Filename: N20201222G0042i.fits.bz2 AstroData Tags: {'GRACES', 'UNPREPARED', 'SPECT', 'GEMINI', 'RAW'} --- PHU --- SIMPLE = T / conforms to FITS standard BITPIX = 8 / array data type NAXIS = 0 / number of array dimensions EXTEND = T INHERIT = F / No need to inherit global keywords FILENAME= 'N20201222G0042' / Base filename at acquisition DATE = '2020-12-22T16:22:07' / UTC Date of file creation HSTTIME = 'Tue Dec 22 06:22:07 HST 2020' / Local time in Hawaii IMAGESWV= 'CFHT DetCom v3.60.18 (Apr 20 2017)' / Image creation software version OBSTYPE = 'OBJECT ' / Observation / Exposure type EXPTYPE = 'OBJECT ' / See OBSTYPE EXPTIME = 90.0 / Integration time (seconds) DARKTIME= 90.0 / Dark current time (seconds) SHUTOPEN= '2020-12-22T16:20:36.946' / Shutter blade opening time (UTC) SHUTCLOS= '2020-12-22T16:22:06.988' / Shutter blade closing time (UTC) DETECTOR= 'OLAPA ' / Science Detector CCD = 'Unknown ' / Science Detector (use DETECTOR) IMAGEID = 0 / CCD chip number CHIPID = 0 / Use IMAGEID instead DETSIZE = '[1:2048,1:4608]' / Total data pixels in full mosaic RASTER = 'FULL ' / Active raster description CCDSUM = '1 1 ' / Binning factors CCDBIN1 = 1 / Binning factor along first axis CCDBIN2 = 1 / Binning factor along second axis PIXSIZE = 13.5 / Pixel size for both axes (microns) AMPLIST = 'a,b ' / List of amplifiers for this image CCDSIZE = '[1:2048,1:4608]' / Detector imaging area size CCDSEC = '[21:2068,1:4608]' / Read out area of the detector (unbinned) TRIMSEC = '[21:2068,4:4605]' / Useful imaging area of the detector BSECA = '[1:20,1:4608]' / Overscan/prescan (bias) area from Amp A BSECB = '[2069:2088,1:4608]' / Overscan/prescan (bias) area from Amp B CSECA = '[21:1044,1:4608]' / Section in full CCD for DSECA CSECB = '[1045:2068,1:4608]' / Section in full CCD for DSECB DSECA = '[21:1044,1:4608]' / Imaging area from Amp A DSECB = '[1045:2068,1:4608]' / Imaging area from Amp B TSECA = '[21:1044,4:4605]' / Trim section for Amp A TSECB = '[1045:2068,4:4605]' / Trim section for Amp B MAXLIN = 65535 / Maximum linearity value (ADU) SATURATE= 65535 / Saturation value (ADU) GAINA = 1.30 / Amp A gain (electrons/ADU) GAINB = 1.30 / Amp B gain (electrons/ADU) RDNOISEA= 4.20 / Amp A read noise (electrons) RDNOISEB= 4.10 / Amp B read noise (electrons) DARKCUR = 0 / Dark current (e-/pixel/hour) RDTIME = 19.00 / Read out time (sec) CONSWV = 'olD=137,DCU=49' / Controller software DSPID and SERNO versions DETSTAT = 'ok ' / Detector temp range (-105..-90) DETTEM = -100.2 / Detector temp deg C = 745.502 + -0.278 * 3042 INSTRUME= 'GRACES ' / Instrument Name ECAMFOC = -3.70 / ESPaDOnS camera focus position (mm) EHARTPOS= 'OUT ' / ESPaDOnS hartmann position FULL/DOWN/UP/OUT EEMSHUT = 'CLOSE ' / ESPaDOnS exposure meter shutter OPEN/CLOSED EEMSTATE= 'OFF ' / ESPaDOnS exposure meter state ON/OFF EEMCNTS = -9999 / ESPaDOnS exposure meter count average ETSP1BEG= 13.06 / ESPaDOnS down mirror temp at start (deg C) ETSP2BEG= 13.21 / ESPaDOnS camera temp at start (deg C) ETSP3BEG= 13.19 / ESPaDOnS up mirror temp at start (deg C) ETSP4BEG= 12.80 / ESPaDOnS hygrometer temp at start (deg C) EPRSPBEG= -1.68 / ESPaDOnS relative