diff --git a/goodman_pipeline/data/ref_comp/goodman_comp_1200_CaNIR_OG570_NeArHg.fits b/goodman_pipeline/data/ref_comp/goodman_comp_1200_CaNIR_OG570_NeArHg.fits new file mode 100644 index 00000000..64aa5cb6 --- /dev/null +++ b/goodman_pipeline/data/ref_comp/goodman_comp_1200_CaNIR_OG570_NeArHg.fits @@ -0,0 +1,35 @@ +SIMPLE = T / conforms to FITS standard BITPIX = -64 / array data type NAXIS = 1 / number of array dimensions NAXIS1 = 4060 ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator IRAF-TLM= '2024-04-29T20:40:36' / Time of last modification OBJECT = 'Gaia24asr' / Name of the object observed DATE-OBS= '2024-03-08T04:28:05.935' / ISO-8601 time of observation DATE = '2024-04-29T20:40:36' / Date Format is YYYY-MM-DD TIME = '04:28:05.935 to 04:28:06.940' / ~ Start & Stop of Exposure N_PRM0 = 59 / Status PG0_0 = 24624 / Camera Flags, PG0_1 = 1732635.598 / Camera Up Time, HH:MM:SS.sss PG0_2 = 0 / Continuous Clear Mode, PG0_3 = 4.476 / Frame Clear Time, HH:MM:SS.sss PG0_4 = 4.476 / CCD Read Time, HH:MM:SS.sss PG0_5 = 7.476 / Cryo Current, Amps PG0_6 = 0.000 / Cryo Delay, HH:MM:SS.sss PG0_7 = 19071 / PS Flags, PG0_8 = 40 / PS Pressure 1, PSI PG0_9 = 258 / PS Pressure 2, PSI PG0_10 = 29.6 / PS CPU Temp, C PG0_11 = 39 / PS Fan 0 Speed, Hz PG0_12 = 40 / PS Fan 1 Speed, Hz PG0_13 = 39 / PS Fan 2 Speed, Hz PG0_14 = 40 / PS Fan 3 Speed, Hz PG0_15 = 35.9 / PS Case Temp, C PG0_16 = 3.291 / PS 3.3V Supply, Volts PG0_17 = 11.979 / PS 12V Supply, Volts PG0_18 = 11.766 / PS Sensor Supply, Volts PG0_19 = 24.124 / PS 24V Supply, Volts PG0_20 = 48.339 / PS 48V Supply, Volts PG0_21 = -13.173 / Camera Switched -13V, Volts PG0_22 = -6.620 / Camera Switched -6V, Volts PG0_23 = 6.667 / Camera Switched 5V, Volts PG0_24 = 5.722 / Camera Switched 6V, Volts PG0_25 = 13.426 / Camera Switched 13V, Volts PG0_26 = 25.255 / Camera Switched 24V, Volts PG0_27 = 31.504 / Camera Switched 28V, Volts PG0_28 = 2147483647 / PS Software Rel., PG0_29 = 10.171 / SW+, Volts PG0_30 = 0.000 / SW-, Volts PG0_31 = 12.042 / R+, Volts PG0_32 = 0.010 / R-, Volts PG0_33 = 29.525 / VDD, Volts PG0_34 = 17.013 / VRD, Volts PG0_35 = 2.264 / VLG1, Volts PG0_36 = 0.996 / VLG2, Volts PG0_37 = -13.095 / -13V, Volts PG0_38 = -6.297 / -6V, Volts PG0_39 = -4.872 / -5V Pre., Volts PG0_40 = 1.212 / 1.2V, Volts PG0_41 = 3.274 / 3.3V, Volts PG0_42 = 3.288 / VREF_P, Volts PG0_43 = 5.177 / +5V, Volts PG0_44 = 5.024 / +5V Pre., Volts PG0_45 = 6.158 / +6V, Volts PG0_46 = 13.368 / +13V, Volts PG0_47 = 24.395 / +24V, Volts PG0_48 = 31.488 / +28V, Volts PG0_49 = 0.000 / Chamber Pressure, Torr PG0_50 = 44.0 / CPU Temperature, C PG0_51 = -125.0 / Cold End Temperature, C PG0_52 = -100.0 / CCD 0 CCD Temp., C PG0_53 = 24.250 / CCD Heater+, Volts PG0_54 = 0.287 / CCD Heater Current, Amps PG0_55 = 24.103 / Cold End Heater+, Volts PG0_56 = 0.271 / Cold End Heater Current, Amps PG0_57 = 24.471 / Window Heater+, Volts PG0_58 = 0 / HKS Flags, N_PRM1 = 10 / Miscellaneous PG1_0 = 750 / Tested Speeds, (Not Defined) PG1_1 = 'e2V CCD231-84-1-F21' / CCD Model PG1_2 = '10282-14-01' / CCD 0 SN PG1_3 = 8811 / Hardware Part Number, PG1_4 = 0 / Hardware Revision, PG1_5 = -69.8 / Operational Temp, C PG1_6 = 0.150 / Operational Pressure, Torr PG1_7 = 41.120000 / Image Area Size X, mm PG1_8 = 40.960000 / Image Area Size Y, mm PG1_9 = 2.000 / Frame Clear Time, Sec. N_PRM2 = 25 / Setup PG2_0 = 1.000 / Exposure Time, Sec. PG2_1 = 1000 / TDI Delay, us PG2_2 = 0 / Acquisition mode, (Video) PG2_3 = 2 / Trigger Mode, (Timed Exposure After Trig.) PG2_4 = 0 / Initial Clear Mode, (Enable) PG2_5 = 0 / Initial Cooler State, (Off) PG2_6 = 0 / Initial Window Heat, PG2_7 = -100.0 / CCD Temperature Setpoint, C PG2_8 = -125.0 / Cold End Temperature Setpoint, C PG2_9 = -125.0 / Low Flow Begins, C PG2_10 = -124.0 / Low Flow Ends, C PG2_11 = 3 / Trigger 1 In Setup, (CMOS (Pull-Down Inverted))PG2_12 = 1 / Trigger 1 Out Setup, (CMOS) PG2_13 = 0 / Trigger 1 Out Selector, (Shutter) PG2_14 = 3 / Trigger 2 In Setup, (CMOS (Pull-Down Inverted))PG2_15 = 0 / Trigger 2 Out Setup, (Opto) PG2_16 = 2 / Trigger 2 Out Selector, (Frame) PG2_17 = 0 / Trigger Input Select, (1) PG2_18 = 0.000 / Shutter Open Delay, Sec. PG2_19 = 0.500 / Shutter Close Delay, Sec. PG2_20 = 10 / Parallel Shift Delay, us PG2_21 = 1 / Parallel Clear Count, PG2_22 = 2048 / Serial Clear Count, PG2_23 = 0 / Pre-exposure pulse select, (Short) PG2_24 = 1 / LED Operation, (Enable) N_PRM3 = 1 / Mode Mask PG3_0 = 127 / Mode Mask, N_PRM4 = 59 / Factory PG4_0 = 1110 / Instrument Model, PG4_1 = 111 / Instrument SN, PG4_2 = 50 / Line Strobe Fall Delay, 10 ns PG4_3 = 0 / Pixel Pipeline, PG4_4 = 0 / VDD off, (Disable) PG4_5 = 0 / Clear During Exposure, (Disable) PG4_6 = 0.100 / Long Pre-exposure pulse duration, Sec. PG4_7 = 0.001 / Pre-exposure pulse duration, Sec. PG4_8 = 0 / Pre-exposure pulse enable, (Disable) PG4_9 = 0 / Camera De-interlace, (Software) PG4_10 = 0 / SREG 0 De-interlace Position, PG4_11 = 1 / SREG 1 De-interlace Position, PG4_12 = 0 / CCD Type, (Full-Frame) PG4_13 = 4 / Parallel Clock Regions, PG4_14 = 1 / ADC Clock Divisor, (1) PG4_15 = 0 / Analog Chain Delay, ADC Clocks PG4_16 = 0 / Parallel Pre-Masked, PG4_17 = 4112 / Parallel Active Pix., PG4_18 = 0 / Parallel Post-Masked, PG4_19 = 0 / Parallel Region 0 Masked, (False) PG4_20 = 2 / Parallel Region 0 Shift Cap., (Both) PG4_21 = 0 / Parallel Region 1 Masked, (False) PG4_22 = 2 / Parallel Region 1 Shift Cap., (Both) PG4_23 = 0 / Parallel Region 2 Masked, (False) PG4_24 = 2 / Parallel Region 2 Shift Cap., (Both) PG4_25 = 0 / Parallel Region 3 Masked, (False) PG4_26 = 2 / Parallel Region 3 Shift Cap., (Both) PG4_27 = 1 / Two Serial Registers, (True) PG4_28 = 50 / Serial Pre-Masked, PG4_29 = 4096 / Serial Active Pix., PG4_30 = 0 / Serial Post-Masked, PG4_31 = 4 / Installed Ports, (4) PG4_32 = 5.100 / PS +5V Setting, Volts PG4_33 = 6.000 / PS +6V Setting, Volts PG4_34 = -6.300 / PS -6V Setting, Volts PG4_35 = 13.200 / PS +13V Setting, Volts PG4_36 = 24.500 / PS +24V Setting, Volts PG4_37 = 31.500 / PS +28V Setting, Volts PG4_38 = -13.000 / PS -13V Setting, Volts PG4_39 = 0 / Port 0 Connect, (SR0) PG4_40 = 0 / Port 0 Map, (ADC0) PG4_41 = 0 / Port 0 Shift Direction, (Same) PG4_42 = 1018 / CCD 0 Port 0 Gain Correction, PG4_43 = 1024 / CCD 0 Port 0 HG Correction, PG4_44 = 0 / Port 1 Connect, (SR0) PG4_45 = 1 / Port 1 Map, (ADC1) PG4_46 = 1 / Port 1 Shift Direction, (Reverse) PG4_47 = 1024 / CCD 0 Port 1 Gain Correction, PG4_48 = 1024 / CCD 0 Port 1 HG Correction, PG4_49 = 1 / Port 2 Connect, (SR1) PG4_50 = 2 / Port 2 Map, (ADC2) PG4_51 = 0 / Port 2 Shift Direction, (Same) PG4_52 = 1055 / CCD 0 Port 2 Gain Correction, PG4_53 = 1055 / CCD 0 Port 2 HG Correction, PG4_54 = 1 / Port 3 Connect, (SR1) PG4_55 = 3 / Port 3 Map, (ADC3) PG4_56 = 1 / Port 3 Shift Direction, (Reverse) PG4_57 = 1038 / CCD 0 Port 3 Gain Correction, PG4_58 = 1024 / CCD 0 Port 3 HG Correction, N_PRM5 = 22 / Control PG5_0 = 16 / Bits Per Pixel, (16) PG5_1 = 113 / DSI Sample Time, PG5_2 = 1 / Gain, (High) PG5_3 = 1 / Port Select, (Port 0) PG5_4 = 2 / Parallel Binning, PG5_5 = 948 / Parallel Length, PG5_6 = 980 / Parallel Origin, PG5_7 = 0 / Parallel Phasing, (SR0) PG5_8 = 0 / Parallel Post Scan, PG5_9 = 1 / Serial Binning, PG5_10 = 4142 / Serial Length, PG5_11 = 0 / Serial Origin, PG5_12 = 0 / Serial Phasing, (Normal) PG5_13 = 0 / Serial Post Scan, PG5_14 = -1.691 / CCD 0 Port 0 ADC Offset, Volts PG5_15 = 1993 / CCD 0 Port 0 Correlation Bias, PG5_16 = -1.709 / CCD 0 Port 1 ADC Offset, Volts PG5_17 = 2015 / CCD 0 Port 1 Correlation Bias, PG5_18 = -1.709 / CCD 0 Port 2 ADC Offset, Volts PG5_19 = 2017 / CCD 0 Port 2 Correlation Bias, PG5_20 = -1.702 / CCD 0 Port 3 ADC Offset, Volts PG5_21 = 1984 / CCD 0 Port 3 Correlation Bias, N_PRM6 = 1 / Operational PG6_0 = 10 / Mode, TELESCOP= 'SOAR 4.1m' INSTRUME= 'GHTS_RED' NOTES = '' INSTCONF= 'Red' CAMSWV = 'Beta 29' CONSWV = '8359,10' INSTSWV = 'GSCS 2.0.17.6.6-Alpha' CAMERA = 'Si 1110-111' RA = '11:51:46.174' / right ascension [hh:mm:ss.sss] DEC = '-65:23:55.623' / declination [dd:mm:ss.sss] AIRMASS = 1.250000 / airmass at approx. start of exposure UT = '04:28:02.659' / time at approx. start of exposure [UTC] FOCUS = -997.370000 / SOAR telescope focus MOUNT_AZ= 169.434227 / SOAR mount azimuth MOUNT_EL= 53.048622 / SOAR mount elevation ROTATOR = 76.500000 / Nasymth cage rotator angle [deg] POSANGLE= 0.000000 / position angle [deg. E of N] SEEING = -1.000000 / DIMM seeing [arcsec] LST = '10:50:34.797' / Local Sidereal Time [hh:mm:ss.sss] OBSRA = '11:51:46.145' / target right ascension [hh:mm:ss.sss] OBSDEC = '-65:23:55.511' / target declination [hh:mm:ss.sss] DOME_AZ = 168.935876 / SOAR Dome Shutter azimuth HA = '-01:01:09.371' / Hour Angle [hh:mm:ss.sss] ADCSTAT = 'IN' / ADC Status ADCPOS = 'DONE_52.183' / ADC Position LAMP_HGA= 'TRUE' / Hg(Ar) LAMP_NE = 'TRUE' / Neon LAMP_AR = 'FALSE' / Argon LAMP_FE = 'FALSE' / Iron LAMP_CU = 'FALSE' / Copper LAMP_QUA= 'FALSE' / Quartz LAMP_QPE= 0.000000 / Quartz Percent LAMP_BUL= 'FALSE' / Bulb LAMP_DOM= 'FALSE' / Dome LAMP_DPE= 0.000000 / Dome Percent CAM_ANG = 60.199793 / camera angle [deg] GRT_ANG = 30.100400 / grating angle [deg] CAM_TARG= 60.200000 / camera target [deg] GRT_TARG= 30.100000 / grating target [deg] CAM_FOC = -1847 / camera focus COLL_FOC= 1002 / collimator focus FILTER = 'NO_FILTER' / primary filter wheel FILTER2 = 'OG570' / secondary filter wheel GRATING = '1200_CANIR' / VPH grating [1/mm] SLIT = '0.8_LONG_SLIT' / slit [arcsec] COL_TEMP= 15.250000 / coll ext temp (deg C) CAM_TEMP= 16.781250 / cam ext temp (deg C) WAVMODE = '1200_CaNIR' / Wavelength EXPTIME = 1.000000 / integration time RDNOISE = 3.890000 / CCD readnoise [e-] GAIN = 1.480000 / CCD gain [e-/ADU] OBSTYPE = 'ARC' / observation type OBSERVER= 'kkruszynska' PROPOSAL= '' EQUINOX = 2000.000000 / equinox of coordinates ROI = 'CUST_0_4142_980_948_1x2' ENVWIN = 19.515600 / Wind Speed [km/hr] at start of exposure ENVPRE = 738.950000 / Atmospheric Pressure [hPS] at start of exposur ENVDIR = 336.200000 / Wind Direction at start of exposure ENVTEM = 13.250000 / Outside Temperature [C] at start of exposure ENVHUM = 33.300000 / Relative Humidity at start of exposure DETSIZE = '[1:4096,1:4096]' TRIMSEC = '[1:4142,1:1896]' CCDSIZE = '[1:4096,1:4096]' CCDSUM = '1 2' BUNIT = 'adu ' OBSID = 10985637 CONFID = 762295033 REQNUM = 3476405 PROPID = 'SOAR2024A-009' SITEID = 'sor' TELID = '4m0a' RLEVEL = 0 BLKUID = 592177373 L1PUBDAT= '2025-09-06T04:31:55.336260Z' IMAGEID = '49851' HEADERVE= '1.0.1' BLOCK_ID= 1709867740595488 OPENTIME= '04:28:03.5116400' / GPS-Synched Time for Shutter Open (UT) OPENDATE= '2024-03-08' / GPS-Synched Time for Shutter Open (UT) CLOSETIM= '04:28:04.4197769' / This is the GPS-Synched Time for Shutter Closi COMMENT Light, Exp Time= 01, Saved as: 0330_Gaia24asr_SOAR_spec1_08-03-2024_comCOMMENT p.fits CHECKSUM= 'NjEnNh9nNhCnNh9n' / HDU checksum updated 2024-03-12T20:35:43 DATASUM = '1819913535' / data unit checksum updated 2024-03-12T20:35:43 -- Goodman Spectroscopic Pipeline -- GSP_VERS= '1.3.7 ' / Goodman Spectroscopic Pipeline Version GSP_ONAM= '0330_Gaia24asr_SOAR_spec1_08-03-2024_comp.fits' / Original file name GSP_PNAM= 'cfsto_0330_Gaia24asr_SOAR_spec1_08-03-2024_comp_target_1_376.88-388&'CONTINUE '.54.fits&' CONTINUE '' / Parent file name GSP_FNAM= 'goodman_comp_1200_CaNIR_OG570_NeArHg.fits' / Current file GSP_PATH= '' / Location at mo GSP_TECH= 'Spectroscopy' / Observing technique GSP_DATE= '2024-04-15' / Processing date GSP_OVER= '[6:49,1:948]' / Overscan region GSP_TRIM= '[51:4110,2:948]' / Trim section from TRIMSEC GSP_SLIT= '[1:4060,200:937]' / Slit trim section, slit illuminated area only. GSP_BIAS= 'none ' / Master bias image GSP_FLAT= 'norm_master_flat_1200m7CaNIR_OG570_0.8_night.fits' / Master flat imagGSP_NORM= 'simple ' / Flat normalization method GSP_COSM= 'none ' / Cosmic ray rejection method GSP_TMOD= 'Polynomial1D' / Model name used to fit trace GSP_TORD= 2 / Degree of the model used to fit target trace GSP_TC00= 382.71285974204136 / Parameter c0 GSP_TC01= 0.001489122647858588 / Parameter c1 GSP_TC02= -2.3089527944839E-08 / Parameter c2 GSP_TERR= 0.2577850434210407 / RMS error of target trace GSP_EXTR= '376.88:388.54' / Extraction window at first column GSP_BKG1= 'none ' / First background extraction zone GSP_BKG2= 'none ' / Second background extraction zone GSP_WRMS= 'none ' / Wavelength solution RMS Error GSP_WPOI= 'none ' / Number of points used to calculate wavelength sGSP_WREJ= 'none ' / Number of points rejected GSP_FUNC= 'Chebyshev1D' / Mathematical model of non-linearized data GSP_ORDR= 3 / Mathematical model order GSP_NPIX= 4060 / Number of Pixels GSP_C000= 7673.8261984682995 / Value of parameter c0 GSP_C001= 0.30006990382651444 / Value of parameter c1 GSP_C002= -1.2274082735992E-06 / Value of parameter c2 GSP_C003= -3.1566063670305E-11 / Value of parameter c3 GSP_P001= 166.65 / Line location in pixel value GSP_P002= 921.5 / Line location in pixel value GSP_P003= 1118.32 / Line location in pixel value GSP_P004= 1147.7 / Line location in pixel value GSP_P005= 1451.07 / Line location in pixel value GSP_P006= 1490.95 / Line location in