m / s > c, setting 1/gamma = 0\n",
      "v = 464441898.9900483 m / s > c, setting 1/gamma = 0\n",
      "v = 493439658.1117221 m / s > c, setting 1/gamma = 0\n",
      "v = 333943709.5802799 m / s > c, setting 1/gamma = 0\n",
      "v = 388120282.018517 m / s > c, setting 1/gamma = 0\n",
      "v = 496264842.0410366 m / s > c, setting 1/gamma = 0\n",
      "v = 500569249.0566783 m / s > c, setting 1/gamma = 0\n",
      "v = 313439215.55639774 m / s > c, setting 1/gamma = 0\n",
      "v = 331390577.09277457 m / s > c, setting 1/gamma = 0\n",
      "v = 314255589.9011427 m / s > c, setting 1/gamma = 0\n",
      "v = 355316353.6999001 m / s > c, setting 1/gamma = 0\n",
      "v = 324152800.2798016 m / s > c, setting 1/gamma = 0\n",
      "v = 382003558.5416972 m / s > c, setting 1/gamma = 0\n",
      "v = 596812747.3864019 m / s > c, setting 1/gamma = 0\n",
      "v = 559985153.0995725 m / s > c, setting 1/gamma = 0\n",
      "v = 430582543.24083453 m / s > c, setting 1/gamma = 0\n",
      "v = 473255328.09907526 m / s > c, setting 1/gamma = 0\n",
      "v = 315842935.69071066 m / s > c, setting 1/gamma = 0\n",
      "v = 337808637.65755403 m / s > c, setting 1/gamma = 0\n",
      "v = 386690152.66861856 m / s > c, setting 1/gamma = 0\n",
      "v = 310419122.4564071 m / s > c, setting 1/gamma = 0\n",
      "v = 311318466.15871286 m / s > c, setting 1/gamma = 0\n",
      "v = 312627387.844279 m / s > c, setting 1/gamma = 0\n",
      "v = 314381874.2786304 m / s > c, setting 1/gamma = 0\n",
      "v = 305212686.0027838 m / s > c, setting 1/gamma = 0\n",
      "v = 361043881.4388488 m / s > c, setting 1/gamma = 0\n",
      "v = 316619738.15999115 m / s > c, setting 1/gamma = 0\n",
      "v = 369934238.4807633 m / s > c, setting 1/gamma = 0\n",
      "v = 371049239.0309225 m / s > c, setting 1/gamma = 0\n",
      "v = 414144771.96531546 m / s > c, setting 1/gamma = 0\n",
      "v = 304771516.1978134 m / s > c, setting 1/gamma = 0\n",
      "v = 360497109.86538005 m / s > c, setting 1/gamma = 0\n",
      "v = 315651183.00457275 m / s > c, setting 1/gamma = 0\n",
      "v = 367306347.7341694 m / s > c, setting 1/gamma = 0\n",
      "v = 307048319.3388518 m / s > c, setting 1/gamma = 0\n",
      "v = 348818400.79531 m / s > c, setting 1/gamma = 0\n",
      "v = 331216668.6252128 m / s > c, setting 1/gamma = 0\n",
      "v = 368834584.2697183 m / s > c, setting 1/gamma = 0\n",
      "v = 420843901.007778 m / s > c, setting 1/gamma = 0\n",
      "v = 442140413.30239755 m / s > c, setting 1/gamma = 0\n",
      "v = 470298155.4409545 m / s > c, setting 1/gamma = 0\n",
      "v = 305261160.7731994 m / s > c, setting 1/gamma = 0\n",
      "v = 348988682.27408355 m / s > c, setting 1/gamma = 0\n",
      "v = 310973380.677983 m / s > c, setting 1/gamma = 0\n",
      "v = 306246404.6790988 m / s > c, setting 1/gamma = 0\n",
      "v = 308393116.1579635 m / s > c, setting 1/gamma = 0\n",
      "v = 306383276.61136776 m / s > c, setting 1/gamma = 0\n",
      "v = 365311546.17942286 m / s > c, setting 1/gamma = 0\n",
      "v = 354909301.0016651 m / s > c, setting 1/gamma = 0\n",
      "v = 408545897.8415814 m / s > c, setting 1/gamma = 0\n",
      "v = 328364137.2142489 m / s > c, setting 1/gamma = 0\n",
      "v = 312442486.88882905 m / s > c, setting 1/gamma = 0\n",
      "v = 355469568.50770295 m / s > c, setting 1/gamma = 0\n",
      "v = 378153335.12529844 m / s > c, setting 1/gamma = 0\n",
      "v = 431082402.88932776 m / s > c, setting 1/gamma = 0\n",
      "v = 339861341.44954836 m / s > c, setting 1/gamma = 0\n",
      "v = 396323075.24124706 m / s > c, setting 1/gamma = 0\n",
      "v = 392032465.32041806 m / s > c, setting 1/gamma = 0\n",
      "v = 434560475.6744575 m / s > c, setting 1/gamma = 0\n",
      "v = 308055641.3938105 m / s > c, setting 1/gamma = 0\n",
      "v = 354011347.9871014 m / s > c, setting 1/gamma = 0\n",
      "v = 306434099.4445689 m / s > c, setting 1/gamma = 0\n",
      "v = 402824075.8637237 m / s > c, setting 1/gamma = 0\n",
      "v = 454138990.65210086 m / s > c, setting 1/gamma = 0\n",
      "v = 302453248.5434064 m / s > c, setting 1/gamma = 0\n",
      "v = 660935718.4699169 m / s > c, setting 1/gamma = 0\n",
      "v = 536245336.74966806 m / s > c, setting 1/gamma = 0\n",
      "v = 311445443.5740635 m / s > c, setting 1/gamma = 0\n",
      "v = 362701332.53393155 m / s > c, setting 1/gamma = 0\n",
      "v = 323686675.9985459 m / s > c, setting 1/gamma = 0\n",
      "v = 365767577.61964405 m / s > c, setting 1/gamma = 0\n",
      "v = 332058703.57836545 m / s > c, setting 1/gamma = 0\n",
      "v = 385281838.4237788 m / s > c, setting 1/gamma = 0\n",
      "v = 460021487.69865835 m / s > c, setting 1/gamma = 0\n",
      "v = 478045943.09713197 m / s > c, setting 1/gamma = 0\n",
      "v = 556656966.718961 m / s > c, setting 1/gamma = 0\n",
      "v = 544674554.2426014 m / s > c, setting 1/gamma = 0\n",
      "v = 303565686.7175177 m / s > c, setting 1/gamma = 0\n",
      "v = 332133170.8568117 m / s > c, setting 1/gamma = 0\n",
      "v = 332815831.9214383 m / s > c, setting 1/gamma = 0\n",
      "v = 327330360.60598654 m / s > c, setting 1/gamma = 0\n",
      "v = 372773897.2407861 m / s > c, setting 1/gamma = 0\n",
      "v = 309730967.4236122 m / s > c, setting 1/gamma = 0\n",
      "v = 332298119.13794553 m / s > c, setting 1/gamma = 0\n",
      "v = 310463358.3669393 m / s > c, setting 1/gamma = 0\n",
      "v = 359561983.2891766 m / s > c, setting 1/gamma = 0\n",
      "v = 344756656.74201214 m / s > c, setting 1/gamma = 0\n",
      "v = 384498709.242783 m / s > c, setting 1/gamma = 0\n",
      "v = 305339605.78323084 m / s > c, setting 1/gamma = 0\n",
      "v = 325803113.26004714 m / s > c, setting 1/gamma = 0\n",
      "v = 373041238.21103877 m / s > c, setting 1/gamma = 0\n",
      "v = 308753932.0435535 m / s > c, setting 1/gamma = 0\n",
      "v = 328970181.0508376 m / s > c, setting 1/gamma = 0\n",
      "v = 319428593.2488254 m / s > c, setting 1/gamma = 0\n",
      "v = 326300515.49894446 m / s > c, setting 1/gamma = 0\n",
      "v = 359520177.90398717 m / s > c, setting 1/gamma = 0\n",
      "v = 307398162.61277145 m / s > c, setting 1/gamma = 0\n",
      "v = 322361704.5013453 m / s > c, setting 1/gamma = 0\n",
      "v = 305448910.15096503 m / s > c, setting 1/gamma = 0\n",
      "v = 344887235.3720393 m / s > c, setting 1/gamma = 0\n",
      "v = 300266083.9907113 m / s > c, setting 1/gamma = 0\n",
      "v = 383095883.01050246 m / s > c, setting 1/gamma = 0\n",
      "v = 413292749.5294202 m / s > c, setting 1/gamma = 0\n",
      "v = 318989184.5804629 m / s > c, setting 1/gamma = 0\n",
      "v = 308028241.6067403 m / s > c, setting 1/gamma = 0\n",
      "v = 300108929.3281027 m / s > c, setting 1/gamma = 0\n",
      "v = 351303607.4134246 m / s > c, setting 1/gamma = 0\n",
      "v = 344563800.75872594 m / s > c, setting 1/gamma = 0\n",
      "v = 385763476.51392096 m / s > c, setting 1/gamma = 0\n",
      "v = 322553243.234504 m / s > c, setting 1/gamma = 0\n",
      "v = 316617633.7489954 m / s > c, setting 1/gamma = 0\n",
      "v = 319055577.549117 m / s > c, setting 1/gamma = 0\n",
      "v = 357883820.94294673 m / s > c, setting 1/gamma = 0\n",
      "v = 386970567.7845929 m / s > c, setting 1/gamma = 0\n",
      "v = 317647805.96266437 m / s > c, setting 1/gamma = 0\n",
      "v = 347605722.34340817 m / s > c, setting 1/gamma = 0\n",
      "v = 331104266.459875 m / s > c, setting 1/gamma = 0\n",
      "v = 328300674.18557316 m / s > c, setting 1/gamma = 0\n",
      "v = 361768340.9147558 m / s > c, setting 1/gamma = 0\n",
      "v = 410104564.4615457 m / s > c, setting 1/gamma = 0\n",
      "v = 447831293.4848504 m / s > c, setting 1/gamma = 0\n",
      "v = 359237090.56039053 m / s > c, setting 1/gamma = 0\n",
      "v = 373527839.76805824 m / s > c, setting 1/gamma = 0\n",
      "v = 309140914.14050156 m / s > c, setting 1/gamma = 0\n",
      "v = 348911827.47267807 m / s > c, setting 1/gamma = 0\n",
      "v = 369345270.14561117 m / s > c, setting 1/gamma = 0\n",
      "v = 405137083.90204275 m / s > c, setting 1/gamma = 0\n",
      "v = 307211531.97912997 m / s > c, setting 1/gamma = 0\n",
      "v = 350736606.8297534 m / s > c, setting 1/gamma = 0\n",
      "v = 308918701.5801814 m / s > c, setting 1/gamma = 0\n",
      "v = 330530825.3217809 m / s > c, setting 1/gamma = 0\n",
      "v = 370034068.0232501 m / s > c, setting 1/gamma = 0\n",
      "v = 405115222.4338241 m / s > c, setting 1/gamma = 0\n",
      "v = 314913924.3040199 m / s > c, setting 1/gamma = 0\n",
      "v = 310277794.8060468 m / s > c, setting 1/gamma = 0\n",
      "v = 334595339.371416 m / s > c, setting 1/gamma = 0\n",
      "v = 300860391.8140799 m / s > c, setting 1/gamma = 0\n",
      "v = 348117679.4820224 m / s > c, setting 1/gamma = 0\n",
      "v = 373032114.52469736 m / s > c, setting 1/gamma = 0\n",
      "v = 404914814.3138138 m / s > c, setting 1/gamma = 0\n",
      "v = 364611509.2438345 m / s > c, setting 1/gamma = 0\n",
      "v = 396625971.98786247 m / s > c, setting 1/gamma = 0\n",
      "v = 347503422.3551386 m / s > c, setting 1/gamma = 0\n",
      "v = 383584612.97674215 m / s > c, setting 1/gamma = 0\n",
      "v = 317684592.2489751 m / s > c, setting 1/gamma = 0\n",
      "v = 301160851.08812106 m / s > c, setting 1/gamma = 0\n",
      "v = 322252553.50500304 m / s > c, setting 1/gamma = 0\n",
      "v = 312036677.7552529 m / s > c, setting 1/gamma = 0\n",
      "v = 392393263.7498943 m / s > c, setting 1/gamma = 0\n",
      "v = 423245202.57331413 m / s > c, setting 1/gamma = 0\n",
      "v = 329965518.6943448 m / s > c, setting 1/gamma = 0\n",
      "v = 365077583.8845314 m / s > c, setting 1/gamma = 0\n",
      "v = 300116234.53155774 m / s > c, setting 1/gamma = 0\n",
      "v = 334602961.0130846 m / s > c, setting 1/gamma = 0\n",
      "v = 320183758.1642116 m / s > c, setting 1/gamma = 0\n",
      "v = 357172663.9469011 m / s > c, setting 1/gamma = 0\n",
      "v = 361679726.55413365 m / s > c, setting 1/gamma = 0\n",
      "v = 399784412.4204172 m / s > c, setting 1/gamma = 0\n",
      "v = 339210757.2290628 m / s > c, setting 1/gamma = 0\n",
      "v = 369159847.12092847 m / s > c, setting 1/gamma = 0\n",
      "v = 304941588.35320604 m / s > c, setting 1/gamma = 0\n",
      "v = 348735277.4834126 m / s > c, setting 1/gamma = 0\n",
      "v = 307839283.817496 m / s > c, setting 1/gamma = 0\n",
      "v = 357678990.5715407 m / s > c, setting 1/gamma = 0\n",
      "v = 366331179.3470719 m / s > c, setting 1/gamma = 0\n",
      "v = 334742609.8848287 m / s > c, setting 1/gamma = 0\n",
      "v = 316553890.2426974 m / s > c, setting 1/gamma = 0\n",
      "v = 341357286.15148634 m / s > c, setting 1/gamma = 0\n",
      "v = 327446739.6406542 m / s > c, setting 1/gamma = 0\n",
      "v = 359367915.2601741 m / s > c, setting 1/gamma = 0\n",
      "v = 393084276.167534 m / s > c, setting 1/gamma = 0\n",
      "v = 313239238.171739 m / s > c, setting 1/gamma = 0\n",
      "v = 305946292.274611 m / s > c, setting 1/gamma = 0\n",
      "v = 352623036.5975333 m / s > c, setting 1/gamma = 0\n",
      "v = 310905913.04945546 m / s > c, setting 1/gamma = 0\n",
      "v = 332365799.6988833 m / s > c, setting 1/gamma = 0\n",
      "v = 327953809.09561825 m / s > c, setting 1/gamma = 0\n",
      "v = 352213688.3673508 m / s > c, setting 1/gamma = 0\n",
      "v = 393459420.22497386 m / s > c, setting 1/gamma = 0\n",
      "v = 351439834.9907916 m / s > c, setting 1/gamma = 0\n",
      "v = 390462959.20316476 m / s > c, setting 1/gamma = 0\n",
      "v = 315916562.5373167 m / s > c, setting 1/gamma = 0\n",
      "v = 353532846.4548982 m / s > c, setting 1/gamma = 0\n",
      "v = 318218866.52097803 m / s > c, setting 1/gamma = 0\n",
      "v = 321450865.7610353 m / s > c, setting 1/gamma = 0\n",
      "v = 337848882.3825248 m / s > c, setting 1/gamma = 0\n",
      "v = 311721472.94197696 m / s > c, setting 1/gamma = 0\n",
      "v = 329077355.7110986 m / s > c, setting 1/gamma = 0\n",
      "v = 300250395.93331164 m / s > c, setting 1/gamma = 0\n",
      "v = 325651001.55163604 m / s > c, setting 1/gamma = 0\n",
      "v = 309612589.79656655 m / s > c, setting 1/gamma = 0\n",
      "v = 358401418.95848376 m / s > c, setting 1/gamma = 0\n",
      "v = 343951487.6408841 m / s > c, setting 1/gamma = 0\n",
      "v = 380923571.0820693 m / s > c, setting 1/gamma = 0\n",
      "v = 304766248.0088549 m / s > c, setting 1/gamma = 0\n",
      "v = 319520367.935617 m / s > c, setting 1/gamma = 0\n",
      "v = 301780883.9445096 m / s > c, setting 1/gamma = 0\n",
      "v = 327026371.4633346 m / s > c, setting 1/gamma = 0\n",
      "v = 364456400.5023354 m / s > c, setting 1/gamma = 0\n",
      "v = 360465723.1557245 m / s > c, setting 1/gamma = 0\n",
      "v = 387694719.6955293 m / s > c, setting 1/gamma = 0\n",
      "v = 300925520.7591023 m / s > c, setting 1/gamma = 0\n",
      "v = 334062651.09031296 m / s > c, setting 1/gamma = 0\n",
      "v = 330929639.76788026 m / s > c, setting 1/gamma = 0\n",
      "v = 431128747.43560475 m / s > c, setting 1/gamma = 0\n",
      "v = 459730619.72604847 m / s > c, setting 1/gamma = 0\n",
      "v = 534483820.20353794 m / s > c, setting 1/gamma = 0\n",
      "v = 519798388.9704306 m / s > c, setting 1/gamma = 0\n",
      "v = 478427926.5051566 m / s > c, setting 1/gamma = 0\n",
      "v = 489692653.79690033 m / s > c, setting 1/gamma = 0\n",
      "v = 309358713.0004045 m / s > c, setting 1/gamma = 0\n",
      "v = 409043455.66500425 m / s > c, setting 1/gamma = 0\n",
      "v = 453857204.2314891 m / s > c, setting 1/gamma = 0\n",
      "v = 375160470.2217338 m / s > c, setting 1/gamma = 0\n",
      "v = 416091134.5506916 m / s > c, setting 1/gamma = 0\n",
      "v = 309788247.0363494 m / s > c, setting 1/gamma = 0\n",
      "v = 302980305.4753318 m / s > c, setting 1/gamma = 0\n",
      "v = 358011449.5708397 m / s > c, setting 1/gamma = 0\n",
      "v = 306958698.60121995 m / s > c, setting 1/gamma = 0\n",
      "v = 350785556.82300216 m / s > c, setting 1/gamma = 0\n",
      "v = 308617937.2201157 m / s > c, setting 1/gamma = 0\n",
      "v = 334537174.7028727 m / s > c, setting 1/gamma = 0\n",
      "v = 387726053.6049874 m / s > c, setting 1/gamma = 0\n",
      "v = 320618185.4944247 m / s > c, setting 1/gamma = 0\n",
      "v = 308716788.3412362 m / s > c, setting 1/gamma = 0\n",
      "v = 310792513.35968786 m / s > c, setting 1/gamma = 0\n",
      "v = 364628216.31196016 m / s > c, setting 1/gamma = 0\n",
      "v = 360224595.69935805 m / s > c, setting 1/gamma = 0\n",
      "v = 407878210.725898 m / s > c, setting 1/gamma = 0\n",
      "v = 318921410.490116 m / s > c, setting 1/gamma = 0\n",
      "v = 371743057.86218613 m / s > c, setting 1/gamma = 0\n",
      "v = 354631771.0629729 m / s > c, setting 1/gamma = 0\n",
      "v = 335897440.193187 m / s > c, setting 1/gamma = 0\n",
      "v = 346457364.23319167 m / s > c, setting 1/gamma = 0\n",
      "v = 404755408.7165759 m / s > c, setting 1/gamma = 0\n",
      "v = 398468329.7086487 m / s > c, setting 1/gamma = 0\n",
      "v = 442860550.86416066 m / s > c, setting 1/gamma = 0\n",
      "v = 437437304.1774369 m / s > c, setting 1/gamma = 0\n",
      "v = 479980293.9991279 m / s > c, setting 1/gamma = 0\n",
      "v = 332001589.1675254 m / s > c, setting 1/gamma = 0\n",
      "v = 388707809.27143466 m / s > c, setting 1/gamma = 0\n",
      "v = 302168245.95224136 m / s > c, setting 1/gamma = 0\n",
      "v = 354550256.4429788 m / s > c, setting 1/gamma = 0\n",
      "v = 482076190.16272557 m / s > c, setting 1/gamma = 0\n",
      "v = 514966965.07378256 m / s > c, setting 1/gamma = 0\n",
      "v = 423163915.52680445 m / s > c, setting 1/gamma = 0\n",
      "v = 473462546.13571 m / s > c, setting 1/gamma = 0\n",
      "v = 457718965.71535325 m / s > c, setting 1/gamma = 0\n",
      "v = 485224948.27633274 m / s > c, setting 1/gamma = 0\n",
      "v = 305178494.2856482 m / s > c, setting 1/gamma = 0\n",
      "v = 353285912.063728 m / s > c, setting 1/gamma = 0\n",
      "v = 305860339.13328874 m / s > c, setting 1/gamma = 0\n",
      "v = 579467930.970979 m / s > c, setting 1/gamma = 0\n",
      "v = 573357140.0420636 m / s > c, setting 1/gamma = 0\n",
      "v = 408305233.6898776 m / s > c, setting 1/gamma = 0\n",
      "v = 454174299.9931664 m / s > c, setting 1/gamma = 0\n",
      "v = 425309214.7634184 m / s > c, setting 1/gamma = 0\n",
      "v = 479112553.6147504 m / s > c, setting 1/gamma = 0\n",
      "v = 401130791.6730157 m / s > c, setting 1/gamma = 0\n",
      "v = 458072372.29706174 m / s > c, setting 1/gamma = 0\n",
      "v = 397111881.67516726 m / s > c, setting 1/gamma = 0\n",
      "v = 446517124.393537 m / s > c, setting 1/gamma = 0\n",
      "v = 313279810.96678436 m / s > c, setting 1/gamma = 0\n",
      "v = 571932147.9433979 m / s > c, setting 1/gamma = 0\n",
      "v = 537697882.8931696 m / s > c, setting 1/gamma = 0\n",
      "v = 342284087.66052574 m / s > c, setting 1/gamma = 0\n",
      "v = 357443147.27864385 m / s > c, setting 1/gamma = 0\n",
      "v = 417819074.0369521 m / s > c, setting 1/gamma = 0\n",
      "v = 374667178.6170396 m / s > c, setting 1/gamma = 0\n",
      "v = 429999360.4901813 m / s > c, setting 1/gamma = 0\n",
      "v = 433068939.55880976 m / s > c, setting 1/gamma = 0\n",
      "v = 475956727.5952624 m / s > c, setting 1/gamma = 0\n",
      "v = 305205520.8547782 m / s > c, setting 1/gamma = 0\n",
      "v = 307953268.6816809 m / s > c, setting 1/gamma = 0\n",
      "v = 373539071.29667777 m / s > c, setting 1/gamma = 0\n",
      "v = 398929456.66000223 m / s > c, setting 1/gamma = 0\n",
      "v = 953579571.7478517 m / s > c, setting 1/gamma = 0\n",
      "v = 788306971.4440964 m / s > c, setting 1/gamma = 0\n",
      "v = 304109732.60828215 m / s > c, setting 1/gamma = 0\n",
      "v = 732271383.0193659 m / s > c, setting 1/gamma = 0\n",
      "v = 604387780.5317148 m / s > c, setting 1/gamma = 0\n",
      "v = 481366616.98718196 m / s > c, setting 1/gamma = 0\n",
      "v = 515586331.23814 m / s > c, setting 1/gamma = 0\n",
      "v = 477348103.19241697 m / s > c, setting 1/gamma = 0\n",
      "v = 508543374.2283375 m / s > c, setting 1/gamma = 0\n",
      "v = 311304445.914052 m / s > c, setting 1/gamma = 0\n",
      "v = 369453541.32624143 m / s > c, setting 1/gamma = 0\n",
      "v = 319659697.8952396 m / s > c, setting 1/gamma = 0\n",
      "v = 375563651.27143675 m / s > c, setting 1/gamma = 0\n",
      "v = 304150104.21951306 m / s > c, setting 1/gamma = 0\n",
      "v = 561684601.8712636 m / s > c, setting 1/gamma = 0\n",
      "v = 522120928.60002136 m / s > c, setting 1/gamma = 0\n",
      "v = 317983826.56831974 m / s > c, setting 1/gamma = 0\n",
      "v = 312235049.8409193 m / s > c, setting 1/gamma = 0\n",
      "v = 381972625.16725975 m / s > c, setting 1/gamma = 0\n",
      "v = 435959942.2844806 m / s > c, setting 1/gamma = 0\n",
      "v = 391896462.06577945 m / s > c, setting 1/gamma = 0\n",
      "v = 913589022.6872534 m / s > c, setting 1/gamma = 0\n",
      "v = 754812349.3354045 m / s > c, setting 1/gamma = 0\n",
      "v = 301571697.9638503 m / s > c, setting 1/gamma = 0\n",
      "v = 342087041.26050556 m / s > c, setting 1/gamma = 0\n",
      "v = 604976901.2045645 m / s > c, setting 1/gamma = 0\n",
      "v = 524804864.71436787 m / s > c, setting 1/gamma = 0\n",
      "v = 352693452.870803 m / s > c, setting 1/gamma = 0\n",
      "v = 389482030.3412091 m / s > c, setting 1/gamma = 0\n",
      "v = 378895065.02425337 m / s > c, setting 1/gamma = 0\n",
      "v = 426078795.3763304 m / s > c, setting 1/gamma = 0\n",
      "v = 514777757.62098324 m / s > c, setting 1/gamma = 0\n",
      "v = 510316705.7744708 m / s > c, setting 1/gamma = 0\n",
      "v = 319692374.5212701 m / s > c, setting 1/gamma = 0\n",
      "v = 349633940.6137781 m / s > c, setting 1/gamma = 0\n",
      "v = 378950752.98935455 m / s > c, setting 1/gamma = 0\n",
      "v = 428647637.95544904 m / s > c, setting 1/gamma = 0\n",
      "v = 451738859.17822695 m / s > c, setting 1/gamma = 0\n",
      "v = 481935873.71009064 m / s > c, setting 1/gamma = 0\n",
      "v = 306046918.31680423 m / s > c, setting 1/gamma = 0\n",
      "v = 348459262.1470938 m / s > c, setting 1/gamma = 0\n",
      "v = 311468086.9234328 m / s > c, setting 1/gamma = 0\n",
      "v = 651550878.2461668 m / s > c, setting 1/gamma = 0\n",
      "v = 531581949.19895136 m / s > c, setting 1/gamma = 0\n",
      "v = 391228541.0008618 m / s > c, setting 1/gamma = 0\n",
      "v = 415795641.34605855 m / s > c, setting 1/gamma = 0\n",
      "v = 323866583.1473598 m / s > c, setting 1/gamma = 0\n",
      "v = 375845032.03388053 m / s > c, setting 1/gamma = 0\n",
      "v = 522263694.3437833 m / s > c, setting 1/gamma = 0\n",
      "v = 509436517.7208441 m / s > c, setting 1/gamma = 0\n",
      "v = 300566028.8195178 m / s > c, setting 1/gamma = 0\n",
      "v = 397469153.90787226 m / s > c, setting 1/gamma = 0\n",
      "v = 411162535.59258753 m / s > c, setting 1/gamma = 0\n",
      "v = 387034358.06735134 m / s > c, setting 1/gamma = 0\n",
      "v = 415343793.01768625 m / s > c, setting 1/gamma = 0\n",
      "v = 312967068.0670611 m / s > c, setting 1/gamma = 0\n",
      "v = 368034126.71874195 m / s > c, setting 1/gamma = 0\n",
      "v = 312324400.7377551 m / s > c, setting 1/gamma = 0\n",
      "v = 299955700.9813147 m / s > c, setting 1/gamma = 0\n",
      "v = 545970693.7993857 m / s > c, setting 1/gamma = 0\n",
      "v = 438881351.76684237 m / s > c, setting 1/gamma = 0\n",
      "v = 356660486.6406114 m / s > c, setting 1/gamma = 0\n",
      "v = 409039240.41881907 m / s > c, setting 1/gamma = 0\n",
      "v = 299947887.3801236 m / s > c, setting 1/gamma = 0\n",
      "v = 637092740.5183363 m / s > c, setting 1/gamma = 0\n",
      "v = 519000025.68399626 m / s > c, setting 1/gamma = 0\n",
      "v = 356139871.0013165 m / s > c, setting 1/gamma = 0\n",
      "v = 409016589.6272143 m / s > c, setting 1/gamma = 0\n",
      "v = 300956784.38021183 m / s > c, setting 1/gamma = 0\n",
      "v = 640227307.813819 m / s > c, setting 1/gamma = 0\n",
      "v = 521513879.76239604 m / s > c, setting 1/gamma = 0\n",
      "v = 307921082.63881385 m / s > c, setting 1/gamma = 0\n",
      "v = 356253476.7461357 m / s > c, setting 1/gamma = 0\n",
      "v = 598806492.3259647 m / s > c, setting 1/gamma = 0\n",
      "v = 534410828.9007053 m / s > c, setting 1/gamma = 0\n",
      "v = 408182171.44910324 m / s > c, setting 1/gamma = 0\n",
      "v = 436504427.1073775 m / s > c, setting 1/gamma = 0\n",
      "v = 319954802.9110951 m / s > c, setting 1/gamma = 0\n",
      "v = 382200277.7107697 m / s > c, setting 1/gamma = 0\n",
      "v = 417693323.04222876 m / s > c, setting 1/gamma = 0\n",
      "v = 375860916.47959954 m / s > c, setting 1/gamma = 0\n",
      "v = 427587916.77962327 m / s > c, setting 1/gamma = 0\n",
      "v = 575851549.9729556 m / s > c, setting 1/gamma = 0\n",
      "v = 526117428.4875804 m / s > c, setting 1/gamma = 0\n",
      "v = 333093148.00593525 m / s > c, setting 1/gamma = 0\n",
      "v = 367114461.8063022 m / s > c, setting 1/gamma = 0\n",
      "v = 385300336.2853926 m / s > c, setting 1/gamma = 0\n",
      "v = 439585120.9115572 m / s > c, setting 1/gamma = 0\n",
      "v = 369611318.3194319 m / s > c, setting 1/gamma = 0\n",
      "v = 409273333.0546905 m / s > c, setting 1/gamma = 0\n",
      "v = 308884856.50149745 m / s > c, setting 1/gamma = 0\n",
      "v = 369785695.9776705 m / s > c, setting 1/gamma = 0\n",
      "v = 382704071.27679193 m / s > c, setting 1/gamma = 0\n",
      "v = 421761053.85812724 m / s > c, setting 1/gamma = 0\n",
      "v = 430443070.744209 m / s > c, setting 1/gamma = 0\n",
      "v = 477420897.99310154 m / s > c, setting 1/gamma = 0\n",
      "v = 311362160.7660194 m / s > c, setting 1/gamma = 0\n",
      "v = 693706924.3816969 m / s > c, setting 1/gamma = 0\n",
      "v = 566897950.321052 m / s > c, setting 1/gamma = 0\n",
      "v = 394340811.4709798 m / s > c, setting 1/gamma = 0\n",
      "v = 437829786.75538194 m / s > c, setting 1/gamma = 0\n",
      "v = 535979289.574413 m / s > c, setting 1/gamma = 0\n",
      "v = 534962404.13083667 m / s > c, setting 1/gamma = 0\n",
      "v = 308704278.8805144 m / s > c, setting 1/gamma = 0\n",
      "v = 361635628.1995842 m / s > c, setting 1/gamma = 0\n",
      "v = 471600329.46798825 m / s > c, setting 1/gamma = 0\n",
      "v = 503566117.71072924 m / s > c, setting 1/gamma = 0\n",
      "v = 374095372.63049513 m / s > c, setting 1/gamma = 0\n",
      "v = 399951367.9804329 m / s > c, setting 1/gamma = 0\n",
      "v = 414815682.76509756 m / s > c, setting 1/gamma = 0\n",
      "v = 464182856.1818146 m / s > c, setting 1/gamma = 0\n",
      "v = 310438001.90752894 m / s > c, setting 1/gamma = 0\n",
      "v = 368038490.29981214 m / s > c, setting 1/gamma = 0\n",
      "v = 339901599.8913436 m / s > c, setting 1/gamma = 0\n",
      "v = 367291256.1318471 m / s > c, setting 1/gamma = 0\n",
      "v = 509743997.07145965 m / s > c, setting 1/gamma = 0\n",
      "v = 497869851.2428879 m / s > c, setting 1/gamma = 0\n",
      "v = 331338625.6286318 m / s > c, setting 1/gamma = 0\n",
      "v = 308656074.2442641 m / s > c, setting 1/gamma = 0\n",
      "v = 337208485.1667477 m / s > c, setting 1/gamma = 0\n",
      "v = 346500783.34743094 m / s > c, setting 1/gamma = 0\n",
      "v = 394718671.4269645 m / s > c, setting 1/gamma = 0\n",
      "v = 485776698.23033345 m / s > c, setting 1/gamma = 0\n",
      "v = 491554317.7247505 m / s > c, setting 1/gamma = 0\n",
      "v = 307930495.4834096 m / s > c, setting 1/gamma = 0\n",
      "v = 616328326.036091 m / s > c, setting 1/gamma = 0\n",
      "v = 500510266.985218 m / s > c, setting 1/gamma = 0\n",
      "v = 407746856.2434406 m / s > c, setting 1/gamma = 0\n",
      "v = 408185082.0566741 m / s > c, setting 1/gamma = 0\n",
      "v = 442259626.4743278 m / s > c, setting 1/gamma = 0\n",
      "v = 467523005.1531753 m / s > c, setting 1/gamma = 0\n",
      "v = 495048055.11593395 m / s > c, setting 1/gamma = 0\n",
      "v = 446497449.70751786 m / s > c, setting 1/gamma = 0\n",
      "v = 473566955.0264073 m / s > c, setting 1/gamma = 0\n",
      "v = 496596518.71695185 m / s > c, setting 1/gamma = 0\n",
      "v = 403479184.9983758 m / s > c, setting 1/gamma = 0\n",
      "v = 427820493.0293416 m / s > c, setting 1/gamma = 0\n",
      "v = 309866971.6327153 m / s > c, setting 1/gamma = 0\n",
      "v = 367470100.0699514 m / s > c, setting 1/gamma = 0\n",
      "v = 325405426.8236995 m / s > c, setting 1/gamma = 0\n",
      "v = 370846641.93974537 m / s > c, setting 1/gamma = 0\n",
      "v = 331626977.5883201 m / s > c, setting 1/gamma = 0\n",
      "v = 397515586.5509929 m / s > c, setting 1/gamma = 0\n",
      "v = 423757512.19599533 m / s > c, setting 1/gamma = 0\n",
      "v = 335497067.795826 m / s > c, setting 1/gamma = 0\n",
      "v = 388481300.8469819 m / s > c, setting 1/gamma = 0\n",
      "v = 307244163.2358414 m / s > c, setting 1/gamma = 0\n",
      "v = 664293699.4249936 m / s > c, setting 1/gamma = 0\n",
      "v = 543486010.8565624 m / s > c, setting 1/gamma = 0\n",
      "v = 441109299.39757794 m / s > c, setting 1/gamma = 0\n",
      "v = 436965787.9891688 m / s > c, setting 1/gamma = 0\n",
      "v = 314911437.84205556 m / s > c, setting 1/gamma = 0\n",
      "v = 367480621.41800076 m / s > c, setting 1/gamma = 0\n",
      "v = 431362957.25020623 m / s > c, setting 1/gamma = 0\n",
      "v = 450951350.82373196 m / s > c, setting 1/gamma = 0\n",
      "v = 300123449.32274324 m / s > c, setting 1/gamma = 0\n",
      "v = 338419861.3088621 m / s > c, setting 1/gamma = 0\n",
      "v = 306910953.84325725 m / s > c, setting 1/gamma = 0\n",
      "v = 401623974.01020354 m / s > c, setting 1/gamma = 0\n",
      "v = 419648958.2081877 m / s > c, setting 1/gamma = 0\n",
      "v = 302281600.35390615 m / s > c, setting 1/gamma = 0\n",
      "v = 342464718.8813135 m / s > c, setting 1/gamma = 0\n",
      "v = 358960691.53824484 m / s > c, setting 1/gamma = 0\n",
      "v = 386228293.05829245 m / s > c, setting 1/gamma = 0\n",
      "v = 348824744.0809055 m / s > c, setting 1/gamma = 0\n",
      "v = 402896868.8319246 m / s > c, setting 1/gamma = 0\n",
      "v = 303825991.47464937 m / s > c, setting 1/gamma = 0\n",
      "v = 655734609.1161275 m / s > c, setting 1/gamma = 0\n",
      "v = 534458735.43452364 m / s > c, setting 1/gamma = 0\n",
      "v = 308240341.39563835 m / s > c, setting 1/gamma = 0\n",
      "v = 378780438.887239 m / s > c, setting 1/gamma = 0\n",
      "v = 415862699.9208827 m / s > c, setting 1/gamma = 0\n",
      "v = 315524632.3115076 m / s > c, setting 1/gamma = 0\n",
      "v = 360421594.5319659 m / s > c, setting 1/gamma = 0\n",
      "v = 331331590.72028404 m / s > c, setting 1/gamma = 0\n",
      "v = 345017446.0319321 m / s > c, setting 1/gamma = 0\n",
      "v = 307368542.80632544 m / s > c, setting 1/gamma = 0\n",
      "v = 345256040.0172761 m / s > c, setting 1/gamma = 0\n",
      "v = 329687102.020067 m / s > c, setting 1/gamma = 0\n",
      "v = 316449514.0818077 m / s > c, setting 1/gamma = 0\n",
      "v = 336075526.7534708 m / s > c, setting 1/gamma = 0\n",
      "v = 373546033.0964008 m / s > c, setting 1/gamma = 0\n",
      "v = 359642425.19577205 m / s > c, setting 1/gamma = 0\n",
      "v = 334450709.93043536 m / s > c, setting 1/gamma = 0\n",
      "v = 388463047.1947951 m / s > c, setting 1/gamma = 0\n",
      "v = 414750058.7715294 m / s > c, setting 1/gamma = 0\n",
      "v = 442590241.36833924 m / s > c, setting 1/gamma = 0\n",
      "v = 325604683.464901 m / s > c, setting 1/gamma = 0\n",
      "v = 456475238.9992548 m / s > c, setting 1/gamma = 0\n",
      "v = 487564762.18071854 m / s > c, setting 1/gamma = 0\n",
      "v = 392669956.5049061 m / s > c, setting 1/gamma = 0\n",
      "v = 422679048.5021788 m / s > c, setting 1/gamma = 0\n",
      "v = 337101074.9821033 m / s > c, setting 1/gamma = 0\n",
      "v = 392461990.19340754 m / s > c, setting 1/gamma = 0\n",
      "v = 457226812.79137325 m / s > c, setting 1/gamma = 0\n",
      "v = 486225964.0301119 m / s > c, setting 1/gamma = 0\n",
      "v = 370433969.47362185 m / s > c, setting 1/gamma = 0\n",
      "v = 403598311.30761975 m / s > c, setting 1/gamma = 0\n",
      "v = 578679513.8421981 m / s > c, setting 1/gamma = 0\n",
      "v = 531015505.86435163 m / s > c, setting 1/gamma = 0\n",
      "v = 338263102.89914936 m / s > c, setting 1/gamma = 0\n",
      "v = 375179134.2087384 m / s > c, setting 1/gamma = 0\n",
      "v = 303443984.94968075 m / s > c, setting 1/gamma = 0\n",
      "v = 348479323.5331916 m / s > c, setting 1/gamma = 0\n",
      "v = 343383283.7908922 m / s > c, setting 1/gamma = 0\n",
      "v = 348778852.2147336 m / s > c, setting 1/gamma = 0\n",
      "v = 387358166.58525705 m / s > c, setting 1/gamma = 0\n",
      "v = 307727151.2189898 m / s > c, setting 1/gamma = 0\n",
      "v = 667707403.7939084 m / s > c, setting 1/gamma = 0\n",
      "v = 544696095.9619554 m / s > c, setting 1/gamma = 0\n",
      "v = 446360894.8338019 m / s > c, setting 1/gamma = 0\n",
      "v = 471320335.9816742 m / s > c, setting 1/gamma = 0\n",
      "v = 301509702.02432704 m / s > c, setting 1/gamma = 0\n",
      "v = 635966666.22189 m / s > c, setting 1/gamma = 0\n",
      "v = 517414213.72976214 m / s > c, setting 1/gamma = 0\n",
      "v = 412209386.5444977 m / s > c, setting 1/gamma = 0\n",
      "v = 444816613.3561197 m / s > c, setting 1/gamma = 0\n",
      "v = 547228428.1917148 m / s > c, setting 1/gamma = 0\n",
      "v = 508699746.3291037 m / s > c, setting 1/gamma = 0\n",
      "v = 316124195.6521195 m / s > c, setting 1/gamma = 0\n",
      "v = 302790857.099758 m / s > c, setting 1/gamma = 0\n",
      "v = 331052578.96724516 m / s > c, setting 1/gamma = 0\n",
      "v = 320781953.5622539 m / s > c, setting 1/gamma = 0\n",
      "v = 504776894.4760022 m / s > c, setting 1/gamma = 0\n",
      "v = 483537315.0619819 m / s > c, setting 1/gamma = 0\n",
      "v = 328319051.14137477 m / s > c, setting 1/gamma = 0\n",
      "v = 303526620.0722211 m / s > c, setting 1/gamma = 0\n",
      "v = 370877089.3895359 m / s > c, setting 1/gamma = 0\n",
      "v = 416464730.0131977 m / s > c, setting 1/gamma = 0\n",
      "v = 390201365.96859384 m / s > c, setting 1/gamma = 0\n",
      "v = 430472306.8414194 m / s > c, setting 1/gamma = 0\n",
      "v = 309378152.3666158 m / s > c, setting 1/gamma = 0\n",
      "v = 329041163.37094367 m / s > c, setting 1/gamma = 0\n",
      "v = 313297325.6203065 m / s > c, setting 1/gamma = 0\n",
      "v = 310193380.4263976 m / s > c, setting 1/gamma = 0\n",
      "v = 314228631.8491584 m / s > c, setting 1/gamma = 0\n",
      "v = 332642729.25368834 m / s > c, setting 1/gamma = 0\n",
      "v = 301600027.76287293 m / s > c, setting 1/gamma = 0\n",
      "v = 327369348.2330287 m / s > c, setting 1/gamma = 0\n",
      "v = 381589418.34079206 m / s > c, setting 1/gamma = 0\n",
      "v = 307011367.6073765 m / s > c, setting 1/gamma = 0\n",
      "v = 315856003.0051442 m / s > c, setting 1/gamma = 0\n",
      "v = 664159354.3942916 m / s > c, setting 1/gamma = 0\n",
      "v = 543081434.5548465 m / s > c, setting 1/gamma = 0\n",
      "v = 386548818.3196318 m / s > c, setting 1/gamma = 0\n",
      "v = 411361420.5287574 m / s > c, setting 1/gamma = 0\n",
      "v = 305888987.463144 m / s > c, setting 1/gamma = 0\n",
      "v = 358635389.4976449 m / s > c, setting 1/gamma = 0\n",
      "v = 441259800.1834421 m / s > c, setting 1/gamma = 0\n",
      "v = 479149264.2960654 m / s > c, setting 1/gamma = 0\n",
      "v = 405655224.8758879 m / s > c, setting 1/gamma = 0\n",
      "v = 417046493.5830738 m / s > c, setting 1/gamma = 0\n",
      "v = 333102655.6324618 m / s > c, setting 1/gamma = 0\n",
      "v = 373560306.9167176 m / s > c, setting 1/gamma = 0\n",
      "v = 301457064.0115452 m / s > c, setting 1/gamma = 0\n",
      "v = 346404992.4754862 m / s > c, setting 1/gamma = 0\n",
      "v = 389949524.2455358 m / s > c, setting 1/gamma = 0\n",
      "v = 436577879.3745942 m / s > c, setting 1/gamma = 0\n",
      "v = 302572120.4953567 m / s > c, setting 1/gamma = 0\n",
      "v = 348720207.91829133 m / s > c, setting 1/gamma = 0\n",
      "v = 345157094.7763667 m / s > c, setting 1/gamma = 0\n",
      "v = 353675798.21392655 m / s > c, setting 1/gamma = 0\n",
      "v = 396981648.3778929 m / s > c, setting 1/gamma = 0\n",
      "v = 371844286.1165628 m / s > c, setting 1/gamma = 0\n",
      "v = 396852853.90439165 m / s > c, setting 1/gamma = 0\n",
      "v = 299806140.7406508 m / s > c, setting 1/gamma = 0\n",
      "v = 350253838.51619595 m / s > c, setting 1/gamma = 0\n",
      "v = 425814426.5083225 m / s > c, setting 1/gamma = 0\n",
      "v = 463033533.20508695 m / s > c, setting 1/gamma = 0\n",
      "v = 322041347.7414746 m / s > c, setting 1/gamma = 0\n",
      "v = 320634065.3153415 m / s > c, setting 1/gamma = 0\n",
      "v = 361525058.5344551 m / s > c, setting 1/gamma = 0\n",
      "v = 331091813.9706033 m / s > c, setting 1/gamma = 0\n",
      "v = 367404663.61475253 m / s > c, setting 1/gamma = 0\n",
      "v = 308838643.7778369 m / s > c, setting 1/gamma = 0\n",
      "v = 339770112.11674607 m / s > c, setting 1/gamma = 0\n",
      "v = 308680161.8584988 m / s > c, setting 1/gamma = 0\n",
      "v = 360841507.11392736 m / s > c, setting 1/gamma = 0\n",
      "v = 402178731.5144996 m / s > c, setting 1/gamma = 0\n",
      "v = 445063903.7390424 m / s > c, setting 1/gamma = 0\n",
      "v = 311929537.5710539 m / s > c, setting 1/gamma = 0\n",
      "v = 335384787.4619714 m / s > c, setting 1/gamma = 0\n",
      "v = 445015848.60551596 m / s > c, setting 1/gamma = 0\n",
      "v = 460127929.1823555 m / s > c, setting 1/gamma = 0\n",
      "v = 340865356.91240263 m / s > c, setting 1/gamma = 0\n",
      "v = 459792842.3737925 m / s > c, setting 1/gamma = 0\n",
      "v = 465977995.1756356 m / s > c, setting 1/gamma = 0\n",
      "v = 329413861.433355 m / s > c, setting 1/gamma = 0\n",
      "v = 402199462.5337542 m / s > c, setting 1/gamma = 0\n",
      "v = 892738751.3476646 m / s > c, setting 1/gamma = 0\n",
      "v = 736965566.7782873 m / s > c, setting 1/gamma = 0\n",
      "v = 304786161.7824986 m / s > c, setting 1/gamma = 0\n",
      "v = 443146399.7164808 m / s > c, setting 1/gamma = 0\n",
      "v = 479681115.05739236 m / s > c, setting 1/gamma = 0\n",
      "v = 322948139.8478394 m / s > c, setting 1/gamma = 0\n",
      "v = 374482094.9354515 m / s > c, setting 1/gamma = 0\n",
      "v = 320692543.1327011 m / s > c, setting 1/gamma = 0\n",
      "v = 342502238.1829581 m / s > c, setting 1/gamma = 0\n",
      "v = 332027434.8122545 m / s > c, setting 1/gamma = 0\n",
      "v = 384920363.7236917 m / s > c, setting 1/gamma = 0\n",
      "v = 360874860.6834646 m / s > c, setting 1/gamma = 0\n",
      "v = 411683373.4927298 m / s > c, setting 1/gamma = 0\n",
      "v = 333943516.75529206 m / s > c, setting 1/gamma = 0\n",
      "v = 355703536.9106921 m / s > c, setting 1/gamma = 0\n",
      "v = 358942292.94239783 m / s > c, setting 1/gamma = 0\n",
      "v = 394250405.15213764 m / s > c, setting 1/gamma = 0\n",
      "v = 310336128.3827809 m / s > c, setting 1/gamma = 0\n",
      "v = 355211511.4243038 m / s > c, setting 1/gamma = 0\n",
      "v = 380882118.69980377 m / s > c, setting 1/gamma = 0\n",
      "v = 439954751.64613694 m / s > c, setting 1/gamma = 0\n",
      "v = 460116277.06074023 m / s > c, setting 1/gamma = 0\n",
      "v = 387964410.57314515 m / s > c, setting 1/gamma = 0\n",
      "v = 403347641.0007716 m / s > c, setting 1/gamma = 0\n",
      "v = 301641497.0511666 m / s > c, setting 1/gamma = 0\n",
      "v = 377802743.595127 m / s > c, setting 1/gamma = 0\n",
      "v = 404655610.9957604 m / s > c, setting 1/gamma = 0\n",
      "v = 328913270.8549136 m / s > c, setting 1/gamma = 0\n",
      "v = 346127393.5063387 m / s > c, setting 1/gamma = 0\n",
      "v = 304060369.13724774 m / s > c, setting 1/gamma = 0\n",
      "v = 316790503.54477465 m / s > c, setting 1/gamma = 0\n",
      "v = 357610590.4496255 m / s > c, setting 1/gamma = 0\n",
      "v = 384469131.875228 m / s > c, setting 1/gamma = 0\n",
      "v = 313483652.1063921 m / s > c, setting 1/gamma = 0\n",
      "v = 347182384.6908789 m / s > c, setting 1/gamma = 0\n",
      "v = 352443215.54608285 m / s > c, setting 1/gamma = 0\n",
      "v = 508610777.72410375 m / s > c, setting 1/gamma = 0\n",
      "v = 482650694.44328636 m / s > c, setting 1/gamma = 0\n",
      "v = 327202854.57536817 m / s > c, setting 1/gamma = 0\n",
      "v = 334403228.67103446 m / s > c, setting 1/gamma = 0\n",
      "v = 353219916.48997885 m / s > c, setting 1/gamma = 0\n",
      "v = 407335532.5792748 m / s > c, setting 1/gamma = 0\n",
      "v = 446366476.585523 m / s > c, setting 1/gamma = 0\n",
      "v = 331723180.57135594 m / s > c, setting 1/gamma = 0\n",
      "v = 351136748.6935221 m / s > c, setting 1/gamma = 0\n",
      "v = 332335986.06857896 m / s > c, setting 1/gamma = 0\n",
      "v = 383327916.05270565 m / s > c, setting 1/gamma = 0\n",
      "v = 398839133.3967155 m / s > c, setting 1/gamma = 0\n",
      "v = 438168549.83287895 m / s > c, setting 1/gamma = 0\n",
      "v = 348519307.2602122 m / s > c, setting 1/gamma = 0\n",
      "v = 363697847.4320803 m / s > c, setting 1/gamma = 0\n",
      "v = 383888932.44065934 m / s > c, setting 1/gamma = 0\n",
      "v = 428469116.4805645 m / s > c, setting 1/gamma = 0\n",
      "v = 300840529.3988637 m / s > c, setting 1/gamma = 0\n",
      "v = 323052900.802932 m / s > c, setting 1/gamma = 0\n",
      "v = 332103836.1613689 m / s > c, setting 1/gamma = 0\n",
      "v = 305948367.647047 m / s > c, setting 1/gamma = 0\n",
      "v = 327084247.8331422 m / s > c, setting 1/gamma = 0\n",
      "v = 375557261.59531265 m / s > c, setting 1/gamma = 0\n",
      "v = 332369148.73727113 m / s > c, setting 1/gamma = 0\n",
      "v = 380787612.1938627 m / s > c, setting 1/gamma = 0\n",
      "v = 328446203.426996 m / s > c, setting 1/gamma = 0\n",
      "v = 346079913.5218377 m / s > c, setting 1/gamma = 0\n",
      "v = 301392604.32805777 m / s > c, setting 1/gamma = 0\n",
      "v = 326544460.12192774 m / s > c, setting 1/gamma = 0\n",
      "v = 379297034.4513141 m / s > c, setting 1/gamma = 0\n",
      "v = 325093200.39724815 m / s > c, setting 1/gamma = 0\n",
      "v = 363771078.86069405 m / s > c, setting 1/gamma = 0\n",
      "v = 302881575.29576856 m / s > c, setting 1/gamma = 0\n",
      "v = 325939058.95713776 m / s > c, setting 1/gamma = 0\n",
      "v = 351006633.1840656 m / s > c, setting 1/gamma = 0\n",
      "v = 340111527.467576 m / s > c, setting 1/gamma = 0\n",
      "v = 383792355.49681276 m / s > c, setting 1/gamma = 0\n",
      "v = 414871382.78073096 m / s > c, setting 1/gamma = 0\n",
      "v = 320554107.3852384 m / s > c, setting 1/gamma = 0\n",
      "v = 340764845.2679372 m / s > c, setting 1/gamma = 0\n",
      "v = 301381116.9732104 m / s > c, setting 1/gamma = 0\n",
      "v = 322552458.1236729 m / s > c, setting 1/gamma = 0\n",
      "v = 431728336.3335645 m / s > c, setting 1/gamma = 0\n",
      "v = 459164436.8506334 m / s > c, setting 1/gamma = 0\n",
      "v = 313436845.72087246 m / s > c, setting 1/gamma = 0\n",
      "v = 332891936.82944465 m / s > c, setting 1/gamma = 0\n",
      "v = 301426406.5367515 m / s > c, setting 1/gamma = 0\n",
      "v = 339673174.7808751 m / s > c, setting 1/gamma = 0\n",
      "v = 451695197.526576 m / s > c, setting 1/gamma = 0\n",
      "v = 460216880.03415555 m / s > c, setting 1/gamma = 0\n",
      "v = 330381697.4176337 m / s > c, setting 1/gamma = 0\n",
      "v = 347518708.64351875 m / s > c, setting 1/gamma = 0\n",
      "v = 304072150.5551449 m / s > c, setting 1/gamma = 0\n",
      "v = 313266149.9306197 m / s > c, setting 1/gamma = 0\n",
      "v = 314921210.7454815 m / s > c, setting 1/gamma = 0\n",
      "v = 359693339.4529532 m / s > c, setting 1/gamma = 0\n",
      "v = 315426632.15239114 m / s > c, setting 1/gamma = 0\n",
      "v = 332433862.7692079 m / s > c, setting 1/gamma = 0\n",
      "v = 327332275.2177828 m / s > c, setting 1/gamma = 0\n",
      "v = 381834978.08896154 m / s > c, setting 1/gamma = 0\n",
      "v = 346238620.81502986 m / s > c, setting 1/gamma = 0\n",
      "v = 717068254.9810743 m / s > c, setting 1/gamma = 0\n",
      "v = 590086719.2828774 m / s > c, setting 1/gamma = 0\n",
      "v = 309455380.91220486 m / s > c, setting 1/gamma = 0\n",
      "v = 302769727.41196895 m / s > c, setting 1/gamma = 0\n",
      "v = 306800193.190071 m / s > c, setting 1/gamma = 0\n",
      "v = 453695013.7821737 m / s > c, setting 1/gamma = 0\n",
      "v = 469533000.78257376 m / s > c, setting 1/gamma = 0\n",
      "v = 302469877.2300719 m / s > c, setting 1/gamma = 0\n",
      "v = 332065960.00020087 m / s > c, setting 1/gamma = 0\n",
      "v = 300004359.21213174 m / s > c, setting 1/gamma = 0\n",
      "v = 319341293.61191887 m / s > c, setting 1/gamma = 0\n",
      "v = 306540504.7351001 m / s > c, setting 1/gamma = 0\n",
      "v = 334649518.58645767 m / s > c, setting 1/gamma = 0\n",
      "v = 349608096.9409123 m / s > c, setting 1/gamma = 0\n",
      "v = 300551443.13177097 m / s > c, setting 1/gamma = 0\n",
      "v = 355423975.5475337 m / s > c, setting 1/gamma = 0\n",
      "v = 304810586.0733017 m / s > c, setting 1/gamma = 0\n",
      "v = 588223301.2623267 m / s > c, setting 1/gamma = 0\n",
      "v = 479750648.05854243 m / s > c, setting 1/gamma = 0\n",
      "v = 302110555.81349033 m / s > c, setting 1/gamma = 0\n",
      "v = 312329139.005463 m / s > c, setting 1/gamma = 0\n",
      "v = 632084552.3676468 m / s > c, setting 1/gamma = 0\n",
      "v = 516782724.350703 m / s > c, setting 1/gamma = 0\n",
      "v = 323650205.9055183 m / s > c, setting 1/gamma = 0\n",
      "v = 349508492.9198201 m / s > c, setting 1/gamma = 0\n",
      "v = 302005385.10011005 m / s > c, setting 1/gamma = 0\n",
      "v = 564790940.8095803 m / s > c, setting 1/gamma = 0\n",
      "v = 494209191.3900313 m / s > c, setting 1/gamma = 0\n",
      "v = 371178819.28484815 m / s > c, setting 1/gamma = 0\n",
      "v = 390321488.04446965 m / s > c, setting 1/gamma = 0\n",
      "v = 303426119.65851873 m / s > c, setting 1/gamma = 0\n",
      "v = 448438647.7514629 m / s > c, setting 1/gamma = 0\n",
      "v = 461672364.50568163 m / s > c, setting 1/gamma = 0\n",
      "v = 316498924.78626984 m / s > c, setting 1/gamma = 0\n",
      "v = 341754790.00965303 m / s > c, setting 1/gamma = 0\n",
      "v = 316000870.60533345 m / s > c, setting 1/gamma = 0\n",
      "v = 360562976.94012386 m / s > c, setting 1/gamma = 0\n",
      "v = 453936760.1750927 m / s > c, setting 1/gamma = 0\n",
      "v = 469600723.1795905 m / s > c, setting 1/gamma = 0\n",
      "v = 336645419.5152007 m / s > c, setting 1/gamma = 0\n",
      "v = 313124308.4690349 m / s > c, setting 1/gamma = 0\n",
      "v = 350724456.6421729 m / s > c, setting 1/gamma = 0\n",
      "v = 348548472.8713637 m / s > c, setting 1/gamma = 0\n",
      "v = 392660775.6209307 m / s > c, setting 1/gamma = 0\n",
      "v = 432941832.9962339 m / s > c, setting 1/gamma = 0\n",
      "v = 335407891.9912038 m / s > c, setting 1/gamma = 0\n",
      "v = 352379616.31226313 m / s > c, setting 1/gamma = 0\n",
      "v = 318656269.62941647 m / s > c, setting 1/gamma = 0\n",
      "v = 371065291.3946361 m / s > c, setting 1/gamma = 0\n",
      "v = 407479567.60274535 m / s > c, setting 1/gamma = 0\n",
      "v = 440927907.4837201 m / s > c, setting 1/gamma = 0\n",
      "v = 313298359.30584747 m / s > c, setting 1/gamma = 0\n",
      "v = 365913758.9152267 m / s > c, setting 1/gamma = 0\n",
      "v = 428418987.0692713 m / s > c, setting 1/gamma = 0\n",
      "v = 452843900.6836062 m / s > c, setting 1/gamma = 0\n",
      "v = 306516272.48760337 m / s > c, setting 1/gamma = 0\n",
      "v = 305647354.14420354 m / s > c, setting 1/gamma = 0\n",
      "v = 359441194.71372926 m / s > c, setting 1/gamma = 0\n",
      "v = 448936845.0131962 m / s > c, setting 1/gamma = 0\n",
      "v = 455492225.2233303 m / s > c, setting 1/gamma = 0\n",
      "v = 364901598.82762045 m / s > c, setting 1/gamma = 0\n",
      "v = 384709482.6866236 m / s > c, setting 1/gamma = 0\n",
      "v = 301651256.16571873 m / s > c, setting 1/gamma = 0\n",
      "v = 356109583.2272275 m / s > c, setting 1/gamma = 0\n",
      "v = 561149396.6527798 m / s > c, setting 1/gamma = 0\n",
      "v = 476089587.3846955 m / s > c, setting 1/gamma = 0\n",
      "v = 328403651.3976028 m / s > c, setting 1/gamma = 0\n",
      "v = 348384304.66594994 m / s > c, setting 1/gamma = 0\n",
      "v = 322971468.81357956 m / s > c, setting 1/gamma = 0\n",
      "v = 321743467.8311826 m / s > c, setting 1/gamma = 0\n",
      "v = 358446578.0335356 m / s > c, setting 1/gamma = 0\n",
      "v = 317355664.1988606 m / s > c, setting 1/gamma = 0\n",
      "v = 515051029.27592987 m / s > c, setting 1/gamma = 0\n",
      "v = 499030845.83592796 m / s > c, setting 1/gamma = 0\n",
      "v = 331320611.95693624 m / s > c, setting 1/gamma = 0\n",
      "v = 357933615.3486445 m / s > c, setting 1/gamma = 0\n",
      "v = 349092448.5851755 m / s > c, setting 1/gamma = 0\n",
      "v = 491659330.95360476 m / s > c, setting 1/gamma = 0\n",
      "v = 476724313.8494053 m / s > c, setting 1/gamma = 0\n",
      "v = 316504919.50029284 m / s > c, setting 1/gamma = 0\n",
      "v = 356642456.59908444 m / s > c, setting 1/gamma = 0\n",
      "v = 370558271.87026423 m / s > c, setting 1/gamma = 0\n",
      "v = 347147534.3124218 m / s > c, setting 1/gamma = 0\n",
      "v = 398532650.72518075 m / s > c, setting 1/gamma = 0\n",
      "v = 325586478.404708 m / s > c, setting 1/gamma = 0\n",
      "v = 347292233.3519457 m / s > c, setting 1/gamma = 0\n",
      "v = 523639438.9257448 m / s > c, setting 1/gamma = 0\n",
      "v = 495100147.38374156 m / s > c, setting 1/gamma = 0\n",
      "v = 317187009.93948597 m / s > c, setting 1/gamma = 0\n",
      "v = 337572141.89568937 m / s > c, setting 1/gamma = 0\n",
      "v = 359482823.2019597 m / s > c, setting 1/gamma = 0\n",
      "v = 318082564.935275 m / s > c, setting 1/gamma = 0\n",
      "v = 366404797.6339831 m / s > c, setting 1/gamma = 0\n",
      "v = 381245623.56946325 m / s > c, setting 1/gamma = 0\n",
      "v = 424103424.6794257 m / s > c, setting 1/gamma = 0\n",
      "v = 318262262.2250371 m / s > c, setting 1/gamma = 0\n",
      "v = 337617082.22262496 m / s > c, setting 1/gamma = 0\n",
      "v = 304432601.7452199 m / s > c, setting 1/gamma = 0\n",
      "v = 305133953.73000896 m / s > c, setting 1/gamma = 0\n",
      "v = 355187999.39811367 m / s > c, setting 1/gamma = 0\n",
      "v = 379548693.16540277 m / s > c, setting 1/gamma = 0\n",
      "v = 423964702.60216266 m / s > c, setting 1/gamma = 0\n",
      "v = 328049708.46009064 m / s > c, setting 1/gamma = 0\n",
      "v = 346964339.29439074 m / s > c, setting 1/gamma = 0\n",
      "v = 316561576.74215615 m / s > c, setting 1/gamma = 0\n",
      "v = 371434176.787488 m / s > c, setting 1/gamma = 0\n",
      "v = 462502971.5976744 m / s > c, setting 1/gamma = 0\n",
      "v = 470300279.29954 m / s > c, setting 1/gamma = 0\n",
      "v = 316457450.35763896 m / s > c, setting 1/gamma = 0\n",
      "v = 339061994.78540117 m / s > c, setting 1/gamma = 0\n",
      "v = 326368097.47031724 m / s > c, setting 1/gamma = 0\n",
      "v = 344011280.7027234 m / s > c, setting 1/gamma = 0\n",
      "v = 366584036.28709096 m / s > c, setting 1/gamma = 0\n",
      "v = 305705830.7081168 m / s > c, setting 1/gamma = 0\n",
      "v = 359066103.0255874 m / s > c, setting 1/gamma = 0\n",
      "v = 309478331.6271803 m / s > c, setting 1/gamma = 0\n",
      "v = 305360767.00754136 m / s > c, setting 1/gamma = 0\n",
      "v = 359407590.3293417 m / s > c, setting 1/gamma = 0\n",
      "v = 341403261.8622713 m / s > c, setting 1/gamma = 0\n",
      "v = 366237787.3250642 m / s > c, setting 1/gamma = 0\n",
      "v = 315125473.963748 m / s > c, setting 1/gamma = 0\n",
      "v = 368821870.55404097 m / s > c, setting 1/gamma = 0\n",
      "v = 359668821.0175467 m / s > c, setting 1/gamma = 0\n",
      "v = 395290606.115268 m / s > c, setting 1/gamma = 0\n",
      "v = 301344153.94585454 m / s > c, setting 1/gamma = 0\n",
      "v = 304001066.7456111 m / s > c, setting 1/gamma = 0\n",
      "v = 327162274.6702792 m / s > c, setting 1/gamma = 0\n",
      "v = 350179046.05280983 m / s > c, setting 1/gamma = 0\n",
      "v = 329968681.57127166 m / s > c, setting 1/gamma = 0\n",
      "v = 451432159.0243591 m / s > c, setting 1/gamma = 0\n",
      "v = 475356318.59012765 m / s > c, setting 1/gamma = 0\n",
      "v = 306346066.5894773 m / s > c, setting 1/gamma = 0\n",
      "v = 340004422.65582246 m / s > c, setting 1/gamma = 0\n",
      "v = 310270162.1397705 m / s > c, setting 1/gamma = 0\n",
      "v = 430288420.3359989 m / s > c, setting 1/gamma = 0\n",
      "v = 466621173.0516803 m / s > c, setting 1/gamma = 0\n",
      "v = 323849546.3510153 m / s > c, setting 1/gamma = 0\n",
      "v = 344640126.61819154 m / s > c, setting 1/gamma = 0\n",
      "v = 302384767.0162461 m / s > c, setting 1/gamma = 0\n",
      "v = 355317849.33313394 m / s > c, setting 1/gamma = 0\n",
      "v = 491630778.99603015 m / s > c, setting 1/gamma = 0\n",
      "v = 481018742.85704076 m / s > c, setting 1/gamma = 0\n",
      "v = 326065925.5387245 m / s > c, setting 1/gamma = 0\n",
      "v = 344357272.7319149 m / s > c, setting 1/gamma = 0\n",
      "v = 301606044.5686993 m / s > c, setting 1/gamma = 0\n",
      "v = 353147645.02227616 m / s > c, setting 1/gamma = 0\n",
      "v = 339460671.79676646 m / s > c, setting 1/gamma = 0\n",
      "v = 386329420.68535525 m / s > c, setting 1/gamma = 0\n",
      "v = 319625961.52984685 m / s > c, setting 1/gamma = 0\n",
      "v = 337832923.4054059 m / s > c, setting 1/gamma = 0\n",
      "v = 353027112.13527626 m / s > c, setting 1/gamma = 0\n",
      "v = 406418913.0029433 m / s > c, setting 1/gamma = 0\n",
      "v = 510440476.4177423 m / s > c, setting 1/gamma = 0\n",
      "v = 488095327.8946179 m / s > c, setting 1/gamma = 0\n",
      "v = 319048276.7746194 m / s > c, setting 1/gamma = 0\n",
      "v = 338662852.4705771 m / s > c, setting 1/gamma = 0\n",
      "v = 308189802.3594867 m / s > c, setting 1/gamma = 0\n",
      "v = 353575571.6105385 m / s > c, setting 1/gamma = 0\n",
      "v = 346034967.9002629 m / s > c, setting 1/gamma = 0\n",
      "v = 391856576.9880898 m / s > c, setting 1/gamma = 0\n",
      "v = 335903994.0949818 m / s > c, setting 1/gamma = 0\n",
      "v = 363938871.8236859 m / s > c, setting 1/gamma = 0\n",
      "v = 313176868.5839481 m / s > c, setting 1/gamma = 0\n",
      "v = 353138196.13453543 m / s > c, setting 1/gamma = 0\n",
      "v = 348553667.08661973 m / s > c, setting 1/gamma = 0\n",
      "v = 390677502.708445 m / s > c, setting 1/gamma = 0\n",
      "v = 408332622.09267855 m / s > c, setting 1/gamma = 0\n",
      "v = 404797802.90288156 m / s > c, setting 1/gamma = 0\n",
      "v = 427794647.10513514 m / s > c, setting 1/gamma = 0\n",
      "v = 358334991.8630421 m / s > c, setting 1/gamma = 0\n",
      "v = 369605870.1922567 m / s > c, setting 1/gamma = 0\n",
      "v = 316073178.8642497 m / s > c, setting 1/gamma = 0\n",
      "v = 350378730.29925907 m / s > c, setting 1/gamma = 0\n",
      "v = 384437864.43905467 m / s > c, setting 1/gamma = 0\n",
      "v = 301856065.62700886 m / s > c, setting 1/gamma = 0\n",
      "v = 315853757.5875232 m / s > c, setting 1/gamma = 0\n",
      "v = 320192559.1693093 m / s > c, setting 1/gamma = 0\n",
      "v = 366928929.7101867 m / s > c, setting 1/gamma = 0\n",
      "v = 310982668.1333184 m / s > c, setting 1/gamma = 0\n",
      "v = 329935914.4229391 m / s > c, setting 1/gamma = 0\n",
      "v = 338071651.31806356 m / s > c, setting 1/gamma = 0\n",
      "v = 392504514.99341786 m / s > c, setting 1/gamma = 0\n",
      "v = 358412990.8764425 m / s > c, setting 1/gamma = 0\n",
      "v = 766974236.2470477 m / s > c, setting 1/gamma = 0\n",
      "v = 632920403.8490863 m / s > c, setting 1/gamma = 0\n",
      "v = 315405967.5093024 m / s > c, setting 1/gamma = 0\n",
      "v = 533203681.95762646 m / s > c, setting 1/gamma = 0\n",
      "v = 480163801.29734725 m / s > c, setting 1/gamma = 0\n",
      "v = 304180964.37563974 m / s > c, setting 1/gamma = 0\n",
      "v = 325615510.80432004 m / s > c, setting 1/gamma = 0\n",
      "v = 318708991.7326242 m / s > c, setting 1/gamma = 0\n",
      "v = 549988328.9289087 m / s > c, setting 1/gamma = 0\n",
      "v = 460354639.77823937 m / s > c, setting 1/gamma = 0\n",
      "v = 323106482.0125178 m / s > c, setting 1/gamma = 0\n",
      "v = 338691699.5572024 m / s > c, setting 1/gamma = 0\n",
      "v = 299888647.2937085 m / s > c, setting 1/gamma = 0\n",
      "v = 335359522.5634046 m / s > c, setting 1/gamma = 0\n",
      "v = 358349344.051348 m / s > c, setting 1/gamma = 0\n",
      "v = 397039644.0033442 m / s > c, setting 1/gamma = 0\n",
      "v = 340657884.9475799 m / s > c, setting 1/gamma = 0\n",
      "v = 392897238.8682881 m / s > c, setting 1/gamma = 0\n",
      "v = 478440490.29762757 m / s > c, setting 1/gamma = 0\n",
      "v = 479793350.48514485 m / s > c, setting 1/gamma = 0\n",
      "v = 303753768.57021976 m / s > c, setting 1/gamma = 0\n",
      "v = 314762751.4403493 m / s > c, setting 1/gamma = 0\n",
      "v = 334609823.1325639 m / s > c, setting 1/gamma = 0\n",
      "v = 302002380.29629105 m / s > c, setting 1/gamma = 0\n",
      "v = 306675879.9088208 m / s > c, setting 1/gamma = 0\n",
      "v = 300014881.42643404 m / s > c, setting 1/gamma = 0\n",
      "v = 344952174.3077513 m / s > c, setting 1/gamma = 0\n",
      "v = 360325365.08603525 m / s > c, setting 1/gamma = 0\n",
      "v = 319620089.48582965 m / s > c, setting 1/gamma = 0\n",
      "v = 366999635.02170694 m / s > c, setting 1/gamma = 0\n",
      "v = 407415420.24178493 m / s > c, setting 1/gamma = 0\n",
      "v = 441103400.9819622 m / s > c, setting 1/gamma = 0\n",
      "v = 324252186.8846053 m / s > c, setting 1/gamma = 0\n",
      "v = 341336008.545745 m / s > c, setting 1/gamma = 0\n",
      "v = 323612632.34966725 m / s > c, setting 1/gamma = 0\n",
      "v = 317594617.7616943 m / s > c, setting 1/gamma = 0\n",
      "v = 363341945.0252425 m / s > c, setting 1/gamma = 0\n",
      "v = 321960682.27579045 m / s > c, setting 1/gamma = 0\n",
      "v = 338481004.36237764 m / s > c, setting 1/gamma = 0\n",
      "v = 335124410.2424055 m / s > c, setting 1/gamma = 0\n",
      "v = 389280706.59887534 m / s > c, setting 1/gamma = 0\n",
      "v = 350193186.19168067 m / s > c, setting 1/gamma = 0\n",
      "v = 732362082.8730938 m / s > c, setting 1/gamma = 0\n",
      "v = 603334730.008576 m / s > c, setting 1/gamma = 0\n",
      "v = 310124852.69165635 m / s > c, setting 1/gamma = 0\n",
      "v = 332680133.16586125 m / s > c, setting 1/gamma = 0\n",
      "v = 346976079.1179241 m / s > c, setting 1/gamma = 0\n",
      "v = 389293033.98413223 m / s > c, setting 1/gamma = 0\n",
      "v = 307535033.73071843 m / s > c, setting 1/gamma = 0\n",
      "v = 328046444.55523044 m / s > c, setting 1/gamma = 0\n",
      "v = 431177727.18154657 m / s > c, setting 1/gamma = 0\n",
      "v = 448944619.8883149 m / s > c, setting 1/gamma = 0\n",
      "v = 400232054.5646849 m / s > c, setting 1/gamma = 0\n",
      "v = 404572255.4588054 m / s > c, setting 1/gamma = 0\n",
      "v = 343408601.8848537 m / s > c, setting 1/gamma = 0\n",
      "v = 389956387.3073882 m / s > c, setting 1/gamma = 0\n",
      "v = 383261652.9381412 m / s > c, setting 1/gamma = 0\n",
      "v = 425554115.82412595 m / s > c, setting 1/gamma = 0\n",
      "v = 339602703.9813823 m / s > c, setting 1/gamma = 0\n",
      "v = 355266513.9379306 m / s > c, setting 1/gamma = 0\n",
      "v = 333157856.7557249 m / s > c, setting 1/gamma = 0\n",
      "v = 384445298.8585767 m / s > c, setting 1/gamma = 0\n",
      "v = 415536993.9494022 m / s > c, setting 1/gamma = 0\n",
      "v = 443019293.9545621 m / s > c, setting 1/gamma = 0\n",
      "v = 319154263.3756199 m / s > c, setting 1/gamma = 0\n",
      "v = 372552682.7035083 m / s > c, setting 1/gamma = 0\n",
      "v = 360122272.2653016 m / s > c, setting 1/gamma = 0\n",
      "v = 397444498.05649185 m / s > c, setting 1/gamma = 0\n",
      "v = 301829932.0959838 m / s > c, setting 1/gamma = 0\n",
      "v = 304159563.5153064 m / s > c, setting 1/gamma = 0\n",
      "v = 326855539.0795205 m / s > c, setting 1/gamma = 0\n",
      "v = 315352934.03131 m / s > c, setting 1/gamma = 0\n",
      "v = 357053573.61381114 m / s > c, setting 1/gamma = 0\n",
      "v = 354654664.3577142 m / s > c, setting 1/gamma = 0\n",
      "v = 366721789.03924686 m / s > c, setting 1/gamma = 0\n",
      "v = 348663177.1766382 m / s > c, setting 1/gamma = 0\n",
      "v = 509317326.7853241 m / s > c, setting 1/gamma = 0\n",
      "v = 482387381.47308546 m / s > c, setting 1/gamma = 0\n",
      "v = 329487648.5496851 m / s > c, setting 1/gamma = 0\n",
      "v = 331899573.06607604 m / s > c, setting 1/gamma = 0\n",
      "v = 350483788.85401994 m / s > c, setting 1/gamma = 0\n",
      "v = 300204895.8919432 m / s > c, setting 1/gamma = 0\n",
      "v = 345416185.26608175 m / s > c, setting 1/gamma = 0\n",
      "v = 330479644.63226765 m / s > c, setting 1/gamma = 0\n",
      "v = 377740136.3303942 m / s > c, setting 1/gamma = 0\n",
      "v = 320836574.3660544 m / s > c, setting 1/gamma = 0\n",
      "v = 338712171.26052016 m / s > c, setting 1/gamma = 0\n",
      "v = 299985277.3865405 m / s > c, setting 1/gamma = 0\n",
      "v = 307212228.43983525 m / s > c, setting 1/gamma = 0\n",
      "v = 326304848.1256106 m / s > c, setting 1/gamma = 0\n",
      "v = 358907768.13381624 m / s > c, setting 1/gamma = 0\n",
      "v = 394144322.3328527 m / s > c, setting 1/gamma = 0\n",
      "v = 306710158.5002316 m / s > c, setting 1/gamma = 0\n",
      "v = 342174529.2272439 m / s > c, setting 1/gamma = 0\n",
      "v = 363325789.7272124 m / s > c, setting 1/gamma = 0\n",
      "v = 348751977.08659554 m / s > c, setting 1/gamma = 0\n",
      "v = 303356177.1801761 m / s > c, setting 1/gamma = 0\n",
      "v = 583622494.8959059 m / s > c, setting 1/gamma = 0\n",
      "v = 478641913.0223414 m / s > c, setting 1/gamma = 0\n",
      "v = 328076467.20891726 m / s > c, setting 1/gamma = 0\n",
      "v = 345212986.7699287 m / s > c, setting 1/gamma = 0\n",
      "v = 314940954.00359595 m / s > c, setting 1/gamma = 0\n",
      "v = 365280086.0596164 m / s > c, setting 1/gamma = 0\n",
      "v = 398582040.27099466 m / s > c, setting 1/gamma = 0\n",
      "v = 429640350.0410794 m / s > c, setting 1/gamma = 0\n",
      "v = 359541937.1960959 m / s > c, setting 1/gamma = 0\n",
      "v = 374881150.2476113 m / s > c, setting 1/gamma = 0\n",
      "v = 330793137.4069347 m / s > c, setting 1/gamma = 0\n",
      "v = 376331347.46174073 m / s > c, setting 1/gamma = 0\n",
      "v = 409370081.5391952 m / s > c, setting 1/gamma = 0\n",
      "v = 318786359.926895 m / s > c, setting 1/gamma = 0\n",
      "v = 337056431.4334165 m / s > c, setting 1/gamma = 0\n",
      "v = 474153131.8264944 m / s > c, setting 1/gamma = 0\n",
      "v = 471661155.36129904 m / s > c, setting 1/gamma = 0\n",
      "v = 327427286.28670156 m / s > c, setting 1/gamma = 0\n",
      "v = 318213207.6035613 m / s > c, setting 1/gamma = 0\n",
      "v = 336665974.9754241 m / s > c, setting 1/gamma = 0\n",
      "v = 320433384.7693848 m / s > c, setting 1/gamma = 0\n",
      "v = 364232252.0348967 m / s > c, setting 1/gamma = 0\n",
      "v = 396558782.6352214 m / s > c, setting 1/gamma = 0\n",
      "v = 300159017.4709008 m / s > c, setting 1/gamma = 0\n",
      "v = 310827425.74614185 m / s > c, setting 1/gamma = 0\n",
      "v = 311044757.39035445 m / s > c, setting 1/gamma = 0\n",
      "v = 311503217.84590983 m / s > c, setting 1/gamma = 0\n",
      "v = 330323793.1689953 m / s > c, setting 1/gamma = 0\n",
      "v = 344557238.5701962 m / s > c, setting 1/gamma = 0\n",
      "v = 380030469.71590877 m / s > c, setting 1/gamma = 0\n",
      "v = 414992310.3968541 m / s > c, setting 1/gamma = 0\n",
      "v = 334856878.1056757 m / s > c, setting 1/gamma = 0\n",
      "v = 356135922.3102088 m / s > c, setting 1/gamma = 0\n",
      "v = 305314039.2596615 m / s > c, setting 1/gamma = 0\n",
      "v = 305966005.671775 m / s > c, setting 1/gamma = 0\n",
      "v = 356242566.1105072 m / s > c, setting 1/gamma = 0\n",
      "v = 333512382.81310326 m / s > c, setting 1/gamma = 0\n",
      "v = 357740312.10639495 m / s > c, setting 1/gamma = 0\n",
      "v = 341775640.2638694 m / s > c, setting 1/gamma = 0\n",
      "v = 300598903.25152314 m / s > c, setting 1/gamma = 0\n",
      "v = 571505135.4013218 m / s > c, setting 1/gamma = 0\n",
      "v = 468672108.5159686 m / s > c, setting 1/gamma = 0\n",
      "v = 314435533.35135466 m / s > c, setting 1/gamma = 0\n",
      "v = 312854960.6877315 m / s > c, setting 1/gamma = 0\n",
      "v = 364660825.0551044 m / s > c, setting 1/gamma = 0\n",
      "v = 456524527.7443926 m / s > c, setting 1/gamma = 0\n",
      "v = 463694006.48741883 m / s > c, setting 1/gamma = 0\n",
      "v = 323800312.6558058 m / s > c, setting 1/gamma = 0\n",
      "v = 341012344.93974817 m / s > c, setting 1/gamma = 0\n",
      "v = 310614865.20487356 m / s > c, setting 1/gamma = 0\n",
      "v = 363631459.584702 m / s > c, setting 1/gamma = 0\n",
      "v = 512364718.58982205 m / s > c, setting 1/gamma = 0\n",
      "v = 479755553.01379603 m / s > c, setting 1/gamma = 0\n",
      "v = 309065118.34968007 m / s > c, setting 1/gamma = 0\n",
      "v = 348695039.85159945 m / s > c, setting 1/gamma = 0\n",
      "v = 381681145.8818637 m / s > c, setting 1/gamma = 0\n",
      "v = 301027299.92110777 m / s > c, setting 1/gamma = 0\n",
      "v = 341911393.71782017 m / s > c, setting 1/gamma = 0\n",
      "v = 324680871.8906168 m / s > c, setting 1/gamma = 0\n",
      "v = 301560837.7650446 m / s > c, setting 1/gamma = 0\n",
      "v = 299875272.82725877 m / s > c, setting 1/gamma = 0\n",
      "v = 354274552.1639156 m / s > c, setting 1/gamma = 0\n",
      "v = 370792627.9562804 m / s > c, setting 1/gamma = 0\n",
      "v = 391611073.9861375 m / s > c, setting 1/gamma = 0\n",
      "v = 302800561.3160041 m / s > c, setting 1/gamma = 0\n",
      "v = 524932655.49900293 m / s > c, setting 1/gamma = 0\n",
      "v = 497236285.2485984 m / s > c, setting 1/gamma = 0\n",
      "v = 323478672.2967073 m / s > c, setting 1/gamma = 0\n",
      "v = 336155036.0310247 m / s > c, setting 1/gamma = 0\n",
      "v = 359612797.24658763 m / s > c, setting 1/gamma = 0\n",
      "v = 324705650.479693 m / s > c, setting 1/gamma = 0\n",
      "v = 375507687.91789126 m / s > c, setting 1/gamma = 0\n",
      "v = 318239793.51554674 m / s > c, setting 1/gamma = 0\n",
      "v = 368315572.38718134 m / s > c, setting 1/gamma = 0\n",
      "v = 328363503.78670335 m / s > c, setting 1/gamma = 0\n",
      "v = 346239726.35382354 m / s > c, setting 1/gamma = 0\n",
      "v = 347789187.88255674 m / s > c, setting 1/gamma = 0\n",
      "v = 402945954.48415595 m / s > c, setting 1/gamma = 0\n",
      "v = 320503191.0283583 m / s > c, setting 1/gamma = 0\n",
      "v = 656007539.6686857 m / s > c, setting 1/gamma = 0\n",
      "v = 537211493.7491837 m / s > c, setting 1/gamma = 0\n",
      "v = 301549528.76544315 m / s > c, setting 1/gamma = 0\n",
      "v = 325397298.35480374 m / s > c, setting 1/gamma = 0\n",
      "v = 373340691.85627395 m / s > c, setting 1/gamma = 0\n",
      "v = 445478992.0924892 m / s > c, setting 1/gamma = 0\n",
      "v = 465740795.4302096 m / s > c, setting 1/gamma = 0\n",
      "v = 336070265.9112018 m / s > c, setting 1/gamma = 0\n",
      "v = 377103688.123675 m / s > c, setting 1/gamma = 0\n",
      "v = 362509404.30816483 m / s > c, setting 1/gamma = 0\n",
      "v = 409630731.757767 m / s > c, setting 1/gamma = 0\n",
      "v = 339302860.6929403 m / s > c, setting 1/gamma = 0\n",
      "v = 356040207.71784043 m / s > c, setting 1/gamma = 0\n",
      "v = 316097362.64768165 m / s > c, setting 1/gamma = 0\n",
      "v = 363918443.9440295 m / s > c, setting 1/gamma = 0\n",
      "v = 370467780.0160809 m / s > c, setting 1/gamma = 0\n",
      "v = 411745123.0961813 m / s > c, setting 1/gamma = 0\n",
      "v = 330335404.80013794 m / s > c, setting 1/gamma = 0\n",
      "v = 419868994.00670755 m / s > c, setting 1/gamma = 0\n",
      "v = 450474841.9887211 m / s > c, setting 1/gamma = 0\n",
      "v = 309465540.51147574 m / s > c, setting 1/gamma = 0\n",
      "v = 332689307.85584444 m / s > c, setting 1/gamma = 0\n",
      "v = 338688619.6087241 m / s > c, setting 1/gamma = 0\n",
      "v = 385458582.02516323 m / s > c, setting 1/gamma = 0\n",
      "v = 418548094.35453606 m / s > c, setting 1/gamma = 0\n",
      "v = 451681024.3834719 m / s > c, setting 1/gamma = 0\n",
      "v = 363317312.6421426 m / s > c, setting 1/gamma = 0\n",
      "v = 386919592.8785781 m / s > c, setting 1/gamma = 0\n",
      "v = 374452418.8459593 m / s > c, setting 1/gamma = 0\n",
      "v = 410989950.27907646 m / s > c, setting 1/gamma = 0\n",
      "v = 330613734.0617743 m / s > c, setting 1/gamma = 0\n",
      "v = 383779553.3559527 m / s > c, setting 1/gamma = 0\n",
      "v = 308664871.9872792 m / s > c, setting 1/gamma = 0\n",
      "v = 332499284.1810216 m / s > c, setting 1/gamma = 0\n",
      "v = 332011656.1067682 m / s > c, setting 1/gamma = 0\n",
      "v = 379795676.7350674 m / s > c, setting 1/gamma = 0\n",
      "v = 424784919.1015363 m / s > c, setting 1/gamma = 0\n",
      "v = 452694127.0183946 m / s > c, setting 1/gamma = 0\n",
      "v = 390897691.1207591 m / s > c, setting 1/gamma = 0\n",
      "v = 437579322.5339756 m / s > c, setting 1/gamma = 0\n",
      "v = 402217923.71776426 m / s > c, setting 1/gamma = 0\n",
      "v = 441005575.3606848 m / s > c, setting 1/gamma = 0\n",
