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master-thesis-presentation/beorn.typ

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Typst

#import "globals.typ": *
= #beorn
== Procedure
#let notebook = json("../workdir/11_visualization/simplified_visualization_of_procedure.ipynb")
#grid(
columns: (auto, 5em, auto, 5em, auto),
rows: (60%, auto),
align: center,
row-gutter: 2em,
image_cell(notebook, cell_id: "step_profile_1d"),
[#pin(1)$==>$#pin(2)],
image_cell(notebook, cell_id: "step_kernel_3d"),
[#pin(3)$==>$#pin(4)],
image_cell(notebook, cell_id: "step_profile_3d"),
[
1-d profile
],
[],
[
3-d kernel
(localized)
],
[],
[
3-d contribution on a grid
],
)
#pause
#pinit-point-to(
(1, 2),
pin-dx: 20pt,
pin-dy: -30pt,
body-dx: -70pt,
body-dy: -95pt,
offset-dx: 20pt,
offset-dy: 30pt,
)[spherical symmetry]
#pause
#pinit-point-to(
(3, 4),
pin-dx: 20pt,
pin-dy: -30pt,
body-dx: -70pt,
body-dy: -95pt,
offset-dx: 20pt,
offset-dy: 30pt,
)[convolution (`FFT`)]
#pagebreak()
#grid(
columns: (auto, 8em, auto),
rows: (38%, 1em, 38%),
align: center,
column-gutter: 2em,
row-gutter: 0.3em,
image_cell(notebook, cell_id: "step_profile_3d"),
grid.cell(
rowspan: 3,
image_cell(notebook, cell_id: "step_profile_3d_overlap"),
),
[],
// [],
// [],
[#h(3em) Multiple contributions $==>$],
[
$==>$ _Postprocessing_
(overlaps, normalization, ...)
],
// [],
// [],
image_cell(notebook, cell_id: "step_profile_3d_second"),
[],
// [],
// [],
)
#pagebreak()
== Postprocessing
- ionization overlaps
- corrections due to RSD
- computation of derived quantities
- summary statistics
== Maps
Through the redshifting of photons, the brightness temperature across redshift slices will be measured in a frequency band
$=>$ representation as a lightcone
#align(center)[
#image("assets/lightcone.png")
]
from @Schaeffer_2023
== Signal
#align(center)[
#image("assets/signals.png")
]
from @Schaeffer_2023