pixel value GSP_P007= 2004.72 / Line location in pixel value GSP_P008= 2505.34 / Line location in pixel value GSP_P009= 2563.0 / Line location in pixel value GSP_A001= 7723.761 / Line location in angstrom value GSP_A002= 7948.176 / Line location in angstrom value GSP_A003= 8006.157 / Line location in angstrom value GSP_A004= 8014.786 / Line location in angstrom value GSP_A005= 8103.693 / Line location in angstrom value GSP_A006= 8115.311 / Line location in angstrom value GSP_A007= 8264.522 / Line location in angstrom value GSP_A008= 8408.21 / Line location in angstrom value GSP_A009= 8424.648 / Line location in angstrom value APNUM1 = '1 1 376.88 388.54' / Aperture in first column WCSDIM = 1 CD1_1 = 1 LTM1_1 = 1 WAT0_001= 'system=equispec' WAT1_001= 'wtype=linear label=Wavelength units=angstroms' DC-FLAG = 0 DCLOG1 = 'REFSPEC1 = non set' GSP_SCTR= 'ecfsto_0329_Gaia24asr_SOAR_spec1_08-03-2024_target_1.fits' / Science -- GSP END -- BANDID1 = 'spectrum - background none, weights none, clean no' WCSAXES = 1 / Number of coordinate axes CRPIX1 = 1.0 / Pixel coordinate of reference point CDELT1 = 1.0 / Coordinate increment at reference point CTYPE1 = 'LINEAR' / Coordinate type code CRVAL1 = 1.0 / Coordinate value at reference point LATPOLE = 90.0 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time MJD-OBS = 60377.186179803 / [d] MJD of observation END @nҠ@@@# @@@@@eP`@l@(@@n @(@`@L@]@C@?@<@~\`@@X@|@@@cy`@!@F@@H@1Z @@h@ܠ@e@@@@@D@@`@\@@9@@7@|`@,@\@@X@a@" @@`@@z@;@: @@@Du@$@$@a@@u @H@@I`@g@@7 @8n@@@@@:@@] @t @O@@@-@-@@ @@1@@ͻ@ܻ@@[`@B@=@@n@@y"@f@ۨ@S@O>@@@YE@c׀@ ߀@^T@@@@8`@ɀ@n@@ 8@@@V@s@@@G@@`@t@@j@@C@ @@F @3 @`@@V@9@@yY`@D@vB@ @@ @"@\@@Q@P1@@Z@A}@@@Y`@:Q@Lf@@@@р@Q@nW@@ @~@@Y@1@ @l@n@@a@k @j-`@S)@v@I1@W;@ȑ@Q@hA\A!1A$gA$.b A#@A\"@A g@z @D@@°@@6@ƀ@T%@9q@@@׵@ @k @o@܁@@s@@^@@ @@@@F@v@ڧ@Dɀ@@@@# @@X`@~t@A@{F@@@K'@'<`@@#`@j@g@_`@< @@@1@H@2@uC@@c@@@$@c`@*`@ +@D@,@E@R~@%`@x@y @7#@L@@Y@z `@C @k@@I@3)@o%@:@@@`@ @@9@2@@z@@z@@j @g @y@e@g2@@@c`@tU@\ @W@1`@J@\@@9ր@N@@@R@E@ @@c@}@(@' @&@ +@s> @g5@ @H@x@r@WK@t@ +@{@R`@]@PG`@@@@@@`@@\@>@r`@lt@@9@H @Q@@N}@Q@@j @N@@ @ի@@@@@@@@Th@@'&@@@0@=@@z@(@@@@og@@6@\@D@@@@`@@U@Z`@K`@߭ @m`@@w+@W@@ߠ@ +K@i @)@ @I@I @Ho@@$ @"}`@@z`@Ğ@i @_ @ @H@I8@QG@ۻ@@G@@@O@pQ@ @S.@}@dt@-@"@p@]@@á@@ }@U@ @[@b`@@r @g@r`@%@=@`@ٸ @5[@@@@@(R@`f`@ 3@@@-@4@:C`@)@ @Ut@MH @ @Z{ @Z@@p @I@m0@`@l@=@@G@@؀@6D@H@q`@7 @cs@ `@X@@1 @(H@]r@@z@@h(@f @vD@@T@=^@@m@y@2@ @@`@@<@Z@@t@S@@@@@@@`@ @{@v@K@@@]~@8@;V@Y @J@`@@{@L @@ +@@ @6@v@@.G@AP`@<@@@@D@(@^`@:@#@Q @H`@A@G @=@o8 @@@@@@+@oР@*@l @Ah@Y`@R@. @E@u`@/H@ԫ @7`@c@/@D@@F@Yl@=@{@@@`@@[`@ +`@o @@r8@:-@@^/@@@t@g@3k@@j@7@0`@^@~@@e @G`@@#O@A@g@P @`@'Y@@'̀@@`@ @V@,5`@ @`@0@nk`@vQ`@`@3@נ@@D @|@b1@-@@1`@ @N@ F@@@ @ @ |`@R(@rH@@ +n @; 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@A#A#A#߄ A#A" AQ$@@I @ί@@#@@QÀ@P`@@@L@ @`@y@1k@l @P`@ T @V@@< @,@z=@? @R@F@@gՀ@ `@Z@ @g@).@@@ @(@@V``@?@Q @[1`@U@hN@f @ֻ@ˠ@ڦ@>`@~l`@ @q@v@@`@@8@@E @Nd@(T @Pf@[`@#@P@ @D`@K@K@@@ @@@VB@u\ @`@@@:@@ +@@2`@@E`@?@@7@@d @@ @@:l@z@㐀@/@( @@@@H`@@ @t`@ƀ@E@@@@kI@0e @>c@@ @}@@g@A@@@@=`@@<^@@ +@U@A@8@@@ @`@R@~@@R@@Nw@p@|d@A@`@@ۉ@x@@@@π@@Iݠ@@@¿@5@ML`@`@o@@@c@B @6@@@@!@>@@?@@l@I`@!L@[7@ @I @@׀@%@Ǡ@Q@mɀ@ @(E@?v@@@^w @t@T-@*^ @t @G@e`@n@T@1@@Y@0@r@@,@@#@7,@@@@@@O@@@@|@@^k@$`@|@7@Jp @@@:@!@!}@ @ @8 @ @C@i@`e`@me @H@@GA@; @L9@?@u@@@~@R>@@]@ZP@̠@n@@@i3@+@^@@@'`@@9@^3 @1@,@@ @E @T@@kh @`@ @@D@AtA +0@AT AOAAds`@@!@@:@ߒ@k`@^9@u@@H@@" @`@H@.@@s`@&B@@`@@]@@i@`@B"`@*@^@@U@@9@,@`@T@,@U@E@Xb@ݠ@@@Aڠ@@@ @:@@@@ @@n@@@D@@@:F@@Ơ@T@^@! @8@x@@`@q2@OC@T@$@@S@@xd@{|@@V`@Z@@L@@K@@k@N_@MP@q@=@$@ @`@Nv @/@Nb@ l@˂`@8L@@w`Ay/A`A A@AA `@V @u@@@@ )@;N`@B@'@I @$@@p@X @@)c@@@@`@. @n@@ @@@@#@@^@,3@|@/ @@@@@`@K@t@X@)B`@t@P@I @۝`@A`@`@=`@/`@YȠ@@$@`@ @@@@Ǘ`@ @@@t@@w5@f@h@{`@M@S@i@.@@`@`@k@z@q@@@gm@3 @@@ @=@P @[@8`@!K@ޠ@q @V@R@@"@`@`@K@@x@@>*@@K @d@<@@lA@S_@狠@5`@@p@ @d@i @r@d @Y@K@@ @3@@ + @@Ӏ@.`@@@@@e`@Y@@`@<@@軀@@@\ߠ@s@<@9M@mt`@*`@0@@ @b@%z@@j@c`@@@`@c@@r@`@@@@/@w*@@@T`@f`@龀@; @ `@ޮ@۶@&4@@ @*@ˀ@t@z@ L@@Q @Qy@%1@@[8 @@h(`@. @l@JZ@ @Y @O@@& @3 @`@{@@@@ @(@N`@} @ @@@P@@@q@Q@a@ԥ@@@I@@9 @( @֗@@T0`@@ @ @q`@R@] @@@"@@@|@@@@@@#@@@ @@@N@@@@@PF@@wW@@@@h6@N@] @@ض@`@@@9@=@@!'@f@)`@Ҹǀ@6@r@Q@y +@o@@@t @#d@ض@@&@Y@l@Z@- @`@[@U@Ѽ@@@ @@@) @M@y'@@@D@a@L @W@@@핀@#@=@@ `@E`@'=@\@@@g@@Zy@@F0@@@5 @@V@@~q@@x @Ɋ@@@.@V@@-`@`@@#@~@ۏ`@4w @x@m2@y@@@`@@€@Ck@q@ @z@@]d`@=@;@l@Ԕ@`@)@"@@ @@@`@?