Filename: S20170419S0168.fits.bz2 AstroData Tags: {'SOUTH', 'SPECT', 'K2_DIRECT', 'IFU', 'UNPREPARED', 'GPI', 'RAW', 'GEMINI', 'NON_SIDEREAL'} --- PHU --- SIMPLE = T / Fits standard BITPIX = 16 / Bits per pixel NAXIS = 0 / Number of axes EXTEND = T / File may contain extensions ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator DATE = '2017-04-19 ' / Date FITS file was generated IRAF-TLM= '2017-04-24T15:02:34' / Time of last modification OBJECT = 'Ar ' / Name of the object observed LONGSTRN= 'OGIP 1.0' / The OGIP Long String Convention may be used. AOFILTER= 'AOFILT_700NM_G1222' / AO WFS filter selected AOFLHLTH= 'GOOD ' / AO WFS filter health state AOSPATIA= 5.00 / Current size of AO spatial filter ARTINT = 60.0 / Broadband source intensity ADC = 'OUT ' / ADC (DEPLOYED/EXTRACTED) ADCANGLE= 86.29 / ADC achieved orientation (deg) ADCHLTH = 'GOOD ' / ADC (in/out) Health ADCPOW = 20.50 / ADC achieved power (deg) AOFOLDTP= 0.02 / AO Pick-Off Mirror Tip Position AOFOLDTT= -0.00 / AO Pick-Off Mirror Tilt Position APODHLTH= 'GOOD ' / Pupil Plane Mask (Apodizer) health APODIZER= 'APOD_CLEAR_G6201' / Pupil Plane Mask (Apodizer) selected ARTSRC = 'GPI_DEPLOY_OUT' / Artificial source selected ARTIR = 'GPI_SRC_OFF' / IR Source state ARTVIS = 'GPI_SRC_OFF' / VIS source state SCSTATE = 'GPI_SRC_OFF' / SC source state SCPOW = 0.00 / SC Amplifier power CALREFSH= 'OPEN ' / State of CAL reference arm shutter CALSCISH= 'OPEN ' / State of CAL science arm shutter CALENSH = 'OPEN ' / State of CAL Entrance shutter CALEXSH = 'OPEN ' / State of CAL Exit shutter CALSPHER= 'GPI_SRC_OFF' / CAL Sphere deployed CALSPHAT= 60.00 / CAL Sphere Attenuation in db DISPHLTH= 'GOOD ' / DISPERSER Health state DISPERSR= 'DISP_PRISM_G6262' / Wollaston/Prism/Open IFSFILT = 'IFSFILT_K2_G1215' / Filter name IFSFLHLT= 'GOOD ' / Filter 1 Health state GPIHEALT= 'WARNING ' / GPI health LYOTHLTH= 'GOOD ' / Lyot mask Health state LYOTMASK= 'LYOT_OPEN_G6231' / Lyot mask selected OCCHLTH = 'GOOD ' / Occulter position health state OCCULTER= 'FPM_SCIENCE_G6227' / Occulter position OMSSENT = 'OPEN ' / State of OMSS Entrance shutter OBSMODE = 'K2_direct' / Currently selected observation Mode PUPVIEWR= '0 ' / Is the pupil viewing mirror inserted WPANGHLT= 'GOOD ' / Half-wave plate position health WPANGLE = 0.00 / Half-wave plate position WPSTATE = 'OUT ' / Half-wave plate state SIMLEVEL= 'OUT ' / Simulate state TTRKFOLD= 'FALSE ' / TLC Track assembly Fold tracking status(T/F) TTRKAOWF= 'FALSE ' / TLC Track assembly AOWFS tracking status(T/F) TTRKCALI= 'FALSE ' / TLC Track assembly CALIFS tracking status(T/F) TAPPUPOF= 'FALSE ' / TLC Track assembly apply pupil offsets(T/F) TAPLYOTO= 'TRUE ' / TLC Track assembly apply Lyot offset(T/F) TAPPDARO= 'TRUE ' / TLC Track assembly apply DAR residuals(T/F) TAOWFSOL= 'TRUE ' / TLC Track assembly apply AOWFS Open Loop model( TAFOLDOL= 'FALSE ' / TLC Track assembly apply FOLD open model(T/F) TACALIOL= 'TRUE ' / TLC Track assembly apply CALIFS Open Loop model TAAOSPOL= 'TRUE ' / TLC Track assembly apply AOSPAT Temp Correction TAOSPTMX= 0.413 / TLC AO assembly