Skip to content

Split89 #41

New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

Sign up for GitHub

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

Draft
smsimon wants to merge 11 commits into
base: master
Choose a base branch
from
Draft

Split89 #41

Changes from all commits
Commits
Show all changes
11 commits
Select commit Hold shift + click to select a range
05f97bf
add SAT MF single bands
smsimon Oct 17, 2024
aed9c12
add SAT MF single band noises
smsimon Oct 17, 2024
ea435a9
Change pixel size to MF2 size
smsimon Oct 22, 2024
ba04322
Updated noise and beam estimates for splits 345
smsimon Oct 28, 2024
14eb65a
Updated noise vs pwv scaling for splits 345
smsimon Oct 28, 2024
14e2d1c
Update noise, bands, and beams for split6
smsimon Oct 28, 2024
9c1cef1
Update noise, bands, and beams for split7
smsimon Oct 28, 2024
dd14d89
Update noise, bands, layouts, and beams for splits 8 and 9
smsimon Oct 28, 2024
efed7f2
Update beams with improved estimate for Phase 2 configuration
smsimon Nov 22, 2024
36024bf
fix LF2 and HF2 beams
smsimon Dec 4, 2024
e7dda28
make split beam beam sizes consistent
smsimon Jan 17, 2025
File filter

Filter by extension

Filter by extension
Conversations
Failed to load comments.
Loading
Jump to
Jump to file
Failed to load files.
Loading
Diff view
Diff view
183 changes: 125 additions & 58 deletions s4sim/hardware/config.py
View file
Open in desktop
Original file line number Diff line number Diff line change
Expand Up @@ -380,29 +380,29 @@ def sim_nominal():
bnd["low"] = 21.5
bnd["high"] = 28.0
bnd["bandpass"] = ""
bnd["NET"] = 246.0
bnd["NET"] = 214.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.11488
bnd["C"] = 0.85083
bnd["NET_corr"] = 1.02
bnd["pwv_poly"] = 0.933680, 0.063919, 0.002889
bnd["A"] = 0.13706
bnd["C"] = 0.82200
bnd["NET_corr"] = 1.06
bnd["pwv_poly"] = 0.920270, 0.076947, 0.003369
bands["SAT_f030"] = bnd

bnd = OrderedDict()
bnd["center"] = 36.5
bnd["low"] = 28.0
bnd["high"] = 45.0
bnd["bandpass"] = ""
bnd["NET"] = 155.0
bnd["NET"] = 148.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.21849
bnd["C"] = 0.71629
bnd["A"] = 0.23230
bnd["C"] = 0.69828
bnd["NET_corr"] = 1.04
bnd["pwv_poly"] = 0.984664, 0.015093, 0.000353
bnd["pwv_poly"] = 0.983677, 0.016068, 0.000373
bands["SAT_f040"] = bnd

bnd = OrderedDict()
Expand Down Expand Up @@ -470,61 +470,91 @@ def sim_nominal():
bnd["low"] = 74.8
bnd["high"] = 95.2
bnd["bandpass"] = ""
bnd["NET"] = 259.0
bnd["NET"] = 245.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.26241
bnd["C"] = 0.65892
bnd["NET_corr"] = 1.02
bnd["pwv_poly"] = 0.956092, 0.042784, 0.001444
bnd["A"] = 0.27782
bnd["C"] = 0.63888
bnd["NET_corr"] = 1.04
bnd["pwv_poly"] = 0.953624, 0.045185, 0.001529
bands["SAT_f085"] = bnd

bnd = OrderedDict()
bnd["center"] = 145.0
bnd["low"] = 129.1
bnd["high"] = 161.0
bnd["bandpass"] = ""
bnd["NET"] = 311.0
bnd["NET"] = 302.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.20697
bnd["C"] = 0.73043
bnd["A"] = 0.21203
bnd["C"] = 0.72385
bnd["NET_corr"] = 1.01
bnd["pwv_poly"] = 0.848750, 0.146717, 0.005639
bnd["pwv_poly"] = 0.845158, 0.150156, 0.005818
bands["SAT_f145"] = bnd

bnd = OrderedDict()
bnd["center"] = 95.0
bnd["low"] = 83.6
bnd["high"] = 106.4
bnd["bandpass"] = ""
bnd["NET"] = 240.0
bnd["NET"] = 228.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.21106
bnd["C"] = 0.72533
bnd["NET_corr"] = 1.02
bnd["pwv_poly"] = 0.941450, 0.056990, 0.001986
bnd["A"] = 0.22131
bnd["C"] = 0.71200
bnd["NET_corr"] = 1.03
bnd["pwv_poly"] = 0.938631, 0.059726, 0.002090
bands["SAT_f095"] = bnd

bnd = OrderedDict()
bnd["center"] = 155.0
bnd["low"] = 138.0
bnd["high"] = 172.1
bnd["bandpass"] = ""
bnd["NET"] = 365.0
bnd["NET"] = 345.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.22432
bnd["C"] = 0.70785
bnd["NET_corr"] = 1.02
bnd["pwv_poly"] = 0.801865, 0.192474, 0.007107
bnd["A"] = 0.23468
bnd["C"] = 0.69439
bnd["NET_corr"] = 1.00
bnd["pwv_poly"] = 0.792946, 0.200998, 0.007569
bands["SAT_f155"] = bnd