      "v = 310255819.92749596 m / s > c, setting 1/gamma = 0\n",
      "v = 331400092.8615335 m / s > c, setting 1/gamma = 0\n",
      "v = 332027714.9943696 m / s > c, setting 1/gamma = 0\n",
      "v = 387148436.56579703 m / s > c, setting 1/gamma = 0\n",
      "v = 425353826.21282893 m / s > c, setting 1/gamma = 0\n",
      "v = 337345508.16783863 m / s > c, setting 1/gamma = 0\n",
      "v = 356792810.0117618 m / s > c, setting 1/gamma = 0\n",
      "v = 318299800.5279195 m / s > c, setting 1/gamma = 0\n",
      "v = 361163707.57056254 m / s > c, setting 1/gamma = 0\n",
      "v = 373231867.58229285 m / s > c, setting 1/gamma = 0\n",
      "v = 418267182.39600515 m / s > c, setting 1/gamma = 0\n",
      "v = 332690982.3222159 m / s > c, setting 1/gamma = 0\n",
      "v = 350655968.2868118 m / s > c, setting 1/gamma = 0\n",
      "v = 322963260.94977903 m / s > c, setting 1/gamma = 0\n",
      "v = 373280556.46234965 m / s > c, setting 1/gamma = 0\n",
      "v = 406384061.2271895 m / s > c, setting 1/gamma = 0\n",
      "v = 437265039.2117821 m / s > c, setting 1/gamma = 0\n",
      "v = 349715894.2654045 m / s > c, setting 1/gamma = 0\n",
      "v = 367172139.84233767 m / s > c, setting 1/gamma = 0\n",
      "v = 344271191.52216136 m / s > c, setting 1/gamma = 0\n",
      "v = 385031955.14471143 m / s > c, setting 1/gamma = 0\n",
      "v = 346309559.91118526 m / s > c, setting 1/gamma = 0\n",
      "v = 388867686.6174972 m / s > c, setting 1/gamma = 0\n",
      "v = 368466939.06686336 m / s > c, setting 1/gamma = 0\n",
      "v = 413943290.29109716 m / s > c, setting 1/gamma = 0\n",
      "v = 308889226.9307489 m / s > c, setting 1/gamma = 0\n",
      "v = 330609042.6228664 m / s > c, setting 1/gamma = 0\n",
      "v = 547008033.8682774 m / s > c, setting 1/gamma = 0\n",
      "v = 472463891.0998949 m / s > c, setting 1/gamma = 0\n",
      "v = 337020218.9937479 m / s > c, setting 1/gamma = 0\n",
      "v = 352569211.02500206 m / s > c, setting 1/gamma = 0\n",
      "v = 326569721.72522664 m / s > c, setting 1/gamma = 0\n",
      "v = 378232072.57299674 m / s > c, setting 1/gamma = 0\n",
      "v = 480290453.02669644 m / s > c, setting 1/gamma = 0\n",
      "v = 475680809.2219288 m / s > c, setting 1/gamma = 0\n",
      "v = 313384131.74107456 m / s > c, setting 1/gamma = 0\n",
      "v = 331422092.8429221 m / s > c, setting 1/gamma = 0\n",
      "v = 308034141.6112232 m / s > c, setting 1/gamma = 0\n",
      "v = 360581856.8290548 m / s > c, setting 1/gamma = 0\n",
      "v = 491852406.23750466 m / s > c, setting 1/gamma = 0\n",
      "v = 480652808.5518661 m / s > c, setting 1/gamma = 0\n",
      "v = 308564567.9352968 m / s > c, setting 1/gamma = 0\n",
      "v = 327406265.03968185 m / s > c, setting 1/gamma = 0\n",
      "v = 358324208.8295351 m / s > c, setting 1/gamma = 0\n",
      "v = 398278922.46318096 m / s > c, setting 1/gamma = 0\n",
      "v = 312701144.3498198 m / s > c, setting 1/gamma = 0\n",
      "v = 334136825.4599965 m / s > c, setting 1/gamma = 0\n",
      "v = 311854745.9662438 m / s > c, setting 1/gamma = 0\n",
      "v = 402772905.77208567 m / s > c, setting 1/gamma = 0\n",
      "v = 433635230.40546584 m / s > c, setting 1/gamma = 0\n",
      "v = 381419902.5430579 m / s > c, setting 1/gamma = 0\n",
      "v = 390943430.3032566 m / s > c, setting 1/gamma = 0\n",
      "v = 303372452.72065675 m / s > c, setting 1/gamma = 0\n",
      "v = 353042995.3963674 m / s > c, setting 1/gamma = 0\n",
      "v = 525154901.5724153 m / s > c, setting 1/gamma = 0\n",
      "v = 488953585.3034478 m / s > c, setting 1/gamma = 0\n",
      "v = 311291467.2883142 m / s > c, setting 1/gamma = 0\n",
      "v = 304837086.2836253 m / s > c, setting 1/gamma = 0\n",
      "v = 325334890.7697281 m / s > c, setting 1/gamma = 0\n",
      "v = 323886120.89006203 m / s > c, setting 1/gamma = 0\n",
      "v = 310620760.85085547 m / s > c, setting 1/gamma = 0\n",
      "v = 350618463.84029 m / s > c, setting 1/gamma = 0\n",
      "v = 302418982.5004019 m / s > c, setting 1/gamma = 0\n",
      "v = 326856460.98600084 m / s > c, setting 1/gamma = 0\n",
      "v = 346439646.17303735 m / s > c, setting 1/gamma = 0\n",
      "v = 309885571.70420116 m / s > c, setting 1/gamma = 0\n",
      "v = 341770531.47301143 m / s > c, setting 1/gamma = 0\n",
      "v = 334129513.0075048 m / s > c, setting 1/gamma = 0\n",
      "v = 689790644.7617463 m / s > c, setting 1/gamma = 0\n",
      "v = 567494531.946433 m / s > c, setting 1/gamma = 0\n",
      "v = 311033232.3792689 m / s > c, setting 1/gamma = 0\n",
      "v = 332113933.18942374 m / s > c, setting 1/gamma = 0\n",
      "v = 311715361.3095961 m / s > c, setting 1/gamma = 0\n",
      "v = 334793048.7515389 m / s > c, setting 1/gamma = 0\n",
      "v = 685971524.2780166 m / s > c, setting 1/gamma = 0\n",
      "v = 565292594.2312782 m / s > c, setting 1/gamma = 0\n",
      "v = 307361439.0464201 m / s > c, setting 1/gamma = 0\n",
      "v = 307080196.0878671 m / s > c, setting 1/gamma = 0\n",
      "v = 541065618.6697704 m / s > c, setting 1/gamma = 0\n",
      "v = 478776434.319589 m / s > c, setting 1/gamma = 0\n",
      "v = 351216963.80807954 m / s > c, setting 1/gamma = 0\n",
      "v = 384822848.6283143 m / s > c, setting 1/gamma = 0\n",
      "v = 325543313.7588002 m / s > c, setting 1/gamma = 0\n",
      "v = 366469357.2439739 m / s > c, setting 1/gamma = 0\n",
      "v = 308432580.5415178 m / s > c, setting 1/gamma = 0\n",
      "v = 388806330.6279757 m / s > c, setting 1/gamma = 0\n",
      "v = 397227262.11117095 m / s > c, setting 1/gamma = 0\n",
      "v = 303377636.8802376 m / s > c, setting 1/gamma = 0\n",
      "v = 346163369.1902148 m / s > c, setting 1/gamma = 0\n",
      "v = 396202401.9419203 m / s > c, setting 1/gamma = 0\n",
      "v = 434501349.356388 m / s > c, setting 1/gamma = 0\n",
      "v = 316462064.5896542 m / s > c, setting 1/gamma = 0\n",
      "v = 336150425.5424932 m / s > c, setting 1/gamma = 0\n",
      "v = 305881807.0224383 m / s > c, setting 1/gamma = 0\n",
      "v = 324758000.2007079 m / s > c, setting 1/gamma = 0\n",
      "v = 311159640.76077366 m / s > c, setting 1/gamma = 0\n",
      "v = 358187507.0931486 m / s > c, setting 1/gamma = 0\n",
      "v = 319264149.7801312 m / s > c, setting 1/gamma = 0\n",
      "v = 646459944.8369257 m / s > c, setting 1/gamma = 0\n",
      "v = 531555487.00324535 m / s > c, setting 1/gamma = 0\n",
      "v = 303222228.2211169 m / s > c, setting 1/gamma = 0\n",
      "v = 419035063.00185347 m / s > c, setting 1/gamma = 0\n",
      "v = 445483657.4029715 m / s > c, setting 1/gamma = 0\n",
      "v = 374073777.867691 m / s > c, setting 1/gamma = 0\n",
      "v = 387535776.6665685 m / s > c, setting 1/gamma = 0\n",
      "v = 318480377.0037105 m / s > c, setting 1/gamma = 0\n",
      "v = 368268374.8758491 m / s > c, setting 1/gamma = 0\n",
      "v = 479274889.3275457 m / s > c, setting 1/gamma = 0\n",
      "v = 483571362.6650913 m / s > c, setting 1/gamma = 0\n",
      "v = 320926361.7301143 m / s > c, setting 1/gamma = 0\n",
      "v = 340672646.59872633 m / s > c, setting 1/gamma = 0\n",
      "v = 306744333.43191916 m / s > c, setting 1/gamma = 0\n",
      "v = 354554800.4000247 m / s > c, setting 1/gamma = 0\n",
      "v = 404031986.7310686 m / s > c, setting 1/gamma = 0\n",
      "v = 437680991.0842725 m / s > c, setting 1/gamma = 0\n",
      "v = 300739936.40721685 m / s > c, setting 1/gamma = 0\n",
      "v = 328708757.87399244 m / s > c, setting 1/gamma = 0\n",
      "v = 315271963.61133415 m / s > c, setting 1/gamma = 0\n",
      "v = 357956335.2284013 m / s > c, setting 1/gamma = 0\n",
      "v = 394321294.09399265 m / s > c, setting 1/gamma = 0\n",
      "v = 434287055.6212172 m / s > c, setting 1/gamma = 0\n",
      "v = 330809048.26568943 m / s > c, setting 1/gamma = 0\n",
      "v = 348696387.0652955 m / s > c, setting 1/gamma = 0\n",
      "v = 327808803.1853103 m / s > c, setting 1/gamma = 0\n",
      "v = 331351828.1929642 m / s > c, setting 1/gamma = 0\n",
      "v = 673311921.3982352 m / s > c, setting 1/gamma = 0\n",
      "v = 554590326.7791843 m / s > c, setting 1/gamma = 0\n",
      "v = 320982058.8119295 m / s > c, setting 1/gamma = 0\n",
      "v = 338465044.19284624 m / s > c, setting 1/gamma = 0\n",
      "v = 345041769.83092445 m / s > c, setting 1/gamma = 0\n",
      "v = 484294288.6068857 m / s > c, setting 1/gamma = 0\n",
      "v = 479023730.8028822 m / s > c, setting 1/gamma = 0\n",
      "v = 314295239.42694306 m / s > c, setting 1/gamma = 0\n",
      "v = 308580140.4862494 m / s > c, setting 1/gamma = 0\n",
      "v = 327609812.9710151 m / s > c, setting 1/gamma = 0\n",
      "v = 358774477.5472652 m / s > c, setting 1/gamma = 0\n",
      "v = 399981228.60030866 m / s > c, setting 1/gamma = 0\n",
      "v = 305755444.88596237 m / s > c, setting 1/gamma = 0\n",
      "v = 327979715.9507158 m / s > c, setting 1/gamma = 0\n",
      "v = 312210503.54731184 m / s > c, setting 1/gamma = 0\n",
      "v = 432313828.48978186 m / s > c, setting 1/gamma = 0\n",
      "v = 453557326.2090363 m / s > c, setting 1/gamma = 0\n",
      "v = 398626320.11807615 m / s > c, setting 1/gamma = 0\n",
      "v = 405023613.8334759 m / s > c, setting 1/gamma = 0\n",
      "v = 326212599.6156126 m / s > c, setting 1/gamma = 0\n",
      "v = 368016591.04835325 m / s > c, setting 1/gamma = 0\n",
      "v = 366756786.9333467 m / s > c, setting 1/gamma = 0\n",
      "v = 412372541.9758471 m / s > c, setting 1/gamma = 0\n",
      "v = 324205797.1960373 m / s > c, setting 1/gamma = 0\n",
      "v = 342692258.26106405 m / s > c, setting 1/gamma = 0\n",
      "v = 560632961.6948061 m / s > c, setting 1/gamma = 0\n",
      "v = 487100866.46340543 m / s > c, setting 1/gamma = 0\n",
      "v = 304125291.2316338 m / s > c, setting 1/gamma = 0\n",
      "v = 325981697.05217016 m / s > c, setting 1/gamma = 0\n",
      "v = 300076058.6864179 m / s > c, setting 1/gamma = 0\n",
      "v = 341089256.27823704 m / s > c, setting 1/gamma = 0\n",
      "v = 314314022.29426223 m / s > c, setting 1/gamma = 0\n",
      "v = 362932630.09182435 m / s > c, setting 1/gamma = 0\n",
      "v = 300417264.6799029 m / s > c, setting 1/gamma = 0\n",
      "v = 322684586.5227894 m / s > c, setting 1/gamma = 0\n",
      "v = 381519455.0949181 m / s > c, setting 1/gamma = 0\n",
      "v = 420999882.6942891 m / s > c, setting 1/gamma = 0\n",
      "v = 369251571.8166555 m / s > c, setting 1/gamma = 0\n",
      "v = 387270020.3499944 m / s > c, setting 1/gamma = 0\n",
      "v = 313923555.66851515 m / s > c, setting 1/gamma = 0\n",
      "v = 355820385.75987804 m / s > c, setting 1/gamma = 0\n",
      "v = 386217702.433743 m / s > c, setting 1/gamma = 0\n",
      "v = 428930746.7255874 m / s > c, setting 1/gamma = 0\n",
      "v = 356578429.98558885 m / s > c, setting 1/gamma = 0\n",
      "v = 382326729.3987353 m / s > c, setting 1/gamma = 0\n",
      "v = 374336695.5974037 m / s > c, setting 1/gamma = 0\n",
      "v = 411128074.23895246 m / s > c, setting 1/gamma = 0\n",
      "v = 302245928.1111574 m / s > c, setting 1/gamma = 0\n",
      "v = 351391267.19782865 m / s > c, setting 1/gamma = 0\n",
      "v = 373900498.1590555 m / s > c, setting 1/gamma = 0\n",
      "v = 392836794.69122267 m / s > c, setting 1/gamma = 0\n",
      "v = 390833655.8175874 m / s > c, setting 1/gamma = 0\n",
      "v = 434104119.9598095 m / s > c, setting 1/gamma = 0\n",
      "v = 433242292.50782233 m / s > c, setting 1/gamma = 0\n",
      "v = 465838625.70442903 m / s > c, setting 1/gamma = 0\n",
      "v = 346051448.3397629 m / s > c, setting 1/gamma = 0\n",
      "v = 378953965.88440436 m / s > c, setting 1/gamma = 0\n",
      "v = 326739176.69128776 m / s > c, setting 1/gamma = 0\n",
      "v = 371012865.3760746 m / s > c, setting 1/gamma = 0\n",
      "v = 314481011.61445624 m / s > c, setting 1/gamma = 0\n",
      "v = 313962315.96744925 m / s > c, setting 1/gamma = 0\n",
      "v = 345315536.2781564 m / s > c, setting 1/gamma = 0\n",
      "v = 369200534.5389049 m / s > c, setting 1/gamma = 0\n",
      "v = 407645791.57798874 m / s > c, setting 1/gamma = 0\n",
      "v = 433287712.65209854 m / s > c, setting 1/gamma = 0\n",
      "v = 467555274.57973194 m / s > c, setting 1/gamma = 0\n",
      "v = 319015567.4051226 m / s > c, setting 1/gamma = 0\n",
      "v = 351284051.96509486 m / s > c, setting 1/gamma = 0\n",
      "v = 406998379.7756611 m / s > c, setting 1/gamma = 0\n",
      "v = 440727977.19522834 m / s > c, setting 1/gamma = 0\n",
      "v = 333248987.47847605 m / s > c, setting 1/gamma = 0\n",
      "v = 353810500.2616985 m / s > c, setting 1/gamma = 0\n",
      "v = 340352274.7457749 m / s > c, setting 1/gamma = 0\n",
      "v = 388865823.2595798 m / s > c, setting 1/gamma = 0\n",
      "v = 451632727.70772284 m / s > c, setting 1/gamma = 0\n",
      "v = 472970219.0341117 m / s > c, setting 1/gamma = 0\n",
      "v = 326736042.8493178 m / s > c, setting 1/gamma = 0\n",
      "v = 354178133.15349877 m / s > c, setting 1/gamma = 0\n",
      "v = 335750412.3376682 m / s > c, setting 1/gamma = 0\n",
      "v = 387801314.0535795 m / s > c, setting 1/gamma = 0\n",
      "v = 301135768.3022082 m / s > c, setting 1/gamma = 0\n",
      "v = 596928426.7082283 m / s > c, setting 1/gamma = 0\n",
      "v = 487928032.77609384 m / s > c, setting 1/gamma = 0\n",
      "v = 308928569.53677875 m / s > c, setting 1/gamma = 0\n",
      "v = 333772844.18832964 m / s > c, setting 1/gamma = 0\n",
      "v = 391030442.65657204 m / s > c, setting 1/gamma = 0\n",
      "v = 422025309.01712596 m / s > c, setting 1/gamma = 0\n",
      "v = 299928186.7691654 m / s > c, setting 1/gamma = 0\n",
      "v = 336567809.23269165 m / s > c, setting 1/gamma = 0\n",
      "v = 355981401.24105555 m / s > c, setting 1/gamma = 0\n",
      "v = 322429687.2448284 m / s > c, setting 1/gamma = 0\n",
      "v = 369115376.3146951 m / s > c, setting 1/gamma = 0\n",
      "v = 447955686.09220654 m / s > c, setting 1/gamma = 0\n",
      "v = 467208015.5734041 m / s > c, setting 1/gamma = 0\n",
      "v = 302063775.6034919 m / s > c, setting 1/gamma = 0\n",
      "v = 330479503.9400965 m / s > c, setting 1/gamma = 0\n",
      "v = 326838523.8486952 m / s > c, setting 1/gamma = 0\n",
      "v = 357767337.51358557 m / s > c, setting 1/gamma = 0\n",
      "v = 397461997.83161014 m / s > c, setting 1/gamma = 0\n",
      "v = 310104483.0041714 m / s > c, setting 1/gamma = 0\n",
      "v = 309670475.78501284 m / s > c, setting 1/gamma = 0\n",
      "v = 332189757.06970835 m / s > c, setting 1/gamma = 0\n",
      "v = 316541452.9843195 m / s > c, setting 1/gamma = 0\n",
      "v = 354316558.72463036 m / s > c, setting 1/gamma = 0\n",
      "v = 313603089.51800865 m / s > c, setting 1/gamma = 0\n",
      "v = 334245227.24235195 m / s > c, setting 1/gamma = 0\n",
      "v = 309777404.19416094 m / s > c, setting 1/gamma = 0\n",
      "v = 524466408.5465129 m / s > c, setting 1/gamma = 0\n",
      "v = 485171375.58539987 m / s > c, setting 1/gamma = 0\n",
      "v = 323215089.0730908 m / s > c, setting 1/gamma = 0\n",
      "v = 364015609.052425 m / s > c, setting 1/gamma = 0\n",
      "v = 386353708.9600172 m / s > c, setting 1/gamma = 0\n",
      "v = 357225122.83178556 m / s > c, setting 1/gamma = 0\n",
      "v = 393028568.4833084 m / s > c, setting 1/gamma = 0\n",
      "v = 330067811.3099358 m / s > c, setting 1/gamma = 0\n",
      "v = 382346083.7687722 m / s > c, setting 1/gamma = 0\n",
      "v = 315427898.26922774 m / s > c, setting 1/gamma = 0\n",
      "v = 337525671.9876856 m / s > c, setting 1/gamma = 0\n",
      "v = 301986086.6235556 m / s > c, setting 1/gamma = 0\n",
      "v = 352086451.51138175 m / s > c, setting 1/gamma = 0\n",
      "v = 527453219.54596865 m / s > c, setting 1/gamma = 0\n",
      "v = 488540954.1608449 m / s > c, setting 1/gamma = 0\n",
      "v = 300630654.06134677 m / s > c, setting 1/gamma = 0\n",
      "v = 370831719.3779451 m / s > c, setting 1/gamma = 0\n",
      "v = 412798301.528891 m / s > c, setting 1/gamma = 0\n",
      "v = 324069729.0847389 m / s > c, setting 1/gamma = 0\n",
      "v = 374889579.4908898 m / s > c, setting 1/gamma = 0\n",
      "v = 324657766.17222774 m / s > c, setting 1/gamma = 0\n",
      "v = 344393011.6940691 m / s > c, setting 1/gamma = 0\n",
      "v = 330967717.8729722 m / s > c, setting 1/gamma = 0\n",
      "v = 495535685.85865784 m / s > c, setting 1/gamma = 0\n",
      "v = 487586344.73392767 m / s > c, setting 1/gamma = 0\n",
      "v = 304316676.6081215 m / s > c, setting 1/gamma = 0\n",
      "v = 314708088.89358664 m / s > c, setting 1/gamma = 0\n",
      "v = 334627250.0151585 m / s > c, setting 1/gamma = 0\n",
      "v = 432612350.3260424 m / s > c, setting 1/gamma = 0\n",
      "v = 455666646.65478176 m / s > c, setting 1/gamma = 0\n",
      "v = 359581410.57324517 m / s > c, setting 1/gamma = 0\n",
      "v = 377546151.09382427 m / s > c, setting 1/gamma = 0\n",
      "v = 318818312.564805 m / s > c, setting 1/gamma = 0\n",
      "v = 640608290.982423 m / s > c, setting 1/gamma = 0\n",
      "v = 526483795.2316244 m / s > c, setting 1/gamma = 0\n",
      "v = 309578900.3367 m / s > c, setting 1/gamma = 0\n",
      "v = 338001163.3574224 m / s > c, setting 1/gamma = 0\n",
      "v = 411445216.11257136 m / s > c, setting 1/gamma = 0\n",
      "v = 445193955.4251545 m / s > c, setting 1/gamma = 0\n",
      "v = 315679311.9135845 m / s > c, setting 1/gamma = 0\n",
      "v = 345096194.7160344 m / s > c, setting 1/gamma = 0\n",
      "v = 345139563.15357065 m / s > c, setting 1/gamma = 0\n",
      "v = 387015762.16715086 m / s > c, setting 1/gamma = 0\n",
      "v = 388894969.0218932 m / s > c, setting 1/gamma = 0\n",
      "v = 432113006.7000509 m / s > c, setting 1/gamma = 0\n",
      "v = 327017794.0839888 m / s > c, setting 1/gamma = 0\n",
      "v = 345984231.3840928 m / s > c, setting 1/gamma = 0\n",
      "v = 385947094.6481861 m / s > c, setting 1/gamma = 0\n",
      "v = 422249134.62721217 m / s > c, setting 1/gamma = 0\n",
      "v = 323689946.17378247 m / s > c, setting 1/gamma = 0\n",
      "v = 343395431.0347102 m / s > c, setting 1/gamma = 0\n",
      "v = 358302101.80835825 m / s > c, setting 1/gamma = 0\n",
      "v = 769942501.525164 m / s > c, setting 1/gamma = 0\n",
      "v = 636484010.3228229 m / s > c, setting 1/gamma = 0\n",
      "v = 314136215.3499423 m / s > c, setting 1/gamma = 0\n",
      "v = 317235423.2422809 m / s > c, setting 1/gamma = 0\n",
      "v = 348485491.6575397 m / s > c, setting 1/gamma = 0\n",
      "v = 479390270.65606433 m / s > c, setting 1/gamma = 0\n",
      "v = 477070544.41367966 m / s > c, setting 1/gamma = 0\n",
      "v = 301285742.27958083 m / s > c, setting 1/gamma = 0\n",
      "v = 351835394.27413905 m / s > c, setting 1/gamma = 0\n",
      "v = 316460052.0427867 m / s > c, setting 1/gamma = 0\n",
      "v = 336972236.8644216 m / s > c, setting 1/gamma = 0\n",
      "v = 310233462.37771225 m / s > c, setting 1/gamma = 0\n",
      "v = 336485328.73113674 m / s > c, setting 1/gamma = 0\n",
      "v = 695430115.1973507 m / s > c, setting 1/gamma = 0\n",
      "v = 572835992.131325 m / s > c, setting 1/gamma = 0\n",
      "v = 401189897.1635251 m / s > c, setting 1/gamma = 0\n",
      "v = 437888335.6281522 m / s > c, setting 1/gamma = 0\n",
      "v = 382908084.9178145 m / s > c, setting 1/gamma = 0\n",
      "v = 398176291.7951986 m / s > c, setting 1/gamma = 0\n",
      "v = 356388763.28914845 m / s > c, setting 1/gamma = 0\n",
      "v = 392339457.6002113 m / s > c, setting 1/gamma = 0\n",
      "v = 349088007.3082593 m / s > c, setting 1/gamma = 0\n",
      "v = 399400316.0052822 m / s > c, setting 1/gamma = 0\n",
      "v = 328289504.01011646 m / s > c, setting 1/gamma = 0\n",
      "v = 347780853.0117878 m / s > c, setting 1/gamma = 0\n",
      "v = 339063367.4725368 m / s > c, setting 1/gamma = 0\n",
      "v = 429783029.2114922 m / s > c, setting 1/gamma = 0\n",
      "v = 453693517.8128934 m / s > c, setting 1/gamma = 0\n",
      "v = 303525883.9928291 m / s > c, setting 1/gamma = 0\n",
      "v = 328966162.77967906 m / s > c, setting 1/gamma = 0\n",
      "v = 307880855.78868675 m / s > c, setting 1/gamma = 0\n",
      "v = 304560698.63511753 m / s > c, setting 1/gamma = 0\n",
      "v = 363995200.3575134 m / s > c, setting 1/gamma = 0\n",
      "v = 382018427.88382626 m / s > c, setting 1/gamma = 0\n",
      "v = 320870093.95680666 m / s > c, setting 1/gamma = 0\n",
      "v = 464749773.045075 m / s > c, setting 1/gamma = 0\n",
      "v = 480046449.93812907 m / s > c, setting 1/gamma = 0\n",
      "v = 317918217.21456426 m / s > c, setting 1/gamma = 0\n",
      "v = 354378080.0390455 m / s > c, setting 1/gamma = 0\n",
      "v = 303055940.4446874 m / s > c, setting 1/gamma = 0\n",
      "v = 306745265.8715873 m / s > c, setting 1/gamma = 0\n",
      "v = 330016851.0252831 m / s > c, setting 1/gamma = 0\n",
      "v = 320457600.7148881 m / s > c, setting 1/gamma = 0\n",
      "v = 372209697.4230508 m / s > c, setting 1/gamma = 0\n",
      "v = 465093683.6280165 m / s > c, setting 1/gamma = 0\n",
      "v = 474203159.04307914 m / s > c, setting 1/gamma = 0\n",
      "v = 336625749.3415888 m / s > c, setting 1/gamma = 0\n",
      "v = 354109323.74633783 m / s > c, setting 1/gamma = 0\n",
      "v = 367902985.7818547 m / s > c, setting 1/gamma = 0\n",
      "v = 404423069.9325226 m / s > c, setting 1/gamma = 0\n",
      "v = 314658658.5540574 m / s > c, setting 1/gamma = 0\n",
      "v = 309672119.8648817 m / s > c, setting 1/gamma = 0\n",
      "v = 316110684.5374318 m / s > c, setting 1/gamma = 0\n",
      "v = 337560475.01026875 m / s > c, setting 1/gamma = 0\n",
      "v = 303415283.3399036 m / s > c, setting 1/gamma = 0\n",
      "v = 332887245.329355 m / s > c, setting 1/gamma = 0\n",
      "v = 355258560.1928833 m / s > c, setting 1/gamma = 0\n",
      "v = 392115624.7840841 m / s > c, setting 1/gamma = 0\n",
      "v = 308932076.07179624 m / s > c, setting 1/gamma = 0\n",
      "v = 350679229.61395323 m / s > c, setting 1/gamma = 0\n",
      "v = 372896228.19120926 m / s > c, setting 1/gamma = 0\n",
      "v = 328282425.6056072 m / s > c, setting 1/gamma = 0\n",
      "v = 403017348.0322263 m / s > c, setting 1/gamma = 0\n",
      "v = 440978497.13560885 m / s > c, setting 1/gamma = 0\n",
      "v = 348234719.99590117 m / s > c, setting 1/gamma = 0\n",
      "v = 361808806.30877703 m / s > c, setting 1/gamma = 0\n",
      "v = 311822057.97130597 m / s > c, setting 1/gamma = 0\n",
      "v = 363700507.764193 m / s > c, setting 1/gamma = 0\n",
      "v = 444831166.42268044 m / s > c, setting 1/gamma = 0\n",
      "v = 461842175.7573516 m / s > c, setting 1/gamma = 0\n",
      "v = 337699884.6688579 m / s > c, setting 1/gamma = 0\n",
      "v = 355996401.6409188 m / s > c, setting 1/gamma = 0\n",
      "v = 350659306.40807694 m / s > c, setting 1/gamma = 0\n",
      "v = 384469569.10038114 m / s > c, setting 1/gamma = 0\n",
      "v = 311533443.483745 m / s > c, setting 1/gamma = 0\n",
      "v = 630643773.3577332 m / s > c, setting 1/gamma = 0\n",
      "v = 516208920.85164213 m / s > c, setting 1/gamma = 0\n",
      "v = 310855348.3267134 m / s > c, setting 1/gamma = 0\n",
      "v = 347221003.07753813 m / s > c, setting 1/gamma = 0\n",
      "v = 387107922.0479855 m / s > c, setting 1/gamma = 0\n",
      "v = 432320400.9911502 m / s > c, setting 1/gamma = 0\n",
      "v = 332517276.8120305 m / s > c, setting 1/gamma = 0\n",
      "v = 351980776.26014644 m / s > c, setting 1/gamma = 0\n",
      "v = 302335504.34500295 m / s > c, setting 1/gamma = 0\n",
      "v = 320988022.497306 m / s > c, setting 1/gamma = 0\n",
      "v = 357464271.010672 m / s > c, setting 1/gamma = 0\n",
      "v = 301997802.32405907 m / s > c, setting 1/gamma = 0\n",
      "v = 342427211.78639597 m / s > c, setting 1/gamma = 0\n",
      "v = 357808433.6505549 m / s > c, setting 1/gamma = 0\n",
      "v = 326778553.22130334 m / s > c, setting 1/gamma = 0\n",
      "v = 365193555.3518825 m / s > c, setting 1/gamma = 0\n",
      "v = 321910138.57818896 m / s > c, setting 1/gamma = 0\n",
      "v = 309198295.91213137 m / s > c, setting 1/gamma = 0\n",
      "v = 345413438.607974 m / s > c, setting 1/gamma = 0\n",
      "v = 363362258.8827711 m / s > c, setting 1/gamma = 0\n",
      "v = 374046371.39523274 m / s > c, setting 1/gamma = 0\n",
      "v = 417906141.3527959 m / s > c, setting 1/gamma = 0\n",
      "v = 336892598.1765785 m / s > c, setting 1/gamma = 0\n",
      "v = 362030770.76878446 m / s > c, setting 1/gamma = 0\n",
      "v = 413814977.94490415 m / s > c, setting 1/gamma = 0\n",
      "v = 448371090.75557375 m / s > c, setting 1/gamma = 0\n",
      "v = 319916004.64574593 m / s > c, setting 1/gamma = 0\n",
      "v = 355614958.1412377 m / s > c, setting 1/gamma = 0\n",
      "v = 307942990.079084 m / s > c, setting 1/gamma = 0\n",
      "v = 346999031.2935461 m / s > c, setting 1/gamma = 0\n",
      "v = 301155907.17634094 m / s > c, setting 1/gamma = 0\n",
      "v = 354745769.817305 m / s > c, setting 1/gamma = 0\n",
      "v = 307426341.883904 m / s > c, setting 1/gamma = 0\n",
      "v = 392392520.34360313 m / s > c, setting 1/gamma = 0\n",
      "v = 433066380.7055636 m / s > c, setting 1/gamma = 0\n",
      "v = 320052135.9598795 m / s > c, setting 1/gamma = 0\n",
      "v = 405511820.0881413 m / s > c, setting 1/gamma = 0\n",
      "v = 432334626.7579142 m / s > c, setting 1/gamma = 0\n",
      "v = 303449333.7097815 m / s > c, setting 1/gamma = 0\n",
      "v = 602278576.5394211 m / s > c, setting 1/gamma = 0\n",
      "v = 492711631.7308048 m / s > c, setting 1/gamma = 0\n",
      "v = 310482537.5976125 m / s > c, setting 1/gamma = 0\n",
      "v = 333476675.71499324 m / s > c, setting 1/gamma = 0\n",
      "v = 307705573.7704186 m / s > c, setting 1/gamma = 0\n",
      "v = 315620042.7966803 m / s > c, setting 1/gamma = 0\n",
      "v = 624378229.312058 m / s > c, setting 1/gamma = 0\n",
      "v = 513683983.5372286 m / s > c, setting 1/gamma = 0\n",
      "v = 351050060.74415976 m / s > c, setting 1/gamma = 0\n",
      "v = 363610552.26316124 m / s > c, setting 1/gamma = 0\n",
      "v = 319203154.4163009 m / s > c, setting 1/gamma = 0\n",
      "v = 331087058.6484651 m / s > c, setting 1/gamma = 0\n",
      "v = 675265705.3774303 m / s > c, setting 1/gamma = 0\n",
      "v = 555667415.3095986 m / s > c, setting 1/gamma = 0\n",
      "v = 307559159.5528456 m / s > c, setting 1/gamma = 0\n",
      "v = 323901058.18273854 m / s > c, setting 1/gamma = 0\n",
      "v = 368470306.73582315 m / s > c, setting 1/gamma = 0\n",
      "v = 338770920.44289833 m / s > c, setting 1/gamma = 0\n",
      "v = 359130789.61470217 m / s > c, setting 1/gamma = 0\n",
      "v = 446417254.5698654 m / s > c, setting 1/gamma = 0\n",
      "v = 467117005.4956614 m / s > c, setting 1/gamma = 0\n",
      "v = 403776988.15102214 m / s > c, setting 1/gamma = 0\n",
      "v = 438255469.85030997 m / s > c, setting 1/gamma = 0\n",
      "v = 348872485.6362358 m / s > c, setting 1/gamma = 0\n",
      "v = 373619261.0843638 m / s > c, setting 1/gamma = 0\n",
      "v = 320185463.3746884 m / s > c, setting 1/gamma = 0\n",
      "v = 359394170.6010251 m / s > c, setting 1/gamma = 0\n",
      "v = 344788521.05001265 m / s > c, setting 1/gamma = 0\n",
      "v = 394257998.68858343 m / s > c, setting 1/gamma = 0\n",
      "v = 334270022.60453075 m / s > c, setting 1/gamma = 0\n",
      "v = 351125726.7518385 m / s > c, setting 1/gamma = 0\n",
      "v = 307886362.03964937 m / s > c, setting 1/gamma = 0\n",
      "v = 300691614.90371615 m / s > c, setting 1/gamma = 0\n",
      "v = 320472522.7675435 m / s > c, setting 1/gamma = 0\n",
      "v = 314418783.1271336 m / s > c, setting 1/gamma = 0\n",
      "v = 333973982.0321958 m / s > c, setting 1/gamma = 0\n",
      "v = 316532182.4056904 m / s > c, setting 1/gamma = 0\n",
      "v = 635963491.5310547 m / s > c, setting 1/gamma = 0\n",
      "v = 522125403.3102536 m / s > c, setting 1/gamma = 0\n",
      "v = 302042858.25491995 m / s > c, setting 1/gamma = 0\n",
      "v = 404313348.9254805 m / s > c, setting 1/gamma = 0\n",
      "v = 435152397.6088674 m / s > c, setting 1/gamma = 0\n",
      "v = 357139157.16319865 m / s > c, setting 1/gamma = 0\n",
      "v = 372810380.48118556 m / s > c, setting 1/gamma = 0\n",
      "v = 317241735.70868367 m / s > c, setting 1/gamma = 0\n",
      "v = 362490853.8268422 m / s > c, setting 1/gamma = 0\n",
      "v = 327286806.37622327 m / s > c, setting 1/gamma = 0\n",
      "v = 373310320.3133094 m / s > c, setting 1/gamma = 0\n",
      "v = 382774495.53396213 m / s > c, setting 1/gamma = 0\n",
      "v = 422720360.1574283 m / s > c, setting 1/gamma = 0\n",
      "v = 309770114.0510664 m / s > c, setting 1/gamma = 0\n",
      "v = 329108241.01402366 m / s > c, setting 1/gamma = 0\n",
      "v = 669509212.9485031 m / s > c, setting 1/gamma = 0\n",
      "v = 551329260.9721828 m / s > c, setting 1/gamma = 0\n",
      "v = 316703781.63188916 m / s > c, setting 1/gamma = 0\n",
      "v = 337323545.916002 m / s > c, setting 1/gamma = 0\n",
      "v = 304705883.1060202 m / s > c, setting 1/gamma = 0\n",
      "v = 354605910.7680905 m / s > c, setting 1/gamma = 0\n",
      "v = 439499238.80262643 m / s > c, setting 1/gamma = 0\n",
      "v = 461369766.19504684 m / s > c, setting 1/gamma = 0\n",
      "v = 321711951.077209 m / s > c, setting 1/gamma = 0\n",
      "v = 346192646.63444686 m / s > c, setting 1/gamma = 0\n",
      "v = 439239561.94894063 m / s > c, setting 1/gamma = 0\n",
      "v = 463976690.1866289 m / s > c, setting 1/gamma = 0\n",
      "v = 315697270.37627196 m / s > c, setting 1/gamma = 0\n",
      "v = 343832831.7007439 m / s > c, setting 1/gamma = 0\n",
      "v = 394908561.7091728 m / s > c, setting 1/gamma = 0\n",
      "v = 433516453.05500805 m / s > c, setting 1/gamma = 0\n",
      "v = 314509342.9696372 m / s > c, setting 1/gamma = 0\n",
      "v = 322588197.3976247 m / s > c, setting 1/gamma = 0\n",
      "v = 649569058.2879775 m / s > c, setting 1/gamma = 0\n",
      "v = 533941422.43050563 m / s > c, setting 1/gamma = 0\n",
      "v = 332164210.1765932 m / s > c, setting 1/gamma = 0\n",
      "v = 364329682.39790756 m / s > c, setting 1/gamma = 0\n",
      "v = 317270470.74371636 m / s > c, setting 1/gamma = 0\n",
      "v = 654088426.8505452 m / s > c, setting 1/gamma = 0\n",
      "v = 536458518.474857 m / s > c, setting 1/gamma = 0\n",
      "v = 328867915.9616691 m / s > c, setting 1/gamma = 0\n",
      "v = 353213222.8177196 m / s > c, setting 1/gamma = 0\n",
      "v = 459328151.5158099 m / s > c, setting 1/gamma = 0\n",
      "v = 477423940.3932441 m / s > c, setting 1/gamma = 0\n",
      "v = 312906594.2241622 m / s > c, setting 1/gamma = 0\n",
      "v = 301805756.8480475 m / s > c, setting 1/gamma = 0\n",
      "v = 314147878.5085819 m / s > c, setting 1/gamma = 0\n",
      "v = 447315852.1014857 m / s > c, setting 1/gamma = 0\n",
      "v = 467673839.31659806 m / s > c, setting 1/gamma = 0\n",
      "v = 305239502.67491704 m / s > c, setting 1/gamma = 0\n",
      "v = 333610326.9614177 m / s > c, setting 1/gamma = 0\n",
      "v = 305221758.46520835 m / s > c, setting 1/gamma = 0\n",
      "v = 335029394.456637 m / s > c, setting 1/gamma = 0\n",
      "v = 376608293.9057864 m / s > c, setting 1/gamma = 0\n",
      "v = 327302066.4077975 m / s > c, setting 1/gamma = 0\n",
      "v = 322208419.3899525 m / s > c, setting 1/gamma = 0\n",
      "v = 340834567.33782756 m / s > c, setting 1/gamma = 0\n",
      "v = 382070903.32700634 m / s > c, setting 1/gamma = 0\n",
      "v = 422819994.35846317 m / s > c, setting 1/gamma = 0\n",
      "v = 343899650.50116354 m / s > c, setting 1/gamma = 0\n",
      "v = 365057408.465158 m / s > c, setting 1/gamma = 0\n",
      "v = 422540269.1766515 m / s > c, setting 1/gamma = 0\n",
      "v = 453965400.93083054 m / s > c, setting 1/gamma = 0\n",
      "v = 377422439.83847326 m / s > c, setting 1/gamma = 0\n",
      "v = 395292727.5052564 m / s > c, setting 1/gamma = 0\n",
      "v = 356344615.9092602 m / s > c, setting 1/gamma = 0\n",
      "v = 392911002.2600668 m / s > c, setting 1/gamma = 0\n",
      "v = 344575017.6662827 m / s > c, setting 1/gamma = 0\n",
      "v = 395235933.30533296 m / s > c, setting 1/gamma = 0\n",
      "v = 329100290.9725105 m / s > c, setting 1/gamma = 0\n",
      "v = 348129536.4681405 m / s > c, setting 1/gamma = 0\n",
      "v = 336032810.7254557 m / s > c, setting 1/gamma = 0\n",
      "v = 572098248.011784 m / s > c, setting 1/gamma = 0\n",
      "v = 481240338.2796111 m / s > c, setting 1/gamma = 0\n",
      "v = 307338343.7214592 m / s > c, setting 1/gamma = 0\n",
      "v = 313910912.8965436 m / s > c, setting 1/gamma = 0\n",
      "v = 395699703.45168823 m / s > c, setting 1/gamma = 0\n",
      "v = 429398782.6740093 m / s > c, setting 1/gamma = 0\n",
      "v = 351161050.9774444 m / s > c, setting 1/gamma = 0\n",
      "v = 373104730.0977902 m / s > c, setting 1/gamma = 0\n",
      "v = 438938344.83192486 m / s > c, setting 1/gamma = 0\n",
      "v = 460108261.98686165 m / s > c, setting 1/gamma = 0\n",
      "v = 546964667.5793701 m / s > c, setting 1/gamma = 0\n",
      "v = 484106892.5364109 m / s > c, setting 1/gamma = 0\n",
      "v = 319158022.4368518 m / s > c, setting 1/gamma = 0\n",
      "v = 339514794.4947071 m / s > c, setting 1/gamma = 0\n",
      "v = 348892965.0482748 m / s > c, setting 1/gamma = 0\n",
      "v = 391871831.064765 m / s > c, setting 1/gamma = 0\n",
      "v = 316209622.4039708 m / s > c, setting 1/gamma = 0\n",
      "v = 365075016.6318866 m / s > c, setting 1/gamma = 0\n",
      "v = 305133442.60484743 m / s > c, setting 1/gamma = 0\n",
      "v = 474406747.96144557 m / s > c, setting 1/gamma = 0\n",
      "v = 493991017.6032679 m / s > c, setting 1/gamma = 0\n",
      "v = 460105521.29808575 m / s > c, setting 1/gamma = 0\n",
      "v = 472201602.9418267 m / s > c, setting 1/gamma = 0\n",
      "v = 346427161.527971 m / s > c, setting 1/gamma = 0\n",
      "v = 363275835.0037609 m / s > c, setting 1/gamma = 0\n",
      "v = 312297274.5987702 m / s > c, setting 1/gamma = 0\n",
      "v = 399367056.7238342 m / s > c, setting 1/gamma = 0\n",
      "v = 428188262.10356104 m / s > c, setting 1/gamma = 0\n",
      "v = 367184024.19749993 m / s > c, setting 1/gamma = 0\n",
      "v = 407891307.25032306 m / s > c, setting 1/gamma = 0\n",
      "v = 332235208.09334713 m / s > c, setting 1/gamma = 0\n",
      "v = 352115548.61908925 m / s > c, setting 1/gamma = 0\n",
      "v = 398409522.34882754 m / s > c, setting 1/gamma = 0\n",
      "v = 420355075.35900563 m / s > c, setting 1/gamma = 0\n",
      "v = 392804384.21267045 m / s > c, setting 1/gamma = 0\n",
      "v = 428187651.4294868 m / s > c, setting 1/gamma = 0\n",
      "v = 355686053.553781 m / s > c, setting 1/gamma = 0\n",
      "v = 376570681.22431725 m / s > c, setting 1/gamma = 0\n",
      "v = 314097495.3239176 m / s > c, setting 1/gamma = 0\n",
      "v = 337896679.3238198 m / s > c, setting 1/gamma = 0\n",
      "v = 702182768.7817347 m / s > c, setting 1/gamma = 0\n",
      "v = 578763484.2212532 m / s > c, setting 1/gamma = 0\n",
      "v = 332746477.4528093 m / s > c, setting 1/gamma = 0\n",
      "v = 549114015.8370692 m / s > c, setting 1/gamma = 0\n",
      "v = 495049135.72927755 m / s > c, setting 1/gamma = 0\n",
      "v = 303374525.32984465 m / s > c, setting 1/gamma = 0\n",
      "v = 325582402.8709731 m / s > c, setting 1/gamma = 0\n",
      "v = 307653327.4170781 m / s > c, setting 1/gamma = 0\n",
      "v = 490406302.1711931 m / s > c, setting 1/gamma = 0\n",
      "v = 482335765.2247438 m / s > c, setting 1/gamma = 0\n",
      "v = 329145477.5346611 m / s > c, setting 1/gamma = 0\n",
      "v = 304204682.21319896 m / s > c, setting 1/gamma = 0\n",
      "v = 325957770.00557846 m / s > c, setting 1/gamma = 0\n",
      "v = 394629801.09923 m / s > c, setting 1/gamma = 0\n",
      "v = 430102481.4490022 m / s > c, setting 1/gamma = 0\n",
      "v = 304141701.1537584 m / s > c, setting 1/gamma = 0\n",
      "v = 476731687.81818765 m / s > c, setting 1/gamma = 0\n",
      "v = 478449522.0435699 m / s > c, setting 1/gamma = 0\n",
      "v = 321556695.3758667 m / s > c, setting 1/gamma = 0\n",
      "v = 316007035.39333594 m / s > c, setting 1/gamma = 0\n",
      "v = 334376422.71050376 m / s > c, setting 1/gamma = 0\n",
      "v = 316467834.64630336 m / s > c, setting 1/gamma = 0\n",
      "v = 361427054.9496856 m / s > c, setting 1/gamma = 0\n",
      "v = 305186197.232189 m / s > c, setting 1/gamma = 0\n",
      "v = 313754706.9864242 m / s > c, setting 1/gamma = 0\n",
      "v = 364886836.20786744 m / s > c, setting 1/gamma = 0\n",
      "v = 410074291.3749792 m / s > c, setting 1/gamma = 0\n",
      "v = 359211358.3203349 m / s > c, setting 1/gamma = 0\n",
      "v = 382488138.6372375 m / s > c, setting 1/gamma = 0\n",
      "v = 337330370.9094811 m / s > c, setting 1/gamma = 0\n",
      "v = 373690905.08783424 m / s > c, setting 1/gamma = 0\n",
      "v = 341846268.70260227 m / s > c, setting 1/gamma = 0\n",
      "v = 351799411.68358487 m / s > c, setting 1/gamma = 0\n",
      "v = 371619133.70138925 m / s > c, setting 1/gamma = 0\n",
      "v = 303374331.32838184 m / s > c, setting 1/gamma = 0\n",
      "v = 322197676.7061653 m / s > c, setting 1/gamma = 0\n",
      "v = 340484241.92336845 m / s > c, setting 1/gamma = 0\n",
      "v = 343067669.1529051 m / s > c, setting 1/gamma = 0\n",
      "v = 391867609.0593348 m / s > c, setting 1/gamma = 0\n",
      "v = 330119448.7298742 m / s > c, setting 1/gamma = 0\n",
      "v = 356756448.6536018 m / s > c, setting 1/gamma = 0\n",
      "v = 319074775.6200271 m / s > c, setting 1/gamma = 0\n",
      "v = 357485608.6602665 m / s > c, setting 1/gamma = 0\n",
      "v = 309459168.30089444 m / s > c, setting 1/gamma = 0\n",
      "v = 364922606.0750553 m / s > c, setting 1/gamma = 0\n",
      "v = 358639032.7174554 m / s > c, setting 1/gamma = 0\n",
      "v = 383018519.8225436 m / s > c, setting 1/gamma = 0\n",
      "v = 310950845.75984025 m / s > c, setting 1/gamma = 0\n",
      "v = 349545670.5338161 m / s > c, setting 1/gamma = 0\n",
      "v = 300544484.2866478 m / s > c, setting 1/gamma = 0\n",
      "v = 310349068.9851688 m / s > c, setting 1/gamma = 0\n",
      "v = 332256090.7343126 m / s > c, setting 1/gamma = 0\n",
      "v = 345313832.82025033 m / s > c, setting 1/gamma = 0\n",
      "v = 399656723.1978054 m / s > c, setting 1/gamma = 0\n",
      "v = 424203712.7641346 m / s > c, setting 1/gamma = 0\n",
      "v = 453864238.961822 m / s > c, setting 1/gamma = 0\n",
      "v = 344748597.9858646 m / s > c, setting 1/gamma = 0\n",
      "v = 364277274.6416084 m / s > c, setting 1/gamma = 0\n",
      "v = 322091632.47724926 m / s > c, setting 1/gamma = 0\n",
      "v = 439223564.338582 m / s > c, setting 1/gamma = 0\n",
      "v = 467704481.67039657 m / s > c, setting 1/gamma = 0\n",
      "v = 303444434.9984734 m / s > c, setting 1/gamma = 0\n",
      "v = 327712754.5930663 m / s > c, setting 1/gamma = 0\n",
      "v = 373028837.0306751 m / s > c, setting 1/gamma = 0\n",
      "v = 395892789.3260868 m / s > c, setting 1/gamma = 0\n",
      "v = 304960439.3857452 m / s > c, setting 1/gamma = 0\n",
      "v = 583542275.0976357 m / s > c, setting 1/gamma = 0\n",
      "v = 480016162.9461529 m / s > c, setting 1/gamma = 0\n",
      "v = 348439188.71612436 m / s > c, setting 1/gamma = 0\n",
      "v = 360419661.3437805 m / s > c, setting 1/gamma = 0\n",
      "v = 326945077.87103206 m / s > c, setting 1/gamma = 0\n",
      "v = 661547045.8327718 m / s > c, setting 1/gamma = 0\n",
      "v = 544335467.0327805 m / s > c, setting 1/gamma = 0\n",
      "v = 355317261.9742927 m / s > c, setting 1/gamma = 0\n",
      "v = 397841787.4561195 m / s > c, setting 1/gamma = 0\n",
      "v = 316618367.8419815 m / s > c, setting 1/gamma = 0\n",
      "v = 338519599.5763172 m / s > c, setting 1/gamma = 0\n",
      "v = 375585271.200241 m / s > c, setting 1/gamma = 0\n",
      "v = 397145634.7559014 m / s > c, setting 1/gamma = 0\n",
      "v = 301633168.3148086 m / s > c, setting 1/gamma = 0\n",
      "v = 564905021.5395192 m / s > c, setting 1/gamma = 0\n",
      "v = 465031109.04676384 m / s > c, setting 1/gamma = 0\n",
      "v = 307537729.51142836 m / s > c, setting 1/gamma = 0\n",
      "v = 326719624.0766206 m / s > c, setting 1/gamma = 0\n",
      "v = 328773362.30291384 m / s > c, setting 1/gamma = 0\n",
      "v = 359893740.89991564 m / s > c, setting 1/gamma = 0\n",
      "v = 504804255.581458 m / s > c, setting 1/gamma = 0\n",
      "v = 485362403.8013391 m / s > c, setting 1/gamma = 0\n",
      "v = 403365600.72242785 m / s > c, setting 1/gamma = 0\n",
      "v = 437025790.46460545 m / s > c, setting 1/gamma = 0\n",
      "v = 317633213.90803885 m / s > c, setting 1/gamma = 0\n",
      "v = 315353599.58830947 m / s > c, setting 1/gamma = 0\n",
      "v = 320776797.86024386 m / s > c, setting 1/gamma = 0\n",
      "v = 644108237.2977977 m / s > c, setting 1/gamma = 0\n",
      "v = 529868064.227534 m / s > c, setting 1/gamma = 0\n",
      "v = 351324610.3434257 m / s > c, setting 1/gamma = 0\n",
      "v = 362755316.4137524 m / s > c, setting 1/gamma = 0\n",
      "v = 332329240.38051176 m / s > c, setting 1/gamma = 0\n",
      "v = 320130419.44339395 m / s > c, setting 1/gamma = 0\n",
      "v = 648933254.9859338 m / s > c, setting 1/gamma = 0\n",
      "v = 532604330.91336524 m / s > c, setting 1/gamma = 0\n",
      "v = 300109470.8637135 m / s > c, setting 1/gamma = 0\n",
      "v = 320180572.8140267 m / s > c, setting 1/gamma = 0\n",
      "v = 367796877.77727675 m / s > c, setting 1/gamma = 0\n",
      "v = 380271277.4850503 m / s > c, setting 1/gamma = 0\n",
      "v = 421347194.4914184 m / s > c, setting 1/gamma = 0\n",
      "v = 300476403.9277998 m / s > c, setting 1/gamma = 0\n",
      "v = 318625426.5164013 m / s > c, setting 1/gamma = 0\n",
      "v = 356556482.2482761 m / s > c, setting 1/gamma = 0\n",
      "v = 304980541.1332391 m / s > c, setting 1/gamma = 0\n",
      "v = 331915991.70430356 m / s > c, setting 1/gamma = 0\n",
      "v = 363607013.81285083 m / s > c, setting 1/gamma = 0\n",
      "v = 415672299.9299105 m / s > c, setting 1/gamma = 0\n",
      "v = 447072845.284935 m / s > c, setting 1/gamma = 0\n",
      "v = 477001139.1933819 m / s > c, setting 1/gamma = 0\n",
      "v = 484328837.1080506 m / s > c, setting 1/gamma = 0\n",
      "v = 323557716.53335714 m / s > c, setting 1/gamma = 0\n",
      "v = 343991649.63975674 m / s > c, setting 1/gamma = 0\n",
      "v = 346160851.5700877 m / s > c, setting 1/gamma = 0\n",
      "v = 390852773.1876659 m / s > c, setting 1/gamma = 0\n",
      "v = 324847889.15470934 m / s > c, setting 1/gamma = 0\n",
      "v = 319062347.210127 m / s > c, setting 1/gamma = 0\n",
      "v = 364121938.2893185 m / s > c, setting 1/gamma = 0\n",
      "v = 313286293.3939466 m / s > c, setting 1/gamma = 0\n",
      "v = 380917412.89211965 m / s > c, setting 1/gamma = 0\n",
      "v = 395337649.7845572 m / s > c, setting 1/gamma = 0\n",
      "v = 318843377.0588214 m / s > c, setting 1/gamma = 0\n",
      "v = 351619295.2590319 m / s > c, setting 1/gamma = 0\n",
      "v = 316637085.0408772 m / s > c, setting 1/gamma = 0\n",
      "v = 321622275.3377346 m / s > c, setting 1/gamma = 0\n",
      "v = 343846687.4469037 m / s > c, setting 1/gamma = 0\n",
      "v = 299825315.2282833 m / s > c, setting 1/gamma = 0\n",
      "v = 349547069.25775117 m / s > c, setting 1/gamma = 0\n",
      "v = 386665257.0078216 m / s > c, setting 1/gamma = 0\n",
      "v = 319184290.51172704 m / s > c, setting 1/gamma = 0\n",
      "v = 308982916.1364651 m / s > c, setting 1/gamma = 0\n",
      "v = 325857155.6305489 m / s > c, setting 1/gamma = 0\n",
      "v = 373395345.24132943 m / s > c, setting 1/gamma = 0\n",
      "v = 332493457.5590112 m / s > c, setting 1/gamma = 0\n",
      "v = 379769986.81612986 m / s > c, setting 1/gamma = 0\n",
      "v = 311260572.28111464 m / s > c, setting 1/gamma = 0\n",
      "v = 356408470.41817296 m / s > c, setting 1/gamma = 0\n",
      "v = 773813739.5935984 m / s > c, setting 1/gamma = 0\n",
      "v = 640081777.9118594 m / s > c, setting 1/gamma = 0\n",
      "v = 314845154.1554151 m / s > c, setting 1/gamma = 0\n",
      "v = 342519594.7183601 m / s > c, setting 1/gamma = 0\n",
      "v = 413792484.224297 m / s > c, setting 1/gamma = 0\n",
      "v = 447587983.97812515 m / s > c, setting 1/gamma = 0\n",
      "v = 346677237.07250136 m / s > c, setting 1/gamma = 0\n",
      "v = 372054513.5781993 m / s > c, setting 1/gamma = 0\n",
      "v = 335040257.05778766 m / s > c, setting 1/gamma = 0\n",
      "v = 379591423.04406464 m / s > c, setting 1/gamma = 0\n",
      "v = 410372106.0508634 m / s > c, setting 1/gamma = 0\n",
      "v = 447797536.2093933 m / s > c, setting 1/gamma = 0\n",
      "v = 307913301.7558836 m / s > c, setting 1/gamma = 0\n",
      "v = 338812324.8521911 m / s > c, setting 1/gamma = 0\n",
      "v = 372763637.73956394 m / s > c, setting 1/gamma = 0\n",
      "v = 416840309.8112105 m / s > c, setting 1/gamma = 0\n",
      "v = 446810098.2755728 m / s > c, setting 1/gamma = 0\n",
      "v = 476328619.1412599 m / s > c, setting 1/gamma = 0\n",
      "v = 305054293.6985223 m / s > c, setting 1/gamma = 0\n",
      "v = 328973873.2496021 m / s > c, setting 1/gamma = 0\n",
      "v = 355007254.5815599 m / s > c, setting 1/gamma = 0\n",
      "v = 381444768.78343266 m / s > c, setting 1/gamma = 0\n",
      "v = 553663624.9355401 m / s > c, setting 1/gamma = 0\n",
      "v = 500682117.6362005 m / s > c, setting 1/gamma = 0\n",
      "v = 372118351.6861064 m / s > c, setting 1/gamma = 0\n",
      "v = 391117866.1316167 m / s > c, setting 1/gamma = 0\n",
      "v = 322890895.14369726 m / s > c, setting 1/gamma = 0\n",
      "v = 360916025.9745825 m / s > c, setting 1/gamma = 0\n",
      "v = 320108227.145179 m / s > c, setting 1/gamma = 0\n",
      "v = 372322420.6552775 m / s > c, setting 1/gamma = 0\n",
      "v = 334832564.78742486 m / s > c, setting 1/gamma = 0\n",
      "v = 353773487.3269679 m / s > c, setting 1/gamma = 0\n",
      "v = 318774468.08927184 m / s > c, setting 1/gamma = 0\n",
      "v = 558545360.6875759 m / s > c, setting 1/gamma = 0\n",
      "v = 498263478.614486 m / s > c, setting 1/gamma = 0\n",
      "v = 337435393.2710766 m / s > c, setting 1/gamma = 0\n",
      "v = 363279054.4355195 m / s > c, setting 1/gamma = 0\n",
      "v = 306813434.2208737 m / s > c, setting 1/gamma = 0\n",
      "v = 410952877.69217485 m / s > c, setting 1/gamma = 0\n",
      "v = 443540159.1399687 m / s > c, setting 1/gamma = 0\n",
      "v = 301070294.5841191 m / s > c, setting 1/gamma = 0\n",
      "v = 323091319.20377815 m / s > c, setting 1/gamma = 0\n",
      "v = 303326195.9787357 m / s > c, setting 1/gamma = 0\n",
      "v = 590749254.9763931 m / s > c, setting 1/gamma = 0\n",
      "v = 484212813.49111646 m / s > c, setting 1/gamma = 0\n",
      "v = 391741486.5716317 m / s > c, setting 1/gamma = 0\n",
      "v = 419287256.721741 m / s > c, setting 1/gamma = 0\n",
      "v = 331818810.30302626 m / s > c, setting 1/gamma = 0\n",
      "v = 374152283.5804056 m / s > c, setting 1/gamma = 0\n",
      "v = 313700382.02379394 m / s > c, setting 1/gamma = 0\n",
      "v = 319605034.6909918 m / s > c, setting 1/gamma = 0\n",
      "v = 643631581.89774 m / s > c, setting 1/gamma = 0\n",
      "v = 528791456.68079734 m / s > c, setting 1/gamma = 0\n",
      "v = 310367024.90109617 m / s > c, setting 1/gamma = 0\n",
      "v = 331320757.0736492 m / s > c, setting 1/gamma = 0\n",
      "v = 452728055.3803733 m / s > c, setting 1/gamma = 0\n",
      "v = 464033398.3823781 m / s > c, setting 1/gamma = 0\n",
      "v = 302407504.84422225 m / s > c, setting 1/gamma = 0\n",
      "v = 321695213.5404563 m / s > c, setting 1/gamma = 0\n",
      "v = 402706496.16816545 m / s > c, setting 1/gamma = 0\n",
      "v = 437678782.1294191 m / s > c, setting 1/gamma = 0\n",
      "v = 353170058.050159 m / s > c, setting 1/gamma = 0\n",
      "v = 374340433.83209085 m / s > c, setting 1/gamma = 0\n",
      "v = 362722024.8139411 m / s > c, setting 1/gamma = 0\n",
      "v = 407289395.3790028 m / s > c, setting 1/gamma = 0\n",
      "v = 387537267.0133036 m / s > c, setting 1/gamma = 0\n",
      "v = 400224718.3658477 m / s > c, setting 1/gamma = 0\n",
      "v = 312260145.29685926 m / s > c, setting 1/gamma = 0\n",
      "v = 351576546.1976436 m / s > c, setting 1/gamma = 0\n",
      "v = 356245485.87887436 m / s > c, setting 1/gamma = 0\n",
      "v = 405007026.11744785 m / s > c, setting 1/gamma = 0\n",
      "v = 320255038.60285836 m / s > c, setting 1/gamma = 0\n",
      "v = 427009843.2353136 m / s > c, setting 1/gamma = 0\n",
      "v = 452811714.2745825 m / s > c, setting 1/gamma = 0\n",
      "v = 367244404.4627396 m / s > c, setting 1/gamma = 0\n",
      "v = 395783196.4586398 m / s > c, setting 1/gamma = 0\n",
      "v = 358361770.228751 m / s > c, setting 1/gamma = 0\n",
      "v = 400778373.4122761 m / s > c, setting 1/gamma = 0\n",
      "v = 301430393.85750365 m / s > c, setting 1/gamma = 0\n",
      "v = 314334678.33787477 m / s > c, setting 1/gamma = 0\n",
      "v = 343349101.41777855 m / s > c, setting 1/gamma = 0\n",
      "v = 336010113.2549416 m / s > c, setting 1/gamma = 0\n",
      "v = 377220680.793569 m / s > c, setting 1/gamma = 0\n",
      "v = 329091748.45288736 m / s > c, setting 1/gamma = 0\n",
      "v = 316727701.4451443 m / s > c, setting 1/gamma = 0\n",
      "v = 336747858.3452123 m / s > c, setting 1/gamma = 0\n",
      "v = 319203902.55293983 m / s > c, setting 1/gamma = 0\n",
      "v = 534446639.3891286 m / s > c, setting 1/gamma = 0\n",
      "v = 489695404.95805746 m / s > c, setting 1/gamma = 0\n",
      "v = 309951569.2394353 m / s > c, setting 1/gamma = 0\n",
      "v = 328842904.3786714 m / s > c, setting 1/gamma = 0\n",
      "v = 342762638.289009 m / s > c, setting 1/gamma = 0\n",
      "v = 388373151.32852495 m / s > c, setting 1/gamma = 0\n",
      "v = 339175672.44437337 m / s > c, setting 1/gamma = 0\n",
      "v = 362502589.6374619 m / s > c, setting 1/gamma = 0\n",
      "v = 374236777.99048084 m / s > c, setting 1/gamma = 0\n",
      "v = 417482429.5100194 m / s > c, setting 1/gamma = 0\n",
      "v = 314842120.6439639 m / s > c, setting 1/gamma = 0\n",
      "v = 343796163.8475024 m / s > c, setting 1/gamma = 0\n",
      "v = 306909420.87846684 m / s > c, setting 1/gamma = 0\n",
      "v = 349158156.3994065 m / s > c, setting 1/gamma = 0\n",
      "v = 382325417.3401592 m / s > c, setting 1/gamma = 0\n",
      "v = 425143310.089044 m / s > c, setting 1/gamma = 0\n",
      "v = 302096461.9841359 m / s > c, setting 1/gamma = 0\n",
      "v = 346187201.18541235 m / s > c, setting 1/gamma = 0\n",
      "v = 378988013.6752514 m / s > c, setting 1/gamma = 0\n",
      "v = 303054123.71717155 m / s > c, setting 1/gamma = 0\n",
      "v = 346757145.60295725 m / s > c, setting 1/gamma = 0\n",
      "v = 313977273.1977611 m / s > c, setting 1/gamma = 0\n",
      "v = 355748782.96071655 m / s > c, setting 1/gamma = 0\n",
      "v = 373299275.15075177 m / s > c, setting 1/gamma = 0\n",
      "v = 478542047.4186695 m / s > c, setting 1/gamma = 0\n",
      "v = 487099546.6606776 m / s > c, setting 1/gamma = 0\n",
      "v = 325298521.4537452 m / s > c, setting 1/gamma = 0\n",
      "v = 346454857.2448376 m / s > c, setting 1/gamma = 0\n",
      "v = 328313315.3700442 m / s > c, setting 1/gamma = 0\n",
      "v = 353166533.1470725 m / s > c, setting 1/gamma = 0\n",
      "v = 427845083.2950867 m / s > c, setting 1/gamma = 0\n",
      "v = 451209879.81932884 m / s > c, setting 1/gamma = 0\n",
      "v = 358114792.7713444 m / s > c, setting 1/gamma = 0\n",
      "v = 374071879.22422254 m / s > c, setting 1/gamma = 0\n",
      "v = 488057209.1797205 m / s > c, setting 1/gamma = 0\n",
      "v = 484554578.5829703 m / s > c, setting 1/gamma = 0\n",
      "v = 331486988.30513 m / s > c, setting 1/gamma = 0\n",
      "v = 311426395.44071174 m / s > c, setting 1/gamma = 0\n",
      "v = 331782575.36114895 m / s > c, setting 1/gamma = 0\n",
      "v = 316877560.90028656 m / s > c, setting 1/gamma = 0\n",
      "v = 363270864.358592 m / s > c, setting 1/gamma = 0\n",
      "v = 301147249.94716716 m / s > c, setting 1/gamma = 0\n",
      "v = 312551390.479449 m / s > c, setting 1/gamma = 0\n",
      "v = 322888680.9362714 m / s > c, setting 1/gamma = 0\n",
      "v = 369149098.99598444 m / s > c, setting 1/gamma = 0\n",
      "v = 303848353.11851233 m / s > c, setting 1/gamma = 0\n",
      "v = 344318141.0163027 m / s > c, setting 1/gamma = 0\n",
      "v = 389370447.83854145 m / s > c, setting 1/gamma = 0\n",
      "v = 323152489.9015542 m / s > c, setting 1/gamma = 0\n",
      "v = 348005970.8216137 m / s > c, setting 1/gamma = 0\n",
      "v = 351256688.7744431 m / s > c, setting 1/gamma = 0\n",
      "v = 398240243.1952127 m / s > c, setting 1/gamma = 0\n",
      "v = 358127089.84618163 m / s > c, setting 1/gamma = 0\n",
      "v = 380306307.61781746 m / s > c, setting 1/gamma = 0\n",
      "v = 310719949.73773444 m / s > c, setting 1/gamma = 0\n",
      "v = 307738589.2186662 m / s > c, setting 1/gamma = 0\n",
      "v = 616643343.1651864 m / s > c, setting 1/gamma = 0\n",
      "v = 505934846.6644308 m / s > c, setting 1/gamma = 0\n",
      "v = 305005313.8987249 m / s > c, setting 1/gamma = 0\n",
      "v = 322207958.51648575 m / s > c, setting 1/gamma = 0\n",
      "v = 301913465.07973206 m / s > c, setting 1/gamma = 0\n",
      "v = 593766877.3242558 m / s > c, setting 1/gamma = 0\n",
      "v = 485983621.6447423 m / s > c, setting 1/gamma = 0\n",
      "v = 322354376.8702283 m / s > c, setting 1/gamma = 0\n",
      "v = 305499209.90530604 m / s > c, setting 1/gamma = 0\n",
      "v = 609518515.018719 m / s > c, setting 1/gamma = 0\n",
      "v = 499625013.5485233 m / s > c, setting 1/gamma = 0\n",
      "v = 301684711.8585646 m / s > c, setting 1/gamma = 0\n",
      "v = 319406939.8154557 m / s > c, setting 1/gamma = 0\n",
      "v = 640237516.5128198 m / s > c, setting 1/gamma = 0\n",
      "v = 527299918.2290495 m / s > c, setting 1/gamma = 0\n",
      "v = 300009507.958021 m / s > c, setting 1/gamma = 0\n",
      "v = 320673360.9570942 m / s > c, setting 1/gamma = 0\n",
      "v = 472373537.3845701 m / s > c, setting 1/gamma = 0\n",
      "v = 475146838.9613009 m / s > c, setting 1/gamma = 0\n",
      "v = 301194566.7333288 m / s > c, setting 1/gamma = 0\n",
      "v = 308392858.14124167 m / s > c, setting 1/gamma = 0\n",
      "v = 445931829.0188937 m / s > c, setting 1/gamma = 0\n",
      "v = 466076258.027066 m / s > c, setting 1/gamma = 0\n",
      "v = 334691618.82600003 m / s > c, setting 1/gamma = 0\n",
      "v = 355543274.1295779 m / s > c, setting 1/gamma = 0\n",
      "v = 491016637.5861962 m / s > c, setting 1/gamma = 0\n",
      "v = 509649698.8920179 m / s > c, setting 1/gamma = 0\n",
      "v = 430208830.823034 m / s > c, setting 1/gamma = 0\n",
      "v = 453939349.1339221 m / s > c, setting 1/gamma = 0\n",
      "v = 372040682.87510765 m / s > c, setting 1/gamma = 0\n",
      "v = 386942008.58852315 m / s > c, setting 1/gamma = 0\n",
      "v = 309334432.68025756 m / s > c, setting 1/gamma = 0\n",
      "v = 429621461.83104056 m / s > c, setting 1/gamma = 0\n",
      "v = 455109215.0100097 m / s > c, setting 1/gamma = 0\n",
      "v = 321585129.48249334 m / s > c, setting 1/gamma = 0\n",
      "v = 370204438.3757331 m / s > c, setting 1/gamma = 0\n",
      "v = 304958549.48745424 m / s > c, setting 1/gamma = 0\n",
      "v = 348477783.20255953 m / s > c, setting 1/gamma = 0\n",
      "v = 374850221.3025563 m / s > c, setting 1/gamma = 0\n",
      "v = 364644935.67983085 m / s > c, setting 1/gamma = 0\n",
      "v = 406616411.18216884 m / s > c, setting 1/gamma = 0\n",
      "v = 336080029.8739708 m / s > c, setting 1/gamma = 0\n",
      "v = 358518397.9356613 m / s > c, setting 1/gamma = 0\n",
      "v = 434960604.7738208 m / s > c, setting 1/gamma = 0\n",
      "v = 461176992.9627083 m / s > c, setting 1/gamma = 0\n",
      "v = 310199479.00508565 m / s > c, setting 1/gamma = 0\n",
      "v = 418310176.9153095 m / s > c, setting 1/gamma = 0\n",
      "v = 449278037.13613605 m / s > c, setting 1/gamma = 0\n",
      "v = 344190235.9359803 m / s > c, setting 1/gamma = 0\n",
      "v = 367860734.716112 m / s > c, setting 1/gamma = 0\n",
      "v = 300483560.991505 m / s > c, setting 1/gamma = 0\n",
      "v = 347822114.77516836 m / s > c, setting 1/gamma = 0\n",
      "v = 391136538.36673605 m / s > c, setting 1/gamma = 0\n",
      "v = 304434265.24470276 m / s > c, setting 1/gamma = 0\n",
      "v = 363617479.9775409 m / s > c, setting 1/gamma = 0\n",
      "v = 396284623.466251 m / s > c, setting 1/gamma = 0\n",
      "v = 316076754.8264922 m / s > c, setting 1/gamma = 0\n",
      "v = 315172723.4105481 m / s > c, setting 1/gamma = 0\n",
      "v = 339187894.62256575 m / s > c, setting 1/gamma = 0\n",
      "v = 333556348.5417535 m / s > c, setting 1/gamma = 0\n",
      "v = 408176949.00767595 m / s > c, setting 1/gamma = 0\n",
      "v = 444973151.9677885 m / s > c, setting 1/gamma = 0\n",
      "v = 311646371.7507078 m / s > c, setting 1/gamma = 0\n",
      "v = 332021677.6570937 m / s > c, setting 1/gamma = 0\n",
      "v = 321219376.77307165 m / s > c, setting 1/gamma = 0\n",
      "v = 352122959.6862021 m / s > c, setting 1/gamma = 0\n",
      "v = 523826785.37719536 m / s > c, setting 1/gamma = 0\n",
      "v = 493204146.4926396 m / s > c, setting 1/gamma = 0\n",
      "v = 319030039.83966297 m / s > c, setting 1/gamma = 0\n",
      "v = 310868592.4448905 m / s > c, setting 1/gamma = 0\n",
      "v = 353431215.58606493 m / s > c, setting 1/gamma = 0\n",
      "v = 400095471.6536471 m / s > c, setting 1/gamma = 0\n",
      "v = 354042545.4444971 m / s > c, setting 1/gamma = 0\n",
      "v = 376882378.15835536 m / s > c, setting 1/gamma = 0\n",
      "v = 311916672.44432735 m / s > c, setting 1/gamma = 0\n",
      "v = 540039119.1450236 m / s > c, setting 1/gamma = 0\n",
      "v = 500870219.430197 m / s > c, setting 1/gamma = 0\n",
      "v = 300057314.8371101 m / s > c, setting 1/gamma = 0\n",
      "v = 353642506.6274447 m / s > c, setting 1/gamma = 0\n",
      "v = 375847113.6040479 m / s > c, setting 1/gamma = 0\n",
      "v = 393773982.84062815 m / s > c, setting 1/gamma = 0\n",
      "v = 315173828.2043162 m / s > c, setting 1/gamma = 0\n",
      "v = 355886798.67718196 m / s > c, setting 1/gamma = 0\n",
      "v = 375180915.9082402 m / s > c, setting 1/gamma = 0\n",
      "v = 421508771.2097948 m / s > c, setting 1/gamma = 0\n",
      "v = 336311564.2906417 m / s > c, setting 1/gamma = 0\n",
      "v = 364429811.6752211 m / s > c, setting 1/gamma = 0\n",
      "v = 363648937.03456086 m / s > c, setting 1/gamma = 0\n",
      "v = 405842342.9441357 m / s > c, setting 1/gamma = 0\n",
      "v = 400293450.645717 m / s > c, setting 1/gamma = 0\n",
      "v = 443916990.1862219 m / s > c, setting 1/gamma = 0\n",
      "v = 314605069.7352613 m / s > c, setting 1/gamma = 0\n",
      "v = 336869835.6267883 m / s > c, setting 1/gamma = 0\n",
      "v = 359565910.07995933 m / s > c, setting 1/gamma = 0\n",
      "v = 409059750.9185978 m / s > c, setting 1/gamma = 0\n",
      "v = 301957330.8373567 m / s > c, setting 1/gamma = 0\n",
      "v = 325302376.61364025 m / s > c, setting 1/gamma = 0\n",
      "v = 418652553.54610914 m / s > c, setting 1/gamma = 0\n",
      "v = 446777292.2215187 m / s > c, setting 1/gamma = 0\n",
      "v = 305333432.3822924 m / s > c, setting 1/gamma = 0\n",
      "v = 325784222.0446653 m / s > c, setting 1/gamma = 0\n",
      "v = 328080706.30652094 m / s > c, setting 1/gamma = 0\n",
      "v = 674313552.4650141 m / s > c, setting 1/gamma = 0\n",
      "v = 554794302.5517062 m / s > c, setting 1/gamma = 0\n",
      "v = 343274915.76027256 m / s > c, setting 1/gamma = 0\n",
      "v = 369680383.6626426 m / s > c, setting 1/gamma = 0\n",
      "v = 446742841.3800346 m / s > c, setting 1/gamma = 0\n",
      "v = 461893083.7444157 m / s > c, setting 1/gamma = 0\n",
      "v = 313317669.8588297 m / s > c, setting 1/gamma = 0\n",
      "v = 333636587.52581954 m / s > c, setting 1/gamma = 0\n",
      "v = 362778363.5346265 m / s > c, setting 1/gamma = 0\n",
      "v = 406682540.46136254 m / s > c, setting 1/gamma = 0\n",
      "v = 358103341.87534165 m / s > c, setting 1/gamma = 0\n",
      "v = 377219382.8204194 m / s > c, setting 1/gamma = 0\n",
      "v = 319029037.8389214 m / s > c, setting 1/gamma = 0\n",
      "v = 512134989.0260255 m / s > c, setting 1/gamma = 0\n",
      "v = 492412584.0303968 m / s > c, setting 1/gamma = 0\n",
      "v = 333255963.97220117 m / s > c, setting 1/gamma = 0\n",
      "v = 356645163.78757125 m / s > c, setting 1/gamma = 0\n",
      "v = 325887921.188 m / s > c, setting 1/gamma = 0\n",
      "v = 347282285.3018667 m / s > c, setting 1/gamma = 0\n",
      "v = 328789553.81801766 m / s > c, setting 1/gamma = 0\n",
      "v = 356121481.6920277 m / s > c, setting 1/gamma = 0\n",
      "v = 460198613.9833635 m / s > c, setting 1/gamma = 0\n",
      "v = 473981538.5829695 m / s > c, setting 1/gamma = 0\n",
      "v = 355893602.14656615 m / s > c, setting 1/gamma = 0\n",
      "v = 371233411.6232052 m / s > c, setting 1/gamma = 0\n",
      "v = 379874189.30243295 m / s > c, setting 1/gamma = 0\n",
      "v = 421237832.5738071 m / s > c, setting 1/gamma = 0\n",
      "v = 350388658.32593054 m / s > c, setting 1/gamma = 0\n",
      "v = 370729597.08176136 m / s > c, setting 1/gamma = 0\n",
      "v = 346337656.33912355 m / s > c, setting 1/gamma = 0\n",
      "v = 393540414.5542852 m / s > c, setting 1/gamma = 0\n",
      "v = 385955066.14765203 m / s > c, setting 1/gamma = 0\n",
      "v = 401063307.97212493 m / s > c, setting 1/gamma = 0\n",
      "v = 326406253.6501942 m / s > c, setting 1/gamma = 0\n",
      "v = 361780057.6771597 m / s > c, setting 1/gamma = 0\n",
      "v = 306288285.2320546 m / s > c, setting 1/gamma = 0\n",
      "v = 306482899.63715386 m / s > c, setting 1/gamma = 0\n",
      "v = 329196467.0340356 m / s > c, setting 1/gamma = 0\n",
      "v = 316930325.4614983 m / s > c, setting 1/gamma = 0\n",
      "v = 380026347.2346704 m / s > c, setting 1/gamma = 0\n",
      "v = 417801284.5316801 m / s > c, setting 1/gamma = 0\n",
      "v = 300359853.46186626 m / s > c, setting 1/gamma = 0\n",
      "v = 328097119.84944904 m / s > c, setting 1/gamma = 0\n",
      "v = 369888787.2836674 m / s > c, setting 1/gamma = 0\n",
      "v = 414842145.7191962 m / s > c, setting 1/gamma = 0\n",
      "v = 302489467.40227234 m / s > c, setting 1/gamma = 0\n",
      "v = 310514416.9008563 m / s > c, setting 1/gamma = 0\n",
      "v = 324056024.8712822 m / s > c, setting 1/gamma = 0\n",
      "v = 660084680.3073331 m / s > c, setting 1/gamma = 0\n",
      "v = 543334879.96298 m / s > c, setting 1/gamma = 0\n",
      "v = 351237184.2064561 m / s > c, setting 1/gamma = 0\n",
      "v = 366698436.50374234 m / s > c, setting 1/gamma = 0\n",
      "v = 314775039.1778213 m / s > c, setting 1/gamma = 0\n",
      "v = 331339119.3855166 m / s > c, setting 1/gamma = 0\n",
      "v = 686345697.872935 m / s > c, setting 1/gamma = 0\n",
      "v = 564980181.0962025 m / s > c, setting 1/gamma = 0\n",
      "v = 306527505.8749773 m / s > c, setting 1/gamma = 0\n",
      "v = 301253583.9962438 m / s > c, setting 1/gamma = 0\n",
      "v = 348080583.2820108 m / s > c, setting 1/gamma = 0\n",
      "v = 338663116.7076947 m / s > c, setting 1/gamma = 0\n",
      "v = 386970838.7488095 m / s > c, setting 1/gamma = 0\n",
      "v = 303737689.26785934 m / s > c, setting 1/gamma = 0\n",
      "v = 333653332.9029928 m / s > c, setting 1/gamma = 0\n",
      "v = 319885825.49679726 m / s > c, setting 1/gamma = 0\n",
      "v = 353046002.403282 m / s > c, setting 1/gamma = 0\n",
      "v = 357058770.6412783 m / s > c, setting 1/gamma = 0\n",
      "v = 408024244.71480423 m / s > c, setting 1/gamma = 0\n",
      "v = 317455027.07212085 m / s > c, setting 1/gamma = 0\n",
      "v = 339493362.62291294 m / s > c, setting 1/gamma = 0\n",
      "v = 439691282.362072 m / s > c, setting 1/gamma = 0\n",
      "v = 453498212.02991253 m / s > c, setting 1/gamma = 0\n",
      "v = 308736682.88105166 m / s > c, setting 1/gamma = 0\n",
      "v = 327327078.3720271 m / s > c, setting 1/gamma = 0\n",
      "v = 329065142.404524 m / s > c, setting 1/gamma = 0\n",
      "v = 354379962.5957627 m / s > c, setting 1/gamma = 0\n",
      "v = 534452243.96985584 m / s > c, setting 1/gamma = 0\n",
      "v = 500489339.3412601 m / s > c, setting 1/gamma = 0\n",
      "v = 320465830.48298997 m / s > c, setting 1/gamma = 0\n",
      "v = 318874750.2519069 m / s > c, setting 1/gamma = 0\n",
      "v = 340597512.59664875 m / s > c, setting 1/gamma = 0\n",
      "v = 301220696.30725014 m / s > c, setting 1/gamma = 0\n",
      "v = 351067522.09877497 m / s > c, setting 1/gamma = 0\n",
      "v = 395469840.0436641 m / s > c, setting 1/gamma = 0\n",
      "v = 303934545.04258233 m / s > c, setting 1/gamma = 0\n",
      "v = 330712648.4473049 m / s > c, setting 1/gamma = 0\n",
      "v = 383754187.8373633 m / s > c, setting 1/gamma = 0\n",
      "v = 422472735.2018265 m / s > c, setting 1/gamma = 0\n",
      "v = 307826929.3267614 m / s > c, setting 1/gamma = 0\n",
      "v = 330067329.17059803 m / s > c, setting 1/gamma = 0\n",
      "v = 313407233.67071116 m / s > c, setting 1/gamma = 0\n",
      "v = 349596291.3935683 m / s > c, setting 1/gamma = 0\n",
      "v = 491438720.7342034 m / s > c, setting 1/gamma = 0\n",
      "v = 506104733.81335115 m / s > c, setting 1/gamma = 0\n",
      "v = 458747865.61693394 m / s > c, setting 1/gamma = 0\n",
      "v = 470928188.0150616 m / s > c, setting 1/gamma = 0\n",
      "v = 380092398.96737695 m / s > c, setting 1/gamma = 0\n",
      "v = 390265963.89215064 m / s > c, setting 1/gamma = 0\n",
      "v = 328527975.6229688 m / s > c, setting 1/gamma = 0\n",
      "v = 306150045.6350618 m / s > c, setting 1/gamma = 0\n",
      "v = 597579431.1284536 m / s > c, setting 1/gamma = 0\n",
      "v = 489141771.1245144 m / s > c, setting 1/gamma = 0\n",
      "v = 307469507.2156969 m / s > c, setting 1/gamma = 0\n",
      "v = 324302945.41541225 m / s > c, setting 1/gamma = 0\n",
      "v = 553223565.9887222 m / s > c, setting 1/gamma = 0\n",
      "v = 504331259.68646455 m / s > c, setting 1/gamma = 0\n",
      "v = 314893858.4925726 m / s > c, setting 1/gamma = 0\n",
      "v = 336866560.88202983 m / s > c, setting 1/gamma = 0\n",
      "v = 336130450.544752 m / s > c, setting 1/gamma = 0\n",
      "v = 359311761.5115078 m / s > c, setting 1/gamma = 0\n",
      "v = 419607237.8285246 m / s > c, setting 1/gamma = 0\n",
      "v = 439139303.54372257 m / s > c, setting 1/gamma = 0\n",
      "v = 318006220.62135303 m / s > c, setting 1/gamma = 0\n",
      "v = 307497475.78980744 m / s > c, setting 1/gamma = 0\n",
      "v = 350921970.02619326 m / s > c, setting 1/gamma = 0\n",
      "v = 309777265.8924422 m / s > c, setting 1/gamma = 0\n",
      "v = 561099660.28218 m / s > c, setting 1/gamma = 0\n",
      "v = 490764202.2521341 m / s > c, setting 1/gamma = 0\n",
      "v = 395786240.9689386 m / s > c, setting 1/gamma = 0\n",
      "v = 435991860.81499743 m / s > c, setting 1/gamma = 0\n",
      "v = 341299062.75396204 m / s > c, setting 1/gamma = 0\n",
      "v = 356835548.07626665 m / s > c, setting 1/gamma = 0\n",
      "v = 301801715.0125702 m / s > c, setting 1/gamma = 0\n",
      "v = 316500358.28513515 m / s > c, setting 1/gamma = 0\n",
      "v = 355662885.2544469 m / s > c, setting 1/gamma = 0\n",
      "v = 318840487.14668065 m / s > c, setting 1/gamma = 0\n",
      "v = 347838880.0412734 m / s > c, setting 1/gamma = 0\n",
      "v = 362675992.27006274 m / s > c, setting 1/gamma = 0\n",
      "v = 309303375.1724039 m / s > c, setting 1/gamma = 0\n",