pressure at start (mb) ERHSPBEG= 20.63 / ESPaDOnS relative humidity at start (%) ETSP1END= 13.07 / ESPaDOnS down mirror temp at end (deg C) ETSP2END= 13.21 / ESPaDOnS camera temp at end (deg C) ETSP3END= 13.19 / ESPaDOnS up mirror temp at end (deg C) ETSP4END= 12.35 / ESPaDOnS hygrometer temp at end (deg C) EPRSPEND= -1.65 / ESPaDOnS relative pressure at end (mb) EREADSPD= 'Normal: 4.15e noise, 1.30e/ADU, 19s' / ESPaDOnS det read out xslow/sl GSLIPOS = 'TWOSLICE' / GRACES slicer bench position (# and mm) GSLICER = 'TWOSLICE' / GRACES slicer position (# and deg) GDEKKER = 'TWOSLICE' / GRACES dekker position (# and mm) GPMIRROR= 'GEMINI ' / GRACES pickoff mirror position (# and mm) GFIBMODE= 'GRACES ' / GRACES fiber position (ESPADONS or GRACES) O_BSCALE= 1.00000 / Original BSCALE Value OBSID = 'GN-2020B-CAL-171-35' /Observation ID / Data label OBJECT = 'Feige66 ' /Object Name RA = '189.34799' /Right Ascension DEC = '25.066631' /Declination of Target POFFSET = 23.6622998531 /Telescope offset in p in arcsec QOFFSET = -9.22720064310 /Telescope offset in q in arcsec RAWIQ = '20-percentile' /Raw Image Quality RAWCC = '50-percentile' /Raw Cloud Cover RAWWV = 'Any ' /Raw Water Vapour/Transparency RAWBG = 'Any ' /Raw Background TELESCOP= 'Gemini-North' /Gemini-North EPOCH = 2000.00 /Epoch for Target coordinates CRPA = 83.1211161879 /Current Cass Rotator Position Angle GEMPRGID= 'GN-2020B-CAL-171' /Gemini programme ID AIRMASS = '1.012 ' /Mean airmass for the observation AMSTART = '1.013 ' /Airmass at start of exposure AMEND = '1.012 ' /Airmass at end of exposure HA = '+00:32:58.91' /Hour Angle Sexagesimal HAD = '-0.54969939' /Hour Angle Decimal MJDATE = '59205.681' /Modified Julian Date at start of observation OBSCLASS= 'science ' /Observe class INSTMODE= 'Spectroscopy, star+sky' /Observing mode RELEASE = '2020-12-22' /End of proprietary period YYYY-MM-DD DATALAB = 'GN-2020B-CAL-171-35-1001' /DHS data label RAWPIREQ= 'YES ' /PI Requirements Met RAWGEMQA= 'USABLE ' /Gemini Quality Assessment COMMENT ---------------------------------------------------- COMMENT | Processed by the CFHT OPERA Open Source Pipeline | COMMENT ---------------------------------------------------- COMMENT opera-1.0.1228 build date Fri May 19 18:53:30 HST 2017 COMMENT Processing Date COMMENT --------------- COMMENT Mon Jan 4 18:07:32 HST 2021 COMMENT ------------------------------------------------------------------------ COMMENT 20 SNR22 = '5.7696 / 6.9342' / snr per spectral / ccd bin SNR23 = '21.045 / 25.293' / snr per spectral / ccd bin SNR24 = '29.109 / 34.985' / snr per spectral / ccd bin SNR25 = '44.932 / 54.002' / snr per spectral / ccd bin SNR26 = '52.419 / 63' / snr per spectral / ccd bin SNR27 = '57.403 / 68.991' / snr per spectral / ccd bin SNR28 = '62.66 / 75.308' / snr per spectral / ccd bin SNR29 = '65.504 / 78.727' / snr per spectral / ccd bin SNR30 = '66.501 / 79.925' / snr per spectral / ccd bin SNR31 = '66.817 / 80.304' / snr per spectral / ccd bin SNR32 = '66.604 / 80.048' / snr per spectral / ccd bin SNR33 = '64.868 / 77.962' / snr per spectral / ccd bin SNR34 = '63.627 / 76.471' / snr per spectral / ccd bin SNR35 = '62.052 / 74.577' / snr per spectral / ccd bin SNR36 = '60.024 / 72.14' / snr per spectral / ccd bin SNR37 = '58.615 / 70.447' / snr per spectral / ccd bin SNR38 = '57.196 / 68.741' / snr per spectral / ccd bin SNR39 = '55.95 / 67.244' / snr per spectral / ccd bin SNR40 = '54.399 / 65.38' / snr per spectral / ccd bin SNR41 = '53.152 / 63.881' / snr per spectral / ccd bin SNR42 = '51.652 / 62.078' / snr per spectral / ccd bin SNR43 = '49.763 / 59.809' / snr per spectral / ccd bin SNR44 = '47.327 / 56.88' / snr per spectral / ccd bin SNR45 = '44.369 / 53.326' / snr per spectral / ccd bin SNR46 = '41.016 / 49.295' / snr per spectral / ccd bin SNR47 = '37.599 / 45.188' / snr per spectral / ccd bin SNR48 = '34.178 / 41.077' / snr per spectral / ccd bin SNR49 = '30.188 / 36.281' / snr per spectral / ccd bin SNR50 = '26.215 / 31.506' / snr per spectral / ccd bin SNR51 = '21.917 / 26.341' / snr per spectral / ccd bin SNR52 = '16.245 / 19.524' / snr per spectral / ccd bin SNR53 = '14.26 / 17.139' / snr per spectral / ccd bin SNR54 = '11.048 / 13.278' / snr per spectral / ccd bin SNR55 = '7.4028 / 8.8972' / snr per spectral / ccd bin HRV = 27.073 / Heliocentric RV correction (km/s) HRVLUNAR= -0.00257856 / lunar component of HRV correction (km/s) HRVORBIT= 27.0245 / orbital component of HRV correction (km/s) HRVDIURN= 0.0511278 / diurnal component of HRV correction (km/s) HJDUTC = 2459206.181783 / Heliocentric Julian date (UTC) mid-exposure HJDTT = 2459206.182584 / Heliocentric Julian date (TT) mid-exposure TELLRV = 0.0438654 / telluric RV correction (km/s) TELLERR = 0.367227 / telluric RV correction error (km/s) REDUCTIO= 'Intensity' / Type of reduction NORMAL = '2 ' / Normalized and Un-normalized Data COMMENT File contains automatic wavelength correction and uncorrected data. COL1 = 'Wavelength' / Normalized COL2 = 'Star ' / Normalized COL3 = 'Sky ' / Normalized COL4 = 'Star+sky' / Normalized COL5 = 'ErrorBarStar' / Normalized COL6 = 'ErrorBarSky' / Normalized COL7 = 'ErrorBarStar+Sky' / Normalized COL8 = 'Wavelength' / UnNormalized COL9 = 'Star ' / UnNormalized COL10 = 'Sky ' / UnNormalized COL11 = 'Star+sky' / UnNormalized COL12 = 'ErrorBarStar' / UnNormalized COL13 = 'ErrorBarSky' / UnNormalized COL14 = 'ErrorBarStar+Sky' / UnNormalized COL15 = 'Wavelength' / Normalized, no autowave correction COL16 = 'Star ' / Normalized, no autowave correction COL17 = 'Sky ' / Normalized, no autowave correction COL18 = 'Star+sky' / Normalized, no autowave correction COL19 = 'ErrorBarStar' / Normalized, no autowave correction COL20 = 'ErrorBarSky' / Normalized, no autowave correction COL21 = 'ErrorBarStar+Sky' / Normalized, no autowave correction COL22 = 'Wavelength' / UnNormalized, no autowave correction COL23 = 'Star ' / UnNormalized, no autowave correction COL24 = 'Sky ' / UnNormalized, no autowave correction COL25 = 'Star+sky' / UnNormalized, no autowave correction COL26 = 'ErrorBarStar' / UnNormalized, no autowave correction COL27 = 'ErrorBarSky' / UnNormalized, no autowave correction COL28 = 'ErrorBarStar+Sky' / UnNormalized, no autowave correction ORIGNAME= 'N20201222G0042i.fits' / Original filename prior to processing --- HDU 0 --- XTENSION= 'IMAGE ' / Image extension BITPIX = -32 / array data type NAXIS = 2 / number of array dimensions NAXIS1 = 190567 NAXIS2 = 28 PCOUNT = 0 / number of parameters GCOUNT = 1 / number of groups INHERIT = F / No need to inherit global keywords FILENAME= 'N20201222G0042' / Base filename at acquisition DATE = '2020-12-22T16:22:07' / UTC Date of file creation HSTTIME = 'Tue Dec 22 06:22:07 HST 2020' / Local time in Hawaii IMAGESWV= 'CFHT DetCom v3.60.18 (Apr 20 2017)' / Image creation software version OBSTYPE = 'OBJECT ' / Observation / Exposure type EXPTYPE = 'OBJECT ' / See OBSTYPE EXPTIME = 90.0 / Integration time (seconds) DARKTIME= 90.0 / Dark current time (seconds) SHUTOPEN= '2020-12-22T16:20:36.946' / Shutter blade opening time (UTC) SHUTCLOS= '2020-12-22T16:22:06.988' / Shutter blade closing time (UTC) DETECTOR= 'OLAPA ' / Science Detector CCD = 'Unknown ' / Science Detector (use DETECTOR) IMAGEID = 0 / CCD chip number CHIPID = 0 / Use IMAGEID instead DETSIZE = '[1:2048,1:4608]' / Total data pixels in full mosaic RASTER = 'FULL ' / Active raster description CCDSUM = '1 1 ' / Binning factors CCDBIN1 = 1 / Binning factor along first axis CCDBIN2 = 1 / Binning factor along second axis PIXSIZE = 13.5 / Pixel size for both axes (microns) AMPLIST = 'a,b ' / List of amplifiers for this image CCDSIZE = '[1:2048,1:4608]' / Detector imaging area size CCDSEC = '[21:2068,1:4608]' / Read out area of the detector (unbinned) TRIMSEC = '[21:2068,4:4605]' / Useful imaging area of the detector BSECA = '[1:20,1:4608]' / Overscan/prescan (bias) area from Amp A BSECB = '[2069:2088,1:4608]' / Overscan/prescan (bias) area from Amp B CSECA = '[21:1044,1:4608]' / Section in full CCD for DSECA CSECB = '[1045:2068,1:4608]' / Section in full CCD for DSECB DSECA = '[21:1044,1:4608]' / Imaging area from Amp A DSECB = '[1045:2068,1:4608]' / Imaging area from Amp B TSECA = '[21:1044,4:4605]' / Trim section for Amp A TSECB = '[1045:2068,4:4605]' / Trim section for Amp B MAXLIN = 65535 / Maximum linearity value (ADU) SATURATE= 65535 / Saturation value (ADU) GAINA = 1.30 / Amp A gain (electrons/ADU) GAINB = 1.30 / Amp B gain (electrons/ADU) RDNOISEA= 4.20 / Amp A read noise (electrons) RDNOISEB= 4.10 / Amp B read noise (electrons) DARKCUR = 0 / Dark current (e-/pixel/hour) RDTIME = 19.00 / Read out time (sec) CONSWV = 'olD=137,DCU=49' / Controller software DSPID and SERNO versions DETSTAT = 'ok ' / Detector temp range (-105..-90) DETTEM = -100.2 / Detector temp deg C = 745.502 + -0.278 * 3042 INSTRUME= 'GRACES ' / Instrument Name ECAMFOC = -3.70 / ESPaDOnS camera focus position (mm) EHARTPOS= 'OUT ' / ESPaDOnS hartmann position FULL/DOWN/UP/OUT EEMSHUT = 'CLOSE ' / ESPaDOnS exposure meter shutter OPEN/CLOSED EEMSTATE= 'OFF ' / ESPaDOnS exposure meter state ON/OFF EEMCNTS = -9999 / ESPaDOnS exposure meter count average ETSP1BEG= 13.06 / ESPaDOnS down mirror temp at start (deg C) ETSP2BEG= 13.21 / ESPaDOnS camera temp at start (deg C) ETSP3BEG= 13.19 / ESPaDOnS up mirror temp at start (deg C) ETSP4BEG= 12.80 / ESPaDOnS hygrometer temp at start (deg C) EPRSPBEG= -1.68 / ESPaDOnS relative pressure