@@@@@ BEGIN SECTION - config.nam @@@@@ 4 View LN2 CBB @@@@@ END OF SECTION - config.nam @@@@@ @@@@@ BEGIN SECTION - mandb @@@@@ -7.285241934897868D-04,-11.54804 -5.90685663127238D-04,-6.636708 -7.246839024526511D-04,-10.61868 -7.136256962042681D-04,-13.47095 -7.141748145832375D-04,-11.35033 -8.854949944479781D-04,-10.85604 -7.842500330388482D-04,-12.33998 -8.191256206182713D-04,-13.45731 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 "08-29-1996","18:19:50" @@@@@ END OF SECTION - mandb @@@@@ @@@@@ BEGIN SECTION - rbridge.res @@@@@ 10499.3 10499.5 10499.2 10499.4 10499.7 10500.0 10500.1 10500.6 10496.0 10496.3 10496.5 10497.3 10500.0 10500.0 10500.0 10500.0 10500.0 10500.0 10500.0 10500.0 10500.0 10500.0 10500.0 10500.0 "08-03-1995","16:00:00" @@@@@ END OF SECTION - rbridge.res @@@@@ @@@@@ BEGIN SECTION - numsamps.avg @@@@@ 200 "07-01-1993","00:00:00" @@@@@ END OF SECTION - numsamps.avg @@@@@ @@@@@ BEGIN SECTION - hres.cfg @@@@@ 816 -11 514 642 -158 -17 515 647 -150 7.49985662969104 3.75005874554578 1.87504350046800 0.93752311596036 31 8/20/1991 1489 @@@@@ END OF SECTION - hres.cfg @@@@@ @@@@@ BEGIN SECTION - abcvals.num @@@@@ 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00100639794, 0.000243019615, 0.000000141247391 0.00100760534, 0.000243000669, 0.000000139854095 0.00100452157, 0.000243337071, 0.000000140570381 0.00101016890, 0.000242646115, 0.000000140237262 0.00100703230, 0.000242999804, 0.000000140843049 0.00100767184, 0.000242989955, 0.000000140110071 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 0.00102814693, 0.000239300534, 0.00000015600196 "05-07-1997","14:00:00" @@@@@ END OF SECTION - abcvals.num @@@@@ @@@@@ BEGIN SECTION - calres.val @@@@@ 1210.04 1210.03 1210.04 1210.01 3899.80 3899.38 3899.62 3899.78 15000.38 15000.34 15000.28 15000.51 75008.1 75005.1 75007.9 75008.2 "08-15-94","12:00:00" @@@@@ END OF SECTION - calres.val @@@@@ @@@@@ BEGIN SECTION - inst.id @@@@@ AERI-00 @@@@@ END OF SECTION - inst.id @@@@@ @@@@@ BEGIN SECTION - sumary.scr @@@@@ window with position of 0 67; size of 541 141; real-time is on; title is "INSTRUMENT ..."; bottom-label is "Time"; decimal-hours-x is on; visible-menu is off; horizontal-divisions is 8; vertical-divisions is 10; common-x is on; common-y is on; graph with line of red; range of 0 24 150 350; FILE(meta524354:819207) end; graph with line of blue; range of 0 24 150 350; FILE(meta524354:819209) end; graph with line of darkgreen; range of 0 24 150 350; FILE(meta524354:819212) end; end; window with position of 0 348; size of 541 141; real-time is on; title is "INSTRUMENT ..."; bottom-label is "Time"; decimal-hours-x is on; visible-menu is off; horizontal-divisions is 8; vertical-divisions is 10; common-x is on; common-y is off; graph with line of black; range of 0 24 0 0.05; FILE(meta:timeHHMMSS:SW_HBB_NEN) end; graph with line of red; range of 0 24 0 0.5; FILE(meta:timeHHMMSS:LW_HBB_NEN) end; end; window with position of 0 207; size of 541 141; real-time is on; title is "INSTRUMENT ..."; bottom-label is "Time"; decimal-hours-x