AOSPAT X Motor position TAOSPTMY= 1.405 / TLC AO assembly AOSPAT Y Motor position TSRCPOSX= 0.600 / TLC SRC assembly Source X Motor position TSRCPOSY= 16.000 / TLC SRC assembly Source Y Motor position CALMTILT= 4.330 / TLC CAL BIAS TILT value CALMTIP = 11.051 / TLC CAL BIAS TIP value ARRAYID = 'HAWAII-II RG S/N 201' / Array serial number CCDNAME = 'HAWAII2-RG' / Array name WFSDTEMP= 258.45 / AOWFS detector temperature (K) GLITEMP = 9.81 / Glycol Input Temp (C) GLOTEMP = 13.50 / Glycol Output Temp (C) AEXITEMP= 25.31 / Air Heat Ex Input Temp (C) AEXOTEMP= 15.81 / Air Heat Ex Output Temp (C) OMSATEMP= 9.42 / Avg OMSS AORelay Temp (C) OMSMTEMP= 11.75 / Max OMSS AORelay Temp (C) IFSITEMP= 7.94 / INSTRUMENT Cryo Glycol Input Temp (C) IFSOTEMP= 11.31 / INSTRUMENT Cryo Glycol Output Temp (C) EEHUMID = 13.35 / Electronic Enclosure Humidity MEMHUMID= -1.09 / MEMS Humidity % OMSHUMID= 6.61 / Max OMSS Humidity % AMBHUMID= 48.93 / Mean Ambient Humidity% CWSTEMP = 65.53 / Cold work surface temperature (K) DETTEMP = 82.54 / Detector temperature (K) DETHTEMP= 81.92 / Detector housing temperature (K) DEWPRES1= 1.32E-02 / Dewar pressure (mTorr) DEWPRES2= 1.18E-02 / Dewar pressure (mTorr) SUPCTEMP= 34.00 / Super Continuum temp (C) MJD-OBS = 57862.54507071112 / MJD of start of observation AIRMASS = 1.0 / Mean airmass for the exposure AMEND = 1.0 / Airmass at end of exposure AMSTART = 1.0 / Airmass at start of exposure AOFOLD = 'park-pos.' / AO Pick-Off Mirror Position ASTROMTC= F / Astrometric field AZIMUTH = 147.000090277778 / Telescope Azimuth at the start of exposure CRFOLLOW= 'INDEF ' / Cass Rotator follow mode (yes|no) CRPA = -4.19694789208204E-4 / Cass Rotator Position Angle at start DATALAB = 'GS-CAL20170419-2-017' / Gemini Datalabel DEC = 89.9 / Target Declination DECOFFSE= -0.0 / Telescope offset in DEC in arcsec DECTRACK= -0.025384947239 / Differential tracking rate Dec DECTRGOF= -0.0 / Target offset in DEC in arcsec DEWPOIN2= 27.5 / The dew point (F). DEWPOINT= -2.5 / The dew point (C). ELEVATIO= 90.0501152777778 / Telescope Elevation at the start of exposure EPOCH = 2000.0 / Target Coordinate Epoch EQUINOX = 0.0 / Equinox of coordinate system GCALDIFF= 'IR ' / GCAL Diffuser name GCALFILT= 'CLEAR ' / GCAL Filter name GCALLAMP= 'Ar ' / GCAL Lamp name GCALSHUT= 'CLOSED ' / GCAL IR lamp Shutter (OPEN or CLOSED) GEMPRGID= 'GS-CAL20170419' / Gemini programme ID HA = '-00:00:06.82' / Telescope hour angle at the start of exposure HUMIDITY= 49.0 / The Relative Humidity (fraction, 0..101). IAA = 0.0 / Instrument Alignment Angle INPORT = 1 / Number of ISS port where instrument is located INSTRUME= 'GPI ' / Instrument used to acquire data LT = '10:03:50.1' / Local time at start of exposure M2BAFFLE= 'VISIBLE ' / Position of M2 baffle M2CENBAF= 'CLOSED ' / Position of M2 central hole baffle OBSCLASS= 'dayCal ' / Observe class OBSERVAT= 'Gemini-South' / Observatory (Gemini-North|Gemini-South) OBSERVER= 'D. Sanmartim' / Observer OBSID = 'GS-CAL20170419-2' / Gemini Observation ID OBSTYPE = 'ARC ' / Observation type PA = 0.0 / Instrument Position Angle at start (degrees) PAR_ANG = -12.9989 / Parallactic angle PARALLAX= 0.0 / Target Parallax PMDEC = 0.0 / Target proper motion in Declination PMRA = 0.0 / Target proper motion in RA POFFSET = 0.0 / Telescope offset in p in arcsec PRESSUR2= 73100.0 / The atmospheric pressure (Pa). PRESSURE= 548.4546799999999 / The atmospheric pressure (mm Hg). PROP_MD = F / Proprietary Metadata QOFFSET = -0.0 / Telescope offset in q in arcsec RA = 147.0 / Target Right Ascension RADVEL = 0.0 / Target Heliocentric Radial Velocity RAOFFSET= 0.0 / Telescope offset in RA in arcsec RATRACK = 1.00279603825 / Differential tracking rate RA RATRGOFF= 0.0 / Target offset in RA in arcsec RAWBG = 'Any ' / Raw Background RAWCC = 'Any ' / Raw Cloud Cover RAWGEMQA= 'UNKNOWN ' / Gemini Quality Assessment RAWIQ = 'Any ' / Raw Image Quality RAWPIREQ= 'UNKNOWN ' / PI Requirements Met RAWWV = 'Any ' / Raw Water Vapour/Transparency RELEASE = '2017-04-19' / End of proprietary period YYY-MM-DD SFLINEAR= -0.03 / Science fold linear position (mm) SFRT2 = 89.3 / Science fold rotation angle (degrees) SFTILT = -45.1 / Science fold tilt angle (degrees) SSA = 'J. Fuentes' / SSA ST = '22:12:11.0' / Sidereal time at the start of the exposure TAMBIEN2= 45.5 / The ambient temp (F). TAMBIENT= 7.5 / The ambient temp (C). TELESCOP= 'Gemini-South' / Name of telescope (Gemini-North|Gemini-South) TRKEPOCH= 57862.362192 / Differential tracking reference epoch TRKEQUIN= 2000.0 / Tracking equinox TRKFRAME= 'FK5 ' / Tracking co-ordinate UT = '13:03:50.1' / UTC at start of exposure WAVELENG= 6300.0 / Effective Target Wavelength (A) WINDDIRE= 337.0 / The wind direction (degrees). WINDSPEE= 2.0 / The wind speed (m/s). WINDSPE2= 4.474 / The wind speed (mph). XOFFSET = 0.0 / Telescope offset in x in arcsec YOFFSET = 0.0 / Telescope offset in y in arcsec DIMMSEE = 1.29 / DIMM tower seeing [arcsec], start of exposure v DIMTSTMP= 328 / DIMM time stamp, minutes since last update. Val MASSSEE = 1.15 / MASS Seeing of the free atmosphere [arcsec] MASTSTMP= 999 / MASS time stamp, minutes since last update. Val DIMFRIED= 0.08 / DIMM measured Fried parameter MASSTAU = 3.3 / MASS estimated Tau WINDM2 = 0.0 / Wind measured at M2 (top) [m/s] WINDM2DR= 309.5 / Wind direction measured at M2 (top) Azimuth [de MASSISOP= 5.234 / MASS Isoplanatic angle [arcsec] MASS05CN= 0.000 / MASS CN2 profile 0.5km MASS1CN2= 0.000 / MASS CN2 profile 1km MASS2CN2= 0.000 / MASS CN2 profile 2km MASS4CN2= 0.000 / MASS CN2 profile 4km MASS8CN2= 0.000 / MASS CN2 profile 8km MASS16CN= 0.000 / MASS CN2 profile 16km HMAG = 4.0 / H magnitude of the target STMAG = 4.0 / I magnitude of the target AOWFE = 60.47 / Average wavefront residual error during exposur CALON = 'FALSE ' / Is OIWFS currently reacting to data from the CA AOON = 'FALSE ' / Is the GPI servo loop running? OPTON = 'YES ' / Optimizing wavefront AOFRAMES= 1000.00 / AO camera frame rate M2OFFLOA= 'NO ' / m2 offloading CALTIP = 0.00 / Measured LOWFS TIP (cal.calTarget.calTargetPand CALTILT = 0.00 / Measured LOWFS TILT (cal.calTarget.calTargetPan CALFOCU = 589.92 / Measured LOWFS FOCUS (cal.calTarget.calTargetPa