      "v = 340898080.12099403 m / s > c, setting 1/gamma = 0\n",
      "v = 497778473.5901381 m / s > c, setting 1/gamma = 0\n",
      "v = 491561376.87858576 m / s > c, setting 1/gamma = 0\n",
      "v = 310638844.69650465 m / s > c, setting 1/gamma = 0\n",
      "v = 300222904.19147843 m / s > c, setting 1/gamma = 0\n",
      "v = 321961128.65165997 m / s > c, setting 1/gamma = 0\n",
      "v = 326947438.80719924 m / s > c, setting 1/gamma = 0\n",
      "v = 317536832.162477 m / s > c, setting 1/gamma = 0\n",
      "v = 340750740.6714537 m / s > c, setting 1/gamma = 0\n",
      "v = 322092874.1921852 m / s > c, setting 1/gamma = 0\n",
      "v = 352484575.66654515 m / s > c, setting 1/gamma = 0\n",
      "v = 450457717.97485834 m / s > c, setting 1/gamma = 0\n",
      "v = 460288711.7041378 m / s > c, setting 1/gamma = 0\n",
      "v = 301308431.43777686 m / s > c, setting 1/gamma = 0\n",
      "v = 309539671.208105 m / s > c, setting 1/gamma = 0\n",
      "v = 330418874.23063725 m / s > c, setting 1/gamma = 0\n",
      "v = 337273197.0436217 m / s > c, setting 1/gamma = 0\n",
      "v = 455425232.1239466 m / s > c, setting 1/gamma = 0\n",
      "v = 473136856.3045692 m / s > c, setting 1/gamma = 0\n",
      "v = 373706074.21912265 m / s > c, setting 1/gamma = 0\n",
      "v = 388284361.5436381 m / s > c, setting 1/gamma = 0\n",
      "v = 319872465.55512774 m / s > c, setting 1/gamma = 0\n",
      "v = 414424302.4475328 m / s > c, setting 1/gamma = 0\n",
      "v = 449895520.19801706 m / s > c, setting 1/gamma = 0\n",
      "v = 303311675.0020046 m / s > c, setting 1/gamma = 0\n",
      "v = 326176834.23223937 m / s > c, setting 1/gamma = 0\n",
      "v = 319067313.62751466 m / s > c, setting 1/gamma = 0\n",
      "v = 314203320.9357655 m / s > c, setting 1/gamma = 0\n",
      "v = 613099875.1791018 m / s > c, setting 1/gamma = 0\n",
      "v = 504063800.9901159 m / s > c, setting 1/gamma = 0\n",
      "v = 303234811.64375734 m / s > c, setting 1/gamma = 0\n",
      "v = 324492908.4066872 m / s > c, setting 1/gamma = 0\n",
      "v = 365949198.8353234 m / s > c, setting 1/gamma = 0\n",
      "v = 318401948.76811486 m / s > c, setting 1/gamma = 0\n",
      "v = 369113203.52004385 m / s > c, setting 1/gamma = 0\n",
      "v = 356031639.01472324 m / s > c, setting 1/gamma = 0\n",
      "v = 403094266.7241385 m / s > c, setting 1/gamma = 0\n",
      "v = 395400129.45548147 m / s > c, setting 1/gamma = 0\n",
      "v = 407665801.2306312 m / s > c, setting 1/gamma = 0\n",
      "v = 340289666.9047979 m / s > c, setting 1/gamma = 0\n",
      "v = 373004223.5513475 m / s > c, setting 1/gamma = 0\n",
      "v = 299878462.5555615 m / s > c, setting 1/gamma = 0\n",
      "v = 332488058.23976105 m / s > c, setting 1/gamma = 0\n",
      "v = 374156124.5455088 m / s > c, setting 1/gamma = 0\n",
      "v = 411016296.39692056 m / s > c, setting 1/gamma = 0\n",
      "v = 325541723.40856034 m / s > c, setting 1/gamma = 0\n",
      "v = 377823852.9714647 m / s > c, setting 1/gamma = 0\n",
      "v = 322222252.3572458 m / s > c, setting 1/gamma = 0\n",
      "v = 342579940.96187913 m / s > c, setting 1/gamma = 0\n",
      "v = 326787610.3476737 m / s > c, setting 1/gamma = 0\n",
      "v = 308947331.16801554 m / s > c, setting 1/gamma = 0\n",
      "v = 617429456.5925555 m / s > c, setting 1/gamma = 0\n",
      "v = 505550543.65430754 m / s > c, setting 1/gamma = 0\n",
      "v = 313319328.36679894 m / s > c, setting 1/gamma = 0\n",
      "v = 338651411.5820458 m / s > c, setting 1/gamma = 0\n",
      "v = 384491093.25194633 m / s > c, setting 1/gamma = 0\n",
      "v = 330605628.21619797 m / s > c, setting 1/gamma = 0\n",
      "v = 355635397.37243605 m / s > c, setting 1/gamma = 0\n",
      "v = 375932865.0216716 m / s > c, setting 1/gamma = 0\n",
      "v = 417610362.6827341 m / s > c, setting 1/gamma = 0\n",
      "v = 357481190.42156106 m / s > c, setting 1/gamma = 0\n",
      "v = 378000732.4689231 m / s > c, setting 1/gamma = 0\n",
      "v = 321999570.5286569 m / s > c, setting 1/gamma = 0\n",
      "v = 339881670.21192664 m / s > c, setting 1/gamma = 0\n",
      "v = 718456761.7499604 m / s > c, setting 1/gamma = 0\n",
      "v = 591953511.7079045 m / s > c, setting 1/gamma = 0\n",
      "v = 314772812.0738307 m / s > c, setting 1/gamma = 0\n",
      "v = 340263990.427965 m / s > c, setting 1/gamma = 0\n",
      "v = 408952635.64234066 m / s > c, setting 1/gamma = 0\n",
      "v = 435579835.5151355 m / s > c, setting 1/gamma = 0\n",
      "v = 530054394.75581986 m / s > c, setting 1/gamma = 0\n",
      "v = 494460816.74896157 m / s > c, setting 1/gamma = 0\n",
      "v = 305650123.47545403 m / s > c, setting 1/gamma = 0\n",
      "v = 357769248.14263344 m / s > c, setting 1/gamma = 0\n",
      "v = 320555582.1372846 m / s > c, setting 1/gamma = 0\n",
      "v = 342893086.5961316 m / s > c, setting 1/gamma = 0\n",
      "v = 368095168.99391943 m / s > c, setting 1/gamma = 0\n",
      "v = 396983834.4400352 m / s > c, setting 1/gamma = 0\n",
      "v = 331880661.540951 m / s > c, setting 1/gamma = 0\n",
      "v = 303780025.0251078 m / s > c, setting 1/gamma = 0\n",
      "v = 326413509.20480126 m / s > c, setting 1/gamma = 0\n",
      "v = 314719918.0107488 m / s > c, setting 1/gamma = 0\n",
      "v = 344300208.30712456 m / s > c, setting 1/gamma = 0\n",
      "v = 336252522.6427127 m / s > c, setting 1/gamma = 0\n",
      "v = 377740947.8466197 m / s > c, setting 1/gamma = 0\n",
      "v = 315404612.44231427 m / s > c, setting 1/gamma = 0\n",
      "v = 368549251.7990098 m / s > c, setting 1/gamma = 0\n",
      "v = 384891755.6808156 m / s > c, setting 1/gamma = 0\n",
      "v = 432385375.1743613 m / s > c, setting 1/gamma = 0\n",
      "v = 461044812.52535784 m / s > c, setting 1/gamma = 0\n",
      "v = 314370300.13489544 m / s > c, setting 1/gamma = 0\n",
      "v = 325852756.40029985 m / s > c, setting 1/gamma = 0\n",
      "v = 395951575.04584354 m / s > c, setting 1/gamma = 0\n",
      "v = 437726306.0273465 m / s > c, setting 1/gamma = 0\n",
      "v = 329740846.38687235 m / s > c, setting 1/gamma = 0\n",
      "v = 681773998.3552593 m / s > c, setting 1/gamma = 0\n",
      "v = 560458005.7646877 m / s > c, setting 1/gamma = 0\n",
      "v = 312849947.6208947 m / s > c, setting 1/gamma = 0\n",
      "v = 393240607.9808483 m / s > c, setting 1/gamma = 0\n",
      "v = 433309459.29301095 m / s > c, setting 1/gamma = 0\n",
      "v = 302257101.20053726 m / s > c, setting 1/gamma = 0\n",
      "v = 326017050.9827313 m / s > c, setting 1/gamma = 0\n",
      "v = 422193200.4954567 m / s > c, setting 1/gamma = 0\n",
      "v = 453010021.13957655 m / s > c, setting 1/gamma = 0\n",
      "v = 313123959.44585526 m / s > c, setting 1/gamma = 0\n",
      "v = 308244893.1654082 m / s > c, setting 1/gamma = 0\n",
      "v = 353027104.8827164 m / s > c, setting 1/gamma = 0\n",
      "v = 389370884.84464973 m / s > c, setting 1/gamma = 0\n",
      "v = 430627575.3066458 m / s > c, setting 1/gamma = 0\n",
      "v = 310127107.169347 m / s > c, setting 1/gamma = 0\n",
      "v = 312451415.25752294 m / s > c, setting 1/gamma = 0\n",
      "v = 356671193.14463764 m / s > c, setting 1/gamma = 0\n",
      "v = 333635935.0511586 m / s > c, setting 1/gamma = 0\n",
      "v = 384325027.14277637 m / s > c, setting 1/gamma = 0\n",
      "v = 524178335.429262 m / s > c, setting 1/gamma = 0\n",
      "v = 496961076.28681684 m / s > c, setting 1/gamma = 0\n",
      "v = 318762851.72533864 m / s > c, setting 1/gamma = 0\n",
      "v = 313522689.17634606 m / s > c, setting 1/gamma = 0\n",
      "v = 334975909.4515261 m / s > c, setting 1/gamma = 0\n",
      "v = 422134976.8900333 m / s > c, setting 1/gamma = 0\n",
      "v = 450325619.49988765 m / s > c, setting 1/gamma = 0\n",
      "v = 310198346.0995724 m / s > c, setting 1/gamma = 0\n",
      "v = 332668167.0949091 m / s > c, setting 1/gamma = 0\n",
      "v = 329144004.6871503 m / s > c, setting 1/gamma = 0\n",
      "v = 362607974.70862967 m / s > c, setting 1/gamma = 0\n",
      "v = 302227418.58802885 m / s > c, setting 1/gamma = 0\n",
      "v = 342525122.3423732 m / s > c, setting 1/gamma = 0\n",
      "v = 315090227.56220686 m / s > c, setting 1/gamma = 0\n",
      "v = 335441888.4106305 m / s > c, setting 1/gamma = 0\n",
      "v = 353717293.4132582 m / s > c, setting 1/gamma = 0\n",
      "v = 330315709.1755275 m / s > c, setting 1/gamma = 0\n",
      "v = 357293361.1731875 m / s > c, setting 1/gamma = 0\n",
      "v = 313574106.84278375 m / s > c, setting 1/gamma = 0\n",
      "v = 613841040.895027 m / s > c, setting 1/gamma = 0\n",
      "v = 504615814.6539177 m / s > c, setting 1/gamma = 0\n",
      "v = 321940250.23878646 m / s > c, setting 1/gamma = 0\n",
      "v = 419856562.907736 m / s > c, setting 1/gamma = 0\n",
      "v = 446136750.4429323 m / s > c, setting 1/gamma = 0\n",
      "v = 329462656.3146958 m / s > c, setting 1/gamma = 0\n",
      "v = 347534552.0935573 m / s > c, setting 1/gamma = 0\n",
      "v = 323201025.4551734 m / s > c, setting 1/gamma = 0\n",
      "v = 349664732.1241564 m / s > c, setting 1/gamma = 0\n",
      "v = 508778756.0655847 m / s > c, setting 1/gamma = 0\n",
      "v = 485459365.76276445 m / s > c, setting 1/gamma = 0\n",
      "v = 305551720.483977 m / s > c, setting 1/gamma = 0\n",
      "v = 324934957.66265094 m / s > c, setting 1/gamma = 0\n",
      "v = 318714019.0960122 m / s > c, setting 1/gamma = 0\n",
      "v = 321339706.45508915 m / s > c, setting 1/gamma = 0\n",
      "v = 368127070.6225137 m / s > c, setting 1/gamma = 0\n",
      "v = 327361348.10352284 m / s > c, setting 1/gamma = 0\n",
      "v = 360360605.0855378 m / s > c, setting 1/gamma = 0\n",
      "v = 302887079.46430135 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 3\n",
      "v = 324973429.68733704 m / s > c, setting 1/gamma = 0\n",
      "v = 332532929.7949399 m / s > c, setting 1/gamma = 0\n",
      "v = 301572400.9601071 m / s > c, setting 1/gamma = 0\n",
      "v = 306586953.8578372 m / s > c, setting 1/gamma = 0\n",
      "v = 303985750.8284428 m / s > c, setting 1/gamma = 0\n",
      "v = 308486691.61156714 m / s > c, setting 1/gamma = 0\n",
      "v = 300799492.46329826 m / s > c, setting 1/gamma = 0\n",
      "v = 304954396.40129846 m / s > c, setting 1/gamma = 0\n",
      "v = 308745558.6958135 m / s > c, setting 1/gamma = 0\n",
      "v = 302825526.9325088 m / s > c, setting 1/gamma = 0\n",
      "v = 301071701.09294635 m / s > c, setting 1/gamma = 0\n",
      "v = 305058294.7502813 m / s > c, setting 1/gamma = 0\n",
      "v = 302202864.17833143 m / s > c, setting 1/gamma = 0\n",
      "v = 306432169.8817427 m / s > c, setting 1/gamma = 0\n",
      "v = 303613093.18227535 m / s > c, setting 1/gamma = 0\n",
      "v = 308124783.4226866 m / s > c, setting 1/gamma = 0\n",
      "v = 300517900.0883048 m / s > c, setting 1/gamma = 0\n",
      "v = 305519792.78138494 m / s > c, setting 1/gamma = 0\n",
      "v = 300713766.77722615 m / s > c, setting 1/gamma = 0\n",
      "v = 306513990.9316421 m / s > c, setting 1/gamma = 0\n",
      "v = 300435609.87667 m / s > c, setting 1/gamma = 0\n",
      "v = 301340215.20243025 m / s > c, setting 1/gamma = 0\n",
      "v = 304881951.50718784 m / s > c, setting 1/gamma = 0\n",
      "v = 300725231.20404893 m / s > c, setting 1/gamma = 0\n",
      "v = 301558782.8310978 m / s > c, setting 1/gamma = 0\n",
      "v = 370410637.5440846 m / s > c, setting 1/gamma = 0\n",
      "v = 735047518.5247936 m / s > c, setting 1/gamma = 0\n",
      "v = 683062855.8972961 m / s > c, setting 1/gamma = 0\n",
      "v = 370772745.26929885 m / s > c, setting 1/gamma = 0\n",
      "v = 372251440.95761853 m / s > c, setting 1/gamma = 0\n",
      "v = 301444799.46492445 m / s > c, setting 1/gamma = 0\n",
      "v = 319127888.25895184 m / s > c, setting 1/gamma = 0\n",
      "v = 300317310.14532304 m / s > c, setting 1/gamma = 0\n",
      "v = 335276721.31663954 m / s > c, setting 1/gamma = 0\n",
      "v = 361079153.64395875 m / s > c, setting 1/gamma = 0\n",
      "v = 301549229.2985139 m / s > c, setting 1/gamma = 0\n",
      "v = 307809705.3245197 m / s > c, setting 1/gamma = 0\n",
      "v = 303711379.5780905 m / s > c, setting 1/gamma = 0\n",
      "v = 300293875.97117126 m / s > c, setting 1/gamma = 0\n",
      "v = 303863566.703965 m / s > c, setting 1/gamma = 0\n",
      "v = 308025527.75221324 m / s > c, setting 1/gamma = 0\n",
      "v = 302518230.4736595 m / s > c, setting 1/gamma = 0\n",
      "v = 301757186.3771142 m / s > c, setting 1/gamma = 0\n",
      "v = 306330751.4596003 m / s > c, setting 1/gamma = 0\n",
      "v = 300468678.86177653 m / s > c, setting 1/gamma = 0\n",
      "v = 305244967.55656874 m / s > c, setting 1/gamma = 0\n",
      "v = 303055269.38134545 m / s > c, setting 1/gamma = 0\n",
      "v = 307749719.29852104 m / s > c, setting 1/gamma = 0\n",
      "v = 300723506.44061726 m / s > c, setting 1/gamma = 0\n",
      "v = 306321818.5776461 m / s > c, setting 1/gamma = 0\n",
      "v = 303924422.15462273 m / s > c, setting 1/gamma = 0\n",
      "v = 325221340.8524495 m / s > c, setting 1/gamma = 0\n",
      "v = 347051698.9836429 m / s > c, setting 1/gamma = 0\n",
      "v = 309659558.76549155 m / s > c, setting 1/gamma = 0\n",
      "v = 347913959.5528951 m / s > c, setting 1/gamma = 0\n",
      "v = 337333508.4898694 m / s > c, setting 1/gamma = 0\n",
      "v = 306152771.5779933 m / s > c, setting 1/gamma = 0\n",
      "v = 353717779.7631413 m / s > c, setting 1/gamma = 0\n",
      "v = 304999354.0568184 m / s > c, setting 1/gamma = 0\n",
      "v = 311598737.08606607 m / s > c, setting 1/gamma = 0\n",
      "v = 363357400.596162 m / s > c, setting 1/gamma = 0\n",
      "v = 337432466.7847553 m / s > c, setting 1/gamma = 0\n",
      "v = 402776579.67355555 m / s > c, setting 1/gamma = 0\n",
      "v = 303523487.4655163 m / s > c, setting 1/gamma = 0\n",
      "v = 363601735.49296135 m / s > c, setting 1/gamma = 0\n",
      "v = 435781201.9479937 m / s > c, setting 1/gamma = 0\n",
      "v = 502282349.2247475 m / s > c, setting 1/gamma = 0\n",
      "v = 531903883.4929469 m / s > c, setting 1/gamma = 0\n",
      "v = 395933559.64729387 m / s > c, setting 1/gamma = 0\n",
      "v = 450059979.3161353 m / s > c, setting 1/gamma = 0\n",
      "v = 373170129.67844784 m / s > c, setting 1/gamma = 0\n",
      "v = 435185468.54351884 m / s > c, setting 1/gamma = 0\n",
      "v = 335255203.60307306 m / s > c, setting 1/gamma = 0\n",
      "v = 656538682.5745792 m / s > c, setting 1/gamma = 0\n",
      "v = 659039360.4280145 m / s > c, setting 1/gamma = 0\n",
      "v = 306105579.3068911 m / s > c, setting 1/gamma = 0\n",
      "v = 364829276.0582776 m / s > c, setting 1/gamma = 0\n",
      "v = 475769724.5599 m / s > c, setting 1/gamma = 0\n",
      "v = 498978277.8997486 m / s > c, setting 1/gamma = 0\n",
      "v = 410723025.9729926 m / s > c, setting 1/gamma = 0\n",
      "v = 475144311.19942343 m / s > c, setting 1/gamma = 0\n",
      "v = 318414061.5769989 m / s > c, setting 1/gamma = 0\n",
      "v = 470814642.0516514 m / s > c, setting 1/gamma = 0\n",
      "v = 514807529.3862677 m / s > c, setting 1/gamma = 0\n",
      "v = 310350369.4803281 m / s > c, setting 1/gamma = 0\n",
      "v = 376129746.64093673 m / s > c, setting 1/gamma = 0\n",
      "v = 300377466.7069246 m / s > c, setting 1/gamma = 0\n",
      "v = 319149549.2945732 m / s > c, setting 1/gamma = 0\n",
      "v = 357592728.2908819 m / s > c, setting 1/gamma = 0\n",
      "v = 425954116.526538 m / s > c, setting 1/gamma = 0\n",
      "v = 300327636.3688864 m / s > c, setting 1/gamma = 0\n",
      "v = 742078467.7659049 m / s > c, setting 1/gamma = 0\n",
      "v = 661252227.1890901 m / s > c, setting 1/gamma = 0\n",
      "v = 345944117.39091545 m / s > c, setting 1/gamma = 0\n",
      "v = 881796425.262128 m / s > c, setting 1/gamma = 0\n",
      "v = 747124360.2612582 m / s > c, setting 1/gamma = 0\n",
      "v = 381699129.6507982 m / s > c, setting 1/gamma = 0\n",
      "v = 467622818.0187091 m / s > c, setting 1/gamma = 0\n",
      "v = 310013987.86862534 m / s > c, setting 1/gamma = 0\n",
      "v = 359844064.8595103 m / s > c, setting 1/gamma = 0\n",
      "v = 358592300.03836715 m / s > c, setting 1/gamma = 0\n",
      "v = 407667386.131968 m / s > c, setting 1/gamma = 0\n",
      "v = 394498295.8495106 m / s > c, setting 1/gamma = 0\n",
      "v = 448680979.7824733 m / s > c, setting 1/gamma = 0\n",
      "v = 304550455.07128894 m / s > c, setting 1/gamma = 0\n",
      "v = 304570608.74129325 m / s > c, setting 1/gamma = 0\n",
      "v = 681101023.4828706 m / s > c, setting 1/gamma = 0\n",
      "v = 639718470.257832 m / s > c, setting 1/gamma = 0\n",
      "v = 410548709.2674946 m / s > c, setting 1/gamma = 0\n",
      "v = 456619481.9566754 m / s > c, setting 1/gamma = 0\n",
      "v = 485182924.9207416 m / s > c, setting 1/gamma = 0\n",
      "v = 525923917.3999451 m / s > c, setting 1/gamma = 0\n",
      "v = 422513752.507615 m / s > c, setting 1/gamma = 0\n",
      "v = 492763538.2916556 m / s > c, setting 1/gamma = 0\n",
      "v = 309078867.4495937 m / s > c, setting 1/gamma = 0\n",
      "v = 675120989.2892743 m / s > c, setting 1/gamma = 0\n",
      "v = 560083777.349276 m / s > c, setting 1/gamma = 0\n",
      "v = 375958232.4841343 m / s > c, setting 1/gamma = 0\n",
      "v = 416331416.1539807 m / s > c, setting 1/gamma = 0\n",
      "v = 582168197.5697409 m / s > c, setting 1/gamma = 0\n",
      "v = 562442569.435357 m / s > c, setting 1/gamma = 0\n",
      "v = 480806279.36276615 m / s > c, setting 1/gamma = 0\n",
      "v = 512633893.4273822 m / s > c, setting 1/gamma = 0\n",
      "v = 365622880.0579503 m / s > c, setting 1/gamma = 0\n",
      "v = 422128391.9283279 m / s > c, setting 1/gamma = 0\n",
      "v = 310098115.15944713 m / s > c, setting 1/gamma = 0\n",
      "v = 323252397.4837878 m / s > c, setting 1/gamma = 0\n",
      "v = 580442686.3557216 m / s > c, setting 1/gamma = 0\n",
      "v = 574917156.139122 m / s > c, setting 1/gamma = 0\n",
      "v = 356876015.1129328 m / s > c, setting 1/gamma = 0\n",
      "v = 398302925.2153453 m / s > c, setting 1/gamma = 0\n",
      "v = 312869287.9984929 m / s > c, setting 1/gamma = 0\n",
      "v = 349586868.86474705 m / s > c, setting 1/gamma = 0\n",
      "v = 420496745.1026654 m / s > c, setting 1/gamma = 0\n",
      "v = 394346269.49278045 m / s > c, setting 1/gamma = 0\n",
      "v = 427362673.16848946 m / s > c, setting 1/gamma = 0\n",
      "v = 447393630.2742352 m / s > c, setting 1/gamma = 0\n",
      "v = 514621989.57659066 m / s > c, setting 1/gamma = 0\n",
      "v = 308316050.3402625 m / s > c, setting 1/gamma = 0\n",
      "v = 329026259.2971181 m / s > c, setting 1/gamma = 0\n",
      "v = 301590818.76652575 m / s > c, setting 1/gamma = 0\n",
      "v = 351640297.17366785 m / s > c, setting 1/gamma = 0\n",
      "v = 347636553.5526285 m / s > c, setting 1/gamma = 0\n",
      "v = 406139238.71023595 m / s > c, setting 1/gamma = 0\n",
      "v = 303793503.71052 m / s > c, setting 1/gamma = 0\n",
      "v = 390563671.1439196 m / s > c, setting 1/gamma = 0\n",
      "v = 1050805389.9345037 m / s > c, setting 1/gamma = 0\n",
      "v = 934255034.7942703 m / s > c, setting 1/gamma = 0\n",
      "v = 339606927.94477654 m / s > c, setting 1/gamma = 0\n",
      "v = 383087875.8446106 m / s > c, setting 1/gamma = 0\n",
      "v = 314099407.9388688 m / s > c, setting 1/gamma = 0\n",
      "v = 379308119.2312616 m / s > c, setting 1/gamma = 0\n",
      "v = 512435254.72078943 m / s > c, setting 1/gamma = 0\n",
      "v = 536440192.37487197 m / s > c, setting 1/gamma = 0\n",
      "v = 305388077.62806004 m / s > c, setting 1/gamma = 0\n",
      "v = 357135896.06169254 m / s > c, setting 1/gamma = 0\n",
      "v = 479690589.4012258 m / s > c, setting 1/gamma = 0\n",
      "v = 537514491.1707169 m / s > c, setting 1/gamma = 0\n",
      "v = 500781199.62537396 m / s > c, setting 1/gamma = 0\n",
      "v = 556191886.5740978 m / s > c, setting 1/gamma = 0\n",
      "v = 391429645.6828527 m / s > c, setting 1/gamma = 0\n",
      "v = 428166069.29049116 m / s > c, setting 1/gamma = 0\n",
      "v = 303673840.82207686 m / s > c, setting 1/gamma = 0\n",
      "v = 308827474.5202143 m / s > c, setting 1/gamma = 0\n",
      "v = 305727093.04973567 m / s > c, setting 1/gamma = 0\n",
      "v = 351519872.7763215 m / s > c, setting 1/gamma = 0\n",
      "v = 398673534.95689327 m / s > c, setting 1/gamma = 0\n",
      "v = 467335858.6829278 m / s > c, setting 1/gamma = 0\n",
      "v = 341969391.5313016 m / s > c, setting 1/gamma = 0\n",
      "v = 375638534.26236594 m / s > c, setting 1/gamma = 0\n",
      "v = 425714498.2082563 m / s > c, setting 1/gamma = 0\n",
      "v = 327167671.90815014 m / s > c, setting 1/gamma = 0\n",
      "v = 312438838.8503334 m / s > c, setting 1/gamma = 0\n",
      "v = 379806331.10000956 m / s > c, setting 1/gamma = 0\n",
      "v = 308891692.1772251 m / s > c, setting 1/gamma = 0\n",
      "v = 326959871.7182101 m / s > c, setting 1/gamma = 0\n",
      "v = 333257749.7567371 m / s > c, setting 1/gamma = 0\n",
      "v = 362617488.0620945 m / s > c, setting 1/gamma = 0\n",
      "v = 309476699.046778 m / s > c, setting 1/gamma = 0\n",
      "v = 453233688.0095895 m / s > c, setting 1/gamma = 0\n",
      "v = 511634229.5304361 m / s > c, setting 1/gamma = 0\n",
      "v = 302200281.65584964 m / s > c, setting 1/gamma = 0\n",
      "v = 309693798.6037259 m / s > c, setting 1/gamma = 0\n",
      "v = 359129345.015297 m / s > c, setting 1/gamma = 0\n",
      "v = 302204374.2084152 m / s > c, setting 1/gamma = 0\n",
      "v = 521354774.3003937 m / s > c, setting 1/gamma = 0\n",
      "v = 552112488.1064738 m / s > c, setting 1/gamma = 0\n",
      "v = 300963385.8127126 m / s > c, setting 1/gamma = 0\n",
      "v = 590433646.4699534 m / s > c, setting 1/gamma = 0\n",
      "v = 611754757.8748963 m / s > c, setting 1/gamma = 0\n",
      "v = 372049100.2477822 m / s > c, setting 1/gamma = 0\n",
      "v = 921577055.5046688 m / s > c, setting 1/gamma = 0\n",
      "v = 774678075.331136 m / s > c, setting 1/gamma = 0\n",
      "v = 509971686.92266536 m / s > c, setting 1/gamma = 0\n",
      "v = 525875729.79627514 m / s > c, setting 1/gamma = 0\n",
      "v = 378811546.3479399 m / s > c, setting 1/gamma = 0\n",
      "v = 447277938.3434943 m / s > c, setting 1/gamma = 0\n",
      "v = 617581700.8707881 m / s > c, setting 1/gamma = 0\n",
      "v = 638227936.9851037 m / s > c, setting 1/gamma = 0\n",
      "v = 336161760.2331366 m / s > c, setting 1/gamma = 0\n",
      "v = 408168368.79311174 m / s > c, setting 1/gamma = 0\n",
      "v = 346527555.9885108 m / s > c, setting 1/gamma = 0\n",
      "v = 409096997.1517079 m / s > c, setting 1/gamma = 0\n",
      "v = 350843808.2598268 m / s > c, setting 1/gamma = 0\n",
      "v = 381511784.9317848 m / s > c, setting 1/gamma = 0\n",
      "v = 308508620.9034944 m / s > c, setting 1/gamma = 0\n",
      "v = 306280554.6492603 m / s > c, setting 1/gamma = 0\n",
      "v = 304846854.2987275 m / s > c, setting 1/gamma = 0\n",
      "v = 340729261.1259063 m / s > c, setting 1/gamma = 0\n",
      "v = 377184837.52217275 m / s > c, setting 1/gamma = 0\n",
      "v = 345563063.85198385 m / s > c, setting 1/gamma = 0\n",
      "v = 314636038.5673176 m / s > c, setting 1/gamma = 0\n",
      "v = 350680306.9541213 m / s > c, setting 1/gamma = 0\n",
      "v = 851510516.7195153 m / s > c, setting 1/gamma = 0\n",
      "v = 732301387.3167673 m / s > c, setting 1/gamma = 0\n",
      "v = 323459014.4769868 m / s > c, setting 1/gamma = 0\n",
      "v = 368592161.9511482 m / s > c, setting 1/gamma = 0\n",
      "v = 428755263.0013696 m / s > c, setting 1/gamma = 0\n",
      "v = 612478175.5583124 m / s > c, setting 1/gamma = 0\n",
      "v = 640126269.3580955 m / s > c, setting 1/gamma = 0\n",
      "v = 522053861.0389406 m / s > c, setting 1/gamma = 0\n",
      "v = 516024788.6147636 m / s > c, setting 1/gamma = 0\n",
      "v = 522426145.77099854 m / s > c, setting 1/gamma = 0\n",
      "v = 546251341.8884135 m / s > c, setting 1/gamma = 0\n",
      "v = 380381070.76844114 m / s > c, setting 1/gamma = 0\n",
      "v = 446950814.41599756 m / s > c, setting 1/gamma = 0\n",
      "v = 510996566.3792062 m / s > c, setting 1/gamma = 0\n",
      "v = 519458051.2588392 m / s > c, setting 1/gamma = 0\n",
      "v = 339349924.0976565 m / s > c, setting 1/gamma = 0\n",
      "v = 799884452.2753404 m / s > c, setting 1/gamma = 0\n",
      "v = 670360311.4932983 m / s > c, setting 1/gamma = 0\n",
      "v = 328293060.27889985 m / s > c, setting 1/gamma = 0\n",
      "v = 368232077.980561 m / s > c, setting 1/gamma = 0\n",
      "v = 301658182.23572856 m / s > c, setting 1/gamma = 0\n",
      "v = 304307682.83174473 m / s > c, setting 1/gamma = 0\n",
      "v = 508995407.04578435 m / s > c, setting 1/gamma = 0\n",
      "v = 554479010.7051064 m / s > c, setting 1/gamma = 0\n",
      "v = 302595175.17102027 m / s > c, setting 1/gamma = 0\n",
      "v = 429370753.34133345 m / s > c, setting 1/gamma = 0\n",
      "v = 487245985.1494797 m / s > c, setting 1/gamma = 0\n",
      "v = 461020107.6032988 m / s > c, setting 1/gamma = 0\n",
      "v = 495635178.9300487 m / s > c, setting 1/gamma = 0\n",
      "v = 330071772.31191707 m / s > c, setting 1/gamma = 0\n",
      "v = 393765386.2195515 m / s > c, setting 1/gamma = 0\n",
      "v = 308063430.5315742 m / s > c, setting 1/gamma = 0\n",
      "v = 324868370.34092283 m / s > c, setting 1/gamma = 0\n",
      "v = 314824134.6960749 m / s > c, setting 1/gamma = 0\n",
      "v = 361225475.01646024 m / s > c, setting 1/gamma = 0\n",
      "v = 309799809.22687614 m / s > c, setting 1/gamma = 0\n",
      "v = 363685550.76014185 m / s > c, setting 1/gamma = 0\n",
      "v = 475150808.574256 m / s > c, setting 1/gamma = 0\n",
      "v = 529060313.02963924 m / s > c, setting 1/gamma = 0\n",
      "v = 367221957.87820745 m / s > c, setting 1/gamma = 0\n",
      "v = 406681357.9908388 m / s > c, setting 1/gamma = 0\n",
      "v = 322513753.5682806 m / s > c, setting 1/gamma = 0\n",
      "v = 375297774.2123906 m / s > c, setting 1/gamma = 0\n",
      "v = 466815822.45693845 m / s > c, setting 1/gamma = 0\n",
      "v = 492409907.0603991 m / s > c, setting 1/gamma = 0\n",
      "v = 318170412.0748802 m / s > c, setting 1/gamma = 0\n",
      "v = 386569716.65665126 m / s > c, setting 1/gamma = 0\n",
      "v = 309797840.4190778 m / s > c, setting 1/gamma = 0\n",
      "v = 774650833.8916333 m / s > c, setting 1/gamma = 0\n",
      "v = 686958661.4808624 m / s > c, setting 1/gamma = 0\n",
      "v = 453806317.9537437 m / s > c, setting 1/gamma = 0\n",
      "v = 513974391.975894 m / s > c, setting 1/gamma = 0\n",
      "v = 318562883.3143404 m / s > c, setting 1/gamma = 0\n",
      "v = 397910750.88975745 m / s > c, setting 1/gamma = 0\n",
      "v = 306450431.5919846 m / s > c, setting 1/gamma = 0\n",
      "v = 463063880.69337493 m / s > c, setting 1/gamma = 0\n",
      "v = 521020424.52566046 m / s > c, setting 1/gamma = 0\n",
      "v = 320883147.4294338 m / s > c, setting 1/gamma = 0\n",
      "v = 332683968.213795 m / s > c, setting 1/gamma = 0\n",
      "v = 396559184.1192293 m / s > c, setting 1/gamma = 0\n",
      "v = 317931886.5078722 m / s > c, setting 1/gamma = 0\n",
      "v = 349447388.7193997 m / s > c, setting 1/gamma = 0\n",
      "v = 590428071.3007394 m / s > c, setting 1/gamma = 0\n",
      "v = 559978382.8773605 m / s > c, setting 1/gamma = 0\n",
      "v = 341605361.1276026 m / s > c, setting 1/gamma = 0\n",
      "v = 409117273.7581808 m / s > c, setting 1/gamma = 0\n",
      "v = 376205282.35611695 m / s > c, setting 1/gamma = 0\n",
      "v = 426523251.5494538 m / s > c, setting 1/gamma = 0\n",
      "v = 613982661.9697899 m / s > c, setting 1/gamma = 0\n",
      "v = 640047671.872896 m / s > c, setting 1/gamma = 0\n",
      "v = 417819506.9472014 m / s > c, setting 1/gamma = 0\n",
      "v = 464077601.43337834 m / s > c, setting 1/gamma = 0\n",
      "v = 390710127.9751852 m / s > c, setting 1/gamma = 0\n",
      "v = 416321505.45988953 m / s > c, setting 1/gamma = 0\n",
      "v = 516593489.6118185 m / s > c, setting 1/gamma = 0\n",
      "v = 560354290.0738273 m / s > c, setting 1/gamma = 0\n",
      "v = 334989121.4041436 m / s > c, setting 1/gamma = 0\n",
      "v = 426778438.8262199 m / s > c, setting 1/gamma = 0\n",
      "v = 301263843.0290932 m / s > c, setting 1/gamma = 0\n",
      "v = 352217296.3166739 m / s > c, setting 1/gamma = 0\n",
      "v = 304715911.2673199 m / s > c, setting 1/gamma = 0\n",
      "v = 363214683.8788355 m / s > c, setting 1/gamma = 0\n",
      "v = 402667280.5578233 m / s > c, setting 1/gamma = 0\n",
      "v = 472392037.35548645 m / s > c, setting 1/gamma = 0\n",
      "v = 332394847.3327147 m / s > c, setting 1/gamma = 0\n",
      "v = 391548809.9088974 m / s > c, setting 1/gamma = 0\n",
      "v = 320227430.0412751 m / s > c, setting 1/gamma = 0\n",
      "v = 380439112.5692055 m / s > c, setting 1/gamma = 0\n",
      "v = 459253683.2816659 m / s > c, setting 1/gamma = 0\n",
      "v = 510936304.7750307 m / s > c, setting 1/gamma = 0\n",
      "v = 378148587.65012115 m / s > c, setting 1/gamma = 0\n",
      "v = 403755409.25650764 m / s > c, setting 1/gamma = 0\n",
      "v = 530387982.1839864 m / s > c, setting 1/gamma = 0\n",
      "v = 566984474.5054364 m / s > c, setting 1/gamma = 0\n",
      "v = 422761725.5902885 m / s > c, setting 1/gamma = 0\n",
      "v = 469188855.32857907 m / s > c, setting 1/gamma = 0\n",
      "v = 418384709.5812495 m / s > c, setting 1/gamma = 0\n",
      "v = 442365601.0870998 m / s > c, setting 1/gamma = 0\n",
      "v = 473668627.2965098 m / s > c, setting 1/gamma = 0\n",
      "v = 523015917.1870065 m / s > c, setting 1/gamma = 0\n",
      "v = 349639732.7902425 m / s > c, setting 1/gamma = 0\n",
      "v = 405593206.6645977 m / s > c, setting 1/gamma = 0\n",
      "v = 410195540.01982534 m / s > c, setting 1/gamma = 0\n",
      "v = 464496922.5341198 m / s > c, setting 1/gamma = 0\n",
      "v = 455159071.30729747 m / s > c, setting 1/gamma = 0\n",
      "v = 490107132.6183217 m / s > c, setting 1/gamma = 0\n",
      "v = 420036928.6990391 m / s > c, setting 1/gamma = 0\n",
      "v = 434505944.71568763 m / s > c, setting 1/gamma = 0\n",
      "v = 318236739.1961985 m / s > c, setting 1/gamma = 0\n",
      "v = 360267870.4567843 m / s > c, setting 1/gamma = 0\n",
      "v = 430666571.7130995 m / s > c, setting 1/gamma = 0\n",
      "v = 491478065.4966419 m / s > c, setting 1/gamma = 0\n",
      "v = 394511502.72725177 m / s > c, setting 1/gamma = 0\n",
      "v = 426955450.39744264 m / s > c, setting 1/gamma = 0\n",
      "v = 479755971.1855209 m / s > c, setting 1/gamma = 0\n",
      "v = 514831178.5645469 m / s > c, setting 1/gamma = 0\n",
      "v = 314204210.00868165 m / s > c, setting 1/gamma = 0\n",
      "v = 494248689.1433948 m / s > c, setting 1/gamma = 0\n",
      "v = 538790110.677839 m / s > c, setting 1/gamma = 0\n",
      "v = 355771052.1758638 m / s > c, setting 1/gamma = 0\n",
      "v = 374954331.5625798 m / s > c, setting 1/gamma = 0\n",
      "v = 314872591.3987013 m / s > c, setting 1/gamma = 0\n",
      "v = 308946561.0200694 m / s > c, setting 1/gamma = 0\n",
      "v = 550477799.7662665 m / s > c, setting 1/gamma = 0\n",
      "v = 592586363.2525738 m / s > c, setting 1/gamma = 0\n",
      "v = 330477431.1844586 m / s > c, setting 1/gamma = 0\n",
      "v = 300855454.2731335 m / s > c, setting 1/gamma = 0\n",
      "v = 314127854.65504885 m / s > c, setting 1/gamma = 0\n",
      "v = 363238979.7311838 m / s > c, setting 1/gamma = 0\n",
      "v = 531098008.70434946 m / s > c, setting 1/gamma = 0\n",
      "v = 531738199.942133 m / s > c, setting 1/gamma = 0\n",
      "v = 359985329.8747989 m / s > c, setting 1/gamma = 0\n",
      "v = 382420671.35404944 m / s > c, setting 1/gamma = 0\n",
      "v = 313501544.2984683 m / s > c, setting 1/gamma = 0\n",
      "v = 472335730.0555633 m / s > c, setting 1/gamma = 0\n",
      "v = 525517455.77038795 m / s > c, setting 1/gamma = 0\n",
      "v = 326403480.8582112 m / s > c, setting 1/gamma = 0\n",
      "v = 578891738.2201821 m / s > c, setting 1/gamma = 0\n",
      "v = 611620320.6926734 m / s > c, setting 1/gamma = 0\n",
      "v = 356646777.66620064 m / s > c, setting 1/gamma = 0\n",
      "v = 408996617.95502275 m / s > c, setting 1/gamma = 0\n",
      "v = 302607037.05447966 m / s > c, setting 1/gamma = 0\n",
      "v = 311156596.7389803 m / s > c, setting 1/gamma = 0\n",
      "v = 712954168.6800314 m / s > c, setting 1/gamma = 0\n",
      "v = 597242134.1707741 m / s > c, setting 1/gamma = 0\n",
      "v = 317940468.8641506 m / s > c, setting 1/gamma = 0\n",
      "v = 575532591.5019424 m / s > c, setting 1/gamma = 0\n",
      "v = 562304158.2725544 m / s > c, setting 1/gamma = 0\n",
      "v = 303900237.6061783 m / s > c, setting 1/gamma = 0\n",
      "v = 397057693.2087819 m / s > c, setting 1/gamma = 0\n",
      "v = 425145963.5568599 m / s > c, setting 1/gamma = 0\n",
      "v = 340520067.50156033 m / s > c, setting 1/gamma = 0\n",
      "v = 329592056.64276576 m / s > c, setting 1/gamma = 0\n",
      "v = 348955599.3666985 m / s > c, setting 1/gamma = 0\n",
      "v = 382040112.551119 m / s > c, setting 1/gamma = 0\n",
      "v = 312303269.8777589 m / s > c, setting 1/gamma = 0\n",
      "v = 368565638.54266024 m / s > c, setting 1/gamma = 0\n",
      "v = 425373233.4496736 m / s > c, setting 1/gamma = 0\n",
      "v = 492563255.9875473 m / s > c, setting 1/gamma = 0\n",
      "v = 303968807.22383195 m / s > c, setting 1/gamma = 0\n",
      "v = 352201707.0920287 m / s > c, setting 1/gamma = 0\n",
      "v = 311052699.2030784 m / s > c, setting 1/gamma = 0\n",
      "v = 624590211.285478 m / s > c, setting 1/gamma = 0\n",
      "v = 561690021.300438 m / s > c, setting 1/gamma = 0\n",
      "v = 299981964.94970495 m / s > c, setting 1/gamma = 0\n",
      "v = 304611493.71527594 m / s > c, setting 1/gamma = 0\n",
      "v = 325872648.4580286 m / s > c, setting 1/gamma = 0\n",
      "v = 363711896.5996476 m / s > c, setting 1/gamma = 0\n",
      "v = 412980375.22175425 m / s > c, setting 1/gamma = 0\n",
      "v = 500090401.54570675 m / s > c, setting 1/gamma = 0\n",
      "v = 549531088.2571541 m / s > c, setting 1/gamma = 0\n",
      "v = 336067365.30557764 m / s > c, setting 1/gamma = 0\n",
      "v = 378286820.35606647 m / s > c, setting 1/gamma = 0\n",
      "v = 356575144.08524257 m / s > c, setting 1/gamma = 0\n",
      "v = 419753726.9426781 m / s > c, setting 1/gamma = 0\n",
      "v = 406366628.7201491 m / s > c, setting 1/gamma = 0\n",
      "v = 466812020.47310066 m / s > c, setting 1/gamma = 0\n",
      "v = 347058896.7208109 m / s > c, setting 1/gamma = 0\n",
      "v = 316608490.6378011 m / s > c, setting 1/gamma = 0\n",
      "v = 326845200.918811 m / s > c, setting 1/gamma = 0\n",
      "v = 712811479.4832855 m / s > c, setting 1/gamma = 0\n",
      "v = 595593187.1579386 m / s > c, setting 1/gamma = 0\n",
      "v = 330257827.14678717 m / s > c, setting 1/gamma = 0\n",
      "v = 803916009.4252383 m / s > c, setting 1/gamma = 0\n",
      "v = 681372414.9809594 m / s > c, setting 1/gamma = 0\n",
      "v = 357588977.71411693 m / s > c, setting 1/gamma = 0\n",
      "v = 442442512.53827447 m / s > c, setting 1/gamma = 0\n",
      "v = 310733002.7456658 m / s > c, setting 1/gamma = 0\n",
      "v = 319375729.7741898 m / s > c, setting 1/gamma = 0\n",
      "v = 368127820.213909 m / s > c, setting 1/gamma = 0\n",
      "v = 467185142.617461 m / s > c, setting 1/gamma = 0\n",
      "v = 524188291.155913 m / s > c, setting 1/gamma = 0\n",
      "v = 321612765.0604867 m / s > c, setting 1/gamma = 0\n",
      "v = 348043000.6366232 m / s > c, setting 1/gamma = 0\n",
      "v = 344215956.5829541 m / s > c, setting 1/gamma = 0\n",
      "v = 357727290.10635746 m / s > c, setting 1/gamma = 0\n",
      "v = 300271681.3045035 m / s > c, setting 1/gamma = 0\n",
      "v = 331119672.7638059 m / s > c, setting 1/gamma = 0\n",
      "v = 304793289.33346146 m / s > c, setting 1/gamma = 0\n",
      "v = 324187835.83075905 m / s > c, setting 1/gamma = 0\n",
      "v = 351763559.7080961 m / s > c, setting 1/gamma = 0\n",
      "v = 379325939.50287867 m / s > c, setting 1/gamma = 0\n",
      "v = 319765064.42645395 m / s > c, setting 1/gamma = 0\n",
      "v = 467181579.79721963 m / s > c, setting 1/gamma = 0\n",
      "v = 476083327.81518763 m / s > c, setting 1/gamma = 0\n",
      "v = 300205471.0342308 m / s > c, setting 1/gamma = 0\n",
      "v = 309405328.05897385 m / s > c, setting 1/gamma = 0\n",
      "v = 323931486.1727268 m / s > c, setting 1/gamma = 0\n",
      "v = 300165629.7859009 m / s > c, setting 1/gamma = 0\n",
      "v = 314641675.40330213 m / s > c, setting 1/gamma = 0\n",
      "v = 355302223.6371298 m / s > c, setting 1/gamma = 0\n",
      "v = 506205478.810903 m / s > c, setting 1/gamma = 0\n",
      "v = 552790173.76877 m / s > c, setting 1/gamma = 0\n",
      "v = 314179920.111544 m / s > c, setting 1/gamma = 0\n",
      "v = 317372334.44556504 m / s > c, setting 1/gamma = 0\n",
      "v = 361296399.85273385 m / s > c, setting 1/gamma = 0\n",
      "v = 469253633.70857817 m / s > c, setting 1/gamma = 0\n",
      "v = 518948375.35223436 m / s > c, setting 1/gamma = 0\n",
      "v = 439795039.85691434 m / s > c, setting 1/gamma = 0\n",
      "v = 464829180.52417153 m / s > c, setting 1/gamma = 0\n",
      "v = 379156569.0615719 m / s > c, setting 1/gamma = 0\n",
      "v = 416536808.49409074 m / s > c, setting 1/gamma = 0\n",
      "v = 452618013.8904873 m / s > c, setting 1/gamma = 0\n",
      "v = 478874252.17707163 m / s > c, setting 1/gamma = 0\n",
      "v = 318968097.38695115 m / s > c, setting 1/gamma = 0\n",
      "v = 382520372.058788 m / s > c, setting 1/gamma = 0\n",
      "v = 322929500.1708257 m / s > c, setting 1/gamma = 0\n",
      "v = 399462057.23256886 m / s > c, setting 1/gamma = 0\n",
      "v = 471233770.31481344 m / s > c, setting 1/gamma = 0\n",
      "v = 500473049.27815664 m / s > c, setting 1/gamma = 0\n",
      "v = 311184371.81526595 m / s > c, setting 1/gamma = 0\n",
      "v = 329087554.09371746 m / s > c, setting 1/gamma = 0\n",
      "v = 352302076.7705715 m / s > c, setting 1/gamma = 0\n",
      "v = 406255425.7434037 m / s > c, setting 1/gamma = 0\n",
      "v = 309197950.4238722 m / s > c, setting 1/gamma = 0\n",
      "v = 320525602.3129623 m / s > c, setting 1/gamma = 0\n",
      "v = 332966298.0527188 m / s > c, setting 1/gamma = 0\n",
      "v = 326538043.913041 m / s > c, setting 1/gamma = 0\n",
      "v = 401937608.18145996 m / s > c, setting 1/gamma = 0\n",
      "v = 459781574.99673957 m / s > c, setting 1/gamma = 0\n",
      "v = 300353620.36005586 m / s > c, setting 1/gamma = 0\n",
      "v = 383249764.7703398 m / s > c, setting 1/gamma = 0\n",
      "v = 398811263.6258194 m / s > c, setting 1/gamma = 0\n",
      "v = 432873891.7249551 m / s > c, setting 1/gamma = 0\n",
      "v = 481039450.29628134 m / s > c, setting 1/gamma = 0\n",
      "v = 330279828.43260616 m / s > c, setting 1/gamma = 0\n",
      "v = 359478231.659714 m / s > c, setting 1/gamma = 0\n",
      "v = 355234507.04350007 m / s > c, setting 1/gamma = 0\n",
      "v = 401385725.61046356 m / s > c, setting 1/gamma = 0\n",
      "v = 334342624.0249077 m / s > c, setting 1/gamma = 0\n",
      "v = 356107126.73909336 m / s > c, setting 1/gamma = 0\n",
      "v = 303207906.089829 m / s > c, setting 1/gamma = 0\n",
      "v = 350858447.59477806 m / s > c, setting 1/gamma = 0\n",
      "v = 324938405.0861919 m / s > c, setting 1/gamma = 0\n",
      "v = 372581890.91282856 m / s > c, setting 1/gamma = 0\n",
      "v = 508106330.23062956 m / s > c, setting 1/gamma = 0\n",
      "v = 528650238.50276977 m / s > c, setting 1/gamma = 0\n",
      "v = 307404374.4422888 m / s > c, setting 1/gamma = 0\n",
      "v = 419080730.7876328 m / s > c, setting 1/gamma = 0\n",
      "v = 458879246.60446864 m / s > c, setting 1/gamma = 0\n",
      "v = 338156749.3348358 m / s > c, setting 1/gamma = 0\n",
      "v = 405876425.12682515 m / s > c, setting 1/gamma = 0\n",
      "v = 329431066.820922 m / s > c, setting 1/gamma = 0\n",
      "v = 376108956.53241533 m / s > c, setting 1/gamma = 0\n",
      "v = 302193510.5646684 m / s > c, setting 1/gamma = 0\n",
      "v = 334242605.59828275 m / s > c, setting 1/gamma = 0\n",
      "v = 321616339.217549 m / s > c, setting 1/gamma = 0\n",
      "v = 339754844.2472954 m / s > c, setting 1/gamma = 0\n",
      "v = 334865805.887785 m / s > c, setting 1/gamma = 0\n",
      "v = 336928690.5646827 m / s > c, setting 1/gamma = 0\n",
      "v = 390379279.08056855 m / s > c, setting 1/gamma = 0\n",
      "v = 451975510.15152305 m / s > c, setting 1/gamma = 0\n",
      "v = 352199741.10356045 m / s > c, setting 1/gamma = 0\n",
      "v = 325550529.70982 m / s > c, setting 1/gamma = 0\n",
      "v = 306524047.52216977 m / s > c, setting 1/gamma = 0\n",
      "v = 334841246.5105172 m / s > c, setting 1/gamma = 0\n",
      "v = 397332619.78408736 m / s > c, setting 1/gamma = 0\n",
      "v = 423008174.46929914 m / s > c, setting 1/gamma = 0\n",
      "v = 436364788.3551749 m / s > c, setting 1/gamma = 0\n",
      "v = 448220010.93651354 m / s > c, setting 1/gamma = 0\n",
      "v = 428539887.77829033 m / s > c, setting 1/gamma = 0\n",
      "v = 476770422.35485476 m / s > c, setting 1/gamma = 0\n",
      "v = 309406146.89001095 m / s > c, setting 1/gamma = 0\n",
      "v = 605368087.3055443 m / s > c, setting 1/gamma = 0\n",
      "v = 622031736.997669 m / s > c, setting 1/gamma = 0\n",
      "v = 324341702.3497256 m / s > c, setting 1/gamma = 0\n",
      "v = 311508833.36924547 m / s > c, setting 1/gamma = 0\n",
      "v = 303181217.774273 m / s > c, setting 1/gamma = 0\n",
      "v = 322513573.800619 m / s > c, setting 1/gamma = 0\n",
      "v = 383122572.98474073 m / s > c, setting 1/gamma = 0\n",
      "v = 300962787.8009012 m / s > c, setting 1/gamma = 0\n",
      "v = 332347644.696399 m / s > c, setting 1/gamma = 0\n",
      "v = 339733102.76290935 m / s > c, setting 1/gamma = 0\n",
      "v = 364663650.09894395 m / s > c, setting 1/gamma = 0\n",
      "v = 315599152.74941254 m / s > c, setting 1/gamma = 0\n",
      "v = 302607382.3522476 m / s > c, setting 1/gamma = 0\n",
      "v = 354929967.5052128 m / s > c, setting 1/gamma = 0\n",
      "v = 368341911.41732126 m / s > c, setting 1/gamma = 0\n",
      "v = 387007203.6923543 m / s > c, setting 1/gamma = 0\n",
      "v = 307519641.14635175 m / s > c, setting 1/gamma = 0\n",
      "v = 303608773.3128689 m / s > c, setting 1/gamma = 0\n",
      "v = 318450393.37517273 m / s > c, setting 1/gamma = 0\n",
      "v = 393835137.9888133 m / s > c, setting 1/gamma = 0\n",
      "v = 426400074.9351636 m / s > c, setting 1/gamma = 0\n",
      "v = 440355077.91941744 m / s > c, setting 1/gamma = 0\n",
      "v = 493782206.876706 m / s > c, setting 1/gamma = 0\n",
      "v = 299833591.45710546 m / s > c, setting 1/gamma = 0\n",
      "v = 340736464.89638335 m / s > c, setting 1/gamma = 0\n",
      "v = 329841547.4424558 m / s > c, setting 1/gamma = 0\n",
      "v = 362227475.6109735 m / s > c, setting 1/gamma = 0\n",
      "v = 305327136.6319393 m / s > c, setting 1/gamma = 0\n",
      "v = 685435881.7787633 m / s > c, setting 1/gamma = 0\n",
      "v = 622011154.7542646 m / s > c, setting 1/gamma = 0\n",
      "v = 467028566.48724794 m / s > c, setting 1/gamma = 0\n",
      "v = 519028379.53869504 m / s > c, setting 1/gamma = 0\n",
      "v = 311252836.01067066 m / s > c, setting 1/gamma = 0\n",
      "v = 333527147.00055426 m / s > c, setting 1/gamma = 0\n",
      "v = 376455661.4488271 m / s > c, setting 1/gamma = 0\n",
      "v = 326322844.80764514 m / s > c, setting 1/gamma = 0\n",
      "v = 375976130.15423757 m / s > c, setting 1/gamma = 0\n",
      "v = 359562304.9803665 m / s > c, setting 1/gamma = 0\n",
      "v = 410697361.4778081 m / s > c, setting 1/gamma = 0\n",
      "v = 362411045.55463344 m / s > c, setting 1/gamma = 0\n",
      "v = 426708300.0455224 m / s > c, setting 1/gamma = 0\n",
      "v = 347435482.1271594 m / s > c, setting 1/gamma = 0\n",
      "v = 389589032.0686635 m / s > c, setting 1/gamma = 0\n",
      "v = 316237559.28051585 m / s > c, setting 1/gamma = 0\n",
      "v = 362730445.5686112 m / s > c, setting 1/gamma = 0\n",
      "v = 375941679.425851 m / s > c, setting 1/gamma = 0\n",
      "v = 433845388.5570716 m / s > c, setting 1/gamma = 0\n",
      "v = 303175187.4968424 m / s > c, setting 1/gamma = 0\n",
      "v = 349645213.7016935 m / s > c, setting 1/gamma = 0\n",
      "v = 304522513.0853192 m / s > c, setting 1/gamma = 0\n",
      "v = 488539912.4462603 m / s > c, setting 1/gamma = 0\n",
      "v = 507810305.77441466 m / s > c, setting 1/gamma = 0\n",
      "v = 322693822.967614 m / s > c, setting 1/gamma = 0\n",
      "v = 314753077.6255088 m / s > c, setting 1/gamma = 0\n",
      "v = 502822659.43392 m / s > c, setting 1/gamma = 0\n",
      "v = 507367024.7381565 m / s > c, setting 1/gamma = 0\n",
      "v = 412159127.93276614 m / s > c, setting 1/gamma = 0\n",
      "v = 442342177.64094126 m / s > c, setting 1/gamma = 0\n",
      "v = 354753112.3990177 m / s > c, setting 1/gamma = 0\n",
      "v = 822196162.0594196 m / s > c, setting 1/gamma = 0\n",
      "v = 745004577.9409798 m / s > c, setting 1/gamma = 0\n",
      "v = 300725512.97727364 m / s > c, setting 1/gamma = 0\n",
      "v = 320380958.4769277 m / s > c, setting 1/gamma = 0\n",
      "v = 374528723.4966306 m / s > c, setting 1/gamma = 0\n",
      "v = 380285053.8064453 m / s > c, setting 1/gamma = 0\n",
      "v = 414323230.43299955 m / s > c, setting 1/gamma = 0\n",
      "v = 308169991.21832186 m / s > c, setting 1/gamma = 0\n",
      "v = 361644768.5857282 m / s > c, setting 1/gamma = 0\n",
      "v = 401590477.3938108 m / s > c, setting 1/gamma = 0\n",
      "v = 303881182.1032366 m / s > c, setting 1/gamma = 0\n",
      "v = 374525768.6815373 m / s > c, setting 1/gamma = 0\n",
      "v = 329718509.8120344 m / s > c, setting 1/gamma = 0\n",
      "v = 392999470.42743504 m / s > c, setting 1/gamma = 0\n",
      "v = 437352607.2175987 m / s > c, setting 1/gamma = 0\n",
      "v = 456917212.7203007 m / s > c, setting 1/gamma = 0\n",
      "v = 518310464.18856144 m / s > c, setting 1/gamma = 0\n",
      "v = 560473954.515629 m / s > c, setting 1/gamma = 0\n",
      "v = 312451814.3575121 m / s > c, setting 1/gamma = 0\n",
      "v = 324523679.6553144 m / s > c, setting 1/gamma = 0\n",
      "v = 363799069.88128453 m / s > c, setting 1/gamma = 0\n",
      "v = 623470457.5878272 m / s > c, setting 1/gamma = 0\n",
      "v = 634591136.3858078 m / s > c, setting 1/gamma = 0\n",
      "v = 322004189.9394786 m / s > c, setting 1/gamma = 0\n",
      "v = 370195870.3905338 m / s > c, setting 1/gamma = 0\n",
      "v = 303133652.3556441 m / s > c, setting 1/gamma = 0\n",
      "v = 302851214.66012317 m / s > c, setting 1/gamma = 0\n",
      "v = 652555272.2285804 m / s > c, setting 1/gamma = 0\n",
      "v = 586977735.2153519 m / s > c, setting 1/gamma = 0\n",
      "v = 348323043.5621281 m / s > c, setting 1/gamma = 0\n",
      "v = 414097400.96868134 m / s > c, setting 1/gamma = 0\n",
      "v = 318874183.32532686 m / s > c, setting 1/gamma = 0\n",
      "v = 381850273.80488044 m / s > c, setting 1/gamma = 0\n",
      "v = 399069662.43903464 m / s > c, setting 1/gamma = 0\n",
      "v = 436877188.01686126 m / s > c, setting 1/gamma = 0\n",
      "v = 349304479.2862294 m / s > c, setting 1/gamma = 0\n",
      "v = 425086943.7960448 m / s > c, setting 1/gamma = 0\n",
      "v = 343521466.5810808 m / s > c, setting 1/gamma = 0\n",
      "v = 880129161.9449497 m / s > c, setting 1/gamma = 0\n",
      "v = 783624315.387312 m / s > c, setting 1/gamma = 0\n",
      "v = 316194546.09302086 m / s > c, setting 1/gamma = 0\n",
      "v = 375852824.04175526 m / s > c, setting 1/gamma = 0\n",
      "v = 331734206.352501 m / s > c, setting 1/gamma = 0\n",
      "v = 519865513.81821144 m / s > c, setting 1/gamma = 0\n",
      "v = 559786102.810931 m / s > c, setting 1/gamma = 0\n",
      "v = 376839069.60278124 m / s > c, setting 1/gamma = 0\n",
      "v = 453095697.6663627 m / s > c, setting 1/gamma = 0\n",
      "v = 304975423.7096873 m / s > c, setting 1/gamma = 0\n",
      "v = 365023878.46967065 m / s > c, setting 1/gamma = 0\n",
      "v = 317421497.667704 m / s > c, setting 1/gamma = 0\n",
      "v = 386346486.3624681 m / s > c, setting 1/gamma = 0\n",
      "v = 336882846.4830996 m / s > c, setting 1/gamma = 0\n",
      "v = 387587576.4370294 m / s > c, setting 1/gamma = 0\n",
      "v = 326802630.3539592 m / s > c, setting 1/gamma = 0\n",
      "v = 310532371.52534807 m / s > c, setting 1/gamma = 0\n",
      "v = 349577753.73989505 m / s > c, setting 1/gamma = 0\n",
      "v = 460533713.4460822 m / s > c, setting 1/gamma = 0\n",
      "v = 517187922.13738495 m / s > c, setting 1/gamma = 0\n",
      "v = 302402915.49785775 m / s > c, setting 1/gamma = 0\n",
      "v = 327798378.9937939 m / s > c, setting 1/gamma = 0\n",
      "v = 306518189.14943373 m / s > c, setting 1/gamma = 0\n",
      "v = 345146934.1769389 m / s > c, setting 1/gamma = 0\n",
      "v = 378514858.3962435 m / s > c, setting 1/gamma = 0\n",
      "v = 304173413.42049897 m / s > c, setting 1/gamma = 0\n",
      "v = 319939064.9091949 m / s > c, setting 1/gamma = 0\n",
      "v = 377447803.17560697 m / s > c, setting 1/gamma = 0\n",
      "v = 420359507.65816396 m / s > c, setting 1/gamma = 0\n",
      "v = 302049169.10670817 m / s > c, setting 1/gamma = 0\n",
      "v = 321396921.2955806 m / s > c, setting 1/gamma = 0\n",
      "v = 330094614.84768474 m / s > c, setting 1/gamma = 0\n",
      "v = 312522786.1703571 m / s > c, setting 1/gamma = 0\n",
      "v = 350076382.8294416 m / s > c, setting 1/gamma = 0\n",
      "v = 302797739.7959931 m / s > c, setting 1/gamma = 0\n",
      "v = 325796114.79719853 m / s > c, setting 1/gamma = 0\n",
      "v = 306115753.8144129 m / s > c, setting 1/gamma = 0\n",
      "v = 592678312.8388331 m / s > c, setting 1/gamma = 0\n",
      "v = 500535377.1030747 m / s > c, setting 1/gamma = 0\n",
      "v = 305479594.919776 m / s > c, setting 1/gamma = 0\n",
      "v = 336116433.895988 m / s > c, setting 1/gamma = 0\n",
      "v = 317958031.8089638 m / s > c, setting 1/gamma = 0\n",
      "v = 348603976.7027548 m / s > c, setting 1/gamma = 0\n",
      "v = 316177593.6506738 m / s > c, setting 1/gamma = 0\n",
      "v = 717635053.805495 m / s > c, setting 1/gamma = 0\n",
      "v = 593183181.6363616 m / s > c, setting 1/gamma = 0\n",
      "v = 315802042.07285506 m / s > c, setting 1/gamma = 0\n",
      "v = 312614317.6247417 m / s > c, setting 1/gamma = 0\n",
      "v = 305927782.22914916 m / s > c, setting 1/gamma = 0\n",
      "v = 300126273.1725964 m / s > c, setting 1/gamma = 0\n",
      "v = 344818387.72631794 m / s > c, setting 1/gamma = 0\n",
      "v = 512587813.0665877 m / s > c, setting 1/gamma = 0\n",
      "v = 530918440.35938245 m / s > c, setting 1/gamma = 0\n",
      "v = 308203030.3020887 m / s > c, setting 1/gamma = 0\n",
      "v = 339138553.2030929 m / s > c, setting 1/gamma = 0\n",
      "v = 319844147.2964603 m / s > c, setting 1/gamma = 0\n",
      "v = 362782991.89306444 m / s > c, setting 1/gamma = 0\n",
      "v = 364840959.1751391 m / s > c, setting 1/gamma = 0\n",
      "v = 430644717.68574786 m / s > c, setting 1/gamma = 0\n",
      "v = 557627626.0140729 m / s > c, setting 1/gamma = 0\n",
      "v = 560202112.7036899 m / s > c, setting 1/gamma = 0\n",
      "v = 401888051.4480647 m / s > c, setting 1/gamma = 0\n",
      "v = 448832402.71452194 m / s > c, setting 1/gamma = 0\n",
      "v = 307264309.00828016 m / s > c, setting 1/gamma = 0\n",
      "v = 333873245.0229075 m / s > c, setting 1/gamma = 0\n",
      "v = 337875637.84976435 m / s > c, setting 1/gamma = 0\n",
      "v = 379112939.1184328 m / s > c, setting 1/gamma = 0\n",
      "v = 428070600.481708 m / s > c, setting 1/gamma = 0\n",
      "v = 488290800.94942284 m / s > c, setting 1/gamma = 0\n",
      "v = 419297863.55774975 m / s > c, setting 1/gamma = 0\n",
      "v = 437500502.1579978 m / s > c, setting 1/gamma = 0\n",
      "v = 341209626.14384985 m / s > c, setting 1/gamma = 0\n",
      "v = 513805659.9906256 m / s > c, setting 1/gamma = 0\n",
      "v = 519666701.70125043 m / s > c, setting 1/gamma = 0\n",
      "v = 473444635.83209103 m / s > c, setting 1/gamma = 0\n",
      "v = 500221698.22732943 m / s > c, setting 1/gamma = 0\n",
      "v = 303596073.25263256 m / s > c, setting 1/gamma = 0\n",
      "v = 669493124.556732 m / s > c, setting 1/gamma = 0\n",
      "v = 554342838.3115298 m / s > c, setting 1/gamma = 0\n",
      "v = 317588752.2436691 m / s > c, setting 1/gamma = 0\n",
      "v = 355534454.4233524 m / s > c, setting 1/gamma = 0\n",
      "v = 541184510.8610135 m / s > c, setting 1/gamma = 0\n",
      "v = 542368690.969683 m / s > c, setting 1/gamma = 0\n",
      "v = 312795713.5624824 m / s > c, setting 1/gamma = 0\n",
      "v = 329337860.4158795 m / s > c, setting 1/gamma = 0\n",
      "v = 301096829.1528536 m / s > c, setting 1/gamma = 0\n",
      "v = 388555823.3778471 m / s > c, setting 1/gamma = 0\n",
      "v = 457341666.96756494 m / s > c, setting 1/gamma = 0\n",
      "v = 305083695.937561 m / s > c, setting 1/gamma = 0\n",
      "v = 337951192.5302825 m / s > c, setting 1/gamma = 0\n",
      "v = 400512480.5886175 m / s > c, setting 1/gamma = 0\n",
      "v = 750188311.8703911 m / s > c, setting 1/gamma = 0\n",
      "v = 664304385.804678 m / s > c, setting 1/gamma = 0\n",
      "v = 303395266.28556085 m / s > c, setting 1/gamma = 0\n",
      "v = 354325405.22775495 m / s > c, setting 1/gamma = 0\n",
      "v = 414332804.2102795 m / s > c, setting 1/gamma = 0\n",
      "v = 481979142.76160413 m / s > c, setting 1/gamma = 0\n",
      "v = 345184467.761734 m / s > c, setting 1/gamma = 0\n",
      "v = 410222421.50440156 m / s > c, setting 1/gamma = 0\n",
      "v = 304421580.5042883 m / s > c, setting 1/gamma = 0\n",
      "v = 348731039.7183139 m / s > c, setting 1/gamma = 0\n",
      "v = 367222641.7989072 m / s > c, setting 1/gamma = 0\n",
      "v = 419124063.93291456 m / s > c, setting 1/gamma = 0\n",
      "v = 321578793.88520265 m / s > c, setting 1/gamma = 0\n",
      "v = 348389208.4576459 m / s > c, setting 1/gamma = 0\n",
      "v = 318785845.10070044 m / s > c, setting 1/gamma = 0\n",
      "v = 384310069.6818599 m / s > c, setting 1/gamma = 0\n",
      "v = 334610455.51596427 m / s > c, setting 1/gamma = 0\n",
      "v = 797400249.694756 m / s > c, setting 1/gamma = 0\n",
      "v = 662414374.7512374 m / s > c, setting 1/gamma = 0\n",
      "v = 437804750.13194764 m / s > c, setting 1/gamma = 0\n",
      "v = 464129255.2546276 m / s > c, setting 1/gamma = 0\n",
      "v = 300815378.7136985 m / s > c, setting 1/gamma = 0\n",
      "v = 315550360.29038674 m / s > c, setting 1/gamma = 0\n",
      "v = 364864374.43456554 m / s > c, setting 1/gamma = 0\n",
      "v = 315854024.3429725 m / s > c, setting 1/gamma = 0\n",
      "v = 352594186.64191556 m / s > c, setting 1/gamma = 0\n",
      "v = 310909397.31261885 m / s > c, setting 1/gamma = 0\n",
      "v = 377320490.52370864 m / s > c, setting 1/gamma = 0\n",
      "v = 421909635.75090384 m / s > c, setting 1/gamma = 0\n",
      "v = 486743808.4237236 m / s > c, setting 1/gamma = 0\n",
      "v = 326299281.842129 m / s > c, setting 1/gamma = 0\n",
      "v = 332243947.86135525 m / s > c, setting 1/gamma = 0\n",
      "v = 397968810.7203595 m / s > c, setting 1/gamma = 0\n",
      "v = 327821808.7871091 m / s > c, setting 1/gamma = 0\n",
      "v = 362426020.7136271 m / s > c, setting 1/gamma = 0\n",
      "v = 312748365.0136159 m / s > c, setting 1/gamma = 0\n",
      "v = 598533937.6086085 m / s > c, setting 1/gamma = 0\n",
      "v = 552433576.5849261 m / s > c, setting 1/gamma = 0\n",
      "v = 584497845.1363018 m / s > c, setting 1/gamma = 0\n",
      "v = 565824624.3220861 m / s > c, setting 1/gamma = 0\n",
      "v = 346858463.60947657 m / s > c, setting 1/gamma = 0\n",
      "v = 406547671.0679061 m / s > c, setting 1/gamma = 0\n",
      "v = 395964443.35491574 m / s > c, setting 1/gamma = 0\n",
      "v = 425994627.69321 m / s > c, setting 1/gamma = 0\n",
      "v = 354502043.6387237 m / s > c, setting 1/gamma = 0\n",
      "v = 363583149.29327554 m / s > c, setting 1/gamma = 0\n",
      "v = 1009402904.0536994 m / s > c, setting 1/gamma = 0\n",
      "v = 894664015.4324446 m / s > c, setting 1/gamma = 0\n",
      "v = 472702691.48469687 m / s > c, setting 1/gamma = 0\n",
      "v = 520148302.50504315 m / s > c, setting 1/gamma = 0\n",
      "v = 425911454.386827 m / s > c, setting 1/gamma = 0\n",
      "v = 505826112.49746716 m / s > c, setting 1/gamma = 0\n",
      "v = 309825203.3782701 m / s > c, setting 1/gamma = 0\n",
      "v = 356587697.18095815 m / s > c, setting 1/gamma = 0\n",
      "v = 584905261.5942155 m / s > c, setting 1/gamma = 0\n",
      "v = 612932149.9989347 m / s > c, setting 1/gamma = 0\n",
      "v = 325178835.09749335 m / s > c, setting 1/gamma = 0\n",
      "v = 300167056.6018192 m / s > c, setting 1/gamma = 0\n",
      "v = 410836450.70961124 m / s > c, setting 1/gamma = 0\n",
      "v = 429429478.6471198 m / s > c, setting 1/gamma = 0\n",
      "v = 300391117.40675753 m / s > c, setting 1/gamma = 0\n",
      "v = 423554542.62673247 m / s > c, setting 1/gamma = 0\n",
      "v = 465118076.0281158 m / s > c, setting 1/gamma = 0\n",
      "v = 534246120.4371574 m / s > c, setting 1/gamma = 0\n",
      "v = 536405593.8116052 m / s > c, setting 1/gamma = 0\n",
      "v = 410141452.7742639 m / s > c, setting 1/gamma = 0\n",
      "v = 461422012.6926418 m / s > c, setting 1/gamma = 0\n",
      "v = 309789224.8931115 m / s > c, setting 1/gamma = 0\n",
      "v = 305418084.8024481 m / s > c, setting 1/gamma = 0\n",
      "v = 533810105.7344793 m / s > c, setting 1/gamma = 0\n",
      "v = 499245066.4245675 m / s > c, setting 1/gamma = 0\n",
      "v = 340852333.7268972 m / s > c, setting 1/gamma = 0\n",
      "v = 318939597.20008874 m / s > c, setting 1/gamma = 0\n",
      "v = 351672296.8586573 m / s > c, setting 1/gamma = 0\n",
      "v = 384651716.86873066 m / s > c, setting 1/gamma = 0\n",
      "v = 424912649.93824625 m / s > c, setting 1/gamma = 0\n",
      "v = 302450221.4934989 m / s > c, setting 1/gamma = 0\n",
      "v = 320947514.95354074 m / s > c, setting 1/gamma = 0\n",
      "v = 300178940.22655445 m / s > c, setting 1/gamma = 0\n",
      "v = 569527671.8265885 m / s > c, setting 1/gamma = 0\n",
      "v = 572017940.0197597 m / s > c, setting 1/gamma = 0\n",
      "v = 500966709.2949205 m / s > c, setting 1/gamma = 0\n",
      "v = 524970111.8583472 m / s > c, setting 1/gamma = 0\n",
      "v = 305856882.7962369 m / s > c, setting 1/gamma = 0\n",
      "v = 342041215.08889765 m / s > c, setting 1/gamma = 0\n",
      "v = 301723953.258612 m / s > c, setting 1/gamma = 0\n",
      "v = 463686490.1774639 m / s > c, setting 1/gamma = 0\n",
      "v = 493053770.7468368 m / s > c, setting 1/gamma = 0\n",
      "v = 400399534.5025776 m / s > c, setting 1/gamma = 0\n",
      "v = 463002650.8637149 m / s > c, setting 1/gamma = 0\n",
      "v = 325966898.75870806 m / s > c, setting 1/gamma = 0\n",
      "v = 399921485.38240546 m / s > c, setting 1/gamma = 0\n",
      "v = 314776350.8340952 m / s > c, setting 1/gamma = 0\n",
      "v = 345632711.19049644 m / s > c, setting 1/gamma = 0\n",
      "v = 308161356.1527334 m / s > c, setting 1/gamma = 0\n",
      "v = 373908526.3218299 m / s > c, setting 1/gamma = 0\n",
      "v = 331724256.33099 m / s > c, setting 1/gamma = 0\n",
      "v = 402720084.4479127 m / s > c, setting 1/gamma = 0\n",
      "v = 331167336.5485157 m / s > c, setting 1/gamma = 0\n",
      "v = 309641330.29395366 m / s > c, setting 1/gamma = 0\n",
      "v = 355312364.7559305 m / s > c, setting 1/gamma = 0\n",
      "v = 394190220.7802869 m / s > c, setting 1/gamma = 0\n",
      "v = 354813122.18986404 m / s > c, setting 1/gamma = 0\n",
      "v = 428004328.03002685 m / s > c, setting 1/gamma = 0\n",
      "v = 343216581.73928297 m / s > c, setting 1/gamma = 0\n",
      "v = 385374303.9697222 m / s > c, setting 1/gamma = 0\n",
      "v = 349384967.1753076 m / s > c, setting 1/gamma = 0\n",
      "v = 384291404.482457 m / s > c, setting 1/gamma = 0\n",
      "v = 325720268.5114078 m / s > c, setting 1/gamma = 0\n",
      "v = 396456017.2448949 m / s > c, setting 1/gamma = 0\n",
      "v = 689928044.5219635 m / s > c, setting 1/gamma = 0\n",
      "v = 678212453.7315953 m / s > c, setting 1/gamma = 0\n",
      "v = 518922700.2735303 m / s > c, setting 1/gamma = 0\n",
      "v = 536813413.53086376 m / s > c, setting 1/gamma = 0\n",
      "v = 323835317.9085539 m / s > c, setting 1/gamma = 0\n",
      "v = 582670951.1520455 m / s > c, setting 1/gamma = 0\n",
      "v = 581033863.8377758 m / s > c, setting 1/gamma = 0\n",
      "v = 437089677.9640246 m / s > c, setting 1/gamma = 0\n",
      "v = 492291399.4525453 m / s > c, setting 1/gamma = 0\n",
      "v = 318102192.8506648 m / s > c, setting 1/gamma = 0\n",
      "v = 337727396.50737447 m / s > c, setting 1/gamma = 0\n",
      "v = 385618001.2591394 m / s > c, setting 1/gamma = 0\n",
      "v = 396762853.9694228 m / s > c, setting 1/gamma = 0\n",
      "v = 434976019.7443789 m / s > c, setting 1/gamma = 0\n",
      "v = 322573377.99463284 m / s > c, setting 1/gamma = 0\n",
      "v = 387039125.9942665 m / s > c, setting 1/gamma = 0\n",
      "v = 321621648.0883365 m / s > c, setting 1/gamma = 0\n",
      "v = 304376551.73833877 m / s > c, setting 1/gamma = 0\n",
      "v = 344784834.13596946 m / s > c, setting 1/gamma = 0\n",
      "v = 301594941.2864404 m / s > c, setting 1/gamma = 0\n",
      "v = 308806377.54965764 m / s > c, setting 1/gamma = 0\n",
      "v = 314216772.24270874 m / s > c, setting 1/gamma = 0\n",
      "v = 329228829.2547181 m / s > c, setting 1/gamma = 0\n",
      "v = 485304914.6418541 m / s > c, setting 1/gamma = 0\n",
      "v = 546296659.6225681 m / s > c, setting 1/gamma = 0\n",
      "v = 432579433.61367524 m / s > c, setting 1/gamma = 0\n",
      "v = 455229995.43138844 m / s > c, setting 1/gamma = 0\n",
      "v = 506009650.3261006 m / s > c, setting 1/gamma = 0\n",
      "v = 522665070.1325064 m / s > c, setting 1/gamma = 0\n",
      "v = 315802190.7338426 m / s > c, setting 1/gamma = 0\n",
      "v = 598932628.2470546 m / s > c, setting 1/gamma = 0\n",
      "v = 572027426.1638294 m / s > c, setting 1/gamma = 0\n",
      "v = 341833428.09900266 m / s > c, setting 1/gamma = 0\n",
      "v = 319096029.2866273 m / s > c, setting 1/gamma = 0\n",
      "v = 310627986.2667534 m / s > c, setting 1/gamma = 0\n",
      "v = 651911858.9147836 m / s > c, setting 1/gamma = 0\n",
      "v = 655619709.9116446 m / s > c, setting 1/gamma = 0\n",
      "v = 316157203.01280445 m / s > c, setting 1/gamma = 0\n",
      "v = 377772068.87126434 m / s > c, setting 1/gamma = 0\n",
      "v = 329903566.23671204 m / s > c, setting 1/gamma = 0\n",
      "v = 401734507.1712265 m / s > c, setting 1/gamma = 0\n",
      "v = 316824557.44208026 m / s > c, setting 1/gamma = 0\n",
      "v = 362531282.34477323 m / s > c, setting 1/gamma = 0\n",
      "v = 311939192.77273685 m / s > c, setting 1/gamma = 0\n",
      "v = 341358536.9295072 m / s > c, setting 1/gamma = 0\n",
      "v = 301973122.1583518 m / s > c, setting 1/gamma = 0\n",
      "v = 338708732.6131242 m / s > c, setting 1/gamma = 0\n",
      "v = 367984012.0961112 m / s > c, setting 1/gamma = 0\n",
      "v = 431809793.7348968 m / s > c, setting 1/gamma = 0\n",
      "v = 318437653.1204515 m / s > c, setting 1/gamma = 0\n",
      "v = 335384381.034374 m / s > c, setting 1/gamma = 0\n",
      "v = 353612058.06465256 m / s > c, setting 1/gamma = 0\n",
      "v = 342356299.8354454 m / s > c, setting 1/gamma = 0\n",
      "v = 396271851.0157646 m / s > c, setting 1/gamma = 0\n",
      "v = 384888085.2620791 m / s > c, setting 1/gamma = 0\n",
      "v = 427883506.89491963 m / s > c, setting 1/gamma = 0\n",
      "v = 325267822.36502814 m / s > c, setting 1/gamma = 0\n",
      "v = 346523710.57901305 m / s > c, setting 1/gamma = 0\n",
      "v = 396559570.99051034 m / s > c, setting 1/gamma = 0\n",
      "v = 637782351.1536478 m / s > c, setting 1/gamma = 0\n",
      "v = 644583373.0054364 m / s > c, setting 1/gamma = 0\n",
      "v = 317321339.0502571 m / s > c, setting 1/gamma = 0\n",
      "v = 368817501.3964144 m / s > c, setting 1/gamma = 0\n",
      "v = 326339154.1911699 m / s > c, setting 1/gamma = 0\n",
      "v = 349835580.6141054 m / s > c, setting 1/gamma = 0\n",
      "v = 341667668.9333572 m / s > c, setting 1/gamma = 0\n",
      "v = 406103100.5966655 m / s > c, setting 1/gamma = 0\n",
      "v = 302617862.421017 m / s > c, setting 1/gamma = 0\n",
      "v = 364862573.2920415 m / s > c, setting 1/gamma = 0\n",
      "v = 405228296.1447758 m / s > c, setting 1/gamma = 0\n",
      "v = 335460918.9096089 m / s > c, setting 1/gamma = 0\n",
      "v = 307179538.1167733 m / s > c, setting 1/gamma = 0\n",
      "v = 368033158.57335144 m / s > c, setting 1/gamma = 0\n",
      "v = 302337822.11488265 m / s > c, setting 1/gamma = 0\n",
      "v = 749183842.3708756 m / s > c, setting 1/gamma = 0\n",
      "v = 662114923.882116 m / s > c, setting 1/gamma = 0\n",
      "v = 631076600.0179037 m / s > c, setting 1/gamma = 0\n",
      "v = 591656626.775419 m / s > c, setting 1/gamma = 0\n",
      "v = 345312612.92977065 m / s > c, setting 1/gamma = 0\n",
      "v = 392679803.614491 m / s > c, setting 1/gamma = 0\n",
      "v = 356511071.88382804 m / s > c, setting 1/gamma = 0\n",
      "v = 979687399.0831869 m / s > c, setting 1/gamma = 0\n",
      "v = 859449085.6610315 m / s > c, setting 1/gamma = 0\n",
      "v = 347018124.9090195 m / s > c, setting 1/gamma = 0\n",
      "v = 391553182.5067612 m / s > c, setting 1/gamma = 0\n",
      "v = 435038818.2074487 m / s > c, setting 1/gamma = 0\n",
      "v = 461293595.8607395 m / s > c, setting 1/gamma = 0\n",
      "v = 382023617.36832535 m / s > c, setting 1/gamma = 0\n",
      "v = 448460252.9145267 m / s > c, setting 1/gamma = 0\n",
      "v = 370648397.35647035 m / s > c, setting 1/gamma = 0\n",
      "v = 445583111.79388976 m / s > c, setting 1/gamma = 0\n",
      "v = 333975907.68625164 m / s > c, setting 1/gamma = 0\n",
      "v = 359202970.0200886 m / s > c, setting 1/gamma = 0\n",
      "v = 324626241.69580716 m / s > c, setting 1/gamma = 0\n",
      "v = 311990931.4707955 m / s > c, setting 1/gamma = 0\n",
      "v = 306815651.13727 m / s > c, setting 1/gamma = 0\n",
      "v = 325847270.51920426 m / s > c, setting 1/gamma = 0\n",
      "v = 362508230.78613555 m / s > c, setting 1/gamma = 0\n",
      "v = 401575777.17418593 m / s > c, setting 1/gamma = 0\n",
      "v = 300136846.87252736 m / s > c, setting 1/gamma = 0\n",
      "v = 316287157.3441961 m / s > c, setting 1/gamma = 0\n",
      "v = 331657743.901635 m / s > c, setting 1/gamma = 0\n",
      "v = 315116391.9514609 m / s > c, setting 1/gamma = 0\n",
      "v = 305845340.90245175 m / s > c, setting 1/gamma = 0\n",
      "v = 300574405.680299 m / s > c, setting 1/gamma = 0\n",
      "v = 317736508.13199776 m / s > c, setting 1/gamma = 0\n",
      "v = 326204713.9854948 m / s > c, setting 1/gamma = 0\n",
      "v = 302037602.83434457 m / s > c, setting 1/gamma = 0\n",
      "v = 329932524.1508859 m / s > c, setting 1/gamma = 0\n",
      "v = 551352852.0526946 m / s > c, setting 1/gamma = 0\n",
      "v = 580945014.6107131 m / s > c, setting 1/gamma = 0\n",
      "v = 301587750.0397173 m / s > c, setting 1/gamma = 0\n",
      "v = 301265330.4351989 m / s > c, setting 1/gamma = 0\n",
      "v = 329656374.7152988 m / s > c, setting 1/gamma = 0\n",
      "v = 352633552.41419566 m / s > c, setting 1/gamma = 0\n",
      "v = 503627260.0554376 m / s > c, setting 1/gamma = 0\n",
      "v = 535439348.109227 m / s > c, setting 1/gamma = 0\n",
