Summary of FITS file J/ApJ/877/81/sp/spec1d.egs_H_2h6.018.EGS-460289.fits:
--- sp/spec1d.egs_H_2h6.018.EGS-460289.fits ⇩Download⇩ file
ext xtension bpx (dim) x2880 extname
000 main 8 () 1b
001 BINTABLE 8 (54888x1/3f) 40b SCI [213.90168+52.96693,scale=0.18"/pix]
The header of the FITS file is listed below,
followed by a sample of values (limited to 1000 lines).
|
#--- sp/spec1d.egs_H_2h6.018.EGS-460289.fits
#ext xtension bpx (dim) x2880 extname
#-------------------------------------------------------------------------------
#000 main 8 () 1b
#-------------------------------------------------------------------------------
SIMPLE = T /Dummy Created by MWRFITS v1.11b
BITPIX = 8 /Dummy primary header created by MWRFITS
NAXIS = 0 /No data is associated with this header
EXTEND = T /Extensions may (will!) be present
END
END
#001 BINTABLE 8 (54888x1/3f) 40b SCI [213.90168+52.96693,scale=0.18"/p
ix]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' /Binary table written by MWRFITS v1.11b
SIMPLE = T / C# FITS: 4/16/2017 4:49:12 AM
BITPIX = 8 /
NAXIS = 2 / Dimensionality
NAXIS1 = 54888 /
NAXIS2 = 1 /
LONGSTRN= 'OGIP 1.0' / The OGIP Long String Convention may be used.
EXTEND = T / Extensions are permitted
EXTVER = 1 / Number assigned to this FITS extension
EXTNAME = 'SCI ' / Extension Name
BSCALE = 1 / Linear factor in scaling equation
BZERO = 0 / Zero point in scaling equation
BUNIT = 'ADU per coadd' / Units of the pixel value
ITIME0 = 120000000 / Requested itime in microseconds per coadd
COADDS0 = 1 / Requested number of coadditions
SMPMODE0= 3 / Requested samp mode (1:Sing,2:CDS,3:MCDS,4:UTR)
READS0 = 16 / Requested sampling mode reads
GROUPS0 = 2 / Requested number of groups
DETSTRTX= 1 / Start Column for subarray (1-based)
DETENDX = 2048 / End Column for subarray (1-based)
DETSTRTY= 1 / Start Row for subarray (1-based)
DETENDY = 2048 / End Row for subarray (1-based)
DATASEC = '[1:2048,1:2048]' / Current datasection of the frame
TRUITIME= 119.29278 / True integration time in seconds per coadd
RMPRESET= 1 / Number of resets in ramp
RMPREADS= 16 / Number of reads in ramp
RMPDROP = 66 / Number of drop frames in ramp
RMPGROUP= 2 / Number of groups in ramp
RDITIME = 119.2928 / Time between sampling groups in seconds
ABORTED = F / Exposure was stopped before completion
COADDONE= 1 / Number of coadds actually completed
READDONE= 32 / Reads actually completed in this coadd
GRPDONE = 2 / Groups actually completed in this coadd
IGNORDRD= 0 / Number of discarded initial reads
VRPSTYPE= 'channel ' / Vertical reference pixel subtraction type
HRPSTYPE= 'none ' / Horizontal reference pixel subtraction type
CLKSPEED= 100 / Pixel clocking speed in kHz
SATURATE= 33000 / Detector saturation level (DN) from config file
DTGAINNM= 9 / Detector gain setting [0-15]
DTGAINDB= '15.05 db (low)' / Detector gain in dB
DETGAIN = 5.65685 / Detector gain factor
SYSGAIN = 2.15 / System gain in e-/ADU
VRESET = 0.3011 / Reset voltage in V, obtained from ASIC
DSUB = 0.6002 / Substrate voltage in V, obtained from ASIC