is on; visible-menu is off; horizontal-divisions is 8; vertical-divisions is 10; common-x is on; common-y is on; graph with line of red; range of 0 24 260 340; FILE(meta524354:622595) end; graph with line of blue; range of 0 24 260 340; FILE(meta524354:622594) end; graph with line of darkgreen; range of 0 24 260 340; FILE(meta524354:589826) end; graph with line of brown; range of 0 24 260 340; FILE(meta524354:622593) end; graph with line of neutral; range of 0 24 260 340; FILE(meta524354:589835) end; graph with line of yellow; range of 0 24 260 340; FILE(meta32770:589834) end; graph with line of darkblue; range of 0 24 260 340; FILE(meta:timeHHMMSS:spareTemp) end; graph with line of pink; range of 0 24 260 340; FILE(meta:timeHHMMSS:outsideAirTemp) end; end; @@@@@ END OF SECTION - sumary.scr @@@@@ @@@@@ BEGIN SECTION - aesitter.scr @@@@@ # # Limits Tests for AERI: AESITTER input script # # R. Dedecker / R. Garcia # Space Science and Engineering Center # University of Wisconsin-Madison # # Created: 5 Dec 1995 # Last Modified: 22 Dec 1995 # Last Modified: 27 Aug. 1996 RGD # Last Modified: 9 Sept. 1996 ROK Reset responsivity limits and Max StdDev # Last Modified: 12 March 1997 by RGD to include screen position # Last Modified: 14 May 1997 by RGD to include screen position for new AESITTER & # Interferometer enclosure relative humidity # Last modified on 16 May 1997 by RGD to switch encoder scene confirm # to use encoder drift # # invocation : aesitter -DFILE=test.sum -x=100 -y=100 test.scr position is 539 150; help file is aesitter.hlp; title is INSTRUMENT ...; metadata FILE is # Outside Air Temp is # position is 1 11; # yellow is 233.15 323.15; # green is 253.15 313.15; # help id is PrimaryPanel; # outsideAirTemp # end; # Room Air Temp is # position is 1 8; # yellow is 281.15 308.15; # green is 288.15 303.15; # help id is PrimaryPanel; # spareTemp # end; Max Sample StdDev is position is 3 3; green is 0 0.14; yellow is 0 0.70; maxSampleStdDev end; ABB Max Temp Diff is position is 2 5; green is 0 0.05; yellow is 0 0.1; ABBmaxTempDiff end; HBB Max Temp Diff is position is 2 6; green is 0 0.4; yellow is 0 0.7; HBBmaxTempDiff end; Interfer. Humidity is position is 2 11; yellow is 12.0 20.0; green is 0.0 12.0; interferometerEnclosureRelativeHumidity end; LW Responsivity is position is 3 5; green is 0.333 1.0; yellow is 0.31 1.0; LWresponsivity end; SW Responsivity is position is 3 13; green is 5.0 10.0; yellow is 4.0 10.0; SWresponsivity end; Rel. Humidity is position is 2 13; yellow is 1.0 99.0; green is 10.0 97.0; atmosphericRelativeHumidity end; Atmos. Pressure is position is 1 13; yellow is 920.0 1040.0; green is 950.0 1025.0; atmosphericPressure end; # Hatch Open is # position is 3 11; # yellow is 0 0; # green is 1 2; # hatchOpen # end; LW HBB NEN is position is 1 7; green is 0 0.2; yellow is 0 1; LW_HBB_NEN end; SW HBB NEN is position is 2 7; green is 0 0.015; yellow is 0 0.1; SW_HBB_NEN end; HBB Temp is position is 1 6; yellow is 263.15 353.15; green is 332.5 333.5; calibrationHBBtemp