at start (mb) ERHSPBEG= 20.63 / ESPaDOnS relative humidity at start (%) ETSP1END= 13.07 / ESPaDOnS down mirror temp at end (deg C) ETSP2END= 13.21 / ESPaDOnS camera temp at end (deg C) ETSP3END= 13.19 / ESPaDOnS up mirror temp at end (deg C) ETSP4END= 12.35 / ESPaDOnS hygrometer temp at end (deg C) EPRSPEND= -1.65 / ESPaDOnS relative pressure at end (mb) EREADSPD= 'Normal: 4.15e noise, 1.30e/ADU, 19s' / ESPaDOnS det read out xslow/sl GSLIPOS = 'TWOSLICE' / GRACES slicer bench position (# and mm) GSLICER = 'TWOSLICE' / GRACES slicer position (# and deg) GDEKKER = 'TWOSLICE' / GRACES dekker position (# and mm) GPMIRROR= 'GEMINI ' / GRACES pickoff mirror position (# and mm) GFIBMODE= 'GRACES ' / GRACES fiber position (ESPADONS or GRACES) O_BSCALE= 1.00000 / Original BSCALE Value OBSID = 'GN-2020B-CAL-171-35' /Observation ID / Data label OBJECT = 'Feige66 ' /Object Name RA = '189.34799' /Right Ascension DEC = '25.066631' /Declination of Target POFFSET = 23.6622998531 /Telescope offset in p in arcsec QOFFSET = -9.22720064310 /Telescope offset in q in arcsec RAWIQ = '20-percentile' /Raw Image Quality RAWCC = '50-percentile' /Raw Cloud Cover RAWWV = 'Any ' /Raw Water Vapour/Transparency RAWBG = 'Any ' /Raw Background TELESCOP= 'Gemini-North' /Gemini-North EPOCH = 2000.00 /Epoch for Target coordinates CRPA = 83.1211161879 /Current Cass Rotator Position Angle GEMPRGID= 'GN-2020B-CAL-171' /Gemini programme ID AIRMASS = '1.012 ' /Mean airmass for the observation AMSTART = '1.013 ' /Airmass at start of exposure AMEND = '1.012 ' /Airmass at end of exposure HA = '+00:32:58.91' /Hour Angle Sexagesimal HAD = '-0.54969939' /Hour Angle Decimal MJDATE = '59205.681' /Modified Julian Date at start of observation OBSCLASS= 'science ' /Observe class INSTMODE= 'Spectroscopy, star+sky' /Observing mode RELEASE = '2020-12-22' /End of proprietary period YYYY-MM-DD DATALAB = 'GN-2020B-CAL-171-35-1001' /DHS data label RAWPIREQ= 'YES ' /PI Requirements Met RAWGEMQA= 'USABLE ' /Gemini Quality Assessment COMMENT ---------------------------------------------------- COMMENT | Processed by the CFHT OPERA Open Source Pipeline | COMMENT ---------------------------------------------------- COMMENT opera-1.0.1228 build date Fri May 19 18:53:30 HST 2017 COMMENT Processing Date COMMENT --------------- COMMENT Mon Jan 4 18:07:32 HST 2021 COMMENT ------------------------------------------------------------------------ COMMENT 20 SNR22 = '5.7696 / 6.9342' / snr per spectral / ccd bin SNR23 = '21.045 / 25.293' / snr per spectral / ccd bin SNR24 = '29.109 / 34.985' / snr per spectral / ccd bin SNR25 = '44.932 / 54.002' / snr per spectral / ccd bin SNR26 = '52.419 / 63' / snr per spectral / ccd bin SNR27 = '57.403 / 68.991' / snr per spectral / ccd bin SNR28 = '62.66 / 75.308' / snr per spectral / ccd bin SNR29 = '65.504 / 78.727' / snr per spectral / ccd bin SNR30 = '66.501 / 79.925' / snr per spectral / ccd bin SNR31 = '66.817 / 80.304' / snr per spectral / ccd bin SNR32 = '66.604 / 80.048' / snr per spectral / ccd bin SNR33 = '64.868 / 77.962' / snr per spectral / ccd bin SNR34 = '63.627 / 76.471' / snr per spectral / ccd bin SNR35 = '62.052 / 74.577' / snr per spectral / ccd bin SNR36 = '60.024 / 72.14' / snr per spectral / ccd bin SNR37 = '58.615 / 70.447' / snr per spectral / ccd bin SNR38 = '57.196 / 68.741' / snr per spectral / ccd bin SNR39 = '55.95 / 67.244' / snr per spectral / ccd bin SNR40 = '54.399 / 65.38' / snr per spectral / ccd bin SNR41 = '53.152 / 63.881' / snr per spectral / ccd bin SNR42 = '51.652 / 62.078' / snr per spectral / ccd bin SNR43 = '49.763 / 59.809' / snr per spectral / ccd bin SNR44 = '47.327 / 56.88' / snr per spectral / ccd bin SNR45 = '44.369 / 53.326' / snr per spectral / ccd bin SNR46 = '41.016 / 49.295' / snr per spectral / ccd bin SNR47 = '37.599 / 45.188' / snr per spectral / ccd bin SNR48 = '34.178 / 41.077' / snr per spectral / ccd bin SNR49 = '30.188 / 36.281' / snr per spectral / ccd bin SNR50 = '26.215 / 31.506' / snr per spectral / ccd bin SNR51 = '21.917 / 26.341' / snr per spectral / ccd bin SNR52 = '16.245 / 19.524' / snr per spectral / ccd bin SNR53 = '14.26 / 17.139' / snr per spectral / ccd bin SNR54 = '11.048 / 13.278' / snr per spectral / ccd bin SNR55 = '7.4028 / 8.8972' / snr per spectral / ccd bin HRV = 27.073 / Heliocentric RV correction (km/s) HRVLUNAR= -0.00257856 / lunar component of HRV correction (km/s) HRVORBIT= 27.0245 / orbital component of HRV correction (km/s) HRVDIURN= 0.0511278 / diurnal component of HRV correction (km/s) HJDUTC = 2459206.181783 / Heliocentric Julian date (UTC) mid-exposure HJDTT = 2459206.182584 / Heliocentric Julian date (TT) mid-exposure TELLRV = 0.0438654 / telluric RV correction (km/s) TELLERR = 0.367227 / telluric RV correction error (km/s) REDUCTIO= 'Intensity' / Type of reduction NORMAL = '2 ' / Normalized and Un-normalized Data COMMENT File contains automatic wavelength correction and uncorrected data. COL1 = 'Wavelength' / Normalized COL2 = 'Star ' / Normalized COL3 = 'Sky ' / Normalized COL4 = 'Star+sky' / Normalized COL5 = 'ErrorBarStar' / Normalized COL6 = 'ErrorBarSky' / Normalized COL7 = 'ErrorBarStar+Sky' / Normalized COL8 = 'Wavelength' / UnNormalized COL9 = 'Star ' / UnNormalized COL10 = 'Sky ' / UnNormalized COL11 = 'Star+sky' / UnNormalized COL12 = 'ErrorBarStar' / UnNormalized COL13 = 'ErrorBarSky' / UnNormalized COL14 = 'ErrorBarStar+Sky' / UnNormalized COL15 = 'Wavelength' / Normalized, no autowave correction COL16 = 'Star ' / Normalized, no autowave correction COL17 = 'Sky ' / Normalized, no autowave correction COL18 = 'Star+sky' / Normalized, no autowave correction COL19 = 'ErrorBarStar' / Normalized, no autowave correction COL20 = 'ErrorBarSky' / Normalized, no autowave correction COL21 = 'ErrorBarStar+Sky' / Normalized, no autowave correction COL22 = 'Wavelength' / UnNormalized, no autowave correction COL23 = 'Star ' / UnNormalized, no autowave correction COL24 = 'Sky ' / UnNormalized, no autowave correction COL25 = 'Star+sky' / UnNormalized, no autowave correction COL26 = 'ErrorBarStar' / UnNormalized, no autowave correction COL27 = 'ErrorBarSky' / UnNormalized, no autowave correction COL28 = 'ErrorBarStar+Sky' / UnNormalized, no autowave correction EXTNAME = 'SCI ' / Added by AstroData EXTVER = 1 / Added by AstroData