      "v = 354610931.3820862 m / s > c, setting 1/gamma = 0\n",
      "v = 394730132.78066176 m / s > c, setting 1/gamma = 0\n",
      "v = 417669453.5743519 m / s > c, setting 1/gamma = 0\n",
      "v = 464260463.76000834 m / s > c, setting 1/gamma = 0\n",
      "v = 329520426.89839274 m / s > c, setting 1/gamma = 0\n",
      "v = 335350164.3966265 m / s > c, setting 1/gamma = 0\n",
      "v = 775468715.6959147 m / s > c, setting 1/gamma = 0\n",
      "v = 650469845.6020316 m / s > c, setting 1/gamma = 0\n",
      "v = 301622871.0041904 m / s > c, setting 1/gamma = 0\n",
      "v = 313967968.08440226 m / s > c, setting 1/gamma = 0\n",
      "v = 459079491.86901134 m / s > c, setting 1/gamma = 0\n",
      "v = 488598704.34792596 m / s > c, setting 1/gamma = 0\n",
      "v = 448452357.6480067 m / s > c, setting 1/gamma = 0\n",
      "v = 503746208.31761515 m / s > c, setting 1/gamma = 0\n",
      "v = 332858710.4077521 m / s > c, setting 1/gamma = 0\n",
      "v = 408045133.9885219 m / s > c, setting 1/gamma = 0\n",
      "v = 308043042.71711046 m / s > c, setting 1/gamma = 0\n",
      "v = 406205060.94883436 m / s > c, setting 1/gamma = 0\n",
      "v = 474271554.7058529 m / s > c, setting 1/gamma = 0\n",
      "v = 651844886.2312645 m / s > c, setting 1/gamma = 0\n",
      "v = 596088934.3992763 m / s > c, setting 1/gamma = 0\n",
      "v = 303701765.58177805 m / s > c, setting 1/gamma = 0\n",
      "v = 366185488.29034007 m / s > c, setting 1/gamma = 0\n",
      "v = 315990890.15588534 m / s > c, setting 1/gamma = 0\n",
      "v = 310169976.67418885 m / s > c, setting 1/gamma = 0\n",
      "v = 374735882.7193136 m / s > c, setting 1/gamma = 0\n",
      "v = 457647617.5917303 m / s > c, setting 1/gamma = 0\n",
      "v = 501950284.8913961 m / s > c, setting 1/gamma = 0\n",
      "v = 468453916.11013514 m / s > c, setting 1/gamma = 0\n",
      "v = 1384147078.6233754 m / s > c, setting 1/gamma = 0\n",
      "v = 1230493456.7222214 m / s > c, setting 1/gamma = 0\n",
      "v = 337970315.5172207 m / s > c, setting 1/gamma = 0\n",
      "v = 348176167.27055967 m / s > c, setting 1/gamma = 0\n",
      "v = 411829792.15784526 m / s > c, setting 1/gamma = 0\n",
      "v = 334747345.04330724 m / s > c, setting 1/gamma = 0\n",
      "v = 368321235.6878252 m / s > c, setting 1/gamma = 0\n",
      "v = 387266801.2531488 m / s > c, setting 1/gamma = 0\n",
      "v = 422658637.0579423 m / s > c, setting 1/gamma = 0\n",
      "v = 324207137.1123928 m / s > c, setting 1/gamma = 0\n",
      "v = 417867952.64825165 m / s > c, setting 1/gamma = 0\n",
      "v = 484002105.1448085 m / s > c, setting 1/gamma = 0\n",
      "v = 803775153.396034 m / s > c, setting 1/gamma = 0\n",
      "v = 765791544.698258 m / s > c, setting 1/gamma = 0\n",
      "v = 308507616.6379891 m / s > c, setting 1/gamma = 0\n",
      "v = 850239261.2515368 m / s > c, setting 1/gamma = 0\n",
      "v = 752762077.2830608 m / s > c, setting 1/gamma = 0\n",
      "v = 362204492.03487027 m / s > c, setting 1/gamma = 0\n",
      "v = 413063159.74480253 m / s > c, setting 1/gamma = 0\n",
      "v = 342169953.2021802 m / s > c, setting 1/gamma = 0\n",
      "v = 368650118.2693816 m / s > c, setting 1/gamma = 0\n",
      "v = 507289567.0459878 m / s > c, setting 1/gamma = 0\n",
      "v = 547981408.1355209 m / s > c, setting 1/gamma = 0\n",
      "v = 317929694.23124 m / s > c, setting 1/gamma = 0\n",
      "v = 422269591.8893635 m / s > c, setting 1/gamma = 0\n",
      "v = 477048076.153952 m / s > c, setting 1/gamma = 0\n",
      "v = 367042869.06060517 m / s > c, setting 1/gamma = 0\n",
      "v = 442678105.8044954 m / s > c, setting 1/gamma = 0\n",
      "v = 411478587.8873555 m / s > c, setting 1/gamma = 0\n",
      "v = 463388816.88432795 m / s > c, setting 1/gamma = 0\n",
      "v = 304105799.6216574 m / s > c, setting 1/gamma = 0\n",
      "v = 304473276.9742869 m / s > c, setting 1/gamma = 0\n",
      "v = 365824798.646524 m / s > c, setting 1/gamma = 0\n",
      "v = 427309774.2306278 m / s > c, setting 1/gamma = 0\n",
      "v = 357009712.8525068 m / s > c, setting 1/gamma = 0\n",
      "v = 396025341.1204853 m / s > c, setting 1/gamma = 0\n",
      "v = 302721858.1284472 m / s > c, setting 1/gamma = 0\n",
      "v = 325306535.4172373 m / s > c, setting 1/gamma = 0\n",
      "v = 446485684.22646147 m / s > c, setting 1/gamma = 0\n",
      "v = 475079469.06185156 m / s > c, setting 1/gamma = 0\n",
      "v = 358634509.4875845 m / s > c, setting 1/gamma = 0\n",
      "v = 415122063.5752755 m / s > c, setting 1/gamma = 0\n",
      "v = 368466673.8915909 m / s > c, setting 1/gamma = 0\n",
      "v = 411678147.04592466 m / s > c, setting 1/gamma = 0\n",
      "v = 379779760.8360845 m / s > c, setting 1/gamma = 0\n",
      "v = 417517282.8935603 m / s > c, setting 1/gamma = 0\n",
      "v = 366219512.60862315 m / s > c, setting 1/gamma = 0\n",
      "v = 433805082.0864049 m / s > c, setting 1/gamma = 0\n",
      "v = 409737084.768285 m / s > c, setting 1/gamma = 0\n",
      "v = 480942237.46950513 m / s > c, setting 1/gamma = 0\n",
      "v = 360738843.0488936 m / s > c, setting 1/gamma = 0\n",
      "v = 408640904.7788338 m / s > c, setting 1/gamma = 0\n",
      "v = 312635272.48374176 m / s > c, setting 1/gamma = 0\n",
      "v = 357126652.39443845 m / s > c, setting 1/gamma = 0\n",
      "v = 307843090.4143153 m / s > c, setting 1/gamma = 0\n",
      "v = 795269622.3268228 m / s > c, setting 1/gamma = 0\n",
      "v = 690224987.3051902 m / s > c, setting 1/gamma = 0\n",
      "v = 339208104.6798364 m / s > c, setting 1/gamma = 0\n",
      "v = 386878129.0663657 m / s > c, setting 1/gamma = 0\n",
      "v = 309594338.5449229 m / s > c, setting 1/gamma = 0\n",
      "v = 581772960.9942755 m / s > c, setting 1/gamma = 0\n",
      "v = 609126354.5290519 m / s > c, setting 1/gamma = 0\n",
      "v = 315133800.5681433 m / s > c, setting 1/gamma = 0\n",
      "v = 464382421.81316954 m / s > c, setting 1/gamma = 0\n",
      "v = 513663703.612562 m / s > c, setting 1/gamma = 0\n",
      "v = 320590336.58245116 m / s > c, setting 1/gamma = 0\n",
      "v = 346849406.72064537 m / s > c, setting 1/gamma = 0\n",
      "v = 808247799.5280432 m / s > c, setting 1/gamma = 0\n",
      "v = 676978947.088977 m / s > c, setting 1/gamma = 0\n",
      "v = 335728586.3273588 m / s > c, setting 1/gamma = 0\n",
      "v = 378615069.9514912 m / s > c, setting 1/gamma = 0\n",
      "v = 425366148.7588891 m / s > c, setting 1/gamma = 0\n",
      "v = 458926274.8178379 m / s > c, setting 1/gamma = 0\n",
      "v = 425747919.9004599 m / s > c, setting 1/gamma = 0\n",
      "v = 463230203.4102029 m / s > c, setting 1/gamma = 0\n",
      "v = 302906978.36759365 m / s > c, setting 1/gamma = 0\n",
      "v = 309888981.3104027 m / s > c, setting 1/gamma = 0\n",
      "v = 347398051.7865571 m / s > c, setting 1/gamma = 0\n",
      "v = 629717298.5824816 m / s > c, setting 1/gamma = 0\n",
      "v = 608054847.996087 m / s > c, setting 1/gamma = 0\n",
      "v = 367808913.0441407 m / s > c, setting 1/gamma = 0\n",
      "v = 434959103.7973682 m / s > c, setting 1/gamma = 0\n",
      "v = 383497028.8805783 m / s > c, setting 1/gamma = 0\n",
      "v = 458014347.188567 m / s > c, setting 1/gamma = 0\n",
      "v = 304732615.3147032 m / s > c, setting 1/gamma = 0\n",
      "v = 347927520.24638546 m / s > c, setting 1/gamma = 0\n",
      "v = 571924380.4474967 m / s > c, setting 1/gamma = 0\n",
      "v = 564768030.3074015 m / s > c, setting 1/gamma = 0\n",
      "v = 320580248.7497596 m / s > c, setting 1/gamma = 0\n",
      "v = 328270830.0876458 m / s > c, setting 1/gamma = 0\n",
      "v = 509405812.45233446 m / s > c, setting 1/gamma = 0\n",
      "v = 527353009.4055821 m / s > c, setting 1/gamma = 0\n",
      "v = 320614622.0116948 m / s > c, setting 1/gamma = 0\n",
      "v = 338697808.90758765 m / s > c, setting 1/gamma = 0\n",
      "v = 409834813.2687023 m / s > c, setting 1/gamma = 0\n",
      "v = 433676673.38142216 m / s > c, setting 1/gamma = 0\n",
      "v = 493746609.26328695 m / s > c, setting 1/gamma = 0\n",
      "v = 305613583.99002826 m / s > c, setting 1/gamma = 0\n",
      "v = 430108133.9944404 m / s > c, setting 1/gamma = 0\n",
      "v = 478095465.37955856 m / s > c, setting 1/gamma = 0\n",
      "v = 339701414.1878857 m / s > c, setting 1/gamma = 0\n",
      "v = 392633314.60450286 m / s > c, setting 1/gamma = 0\n",
      "v = 431737422.36395663 m / s > c, setting 1/gamma = 0\n",
      "v = 484343359.5402708 m / s > c, setting 1/gamma = 0\n",
      "v = 307738475.77909726 m / s > c, setting 1/gamma = 0\n",
      "v = 561525388.349199 m / s > c, setting 1/gamma = 0\n",
      "v = 544668339.0168886 m / s > c, setting 1/gamma = 0\n",
      "v = 300854627.18528926 m / s > c, setting 1/gamma = 0\n",
      "v = 346644010.15935093 m / s > c, setting 1/gamma = 0\n",
      "v = 366619691.6280598 m / s > c, setting 1/gamma = 0\n",
      "v = 481079643.1472746 m / s > c, setting 1/gamma = 0\n",
      "v = 533617497.2170951 m / s > c, setting 1/gamma = 0\n",
      "v = 351905260.30402076 m / s > c, setting 1/gamma = 0\n",
      "v = 301650766.62204355 m / s > c, setting 1/gamma = 0\n",
      "v = 609502790.7032956 m / s > c, setting 1/gamma = 0\n",
      "v = 582912044.0123004 m / s > c, setting 1/gamma = 0\n",
      "v = 341150407.3954002 m / s > c, setting 1/gamma = 0\n",
      "v = 402712119.4695705 m / s > c, setting 1/gamma = 0\n",
      "v = 318344696.7066505 m / s > c, setting 1/gamma = 0\n",
      "v = 334131638.5660673 m / s > c, setting 1/gamma = 0\n",
      "v = 356498167.77068985 m / s > c, setting 1/gamma = 0\n",
      "v = 311319915.4844386 m / s > c, setting 1/gamma = 0\n",
      "v = 356837362.37129056 m / s > c, setting 1/gamma = 0\n",
      "v = 926294972.7338072 m / s > c, setting 1/gamma = 0\n",
      "v = 796222780.1176454 m / s > c, setting 1/gamma = 0\n",
      "v = 311825667.17291653 m / s > c, setting 1/gamma = 0\n",
      "v = 395215709.56544733 m / s > c, setting 1/gamma = 0\n",
      "v = 305897174.46328324 m / s > c, setting 1/gamma = 0\n",
      "v = 387713831.9992906 m / s > c, setting 1/gamma = 0\n",
      "v = 418011924.9309128 m / s > c, setting 1/gamma = 0\n",
      "v = 331513927.977751 m / s > c, setting 1/gamma = 0\n",
      "v = 375330343.6825638 m / s > c, setting 1/gamma = 0\n",
      "v = 308100426.4669247 m / s > c, setting 1/gamma = 0\n",
      "v = 317696316.53764856 m / s > c, setting 1/gamma = 0\n",
      "v = 413188626.3371843 m / s > c, setting 1/gamma = 0\n",
      "v = 480197589.4867245 m / s > c, setting 1/gamma = 0\n",
      "v = 345624394.1511937 m / s > c, setting 1/gamma = 0\n",
      "v = 333374653.9084186 m / s > c, setting 1/gamma = 0\n",
      "v = 381707056.5199384 m / s > c, setting 1/gamma = 0\n",
      "v = 339518713.9758944 m / s > c, setting 1/gamma = 0\n",
      "v = 407402440.4046554 m / s > c, setting 1/gamma = 0\n",
      "v = 402973847.6158895 m / s > c, setting 1/gamma = 0\n",
      "v = 467886292.01768935 m / s > c, setting 1/gamma = 0\n",
      "v = 318105384.8637406 m / s > c, setting 1/gamma = 0\n",
      "v = 396122435.8686704 m / s > c, setting 1/gamma = 0\n",
      "v = 465128839.9803254 m / s > c, setting 1/gamma = 0\n",
      "v = 300735909.2076328 m / s > c, setting 1/gamma = 0\n",
      "v = 745856242.0911452 m / s > c, setting 1/gamma = 0\n",
      "v = 668662512.0447114 m / s > c, setting 1/gamma = 0\n",
      "v = 367271983.9879918 m / s > c, setting 1/gamma = 0\n",
      "v = 433235688.52514505 m / s > c, setting 1/gamma = 0\n",
      "v = 303818030.59843934 m / s > c, setting 1/gamma = 0\n",
      "v = 368600688.7078866 m / s > c, setting 1/gamma = 0\n",
      "v = 438533142.3672275 m / s > c, setting 1/gamma = 0\n",
      "v = 331480581.95273286 m / s > c, setting 1/gamma = 0\n",
      "v = 305158771.00917345 m / s > c, setting 1/gamma = 0\n",
      "v = 363187437.9258713 m / s > c, setting 1/gamma = 0\n",
      "v = 439366133.23835236 m / s > c, setting 1/gamma = 0\n",
      "v = 493245582.6752378 m / s > c, setting 1/gamma = 0\n",
      "v = 308174645.1992217 m / s > c, setting 1/gamma = 0\n",
      "v = 371749206.2311655 m / s > c, setting 1/gamma = 0\n",
      "v = 414049334.51836205 m / s > c, setting 1/gamma = 0\n",
      "v = 480363618.28121585 m / s > c, setting 1/gamma = 0\n",
      "v = 602568072.0681759 m / s > c, setting 1/gamma = 0\n",
      "v = 642284420.7627279 m / s > c, setting 1/gamma = 0\n",
      "v = 323916229.95970535 m / s > c, setting 1/gamma = 0\n",
      "v = 394124361.3770745 m / s > c, setting 1/gamma = 0\n",
      "v = 310569365.52048993 m / s > c, setting 1/gamma = 0\n",
      "v = 339061622.233055 m / s > c, setting 1/gamma = 0\n",
      "v = 306988509.9944132 m / s > c, setting 1/gamma = 0\n",
      "v = 625941664.8876796 m / s > c, setting 1/gamma = 0\n",
      "v = 516278830.18564713 m / s > c, setting 1/gamma = 0\n",
      "v = 321417795.5199852 m / s > c, setting 1/gamma = 0\n",
      "v = 472026233.2900438 m / s > c, setting 1/gamma = 0\n",
      "v = 504576071.7841611 m / s > c, setting 1/gamma = 0\n",
      "v = 306193023.23182756 m / s > c, setting 1/gamma = 0\n",
      "v = 357460221.9929918 m / s > c, setting 1/gamma = 0\n",
      "v = 326643441.53766024 m / s > c, setting 1/gamma = 0\n",
      "v = 644860799.0167933 m / s > c, setting 1/gamma = 0\n",
      "v = 523775554.1454884 m / s > c, setting 1/gamma = 0\n",
      "v = 400220174.3499488 m / s > c, setting 1/gamma = 0\n",
      "v = 442009348.95392215 m / s > c, setting 1/gamma = 0\n",
      "v = 549424697.2292898 m / s > c, setting 1/gamma = 0\n",
      "v = 510054393.540092 m / s > c, setting 1/gamma = 0\n",
      "v = 303151562.82969916 m / s > c, setting 1/gamma = 0\n",
      "v = 340798685.5279758 m / s > c, setting 1/gamma = 0\n",
      "v = 357091921.58588547 m / s > c, setting 1/gamma = 0\n",
      "v = 613642609.0694774 m / s > c, setting 1/gamma = 0\n",
      "v = 635321638.1893835 m / s > c, setting 1/gamma = 0\n",
      "v = 309152992.8372502 m / s > c, setting 1/gamma = 0\n",
      "v = 538244013.2537783 m / s > c, setting 1/gamma = 0\n",
      "v = 522150410.47748756 m / s > c, setting 1/gamma = 0\n",
      "v = 326258205.4633994 m / s > c, setting 1/gamma = 0\n",
      "v = 401826130.67909735 m / s > c, setting 1/gamma = 0\n",
      "v = 429663056.43874925 m / s > c, setting 1/gamma = 0\n",
      "v = 305206224.5313369 m / s > c, setting 1/gamma = 0\n",
      "v = 341705245.9708177 m / s > c, setting 1/gamma = 0\n",
      "v = 323605940.3984867 m / s > c, setting 1/gamma = 0\n",
      "v = 383492084.86833584 m / s > c, setting 1/gamma = 0\n",
      "v = 334899842.6440096 m / s > c, setting 1/gamma = 0\n",
      "v = 365888877.0118101 m / s > c, setting 1/gamma = 0\n",
      "v = 408165443.54518306 m / s > c, setting 1/gamma = 0\n",
      "v = 455186822.61478585 m / s > c, setting 1/gamma = 0\n",
      "v = 319553833.4356384 m / s > c, setting 1/gamma = 0\n",
      "v = 373329590.3941296 m / s > c, setting 1/gamma = 0\n",
      "v = 310717697.1551821 m / s > c, setting 1/gamma = 0\n",
      "v = 450801953.37278944 m / s > c, setting 1/gamma = 0\n",
      "v = 473615884.91828054 m / s > c, setting 1/gamma = 0\n",
      "v = 316609538.5099062 m / s > c, setting 1/gamma = 0\n",
      "v = 387074125.04507583 m / s > c, setting 1/gamma = 0\n",
      "v = 436609963.35573 m / s > c, setting 1/gamma = 0\n",
      "v = 444552354.3196126 m / s > c, setting 1/gamma = 0\n",
      "v = 478416932.4551372 m / s > c, setting 1/gamma = 0\n",
      "v = 318150275.08110327 m / s > c, setting 1/gamma = 0\n",
      "v = 354392774.69065017 m / s > c, setting 1/gamma = 0\n",
      "v = 454195519.12454134 m / s > c, setting 1/gamma = 0\n",
      "v = 471497862.79110515 m / s > c, setting 1/gamma = 0\n",
      "v = 321912813.43961024 m / s > c, setting 1/gamma = 0\n",
      "v = 380649960.4777994 m / s > c, setting 1/gamma = 0\n",
      "v = 315408788.8281766 m / s > c, setting 1/gamma = 0\n",
      "v = 346487236.39013284 m / s > c, setting 1/gamma = 0\n",
      "v = 394421328.78045547 m / s > c, setting 1/gamma = 0\n",
      "v = 410541165.4707082 m / s > c, setting 1/gamma = 0\n",
      "v = 384902946.3678735 m / s > c, setting 1/gamma = 0\n",
      "v = 434139480.6728381 m / s > c, setting 1/gamma = 0\n",
      "v = 303139461.0998161 m / s > c, setting 1/gamma = 0\n",
      "v = 326435174.7261272 m / s > c, setting 1/gamma = 0\n",
      "v = 446528147.23025763 m / s > c, setting 1/gamma = 0\n",
      "v = 463828072.68602115 m / s > c, setting 1/gamma = 0\n",
      "v = 313122362.60831076 m / s > c, setting 1/gamma = 0\n",
      "v = 330795364.2673161 m / s > c, setting 1/gamma = 0\n",
      "v = 486105730.938528 m / s > c, setting 1/gamma = 0\n",
      "v = 501088288.09440005 m / s > c, setting 1/gamma = 0\n",
      "v = 306740629.26798993 m / s > c, setting 1/gamma = 0\n",
      "v = 316588727.668193 m / s > c, setting 1/gamma = 0\n",
      "v = 376603264.55796975 m / s > c, setting 1/gamma = 0\n",
      "v = 390151273.3267569 m / s > c, setting 1/gamma = 0\n",
      "v = 431141940.5767939 m / s > c, setting 1/gamma = 0\n",
      "v = 308115845.4720676 m / s > c, setting 1/gamma = 0\n",
      "v = 334205614.6592454 m / s > c, setting 1/gamma = 0\n",
      "v = 311147773.0617657 m / s > c, setting 1/gamma = 0\n",
      "v = 321894390.7680903 m / s > c, setting 1/gamma = 0\n",
      "v = 315290224.50586843 m / s > c, setting 1/gamma = 0\n",
      "v = 653352565.1722692 m / s > c, setting 1/gamma = 0\n",
      "v = 541170911.8578943 m / s > c, setting 1/gamma = 0\n",
      "v = 483844049.4508599 m / s > c, setting 1/gamma = 0\n",
      "v = 484747698.34412783 m / s > c, setting 1/gamma = 0\n",
      "v = 306830007.02709854 m / s > c, setting 1/gamma = 0\n",
      "v = 324378368.0146242 m / s > c, setting 1/gamma = 0\n",
      "v = 343111086.30008465 m / s > c, setting 1/gamma = 0\n",
      "v = 322845038.4761471 m / s > c, setting 1/gamma = 0\n",
      "v = 372337138.330983 m / s > c, setting 1/gamma = 0\n",
      "v = 327304738.18625224 m / s > c, setting 1/gamma = 0\n",
      "v = 367842530.5920583 m / s > c, setting 1/gamma = 0\n",
      "v = 305574601.0233106 m / s > c, setting 1/gamma = 0\n",
      "v = 312678545.9634042 m / s > c, setting 1/gamma = 0\n",
      "v = 329740850.9771923 m / s > c, setting 1/gamma = 0\n",
      "v = 301485043.7307996 m / s > c, setting 1/gamma = 0\n",
      "v = 355609493.02344775 m / s > c, setting 1/gamma = 0\n",
      "v = 348446938.10433984 m / s > c, setting 1/gamma = 0\n",
      "v = 401830021.2045345 m / s > c, setting 1/gamma = 0\n",
      "v = 403256511.601373 m / s > c, setting 1/gamma = 0\n",
      "v = 438306399.57061595 m / s > c, setting 1/gamma = 0\n",
      "v = 300028102.18419147 m / s > c, setting 1/gamma = 0\n",
      "v = 359459159.11337197 m / s > c, setting 1/gamma = 0\n",
      "v = 341941176.5304602 m / s > c, setting 1/gamma = 0\n",
      "v = 530719443.67115045 m / s > c, setting 1/gamma = 0\n",
      "v = 539851874.1504688 m / s > c, setting 1/gamma = 0\n",
      "v = 312423689.15403116 m / s > c, setting 1/gamma = 0\n",
      "v = 334033449.1157753 m / s > c, setting 1/gamma = 0\n",
      "v = 383091330.6426425 m / s > c, setting 1/gamma = 0\n",
      "v = 391034527.24713224 m / s > c, setting 1/gamma = 0\n",
      "v = 406156889.04431176 m / s > c, setting 1/gamma = 0\n",
      "v = 436740993.32365376 m / s > c, setting 1/gamma = 0\n",
      "v = 407538483.99975455 m / s > c, setting 1/gamma = 0\n",
      "v = 420167241.5493927 m / s > c, setting 1/gamma = 0\n",
      "v = 302396074.0570924 m / s > c, setting 1/gamma = 0\n",
      "v = 801138318.7359612 m / s > c, setting 1/gamma = 0\n",
      "v = 703822231.3820522 m / s > c, setting 1/gamma = 0\n",
      "v = 423923146.47328085 m / s > c, setting 1/gamma = 0\n",
      "v = 448339669.0363778 m / s > c, setting 1/gamma = 0\n",
      "v = 316346674.0167959 m / s > c, setting 1/gamma = 0\n",
      "v = 335480342.16200644 m / s > c, setting 1/gamma = 0\n",
      "v = 359935536.7351291 m / s > c, setting 1/gamma = 0\n",
      "v = 381781493.31009376 m / s > c, setting 1/gamma = 0\n",
      "v = 311448008.828238 m / s > c, setting 1/gamma = 0\n",
      "v = 350856020.15778947 m / s > c, setting 1/gamma = 0\n",
      "v = 328224493.13475007 m / s > c, setting 1/gamma = 0\n",
      "v = 918006979.2260481 m / s > c, setting 1/gamma = 0\n",
      "v = 806608781.51576 m / s > c, setting 1/gamma = 0\n",
      "v = 341387631.939611 m / s > c, setting 1/gamma = 0\n",
      "v = 380212546.5554637 m / s > c, setting 1/gamma = 0\n",
      "v = 326599984.34451276 m / s > c, setting 1/gamma = 0\n",
      "v = 341959487.1419804 m / s > c, setting 1/gamma = 0\n",
      "v = 546299039.5888927 m / s > c, setting 1/gamma = 0\n",
      "v = 551586851.3062261 m / s > c, setting 1/gamma = 0\n",
      "v = 437940938.78697646 m / s > c, setting 1/gamma = 0\n",
      "v = 480819504.88429487 m / s > c, setting 1/gamma = 0\n",
      "v = 346365710.1715974 m / s > c, setting 1/gamma = 0\n",
      "v = 385899266.9881805 m / s > c, setting 1/gamma = 0\n",
      "v = 309138605.5354162 m / s > c, setting 1/gamma = 0\n",
      "v = 371544440.2388354 m / s > c, setting 1/gamma = 0\n",
      "v = 327609310.4359691 m / s > c, setting 1/gamma = 0\n",
      "v = 398676717.36635876 m / s > c, setting 1/gamma = 0\n",
      "v = 333375524.7583152 m / s > c, setting 1/gamma = 0\n",
      "v = 383216242.18562347 m / s > c, setting 1/gamma = 0\n",
      "v = 351480123.49849707 m / s > c, setting 1/gamma = 0\n",
      "v = 423916075.9501466 m / s > c, setting 1/gamma = 0\n",
      "v = 331328319.77842253 m / s > c, setting 1/gamma = 0\n",
      "v = 394552589.7664724 m / s > c, setting 1/gamma = 0\n",
      "v = 453930837.1745625 m / s > c, setting 1/gamma = 0\n",
      "v = 361904712.0573528 m / s > c, setting 1/gamma = 0\n",
      "v = 372015724.2446958 m / s > c, setting 1/gamma = 0\n",
      "v = 395504468.840535 m / s > c, setting 1/gamma = 0\n",
      "v = 313847627.5907125 m / s > c, setting 1/gamma = 0\n",
      "v = 391217014.5476669 m / s > c, setting 1/gamma = 0\n",
      "v = 349455547.7900531 m / s > c, setting 1/gamma = 0\n",
      "v = 419322931.50293154 m / s > c, setting 1/gamma = 0\n",
      "v = 419280898.60905504 m / s > c, setting 1/gamma = 0\n",
      "v = 484053511.69810337 m / s > c, setting 1/gamma = 0\n",
      "v = 333635349.8355572 m / s > c, setting 1/gamma = 0\n",
      "v = 399324184.6212327 m / s > c, setting 1/gamma = 0\n",
      "v = 536820847.7621109 m / s > c, setting 1/gamma = 0\n",
      "v = 535595796.0909826 m / s > c, setting 1/gamma = 0\n",
      "v = 388154773.3672762 m / s > c, setting 1/gamma = 0\n",
      "v = 465608495.6336871 m / s > c, setting 1/gamma = 0\n",
      "v = 315571596.97667295 m / s > c, setting 1/gamma = 0\n",
      "v = 316256312.5936613 m / s > c, setting 1/gamma = 0\n",
      "v = 343919060.2799573 m / s > c, setting 1/gamma = 0\n",
      "v = 314380516.741957 m / s > c, setting 1/gamma = 0\n",
      "v = 302814620.12100965 m / s > c, setting 1/gamma = 0\n",
      "v = 320390449.5292738 m / s > c, setting 1/gamma = 0\n",
      "v = 323874657.3807169 m / s > c, setting 1/gamma = 0\n",
      "v = 315520792.70815223 m / s > c, setting 1/gamma = 0\n",
      "v = 336371670.39424413 m / s > c, setting 1/gamma = 0\n",
      "v = 323450644.73588324 m / s > c, setting 1/gamma = 0\n",
      "v = 479108218.5602637 m / s > c, setting 1/gamma = 0\n",
      "v = 500762993.5174302 m / s > c, setting 1/gamma = 0\n",
      "v = 318684924.83910704 m / s > c, setting 1/gamma = 0\n",
      "v = 384589766.2434526 m / s > c, setting 1/gamma = 0\n",
      "v = 393037625.004437 m / s > c, setting 1/gamma = 0\n",
      "v = 437621722.6159006 m / s > c, setting 1/gamma = 0\n",
      "v = 343757651.3231936 m / s > c, setting 1/gamma = 0\n",
      "v = 313388969.4262121 m / s > c, setting 1/gamma = 0\n",
      "v = 378695102.8262544 m / s > c, setting 1/gamma = 0\n",
      "v = 473320406.91402453 m / s > c, setting 1/gamma = 0\n",
      "v = 522189188.3449014 m / s > c, setting 1/gamma = 0\n",
      "v = 459209812.43499106 m / s > c, setting 1/gamma = 0\n",
      "v = 310288607.88098973 m / s > c, setting 1/gamma = 0\n",
      "v = 410982793.1159183 m / s > c, setting 1/gamma = 0\n",
      "v = 465232201.64366794 m / s > c, setting 1/gamma = 0\n",
      "v = 394406819.3624403 m / s > c, setting 1/gamma = 0\n",
      "v = 457981763.8714506 m / s > c, setting 1/gamma = 0\n",
      "v = 310790688.6659588 m / s > c, setting 1/gamma = 0\n",
      "v = 367359837.4296215 m / s > c, setting 1/gamma = 0\n",
      "v = 305262475.8152212 m / s > c, setting 1/gamma = 0\n",
      "v = 340841794.3249624 m / s > c, setting 1/gamma = 0\n",
      "v = 353818105.68293107 m / s > c, setting 1/gamma = 0\n",
      "v = 379950812.0172392 m / s > c, setting 1/gamma = 0\n",
      "v = 305112856.24173796 m / s > c, setting 1/gamma = 0\n",
      "v = 338767890.4163088 m / s > c, setting 1/gamma = 0\n",
      "v = 367007265.374581 m / s > c, setting 1/gamma = 0\n",
      "v = 337635670.3415908 m / s > c, setting 1/gamma = 0\n",
      "v = 395093720.24900734 m / s > c, setting 1/gamma = 0\n",
      "v = 310262023.5919503 m / s > c, setting 1/gamma = 0\n",
      "v = 360116863.95632887 m / s > c, setting 1/gamma = 0\n",
      "v = 301594991.76739335 m / s > c, setting 1/gamma = 0\n",
      "v = 359031987.59739876 m / s > c, setting 1/gamma = 0\n",
      "v = 391531429.2348934 m / s > c, setting 1/gamma = 0\n",
      "v = 413593792.21639955 m / s > c, setting 1/gamma = 0\n",
      "v = 458214856.8724307 m / s > c, setting 1/gamma = 0\n",
      "v = 309065714.6566816 m / s > c, setting 1/gamma = 0\n",
      "v = 482475127.60230285 m / s > c, setting 1/gamma = 0\n",
      "v = 1208834015.9798837 m / s > c, setting 1/gamma = 0\n",
      "v = 1035160946.1572315 m / s > c, setting 1/gamma = 0\n",
      "v = 322595346.0113459 m / s > c, setting 1/gamma = 0\n",
      "v = 317479731.2195348 m / s > c, setting 1/gamma = 0\n",
      "v = 302779643.93326044 m / s > c, setting 1/gamma = 0\n",
      "v = 640265854.4370679 m / s > c, setting 1/gamma = 0\n",
      "v = 532803889.5827281 m / s > c, setting 1/gamma = 0\n",
      "v = 348984205.3765327 m / s > c, setting 1/gamma = 0\n",
      "v = 336949867.8506218 m / s > c, setting 1/gamma = 0\n",
      "v = 383553065.35375243 m / s > c, setting 1/gamma = 0\n",
      "v = 618671787.9650108 m / s > c, setting 1/gamma = 0\n",
      "v = 555191483.1866205 m / s > c, setting 1/gamma = 0\n",
      "v = 483592990.4175631 m / s > c, setting 1/gamma = 0\n",
      "v = 533112460.9337371 m / s > c, setting 1/gamma = 0\n",
      "v = 329487908.3760119 m / s > c, setting 1/gamma = 0\n",
      "v = 383301232.4129166 m / s > c, setting 1/gamma = 0\n",
      "v = 589047224.4059503 m / s > c, setting 1/gamma = 0\n",
      "v = 584160837.3367803 m / s > c, setting 1/gamma = 0\n",
      "v = 305367023.3273473 m / s > c, setting 1/gamma = 0\n",
      "v = 644792501.04845 m / s > c, setting 1/gamma = 0\n",
      "v = 640398132.5212787 m / s > c, setting 1/gamma = 0\n",
      "v = 300543740.2375511 m / s > c, setting 1/gamma = 0\n",
      "v = 337047805.77373296 m / s > c, setting 1/gamma = 0\n",
      "v = 302653165.81074065 m / s > c, setting 1/gamma = 0\n",
      "v = 347909489.6207112 m / s > c, setting 1/gamma = 0\n",
      "v = 395933912.30264413 m / s > c, setting 1/gamma = 0\n",
      "v = 313559725.1750124 m / s > c, setting 1/gamma = 0\n",
      "v = 300933145.6003966 m / s > c, setting 1/gamma = 0\n",
      "v = 323929012.00934625 m / s > c, setting 1/gamma = 0\n",
      "v = 316075557.12083906 m / s > c, setting 1/gamma = 0\n",
      "v = 367340757.78263557 m / s > c, setting 1/gamma = 0\n",
      "v = 395373696.13419527 m / s > c, setting 1/gamma = 0\n",
      "v = 402698162.5103533 m / s > c, setting 1/gamma = 0\n",
      "v = 300296965.9979266 m / s > c, setting 1/gamma = 0\n",
      "v = 319897809.4664465 m / s > c, setting 1/gamma = 0\n",
      "v = 371336984.96281236 m / s > c, setting 1/gamma = 0\n",
      "v = 301109655.61532533 m / s > c, setting 1/gamma = 0\n",
      "v = 413361186.11814266 m / s > c, setting 1/gamma = 0\n",
      "v = 469562488.9829346 m / s > c, setting 1/gamma = 0\n",
      "v = 305923898.84603065 m / s > c, setting 1/gamma = 0\n",
      "v = 349748190.5243517 m / s > c, setting 1/gamma = 0\n",
      "v = 406075218.0904842 m / s > c, setting 1/gamma = 0\n",
      "v = 466584167.66854614 m / s > c, setting 1/gamma = 0\n",
      "v = 493545004.7446552 m / s > c, setting 1/gamma = 0\n",
      "v = 516632786.5475443 m / s > c, setting 1/gamma = 0\n",
      "v = 529398915.98285747 m / s > c, setting 1/gamma = 0\n",
      "v = 318740458.28611207 m / s > c, setting 1/gamma = 0\n",
      "v = 389841802.0088547 m / s > c, setting 1/gamma = 0\n",
      "v = 311331433.83523715 m / s > c, setting 1/gamma = 0\n",
      "v = 354290373.20070463 m / s > c, setting 1/gamma = 0\n",
      "v = 347716998.6548981 m / s > c, setting 1/gamma = 0\n",
      "v = 384268449.802703 m / s > c, setting 1/gamma = 0\n",
      "v = 363453125.1300161 m / s > c, setting 1/gamma = 0\n",
      "v = 394775204.44133824 m / s > c, setting 1/gamma = 0\n",
      "v = 431434552.4140614 m / s > c, setting 1/gamma = 0\n",
      "v = 467248073.36244094 m / s > c, setting 1/gamma = 0\n",
      "v = 456409970.79572535 m / s > c, setting 1/gamma = 0\n",
      "v = 505452296.60085535 m / s > c, setting 1/gamma = 0\n",
      "v = 535787871.7362088 m / s > c, setting 1/gamma = 0\n",
      "v = 537851697.6950587 m / s > c, setting 1/gamma = 0\n",
      "v = 542392792.1600566 m / s > c, setting 1/gamma = 0\n",
      "v = 522320073.05460644 m / s > c, setting 1/gamma = 0\n",
      "v = 344393506.577063 m / s > c, setting 1/gamma = 0\n",
      "v = 303323225.6761746 m / s > c, setting 1/gamma = 0\n",
      "v = 314927606.76227516 m / s > c, setting 1/gamma = 0\n",
      "v = 304181254.9490926 m / s > c, setting 1/gamma = 0\n",
      "v = 367356643.78842956 m / s > c, setting 1/gamma = 0\n",
      "v = 439610432.8855152 m / s > c, setting 1/gamma = 0\n",
      "v = 457832961.9172768 m / s > c, setting 1/gamma = 0\n",
      "v = 309800460.9172544 m / s > c, setting 1/gamma = 0\n",
      "v = 327968478.3487631 m / s > c, setting 1/gamma = 0\n",
      "v = 380651460.72229433 m / s > c, setting 1/gamma = 0\n",
      "v = 341122846.5064715 m / s > c, setting 1/gamma = 0\n",
      "v = 396097082.2209319 m / s > c, setting 1/gamma = 0\n",
      "v = 320562088.5644996 m / s > c, setting 1/gamma = 0\n",
      "v = 362281217.75825804 m / s > c, setting 1/gamma = 0\n",
      "v = 429307403.199467 m / s > c, setting 1/gamma = 0\n",
      "v = 493861484.5765055 m / s > c, setting 1/gamma = 0\n",
      "v = 323566187.28268534 m / s > c, setting 1/gamma = 0\n",
      "v = 384774478.92855173 m / s > c, setting 1/gamma = 0\n",
      "v = 355636940.92460823 m / s > c, setting 1/gamma = 0\n",
      "v = 421498564.4891104 m / s > c, setting 1/gamma = 0\n",
      "v = 306986785.4531195 m / s > c, setting 1/gamma = 0\n",
      "v = 307281517.6424335 m / s > c, setting 1/gamma = 0\n",
      "v = 330906057.86945575 m / s > c, setting 1/gamma = 0\n",
      "v = 312623361.7289702 m / s > c, setting 1/gamma = 0\n",
      "v = 388294529.05880624 m / s > c, setting 1/gamma = 0\n",
      "v = 470644451.8237999 m / s > c, setting 1/gamma = 0\n",
      "v = 498088677.81660527 m / s > c, setting 1/gamma = 0\n",
      "v = 327944499.6095456 m / s > c, setting 1/gamma = 0\n",
      "v = 413473893.8559055 m / s > c, setting 1/gamma = 0\n",
      "v = 1143487730.5235198 m / s > c, setting 1/gamma = 0\n",
      "v = 1008759781.2412533 m / s > c, setting 1/gamma = 0\n",
      "v = 382793648.12378305 m / s > c, setting 1/gamma = 0\n",
      "v = 432496854.577954 m / s > c, setting 1/gamma = 0\n",
      "v = 428441066.6248572 m / s > c, setting 1/gamma = 0\n",
      "v = 446051446.8376549 m / s > c, setting 1/gamma = 0\n",
      "v = 329639402.81033945 m / s > c, setting 1/gamma = 0\n",
      "v = 328448822.3778602 m / s > c, setting 1/gamma = 0\n",
      "v = 399040226.2742314 m / s > c, setting 1/gamma = 0\n",
      "v = 336289062.42832744 m / s > c, setting 1/gamma = 0\n",
      "v = 362502449.5089774 m / s > c, setting 1/gamma = 0\n",
      "v = 337270033.3150784 m / s > c, setting 1/gamma = 0\n",
      "v = 584947219.2963324 m / s > c, setting 1/gamma = 0\n",
      "v = 592913402.2197855 m / s > c, setting 1/gamma = 0\n",
      "v = 301998675.88309294 m / s > c, setting 1/gamma = 0\n",
      "v = 385219180.3712223 m / s > c, setting 1/gamma = 0\n",
      "v = 423331448.239972 m / s > c, setting 1/gamma = 0\n",
      "v = 463020065.02063143 m / s > c, setting 1/gamma = 0\n",
      "v = 513767125.99560916 m / s > c, setting 1/gamma = 0\n",
      "v = 345462488.31816995 m / s > c, setting 1/gamma = 0\n",
      "v = 404218078.0409491 m / s > c, setting 1/gamma = 0\n",
      "v = 447623764.20785034 m / s > c, setting 1/gamma = 0\n",
      "v = 471215986.3479629 m / s > c, setting 1/gamma = 0\n",
      "v = 299993194.42822653 m / s > c, setting 1/gamma = 0\n",
      "v = 300125741.20591265 m / s > c, setting 1/gamma = 0\n",
      "v = 323355763.1604242 m / s > c, setting 1/gamma = 0\n",
      "v = 307938752.30190635 m / s > c, setting 1/gamma = 0\n",
      "v = 335920953.8603104 m / s > c, setting 1/gamma = 0\n",
      "v = 378371341.44214654 m / s > c, setting 1/gamma = 0\n",
      "v = 341800002.9530554 m / s > c, setting 1/gamma = 0\n",
      "v = 346493727.50488704 m / s > c, setting 1/gamma = 0\n",
      "v = 302964497.60682666 m / s > c, setting 1/gamma = 0\n",
      "v = 311425488.6270452 m / s > c, setting 1/gamma = 0\n",
      "v = 333415373.96177197 m / s > c, setting 1/gamma = 0\n",
      "v = 317583389.967463 m / s > c, setting 1/gamma = 0\n",
      "v = 312003569.2471877 m / s > c, setting 1/gamma = 0\n",
      "v = 319124315.86031884 m / s > c, setting 1/gamma = 0\n",
      "v = 323104828.80891657 m / s > c, setting 1/gamma = 0\n",
      "v = 321446249.6028379 m / s > c, setting 1/gamma = 0\n",
      "v = 337330813.4692114 m / s > c, setting 1/gamma = 0\n",
      "v = 418488659.2714804 m / s > c, setting 1/gamma = 0\n",
      "v = 457176514.6648886 m / s > c, setting 1/gamma = 0\n",
      "v = 304224052.6438214 m / s > c, setting 1/gamma = 0\n",
      "v = 367954847.7299604 m / s > c, setting 1/gamma = 0\n",
      "v = 309422097.16124123 m / s > c, setting 1/gamma = 0\n",
      "v = 359146825.9257902 m / s > c, setting 1/gamma = 0\n",
      "v = 306603237.7996894 m / s > c, setting 1/gamma = 0\n",
      "v = 301763279.1788585 m / s > c, setting 1/gamma = 0\n",
      "v = 312134925.1986782 m / s > c, setting 1/gamma = 0\n",
      "v = 394107551.48945147 m / s > c, setting 1/gamma = 0\n",
      "v = 459026656.9105667 m / s > c, setting 1/gamma = 0\n",
      "v = 332354288.1151993 m / s > c, setting 1/gamma = 0\n",
      "v = 315683434.7612363 m / s > c, setting 1/gamma = 0\n",
      "v = 796006147.8056785 m / s > c, setting 1/gamma = 0\n",
      "v = 674915844.6178734 m / s > c, setting 1/gamma = 0\n",
      "v = 343675903.1236019 m / s > c, setting 1/gamma = 0\n",
      "v = 412682975.31400824 m / s > c, setting 1/gamma = 0\n",
      "v = 540253068.847223 m / s > c, setting 1/gamma = 0\n",
      "v = 1450250917.4137192 m / s > c, setting 1/gamma = 0\n",
      "v = 1294295442.2634456 m / s > c, setting 1/gamma = 0\n",
      "v = 408310115.52363926 m / s > c, setting 1/gamma = 0\n",
      "v = 436408459.00576174 m / s > c, setting 1/gamma = 0\n",
      "v = 610859078.7420963 m / s > c, setting 1/gamma = 0\n",
      "v = 611230286.7718594 m / s > c, setting 1/gamma = 0\n",
      "v = 349521781.0360944 m / s > c, setting 1/gamma = 0\n",
      "v = 409392933.53201765 m / s > c, setting 1/gamma = 0\n",
      "v = 315379634.5918032 m / s > c, setting 1/gamma = 0\n",
      "v = 354009378.21484053 m / s > c, setting 1/gamma = 0\n",
      "v = 812115969.3501123 m / s > c, setting 1/gamma = 0\n",
      "v = 685091964.9094455 m / s > c, setting 1/gamma = 0\n",
      "v = 330085876.7722465 m / s > c, setting 1/gamma = 0\n",
      "v = 572736715.3065063 m / s > c, setting 1/gamma = 0\n",
      "v = 572165079.0678551 m / s > c, setting 1/gamma = 0\n",
      "v = 311359257.4006356 m / s > c, setting 1/gamma = 0\n",
      "v = 308497617.1956321 m / s > c, setting 1/gamma = 0\n",
      "v = 680525646.0229895 m / s > c, setting 1/gamma = 0\n",
      "v = 570665770.3782195 m / s > c, setting 1/gamma = 0\n",
      "v = 336311404.5511456 m / s > c, setting 1/gamma = 0\n",
      "v = 379925322.5941178 m / s > c, setting 1/gamma = 0\n",
      "v = 300998666.04665405 m / s > c, setting 1/gamma = 0\n",
      "v = 316484482.45589864 m / s > c, setting 1/gamma = 0\n",
      "v = 385176562.6009365 m / s > c, setting 1/gamma = 0\n",
      "v = 418507911.00855285 m / s > c, setting 1/gamma = 0\n",
      "v = 340454638.45342034 m / s > c, setting 1/gamma = 0\n",
      "v = 380549273.91024804 m / s > c, setting 1/gamma = 0\n",
      "v = 809346670.4125028 m / s > c, setting 1/gamma = 0\n",
      "v = 730935758.0013745 m / s > c, setting 1/gamma = 0\n",
      "v = 379999191.87781376 m / s > c, setting 1/gamma = 0\n",
      "v = 416756357.0919032 m / s > c, setting 1/gamma = 0\n",
      "v = 302072966.43985236 m / s > c, setting 1/gamma = 0\n",
      "v = 323163435.4509876 m / s > c, setting 1/gamma = 0\n",
      "v = 330086727.90817773 m / s > c, setting 1/gamma = 0\n",
      "v = 365171177.215542 m / s > c, setting 1/gamma = 0\n",
      "v = 359264238.4065842 m / s > c, setting 1/gamma = 0\n",
      "v = 422063949.0474782 m / s > c, setting 1/gamma = 0\n",
      "v = 353934720.5744717 m / s > c, setting 1/gamma = 0\n",
      "v = 304679386.68886167 m / s > c, setting 1/gamma = 0\n",
      "v = 360740778.0043611 m / s > c, setting 1/gamma = 0\n",
      "v = 401830252.9941691 m / s > c, setting 1/gamma = 0\n",
      "v = 343846354.38545936 m / s > c, setting 1/gamma = 0\n",
      "v = 341737773.9796422 m / s > c, setting 1/gamma = 0\n",
      "v = 384146468.38385457 m / s > c, setting 1/gamma = 0\n",
      "v = 467428820.0268293 m / s > c, setting 1/gamma = 0\n",
      "v = 490051686.9531726 m / s > c, setting 1/gamma = 0\n",
      "v = 655178658.0961217 m / s > c, setting 1/gamma = 0\n",
      "v = 625591462.7511369 m / s > c, setting 1/gamma = 0\n",
      "v = 375742234.70115924 m / s > c, setting 1/gamma = 0\n",
      "v = 409084929.293379 m / s > c, setting 1/gamma = 0\n",
      "v = 299869150.1373175 m / s > c, setting 1/gamma = 0\n",
      "v = 328424346.243834 m / s > c, setting 1/gamma = 0\n",
      "v = 328153955.78964764 m / s > c, setting 1/gamma = 0\n",
      "v = 325294111.8170062 m / s > c, setting 1/gamma = 0\n",
      "v = 375661812.4741218 m / s > c, setting 1/gamma = 0\n",
      "v = 526510494.1495903 m / s > c, setting 1/gamma = 0\n",
      "v = 542570638.775245 m / s > c, setting 1/gamma = 0\n",
      "v = 369104364.2639016 m / s > c, setting 1/gamma = 0\n",
      "v = 430169179.748557 m / s > c, setting 1/gamma = 0\n",
      "v = 389600185.6708307 m / s > c, setting 1/gamma = 0\n",
      "v = 443955199.48473847 m / s > c, setting 1/gamma = 0\n",
      "v = 331645620.47528535 m / s > c, setting 1/gamma = 0\n",
      "v = 359964413.5155244 m / s > c, setting 1/gamma = 0\n",
      "v = 304430946.34798557 m / s > c, setting 1/gamma = 0\n",
      "v = 368523300.72963 m / s > c, setting 1/gamma = 0\n",
      "v = 423710832.03390133 m / s > c, setting 1/gamma = 0\n",
      "v = 479607703.5977286 m / s > c, setting 1/gamma = 0\n",
      "v = 486678096.07698905 m / s > c, setting 1/gamma = 0\n",
      "v = 1424137717.4974713 m / s > c, setting 1/gamma = 0\n",
      "v = 1266029172.3168755 m / s > c, setting 1/gamma = 0\n",
      "v = 305388366.0668199 m / s > c, setting 1/gamma = 0\n",
      "v = 427952303.53232425 m / s > c, setting 1/gamma = 0\n",
      "v = 487219840.12357527 m / s > c, setting 1/gamma = 0\n",
      "v = 301978906.6720649 m / s > c, setting 1/gamma = 0\n",
      "v = 326772803.8143359 m / s > c, setting 1/gamma = 0\n",
      "v = 371757016.91438824 m / s > c, setting 1/gamma = 0\n",
      "v = 383185689.24466 m / s > c, setting 1/gamma = 0\n",
      "v = 343286477.6199803 m / s > c, setting 1/gamma = 0\n",
      "v = 392803954.10302526 m / s > c, setting 1/gamma = 0\n",
      "v = 316847108.74528116 m / s > c, setting 1/gamma = 0\n",
      "v = 411088324.8903076 m / s > c, setting 1/gamma = 0\n",
      "v = 455746165.1246051 m / s > c, setting 1/gamma = 0\n",
      "v = 339893651.10281664 m / s > c, setting 1/gamma = 0\n",
      "v = 363116838.9158986 m / s > c, setting 1/gamma = 0\n",
      "v = 316260254.8365495 m / s > c, setting 1/gamma = 0\n",
      "v = 351991603.3319322 m / s > c, setting 1/gamma = 0\n",
      "v = 349459817.54778486 m / s > c, setting 1/gamma = 0\n",
      "v = 386569485.0660749 m / s > c, setting 1/gamma = 0\n",
      "v = 320790423.7334064 m / s > c, setting 1/gamma = 0\n",
      "v = 352363599.703578 m / s > c, setting 1/gamma = 0\n",
      "v = 380795540.76237047 m / s > c, setting 1/gamma = 0\n",
      "v = 416868006.555679 m / s > c, setting 1/gamma = 0\n",
      "v = 318038660.19839716 m / s > c, setting 1/gamma = 0\n",
      "v = 467399519.4981792 m / s > c, setting 1/gamma = 0\n",
      "v = 476557018.82615983 m / s > c, setting 1/gamma = 0\n",
      "v = 303503495.5966026 m / s > c, setting 1/gamma = 0\n",
      "v = 323006685.42435116 m / s > c, setting 1/gamma = 0\n",
      "v = 470295109.3117296 m / s > c, setting 1/gamma = 0\n",
      "v = 498102739.24495494 m / s > c, setting 1/gamma = 0\n",
      "v = 334597128.2007223 m / s > c, setting 1/gamma = 0\n",
      "v = 377595308.0585072 m / s > c, setting 1/gamma = 0\n",
      "v = 334482934.7806396 m / s > c, setting 1/gamma = 0\n",
      "v = 381312347.6165109 m / s > c, setting 1/gamma = 0\n",
      "v = 308885506.00351816 m / s > c, setting 1/gamma = 0\n",
      "v = 361270313.31704485 m / s > c, setting 1/gamma = 0\n",
      "v = 322238880.914871 m / s > c, setting 1/gamma = 0\n",
      "v = 341939456.5048659 m / s > c, setting 1/gamma = 0\n",
      "v = 605210240.3942633 m / s > c, setting 1/gamma = 0\n",
      "v = 583247062.7217882 m / s > c, setting 1/gamma = 0\n",
      "v = 304489342.15161246 m / s > c, setting 1/gamma = 0\n",
      "v = 325896732.93123215 m / s > c, setting 1/gamma = 0\n",
      "v = 370749744.2839846 m / s > c, setting 1/gamma = 0\n",
      "v = 318319020.34986705 m / s > c, setting 1/gamma = 0\n",
      "v = 378451561.746198 m / s > c, setting 1/gamma = 0\n",
      "v = 395076864.4380786 m / s > c, setting 1/gamma = 0\n",
      "v = 464546120.4929767 m / s > c, setting 1/gamma = 0\n",
      "v = 428132229.83141315 m / s > c, setting 1/gamma = 0\n",
      "v = 442457133.4572922 m / s > c, setting 1/gamma = 0\n",
      "v = 329483276.43411803 m / s > c, setting 1/gamma = 0\n",
      "v = 356598453.4967677 m / s > c, setting 1/gamma = 0\n",
      "v = 421882365.80384433 m / s > c, setting 1/gamma = 0\n",
      "v = 319875831.0723544 m / s > c, setting 1/gamma = 0\n",
      "v = 365599423.0863927 m / s > c, setting 1/gamma = 0\n",
      "v = 408953038.88496125 m / s > c, setting 1/gamma = 0\n",
      "v = 348296153.38094455 m / s > c, setting 1/gamma = 0\n",
      "v = 364360578.0361267 m / s > c, setting 1/gamma = 0\n",
      "v = 444104168.1885401 m / s > c, setting 1/gamma = 0\n",
      "v = 492125240.460329 m / s > c, setting 1/gamma = 0\n",
      "v = 306619016.093124 m / s > c, setting 1/gamma = 0\n",
      "v = 326465678.3587169 m / s > c, setting 1/gamma = 0\n",
      "v = 331229261.1011151 m / s > c, setting 1/gamma = 0\n",
      "v = 398875863.46386266 m / s > c, setting 1/gamma = 0\n",
      "v = 319097139.03962654 m / s > c, setting 1/gamma = 0\n",
      "v = 307729343.185809 m / s > c, setting 1/gamma = 0\n",
      "v = 326391796.51192224 m / s > c, setting 1/gamma = 0\n",
      "v = 442346318.4231416 m / s > c, setting 1/gamma = 0\n",
      "v = 479426759.75081277 m / s > c, setting 1/gamma = 0\n",
      "v = 501718717.5215668 m / s > c, setting 1/gamma = 0\n",
      "v = 547492675.5810412 m / s > c, setting 1/gamma = 0\n",
      "v = 318191490.8120725 m / s > c, setting 1/gamma = 0\n",
      "v = 359138447.28533363 m / s > c, setting 1/gamma = 0\n",
      "v = 351004469.4785734 m / s > c, setting 1/gamma = 0\n",
      "v = 409016690.5898472 m / s > c, setting 1/gamma = 0\n",
      "v = 313027192.91616744 m / s > c, setting 1/gamma = 0\n",
      "v = 315418487.96791315 m / s > c, setting 1/gamma = 0\n",
      "v = 329926499.3169115 m / s > c, setting 1/gamma = 0\n",
      "v = 304398441.8066542 m / s > c, setting 1/gamma = 0\n",
      "v = 768887777.6552814 m / s > c, setting 1/gamma = 0\n",
      "v = 671848068.9414662 m / s > c, setting 1/gamma = 0\n",
      "v = 445307613.36689305 m / s > c, setting 1/gamma = 0\n",
      "v = 496413498.89801973 m / s > c, setting 1/gamma = 0\n",
      "v = 318561787.6533119 m / s > c, setting 1/gamma = 0\n",
      "v = 883162545.7460599 m / s > c, setting 1/gamma = 0\n",
      "v = 774824611.3175973 m / s > c, setting 1/gamma = 0\n",
      "v = 342653336.41097355 m / s > c, setting 1/gamma = 0\n",
      "v = 395185178.3317058 m / s > c, setting 1/gamma = 0\n",
      "v = 321215606.95300806 m / s > c, setting 1/gamma = 0\n",
      "v = 433275142.99074125 m / s > c, setting 1/gamma = 0\n",
      "v = 478570422.3001064 m / s > c, setting 1/gamma = 0\n",
      "v = 452004590.51439047 m / s > c, setting 1/gamma = 0\n",
      "v = 463074227.9468117 m / s > c, setting 1/gamma = 0\n",
      "v = 315002988.84419024 m / s > c, setting 1/gamma = 0\n",
      "v = 656354277.7251415 m / s > c, setting 1/gamma = 0\n",
      "v = 541368589.6795987 m / s > c, setting 1/gamma = 0\n",
      "v = 381076795.20062274 m / s > c, setting 1/gamma = 0\n",
      "v = 410152192.52495927 m / s > c, setting 1/gamma = 0\n",
      "v = 407154290.35850966 m / s > c, setting 1/gamma = 0\n",
      "v = 466308307.4737641 m / s > c, setting 1/gamma = 0\n",
      "v = 493955502.24434394 m / s > c, setting 1/gamma = 0\n",
      "v = 505426160.19835585 m / s > c, setting 1/gamma = 0\n",
      "v = 306773023.5333814 m / s > c, setting 1/gamma = 0\n",
      "v = 338215083.1326745 m / s > c, setting 1/gamma = 0\n",
      "v = 372771158.2178978 m / s > c, setting 1/gamma = 0\n",
      "v = 387826675.5986785 m / s > c, setting 1/gamma = 0\n",
      "v = 301096015.93181926 m / s > c, setting 1/gamma = 0\n",
      "v = 351549465.8427437 m / s > c, setting 1/gamma = 0\n",
      "v = 378032498.1455818 m / s > c, setting 1/gamma = 0\n",
      "v = 399321532.48078483 m / s > c, setting 1/gamma = 0\n",
      "v = 356117216.91567606 m / s > c, setting 1/gamma = 0\n",
      "v = 391875853.99361354 m / s > c, setting 1/gamma = 0\n",
      "v = 415746963.9479688 m / s > c, setting 1/gamma = 0\n",
      "v = 429547114.39396113 m / s > c, setting 1/gamma = 0\n",
      "v = 355609595.94085985 m / s > c, setting 1/gamma = 0\n",
      "v = 401265084.8354088 m / s > c, setting 1/gamma = 0\n",
      "v = 489892771.1899906 m / s > c, setting 1/gamma = 0\n",
      "v = 532377374.5420541 m / s > c, setting 1/gamma = 0\n",
      "v = 500843203.43362874 m / s > c, setting 1/gamma = 0\n",
      "v = 510684675.3665942 m / s > c, setting 1/gamma = 0\n",
      "v = 304143923.73272485 m / s > c, setting 1/gamma = 0\n",
      "v = 307274124.9582346 m / s > c, setting 1/gamma = 0\n",
      "v = 334519245.96564555 m / s > c, setting 1/gamma = 0\n",
      "v = 337676363.293724 m / s > c, setting 1/gamma = 0\n",
      "v = 391866593.4204692 m / s > c, setting 1/gamma = 0\n",
      "v = 302659789.7287207 m / s > c, setting 1/gamma = 0\n",
      "v = 329474080.8199869 m / s > c, setting 1/gamma = 0\n",
      "v = 403128046.81868124 m / s > c, setting 1/gamma = 0\n",
      "v = 442277692.27350354 m / s > c, setting 1/gamma = 0\n",
      "v = 326484573.1481101 m / s > c, setting 1/gamma = 0\n",
      "v = 363807474.0172326 m / s > c, setting 1/gamma = 0\n",
      "v = 305643617.2607432 m / s > c, setting 1/gamma = 0\n",
      "v = 305102729.79427075 m / s > c, setting 1/gamma = 0\n",
      "v = 353329904.71385956 m / s > c, setting 1/gamma = 0\n",
      "v = 472020754.1207723 m / s > c, setting 1/gamma = 0\n",
      "v = 491353139.2668396 m / s > c, setting 1/gamma = 0\n",
      "v = 310860173.2070241 m / s > c, setting 1/gamma = 0\n",
      "v = 335695711.92427707 m / s > c, setting 1/gamma = 0\n",
      "v = 452426489.6659342 m / s > c, setting 1/gamma = 0\n",
      "v = 470258508.7927542 m / s > c, setting 1/gamma = 0\n",
      "v = 504916002.1066781 m / s > c, setting 1/gamma = 0\n",
      "v = 493857024.67325735 m / s > c, setting 1/gamma = 0\n",
      "v = 319236815.6538108 m / s > c, setting 1/gamma = 0\n",
      "v = 329817883.6814742 m / s > c, setting 1/gamma = 0\n",
      "v = 348905828.9707722 m / s > c, setting 1/gamma = 0\n",
      "v = 321408029.114666 m / s > c, setting 1/gamma = 0\n",
      "v = 356651976.4350376 m / s > c, setting 1/gamma = 0\n",
      "v = 402080203.32761496 m / s > c, setting 1/gamma = 0\n",
      "v = 300774443.3182428 m / s > c, setting 1/gamma = 0\n",
      "v = 328582607.04895884 m / s > c, setting 1/gamma = 0\n",
      "v = 413335683.02886903 m / s > c, setting 1/gamma = 0\n",
      "v = 451414881.8040498 m / s > c, setting 1/gamma = 0\n",
      "v = 306845702.33579224 m / s > c, setting 1/gamma = 0\n",
      "v = 330234328.69044405 m / s > c, setting 1/gamma = 0\n",
      "v = 334351268.7468688 m / s > c, setting 1/gamma = 0\n",
      "v = 383394593.28949904 m / s > c, setting 1/gamma = 0\n",
      "v = 330637438.5679145 m / s > c, setting 1/gamma = 0\n",
      "v = 359888574.61617076 m / s > c, setting 1/gamma = 0\n",
      "v = 310015636.6835688 m / s > c, setting 1/gamma = 0\n",
      "v = 348031656.61376184 m / s > c, setting 1/gamma = 0\n",
      "v = 342892511.55502456 m / s > c, setting 1/gamma = 0\n",
      "v = 393900240.0294557 m / s > c, setting 1/gamma = 0\n",
      "v = 307500272.67023736 m / s > c, setting 1/gamma = 0\n",
      "v = 442928803.99907535 m / s > c, setting 1/gamma = 0\n",
      "v = 474712877.5107535 m / s > c, setting 1/gamma = 0\n",
      "v = 308712630.38478035 m / s > c, setting 1/gamma = 0\n",
      "v = 332463459.4437635 m / s > c, setting 1/gamma = 0\n",
      "v = 429178534.9592255 m / s > c, setting 1/gamma = 0\n",
      "v = 451951890.8304265 m / s > c, setting 1/gamma = 0\n",
      "v = 498180192.0979491 m / s > c, setting 1/gamma = 0\n",
      "v = 496932211.6697119 m / s > c, setting 1/gamma = 0\n",
      "v = 315498440.24291956 m / s > c, setting 1/gamma = 0\n",
      "v = 323944989.59717613 m / s > c, setting 1/gamma = 0\n",
      "v = 344310169.7070506 m / s > c, setting 1/gamma = 0\n",
      "v = 320241491.8953228 m / s > c, setting 1/gamma = 0\n",
      "v = 337223501.73700625 m / s > c, setting 1/gamma = 0\n",
      "v = 386227976.2246057 m / s > c, setting 1/gamma = 0\n",
      "v = 310445590.54074496 m / s > c, setting 1/gamma = 0\n",
      "v = 338435237.2549153 m / s > c, setting 1/gamma = 0\n",
      "v = 310657361.4353627 m / s > c, setting 1/gamma = 0\n",
      "v = 364760439.51467717 m / s > c, setting 1/gamma = 0\n",
      "v = 313540519.4339623 m / s > c, setting 1/gamma = 0\n",
      "v = 342258726.931481 m / s > c, setting 1/gamma = 0\n",
      "v = 375237583.73050845 m / s > c, setting 1/gamma = 0\n",
      "v = 418032464.7419377 m / s > c, setting 1/gamma = 0\n",
      "v = 355899460.17323834 m / s > c, setting 1/gamma = 0\n",
      "v = 375114845.87498975 m / s > c, setting 1/gamma = 0\n",
      "v = 378889204.6001306 m / s > c, setting 1/gamma = 0\n",
      "v = 422540752.7709114 m / s > c, setting 1/gamma = 0\n",
      "v = 369875669.5746752 m / s > c, setting 1/gamma = 0\n",
      "v = 387947992.8319003 m / s > c, setting 1/gamma = 0\n",
      "v = 306690639.88205016 m / s > c, setting 1/gamma = 0\n",
      "v = 338696143.3877259 m / s > c, setting 1/gamma = 0\n",
      "v = 368943582.93813777 m / s > c, setting 1/gamma = 0\n",
      "v = 417813345.6730508 m / s > c, setting 1/gamma = 0\n",
      "v = 331493504.0703955 m / s > c, setting 1/gamma = 0\n",
      "v = 350811219.7544776 m / s > c, setting 1/gamma = 0\n",
      "v = 390806867.4800838 m / s > c, setting 1/gamma = 0\n",
      "v = 428772591.10781 m / s > c, setting 1/gamma = 0\n",
      "v = 308097897.30028504 m / s > c, setting 1/gamma = 0\n",
      "v = 414353927.81024796 m / s > c, setting 1/gamma = 0\n",
      "v = 449239825.66360444 m / s > c, setting 1/gamma = 0\n",
      "v = 307602043.64430606 m / s > c, setting 1/gamma = 0\n",
      "v = 389496935.1974892 m / s > c, setting 1/gamma = 0\n",
      "v = 431825363.39239657 m / s > c, setting 1/gamma = 0\n",
      "v = 333781514.7028108 m / s > c, setting 1/gamma = 0\n",
      "v = 364612549.44921577 m / s > c, setting 1/gamma = 0\n",
      "v = 316186179.4610329 m / s > c, setting 1/gamma = 0\n",
      "v = 358406138.96352834 m / s > c, setting 1/gamma = 0\n",
      "v = 300123525.149771 m / s > c, setting 1/gamma = 0\n",
      "v = 354831105.56702864 m / s > c, setting 1/gamma = 0\n",
      "v = 314968165.68016917 m / s > c, setting 1/gamma = 0\n",
      "v = 334901520.8717344 m / s > c, setting 1/gamma = 0\n",
      "v = 305573465.50727344 m / s > c, setting 1/gamma = 0\n",
      "v = 336380767.566854 m / s > c, setting 1/gamma = 0\n",
      "v = 430470519.3616544 m / s > c, setting 1/gamma = 0\n",
      "v = 461800439.01458013 m / s > c, setting 1/gamma = 0\n",
      "v = 372668684.73566467 m / s > c, setting 1/gamma = 0\n",
      "v = 391581588.14871246 m / s > c, setting 1/gamma = 0\n",
      "v = 344685703.7097689 m / s > c, setting 1/gamma = 0\n",
      "v = 376415763.92306197 m / s > c, setting 1/gamma = 0\n",
      "v = 341289391.8617775 m / s > c, setting 1/gamma = 0\n",
      "v = 393999320.7568351 m / s > c, setting 1/gamma = 0\n",
      "v = 319431778.0876504 m / s > c, setting 1/gamma = 0\n",
      "v = 341398894.6134999 m / s > c, setting 1/gamma = 0\n",
      "v = 336030828.074093 m / s > c, setting 1/gamma = 0\n",
      "v = 691051351.3444691 m / s > c, setting 1/gamma = 0\n",
      "v = 570118578.2869489 m / s > c, setting 1/gamma = 0\n",
      "v = 304041673.2327027 m / s > c, setting 1/gamma = 0\n",
      "v = 323051275.8230072 m / s > c, setting 1/gamma = 0\n",
      "v = 312417892.9028018 m / s > c, setting 1/gamma = 0\n",
      "v = 626359010.7697914 m / s > c, setting 1/gamma = 0\n",
      "v = 513802103.3716644 m / s > c, setting 1/gamma = 0\n",
      "v = 375998709.1832237 m / s > c, setting 1/gamma = 0\n",
      "v = 397390394.74898076 m / s > c, setting 1/gamma = 0\n",
      "v = 379447965.73426753 m / s > c, setting 1/gamma = 0\n",
      "v = 423410609.7215863 m / s > c, setting 1/gamma = 0\n",
      "v = 360315460.3604991 m / s > c, setting 1/gamma = 0\n",
      "v = 384331753.7108508 m / s > c, setting 1/gamma = 0\n",
      "v = 307003608.81151384 m / s > c, setting 1/gamma = 0\n",
      "v = 340114405.4011349 m / s > c, setting 1/gamma = 0\n",
      "v = 341321540.9908985 m / s > c, setting 1/gamma = 0\n",
      "v = 355749664.04923236 m / s > c, setting 1/gamma = 0\n",
      "v = 330550918.65268975 m / s > c, setting 1/gamma = 0\n",
      "v = 380099146.09284544 m / s > c, setting 1/gamma = 0\n",
      "v = 304104020.23021054 m / s > c, setting 1/gamma = 0\n",
      "v = 466114446.27652276 m / s > c, setting 1/gamma = 0\n",
      "v = 488394487.9995611 m / s > c, setting 1/gamma = 0\n",
      "v = 443579569.1132535 m / s > c, setting 1/gamma = 0\n",
      "v = 469486617.9258457 m / s > c, setting 1/gamma = 0\n",
      "v = 310199400.6104186 m / s > c, setting 1/gamma = 0\n",
      "v = 326146398.3840849 m / s > c, setting 1/gamma = 0\n",
      "v = 351316647.9814004 m / s > c, setting 1/gamma = 0\n",
      "v = 448674359.31957746 m / s > c, setting 1/gamma = 0\n",
      "v = 460065299.36636364 m / s > c, setting 1/gamma = 0\n",
      "v = 307254884.04347736 m / s > c, setting 1/gamma = 0\n",
      "v = 342145396.71316355 m / s > c, setting 1/gamma = 0\n",
      "v = 371212015.3354022 m / s > c, setting 1/gamma = 0\n",
      "v = 479871334.4987058 m / s > c, setting 1/gamma = 0\n",
      "v = 484128927.2526318 m / s > c, setting 1/gamma = 0\n",
      "v = 304876619.57272047 m / s > c, setting 1/gamma = 0\n",
      "v = 300033170.0154605 m / s > c, setting 1/gamma = 0\n",
      "v = 320772607.5330124 m / s > c, setting 1/gamma = 0\n",
      "v = 318014905.1334301 m / s > c, setting 1/gamma = 0\n",
      "v = 323473844.78855824 m / s > c, setting 1/gamma = 0\n",
      "v = 307277014.8927888 m / s > c, setting 1/gamma = 0\n",
      "v = 332224289.9184999 m / s > c, setting 1/gamma = 0\n",
      "v = 391706889.17553276 m / s > c, setting 1/gamma = 0\n",
      "v = 414825889.66304755 m / s > c, setting 1/gamma = 0\n",
      "v = 345928292.8095219 m / s > c, setting 1/gamma = 0\n",
      "v = 384647375.2693027 m / s > c, setting 1/gamma = 0\n",
      "v = 306998759.3483355 m / s > c, setting 1/gamma = 0\n",
      "v = 337228342.63359016 m / s > c, setting 1/gamma = 0\n",
      "v = 358881754.5476833 m / s > c, setting 1/gamma = 0\n",
      "v = 307218386.8134872 m / s > c, setting 1/gamma = 0\n",
      "v = 354759072.65410626 m / s > c, setting 1/gamma = 0\n",
      "v = 317039192.1436339 m / s > c, setting 1/gamma = 0\n",
      "v = 348562324.77500707 m / s > c, setting 1/gamma = 0\n",
      "v = 396468169.60103244 m / s > c, setting 1/gamma = 0\n",
      "v = 317599964.688657 m / s > c, setting 1/gamma = 0\n",
      "v = 304696918.25966287 m / s > c, setting 1/gamma = 0\n",
      "v = 305797289.7393658 m / s > c, setting 1/gamma = 0\n",
      "v = 345737291.253002 m / s > c, setting 1/gamma = 0\n",
      "v = 360384634.0875102 m / s > c, setting 1/gamma = 0\n",
      "v = 328362315.6314248 m / s > c, setting 1/gamma = 0\n",
      "v = 374751237.2383274 m / s > c, setting 1/gamma = 0\n",
      "v = 345232334.567375 m / s > c, setting 1/gamma = 0\n",
      "v = 366211554.92322123 m / s > c, setting 1/gamma = 0\n",
      "v = 335816751.14869577 m / s > c, setting 1/gamma = 0\n",
      "v = 356644560.83397377 m / s > c, setting 1/gamma = 0\n",
      "v = 412681395.2485365 m / s > c, setting 1/gamma = 0\n",
      "v = 449174954.6778121 m / s > c, setting 1/gamma = 0\n",
      "v = 306591108.83184934 m / s > c, setting 1/gamma = 0\n",
      "v = 301171998.56926227 m / s > c, setting 1/gamma = 0\n",
      "v = 342302913.44908875 m / s > c, setting 1/gamma = 0\n",
      "v = 380465567.1504306 m / s > c, setting 1/gamma = 0\n",
      "v = 468349070.0625684 m / s > c, setting 1/gamma = 0\n",
      "v = 483427042.2144484 m / s > c, setting 1/gamma = 0\n",
      "v = 328341525.1439466 m / s > c, setting 1/gamma = 0\n",
      "v = 351440251.31356084 m / s > c, setting 1/gamma = 0\n",
      "v = 351632707.08434504 m / s > c, setting 1/gamma = 0\n",
      "v = 401296751.8715672 m / s > c, setting 1/gamma = 0\n",
      "v = 354986193.8216653 m / s > c, setting 1/gamma = 0\n",
      "v = 369729709.4541192 m / s > c, setting 1/gamma = 0\n",
      "v = 308165304.987072 m / s > c, setting 1/gamma = 0\n",
      "v = 358651263.720412 m / s > c, setting 1/gamma = 0\n",
      "v = 317503422.76014805 m / s > c, setting 1/gamma = 0\n",
      "v = 371912331.7975595 m / s > c, setting 1/gamma = 0\n",
      "v = 343288164.7466049 m / s > c, setting 1/gamma = 0\n",
      "v = 316022007.43121094 m / s > c, setting 1/gamma = 0\n",
      "v = 356973728.7520096 m / s > c, setting 1/gamma = 0\n",
      "v = 374408090.4415555 m / s > c, setting 1/gamma = 0\n",
      "v = 374918544.5817715 m / s > c, setting 1/gamma = 0\n",
      "v = 421922501.89777666 m / s > c, setting 1/gamma = 0\n",
      "v = 302321208.9941586 m / s > c, setting 1/gamma = 0\n",
      "v = 326946979.70051724 m / s > c, setting 1/gamma = 0\n",
      "v = 393354976.7897011 m / s > c, setting 1/gamma = 0\n",
      "v = 413723450.6051198 m / s > c, setting 1/gamma = 0\n",
      "v = 499307372.4208024 m / s > c, setting 1/gamma = 0\n",
      "v = 476973054.73859835 m / s > c, setting 1/gamma = 0\n",
      "v = 341698589.71156216 m / s > c, setting 1/gamma = 0\n",
      "v = 338539679.9697661 m / s > c, setting 1/gamma = 0\n",
      "v = 353378918.55245763 m / s > c, setting 1/gamma = 0\n",
      "v = 344472899.9724428 m / s > c, setting 1/gamma = 0\n",
      "v = 388848830.2432966 m / s > c, setting 1/gamma = 0\n",
      "v = 314602051.94261783 m / s > c, setting 1/gamma = 0\n",
      "v = 320010521.6607664 m / s > c, setting 1/gamma = 0\n",
      "v = 339833371.4191919 m / s > c, setting 1/gamma = 0\n",
      "v = 348681363.8601817 m / s > c, setting 1/gamma = 0\n",
      "v = 373783992.0145224 m / s > c, setting 1/gamma = 0\n",
      "v = 312914889.68457925 m / s > c, setting 1/gamma = 0\n",
      "v = 358031254.21383655 m / s > c, setting 1/gamma = 0\n",
      "v = 303825487.74138826 m / s > c, setting 1/gamma = 0\n",
      "v = 359336699.5641957 m / s > c, setting 1/gamma = 0\n",
      "v = 315320554.48916644 m / s > c, setting 1/gamma = 0\n",
      "v = 304102931.9961517 m / s > c, setting 1/gamma = 0\n",
      "v = 324731948.50050634 m / s > c, setting 1/gamma = 0\n",
      "v = 336428250.7696729 m / s > c, setting 1/gamma = 0\n",
      "v = 303166859.823628 m / s > c, setting 1/gamma = 0\n",
      "v = 342461918.4645397 m / s > c, setting 1/gamma = 0\n",
      "v = 357992667.28248465 m / s > c, setting 1/gamma = 0\n",
      "v = 348604543.5556259 m / s > c, setting 1/gamma = 0\n",
      "v = 378491846.1277929 m / s > c, setting 1/gamma = 0\n",
      "v = 327453985.4836636 m / s > c, setting 1/gamma = 0\n",
      "v = 375107551.2339459 m / s > c, setting 1/gamma = 0\n",
      "v = 313477608.3980981 m / s > c, setting 1/gamma = 0\n",
      "v = 341426516.3757698 m / s > c, setting 1/gamma = 0\n",
      "v = 361301898.4811581 m / s > c, setting 1/gamma = 0\n",
      "v = 382573399.2525278 m / s > c, setting 1/gamma = 0\n",
      "v = 467086040.40118116 m / s > c, setting 1/gamma = 0\n",
      "v = 485702537.6794851 m / s > c, setting 1/gamma = 0\n",
      "v = 324558178.0329382 m / s > c, setting 1/gamma = 0\n",
      "v = 353912981.4143678 m / s > c, setting 1/gamma = 0\n",
      "v = 333820864.16991514 m / s > c, setting 1/gamma = 0\n",
      "v = 381236169.2603153 m / s > c, setting 1/gamma = 0\n",
      "v = 328016925.20716685 m / s > c, setting 1/gamma = 0\n",
      "v = 342026755.1357457 m / s > c, setting 1/gamma = 0\n",
      "v = 345031576.7959629 m / s > c, setting 1/gamma = 0\n",
      "v = 390555133.0018138 m / s > c, setting 1/gamma = 0\n",
      "v = 308157803.11435246 m / s > c, setting 1/gamma = 0\n",
      "v = 333440840.1909914 m / s > c, setting 1/gamma = 0\n",
      "v = 318253001.8992633 m / s > c, setting 1/gamma = 0\n",
      "v = 351395604.9573028 m / s > c, setting 1/gamma = 0\n",
      "v = 657322435.2460182 m / s > c, setting 1/gamma = 0\n",
      "v = 651305091.4162124 m / s > c, setting 1/gamma = 0\n",
      "v = 306115946.9265286 m / s > c, setting 1/gamma = 0\n",
      "v = 631077966.2109504 m / s > c, setting 1/gamma = 0\n",
      "v = 520767498.0537539 m / s > c, setting 1/gamma = 0\n",
      "v = 345882641.84923106 m / s > c, setting 1/gamma = 0\n",
      "v = 378310713.3225774 m / s > c, setting 1/gamma = 0\n",
      "v = 302490558.4159617 m / s > c, setting 1/gamma = 0\n",
      "v = 337622664.3915786 m / s > c, setting 1/gamma = 0\n",
      "v = 300346358.77779585 m / s > c, setting 1/gamma = 0\n",
      "v = 359047701.0307647 m / s > c, setting 1/gamma = 0\n",
      "v = 373018472.1917077 m / s > c, setting 1/gamma = 0\n",
      "v = 398723147.6406557 m / s > c, setting 1/gamma = 0\n",
      "v = 315066248.09057796 m / s > c, setting 1/gamma = 0\n",
      "v = 355040364.7361654 m / s > c, setting 1/gamma = 0\n",
      "v = 352516292.63508093 m / s > c, setting 1/gamma = 0\n",
      "v = 411141748.3657782 m / s > c, setting 1/gamma = 0\n",
      "v = 320010386.2997029 m / s > c, setting 1/gamma = 0\n",
      "v = 667724997.6319559 m / s > c, setting 1/gamma = 0\n",
      "v = 544316825.037803 m / s > c, setting 1/gamma = 0\n",
      "v = 502936809.7963745 m / s > c, setting 1/gamma = 0\n",
      "v = 546097637.0493919 m / s > c, setting 1/gamma = 0\n",
      "v = 439415195.0263572 m / s > c, setting 1/gamma = 0\n",
      "v = 479087778.4281082 m / s > c, setting 1/gamma = 0\n",
      "v = 314079335.44750476 m / s > c, setting 1/gamma = 0\n",
      "v = 564184364.1132791 m / s > c, setting 1/gamma = 0\n",
      "v = 567066218.4243636 m / s > c, setting 1/gamma = 0\n",
      "v = 495923881.8613827 m / s > c, setting 1/gamma = 0\n",
      "v = 497343994.3845222 m / s > c, setting 1/gamma = 0\n",
      "v = 339442853.59287184 m / s > c, setting 1/gamma = 0\n",
      "v = 361079716.9702865 m / s > c, setting 1/gamma = 0\n",
      "v = 308233362.9785517 m / s > c, setting 1/gamma = 0\n",
      "v = 483226140.2614134 m / s > c, setting 1/gamma = 0\n",
      "v = 467946023.40245014 m / s > c, setting 1/gamma = 0\n",
      "v = 301753880.6132445 m / s > c, setting 1/gamma = 0\n",
      "v = 348696058.84685326 m / s > c, setting 1/gamma = 0\n",
      "v = 312667926.6577635 m / s > c, setting 1/gamma = 0\n",
      "v = 328272116.7248176 m / s > c, setting 1/gamma = 0\n",
      "v = 338785371.98154485 m / s > c, setting 1/gamma = 0\n",
      "v = 376019047.4842824 m / s > c, setting 1/gamma = 0\n",
      "v = 327699764.7629145 m / s > c, setting 1/gamma = 0\n",
      "v = 371828838.12384707 m / s > c, setting 1/gamma = 0\n",
      "v = 354895967.6778538 m / s > c, setting 1/gamma = 0\n",
      "v = 368660609.09939635 m / s > c, setting 1/gamma = 0\n",
      "v = 316786975.4499812 m / s > c, setting 1/gamma = 0\n",
      "v = 375724037.90713334 m / s > c, setting 1/gamma = 0\n",
      "v = 303555007.15949506 m / s > c, setting 1/gamma = 0\n",
      "v = 330547026.86935335 m / s > c, setting 1/gamma = 0\n",
      "v = 482782120.2243971 m / s > c, setting 1/gamma = 0\n",
      "v = 478098089.69014186 m / s > c, setting 1/gamma = 0\n",
      "v = 304068393.09174055 m / s > c, setting 1/gamma = 0\n",
      "v = 356000521.39450765 m / s > c, setting 1/gamma = 0\n",
      "v = 369698981.3275459 m / s > c, setting 1/gamma = 0\n",
      "v = 383852380.5303067 m / s > c, setting 1/gamma = 0\n",
      "v = 335859729.3329803 m / s > c, setting 1/gamma = 0\n",
      "v = 374674960.6803386 m / s > c, setting 1/gamma = 0\n",
      "v = 319693301.3904278 m / s > c, setting 1/gamma = 0\n",
      "v = 334179785.9915009 m / s > c, setting 1/gamma = 0\n",
      "v = 370169022.9945158 m / s > c, setting 1/gamma = 0\n",
      "v = 414053859.5002393 m / s > c, setting 1/gamma = 0\n",
      "v = 318784764.063278 m / s > c, setting 1/gamma = 0\n",
      "v = 361741665.4588774 m / s > c, setting 1/gamma = 0\n",
      "v = 354669497.51607215 m / s > c, setting 1/gamma = 0\n",
      "v = 368318196.32540846 m / s > c, setting 1/gamma = 0\n",
      "v = 303604299.3306007 m / s > c, setting 1/gamma = 0\n",
      "v = 307137551.00607413 m / s > c, setting 1/gamma = 0\n",
      "v = 348592786.6879108 m / s > c, setting 1/gamma = 0\n",
      "v = 382741941.0906566 m / s > c, setting 1/gamma = 0\n",
      "v = 320000383.80743307 m / s > c, setting 1/gamma = 0\n",
      "v = 359348921.14000213 m / s > c, setting 1/gamma = 0\n",
      "v = 384868696.9464671 m / s > c, setting 1/gamma = 0\n",
      "v = 335721614.27885216 m / s > c, setting 1/gamma = 0\n",
      "v = 301694356.2540756 m / s > c, setting 1/gamma = 0\n",
      "v = 353611066.32198447 m / s > c, setting 1/gamma = 0\n",
      "v = 365002666.58188826 m / s > c, setting 1/gamma = 0\n",
      "v = 410031375.34526163 m / s > c, setting 1/gamma = 0\n",
      "v = 462322057.32275105 m / s > c, setting 1/gamma = 0\n",
      "v = 540696790.547841 m / s > c, setting 1/gamma = 0\n",
      "v = 501038250.9316119 m / s > c, setting 1/gamma = 0\n",
      "v = 320835230.637439 m / s > c, setting 1/gamma = 0\n",
      "v = 309310513.1322788 m / s > c, setting 1/gamma = 0\n",