bnd = OrderedDict()
bnd["center"] = 91.5
bnd["low"] = 77.0
bnd["high"] = 106.0
bnd["bandpass"] = ""
bnd["NET"] = 221.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.22609
bnd["C"] = 0.70593
bnd["NET_corr"] = 1.03
bnd["pwv_poly"] = 0.947923, 0.050705, 0.001751
bands["SAT_f090"] = bnd

bnd = OrderedDict()
bnd["center"] = 148.5
bnd["low"] = 128.0
bnd["high"] = 169.0
bnd["bandpass"] = ""
bnd["NET"] = 287.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.22482
bnd["C"] = 0.70722
bnd["NET_corr"] = 1.03
bnd["pwv_poly"] = 0.826483, 0.168378, 0.006407
bands["SAT_f150"] = bnd

bnd = OrderedDict()
bnd["center"] = 227.0
bnd["low"] = 198.0
Expand Down Expand Up @@ -590,36 +620,36 @@ def sim_nominal():
bnd["low"] = 198.0
bnd["high"] = 256.0
bnd["bandpass"] = ""
bnd["NET"] = 731.0
bnd["NET"] = 720.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.29945
bnd["C"] = 0.61031
bnd["A"] = 0.30314
bnd["C"] = 0.60552
bnd["NET_corr"] = 1.01
bnd["pwv_poly"] = 0.731418, 0.255791, 0.014788
bnd["pwv_poly"] = 0.728284, 0.258698, 0.015039
bands["SAT_f220"] = bnd

bnd = OrderedDict()
bnd["center"] = 285.5
bnd["low"] = 256.0
bnd["high"] = 315.0
bnd["bandpass"] = ""
bnd["NET"] = 1845.0
bnd["NET"] = 1817.0
bnd["fknee"] = 50.0
bnd["fmin"] = 0.01
bnd["alpha"] = 1.0
bnd["A"] = 0.36317
bnd["C"] = 0.52786
bnd["NET_corr"] = 1.01
bnd["pwv_poly"] = 0.662106, 0.316561, 0.023882
bnd["A"] = 0.36697
bnd["C"] = 0.52293
bnd["NET_corr"] = 1.00
bnd["pwv_poly"] = 0.658761, 0.319594, 0.024221
bands["SAT_f280"] = bnd

cnf["bands"] = bands

wafers = OrderedDict()

wtypes = ["CHLAT_ULF","SPLAT_ULF", "CHLAT_LF", "SPLAT_LF", "SAT_LF", "CHLAT_MF", "SPLAT_MF", "SAT_MFL", "SAT_MFH", "CHLAT_HF", "SPLAT_HF", "SAT_HF"]
wtypes = ["CHLAT_ULF","SPLAT_ULF", "CHLAT_LF", "SPLAT_LF", "SAT_LF", "CHLAT_MF", "SPLAT_MF", "SAT_MFL", "SAT_MFH", "SAT_MF", "CHLAT_HF", "SPLAT_HF", "SAT_HF"]
wcnt = {
"CHLAT_ULF": 4*2,
"SPLAT_ULF": 4,
Expand All @@ -628,8 +658,9 @@ def sim_nominal():
"SAT_LF": (12) * 1,
"CHLAT_MF": 54*2,
"SPLAT_MF": 54,
"SAT_MFL": (12) * 3,
"SAT_MFH": (12) * 3,
"SAT_MFL": 0,
"SAT_MFH": 0,
"SAT_MF": (12) * 6,
"CHLAT_HF": 19*2,
"SPLAT_HF": 18,
"SAT_HF": (12) * 2,
Expand All @@ -644,6 +675,7 @@ def sim_nominal():
"SPLAT_MF": "RP",
"SAT_MFL": "HP",
"SAT_MFH": "HP",
"SAT_MF": "RP",
"CHLAT_HF": "HP",
"SPLAT_HF": "HP",
"SAT_HF": "HP",
Expand All @@ -653,11 +685,12 @@ def sim_nominal():
"SPLAT_ULF": 27,
"CHLAT_LF": 48,
"SPLAT_LF": 48,
"SAT_LF": 19,
"SAT_LF": 37,
"CHLAT_MF": 432,
"SPLAT_MF": 432,
"SAT_MFL": 217,
"SAT_MFH": 271,
"SAT_MF": 432,
"CHLAT_HF": 469,
"SPLAT_HF": 469,
"SAT_HF": 469,
Expand All @@ -667,11 +700,12 @@ def sim_nominal():
"SPLAT_ULF": 21.1,
"CHLAT_LF": 16.1,
"SPLAT_LF": 16.1,
"SAT_LF": 26.0,
"SAT_LF": 19.1,
"CHLAT_MF": 5.3,
"SPLAT_MF": 5.3,
"SAT_MFL": 7.65,
"SAT_MFH": 6.85,
"SAT_MF": 5.3,
"CHLAT_HF": 5.2,
"SPLAT_HF": 5.2,
"SAT_HF": 5.2,
Expand All @@ -686,6 +720,7 @@ def sim_nominal():
"SPLAT_MF": 0.71,
"SAT_MFL": 1.273,
"SAT_MFH": 0.71,
"SAT_MF": 0.71,
"CHLAT_HF": 0.71,
"SPLAT_HF": 0.71,
"SAT_HF": 0.71,
Expand All @@ -700,6 +735,7 @@ def sim_nominal():
"SPLAT_MF": ["SPLAT_f090", "SPLAT_f150"],
"SAT_MFL": ["SAT_f085", "SAT_f145"],
"SAT_MFH": ["SAT_f095", "SAT_f155"],
"SAT_MF": ["SAT_f090", "SAT_f150"],
"CHLAT_HF": ["CHLAT_f220", "CHLAT_f280"],
"SPLAT_HF": ["SPLAT_f220", "SPLAT_f280"],
"SAT_HF": ["SAT_f220", "SAT_f280"],
Expand All @@ -715,6 +751,7 @@ def sim_nominal():
"SPLAT_MF": [210,220],
"SAT_MFL": [0,127],
"SAT_MFH": [0,169],
"SAT_MF": [210,220],
"CHLAT_HF": [0,331],
"SPLAT_HF": [0,331],
"SAT_HF": [0,331],
Expand Down Expand Up @@ -751,6 +788,7 @@ def sim_nominal():
"SPLAT_MF": 0,
"SAT_MFL": 0,
"SAT_MFH": 0,
"SAT_MF": 0,
"CHLAT_HF": 0,
"SPLAT_HF": 0,
"SAT_HF": 0,
Expand Down Expand Up @@ -1308,14 +1346,14 @@ def sim_nominal():
tubes[nm] = tb