@@@5@ܾ@O`@@P@܀@@@@@Q@ @&@ˠ@8@v@mp@@p`@z @#@@2@`@@@W@ @@2@Q@X @@@y @` @m@c@|@@q`@@@@@a@_@@#@@@ @:`@ @`@V@2Z@j@`@j@o@q@yq @K@@@ X`@s@@u`@#i@{_ @98`@y`@*@(@À@j @@@ @@;@`@LZ@T4`@H@⍠@@`@c@@)@@@@@y@7@ @Dt@`@@@@@@@I @@r@ @ +@@Ӡ@+@~@;3@@G @s@@@6@pY@ @h@@D@@1@@i@A@*@E@8 @k@kK@d@?@@T@@&@?@@``@N@Β}@ @垠@Zo`@@< @ Ѐ@@@ @c@@ @ @+@@@@@S@!`@4@Z@H@`@@c@`@@zl @@'# @@B@v@@~`@S@@@R@@@bF`@c@K1@ͣ@Ξ`@\ @|@_@2 @欆@ @\؀@ 4@@@P@5@@X>`@@@L@ @j0`@z@2*@@4ݠ@@@k@Ҁ@@Lb@@ُ@w@mh@1@+@}@@(X@@@@@`@@@lB@@@`@U@^!@ҁC@0\@@=#@ +@@' @ײ[ @@@i@ny@s`@m @[ՠ@@@'@ @i@@ @l @\M@+$@]@y @^`@T@2@@@@@@ @@`@Ut@@aW@@ !@@@`@ @ߠ@n`@@`@@`@@4g@ou@@S.@@ `@ @@A@@`@@<@@q[@~ @A@'@@@@@6@)w@R@EF @@i@p`@r @Q +@@Xu`@x @@Z@@V@.@``@@@@>@`@Ư`@n]@@AA@@Z@b@ @5`@ @sנ@v\@@s@@e\ @Sf@@J@@!@= @m@ @@j@@@@z@)`@@J @m @@?@@=`@pI@pO`@0" @lf@@X@K@@`@_@@@^@@@Gb@@x@ Ǡ@6@@C@(@u@6}@ @@D=@@i@@,@@G@ @p&@<@X @@#@@{`@X@_@{@@@@@^+ @v@@ @?@2u@@S@P@&@`@D( @*O@@@@@@F`@@m`@ @@ц@t@\@@@`@"@|@A`@$@Y@L`@1 @π@2`@@@@T@@T @Cg @A@-@@q@@b@@ֱ@ @ @>z@`@d_@@s@P`@@ @`@@D@ބ@@h@@8@[@@@b@ɉ@@@w @@@@s@D@ @w@@զ@! @@u@~`@7@v@K@@@Z @X@@^@@@s@} @@q`@G`@p{@f@'@`@rl`@%`@@@ @K @6^@ @@Q@`@a`@"@@I~@@@ @DQ@^@$`@H`@MJ@I@?@@@?@ @ @7e@ `@@@@¾@@3@@@`@@`E`@@l@@ @@@X@@E@ @; @/@@@ @ @9@@"`@5@wj@3@h@@@@Ǭ@@*B@˫-@m@@#@P@@@f@@`@o @S`@@l@@e`@c@a@@f@%@@Q @N@S'`@P_`@h`@ @`@I@@<@½@@(@A"`A A2`A@,@e @A @@U@@ +@@ @C@bD@@@D@@V@8@8@@`@ @t݀@p@ܟ@-`@I`@@@E?`@`@@q@9:@t@f@H @*@˘@ @AJ@@@@@X@v@@A@[@@@Җ@`@`@@,m@@`@D@r`@g@@`@@k@ @k @׀@ @`@;K @nt`@@@@a@V@@ޠ@u @2٠@@@(@@@ @J@@J0`@R@@r @:@%@j@q`@Z@u @]ڠ@@`@m@@@@a@i @T*@`@{@ @ @/6`@@N@@`@1@@ @@:`@p@\@_`@)?@}9@L @0@x@@0m@a@@@@>@m`@Y@z@Ť@_@@T`@@=<@``@>]@0@@\@@l@@@@(q`@9G@@@`@y@@@`@O @Sd@J@@֠@$`@w@@@@@`@@@ q@@@P@Q@@@J`@"@ @@C@l@@M@l@@@ @A@n@.@T@2@@ @@@ @f1 @o]@W@k@-@P@@@ @@ct@^}@1`@@준@@*C @@@@ @r@x@@o@@@@ @Y`@@@s@ @@ @ @u@@ ؀@@^1@5~@@C@#@`@V3@ \ No newline at end of file diff --git a/goodman_pipeline/data/ref_comp/goodman_comp_2100_6507A_GG455_HgArNe.fits b/goodman_pipeline/data/ref_comp/goodman_comp_2100_6507A_GG455_HgArNe.fits new file mode 100644 index 00000000..ad6d2ec5 --- /dev/null +++ b/goodman_pipeline/data/ref_comp/goodman_comp_2100_6507A_GG455_HgArNe.fits @@ -0,0 +1,27 @@ +SIMPLE = T / conforms to FITS standard BITPIX = -64 / array data type NAXIS = 1 / number of array dimensions NAXIS1 = 4060 ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator IRAF-TLM= '2024-05-03T18:54:46' / Time of last modification OBJECT = '2MASS J08082221-6443577' / Name of the object observed DATE-OBS= '2024-03-25T05:58:32.406' / ISO-8601 time of observation DATE = '2024-05-03T18:48:09' / Date Format is YYYY-MM-DD TIME = '05:58:32.406 to 05:58:33.408' / ~ Start & Stop of Exposure N_PRM0 = 59 / Status PG0_0 = 24624 / Camera Flags, PG0_1 = 2147483.647 / Camera Up Time, HH:MM:SS.sss PG0_2 = 0 / Continuous Clear Mode, PG0_3 = 4.476 / Frame Clear Time, HH:MM:SS.sss PG0_4 = 4.476 / CCD Read Time, HH:MM:SS.sss PG0_5 = 7.951 / Cryo Current, Amps PG0_6 = 0.000 / Cryo Delay, HH:MM:SS.sss PG0_7 = 19071 / PS Flags, PG0_8 = 45 / PS Pressure 1, PSI PG0_9 = 264 / PS Pressure 2, PSI PG0_10 = 31.6 / PS CPU Temp, C PG0_11 = 42 / PS Fan 0 Speed, Hz PG0_12 = 43 / PS Fan 1 Speed, Hz PG0_13 = 42 / PS Fan 2 Speed, Hz PG0_14 = 44 / PS Fan 3 Speed, Hz PG0_15 = 37.7 / PS Case Temp, C PG0_16 = 3.290 / PS 3.3V Supply, Volts PG0_17 = 11.971 / PS 12V Supply, Volts PG0_18 = 11.766 / PS Sensor Supply, Volts PG0_19 = 24.033 / PS 24V Supply, Volts PG0_20 = 48.724 / PS 48V Supply, Volts PG0_21 = -13.173 / Camera Switched -13V, Volts PG0_22 = -6.620 / Camera Switched -6V, Volts PG0_23 = 6.667 / Camera Switched 5V, Volts PG0_24 = 5.722 / Camera Switched 6V, Volts PG0_25 = 13.426 / Camera Switched 13V, Volts PG0_26 = 25.255 / Camera Switched 24V, Volts PG0_27 = 31.504 / Camera Switched 28V, Volts PG0_28 = 2147483647 / PS Software Rel., PG0_29 = 10.167 / SW+, Volts PG0_30 = -0.017 / SW-, Volts PG0_31 = 12.040 / R+, Volts PG0_32 = -0.009 / R-, Volts PG0_33 = 29.529 / VDD, Volts PG0_34 = 17.003 / VRD, Volts PG0_35 = 2.268 / VLG1, Volts PG0_36 = 0.995 / VLG2, Volts PG0_37 = -13.104 / -13V, Volts PG0_38 = -6.289 / -6V, Volts PG0_39 = -4.881 / -5V Pre., Volts PG0_40 = 1.211 / 1.2V, Volts PG0_41 = 3.274 / 3.3V, Volts PG0_42 = 3.286 / VREF_P, Volts PG0_43 = 5.162 / +5V, Volts PG0_44 = 5.018 / +5V Pre., Volts PG0_45 = 6.150 / +6V, Volts PG0_46 = 13.356 / +13V, Volts PG0_47 = 24.395 / +24V, Volts PG0_48 = 31.485 / +28V, Volts PG0_49 = 0.016 / Chamber Pressure, Torr PG0_50 = 50.8 / CPU Temperature, C PG0_51 = -125.0 / Cold End Temperature, C PG0_52 = -100.0 / CCD 0 CCD Temp., C PG0_53 = 24.220 / CCD Heater+, Volts PG0_54 = 0.289 / CCD Heater Current, Amps PG0_55 = 24.063 / Cold End Heater+, Volts PG0_56 = 0.276 / Cold End Heater Current, Amps PG0_57 = 24.444 / Window Heater+, Volts PG0_58 = 0 / HKS Flags, N_PRM1 = 10 / Miscellaneous PG1_0 = 750 / Tested Speeds, (Not Defined) PG1_1 = 'e2V CCD231-84-1-F21' / CCD Model PG1_2 = '10282-14-01' / CCD 0 SN PG1_3 = 8811 / Hardware Part Number, PG1_4 = 0 / Hardware Revision, PG1_5 = -69.8 / Operational Temp, C PG1_6 = 0.150 / Operational Pressure, Torr PG1_7 = 41.120000 / Image Area Size X, mm PG1_8 = 40.960000 / Image Area Size Y, mm PG1_9 = 2.000 / Frame Clear Time, Sec. N_PRM2 = 25 / Setup PG2_0 = 1.000 / Exposure Time, Sec. PG2_1 = 1000 / TDI Delay, us PG2_2 = 0 / Acquisition mode, (Video) PG2_3 = 2 / Trigger Mode, (Timed Exposure After Trig.) PG2_4 = 0 / Initial Clear Mode, (Enable) PG2_5 = 0 / Initial Cooler State, (Off) PG2_6 = 0 / Initial Window Heat, PG2_7 = -100.0 / CCD Temperature Setpoint, C PG2_8 = -125.0 / Cold End Temperature Setpoint, C PG2_9 = -125.0 / Low Flow Begins, C PG2_10 = -124.0 / Low Flow Ends, C PG2_11 = 3 / Trigger 1 In Setup, (CMOS (Pull-Down Inverted))PG2_12 = 1 / Trigger 1 Out Setup, (CMOS) PG2_13 = 0 / Trigger 1 Out Selector, (Shutter) PG2_14 = 3 / Trigger 2 In Setup, (CMOS (Pull-Down Inverted))PG2_15 = 0 / Trigger 2 Out Setup, (Opto) PG2_16 = 2 / Trigger 2 Out Selector, (Frame) PG2_17 = 0 / Trigger Input Select, (1) PG2_18 = 0.000 / Shutter Open Delay, Sec. PG2_19 = 0.500 / Shutter Close Delay, Sec. PG2_20 = 10 / Parallel Shift Delay, us PG2_21 = 1 / Parallel Clear Count, PG2_22 = 2048 / Serial Clear Count, PG2_23 = 0 / Pre-exposure pulse select, (Short) PG2_24 = 1 / LED Operation, (Enable) N_PRM3 = 1 / Mode Mask PG3_0 = 127 / Mode Mask, N_PRM4 = 59 / Factory PG4_0 = 1110 / Instrument Model, PG4_1 = 111 / Instrument SN, PG4_2 = 50 / Line Strobe Fall Delay, 10 ns PG4_3 = 0 / Pixel Pipeline, PG4_4 = 0 / VDD off, (Disable) PG4_5 = 0 / Clear During Exposure, (Disable) PG4_6 = 0.100 / Long Pre-exposure pulse duration, Sec. PG4_7 = 0.001 / Pre-exposure pulse duration, Sec. PG4_8 = 0 / Pre-exposure pulse enable, (Disable) PG4_9 = 0 / Camera De-interlace, (Software) PG4_10 = 0 / SREG 0 De-interlace Position, PG4_11 = 1 / SREG 1 De-interlace Position, PG4_12 = 0 / CCD Type, (Full-Frame) PG4_13 = 4 / Parallel Clock Regions, PG4_14 = 1 / ADC Clock Divisor, (1) PG4_15 = 0 / Analog Chain Delay, ADC Clocks PG4_16 = 0 / Parallel Pre-Masked, PG4_17 = 4112 / Parallel Active Pix., PG4_18 = 0 / Parallel Post-Masked, PG4_19 = 0 / Parallel Region 0 Masked, (False) PG4_20 = 2 / Parallel Region 0 Shift Cap., (Both) PG4_21 = 0 / Parallel Region 1 Masked, (False) PG4_22 = 2 / Parallel Region 1 Shift Cap., (Both) PG4_23 = 0 / Parallel Region 2 Masked, (False) PG4_24 = 2 / Parallel Region 2 Shift Cap., (Both) PG4_25 = 0 / Parallel Region 3 Masked, (False) PG4_26 = 2 / Parallel Region 3 Shift Cap., (Both) PG4_27 = 1 / Two Serial Registers, (True) PG4_28 = 50 / Serial Pre-Masked, PG4_29 = 4096 / Serial Active Pix., PG4_30 = 0 / Serial Post-Masked, PG4_31 = 4 / Installed Ports, (4) PG4_32 = 5.100 / PS +5V Setting, Volts PG4_33 = 6.000 / PS +6V Setting, Volts PG4_34 = -6.300 / PS -6V Setting, Volts PG4_35 = 13.200 / PS +13V Setting, Volts PG4_36 = 24.500 / PS +24V Setting, Volts PG4_37 = 31.500 / PS +28V Setting, Volts PG4_38 = -13.000 / PS -13V Setting, Volts PG4_39 = 0 / Port 0 Connect, (SR0) PG4_40 = 0 / Port 0 Map, (ADC0) PG4_41 = 0 / Port 0 Shift Direction, (Same) PG4_42 = 1018 / CCD 0 Port 0 Gain Correction, PG4_43 = 1024 / CCD 0 Port 0 HG Correction, PG4_44 = 0 / Port 1 Connect, (SR0) PG4_45 = 1 / Port 1 Map, (ADC1) PG4_46 = 1 / Port 1 Shift Direction, (Reverse) PG4_47 = 1024 / CCD 0 Port 1 Gain Correction, PG4_48 = 1024 / CCD 0 Port 1 HG Correction, PG4_49 = 1 / Port 2 Connect, (SR1) PG4_50 = 2 / Port 2 Map, (ADC2) PG4_51 = 0 / Port 2 Shift Direction, (Same) PG4_52 = 1055 / CCD 0 Port 2 Gain Correction, PG4_53 = 1055 / CCD 0 Port 2 HG Correction, PG4_54 = 1 / Port 3 Connect, (SR1) PG4_55 = 3 / Port 3 Map, (ADC3) PG4_56 = 1 / Port 3 Shift Direction, (Reverse) PG4_57 = 1038 / CCD 0 Port 3 Gain Correction, PG4_58 = 1024 / CCD 0 Port 3 HG Correction, N_PRM5 = 22 / Control PG5_0 = 16 / Bits Per Pixel, (16) PG5_1 = 113 / DSI Sample Time, PG5_2 = 1 / Gain, (High) PG5_3 = 1 / Port Select, (Port 0) PG5_4 = 2 / Parallel Binning, PG5_5 = 948 / Parallel Length, PG5_6 = 980 / Parallel Origin, PG5_7 = 0 / Parallel Phasing, (SR0) PG5_8 = 0 / Parallel Post Scan, PG5_9 = 1 / Serial Binning, PG5_10 = 4142 / Serial Length, PG5_11 = 0 / Serial Origin, PG5_12 = 0 / Serial Phasing, (Normal) PG5_13 = 0 / Serial Post Scan, PG5_14 = -1.691 / CCD 0 Port 0 ADC Offset, Volts PG5_15 = 1993 / CCD 0 Port 0 Correlation Bias, PG5_16 = -1.709 / CCD 0 Port 1 ADC Offset, Volts PG5_17 = 2015 / CCD 0 Port 1 Correlation Bias, PG5_18 = -1.709 / CCD 0 Port 2 ADC Offset, Volts PG5_19 = 2017 / CCD 0 Port 2 Correlation Bias, PG5_20 = -1.702 / CCD 0 Port 3 ADC Offset, Volts PG5_21 = 1984 / CCD 0 Port 3 Correlation Bias, N_PRM6 = 1 / Operational PG6_0 = 10 / Mode, TELESCOP= 'SOAR 4.1m' INSTRUME= 'GHTS_RED' NOTES = '' INSTCONF= 'Red' CAMSWV = 'Beta 29' CONSWV = '8359,10' INSTSWV = 'GSCS 2.0.17.6.6-Alpha' CAMERA = 'Si 1110-111' RA = '08:08:22.339' / right ascension [hh:mm:ss.sss] DEC = '-64:43:56.947' / declination [dd:mm:ss.sss] AIRMASS = 1.940000 / airmass at approx. start of exposure UT = '05:58:31.148' / time at approx. start of exposure [UTC] FOCUS = -635.800000 / SOAR telescope focus MOUNT_AZ= 209.600043 / SOAR mount azimuth MOUNT_EL= 30.985562 / SOAR mount elevation ROTATOR = 296.500000 / Nasymth cage rotator angle [deg] POSANGLE= 0.000000 / position angle [deg. E of N] SEEING = -1.000000 / DIMM seeing [arcsec] LST = '13:28:21.548' / Local Sidereal Time [hh:mm:ss.sss] OBSRA = '08:08:22.265' / target right ascension [hh:mm:ss.sss] OBSDEC = '-64:43:56.960' / target declination [hh:mm:ss.sss] DOME_AZ = 208.506160 / SOAR Dome Shutter azimuth HA = '05:19:58.207' / Hour Angle [hh:mm:ss.sss] ADCSTAT = 'IN' / ADC Status ADCPOS = 'DONE_2.256' / ADC Position LAMP_HGA= 'TRUE' / Hg(Ar) LAMP_NE = 'TRUE' / Neon LAMP_AR = 'FALSE' / Argon LAMP_FE = 'FALSE' / Iron LAMP_CU = 'FALSE' / Copper LAMP_QUA= 'FALSE' / Quartz LAMP_QPE= 0.000000 / Quartz Percent LAMP_BUL= 'FALSE' / Bulb LAMP_DOM= 'FALSE' / Dome LAMP_DPE= 0.000000 / Dome Percent CAM_ANG = 86.222571 / camera angle [deg] GRT_ANG = 43.096800 / grating angle [deg] CAM_TARG= 86.193900 / camera target [deg] GRT_TARG= 43.097000 / grating target [deg] CAM_FOC = -1232 / camera focus COLL_FOC= 1000 / collimator focus FILTER = 'NO_FILTER' / primary filter wheel FILTER2 = 'GG455' / secondary filter wheel GRATING = '2100_SYZY' / VPH grating [1/mm] SLIT = '0.45_LONG_SLIT' / slit [arcsec] COL_TEMP= 19.234375 / coll ext temp (deg C) CAM_TEMP= 22.453125 / cam ext temp (deg C) WAVMODE = '2100_6507A' / Wavelength EXPTIME = 1.000000 / integration time RDNOISE = 3.890000 / CCD readnoise [e-] GAIN = 1.480000 / CCD gain [e-/ADU] OBSTYPE = 'ARC' / observation type OBSERVER= 'thanathi@bu.edu' PROPOSAL= '' EQUINOX = 2000.000000 / equinox of coordinates ROI = 'CUST_0_4142_980_948_1x2' ENVWIN = 0.000000 / Wind Speed [km/hr] at start of exposure ENVPRE = 737.150000 / Atmospheric Pressure [hPS] at start of exposur ENVDIR = 225.700000 / Wind Direction at start of exposure ENVTEM = 18.650000 / Outside Temperature [C] at start of exposure ENVHUM = 14.875000 / Relative Humidity at start of exposure DETSIZE = '[1:4096,1:4096]' TRIMSEC = '[1:4142,1:1896]' CCDSIZE = '[1:4096,1:4096]' CCDSUM = '1 2' BUNIT = 'adu ' OBSID = 11045382 CONFID = 768943851 REQNUM = 3491461 PROPID = 'SOAR2024A-006' SITEID = 'sor' TELID = '4m0a' RLEVEL = 0 BLKUID = 597080749 L1PUBDAT= '2025-09-23T05:55:39.427875Z' IMAGEID = '55057' HEADERVE= '1.0.1' BLOCK_ID= 1711339800805367 OPENTIME= '05:58:32.4899082' / GPS-Synched Time for Shutter Open (UT) OPENDATE= '2024-03-25' / GPS-Synched Time for Shutter Open (UT) CLOSETIM= '05:58:33.3936786' / This is the GPS-Synched Time for Shutter Closi -- Goodman Spectroscopic Pipeline -- GSP_VERS= '1.3.7 ' / Goodman Spectroscopic Pipeline Version GSP_ONAM= '0322_J08082221_25-03-2024_comp.fits' / Original file name GSP_PNAM= 'cfzst_0322_J08082221_25-03-2024_comp_499.73-509.33.fits' / Parent filGSP_FNAM= 'goodman_comp_2100_6507A_GG455_HgArNe.fits' / Current f GSP_PATH= '' / Location at m GSP_TECH= 'Spectroscopy' / Observing technique GSP_DATE= '2024-05-03' / Processing date GSP_OVER= 'none ' / Overscan region GSP_TRIM= '[51:4110,2:948]' / Trim section from TRIMSEC GSP_SLIT= '[1:4060,11:634]' / Slit trim section, slit illuminated area only. GSP_BIAS= 'master_bias_RED_SP_1x2_R03.89_G01.48.fits' / Master bias image GSP_FLAT= 