VBIASGAT= 2.0507 / Gate voltage of SCA in V, obtained from ASIC
VBIASPWR= 3.3 / Source voltage of SCA in V, obtained from ASIC
CELLDRAN= 0 / Celldrain (pix src follower) in V (from ASIC)
DRAIN = 0 / Drain (output buffer) in V, obtained from ASIC
VDDA = 3.2453 / Analog SCA supply voltage in V (from ASIC)
VDD = 3.2453 / Digital SCA power supply in V (from ASIC)
VREFMAIN= 1.001 / Ref voltage from bias block in V (from ASIC)
VPREMDRF= 1.0362 / Mid ADC ref volt from bias blk in V (from ASIC)
VPRAMRF1= 1.2512 / Ref volt 1 for internal preamp DAC in V (ASIC)
HXRGCFG1= '0002 0020 0001 0000 0000 0000 0000 0000' / ASIC Regs 0x4010:0x4017
HXRGCFG2= '0000 0001 0009 0000 0005 0000 0003 0001' / ASIC Regs 0x4018:0x401F
HXRGVERS= '2.3 ' / HxRG timing code version
PCOUNT = 0 /Normally 0 (no varying arrays)
GCOUNT = 1 /Required value
TFIELDS = 3 /Number of columns in table
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TTYPE1 = 'FLUX ' /
TTYPE2 = 'IVAR ' /
TTYPE3 = 'LAMBDA ' /
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TFORM1 = '2287D ' /
TFORM2 = '2287D ' /
TFORM3 = '2287D ' /
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COMMENT *** Column dimensions (2 D or greater) ***
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COMMENT <************************* - mds Keywords - *************************>
OBJECT = 'EGS_H_2hr5' / Object name
FRAMDESC= ' ' / Comment
DATAFILE= 'm170416_0377' / Datafile name
FRAMENUM= 377 / Frame number
RESETS = 1 / Number of resets before exposure
ITIME = 120000 / Integratime time of each coadd
SAMPMODE= 3 / Sampling Mode (1:Single, 2:CDS, 3:MCDS, 4:UTR)
NUMREADS= 16 / Number of reads
GROUPS = 2 / Number of sampling groups
COADDS = 1 / Number of coadds
STARTX = 0 / Sub-array start x pixel
STARTY = 0 / Sub-array start y pixel
ENDX = 2047 / Sub-array end x pixel
ENDY = 2047 / Sub-array end y pixel
ASICHOST= 'control1' / Sidecar server host name
ASICPORT= 10051 / Sidecar server TCP port
ASICCFG = 'C:\\sidecar\\HxRG_Config\\MOSFIRESidecarControlConfig.xml' / Sidecar
TIMFILE = ' ' / Personality MCD code file name
OUTDIR = '/sdata1300//mosfire5/2017apr16' / Output directory
READTIME= 1.45479 / Detector readout time (sec)
PSCALE = 0.1799 / Pixel scale for science camera
CTYPE1 = 'RA---TAN' / Coordinate type of WCS axis 1
CTYPE2 = 'DEC--TAN' / Coordinate type of WCS axis 2
WCSDIM = 2 / Number of WCS dimensions
CD1_1 = -4.328E-05 / Degrees of RA per pixel in x
CD1_2 = 2.499E-05 / Degrees of RA per pixel in y
CD2_1 = 2.499E-05 / Degrees of DEC per pixel in x
CD2_2 = 4.328E-05 / Degrees of DEC per pixel in y
LTM1_1 = 1 / CCD to image pixel scale in X
LTM2_2 = 1 / CCD to image pixel scale in Y
WAT0_001= 'system=image' / Pixel coordinate system
WAT1_001= 'wtype=tan axtype=ra' / WCS projection for axis 1
WAT2_001= 'wtype=tan axtype=dec' / WCS projection for axis 2
CRVAL1 = 215.0447684 / RA of center pixel (degrees)
CRVAL2 = 53.01168519 / DEC of center pixel (degrees)
CRPIX1 = 1033 / X coordinate of center pixel
