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‘generate_focal_plane_distribution’ (MMTModules.py, lines 1081-1104) assumes that detector data is ordered in the following frequency/polarization angle combinations: freq1/polX, freq1/polY, freq2/polX, freq2/polY. When I was playing with MMT, I modified this to only increment index i by 1 and read in each detector’s info one at a time, instead of 4 at a time.
‘calculate_beam_matrix’ (MMTModules.py, lines 700-710) assumes that detectors located at an even index in the dictionary have polarization angles of 0 or pi/4, and detectors located at an odd index in the dictionary are pi/2 or -pi/4. When I was playing with MMT, I modified this to check the detector IDs to determine polarization angle (but this was particular to how I was labeling detectors, so one would probably want however S4 plans to standardly label detectors).
The text was updated successfully, but these errors were encountered:
‘generate_focal_plane_distribution’ (MMTModules.py, lines 1081-1104) assumes that detector data is ordered in the following frequency/polarization angle combinations: freq1/polX, freq1/polY, freq2/polX, freq2/polY. When I was playing with MMT, I modified this to only increment index i by 1 and read in each detector’s info one at a time, instead of 4 at a time.
‘calculate_beam_matrix’ (MMTModules.py, lines 700-710) assumes that detectors located at an even index in the dictionary have polarization angles of 0 or pi/4, and detectors located at an odd index in the dictionary are pi/2 or -pi/4. When I was playing with MMT, I modified this to check the detector IDs to determine polarization angle (but this was particular to how I was labeling detectors, so one would probably want however S4 plans to standardly label detectors).
The text was updated successfully, but these errors were encountered: