[ This is the JMS ISIM input data file for James Webb Space Telescope. The values of detector characteristics meet goals set by the science instrument teams. The other values are consistent with Level 1 & 2 requirements. This file is best viewed in 128-column, landscape mode. ] [ Revisions for v4.4: 1. Detector values for NIRSpec and for FGS-TF added. 2. All detector characteristics updated per D. Figer. 3. Sharpness for each SI added. 4. Minimum number of sharpness pixels added to each SI, with nominal value = 0. 5. Corrected psf_sharpness functions for all FGSs (version 4.4a) ] [ References: Ref01 - D. Figer, 8-25-04 and NIRCam_0009 I090302a_rev. Ref02 - D. Figer, 8-25-04 and ESA-JWST-RQ-22. Ref03 - D. Figer, 8-25-04 and MIRI_Detector_Req_B. ] isim_deck /name = "ISIM_Webb.txt" /date = "October 22, 2004" /version = "4.4a" /id = "JWST Goals ISIM"; overhead /major_slew_time = 30.0 [Average major slew time, minutes average_slew_duration (minutes)] /major_slew_rate = 120.0 [Slew rate, degrees/hour] /major_slew_settling_time = 15.0 [Major slew settling time, minutes slew_settling_time (minutes)] /minor_slew_time = 1.0 [Average minor slew time (minutes)] /minor_slew_settling_time = 1.0 [Minor slew settling time (minutes)] /coarse_track_overhead = 5.0 [Coarse tracker acquisition time, reaq_overhead (minutes)] /fine_track_overhead = 5.0 [Fine tracker acquisition time, reaq_overhead (minutes)] /si_setup_time_per_exp = 3.0 [SI setup time, per ObsSet, in minutes si_setup_overhead (minutes)] /spec_element_setup_time = 1.0; [Spectral element setup time (minutes)] data_rate /max_compression_factor = 3.0 [max_compression_factor] /bytes_per_pixel = 2.0; [bytes_per_pixel] detect /name = DetNC [Detector name (pointer to config card)] /qe_wave = NC_qe [Name of Wave record with QE(lambda) (pointer to wave card)] /gain = 1.0 [number of signal electrons per photo-electron] /beta = 1.0 [gain disperion parameter] /pixel_size = 21.5 [Pixel size (microns)] /pixel_separation = 0.00 [Gap between pixels (microns) (unused by NMS)] /trans_wave = DetNC_trans [Name of Wave record with detector optics transmission(lambda) (pointer to wave card)] /temp_effective = 30.0 [Temperature of detector (K) (unused by NMS)] /emiss_wave = DetNC_emiss [Name of Wave record with detector optics emissivity(lambda) (pointer to wave card)] /dark_current = 0.01 [Dark current at Temperature (electron/sec)] /readout_noise_per_frame = 2.50 [Read-out noise per frame, r.m.s. (electrons), after all nondestructive reads] /max_integration_time = 1000 [Maximum integration time (Cosmic Ray time) (seconds)] /well_depth = 200000. [Well depth (electrons)] /ndr_capability = T [Non-destructive readout? (T/F) (unused by NMS)] /pixels_bleed = T; [Pixels bleed? (T/F) (unused by NMS)] detect /name = DetNS [Detector name (pointer to config card)] /qe_wave = NS_qe [Name of Wave record with QE(lambda) (pointer to wave card)] /gain = 1.0 [number of signal electrons per photo-electron] /beta = 1.0 [gain disperion parameter] /pixel_size = 21.5 [Pixel size (microns)] /pixel_separation = 0.00 [Gap between pixels (microns) (unused by NMS)] /trans_wave = DetNS_trans [Name of Wave record with detector optics transmission(lambda) (pointer to wave card)] /temp_effective = 30.0 [Temperature of detector (K) (unused by NMS)] /emiss_wave = DetNS_emiss [Name of Wave record with detector optics emissivity(lambda) (pointer to wave card)] /dark_current = 0.001 [Dark current at Temperature (electron/sec)] /readout_noise_per_frame = 2.50 [Read-out noise per frame, r.m.s. (electrons), after all nondestructive reads] /max_integration_time = 1000 [Maximum integration time (Cosmic Ray time) (seconds)] /well_depth = 60000. [Well depth (electrons)] /ndr_capability = T [Non-destructive readout? (T/F) (unused by NMS)] /pixels_bleed = T; [Pixels bleed? (T/F) (unused by NMS)] detect /name = SCA_hd [Detector name (pointer to config card)] /qe_wave = insb_qe [Name of Wave record with QE(lambda) (pointer to wave card)] /gain = 1.0 [number of signal electrons per photo-electron] /beta = 1.0 [gain disperion parameter] /pixel_size = 21.5 [Pixel size (microns)] /pixel_separation = 0.00 [Gap between pixels (microns) (unused by NMS)] /trans_wave = insb_trans [Name of Wave record with detector optics transmission(lambda) (pointer to wave card)] /temp_effective = 30.0 [Temperature of detector (K) (unused by NMS)] /emiss_wave = insb_emiss [Name of Wave record with detector optics emissivity(lambda) (pointer to wave card)] /dark_current = 0.2 [Dark current at Temperature (electron/sec)] /readout_noise_per_frame = 14 [Read-out noise per frame, r.m.s. (electrons), after all nondestructive reads] /max_integration_time = 1000 [Maximum integration time (Cosmic Ray time) (seconds)] /well_depth = 60000. [Well depth (electrons)] /ndr_capability = T [Non-destructive readout? (T/F) (unused by NMS)] /pixels_bleed = T; [Pixels bleed? (T/F) (unused by NMS)] detect /name = DetFTF [Detector name (pointer to config card)] /qe_wave = FTF_qe [Name of Wave record with QE(lambda) (pointer to wave card)] /gain = 1.0 [number of signal electrons per photo-electron] /beta = 1.0 [gain disperion parameter] /pixel_size = 21.5 [Pixel size (microns)] /pixel_separation = 0.00 [Gap between pixels (microns) (unused by NMS)] /trans_wave = DetFTF_trans [Name of Wave record with detector optics transmission(lambda) (pointer to wave card)] /temp_effective = 30.0 [Temperature of detector (K) (unused by NMS)] /emiss_wave = DetFTF_emiss [Name of Wave record with detector optics emissivity(lambda) (pointer to wave card)] /dark_current = 0.01 [Dark current at Temperature (electron/sec)] /readout_noise_per_frame = 2.5 [Read-out noise per frame, r.m.s. (electrons), after all nondestructive reads] /max_integration_time = 1000 [Maximum integration time (Cosmic Ray time) (seconds)] /well_depth = 200000. [Well depth (electrons)] /ndr_capability = T [Non-destructive readout? (T/F) (unused by NMS)] /pixels_bleed = T; [Pixels bleed? (T/F) (unused by NMS)] detect /name = InSb [Detector name (pointer to config card)] /qe_wave = insb_qe [Name of Wave record with QE(lambda) (pointer to wave card)] /gain = 1.0 [number of signal electrons per photo-electron] /beta = 1.0 [gain disperion parameter] /pixel_size = 21.5 [Pixel size (microns)] /pixel_separation = 0.00 [Gap between pixels (microns) (unused by NMS)] /trans_wave = insb_trans [Name of Wave record with detector optics transmission(lambda) (pointer to wave card)] /temp_effective = 30.0 [Temperature of detector (K) (unused by NMS)] /emiss_wave = insb_emiss [Name of Wave record with detector optics emissivity(lambda) (pointer to wave card)] /dark_current = 0.05 [Dark current at Temperature (electron/sec)] /readout_noise_per_frame = 7.07 [Read-out noise per frame, r.m.s. (electrons), after all nondestructive reads] /max_integration_time = 1000 [Maximum integration time (Cosmic Ray time) (seconds)] /well_depth = 200000. [Well depth (electrons)] /ndr_capability = T [Non-destructive readout? (T/F) (unused by NMS)] /pixels_bleed = T; [Pixels bleed? (T/F) (unused by NMS)] detect /name = Si:As [Detector name (pointer to config card)] /qe_wave = sias_qe [Name of Wave record with QE(lambda) (pointer to wave card)] /gain = 1.0 [number of signal electrons per photo-electron] /beta = 1.0 [gain disperion parameter] /pixel_size = 24.0 [Pixel size (microns)] /pixel_separation = 0.00 [Gap between pixels (microns) (unused by NMS)] /trans_wave = sias_trans [Name of Wave record with detector optics transmission(lambda) (pointer to wave card)] /temp_effective = 10.0 [Temperature of detector (K) (unused by NMS)] /emiss_wave = sias_emiss [Name of Wave record with detector optics emissivity(lambda) (pointer to wave card)] /dark_current = 0.071 [Dark current at Temperature (electron/sec)] /readout_noise_per_frame = 7.07 [Read-out noise per frame, r.m.s. (electrons), after all non-destructive reads] /max_integration_time = 1000 [Maximum integration time (Cosmic Ray time) (seconds)] /well_depth = 200000. [Well depth (electrons)] /ndr_capability = T [Non-destructive readout? (T/F) (unused by NMS)] /pixels_bleed = T; [Pixels bleed? (T/F) (unused by NMS)] config /name = FGS_guider1 [Name of Configuration] /min_lambda = 0.6 [Minimum usable wavelength (microns)] /max_lambda = 2.4 [Maximum usable wavelength (microns)] /detector_used = SCA_hd [Detector used (see Detect card) (pointer to detect card)] /trans_wave = FGSg1 [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_FGS_guider1 [psf sharpness data wave record] /emiss_wave = emiss_NIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels)] /sky_view = 2.3 [Sky View (arcmin per side)] /multiplex = 0.0 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 8192 [Number of pixels per MUX] /reads_per_frame = 4 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = FGS_guider1_ff_2, FGS_guider1_ff_4, FGS_guider1_ff_6, FGS_guider1_ff_8, FGS_guider1_ff_10, FGS_guider1_ff_14, FGS_guider1_ff_18, FGS_guider1_ff_22, FGS_guider1_ff_26, FGS_guider1_ff_30, FGS_guider1_ff_34, FGS_guider1_ff_38, FGS_guider1_ff_42, FGS_guider1_ff_46, FGS_guider1_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.015; [fractional flat field calibration error] config /name = FGS_guider2 [Name of Configuration] /min_lambda = 0.6 [Minimum usable wavelength (microns)] /max_lambda = 2.4 [Maximum usable wavelength (microns)] /detector_used = SCA_hd [Detector used (see Detect card) (pointer to detect card)] /trans_wave = FGSg2 [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_FGS_guider2 [psf sharpness data wave record] /emiss_wave = emiss_NIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels)] /sky_view = 2.3 [Sky View (arcmin per side)] /multiplex = 0.0 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 8192 [Number of pixels per MUX] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /reads_per_frame = 4 [Number of Fowler samples per readout] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = FGS_guider2_ff_2, FGS_guider2_ff_4, FGS_guider2_ff_6, FGS_guider2_ff_8, FGS_guider2_ff_10, FGS_guider2_ff_14, FGS_guider2_ff_18, FGS_guider2_ff_22, FGS_guider2_ff_26, FGS_guider2_ff_30, FGS_guider2_ff_34, FGS_guider2_ff_38, FGS_guider2_ff_42, FGS_guider2_ff_46, FGS_guider2_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.015; [fractional flat field calibration error] config /name = FGS_guider3 [Name of Configuration] /min_lambda = 0.6 [Minimum usable wavelength (microns)] /max_lambda = 2.4 [Maximum usable wavelength (microns)] /detector_used = DetFTF [Detector used (see Detect card) (pointer to detect card)] /trans_wave = FGSg3 [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_FGS_guider3 [psf sharpness data wave record] /emiss_wave = emiss_NIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels)] /sky_view = 2.3 [Sky View (arcmin per side)] /multiplex = 0.0 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 8192 [Number of pixels per MUX] /reads_per_frame = 4 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = FGS_guider3_ff_2, FGS_guider3_ff_4, FGS_guider3_ff_6, FGS_guider3_ff_8, FGS_guider3_ff_10, FGS_guider3_ff_14, FGS_guider3_ff_18, FGS_guider3_ff_22, FGS_guider3_ff_26, FGS_guider3_ff_30, FGS_guider3_ff_34, FGS_guider3_ff_38, FGS_guider3_ff_42, FGS_guider3_ff_46, FGS_guider3_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.015; [fractional flat field calibration error] config /name = FGS_tf_lw [Name of Configuration] /min_lambda = 2.5 [Minimum usable wavelength (microns)] /max_lambda = 5.0 [Maximum usable wavelength (microns)] /detector_used = DetFTF [Detector used (see Detect card) (pointer to detect card)] /trans_wave = FGStflw [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_FGS_tf_lw [psf sharpness data wave record] /emiss_wave = emiss_NIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels)] /sky_view = 2.3 [Sky View (arcmin per side)] /multiplex = 0.0 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 8192 [Number of pixels per MUX] /reads_per_frame = 4 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = FGS_tf_lw_ff_2, FGS_tf_lw_ff_4, FGS_tf_lw_ff_6, FGS_tf_lw_ff_8, FGS_tf_lw_ff_10, FGS_tf_lw_ff_14, FGS_tf_lw_ff_18, FGS_tf_lw_ff_22, FGS_tf_lw_ff_26, FGS_tf_lw_ff_30, FGS_tf_lw_ff_34, FGS_tf_lw_ff_38, FGS_tf_lw_ff_42, FGS_tf_lw_ff_46, FGS_tf_lw_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.015; [fractional flat field calibration error] config /name = FGS_tf_sw [Name of Configuration] /min_lambda = 1.25 [Minimum usable wavelength (microns)] /max_lambda = 2.50 [Maximum usable wavelength (microns)] /detector_used = DetFTF [Detector used (see Detect card) (pointer to detect card)] /trans_wave = FGStfsw [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_FGS_tf_sw [psf sharpness data wave record] /emiss_wave = emiss_NIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels)] /sky_view = 2.3 [Sky View (arcmin per side)] /multiplex = 0.0 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 8192 [Number of pixels per MUX] /reads_per_frame = 4 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = FGS_tf_sw_ff_2, FGS_tf_sw_ff_4, FGS_tf_sw_ff_6, FGS_tf_sw_ff_8, FGS_tf_sw_ff_10, FGS_tf_sw_ff_14, FGS_tf_sw_ff_18, FGS_tf_sw_ff_22, FGS_tf_sw_ff_26, FGS_tf_sw_ff_30, FGS_tf_sw_ff_34, FGS_tf_sw_ff_38, FGS_tf_sw_ff_42, FGS_tf_sw_ff_46, FGS_tf_sw_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.015; [fractional flat field calibration error] config /name = MIRI_cam [Name of Configuration] /min_lambda = 5.0 [Minimum usable wavelength (microns)] /max_lambda = 27.0 [Maximum usable wavelength (microns)] /detector_used = Si:As [Detector used (see Detect card) (pointer to detect card)] /trans_wave = MIRIcam [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_MIRI_cam [psf sharpness data wave record] /emiss_wave = emiss_MIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 886 [FOV, Length of side (pixels)] /sky_view = 1.477 [Sky View (arcmin per side)] /multiplex = 0. [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 300000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = MIRI_cam_ff_2, MIRI_cam_ff_4, MIRI_cam_ff_6, MIRI_cam_ff_8, MIRI_cam_ff_10, MIRI_cam_ff_14, MIRI_cam_ff_18, MIRI_cam_ff_22, MIRI_cam_ff_26, MIRI_cam_ff_30, MIRI_cam_ff_34, MIRI_cam_ff_38, MIRI_cam_ff_42, MIRI_cam_ff_46, MIRI_cam_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.0001; [fractional flat field calibration error] config /name = MIRI_spec_lores [Name of Configuration] /min_lambda = 5.0 [Minimum usable wavelength (microns)] /max_lambda = 27.0 [Maximum usable wavelength (microns)] /detector_used = Si:As [Detector used (see Detect card) (pointer to detect card)] /trans_wave = MIRIspeclores [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_MIRI_spec_lores [psf sharpness data wave record] /emiss_wave = emiss_MIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 866 [FOV, Length of side (pixels)] /sky_view = 1.477 [Sky View (arcmin per side)] /multiplex = 1. [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 300000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = Unavailable [Aperture pixel diameters for aperture photometry] /aper_ff_data = Unavailable [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.0001; [fractional flat field calibration error] config /name = MIRI_ifu_1A [Name of Configuration] /min_lambda = 5.0 [Minimum usable wavelength (microns)] /max_lambda = 7.71 [Maximum usable wavelength (microns)] /detector_used = Si:As [Detector used (see Detect card) (pointer to detect card)] /trans_wave = MIRIspechires [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_MIRI_ifu_1A [psf sharpness data wave record] /emiss_wave = emiss_MIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 512 [FOV, Length of side (pixels)] /sky_view = 1.167 [Sky View (arcmin per side)] /multiplex = 1. [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 300000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = Unavailable [Aperture pixel diameters for aperture photometry] /aper_ff_data = Unavailable [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.001; [fractional flat field calibration error] config /name = MIRI_ifu_1B [Name of Configuration] /min_lambda = 7.71 [Minimum usable wavelength (microns)] /max_lambda = 11.9 [Maximum usable wavelength (microns)] /detector_used = Si:As [Detector used (see Detect card) (pointer to detect card)] /trans_wave = MIRIspechires [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_MIRI_ifu_1B [psf sharpness data wave record] /emiss_wave = emiss_MIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 512 [FOV, Length of side (pixels)] /sky_view = 1.303 [Sky View (arcmin per side)] /multiplex = 1. [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 300000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = Unavailable [Aperture pixel diameters for aperture photometry] /aper_ff_data = Unavailable [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.001; [fractional flat field calibration error] config /name = MIRI_ifu_2A [Name of Configuration] /min_lambda = 11.9 [Minimum usable wavelength (microns)] /max_lambda = 18.35 [Maximum usable wavelength (microns)] /detector_used = Si:As [Detector used (see Detect card) (pointer to detect card)] /trans_wave = MIRIspechires [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_MIRI_ifu_2A [psf sharpness data wave record] /emiss_wave = emiss_MIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 512 [FOV, Length of side (pixels)] /sky_view = 1.400 [Sky View (arcmin per side)] /multiplex = 1. [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 300000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = Unavailable [Aperture pixel diameters for aperture photometry] /aper_ff_data = Unavailable [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.001; [fractional flat field calibration error] config /name = MIRI_ifu_2B [Name of Configuration] /min_lambda = 18.35 [Minimum usable wavelength (microns)] /max_lambda = 27.0 [Maximum usable wavelength (microns)] /detector_used = Si:As [Detector used (see Detect card) (pointer to detect card)] /trans_wave = MIRIspechires [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_MIRI_ifu_2B [psf sharpness data wave record] /emiss_wave = emiss_MIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 512 [FOV, Length of side (pixels)] /sky_view = 1.500 [Sky View (arcmin per side)] /multiplex = 1. [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 300000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = Unavailable [Aperture pixel diameters for aperture photometry] /aper_ff_data = Unavailable [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.001; [fractional flat field calibration error] config /name = NIRCam_sw [Name of Configuration] /min_lambda = 0.6 [Minimum usable wavelength (microns)] /max_lambda = 2.29 [Maximum usable wavelength (microns)] /detector_used = DetNC [Detector used (see Detect card) (pointer to detect card)] /trans_wave = NIRCam [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_NIRCam_sw [psf sharpness data wave record] /emiss_wave = emiss_NIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 6136 [FOV, Length of side (pixels)] /sky_view = 3.253 [Sky View (arcmin per side)] /multiplex = 0.0 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 1200000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = NIRCam_sw_ff_2, NIRCam_sw_ff_4, NIRCam_sw_ff_6, NIRCam_sw_ff_8, NIRCam_sw_ff_10, NIRCam_sw_ff_14, NIRCam_sw_ff_18, NIRCam_sw_ff_22, NIRCam_sw_ff_26, NIRCam_sw_ff_30, NIRCam_sw_ff_34, NIRCam_sw_ff_38, NIRCam_sw_ff_42, NIRCam_sw_ff_46, NIRCam_sw_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.015; [fractional flat field calibration error] config /name = NIRCam_lw [Name of Configuration] /min_lambda = 2.3 [Minimum usable wavelength (microns)] /max_lambda = 5.0 [Maximum usable wavelength (microns)] /detector_used = DetNC [Detector used (see Detect card) (pointer to detect card)] /trans_wave = NIRCam [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_NIRCam_lw [psf sharpness data wave record] /emiss_wave = emiss_NIR-ACCUM [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2896 [FOV, Length of side (pixels)] /sky_view = 3.253 [Sky View (arcmin per side)] /multiplex = 0.0 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 1200000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = NIRCam_lw_ff_2, NIRCam_lw_ff_4, NIRCam_lw_ff_6, NIRCam_lw_ff_8, NIRCam_lw_ff_10, NIRCam_lw_ff_14, NIRCam_lw_ff_18, NIRCam_lw_ff_22, NIRCam_lw_ff_26, NIRCam_lw_ff_30, NIRCam_lw_ff_34, NIRCam_lw_ff_38, NIRCam_lw_ff_42, NIRCam_lw_ff_46, NIRCam_lw_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.005; [fractional flat field calibration error] config /name = NIRSpec_grating [Name of Configuration] /min_lambda = 1.0 [Minimum usable wavelength (microns)] /max_lambda = 5.0 [Maximum usable wavelength (microns)] /detector_used = DetNS [Detector used (see Detect card) (pointer to detect card)] /trans_wave = NIRSpecgrating [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_NIRSpec_grating [psf sharpness data wave record] /emiss_wave = emiss_NIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels), 0.1 arcsec pixels] /sky_view = 3.3 [Sky View (arcmin per side)] /multiplex = 100 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 1200000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = Unavailable [Aperture pixel diameters for aperture photometry] /aper_ff_data = Unavailable [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.01; [fractional flat field calibration error] config /name = NIRSpec_prism [Name of Configuration] /min_lambda = 0.6 [Minimum usable wavelength (microns)] /max_lambda = 5.0 [Maximum usable wavelength (microns)] /detector_used = DetNS [Detector used (see Detect card) (pointer to detect card)] /trans_wave = NIRSpecprism [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_NIRSpec_prism [psf sharpness data wave record] /emiss_wave = emiss_NIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels), 0.1 arcsec pixels] /sky_view = 3.3 [Sky View (arcmin per side)] /multiplex = 100 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 1200000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = Unavailable [Aperture pixel diameters for aperture photometry] /aper_ff_data = Unavailable [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.01; [fractional flat field calibration error] config /name = NIRSpec_cam [Name of Configuration] /min_lambda = 1.2 [Minimum usable wavelength (microns)] /max_lambda = 2.4 [Maximum usable wavelength (microns)] /detector_used = DetNS [Detector used (see Detect card) (pointer to detect card)] /trans_wave = NIRSpeccam [Name of Wave record with transmission(lambda) (pointer to wave card)] /temperature = 40.0 [Temperature (K) (unused by NMS)] /psf_sharpness = psf_NIRSpec_cam [psf sharpness data wave record] /emiss_wave = emiss_NIR-SPEC [Name of Wave record with emissivity(lambda) (pinter to wave card)] /fov = 2048 [FOV, Length of side (pixels), 0.1 arcsec pixels] /sky_view = 3.3 [Sky View (arcmin per side)] /multiplex = 100 [Multiplex factor] /pix_read_time = 10.0 [Readout time, per pixel (microseconds / pixel)] /pix_per_mux = 1200000 [Number of pixels per MUX] /reads_per_frame = 8 [Number of Fowler samples per readout] /min_bkg_pix = 0.0 [For sharpness-based exp. time, minimum number of pixels contributing background] /aper_pix_diams = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [Aperture pixel diameters for aperture photometry] /aper_ff_data = NIRSpec_cam_ff_2, NIRSpec_cam_ff_4, NIRSpec_cam_ff_6, NIRSpec_cam_ff_8, NIRSpec_cam_ff_10, NIRSpec_cam_ff_14, NIRSpec_cam_ff_18, NIRSpec_cam_ff_22, NIRSpec_cam_ff_26, NIRSpec_cam_ff_30, NIRSpec_cam_ff_34, NIRSpec_cam_ff_38, NIRSpec_cam_ff_42, NIRSpec_cam_ff_46, NIRSpec_cam_ff_50 [Aperture point source flux fraction table for each aper_pix_diams value] /flat_err = 0.01; [fractional flat field calibration error] aperture_data /name = aperture_data_1 [Name of aperture data] /pixel_diameters = 2, 4, 6, 8, 10, 14, 18, 22, 26, 30, 34, 38, 42, 46, 50 [aperture diameters in pixels] /aper_areas = 4, 12, 32, 52, 80, 156, 256, 384, 540, 716, 912, 1124, 1396, 1664, 1976; [aperture areas in square pixels] wave /name = psf_FGS_guider1 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.7, 0.91, 1.183, 1.538, 1.999, 2.599, 4.392, 5.710 /value = 0.00088978, 0.00207784, 0.00420167, 0.00751084, 0.01175777, 0.0196044, 0.03129181, 0.04563974, 0.048850914; wave /name = psf_FGS_guider2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.7, 0.91, 1.183, 1.538, 1.999, 2.599, 4.392, 5.710 /value = 0.00088978, 0.00207784, 0.00420167, 0.00751084, 0.01175777, 0.0196044, 0.03129181, 0.04563974, 0.048850914; wave /name = psf_FGS_guider3 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.7, 0.91, 1.183, 1.538, 1.999, 2.599, 4.392, 5.710 /value = 0.00088978, 0.00207784, 0.00420167, 0.00751084, 0.01175777, 0.0196044, 0.03129181, 0.04563974, 0.048850914; wave /name = psf_FGS_tf_lw /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.7, 0.91, 1.183, 1.538, 1.999, 2.599, 4.392, 5.710 /value = 0.00088978, 0.00207784, 0.00420167, 0.00751084, 0.01175777, 0.0196044, 0.03129181, 0.04563974, 0.048850914; wave /name = psf_FGS_tf_sw /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.7, 0.91, 1.183, 1.538, 1.999, 2.599, 4.392, 5.710 /value = 0.00088978, 0.00207784, 0.00420167, 0.00751084, 0.01175777, 0.0196044, 0.03129181, 0.04563974, 0.048850914; wave /name = psf_MIRI_cam /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.830 /value = 0.03922045, 0.03566132, 0.04216503, 0.04654245, 0.05197113, 0.05270937, 0.0532171, 0.05356299, 0.05379074; wave /name = psf_MIRI_spec_lores /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.830 /value = 0.03922045, 0.03566132, 0.04216503, 0.04654245, 0.05197113, 0.05270937, 0.0532171, 0.05356299, 0.05379074; wave /name = psf_MIRI_ifu_1A /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.830 /value = 0.03922045, 0.03566132, 0.04216503, 0.04654245, 0.05197113, 0.05270937, 0.0532171, 0.05356299, 0.05379074; wave /name = psf_MIRI_ifu_1B /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.830 /value = 0.03922045, 0.03566132, 0.04216503, 0.04654245, 0.05197113, 0.05270937, 0.0532171, 0.05356299, 0.05379074; wave /name = psf_MIRI_ifu_2A /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.830 /value = 0.03922045, 0.03566132, 0.04216503, 0.04654245, 0.05197113, 0.05270937, 0.0532171, 0.05356299, 0.05379074; wave /name = psf_MIRI_ifu_2B /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.830 /value = 0.03922045, 0.03566132, 0.04216503, 0.04654245, 0.05197113, 0.05270937, 0.0532171, 0.05356299, 0.05379074; wave /name = psf_NIRCam_sw /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.7, 0.91, 1.183, 1.538, 1.999, 2.599 /value = 0.00151283, 0.00378899, 0.00833071, 0.01635204, 0.02637452, 0.03503519, 0.04162776; wave /name = psf_NIRCam_lw /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.71 /value = 0.01973824, 0.0314833, 0.0458338, 0.04575494, 0.04892547; wave /name = psf_NIRSpec_grating /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.00050469, 0.00108742, 0.00210892, 0.00393634, 0.00680535, 0.01031164, 0.01620269, 0.0267067, 0.03735081, 0.04371386; wave /name = psf_NIRSpec_prism /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.00050469, 0.00108742, 0.00210892, 0.00393634, 0.00680535, 0.01031164, 0.01620269, 0.0267067, 0.03735081, 0.04371386; wave /name = psf_NIRSpec_cam /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.00050469, 0.00108742, 0.00210892, 0.00393634, 0.00680535, 0.01031164, 0.01620269, 0.0267067, 0.03735081, 0.04371386; wave /name = FGS_guider1_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.560207, 0.628284, 0.683455, 0.712261, 0.722212, 0.677858, 0.637132, 0.629498, 0.573211, 0.456764; wave /name = FGS_guider1_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.694192, 0.744462, 0.769753, 0.785126, 0.79062, 0.79137, 0.779088, 0.712493, 0.664782, 0.649772; wave /name = FGS_guider1_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.743744, 0.800635, 0.825122, 0.826159, 0.829139, 0.820192, 0.813699, 0.80323, 0.736252, 0.671753; wave /name = FGS_guider1_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.770748, 0.827309, 0.854678, 0.857591, 0.851171, 0.84852, 0.829707, 0.820969, 0.804994, 0.723437; wave /name = FGS_guider1_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.791016, 0.850712, 0.876748, 0.885411, 0.877749, 0.868763, 0.860484, 0.834361, 0.825914, 0.802786; wave /name = FGS_guider1_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.807408, 0.871282, 0.8997, 0.907717, 0.905338, 0.896583, 0.881343, 0.869325, 0.844004, 0.83068; wave /name = FGS_guider1_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.816219, 0.882, 0.913687, 0.922822, 0.921905, 0.916448, 0.90197, 0.886086, 0.873632, 0.842244; wave /name = FGS_guider1_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.82183, 0.888273, 0.920978, 0.93338, 0.933332, 0.927897, 0.918291, 0.900614, 0.887547, 0.870308; wave /name = FGS_guider1_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.892921, 0.926178, 0.939696, 0.94229, 0.938483, 0.928129, 0.913334, 0.898122, 0.883192; wave /name = FGS_guider1_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.896397, 0.929453, 0.94341, 0.947467, 0.944911, 0.935952, 0.92522, 0.908352, 0.890548; wave /name = FGS_guider1_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.932284, 0.946438, 0.951663, 0.950314, 0.942993, 0.930996, 0.915647, 0.899083; wave /name = FGS_guider1_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.935013, 0.948807, 0.954189, 0.955147, 0.948135, 0.937549, 0.925617, 0.906169; wave /name = FGS_guider1_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.937297, 0.950761, 0.956719, 0.958271, 0.952071, 0.943103, 0.931324, 0.913158; wave /name = FGS_guider1_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.952527, 0.958151, 0.96084, 0.956542, 0.948013, 0.935965, 0.918637; wave /name = FGS_guider1_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.954436, 0.959738, 0.962316, 0.959412, 0.951336, 0.940691, 0.926758; wave /name = FGS_guider2_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.560207, 0.628284, 0.683455, 0.712261, 0.722212, 0.677858, 0.637132, 0.629498, 0.573211, 0.456764; wave /name = FGS_guider2_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.694192, 0.744462, 0.769753, 0.785126, 0.79062, 0.79137, 0.779088, 0.712493, 0.664782, 0.649772; wave /name = FGS_guider2_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.743744, 0.800635, 0.825122, 0.826159, 0.829139, 0.820192, 0.813699, 0.80323, 0.736252, 0.671753; wave /name = FGS_guider2_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.770748, 0.827309, 0.854678, 0.857591, 0.851171, 0.84852, 0.829707, 0.820969, 0.804994, 0.723437; wave /name = FGS_guider2_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.791016, 0.850712, 0.876748, 0.885411, 0.877749, 0.868763, 0.860484, 0.834361, 0.825914, 0.802786; wave /name = FGS_guider2_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.807408, 0.871282, 0.8997, 0.907717, 0.905338, 0.896583, 0.881343, 0.869325, 0.844004, 0.83068; wave /name = FGS_guider2_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.816219, 0.882, 0.913687, 0.922822, 0.921905, 0.916448, 0.90197, 0.886086, 0.873632, 0.842244; wave /name = FGS_guider2_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.82183, 0.888273, 0.920978, 0.93338, 0.933332, 0.927897, 0.918291, 0.900614, 0.887547, 0.870308; wave /name = FGS_guider2_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.892921, 0.926178, 0.939696, 0.94229, 0.938483, 0.928129, 0.913334, 0.898122, 0.883192; wave /name = FGS_guider2_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.896397, 0.929453, 0.94341, 0.947467, 0.944911, 0.935952, 0.92522, 0.908352, 0.890548; wave /name = FGS_guider2_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.932284, 0.946438, 0.951663, 0.950314, 0.942993, 0.930996, 0.915647, 0.899083; wave /name = FGS_guider2_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.935013, 0.948807, 0.954189, 0.955147, 0.948135, 0.937549, 0.925617, 0.906169; wave /name = FGS_guider2_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.937297, 0.950761, 0.956719, 0.958271, 0.952071, 0.943103, 0.931324, 0.913158; wave /name = FGS_guider2_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.952527, 0.958151, 0.96084, 0.956542, 0.948013, 0.935965, 0.918637; wave /name = FGS_guider2_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.954436, 0.959738, 0.962316, 0.959412, 0.951336, 0.940691, 0.926758; wave /name = FGS_guider3_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.560207, 0.628284, 0.683455, 0.712261, 0.722212, 0.677858, 0.637132, 0.629498, 0.573211, 0.456764; wave /name = FGS_guider3_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.694192, 0.744462, 0.769753, 0.785126, 0.79062, 0.79137, 0.779088, 0.712493, 0.664782, 0.649772; wave /name = FGS_guider3_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.743744, 0.800635, 0.825122, 0.826159, 0.829139, 0.820192, 0.813699, 0.80323, 0.736252, 0.671753; wave /name = FGS_guider3_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.770748, 0.827309, 0.854678, 0.857591, 0.851171, 0.84852, 0.829707, 0.820969, 0.804994, 0.723437; wave /name = FGS_guider3_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.791016, 0.850712, 0.876748, 0.885411, 0.877749, 0.868763, 0.860484, 0.834361, 0.825914, 0.802786; wave /name = FGS_guider3_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.807408, 0.871282, 0.8997, 0.907717, 0.905338, 0.896583, 0.881343, 0.869325, 0.844004, 0.83068; wave /name = FGS_guider3_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.816219, 0.882, 0.913687, 0.922822, 0.921905, 0.916448, 0.90197, 0.886086, 0.873632, 0.842244; wave /name = FGS_guider3_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.82183, 0.888273, 0.920978, 0.93338, 0.933332, 0.927897, 0.918291, 0.900614, 0.887547, 0.870308; wave /name = FGS_guider3_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.892921, 0.926178, 0.939696, 0.94229, 0.938483, 0.928129, 0.913334, 0.898122, 0.883192; wave /name = FGS_guider3_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.896397, 0.929453, 0.94341, 0.947467, 0.944911, 0.935952, 0.92522, 0.908352, 0.890548; wave /name = FGS_guider3_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.932284, 0.946438, 0.951663, 0.950314, 0.942993, 0.930996, 0.915647, 0.899083; wave /name = FGS_guider3_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.935013, 0.948807, 0.954189, 0.955147, 0.948135, 0.937549, 0.925617, 0.906169; wave /name = FGS_guider3_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.937297, 0.950761, 0.956719, 0.958271, 0.952071, 0.943103, 0.931324, 0.913158; wave /name = FGS_guider3_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.952527, 0.958151, 0.96084, 0.956542, 0.948013, 0.935965, 0.918637; wave /name = FGS_guider3_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.954436, 0.959738, 0.962316, 0.959412, 0.951336, 0.940691, 0.926758; wave /name = FGS_tf_lw_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.560207, 0.628284, 0.683455, 0.712261, 0.722212, 0.677858, 0.637132, 0.629498, 0.573211, 0.456764; wave /name = FGS_tf_lw_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.694192, 0.744462, 0.769753, 0.785126, 0.79062, 0.79137, 0.779088, 0.712493, 0.664782, 0.649772; wave /name = FGS_tf_lw_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.743744, 0.800635, 0.825122, 0.826159, 0.829139, 0.820192, 0.813699, 0.80323, 0.736252, 0.671753; wave /name = FGS_tf_lw_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.770748, 0.827309, 0.854678, 0.857591, 0.851171, 0.84852, 0.829707, 0.820969, 0.804994, 0.723437; wave /name = FGS_tf_lw_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.791016, 0.850712, 0.876748, 0.885411, 0.877749, 0.868763, 0.860484, 0.834361, 0.825914, 0.802786; wave /name = FGS_tf_lw_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.807408, 0.871282, 0.8997, 0.907717, 0.905338, 0.896583, 0.881343, 0.869325, 0.844004, 0.83068; wave /name = FGS_tf_lw_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.816219, 0.882, 0.913687, 0.922822, 0.921905, 0.916448, 0.90197, 0.886086, 0.873632, 0.842244; wave /name = FGS_tf_lw_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.82183, 0.888273, 0.920978, 0.93338, 0.933332, 0.927897, 0.918291, 0.900614, 0.887547, 0.870308; wave /name = FGS_tf_lw_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.892921, 0.926178, 0.939696, 0.94229, 0.938483, 0.928129, 0.913334, 0.898122, 0.883192; wave /name = FGS_tf_lw_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.896397, 0.929453, 0.94341, 0.947467, 0.944911, 0.935952, 0.92522, 0.908352, 0.890548; wave /name = FGS_tf_lw_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.932284, 0.946438, 0.951663, 0.950314, 0.942993, 0.930996, 0.915647, 0.899083; wave /name = FGS_tf_lw_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.935013, 0.948807, 0.954189, 0.955147, 0.948135, 0.937549, 0.925617, 0.906169; wave /name = FGS_tf_lw_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.937297, 0.950761, 0.956719, 0.958271, 0.952071, 0.943103, 0.931324, 0.913158; wave /name = FGS_tf_lw_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.952527, 0.958151, 0.96084, 0.956542, 0.948013, 0.935965, 0.918637; wave /name = FGS_tf_lw_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.954436, 0.959738, 0.962316, 0.959412, 0.951336, 0.940691, 0.926758; wave /name = FGS_tf_sw_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.560207, 0.628284, 0.683455, 0.712261, 0.722212, 0.677858, 0.637132, 0.629498, 0.573211, 0.456764; wave /name = FGS_tf_sw_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.694192, 0.744462, 0.769753, 0.785126, 0.79062, 0.79137, 0.779088, 0.712493, 0.664782, 0.649772; wave /name = FGS_tf_sw_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.743744, 0.800635, 0.825122, 0.826159, 0.829139, 0.820192, 0.813699, 0.80323, 0.736252, 0.671753; wave /name = FGS_tf_sw_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.770748, 0.827309, 0.854678, 0.857591, 0.851171, 0.84852, 0.829707, 0.820969, 0.804994, 0.723437; wave /name = FGS_tf_sw_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.791016, 0.850712, 0.876748, 0.885411, 0.877749, 0.868763, 0.860484, 0.834361, 0.825914, 0.802786; wave /name = FGS_tf_sw_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.807408, 0.871282, 0.8997, 0.907717, 0.905338, 0.896583, 0.881343, 0.869325, 0.844004, 0.83068; wave /name = FGS_tf_sw_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.816219, 0.882, 0.913687, 0.922822, 0.921905, 0.916448, 0.90197, 0.886086, 0.873632, 0.842244; wave /name = FGS_tf_sw_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.82183, 0.888273, 0.920978, 0.93338, 0.933332, 0.927897, 0.918291, 0.900614, 0.887547, 0.870308; wave /name = FGS_tf_sw_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.892921, 0.926178, 0.939696, 0.94229, 0.938483, 0.928129, 0.913334, 0.898122, 0.883192; wave /name = FGS_tf_sw_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.896397, 0.929453, 0.94341, 0.947467, 0.944911, 0.935952, 0.92522, 0.908352, 0.890548; wave /name = FGS_tf_sw_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.932284, 0.946438, 0.951663, 0.950314, 0.942993, 0.930996, 0.915647, 0.899083; wave /name = FGS_tf_sw_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.935013, 0.948807, 0.954189, 0.955147, 0.948135, 0.937549, 0.925617, 0.906169; wave /name = FGS_tf_sw_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.937297, 0.950761, 0.956719, 0.958271, 0.952071, 0.943103, 0.931324, 0.913158; wave /name = FGS_tf_sw_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.952527, 0.958151, 0.96084, 0.956542, 0.948013, 0.935965, 0.918637; wave /name = FGS_tf_sw_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.954436, 0.959738, 0.962316, 0.959412, 0.951336, 0.940691, 0.926758; wave /name = NIRCam_lw_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.678288, 0.638278, 0.630645, 0.573975, 0.457158; wave /name = NIRCam_lw_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.790465, 0.778787, 0.71267, 0.665226, 0.650198; wave /name = NIRCam_lw_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.818671, 0.813113, 0.80304, 0.736311, 0.671986; wave /name = NIRCam_lw_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.847341, 0.828809, 0.820676, 0.804895, 0.723501; wave /name = NIRCam_lw_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.86769, 0.85976, 0.833799, 0.825756, 0.802733; wave /name = NIRCam_lw_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.895818, 0.880711, 0.868852, 0.843667, 0.830578; wave /name = NIRCam_lw_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.915868, 0.901485, 0.885669, 0.873344, 0.842047; wave /name = NIRCam_lw_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.927363, 0.917888, 0.900296, 0.88731, 0.870127; wave /name = NIRCam_lw_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.938059, 0.927796, 0.913049, 0.897892, 0.883041; wave /name = NIRCam_lw_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.944583, 0.935627, 0.924993, 0.908177, 0.890403; wave /name = NIRCam_lw_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.950008, 0.942726, 0.930793, 0.91547, 0.898944; wave /name = NIRCam_lw_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.954916, 0.947931, 0.93735, 0.92547, 0.906054; wave /name = NIRCam_lw_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.958052, 0.951869, 0.942907, 0.931201, 0.913053; wave /name = NIRCam_lw_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.960668, 0.95637, 0.947864, 0.935846, 0.918535; wave /name = NIRCam_lw_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.962156, 0.959267, 0.95121, 0.940573, 0.926669; wave /name = NIRCam_sw_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.364366, 0.450619, 0.496592, 0.503415, 0.524714, 0.511479, 0.432443; wave /name = NIRCam_sw_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.489612, 0.573164, 0.63397, 0.665641, 0.643729, 0.611818, 0.610659; wave /name = NIRCam_sw_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.570759, 0.634276, 0.686364, 0.719707, 0.733675, 0.699401, 0.642881; wave /name = NIRCam_sw_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.634943, 0.683899, 0.721865, 0.747468, 0.763176, 0.763623, 0.705573; wave /name = NIRCam_sw_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.69002, 0.739916, 0.763117, 0.780358, 0.785399, 0.789251, 0.780641; wave /name = NIRCam_sw_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.737987, 0.794374, 0.817372, 0.819557, 0.822331, 0.815036, 0.810991; wave /name = NIRCam_sw_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.767827, 0.824033, 0.850736, 0.853561, 0.847983, 0.843377, 0.826826; wave /name = NIRCam_sw_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.78608, 0.844407, 0.868707, 0.877751, 0.869795, 0.860908, 0.853634; wave /name = NIRCam_sw_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.797909, 0.85907, 0.885208, 0.891644, 0.888786, 0.875919, 0.86864; wave /name = NIRCam_sw_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.805256, 0.868363, 0.895357, 0.902357, 0.902168, 0.889875, 0.876889; wave /name = NIRCam_sw_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.810814, 0.875071, 0.904044, 0.912187, 0.909722, 0.899987, 0.887405; wave /name = NIRCam_sw_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.814898, 0.879979, 0.910576, 0.919049, 0.917498, 0.911258, 0.896909; wave /name = NIRCam_sw_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.818074, 0.884107, 0.915135, 0.924629, 0.924378, 0.917198, 0.904341; wave /name = NIRCam_sw_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.820734, 0.88697, 0.918812, 0.930214, 0.930326, 0.922453, 0.911811; wave /name = NIRCam_sw_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599 /value = 0.823148, 0.88955, 0.92161, 0.933858, 0.934567, 0.927709, 0.92015; wave /name = NIRSpec_cam_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.599989, 0.660546, 0.702815, 0.729316, 0.741668, 0.740875, 0.706325, 0.643667, 0.630033, 0.59774; wave /name = NIRSpec_cam_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.723745, 0.781161, 0.809857, 0.817348, 0.820409, 0.815141, 0.80673, 0.794642, 0.74223, 0.67305; wave /name = NIRSpec_cam_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.769245, 0.826371, 0.853851, 0.863446, 0.85886, 0.852737, 0.842414, 0.824141, 0.812711, 0.769449; wave /name = NIRSpec_cam_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.789358, 0.849684, 0.877495, 0.886335, 0.885521, 0.873582, 0.865703, 0.850055, 0.82887, 0.816254; wave /name = NIRSpec_cam_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.805618, 0.866188, 0.897142, 0.90627, 0.906757, 0.898015, 0.883869, 0.873729, 0.849644, 0.83; wave /name = NIRSpec_cam_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 0.818003, 0.881327, 0.912655, 0.925403, 0.926986, 0.919367, 0.90921, 0.894787, 0.880712, 0.861214; wave /name = NIRSpec_cam_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.889422, 0.922282, 0.936013, 0.940031, 0.935292, 0.926261, 0.912276, 0.896329, 0.882831; wave /name = NIRSpec_cam_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 0.894878, 0.927627, 0.942335, 0.947873, 0.944449, 0.937776, 0.927012, 0.909952, 0.8938; wave /name = NIRSpec_cam_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 0.932194, 0.946833, 0.952961, 0.952537, 0.946884, 0.936884, 0.923778, 0.906001; wave /name = NIRSpec_cam_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.949576, 0.956341, 0.95661, 0.952532, 0.944165, 0.930995, 0.915003; wave /name = NIRSpec_cam_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.952453, 0.958955, 0.959669, 0.958113, 0.950174, 0.938195, 0.924975; wave /name = NIRSpec_cam_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 0.954855, 0.960876, 0.962327, 0.961348, 0.95453, 0.94406, 0.931901; wave /name = NIRSpec_cam_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 1.0, 0.962891, 0.964063, 0.964107, 0.959705, 0.949517, 0.937455; wave /name = NIRSpec_cam_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 1.0, 0.964723, 0.965587, 0.965669, 0.962166, 0.952944, 0.942106; wave /name = NIRSpec_cam_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 0.538, 0.700, 0.910, 1.183, 1.538, 1.999, 2.599, 3.379, 4.392, 5.710 /value = 1.0, 1.0, 1.0, 1.0, 0.966412, 0.966901, 0.967617, 0.964648, 0.956136, 0.946696; wave /name = MIRI_cam_ff_2 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.677485, 0.581942, 0.529685, 0.421018, 0.309025, 0.202257, 0.127164, 0.0780122, 0.0471656; wave /name = MIRI_cam_ff_4 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.802804, 0.68228, 0.642476, 0.627112, 0.568093, 0.435088, 0.302577, 0.197511, 0.123975; wave /name = MIRI_cam_ff_6 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.837324, 0.789842, 0.711261, 0.657769, 0.66247, 0.587845, 0.455958, 0.319322, 0.209275; wave /name = MIRI_cam_ff_8 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.846998, 0.815898, 0.791935, 0.702151, 0.673893, 0.656266, 0.567869, 0.430639, 0.296971; wave /name = MIRI_cam_ff_10 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.878975, 0.835419, 0.820786, 0.788596, 0.704126, 0.673325, 0.648814, 0.551211, 0.412111; wave /name = MIRI_cam_ff_14 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.896013, 0.871741, 0.840976, 0.826685, 0.805181, 0.710739, 0.673595, 0.654709, 0.563406; wave /name = MIRI_cam_ff_18 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.912505, 0.889246, 0.872845, 0.840709, 0.831201, 0.796373, 0.700684, 0.673207, 0.647751; wave /name = MIRI_cam_ff_22 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.92554, 0.901778, 0.887374, 0.865945, 0.841047, 0.826775, 0.767195, 0.682958, 0.671619; wave /name = MIRI_cam_ff_26 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.935445, 0.914176, 0.896686, 0.880829, 0.850974, 0.836613, 0.816715, 0.728375, 0.674612; wave /name = MIRI_cam_ff_30 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.942887, 0.924882, 0.906043, 0.891158, 0.874045, 0.841862, 0.828592, 0.781024, 0.689072; wave /name = MIRI_cam_ff_34 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.949191, 0.932264, 0.914328, 0.897231, 0.882029, 0.849484, 0.835805, 0.814617, 0.723817; wave /name = MIRI_cam_ff_38 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.954383, 0.938559, 0.922278, 0.904558, 0.891251, 0.86922, 0.841233, 0.826468, 0.766781; wave /name = MIRI_cam_ff_42 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.958383, 0.943949, 0.930426, 0.912367, 0.894686, 0.87886, 0.843818, 0.832016, 0.80115; wave /name = MIRI_cam_ff_46 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.96119, 0.948405, 0.934419, 0.916818, 0.901023, 0.884393, 0.853585, 0.837634, 0.819021; wave /name = MIRI_cam_ff_50 /scale = 1.0 /style = LINEAR /wavelength = 4.392, 5.710, 7.423, 9.650, 12.545, 16.309, 21.201, 27.562, 35.83 /value = 0.965595, 0.952515, 0.939239, 0.923437, 0.905951, 0.891619, 0.869243, 0.841216, 0.826696; wave /name = NC_qe /scale = 1.0 /style = LINEAR [LINEAR or SPLINE. Interpolation order] /wavelength = 0.6, 1.0, 1.00001, 5.0 /value = 0.9, 0.9, 0.95 , 0.95; wave /name = DetNC_trans /scale = 1.0 /wavelength = 0.0, 0.01, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0, 51.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95; wave /name = DetNC_emiss /scale = 1.0 /wavelength = 0.0, 0.5, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0 /value = 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15; wave /name = NS_qe /scale = 1.0 /style = LINEAR [LINEAR or SPLINE. Interpolation order] /wavelength = 0.6, 1.0, 1.00001, 5.0 /value = 0.9, 0.9, 0.95 , 0.95; wave /name = DetNS_trans /scale = 1.0 /wavelength = 0.0, 0.01, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0, 51.