CRPIX2 = 1035 / Y coordinate of center pixel
RADECSYS= 'FK5 ' / Coordinate system
COMMENT <*********************** - mosfire Keywords - ***********************>
TARGTMP1= 77 / Ch A desired temperature
REGTMP1 = 77 / Temperature at channel A
TMPACT1 = 1 / Channel A control (0:off,1:on)
CTMP1LOC= 'Detector Mount' / Location where temp is controlled by channel A
OUTPTMP1= 10.60000038 / Ch A heater output percentage
TARGTMP2= 120 / Ch B desired temperature
REGTMP2 = 120.0019989 / Temperature at channel B
TMPACT2 = 1 / Channel B control (0:off,1:on)
CTMP2LOC= '+X Bulkhead A (CCR #1 side)' / Location where temp is controlled by c
OUTPTMP2= 70.90000153 / Ch B heater output percentage
TMPLOC1 = 'Field Lens Cell' / Ch C1 location name
TMPLOC2 = 'FCS Mount' / Ch C2 location name
TMPLOC3 = 'Camera Barrel' / Ch C3 location name
TMPLOC4 = 'Collimator Barrel' / Ch C4 location name
TMPLOC5 = '-X Main Spreader Bar (CCR #2 side)' / Ch D1 location name
TMPLOC6 = '+X Main Spreader Bar (CCR #1 side)' / Ch D2 location name
TMPLOC7 = 'Cold Head #3 End of DH Thermal Link' / Ch D3 location name
TMPLOC8 = 'Cold Head #3 Low Temp Stage' / Ch D4 location name
DWRTMP1 = 120.62599945 / Ch C1 temperature (K)
DWRTMP2 = 120.73300171 / Ch C2 temperature (K)
DWRTMP3 = 120.81199646 / Ch C3 temperature (K)
DWRTMP4 = 120.63300323 / Ch C4 temperature (K)
DWRTMP5 = 107.62400055 / Ch D1 temperature (K)
DWRTMP6 = 107.55599976 / Ch D2 temperature (K)
DWRTMP7 = 61.19200134 / Ch D3 temperature (K)
DWRTMP8 = 10.30200005 / Ch D4 temperature (K)
PRESSURE= 0 / Dewar pressure (torr)
PWSTATA1= 1 / Power Strip 1 Outlet 1 power status (0:off,1:on
PWSTATA2= 1 / Power Strip 1 Outlet 2 power status (0:off,1:on
PWSTATA3= 1 / Power Strip 1 Outlet 3 power status (0:off,1:on
PWSTATA4= 1 / Power Strip 1 Outlet 4 power status (0:off,1:on
PWSTATA5= 1 / Power Strip 1 Outlet 5 power status (0:off,1:on
PWSTATA6= 1 / Power Strip 1 Outlet 6 power status (0:off,1:on
PWSTATA7= 0 / Power Strip 1 Outlet 7 power status (0:off,1:on
PWSTATA8= 0 / Power Strip 1 Outlet 8 power status (0:off,1:on
PWLOCA1 = 'Glycol ' / Power Strip 1 Outlet 1 device name
PWLOCA2 = 'CSU Controller' / Power Strip 1 Outlet 2 device name
PWLOCA3 = 'CSU Drives' / Power Strip 1 Outlet 3 device name
PWLOCA4 = 'Jade2 ' / Power Strip 1 Outlet 4 device name
PWLOCA5 = 'Computer' / Power Strip 1 Outlet 5 device name
PWLOCA6 = 'Lantronix EDS16PR' / Power Strip 1 Outlet 6 device name
PWLOCA7 = 'Neon ' / Power Strip 1 Outlet 7 device name
PWLOCA8 = 'Argon ' / Power Strip 1 Outlet 8 device name
PWSTATB1= 1 / Power Strip 2 Outlet 1 power status (0:off,1:on
PWSTATB2= 1 / Power Strip 2 Outlet 2 power status (0:off,1:on
PWSTATB3= 1 / Power Strip 2 Outlet 3 power status (0:off,1:on
PWSTATB4= 1 / Power Strip 2 Outlet 4 power status (0:off,1:on
PWSTATB5= 1 / Power Strip 2 Outlet 5 power status (0:off,1:on
PWSTATB6= 1 / Power Strip 2 Outlet 6 power status (0:off,1:on
PWSTATB7= 1 / Power Strip 2 Outlet 7 power status (0:off,1:on
PWSTATB8= 1 / Power Strip 2 Outlet 8 power status (0:off,1:on