      "v = 329734774.6441759 m / s > c, setting 1/gamma = 0\n",
      "v = 502358246.9109488 m / s > c, setting 1/gamma = 0\n",
      "v = 508685716.8051135 m / s > c, setting 1/gamma = 0\n",
      "v = 311793953.6135005 m / s > c, setting 1/gamma = 0\n",
      "v = 422282469.4981265 m / s > c, setting 1/gamma = 0\n",
      "v = 453944345.6470209 m / s > c, setting 1/gamma = 0\n",
      "v = 342305253.8671249 m / s > c, setting 1/gamma = 0\n",
      "v = 373093547.30625534 m / s > c, setting 1/gamma = 0\n",
      "v = 308157080.6624447 m / s > c, setting 1/gamma = 0\n",
      "v = 342741972.4859697 m / s > c, setting 1/gamma = 0\n",
      "v = 303561267.29292387 m / s > c, setting 1/gamma = 0\n",
      "v = 362638335.1602282 m / s > c, setting 1/gamma = 0\n",
      "v = 355014072.83912426 m / s > c, setting 1/gamma = 0\n",
      "v = 384576902.1572284 m / s > c, setting 1/gamma = 0\n",
      "v = 319854796.60103357 m / s > c, setting 1/gamma = 0\n",
      "v = 361800798.01364976 m / s > c, setting 1/gamma = 0\n",
      "v = 318565912.3713398 m / s > c, setting 1/gamma = 0\n",
      "v = 369154646.9767379 m / s > c, setting 1/gamma = 0\n",
      "v = 326171487.00750136 m / s > c, setting 1/gamma = 0\n",
      "v = 681185296.0057358 m / s > c, setting 1/gamma = 0\n",
      "v = 556116040.2611231 m / s > c, setting 1/gamma = 0\n",
      "v = 532475728.59371805 m / s > c, setting 1/gamma = 0\n",
      "v = 525801735.11977834 m / s > c, setting 1/gamma = 0\n",
      "v = 339479825.74081594 m / s > c, setting 1/gamma = 0\n",
      "v = 373995948.6744964 m / s > c, setting 1/gamma = 0\n",
      "v = 432195169.2419544 m / s > c, setting 1/gamma = 0\n",
      "v = 457331504.88866985 m / s > c, setting 1/gamma = 0\n",
      "v = 364743982.4218944 m / s > c, setting 1/gamma = 0\n",
      "v = 422205514.8037457 m / s > c, setting 1/gamma = 0\n",
      "v = 317250584.5091041 m / s > c, setting 1/gamma = 0\n",
      "v = 555717020.0777562 m / s > c, setting 1/gamma = 0\n",
      "v = 561886380.1639377 m / s > c, setting 1/gamma = 0\n",
      "v = 389656566.325924 m / s > c, setting 1/gamma = 0\n",
      "v = 420596039.0153495 m / s > c, setting 1/gamma = 0\n",
      "v = 306905079.3255384 m / s > c, setting 1/gamma = 0\n",
      "v = 299946165.79744565 m / s > c, setting 1/gamma = 0\n",
      "v = 425083455.70601445 m / s > c, setting 1/gamma = 0\n",
      "v = 449537955.35942334 m / s > c, setting 1/gamma = 0\n",
      "v = 300397927.8413592 m / s > c, setting 1/gamma = 0\n",
      "v = 319215127.25897306 m / s > c, setting 1/gamma = 0\n",
      "v = 336939102.1391836 m / s > c, setting 1/gamma = 0\n",
      "v = 390058173.27981025 m / s > c, setting 1/gamma = 0\n",
      "v = 321906444.87670517 m / s > c, setting 1/gamma = 0\n",
      "v = 324581700.0362958 m / s > c, setting 1/gamma = 0\n",
      "v = 339342741.2453121 m / s > c, setting 1/gamma = 0\n",
      "v = 361368754.763267 m / s > c, setting 1/gamma = 0\n",
      "v = 357840066.8170768 m / s > c, setting 1/gamma = 0\n",
      "v = 406371748.683442 m / s > c, setting 1/gamma = 0\n",
      "v = 346083354.2988344 m / s > c, setting 1/gamma = 0\n",
      "v = 374293939.6923502 m / s > c, setting 1/gamma = 0\n",
      "v = 314604065.8591182 m / s > c, setting 1/gamma = 0\n",
      "v = 345435594.91927254 m / s > c, setting 1/gamma = 0\n",
      "v = 299956736.608596 m / s > c, setting 1/gamma = 0\n",
      "v = 323520654.58935827 m / s > c, setting 1/gamma = 0\n",
      "v = 376273665.64190024 m / s > c, setting 1/gamma = 0\n",
      "v = 334756868.2229521 m / s > c, setting 1/gamma = 0\n",
      "v = 357592659.9741813 m / s > c, setting 1/gamma = 0\n",
      "v = 304861688.6937616 m / s > c, setting 1/gamma = 0\n",
      "v = 354385087.0300948 m / s > c, setting 1/gamma = 0\n",
      "v = 303972849.5825574 m / s > c, setting 1/gamma = 0\n",
      "v = 352863962.88466537 m / s > c, setting 1/gamma = 0\n",
      "v = 299951864.9236319 m / s > c, setting 1/gamma = 0\n",
      "v = 387895903.8093963 m / s > c, setting 1/gamma = 0\n",
      "v = 417330249.17085475 m / s > c, setting 1/gamma = 0\n",
      "v = 432008467.7600203 m / s > c, setting 1/gamma = 0\n",
      "v = 466780750.1003213 m / s > c, setting 1/gamma = 0\n",
      "v = 314374376.38181806 m / s > c, setting 1/gamma = 0\n",
      "v = 449877859.6522436 m / s > c, setting 1/gamma = 0\n",
      "v = 468976182.5726841 m / s > c, setting 1/gamma = 0\n",
      "v = 303919377.61874425 m / s > c, setting 1/gamma = 0\n",
      "v = 444774694.52639997 m / s > c, setting 1/gamma = 0\n",
      "v = 458831465.23132527 m / s > c, setting 1/gamma = 0\n",
      "v = 315521496.89591813 m / s > c, setting 1/gamma = 0\n",
      "v = 331859910.68865824 m / s > c, setting 1/gamma = 0\n",
      "v = 315875506.1306455 m / s > c, setting 1/gamma = 0\n",
      "v = 314298232.5928578 m / s > c, setting 1/gamma = 0\n",
      "v = 359720076.2966945 m / s > c, setting 1/gamma = 0\n",
      "v = 314974494.25724417 m / s > c, setting 1/gamma = 0\n",
      "v = 324432806.69827473 m / s > c, setting 1/gamma = 0\n",
      "v = 346815487.7678194 m / s > c, setting 1/gamma = 0\n",
      "v = 411621298.96018356 m / s > c, setting 1/gamma = 0\n",
      "v = 445567595.49584574 m / s > c, setting 1/gamma = 0\n",
      "v = 308113956.7026151 m / s > c, setting 1/gamma = 0\n",
      "v = 364868370.2367779 m / s > c, setting 1/gamma = 0\n",
      "v = 406711483.135718 m / s > c, setting 1/gamma = 0\n",
      "v = 326195494.84763074 m / s > c, setting 1/gamma = 0\n",
      "v = 381646718.79581684 m / s > c, setting 1/gamma = 0\n",
      "v = 421957241.1277886 m / s > c, setting 1/gamma = 0\n",
      "v = 453289690.40311694 m / s > c, setting 1/gamma = 0\n",
      "v = 375595843.2684636 m / s > c, setting 1/gamma = 0\n",
      "v = 421960603.1955333 m / s > c, setting 1/gamma = 0\n",
      "v = 312204671.6872005 m / s > c, setting 1/gamma = 0\n",
      "v = 339231268.8979879 m / s > c, setting 1/gamma = 0\n",
      "v = 318293072.4508789 m / s > c, setting 1/gamma = 0\n",
      "v = 356170073.1709772 m / s > c, setting 1/gamma = 0\n",
      "v = 311249102.85165685 m / s > c, setting 1/gamma = 0\n",
      "v = 366381309.57730293 m / s > c, setting 1/gamma = 0\n",
      "v = 307782751.19762474 m / s > c, setting 1/gamma = 0\n",
      "v = 336941083.4656539 m / s > c, setting 1/gamma = 0\n",
      "v = 301737532.05284816 m / s > c, setting 1/gamma = 0\n",
      "v = 355674368.47744274 m / s > c, setting 1/gamma = 0\n",
      "v = 310206832.76590514 m / s > c, setting 1/gamma = 0\n",
      "v = 620082120.483522 m / s > c, setting 1/gamma = 0\n",
      "v = 507148017.0621687 m / s > c, setting 1/gamma = 0\n",
      "v = 415367912.13195246 m / s > c, setting 1/gamma = 0\n",
      "v = 455732761.2857063 m / s > c, setting 1/gamma = 0\n",
      "v = 502256252.35622835 m / s > c, setting 1/gamma = 0\n",
      "v = 511917665.00552374 m / s > c, setting 1/gamma = 0\n",
      "v = 417611621.10096675 m / s > c, setting 1/gamma = 0\n",
      "v = 441780089.3708685 m / s > c, setting 1/gamma = 0\n",
      "v = 364579566.5980701 m / s > c, setting 1/gamma = 0\n",
      "v = 376823651.7863572 m / s > c, setting 1/gamma = 0\n",
      "v = 332746114.8700132 m / s > c, setting 1/gamma = 0\n",
      "v = 312755524.3482266 m / s > c, setting 1/gamma = 0\n",
      "v = 316699566.84221905 m / s > c, setting 1/gamma = 0\n",
      "v = 337497333.29794985 m / s > c, setting 1/gamma = 0\n",
      "v = 303592561.4738976 m / s > c, setting 1/gamma = 0\n",
      "v = 353257758.61300874 m / s > c, setting 1/gamma = 0\n",
      "v = 508067357.56349415 m / s > c, setting 1/gamma = 0\n",
      "v = 518973983.88101476 m / s > c, setting 1/gamma = 0\n",
      "v = 345419948.5671866 m / s > c, setting 1/gamma = 0\n",
      "v = 370718343.21539056 m / s > c, setting 1/gamma = 0\n",
      "v = 303342123.93546855 m / s > c, setting 1/gamma = 0\n",
      "v = 591621235.1594942 m / s > c, setting 1/gamma = 0\n",
      "v = 485373808.2007124 m / s > c, setting 1/gamma = 0\n",
      "v = 304281744.03624535 m / s > c, setting 1/gamma = 0\n",
      "v = 300461342.44843364 m / s > c, setting 1/gamma = 0\n",
      "v = 349320955.1709754 m / s > c, setting 1/gamma = 0\n",
      "v = 327863966.5876041 m / s > c, setting 1/gamma = 0\n",
      "v = 354429091.6841802 m / s > c, setting 1/gamma = 0\n",
      "v = 303161542.536469 m / s > c, setting 1/gamma = 0\n",
      "v = 333345989.5648131 m / s > c, setting 1/gamma = 0\n",
      "v = 360084716.382085 m / s > c, setting 1/gamma = 0\n",
      "v = 410871051.1644766 m / s > c, setting 1/gamma = 0\n",
      "v = 313301406.7926254 m / s > c, setting 1/gamma = 0\n",
      "v = 337287662.12680084 m / s > c, setting 1/gamma = 0\n",
      "v = 489433457.1300074 m / s > c, setting 1/gamma = 0\n",
      "v = 483179590.42087674 m / s > c, setting 1/gamma = 0\n",
      "v = 316250596.98889047 m / s > c, setting 1/gamma = 0\n",
      "v = 324996866.32513523 m / s > c, setting 1/gamma = 0\n",
      "v = 342352761.080621 m / s > c, setting 1/gamma = 0\n",
      "v = 312285115.90617657 m / s > c, setting 1/gamma = 0\n",
      "v = 500618974.85794204 m / s > c, setting 1/gamma = 0\n",
      "v = 488784942.8772296 m / s > c, setting 1/gamma = 0\n",
      "v = 301103072.63604975 m / s > c, setting 1/gamma = 0\n",
      "v = 321394067.0685004 m / s > c, setting 1/gamma = 0\n",
      "v = 319277924.96960706 m / s > c, setting 1/gamma = 0\n",
      "v = 301980901.88198817 m / s > c, setting 1/gamma = 0\n",
      "v = 330725859.3425593 m / s > c, setting 1/gamma = 0\n",
      "v = 468111105.502614 m / s > c, setting 1/gamma = 0\n",
      "v = 484033650.7353091 m / s > c, setting 1/gamma = 0\n",
      "v = 377105711.1167084 m / s > c, setting 1/gamma = 0\n",
      "v = 396050316.0409582 m / s > c, setting 1/gamma = 0\n",
      "v = 321471480.65888566 m / s > c, setting 1/gamma = 0\n",
      "v = 361180008.97304016 m / s > c, setting 1/gamma = 0\n",
      "v = 322673042.3794708 m / s > c, setting 1/gamma = 0\n",
      "v = 327742223.40705144 m / s > c, setting 1/gamma = 0\n",
      "v = 346065400.9467926 m / s > c, setting 1/gamma = 0\n",
      "v = 421204187.690172 m / s > c, setting 1/gamma = 0\n",
      "v = 462474015.2262386 m / s > c, setting 1/gamma = 0\n",
      "v = 374611517.5079999 m / s > c, setting 1/gamma = 0\n",
      "v = 423715140.2776666 m / s > c, setting 1/gamma = 0\n",
      "v = 358512764.09052867 m / s > c, setting 1/gamma = 0\n",
      "v = 404243191.8820439 m / s > c, setting 1/gamma = 0\n",
      "v = 307432736.2831653 m / s > c, setting 1/gamma = 0\n",
      "v = 326311902.0455146 m / s > c, setting 1/gamma = 0\n",
      "v = 315112254.55388623 m / s > c, setting 1/gamma = 0\n",
      "v = 360502246.0975077 m / s > c, setting 1/gamma = 0\n",
      "v = 316816509.7082026 m / s > c, setting 1/gamma = 0\n",
      "v = 346902432.6499524 m / s > c, setting 1/gamma = 0\n",
      "v = 368718751.2542297 m / s > c, setting 1/gamma = 0\n",
      "v = 306019137.2835436 m / s > c, setting 1/gamma = 0\n",
      "v = 618677346.9977676 m / s > c, setting 1/gamma = 0\n",
      "v = 506832259.72815096 m / s > c, setting 1/gamma = 0\n",
      "v = 343795415.66528773 m / s > c, setting 1/gamma = 0\n",
      "v = 368602960.1207306 m / s > c, setting 1/gamma = 0\n",
      "v = 310661298.9909977 m / s > c, setting 1/gamma = 0\n",
      "v = 330181009.0844299 m / s > c, setting 1/gamma = 0\n",
      "v = 300551735.0783473 m / s > c, setting 1/gamma = 0\n",
      "v = 319574009.60249317 m / s > c, setting 1/gamma = 0\n",
      "v = 307732450.8159002 m / s > c, setting 1/gamma = 0\n",
      "v = 306893275.8692688 m / s > c, setting 1/gamma = 0\n",
      "v = 319142584.3682908 m / s > c, setting 1/gamma = 0\n",
      "v = 480023964.6766546 m / s > c, setting 1/gamma = 0\n",
      "v = 483127869.72769463 m / s > c, setting 1/gamma = 0\n",
      "v = 323022506.6586231 m / s > c, setting 1/gamma = 0\n",
      "v = 342432979.96927834 m / s > c, setting 1/gamma = 0\n",
      "v = 315652375.8769025 m / s > c, setting 1/gamma = 0\n",
      "v = 358754610.0568131 m / s > c, setting 1/gamma = 0\n",
      "v = 318432123.84254754 m / s > c, setting 1/gamma = 0\n",
      "v = 373735768.2806004 m / s > c, setting 1/gamma = 0\n",
      "v = 428423293.9702245 m / s > c, setting 1/gamma = 0\n",
      "v = 458686670.09550774 m / s > c, setting 1/gamma = 0\n",
      "v = 309842707.63415575 m / s > c, setting 1/gamma = 0\n",
      "v = 335526144.70377254 m / s > c, setting 1/gamma = 0\n",
      "v = 356553020.63696337 m / s > c, setting 1/gamma = 0\n",
      "v = 406881985.39114505 m / s > c, setting 1/gamma = 0\n",
      "v = 332303681.19702464 m / s > c, setting 1/gamma = 0\n",
      "v = 352195469.9364695 m / s > c, setting 1/gamma = 0\n",
      "v = 300503304.2487935 m / s > c, setting 1/gamma = 0\n",
      "v = 321633220.67871433 m / s > c, setting 1/gamma = 0\n",
      "v = 411814610.0484679 m / s > c, setting 1/gamma = 0\n",
      "v = 449454188.6154036 m / s > c, setting 1/gamma = 0\n",
      "v = 311698076.6494654 m / s > c, setting 1/gamma = 0\n",
      "v = 341524559.7342936 m / s > c, setting 1/gamma = 0\n",
      "v = 355354095.31025314 m / s > c, setting 1/gamma = 0\n",
      "v = 380139563.2720172 m / s > c, setting 1/gamma = 0\n",
      "v = 394492786.70799243 m / s > c, setting 1/gamma = 0\n",
      "v = 441288222.26799864 m / s > c, setting 1/gamma = 0\n",
      "v = 323289639.2688228 m / s > c, setting 1/gamma = 0\n",
      "v = 345647899.62221736 m / s > c, setting 1/gamma = 0\n",
      "v = 443668181.7347098 m / s > c, setting 1/gamma = 0\n",
      "v = 461307367.62992287 m / s > c, setting 1/gamma = 0\n",
      "v = 305215635.8135175 m / s > c, setting 1/gamma = 0\n",
      "v = 328274266.71763647 m / s > c, setting 1/gamma = 0\n",
      "v = 364610562.22554934 m / s > c, setting 1/gamma = 0\n",
      "v = 401951402.10601336 m / s > c, setting 1/gamma = 0\n",
      "v = 332590818.9087259 m / s > c, setting 1/gamma = 0\n",
      "v = 381177654.84907544 m / s > c, setting 1/gamma = 0\n",
      "v = 358007184.0416921 m / s > c, setting 1/gamma = 0\n",
      "v = 383518921.5563734 m / s > c, setting 1/gamma = 0\n",
      "v = 300668295.93270725 m / s > c, setting 1/gamma = 0\n",
      "v = 350755551.1610499 m / s > c, setting 1/gamma = 0\n",
      "v = 331083106.5346315 m / s > c, setting 1/gamma = 0\n",
      "v = 357855841.79094636 m / s > c, setting 1/gamma = 0\n",
      "v = 424296410.3307412 m / s > c, setting 1/gamma = 0\n",
      "v = 455749013.40293956 m / s > c, setting 1/gamma = 0\n",
      "v = 316327005.571807 m / s > c, setting 1/gamma = 0\n",
      "v = 344316795.80889595 m / s > c, setting 1/gamma = 0\n",
      "v = 302200106.8840145 m / s > c, setting 1/gamma = 0\n",
      "v = 319062298.1719094 m / s > c, setting 1/gamma = 0\n",
      "v = 364661827.53897405 m / s > c, setting 1/gamma = 0\n",
      "v = 328103396.6693817 m / s > c, setting 1/gamma = 0\n",
      "v = 300248378.16349113 m / s > c, setting 1/gamma = 0\n",
      "v = 463390173.53646344 m / s > c, setting 1/gamma = 0\n",
      "v = 485435783.0607848 m / s > c, setting 1/gamma = 0\n",
      "v = 316974423.83046865 m / s > c, setting 1/gamma = 0\n",
      "v = 648753460.5482982 m / s > c, setting 1/gamma = 0\n",
      "v = 532892232.84407425 m / s > c, setting 1/gamma = 0\n",
      "v = 409653001.98059905 m / s > c, setting 1/gamma = 0\n",
      "v = 445479076.49842536 m / s > c, setting 1/gamma = 0\n",
      "v = 315176896.0606118 m / s > c, setting 1/gamma = 0\n",
      "v = 335109521.6386469 m / s > c, setting 1/gamma = 0\n",
      "v = 332859111.0580491 m / s > c, setting 1/gamma = 0\n",
      "v = 362724183.83913565 m / s > c, setting 1/gamma = 0\n",
      "v = 392055989.80310124 m / s > c, setting 1/gamma = 0\n",
      "v = 428503784.4802062 m / s > c, setting 1/gamma = 0\n",
      "v = 300789312.3621535 m / s > c, setting 1/gamma = 0\n",
      "v = 319850182.45398563 m / s > c, setting 1/gamma = 0\n",
      "v = 350073727.5418566 m / s > c, setting 1/gamma = 0\n",
      "v = 308587165.9540809 m / s > c, setting 1/gamma = 0\n",
      "v = 313678522.63437825 m / s > c, setting 1/gamma = 0\n",
      "v = 366539143.3905542 m / s > c, setting 1/gamma = 0\n",
      "v = 339519004.43048877 m / s > c, setting 1/gamma = 0\n",
      "v = 362545878.0006638 m / s > c, setting 1/gamma = 0\n",
      "v = 358350062.1314383 m / s > c, setting 1/gamma = 0\n",
      "v = 382856016.3579551 m / s > c, setting 1/gamma = 0\n",
      "v = 339462390.8632017 m / s > c, setting 1/gamma = 0\n",
      "v = 375379381.46110755 m / s > c, setting 1/gamma = 0\n",
      "v = 319407901.0774818 m / s > c, setting 1/gamma = 0\n",
      "v = 372283555.7603984 m / s > c, setting 1/gamma = 0\n",
      "v = 312246615.2415926 m / s > c, setting 1/gamma = 0\n",
      "v = 334330781.9228022 m / s > c, setting 1/gamma = 0\n",
      "v = 396661119.64612764 m / s > c, setting 1/gamma = 0\n",
      "v = 435392178.4743357 m / s > c, setting 1/gamma = 0\n",
      "v = 301814429.0502128 m / s > c, setting 1/gamma = 0\n",
      "v = 330257962.42432904 m / s > c, setting 1/gamma = 0\n",
      "v = 300075028.2843599 m / s > c, setting 1/gamma = 0\n",
      "v = 532413528.439355 m / s > c, setting 1/gamma = 0\n",
      "v = 493696126.8696485 m / s > c, setting 1/gamma = 0\n",
      "v = 304340165.1280545 m / s > c, setting 1/gamma = 0\n",
      "v = 333576992.6957454 m / s > c, setting 1/gamma = 0\n",
      "v = 357016184.380388 m / s > c, setting 1/gamma = 0\n",
      "v = 301770663.9706136 m / s > c, setting 1/gamma = 0\n",
      "v = 597801820.5346584 m / s > c, setting 1/gamma = 0\n",
      "v = 489995906.61403257 m / s > c, setting 1/gamma = 0\n",
      "v = 309839711.388978 m / s > c, setting 1/gamma = 0\n",
      "v = 332101180.5725697 m / s > c, setting 1/gamma = 0\n",
      "v = 494265760.43928134 m / s > c, setting 1/gamma = 0\n",
      "v = 493703724.96261644 m / s > c, setting 1/gamma = 0\n",
      "v = 319815268.72527015 m / s > c, setting 1/gamma = 0\n",
      "v = 314655631.66070276 m / s > c, setting 1/gamma = 0\n",
      "v = 335560165.74219346 m / s > c, setting 1/gamma = 0\n",
      "v = 329067127.41372263 m / s > c, setting 1/gamma = 0\n",
      "v = 377402260.44539994 m / s > c, setting 1/gamma = 0\n",
      "v = 403326964.79252094 m / s > c, setting 1/gamma = 0\n",
      "v = 440039780.7871277 m / s > c, setting 1/gamma = 0\n",
      "v = 337875743.7376887 m / s > c, setting 1/gamma = 0\n",
      "v = 371253397.86052734 m / s > c, setting 1/gamma = 0\n",
      "v = 310047799.37586284 m / s > c, setting 1/gamma = 0\n",
      "v = 330581954.6828113 m / s > c, setting 1/gamma = 0\n",
      "v = 303371551.9081141 m / s > c, setting 1/gamma = 0\n",
      "v = 350189550.0060315 m / s > c, setting 1/gamma = 0\n",
      "v = 301809393.92354745 m / s > c, setting 1/gamma = 0\n",
      "v = 340082835.063802 m / s > c, setting 1/gamma = 0\n",
      "v = 367405941.31054085 m / s > c, setting 1/gamma = 0\n",
      "v = 321522132.1615733 m / s > c, setting 1/gamma = 0\n",
      "v = 367646728.37375164 m / s > c, setting 1/gamma = 0\n",
      "v = 322226837.72136277 m / s > c, setting 1/gamma = 0\n",
      "v = 347530868.06847626 m / s > c, setting 1/gamma = 0\n",
      "v = 328416084.4802818 m / s > c, setting 1/gamma = 0\n",
      "v = 346273904.1715548 m / s > c, setting 1/gamma = 0\n",
      "v = 363269913.95982033 m / s > c, setting 1/gamma = 0\n",
      "v = 406927137.92931485 m / s > c, setting 1/gamma = 0\n",
      "v = 350447397.1421187 m / s > c, setting 1/gamma = 0\n",
      "v = 370680036.49340516 m / s > c, setting 1/gamma = 0\n",
      "v = 303796263.41649413 m / s > c, setting 1/gamma = 0\n",
      "v = 602122770.2715153 m / s > c, setting 1/gamma = 0\n",
      "v = 492801662.9702322 m / s > c, setting 1/gamma = 0\n",
      "v = 469079282.54356074 m / s > c, setting 1/gamma = 0\n",
      "v = 477174983.51434344 m / s > c, setting 1/gamma = 0\n",
      "v = 317551547.1848853 m / s > c, setting 1/gamma = 0\n",
      "v = 336142687.0070964 m / s > c, setting 1/gamma = 0\n",
      "v = 348624962.2557802 m / s > c, setting 1/gamma = 0\n",
      "v = 391527687.14875686 m / s > c, setting 1/gamma = 0\n",
      "v = 364270009.1572275 m / s > c, setting 1/gamma = 0\n",
      "v = 377632409.0593476 m / s > c, setting 1/gamma = 0\n",
      "v = 314795722.7861223 m / s > c, setting 1/gamma = 0\n",
      "v = 363298789.443264 m / s > c, setting 1/gamma = 0\n",
      "v = 352564222.0416272 m / s > c, setting 1/gamma = 0\n",
      "v = 397863354.86564076 m / s > c, setting 1/gamma = 0\n",
      "v = 344096605.3113195 m / s > c, setting 1/gamma = 0\n",
      "v = 366644609.39503026 m / s > c, setting 1/gamma = 0\n",
      "v = 542027079.9945567 m / s > c, setting 1/gamma = 0\n",
      "v = 496553298.9660864 m / s > c, setting 1/gamma = 0\n",
      "v = 303953497.83813465 m / s > c, setting 1/gamma = 0\n",
      "v = 324983804.3861657 m / s > c, setting 1/gamma = 0\n",
      "v = 395047414.5684637 m / s > c, setting 1/gamma = 0\n",
      "v = 421978773.9754438 m / s > c, setting 1/gamma = 0\n",
      "v = 397782491.41835845 m / s > c, setting 1/gamma = 0\n",
      "v = 438282097.3344215 m / s > c, setting 1/gamma = 0\n",
      "v = 347239107.97435457 m / s > c, setting 1/gamma = 0\n",
      "v = 372994474.59286433 m / s > c, setting 1/gamma = 0\n",
      "v = 404311874.63912636 m / s > c, setting 1/gamma = 0\n",
      "v = 434249341.6487035 m / s > c, setting 1/gamma = 0\n",
      "v = 307256498.14102155 m / s > c, setting 1/gamma = 0\n",
      "v = 326246199.67015415 m / s > c, setting 1/gamma = 0\n",
      "v = 313834754.40927124 m / s > c, setting 1/gamma = 0\n",
      "v = 628069407.047598 m / s > c, setting 1/gamma = 0\n",
      "v = 515558377.5261152 m / s > c, setting 1/gamma = 0\n",
      "v = 311304754.0945314 m / s > c, setting 1/gamma = 0\n",
      "v = 330934870.63620055 m / s > c, setting 1/gamma = 0\n",
      "v = 356379882.8817159 m / s > c, setting 1/gamma = 0\n",
      "v = 401856050.64492905 m / s > c, setting 1/gamma = 0\n",
      "v = 363188935.4094147 m / s > c, setting 1/gamma = 0\n",
      "v = 381940841.9973436 m / s > c, setting 1/gamma = 0\n",
      "v = 306974989.55509686 m / s > c, setting 1/gamma = 0\n",
      "v = 485688592.86890966 m / s > c, setting 1/gamma = 0\n",
      "v = 486152007.66473407 m / s > c, setting 1/gamma = 0\n",
      "v = 336222440.4890893 m / s > c, setting 1/gamma = 0\n",
      "v = 313559758.9025485 m / s > c, setting 1/gamma = 0\n",
      "v = 334962122.5718134 m / s > c, setting 1/gamma = 0\n",
      "v = 394228564.533073 m / s > c, setting 1/gamma = 0\n",
      "v = 434492827.26787317 m / s > c, setting 1/gamma = 0\n",
      "v = 350223839.38685733 m / s > c, setting 1/gamma = 0\n",
      "v = 378442578.51315486 m / s > c, setting 1/gamma = 0\n",
      "v = 333159510.8794342 m / s > c, setting 1/gamma = 0\n",
      "v = 351168824.2652585 m / s > c, setting 1/gamma = 0\n",
      "v = 325843903.9915396 m / s > c, setting 1/gamma = 0\n",
      "v = 372234504.5903673 m / s > c, setting 1/gamma = 0\n",
      "v = 325919778.4991037 m / s > c, setting 1/gamma = 0\n",
      "v = 350709807.2297344 m / s > c, setting 1/gamma = 0\n",
      "v = 310407037.9876603 m / s > c, setting 1/gamma = 0\n",
      "v = 306125722.6721478 m / s > c, setting 1/gamma = 0\n",
      "v = 300071080.18444914 m / s > c, setting 1/gamma = 0\n",
      "v = 473608451.20337945 m / s > c, setting 1/gamma = 0\n",
      "v = 478643257.3195371 m / s > c, setting 1/gamma = 0\n",
      "v = 303849206.65264344 m / s > c, setting 1/gamma = 0\n",
      "v = 321042061.33523124 m / s > c, setting 1/gamma = 0\n",
      "v = 349435921.6728857 m / s > c, setting 1/gamma = 0\n",
      "v = 322743415.56165564 m / s > c, setting 1/gamma = 0\n",
      "v = 477770914.54735774 m / s > c, setting 1/gamma = 0\n",
      "v = 486503121.7148005 m / s > c, setting 1/gamma = 0\n",
      "v = 384315816.959595 m / s > c, setting 1/gamma = 0\n",
      "v = 394510883.819881 m / s > c, setting 1/gamma = 0\n",
      "v = 311642725.9375503 m / s > c, setting 1/gamma = 0\n",
      "v = 356596423.6846451 m / s > c, setting 1/gamma = 0\n",
      "v = 400387132.42314774 m / s > c, setting 1/gamma = 0\n",
      "v = 299832078.307149 m / s > c, setting 1/gamma = 0\n",
      "v = 331933137.280625 m / s > c, setting 1/gamma = 0\n",
      "v = 358955964.73647213 m / s > c, setting 1/gamma = 0\n",
      "v = 315745441.66547155 m / s > c, setting 1/gamma = 0\n",
      "v = 476266072.97812635 m / s > c, setting 1/gamma = 0\n",
      "v = 488592467.65227145 m / s > c, setting 1/gamma = 0\n",
      "v = 358657415.22634625 m / s > c, setting 1/gamma = 0\n",
      "v = 402448574.9919166 m / s > c, setting 1/gamma = 0\n",
      "v = 343395035.5710092 m / s > c, setting 1/gamma = 0\n",
      "v = 363860412.3340688 m / s > c, setting 1/gamma = 0\n",
      "v = 306037841.4853191 m / s > c, setting 1/gamma = 0\n",
      "v = 611674947.7019615 m / s > c, setting 1/gamma = 0\n",
      "v = 501010027.7171912 m / s > c, setting 1/gamma = 0\n",
      "v = 425237870.9014282 m / s > c, setting 1/gamma = 0\n",
      "v = 445375083.488473 m / s > c, setting 1/gamma = 0\n",
      "v = 305986105.64130837 m / s > c, setting 1/gamma = 0\n",
      "v = 603060497.6768999 m / s > c, setting 1/gamma = 0\n",
      "v = 495447238.14324665 m / s > c, setting 1/gamma = 0\n",
      "v = 330108896.8312571 m / s > c, setting 1/gamma = 0\n",
      "v = 320658797.5009652 m / s > c, setting 1/gamma = 0\n",
      "v = 368569649.46584845 m / s > c, setting 1/gamma = 0\n",
      "v = 302105754.50080377 m / s > c, setting 1/gamma = 0\n",
      "v = 360798905.8499748 m / s > c, setting 1/gamma = 0\n",
      "v = 387852359.21046746 m / s > c, setting 1/gamma = 0\n",
      "v = 330674427.6940943 m / s > c, setting 1/gamma = 0\n",
      "v = 685619089.5985653 m / s > c, setting 1/gamma = 0\n",
      "v = 564991172.6915464 m / s > c, setting 1/gamma = 0\n",
      "v = 302385083.34900075 m / s > c, setting 1/gamma = 0\n",
      "v = 328152694.5862426 m / s > c, setting 1/gamma = 0\n",
      "v = 423571330.600667 m / s > c, setting 1/gamma = 0\n",
      "v = 447464541.3499099 m / s > c, setting 1/gamma = 0\n",
      "v = 300066334.31345993 m / s > c, setting 1/gamma = 0\n",
      "v = 326518467.4368584 m / s > c, setting 1/gamma = 0\n",
      "v = 370705899.3371345 m / s > c, setting 1/gamma = 0\n",
      "v = 350823812.0196673 m / s > c, setting 1/gamma = 0\n",
      "v = 367296537.0831061 m / s > c, setting 1/gamma = 0\n",
      "v = 499672583.0903447 m / s > c, setting 1/gamma = 0\n",
      "v = 519614063.6734785 m / s > c, setting 1/gamma = 0\n",
      "v = 459319320.09873945 m / s > c, setting 1/gamma = 0\n",
      "v = 472246119.2538265 m / s > c, setting 1/gamma = 0\n",
      "v = 304258526.02042824 m / s > c, setting 1/gamma = 0\n",
      "v = 324457678.9506479 m / s > c, setting 1/gamma = 0\n",
      "v = 401824404.14670146 m / s > c, setting 1/gamma = 0\n",
      "v = 423851687.69156677 m / s > c, setting 1/gamma = 0\n",
      "v = 375166211.8620629 m / s > c, setting 1/gamma = 0\n",
      "v = 410494346.36455876 m / s > c, setting 1/gamma = 0\n",
      "v = 307512641.96159285 m / s > c, setting 1/gamma = 0\n",
      "v = 327474877.1133926 m / s > c, setting 1/gamma = 0\n",
      "v = 322351509.0981417 m / s > c, setting 1/gamma = 0\n",
      "v = 328762244.91444945 m / s > c, setting 1/gamma = 0\n",
      "v = 317264142.46976334 m / s > c, setting 1/gamma = 0\n",
      "v = 362535294.9263589 m / s > c, setting 1/gamma = 0\n",
      "v = 376998460.516581 m / s > c, setting 1/gamma = 0\n",
      "v = 307092733.62223524 m / s > c, setting 1/gamma = 0\n",
      "v = 308692875.0315536 m / s > c, setting 1/gamma = 0\n",
      "v = 308849591.06004167 m / s > c, setting 1/gamma = 0\n",
      "v = 300882892.1354398 m / s > c, setting 1/gamma = 0\n",
      "v = 319446135.84177566 m / s > c, setting 1/gamma = 0\n",
      "v = 365701947.8402644 m / s > c, setting 1/gamma = 0\n",
      "v = 300937824.38172334 m / s > c, setting 1/gamma = 0\n",
      "v = 362110430.99188495 m / s > c, setting 1/gamma = 0\n",
      "v = 409332615.5283125 m / s > c, setting 1/gamma = 0\n",
      "v = 327282166.6805308 m / s > c, setting 1/gamma = 0\n",
      "v = 313731605.7226731 m / s > c, setting 1/gamma = 0\n",
      "v = 367109625.7593826 m / s > c, setting 1/gamma = 0\n",
      "v = 385896465.1222726 m / s > c, setting 1/gamma = 0\n",
      "v = 343626300.78068995 m / s > c, setting 1/gamma = 0\n",
      "v = 341642024.666252 m / s > c, setting 1/gamma = 0\n",
      "v = 390988923.6862262 m / s > c, setting 1/gamma = 0\n",
      "v = 312518636.7544881 m / s > c, setting 1/gamma = 0\n",
      "v = 331821355.10786635 m / s > c, setting 1/gamma = 0\n",
      "v = 325908084.14342827 m / s > c, setting 1/gamma = 0\n",
      "v = 347698942.84012526 m / s > c, setting 1/gamma = 0\n",
      "v = 346399923.98845 m / s > c, setting 1/gamma = 0\n",
      "v = 395471232.8939962 m / s > c, setting 1/gamma = 0\n",
      "v = 362743584.3319809 m / s > c, setting 1/gamma = 0\n",
      "v = 385703572.5582854 m / s > c, setting 1/gamma = 0\n",
      "v = 331656865.83092546 m / s > c, setting 1/gamma = 0\n",
      "v = 369084323.7317815 m / s > c, setting 1/gamma = 0\n",
      "v = 324455482.59668005 m / s > c, setting 1/gamma = 0\n",
      "v = 376490140.1001834 m / s > c, setting 1/gamma = 0\n",
      "v = 315607628.45731676 m / s > c, setting 1/gamma = 0\n",
      "v = 336529075.5464428 m / s > c, setting 1/gamma = 0\n",
      "v = 337065645.03876746 m / s > c, setting 1/gamma = 0\n",
      "v = 384520699.84143543 m / s > c, setting 1/gamma = 0\n",
      "v = 381183473.0894633 m / s > c, setting 1/gamma = 0\n",
      "v = 421993844.95397174 m / s > c, setting 1/gamma = 0\n",
      "v = 350968075.809994 m / s > c, setting 1/gamma = 0\n",
      "v = 372028593.77367973 m / s > c, setting 1/gamma = 0\n",
      "v = 347060481.8970999 m / s > c, setting 1/gamma = 0\n",
      "v = 395368505.7062877 m / s > c, setting 1/gamma = 0\n",
      "v = 335886107.57160825 m / s > c, setting 1/gamma = 0\n",
      "v = 363828193.27082455 m / s > c, setting 1/gamma = 0\n",
      "v = 316679196.1517125 m / s > c, setting 1/gamma = 0\n",
      "v = 522403845.5560672 m / s > c, setting 1/gamma = 0\n",
      "v = 502885836.4508889 m / s > c, setting 1/gamma = 0\n",
      "v = 299942803.00495416 m / s > c, setting 1/gamma = 0\n",
      "v = 315695937.1668659 m / s > c, setting 1/gamma = 0\n",
      "v = 337369549.2960493 m / s > c, setting 1/gamma = 0\n",
      "v = 429303938.03425324 m / s > c, setting 1/gamma = 0\n",
      "v = 459040400.1960384 m / s > c, setting 1/gamma = 0\n",
      "v = 330941675.09613806 m / s > c, setting 1/gamma = 0\n",
      "v = 353914963.9898664 m / s > c, setting 1/gamma = 0\n",
      "v = 445556204.8158255 m / s > c, setting 1/gamma = 0\n",
      "v = 469617746.7441189 m / s > c, setting 1/gamma = 0\n",
      "v = 456006559.68272156 m / s > c, setting 1/gamma = 0\n",
      "v = 476913378.6220232 m / s > c, setting 1/gamma = 0\n",
      "v = 312644920.07743645 m / s > c, setting 1/gamma = 0\n",
      "v = 317995664.69109285 m / s > c, setting 1/gamma = 0\n",
      "v = 346969726.36537665 m / s > c, setting 1/gamma = 0\n",
      "v = 316542982.81744945 m / s > c, setting 1/gamma = 0\n",
      "v = 358309801.9756122 m / s > c, setting 1/gamma = 0\n",
      "v = 340649785.8371531 m / s > c, setting 1/gamma = 0\n",
      "v = 358737706.82918704 m / s > c, setting 1/gamma = 0\n",
      "v = 332799275.66018426 m / s > c, setting 1/gamma = 0\n",
      "v = 360352773.7621581 m / s > c, setting 1/gamma = 0\n",
      "v = 344325653.4211758 m / s > c, setting 1/gamma = 0\n",
      "v = 389888040.32914656 m / s > c, setting 1/gamma = 0\n",
      "v = 329596760.09565973 m / s > c, setting 1/gamma = 0\n",
      "v = 353772187.651652 m / s > c, setting 1/gamma = 0\n",
      "v = 358837146.7341338 m / s > c, setting 1/gamma = 0\n",
      "v = 406254343.52080774 m / s > c, setting 1/gamma = 0\n",
      "v = 356928394.93817914 m / s > c, setting 1/gamma = 0\n",
      "v = 379470924.9340419 m / s > c, setting 1/gamma = 0\n",
      "v = 301873690.35391885 m / s > c, setting 1/gamma = 0\n",
      "v = 343335381.29852307 m / s > c, setting 1/gamma = 0\n",
      "v = 727892349.7628202 m / s > c, setting 1/gamma = 0\n",
      "v = 600912181.4738388 m / s > c, setting 1/gamma = 0\n",
      "v = 302284667.59108824 m / s > c, setting 1/gamma = 0\n",
      "v = 328002136.0084537 m / s > c, setting 1/gamma = 0\n",
      "v = 373278815.9761817 m / s > c, setting 1/gamma = 0\n",
      "v = 404428891.6558144 m / s > c, setting 1/gamma = 0\n",
      "v = 307403062.4359149 m / s > c, setting 1/gamma = 0\n",
      "v = 351335425.508978 m / s > c, setting 1/gamma = 0\n",
      "v = 324400701.2079476 m / s > c, setting 1/gamma = 0\n",
      "v = 307349935.23992044 m / s > c, setting 1/gamma = 0\n",
      "v = 336686678.173691 m / s > c, setting 1/gamma = 0\n",
      "v = 329598938.57474774 m / s > c, setting 1/gamma = 0\n",
      "v = 417228388.51538724 m / s > c, setting 1/gamma = 0\n",
      "v = 454325053.9388577 m / s > c, setting 1/gamma = 0\n",
      "v = 316305918.16392857 m / s > c, setting 1/gamma = 0\n",
      "v = 337458817.2214982 m / s > c, setting 1/gamma = 0\n",
      "v = 343680416.9467119 m / s > c, setting 1/gamma = 0\n",
      "v = 727535492.0920234 m / s > c, setting 1/gamma = 0\n",
      "v = 600716488.7874651 m / s > c, setting 1/gamma = 0\n",
      "v = 307923638.24717027 m / s > c, setting 1/gamma = 0\n",
      "v = 473371966.0069995 m / s > c, setting 1/gamma = 0\n",
      "v = 483760588.7785258 m / s > c, setting 1/gamma = 0\n",
      "v = 330485235.5621231 m / s > c, setting 1/gamma = 0\n",
      "v = 350365504.75231767 m / s > c, setting 1/gamma = 0\n",
      "v = 409981682.7652191 m / s > c, setting 1/gamma = 0\n",
      "v = 433156951.4927728 m / s > c, setting 1/gamma = 0\n",
      "v = 429869307.67004174 m / s > c, setting 1/gamma = 0\n",
      "v = 455353409.7795875 m / s > c, setting 1/gamma = 0\n",
      "v = 349416925.09296215 m / s > c, setting 1/gamma = 0\n",
      "v = 369811517.079034 m / s > c, setting 1/gamma = 0\n",
      "v = 357702130.9849892 m / s > c, setting 1/gamma = 0\n",
      "v = 402834209.70273596 m / s > c, setting 1/gamma = 0\n",
      "v = 371464937.0478958 m / s > c, setting 1/gamma = 0\n",
      "v = 387960385.73783225 m / s > c, setting 1/gamma = 0\n",
      "v = 311970605.0879907 m / s > c, setting 1/gamma = 0\n",
      "v = 313631219.21483696 m / s > c, setting 1/gamma = 0\n",
      "v = 635157065.0319039 m / s > c, setting 1/gamma = 0\n",
      "v = 520868576.79549265 m / s > c, setting 1/gamma = 0\n",
      "v = 404981510.2971317 m / s > c, setting 1/gamma = 0\n",
      "v = 428944255.98776954 m / s > c, setting 1/gamma = 0\n",
      "v = 454831835.40846777 m / s > c, setting 1/gamma = 0\n",
      "v = 474826420.1237862 m / s > c, setting 1/gamma = 0\n",
      "v = 307412531.565943 m / s > c, setting 1/gamma = 0\n",
      "v = 312500635.61259115 m / s > c, setting 1/gamma = 0\n",
      "v = 366979012.0088079 m / s > c, setting 1/gamma = 0\n",
      "v = 408431848.5230067 m / s > c, setting 1/gamma = 0\n",
      "v = 302481297.0714265 m / s > c, setting 1/gamma = 0\n",
      "v = 300899330.3684453 m / s > c, setting 1/gamma = 0\n",
      "v = 326079581.8484644 m / s > c, setting 1/gamma = 0\n",
      "v = 299831655.50445706 m / s > c, setting 1/gamma = 0\n",
      "v = 303257365.1429126 m / s > c, setting 1/gamma = 0\n",
      "v = 339287490.4575804 m / s > c, setting 1/gamma = 0\n",
      "v = 718211228.945703 m / s > c, setting 1/gamma = 0\n",
      "v = 591930880.4793603 m / s > c, setting 1/gamma = 0\n",
      "v = 302759302.705285 m / s > c, setting 1/gamma = 0\n",
      "v = 311162942.5238324 m / s > c, setting 1/gamma = 0\n",
      "v = 359423888.3535354 m / s > c, setting 1/gamma = 0\n",
      "v = 303111796.79922885 m / s > c, setting 1/gamma = 0\n",
      "v = 331275469.97364324 m / s > c, setting 1/gamma = 0\n",
      "v = 356126235.3621758 m / s > c, setting 1/gamma = 0\n",
      "v = 403471677.95488936 m / s > c, setting 1/gamma = 0\n",
      "v = 366471421.7992492 m / s > c, setting 1/gamma = 0\n",
      "v = 387203283.66907644 m / s > c, setting 1/gamma = 0\n",
      "v = 324987529.12163866 m / s > c, setting 1/gamma = 0\n",
      "v = 362110992.4972022 m / s > c, setting 1/gamma = 0\n",
      "v = 332649156.4133722 m / s > c, setting 1/gamma = 0\n",
      "v = 384341963.0699252 m / s > c, setting 1/gamma = 0\n",
      "v = 319296420.0849382 m / s > c, setting 1/gamma = 0\n",
      "v = 339981999.31967276 m / s > c, setting 1/gamma = 0\n",
      "v = 398097891.6379106 m / s > c, setting 1/gamma = 0\n",
      "v = 435523827.2255712 m / s > c, setting 1/gamma = 0\n",
      "v = 304866040.6552769 m / s > c, setting 1/gamma = 0\n",
      "v = 333179339.14209986 m / s > c, setting 1/gamma = 0\n",
      "v = 316435468.36198616 m / s > c, setting 1/gamma = 0\n",
      "v = 354650442.5501404 m / s > c, setting 1/gamma = 0\n",
      "v = 763503529.1328243 m / s > c, setting 1/gamma = 0\n",
      "v = 631358066.8961817 m / s > c, setting 1/gamma = 0\n",
      "v = 313263831.7817569 m / s > c, setting 1/gamma = 0\n",
      "v = 305479802.5557282 m / s > c, setting 1/gamma = 0\n",
      "v = 336260238.8856033 m / s > c, setting 1/gamma = 0\n",
      "v = 309186322.1244826 m / s > c, setting 1/gamma = 0\n",
      "v = 351028266.38418806 m / s > c, setting 1/gamma = 0\n",
      "v = 303917194.88470006 m / s > c, setting 1/gamma = 0\n",
      "v = 357894559.36475945 m / s > c, setting 1/gamma = 0\n",
      "v = 315431985.5933547 m / s > c, setting 1/gamma = 0\n",
      "v = 335935702.58081526 m / s > c, setting 1/gamma = 0\n",
      "v = 314855502.842222 m / s > c, setting 1/gamma = 0\n",
      "v = 483158314.6260958 m / s > c, setting 1/gamma = 0\n",
      "v = 483378060.68968993 m / s > c, setting 1/gamma = 0\n",
      "v = 326647402.9527998 m / s > c, setting 1/gamma = 0\n",
      "v = 312798764.5265374 m / s > c, setting 1/gamma = 0\n",
      "v = 332346391.42570245 m / s > c, setting 1/gamma = 0\n",
      "v = 310682841.90852904 m / s > c, setting 1/gamma = 0\n",
      "v = 358730371.97794193 m / s > c, setting 1/gamma = 0\n",
      "v = 401357816.3724304 m / s > c, setting 1/gamma = 0\n",
      "v = 348409288.3500288 m / s > c, setting 1/gamma = 0\n",
      "v = 368523835.595377 m / s > c, setting 1/gamma = 0\n",
      "v = 301751673.62590224 m / s > c, setting 1/gamma = 0\n",
      "v = 584329187.1927284 m / s > c, setting 1/gamma = 0\n",
      "v = 479964289.15732944 m / s > c, setting 1/gamma = 0\n",
      "v = 326028567.01883817 m / s > c, setting 1/gamma = 0\n",
      "v = 343532501.1206694 m / s > c, setting 1/gamma = 0\n",
      "v = 328419389.4949163 m / s > c, setting 1/gamma = 0\n",
      "v = 672607069.645933 m / s > c, setting 1/gamma = 0\n",
      "v = 553663111.350915 m / s > c, setting 1/gamma = 0\n",
      "v = 309600022.517959 m / s > c, setting 1/gamma = 0\n",
      "v = 355832205.0728185 m / s > c, setting 1/gamma = 0\n",
      "v = 300739420.4635866 m / s > c, setting 1/gamma = 0\n",
      "v = 327982694.2560014 m / s > c, setting 1/gamma = 0\n",
      "v = 313273540.3761933 m / s > c, setting 1/gamma = 0\n",
      "v = 350785237.0846501 m / s > c, setting 1/gamma = 0\n",
      "v = 307205909.7102982 m / s > c, setting 1/gamma = 0\n",
      "v = 361138919.7023894 m / s > c, setting 1/gamma = 0\n",
      "v = 302295112.0440446 m / s > c, setting 1/gamma = 0\n",
      "v = 323825712.994085 m / s > c, setting 1/gamma = 0\n",
      "v = 301403068.0179941 m / s > c, setting 1/gamma = 0\n",
      "v = 331727332.05596536 m / s > c, setting 1/gamma = 0\n",
      "v = 425828548.0382874 m / s > c, setting 1/gamma = 0\n",
      "v = 447362053.12082523 m / s > c, setting 1/gamma = 0\n",
      "v = 344905515.7815474 m / s > c, setting 1/gamma = 0\n",
      "v = 359833129.5492721 m / s > c, setting 1/gamma = 0\n",
      "v = 354515595.083772 m / s > c, setting 1/gamma = 0\n",
      "v = 389859975.60288894 m / s > c, setting 1/gamma = 0\n",
      "v = 329290641.63283193 m / s > c, setting 1/gamma = 0\n",
      "v = 375271338.2626219 m / s > c, setting 1/gamma = 0\n",
      "v = 338051535.9195475 m / s > c, setting 1/gamma = 0\n",
      "v = 363739118.37767303 m / s > c, setting 1/gamma = 0\n",
      "v = 352978615.96190387 m / s > c, setting 1/gamma = 0\n",
      "v = 378326513.00336033 m / s > c, setting 1/gamma = 0\n",
      "v = 358515214.7439612 m / s > c, setting 1/gamma = 0\n",
      "v = 408177691.5514994 m / s > c, setting 1/gamma = 0\n",
      "v = 327125951.6022286 m / s > c, setting 1/gamma = 0\n",
      "v = 347324966.49921805 m / s > c, setting 1/gamma = 0\n",
      "v = 389201082.0848678 m / s > c, setting 1/gamma = 0\n",
      "v = 425452694.1873658 m / s > c, setting 1/gamma = 0\n",
      "v = 357072387.8293414 m / s > c, setting 1/gamma = 0\n",
      "v = 408683324.54213554 m / s > c, setting 1/gamma = 0\n",
      "v = 334576466.0962764 m / s > c, setting 1/gamma = 0\n",
      "v = 383767848.97646743 m / s > c, setting 1/gamma = 0\n",
      "v = 339747273.8159613 m / s > c, setting 1/gamma = 0\n",
      "v = 366983115.9187642 m / s > c, setting 1/gamma = 0\n",
      "v = 335263076.09711385 m / s > c, setting 1/gamma = 0\n",
      "v = 366035362.6350567 m / s > c, setting 1/gamma = 0\n",
      "v = 342445727.5563566 m / s > c, setting 1/gamma = 0\n",
      "v = 396066274.057577 m / s > c, setting 1/gamma = 0\n",
      "v = 316489510.52504236 m / s > c, setting 1/gamma = 0\n",
      "v = 339891288.8778307 m / s > c, setting 1/gamma = 0\n",
      "v = 304447570.5027437 m / s > c, setting 1/gamma = 0\n",
      "v = 587860386.2289246 m / s > c, setting 1/gamma = 0\n",
      "v = 483052801.00347763 m / s > c, setting 1/gamma = 0\n",
      "v = 301977828.8960685 m / s > c, setting 1/gamma = 0\n",
      "v = 321134540.86482173 m / s > c, setting 1/gamma = 0\n",
      "v = 316909480.9959328 m / s > c, setting 1/gamma = 0\n",
      "v = 305378908.7948561 m / s > c, setting 1/gamma = 0\n",
      "v = 353881092.8411383 m / s > c, setting 1/gamma = 0\n",
      "v = 336445592.5165122 m / s > c, setting 1/gamma = 0\n",
      "v = 712512341.7036065 m / s > c, setting 1/gamma = 0\n",
      "v = 587869707.6669567 m / s > c, setting 1/gamma = 0\n",
      "v = 315396744.62212116 m / s > c, setting 1/gamma = 0\n",
      "v = 347276534.9927552 m / s > c, setting 1/gamma = 0\n",
      "v = 367192384.4408468 m / s > c, setting 1/gamma = 0\n",
      "v = 469652086.51009077 m / s > c, setting 1/gamma = 0\n",
      "v = 471194517.7881289 m / s > c, setting 1/gamma = 0\n",
      "v = 333283924.79774415 m / s > c, setting 1/gamma = 0\n",
      "v = 324701008.3470336 m / s > c, setting 1/gamma = 0\n",
      "v = 341958936.792899 m / s > c, setting 1/gamma = 0\n",
      "v = 313688674.54981726 m / s > c, setting 1/gamma = 0\n",
      "v = 624739541.8642404 m / s > c, setting 1/gamma = 0\n",
      "v = 512252804.78014356 m / s > c, setting 1/gamma = 0\n",
      "v = 431944134.1424646 m / s > c, setting 1/gamma = 0\n",
      "v = 459368197.6257553 m / s > c, setting 1/gamma = 0\n",
      "v = 437075890.86971277 m / s > c, setting 1/gamma = 0\n",
      "v = 468344212.4222123 m / s > c, setting 1/gamma = 0\n",
      "v = 304225453.6525273 m / s > c, setting 1/gamma = 0\n",
      "v = 329458006.819564 m / s > c, setting 1/gamma = 0\n",
      "v = 438087062.66267395 m / s > c, setting 1/gamma = 0\n",
      "v = 453983156.0696389 m / s > c, setting 1/gamma = 0\n",
      "v = 458628521.67922837 m / s > c, setting 1/gamma = 0\n",
      "v = 470709069.0366833 m / s > c, setting 1/gamma = 0\n",
      "v = 385201978.1542665 m / s > c, setting 1/gamma = 0\n",
      "v = 394824404.75510764 m / s > c, setting 1/gamma = 0\n",
      "v = 343377569.3783777 m / s > c, setting 1/gamma = 0\n",
      "v = 442760259.3801577 m / s > c, setting 1/gamma = 0\n",
      "v = 465071098.7759421 m / s > c, setting 1/gamma = 0\n",
      "v = 309892227.2745839 m / s > c, setting 1/gamma = 0\n",
      "v = 335651830.3675654 m / s > c, setting 1/gamma = 0\n",
      "v = 303603644.292734 m / s > c, setting 1/gamma = 0\n",
      "v = 612859471.5697434 m / s > c, setting 1/gamma = 0\n",
      "v = 502155170.4224213 m / s > c, setting 1/gamma = 0\n",
      "v = 306437197.55209464 m / s > c, setting 1/gamma = 0\n",
      "v = 310598828.2646828 m / s > c, setting 1/gamma = 0\n",
      "v = 337418938.1990763 m / s > c, setting 1/gamma = 0\n",
      "v = 386324189.6241719 m / s > c, setting 1/gamma = 0\n",
      "v = 302290123.091477 m / s > c, setting 1/gamma = 0\n",
      "v = 324086369.19089097 m / s > c, setting 1/gamma = 0\n",
      "v = 309392801.57578576 m / s > c, setting 1/gamma = 0\n",
      "v = 356288899.3200946 m / s > c, setting 1/gamma = 0\n",
      "v = 300371405.99521774 m / s > c, setting 1/gamma = 0\n",
      "v = 319615531.3401795 m / s > c, setting 1/gamma = 0\n",
      "v = 383333931.71512777 m / s > c, setting 1/gamma = 0\n",
      "v = 414437305.57346123 m / s > c, setting 1/gamma = 0\n",
      "v = 451347197.5989066 m / s > c, setting 1/gamma = 0\n",
      "v = 473970191.1959265 m / s > c, setting 1/gamma = 0\n",
      "v = 579985836.3707048 m / s > c, setting 1/gamma = 0\n",
      "v = 583261964.5125656 m / s > c, setting 1/gamma = 0\n",
      "v = 305930907.8363686 m / s > c, setting 1/gamma = 0\n",
      "v = 336602510.4533769 m / s > c, setting 1/gamma = 0\n",
      "v = 308194127.8765275 m / s > c, setting 1/gamma = 0\n",
      "v = 348902580.0310096 m / s > c, setting 1/gamma = 0\n",
      "v = 358631964.8860648 m / s > c, setting 1/gamma = 0\n",
      "v = 404845534.5264036 m / s > c, setting 1/gamma = 0\n",
      "v = 347523030.0335189 m / s > c, setting 1/gamma = 0\n",
      "v = 403425106.1165806 m / s > c, setting 1/gamma = 0\n",
      "v = 401373837.6624676 m / s > c, setting 1/gamma = 0\n",
      "v = 439483260.7853549 m / s > c, setting 1/gamma = 0\n",
      "v = 352440802.1286711 m / s > c, setting 1/gamma = 0\n",
      "v = 403633245.9075311 m / s > c, setting 1/gamma = 0\n",
      "v = 316543528.8711858 m / s > c, setting 1/gamma = 0\n",
      "v = 349996813.93132764 m / s > c, setting 1/gamma = 0\n",
      "v = 350768485.38563675 m / s > c, setting 1/gamma = 0\n",
      "v = 376998479.93151796 m / s > c, setting 1/gamma = 0\n",
      "v = 317076309.53418934 m / s > c, setting 1/gamma = 0\n",
      "v = 349484078.42978096 m / s > c, setting 1/gamma = 0\n",
      "v = 368253432.65638167 m / s > c, setting 1/gamma = 0\n",
      "v = 389929722.6954721 m / s > c, setting 1/gamma = 0\n",
      "v = 434307230.7842533 m / s > c, setting 1/gamma = 0\n",
      "v = 403001038.25250477 m / s > c, setting 1/gamma = 0\n",
      "v = 444470014.8146374 m / s > c, setting 1/gamma = 0\n",
      "v = 304325722.42472994 m / s > c, setting 1/gamma = 0\n",
      "v = 325966933.0842026 m / s > c, setting 1/gamma = 0\n",
      "v = 300233101.1596006 m / s > c, setting 1/gamma = 0\n",
      "v = 384374715.15995157 m / s > c, setting 1/gamma = 0\n",
      "v = 420644235.7176264 m / s > c, setting 1/gamma = 0\n",
      "v = 310549435.8029402 m / s > c, setting 1/gamma = 0\n",
      "v = 336316756.55187315 m / s > c, setting 1/gamma = 0\n",
      "v = 448719463.1890076 m / s > c, setting 1/gamma = 0\n",
      "v = 478435013.1224223 m / s > c, setting 1/gamma = 0\n",
      "v = 315230616.9455207 m / s > c, setting 1/gamma = 0\n",
      "v = 347812368.06214046 m / s > c, setting 1/gamma = 0\n",
      "v = 300638887.6916674 m / s > c, setting 1/gamma = 0\n",
      "v = 333876624.96520233 m / s > c, setting 1/gamma = 0\n",
      "v = 302010815.4413901 m / s > c, setting 1/gamma = 0\n",
      "v = 341603304.2185544 m / s > c, setting 1/gamma = 0\n",
      "v = 307210328.99932194 m / s > c, setting 1/gamma = 0\n",
      "v = 361144017.95171016 m / s > c, setting 1/gamma = 0\n",
      "v = 392303785.22439283 m / s > c, setting 1/gamma = 0\n",
      "v = 433231746.12750596 m / s > c, setting 1/gamma = 0\n",
      "v = 346447073.3850907 m / s > c, setting 1/gamma = 0\n",
      "v = 399451448.1408615 m / s > c, setting 1/gamma = 0\n",
      "v = 347096317.93269044 m / s > c, setting 1/gamma = 0\n",
      "v = 378830945.4331742 m / s > c, setting 1/gamma = 0\n",
      "v = 449898435.5297624 m / s > c, setting 1/gamma = 0\n",
      "v = 470446079.49163884 m / s > c, setting 1/gamma = 0\n",
      "v = 320075833.79736805 m / s > c, setting 1/gamma = 0\n",
      "v = 374261532.85751164 m / s > c, setting 1/gamma = 0\n",
      "v = 396677241.6472915 m / s > c, setting 1/gamma = 0\n",
      "v = 373186836.13168484 m / s > c, setting 1/gamma = 0\n",
      "v = 404563777.64818466 m / s > c, setting 1/gamma = 0\n",
      "v = 346027117.51890403 m / s > c, setting 1/gamma = 0\n",
      "v = 398970427.9058246 m / s > c, setting 1/gamma = 0\n",
      "v = 316068395.64866674 m / s > c, setting 1/gamma = 0\n",
      "v = 337883929.9901405 m / s > c, setting 1/gamma = 0\n",
      "v = 334101469.13400716 m / s > c, setting 1/gamma = 0\n",
      "v = 553339501.0466384 m / s > c, setting 1/gamma = 0\n",
      "v = 496435132.0361776 m / s > c, setting 1/gamma = 0\n",
      "v = 326236346.9216942 m / s > c, setting 1/gamma = 0\n",
      "v = 348867358.838275 m / s > c, setting 1/gamma = 0\n",
      "v = 302440255.627424 m / s > c, setting 1/gamma = 0\n",
      "v = 420443409.18703145 m / s > c, setting 1/gamma = 0\n",
      "v = 456991075.1939017 m / s > c, setting 1/gamma = 0\n",
      "v = 315937839.29399496 m / s > c, setting 1/gamma = 0\n",
      "v = 337914831.8389081 m / s > c, setting 1/gamma = 0\n",
      "v = 359891112.1767928 m / s > c, setting 1/gamma = 0\n",
      "v = 405351013.03901285 m / s > c, setting 1/gamma = 0\n",
      "v = 343300786.96436256 m / s > c, setting 1/gamma = 0\n",
      "v = 367368744.4255099 m / s > c, setting 1/gamma = 0\n",
      "v = 508950408.7989519 m / s > c, setting 1/gamma = 0\n",
      "v = 495667111.1396959 m / s > c, setting 1/gamma = 0\n",
      "v = 373364496.18256533 m / s > c, setting 1/gamma = 0\n",
      "v = 392930347.767617 m / s > c, setting 1/gamma = 0\n",
      "v = 327691203.91125774 m / s > c, setting 1/gamma = 0\n",
      "v = 362463568.1037421 m / s > c, setting 1/gamma = 0\n",
      "v = 340513146.56585574 m / s > c, setting 1/gamma = 0\n",
      "v = 393724272.71437037 m / s > c, setting 1/gamma = 0\n",
      "v = 315579462.15023935 m / s > c, setting 1/gamma = 0\n",
      "v = 338052884.0013121 m / s > c, setting 1/gamma = 0\n",
      "v = 423275035.8199315 m / s > c, setting 1/gamma = 0\n",
      "v = 453483479.50477093 m / s > c, setting 1/gamma = 0\n",
      "v = 347489622.5873738 m / s > c, setting 1/gamma = 0\n",
      "v = 368824475.5118912 m / s > c, setting 1/gamma = 0\n",
      "v = 305184372.3682903 m / s > c, setting 1/gamma = 0\n",
      "v = 324350161.6044936 m / s > c, setting 1/gamma = 0\n",
      "v = 370272917.74166936 m / s > c, setting 1/gamma = 0\n",
      "v = 307902635.2160678 m / s > c, setting 1/gamma = 0\n",
      "v = 369960173.2605133 m / s > c, setting 1/gamma = 0\n",
      "v = 387577183.5317803 m / s > c, setting 1/gamma = 0\n",
      "v = 310408462.3712973 m / s > c, setting 1/gamma = 0\n",
      "v = 502029551.8691148 m / s > c, setting 1/gamma = 0\n",
      "v = 496365561.6901417 m / s > c, setting 1/gamma = 0\n",
      "v = 321988969.7807403 m / s > c, setting 1/gamma = 0\n",
      "v = 326261725.81348616 m / s > c, setting 1/gamma = 0\n",
      "v = 347884747.52206016 m / s > c, setting 1/gamma = 0\n",
      "v = 307710856.55160457 m / s > c, setting 1/gamma = 0\n",
      "v = 335256106.84863293 m / s > c, setting 1/gamma = 0\n",
      "v = 370665925.0359827 m / s > c, setting 1/gamma = 0\n",
      "v = 412851298.10124964 m / s > c, setting 1/gamma = 0\n",
      "v = 344834416.8305514 m / s > c, setting 1/gamma = 0\n",
      "v = 364733528.69115925 m / s > c, setting 1/gamma = 0\n",
      "v = 325582576.39230645 m / s > c, setting 1/gamma = 0\n",
      "v = 325670641.8280506 m / s > c, setting 1/gamma = 0\n",
      "v = 374035095.9344534 m / s > c, setting 1/gamma = 0\n",
      "v = 367797628.7096261 m / s > c, setting 1/gamma = 0\n",
      "v = 413253706.0373846 m / s > c, setting 1/gamma = 0\n",
      "v = 325159931.2891904 m / s > c, setting 1/gamma = 0\n",
      "v = 353765872.5226072 m / s > c, setting 1/gamma = 0\n",
      "v = 300863241.7814515 m / s > c, setting 1/gamma = 0\n",
      "v = 338566260.2048938 m / s > c, setting 1/gamma = 0\n",
      "v = 387964464.20009273 m / s > c, setting 1/gamma = 0\n",
      "v = 431041236.2335107 m / s > c, setting 1/gamma = 0\n",
      "v = 310159372.741671 m / s > c, setting 1/gamma = 0\n",
      "v = 300551635.97238714 m / s > c, setting 1/gamma = 0\n",
      "v = 348591427.452003 m / s > c, setting 1/gamma = 0\n",
      "v = 381983127.6373881 m / s > c, setting 1/gamma = 0\n",
      "v = 305242518.01792884 m / s > c, setting 1/gamma = 0\n",
      "v = 369646497.24337494 m / s > c, setting 1/gamma = 0\n",
      "v = 386285080.2098531 m / s > c, setting 1/gamma = 0\n",
      "v = 441300708.09416896 m / s > c, setting 1/gamma = 0\n",
      "v = 471204059.0305881 m / s > c, setting 1/gamma = 0\n",
      "v = 312609449.7755964 m / s > c, setting 1/gamma = 0\n",
      "v = 370267199.9319102 m / s > c, setting 1/gamma = 0\n",
      "v = 415185207.5080441 m / s > c, setting 1/gamma = 0\n",
      "v = 353344378.57361424 m / s > c, setting 1/gamma = 0\n",
      "v = 376107838.73884344 m / s > c, setting 1/gamma = 0\n",
      "v = 325040644.4103505 m / s > c, setting 1/gamma = 0\n",
      "v = 307799186.5100123 m / s > c, setting 1/gamma = 0\n",
      "v = 624588934.7606922 m / s > c, setting 1/gamma = 0\n",
      "v = 511454839.31992805 m / s > c, setting 1/gamma = 0\n",
      "v = 452935515.7774032 m / s > c, setting 1/gamma = 0\n",
      "v = 475336785.1264318 m / s > c, setting 1/gamma = 0\n",
      "v = 348625167.3358266 m / s > c, setting 1/gamma = 0\n",
      "v = 393608990.4990538 m / s > c, setting 1/gamma = 0\n",
      "v = 323892546.06542677 m / s > c, setting 1/gamma = 0\n",
      "v = 344670563.183372 m / s > c, setting 1/gamma = 0\n",
      "v = 405465631.50835323 m / s > c, setting 1/gamma = 0\n",
      "v = 429200648.0208622 m / s > c, setting 1/gamma = 0\n",
      "v = 525251413.4671501 m / s > c, setting 1/gamma = 0\n",
      "v = 489154334.5496114 m / s > c, setting 1/gamma = 0\n",
      "v = 319633586.8473476 m / s > c, setting 1/gamma = 0\n",
      "v = 352305005.1857811 m / s > c, setting 1/gamma = 0\n",
      "v = 374999981.3831639 m / s > c, setting 1/gamma = 0\n",
      "v = 318976914.10459405 m / s > c, setting 1/gamma = 0\n",
      "v = 301109174.11826473 m / s > c, setting 1/gamma = 0\n",
      "v = 603612616.3079044 m / s > c, setting 1/gamma = 0\n",
      "v = 494356701.49109393 m / s > c, setting 1/gamma = 0\n",
      "v = 304784334.64329135 m / s > c, setting 1/gamma = 0\n",
      "v = 328337965.92257303 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 1\n",
      "v = 311220690.4190135 m / s > c, setting 1/gamma = 0\n",
      "v = 310432312.9808554 m / s > c, setting 1/gamma = 0\n",
      "v = 351358175.28410465 m / s > c, setting 1/gamma = 0\n",
      "v = 582802070.288342 m / s > c, setting 1/gamma = 0\n",
      "v = 520159918.9179134 m / s > c, setting 1/gamma = 0\n",
      "v = 305756062.8004547 m / s > c, setting 1/gamma = 0\n",
      "v = 310669595.81511307 m / s > c, setting 1/gamma = 0\n",
      "v = 300297985.2049587 m / s > c, setting 1/gamma = 0\n",
      "v = 377170721.2425699 m / s > c, setting 1/gamma = 0\n",
      "v = 348304883.4253325 m / s > c, setting 1/gamma = 0\n",
      "v = 300727482.911553 m / s > c, setting 1/gamma = 0\n",
      "v = 303285999.0844318 m / s > c, setting 1/gamma = 0\n",
      "v = 299857330.06969 m / s > c, setting 1/gamma = 0\n",
      "v = 301741608.0238477 m / s > c, setting 1/gamma = 0\n",
      "v = 304300714.1218688 m / s > c, setting 1/gamma = 0\n",
      "v = 305716874.0917506 m / s > c, setting 1/gamma = 0\n",
      "v = 304244733.2405592 m / s > c, setting 1/gamma = 0\n",
      "v = 309104668.8474494 m / s > c, setting 1/gamma = 0\n",
      "v = 314184482.56319356 m / s > c, setting 1/gamma = 0\n",
      "v = 321235000.70297545 m / s > c, setting 1/gamma = 0\n",
      "v = 355865450.99137074 m / s > c, setting 1/gamma = 0\n",
      "v = 355741762.4854876 m / s > c, setting 1/gamma = 0\n",
      "v = 304994553.46264774 m / s > c, setting 1/gamma = 0\n",
      "v = 308294834.4328464 m / s > c, setting 1/gamma = 0\n",
      "v = 305635459.2440286 m / s > c, setting 1/gamma = 0\n",
      "v = 331878793.36851865 m / s > c, setting 1/gamma = 0\n",
      "v = 331191078.7037985 m / s > c, setting 1/gamma = 0\n",
      "v = 310183636.3133948 m / s > c, setting 1/gamma = 0\n",
      "v = 317498812.5368016 m / s > c, setting 1/gamma = 0\n",
      "v = 303964794.48159856 m / s > c, setting 1/gamma = 0\n",
      "v = 308886063.5499462 m / s > c, setting 1/gamma = 0\n",
      "v = 300168151.35533464 m / s > c, setting 1/gamma = 0\n",
      "v = 356886275.5188658 m / s > c, setting 1/gamma = 0\n",
      "v = 351883911.90650153 m / s > c, setting 1/gamma = 0\n",
      "v = 317728460.96742135 m / s > c, setting 1/gamma = 0\n",
      "v = 320419225.41171545 m / s > c, setting 1/gamma = 0\n",
      "v = 323021306.6396076 m / s > c, setting 1/gamma = 0\n",
      "v = 329264891.55805296 m / s > c, setting 1/gamma = 0\n",
      "v = 306004064.12103385 m / s > c, setting 1/gamma = 0\n",
      "v = 318861551.8624676 m / s > c, setting 1/gamma = 0\n",
      "v = 323354516.33352715 m / s > c, setting 1/gamma = 0\n",
      "v = 308277772.9398787 m / s > c, setting 1/gamma = 0\n",
      "v = 318568512.33647394 m / s > c, setting 1/gamma = 0\n",
      "v = 304713716.8562519 m / s > c, setting 1/gamma = 0\n",
      "v = 324590917.0610522 m / s > c, setting 1/gamma = 0\n",
      "v = 326335044.1120239 m / s > c, setting 1/gamma = 0\n",
      "v = 332309164.2153151 m / s > c, setting 1/gamma = 0\n",
      "v = 339082230.4956228 m / s > c, setting 1/gamma = 0\n",
      "v = 307276308.71694905 m / s > c, setting 1/gamma = 0\n",
      "v = 355953500.5910521 m / s > c, setting 1/gamma = 0\n",
      "v = 356309309.31098 m / s > c, setting 1/gamma = 0\n",
      "v = 313719476.707898 m / s > c, setting 1/gamma = 0\n",
      "v = 318783754.11534846 m / s > c, setting 1/gamma = 0\n",
      "v = 306154700.1618529 m / s > c, setting 1/gamma = 0\n",
      "v = 320943624.16244346 m / s > c, setting 1/gamma = 0\n",
      "v = 334198072.94271696 m / s > c, setting 1/gamma = 0\n",
      "v = 337089553.40214276 m / s > c, setting 1/gamma = 0\n",
      "v = 308239492.2452693 m / s > c, setting 1/gamma = 0\n",
      "v = 331389283.39072 m / s > c, setting 1/gamma = 0\n",
      "v = 300605861.2039837 m / s > c, setting 1/gamma = 0\n",
      "v = 322388429.5050436 m / s > c, setting 1/gamma = 0\n",
      "v = 337280717.3237993 m / s > c, setting 1/gamma = 0\n",
      "v = 365203119.511411 m / s > c, setting 1/gamma = 0\n",
      "v = 366711737.31107575 m / s > c, setting 1/gamma = 0\n",
      "v = 301550146.0781694 m / s > c, setting 1/gamma = 0\n",
      "v = 301116027.0819024 m / s > c, setting 1/gamma = 0\n",
      "v = 310461408.5943953 m / s > c, setting 1/gamma = 0\n",
      "v = 311241539.4877607 m / s > c, setting 1/gamma = 0\n",
      "v = 309641465.3815769 m / s > c, setting 1/gamma = 0\n",
      "v = 310550722.15332925 m / s > c, setting 1/gamma = 0\n",
      "v = 327310404.6773211 m / s > c, setting 1/gamma = 0\n",
      "v = 371099498.4634956 m / s > c, setting 1/gamma = 0\n",
      "v = 398361431.9217703 m / s > c, setting 1/gamma = 0\n",
      "v = 339036938.45698255 m / s > c, setting 1/gamma = 0\n",
      "v = 349514362.6973055 m / s > c, setting 1/gamma = 0\n",
      "v = 305730785.23102623 m / s > c, setting 1/gamma = 0\n",
      "v = 337483824.0014428 m / s > c, setting 1/gamma = 0\n",
      "v = 308794826.45424354 m / s > c, setting 1/gamma = 0\n",
      "v = 302937301.02307093 m / s > c, setting 1/gamma = 0\n",
      "v = 337073255.17202854 m / s > c, setting 1/gamma = 0\n",
      "v = 318779192.376497 m / s > c, setting 1/gamma = 0\n",
      "v = 350012544.33233505 m / s > c, setting 1/gamma = 0\n",
      "v = 370743938.8051785 m / s > c, setting 1/gamma = 0\n",
      "v = 397312504.54194206 m / s > c, setting 1/gamma = 0\n",
      "v = 312088131.2084359 m / s > c, setting 1/gamma = 0\n",
      "v = 346518775.79952276 m / s > c, setting 1/gamma = 0\n",
      "v = 314104060.57074344 m / s > c, setting 1/gamma = 0\n",
      "v = 349335491.1886162 m / s > c, setting 1/gamma = 0\n",
      "v = 374266029.2320805 m / s > c, setting 1/gamma = 0\n",
      "v = 406752246.2195409 m / s > c, setting 1/gamma = 0\n",
      "v = 322517777.07358164 m / s > c, setting 1/gamma = 0\n",
      "v = 333802682.5525792 m / s > c, setting 1/gamma = 0\n",
      "v = 300863413.4343322 m / s > c, setting 1/gamma = 0\n",
      "v = 338283424.43987644 m / s > c, setting 1/gamma = 0\n",
      "v = 377621368.43839 m / s > c, setting 1/gamma = 0\n",
      "v = 339972285.4668967 m / s > c, setting 1/gamma = 0\n",
      "v = 356000233.67362696 m / s > c, setting 1/gamma = 0\n",
      "v = 311678514.0854131 m / s > c, setting 1/gamma = 0\n",
      "v = 305113343.1238989 m / s > c, setting 1/gamma = 0\n",
      "v = 391428274.81515795 m / s > c, setting 1/gamma = 0\n",
      "v = 420879678.30308867 m / s > c, setting 1/gamma = 0\n",
      "v = 406730055.7540017 m / s > c, setting 1/gamma = 0\n",
      "v = 404371931.5850749 m / s > c, setting 1/gamma = 0\n",
      "v = 301743571.4668937 m / s > c, setting 1/gamma = 0\n",
      "v = 313728111.63901055 m / s > c, setting 1/gamma = 0\n",
      "v = 305289374.8582431 m / s > c, setting 1/gamma = 0\n",
      "v = 335752687.88437504 m / s > c, setting 1/gamma = 0\n",
      "v = 371738276.74251497 m / s > c, setting 1/gamma = 0\n",
      "v = 408381028.0810184 m / s > c, setting 1/gamma = 0\n",
      "v = 378554471.05401856 m / s > c, setting 1/gamma = 0\n",
      "v = 387371725.5401593 m / s > c, setting 1/gamma = 0\n",
      "v = 331084734.8283934 m / s > c, setting 1/gamma = 0\n",
      "v = 362010549.3620383 m / s > c, setting 1/gamma = 0\n",
      "v = 355861614.2564153 m / s > c, setting 1/gamma = 0\n",
      "v = 371347374.68568325 m / s > c, setting 1/gamma = 0\n",
      "v = 348811125.9692263 m / s > c, setting 1/gamma = 0\n",
      "v = 379549958.4366147 m / s > c, setting 1/gamma = 0\n",
      "v = 420047384.58529776 m / s > c, setting 1/gamma = 0\n",
      "v = 443649286.48266196 m / s > c, setting 1/gamma = 0\n",
      "v = 396529561.49396443 m / s > c, setting 1/gamma = 0\n",
      "v = 421873261.1103753 m / s > c, setting 1/gamma = 0\n",
      "v = 317164310.97497714 m / s > c, setting 1/gamma = 0\n",
      "v = 355800779.76171446 m / s > c, setting 1/gamma = 0\n",
      "v = 309384674.0664327 m / s > c, setting 1/gamma = 0\n",
      "v = 348001345.1171501 m / s > c, setting 1/gamma = 0\n",
      "v = 308143642.7396616 m / s > c, setting 1/gamma = 0\n",
      "v = 324079281.762478 m / s > c, setting 1/gamma = 0\n",
      "v = 327530736.8725501 m / s > c, setting 1/gamma = 0\n",
      "v = 343365776.24501795 m / s > c, setting 1/gamma = 0\n",
      "v = 324451336.6086003 m / s > c, setting 1/gamma = 0\n",
      "v = 300129011.06359416 m / s > c, setting 1/gamma = 0\n",
      "v = 313059850.7786636 m / s > c, setting 1/gamma = 0\n",
      "v = 362952444.5910124 m / s > c, setting 1/gamma = 0\n",
      "v = 371484016.8539659 m / s > c, setting 1/gamma = 0\n",
      "v = 313486304.86846787 m / s > c, setting 1/gamma = 0\n",
      "v = 309081190.46228653 m / s > c, setting 1/gamma = 0\n",
      "v = 340194152.53691286 m / s > c, setting 1/gamma = 0\n",
      "v = 343566580.42236435 m / s > c, setting 1/gamma = 0\n",
      "v = 376547629.7283085 m / s > c, setting 1/gamma = 0\n",
      "v = 304684566.3823853 m / s > c, setting 1/gamma = 0\n",
      "v = 331938084.7673678 m / s > c, setting 1/gamma = 0\n",
      "v = 301193739.2999135 m / s > c, setting 1/gamma = 0\n",
      "v = 317846880.3839398 m / s > c, setting 1/gamma = 0\n",
      "v = 302345009.7223075 m / s > c, setting 1/gamma = 0\n",
      "v = 345163786.8244682 m / s > c, setting 1/gamma = 0\n",
      "v = 310550303.5449303 m / s > c, setting 1/gamma = 0\n",
      "v = 330134298.06742513 m / s > c, setting 1/gamma = 0\n",
      "v = 306337809.2739749 m / s > c, setting 1/gamma = 0\n",
      "v = 316892087.5185224 m / s > c, setting 1/gamma = 0\n",
      "v = 356691432.95439947 m / s > c, setting 1/gamma = 0\n",
      "v = 342861951.1326879 m / s > c, setting 1/gamma = 0\n",
      "v = 353949759.64852643 m / s > c, setting 1/gamma = 0\n",
      "v = 308376183.87962216 m / s > c, setting 1/gamma = 0\n",
      "v = 308449071.77656686 m / s > c, setting 1/gamma = 0\n",
      "v = 345275361.5170632 m / s > c, setting 1/gamma = 0\n",
      "v = 384524070.4949704 m / s > c, setting 1/gamma = 0\n",
      "v = 385080532.7992282 m / s > c, setting 1/gamma = 0\n",
      "v = 326381657.4331361 m / s > c, setting 1/gamma = 0\n",
      "v = 357250808.00627375 m / s > c, setting 1/gamma = 0\n",
      "v = 341827839.7157972 m / s > c, setting 1/gamma = 0\n",
      "v = 372815596.5999043 m / s > c, setting 1/gamma = 0\n",
      "v = 353163540.34095716 m / s > c, setting 1/gamma = 0\n",
      "v = 386946114.3327223 m / s > c, setting 1/gamma = 0\n",
      "v = 313566361.3803636 m / s > c, setting 1/gamma = 0\n",
      "v = 323921708.1693495 m / s > c, setting 1/gamma = 0\n",
      "v = 307078898.4726794 m / s > c, setting 1/gamma = 0\n",
      "v = 339096485.57109845 m / s > c, setting 1/gamma = 0\n",
      "v = 319427679.32275665 m / s > c, setting 1/gamma = 0\n",
      "v = 362028734.56486654 m / s > c, setting 1/gamma = 0\n",
      "v = 367037439.40447 m / s > c, setting 1/gamma = 0\n",
      "v = 377233769.4304999 m / s > c, setting 1/gamma = 0\n",
      "v = 358895976.79754883 m / s > c, setting 1/gamma = 0\n",
      "v = 385508455.5320883 m / s > c, setting 1/gamma = 0\n",
      "v = 317849992.65138966 m / s > c, setting 1/gamma = 0\n",
      "v = 350462152.41703326 m / s > c, setting 1/gamma = 0\n",
      "v = 306232852.1570039 m / s > c, setting 1/gamma = 0\n",
      "v = 328321545.07992387 m / s > c, setting 1/gamma = 0\n",
      "v = 310294727.9491625 m / s > c, setting 1/gamma = 0\n",
      "v = 353643361.7921382 m / s > c, setting 1/gamma = 0\n",
      "v = 392780378.9251371 m / s > c, setting 1/gamma = 0\n",
      "v = 342101362.1603867 m / s > c, setting 1/gamma = 0\n",
      "v = 353487987.00648475 m / s > c, setting 1/gamma = 0\n",
      "v = 315274340.47335607 m / s > c, setting 1/gamma = 0\n",
      "v = 303461923.409204 m / s > c, setting 1/gamma = 0\n",
      "v = 344470671.4130976 m / s > c, setting 1/gamma = 0\n",
      "v = 301338579.08953 m / s > c, setting 1/gamma = 0\n",
      "v = 319463633.2980036 m / s > c, setting 1/gamma = 0\n",
      "v = 302623017.13429326 m / s > c, setting 1/gamma = 0\n",
      "v = 343458350.79737633 m / s > c, setting 1/gamma = 0\n",
      "v = 348876809.7733387 m / s > c, setting 1/gamma = 0\n",
      "v = 380919226.79299253 m / s > c, setting 1/gamma = 0\n",
      "v = 335823889.0478303 m / s > c, setting 1/gamma = 0\n",
      "v = 349378614.4253906 m / s > c, setting 1/gamma = 0\n",
      "v = 322278075.6676512 m / s > c, setting 1/gamma = 0\n",
      "v = 302251367.17263776 m / s > c, setting 1/gamma = 0\n",
      "v = 300770664.3275953 m / s > c, setting 1/gamma = 0\n",
      "v = 315330352.375007 m / s > c, setting 1/gamma = 0\n",
      "v = 307195344.9488567 m / s > c, setting 1/gamma = 0\n",
      "v = 348125693.4729868 m / s > c, setting 1/gamma = 0\n",
      "v = 303836229.40718573 m / s > c, setting 1/gamma = 0\n",
      "v = 338709466.19080836 m / s > c, setting 1/gamma = 0\n",
      "v = 330294220.0850962 m / s > c, setting 1/gamma = 0\n",
      "v = 359981550.5348981 m / s > c, setting 1/gamma = 0\n",
      "v = 308867838.63354 m / s > c, setting 1/gamma = 0\n",
      "v = 339487600.7147565 m / s > c, setting 1/gamma = 0\n",
      "v = 337960554.7232377 m / s > c, setting 1/gamma = 0\n",
      "v = 347214755.7420134 m / s > c, setting 1/gamma = 0\n",
      "v = 318974946.80520606 m / s > c, setting 1/gamma = 0\n",
      "v = 306415026.9077225 m / s > c, setting 1/gamma = 0\n",
      "v = 345486661.6713283 m / s > c, setting 1/gamma = 0\n",
      "v = 303408370.47752136 m / s > c, setting 1/gamma = 0\n",
      "v = 514179511.77950627 m / s > c, setting 1/gamma = 0\n",
      "v = 431134154.48875105 m / s > c, setting 1/gamma = 0\n",
      "v = 327409824.09245867 m / s > c, setting 1/gamma = 0\n",
      "v = 368211295.9571959 m / s > c, setting 1/gamma = 0\n",
      "v = 343652221.51709545 m / s > c, setting 1/gamma = 0\n",
      "v = 358338202.50603575 m / s > c, setting 1/gamma = 0\n",
      "v = 302241166.72982836 m / s > c, setting 1/gamma = 0\n",
      "v = 337305214.1884441 m / s > c, setting 1/gamma = 0\n",
      "v = 371438120.9449656 m / s > c, setting 1/gamma = 0\n",
      "v = 301444888.35969657 m / s > c, setting 1/gamma = 0\n",
      "v = 315815622.35969174 m / s > c, setting 1/gamma = 0\n",
      "v = 305425855.9319646 m / s > c, setting 1/gamma = 0\n",
      "v = 344044233.7744267 m / s > c, setting 1/gamma = 0\n",
      "v = 368183706.39383084 m / s > c, setting 1/gamma = 0\n",
      "v = 305733457.49391055 m / s > c, setting 1/gamma = 0\n",
      "v = 329853705.99346596 m / s > c, setting 1/gamma = 0\n",
      "v = 312065632.349387 m / s > c, setting 1/gamma = 0\n",
      "v = 353384902.8028354 m / s > c, setting 1/gamma = 0\n",
      "v = 379135911.9676753 m / s > c, setting 1/gamma = 0\n",
      "v = 334120225.49670666 m / s > c, setting 1/gamma = 0\n",
      "v = 372987113.13790786 m / s > c, setting 1/gamma = 0\n",
      "v = 335708728.40420824 m / s > c, setting 1/gamma = 0\n",
      "v = 351400843.4553121 m / s > c, setting 1/gamma = 0\n",
      "v = 310667091.324674 m / s > c, setting 1/gamma = 0\n",
      "v = 405128670.6948368 m / s > c, setting 1/gamma = 0\n",
      "v = 397209353.39588904 m / s > c, setting 1/gamma = 0\n",
      "v = 341142373.85306287 m / s > c, setting 1/gamma = 0\n",
      "v = 370286814.18787366 m / s > c, setting 1/gamma = 0\n",
      "v = 314218098.1348 m / s > c, setting 1/gamma = 0\n",
      "v = 303947815.6556399 m / s > c, setting 1/gamma = 0\n",
      "v = 341008836.5474096 m / s > c, setting 1/gamma = 0\n",
      "v = 307628731.3503179 m / s > c, setting 1/gamma = 0\n",
      "v = 349537190.59324086 m / s > c, setting 1/gamma = 0\n",
      "v = 354613296.5528558 m / s > c, setting 1/gamma = 0\n",
      "v = 366557462.51210666 m / s > c, setting 1/gamma = 0\n",
      "v = 382038692.3254084 m / s > c, setting 1/gamma = 0\n",
      "v = 403556423.6990471 m / s > c, setting 1/gamma = 0\n",
      "v = 335938842.4725421 m / s > c, setting 1/gamma = 0\n",
      "v = 365638537.10436976 m / s > c, setting 1/gamma = 0\n",
      "v = 300727922.16999745 m / s > c, setting 1/gamma = 0\n",
      "v = 311289709.4020689 m / s > c, setting 1/gamma = 0\n",
      "v = 323536086.2538462 m / s > c, setting 1/gamma = 0\n",
      "v = 360385534.78486544 m / s > c, setting 1/gamma = 0\n",
      "v = 300864783.7686898 m / s > c, setting 1/gamma = 0\n",
      "v = 327744788.4932904 m / s > c, setting 1/gamma = 0\n",
      "v = 303156714.21721923 m / s > c, setting 1/gamma = 0\n",
      "v = 345176013.3138965 m / s > c, setting 1/gamma = 0\n",
      "v = 373042894.70187455 m / s > c, setting 1/gamma = 0\n",
      "v = 310175127.64887655 m / s > c, setting 1/gamma = 0\n",
      "v = 339446005.1896217 m / s > c, setting 1/gamma = 0\n",
      "v = 330213244.3955073 m / s > c, setting 1/gamma = 0\n",
      "v = 366659273.7663678 m / s > c, setting 1/gamma = 0\n",
      "v = 390985800.0808729 m / s > c, setting 1/gamma = 0\n",
      "v = 417938022.45674765 m / s > c, setting 1/gamma = 0\n",
      "v = 312768576.91043085 m / s > c, setting 1/gamma = 0\n",
      "v = 352588261.89909005 m / s > c, setting 1/gamma = 0\n",
      "v = 334796707.89329034 m / s > c, setting 1/gamma = 0\n",
      "v = 364608627.11877006 m / s > c, setting 1/gamma = 0\n",
      "v = 307853801.6452372 m / s > c, setting 1/gamma = 0\n",
      "v = 306229486.1778478 m / s > c, setting 1/gamma = 0\n",
      "v = 346348464.0404114 m / s > c, setting 1/gamma = 0\n",
      "v = 325450931.9762386 m / s > c, setting 1/gamma = 0\n",
      "v = 338764246.7881102 m / s > c, setting 1/gamma = 0\n",
      "v = 309166935.62737423 m / s > c, setting 1/gamma = 0\n",
      "v = 355281015.3292978 m / s > c, setting 1/gamma = 0\n",
      "v = 317001652.1388708 m / s > c, setting 1/gamma = 0\n",
      "v = 337032683.43713176 m / s > c, setting 1/gamma = 0\n",
      "v = 300087705.8116273 m / s > c, setting 1/gamma = 0\n",
      "v = 304565113.24515975 m / s > c, setting 1/gamma = 0\n",
      "v = 324331472.7665178 m / s > c, setting 1/gamma = 0\n",
      "v = 338088341.38528854 m / s > c, setting 1/gamma = 0\n",
      "v = 328344303.9445674 m / s > c, setting 1/gamma = 0\n",
      "v = 350215257.49646384 m / s > c, setting 1/gamma = 0\n",
      "v = 380264816.77277094 m / s > c, setting 1/gamma = 0\n",
      "v = 311573594.9373057 m / s > c, setting 1/gamma = 0\n",
      "v = 312519822.2306497 m / s > c, setting 1/gamma = 0\n",
      "v = 355784233.65123594 m / s > c, setting 1/gamma = 0\n",
      "v = 331356896.5965925 m / s > c, setting 1/gamma = 0\n",
      "v = 348189314.1904955 m / s > c, setting 1/gamma = 0\n",
      "v = 337587128.04190844 m / s > c, setting 1/gamma = 0\n",
      "v = 348079293.72203296 m / s > c, setting 1/gamma = 0\n",
      "v = 300161291.8040612 m / s > c, setting 1/gamma = 0\n",
      "v = 321816497.1596358 m / s > c, setting 1/gamma = 0\n",
      "v = 357259724.4773551 m / s > c, setting 1/gamma = 0\n",
      "v = 393285823.9907395 m / s > c, setting 1/gamma = 0\n",
      "v = 418939700.1404801 m / s > c, setting 1/gamma = 0\n",
      "v = 326850374.7572436 m / s > c, setting 1/gamma = 0\n",
      "v = 359015304.7307126 m / s > c, setting 1/gamma = 0\n",
      "v = 311069577.8046564 m / s > c, setting 1/gamma = 0\n",
      "v = 357379890.3474098 m / s > c, setting 1/gamma = 0\n",
      "v = 314481469.3451635 m / s > c, setting 1/gamma = 0\n",
      "v = 334715547.94479877 m / s > c, setting 1/gamma = 0\n",
      "v = 317082712.4925926 m / s > c, setting 1/gamma = 0\n",
      "v = 301059293.332461 m / s > c, setting 1/gamma = 0\n",
      "v = 310609155.62613755 m / s > c, setting 1/gamma = 0\n",
      "v = 310415604.6453734 m / s > c, setting 1/gamma = 0\n",
      "v = 353844733.26940274 m / s > c, setting 1/gamma = 0\n",
      "v = 364022341.53077465 m / s > c, setting 1/gamma = 0\n",
      "v = 392886756.68729174 m / s > c, setting 1/gamma = 0\n",
      "v = 326329865.27044404 m / s > c, setting 1/gamma = 0\n",
      "v = 363860545.777484 m / s > c, setting 1/gamma = 0\n",
      "v = 397325350.2547922 m / s > c, setting 1/gamma = 0\n",
      "v = 395808488.7341363 m / s > c, setting 1/gamma = 0\n",
      "v = 365857774.250872 m / s > c, setting 1/gamma = 0\n",
      "v = 387961881.6123042 m / s > c, setting 1/gamma = 0\n",
      "v = 323807968.8499053 m / s > c, setting 1/gamma = 0\n",
      "v = 367146810.4757031 m / s > c, setting 1/gamma = 0\n",
      "v = 339540855.49570155 m / s > c, setting 1/gamma = 0\n",
      "v = 354936246.70266384 m / s > c, setting 1/gamma = 0\n",
      "v = 336456248.1945162 m / s > c, setting 1/gamma = 0\n",
      "v = 362183644.791481 m / s > c, setting 1/gamma = 0\n",
      "v = 325446124.8800079 m / s > c, setting 1/gamma = 0\n",
      "v = 338056795.4489175 m / s > c, setting 1/gamma = 0\n",
      "v = 300675387.7689884 m / s > c, setting 1/gamma = 0\n",
      "v = 324160859.84285045 m / s > c, setting 1/gamma = 0\n",
      "v = 361390087.03625697 m / s > c, setting 1/gamma = 0\n",
      "v = 310831304.2453261 m / s > c, setting 1/gamma = 0\n",
      "v = 329660882.00151557 m / s > c, setting 1/gamma = 0\n",
      "v = 309652906.14070535 m / s > c, setting 1/gamma = 0\n",
      "v = 302938293.4547196 m / s > c, setting 1/gamma = 0\n",
      "v = 313735035.9586651 m / s > c, setting 1/gamma = 0\n",
      "v = 317630230.2311588 m / s > c, setting 1/gamma = 0\n",
      "v = 357682372.28603196 m / s > c, setting 1/gamma = 0\n",
      "v = 366581712.7510019 m / s > c, setting 1/gamma = 0\n",
      "v = 312507809.1507091 m / s > c, setting 1/gamma = 0\n",
      "v = 301414219.29761404 m / s > c, setting 1/gamma = 0\n",
      "v = 347053137.55517656 m / s > c, setting 1/gamma = 0\n",
      "v = 356928879.38383806 m / s > c, setting 1/gamma = 0\n",
      "v = 384653776.9585926 m / s > c, setting 1/gamma = 0\n",
      "v = 327455440.41136014 m / s > c, setting 1/gamma = 0\n",
      "v = 369611505.279315 m / s > c, setting 1/gamma = 0\n",
      "v = 320162248.32729137 m / s > c, setting 1/gamma = 0\n",
      "v = 337917910.4148522 m / s > c, setting 1/gamma = 0\n",
      "v = 317767628.93356663 m / s > c, setting 1/gamma = 0\n",
      "v = 316959023.82798415 m / s > c, setting 1/gamma = 0\n",
      "v = 333872429.0683937 m / s > c, setting 1/gamma = 0\n",
      "v = 309913174.5830204 m / s > c, setting 1/gamma = 0\n",
      "v = 300079280.0012413 m / s > c, setting 1/gamma = 0\n",
      "v = 340118278.38349444 m / s > c, setting 1/gamma = 0\n",
      "v = 321229377.97655547 m / s > c, setting 1/gamma = 0\n",
      "v = 336702382.18089193 m / s > c, setting 1/gamma = 0\n",
      "v = 311403291.5265317 m / s > c, setting 1/gamma = 0\n",
      "v = 306558967.7677121 m / s > c, setting 1/gamma = 0\n",
      "v = 317361486.5411033 m / s > c, setting 1/gamma = 0\n",
      "v = 300826351.5411929 m / s > c, setting 1/gamma = 0\n",
      "v = 331697142.5938489 m / s > c, setting 1/gamma = 0\n",
      "v = 326905505.85809517 m / s > c, setting 1/gamma = 0\n",
      "v = 365942852.0391919 m / s > c, setting 1/gamma = 0\n",
      "v = 303076139.8867088 m / s > c, setting 1/gamma = 0\n",
      "v = 320865469.931667 m / s > c, setting 1/gamma = 0\n",
      "v = 325132627.78632605 m / s > c, setting 1/gamma = 0\n",
      "v = 365141000.63695794 m / s > c, setting 1/gamma = 0\n",
      "v = 333291041.2762646 m / s > c, setting 1/gamma = 0\n",
      "v = 341379112.3332066 m / s > c, setting 1/gamma = 0\n",
      "v = 310421902.22580564 m / s > c, setting 1/gamma = 0\n",
      "v = 324503162.96600354 m / s > c, setting 1/gamma = 0\n",
      "v = 362435780.6154879 m / s > c, setting 1/gamma = 0\n",
      "v = 336055200.0815126 m / s > c, setting 1/gamma = 0\n",
      "v = 351141049.2149184 m / s > c, setting 1/gamma = 0\n",
      "v = 317869398.9412381 m / s > c, setting 1/gamma = 0\n",
      "v = 381393125.8614609 m / s > c, setting 1/gamma = 0\n",
      "v = 411412872.2628443 m / s > c, setting 1/gamma = 0\n",
      "v = 343958733.2354645 m / s > c, setting 1/gamma = 0\n",
      "v = 351747493.7016389 m / s > c, setting 1/gamma = 0\n",
      "v = 321579074.984719 m / s > c, setting 1/gamma = 0\n",
      "v = 321212490.88729197 m / s > c, setting 1/gamma = 0\n",
      "v = 357887355.1021357 m / s > c, setting 1/gamma = 0\n",
      "v = 391280075.7999047 m / s > c, setting 1/gamma = 0\n",
      "v = 391664657.00237876 m / s > c, setting 1/gamma = 0\n",
      "v = 331760925.6777793 m / s > c, setting 1/gamma = 0\n",
      "v = 356520130.24510425 m / s > c, setting 1/gamma = 0\n",
      "v = 395535642.07941645 m / s > c, setting 1/gamma = 0\n",
      "v = 425322861.64322096 m / s > c, setting 1/gamma = 0\n",
      "v = 343892039.1793699 m / s > c, setting 1/gamma = 0\n",
      "v = 357522327.67965966 m / s > c, setting 1/gamma = 0\n",
      "v = 306471867.7287128 m / s > c, setting 1/gamma = 0\n",
      "v = 306964939.91400784 m / s > c, setting 1/gamma = 0\n",
      "v = 335932647.915198 m / s > c, setting 1/gamma = 0\n",
      "v = 371975369.1893938 m / s > c, setting 1/gamma = 0\n",
      "v = 349920466.8627567 m / s > c, setting 1/gamma = 0\n",
      "v = 389710517.44141585 m / s > c, setting 1/gamma = 0\n",
      "v = 307360301.9530337 m / s > c, setting 1/gamma = 0\n",
      "v = 349759071.5570422 m / s > c, setting 1/gamma = 0\n",
      "v = 300857027.7968657 m / s > c, setting 1/gamma = 0\n",
      "v = 320707008.0585222 m / s > c, setting 1/gamma = 0\n",
      "v = 340063146.6389085 m / s > c, setting 1/gamma = 0\n",
      "v = 340375482.55004317 m / s > c, setting 1/gamma = 0\n",
      "v = 373270527.58762044 m / s > c, setting 1/gamma = 0\n",
      "v = 440928946.41283476 m / s > c, setting 1/gamma = 0\n",
      "v = 452681984.9699002 m / s > c, setting 1/gamma = 0\n",
      "v = 330767897.6180189 m / s > c, setting 1/gamma = 0\n",
      "v = 368415917.1051821 m / s > c, setting 1/gamma = 0\n",
      "v = 305670821.7736103 m / s > c, setting 1/gamma = 0\n",
      "v = 340848291.87209445 m / s > c, setting 1/gamma = 0\n",
      "v = 381739774.18186915 m / s > c, setting 1/gamma = 0\n",
      "v = 310287498.708554 m / s > c, setting 1/gamma = 0\n",
      "v = 350394733.7727652 m / s > c, setting 1/gamma = 0\n",
      "v = 317787160.69478583 m / s > c, setting 1/gamma = 0\n",
      "v = 333254651.1007856 m / s > c, setting 1/gamma = 0\n",
      "v = 321413873.84096915 m / s > c, setting 1/gamma = 0\n",
      "v = 367194684.49161166 m / s > c, setting 1/gamma = 0\n",
      "v = 312162712.97278696 m / s > c, setting 1/gamma = 0\n",
      "v = 338140293.9456508 m / s > c, setting 1/gamma = 0\n",
      "v = 308470478.10193264 m / s > c, setting 1/gamma = 0\n",
      "v = 353435850.3866604 m / s > c, setting 1/gamma = 0\n",
      "v = 382778214.2429036 m / s > c, setting 1/gamma = 0\n",
      "v = 328762454.8812369 m / s > c, setting 1/gamma = 0\n",
      "v = 347829097.6812454 m / s > c, setting 1/gamma = 0\n",
      "v = 370098380.40805817 m / s > c, setting 1/gamma = 0\n",
      "v = 402566798.5283138 m / s > c, setting 1/gamma = 0\n",
      "v = 313130642.73415023 m / s > c, setting 1/gamma = 0\n",
      "v = 352017897.26129895 m / s > c, setting 1/gamma = 0\n",
      "v = 345479305.1750253 m / s > c, setting 1/gamma = 0\n",
      "v = 375383573.6955978 m / s > c, setting 1/gamma = 0\n",
      "v = 304896610.45836985 m / s > c, setting 1/gamma = 0\n",
      "v = 401328365.42469746 m / s > c, setting 1/gamma = 0\n",
      "v = 430256551.2710194 m / s > c, setting 1/gamma = 0\n",
      "v = 343485609.2393083 m / s > c, setting 1/gamma = 0\n",
      "v = 382724427.67876947 m / s > c, setting 1/gamma = 0\n",
      "v = 327140441.1262594 m / s > c, setting 1/gamma = 0\n",
      "v = 318764335.34876484 m / s > c, setting 1/gamma = 0\n",
      "v = 344801307.20276785 m / s > c, setting 1/gamma = 0\n",
      "v = 301000099.6336743 m / s > c, setting 1/gamma = 0\n",
      "v = 332836238.26692003 m / s > c, setting 1/gamma = 0\n",
      "v = 362275377.4667113 m / s > c, setting 1/gamma = 0\n",
      "v = 305507564.78475046 m / s > c, setting 1/gamma = 0\n",
      "v = 317030091.0322694 m / s > c, setting 1/gamma = 0\n",
      "v = 302016487.1749548 m / s > c, setting 1/gamma = 0\n",
      "v = 342171269.50114465 m / s > c, setting 1/gamma = 0\n",
      "v = 318890145.43554926 m / s > c, setting 1/gamma = 0\n",
      "v = 347502452.5213789 m / s > c, setting 1/gamma = 0\n",
      "v = 338994226.87343127 m / s > c, setting 1/gamma = 0\n",
      "v = 377433300.447925 m / s > c, setting 1/gamma = 0\n",
      "v = 302542263.983372 m / s > c, setting 1/gamma = 0\n",
      "v = 317225086.64606977 m / s > c, setting 1/gamma = 0\n",
      "v = 363222602.24780226 m / s > c, setting 1/gamma = 0\n",
      "v = 333378103.08782893 m / s > c, setting 1/gamma = 0\n",
      "v = 350599054.09245974 m / s > c, setting 1/gamma = 0\n",
      "v = 322654114.57243156 m / s > c, setting 1/gamma = 0\n",
      "v = 350851825.10731345 m / s > c, setting 1/gamma = 0\n",
      "v = 300538872.08413017 m / s > c, setting 1/gamma = 0\n",
      "v = 310701723.6241572 m / s > c, setting 1/gamma = 0\n",
      "v = 322388841.24516416 m / s > c, setting 1/gamma = 0\n",
      "v = 313882975.9456933 m / s > c, setting 1/gamma = 0\n",
      "v = 306155298.5283287 m / s > c, setting 1/gamma = 0\n",
      "v = 330617565.12547404 m / s > c, setting 1/gamma = 0\n",
      "v = 309175276.45081455 m / s > c, setting 1/gamma = 0\n",
      "v = 354439457.6734132 m / s > c, setting 1/gamma = 0\n",
      "v = 385317964.40683854 m / s > c, setting 1/gamma = 0\n",
      "v = 343215485.40425116 m / s > c, setting 1/gamma = 0\n",
      "v = 314284375.4996044 m / s > c, setting 1/gamma = 0\n",
      "v = 341628393.80070674 m / s > c, setting 1/gamma = 0\n",
      "v = 302066908.6671623 m / s > c, setting 1/gamma = 0\n",
      "v = 351719730.8789285 m / s > c, setting 1/gamma = 0\n",
      "v = 375983589.80869824 m / s > c, setting 1/gamma = 0\n",
      "v = 410548292.43692756 m / s > c, setting 1/gamma = 0\n",
      "v = 311598629.913334 m / s > c, setting 1/gamma = 0\n",
      "v = 351653418.1361276 m / s > c, setting 1/gamma = 0\n",
      "v = 335223731.3094571 m / s > c, setting 1/gamma = 0\n",
      "v = 372900823.5012893 m / s > c, setting 1/gamma = 0\n",
      "v = 300627622.7766191 m / s > c, setting 1/gamma = 0\n",
      "v = 337309902.9840807 m / s > c, setting 1/gamma = 0\n",
      "v = 356342993.4816854 m / s > c, setting 1/gamma = 0\n",
      "v = 363673987.87593955 m / s > c, setting 1/gamma = 0\n",
      "v = 313978429.63226366 m / s > c, setting 1/gamma = 0\n",
      "v = 330616105.2209799 m / s > c, setting 1/gamma = 0\n",
      "v = 352802395.5964745 m / s > c, setting 1/gamma = 0\n",
      "v = 305448338.5465996 m / s > c, setting 1/gamma = 0\n",
      "v = 350243620.25154793 m / s > c, setting 1/gamma = 0\n",
      "v = 399297802.47909683 m / s > c, setting 1/gamma = 0\n",
      "v = 353705207.5549923 m / s > c, setting 1/gamma = 0\n",
      "v = 369678206.56815505 m / s > c, setting 1/gamma = 0\n",
      "v = 370475254.2227087 m / s > c, setting 1/gamma = 0\n",
      "v = 402106400.49699026 m / s > c, setting 1/gamma = 0\n",
      "v = 383570543.24480546 m / s > c, setting 1/gamma = 0\n",
      "v = 418640385.1436106 m / s > c, setting 1/gamma = 0\n",
      "v = 305244088.9687277 m / s > c, setting 1/gamma = 0\n",
      "v = 317179933.84488726 m / s > c, setting 1/gamma = 0\n",
      "v = 301400420.1886804 m / s > c, setting 1/gamma = 0\n",
      "v = 334858283.6105278 m / s > c, setting 1/gamma = 0\n",
      "v = 329680207.4080388 m / s > c, setting 1/gamma = 0\n",
      "v = 376608650.4925586 m / s > c, setting 1/gamma = 0\n",
      "v = 319481678.9678767 m / s > c, setting 1/gamma = 0\n",
      "v = 339021821.19129175 m / s > c, setting 1/gamma = 0\n",
      "v = 316621974.5648716 m / s > c, setting 1/gamma = 0\n",
      "v = 300496237.6974643 m / s > c, setting 1/gamma = 0\n",
      "v = 301590072.6002025 m / s > c, setting 1/gamma = 0\n",
      "v = 316187243.27740324 m / s > c, setting 1/gamma = 0\n",
      "v = 326664857.7171775 m / s > c, setting 1/gamma = 0\n",
      "v = 310684649.1990343 m / s > c, setting 1/gamma = 0\n",
      "v = 422044722.74661523 m / s > c, setting 1/gamma = 0\n",
      "v = 444122560.1387813 m / s > c, setting 1/gamma = 0\n",
      "v = 453175305.48076963 m / s > c, setting 1/gamma = 0\n",
      "v = 425949657.57236016 m / s > c, setting 1/gamma = 0\n",
      "v = 333340915.9722419 m / s > c, setting 1/gamma = 0\n",
      "v = 318893528.87681264 m / s > c, setting 1/gamma = 0\n",
      "v = 308180613.3065013 m / s > c, setting 1/gamma = 0\n",
      "v = 312352229.6141148 m / s > c, setting 1/gamma = 0\n",
      "v = 345189641.9440975 m / s > c, setting 1/gamma = 0\n",
      "v = 361159387.8541632 m / s > c, setting 1/gamma = 0\n",
      "v = 355769358.20232344 m / s > c, setting 1/gamma = 0\n",
      "v = 383928541.3170423 m / s > c, setting 1/gamma = 0\n",
      "v = 473176073.0445868 m / s > c, setting 1/gamma = 0\n",
      "v = 467551120.6459801 m / s > c, setting 1/gamma = 0\n",
      "v = 309044197.72670084 m / s > c, setting 1/gamma = 0\n",
      "v = 372122870.76339763 m / s > c, setting 1/gamma = 0\n",
      "v = 398731034.5686741 m / s > c, setting 1/gamma = 0\n",
      "v = 317232964.792092 m / s > c, setting 1/gamma = 0\n",
      "v = 339842691.9417528 m / s > c, setting 1/gamma = 0\n",
      "v = 318419002.50438005 m / s > c, setting 1/gamma = 0\n",
      "v = 318102416.0097352 m / s > c, setting 1/gamma = 0\n",
      "v = 348293296.2332763 m / s > c, setting 1/gamma = 0\n",
      "v = 325405993.5355039 m / s > c, setting 1/gamma = 0\n",
      "v = 354206351.1312182 m / s > c, setting 1/gamma = 0\n",
      "v = 327428734.1565938 m / s > c, setting 1/gamma = 0\n",
      "v = 354466910.92131937 m / s > c, setting 1/gamma = 0\n",
      "v = 379020410.6834234 m / s > c, setting 1/gamma = 0\n",
      "v = 318417741.98446083 m / s > c, setting 1/gamma = 0\n",
      "v = 355855713.68832254 m / s > c, setting 1/gamma = 0\n",
      "v = 306034246.16496706 m / s > c, setting 1/gamma = 0\n",
      "v = 388163070.27958393 m / s > c, setting 1/gamma = 0\n",
      "v = 412851937.43906826 m / s > c, setting 1/gamma = 0\n",
      "v = 374918997.0979318 m / s > c, setting 1/gamma = 0\n",
      "v = 403784018.9618604 m / s > c, setting 1/gamma = 0\n",
      "v = 303809141.9510138 m / s > c, setting 1/gamma = 0\n",
      "v = 364627374.7739766 m / s > c, setting 1/gamma = 0\n",
      "v = 375877899.7371777 m / s > c, setting 1/gamma = 0\n",
      "v = 361478943.60607547 m / s > c, setting 1/gamma = 0\n",
      "v = 390585663.9857268 m / s > c, setting 1/gamma = 0\n",
      "v = 406090806.15026957 m / s > c, setting 1/gamma = 0\n",
      "v = 433223165.7452139 m / s > c, setting 1/gamma = 0\n",
      "v = 319638550.7269885 m / s > c, setting 1/gamma = 0\n",
      "v = 352405815.15161824 m / s > c, setting 1/gamma = 0\n",
      "v = 337135945.7657921 m / s > c, setting 1/gamma = 0\n",
      "v = 353338378.85554403 m / s > c, setting 1/gamma = 0\n",
      "v = 312568641.744186 m / s > c, setting 1/gamma = 0\n",
      "v = 300214909.6886342 m / s > c, setting 1/gamma = 0\n",
      "v = 342623653.67047054 m / s > c, setting 1/gamma = 0\n",
      "v = 381108573.07553047 m / s > c, setting 1/gamma = 0\n",
      "v = 310047074.90421784 m / s > c, setting 1/gamma = 0\n",
      "v = 320268082.36885774 m / s > c, setting 1/gamma = 0\n",
      "v = 301767177.6851794 m / s > c, setting 1/gamma = 0\n",
      "v = 332325185.969569 m / s > c, setting 1/gamma = 0\n",
      "v = 425081221.330254 m / s > c, setting 1/gamma = 0\n",
      "v = 449795704.91736144 m / s > c, setting 1/gamma = 0\n",
      "v = 304092975.3751312 m / s > c, setting 1/gamma = 0\n",
      "v = 529725390.2934046 m / s > c, setting 1/gamma = 0\n",
      "v = 438148782.4050497 m / s > c, setting 1/gamma = 0\n",
      "v = 316721806.65300953 m / s > c, setting 1/gamma = 0\n",
      "v = 308365863.9693521 m / s > c, setting 1/gamma = 0\n",
      "v = 341746947.9405125 m / s > c, setting 1/gamma = 0\n",
      "v = 307006469.69230115 m / s > c, setting 1/gamma = 0\n",
      "v = 344640958.0227686 m / s > c, setting 1/gamma = 0\n",
      "v = 340820509.33673286 m / s > c, setting 1/gamma = 0\n",
      "v = 363453960.87094194 m / s > c, setting 1/gamma = 0\n",
      "v = 360150882.7769665 m / s > c, setting 1/gamma = 0\n",
      "v = 390451793.4136597 m / s > c, setting 1/gamma = 0\n",
      "v = 320531882.031314 m / s > c, setting 1/gamma = 0\n",
      "v = 300900572.1729349 m / s > c, setting 1/gamma = 0\n",
      "v = 339425861.8823411 m / s > c, setting 1/gamma = 0\n",
      "v = 364630656.3838083 m / s > c, setting 1/gamma = 0\n",
      "v = 303399716.815063 m / s > c, setting 1/gamma = 0\n",
      "v = 324005280.2123443 m / s > c, setting 1/gamma = 0\n",
      "v = 349373498.72232234 m / s > c, setting 1/gamma = 0\n",
      "v = 440552056.3912512 m / s > c, setting 1/gamma = 0\n",
      "v = 460489341.0749179 m / s > c, setting 1/gamma = 0\n",
      "v = 304904949.61180526 m / s > c, setting 1/gamma = 0\n",
      "v = 304192438.71406937 m / s > c, setting 1/gamma = 0\n",
      "v = 307866401.4117219 m / s > c, setting 1/gamma = 0\n",
      "v = 333324685.27268755 m / s > c, setting 1/gamma = 0\n",
      "v = 305656416.59750646 m / s > c, setting 1/gamma = 0\n",
      "v = 352640728.57619804 m / s > c, setting 1/gamma = 0\n",
      "v = 366427514.9124945 m / s > c, setting 1/gamma = 0\n",
      "v = 395684551.86166126 m / s > c, setting 1/gamma = 0\n",
      "v = 315631103.99946827 m / s > c, setting 1/gamma = 0\n",
      "v = 363754110.5786456 m / s > c, setting 1/gamma = 0\n",
      "v = 320909351.5121361 m / s > c, setting 1/gamma = 0\n",
      "v = 340394393.8355476 m / s > c, setting 1/gamma = 0\n",
      "v = 300698342.6188181 m / s > c, setting 1/gamma = 0\n",
      "v = 329085712.4516769 m / s > c, setting 1/gamma = 0\n",
      "v = 350188910.0082857 m / s > c, setting 1/gamma = 0\n",
      "v = 308297782.5667431 m / s > c, setting 1/gamma = 0\n",
      "v = 363271765.0428414 m / s > c, setting 1/gamma = 0\n",
      "v = 407617965.8898152 m / s > c, setting 1/gamma = 0\n",
      "v = 359894181.4701544 m / s > c, setting 1/gamma = 0\n",
      "v = 373680917.87314284 m / s > c, setting 1/gamma = 0\n",
      "v = 331689575.33473915 m / s > c, setting 1/gamma = 0\n",
      "v = 359236479.4703913 m / s > c, setting 1/gamma = 0\n",
      "v = 302686243.4840927 m / s > c, setting 1/gamma = 0\n",
      "v = 327563095.947666 m / s > c, setting 1/gamma = 0\n",
      "v = 318364485.7743027 m / s > c, setting 1/gamma = 0\n",
      "v = 341458874.3880323 m / s > c, setting 1/gamma = 0\n",
      "v = 371959002.128015 m / s > c, setting 1/gamma = 0\n",
      "v = 341984085.5445458 m / s > c, setting 1/gamma = 0\n",
      "v = 366658750.91358525 m / s > c, setting 1/gamma = 0\n",
      "v = 308367305.9751116 m / s > c, setting 1/gamma = 0\n",
      "v = 317711310.9434178 m / s > c, setting 1/gamma = 0\n",
      "v = 349935993.31701857 m / s > c, setting 1/gamma = 0\n",
      "v = 326215998.50402147 m / s > c, setting 1/gamma = 0\n",
      "v = 358979324.1734894 m / s > c, setting 1/gamma = 0\n",
      "v = 301591511.82784873 m / s > c, setting 1/gamma = 0\n",
      "v = 341882822.5377558 m / s > c, setting 1/gamma = 0\n",
      "v = 328565254.31184787 m / s > c, setting 1/gamma = 0\n",
      "v = 359650982.76814574 m / s > c, setting 1/gamma = 0\n",
      "v = 320920555.0050762 m / s > c, setting 1/gamma = 0\n",
      "v = 363543896.08336216 m / s > c, setting 1/gamma = 0\n",
      "v = 400848718.8171316 m / s > c, setting 1/gamma = 0\n",
      "v = 345686849.1792817 m / s > c, setting 1/gamma = 0\n",
      "v = 371203527.7444612 m / s > c, setting 1/gamma = 0\n",
      "v = 365376625.5818935 m / s > c, setting 1/gamma = 0\n",
      "v = 403331082.4020645 m / s > c, setting 1/gamma = 0\n",
      "v = 315944351.63672554 m / s > c, setting 1/gamma = 0\n",
      "v = 354485602.2860886 m / s > c, setting 1/gamma = 0\n",
      "v = 442794288.2538512 m / s > c, setting 1/gamma = 0\n",
      "v = 470580431.01226544 m / s > c, setting 1/gamma = 0\n",
      "v = 533535244.0861745 m / s > c, setting 1/gamma = 0\n",
      "v = 506383136.75425607 m / s > c, setting 1/gamma = 0\n",
      "v = 339277291.0901119 m / s > c, setting 1/gamma = 0\n",
      "v = 378971806.1608693 m / s > c, setting 1/gamma = 0\n",
      "v = 409219686.1509191 m / s > c, setting 1/gamma = 0\n",
      "v = 325827940.1354882 m / s > c, setting 1/gamma = 0\n",
      "v = 330578818.4774024 m / s > c, setting 1/gamma = 0\n",
      "v = 367131407.28002334 m / s > c, setting 1/gamma = 0\n",
      "v = 410370700.3592258 m / s > c, setting 1/gamma = 0\n",
      "v = 439710313.4312579 m / s > c, setting 1/gamma = 0\n",
      "v = 332383274.21057904 m / s > c, setting 1/gamma = 0\n",
      "v = 411209688.0445237 m / s > c, setting 1/gamma = 0\n",
      "v = 434367789.6750573 m / s > c, setting 1/gamma = 0\n",
      "v = 313726047.50475204 m / s > c, setting 1/gamma = 0\n",
      "v = 333731408.2040701 m / s > c, setting 1/gamma = 0\n",
      "v = 330878262.803027 m / s > c, setting 1/gamma = 0\n",
      "v = 309271516.5494573 m / s > c, setting 1/gamma = 0\n",
      "v = 435999155.4877593 m / s > c, setting 1/gamma = 0\n",
      "v = 458812460.5894616 m / s > c, setting 1/gamma = 0\n",
      "v = 307036726.857511 m / s > c, setting 1/gamma = 0\n",
      "v = 362239071.49247885 m / s > c, setting 1/gamma = 0\n",
      "v = 319561206.28911555 m / s > c, setting 1/gamma = 0\n",
      "v = 715731267.6364028 m / s > c, setting 1/gamma = 0\n",
      "v = 586737939.5450526 m / s > c, setting 1/gamma = 0\n",
      "v = 325155002.12161255 m / s > c, setting 1/gamma = 0\n",
      "v = 354680557.6379042 m / s > c, setting 1/gamma = 0\n",
      "v = 441739449.18673944 m / s > c, setting 1/gamma = 0\n",
      "v = 468670665.79208344 m / s > c, setting 1/gamma = 0\n",
      "v = 433699424.01010865 m / s > c, setting 1/gamma = 0\n",
      "v = 454607641.0793723 m / s > c, setting 1/gamma = 0\n",
      "v = 348235257.99779105 m / s > c, setting 1/gamma = 0\n",
      "v = 394669247.669771 m / s > c, setting 1/gamma = 0\n",
      "v = 392386417.4609431 m / s > c, setting 1/gamma = 0\n",
      "v = 420058230.16108805 m / s > c, setting 1/gamma = 0\n",
      "v = 330139160.86193985 m / s > c, setting 1/gamma = 0\n",
      "v = 380464829.5461231 m / s > c, setting 1/gamma = 0\n",
      "v = 364306139.2945125 m / s > c, setting 1/gamma = 0\n",
      "v = 397636494.3336021 m / s > c, setting 1/gamma = 0\n",
      "v = 327989462.4705394 m / s > c, setting 1/gamma = 0\n",
      "v = 439948757.3192219 m / s > c, setting 1/gamma = 0\n",
      "v = 485708835.6210287 m / s > c, setting 1/gamma = 0\n",
      "v = 315642429.66190517 m / s > c, setting 1/gamma = 0\n",
      "v = 305859810.24311554 m / s > c, setting 1/gamma = 0\n",
      "v = 500896100.05116767 m / s > c, setting 1/gamma = 0\n",
      "v = 509447635.71033496 m / s > c, setting 1/gamma = 0\n",
      "v = 537964056.7559954 m / s > c, setting 1/gamma = 0\n",
      "v = 517359440.4333991 m / s > c, setting 1/gamma = 0\n",
      "v = 424185667.77436197 m / s > c, setting 1/gamma = 0\n",
      "v = 467517300.58623713 m / s > c, setting 1/gamma = 0\n",
      "v = 512373900.67714405 m / s > c, setting 1/gamma = 0\n",
      "v = 509913585.2352893 m / s > c, setting 1/gamma = 0\n",
      "v = 378755908.8775132 m / s > c, setting 1/gamma = 0\n",
      "v = 432314580.59976894 m / s > c, setting 1/gamma = 0\n",
      "v = 338935560.36028 m / s > c, setting 1/gamma = 0\n",
      "v = 742125493.2781181 m / s > c, setting 1/gamma = 0\n",
      "v = 604558843.9157989 m / s > c, setting 1/gamma = 0\n",
      "v = 347556300.738859 m / s > c, setting 1/gamma = 0\n",
      "v = 404052237.9867506 m / s > c, setting 1/gamma = 0\n",
      "v = 332296061.00583035 m / s > c, setting 1/gamma = 0\n",
      "v = 345933035.6388292 m / s > c, setting 1/gamma = 0\n",
      "v = 757293762.9329399 m / s > c, setting 1/gamma = 0\n",
      "v = 617658968.9858948 m / s > c, setting 1/gamma = 0\n",
      "v = 317530457.6721752 m / s > c, setting 1/gamma = 0\n",
      "v = 372650565.04463625 m / s > c, setting 1/gamma = 0\n",
      "v = 343824519.5596766 m / s > c, setting 1/gamma = 0\n",
      "v = 393114697.94385713 m / s > c, setting 1/gamma = 0\n",
      "v = 408098357.633163 m / s > c, setting 1/gamma = 0\n",
      "v = 466126689.51311 m / s > c, setting 1/gamma = 0\n",
      "v = 304552086.34951586 m / s > c, setting 1/gamma = 0\n",
      "v = 318942523.27612066 m / s > c, setting 1/gamma = 0\n",
      "v = 612593026.8296553 m / s > c, setting 1/gamma = 0\n",
      "v = 607099157.7493399 m / s > c, setting 1/gamma = 0\n",
      "v = 466759218.01856095 m / s > c, setting 1/gamma = 0\n",
      "v = 1127189308.4099948 m / s > c, setting 1/gamma = 0\n",
      "v = 941532537.5711513 m / s > c, setting 1/gamma = 0\n",
      "v = 320337655.2217626 m / s > c, setting 1/gamma = 0\n",
      "v = 360335930.8098022 m / s > c, setting 1/gamma = 0\n",
      "v = 335820425.146612 m / s > c, setting 1/gamma = 0\n",
      "v = 396337490.06541574 m / s > c, setting 1/gamma = 0\n",
      "v = 321355870.4152403 m / s > c, setting 1/gamma = 0\n",
      "v = 321229851.1021685 m / s > c, setting 1/gamma = 0\n",
      "v = 423921609.2755805 m / s > c, setting 1/gamma = 0\n",
      "v = 442379255.5501309 m / s > c, setting 1/gamma = 0\n",
      "v = 340354816.90435153 m / s > c, setting 1/gamma = 0\n",
      "v = 398799055.3960685 m / s > c, setting 1/gamma = 0\n",
      "v = 302362376.60046625 m / s > c, setting 1/gamma = 0\n",
      "v = 644803008.5968983 m / s > c, setting 1/gamma = 0\n",
      "v = 525042660.663187 m / s > c, setting 1/gamma = 0\n",
      "v = 358422972.16541284 m / s > c, setting 1/gamma = 0\n",
      "v = 402609158.32322556 m / s > c, setting 1/gamma = 0\n",
      "v = 371334375.60678726 m / s > c, setting 1/gamma = 0\n",
      "v = 418791656.00311685 m / s > c, setting 1/gamma = 0\n",
      "v = 312212288.0526514 m / s > c, setting 1/gamma = 0\n",
      "v = 352297008.9057202 m / s > c, setting 1/gamma = 0\n",
      "v = 306101865.2360278 m / s > c, setting 1/gamma = 0\n",
      "v = 356619099.9061774 m / s > c, setting 1/gamma = 0\n",
      "v = 323044715.8789896 m / s > c, setting 1/gamma = 0\n",
      "v = 367930706.99938273 m / s > c, setting 1/gamma = 0\n",
      "v = 300385779.2937674 m / s > c, setting 1/gamma = 0\n",
      "v = 461803263.8858764 m / s > c, setting 1/gamma = 0\n",
      "v = 466236101.9837887 m / s > c, setting 1/gamma = 0\n",
      "v = 299933337.37913746 m / s > c, setting 1/gamma = 0\n",
      "v = 349468798.58382505 m / s > c, setting 1/gamma = 0\n",
      "v = 326159475.23025817 m / s > c, setting 1/gamma = 0\n",
      "v = 370553051.38086605 m / s > c, setting 1/gamma = 0\n",
      "v = 449635079.1525953 m / s > c, setting 1/gamma = 0\n",
      "v = 466454805.4028084 m / s > c, setting 1/gamma = 0\n",
      "v = 307439013.86726254 m / s > c, setting 1/gamma = 0\n",
      "v = 362581011.1806931 m / s > c, setting 1/gamma = 0\n",
      "v = 399461759.8251943 m / s > c, setting 1/gamma = 0\n",
      "v = 316137640.7892444 m / s > c, setting 1/gamma = 0\n",
      "v = 302502588.56837636 m / s > c, setting 1/gamma = 0\n",
      "v = 338291267.71009135 m / s > c, setting 1/gamma = 0\n",
      "v = 420783241.85313797 m / s > c, setting 1/gamma = 0\n",
      "v = 468592304.980273 m / s > c, setting 1/gamma = 0\n",
      "v = 493507670.9904852 m / s > c, setting 1/gamma = 0\n",
      "v = 513550434.08218455 m / s > c, setting 1/gamma = 0\n",
      "v = 331209848.7274284 m / s > c, setting 1/gamma = 0\n",
      "v = 376723310.87328994 m / s > c, setting 1/gamma = 0\n",
      "v = 431026138.14325076 m / s > c, setting 1/gamma = 0\n",
      "v = 469263654.1545365 m / s > c, setting 1/gamma = 0\n",
      "v = 308792592.2520714 m / s > c, setting 1/gamma = 0\n",
      "v = 350157596.3700888 m / s > c, setting 1/gamma = 0\n",
      "v = 400116927.3901744 m / s > c, setting 1/gamma = 0\n",
      "v = 455030095.0114137 m / s > c, setting 1/gamma = 0\n",
      "v = 301538055.7443952 m / s > c, setting 1/gamma = 0\n",
      "v = 336874052.6326423 m / s > c, setting 1/gamma = 0\n",
      "v = 302087071.93512535 m / s > c, setting 1/gamma = 0\n",
      "v = 352006788.76494104 m / s > c, setting 1/gamma = 0\n",
      "v = 461657403.2417635 m / s > c, setting 1/gamma = 0\n",
      "v = 478998112.7991732 m / s > c, setting 1/gamma = 0\n",
      "v = 310988775.22466284 m / s > c, setting 1/gamma = 0\n",
      "v = 324619203.9120462 m / s > c, setting 1/gamma = 0\n",
      "v = 374730760.09918284 m / s > c, setting 1/gamma = 0\n",
      "v = 571929669.3123649 m / s > c, setting 1/gamma = 0\n",
      "v = 501882825.8839472 m / s > c, setting 1/gamma = 0\n",
      "v = 299991028.9799205 m / s > c, setting 1/gamma = 0\n",
      "v = 316587825.6731759 m / s > c, setting 1/gamma = 0\n",
      "v = 358206448.6413712 m / s > c, setting 1/gamma = 0\n",
      "v = 398235414.6686352 m / s > c, setting 1/gamma = 0\n",
      "v = 302815154.8007359 m / s > c, setting 1/gamma = 0\n",
      "v = 327833819.7001388 m / s > c, setting 1/gamma = 0\n",
      "v = 359516309.67516524 m / s > c, setting 1/gamma = 0\n",
      "v = 384155941.4538776 m / s > c, setting 1/gamma = 0\n",
      "v = 439657630.8391491 m / s > c, setting 1/gamma = 0\n",
      "v = 343340837.5788696 m / s > c, setting 1/gamma = 0\n",
      "v = 345029729.03830415 m / s > c, setting 1/gamma = 0\n",
      "v = 378612258.0193345 m / s > c, setting 1/gamma = 0\n",
      "v = 426378219.28580046 m / s > c, setting 1/gamma = 0\n",
      "v = 471954859.7397375 m / s > c, setting 1/gamma = 0\n",
      "v = 460224459.51825595 m / s > c, setting 1/gamma = 0\n",
      "v = 445044800.6259728 m / s > c, setting 1/gamma = 0\n",
      "v = 496720518.9671046 m / s > c, setting 1/gamma = 0\n",
      "v = 502385125.50162923 m / s > c, setting 1/gamma = 0\n",
      "v = 371083002.63180315 m / s > c, setting 1/gamma = 0\n",
      "v = 398544440.0680584 m / s > c, setting 1/gamma = 0\n",
      "v = 324486925.9001396 m / s > c, setting 1/gamma = 0\n",
      "v = 365027275.00103503 m / s > c, setting 1/gamma = 0\n",
      "v = 308898155.16096026 m / s > c, setting 1/gamma = 0\n",
      "v = 391182183.6019592 m / s > c, setting 1/gamma = 0\n",
      "v = 416926181.58950275 m / s > c, setting 1/gamma = 0\n",
      "v = 322674303.75685585 m / s > c, setting 1/gamma = 0\n",
      "v = 372104482.4925169 m / s > c, setting 1/gamma = 0\n",
      "v = 350512551.94026166 m / s > c, setting 1/gamma = 0\n",
      "v = 395425260.957029 m / s > c, setting 1/gamma = 0\n",
      "v = 386805226.6408678 m / s > c, setting 1/gamma = 0\n",
      "v = 409134327.07197106 m / s > c, setting 1/gamma = 0\n",
      "v = 316908756.9281195 m / s > c, setting 1/gamma = 0\n",
      "v = 305959469.9162301 m / s > c, setting 1/gamma = 0\n",
      "v = 680511926.1639497 m / s > c, setting 1/gamma = 0\n",
      "v = 556549410.4983394 m / s > c, setting 1/gamma = 0\n",
      "v = 333356836.8908422 m / s > c, setting 1/gamma = 0\n",
      "v = 314831507.21870506 m / s > c, setting 1/gamma = 0\n",
      "v = 347375817.1838768 m / s > c, setting 1/gamma = 0\n",
      "v = 393933064.47960085 m / s > c, setting 1/gamma = 0\n",
      "v = 355193676.85714984 m / s > c, setting 1/gamma = 0\n",
      "v = 383478829.15233546 m / s > c, setting 1/gamma = 0\n",
      "v = 344582335.0030597 m / s > c, setting 1/gamma = 0\n",
      "v = 306097469.69782335 m / s > c, setting 1/gamma = 0\n",
      "v = 368131647.6292805 m / s > c, setting 1/gamma = 0\n",
      "v = 391813099.9223052 m / s > c, setting 1/gamma = 0\n",
      "v = 435643160.4807842 m / s > c, setting 1/gamma = 0\n",
      "v = 475993343.0400511 m / s > c, setting 1/gamma = 0\n",
      "v = 304717945.4883493 m / s > c, setting 1/gamma = 0\n",
      "v = 655750498.9292996 m / s > c, setting 1/gamma = 0\n",
      "v = 533841383.557979 m / s > c, setting 1/gamma = 0\n",
      "v = 347599657.08203447 m / s > c, setting 1/gamma = 0\n",
      "v = 395807537.3284644 m / s > c, setting 1/gamma = 0\n",
      "v = 474347806.1161892 m / s > c, setting 1/gamma = 0\n",
      "v = 486641612.16471356 m / s > c, setting 1/gamma = 0\n",
      "v = 316643971.06685716 m / s > c, setting 1/gamma = 0\n",
      "v = 304737635.56676745 m / s > c, setting 1/gamma = 0\n",
      "v = 344108377.1471043 m / s > c, setting 1/gamma = 0\n",
      "v = 327148831.30964977 m / s > c, setting 1/gamma = 0\n",
      "v = 497051470.97323227 m / s > c, setting 1/gamma = 0\n",
      "v = 490739018.8057892 m / s > c, setting 1/gamma = 0\n",
      "v = 309048358.1431454 m / s > c, setting 1/gamma = 0\n",
      "v = 394652405.614179 m / s > c, setting 1/gamma = 0\n",
      "v = 428920555.7798098 m / s > c, setting 1/gamma = 0\n",
      "v = 311509869.1859741 m / s > c, setting 1/gamma = 0\n",
      "v = 359562407.8180281 m / s > c, setting 1/gamma = 0\n",
      "v = 515848899.6901319 m / s > c, setting 1/gamma = 0\n",
      "v = 484691005.18234074 m / s > c, setting 1/gamma = 0\n",
      "v = 319065077.5954398 m / s > c, setting 1/gamma = 0\n",
      "v = 322851082.80166465 m / s > c, setting 1/gamma = 0\n",
      "v = 344481220.53841305 m / s > c, setting 1/gamma = 0\n",
      "v = 358520213.78137255 m / s > c, setting 1/gamma = 0\n",
      "v = 406022754.3508632 m / s > c, setting 1/gamma = 0\n",
      "v = 318103958.82466424 m / s > c, setting 1/gamma = 0\n",
      "v = 338607923.4015816 m / s > c, setting 1/gamma = 0\n",
      "v = 302287373.5493038 m / s > c, setting 1/gamma = 0\n",
      "v = 351490675.29297537 m / s > c, setting 1/gamma = 0\n",
      "v = 359558750.8215485 m / s > c, setting 1/gamma = 0\n",
      "v = 768242106.2403029 m / s > c, setting 1/gamma = 0\n",
      "v = 631122057.5523365 m / s > c, setting 1/gamma = 0\n",
      "v = 313394836.046497 m / s > c, setting 1/gamma = 0\n",
      "v = 337704852.20373607 m / s > c, setting 1/gamma = 0\n",
      "v = 300928363.3723268 m / s > c, setting 1/gamma = 0\n",
      "v = 314948692.49785554 m / s > c, setting 1/gamma = 0\n",
      "v = 641181267.2752401 m / s > c, setting 1/gamma = 0\n",
      "v = 524313192.7172818 m / s > c, setting 1/gamma = 0\n",
      "v = 351622202.1195801 m / s > c, setting 1/gamma = 0\n",
      "v = 373387643.7814858 m / s > c, setting 1/gamma = 0\n",
      "v = 315359793.37646735 m / s > c, setting 1/gamma = 0\n",
      "v = 547256332.0464474 m / s > c, setting 1/gamma = 0\n",
      "v = 520279997.108779 m / s > c, setting 1/gamma = 0\n",
      "v = 331041340.76568294 m / s > c, setting 1/gamma = 0\n",
      "v = 370480453.57658935 m / s > c, setting 1/gamma = 0\n",
      "v = 302261540.17604035 m / s > c, setting 1/gamma = 0\n",
      "v = 331618644.98636776 m / s > c, setting 1/gamma = 0\n",
      "v = 370372270.95125866 m / s > c, setting 1/gamma = 0\n",
      "v = 338776768.99499565 m / s > c, setting 1/gamma = 0\n",
      "v = 380486619.60524935 m / s > c, setting 1/gamma = 0\n",
      "v = 302449313.38963014 m / s > c, setting 1/gamma = 0\n",
      "v = 310170799.04910934 m / s > c, setting 1/gamma = 0\n",
      "v = 349244983.0312006 m / s > c, setting 1/gamma = 0\n",
      "v = 377351033.8627712 m / s > c, setting 1/gamma = 0\n",
      "v = 412838985.45198596 m / s > c, setting 1/gamma = 0\n",
      "v = 369066317.98141783 m / s > c, setting 1/gamma = 0\n",
      "v = 417753948.6693215 m / s > c, setting 1/gamma = 0\n",
      "v = 361133378.93424904 m / s > c, setting 1/gamma = 0\n",
      "v = 402184034.0435774 m / s > c, setting 1/gamma = 0\n",
      "v = 460206570.4012391 m / s > c, setting 1/gamma = 0\n",
      "v = 489111376.1612312 m / s > c, setting 1/gamma = 0\n",
      "v = 314773616.87328213 m / s > c, setting 1/gamma = 0\n",
      "v = 348601569.51238763 m / s > c, setting 1/gamma = 0\n",
      "v = 302339596.3183201 m / s > c, setting 1/gamma = 0\n",
      "v = 486324402.6674502 m / s > c, setting 1/gamma = 0\n",
      "v = 451197449.67850953 m / s > c, setting 1/gamma = 0\n",
      "v = 324905973.2851951 m / s > c, setting 1/gamma = 0\n",
      "v = 326931604.91896856 m / s > c, setting 1/gamma = 0\n",
      "v = 368997514.17856944 m / s > c, setting 1/gamma = 0\n",
      "v = 491656292.47920066 m / s > c, setting 1/gamma = 0\n",
      "v = 446089455.32287353 m / s > c, setting 1/gamma = 0\n",
      "v = 301237106.27620614 m / s > c, setting 1/gamma = 0\n",
      "v = 337470478.3072758 m / s > c, setting 1/gamma = 0\n",
      "v = 301020140.6133203 m / s > c, setting 1/gamma = 0\n",
      "v = 358075353.64857316 m / s > c, setting 1/gamma = 0\n",
      "v = 308113585.7958324 m / s > c, setting 1/gamma = 0\n",
      "v = 339457507.76816094 m / s > c, setting 1/gamma = 0\n",
      "v = 388285056.9318844 m / s > c, setting 1/gamma = 0\n",
      "v = 431560110.5402158 m / s > c, setting 1/gamma = 0\n",
      "v = 581793063.7196988 m / s > c, setting 1/gamma = 0\n",
      "v = 514612534.0698226 m / s > c, setting 1/gamma = 0\n",
      "v = 320950769.62697065 m / s > c, setting 1/gamma = 0\n",
      "v = 303901227.6954762 m / s > c, setting 1/gamma = 0\n",
      "v = 313069054.1734817 m / s > c, setting 1/gamma = 0\n",
      "v = 325975960.54429156 m / s > c, setting 1/gamma = 0\n",
      "v = 395198383.6544502 m / s > c, setting 1/gamma = 0\n",
      "v = 428192621.2645247 m / s > c, setting 1/gamma = 0\n",
      "v = 356237250.1093942 m / s > c, setting 1/gamma = 0\n",
      "v = 360803738.5648324 m / s > c, setting 1/gamma = 0\n",
      "v = 406215862.9115918 m / s > c, setting 1/gamma = 0\n",
      "v = 307602563.3816482 m / s > c, setting 1/gamma = 0\n",
      "v = 348083701.0627881 m / s > c, setting 1/gamma = 0\n",
      "v = 354567489.30617017 m / s > c, setting 1/gamma = 0\n",
      "v = 407962764.56769747 m / s > c, setting 1/gamma = 0\n",
      "v = 321808341.8243666 m / s > c, setting 1/gamma = 0\n",
      "v = 696232523.9878515 m / s > c, setting 1/gamma = 0\n",
      "v = 568499588.2332786 m / s > c, setting 1/gamma = 0\n",
      "v = 381133671.6856547 m / s > c, setting 1/gamma = 0\n",
      "v = 414481555.904615 m / s > c, setting 1/gamma = 0\n",
      "v = 319711509.20381296 m / s > c, setting 1/gamma = 0\n",
      "v = 378161298.3344415 m / s > c, setting 1/gamma = 0\n",
      "v = 319997614.4905302 m / s > c, setting 1/gamma = 0\n",
      "v = 324568726.147599 m / s > c, setting 1/gamma = 0\n",
      "v = 386209355.4896551 m / s > c, setting 1/gamma = 0\n",
      "v = 408012397.7850684 m / s > c, setting 1/gamma = 0\n",
      "v = 355782140.55726177 m / s > c, setting 1/gamma = 0\n",
      "v = 413035306.8082272 m / s > c, setting 1/gamma = 0\n",
      "v = 410222117.2346985 m / s > c, setting 1/gamma = 0\n",
      "v = 419590156.68199134 m / s > c, setting 1/gamma = 0\n",
      "v = 434433941.49727553 m / s > c, setting 1/gamma = 0\n",
      "v = 462787645.47961825 m / s > c, setting 1/gamma = 0\n",
      "v = 373214402.4846173 m / s > c, setting 1/gamma = 0\n",
      "v = 398220487.2265241 m / s > c, setting 1/gamma = 0\n",
      "v = 315905480.44699264 m / s > c, setting 1/gamma = 0\n",
      "v = 368188261.1030278 m / s > c, setting 1/gamma = 0\n",
      "v = 401809306.10659105 m / s > c, setting 1/gamma = 0\n",
      "v = 413129033.0639805 m / s > c, setting 1/gamma = 0\n",
      "v = 410169903.99571973 m / s > c, setting 1/gamma = 0\n",
      "v = 317558187.8926298 m / s > c, setting 1/gamma = 0\n",
      "v = 372916245.26462823 m / s > c, setting 1/gamma = 0\n",
      "v = 304291988.0523506 m / s > c, setting 1/gamma = 0\n",
      "v = 311907993.419545 m / s > c, setting 1/gamma = 0\n",
      "v = 367761222.3677097 m / s > c, setting 1/gamma = 0\n",
      "v = 318949647.5479531 m / s > c, setting 1/gamma = 0\n",
      "v = 346774218.6061475 m / s > c, setting 1/gamma = 0\n",
      "v = 391156830.55477536 m / s > c, setting 1/gamma = 0\n",
      "v = 436088192.29556483 m / s > c, setting 1/gamma = 0\n",
      "v = 439311955.4412791 m / s > c, setting 1/gamma = 0\n",
      "v = 470261409.2165149 m / s > c, setting 1/gamma = 0\n",
      "v = 389334967.3272217 m / s > c, setting 1/gamma = 0\n",
      "v = 438877946.0964536 m / s > c, setting 1/gamma = 0\n",
      "v = 341576867.9694085 m / s > c, setting 1/gamma = 0\n",
      "v = 395252450.24218917 m / s > c, setting 1/gamma = 0\n",
      "v = 302212485.4160098 m / s > c, setting 1/gamma = 0\n",
      "v = 336297318.5637996 m / s > c, setting 1/gamma = 0\n",
      "v = 382499695.75650275 m / s > c, setting 1/gamma = 0\n",
      "v = 447180004.00065285 m / s > c, setting 1/gamma = 0\n",
      "v = 469390834.97460574 m / s > c, setting 1/gamma = 0\n",
      "v = 319807686.8840039 m / s > c, setting 1/gamma = 0\n",
      "v = 366615609.4608411 m / s > c, setting 1/gamma = 0\n",
      "v = 305497287.0486139 m / s > c, setting 1/gamma = 0\n",
      "v = 618633168.0326003 m / s > c, setting 1/gamma = 0\n",
      "v = 504119990.9103614 m / s > c, setting 1/gamma = 0\n",
      "v = 333009936.8619199 m / s > c, setting 1/gamma = 0\n",
      "v = 360336356.03296435 m / s > c, setting 1/gamma = 0\n",
      "v = 329743386.7144122 m / s > c, setting 1/gamma = 0\n",
      "v = 385928355.5873799 m / s > c, setting 1/gamma = 0\n",
      "v = 331402502.5631749 m / s > c, setting 1/gamma = 0\n",
      "v = 373992253.0764638 m / s > c, setting 1/gamma = 0\n",
      "v = 325878358.2074402 m / s > c, setting 1/gamma = 0\n",
      "v = 372032909.7050993 m / s > c, setting 1/gamma = 0\n",
      "v = 397514957.2808093 m / s > c, setting 1/gamma = 0\n",
      "v = 561136476.3493705 m / s > c, setting 1/gamma = 0\n",
      "v = 512608815.35906047 m / s > c, setting 1/gamma = 0\n",
      "v = 367602400.85472697 m / s > c, setting 1/gamma = 0\n",
      "v = 389823824.68570155 m / s > c, setting 1/gamma = 0\n",
      "v = 310591722.1329727 m / s > c, setting 1/gamma = 0\n",
      "v = 316725527.273208 m / s > c, setting 1/gamma = 0\n",
      "v = 375371070.14664227 m / s > c, setting 1/gamma = 0\n",
      "v = 750567927.702042 m / s > c, setting 1/gamma = 0\n",
      "v = 617954955.4937255 m / s > c, setting 1/gamma = 0\n",
      "v = 309342456.21668965 m / s > c, setting 1/gamma = 0\n",
      "v = 346805840.5912371 m / s > c, setting 1/gamma = 0\n",
      "v = 312991854.2670057 m / s > c, setting 1/gamma = 0\n",
      "v = 374207097.53817385 m / s > c, setting 1/gamma = 0\n",
      "v = 394885786.2017153 m / s > c, setting 1/gamma = 0\n",
      "v = 301175780.0413415 m / s > c, setting 1/gamma = 0\n",
      "v = 338256775.0985166 m / s > c, setting 1/gamma = 0\n",
      "v = 306639496.8583001 m / s > c, setting 1/gamma = 0\n",
      "v = 368675253.40386266 m / s > c, setting 1/gamma = 0\n",
      "v = 386583778.64571804 m / s > c, setting 1/gamma = 0\n",
      "v = 318389166.55987954 m / s > c, setting 1/gamma = 0\n",
      "v = 371299535.12561727 m / s > c, setting 1/gamma = 0\n",
      "v = 436099183.23489094 m / s > c, setting 1/gamma = 0\n",
      "v = 471101075.78074026 m / s > c, setting 1/gamma = 0\n",
      "v = 320517944.9918944 m / s > c, setting 1/gamma = 0\n",
      "v = 428778918.53232086 m / s > c, setting 1/gamma = 0\n",
      "v = 462223134.9233086 m / s > c, setting 1/gamma = 0\n",
      "v = 300286796.6729838 m / s > c, setting 1/gamma = 0\n",
      "v = 322092699.2644521 m / s > c, setting 1/gamma = 0\n",
      "v = 302941362.98859894 m / s > c, setting 1/gamma = 0\n",
      "v = 407075808.5214081 m / s > c, setting 1/gamma = 0\n",
      "v = 430992740.2888464 m / s > c, setting 1/gamma = 0\n",
      "v = 330136225.53598356 m / s > c, setting 1/gamma = 0\n",
      "v = 346713527.29476035 m / s > c, setting 1/gamma = 0\n",
      "v = 302185528.6062736 m / s > c, setting 1/gamma = 0\n",
      "v = 594835229.1434879 m / s > c, setting 1/gamma = 0\n",
      "v = 484201754.9713865 m / s > c, setting 1/gamma = 0\n",
      "v = 318400378.01328856 m / s > c, setting 1/gamma = 0\n",
      "v = 342973498.31541854 m / s > c, setting 1/gamma = 0\n",
      "v = 361191002.898143 m / s > c, setting 1/gamma = 0\n",
      "v = 410041129.1973347 m / s > c, setting 1/gamma = 0\n",
      "v = 317444861.21710414 m / s > c, setting 1/gamma = 0\n",
      "v = 339861383.5670801 m / s > c, setting 1/gamma = 0\n",
      "v = 305855619.273546 m / s > c, setting 1/gamma = 0\n",
      "v = 429233725.8256674 m / s > c, setting 1/gamma = 0\n",
      "v = 447595204.50892663 m / s > c, setting 1/gamma = 0\n",
      "v = 307302443.2060493 m / s > c, setting 1/gamma = 0\n",
      "v = 330938067.11718345 m / s > c, setting 1/gamma = 0\n",
      "v = 435740322.96254677 m / s > c, setting 1/gamma = 0\n",
      "v = 464466803.0279007 m / s > c, setting 1/gamma = 0\n",
      "v = 337183911.3548275 m / s > c, setting 1/gamma = 0\n",
      "v = 353308249.20352 m / s > c, setting 1/gamma = 0\n",
      "v = 304529476.460252 m / s > c, setting 1/gamma = 0\n",
      "v = 457087914.7006627 m / s > c, setting 1/gamma = 0\n",
      "v = 469833600.4621612 m / s > c, setting 1/gamma = 0\n",
      "v = 303296390.9684174 m / s > c, setting 1/gamma = 0\n",
      "v = 340858127.76242954 m / s > c, setting 1/gamma = 0\n",
      "v = 338840576.57884276 m / s > c, setting 1/gamma = 0\n",
      "v = 385659336.77295303 m / s > c, setting 1/gamma = 0\n",
      "v = 333602239.405102 m / s > c, setting 1/gamma = 0\n",
      "v = 348991792.77598536 m / s > c, setting 1/gamma = 0\n",
      "v = 328466041.77116966 m / s > c, setting 1/gamma = 0\n",
      "v = 315266905.87787616 m / s > c, setting 1/gamma = 0\n",
      "v = 622212913.2064472 m / s > c, setting 1/gamma = 0\n",
      "v = 509277249.7105272 m / s > c, setting 1/gamma = 0\n",
      "v = 307958155.2432488 m / s > c, setting 1/gamma = 0\n",
      "v = 328358015.46645725 m / s > c, setting 1/gamma = 0\n",
      "v = 344278778.9285503 m / s > c, setting 1/gamma = 0\n",
      "v = 422376977.7536001 m / s > c, setting 1/gamma = 0\n",
      "v = 449084416.2306715 m / s > c, setting 1/gamma = 0\n",
      "v = 306684881.54941505 m / s > c, setting 1/gamma = 0\n",
      "v = 335494064.84782577 m / s > c, setting 1/gamma = 0\n",
      "v = 307200232.04798186 m / s > c, setting 1/gamma = 0\n",
      "v = 361357596.22964644 m / s > c, setting 1/gamma = 0\n",
      "v = 305000695.795325 m / s > c, setting 1/gamma = 0\n",
      "v = 590501436.5127978 m / s > c, setting 1/gamma = 0\n",
      "v = 482872660.8762437 m / s > c, setting 1/gamma = 0\n",
      "v = 319499336.6528519 m / s > c, setting 1/gamma = 0\n",
      "v = 342879208.18903637 m / s > c, setting 1/gamma = 0\n",
      "v = 453539279.49974334 m / s > c, setting 1/gamma = 0\n",
      "v = 474366091.8255552 m / s > c, setting 1/gamma = 0\n",
      "v = 319674267.5923484 m / s > c, setting 1/gamma = 0\n",
      "v = 352166307.372129 m / s > c, setting 1/gamma = 0\n",
      "v = 455310816.1237793 m / s > c, setting 1/gamma = 0\n",
      "v = 478280391.1830606 m / s > c, setting 1/gamma = 0\n",
      "v = 313400615.78780204 m / s > c, setting 1/gamma = 0\n",
      "v = 302105090.6578092 m / s > c, setting 1/gamma = 0\n",
      "v = 343335245.9198797 m / s > c, setting 1/gamma = 0\n",
      "v = 463070609.9959415 m / s > c, setting 1/gamma = 0\n",
      "v = 468924532.9313643 m / s > c, setting 1/gamma = 0\n",
      "v = 315923563.48798954 m / s > c, setting 1/gamma = 0\n",
      "v = 337363181.62609875 m / s > c, setting 1/gamma = 0\n",
      "v = 318997360.4487664 m / s > c, setting 1/gamma = 0\n",
      "v = 355569194.0571527 m / s > c, setting 1/gamma = 0\n",
      "v = 459387327.89924985 m / s > c, setting 1/gamma = 0\n",
      "v = 463146897.8988265 m / s > c, setting 1/gamma = 0\n",
      "v = 323006027.7294863 m / s > c, setting 1/gamma = 0\n",
      "v = 338797586.2913003 m / s > c, setting 1/gamma = 0\n",
      "v = 331179203.37037206 m / s > c, setting 1/gamma = 0\n",
      "v = 333193094.8693288 m / s > c, setting 1/gamma = 0\n",
      "v = 676110879.6307281 m / s > c, setting 1/gamma = 0\n",
      "v = 554684666.9630313 m / s > c, setting 1/gamma = 0\n",
      "v = 303164863.70310163 m / s > c, setting 1/gamma = 0\n",
      "v = 324128856.70213634 m / s > c, setting 1/gamma = 0\n",
      "v = 316835672.6817512 m / s > c, setting 1/gamma = 0\n",
      "v = 369880054.3985979 m / s > c, setting 1/gamma = 0\n",
      "v = 375892635.75214404 m / s > c, setting 1/gamma = 0\n",
      "v = 416460715.16132164 m / s > c, setting 1/gamma = 0\n",
      "v = 355895675.3952079 m / s > c, setting 1/gamma = 0\n",
      "v = 379178303.7683648 m / s > c, setting 1/gamma = 0\n",
      "v = 325622650.95890427 m / s > c, setting 1/gamma = 0\n",
      "v = 436965119.0407104 m / s > c, setting 1/gamma = 0\n",
      "v = 468358178.4716936 m / s > c, setting 1/gamma = 0\n",
      "v = 307625070.6190277 m / s > c, setting 1/gamma = 0\n",
      "v = 329835168.0857067 m / s > c, setting 1/gamma = 0\n",
      "v = 303012155.1631169 m / s > c, setting 1/gamma = 0\n",
      "v = 309593380.01477796 m / s > c, setting 1/gamma = 0\n",
      "v = 397199984.44722956 m / s > c, setting 1/gamma = 0\n",
      "v = 420709550.9138438 m / s > c, setting 1/gamma = 0\n",
      "v = 318637663.5334972 m / s > c, setting 1/gamma = 0\n",
      "v = 337778242.31065345 m / s > c, setting 1/gamma = 0\n",
      "v = 432051265.84888786 m / s > c, setting 1/gamma = 0\n",
      "v = 441904967.28842926 m / s > c, setting 1/gamma = 0\n",
      "v = 330007026.85483086 m / s > c, setting 1/gamma = 0\n",
      "v = 345705858.92560256 m / s > c, setting 1/gamma = 0\n",
      "v = 320554530.93515366 m / s > c, setting 1/gamma = 0\n",
      "v = 434954613.328114 m / s > c, setting 1/gamma = 0\n",
      "v = 447218717.0707583 m / s > c, setting 1/gamma = 0\n",
      "v = 324568093.6776456 m / s > c, setting 1/gamma = 0\n",
      "v = 340965872.369433 m / s > c, setting 1/gamma = 0\n",
      "v = 300163034.9520984 m / s > c, setting 1/gamma = 0\n",
      "v = 344426580.29494244 m / s > c, setting 1/gamma = 0\n",
      "v = 395354554.92954355 m / s > c, setting 1/gamma = 0\n",
      "v = 423837297.8767252 m / s > c, setting 1/gamma = 0\n",
      "v = 340981166.17000335 m / s > c, setting 1/gamma = 0\n",
      "v = 358230640.6858661 m / s > c, setting 1/gamma = 0\n",
      "v = 300000865.64815736 m / s > c, setting 1/gamma = 0\n",
      "v = 321742380.3540031 m / s > c, setting 1/gamma = 0\n",
      "v = 305583583.7811971 m / s > c, setting 1/gamma = 0\n",
      "v = 361753046.6003313 m / s > c, setting 1/gamma = 0\n",
      "v = 388380563.48823017 m / s > c, setting 1/gamma = 0\n",
      "v = 301153257.580673 m / s > c, setting 1/gamma = 0\n",
      "v = 302158452.45333534 m / s > c, setting 1/gamma = 0\n",
      "v = 357788637.1788689 m / s > c, setting 1/gamma = 0\n",
      "v = 402383882.0292709 m / s > c, setting 1/gamma = 0\n",
      "v = 308715067.5358839 m / s > c, setting 1/gamma = 0\n",
      "v = 328392320.14359796 m / s > c, setting 1/gamma = 0\n",
      "v = 300258857.36791706 m / s > c, setting 1/gamma = 0\n",
      "v = 310111709.912204 m / s > c, setting 1/gamma = 0\n",
      "v = 344908585.5727787 m / s > c, setting 1/gamma = 0\n",
      "v = 411396038.5865872 m / s > c, setting 1/gamma = 0\n",
      "v = 433829426.1967586 m / s > c, setting 1/gamma = 0\n",
      "v = 303120416.93201727 m / s > c, setting 1/gamma = 0\n",
      "v = 301644153.2404037 m / s > c, setting 1/gamma = 0\n",
      "v = 336965904.84553236 m / s > c, setting 1/gamma = 0\n",
      "v = 333803671.5497733 m / s > c, setting 1/gamma = 0\n",
      "v = 350586926.9851743 m / s > c, setting 1/gamma = 0\n",
      "v = 330483012.17151 m / s > c, setting 1/gamma = 0\n",
      "v = 379102658.21243936 m / s > c, setting 1/gamma = 0\n",
      "v = 416253552.241285 m / s > c, setting 1/gamma = 0\n",
      "v = 301478280.89096504 m / s > c, setting 1/gamma = 0\n",
      "v = 328883440.45548373 m / s > c, setting 1/gamma = 0\n",
      "v = 313241549.5501285 m / s > c, setting 1/gamma = 0\n",
      "v = 367323488.88174105 m / s > c, setting 1/gamma = 0\n",
      "v = 412947649.6873679 m / s > c, setting 1/gamma = 0\n",
      "v = 436860109.43867624 m / s > c, setting 1/gamma = 0\n",
      "v = 314798866.1347335 m / s > c, setting 1/gamma = 0\n",
      "v = 336104240.02786607 m / s > c, setting 1/gamma = 0\n",
      "v = 484836661.3024421 m / s > c, setting 1/gamma = 0\n",
      "v = 481608222.38315606 m / s > c, setting 1/gamma = 0\n",
      "v = 312604610.8775599 m / s > c, setting 1/gamma = 0\n",
      "v = 348427555.74856716 m / s > c, setting 1/gamma = 0\n",
      "v = 366239476.37585574 m / s > c, setting 1/gamma = 0\n",
      "v = 303778071.950539 m / s > c, setting 1/gamma = 0\n",
      "v = 334378251.94437337 m / s > c, setting 1/gamma = 0\n",
      "v = 427224183.1453555 m / s > c, setting 1/gamma = 0\n",
      "v = 439822786.79139334 m / s > c, setting 1/gamma = 0\n",
      "v = 340235488.5326254 m / s > c, setting 1/gamma = 0\n",
      "v = 354336869.9575423 m / s > c, setting 1/gamma = 0\n",
      "v = 410550285.18267685 m / s > c, setting 1/gamma = 0\n",
      "v = 433255099.67650896 m / s > c, setting 1/gamma = 0\n",
      "v = 338960917.79377884 m / s > c, setting 1/gamma = 0\n",
      "v = 353659497.04179686 m / s > c, setting 1/gamma = 0\n",
      "v = 316325760.09778166 m / s > c, setting 1/gamma = 0\n",
      "v = 362259588.15053284 m / s > c, setting 1/gamma = 0\n",
      "v = 318735689.0668528 m / s > c, setting 1/gamma = 0\n",
      "v = 373535684.0994357 m / s > c, setting 1/gamma = 0\n",
      "v = 416785445.858079 m / s > c, setting 1/gamma = 0\n",
      "v = 325781684.8821657 m / s > c, setting 1/gamma = 0\n",
      "v = 345358369.6552265 m / s > c, setting 1/gamma = 0\n",
      "v = 304188652.0492792 m / s > c, setting 1/gamma = 0\n",
      "v = 352820374.3424189 m / s > c, setting 1/gamma = 0\n",
      "v = 477033812.5286191 m / s > c, setting 1/gamma = 0\n",
      "v = 480360310.1109755 m / s > c, setting 1/gamma = 0\n",
      "v = 364976144.9240474 m / s > c, setting 1/gamma = 0\n",
      "v = 385754057.9560406 m / s > c, setting 1/gamma = 0\n",
      "v = 302804830.0047509 m / s > c, setting 1/gamma = 0\n",
      "v = 320635621.99102616 m / s > c, setting 1/gamma = 0\n",
      "v = 372485747.88583475 m / s > c, setting 1/gamma = 0\n",
      "v = 361361594.07739073 m / s > c, setting 1/gamma = 0\n",
      "v = 379686374.77832264 m / s > c, setting 1/gamma = 0\n",
      "v = 330502680.63613343 m / s > c, setting 1/gamma = 0\n",
      "v = 349013543.34738064 m / s > c, setting 1/gamma = 0\n",
      "v = 378605119.70075595 m / s > c, setting 1/gamma = 0\n",
      "v = 305366095.534218 m / s > c, setting 1/gamma = 0\n",
      "v = 315977873.5458146 m / s > c, setting 1/gamma = 0\n",
      "v = 313573855.54297423 m / s > c, setting 1/gamma = 0\n",
      "v = 366445589.5099224 m / s > c, setting 1/gamma = 0\n",
      "v = 365810257.5806032 m / s > c, setting 1/gamma = 0\n",
      "v = 398822063.6473942 m / s > c, setting 1/gamma = 0\n",
      "v = 339490572.7942049 m / s > c, setting 1/gamma = 0\n",
      "v = 390988607.4585671 m / s > c, setting 1/gamma = 0\n",
      "v = 313501548.9061605 m / s > c, setting 1/gamma = 0\n",
      "v = 336481540.90812624 m / s > c, setting 1/gamma = 0\n",
      "v = 334225014.5744471 m / s > c, setting 1/gamma = 0\n",
      "v = 386317687.1981374 m / s > c, setting 1/gamma = 0\n",
      "v = 430722345.2032224 m / s > c, setting 1/gamma = 0\n",
      "v = 329031458.202831 m / s > c, setting 1/gamma = 0\n",
      "v = 349055881.03246856 m / s > c, setting 1/gamma = 0\n",
      "v = 304023765.41916674 m / s > c, setting 1/gamma = 0\n",
      "v = 508482332.12529474 m / s > c, setting 1/gamma = 0\n",
      "v = 490920276.64155424 m / s > c, setting 1/gamma = 0\n",
      "v = 338810163.2148743 m / s > c, setting 1/gamma = 0\n",
      "v = 360748939.87855214 m / s > c, setting 1/gamma = 0\n",
      "v = 340526359.52462274 m / s > c, setting 1/gamma = 0\n",
      "v = 402220742.04652214 m / s > c, setting 1/gamma = 0\n",
      "v = 425597065.50098544 m / s > c, setting 1/gamma = 0\n",
      "v = 366516137.0572333 m / s > c, setting 1/gamma = 0\n",
      "v = 373816369.7415891 m / s > c, setting 1/gamma = 0\n",
      "v = 314738286.20384496 m / s > c, setting 1/gamma = 0\n",
      "v = 321611109.28691953 m / s > c, setting 1/gamma = 0\n",
      "v = 641776834.0102154 m / s > c, setting 1/gamma = 0\n",
      "v = 525972612.4290133 m / s > c, setting 1/gamma = 0\n",
      "v = 305646817.1710568 m / s > c, setting 1/gamma = 0\n",
      "v = 326442514.9078697 m / s > c, setting 1/gamma = 0\n",
      "v = 317292858.0477843 m / s > c, setting 1/gamma = 0\n",
      "v = 371497415.10907495 m / s > c, setting 1/gamma = 0\n",
      "v = 466213416.9023049 m / s > c, setting 1/gamma = 0\n",
      "v = 472798103.386516 m / s > c, setting 1/gamma = 0\n",
      "v = 351539135.09590304 m / s > c, setting 1/gamma = 0\n",
      "v = 368331934.35660094 m / s > c, setting 1/gamma = 0\n",
      "v = 337399621.9900263 m / s > c, setting 1/gamma = 0\n",
      "v = 335825346.0434168 m / s > c, setting 1/gamma = 0\n",
      "v = 384597633.67958534 m / s > c, setting 1/gamma = 0\n",
      "v = 323751939.27199334 m / s > c, setting 1/gamma = 0\n",
      "v = 342986850.4194733 m / s > c, setting 1/gamma = 0\n",
      "v = 336756288.9227392 m / s > c, setting 1/gamma = 0\n",
      "v = 496411978.605716 m / s > c, setting 1/gamma = 0\n",
      "v = 475322370.9344087 m / s > c, setting 1/gamma = 0\n",
      "v = 347416752.77620184 m / s > c, setting 1/gamma = 0\n",
      "v = 329264498.37020564 m / s > c, setting 1/gamma = 0\n",
      "v = 351100852.5876771 m / s > c, setting 1/gamma = 0\n",
      "v = 304169530.7588091 m / s > c, setting 1/gamma = 0\n",
      "v = 436732719.34726274 m / s > c, setting 1/gamma = 0\n",
      "v = 458015583.65718144 m / s > c, setting 1/gamma = 0\n",
      "v = 323216617.30121946 m / s > c, setting 1/gamma = 0\n",
      "v = 453048848.0857112 m / s > c, setting 1/gamma = 0\n",
      "v = 473924903.7513941 m / s > c, setting 1/gamma = 0\n",
      "v = 313718112.36887306 m / s > c, setting 1/gamma = 0\n",
      "v = 345121787.85928893 m / s > c, setting 1/gamma = 0\n",
      "v = 325707738.5729041 m / s > c, setting 1/gamma = 0\n",
      "v = 376202855.8096548 m / s > c, setting 1/gamma = 0\n",
      "v = 440750917.0464435 m / s > c, setting 1/gamma = 0\n",
      "v = 466781001.7421182 m / s > c, setting 1/gamma = 0\n",
      "v = 308519822.99001473 m / s > c, setting 1/gamma = 0\n",
      "v = 341101173.54350907 m / s > c, setting 1/gamma = 0\n",
      "v = 479937441.05827534 m / s > c, setting 1/gamma = 0\n",
      "v = 491555265.28665936 m / s > c, setting 1/gamma = 0\n",
      "v = 354030237.52127355 m / s > c, setting 1/gamma = 0\n",
      "v = 380086275.17423755 m / s > c, setting 1/gamma = 0\n",
      "v = 312481460.4183974 m / s > c, setting 1/gamma = 0\n",
      "v = 320298058.82505584 m / s > c, setting 1/gamma = 0\n",
      "v = 659577147.104446 m / s > c, setting 1/gamma = 0\n",
      "v = 540123465.1691934 m / s > c, setting 1/gamma = 0\n",
      "v = 349008203.92433965 m / s > c, setting 1/gamma = 0\n",
      "v = 371299877.11328006 m / s > c, setting 1/gamma = 0\n",
      "v = 325231103.882178 m / s > c, setting 1/gamma = 0\n",
      "v = 378780061.91356415 m / s > c, setting 1/gamma = 0\n",
      "v = 362309589.53199506 m / s > c, setting 1/gamma = 0\n",
      "v = 413628797.8872059 m / s > c, setting 1/gamma = 0\n",
      "v = 307243849.760721 m / s > c, setting 1/gamma = 0\n",
      "v = 333560621.2742841 m / s > c, setting 1/gamma = 0\n",
      "v = 349394441.9223958 m / s > c, setting 1/gamma = 0\n",
      "v = 325736997.48564917 m / s > c, setting 1/gamma = 0\n",
      "v = 380220543.45379776 m / s > c, setting 1/gamma = 0\n",
      "v = 321285433.701174 m / s > c, setting 1/gamma = 0\n",
      "v = 647150884.8415848 m / s > c, setting 1/gamma = 0\n",
      "v = 530664803.6538715 m / s > c, setting 1/gamma = 0\n",
      "v = 307259612.7501477 m / s > c, setting 1/gamma = 0\n",
      "v = 327387710.60116446 m / s > c, setting 1/gamma = 0\n",
      "v = 350255917.839525 m / s > c, setting 1/gamma = 0\n",
      "v = 401491676.96614426 m / s > c, setting 1/gamma = 0\n",
      "v = 392788628.411478 m / s > c, setting 1/gamma = 0\n",
      "v = 427658098.2205206 m / s > c, setting 1/gamma = 0\n",
      "v = 311526059.18605334 m / s > c, setting 1/gamma = 0\n",
      "v = 340349657.01228446 m / s > c, setting 1/gamma = 0\n",
      "v = 332961716.6129066 m / s > c, setting 1/gamma = 0\n",
      "v = 382523560.64154303 m / s > c, setting 1/gamma = 0\n",
      "v = 455399189.68002754 m / s > c, setting 1/gamma = 0\n",
      "v = 468535151.0361952 m / s > c, setting 1/gamma = 0\n",
      "v = 310988533.67502576 m / s > c, setting 1/gamma = 0\n",
      "v = 361819846.3807043 m / s > c, setting 1/gamma = 0\n",
      "v = 456438106.8143119 m / s > c, setting 1/gamma = 0\n",
      "v = 466725820.7812715 m / s > c, setting 1/gamma = 0\n",