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95; wave /name = DetNS_emiss /scale = 1.0 /wavelength = 0.0, 0.5, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0 /value = 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15; wave /name = FTF_qe /scale = 1.0 /style = LINEAR [LINEAR or SPLINE. Interpolation order] /wavelength = 0.6, 1.0, 1.00001, 5.0 /value = 0.9, 0.9, 0.95 , 0.95; wave /name = DetFTF_trans /scale = 1.0 /wavelength = 0.0, 0.01, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0, 51.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95; wave /name = DetFTF_emiss /scale = 1.0 /wavelength = 0.0, 0.5, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0 /value = 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15; wave /name = insb_qe /scale = 1.0 /style = LINEAR [LINEAR or SPLINE. Interpolation order] /wavelength = 0.6, 1.0, 1.00001, 5.0 /value = 0.9, 0.9, 0.95 , 0.95; wave /name = insb_trans /scale = 1.0 /wavelength = 0.0, 0.01, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0, 51.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95; wave /name = insb_emiss /scale = 1.0 /wavelength = 0.0, 0.5, 1.0, 1.5, 2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 50.0 /value = 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15; wave /name = sias_qe /scale = 1.0 /style = LINEAR [LINEAR or SPLINE. Interpolation order] /wavelength = 5, 6, 6.01, 12, 12.01, 27 /value = 0.7, 0.7, 0.7, 0.7, 0.8, 0.8; wave /name = sias_trans /scale = 1.0 /wavelength = 4.0, 5.0, 6.0, 7.0, 27.0, 28.0, 29.0, 30.0, 50.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95, 0.95; wave /name = sias_emiss /scale = 1.0 /wavelength = 4.0, 5.0, 6.0, 7.0, 27.0, 28.0, 29.0, 30.0, 50.0 /value = 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15, 0.15; wave /name = FGSg1 /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 1.33E-08, 2.72E-04, 4.81E-03, 9.62E-04, 6.30E-04, 8.43E-02, 3.69E-01, 5.92E-01, 5.97E-01, 6.01E-01, 6.26E-01, 7.08E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01, 7.32E-01; wave /name = FGSg2 /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 3.33E-10, 4.94E-05, 1.55E-03, 2.25E-04, 1.35E-04, 4.82E-02, 2.84E-01, 5.01E-01, 5.06E-01, 5.09E-01, 5.35E-01, 6.20E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01, 6.46E-01; wave /name = FGSg3 /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 1.13E-08, 2.31E-04, 4.09E-03, 8.18E-04, 5.35E-04, 7.16E-02, 3.14E-01, 5.03E-01, 5.08E-01, 5.11E-01, 5.32E-01, 6.02E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01, 6.22E-01; wave /name = FGStflw /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 1.46E-02, 1.06E-01, 1.89E-01, 1.37E-01, 1.26E-01, 3.35E-01, 4.50E-01, 4.95E-01, 4.96E-01, 4.96E-01, 5.00E-01, 5.13E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01, 5.16E-01; wave /name = FGStfsw /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 1.62E-02, 1.18E-01, 2.10E-01, 1.52E-01, 1.40E-01, 3.72E-01, 5.00E-01, 5.50E-01, 5.51E-01, 5.51E-01, 5.56E-01, 5.70E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01, 5.74E-01; wave /name = MIRIcam /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 1.40E-08, 2.85E-04, 5.04E-03, 1.01E-03, 6.61E-04, 8.85E-02, 3.88E-01, 6.21E-01, 6.27E-01, 6.30E-01, 6.57E-01, 7.43E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01, 7.68E-01; wave /name = MIRIspeclores /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 1.27E-13, 9.94E-07, 9.86E-05, 7.52E-06, 3.82E-06, 9.64E-03, 1.03E-01, 2.18E-01, 2.21E-01, 2.23E-01, 2.38E-01, 2.90E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01, 3.06E-01; wave /name = MIRIspechires /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 2.18E-15, 1.24E-07, 2.19E-05, 1.21E-06, 5.65E-07, 3.80E-03, 5.43E-02, 1.27E-01, 1.29E-01, 1.30E-01, 1.40E-01, 1.75E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01, 1.86E-01; wave /name = NIRCam /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 1.07E-05, 4.13E-03, 2.32E-02, 8.82E-03, 6.84E-03, 1.29E-01, 3.13E-01, 4.16E-01, 4.18E-01, 4.20E-01, 4.30E-01, 4.63E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01, 4.72E-01; wave /name = NIRSpecgrating /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 5.75E-17, 2.39E-08, 7.49E-06, 3.00E-07, 1.29E-07, 2.30E-03, 4.42E-02, 1.14E-01, 1.16E-01, 1.17E-01, 1.27E-01, 1.62E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01, 1.74E-01; wave /name = NIRSpecprism /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 9.20E-17, 3.83E-08, 1.20E-05, 4.80E-07, 2.06E-07, 3.68E-03, 7.07E-02, 1.82E-01, 1.85E-01, 1.87E-01, 2.03E-01, 2.60E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01, 2.78E-01; wave /name = NIRSpeccam /scale = 1.0 /wavelength = 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 40, 50 /value = 3.19E-18, 9.66E-09, 5.37E-06, 1.56E-07, 6.14E-08, 2.93E-03, 7.56E-02, 2.13E-01, 2.18E-01, 2.20E-01, 2.41E-01, 3.16E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01, 3.40E-01; wave /name = gold9_grat /scale = 1.0 /wavelength = 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 20, 30, 50 /value = 5.33792E-06, 5.51709E-05, 0.000115651, 0.003223757, 0.441174587, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433, 0.583623433; wave /name = emiss_NIR-ACCUM /scale = 1.0 /wavelength = 0.1, 10.0, 20.0, 30.0, 50.0 /value = 1.0, 1.0, 1.0, 1.0, 1.0; wave /name = emiss_NIR-SPEC /scale = 1.0 /wavelength = 0.1, 10.0, 20.0, 30.0, 50.0 /value = 1.0, 1.0, 1.0, 1.0, 1.0; wave /name = emiss_MIR-ACCUM /scale = 1.0 /wavelength = 0.2, 10.0, 20.0, 30.0, 50.0 /value = 1.0, 1.0, 1.0, 1.0, 1.0; wave /name = emiss_MIR-SPEC /scale = 1.0 /wavelength = 0.2, 10.0, 20.0, 30.0, 50.0 /value = 1.0, 1.0, 1.0, 1.0, 1.0; wave /name = mean_trans_NIR-ACCUM /scale = 1.0 /wavelength = 0.5, 1.0, 2.0, 3.0, 5.0, 50.0 /value = 0.74, 0.74, 0.74, 0.74, 0.74, 0.74; wave /name = mean_trans_NIR-SPEC /scale = 1.0 /wavelength = 0.5, 1.0, 2.0, 3.0, 5.0, 50.0 /value = 0.58, 0.58, 0.58, 0.58, 0.58, 0.58; wave /name = mean_trans_MIR-ACCUM /scale = 1.0 /wavelength = 0.7, 5.0, 10.0, 20.0, 30.0, 50.0 /value = 0.5, 0.5, 0.5, 0.5, 0.5, 0.5; wave /name = mean_trans_MIR-SPEC /scale = 1.0 /wavelength = 0.7, 5.0, 10.0, 20.0, 30.0, 50.0 /value = 0.5, 0.5, 0.5, 0.5, 0.5, 0.5; [wave /name = mean_insb_qe /scale = 1.0 /wavelength = 0.10, 1.00, 2.00, 3.00, 5.30 /value = 0.95, 0.95, 0.95, 0.95, 0.95; ] [wave /name = mean_insb_trans /scale = 1.0 /wavelength = 0.0, 20.0, 30.0, 40.0, 50.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95; ] [wave /name = mean_insb_emiss /scale = 1.0 /wavelength = 0.1, 1.0, 2.0, 3.0, 50.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95; ] [wave /name = mean_sias_qe /scale = 1.0 /wavelength = 0.1, 1.0, 2.0, 3.0, 50.0 /value = 0.5, 0.5, 0.5, 0.5, 0.5; wave /name = mean_sias_trans /scale = 1.0 /wavelength = 0.1, 1.0, 2.0, 3.0, 50.0 /value = 0.95, 0.95, 0.95, 0.95, 0.95; wave /name = mean_sias_emiss /scale = 1.0 /wavelength = 0.1, 1.0, 2.0, 3.0, 50.0 / ]