PWLOCB1 = 'Guider Focus Galil' / Power Strip 2 Outlet 1 device name
PWLOCB2 = 'Varian MGS' / Power Strip 2 Outlet 2 device name
PWLOCB3 = 'Guider Camera Electronics' / Power Strip 2 Outlet 3 device name
PWLOCB4 = 'Lakeshore 340' / Power Strip 2 Outlet 4 device name
PWLOCB5 = 'Motor Box' / Power Strip 2 Outlet 5 device name
PWLOCB6 = 'Power supplies' / Power Strip 2 Outlet 6 device name
PWLOCB7 = 'FCS Controller' / Power Strip 2 Outlet 7 device name
PWLOCB8 = 'Dewar Heater DGH Modules' / Power Strip 2 Outlet 8 device name
MDCMECH = 'Dust Cover' / Dust Cover mechanism name
MDCSTAT = 'OK ' / Dust Cover mechanism status
MDCNAME = 'Open ' / Dust Cover position name
MDCRAW = -14375 / Dust Cover location
MDCSWTCH= 13 / Dust Cover Switch value
MF1MECH = 'Filter Wheel #1' / Filter Wheel 1 mechanism name
MF1STAT = 'OK ' / Filter Wheel 1 status
MF1NAME = 'open ' / Filter Wheel 1 position name
MF1RAW = 6943 / Filter Wheel 1 Location
MF1SWTCH= 2 / Filter Wheel 1 switch value
MF2MECH = 'Filter Wheel #2' / Filter Wheel 2 mechanism name
MF2STAT = 'OK ' / Filter Wheel 2 status
MF2NAME = 'H ' / Filter Wheel 2 position name
MF2RAW = -3472 / Filter Wheel 2 location
MF2SWTCH= 5 / Filter Wheel 2 switch value
MPRMECH = 'Pupil Rotator' / Pupil Rotator Mechanism name
MPRSTAT = 'OK ' / Pupil Rotator mechanism status
MPRNAME = 'open ' / Pupil Rotator position name
MPRRAW = -43751 / Pupil Rotator location
MPRSWTCH= 10 / Pupil Rotator switch value
MPRTRACK= 0 / Pupil Rotator Tracking Mode flag (0:off,1:on)
MGTMECH = 'Grating Turret' / Grating Turret mechanism name
MGTSTAT = 'OK ' / Grating Turret status
MGTNAME = 'HK ' / Grating Turret position name
MGTRAW = -8926 / Grating Turret location
MGTSWTCH= 93 / Grating Turret switch value
MGSMECH = 'Grating turret shim' / Grating Shim mechanism name
MGSSTAT = 'OK ' / Grating Shim status
MGSNAME = 'in ' / Grating Shim position name
MGSRAW = 0 / Grating Shim location
MGSSWTCH= 1 / Grating Shim switch value
FCSON = 1 / Enable model-based flexure compensation
FCSMECH = 'FCS ' / Mechanism type
FCSVOLT1= 51.86 / Ch 1 voltage
FCSVOLT2= 85.11 / Ch 2 voltage
FCSVOLT3= 18.01 / Ch 3 voltage
FCSLOC1 = 13.094 / Ch 1 location
FCSLOC2 = 21.034 / Ch 2 location
FCSLOC3 = 5.017 / Ch 3 location
FCPA_EL = '-75.62 36.11' / Position angle and elevation in degrees
FCTHETXY= '0.0 0.0 ' / X & Y absolute rotation angles (microradians)
FCANAMOR= 1.46 / Flexure model anamorphic factor
FCK = 0.157 / Flexure model k parameter
FCBETA = 9.5 / Flexure model beta in degrees
FCPH = -114.3 / Flexure model phase in degrees
FCA = 5.15 / Flexure model amplitude parameter
FCY02 = 5.64 / Flexure model Y offset parameter 2
FCX02 = 0.5 / Flexure model X offset parameter 2
FCCENTRX= 1 / Center X location
FCCENTRY= 4 / Center Y location
FCSACTIV= 1 / servo/online/enable flag
FCSRANGE= 40.14002 / % actuator range used
MASKNAME= 'egs_H_2h6' / Name of the current slit mask
B01POS = 153.077 / bar01_posn
B02POS = 153.584 / bar02_posn
B03POS = 152.672 / bar03_posn
B04POS = 153.179 / bar04_posn