end; ABB Temp is position is 1 5; yellow is 243.15 313.15; green is 248.15 308.15; calibrationCBBtemp end; # HBB Controller Temp is # position is 3 9; # yellow is 273.15 323.15; # green is 278.15 318.15; # BBcontroller2temp # end; # ABB Controller Temp is # position is 2 9; # yellow is 273.15 323.15; # green is 278.15 318.15; # BBcontroller1temp # end; HBB Temp Stability is position is 3 6; yellow is -0.5 0.5; green is -0.05 0.05; HBBtempDrift end; # Air Temp Near BBs is # position is 2 11; # yellow is 233.15 343.15; # green is 238.15 338.15; # airNearBBsTemp # end; # Computer Temp is # position is 1 9; # yellow is 277.15 319.15; # green is 282.15 314.15; # computerTemp # end; SCE Temp is position is 1 10; yellow is 273.15 333.15; green is 278.15 328.15; SCEtemp end; # Rack Ambient Temp is # position is 2 8; # yellow is 277.15 319.15; # green is 282.15 314.15; # rackAmbientTemp # end; # Mirror Motor Temp is # position is 1 12; # yellow is 233.15 343.15; # green is 238.15 338.15; # help id is APPENDIX_B; # mirrorMotorTemp # end; # Motor Driver Temp is # position is 3 10; # yellow is 273.15 323.15; # green is 278.15 318.15; # motorDriverTemp # end; # Encoder Scene Confirm is # position is 2 12; # yellow is 1588 1591; # green is 1589 1590; # sceneMirPosEncoder # end; Encoder Scene Confirm is position is 2 12; yellow is -5 5; green is -2 2; sceneMirPosEncoderDrift end; BB Support Struct. Temp is position is 3 11; yellow is 228.15 323.15; green is 233.15 313.15; BBsupportStructureTemp end; Int. 2nd Port Temp is position is 3 8; yellow is 288.15 308.15; green is 293.15 303.15; interferometerSecondPortTemp end; # Detector Temp is # position is 3 7; # yellow is 77.0 85.0; # green is 77.5 78.5; # detectorTemp # end; # Cooler Pwr Sup. Temp is # position is 2 10; # yellow is 281.15 333.15; # green is 288.15 328.15; # coolerPowerSupplyTemp # end; # Cooler Current is # position is 3 4; # yellow is 0.5 1.2; # green is 0.6 .78; # coolerCurrent # end; # Cooler Expander Temp is # position is 1 4; # yellow is 281. 308.; # green is 288. 303.; # help id is 50075; # coolerExpanderTemp # end; # Cooler Comp. Temp is # position is 2 4; # yellow is 281.0 308.0; # green is 288.0 303.0; # coolerCompressorTemp # end; 12K ohm Equiv. Temp is position is 1 3; yellow is 293.594 293.644; green is 293.599 293.639; help id is 50055; fixed12KohmResistor end; # 2.5K ohm Equiv. Temp is # position is 2 3; # yellow is 336.0803 336.1303; # green is 336.0853 336.1253; # help id is 50060; # fixed2500ohmResistor # end; record is position is 3 1; meaning is "record number"; help id is 50020; prefix is "Record "; 0 end; time is position is 2 1; meaning is "instrument time"; help id is 50025; prefix is "UTC "; format is hhmmss; timeHHMMSS end; date is position is 1 1; meaning is "instrument date"; format is integer; prefix is "Date "; dateYYMMDD end; Latitude is position is 1 2; meaning is "GPS latitude"; prefix is "Lat "; format is time; Latitude end; Longitude is position is 2 2; meaning is "GPS longitude"; prefix is "Lon "; format