'norm_master_flat_2100Custom_6507nm_GG455_0.45_dome.fits' / Master flaGSP_NORM= 'simple ' / Flat normalization method GSP_COSM= 'none ' / Cosmic ray rejection method GSP_TMOD= 'Polynomial1D' / Model name used to fit trace GSP_TORD= 2 / Degree of the model used to fit target trace GSP_TC00= 504.53309127906033 / Parameter c0 GSP_TC01= -0.00765987767149534 / Parameter c1 GSP_TC02= 4.24719388818974E-08 / Parameter c2 GSP_TERR= 0.35156954643599336 / RMS error of target trace GSP_EXTR= '499.73:509.33' / Extraction window at first column GSP_BKG1= 'none ' / First background extraction zone GSP_BKG2= 'none ' / Second background extraction zone GSP_LINE= 'FALSE ' / Data has been linearized GSP_WRMS= 'none ' / Wavelength solution RMS Error GSP_WPOI= 'none ' / Number of points used to calculate wavelength sGSP_WREJ= 'none ' / Number of points rejected GSP_FUNC= 'Chebyshev1D' / Mathematical model of non-linearized data GSP_ORDR= 3 / Mathematical model order GSP_NPIX= 4060 / Number of Pixels GSP_C000= 6139.916724500685 / Value of parameter c0 GSP_C001= 0.14880828401769486 / Value of parameter c1 GSP_C002= -9.2390713373471E-07 / Value of parameter c2 GSP_C003= -2.7865449032133E-11 / Value of parameter c3 GSP_P001= 21.1 / Line location in pixel value GSP_P002= 159.45 / Line location in pixel value GSP_P003= 523.46 / Line location in pixel value GSP_P004= 860.3 / Line location in pixel value GSP_P005= 1124.72 / Line location in pixel value GSP_P006= 1330.86 / Line location in pixel value GSP_P007= 1671.63 / Line location in pixel value GSP_P008= 1807.87 / Line location in pixel value GSP_P009= 2557.43 / Line location in pixel value GSP_P010= 2750.3 / Line location in pixel value GSP_P011= 3240.61 / Line location in pixel value GSP_A001= 6143.0626 / Line location in angstrom value GSP_A002= 6163.5939 / Line location in angstrom value GSP_A003= 6217.2812 / Line location in angstrom value GSP_A004= 6266.495 / Line location in angstrom value GSP_A005= 6304.7889 / Line location in angstrom value GSP_A006= 6334.4278 / Line location in angstrom value GSP_A007= 6382.9917 / Line location in angstrom value GSP_A008= 6402.248 / Line location in angstrom value GSP_A009= 6506.5281 / Line location in angstrom value GSP_A010= 6532.8822 / Line location in angstrom value GSP_A011= 6598.9529 / Line location in angstrom value GSP_SCTR= 'ecfzst_0319_J08082221_25-03-2024.fits' / Science target file the lampAPNUM1 = '1 1 ' / Aperture in first column -- GSP END -- COMMENT Light, Exp Time= 01, Saved as: 0322_J08082221_25-03-2024_comp.fits WCSDIM = 1 CD1_1 = 1. LTM1_1 = 1. WAT0_001= 'system=equispec' WAT1_001= 'wtype=linear' REFSPEC1= 'ecfzst_0322_J08082221_25-03-2024_comp_499.73-509.33_copy' WCSAXES = 1 / Number of coordinate axes CRPIX1 = 1.0 / Pixel coordinate of reference point CDELT1 = 1.0 / Coordinate increment at reference point CTYPE1 = 'LINEAR' / Coordinate type code CRVAL1 = 1.0 / Coordinate value at reference point LATPOLE = 90.0 / [deg] Native latitude of celestial pole MJDREF = 0.0 / [d] MJD of fiducial time MJD-OBS = 60394.248986181 / [d] MJD of observation END @C@@k@J@@)# @/@@ G @>1@S@@@;P`@R@݀@9@@i@5`@ψ`@:`AA"@AA@@@(@@21 @ʌ@`@Ý@Wh@@@N@?@j@@M@,@ޕ`@ @S@}@ @ @ @: @@E@]`@D@@C@[@6`@@@X@`@n'@9@`@I?@@@@/@@@@)`@A@_ +@D@@S@ @3@@2@ж`@cr@`@@@D`@%@u@@:{@Z @글@@ֲ@.@@~Ԡ@(@ @B@@J@] @x@@~@M @ @@7s@8@@@@ @_;@0@ + @@S8`@)@`@q@^6@I`@@+@;`@w@@5`@? @9@ꫠ@@@>@&`@B@i`@c @@@ @ @@E@@i@NF`@.@ @@@ @t@@;@`@?@ `@@@4^@܀@ @g @ۙ@c@@@@vJ@ԍu@]X`@&`@@R@@@\@?@V@@hu@@|@@|`@u@7@3 @ @Fa@;f@@DR@@l> @1@@@/@@@!-@@j`@ ^@`@{@@ߠ@n @ @%@@v@̊ @ʘ@@-h@@@`@D@ `@( @œ@!@/ƀ@<@c`@@@B@=@@@Q@@T@~ޢ@@@q`@ˀ@~+@~@|廀@~R@z|@r@l@@V@@W@2@@ @~{@|B @z@@{ހ@x` @yb`@y@zC,@x3@@y[@y/ @xԑ`@xD@y[p@x\@w@vV@wGY@w @xK@@vj0@vO@x@@w.@w$@w9@uC @vC@v@u`@w<@@w@w @v @wkZ@w@vP @xb@v @@x @xn @y@y@ב`@@@@~S@@x*@vH @v@v @v$@u΀@u'@r@u@@t9@u@@t@@us@t@s`@tK @r @qi@t@u2@u?O`@t]/@q@rպ@sO3@u3@qA@sڔ@t8Y @u@s @r@rq@so@qQE @s@@s@qgY@r8`@t2@spL@s_@t`@u+@y@t@qg@sY`@s @s/@r@s`@qr@rZ@r@rT@@q@@r\E@@q @rT @s7i@rc@q@rM@@rM`@q +`@qx@s'`@qZ@q@sR@tNΠ@spQ@tM@sE@r]@s@@q@r @r4@q\ @q;`@r@sC@rΨ@q)O@qȀ@sAh@q @q@rZ)@r`@t@ssv@t`@q @p7@t@sR@r@s[ @r@pV@tR@q[@t@s޲@qP @rp@sʧ@s @s@s`@rS @rb@s.@s@r`@sg`@u[@q`@rBf @sk@@r@s@t|`@r@qr@rp@s@t`@u@@so@w$@@u> @t@s@vqԠ@w@wy @sj@v@t[@@vB@u @u8(@@u@t)@u0`@u `@ten @w@w^`@vj@xq@x@|,f`@)@@@{@z{@y-@y9@xW @yD@{K@zMݠ@z@zզ@@y @y7@{@x@@}@|`@{@@{@@{j@~@|I@|@@2`@? 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