B05POS = 150.883 / bar05_posn
B06POS = 151.39 / bar06_posn
B07POS = 188.968 / bar07_posn
B08POS = 189.475 / bar08_posn
B09POS = 188.564 / bar09_posn
B10POS = 189.071 / bar10_posn
B11POS = 179.389 / bar11_posn
B12POS = 179.896 / bar12_posn
B13POS = 178.985 / bar13_posn
B14POS = 179.492 / bar14_posn
B15POS = 178.581 / bar15_posn
B16POS = 179.088 / bar16_posn
B17POS = 97.376 / bar17_posn
B18POS = 97.883 / bar18_posn
B19POS = 96.971 / bar19_posn
B20POS = 97.478 / bar20_posn
B21POS = 161.786 / bar21_posn
B22POS = 162.293 / bar22_posn
B23POS = 161.382 / bar23_posn
B24POS = 161.889 / bar24_posn
B25POS = 180.385 / bar25_posn
B26POS = 180.892 / bar26_posn
B27POS = 179.98 / bar27_posn
B28POS = 180.488 / bar28_posn
B29POS = 179.097 / bar29_posn
B30POS = 179.604 / bar30_posn
B31POS = 178.692 / bar31_posn
B32POS = 179.199 / bar32_posn
B33POS = 125.227 / bar33_posn
B34POS = 125.734 / bar34_posn
B35POS = 124.823 / bar35_posn
B36POS = 125.33 / bar36_posn
B37POS = 142.37 / bar37_posn
B38POS = 142.877 / bar38_posn
B39POS = 141.966 / bar39_posn
B40POS = 142.473 / bar40_posn
B41POS = 139.011 / bar41_posn
B42POS = 139.518 / bar42_posn
B43POS = 138.606 / bar43_posn
B44POS = 139.113 / bar44_posn
B45POS = 105.067 / bar45_posn
B46POS = 105.575 / bar46_posn
B47POS = 104.663 / bar47_posn
B48POS = 105.17 / bar48_posn
B49POS = 76.852 / bar49_posn
B50POS = 77.359 / bar50_posn
B51POS = 99.011 / bar51_posn
B52POS = 99.518 / bar52_posn
B53POS = 172.246 / bar53_posn
B54POS = 172.753 / bar54_posn
B55POS = 171.842 / bar55_posn
B56POS = 172.349 / bar56_posn
B57POS = 149.291 / bar57_posn
B58POS = 149.798 / bar58_posn
B59POS = 148.888 / bar59_posn
B60POS = 149.395 / bar60_posn
B61POS = 148.483 / bar61_posn
B62POS = 148.99 / bar62_posn
B63POS = 93.915 / bar63_posn
B64POS = 94.422 / bar64_posn
B65POS = 93.51 / bar65_posn
B66POS = 94.017 / bar66_posn
B67POS = 93.106 / bar67_posn
B68POS = 93.613 / bar68_posn
B69POS = 92.702 / bar69_posn
B70POS = 93.209 / bar70_posn
B71POS = 92.298 / bar71_posn
B72POS = 92.805 / bar72_posn
B73POS = 72.777 / bar73_posn
B74POS = 73.284 / bar74_posn
B75POS = 72.373 / bar75_posn
B76POS = 72.88 / bar76_posn
B77POS = 71.968 / bar77_posn
B78POS = 72.475 / bar78_posn
B79POS = 71.564 / bar79_posn
B80POS = 72.071 / bar80_posn
B81POS = 130.844 / bar81_posn
B82POS = 131.351 / bar82_posn
B83POS = 130.44 / bar83_posn
B84POS = 130.947 / bar84_posn
B85POS = 168.91 / bar85_posn
B86POS = 169.417 / bar86_posn
B87POS = 168.505 / bar87_posn
B88POS = 169.012 / bar88_posn
B89POS = 168.101 / bar89_posn
B90POS = 168.608 / bar90_posn
B91POS = 167.697 / bar91_posn
B92POS = 168.204 / bar92_posn
B01STAT = 'OK ' / bar01_status
B02STAT = 'OK ' / bar02_status
B03STAT = 'OK ' / bar03_status
B04STAT = 'OK ' / bar04_status
B05STAT = 'OK ' / bar05_status
B06STAT = 'OK ' / bar06_status
B07STAT = 'OK ' / bar07_status
B08STAT = 'OK ' / bar08_status
B09STAT = 'OK ' / bar09_status
B10STAT = 'OK ' / bar10_status
B11STAT = 'OK ' / bar11_status
B12STAT = 'OK ' / bar12_status
B13STAT = 'OK ' / bar13_status