is time; Longitude end; Mirror Angle is position is 3 2; meaning is "Mirror Angle"; prefix is "Scene Mirror Angle "; format is integer; sceneMirrorAngle end; end; @@@@@ END OF SECTION - aesitter.scr @@@@@ @@@@@ BEGIN SECTION - aeri.pos @@@@@ LAT = 24.699500 LON = -77.768709 ALT = -33.260000 "08-04-1998","23:33:38"@@@@@ END OF SECTION - aeri.pos @@@@@ @@@@@ BEGIN SECTION - mirror.beg @@@@@ 6 1 D8310 HBB 23 300 D2310 AMBIENT 23 240 D14310 SSCENE 46 0 D2310 AMBIENT 23 240 D8310 HBB 23 300 D14310 SSCENE 46 0 @@@@@ END OF SECTION - mirror.beg @@@@@ @@@@@ BEGIN SECTION - bop.set @@@@@ ; ; Default setup file ; ; General parameters ; ; Extended (1) or Limited (0) filing system EXTLIM = 1 ; DSP board interrupt number (3 or 5) DSPINT = 3 ; Number of DSP boards installed (1-2) DSPNUM = 2 ; Forward scans only (0) or bidirectional (1) DIRMOD = 1 ; Calibration method = 0 = One point calibration ; 1 = Two-point calibration with self phase correction ; 2 = Two-point calib. with black body phase correction CALIBR = 2 ; Combine forward and reverse (1) or not (0) after calibration COMBIN = 0 ; Merge Detector 1 and 2 together (1) or not (0) after calibration ; (valid only with a 2 DSP system ) MERGED = 0 ; Cutoff frequency in case of a merge (floating point format) CUTOFF = 1700.0 ; Keep all scans (1) or not (0) (requires LabCalc, output files all become ; LabCalc Multifile format) KEEPSC = 0 ; Wavenumber minimum limit for detector #1 (floating point format) SIGMN1 = 10.0 ; Wavenumber maximum limit for detector #1 (floating point format) SIGMX1 = 2000.0 ; Wavenumber minimum limit for detector #2 (floating point format)(optional) SIGMN2 = 1700.0 ; Wavenumber maximum limit for detector #2 (floating point format)(optional) SIGMX2 = 3100.0 ; ; Cold calibration parameters ; ; Cold calibration Aperture Stop Diameter in cm (floating point format) CC_ASD = 2.5 ; Cold calibration Field Stop Diameter in cm (floating point format) CC_FSD = 0.64 ; Distance or Collimator Focal Length in cm (floating point format) CC_CFL = 13.9 ; Cold Black Body Temperature in Kelvin (floating point format) CC_BBT = 293.0 ; Number of scan to be done for Cold calibration CCNSCA = 1 ; Cold calibration file description ; (must be enclosed in double quotes 80 char. max ) CCDESC = "Sample description for Cold calibration ... " ; ; Hot calibration parameters ; ; Hot calibration Aperture Stop Diameter in cm (floating point format) HC_ASD = 2.5 ; Hot calibration Field Stop Diameter in cm (floating point format) HC_FSD = 0.64 ; Distance or Collimator Focal Length in cm (floating point format) HC_CFL = 13.9 ; Hot Black Body Temperature in Kelvin (floating point format) HC_BBT = 293.0 ; Number of scan to be done for Hot calibration HCNSCA = 1 ; Hot calibration file description ; (must be enclosed in double quotes 80 char. max ) HCDESC = "Sample description for Hot calibration ... " ; ; Sample measurement parameters ; ; Sample measurement Aperture Stop Diameter in cm (floating point format) SM_ASD = 2.5 ; Sample measurement Field Stop Diameter in