      "v = 306521995.8475234 m / s > c, setting 1/gamma = 0\n",
      "v = 308076928.4646138 m / s > c, setting 1/gamma = 0\n",
      "v = 356095073.4077863 m / s > c, setting 1/gamma = 0\n",
      "v = 375598659.2960373 m / s > c, setting 1/gamma = 0\n",
      "v = 418857008.91575944 m / s > c, setting 1/gamma = 0\n",
      "v = 321894485.6293868 m / s > c, setting 1/gamma = 0\n",
      "v = 340109017.7678073 m / s > c, setting 1/gamma = 0\n",
      "v = 303809635.78231233 m / s > c, setting 1/gamma = 0\n",
      "v = 310179233.4935566 m / s > c, setting 1/gamma = 0\n",
      "v = 360279914.6306974 m / s > c, setting 1/gamma = 0\n",
      "v = 341604330.51491356 m / s > c, setting 1/gamma = 0\n",
      "v = 390493205.3215866 m / s > c, setting 1/gamma = 0\n",
      "v = 329014589.8198804 m / s > c, setting 1/gamma = 0\n",
      "v = 347335470.3069074 m / s > c, setting 1/gamma = 0\n",
      "v = 346587092.50743014 m / s > c, setting 1/gamma = 0\n",
      "v = 398092401.6320932 m / s > c, setting 1/gamma = 0\n",
      "v = 459494767.2220734 m / s > c, setting 1/gamma = 0\n",
      "v = 470154384.00619966 m / s > c, setting 1/gamma = 0\n",
      "v = 359006752.6991034 m / s > c, setting 1/gamma = 0\n",
      "v = 375311732.2713448 m / s > c, setting 1/gamma = 0\n",
      "v = 316059644.5188867 m / s > c, setting 1/gamma = 0\n",
      "v = 369444303.7210512 m / s > c, setting 1/gamma = 0\n",
      "v = 318948820.3943652 m / s > c, setting 1/gamma = 0\n",
      "v = 630742066.7886206 m / s > c, setting 1/gamma = 0\n",
      "v = 517237571.6641199 m / s > c, setting 1/gamma = 0\n",
      "v = 337351600.9544388 m / s > c, setting 1/gamma = 0\n",
      "v = 352648921.80980146 m / s > c, setting 1/gamma = 0\n",
      "v = 304618493.8768462 m / s > c, setting 1/gamma = 0\n",
      "v = 357511441.4328737 m / s > c, setting 1/gamma = 0\n",
      "v = 496354969.5613348 m / s > c, setting 1/gamma = 0\n",
      "v = 473463454.4088697 m / s > c, setting 1/gamma = 0\n",
      "v = 330276762.1380819 m / s > c, setting 1/gamma = 0\n",
      "v = 330977557.64942545 m / s > c, setting 1/gamma = 0\n",
      "v = 348609824.1588033 m / s > c, setting 1/gamma = 0\n",
      "v = 329949430.13483787 m / s > c, setting 1/gamma = 0\n",
      "v = 380731324.2861588 m / s > c, setting 1/gamma = 0\n",
      "v = 435110767.1643016 m / s > c, setting 1/gamma = 0\n",
      "v = 455253150.2033632 m / s > c, setting 1/gamma = 0\n",
      "v = 322429696.20329857 m / s > c, setting 1/gamma = 0\n",
      "v = 347682476.4322218 m / s > c, setting 1/gamma = 0\n",
      "v = 302633002.70785797 m / s > c, setting 1/gamma = 0\n",
      "v = 355388504.69562274 m / s > c, setting 1/gamma = 0\n",
      "v = 338896809.8281703 m / s > c, setting 1/gamma = 0\n",
      "v = 376953729.14838904 m / s > c, setting 1/gamma = 0\n",
      "v = 305184603.1761831 m / s > c, setting 1/gamma = 0\n",
      "v = 312025743.40139097 m / s > c, setting 1/gamma = 0\n",
      "v = 335909486.6541183 m / s > c, setting 1/gamma = 0\n",
      "v = 380185835.40412074 m / s > c, setting 1/gamma = 0\n",
      "v = 347539760.2595857 m / s > c, setting 1/gamma = 0\n",
      "v = 360527796.3293091 m / s > c, setting 1/gamma = 0\n",
      "v = 303268117.0684002 m / s > c, setting 1/gamma = 0\n",
      "v = 403499443.0764611 m / s > c, setting 1/gamma = 0\n",
      "v = 437529834.23395675 m / s > c, setting 1/gamma = 0\n",
      "v = 314725987.0357605 m / s > c, setting 1/gamma = 0\n",
      "v = 333767351.24346346 m / s > c, setting 1/gamma = 0\n",
      "v = 305940756.9437162 m / s > c, setting 1/gamma = 0\n",
      "v = 388277795.0108423 m / s > c, setting 1/gamma = 0\n",
      "v = 426017794.4729083 m / s > c, setting 1/gamma = 0\n",
      "v = 303864990.45482224 m / s > c, setting 1/gamma = 0\n",
      "v = 324564324.739113 m / s > c, setting 1/gamma = 0\n",
      "v = 345224601.05566436 m / s > c, setting 1/gamma = 0\n",
      "v = 472681168.20187366 m / s > c, setting 1/gamma = 0\n",
      "v = 467451154.608383 m / s > c, setting 1/gamma = 0\n",
      "v = 335676867.26966673 m / s > c, setting 1/gamma = 0\n",
      "v = 328623827.9909446 m / s > c, setting 1/gamma = 0\n",
      "v = 346541995.10827225 m / s > c, setting 1/gamma = 0\n",
      "v = 317359947.05889416 m / s > c, setting 1/gamma = 0\n",
      "v = 367089772.6289167 m / s > c, setting 1/gamma = 0\n",
      "v = 396192883.2543219 m / s > c, setting 1/gamma = 0\n",
      "v = 430272244.52943695 m / s > c, setting 1/gamma = 0\n",
      "v = 329869786.5910029 m / s > c, setting 1/gamma = 0\n",
      "v = 351385027.16759604 m / s > c, setting 1/gamma = 0\n",
      "v = 387055760.7925293 m / s > c, setting 1/gamma = 0\n",
      "v = 318508149.1897552 m / s > c, setting 1/gamma = 0\n",
      "v = 337784420.24288064 m / s > c, setting 1/gamma = 0\n",
      "v = 300818176.36024123 m / s > c, setting 1/gamma = 0\n",
      "v = 331552848.16924155 m / s > c, setting 1/gamma = 0\n",
      "v = 380602769.78918594 m / s > c, setting 1/gamma = 0\n",
      "v = 399209750.73082906 m / s > c, setting 1/gamma = 0\n",
      "v = 434833469.2650329 m / s > c, setting 1/gamma = 0\n",
      "v = 306773207.44280237 m / s > c, setting 1/gamma = 0\n",
      "v = 327168552.2532464 m / s > c, setting 1/gamma = 0\n",
      "v = 336696433.86757326 m / s > c, setting 1/gamma = 0\n",
      "v = 374576544.08020455 m / s > c, setting 1/gamma = 0\n",
      "v = 299837680.91194683 m / s > c, setting 1/gamma = 0\n",
      "v = 376952694.37912583 m / s > c, setting 1/gamma = 0\n",
      "v = 389932043.669777 m / s > c, setting 1/gamma = 0\n",
      "v = 360420203.6880426 m / s > c, setting 1/gamma = 0\n",
      "v = 408031934.0541539 m / s > c, setting 1/gamma = 0\n",
      "v = 414810763.75072974 m / s > c, setting 1/gamma = 0\n",
      "v = 448317318.7281253 m / s > c, setting 1/gamma = 0\n",
      "v = 300750952.2288711 m / s > c, setting 1/gamma = 0\n",
      "v = 322569486.0541182 m / s > c, setting 1/gamma = 0\n",
      "v = 315205818.3734769 m / s > c, setting 1/gamma = 0\n",
      "v = 379106867.70056224 m / s > c, setting 1/gamma = 0\n",
      "v = 419444779.4381244 m / s > c, setting 1/gamma = 0\n",
      "v = 313418940.09349597 m / s > c, setting 1/gamma = 0\n",
      "v = 332536212.09160215 m / s > c, setting 1/gamma = 0\n",
      "v = 325235160.1917444 m / s > c, setting 1/gamma = 0\n",
      "v = 379222807.9841665 m / s > c, setting 1/gamma = 0\n",
      "v = 324843620.612496 m / s > c, setting 1/gamma = 0\n",
      "v = 652472130.5681828 m / s > c, setting 1/gamma = 0\n",
      "v = 535169602.20583344 m / s > c, setting 1/gamma = 0\n",
      "v = 301855231.5235023 m / s > c, setting 1/gamma = 0\n",
      "v = 322386093.9089124 m / s > c, setting 1/gamma = 0\n",
      "v = 331476662.8240077 m / s > c, setting 1/gamma = 0\n",
      "v = 384270153.8535494 m / s > c, setting 1/gamma = 0\n",
      "v = 432193509.4322097 m / s > c, setting 1/gamma = 0\n",
      "v = 452668177.8227151 m / s > c, setting 1/gamma = 0\n",
      "v = 368709891.4247709 m / s > c, setting 1/gamma = 0\n",
      "v = 383971279.9791539 m / s > c, setting 1/gamma = 0\n",
      "v = 349229672.40628904 m / s > c, setting 1/gamma = 0\n",
      "v = 398405260.275502 m / s > c, setting 1/gamma = 0\n",
      "v = 506525819.2711275 m / s > c, setting 1/gamma = 0\n",
      "v = 491530836.97782207 m / s > c, setting 1/gamma = 0\n",
      "v = 310465083.4782333 m / s > c, setting 1/gamma = 0\n",
      "v = 330029989.778319 m / s > c, setting 1/gamma = 0\n",
      "v = 349768334.6551331 m / s > c, setting 1/gamma = 0\n",
      "v = 304363208.24228555 m / s > c, setting 1/gamma = 0\n",
      "v = 344742340.3548119 m / s > c, setting 1/gamma = 0\n",
      "v = 345262201.8706269 m / s > c, setting 1/gamma = 0\n",
      "v = 381019852.02911764 m / s > c, setting 1/gamma = 0\n",
      "v = 300741424.00807893 m / s > c, setting 1/gamma = 0\n",
      "v = 309573205.50622416 m / s > c, setting 1/gamma = 0\n",
      "v = 342823819.8029694 m / s > c, setting 1/gamma = 0\n",
      "v = 388876867.0871214 m / s > c, setting 1/gamma = 0\n",
      "v = 344224120.5373058 m / s > c, setting 1/gamma = 0\n",
      "v = 392669972.5137841 m / s > c, setting 1/gamma = 0\n",
      "v = 340164158.266445 m / s > c, setting 1/gamma = 0\n",
      "v = 356112048.920491 m / s > c, setting 1/gamma = 0\n",
      "v = 343770753.61254686 m / s > c, setting 1/gamma = 0\n",
      "v = 394175625.66690034 m / s > c, setting 1/gamma = 0\n",
      "v = 389917688.07925195 m / s > c, setting 1/gamma = 0\n",
      "v = 427090001.1993169 m / s > c, setting 1/gamma = 0\n",
      "v = 316761839.8256754 m / s > c, setting 1/gamma = 0\n",
      "v = 318390275.0043191 m / s > c, setting 1/gamma = 0\n",
      "v = 372749036.5521608 m / s > c, setting 1/gamma = 0\n",
      "v = 497660686.83715963 m / s > c, setting 1/gamma = 0\n",
      "v = 480783480.9958839 m / s > c, setting 1/gamma = 0\n",
      "v = 337135271.55681235 m / s > c, setting 1/gamma = 0\n",
      "v = 365718440.94310385 m / s > c, setting 1/gamma = 0\n",
      "v = 348777792.98567486 m / s > c, setting 1/gamma = 0\n",
      "v = 388652685.3920447 m / s > c, setting 1/gamma = 0\n",
      "v = 331943453.8198303 m / s > c, setting 1/gamma = 0\n",
      "v = 385563731.64396316 m / s > c, setting 1/gamma = 0\n",
      "v = 306271631.4323403 m / s > c, setting 1/gamma = 0\n",
      "v = 331202589.88537395 m / s > c, setting 1/gamma = 0\n",
      "v = 311861384.2909781 m / s > c, setting 1/gamma = 0\n",
      "v = 358746334.0718979 m / s > c, setting 1/gamma = 0\n",
      "v = 416576361.724154 m / s > c, setting 1/gamma = 0\n",
      "v = 449682479.0222943 m / s > c, setting 1/gamma = 0\n",
      "v = 300593340.49754614 m / s > c, setting 1/gamma = 0\n",
      "v = 321474749.639897 m / s > c, setting 1/gamma = 0\n",
      "v = 300234852.7415312 m / s > c, setting 1/gamma = 0\n",
      "v = 307624714.4055874 m / s > c, setting 1/gamma = 0\n",
      "v = 352482329.1411425 m / s > c, setting 1/gamma = 0\n",
      "v = 331151178.1866604 m / s > c, setting 1/gamma = 0\n",
      "v = 347544823.12420535 m / s > c, setting 1/gamma = 0\n",
      "v = 317462609.7035275 m / s > c, setting 1/gamma = 0\n",
      "v = 371786934.84500194 m / s > c, setting 1/gamma = 0\n",
      "v = 364788616.5874688 m / s > c, setting 1/gamma = 0\n",
      "v = 404857108.9005708 m / s > c, setting 1/gamma = 0\n",
      "v = 312931810.3114361 m / s > c, setting 1/gamma = 0\n",
      "v = 322900990.4765645 m / s > c, setting 1/gamma = 0\n",
      "v = 560662501.8671386 m / s > c, setting 1/gamma = 0\n",
      "v = 498781311.1299827 m / s > c, setting 1/gamma = 0\n",
      "v = 337448117.2039186 m / s > c, setting 1/gamma = 0\n",
      "v = 362141437.6435601 m / s > c, setting 1/gamma = 0\n",
      "v = 325423803.3980443 m / s > c, setting 1/gamma = 0\n",
      "v = 340387930.74452776 m / s > c, setting 1/gamma = 0\n",
      "v = 374099151.5377542 m / s > c, setting 1/gamma = 0\n",
      "v = 318908642.9572433 m / s > c, setting 1/gamma = 0\n",
      "v = 316444150.9255301 m / s > c, setting 1/gamma = 0\n",
      "v = 369543922.1505354 m / s > c, setting 1/gamma = 0\n",
      "v = 434632679.8686345 m / s > c, setting 1/gamma = 0\n",
      "v = 458261490.89710015 m / s > c, setting 1/gamma = 0\n",
      "v = 338117011.07936823 m / s > c, setting 1/gamma = 0\n",
      "v = 393239456.1753915 m / s > c, setting 1/gamma = 0\n",
      "v = 325811977.7708316 m / s > c, setting 1/gamma = 0\n",
      "v = 665909439.7230471 m / s > c, setting 1/gamma = 0\n",
      "v = 545242985.3620623 m / s > c, setting 1/gamma = 0\n",
      "v = 303565806.09384054 m / s > c, setting 1/gamma = 0\n",
      "v = 300727438.0994977 m / s > c, setting 1/gamma = 0\n",
      "v = 353979986.27183497 m / s > c, setting 1/gamma = 0\n",
      "v = 324138932.6750391 m / s > c, setting 1/gamma = 0\n",
      "v = 654575858.785389 m / s > c, setting 1/gamma = 0\n",
      "v = 537080345.6404226 m / s > c, setting 1/gamma = 0\n",
      "v = 305373649.07061815 m / s > c, setting 1/gamma = 0\n",
      "v = 327397964.84753525 m / s > c, setting 1/gamma = 0\n",
      "v = 318669303.19285387 m / s > c, setting 1/gamma = 0\n",
      "v = 363865193.31407243 m / s > c, setting 1/gamma = 0\n",
      "v = 377468445.83946437 m / s > c, setting 1/gamma = 0\n",
      "v = 418987138.04301876 m / s > c, setting 1/gamma = 0\n",
      "v = 341064971.6320358 m / s > c, setting 1/gamma = 0\n",
      "v = 355867866.28016186 m / s > c, setting 1/gamma = 0\n",
      "v = 316907220.1468484 m / s > c, setting 1/gamma = 0\n",
      "v = 367090711.0129672 m / s > c, setting 1/gamma = 0\n",
      "v = 413724851.1725481 m / s > c, setting 1/gamma = 0\n",
      "v = 439823678.45367163 m / s > c, setting 1/gamma = 0\n",
      "v = 301430262.6941494 m / s > c, setting 1/gamma = 0\n",
      "v = 326348822.8252253 m / s > c, setting 1/gamma = 0\n",
      "v = 300408696.68999094 m / s > c, setting 1/gamma = 0\n",
      "v = 387565926.18674797 m / s > c, setting 1/gamma = 0\n",
      "v = 422950497.3687052 m / s > c, setting 1/gamma = 0\n",
      "v = 335298334.43620056 m / s > c, setting 1/gamma = 0\n",
      "v = 357406007.88903373 m / s > c, setting 1/gamma = 0\n",
      "v = 318131275.77357423 m / s > c, setting 1/gamma = 0\n",
      "v = 300526743.01027787 m / s > c, setting 1/gamma = 0\n",
      "v = 340754921.37137353 m / s > c, setting 1/gamma = 0\n",
      "v = 327602971.82817495 m / s > c, setting 1/gamma = 0\n",
      "v = 301762963.9694556 m / s > c, setting 1/gamma = 0\n",
      "v = 315766984.0534506 m / s > c, setting 1/gamma = 0\n",
      "v = 324282113.33866805 m / s > c, setting 1/gamma = 0\n",
      "v = 359828471.56425476 m / s > c, setting 1/gamma = 0\n",
      "v = 306695918.3763258 m / s > c, setting 1/gamma = 0\n",
      "v = 403055657.507588 m / s > c, setting 1/gamma = 0\n",
      "v = 408097007.16510016 m / s > c, setting 1/gamma = 0\n",
      "v = 340301241.08116555 m / s > c, setting 1/gamma = 0\n",
      "v = 443714226.1663966 m / s > c, setting 1/gamma = 0\n",
      "v = 460863917.46901953 m / s > c, setting 1/gamma = 0\n",
      "v = 333463004.500127 m / s > c, setting 1/gamma = 0\n",
      "v = 386143785.2982641 m / s > c, setting 1/gamma = 0\n",
      "v = 445603617.7762501 m / s > c, setting 1/gamma = 0\n",
      "v = 465740724.36138225 m / s > c, setting 1/gamma = 0\n",
      "v = 337780495.4179269 m / s > c, setting 1/gamma = 0\n",
      "v = 325926907.40795887 m / s > c, setting 1/gamma = 0\n",
      "v = 369899669.2298747 m / s > c, setting 1/gamma = 0\n",
      "v = 332793239.8038557 m / s > c, setting 1/gamma = 0\n",
      "v = 347586636.51685876 m / s > c, setting 1/gamma = 0\n",
      "v = 377272495.265156 m / s > c, setting 1/gamma = 0\n",
      "v = 328902005.054298 m / s > c, setting 1/gamma = 0\n",
      "v = 383019177.7871587 m / s > c, setting 1/gamma = 0\n",
      "v = 336540400.91669816 m / s > c, setting 1/gamma = 0\n",
      "v = 358226097.0112512 m / s > c, setting 1/gamma = 0\n",
      "v = 331216749.53003633 m / s > c, setting 1/gamma = 0\n",
      "v = 397068305.726005 m / s > c, setting 1/gamma = 0\n",
      "v = 439724112.420506 m / s > c, setting 1/gamma = 0\n",
      "v = 328420171.7980865 m / s > c, setting 1/gamma = 0\n",
      "v = 348029316.3445411 m / s > c, setting 1/gamma = 0\n",
      "v = 330452981.0154388 m / s > c, setting 1/gamma = 0\n",
      "v = 383634639.3375829 m / s > c, setting 1/gamma = 0\n",
      "v = 512799138.18502486 m / s > c, setting 1/gamma = 0\n",
      "v = 489094994.6000007 m / s > c, setting 1/gamma = 0\n",
      "v = 313437909.8081178 m / s > c, setting 1/gamma = 0\n",
      "v = 329003283.60586053 m / s > c, setting 1/gamma = 0\n",
      "v = 347421254.78751016 m / s > c, setting 1/gamma = 0\n",
      "v = 339683188.6159704 m / s > c, setting 1/gamma = 0\n",
      "v = 392878506.4358717 m / s > c, setting 1/gamma = 0\n",
      "v = 446985429.53288376 m / s > c, setting 1/gamma = 0\n",
      "v = 464520664.479339 m / s > c, setting 1/gamma = 0\n",
      "v = 313665943.58809745 m / s > c, setting 1/gamma = 0\n",
      "v = 305988100.97199535 m / s > c, setting 1/gamma = 0\n",
      "v = 359483822.7077561 m / s > c, setting 1/gamma = 0\n",
      "v = 314404354.2672476 m / s > c, setting 1/gamma = 0\n",
      "v = 626420927.3811284 m / s > c, setting 1/gamma = 0\n",
      "v = 512819399.58229023 m / s > c, setting 1/gamma = 0\n",
      "v = 340795268.0796856 m / s > c, setting 1/gamma = 0\n",
      "v = 358328570.0483878 m / s > c, setting 1/gamma = 0\n",
      "v = 327627052.8505987 m / s > c, setting 1/gamma = 0\n",
      "v = 370629989.25952953 m / s > c, setting 1/gamma = 0\n",
      "v = 363362375.8753602 m / s > c, setting 1/gamma = 0\n",
      "v = 409760030.3537306 m / s > c, setting 1/gamma = 0\n",
      "v = 346783215.02715766 m / s > c, setting 1/gamma = 0\n",
      "v = 361903203.2338844 m / s > c, setting 1/gamma = 0\n",
      "v = 328616953.41008854 m / s > c, setting 1/gamma = 0\n",
      "v = 441431312.67875665 m / s > c, setting 1/gamma = 0\n",
      "v = 460658259.6314432 m / s > c, setting 1/gamma = 0\n",
      "v = 342207411.7891662 m / s > c, setting 1/gamma = 0\n",
      "v = 395832228.4397947 m / s > c, setting 1/gamma = 0\n",
      "v = 498721851.46801305 m / s > c, setting 1/gamma = 0\n",
      "v = 483677566.913955 m / s > c, setting 1/gamma = 0\n",
      "v = 361410255.43454415 m / s > c, setting 1/gamma = 0\n",
      "v = 413932740.80628407 m / s > c, setting 1/gamma = 0\n",
      "v = 487401761.1451671 m / s > c, setting 1/gamma = 0\n",
      "v = 484312800.0947784 m / s > c, setting 1/gamma = 0\n",
      "v = 320188993.4510433 m / s > c, setting 1/gamma = 0\n",
      "v = 320130720.1981147 m / s > c, setting 1/gamma = 0\n",
      "v = 339976527.0357878 m / s > c, setting 1/gamma = 0\n",
      "v = 322851276.1361049 m / s > c, setting 1/gamma = 0\n",
      "v = 373464228.9778757 m / s > c, setting 1/gamma = 0\n",
      "v = 474195552.36735487 m / s > c, setting 1/gamma = 0\n",
      "v = 476103212.6544766 m / s > c, setting 1/gamma = 0\n",
      "v = 301433712.426636 m / s > c, setting 1/gamma = 0\n",
      "v = 316769004.4703114 m / s > c, setting 1/gamma = 0\n",
      "v = 363698490.911882 m / s > c, setting 1/gamma = 0\n",
      "v = 397463763.2205223 m / s > c, setting 1/gamma = 0\n",
      "v = 303027478.2355008 m / s > c, setting 1/gamma = 0\n",
      "v = 325766989.9206968 m / s > c, setting 1/gamma = 0\n",
      "v = 305184729.668999 m / s > c, setting 1/gamma = 0\n",
      "v = 320309174.052485 m / s > c, setting 1/gamma = 0\n",
      "v = 370053052.8425334 m / s > c, setting 1/gamma = 0\n",
      "v = 423742840.7515201 m / s > c, setting 1/gamma = 0\n",
      "v = 446997097.6437202 m / s > c, setting 1/gamma = 0\n",
      "v = 315266362.3634746 m / s > c, setting 1/gamma = 0\n",
      "v = 339783241.9781668 m / s > c, setting 1/gamma = 0\n",
      "v = 324333773.7219128 m / s > c, setting 1/gamma = 0\n",
      "v = 326249045.97577685 m / s > c, setting 1/gamma = 0\n",
      "v = 365147721.7060398 m / s > c, setting 1/gamma = 0\n",
      "v = 333196846.4304854 m / s > c, setting 1/gamma = 0\n",
      "v = 325119171.3423609 m / s > c, setting 1/gamma = 0\n",
      "v = 342765094.3367587 m / s > c, setting 1/gamma = 0\n",
      "v = 364156738.3543508 m / s > c, setting 1/gamma = 0\n",
      "v = 398161281.945829 m / s > c, setting 1/gamma = 0\n",
      "v = 311888358.9888111 m / s > c, setting 1/gamma = 0\n",
      "v = 331501700.42655605 m / s > c, setting 1/gamma = 0\n",
      "v = 492413466.5475571 m / s > c, setting 1/gamma = 0\n",
      "v = 471702809.6431833 m / s > c, setting 1/gamma = 0\n",
      "v = 321946538.5602194 m / s > c, setting 1/gamma = 0\n",
      "v = 311729671.77551824 m / s > c, setting 1/gamma = 0\n",
      "v = 330004257.01851875 m / s > c, setting 1/gamma = 0\n",
      "v = 314715508.5604611 m / s > c, setting 1/gamma = 0\n",
      "v = 611251511.4217757 m / s > c, setting 1/gamma = 0\n",
      "v = 502149595.65598094 m / s > c, setting 1/gamma = 0\n",
      "v = 337008650.8898622 m / s > c, setting 1/gamma = 0\n",
      "v = 358363423.6189228 m / s > c, setting 1/gamma = 0\n",
      "v = 314806503.51958984 m / s > c, setting 1/gamma = 0\n",
      "v = 353944756.03639853 m / s > c, setting 1/gamma = 0\n",
      "v = 331355191.1434221 m / s > c, setting 1/gamma = 0\n",
      "v = 302676696.3764204 m / s > c, setting 1/gamma = 0\n",
      "v = 303306006.5771862 m / s > c, setting 1/gamma = 0\n",
      "v = 322478211.3968166 m / s > c, setting 1/gamma = 0\n",
      "v = 372471499.19554466 m / s > c, setting 1/gamma = 0\n",
      "v = 431919497.7715675 m / s > c, setting 1/gamma = 0\n",
      "v = 453353706.3131516 m / s > c, setting 1/gamma = 0\n",
      "v = 320521634.1401519 m / s > c, setting 1/gamma = 0\n",
      "v = 318368122.4926139 m / s > c, setting 1/gamma = 0\n",
      "v = 371845645.85303926 m / s > c, setting 1/gamma = 0\n",
      "v = 483190353.00226283 m / s > c, setting 1/gamma = 0\n",
      "v = 472391356.4325317 m / s > c, setting 1/gamma = 0\n",
      "v = 329267656.918647 m / s > c, setting 1/gamma = 0\n",
      "v = 328035734.9781309 m / s > c, setting 1/gamma = 0\n",
      "v = 345684707.6117628 m / s > c, setting 1/gamma = 0\n",
      "v = 341116978.42285675 m / s > c, setting 1/gamma = 0\n",
      "v = 393492743.06357896 m / s > c, setting 1/gamma = 0\n",
      "v = 437437272.031919 m / s > c, setting 1/gamma = 0\n",
      "v = 457856879.4349704 m / s > c, setting 1/gamma = 0\n",
      "v = 360830786.2435775 m / s > c, setting 1/gamma = 0\n",
      "v = 379321439.18152857 m / s > c, setting 1/gamma = 0\n",
      "v = 360137007.18022543 m / s > c, setting 1/gamma = 0\n",
      "v = 407453859.61735713 m / s > c, setting 1/gamma = 0\n",
      "v = 498429910.45102066 m / s > c, setting 1/gamma = 0\n",
      "v = 492148168.7167115 m / s > c, setting 1/gamma = 0\n",
      "v = 319188707.44974524 m / s > c, setting 1/gamma = 0\n",
      "v = 337707780.925429 m / s > c, setting 1/gamma = 0\n",
      "v = 357451244.2250354 m / s > c, setting 1/gamma = 0\n",
      "v = 300841269.015862 m / s > c, setting 1/gamma = 0\n",
      "v = 575480066.7902464 m / s > c, setting 1/gamma = 0\n",
      "v = 471622367.1896586 m / s > c, setting 1/gamma = 0\n",
      "v = 326750142.5603144 m / s > c, setting 1/gamma = 0\n",
      "v = 344131154.94550943 m / s > c, setting 1/gamma = 0\n",
      "v = 328012654.3895357 m / s > c, setting 1/gamma = 0\n",
      "v = 381337562.1947135 m / s > c, setting 1/gamma = 0\n",
      "v = 413070443.78452647 m / s > c, setting 1/gamma = 0\n",
      "v = 325601839.7513203 m / s > c, setting 1/gamma = 0\n",
      "v = 343083674.0239802 m / s > c, setting 1/gamma = 0\n",
      "v = 355827394.9513166 m / s > c, setting 1/gamma = 0\n",
      "v = 391664693.2250292 m / s > c, setting 1/gamma = 0\n",
      "v = 310810288.22656673 m / s > c, setting 1/gamma = 0\n",
      "v = 300213351.4697806 m / s > c, setting 1/gamma = 0\n",
      "v = 327757826.59277755 m / s > c, setting 1/gamma = 0\n",
      "v = 329283475.15556216 m / s > c, setting 1/gamma = 0\n",
      "v = 523268011.9047428 m / s > c, setting 1/gamma = 0\n",
      "v = 478002390.71336985 m / s > c, setting 1/gamma = 0\n",
      "v = 325597409.54856694 m / s > c, setting 1/gamma = 0\n",
      "v = 372550898.5854866 m / s > c, setting 1/gamma = 0\n",
      "v = 409598219.4764936 m / s > c, setting 1/gamma = 0\n",
      "v = 443035405.52883804 m / s > c, setting 1/gamma = 0\n",
      "v = 302759182.46115243 m / s > c, setting 1/gamma = 0\n",
      "v = 373094892.58657026 m / s > c, setting 1/gamma = 0\n",
      "v = 416526135.6194948 m / s > c, setting 1/gamma = 0\n",
      "v = 314583618.6325677 m / s > c, setting 1/gamma = 0\n",
      "v = 334123940.4367958 m / s > c, setting 1/gamma = 0\n",
      "v = 302103006.509011 m / s > c, setting 1/gamma = 0\n",
      "v = 322889314.05027103 m / s > c, setting 1/gamma = 0\n",
      "v = 341898352.224259 m / s > c, setting 1/gamma = 0\n",
      "v = 300541836.0853207 m / s > c, setting 1/gamma = 0\n",
      "v = 324498210.91461957 m / s > c, setting 1/gamma = 0\n",
      "v = 360599763.5483534 m / s > c, setting 1/gamma = 0\n",
      "v = 319561642.80087346 m / s > c, setting 1/gamma = 0\n",
      "v = 360775992.7510929 m / s > c, setting 1/gamma = 0\n",
      "v = 315707229.4029345 m / s > c, setting 1/gamma = 0\n",
      "v = 303735701.1873571 m / s > c, setting 1/gamma = 0\n",
      "v = 319059238.00010264 m / s > c, setting 1/gamma = 0\n",
      "v = 349533474.3516357 m / s > c, setting 1/gamma = 0\n",
      "v = 336219107.95054287 m / s > c, setting 1/gamma = 0\n",
      "v = 359555323.20005125 m / s > c, setting 1/gamma = 0\n",
      "v = 328336899.0460782 m / s > c, setting 1/gamma = 0\n",
      "v = 336949834.1906072 m / s > c, setting 1/gamma = 0\n",
      "v = 364729714.51265097 m / s > c, setting 1/gamma = 0\n",
      "v = 357765122.1228788 m / s > c, setting 1/gamma = 0\n",
      "v = 406040680.4321135 m / s > c, setting 1/gamma = 0\n",
      "v = 453500426.403927 m / s > c, setting 1/gamma = 0\n",
      "v = 477239584.0566907 m / s > c, setting 1/gamma = 0\n",
      "v = 303606735.4936275 m / s > c, setting 1/gamma = 0\n",
      "v = 336890556.2191098 m / s > c, setting 1/gamma = 0\n",
      "v = 362748233.86137676 m / s > c, setting 1/gamma = 0\n",
      "v = 405784674.8276131 m / s > c, setting 1/gamma = 0\n",
      "v = 323445614.9834072 m / s > c, setting 1/gamma = 0\n",
      "v = 377614560.1321151 m / s > c, setting 1/gamma = 0\n",
      "v = 310851459.61611587 m / s > c, setting 1/gamma = 0\n",
      "v = 335773188.50633276 m / s > c, setting 1/gamma = 0\n",
      "v = 333939012.40643704 m / s > c, setting 1/gamma = 0\n",
      "v = 359264123.1388733 m / s > c, setting 1/gamma = 0\n",
      "v = 423740363.96447635 m / s > c, setting 1/gamma = 0\n",
      "v = 354892564.65201855 m / s > c, setting 1/gamma = 0\n",
      "v = 413555540.67490274 m / s > c, setting 1/gamma = 0\n",
      "v = 575795057.3608675 m / s > c, setting 1/gamma = 0\n",
      "v = 629639235.0209562 m / s > c, setting 1/gamma = 0\n",
      "v = 344810191.3997051 m / s > c, setting 1/gamma = 0\n",
      "v = 388003976.52848506 m / s > c, setting 1/gamma = 0\n",
      "v = 698655213.0899453 m / s > c, setting 1/gamma = 0\n",
      "v = 687705031.1067708 m / s > c, setting 1/gamma = 0\n",
      "v = 516824513.8310372 m / s > c, setting 1/gamma = 0\n",
      "v = 563614061.7406496 m / s > c, setting 1/gamma = 0\n",
      "v = 333823154.52102697 m / s > c, setting 1/gamma = 0\n",
      "v = 386131668.78366536 m / s > c, setting 1/gamma = 0\n",
      "v = 650073568.8633792 m / s > c, setting 1/gamma = 0\n",
      "v = 653272659.5610546 m / s > c, setting 1/gamma = 0\n",
      "v = 334415139.15415084 m / s > c, setting 1/gamma = 0\n",
      "v = 308989078.1813722 m / s > c, setting 1/gamma = 0\n",
      "v = 364449309.0562763 m / s > c, setting 1/gamma = 0\n",
      "v = 921438173.1621187 m / s > c, setting 1/gamma = 0\n",
      "v = 784762424.2450403 m / s > c, setting 1/gamma = 0\n",
      "v = 639818063.0574632 m / s > c, setting 1/gamma = 0\n",
      "v = 597403367.4438721 m / s > c, setting 1/gamma = 0\n",
      "v = 614337519.2445172 m / s > c, setting 1/gamma = 0\n",
      "v = 624213899.0423949 m / s > c, setting 1/gamma = 0\n",
      "v = 328948026.1224889 m / s > c, setting 1/gamma = 0\n",
      "v = 383995248.8245483 m / s > c, setting 1/gamma = 0\n",
      "v = 330880363.9224124 m / s > c, setting 1/gamma = 0\n",
      "v = 394775109.88709474 m / s > c, setting 1/gamma = 0\n",
      "v = 329564899.94745564 m / s > c, setting 1/gamma = 0\n",
      "v = 347053145.319446 m / s > c, setting 1/gamma = 0\n",
      "v = 414451731.7079886 m / s > c, setting 1/gamma = 0\n",
      "v = 310843731.23583674 m / s > c, setting 1/gamma = 0\n",
      "v = 334608939.39681727 m / s > c, setting 1/gamma = 0\n",
      "v = 371018521.30182046 m / s > c, setting 1/gamma = 0\n",
      "v = 461341708.91144043 m / s > c, setting 1/gamma = 0\n",
      "v = 492080091.49615675 m / s > c, setting 1/gamma = 0\n",
      "v = 319077286.0777584 m / s > c, setting 1/gamma = 0\n",
      "v = 330505021.58590674 m / s > c, setting 1/gamma = 0\n",
      "v = 397805908.7302673 m / s > c, setting 1/gamma = 0\n",
      "v = 330270101.70938164 m / s > c, setting 1/gamma = 0\n",
      "v = 308504667.4354666 m / s > c, setting 1/gamma = 0\n",
      "v = 316063286.0542311 m / s > c, setting 1/gamma = 0\n",
      "v = 396194969.00495553 m / s > c, setting 1/gamma = 0\n",
      "v = 303815629.7937045 m / s > c, setting 1/gamma = 0\n",
      "v = 319810862.8999086 m / s > c, setting 1/gamma = 0\n",
      "v = 309939284.4563321 m / s > c, setting 1/gamma = 0\n",
      "v = 362324179.49860364 m / s > c, setting 1/gamma = 0\n",
      "v = 301490597.38617736 m / s > c, setting 1/gamma = 0\n",
      "v = 347981977.0208715 m / s > c, setting 1/gamma = 0\n",
      "v = 550139801.7184047 m / s > c, setting 1/gamma = 0\n",
      "v = 590424459.3992634 m / s > c, setting 1/gamma = 0\n",
      "v = 350575992.4663735 m / s > c, setting 1/gamma = 0\n",
      "v = 434090727.874377 m / s > c, setting 1/gamma = 0\n",
      "v = 313548282.9299884 m / s > c, setting 1/gamma = 0\n",
      "v = 348771825.9822543 m / s > c, setting 1/gamma = 0\n",
      "v = 404348564.58048594 m / s > c, setting 1/gamma = 0\n",
      "v = 430981735.22679615 m / s > c, setting 1/gamma = 0\n",
      "v = 496742591.0281514 m / s > c, setting 1/gamma = 0\n",
      "v = 305529165.11851823 m / s > c, setting 1/gamma = 0\n",
      "v = 351211840.37238467 m / s > c, setting 1/gamma = 0\n",
      "v = 322879914.2712916 m / s > c, setting 1/gamma = 0\n",
      "v = 450665174.9637157 m / s > c, setting 1/gamma = 0\n",
      "v = 506338178.3120621 m / s > c, setting 1/gamma = 0\n",
      "v = 512764705.19637775 m / s > c, setting 1/gamma = 0\n",
      "v = 519280094.4221166 m / s > c, setting 1/gamma = 0\n",
      "v = 395237466.8684777 m / s > c, setting 1/gamma = 0\n",
      "v = 419063602.3244879 m / s > c, setting 1/gamma = 0\n",
      "v = 568455913.2572769 m / s > c, setting 1/gamma = 0\n",
      "v = 550624321.3648149 m / s > c, setting 1/gamma = 0\n",
      "v = 300975622.9094485 m / s > c, setting 1/gamma = 0\n",
      "v = 341475078.92934066 m / s > c, setting 1/gamma = 0\n",
      "v = 634036723.86329 m / s > c, setting 1/gamma = 0\n",
      "v = 544614884.9930794 m / s > c, setting 1/gamma = 0\n",
      "v = 382543082.29143083 m / s > c, setting 1/gamma = 0\n",
      "v = 425851445.37185395 m / s > c, setting 1/gamma = 0\n",
      "v = 302273692.148981 m / s > c, setting 1/gamma = 0\n",
      "v = 551950513.130648 m / s > c, setting 1/gamma = 0\n",
      "v = 491076944.62358403 m / s > c, setting 1/gamma = 0\n",
      "v = 308033547.9339914 m / s > c, setting 1/gamma = 0\n",
      "v = 311748292.30205977 m / s > c, setting 1/gamma = 0\n",
      "v = 344218610.09608597 m / s > c, setting 1/gamma = 0\n",
      "v = 335486436.63198 m / s > c, setting 1/gamma = 0\n",
      "v = 398090575.3029666 m / s > c, setting 1/gamma = 0\n",
      "v = 423144545.6397453 m / s > c, setting 1/gamma = 0\n",
      "v = 451301256.9367591 m / s > c, setting 1/gamma = 0\n",
      "v = 301589447.73376125 m / s > c, setting 1/gamma = 0\n",
      "v = 338611181.6944734 m / s > c, setting 1/gamma = 0\n",
      "v = 368179120.3205752 m / s > c, setting 1/gamma = 0\n",
      "v = 385868675.1906225 m / s > c, setting 1/gamma = 0\n",
      "v = 428733234.13115025 m / s > c, setting 1/gamma = 0\n",
      "v = 317738108.1329941 m / s > c, setting 1/gamma = 0\n",
      "v = 377305943.9017557 m / s > c, setting 1/gamma = 0\n",
      "v = 301104551.8109213 m / s > c, setting 1/gamma = 0\n",
      "v = 452271874.427013 m / s > c, setting 1/gamma = 0\n",
      "v = 510948446.76427484 m / s > c, setting 1/gamma = 0\n",
      "v = 306616095.46451867 m / s > c, setting 1/gamma = 0\n",
      "v = 399614930.02119195 m / s > c, setting 1/gamma = 0\n",
      "v = 461797677.84643656 m / s > c, setting 1/gamma = 0\n",
      "v = 330982397.4104897 m / s > c, setting 1/gamma = 0\n",
      "v = 342951148.6289362 m / s > c, setting 1/gamma = 0\n",
      "v = 366704853.34687936 m / s > c, setting 1/gamma = 0\n",
      "v = 354013013.9831079 m / s > c, setting 1/gamma = 0\n",
      "v = 371923755.79673946 m / s > c, setting 1/gamma = 0\n",
      "v = 308659016.13139725 m / s > c, setting 1/gamma = 0\n",
      "v = 309941474.26583755 m / s > c, setting 1/gamma = 0\n",
      "v = 366408544.0442536 m / s > c, setting 1/gamma = 0\n",
      "v = 308623199.614275 m / s > c, setting 1/gamma = 0\n",
      "v = 338255253.1449841 m / s > c, setting 1/gamma = 0\n",
      "v = 369040099.35596085 m / s > c, setting 1/gamma = 0\n",
      "v = 391928035.69085866 m / s > c, setting 1/gamma = 0\n",
      "v = 321487039.25515777 m / s > c, setting 1/gamma = 0\n",
      "v = 476220151.6291311 m / s > c, setting 1/gamma = 0\n",
      "v = 472137777.9628788 m / s > c, setting 1/gamma = 0\n",
      "v = 329354329.07313204 m / s > c, setting 1/gamma = 0\n",
      "v = 346789287.7942959 m / s > c, setting 1/gamma = 0\n",
      "v = 454039739.7245986 m / s > c, setting 1/gamma = 0\n",
      "v = 476492198.2733147 m / s > c, setting 1/gamma = 0\n",
      "v = 321601474.37884974 m / s > c, setting 1/gamma = 0\n",
      "v = 658936687.606301 m / s > c, setting 1/gamma = 0\n",
      "v = 541625725.1833256 m / s > c, setting 1/gamma = 0\n",
      "v = 306103067.5988022 m / s > c, setting 1/gamma = 0\n",
      "v = 332801177.0063406 m / s > c, setting 1/gamma = 0\n",
      "v = 384331755.20174885 m / s > c, setting 1/gamma = 0\n",
      "v = 326672954.2142206 m / s > c, setting 1/gamma = 0\n",
      "v = 351311105.19762987 m / s > c, setting 1/gamma = 0\n",
      "v = 300282955.17789626 m / s > c, setting 1/gamma = 0\n",
      "v = 349384626.8776299 m / s > c, setting 1/gamma = 0\n",
      "v = 389597713.0900494 m / s > c, setting 1/gamma = 0\n",
      "v = 401064466.4964846 m / s > c, setting 1/gamma = 0\n",
      "v = 413820887.0158854 m / s > c, setting 1/gamma = 0\n",
      "v = 450790533.524836 m / s > c, setting 1/gamma = 0\n",
      "v = 461641967.9174381 m / s > c, setting 1/gamma = 0\n",
      "v = 323499206.7796945 m / s > c, setting 1/gamma = 0\n",
      "v = 305475057.6193363 m / s > c, setting 1/gamma = 0\n",
      "v = 307783216.32544327 m / s > c, setting 1/gamma = 0\n",
      "v = 312652987.9880724 m / s > c, setting 1/gamma = 0\n",
      "v = 327673911.3942796 m / s > c, setting 1/gamma = 0\n",
      "v = 322514994.2750153 m / s > c, setting 1/gamma = 0\n",
      "v = 370358002.9951523 m / s > c, setting 1/gamma = 0\n",
      "v = 427069611.9631112 m / s > c, setting 1/gamma = 0\n",
      "v = 468400133.68787223 m / s > c, setting 1/gamma = 0\n",
      "v = 320130944.14194214 m / s > c, setting 1/gamma = 0\n",
      "v = 375096607.9182335 m / s > c, setting 1/gamma = 0\n",
      "v = 300501550.3980158 m / s > c, setting 1/gamma = 0\n",
      "v = 333228176.9581158 m / s > c, setting 1/gamma = 0\n",
      "v = 363024447.89981234 m / s > c, setting 1/gamma = 0\n",
      "v = 307929922.9473265 m / s > c, setting 1/gamma = 0\n",
      "v = 640091764.961102 m / s > c, setting 1/gamma = 0\n",
      "v = 526812014.2185112 m / s > c, setting 1/gamma = 0\n",
      "v = 345150158.21169984 m / s > c, setting 1/gamma = 0\n",
      "v = 368845781.1344817 m / s > c, setting 1/gamma = 0\n",
      "v = 316721150.4316894 m / s > c, setting 1/gamma = 0\n",
      "v = 346898031.9167795 m / s > c, setting 1/gamma = 0\n",
      "v = 386520091.7134851 m / s > c, setting 1/gamma = 0\n",
      "v = 402796426.71940374 m / s > c, setting 1/gamma = 0\n",
      "v = 333502147.9969203 m / s > c, setting 1/gamma = 0\n",
      "v = 348678617.86919373 m / s > c, setting 1/gamma = 0\n",
      "v = 300806541.2343367 m / s > c, setting 1/gamma = 0\n",
      "v = 349804759.20306545 m / s > c, setting 1/gamma = 0\n",
      "v = 306160744.30773145 m / s > c, setting 1/gamma = 0\n",
      "v = 322006381.39465725 m / s > c, setting 1/gamma = 0\n",
      "v = 320838910.25895125 m / s > c, setting 1/gamma = 0\n",
      "v = 369852318.82981616 m / s > c, setting 1/gamma = 0\n",
      "v = 300664886.2316781 m / s > c, setting 1/gamma = 0\n",
      "v = 322323141.13415444 m / s > c, setting 1/gamma = 0\n",
      "v = 365987459.30849516 m / s > c, setting 1/gamma = 0\n",
      "v = 398965711.14415824 m / s > c, setting 1/gamma = 0\n",
      "v = 554041289.5580628 m / s > c, setting 1/gamma = 0\n",
      "v = 510211349.25813544 m / s > c, setting 1/gamma = 0\n",
      "v = 312662468.2124631 m / s > c, setting 1/gamma = 0\n",
      "v = 300595247.940724 m / s > c, setting 1/gamma = 0\n",
      "v = 325862328.42075646 m / s > c, setting 1/gamma = 0\n",
      "v = 303911797.18481284 m / s > c, setting 1/gamma = 0\n",
      "v = 339961193.2095833 m / s > c, setting 1/gamma = 0\n",
      "v = 391872782.3658771 m / s > c, setting 1/gamma = 0\n",
      "v = 361840114.0686811 m / s > c, setting 1/gamma = 0\n",
      "v = 382139477.904595 m / s > c, setting 1/gamma = 0\n",
      "v = 306754755.5852603 m / s > c, setting 1/gamma = 0\n",
      "v = 310177688.27802896 m / s > c, setting 1/gamma = 0\n",
      "v = 328001757.1370541 m / s > c, setting 1/gamma = 0\n",
      "v = 362388934.6112745 m / s > c, setting 1/gamma = 0\n",
      "v = 327329331.6818954 m / s > c, setting 1/gamma = 0\n",
      "v = 299829554.6897096 m / s > c, setting 1/gamma = 0\n",
      "v = 379063487.8080647 m / s > c, setting 1/gamma = 0\n",
      "v = 397449393.7747089 m / s > c, setting 1/gamma = 0\n",
      "v = 301715532.1221388 m / s > c, setting 1/gamma = 0\n",
      "v = 350887264.34841764 m / s > c, setting 1/gamma = 0\n",
      "v = 385156905.1173614 m / s > c, setting 1/gamma = 0\n",
      "v = 308557164.7685214 m / s > c, setting 1/gamma = 0\n",
      "v = 302767462.63307637 m / s > c, setting 1/gamma = 0\n",
      "v = 308047221.2956129 m / s > c, setting 1/gamma = 0\n",
      "v = 347362935.6189068 m / s > c, setting 1/gamma = 0\n",
      "v = 346598244.02113783 m / s > c, setting 1/gamma = 0\n",
      "v = 365995623.4895968 m / s > c, setting 1/gamma = 0\n",
      "v = 406253558.7850519 m / s > c, setting 1/gamma = 0\n",
      "v = 322581433.9549825 m / s > c, setting 1/gamma = 0\n",
      "v = 380729910.46234375 m / s > c, setting 1/gamma = 0\n",
      "v = 535829281.61303395 m / s > c, setting 1/gamma = 0\n",
      "v = 493458238.96716684 m / s > c, setting 1/gamma = 0\n",
      "v = 322142690.7124771 m / s > c, setting 1/gamma = 0\n",
      "v = 340517714.11931777 m / s > c, setting 1/gamma = 0\n",
      "v = 436729646.10873306 m / s > c, setting 1/gamma = 0\n",
      "v = 487181511.2758567 m / s > c, setting 1/gamma = 0\n",
      "v = 426792447.2901845 m / s > c, setting 1/gamma = 0\n",
      "v = 462735322.06804615 m / s > c, setting 1/gamma = 0\n",
      "v = 311342121.2572265 m / s > c, setting 1/gamma = 0\n",
      "v = 330368019.0758936 m / s > c, setting 1/gamma = 0\n",
      "v = 414810168.30244684 m / s > c, setting 1/gamma = 0\n",
      "v = 456431692.8027566 m / s > c, setting 1/gamma = 0\n",
      "v = 311915942.9928244 m / s > c, setting 1/gamma = 0\n",
      "v = 476797739.8445339 m / s > c, setting 1/gamma = 0\n",
      "v = 472408402.3338682 m / s > c, setting 1/gamma = 0\n",
      "v = 321323496.66610616 m / s > c, setting 1/gamma = 0\n",
      "v = 349178096.5361737 m / s > c, setting 1/gamma = 0\n",
      "v = 361682219.9834581 m / s > c, setting 1/gamma = 0\n",
      "v = 428902657.52690667 m / s > c, setting 1/gamma = 0\n",
      "v = 471041155.82541305 m / s > c, setting 1/gamma = 0\n",
      "v = 449608326.32067364 m / s > c, setting 1/gamma = 0\n",
      "v = 455463565.6531446 m / s > c, setting 1/gamma = 0\n",
      "v = 306491381.247207 m / s > c, setting 1/gamma = 0\n",
      "v = 321786485.2283933 m / s > c, setting 1/gamma = 0\n",
      "v = 324523250.92253166 m / s > c, setting 1/gamma = 0\n",
      "v = 370555026.23870957 m / s > c, setting 1/gamma = 0\n",
      "v = 302855119.6785958 m / s > c, setting 1/gamma = 0\n",
      "v = 322337874.1677694 m / s > c, setting 1/gamma = 0\n",
      "v = 340796365.3442107 m / s > c, setting 1/gamma = 0\n",
      "v = 317111541.24761647 m / s > c, setting 1/gamma = 0\n",
      "v = 343123614.9645465 m / s > c, setting 1/gamma = 0\n",
      "v = 463234921.3414634 m / s > c, setting 1/gamma = 0\n",
      "v = 463384300.6029707 m / s > c, setting 1/gamma = 0\n",
      "v = 303168134.42729557 m / s > c, setting 1/gamma = 0\n",
      "v = 350721399.7049496 m / s > c, setting 1/gamma = 0\n",
      "v = 321412510.56270236 m / s > c, setting 1/gamma = 0\n",
      "v = 340929547.3401124 m / s > c, setting 1/gamma = 0\n",
      "v = 449307720.6010025 m / s > c, setting 1/gamma = 0\n",
      "v = 456731945.04219234 m / s > c, setting 1/gamma = 0\n",
      "v = 304321587.44574076 m / s > c, setting 1/gamma = 0\n",
      "v = 323609430.77380145 m / s > c, setting 1/gamma = 0\n",
      "v = 300440098.37523067 m / s > c, setting 1/gamma = 0\n",
      "v = 302018428.15545344 m / s > c, setting 1/gamma = 0\n",
      "v = 343992938.74234325 m / s > c, setting 1/gamma = 0\n",
      "v = 305743422.6935028 m / s > c, setting 1/gamma = 0\n",
      "v = 300428563.8792833 m / s > c, setting 1/gamma = 0\n",
      "v = 351967146.52332085 m / s > c, setting 1/gamma = 0\n",
      "v = 311495139.08733946 m / s > c, setting 1/gamma = 0\n",
      "v = 335999937.1024884 m / s > c, setting 1/gamma = 0\n",
      "v = 332018124.5687303 m / s > c, setting 1/gamma = 0\n",
      "v = 356273802.96268135 m / s > c, setting 1/gamma = 0\n",
      "v = 497996763.1455563 m / s > c, setting 1/gamma = 0\n",
      "v = 491256503.2666493 m / s > c, setting 1/gamma = 0\n",
      "v = 299961860.66873544 m / s > c, setting 1/gamma = 0\n",
      "v = 323173006.84037095 m / s > c, setting 1/gamma = 0\n",
      "v = 343938621.8989945 m / s > c, setting 1/gamma = 0\n",
      "v = 429709262.83850634 m / s > c, setting 1/gamma = 0\n",
      "v = 453318889.46535933 m / s > c, setting 1/gamma = 0\n",
      "v = 306413378.1654127 m / s > c, setting 1/gamma = 0\n",
      "v = 322282073.5195198 m / s > c, setting 1/gamma = 0\n",
      "v = 306502796.4967149 m / s > c, setting 1/gamma = 0\n",
      "v = 305595584.84303427 m / s > c, setting 1/gamma = 0\n",
      "v = 327013684.72355705 m / s > c, setting 1/gamma = 0\n",
      "v = 344680332.02965254 m / s > c, setting 1/gamma = 0\n",
      "v = 392389599.48512465 m / s > c, setting 1/gamma = 0\n",
      "v = 371771948.5025139 m / s > c, setting 1/gamma = 0\n",
      "v = 415597804.136643 m / s > c, setting 1/gamma = 0\n",
      "v = 387363594.9139995 m / s > c, setting 1/gamma = 0\n",
      "v = 401443314.7142063 m / s > c, setting 1/gamma = 0\n",
      "v = 373796275.1855402 m / s > c, setting 1/gamma = 0\n",
      "v = 406636797.95917946 m / s > c, setting 1/gamma = 0\n",
      "v = 349337271.49374557 m / s > c, setting 1/gamma = 0\n",
      "v = 401044299.6949276 m / s > c, setting 1/gamma = 0\n",
      "v = 306987569.90313953 m / s > c, setting 1/gamma = 0\n",
      "v = 330520595.4995127 m / s > c, setting 1/gamma = 0\n",
      "v = 334890972.2453128 m / s > c, setting 1/gamma = 0\n",
      "v = 481049051.9444104 m / s > c, setting 1/gamma = 0\n",
      "v = 475729393.039091 m / s > c, setting 1/gamma = 0\n",
      "v = 332137423.1742854 m / s > c, setting 1/gamma = 0\n",
      "v = 341286202.890866 m / s > c, setting 1/gamma = 0\n",
      "v = 357005669.53137094 m / s > c, setting 1/gamma = 0\n",
      "v = 301571896.4926972 m / s > c, setting 1/gamma = 0\n",
      "v = 341743013.1784704 m / s > c, setting 1/gamma = 0\n",
      "v = 402434382.09496486 m / s > c, setting 1/gamma = 0\n",
      "v = 433864990.9209925 m / s > c, setting 1/gamma = 0\n",
      "v = 301620891.9377 m / s > c, setting 1/gamma = 0\n",
      "v = 322167958.5057722 m / s > c, setting 1/gamma = 0\n",
      "v = 303869827.44520736 m / s > c, setting 1/gamma = 0\n",
      "v = 356823274.9049212 m / s > c, setting 1/gamma = 0\n",
      "v = 329990101.02895683 m / s > c, setting 1/gamma = 0\n",
      "v = 683609978.6232504 m / s > c, setting 1/gamma = 0\n",
      "v = 562177078.6247083 m / s > c, setting 1/gamma = 0\n",
      "v = 389760145.41223854 m / s > c, setting 1/gamma = 0\n",
      "v = 427893019.4131845 m / s > c, setting 1/gamma = 0\n",
      "v = 307550647.368834 m / s > c, setting 1/gamma = 0\n",
      "v = 300243168.97887963 m / s > c, setting 1/gamma = 0\n",
      "v = 566414128.4906313 m / s > c, setting 1/gamma = 0\n",
      "v = 464296265.1493045 m / s > c, setting 1/gamma = 0\n",
      "v = 345236825.35733193 m / s > c, setting 1/gamma = 0\n",
      "v = 357116680.0951266 m / s > c, setting 1/gamma = 0\n",
      "v = 313376188.8586044 m / s > c, setting 1/gamma = 0\n",
      "v = 622206672.8336906 m / s > c, setting 1/gamma = 0\n",
      "v = 509621609.78001374 m / s > c, setting 1/gamma = 0\n",
      "v = 396508550.8681813 m / s > c, setting 1/gamma = 0\n",
      "v = 435986529.94792944 m / s > c, setting 1/gamma = 0\n",
      "v = 301360915.47221136 m / s > c, setting 1/gamma = 0\n",
      "v = 329824399.4135981 m / s > c, setting 1/gamma = 0\n",
      "v = 357372934.6002735 m / s > c, setting 1/gamma = 0\n",
      "v = 477609917.24630785 m / s > c, setting 1/gamma = 0\n",
      "v = 470953154.1170525 m / s > c, setting 1/gamma = 0\n",
      "v = 304760232.5356038 m / s > c, setting 1/gamma = 0\n",
      "v = 353668751.1845131 m / s > c, setting 1/gamma = 0\n",
      "v = 312428280.3602489 m / s > c, setting 1/gamma = 0\n",
      "v = 332025181.481778 m / s > c, setting 1/gamma = 0\n",
      "v = 310719383.4953565 m / s > c, setting 1/gamma = 0\n",
      "v = 327798432.0500551 m / s > c, setting 1/gamma = 0\n",
      "v = 662594111.0395447 m / s > c, setting 1/gamma = 0\n",
      "v = 545149705.489894 m / s > c, setting 1/gamma = 0\n",
      "v = 356982958.16234356 m / s > c, setting 1/gamma = 0\n",
      "v = 401361708.60430974 m / s > c, setting 1/gamma = 0\n",
      "v = 392937202.35149616 m / s > c, setting 1/gamma = 0\n",
      "v = 404140856.42268133 m / s > c, setting 1/gamma = 0\n",
      "v = 322177439.9424079 m / s > c, setting 1/gamma = 0\n",
      "v = 359111269.09018373 m / s > c, setting 1/gamma = 0\n",
      "v = 321266039.51483834 m / s > c, setting 1/gamma = 0\n",
      "v = 340826348.334065 m / s > c, setting 1/gamma = 0\n",
      "v = 301696412.8336095 m / s > c, setting 1/gamma = 0\n",
      "v = 344235521.0086036 m / s > c, setting 1/gamma = 0\n",
      "v = 302245843.38570726 m / s > c, setting 1/gamma = 0\n",
      "v = 329747572.9860202 m / s > c, setting 1/gamma = 0\n",
      "v = 350120596.92548525 m / s > c, setting 1/gamma = 0\n",
      "v = 348726874.00335926 m / s > c, setting 1/gamma = 0\n",
      "v = 377819985.6341745 m / s > c, setting 1/gamma = 0\n",
      "v = 334795975.5172826 m / s > c, setting 1/gamma = 0\n",
      "v = 697839850.7437172 m / s > c, setting 1/gamma = 0\n",
      "v = 574547499.6179616 m / s > c, setting 1/gamma = 0\n",
      "v = 316587245.2456639 m / s > c, setting 1/gamma = 0\n",
      "v = 326782658.0009218 m / s > c, setting 1/gamma = 0\n",
      "v = 364110946.99120784 m / s > c, setting 1/gamma = 0\n",
      "v = 402819140.6866307 m / s > c, setting 1/gamma = 0\n",
      "v = 309918072.2353318 m / s > c, setting 1/gamma = 0\n",
      "v = 317645310.8973729 m / s > c, setting 1/gamma = 0\n",
      "v = 339327853.0039967 m / s > c, setting 1/gamma = 0\n",
      "v = 521612708.81175655 m / s > c, setting 1/gamma = 0\n",
      "v = 480622904.7472414 m / s > c, setting 1/gamma = 0\n",
      "v = 305612193.7934924 m / s > c, setting 1/gamma = 0\n",
      "v = 343409515.28222644 m / s > c, setting 1/gamma = 0\n",
      "v = 365432031.8755074 m / s > c, setting 1/gamma = 0\n",
      "v = 412719805.32132524 m / s > c, setting 1/gamma = 0\n",
      "v = 442429505.5882601 m / s > c, setting 1/gamma = 0\n",
      "v = 437000239.8489983 m / s > c, setting 1/gamma = 0\n",
      "v = 463769166.42634934 m / s > c, setting 1/gamma = 0\n",
      "v = 324100834.2431993 m / s > c, setting 1/gamma = 0\n",
      "v = 341426528.1066766 m / s > c, setting 1/gamma = 0\n",
      "v = 381039379.5163126 m / s > c, setting 1/gamma = 0\n",
      "v = 353937196.6894862 m / s > c, setting 1/gamma = 0\n",
      "v = 402851081.47122866 m / s > c, setting 1/gamma = 0\n",
      "v = 335505058.0264292 m / s > c, setting 1/gamma = 0\n",
      "v = 352605181.9784646 m / s > c, setting 1/gamma = 0\n",
      "v = 338994681.330373 m / s > c, setting 1/gamma = 0\n",
      "v = 513671453.4813266 m / s > c, setting 1/gamma = 0\n",
      "v = 490464794.2218498 m / s > c, setting 1/gamma = 0\n",
      "v = 336839100.57293963 m / s > c, setting 1/gamma = 0\n",
      "v = 354291189.63424355 m / s > c, setting 1/gamma = 0\n",
      "v = 331367096.76304704 m / s > c, setting 1/gamma = 0\n",
      "v = 362569352.0860977 m / s > c, setting 1/gamma = 0\n",
      "v = 314431660.4064396 m / s > c, setting 1/gamma = 0\n",
      "v = 634879073.8569391 m / s > c, setting 1/gamma = 0\n",
      "v = 520508796.41152966 m / s > c, setting 1/gamma = 0\n",
      "v = 301158912.7981667 m / s > c, setting 1/gamma = 0\n",
      "v = 356050801.5222069 m / s > c, setting 1/gamma = 0\n",
      "v = 400331637.93474686 m / s > c, setting 1/gamma = 0\n",
      "v = 354970384.19795483 m / s > c, setting 1/gamma = 0\n",
      "v = 377569356.4527622 m / s > c, setting 1/gamma = 0\n",
      "v = 304975853.68087804 m / s > c, setting 1/gamma = 0\n",
      "v = 345740961.61103344 m / s > c, setting 1/gamma = 0\n",
      "v = 371150835.2496303 m / s > c, setting 1/gamma = 0\n",
      "v = 416799227.2763331 m / s > c, setting 1/gamma = 0\n",
      "v = 309272139.9213188 m / s > c, setting 1/gamma = 0\n",
      "v = 340477933.4456457 m / s > c, setting 1/gamma = 0\n",
      "v = 369726030.8282806 m / s > c, setting 1/gamma = 0\n",
      "v = 412418811.826882 m / s > c, setting 1/gamma = 0\n",
      "v = 392733725.9792386 m / s > c, setting 1/gamma = 0\n",
      "v = 436240219.8974737 m / s > c, setting 1/gamma = 0\n",
      "v = 312197618.08358586 m / s > c, setting 1/gamma = 0\n",
      "v = 333758997.07080865 m / s > c, setting 1/gamma = 0\n",
      "v = 299997363.3726582 m / s > c, setting 1/gamma = 0\n",
      "v = 346253731.7775533 m / s > c, setting 1/gamma = 0\n",
      "v = 375906918.94853735 m / s > c, setting 1/gamma = 0\n",
      "v = 350213533.0853523 m / s > c, setting 1/gamma = 0\n",
      "v = 753547491.3883567 m / s > c, setting 1/gamma = 0\n",
      "v = 622122400.0602208 m / s > c, setting 1/gamma = 0\n",
      "v = 305342128.7063274 m / s > c, setting 1/gamma = 0\n",
      "v = 329574802.2960504 m / s > c, setting 1/gamma = 0\n",
      "v = 354592685.8174941 m / s > c, setting 1/gamma = 0\n",
      "v = 384433298.50262165 m / s > c, setting 1/gamma = 0\n",
      "v = 302466066.43756825 m / s > c, setting 1/gamma = 0\n",
      "v = 344837159.03593194 m / s > c, setting 1/gamma = 0\n",
      "v = 331216613.3396792 m / s > c, setting 1/gamma = 0\n",
      "v = 304385994.2328841 m / s > c, setting 1/gamma = 0\n",
      "v = 329165115.767952 m / s > c, setting 1/gamma = 0\n",
      "v = 322951387.49572194 m / s > c, setting 1/gamma = 0\n",
      "v = 350492095.8400568 m / s > c, setting 1/gamma = 0\n",
      "v = 398078292.5602667 m / s > c, setting 1/gamma = 0\n",
      "v = 331323381.9183856 m / s > c, setting 1/gamma = 0\n",
      "v = 360110401.05141115 m / s > c, setting 1/gamma = 0\n",
      "v = 310919517.7703842 m / s > c, setting 1/gamma = 0\n",
      "v = 348524752.8857324 m / s > c, setting 1/gamma = 0\n",
      "v = 345762808.7219815 m / s > c, setting 1/gamma = 0\n",
      "v = 396678966.6384068 m / s > c, setting 1/gamma = 0\n",
      "v = 374553770.0576603 m / s > c, setting 1/gamma = 0\n",
      "v = 399231408.7889931 m / s > c, setting 1/gamma = 0\n",
      "v = 374794337.49383044 m / s > c, setting 1/gamma = 0\n",
      "v = 402983801.8339188 m / s > c, setting 1/gamma = 0\n",
      "v = 326904880.21782035 m / s > c, setting 1/gamma = 0\n",
      "v = 370752180.1121052 m / s > c, setting 1/gamma = 0\n",
      "v = 318680655.5717021 m / s > c, setting 1/gamma = 0\n",
      "v = 339664745.8544248 m / s > c, setting 1/gamma = 0\n",
      "v = 367103923.7138238 m / s > c, setting 1/gamma = 0\n",
      "v = 381486563.6160451 m / s > c, setting 1/gamma = 0\n",
      "v = 426091475.04480034 m / s > c, setting 1/gamma = 0\n",
      "v = 450666861.0179035 m / s > c, setting 1/gamma = 0\n",
      "v = 477060766.8057207 m / s > c, setting 1/gamma = 0\n",
      "v = 407156725.19162875 m / s > c, setting 1/gamma = 0\n",
      "v = 435392860.09095746 m / s > c, setting 1/gamma = 0\n",
      "v = 304719735.5593979 m / s > c, setting 1/gamma = 0\n",
      "v = 341222137.3201902 m / s > c, setting 1/gamma = 0\n",
      "v = 367669895.23320955 m / s > c, setting 1/gamma = 0\n",
      "v = 335557591.22961676 m / s > c, setting 1/gamma = 0\n",
      "v = 375743703.51889855 m / s > c, setting 1/gamma = 0\n",
      "v = 374251215.0992397 m / s > c, setting 1/gamma = 0\n",
      "v = 422928455.04519665 m / s > c, setting 1/gamma = 0\n",
      "v = 342752261.2716572 m / s > c, setting 1/gamma = 0\n",
      "v = 360421512.4379162 m / s > c, setting 1/gamma = 0\n",
      "v = 323073382.6669815 m / s > c, setting 1/gamma = 0\n",
      "v = 300903420.2671059 m / s > c, setting 1/gamma = 0\n",
      "v = 591890584.616523 m / s > c, setting 1/gamma = 0\n",
      "v = 484624938.8260966 m / s > c, setting 1/gamma = 0\n",
      "v = 303939900.2353496 m / s > c, setting 1/gamma = 0\n",
      "v = 326226576.2268009 m / s > c, setting 1/gamma = 0\n",
      "v = 329618677.78328025 m / s > c, setting 1/gamma = 0\n",
      "v = 416603967.5362464 m / s > c, setting 1/gamma = 0\n",
      "v = 450971991.07338214 m / s > c, setting 1/gamma = 0\n",
      "v = 364635204.4616087 m / s > c, setting 1/gamma = 0\n",
      "v = 384140118.47444695 m / s > c, setting 1/gamma = 0\n",
      "v = 313340632.8393675 m / s > c, setting 1/gamma = 0\n",
      "v = 351239268.954743 m / s > c, setting 1/gamma = 0\n",
      "v = 387576171.8561904 m / s > c, setting 1/gamma = 0\n",
      "v = 433224280.9600005 m / s > c, setting 1/gamma = 0\n",
      "v = 331777261.6172544 m / s > c, setting 1/gamma = 0\n",
      "v = 351600090.0365528 m / s > c, setting 1/gamma = 0\n",
      "v = 480869811.2719469 m / s > c, setting 1/gamma = 0\n",
      "v = 482508163.70570403 m / s > c, setting 1/gamma = 0\n",
      "v = 300906586.9086707 m / s > c, setting 1/gamma = 0\n",
      "v = 308852849.8323942 m / s > c, setting 1/gamma = 0\n",
      "v = 302650187.68032527 m / s > c, setting 1/gamma = 0\n",
      "v = 350254581.121488 m / s > c, setting 1/gamma = 0\n",
      "v = 383394293.52787465 m / s > c, setting 1/gamma = 0\n",
      "v = 317487107.3015581 m / s > c, setting 1/gamma = 0\n",
      "v = 361319348.3918206 m / s > c, setting 1/gamma = 0\n",
      "v = 370930111.09194374 m / s > c, setting 1/gamma = 0\n",
      "v = 386688529.45418745 m / s > c, setting 1/gamma = 0\n",
      "v = 338260343.8034229 m / s > c, setting 1/gamma = 0\n",
      "v = 399853147.0422602 m / s > c, setting 1/gamma = 0\n",
      "v = 441829701.02416533 m / s > c, setting 1/gamma = 0\n",
      "v = 310229514.5028586 m / s > c, setting 1/gamma = 0\n",
      "v = 333237038.58014786 m / s > c, setting 1/gamma = 0\n",
      "v = 395077491.2087132 m / s > c, setting 1/gamma = 0\n",
      "v = 433417004.68573314 m / s > c, setting 1/gamma = 0\n",
      "v = 307741175.92837685 m / s > c, setting 1/gamma = 0\n",
      "v = 309287071.33293945 m / s > c, setting 1/gamma = 0\n",
      "v = 485518262.6756958 m / s > c, setting 1/gamma = 0\n",
      "v = 478911419.2274696 m / s > c, setting 1/gamma = 0\n",
      "v = 302805274.76609236 m / s > c, setting 1/gamma = 0\n",
      "v = 353758976.0403133 m / s > c, setting 1/gamma = 0\n",
      "v = 306190768.64202315 m / s > c, setting 1/gamma = 0\n",
      "v = 327765475.5890105 m / s > c, setting 1/gamma = 0\n",
      "v = 322604284.6166807 m / s > c, setting 1/gamma = 0\n",
      "v = 301860592.35585403 m / s > c, setting 1/gamma = 0\n",
      "v = 589477482.0090927 m / s > c, setting 1/gamma = 0\n",
      "v = 481865840.3217142 m / s > c, setting 1/gamma = 0\n",
      "v = 429044913.3219671 m / s > c, setting 1/gamma = 0\n",
      "v = 461158366.73025376 m / s > c, setting 1/gamma = 0\n",
      "v = 300658195.4608983 m / s > c, setting 1/gamma = 0\n",
      "v = 328956320.7574216 m / s > c, setting 1/gamma = 0\n",
      "v = 356498563.0891365 m / s > c, setting 1/gamma = 0\n",
      "v = 333637595.009303 m / s > c, setting 1/gamma = 0\n",
      "v = 681718795.7504485 m / s > c, setting 1/gamma = 0\n",
      "v = 561971421.9755356 m / s > c, setting 1/gamma = 0\n",
      "v = 304080971.0236596 m / s > c, setting 1/gamma = 0\n",
      "v = 322924452.43829507 m / s > c, setting 1/gamma = 0\n",
      "v = 330633054.1039576 m / s > c, setting 1/gamma = 0\n",
      "v = 374075718.1754569 m / s > c, setting 1/gamma = 0\n",
      "v = 316046284.56544167 m / s > c, setting 1/gamma = 0\n",
      "v = 362371291.24665046 m / s > c, setting 1/gamma = 0\n",
      "v = 378331967.13144046 m / s > c, setting 1/gamma = 0\n",
      "v = 347000666.03313464 m / s > c, setting 1/gamma = 0\n",
      "v = 395176389.7550453 m / s > c, setting 1/gamma = 0\n",
      "v = 342580156.73839885 m / s > c, setting 1/gamma = 0\n",
      "v = 369777849.71768564 m / s > c, setting 1/gamma = 0\n",
      "v = 305088696.8617831 m / s > c, setting 1/gamma = 0\n",
      "v = 337745752.3737312 m / s > c, setting 1/gamma = 0\n",
      "v = 392427804.57521075 m / s > c, setting 1/gamma = 0\n",
      "v = 407582127.60583323 m / s > c, setting 1/gamma = 0\n",
      "v = 375524699.18774396 m / s > c, setting 1/gamma = 0\n",
      "v = 414729777.4954205 m / s > c, setting 1/gamma = 0\n",
      "v = 333838782.50001734 m / s > c, setting 1/gamma = 0\n",
      "v = 386017277.51834697 m / s > c, setting 1/gamma = 0\n",
      "v = 320126785.8417924 m / s > c, setting 1/gamma = 0\n",
      "v = 340482585.8854731 m / s > c, setting 1/gamma = 0\n",
      "v = 300465488.4892929 m / s > c, setting 1/gamma = 0\n",
      "v = 354406348.2998344 m / s > c, setting 1/gamma = 0\n",
      "v = 303268347.17582685 m / s > c, setting 1/gamma = 0\n",
      "v = 602033254.8662512 m / s > c, setting 1/gamma = 0\n",
      "v = 492322746.95636326 m / s > c, setting 1/gamma = 0\n",
      "v = 328281297.21756834 m / s > c, setting 1/gamma = 0\n",
      "v = 353118902.67672366 m / s > c, setting 1/gamma = 0\n",
      "v = 371647042.87322426 m / s > c, setting 1/gamma = 0\n",
      "v = 418293141.06973183 m / s > c, setting 1/gamma = 0\n",
      "v = 301627311.4873634 m / s > c, setting 1/gamma = 0\n",
      "v = 304348739.080428 m / s > c, setting 1/gamma = 0\n",
      "v = 390334747.13534814 m / s > c, setting 1/gamma = 0\n",
      "v = 421577565.5976929 m / s > c, setting 1/gamma = 0\n",
      "v = 345001308.91512775 m / s > c, setting 1/gamma = 0\n",
      "v = 357745538.53054446 m / s > c, setting 1/gamma = 0\n",
      "v = 317974384.6874682 m / s > c, setting 1/gamma = 0\n",
      "v = 641807057.303066 m / s > c, setting 1/gamma = 0\n",
      "v = 526582038.2822977 m / s > c, setting 1/gamma = 0\n",
      "v = 489394264.08651996 m / s > c, setting 1/gamma = 0\n",
      "v = 508965615.0270862 m / s > c, setting 1/gamma = 0\n",
      "v = 319372969.3242465 m / s > c, setting 1/gamma = 0\n",
      "v = 649777204.046513 m / s > c, setting 1/gamma = 0\n",
      "v = 534557712.16815823 m / s > c, setting 1/gamma = 0\n",
      "v = 554788345.9914032 m / s > c, setting 1/gamma = 0\n",
      "v = 493663568.6394093 m / s > c, setting 1/gamma = 0\n",
      "v = 387020085.75723934 m / s > c, setting 1/gamma = 0\n",
      "v = 399393031.672918 m / s > c, setting 1/gamma = 0\n",
      "v = 321783108.921651 m / s > c, setting 1/gamma = 0\n",
      "v = 366307055.795098 m / s > c, setting 1/gamma = 0\n",
      "v = 402823380.4260508 m / s > c, setting 1/gamma = 0\n",
      "v = 442845957.83419335 m / s > c, setting 1/gamma = 0\n",
      "v = 303149531.32122594 m / s > c, setting 1/gamma = 0\n",
      "v = 325374807.71965426 m / s > c, setting 1/gamma = 0\n",
      "v = 321970212.3052737 m / s > c, setting 1/gamma = 0\n",
      "v = 449378158.41156244 m / s > c, setting 1/gamma = 0\n",
      "v = 473212152.5648801 m / s > c, setting 1/gamma = 0\n",
      "v = 300673623.31576526 m / s > c, setting 1/gamma = 0\n",
      "v = 311564280.3077968 m / s > c, setting 1/gamma = 0\n",
      "v = 413016979.8202682 m / s > c, setting 1/gamma = 0\n",
      "v = 448675808.2354926 m / s > c, setting 1/gamma = 0\n",
      "v = 342173630.04105407 m / s > c, setting 1/gamma = 0\n",
      "v = 367988448.94974506 m / s > c, setting 1/gamma = 0\n",
      "v = 317308791.48933524 m / s > c, setting 1/gamma = 0\n",
      "v = 524115419.83580756 m / s > c, setting 1/gamma = 0\n",
      "v = 502825977.4205309 m / s > c, setting 1/gamma = 0\n",
      "v = 301481354.8605995 m / s > c, setting 1/gamma = 0\n",
      "v = 326553452.65636665 m / s > c, setting 1/gamma = 0\n",
      "v = 347262299.83597225 m / s > c, setting 1/gamma = 0\n",
      "v = 538033873.3310016 m / s > c, setting 1/gamma = 0\n",
      "v = 490669551.49978924 m / s > c, setting 1/gamma = 0\n",
      "v = 342738831.4624442 m / s > c, setting 1/gamma = 0\n",
      "v = 368806909.1830502 m / s > c, setting 1/gamma = 0\n",
      "v = 332259839.3184351 m / s > c, setting 1/gamma = 0\n",
      "v = 373028904.79880345 m / s > c, setting 1/gamma = 0\n",
      "v = 380255458.0590951 m / s > c, setting 1/gamma = 0\n",
      "v = 427562809.230077 m / s > c, setting 1/gamma = 0\n",
      "v = 301683834.9424259 m / s > c, setting 1/gamma = 0\n",
      "v = 325774383.0231565 m / s > c, setting 1/gamma = 0\n",
      "v = 372573697.31262743 m / s > c, setting 1/gamma = 0\n",
      "v = 397662088.986336 m / s > c, setting 1/gamma = 0\n",
      "v = 484663696.97921467 m / s > c, setting 1/gamma = 0\n",
      "v = 488116750.6424455 m / s > c, setting 1/gamma = 0\n",
      "v = 299905385.81789804 m / s > c, setting 1/gamma = 0\n",
      "v = 320942530.07842505 m / s > c, setting 1/gamma = 0\n",
      "v = 340464073.51505786 m / s > c, setting 1/gamma = 0\n",
      "v = 389611381.29071623 m / s > c, setting 1/gamma = 0\n",
      "v = 430622154.63878417 m / s > c, setting 1/gamma = 0\n",
      "v = 332739222.9862292 m / s > c, setting 1/gamma = 0\n",
      "v = 359389239.6446587 m / s > c, setting 1/gamma = 0\n",
      "v = 305494409.30804646 m / s > c, setting 1/gamma = 0\n",
      "v = 344538605.4677199 m / s > c, setting 1/gamma = 0\n",
      "v = 737836785.2455301 m / s > c, setting 1/gamma = 0\n",
      "v = 609349910.5196958 m / s > c, setting 1/gamma = 0\n",
      "v = 305366031.02155674 m / s > c, setting 1/gamma = 0\n",
      "v = 331297033.8715275 m / s > c, setting 1/gamma = 0\n",
      "v = 342525872.8308174 m / s > c, setting 1/gamma = 0\n",
      "v = 368738850.3757847 m / s > c, setting 1/gamma = 0\n",
      "v = 319891566.6490805 m / s > c, setting 1/gamma = 0\n",
      "v = 648512311.7832301 m / s > c, setting 1/gamma = 0\n",
      "v = 533258262.50151294 m / s > c, setting 1/gamma = 0\n",
      "v = 326282730.5991919 m / s > c, setting 1/gamma = 0\n",
      "v = 492444977.4731479 m / s > c, setting 1/gamma = 0\n",
      "v = 490233439.59604156 m / s > c, setting 1/gamma = 0\n",
      "v = 332018399.9578719 m / s > c, setting 1/gamma = 0\n",
      "v = 313047846.0393476 m / s > c, setting 1/gamma = 0\n",
      "v = 334504736.15505075 m / s > c, setting 1/gamma = 0\n",
      "v = 309645272.5712374 m / s > c, setting 1/gamma = 0\n",
      "v = 462204297.95301163 m / s > c, setting 1/gamma = 0\n",
      "v = 474927720.40462935 m / s > c, setting 1/gamma = 0\n",
      "v = 341076363.18791366 m / s > c, setting 1/gamma = 0\n",
      "v = 359730285.17355573 m / s > c, setting 1/gamma = 0\n",
      "v = 328836558.93463546 m / s > c, setting 1/gamma = 0\n",
      "v = 354213416.80599713 m / s > c, setting 1/gamma = 0\n",
      "v = 350448594.55738765 m / s > c, setting 1/gamma = 0\n",
      "v = 394061486.02768666 m / s > c, setting 1/gamma = 0\n",
      "v = 304125476.6225221 m / s > c, setting 1/gamma = 0\n",
      "v = 319146452.6536967 m / s > c, setting 1/gamma = 0\n",
      "v = 647713340.2618793 m / s > c, setting 1/gamma = 0\n",
      "v = 532367903.4103617 m / s > c, setting 1/gamma = 0\n",
      "v = 303509729.50772256 m / s > c, setting 1/gamma = 0\n",
      "v = 349469053.223985 m / s > c, setting 1/gamma = 0\n",
      "v = 312528850.117436 m / s > c, setting 1/gamma = 0\n",
      "v = 332931631.9040065 m / s > c, setting 1/gamma = 0\n",
      "v = 324973081.63103426 m / s > c, setting 1/gamma = 0\n",
      "v = 332186089.7539612 m / s > c, setting 1/gamma = 0\n",
      "v = 378645574.0908501 m / s > c, setting 1/gamma = 0\n",
      "v = 455938415.4419372 m / s > c, setting 1/gamma = 0\n",
      "v = 476223189.23972064 m / s > c, setting 1/gamma = 0\n",
      "v = 336031659.6061932 m / s > c, setting 1/gamma = 0\n",
      "v = 364029331.4138515 m / s > c, setting 1/gamma = 0\n",
      "v = 320753104.87551266 m / s > c, setting 1/gamma = 0\n",
      "v = 344095429.0175981 m / s > c, setting 1/gamma = 0\n",
      "v = 315270081.7861696 m / s > c, setting 1/gamma = 0\n",
      "v = 345965101.6767658 m / s > c, setting 1/gamma = 0\n",
      "v = 332428635.99983835 m / s > c, setting 1/gamma = 0\n",
      "v = 347427669.7579264 m / s > c, setting 1/gamma = 0\n",
      "v = 325417107.27237564 m / s > c, setting 1/gamma = 0\n",
      "v = 343262706.76372194 m / s > c, setting 1/gamma = 0\n",
      "v = 339422434.8529139 m / s > c, setting 1/gamma = 0\n",
      "v = 387087926.68454623 m / s > c, setting 1/gamma = 0\n",
      "v = 356009220.11803764 m / s > c, setting 1/gamma = 0\n",
      "v = 376792260.28009564 m / s > c, setting 1/gamma = 0\n",
      "v = 301260088.3328615 m / s > c, setting 1/gamma = 0\n",
      "v = 318391188.6217426 m / s > c, setting 1/gamma = 0\n",
      "v = 650813060.4159945 m / s > c, setting 1/gamma = 0\n",
      "v = 534455693.9523089 m / s > c, setting 1/gamma = 0\n",
      "v = 442438673.02769315 m / s > c, setting 1/gamma = 0\n",
      "v = 467623759.58054936 m / s > c, setting 1/gamma = 0\n",
      "v = 308046375.245944 m / s > c, setting 1/gamma = 0\n",
      "v = 337083261.35719174 m / s > c, setting 1/gamma = 0\n",
      "v = 324088545.49494505 m / s > c, setting 1/gamma = 0\n",
      "v = 374685080.82155937 m / s > c, setting 1/gamma = 0\n",
      "v = 306513497.389329 m / s > c, setting 1/gamma = 0\n",
      "v = 619562516.7818478 m / s > c, setting 1/gamma = 0\n",
      "v = 507268629.18503 m / s > c, setting 1/gamma = 0\n",
      "v = 308986578.55482733 m / s > c, setting 1/gamma = 0\n",
      "v = 333076152.35905975 m / s > c, setting 1/gamma = 0\n",
      "v = 370538668.07781696 m / s > c, setting 1/gamma = 0\n",
      "v = 400011466.28301173 m / s > c, setting 1/gamma = 0\n",
      "v = 315217907.62982965 m / s > c, setting 1/gamma = 0\n",
      "v = 336302874.900403 m / s > c, setting 1/gamma = 0\n",
      "v = 382083984.8066655 m / s > c, setting 1/gamma = 0\n",
      "v = 422214835.2557666 m / s > c, setting 1/gamma = 0\n",
      "v = 346912709.5424613 m / s > c, setting 1/gamma = 0\n",
      "v = 369081560.8861327 m / s > c, setting 1/gamma = 0\n",
      "v = 339694315.82490444 m / s > c, setting 1/gamma = 0\n",
      "v = 385484823.4165217 m / s > c, setting 1/gamma = 0\n",
      "v = 361214974.8397931 m / s > c, setting 1/gamma = 0\n",
      "v = 379216814.8048188 m / s > c, setting 1/gamma = 0\n",
      "v = 364438900.4122348 m / s > c, setting 1/gamma = 0\n",
      "v = 409666273.92337084 m / s > c, setting 1/gamma = 0\n",
      "v = 386455814.89453655 m / s > c, setting 1/gamma = 0\n",
      "v = 399924584.67019373 m / s > c, setting 1/gamma = 0\n",