B14STAT = 'OK ' / bar14_status
B15STAT = 'OK ' / bar15_status
B16STAT = 'OK ' / bar16_status
B17STAT = 'OK ' / bar17_status
B18STAT = 'OK ' / bar18_status
B19STAT = 'OK ' / bar19_status
B20STAT = 'OK ' / bar20_status
B21STAT = 'OK ' / bar21_status
B22STAT = 'OK ' / bar22_status
B23STAT = 'OK ' / bar23_status
B24STAT = 'OK ' / bar24_status
B25STAT = 'OK ' / bar25_status
B26STAT = 'OK ' / bar26_status
B27STAT = 'OK ' / bar27_status
B28STAT = 'OK ' / bar28_status
B29STAT = 'OK ' / bar29_status
B30STAT = 'OK ' / bar30_status
B31STAT = 'OK ' / bar31_status
B32STAT = 'OK ' / bar32_status
B33STAT = 'OK ' / bar33_status
B34STAT = 'OK ' / bar34_status
B35STAT = 'OK ' / bar35_status
B36STAT = 'OK ' / bar36_status
B37STAT = 'OK ' / bar37_status
B38STAT = 'OK ' / bar38_status
B39STAT = 'OK ' / bar39_status
B40STAT = 'OK ' / bar40_status
B41STAT = 'OK ' / bar41_status
B42STAT = 'OK ' / bar42_status
B43STAT = 'OK ' / bar43_status
B44STAT = 'OK ' / bar44_status
B45STAT = 'OK ' / bar45_status
B46STAT = 'OK ' / bar46_status
B47STAT = 'OK ' / bar47_status
B48STAT = 'OK ' / bar48_status
B49STAT = 'OK ' / bar49_status
B50STAT = 'OK ' / bar50_status
B51STAT = 'OK ' / bar51_status
B52STAT = 'OK ' / bar52_status
B53STAT = 'OK ' / bar53_status
B54STAT = 'OK ' / bar54_status
B55STAT = 'OK ' / bar55_status
B56STAT = 'OK ' / bar56_status
B57STAT = 'OK ' / bar57_status
B58STAT = 'OK ' / bar58_status
B59STAT = 'OK ' / bar59_status
B60STAT = 'OK ' / bar60_status
B61STAT = 'OK ' / bar61_status
B62STAT = 'OK ' / bar62_status
B63STAT = 'OK ' / bar63_status
B64STAT = 'OK ' / bar64_status
B65STAT = 'OK ' / bar65_status
B66STAT = 'OK ' / bar66_status
B67STAT = 'OK ' / bar67_status
B68STAT = 'OK ' / bar68_status
B69STAT = 'OK ' / bar69_status
B70STAT = 'OK ' / bar70_status
B71STAT = 'OK ' / bar71_status
B72STAT = 'OK ' / bar72_status
B73STAT = 'OK ' / bar73_status
B74STAT = 'OK ' / bar74_status
B75STAT = 'OK ' / bar75_status
B76STAT = 'OK ' / bar76_status
B77STAT = 'OK ' / bar77_status
B78STAT = 'OK ' / bar78_status
B79STAT = 'OK ' / bar79_status
B80STAT = 'OK ' / bar80_status
B81STAT = 'OK ' / bar81_status
B82STAT = 'OK ' / bar82_status
B83STAT = 'OK ' / bar83_status
B84STAT = 'OK ' / bar84_status
B85STAT = 'OK ' / bar85_status
B86STAT = 'OK ' / bar86_status
B87STAT = 'OK ' / bar87_status
B88STAT = 'OK ' / bar88_status
B89STAT = 'OK ' / bar89_status
B90STAT = 'OK ' / bar90_status
B91STAT = 'OK ' / bar91_status
B92STAT = 'OK ' / bar92_status
OBSERVER= 'unknown ' / Observer name(s)
INSTRUME= 'MOSFIRE ' / Instrument name
FLATSPEC= 0 / Spectral flat lamp is on (1) or off (0)
FILTER = 'H ' / Filter name
GRATMODE= 'spectroscopy' / allows for imaging or spectroscopy
OBSMODE = 'H-spectroscopy' / obsering mode as filter-grating mode combinatio
XOFFSET = 0 / dither pattern X offset
YOFFSET = 1.5 / dither pattern Y/Nod offset
DTHCOORD= 'slit ' / dither pattern coordinates
FRAME = 1 / Current frame number in dither pattern
FRAMES = 2 / Total number of frames in dither pattern
FRAMEID = 'A ' / Frame identifier in dither pattern