cm (floating point format) SM_FSD = 0.64 ; Distance or Collimator Focal Length in cm (floating point format) SM_CFL = 13.9 ; Obscuration area (in %) OBSCAR = 0 ; Target area of the Field of view (in %) TARGAR = 100 ; Number of scan to be done for Sample measurement SMNSCA =23 ; Sample measurement file description ; (must be enclosed in double quotes 80 char. max ) SMDESC = "nothing" @@@@@ END OF SECTION - bop.set @@@@@ @@@@@ BEGIN SECTION - sop.set @@@@@ ; ; Default setup file ; ; General parameters ; ; Extended (1) or Limited (0) filing system EXTLIM = 1 ; DSP board interrupt number (3 or 5) DSPINT = 3 ; Number of DSP boards installed (1-2) DSPNUM = 2 ; Forward scans only (0) or bidirectional (1) DIRMOD = 1 ; Calibration method = 0 = One point calibration ; 1 = Two-point calibration with self phase correction ; 2 = Two-point calib. with black body phase correction CALIBR = 2 ; Combine forward and reverse (1) or not (0) after calibration COMBIN = 0 ; Merge Detector 1 and 2 together (1) or not (0) after calibration ; (valid only with a 2 DSP system ) MERGED = 0 ; Cutoff frequency in case of a merge (floating point format) CUTOFF = 1700.0 ; Keep all scans (1) or not (0) (requires LabCalc, output files all become ; LabCalc Multifile format) KEEPSC = 0 ; Wavenumber minimum limit for detector #1 (floating point format) SIGMN1 = 10.0 ; Wavenumber maximum limit for detector #1 (floating point format) SIGMX1 = 2000.0 ; Wavenumber minimum limit for detector #2 (floating point format)(optional) SIGMN2 = 1700.0 ; Wavenumber maximum limit for detector #2 (floating point format)(optional) SIGMX2 = 3100.0 ; ; Cold calibration parameters ; ; Cold calibration Aperture Stop Diameter in cm (floating point format) CC_ASD = 2.5 ; Cold calibration Field Stop Diameter in cm (floating point format) CC_FSD = 0.64 ; Distance or Collimator Focal Length in cm (floating point format) CC_CFL = 13.9 ; Cold Black Body Temperature in Kelvin (floating point format) CC_BBT = 293.0 ; Number of scan to be done for Cold calibration CCNSCA = 1 ; Cold calibration file description ; (must be enclosed in double quotes 80 char. max ) CCDESC = "Sample description for Cold calibration ... " ; ; Hot calibration parameters ; ; Hot calibration Aperture Stop Diameter in cm (floating point format) HC_ASD = 2.5 ; Hot calibration Field Stop Diameter in cm (floating point format) HC_FSD = 0.64 ; Distance or Collimator Focal Length in cm (floating point format) HC_CFL = 13.9 ; Hot Black Body Temperature in Kelvin (floating point format) HC_BBT = 293.0 ; Number of scan to be done for Hot calibration HCNSCA = 1 ; Hot calibration file description ; (must be enclosed in double quotes 80 char. max ) HCDESC = "Sample description for Hot calibration ... " ; ; Sample measurement parameters ; ; Sample measurement Aperture Stop Diameter in cm (floating point format) SM_ASD = 2.5 ; Sample measurement Field Stop Diameter in cm (floating point format) SM_FSD = 0.64 ; Distance or Collimator Focal Length in cm (floating point format) SM_CFL = 13.9 ; Obscuration