stubes = [
"SAT_MFL",
"SAT_MFH",
"SAT_MF",
"SAT_MF",
"SAT_HF",
"SAT_MFL",
"SAT_MFH",
"SAT_MF",
"SAT_MF",
"SAT_HF",
"SAT_MFL",
"SAT_MFH",
"SAT_MF",
"SAT_MF",
"SAT_LF",
]
stube_toasthex_pos = [0, 0, 0, 0, 0, 0, 0, 0, 0]
Expand Down Expand Up @@ -1352,7 +1390,7 @@ def sim_nominal():
]
# 30 deg, 10008 detectors/band
tb["platescale"] = 0.070093/0.9909
tb["FOV_cut"] = 30.0
tb["FOV_cut"] = 34.9
elif ttyp == "SAT_MFL":
for tw in range(12):
off = 0
Expand Down Expand Up @@ -1407,6 +1445,33 @@ def sim_nominal():
# 30 deg, 3552 det/band
tb["platescale"] = 0.070093/0.9931
tb["FOV_cut"] = 30.0
elif ttyp == "SAT_MF":
for tw in range(12):
off = 0
for w, props in cnf["wafers"].items():
if props["type"] == ttyp:
if off == woff[ttyp]:
tb["wafers"].append(w)
woff[ttyp] += 1
break
off += 1
tb["wafer_angle"] = [ # Degrees
0.0,
0.0,
0.0,
-60.0,
-60.0,
0.0,
0.0,
60.0,
60.0,
180.0,
180.0,
0.0,
]
# 30 deg, 3552 det/band
tb["platescale"] = 0.070093/0.9931
tb["FOV_cut"] = 34.9
else:
for tw in range(12):
off = 0
Expand All @@ -1433,7 +1498,7 @@ def sim_nominal():
]
# 30 deg, 252 det/band
tb["platescale"] = 0.070093/0.9855
tb["FOV_cut"] = 30.0
tb["FOV_cut"] = 34.9
tb["toast_hex_pos"] = stube_toasthex_pos[tindx]
tubes[nm] = tb

Expand Down Expand Up @@ -1747,14 +1812,16 @@ def sim_nominal():

#SAT beams
sfwhm = OrderedDict()
sfwhm["SAT_f030"] = 100.9
sfwhm["SAT_f040"] = 74.4
sfwhm["SAT_f085"] = 29.5
sfwhm["SAT_f145"] = 18.1
sfwhm["SAT_f095"] = 26.4
sfwhm["SAT_f155"] = 16.9
sfwhm["SAT_f220"] = 11.3
sfwhm["SAT_f280"] = 10.1
sfwhm["SAT_f030"] = 79.2
sfwhm["SAT_f040"] = 56.6
sfwhm["SAT_f085"] = 22.9
sfwhm["SAT_f145"] = 14.2
sfwhm["SAT_f095"] = 20.6
sfwhm["SAT_f155"] = 13.5
sfwhm["SAT_f090"] = 21.4
sfwhm["SAT_f150"] = 14.0
sfwhm["SAT_f220"] = 9.4
sfwhm["SAT_f280"] = 7.8

tele = OrderedDict()
tele["tubes"] = ["ST0", "ST1", "ST2"]
Expand Down