PATTERN = 'Mask Nod' / Dither pattern
REPEAT = 21 / Current repeat of dither pattern
REPEATS = 30 / Total number of dither pattern repeats
SKYPA0 = 30.00040285 / CSU position angle
SKYPA0NM= 'MOSFIRE CSU PA' / Description of skypa0
SKYPA1 = 120.00040285 / Guider position angle
SKYPA1NM= 'MOSFIRE Guider image column PA (with pixel 0,0 at top left)' / Descri
SKYPA2 = 30.22040285 / Science imaging field position angle
SKYPA2NM= 'MOSFIRE image column PA (with pixel 1,1 at bottom left)' / Descriptio
SKYPA3 = 34.00040285 / Slit position angle
SKYPA3NM= 'MOSFIRE longslit PA' / Description of skypa3
DARENABL= 1 / Status flag for watchdarcorr. Is DAR correction
COMMENT <************************* - dcs Keywords - *************************>
TVFLIP = 'no ' / porg to tv y flip
TVANGL = 89.81772 / porg to tv angle (89.8 deg)
TUBETEMP= 0.92254 / tube temperature (0.92 degC)
TELFOCUS= -0.00083349 / telescope focus compensated (-0.833 mm)
TELESCOP= 'Keck I ' / telescope name
TARGWAVE= 1.64E-06 / target wavelength (1.637 microns)
TARGRADV= 0 / target radial velocity (0.000000 km/s)
TARGRA = 215.046125 / target right ascension (14:20:11.07 h)
TARGPMRA= 0 / target proper motion ra (0.0000 s/yr)
TARGPMDC= 0 / target proper motion dec (0.000 arcsec/yr)
TARGPLAX= 0 / target parallax (0.0 arcsec)
TARGNAME= 'egs_H_2h6' / target name
TARGFRAM= 'FK5 ' / target frame
TARGEQUI= 2000 / target equinox (2000.000000)
TARGEPOC= 2000 / target epoch (2000.000000)
TARGDEC = 53.00277778 / target declination (+53:00:10.0 deg)
ST = '18:04:34.54' / local apparent sidereal time (h)
SIMULATE= 'false ' / simulating dcs
SECTHETY= -0.01689181 / secondary mirror thetay (-60.8 arcsec)
SECTHETX= -0.09734739 / secondary mirror thetax (-350.5 arcsec)
SECFOCUS= -0.00132158 / secondary mirror focus raw (-1.322 mm)
ROTZERO = '-168.34 ' / rotator zero angle (deg)
ROTSTST = 'TRACK ' / rotator state string
ROTSRVER= '-0.307 ' / rotator servo error (arcsec)
ROTSEL = 'cass (cassegrain)' / rotator select
ROTREFAN= 0 / rotator reference angle (0.00 deg)
ROTPOSN = 30.00040285 / rotator user position (30.00 deg)
ROTDEST = 30 / rotator user destination (30.00 deg)
ROTPPOSN= -75.5625421 / rotator physical position (-75.56 deg)
ROTPDEST= -75.56234781 / rotator physical destination (-75.56 deg)
ROTPDSTS= -75.56215729 / rotator physical destination slow (-75.56 deg)
ROTOFF = 0 / rotator offset (0.00 deg)
ROTMODE = 'position angle' / rotator tracking mode
ROTERRS = 'OK ' / rotator error string
ROTERCNT= '2052 ' / rotator error count
ROTCALAN= 0 / rotator calibration angle (0.00 deg)
ROTBASE = 0 / rotator base angle (0.00 deg)
RAOFF = '1.373 ' / right ascension offset (arcsec)
RA = 215.0447684 / telescope right ascension (14:20:10.74 h)
POYPOS9 = 0 / pointing origin yposition 9 (0.00 mm)
POXPOS9 = 0 / pointing origin xposition 9 (0.00 mm)
PONAME9 = '<udf> ' / pointing origin name 9
POYPOS8 = 0 / pointing origin yposition 8 (0.00 mm)
POXPOS8 = 0 / pointing origin xposition 8 (0.00 mm)