area (in %) OBSCAR = 0 ; Target area of the Field of view (in %) TARGAR = 100 ; Number of scan to be done for Sample measurement SMNSCA = 45 ; Sample measurement file description ; (must be enclosed in double quotes 80 char. max ) SMDESC = "nothing" @@@@@ END OF SECTION - sop.set @@@@@ @@@@@ BEGIN SECTION - aeriemis.asc @@@@@ 19May95: Fit to AERI blackbody paint spectral emissivity (sample of 10/21/91) 500 0.918 600 0.918 700 0.919 740 0.921 765 0.944 800 0.948 850 0.949 900 0.9485 950 0.948 1000 0.9475 1060 0.9485 1100 0.956 1150 0.9686 1200 0.97 1300 0.973 1400 0.974 1500 0.9739 1550 0.9736 1600 0.9733 1700 0.9724 1732 0.9717 1746 0.9666 1800 0.915 1850 0.913 1900 0.9142 2000 0.9163 2100 0.919 2200 0.925 2300 0.93 2400 0.934 2500 0.9382 2600 0.944 2700 0.9513 2800 0.963 2900 0.972 3000 0.9734 3100 0.9739 @@@@@ END OF SECTION - aeriemis.asc @@@@@ @@@@@ BEGIN SECTION - rwaspc.sip @@@@@ (File: RWASPC.SIP -- "static" input parameters for RWASPC) (AERI-00 Config 2 Jan 1996) (Note: blank lines, and lines with "(" in col.1, are ignored.) sceneMirPosCount(NSMP):= 3 sceneMirPosIDarray(SMP1):= 'H' 'A' 'S' firstSceneViewNumber(NFN):= 1 lastSceneViewNumber(NLSKY):= 999 activateDateCheck(Y/N):= 'N' LASERwavenumberCh1(WNLASR(1)):= 15798.52 LASERwavenumberCh2(WNLASR(2)):= 15798.34 @@@@@ END OF SECTION - rwaspc.sip @@@@@ @@@@@ BEGIN SECTION - nlapp.sip @@@@@ (File: NLAPP.SIP -- "static" input parameters for NLAPP) (AERI-00 Config 2 Jan 1996) (Note: blank lines, and lines with "(" in col.1, are ignored.) firstHBBreferenceRecNum(IHREC):= 1 firstInputRecord(IRECLO):= 1 lastInputRecord(IRECHI):= 999 NLAPPwgt(WGT):= 100000.0000000 NLAPPeff(EFF):= 0.7000000 NLAPPfback(FBACK):= 1.0000000 NLAPPhzpd0(HZPD0):= 23133.96 NLAPPczpd0(CZPD0):= -46069.66 NLAPPnmax(NMAX):= 2 NLAPPan1(AN(1)):= 1.0000000 NLAPPan2(AN(2)):= -3.328E-008 NLAPPan3(AN(3)):= 0.0 NLAPPan4(AN(4)):= 0.0 NLAPPan5(AN(5)):= 0.0 @@@@@ END OF SECTION - nlapp.sip @@@@@ @@@@@ BEGIN SECTION - aericalv.sip @@@@@ (5 June 1997, AERI-00 File: AERICALV.SIP -- "static" input parameters for AERICALV) (Note: Comment lines must have a left parenthesis, "(", in the first column, ( and blank lines are ignored. hotViewIdentifier(MPHOT):= 'H' coldViewIdentifier(MPCOLD):= 'A' firstSceneNumber(NFSCN):= 1 lastSceneNumber(NLSCN):= 9999 outputImaginaryPart(OUTOP2):= 'Y' outputResponsivity(OUTOP3):= 'Y' minValidThermistorCount(CTMIN):= -32767 maxValidThermistorCount(CTMAX):= 32767 ratioTestFactor(RATFAC):= 1.5 BBcavityFactor(CAVFAC):= 12.79 (Following 8 parameters are for AERI-00: ABBtempOffset(ABTOFF):= 0 HBBtempOffset(HBTOFF):= -0.18864 ABBtopTempWeight(WTABBT):= 0.5 ABBapexTempWeight(WTABBA):= 0.0 ABBbottomTempWeight(WTABBB):= 0.5 HBBtopTempWeight(WTHBBT):= 0.5 HBBapexTempWeight(WTHBBA):= 0.0 HBBbottomTempWeight(WTHBBB):= 0.5 @@@@@ END OF SECTION - aericalv.sip @@@@@ @@@@@ BEGIN SECTION - ffovcmr.si1 @@@@@ (File: FFOVCMR.SI1 -- "static" input parameters for FFOVCMR, Ch.1) (AERI-00 Config 3 Jan 1996) ( LAST mod on 26 Sep. 1996 - RGD - rolloff values) (Note: blank