      "v = 322495566.40661496 m / s > c, setting 1/gamma = 0\n",
      "v = 356239394.30787176 m / s > c, setting 1/gamma = 0\n",
      "v = 318104816.639098 m / s > c, setting 1/gamma = 0\n",
      "v = 319281536.4672745 m / s > c, setting 1/gamma = 0\n",
      "v = 341308692.92055005 m / s > c, setting 1/gamma = 0\n",
      "v = 307506811.245459 m / s > c, setting 1/gamma = 0\n",
      "v = 353091962.6714862 m / s > c, setting 1/gamma = 0\n",
      "v = 392495909.8630979 m / s > c, setting 1/gamma = 0\n",
      "v = 303782491.1272854 m / s > c, setting 1/gamma = 0\n",
      "v = 325787379.0989854 m / s > c, setting 1/gamma = 0\n",
      "v = 301527152.47758144 m / s > c, setting 1/gamma = 0\n",
      "v = 339007896.76032686 m / s > c, setting 1/gamma = 0\n",
      "v = 373040856.71235317 m / s > c, setting 1/gamma = 0\n",
      "v = 416497404.7756597 m / s > c, setting 1/gamma = 0\n",
      "v = 331934538.1107721 m / s > c, setting 1/gamma = 0\n",
      "v = 358033127.1876249 m / s > c, setting 1/gamma = 0\n",
      "v = 306012194.22003806 m / s > c, setting 1/gamma = 0\n",
      "v = 318322406.0048161 m / s > c, setting 1/gamma = 0\n",
      "v = 651667638.8774463 m / s > c, setting 1/gamma = 0\n",
      "v = 535901952.49584687 m / s > c, setting 1/gamma = 0\n",
      "v = 316068695.76390696 m / s > c, setting 1/gamma = 0\n",
      "v = 342060562.3176921 m / s > c, setting 1/gamma = 0\n",
      "v = 560525960.385913 m / s > c, setting 1/gamma = 0\n",
      "v = 490793959.4403636 m / s > c, setting 1/gamma = 0\n",
      "v = 327478149.4483191 m / s > c, setting 1/gamma = 0\n",
      "v = 350112102.0208884 m / s > c, setting 1/gamma = 0\n",
      "v = 353163423.59448504 m / s > c, setting 1/gamma = 0\n",
      "v = 386450106.2571531 m / s > c, setting 1/gamma = 0\n",
      "v = 311658312.8103755 m / s > c, setting 1/gamma = 0\n",
      "v = 631728455.8308463 m / s > c, setting 1/gamma = 0\n",
      "v = 516872225.5558801 m / s > c, setting 1/gamma = 0\n",
      "v = 313788579.041532 m / s > c, setting 1/gamma = 0\n",
      "v = 424951194.0292959 m / s > c, setting 1/gamma = 0\n",
      "v = 457949457.7686635 m / s > c, setting 1/gamma = 0\n",
      "v = 311012828.29914105 m / s > c, setting 1/gamma = 0\n",
      "v = 316612368.0984323 m / s > c, setting 1/gamma = 0\n",
      "v = 487609545.33587974 m / s > c, setting 1/gamma = 0\n",
      "v = 483566972.56408083 m / s > c, setting 1/gamma = 0\n",
      "v = 318311901.0735796 m / s > c, setting 1/gamma = 0\n",
      "v = 327547475.4788379 m / s > c, setting 1/gamma = 0\n",
      "v = 345117446.5784644 m / s > c, setting 1/gamma = 0\n",
      "v = 324591063.0084885 m / s > c, setting 1/gamma = 0\n",
      "v = 308198909.11171347 m / s > c, setting 1/gamma = 0\n",
      "v = 607761423.0345879 m / s > c, setting 1/gamma = 0\n",
      "v = 498433492.6946283 m / s > c, setting 1/gamma = 0\n",
      "v = 377211569.82904536 m / s > c, setting 1/gamma = 0\n",
      "v = 403229629.9356311 m / s > c, setting 1/gamma = 0\n",
      "v = 454824552.35486734 m / s > c, setting 1/gamma = 0\n",
      "v = 474305551.1306925 m / s > c, setting 1/gamma = 0\n",
      "v = 377111151.36291647 m / s > c, setting 1/gamma = 0\n",
      "v = 420838891.5827276 m / s > c, setting 1/gamma = 0\n",
      "v = 387526922.8698028 m / s > c, setting 1/gamma = 0\n",
      "v = 402221516.94248945 m / s > c, setting 1/gamma = 0\n",
      "v = 330795140.87099266 m / s > c, setting 1/gamma = 0\n",
      "v = 369198440.78208727 m / s > c, setting 1/gamma = 0\n",
      "v = 336789720.9667352 m / s > c, setting 1/gamma = 0\n",
      "v = 388066381.57596576 m / s > c, setting 1/gamma = 0\n",
      "v = 321060917.0959372 m / s > c, setting 1/gamma = 0\n",
      "v = 341053876.65427554 m / s > c, setting 1/gamma = 0\n",
      "v = 319472640.96716803 m / s > c, setting 1/gamma = 0\n",
      "v = 369073248.0181365 m / s > c, setting 1/gamma = 0\n",
      "v = 301565488.2380803 m / s > c, setting 1/gamma = 0\n",
      "v = 322204335.4190381 m / s > c, setting 1/gamma = 0\n",
      "v = 351670227.88933647 m / s > c, setting 1/gamma = 0\n",
      "v = 396662182.60368574 m / s > c, setting 1/gamma = 0\n",
      "v = 313050604.45186484 m / s > c, setting 1/gamma = 0\n",
      "v = 339672724.6860226 m / s > c, setting 1/gamma = 0\n",
      "v = 418480128.0456334 m / s > c, setting 1/gamma = 0\n",
      "v = 451099379.0570911 m / s > c, setting 1/gamma = 0\n",
      "v = 300822469.4730171 m / s > c, setting 1/gamma = 0\n",
      "v = 330668092.355685 m / s > c, setting 1/gamma = 0\n",
      "v = 418182848.8735428 m / s > c, setting 1/gamma = 0\n",
      "v = 449532368.972672 m / s > c, setting 1/gamma = 0\n",
      "v = 346962216.64150983 m / s > c, setting 1/gamma = 0\n",
      "v = 367169720.27677673 m / s > c, setting 1/gamma = 0\n",
      "v = 345328048.3373161 m / s > c, setting 1/gamma = 0\n",
      "v = 391904347.11214453 m / s > c, setting 1/gamma = 0\n",
      "v = 345701079.3320675 m / s > c, setting 1/gamma = 0\n",
      "v = 369200855.8069277 m / s > c, setting 1/gamma = 0\n",
      "v = 325502353.077768 m / s > c, setting 1/gamma = 0\n",
      "v = 390690853.5353318 m / s > c, setting 1/gamma = 0\n",
      "v = 434636083.8984604 m / s > c, setting 1/gamma = 0\n",
      "v = 326077402.1510221 m / s > c, setting 1/gamma = 0\n",
      "v = 346249488.4939709 m / s > c, setting 1/gamma = 0\n",
      "v = 501253180.7603497 m / s > c, setting 1/gamma = 0\n",
      "v = 485801283.8788603 m / s > c, setting 1/gamma = 0\n",
      "v = 313568513.5688492 m / s > c, setting 1/gamma = 0\n",
      "v = 321083276.249368 m / s > c, setting 1/gamma = 0\n",
      "v = 338392181.18884057 m / s > c, setting 1/gamma = 0\n",
      "v = 352574426.1243664 m / s > c, setting 1/gamma = 0\n",
      "v = 395112048.1731763 m / s > c, setting 1/gamma = 0\n",
      "v = 368668821.54027754 m / s > c, setting 1/gamma = 0\n",
      "v = 382727466.81936556 m / s > c, setting 1/gamma = 0\n",
      "v = 322512732.21865714 m / s > c, setting 1/gamma = 0\n",
      "v = 371825495.77094716 m / s > c, setting 1/gamma = 0\n",
      "v = 334761940.54092234 m / s > c, setting 1/gamma = 0\n",
      "v = 359699042.9050053 m / s > c, setting 1/gamma = 0\n",
      "v = 367849547.89287245 m / s > c, setting 1/gamma = 0\n",
      "v = 402686801.7842945 m / s > c, setting 1/gamma = 0\n",
      "v = 304644869.86522675 m / s > c, setting 1/gamma = 0\n",
      "v = 323089386.0844687 m / s > c, setting 1/gamma = 0\n",
      "v = 351210936.1024087 m / s > c, setting 1/gamma = 0\n",
      "v = 335539422.3767302 m / s > c, setting 1/gamma = 0\n",
      "v = 329917315.30528975 m / s > c, setting 1/gamma = 0\n",
      "v = 681714241.5452265 m / s > c, setting 1/gamma = 0\n",
      "v = 560075313.5599995 m / s > c, setting 1/gamma = 0\n",
      "v = 325709769.639202 m / s > c, setting 1/gamma = 0\n",
      "v = 423096300.05363387 m / s > c, setting 1/gamma = 0\n",
      "v = 458904819.2323555 m / s > c, setting 1/gamma = 0\n",
      "v = 308872595.7800194 m / s > c, setting 1/gamma = 0\n",
      "v = 484208283.58475935 m / s > c, setting 1/gamma = 0\n",
      "v = 480521419.875623 m / s > c, setting 1/gamma = 0\n",
      "v = 332105258.51724386 m / s > c, setting 1/gamma = 0\n",
      "v = 390036772.45287013 m / s > c, setting 1/gamma = 0\n",
      "v = 409266763.46451837 m / s > c, setting 1/gamma = 0\n",
      "v = 340084351.5798532 m / s > c, setting 1/gamma = 0\n",
      "v = 368951102.28955513 m / s > c, setting 1/gamma = 0\n",
      "v = 336142984.0018148 m / s > c, setting 1/gamma = 0\n",
      "v = 377474674.8689177 m / s > c, setting 1/gamma = 0\n",
      "v = 330296253.54663604 m / s > c, setting 1/gamma = 0\n",
      "v = 315674473.3940921 m / s > c, setting 1/gamma = 0\n",
      "v = 343313775.93344694 m / s > c, setting 1/gamma = 0\n",
      "v = 339808903.5914023 m / s > c, setting 1/gamma = 0\n",
      "v = 395050868.921148 m / s > c, setting 1/gamma = 0\n",
      "v = 321570429.92099833 m / s > c, setting 1/gamma = 0\n",
      "v = 367274081.6655844 m / s > c, setting 1/gamma = 0\n",
      "v = 325262767.1176153 m / s > c, setting 1/gamma = 0\n",
      "v = 300847883.5380624 m / s > c, setting 1/gamma = 0\n",
      "v = 393255293.89777863 m / s > c, setting 1/gamma = 0\n",
      "v = 421683968.35481346 m / s > c, setting 1/gamma = 0\n",
      "v = 504160787.9192587 m / s > c, setting 1/gamma = 0\n",
      "v = 505214448.48961776 m / s > c, setting 1/gamma = 0\n",
      "v = 302691317.8746666 m / s > c, setting 1/gamma = 0\n",
      "v = 312322588.89506906 m / s > c, setting 1/gamma = 0\n",
      "v = 336755499.5886314 m / s > c, setting 1/gamma = 0\n",
      "v = 462647223.3333736 m / s > c, setting 1/gamma = 0\n",
      "v = 474134965.84578353 m / s > c, setting 1/gamma = 0\n",
      "v = 345208284.8070033 m / s > c, setting 1/gamma = 0\n",
      "v = 363331259.94181556 m / s > c, setting 1/gamma = 0\n",
      "v = 305543724.7029001 m / s > c, setting 1/gamma = 0\n",
      "v = 337988317.6659329 m / s > c, setting 1/gamma = 0\n",
      "v = 306499325.26193434 m / s > c, setting 1/gamma = 0\n",
      "v = 599861057.2689909 m / s > c, setting 1/gamma = 0\n",
      "v = 491593170.68799543 m / s > c, setting 1/gamma = 0\n",
      "v = 523248587.5923936 m / s > c, setting 1/gamma = 0\n",
      "v = 507326231.6334544 m / s > c, setting 1/gamma = 0\n",
      "v = 303089232.9201697 m / s > c, setting 1/gamma = 0\n",
      "v = 304330435.5330513 m / s > c, setting 1/gamma = 0\n",
      "v = 334891486.39855844 m / s > c, setting 1/gamma = 0\n",
      "v = 404258314.82271504 m / s > c, setting 1/gamma = 0\n",
      "v = 448785978.2364276 m / s > c, setting 1/gamma = 0\n",
      "v = 316764633.3279246 m / s > c, setting 1/gamma = 0\n",
      "v = 337097646.05309904 m / s > c, setting 1/gamma = 0\n",
      "v = 348921406.92182386 m / s > c, setting 1/gamma = 0\n",
      "v = 396967046.3405567 m / s > c, setting 1/gamma = 0\n",
      "v = 302400653.54352725 m / s > c, setting 1/gamma = 0\n",
      "v = 301126533.40979016 m / s > c, setting 1/gamma = 0\n",
      "v = 349596471.2506387 m / s > c, setting 1/gamma = 0\n",
      "v = 331574788.3075254 m / s > c, setting 1/gamma = 0\n",
      "v = 350196101.33310163 m / s > c, setting 1/gamma = 0\n",
      "v = 534469486.65484196 m / s > c, setting 1/gamma = 0\n",
      "v = 544044685.434882 m / s > c, setting 1/gamma = 0\n",
      "v = 317192384.87603134 m / s > c, setting 1/gamma = 0\n",
      "v = 344308650.86123735 m / s > c, setting 1/gamma = 0\n",
      "v = 494464266.50817233 m / s > c, setting 1/gamma = 0\n",
      "v = 508561311.67518955 m / s > c, setting 1/gamma = 0\n",
      "v = 439796185.11628884 m / s > c, setting 1/gamma = 0\n",
      "v = 451870045.9214006 m / s > c, setting 1/gamma = 0\n",
      "v = 321537394.0115798 m / s > c, setting 1/gamma = 0\n",
      "v = 336682906.0063651 m / s > c, setting 1/gamma = 0\n",
      "v = 302193853.5959204 m / s > c, setting 1/gamma = 0\n",
      "v = 343262116.1583926 m / s > c, setting 1/gamma = 0\n",
      "v = 305134368.63039374 m / s > c, setting 1/gamma = 0\n",
      "v = 322565395.50405073 m / s > c, setting 1/gamma = 0\n",
      "v = 320319836.1208185 m / s > c, setting 1/gamma = 0\n",
      "v = 351326517.7845376 m / s > c, setting 1/gamma = 0\n",
      "v = 380133821.22368 m / s > c, setting 1/gamma = 0\n",
      "v = 316166672.90016335 m / s > c, setting 1/gamma = 0\n",
      "v = 376098022.466043 m / s > c, setting 1/gamma = 0\n",
      "v = 394219566.51576835 m / s > c, setting 1/gamma = 0\n",
      "v = 418872141.8562233 m / s > c, setting 1/gamma = 0\n",
      "v = 445844605.04250586 m / s > c, setting 1/gamma = 0\n",
      "v = 318716910.9647884 m / s > c, setting 1/gamma = 0\n",
      "v = 337756314.96264625 m / s > c, setting 1/gamma = 0\n",
      "v = 377839787.3455649 m / s > c, setting 1/gamma = 0\n",
      "v = 433739282.8558539 m / s > c, setting 1/gamma = 0\n",
      "v = 388138434.8053673 m / s > c, setting 1/gamma = 0\n",
      "v = 428459323.86549854 m / s > c, setting 1/gamma = 0\n",
      "v = 332270113.99346936 m / s > c, setting 1/gamma = 0\n",
      "v = 363707944.11695945 m / s > c, setting 1/gamma = 0\n",
      "v = 341661329.5036087 m / s > c, setting 1/gamma = 0\n",
      "v = 398515095.0993935 m / s > c, setting 1/gamma = 0\n",
      "v = 305329870.13670725 m / s > c, setting 1/gamma = 0\n",
      "v = 332521148.9719871 m / s > c, setting 1/gamma = 0\n",
      "v = 402573183.0588021 m / s > c, setting 1/gamma = 0\n",
      "v = 419744218.434962 m / s > c, setting 1/gamma = 0\n",
      "v = 339654253.3671712 m / s > c, setting 1/gamma = 0\n",
      "v = 367883017.1158138 m / s > c, setting 1/gamma = 0\n",
      "v = 367215695.7422124 m / s > c, setting 1/gamma = 0\n",
      "v = 411025267.71881497 m / s > c, setting 1/gamma = 0\n",
      "v = 302859160.3549535 m / s > c, setting 1/gamma = 0\n",
      "v = 303114387.61830956 m / s > c, setting 1/gamma = 0\n",
      "v = 349824673.9541954 m / s > c, setting 1/gamma = 0\n",
      "v = 341458921.8589433 m / s > c, setting 1/gamma = 0\n",
      "v = 310513210.0464839 m / s > c, setting 1/gamma = 0\n",
      "v = 316220417.21170974 m / s > c, setting 1/gamma = 0\n",
      "v = 306450124.5994979 m / s > c, setting 1/gamma = 0\n",
      "v = 331321332.6714741 m / s > c, setting 1/gamma = 0\n",
      "v = 600022848.1403699 m / s > c, setting 1/gamma = 0\n",
      "v = 599326705.5434619 m / s > c, setting 1/gamma = 0\n",
      "v = 327734430.83025736 m / s > c, setting 1/gamma = 0\n",
      "v = 354422682.3436515 m / s > c, setting 1/gamma = 0\n",
      "v = 315004019.12782574 m / s > c, setting 1/gamma = 0\n",
      "v = 390721609.1676575 m / s > c, setting 1/gamma = 0\n",
      "v = 395955056.92679465 m / s > c, setting 1/gamma = 0\n",
      "v = 346706981.7342775 m / s > c, setting 1/gamma = 0\n",
      "v = 385844280.1988655 m / s > c, setting 1/gamma = 0\n",
      "v = 317615516.4089632 m / s > c, setting 1/gamma = 0\n",
      "v = 334375703.62669516 m / s > c, setting 1/gamma = 0\n",
      "v = 349199169.88182205 m / s > c, setting 1/gamma = 0\n",
      "v = 394610171.99313307 m / s > c, setting 1/gamma = 0\n",
      "v = 446471598.932229 m / s > c, setting 1/gamma = 0\n",
      "v = 481677397.2813486 m / s > c, setting 1/gamma = 0\n",
      "v = 304641747.8983572 m / s > c, setting 1/gamma = 0\n",
      "v = 325697463.5419545 m / s > c, setting 1/gamma = 0\n",
      "v = 339083930.0206687 m / s > c, setting 1/gamma = 0\n",
      "v = 351636776.6144859 m / s > c, setting 1/gamma = 0\n",
      "v = 390582113.65235656 m / s > c, setting 1/gamma = 0\n",
      "v = 302076671.59726673 m / s > c, setting 1/gamma = 0\n",
      "v = 316662497.8955435 m / s > c, setting 1/gamma = 0\n",
      "v = 366961015.7214602 m / s > c, setting 1/gamma = 0\n",
      "v = 397285765.9641146 m / s > c, setting 1/gamma = 0\n",
      "v = 309529059.7578727 m / s > c, setting 1/gamma = 0\n",
      "v = 359754618.8494192 m / s > c, setting 1/gamma = 0\n",
      "v = 312284690.08896494 m / s > c, setting 1/gamma = 0\n",
      "v = 301191754.57713807 m / s > c, setting 1/gamma = 0\n",
      "v = 440927107.986541 m / s > c, setting 1/gamma = 0\n",
      "v = 467831885.28243536 m / s > c, setting 1/gamma = 0\n",
      "v = 580248306.4545412 m / s > c, setting 1/gamma = 0\n",
      "v = 620705492.6736943 m / s > c, setting 1/gamma = 0\n",
      "v = 419027060.522675 m / s > c, setting 1/gamma = 0\n",
      "v = 451668281.1747035 m / s > c, setting 1/gamma = 0\n",
      "v = 316269925.9148662 m / s > c, setting 1/gamma = 0\n",
      "v = 364485478.6648893 m / s > c, setting 1/gamma = 0\n",
      "v = 403020495.27076 m / s > c, setting 1/gamma = 0\n",
      "v = 344889489.33702123 m / s > c, setting 1/gamma = 0\n",
      "v = 405820372.27392244 m / s > c, setting 1/gamma = 0\n",
      "v = 305726506.1615581 m / s > c, setting 1/gamma = 0\n",
      "v = 341242427.36352813 m / s > c, setting 1/gamma = 0\n",
      "v = 379536566.82905895 m / s > c, setting 1/gamma = 0\n",
      "v = 402044378.0146773 m / s > c, setting 1/gamma = 0\n",
      "v = 328488673.9041614 m / s > c, setting 1/gamma = 0\n",
      "v = 367344613.3020762 m / s > c, setting 1/gamma = 0\n",
      "v = 322242655.755615 m / s > c, setting 1/gamma = 0\n",
      "v = 307407213.9441135 m / s > c, setting 1/gamma = 0\n",
      "v = 391633668.22868204 m / s > c, setting 1/gamma = 0\n",
      "v = 441700825.2487055 m / s > c, setting 1/gamma = 0\n",
      "v = 339428797.1231519 m / s > c, setting 1/gamma = 0\n",
      "v = 504214731.6029232 m / s > c, setting 1/gamma = 0\n",
      "v = 526858389.1537537 m / s > c, setting 1/gamma = 0\n",
      "v = 439577714.13122326 m / s > c, setting 1/gamma = 0\n",
      "v = 450520848.57991225 m / s > c, setting 1/gamma = 0\n",
      "v = 406709709.12276024 m / s > c, setting 1/gamma = 0\n",
      "v = 458184703.73101336 m / s > c, setting 1/gamma = 0\n",
      "v = 356133068.08691776 m / s > c, setting 1/gamma = 0\n",
      "v = 381064231.9928977 m / s > c, setting 1/gamma = 0\n",
      "v = 753811560.3999033 m / s > c, setting 1/gamma = 0\n",
      "v = 729701249.7696298 m / s > c, setting 1/gamma = 0\n",
      "v = 314777703.8414702 m / s > c, setting 1/gamma = 0\n",
      "v = 362791507.2643059 m / s > c, setting 1/gamma = 0\n",
      "v = 311321295.3755479 m / s > c, setting 1/gamma = 0\n",
      "v = 344669674.46179676 m / s > c, setting 1/gamma = 0\n",
      "v = 406701371.22700197 m / s > c, setting 1/gamma = 0\n",
      "v = 329968289.64322037 m / s > c, setting 1/gamma = 0\n",
      "v = 312528326.11978465 m / s > c, setting 1/gamma = 0\n",
      "v = 364097299.6426448 m / s > c, setting 1/gamma = 0\n",
      "v = 403918871.66239333 m / s > c, setting 1/gamma = 0\n",
      "v = 363020819.83310497 m / s > c, setting 1/gamma = 0\n",
      "v = 418588165.70314974 m / s > c, setting 1/gamma = 0\n",
      "v = 312405761.86324996 m / s > c, setting 1/gamma = 0\n",
      "v = 338172405.4255733 m / s > c, setting 1/gamma = 0\n",
      "v = 300139027.6996742 m / s > c, setting 1/gamma = 0\n",
      "v = 658417250.3981982 m / s > c, setting 1/gamma = 0\n",
      "v = 594211666.1992776 m / s > c, setting 1/gamma = 0\n",
      "v = 464965530.82868314 m / s > c, setting 1/gamma = 0\n",
      "v = 526586966.81002086 m / s > c, setting 1/gamma = 0\n",
      "v = 302895143.9554473 m / s > c, setting 1/gamma = 0\n",
      "v = 300783668.7050361 m / s > c, setting 1/gamma = 0\n",
      "v = 301982187.565661 m / s > c, setting 1/gamma = 0\n",
      "v = 346695794.0214733 m / s > c, setting 1/gamma = 0\n",
      "v = 419137970.6433766 m / s > c, setting 1/gamma = 0\n",
      "v = 477718250.04401886 m / s > c, setting 1/gamma = 0\n",
      "v = 304785582.1395057 m / s > c, setting 1/gamma = 0\n",
      "v = 348082204.11451447 m / s > c, setting 1/gamma = 0\n",
      "v = 411938987.28472686 m / s > c, setting 1/gamma = 0\n",
      "v = 583748910.4946601 m / s > c, setting 1/gamma = 0\n",
      "v = 622019141.5175127 m / s > c, setting 1/gamma = 0\n",
      "v = 423471795.3509621 m / s > c, setting 1/gamma = 0\n",
      "v = 455059897.8293864 m / s > c, setting 1/gamma = 0\n",
      "v = 431128738.7165858 m / s > c, setting 1/gamma = 0\n",
      "v = 462993717.6937349 m / s > c, setting 1/gamma = 0\n",
      "v = 420800363.7376013 m / s > c, setting 1/gamma = 0\n",
      "v = 483873027.11192983 m / s > c, setting 1/gamma = 0\n",
      "v = 363996856.0248531 m / s > c, setting 1/gamma = 0\n",
      "v = 443436140.23142344 m / s > c, setting 1/gamma = 0\n",
      "v = 300220671.86706984 m / s > c, setting 1/gamma = 0\n",
      "v = 425346225.9245518 m / s > c, setting 1/gamma = 0\n",
      "v = 453853761.71802264 m / s > c, setting 1/gamma = 0\n",
      "v = 335633727.138668 m / s > c, setting 1/gamma = 0\n",
      "v = 398962788.21879065 m / s > c, setting 1/gamma = 0\n",
      "v = 546583238.2097348 m / s > c, setting 1/gamma = 0\n",
      "v = 569436241.3539218 m / s > c, setting 1/gamma = 0\n",
      "v = 379936232.51451313 m / s > c, setting 1/gamma = 0\n",
      "v = 444247269.7198477 m / s > c, setting 1/gamma = 0\n",
      "v = 385146626.3767295 m / s > c, setting 1/gamma = 0\n",
      "v = 446333579.0889692 m / s > c, setting 1/gamma = 0\n",
      "v = 495498039.3320606 m / s > c, setting 1/gamma = 0\n",
      "v = 554424210.0559127 m / s > c, setting 1/gamma = 0\n",
      "v = 432920743.07547057 m / s > c, setting 1/gamma = 0\n",
      "v = 460131344.71652937 m / s > c, setting 1/gamma = 0\n",
      "v = 321984408.1770937 m / s > c, setting 1/gamma = 0\n",
      "v = 349268009.4510118 m / s > c, setting 1/gamma = 0\n",
      "v = 374051393.1542943 m / s > c, setting 1/gamma = 0\n",
      "v = 447342124.95426166 m / s > c, setting 1/gamma = 0\n",
      "v = 444356207.04517007 m / s > c, setting 1/gamma = 0\n",
      "v = 476804483.6416214 m / s > c, setting 1/gamma = 0\n",
      "v = 560201138.6713336 m / s > c, setting 1/gamma = 0\n",
      "v = 529113565.3987353 m / s > c, setting 1/gamma = 0\n",
      "v = 395793010.447248 m / s > c, setting 1/gamma = 0\n",
      "v = 462092649.8442164 m / s > c, setting 1/gamma = 0\n",
      "v = 386432965.8219814 m / s > c, setting 1/gamma = 0\n",
      "v = 404327069.8784163 m / s > c, setting 1/gamma = 0\n",
      "v = 346659252.66815335 m / s > c, setting 1/gamma = 0\n",
      "v = 390765812.42231387 m / s > c, setting 1/gamma = 0\n",
      "v = 301762851.68534577 m / s > c, setting 1/gamma = 0\n",
      "v = 618730855.8438212 m / s > c, setting 1/gamma = 0\n",
      "v = 511092978.39290655 m / s > c, setting 1/gamma = 0\n",
      "v = 337239279.8864454 m / s > c, setting 1/gamma = 0\n",
      "v = 380551847.70631 m / s > c, setting 1/gamma = 0\n",
      "v = 325550762.63869506 m / s > c, setting 1/gamma = 0\n",
      "v = 391349259.01579064 m / s > c, setting 1/gamma = 0\n",
      "v = 316548927.4002438 m / s > c, setting 1/gamma = 0\n",
      "v = 656208183.5181586 m / s > c, setting 1/gamma = 0\n",
      "v = 655446594.6375518 m / s > c, setting 1/gamma = 0\n",
      "v = 316849748.5318123 m / s > c, setting 1/gamma = 0\n",
      "v = 580420377.1603533 m / s > c, setting 1/gamma = 0\n",
      "v = 580553447.6308142 m / s > c, setting 1/gamma = 0\n",
      "v = 301812727.00962806 m / s > c, setting 1/gamma = 0\n",
      "v = 429642597.5189234 m / s > c, setting 1/gamma = 0\n",
      "v = 461912621.5119431 m / s > c, setting 1/gamma = 0\n",
      "v = 383118259.05866677 m / s > c, setting 1/gamma = 0\n",
      "v = 959954456.4559098 m / s > c, setting 1/gamma = 0\n",
      "v = 812038218.4371622 m / s > c, setting 1/gamma = 0\n",
      "v = 390140000.0750041 m / s > c, setting 1/gamma = 0\n",
      "v = 452168220.13732034 m / s > c, setting 1/gamma = 0\n",
      "v = 337824224.76916224 m / s > c, setting 1/gamma = 0\n",
      "v = 326184976.2967885 m / s > c, setting 1/gamma = 0\n",
      "v = 388865074.0253411 m / s > c, setting 1/gamma = 0\n",
      "v = 443077613.8241733 m / s > c, setting 1/gamma = 0\n",
      "v = 300142284.4585179 m / s > c, setting 1/gamma = 0\n",
      "v = 441654999.9683817 m / s > c, setting 1/gamma = 0\n",
      "v = 485405495.42663187 m / s > c, setting 1/gamma = 0\n",
      "v = 410657376.8996855 m / s > c, setting 1/gamma = 0\n",
      "v = 474948727.6304861 m / s > c, setting 1/gamma = 0\n",
      "v = 311882094.40329075 m / s > c, setting 1/gamma = 0\n",
      "v = 390028581.0089954 m / s > c, setting 1/gamma = 0\n",
      "v = 327327451.1725657 m / s > c, setting 1/gamma = 0\n",
      "v = 368893918.4783649 m / s > c, setting 1/gamma = 0\n",
      "v = 390309601.14277565 m / s > c, setting 1/gamma = 0\n",
      "v = 384884574.91792613 m / s > c, setting 1/gamma = 0\n",
      "v = 455432883.0505774 m / s > c, setting 1/gamma = 0\n",
      "v = 460139649.43632317 m / s > c, setting 1/gamma = 0\n",
      "v = 483766004.2020095 m / s > c, setting 1/gamma = 0\n",
      "v = 318553127.006151 m / s > c, setting 1/gamma = 0\n",
      "v = 382644461.8092039 m / s > c, setting 1/gamma = 0\n",
      "v = 430791922.89177555 m / s > c, setting 1/gamma = 0\n",
      "v = 460656140.07800555 m / s > c, setting 1/gamma = 0\n",
      "v = 346793032.4295949 m / s > c, setting 1/gamma = 0\n",
      "v = 381909999.62629026 m / s > c, setting 1/gamma = 0\n",
      "v = 494231664.30972564 m / s > c, setting 1/gamma = 0\n",
      "v = 538999128.4886559 m / s > c, setting 1/gamma = 0\n",
      "v = 306954413.7580064 m / s > c, setting 1/gamma = 0\n",
      "v = 385329715.93766457 m / s > c, setting 1/gamma = 0\n",
      "v = 302486989.0164037 m / s > c, setting 1/gamma = 0\n",
      "v = 429822573.6463197 m / s > c, setting 1/gamma = 0\n",
      "v = 475655953.13598686 m / s > c, setting 1/gamma = 0\n",
      "v = 573058481.2296003 m / s > c, setting 1/gamma = 0\n",
      "v = 609741534.1430655 m / s > c, setting 1/gamma = 0\n",
      "v = 393469976.6174498 m / s > c, setting 1/gamma = 0\n",
      "v = 445699541.981611 m / s > c, setting 1/gamma = 0\n",
      "v = 307952191.4870449 m / s > c, setting 1/gamma = 0\n",
      "v = 466032308.0532562 m / s > c, setting 1/gamma = 0\n",
      "v = 529849941.9156532 m / s > c, setting 1/gamma = 0\n",
      "v = 365034528.66361773 m / s > c, setting 1/gamma = 0\n",
      "v = 407999125.2117399 m / s > c, setting 1/gamma = 0\n",
      "v = 431297897.58893746 m / s > c, setting 1/gamma = 0\n",
      "v = 493358616.38679826 m / s > c, setting 1/gamma = 0\n",
      "v = 345704417.17461854 m / s > c, setting 1/gamma = 0\n",
      "v = 412977459.7802739 m / s > c, setting 1/gamma = 0\n",
      "v = 305843630.01410955 m / s > c, setting 1/gamma = 0\n",
      "v = 306008229.8410306 m / s > c, setting 1/gamma = 0\n",
      "v = 347111365.327116 m / s > c, setting 1/gamma = 0\n",
      "v = 474437654.7724726 m / s > c, setting 1/gamma = 0\n",
      "v = 523127033.58572036 m / s > c, setting 1/gamma = 0\n",
      "v = 358796746.3427881 m / s > c, setting 1/gamma = 0\n",
      "v = 316098472.51628804 m / s > c, setting 1/gamma = 0\n",
      "v = 378202379.7230032 m / s > c, setting 1/gamma = 0\n",
      "v = 516921172.89251274 m / s > c, setting 1/gamma = 0\n",
      "v = 522776108.29170686 m / s > c, setting 1/gamma = 0\n",
      "v = 365503459.33173096 m / s > c, setting 1/gamma = 0\n",
      "v = 394209461.77033323 m / s > c, setting 1/gamma = 0\n",
      "v = 315721845.62702245 m / s > c, setting 1/gamma = 0\n",
      "v = 360495307.9958206 m / s > c, setting 1/gamma = 0\n",
      "v = 363636874.4688438 m / s > c, setting 1/gamma = 0\n",
      "v = 411373117.47982126 m / s > c, setting 1/gamma = 0\n",
      "v = 350135608.61029327 m / s > c, setting 1/gamma = 0\n",
      "v = 417630188.8471308 m / s > c, setting 1/gamma = 0\n",
      "v = 318509119.8820576 m / s > c, setting 1/gamma = 0\n",
      "v = 406776819.93637973 m / s > c, setting 1/gamma = 0\n",
      "v = 462136025.19658375 m / s > c, setting 1/gamma = 0\n",
      "v = 668184951.5349467 m / s > c, setting 1/gamma = 0\n",
      "v = 607858413.9973822 m / s > c, setting 1/gamma = 0\n",
      "v = 346764829.3579704 m / s > c, setting 1/gamma = 0\n",
      "v = 417443446.35098416 m / s > c, setting 1/gamma = 0\n",
      "v = 355915033.60557824 m / s > c, setting 1/gamma = 0\n",
      "v = 306408546.1488721 m / s > c, setting 1/gamma = 0\n",
      "v = 354327011.32456076 m / s > c, setting 1/gamma = 0\n",
      "v = 350216723.25434846 m / s > c, setting 1/gamma = 0\n",
      "v = 377698954.2944766 m / s > c, setting 1/gamma = 0\n",
      "v = 328848995.8788396 m / s > c, setting 1/gamma = 0\n",
      "v = 299817916.892186 m / s > c, setting 1/gamma = 0\n",
      "v = 316251452.1722031 m / s > c, setting 1/gamma = 0\n",
      "v = 519706749.3684265 m / s > c, setting 1/gamma = 0\n",
      "v = 526512403.6462104 m / s > c, setting 1/gamma = 0\n",
      "v = 397652664.8841434 m / s > c, setting 1/gamma = 0\n",
      "v = 459279193.8631963 m / s > c, setting 1/gamma = 0\n",
      "v = 311769239.9925187 m / s > c, setting 1/gamma = 0\n",
      "v = 374614920.8302423 m / s > c, setting 1/gamma = 0\n",
      "v = 436689529.1558906 m / s > c, setting 1/gamma = 0\n",
      "v = 466478259.9686522 m / s > c, setting 1/gamma = 0\n",
      "v = 464725643.14895755 m / s > c, setting 1/gamma = 0\n",
      "v = 508758151.0132647 m / s > c, setting 1/gamma = 0\n",
      "v = 348417868.1967602 m / s > c, setting 1/gamma = 0\n",
      "v = 391495973.9485724 m / s > c, setting 1/gamma = 0\n",
      "v = 555451670.2399708 m / s > c, setting 1/gamma = 0\n",
      "v = 587561794.5072124 m / s > c, setting 1/gamma = 0\n",
      "v = 313268810.6666331 m / s > c, setting 1/gamma = 0\n",
      "v = 335493096.1012164 m / s > c, setting 1/gamma = 0\n",
      "v = 378747386.86684656 m / s > c, setting 1/gamma = 0\n",
      "v = 322130270.8375487 m / s > c, setting 1/gamma = 0\n",
      "v = 534507091.6402079 m / s > c, setting 1/gamma = 0\n",
      "v = 599970318.2996427 m / s > c, setting 1/gamma = 0\n",
      "v = 362406733.0788236 m / s > c, setting 1/gamma = 0\n",
      "v = 435051220.0549306 m / s > c, setting 1/gamma = 0\n",
      "v = 312161715.5275212 m / s > c, setting 1/gamma = 0\n",
      "v = 348449706.9783011 m / s > c, setting 1/gamma = 0\n",
      "v = 423113756.36504465 m / s > c, setting 1/gamma = 0\n",
      "v = 311440754.42034054 m / s > c, setting 1/gamma = 0\n",
      "v = 335046565.6785042 m / s > c, setting 1/gamma = 0\n",
      "v = 304736115.336892 m / s > c, setting 1/gamma = 0\n",
      "v = 345331114.8381035 m / s > c, setting 1/gamma = 0\n",
      "v = 389503937.8820545 m / s > c, setting 1/gamma = 0\n",
      "v = 338292752.04587233 m / s > c, setting 1/gamma = 0\n",
      "v = 385492008.65644556 m / s > c, setting 1/gamma = 0\n",
      "v = 354508973.90631586 m / s > c, setting 1/gamma = 0\n",
      "v = 412389739.50784785 m / s > c, setting 1/gamma = 0\n",
      "v = 323241432.93137944 m / s > c, setting 1/gamma = 0\n",
      "v = 322872709.8562996 m / s > c, setting 1/gamma = 0\n",
      "v = 369814456.913385 m / s > c, setting 1/gamma = 0\n",
      "v = 382446142.0845242 m / s > c, setting 1/gamma = 0\n",
      "v = 1036054131.0022275 m / s > c, setting 1/gamma = 0\n",
      "v = 912900080.8535856 m / s > c, setting 1/gamma = 0\n",
      "v = 312048550.6286369 m / s > c, setting 1/gamma = 0\n",
      "v = 333065589.40706295 m / s > c, setting 1/gamma = 0\n",
      "v = 748465240.5661427 m / s > c, setting 1/gamma = 0\n",
      "v = 628036070.9149832 m / s > c, setting 1/gamma = 0\n",
      "v = 316457172.4319063 m / s > c, setting 1/gamma = 0\n",
      "v = 301962499.6066095 m / s > c, setting 1/gamma = 0\n",
      "v = 327702333.3714378 m / s > c, setting 1/gamma = 0\n",
      "v = 301873642.62845373 m / s > c, setting 1/gamma = 0\n",
      "v = 325369735.18923545 m / s > c, setting 1/gamma = 0\n",
      "v = 698592748.1983407 m / s > c, setting 1/gamma = 0\n",
      "v = 581227969.4866923 m / s > c, setting 1/gamma = 0\n",
      "v = 312811726.4502426 m / s > c, setting 1/gamma = 0\n",
      "v = 307601739.1201759 m / s > c, setting 1/gamma = 0\n",
      "v = 676639754.3848718 m / s > c, setting 1/gamma = 0\n",
      "v = 558257783.2195288 m / s > c, setting 1/gamma = 0\n",
      "v = 318466055.14666057 m / s > c, setting 1/gamma = 0\n",
      "v = 301601190.3818819 m / s > c, setting 1/gamma = 0\n",
      "v = 341594095.18754715 m / s > c, setting 1/gamma = 0\n",
      "v = 398981310.0709524 m / s > c, setting 1/gamma = 0\n",
      "v = 388093643.3341555 m / s > c, setting 1/gamma = 0\n",
      "v = 429967947.7693366 m / s > c, setting 1/gamma = 0\n",
      "v = 302899703.9302747 m / s > c, setting 1/gamma = 0\n",
      "v = 311330007.252202 m / s > c, setting 1/gamma = 0\n",
      "v = 304318080.3167723 m / s > c, setting 1/gamma = 0\n",
      "v = 598675460.4473174 m / s > c, setting 1/gamma = 0\n",
      "v = 618033768.4132715 m / s > c, setting 1/gamma = 0\n",
      "v = 318484273.1015956 m / s > c, setting 1/gamma = 0\n",
      "v = 422347797.14151865 m / s > c, setting 1/gamma = 0\n",
      "v = 479243880.3257286 m / s > c, setting 1/gamma = 0\n",
      "v = 309189436.54577273 m / s > c, setting 1/gamma = 0\n",
      "v = 378925038.73946667 m / s > c, setting 1/gamma = 0\n",
      "v = 300091181.709647 m / s > c, setting 1/gamma = 0\n",
      "v = 311427479.75917435 m / s > c, setting 1/gamma = 0\n",
      "v = 311329549.7963506 m / s > c, setting 1/gamma = 0\n",
      "v = 310408177.49273026 m / s > c, setting 1/gamma = 0\n",
      "v = 314194030.3656402 m / s > c, setting 1/gamma = 0\n",
      "v = 306965669.4920148 m / s > c, setting 1/gamma = 0\n",
      "v = 300278550.3738862 m / s > c, setting 1/gamma = 0\n",
      "v = 408032668.73906815 m / s > c, setting 1/gamma = 0\n",
      "v = 467991581.7359958 m / s > c, setting 1/gamma = 0\n",
      "v = 348399572.34120804 m / s > c, setting 1/gamma = 0\n",
      "v = 408036826.6846863 m / s > c, setting 1/gamma = 0\n",
      "v = 372933353.7078962 m / s > c, setting 1/gamma = 0\n",
      "v = 434866524.5692406 m / s > c, setting 1/gamma = 0\n",
      "v = 322667741.77523744 m / s > c, setting 1/gamma = 0\n",
      "v = 399865997.64808005 m / s > c, setting 1/gamma = 0\n",
      "v = 407996352.4978881 m / s > c, setting 1/gamma = 0\n",
      "v = 437939624.32295007 m / s > c, setting 1/gamma = 0\n",
      "v = 334879254.8071842 m / s > c, setting 1/gamma = 0\n",
      "v = 399420370.0297579 m / s > c, setting 1/gamma = 0\n",
      "v = 518606771.6536922 m / s > c, setting 1/gamma = 0\n",
      "v = 555608134.600062 m / s > c, setting 1/gamma = 0\n",
      "v = 468475966.61904895 m / s > c, setting 1/gamma = 0\n",
      "v = 520347303.9357544 m / s > c, setting 1/gamma = 0\n",
      "v = 310564250.16544044 m / s > c, setting 1/gamma = 0\n",
      "v = 313561139.3476879 m / s > c, setting 1/gamma = 0\n",
      "v = 331383346.90722096 m / s > c, setting 1/gamma = 0\n",
      "v = 398092350.85622907 m / s > c, setting 1/gamma = 0\n",
      "v = 380008103.40576243 m / s > c, setting 1/gamma = 0\n",
      "v = 449542854.05890155 m / s > c, setting 1/gamma = 0\n",
      "v = 340245265.7856532 m / s > c, setting 1/gamma = 0\n",
      "v = 384111725.64231634 m / s > c, setting 1/gamma = 0\n",
      "v = 330733301.112906 m / s > c, setting 1/gamma = 0\n",
      "v = 347497816.2622213 m / s > c, setting 1/gamma = 0\n",
      "v = 310509985.40384936 m / s > c, setting 1/gamma = 0\n",
      "v = 377540452.9505356 m / s > c, setting 1/gamma = 0\n",
      "v = 314177667.1670145 m / s > c, setting 1/gamma = 0\n",
      "v = 337464385.97071207 m / s > c, setting 1/gamma = 0\n",
      "v = 363770561.1309458 m / s > c, setting 1/gamma = 0\n",
      "v = 435909287.1244598 m / s > c, setting 1/gamma = 0\n",
      "v = 311402184.0678934 m / s > c, setting 1/gamma = 0\n",
      "v = 372793866.1850952 m / s > c, setting 1/gamma = 0\n",
      "v = 429718994.19300354 m / s > c, setting 1/gamma = 0\n",
      "v = 489618514.04784614 m / s > c, setting 1/gamma = 0\n",
      "v = 356222104.0189264 m / s > c, setting 1/gamma = 0\n",
      "v = 327106841.7713452 m / s > c, setting 1/gamma = 0\n",
      "v = 307361831.8616783 m / s > c, setting 1/gamma = 0\n",
      "v = 378819742.7624584 m / s > c, setting 1/gamma = 0\n",
      "v = 339906415.58071256 m / s > c, setting 1/gamma = 0\n",
      "v = 372311042.2526098 m / s > c, setting 1/gamma = 0\n",
      "v = 309891851.30194587 m / s > c, setting 1/gamma = 0\n",
      "v = 335909665.8145421 m / s > c, setting 1/gamma = 0\n",
      "v = 382736998.97371507 m / s > c, setting 1/gamma = 0\n",
      "v = 433024083.0335907 m / s > c, setting 1/gamma = 0\n",
      "v = 340459562.99897206 m / s > c, setting 1/gamma = 0\n",
      "v = 301123500.16789097 m / s > c, setting 1/gamma = 0\n",
      "v = 548179674.6109225 m / s > c, setting 1/gamma = 0\n",
      "v = 502009805.72983325 m / s > c, setting 1/gamma = 0\n",
      "v = 332428278.14712554 m / s > c, setting 1/gamma = 0\n",
      "v = 394547152.7015789 m / s > c, setting 1/gamma = 0\n",
      "v = 336012734.59847337 m / s > c, setting 1/gamma = 0\n",
      "v = 309413910.08895946 m / s > c, setting 1/gamma = 0\n",
      "v = 395006618.00199455 m / s > c, setting 1/gamma = 0\n",
      "v = 448120769.66099876 m / s > c, setting 1/gamma = 0\n",
      "v = 355503238.33380985 m / s > c, setting 1/gamma = 0\n",
      "v = 424471971.58082724 m / s > c, setting 1/gamma = 0\n",
      "v = 316323598.41754687 m / s > c, setting 1/gamma = 0\n",
      "v = 300029367.7500247 m / s > c, setting 1/gamma = 0\n",
      "v = 314831465.74588954 m / s > c, setting 1/gamma = 0\n",
      "v = 299811552.8319873 m / s > c, setting 1/gamma = 0\n",
      "v = 363644287.5670617 m / s > c, setting 1/gamma = 0\n",
      "v = 405511750.20579726 m / s > c, setting 1/gamma = 0\n",
      "v = 481815350.2685785 m / s > c, setting 1/gamma = 0\n",
      "v = 342024246.35310256 m / s > c, setting 1/gamma = 0\n",
      "v = 378474756.77786845 m / s > c, setting 1/gamma = 0\n",
      "v = 377911435.4638512 m / s > c, setting 1/gamma = 0\n",
      "v = 425636984.2109234 m / s > c, setting 1/gamma = 0\n",
      "v = 324951706.52030957 m / s > c, setting 1/gamma = 0\n",
      "v = 313518940.7254836 m / s > c, setting 1/gamma = 0\n",
      "v = 354623211.26649714 m / s > c, setting 1/gamma = 0\n",
      "v = 309188651.4661295 m / s > c, setting 1/gamma = 0\n",
      "v = 310544400.05376893 m / s > c, setting 1/gamma = 0\n",
      "v = 328089588.6740608 m / s > c, setting 1/gamma = 0\n",
      "v = 302135766.04446363 m / s > c, setting 1/gamma = 0\n",
      "v = 344599370.76700795 m / s > c, setting 1/gamma = 0\n",
      "v = 377214976.35949785 m / s > c, setting 1/gamma = 0\n",
      "v = 303057460.5496135 m / s > c, setting 1/gamma = 0\n",
      "v = 310290859.24555564 m / s > c, setting 1/gamma = 0\n",
      "v = 327852762.8674658 m / s > c, setting 1/gamma = 0\n",
      "v = 333065342.2403862 m / s > c, setting 1/gamma = 0\n",
      "v = 306002693.2001682 m / s > c, setting 1/gamma = 0\n",
      "v = 325328929.8375117 m / s > c, setting 1/gamma = 0\n",
      "v = 611903150.0537674 m / s > c, setting 1/gamma = 0\n",
      "v = 589917176.9561912 m / s > c, setting 1/gamma = 0\n",
      "v = 325162070.04047203 m / s > c, setting 1/gamma = 0\n",
      "v = 385498262.7236297 m / s > c, setting 1/gamma = 0\n",
      "v = 311729507.9855623 m / s > c, setting 1/gamma = 0\n",
      "v = 321023175.26553446 m / s > c, setting 1/gamma = 0\n",
      "v = 602400141.2095078 m / s > c, setting 1/gamma = 0\n",
      "v = 627017587.968504 m / s > c, setting 1/gamma = 0\n",
      "v = 301368925.8544685 m / s > c, setting 1/gamma = 0\n",
      "v = 370164106.84924054 m / s > c, setting 1/gamma = 0\n",
      "v = 331366670.75024194 m / s > c, setting 1/gamma = 0\n",
      "v = 791751640.5275121 m / s > c, setting 1/gamma = 0\n",
      "v = 675973389.8690646 m / s > c, setting 1/gamma = 0\n",
      "v = 452217381.0389064 m / s > c, setting 1/gamma = 0\n",
      "v = 511648258.3900811 m / s > c, setting 1/gamma = 0\n",
      "v = 299812928.80891126 m / s > c, setting 1/gamma = 0\n",
      "v = 365967109.1332395 m / s > c, setting 1/gamma = 0\n",
      "v = 315390596.21585774 m / s > c, setting 1/gamma = 0\n",
      "v = 379550503.2891303 m / s > c, setting 1/gamma = 0\n",
      "v = 311854336.05039567 m / s > c, setting 1/gamma = 0\n",
      "v = 316926579.61398274 m / s > c, setting 1/gamma = 0\n",
      "v = 330136724.0065361 m / s > c, setting 1/gamma = 0\n",
      "v = 415056089.4430317 m / s > c, setting 1/gamma = 0\n",
      "v = 443759600.43449116 m / s > c, setting 1/gamma = 0\n",
      "v = 315757344.0621493 m / s > c, setting 1/gamma = 0\n",
      "v = 312082857.7381149 m / s > c, setting 1/gamma = 0\n",
      "v = 354980835.2765225 m / s > c, setting 1/gamma = 0\n",
      "v = 411384665.2505099 m / s > c, setting 1/gamma = 0\n",
      "v = 464139199.1066303 m / s > c, setting 1/gamma = 0\n",
      "v = 338368100.2610428 m / s > c, setting 1/gamma = 0\n",
      "v = 403847785.3595192 m / s > c, setting 1/gamma = 0\n",
      "v = 314938498.4117376 m / s > c, setting 1/gamma = 0\n",
      "v = 382801248.4171805 m / s > c, setting 1/gamma = 0\n",
      "v = 441758900.3298421 m / s > c, setting 1/gamma = 0\n",
      "v = 405542520.86478233 m / s > c, setting 1/gamma = 0\n",
      "v = 476906821.28918123 m / s > c, setting 1/gamma = 0\n",
      "v = 321220626.61188984 m / s > c, setting 1/gamma = 0\n",
      "v = 348008273.81295085 m / s > c, setting 1/gamma = 0\n",
      "v = 330132592.13542885 m / s > c, setting 1/gamma = 0\n",
      "v = 696351532.6748124 m / s > c, setting 1/gamma = 0\n",
      "v = 576159504.3170191 m / s > c, setting 1/gamma = 0\n",
      "v = 304124262.8378538 m / s > c, setting 1/gamma = 0\n",
      "v = 336233688.6189738 m / s > c, setting 1/gamma = 0\n",
      "v = 429080996.548344 m / s > c, setting 1/gamma = 0\n",
      "v = 434284921.4436399 m / s > c, setting 1/gamma = 0\n",
      "v = 315500684.0262378 m / s > c, setting 1/gamma = 0\n",
      "v = 346918375.6592539 m / s > c, setting 1/gamma = 0\n",
      "v = 319410922.3432242 m / s > c, setting 1/gamma = 0\n",
      "v = 355312855.54928106 m / s > c, setting 1/gamma = 0\n",
      "v = 372937943.27737105 m / s > c, setting 1/gamma = 0\n",
      "v = 313400874.5178104 m / s > c, setting 1/gamma = 0\n",
      "v = 357108531.22630453 m / s > c, setting 1/gamma = 0\n",
      "v = 411668440.91760516 m / s > c, setting 1/gamma = 0\n",
      "v = 443246028.6854157 m / s > c, setting 1/gamma = 0\n",
      "v = 329649190.73161936 m / s > c, setting 1/gamma = 0\n",
      "v = 386025841.64455867 m / s > c, setting 1/gamma = 0\n",
      "v = 343754099.7628441 m / s > c, setting 1/gamma = 0\n",
      "v = 359853347.24211675 m / s > c, setting 1/gamma = 0\n",
      "v = 301930683.2285785 m / s > c, setting 1/gamma = 0\n",
      "v = 603678412.1658744 m / s > c, setting 1/gamma = 0\n",
      "v = 623603277.5531974 m / s > c, setting 1/gamma = 0\n",
      "v = 439037241.50148 m / s > c, setting 1/gamma = 0\n",
      "v = 459262752.5725164 m / s > c, setting 1/gamma = 0\n",
      "v = 306283499.3713615 m / s > c, setting 1/gamma = 0\n",
      "v = 304753701.58241874 m / s > c, setting 1/gamma = 0\n",
      "v = 344859951.88143736 m / s > c, setting 1/gamma = 0\n",
      "v = 395361357.07274634 m / s > c, setting 1/gamma = 0\n",
      "v = 357890114.64893514 m / s > c, setting 1/gamma = 0\n",
      "v = 377929921.2931923 m / s > c, setting 1/gamma = 0\n",
      "v = 329818202.32093894 m / s > c, setting 1/gamma = 0\n",
      "v = 359366001.8716958 m / s > c, setting 1/gamma = 0\n",
      "v = 369639361.463539 m / s > c, setting 1/gamma = 0\n",
      "v = 396102680.62410915 m / s > c, setting 1/gamma = 0\n",
      "v = 450384113.5881534 m / s > c, setting 1/gamma = 0\n",
      "v = 548161477.468453 m / s > c, setting 1/gamma = 0\n",
      "v = 505591249.21728027 m / s > c, setting 1/gamma = 0\n",
      "v = 306460027.3982044 m / s > c, setting 1/gamma = 0\n",
      "v = 327360632.4080777 m / s > c, setting 1/gamma = 0\n",
      "v = 311824445.27307683 m / s > c, setting 1/gamma = 0\n",
      "v = 315926178.17439336 m / s > c, setting 1/gamma = 0\n",
      "v = 374462046.59924984 m / s > c, setting 1/gamma = 0\n",
      "v = 316086338.93189573 m / s > c, setting 1/gamma = 0\n",
      "v = 328125389.7405003 m / s > c, setting 1/gamma = 0\n",
      "v = 491036308.9984769 m / s > c, setting 1/gamma = 0\n",
      "v = 497360646.0221381 m / s > c, setting 1/gamma = 0\n",
      "v = 317276187.89276713 m / s > c, setting 1/gamma = 0\n",
      "v = 342741160.86802113 m / s > c, setting 1/gamma = 0\n",
      "v = 346765475.6535824 m / s > c, setting 1/gamma = 0\n",
      "v = 360302818.14234203 m / s > c, setting 1/gamma = 0\n",
      "v = 401412541.23846877 m / s > c, setting 1/gamma = 0\n",
      "v = 424801864.9249142 m / s > c, setting 1/gamma = 0\n",
      "v = 306124400.23968405 m / s > c, setting 1/gamma = 0\n",
      "v = 318225799.71062005 m / s > c, setting 1/gamma = 0\n",
      "v = 344309836.88132346 m / s > c, setting 1/gamma = 0\n",
      "v = 466190681.1902002 m / s > c, setting 1/gamma = 0\n",
      "v = 503078924.7743924 m / s > c, setting 1/gamma = 0\n",
      "v = 335089487.6465227 m / s > c, setting 1/gamma = 0\n",
      "v = 379306791.65121686 m / s > c, setting 1/gamma = 0\n",
      "v = 307324850.08153164 m / s > c, setting 1/gamma = 0\n",
      "v = 338590542.9805935 m / s > c, setting 1/gamma = 0\n",
      "v = 364371373.766938 m / s > c, setting 1/gamma = 0\n",
      "v = 426572730.6755782 m / s > c, setting 1/gamma = 0\n",
      "v = 389059200.97973025 m / s > c, setting 1/gamma = 0\n",
      "v = 427766591.64364165 m / s > c, setting 1/gamma = 0\n",
      "v = 319642839.50884 m / s > c, setting 1/gamma = 0\n",
      "v = 368895450.27262753 m / s > c, setting 1/gamma = 0\n",
      "v = 525651059.5101671 m / s > c, setting 1/gamma = 0\n",
      "v = 528677049.5704653 m / s > c, setting 1/gamma = 0\n",
      "v = 341471992.36491024 m / s > c, setting 1/gamma = 0\n",
      "v = 409171004.9321366 m / s > c, setting 1/gamma = 0\n",
      "v = 331566802.57628626 m / s > c, setting 1/gamma = 0\n",
      "v = 315762801.28931165 m / s > c, setting 1/gamma = 0\n",
      "v = 343421043.71936464 m / s > c, setting 1/gamma = 0\n",
      "v = 487905542.14900994 m / s > c, setting 1/gamma = 0\n",
      "v = 492845675.81531984 m / s > c, setting 1/gamma = 0\n",
      "v = 316390665.73227364 m / s > c, setting 1/gamma = 0\n",
      "v = 321854063.4587347 m / s > c, setting 1/gamma = 0\n",
      "v = 340182823.40081036 m / s > c, setting 1/gamma = 0\n",
      "v = 302018486.1132479 m / s > c, setting 1/gamma = 0\n",
      "v = 307802073.2364594 m / s > c, setting 1/gamma = 0\n",
      "v = 361328702.8276378 m / s > c, setting 1/gamma = 0\n",
      "v = 329968729.1594332 m / s > c, setting 1/gamma = 0\n",
      "v = 350345184.1176531 m / s > c, setting 1/gamma = 0\n",
      "v = 302397766.2598618 m / s > c, setting 1/gamma = 0\n",
      "v = 335157799.67952424 m / s > c, setting 1/gamma = 0\n",
      "v = 365362284.28202134 m / s > c, setting 1/gamma = 0\n",
      "v = 408162480.04258686 m / s > c, setting 1/gamma = 0\n",
      "v = 562226017.053874 m / s > c, setting 1/gamma = 0\n",
      "v = 494113844.5092849 m / s > c, setting 1/gamma = 0\n",
      "v = 307087424.77378225 m / s > c, setting 1/gamma = 0\n",
      "v = 344459802.84595925 m / s > c, setting 1/gamma = 0\n",
      "v = 397374604.84498054 m / s > c, setting 1/gamma = 0\n",
      "v = 366017596.75785315 m / s > c, setting 1/gamma = 0\n",
      "v = 421679414.86123806 m / s > c, setting 1/gamma = 0\n",
      "v = 503382704.7529771 m / s > c, setting 1/gamma = 0\n",
      "v = 513502409.5112995 m / s > c, setting 1/gamma = 0\n",
      "v = 396146822.22426134 m / s > c, setting 1/gamma = 0\n",
      "v = 463305311.1660776 m / s > c, setting 1/gamma = 0\n",
      "v = 303454392.34085214 m / s > c, setting 1/gamma = 0\n",
      "v = 314833685.58300954 m / s > c, setting 1/gamma = 0\n",
      "v = 328918462.260018 m / s > c, setting 1/gamma = 0\n",
      "v = 342784870.70484 m / s > c, setting 1/gamma = 0\n",
      "v = 304618784.00980437 m / s > c, setting 1/gamma = 0\n",
      "v = 359106415.56063575 m / s > c, setting 1/gamma = 0\n",
      "v = 327132697.8880428 m / s > c, setting 1/gamma = 0\n",
      "v = 351440040.6852232 m / s > c, setting 1/gamma = 0\n",
      "v = 381864566.83896106 m / s > c, setting 1/gamma = 0\n",
      "v = 423322997.88156945 m / s > c, setting 1/gamma = 0\n",
      "v = 376690268.852529 m / s > c, setting 1/gamma = 0\n",
      "v = 432040793.85471827 m / s > c, setting 1/gamma = 0\n",
      "v = 339829738.7672253 m / s > c, setting 1/gamma = 0\n",
      "v = 390896618.7313137 m / s > c, setting 1/gamma = 0\n",
      "v = 326465981.30239666 m / s > c, setting 1/gamma = 0\n",
      "v = 355174893.2956475 m / s > c, setting 1/gamma = 0\n",
      "v = 391403714.4393098 m / s > c, setting 1/gamma = 0\n",
      "v = 441320410.1416545 m / s > c, setting 1/gamma = 0\n",
      "v = 302212987.92612463 m / s > c, setting 1/gamma = 0\n",
      "v = 336959562.4396072 m / s > c, setting 1/gamma = 0\n",
      "v = 390670317.4672537 m / s > c, setting 1/gamma = 0\n",
      "v = 411337539.5419189 m / s > c, setting 1/gamma = 0\n",
      "v = 401145131.1553319 m / s > c, setting 1/gamma = 0\n",
      "v = 446242777.1091012 m / s > c, setting 1/gamma = 0\n",
      "v = 342483280.9738587 m / s > c, setting 1/gamma = 0\n",
      "v = 358503274.657106 m / s > c, setting 1/gamma = 0\n",
      "v = 337085140.7796988 m / s > c, setting 1/gamma = 0\n",
      "v = 372454291.08836997 m / s > c, setting 1/gamma = 0\n",
      "v = 388404435.20618254 m / s > c, setting 1/gamma = 0\n",
      "v = 322426321.040823 m / s > c, setting 1/gamma = 0\n",
      "v = 462907259.463782 m / s > c, setting 1/gamma = 0\n",
      "v = 529728754.8997067 m / s > c, setting 1/gamma = 0\n",
      "v = 309492583.5320121 m / s > c, setting 1/gamma = 0\n",
      "v = 310074505.07524055 m / s > c, setting 1/gamma = 0\n",
      "v = 716034103.2991594 m / s > c, setting 1/gamma = 0\n",
      "v = 598973291.4493812 m / s > c, setting 1/gamma = 0\n",
      "v = 327127555.64848775 m / s > c, setting 1/gamma = 0\n",
      "v = 301669243.1782062 m / s > c, setting 1/gamma = 0\n",
      "v = 348152151.2686512 m / s > c, setting 1/gamma = 0\n",
      "v = 514494192.9511393 m / s > c, setting 1/gamma = 0\n",
      "v = 561081858.5344142 m / s > c, setting 1/gamma = 0\n",
      "v = 562144553.1670464 m / s > c, setting 1/gamma = 0\n",
      "v = 523612488.06771237 m / s > c, setting 1/gamma = 0\n",
      "v = 334435361.0675292 m / s > c, setting 1/gamma = 0\n",
      "v = 328235290.3016423 m / s > c, setting 1/gamma = 0\n",
      "v = 369816937.5547628 m / s > c, setting 1/gamma = 0\n",
      "v = 301133078.35043746 m / s > c, setting 1/gamma = 0\n",
      "v = 311980354.69480866 m / s > c, setting 1/gamma = 0\n",
      "v = 363215421.5430346 m / s > c, setting 1/gamma = 0\n",
      "v = 330321803.8396111 m / s > c, setting 1/gamma = 0\n",
      "v = 384546337.03786266 m / s > c, setting 1/gamma = 0\n",
      "v = 433323152.25052315 m / s > c, setting 1/gamma = 0\n",
      "v = 481271757.3391817 m / s > c, setting 1/gamma = 0\n",
      "v = 326251372.26004416 m / s > c, setting 1/gamma = 0\n",
      "v = 356928471.27005875 m / s > c, setting 1/gamma = 0\n",
      "v = 333171789.06717044 m / s > c, setting 1/gamma = 0\n",
      "v = 368056741.39933807 m / s > c, setting 1/gamma = 0\n",
      "v = 304609241.5419827 m / s > c, setting 1/gamma = 0\n",
      "v = 361599651.73081076 m / s > c, setting 1/gamma = 0\n",
      "v = 360008870.671374 m / s > c, setting 1/gamma = 0\n",
      "v = 383001546.62656987 m / s > c, setting 1/gamma = 0\n",
      "v = 369755991.3627029 m / s > c, setting 1/gamma = 0\n",
      "v = 421408174.9639383 m / s > c, setting 1/gamma = 0\n",
      "v = 414019161.5506921 m / s > c, setting 1/gamma = 0\n",
      "v = 448760525.19081885 m / s > c, setting 1/gamma = 0\n",
      "v = 432186631.194507 m / s > c, setting 1/gamma = 0\n",
      "v = 484293357.07260126 m / s > c, setting 1/gamma = 0\n",
      "v = 375772291.34763956 m / s > c, setting 1/gamma = 0\n",
      "v = 425462648.61489683 m / s > c, setting 1/gamma = 0\n",
      "v = 313346956.8723236 m / s > c, setting 1/gamma = 0\n",
      "v = 403282509.5288218 m / s > c, setting 1/gamma = 0\n",
      "v = 420705835.67037284 m / s > c, setting 1/gamma = 0\n",
      "v = 333353072.61395466 m / s > c, setting 1/gamma = 0\n",
      "v = 389617689.76335406 m / s > c, setting 1/gamma = 0\n",
      "v = 402259241.1903547 m / s > c, setting 1/gamma = 0\n",
      "v = 339120904.6318694 m / s > c, setting 1/gamma = 0\n",
      "v = 361476558.4361816 m / s > c, setting 1/gamma = 0\n",
      "v = 302229052.57846355 m / s > c, setting 1/gamma = 0\n",
      "v = 599623131.1277175 m / s > c, setting 1/gamma = 0\n",
      "v = 491615493.8867887 m / s > c, setting 1/gamma = 0\n",
      "v = 378800398.3299539 m / s > c, setting 1/gamma = 0\n",
      "v = 389129388.42767864 m / s > c, setting 1/gamma = 0\n",
      "v = 484537834.6854961 m / s > c, setting 1/gamma = 0\n",
      "v = 500452468.15706635 m / s > c, setting 1/gamma = 0\n",
      "v = 337349448.6733477 m / s > c, setting 1/gamma = 0\n",
      "v = 315298982.52932477 m / s > c, setting 1/gamma = 0\n",
      "v = 371594841.50179243 m / s > c, setting 1/gamma = 0\n",
      "v = 312069040.7581826 m / s > c, setting 1/gamma = 0\n",
      "v = 340369816.19556135 m / s > c, setting 1/gamma = 0\n",
      "v = 362831432.3750942 m / s > c, setting 1/gamma = 0\n",
      "v = 383560115.50246817 m / s > c, setting 1/gamma = 0\n",
      "v = 444637292.38878876 m / s > c, setting 1/gamma = 0\n",
      "v = 475729041.44020516 m / s > c, setting 1/gamma = 0\n",
      "v = 309057195.2341413 m / s > c, setting 1/gamma = 0\n",
      "v = 341600322.7445867 m / s > c, setting 1/gamma = 0\n",
      "v = 388073401.3103596 m / s > c, setting 1/gamma = 0\n",
      "v = 339011872.9774519 m / s > c, setting 1/gamma = 0\n",
      "v = 394756754.9262989 m / s > c, setting 1/gamma = 0\n",
      "v = 330626357.4115904 m / s > c, setting 1/gamma = 0\n",
      "v = 340025015.73718697 m / s > c, setting 1/gamma = 0\n",
      "v = 366161222.43450135 m / s > c, setting 1/gamma = 0\n",
      "v = 498176944.98214287 m / s > c, setting 1/gamma = 0\n",
      "v = 508843237.31802815 m / s > c, setting 1/gamma = 0\n",
      "v = 435656611.9976161 m / s > c, setting 1/gamma = 0\n",
      "v = 467834930.1771876 m / s > c, setting 1/gamma = 0\n",
      "v = 300306270.2519395 m / s > c, setting 1/gamma = 0\n",
      "v = 317307388.52594423 m / s > c, setting 1/gamma = 0\n",
      "v = 634548668.1966859 m / s > c, setting 1/gamma = 0\n",
      "v = 522057522.7817539 m / s > c, setting 1/gamma = 0\n",
      "v = 327865734.84859776 m / s > c, setting 1/gamma = 0\n",
      "v = 342767714.23537886 m / s > c, setting 1/gamma = 0\n",
      "v = 308257441.73431385 m / s > c, setting 1/gamma = 0\n",
      "v = 355670786.2541897 m / s > c, setting 1/gamma = 0\n",
      "v = 317759777.5907701 m / s > c, setting 1/gamma = 0\n",
      "v = 334617717.15556335 m / s > c, setting 1/gamma = 0\n",
      "v = 354665472.73325485 m / s > c, setting 1/gamma = 0\n",
      "v = 300675669.1392096 m / s > c, setting 1/gamma = 0\n",
      "v = 347505449.8076887 m / s > c, setting 1/gamma = 0\n",
      "v = 306838793.0524487 m / s > c, setting 1/gamma = 0\n",
      "v = 332568733.25277054 m / s > c, setting 1/gamma = 0\n",
      "v = 365626553.3721462 m / s > c, setting 1/gamma = 0\n",
      "v = 388769606.5143486 m / s > c, setting 1/gamma = 0\n",
      "v = 444374391.1193988 m / s > c, setting 1/gamma = 0\n",
      "v = 454667495.9622699 m / s > c, setting 1/gamma = 0\n",
      "v = 304114042.5035666 m / s > c, setting 1/gamma = 0\n",
      "v = 309608134.5970994 m / s > c, setting 1/gamma = 0\n",
      "v = 329003949.1056382 m / s > c, setting 1/gamma = 0\n",
      "v = 335783093.71567583 m / s > c, setting 1/gamma = 0\n",
      "v = 314010902.8435908 m / s > c, setting 1/gamma = 0\n",
      "v = 359886119.65446585 m / s > c, setting 1/gamma = 0\n",
      "v = 340895204.6777003 m / s > c, setting 1/gamma = 0\n",
      "v = 360138245.95194376 m / s > c, setting 1/gamma = 0\n",
      "v = 379838041.00989646 m / s > c, setting 1/gamma = 0\n",
      "v = 424418697.1547085 m / s > c, setting 1/gamma = 0\n",
      "v = 301836603.0335593 m / s > c, setting 1/gamma = 0\n",
      "v = 325042749.0225908 m / s > c, setting 1/gamma = 0\n",
      "v = 312832940.14334196 m / s > c, setting 1/gamma = 0\n",
      "v = 337552095.78970915 m / s > c, setting 1/gamma = 0\n",
      "v = 378847915.7202225 m / s > c, setting 1/gamma = 0\n",
      "v = 415665312.4351166 m / s > c, setting 1/gamma = 0\n",
      "v = 319444319.00679123 m / s > c, setting 1/gamma = 0\n",
      "v = 338884553.8317849 m / s > c, setting 1/gamma = 0\n",
      "v = 328857773.87773037 m / s > c, setting 1/gamma = 0\n",
      "v = 301980923.4408252 m / s > c, setting 1/gamma = 0\n",
      "v = 455685707.554379 m / s > c, setting 1/gamma = 0\n",
      "v = 480012311.9430237 m / s > c, setting 1/gamma = 0\n",
      "v = 342187846.3133143 m / s > c, setting 1/gamma = 0\n",
      "v = 370109945.14399517 m / s > c, setting 1/gamma = 0\n",
      "v = 321816890.2299284 m / s > c, setting 1/gamma = 0\n",
      "v = 366906893.7100711 m / s > c, setting 1/gamma = 0\n",
      "v = 411256262.155135 m / s > c, setting 1/gamma = 0\n",
      "v = 383804991.94219446 m / s > c, setting 1/gamma = 0\n",
      "v = 438790604.2894032 m / s > c, setting 1/gamma = 0\n",
      "v = 448049182.27884257 m / s > c, setting 1/gamma = 0\n",
      "v = 472746191.3461041 m / s > c, setting 1/gamma = 0\n",
      "v = 301975183.0090779 m / s > c, setting 1/gamma = 0\n",
      "v = 326413696.7620232 m / s > c, setting 1/gamma = 0\n",
      "v = 486697469.57015127 m / s > c, setting 1/gamma = 0\n",
      "v = 502458712.59330004 m / s > c, setting 1/gamma = 0\n",
      "v = 428129500.4192141 m / s > c, setting 1/gamma = 0\n",
      "v = 460593987.7707607 m / s > c, setting 1/gamma = 0\n",
      "v = 330381650.1050991 m / s > c, setting 1/gamma = 0\n",
      "v = 377948317.5703076 m / s > c, setting 1/gamma = 0\n",
      "v = 346977611.7498012 m / s > c, setting 1/gamma = 0\n",
      "v = 384992983.6885254 m / s > c, setting 1/gamma = 0\n",
      "v = 310334259.6183468 m / s > c, setting 1/gamma = 0\n",
      "v = 363140394.0716196 m / s > c, setting 1/gamma = 0\n",
      "v = 313336927.2263846 m / s > c, setting 1/gamma = 0\n",
      "v = 336094078.55774623 m / s > c, setting 1/gamma = 0\n",
      "v = 359658854.18690664 m / s > c, setting 1/gamma = 0\n",
      "v = 409953518.51669717 m / s > c, setting 1/gamma = 0\n",
      "v = 364500752.15566176 m / s > c, setting 1/gamma = 0\n",
      "v = 413464708.82928896 m / s > c, setting 1/gamma = 0\n",
      "v = 309860591.2240478 m / s > c, setting 1/gamma = 0\n",
      "v = 331482173.193993 m / s > c, setting 1/gamma = 0\n",
      "v = 354593590.19370717 m / s > c, setting 1/gamma = 0\n",
      "v = 383385057.5394027 m / s > c, setting 1/gamma = 0\n",
      "v = 413763713.82676435 m / s > c, setting 1/gamma = 0\n",
      "v = 447791312.55524445 m / s > c, setting 1/gamma = 0\n",
      "v = 322437188.16852754 m / s > c, setting 1/gamma = 0\n",
      "v = 351291568.69207 m / s > c, setting 1/gamma = 0\n",
      "v = 316290445.6846871 m / s > c, setting 1/gamma = 0\n",
      "v = 339016800.9052118 m / s > c, setting 1/gamma = 0\n",
      "v = 312603390.7160678 m / s > c, setting 1/gamma = 0\n",
      "v = 311916270.52010185 m / s > c, setting 1/gamma = 0\n",
      "v = 499011741.920581 m / s > c, setting 1/gamma = 0\n",
      "v = 493095586.37600756 m / s > c, setting 1/gamma = 0\n",
      "v = 301312663.5054034 m / s > c, setting 1/gamma = 0\n",
      "v = 354099844.7858025 m / s > c, setting 1/gamma = 0\n",
      "v = 307522336.136142 m / s > c, setting 1/gamma = 0\n",
      "v = 334297842.0580256 m / s > c, setting 1/gamma = 0\n",
      "v = 325134875.68137735 m / s > c, setting 1/gamma = 0\n",
      "v = 356160613.85595626 m / s > c, setting 1/gamma = 0\n",
      "v = 475414844.05679446 m / s > c, setting 1/gamma = 0\n",
      "v = 491058848.77440166 m / s > c, setting 1/gamma = 0\n",
      "v = 350807442.3507653 m / s > c, setting 1/gamma = 0\n",
      "v = 375728323.4374036 m / s > c, setting 1/gamma = 0\n",
      "v = 404374785.1244792 m / s > c, setting 1/gamma = 0\n",
      "v = 446839334.93876135 m / s > c, setting 1/gamma = 0\n",
      "v = 345982734.3862495 m / s > c, setting 1/gamma = 0\n",
      "v = 362230219.1513909 m / s > c, setting 1/gamma = 0\n",
      "v = 460992540.84776753 m / s > c, setting 1/gamma = 0\n",
      "v = 470999339.8440848 m / s > c, setting 1/gamma = 0\n",
      "v = 304758288.44568676 m / s > c, setting 1/gamma = 0\n",
      "v = 300441303.6856311 m / s > c, setting 1/gamma = 0\n",
      "v = 349924248.3551728 m / s > c, setting 1/gamma = 0\n",
      "v = 300933940.9875224 m / s > c, setting 1/gamma = 0\n",
      "v = 324281409.16308314 m / s > c, setting 1/gamma = 0\n",
      "v = 306638267.1259907 m / s > c, setting 1/gamma = 0\n",
      "v = 327960746.61740696 m / s > c, setting 1/gamma = 0\n",
      "v = 403739349.32109547 m / s > c, setting 1/gamma = 0\n",
      "v = 437522556.2171726 m / s > c, setting 1/gamma = 0\n",
      "v = 351660058.4970312 m / s > c, setting 1/gamma = 0\n",
      "v = 369402246.7906786 m / s > c, setting 1/gamma = 0\n",
      "v = 304743330.6459179 m / s > c, setting 1/gamma = 0\n",
      "v = 328940297.6494745 m / s > c, setting 1/gamma = 0\n",
      "v = 376583085.095968 m / s > c, setting 1/gamma = 0\n",
      "v = 332649949.17984194 m / s > c, setting 1/gamma = 0\n",
      "v = 359302185.7364224 m / s > c, setting 1/gamma = 0\n",
      "v = 358177950.58082104 m / s > c, setting 1/gamma = 0\n",
      "v = 381054914.45174235 m / s > c, setting 1/gamma = 0\n",
      "v = 381753042.62535 m / s > c, setting 1/gamma = 0\n",
      "v = 427790747.26761276 m / s > c, setting 1/gamma = 0\n",
      "v = 345143965.6728124 m / s > c, setting 1/gamma = 0\n",
      "v = 360996450.2066806 m / s > c, setting 1/gamma = 0\n",
      "v = 540162816.9619077 m / s > c, setting 1/gamma = 0\n",
      "v = 491236922.2764981 m / s > c, setting 1/gamma = 0\n",
      "v = 329981881.0742732 m / s > c, setting 1/gamma = 0\n",
      "v = 346723584.68699867 m / s > c, setting 1/gamma = 0\n",
      "v = 329538027.38424563 m / s > c, setting 1/gamma = 0\n",
      "v = 364692682.3978514 m / s > c, setting 1/gamma = 0\n",
      "v = 477723238.6037968 m / s > c, setting 1/gamma = 0\n",
      "v = 495178002.42620766 m / s > c, setting 1/gamma = 0\n",
      "v = 327648175.8566682 m / s > c, setting 1/gamma = 0\n",
      "v = 357995655.1499967 m / s > c, setting 1/gamma = 0\n",
      "v = 312549606.6885989 m / s > c, setting 1/gamma = 0\n",
      "v = 413750381.2904802 m / s > c, setting 1/gamma = 0\n",
      "v = 444705608.9094596 m / s > c, setting 1/gamma = 0\n",
      "v = 302601878.77209777 m / s > c, setting 1/gamma = 0\n",
      "v = 324199954.9853292 m / s > c, setting 1/gamma = 0\n",
      "v = 407150560.68456584 m / s > c, setting 1/gamma = 0\n",
      "v = 458655522.08897394 m / s > c, setting 1/gamma = 0\n",
      "v = 314582797.9801029 m / s > c, setting 1/gamma = 0\n",
      "v = 364140863.44617504 m / s > c, setting 1/gamma = 0\n",
      "v = 451350514.7968523 m / s > c, setting 1/gamma = 0\n",
      "v = 473083403.2244033 m / s > c, setting 1/gamma = 0\n",
      "v = 322395750.2900176 m / s > c, setting 1/gamma = 0\n",
      "v = 684686542.7106227 m / s > c, setting 1/gamma = 0\n",
      "v = 563534955.269678 m / s > c, setting 1/gamma = 0\n",
      "v = 310038434.9884398 m / s > c, setting 1/gamma = 0\n",
      "v = 530217194.9585611 m / s > c, setting 1/gamma = 0\n",
      "v = 536235986.2495844 m / s > c, setting 1/gamma = 0\n",
      "v = 313279511.1320191 m / s > c, setting 1/gamma = 0\n",
      "v = 344048418.1865991 m / s > c, setting 1/gamma = 0\n",
      "v = 318531268.270602 m / s > c, setting 1/gamma = 0\n",
      "v = 372168791.40738785 m / s > c, setting 1/gamma = 0\n",
      "v = 376176881.8037728 m / s > c, setting 1/gamma = 0\n",
      "v = 390305574.39241433 m / s > c, setting 1/gamma = 0\n",
      "v = 300827184.04524493 m / s > c, setting 1/gamma = 0\n",
      "v = 418676647.0221719 m / s > c, setting 1/gamma = 0\n",
      "v = 445781163.15143746 m / s > c, setting 1/gamma = 0\n",
      "v = 349716438.7631183 m / s > c, setting 1/gamma = 0\n",
      "v = 391680574.90903157 m / s > c, setting 1/gamma = 0\n",
      "v = 337032029.78346765 m / s > c, setting 1/gamma = 0\n",
      "v = 390908746.02531755 m / s > c, setting 1/gamma = 0\n",
      "v = 321390235.90249294 m / s > c, setting 1/gamma = 0\n",
      "v = 372716677.8342965 m / s > c, setting 1/gamma = 0\n",
      "v = 419123294.3908378 m / s > c, setting 1/gamma = 0\n",
      "v = 428517991.0273551 m / s > c, setting 1/gamma = 0\n",
      "v = 317386415.08485085 m / s > c, setting 1/gamma = 0\n",
      "v = 321668115.6594239 m / s > c, setting 1/gamma = 0\n",
      "v = 320048849.01485634 m / s > c, setting 1/gamma = 0\n",
      "v = 340554628.0269022 m / s > c, setting 1/gamma = 0\n",
      "v = 363932347.5905134 m / s > c, setting 1/gamma = 0\n",
      "v = 307749959.7861608 m / s > c, setting 1/gamma = 0\n",
      "v = 350777758.7579818 m / s > c, setting 1/gamma = 0\n",
      "v = 447229609.18779415 m / s > c, setting 1/gamma = 0\n",
      "v = 472509554.96565044 m / s > c, setting 1/gamma = 0\n",
      "v = 343536553.6248812 m / s > c, setting 1/gamma = 0\n",
      "v = 300484610.57981855 m / s > c, setting 1/gamma = 0\n",
      "v = 327666496.3343837 m / s > c, setting 1/gamma = 0\n",
      "v = 471260142.2449477 m / s > c, setting 1/gamma = 0\n",
      "v = 484078254.0916095 m / s > c, setting 1/gamma = 0\n",
      "v = 321549366.43065524 m / s > c, setting 1/gamma = 0\n",
      "v = 348898095.4467709 m / s > c, setting 1/gamma = 0\n",
      "v = 424095229.99490213 m / s > c, setting 1/gamma = 0\n",
      "v = 446841796.4491948 m / s > c, setting 1/gamma = 0\n",
      "v = 360899009.1271243 m / s > c, setting 1/gamma = 0\n",
      "v = 400750269.1564414 m / s > c, setting 1/gamma = 0\n",
      "Clipping at index 440\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 1000x1000 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "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",
    ")"
   ]
  },
  {
   "attachments": {
    "image.png": {
     "image/png": 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"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Doing statistics\n",
    "Following the paper by Smart et al.: https://doi.org/10.1016/j.asr.2004.09.015\n",
    "\n",
    "#### Naively computing the geomagnetic cutoff:\n",
    "- backtrack particles to determine whether they are of atmospheric or cosmic origin\n",
    "- repeat for a range of energies\n",
    "- recover the **Störmer Formula** for energy thresholds \n",
    "- identify the **penumbra** of the geomagnetic cutoff\n",
    "\n",
    "#### More sophistication\n",
    "- distinguish positions and angles\n",
    "- use better field models\n",
    "- enforce numerical stability\n",
    "\n",
    "![image.png](attachment:image.png)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### Appendix - coordinate systems\n",
    "The IGRF is usually computed in *geodetic* coordinates: the Earth is an ellipse and the coordinate axis follow the ellipsoid. \n",
    "\n",
    "To simplify the computation, we will use *geocentric* coordinates where we consider the Earth as a sphere.\n",
    "\n",
    "In the following we will express vectors in the following 3D coordinate system:\n",
    "- the origin is the center of the Earth\n",
    "- r is given in km\n",
    "- theta is given in degrees (corresponds to colatitudes) -> -90 to 90\n",
    "- phi is given in degrees (corresponds to longitudes) -> -180 to 180\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "## Example - the spherical earth\n",
    "# generate a grid of points that correspond to the surface of the earth\n",
    "n = 15\n",
    "lat_range = np.linspace(-90, 90, 2*n)\n",
    "lon_range = np.linspace(-180, 180, n)\n",
    "lat, lon = np.meshgrid(lat_range, lon_range)\n",
    "lat = lat.flatten()\n",
    "lon = lon.flatten()\n",
    "\n",
    "# map to cartesian coordinates for plotting\n",
    "r = 6.4e3\n",
    "x = r * np.cos(np.radians(lat)) * np.cos(np.radians(lon))\n",
    "y = r * np.cos(np.radians(lat)) * np.sin(np.radians(lon))\n",
    "z = r * np.sin(np.radians(lat))\n",
    "\n",
    "# plot the grid\n",
    "fig = plt.figure()\n",
    "ax = fig.add_subplot(111, projection='3d')\n",
    "ax.set_box_aspect([1,1,1])\n",
    "ax.scatter(x, y, z)\n",
    "plt.show()"
   ]
  }
 ],
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