PONAME8 = '<udf> ' / pointing origin name 8
POYPOS7 = 0 / pointing origin yposition 7 (0.00 mm)
POXPOS7 = 0 / pointing origin xposition 7 (0.00 mm)
PONAME7 = '<udf> ' / pointing origin name 7
POYPOS6 = 0 / pointing origin yposition 6 (0.00 mm)
POXPOS6 = 0 / pointing origin xposition 6 (0.00 mm)
PONAME6 = '<udf> ' / pointing origin name 6
POYPOS5 = 0 / pointing origin yposition 5 (0.00 mm)
POXPOS5 = 0 / pointing origin xposition 5 (0.00 mm)
PONAME5 = '<udf> ' / pointing origin name 5
POYPOS4 = 0.002 / pointing origin yposition 4 (2.00 mm)
POXPOS4 = -0.0004 / pointing origin xposition 4 (-0.40 mm)
PONAME4 = 'SLIT ' / pointing origin name 4
POYPOS3 = 0 / pointing origin yposition 3 (0.00 mm)
POXPOS3 = -0.002 / pointing origin xposition 3 (-2.00 mm)
PONAME3 = 'MIRA ' / pointing origin name 3
POYPOS2 = 0 / pointing origin yposition 2 (0.00 mm)
POXPOS2 = -0.002 / pointing origin xposition 2 (-2.00 mm)
PONAME2 = 'MOSFIRE ' / pointing origin name 2
POYPOS1 = 0.2912 / pointing origin yposition 1 (291.20 mm)
POXPOS1 = -0.0065 / pointing origin xposition 1 (-6.50 mm)
PONAME1 = 'REF ' / pointing origin name 1
POYPOS = 0 / pointing origin yposition (0.00 mm)
POXPOS = -0.002 / pointing origin xposition (-2.00 mm)
POYOFF = 0 / pointing origin y offset (0.00 mm)
POXOFF = 0 / pointing origin x offset (0.00 mm)
PONAME = 'MOSFIRE ' / pointing origin name
PARANTEL= 105.56139295 / parallactic angle telescope (105.56 deg)
PARANG = 105.57039064 / parallactic angle astrometric (105.57 deg)
MJD-OBS = 57859.61578967 / modified julian date of observation (57859.6157
LST = '18:04:34.54' / local apparent sidereal time (h)
LATITUDE= 19.82598955 / geodetic latitude (19.8260 deg)
INSTFLIP= 'no ' / porg to instrument y flip
INSTANGL= 0.2 / porg to instrument angle (0.2 deg)
HA = 55.94629235 / telescope hour angle (+03:43:47.11 h)
GUIDWAVE= 8.7E-07 / guidestar wavelength (0.871 microns)
FOCALSTN= 'cass (cassegrain)' / focal station
FLSPECTR= 'off ' / flat lamp control 2
FLIMAGIN= 'off ' / flat lamp control 1
EQUINOX = 2000 / telescope equinox (2000.0)
EL = 36.06661532 / telescope elevation (36.07 deg)
DTRACK = 'disabled' / differential tracking enabled
DRA = '0.000000' / diff ra rate (seconds/sec)
DOMESTAT= 'tracking' / dome status
DOMEPOSN= 321.909918 / dome azimuth (321.91 deg)
DECOFF = '1.252 ' / declination offset (arcsec)
DEC = 53.01168519 / telescope declination (+53:00:42.1 deg)
DDEC = '0.0000000' / diff decl rate (arcsec/sec)
DCSVERS = '7-6-0 ' / drive and control version
DCSSTAT = 'running ' / drive and control status
DATE-OBS= '2017-04-16' / universal date of observation
CURRINST= 'MOSFIRE ' / current instrument
CELOCAL = -0.01944986 / collimation elevation local (-70.0 arcsec)
CALOCAL = -0.005387 / collimation azimuth local (-19.4 arcsec)
AZ = -38.14005581 / telescope azimuth (-38.14 deg)
AXESTAT = 'tracking' / axes control status
AIRMASS = 1.69558604 / air mass (1.70)
UTC = '14:46:43.97' / coordinated universal time (h)
RA_OBJ = '14:20:21.92' /
DEC_OBJ = '53:02:21.8' /
NAME_OBJ= 'EGS-460289' /
END
END