lines, and lines with "(" in col.1, are ignored.) FFOVhalfAngle(FFOV):= 15.0 rolloffPointLow(WNL):=520 rolloffPointHigh(WNH):=1800 firstInputRecord(NFR):= 1 lastInputRecord(NLR):= 999 interferogramLength(NUSED):= 8192 numberOfTerms(NTERMS):= 2 (Note: FFOV, WNL, WNH values are for AERI-00, Ch.1) @@@@@ END OF SECTION - ffovcmr.si1 @@@@@ @@@@@ BEGIN SECTION - ffovcmr.si2 @@@@@ (File: FFOVCMR.SI2 -- "static" input parameters for FFOVCMR, Ch.2) (AERI-00 Config 3 Jan 1996) ( LAST mod on 26 Sep. 1996 - RGD - rolloff values) (Note: blank lines, and lines with "(" in col.1, are ignored.) FFOVhalfAngle(FFOV):= 15.0 rolloffPointLow(WNL):=1800 rolloffPointHigh(WNH):=3020 firstInputRecord(NFR):= 1 lastInputRecord(NLR):= 999 interferogramLength(NUSED):= 8192 numberOfTerms(NTERMS):= 2 (Note: FFOV, WNL, WNH values are for AERI-00, Ch.2) @@@@@ END OF SECTION - ffovcmr.si2 @@@@@ @@@@@ BEGIN SECTION - zfli.si1 @@@@@ (File: ZFLI.SI1 -- "static" input parameters for ZFLI, Ch.1) (AERI-00 Config 4 Jan 1996) (Updated on 29 May 97 to use 2**17) (Note: blank lines, and lines with "(" in col.1, are ignored.) originalLaserWavenumber(WNLASR):= 15798.42 firstInputRecord(NFREC):= 1 lastInputRecord(NLREC):= 999 outputLaserWavenumber(WNLASO):= 15799.0 firstWavenumberOut(WNAO):= 520.0 lastWavenumberOut(WNBO):= 1800.0 FFTpowerOf2(JEXP):= 17 (Note: WNLASR, WNAO, WNBO are for AERI-00, Ch.1) @@@@@ END OF SECTION - zfli.si1 @@@@@ @@@@@ BEGIN SECTION - zfli.si2 @@@@@ (File: ZFLI.SIP -- "static" input parameters for ZFLI, Ch.2) (AERI-00 Config 4 Jan 1996) (Updated on 29 May 97 to use 2**17) (Note: blank lines, and lines with "(" in col.1, are ignored.) originalLaserWavenumber(WNLASR):= 15798.34 firstInputRecord(NFREC):= 1 lastInputRecord(NLREC):= 999 outputLaserWavenumber(WNLASO):= 15799.0 firstWavenumberOut(WNAO):= 1800.0 lastWavenumberOut(WNBO):= 3020.0 FFTpowerOf2(JEXP):= 17 (Note: WNLASR, WNAO, WNBO are for AERI-00, Ch.2) @@@@@ END OF SECTION - zfli.si2 @@@@@ @@@@@ BEGIN SECTION - aerisum.sip @@@@@ (File: AERISUM.SIP -- "static" input parameters for AERISUM) (AERI-00 Config 4 Jan 1996) (Note: blank lines, and lines with "(" in col.1, are ignored.) firstInputRecord(NFR):= 1 lastInputRecord(NLR):= 999 HBBtempDriftLimit(DHBBMX):= 0.5 LWskyNENlimit(SNENMX(1)):= 1.0 SWskyNENlimit(SNENMX(2)):= 0.05 @@@@@ END OF SECTION - aerisum.sip @@@@@ @@@@@ BEGIN SECTION - channel.map @@@@@ (7 May 1997 ROK, AERI-00 Map of Megabyte Channels, Includes BB apexes) ( replaced 4 'airNearBBsTemp' with 'HBBapexTemp' ) ( replaced 5 'outsideAirTemp' with 'ABBapexTemp' ) (Note: Comment lines must have a left parenthesis, "(", in the first column, ( and blank lines are ignored. (Ch. Short Name) 0 'BBsupportStructureTemp' 1 'fixed12KohmResistor' 2 'HBBtopTemp' 3 'ABBtopTemp' 4 'HBBapexTemp' 5 'ABBapexTemp' 6 'HBBbottomTemp' 7 'ABBbottomTemp' 8 'interferometerSecondPortTemp' 9 'detectorTemp' 10 'spareTemp' 11 'SCEtemp' 24 'atmosphericPressure' 25 'atmosphericRelativeHumidity' 27 'interferometerEnclosureRelativeHumidity' @@@@@ END OF SECTION - channel.map @@@@@