RMSERR = 60.47 / RMS Wavefront Error AVGRNOT = 17227.72 / r0 average estimate FLUX = 1515.65 / AO average Flux reported CALLOOP = 'FALSE ' / CAL offloading loop status AOCLOOP = 'FALSE ' / AOC offloading loop status WOFLOOP = 'FALSE ' / Woofer offloading loop status AOTTLOOP= 'FALSE ' / TIP/TILT offloading loop status AOMINSNR= 0.00 / AO Minimum SNR setting CALBTIP = 0.00 / CAL tip bias level CALBTILT= 0.00 / CAL tilt bias level CALFOCUS= -373.74 / CAL focus bias level M1OFLOAD= 'FALSE ' / M1 offloading GMPVER = '14.4.1 ' / Version number of GMP software GDSVER = '14.4.1 ' / Version number of GDS software IFSVER = ' ' / Version number of GPI IFS software AOVER = '0.5.1 ' / Version number of GPI AO software CALVER = '0.9.4 ' / Version number of GPI CAL software TLCVER = '0.7 ' / Version number of GPI TLC software NEXTEND = 2 / Number of extensions DATE-OBS= '2017-04-19' / UT start date of exposure UTSTART = '13:03:53.712' / UT start time of exposure UTEND = '13:08:57.290' / UT end time of exposure (after last read) CCDSIZE = '2048x2048' / Array dimensions ORIGNAME= 'S20170419S0168.fits' / Original filename prior to processing --- HDU 0 --- XTENSION= 'IMAGE ' / C# FITS: 4/19/2017 9:08:57 AM BITPIX = -32 NAXIS = 2 / Dimensionality NAXIS1 = 2048 NAXIS2 = 2048 PCOUNT = 0 / No extra parameters GCOUNT = 1 / One group CD1_1 = 0.60682287574975 / Partial of first axis coord w.r.t. x CD1_2 = -0.002721253544567 / Partial of first axis coord w.r.t. y CD2_1 = -0.002721283989538 / Partial of second axis coord w.r.t. x CD2_2 = -0.6068228593660874 / Partial of second axis coord w.r.t. y CDELT1 = 3.6E-7 / Coordinate increment CDELT2 = 3.6E-7 / Coordinate increment CRPIX1 = -0.8143660575143613 / Ref pix of axis 1 CRPIX2 = 0.7494526875126116 / Ref pix of axis 2 CRVAL1 = 333.10770599929606 / RA at Ref pix in decimal degrees CRVAL2 = 59.64166269443285 / DEC at Ref pix in decimal degrees CTYPE1 = 'RA---TAN' / Coordinates type for the first axis CTYPE2 = 'DEC--TAN' / Coordinates type for the second axis CUNIT1 = 'deg ' / Units of data CUNIT2 = 'deg ' / Units of data RADESYS = 'FK5 ' / R.A DEC coordinate system reference INSTRSUB= 'IFS ' / Instrument sub-system (INSTRUMENT,CAL,...) INHERIT = F / Inherit the primary header LONGSTRN= 'OGIP 1.0' / The OGIP Long String Convention may be used. EXTVER = 1 / Number assigned to this FITS extension EXTNAME = 'SCI ' / Extension Name BUNIT = 'ADU per coadd' / Physical units of the array values BSCALE = 1 / Linear factor in scaling equation BZERO = 0 / Zero point in scaling equation ITIME0 = 300000000 / Requested itime in microseconds per coadd COADDS0 = 1 / Requested number of coadditions SAMPMODE= 4 / Requested samp mode (1:Sing,2:CDS,3:MCDS,4:UTR) READS0 = 1 / Requested sampling mode reads GROUPS0 = 207 / 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 ITIME = 299.68674 / True integration time in seconds per coadd READTIME= 1454790 / Read time for a frame in microseconds RMPRESET= 1 / Number of resets in ramp RMPREADS= 1 / Number of reads in ramp RMPDROP = 0 / Number of drop frames in ramp RMPGROUP= 207 / Number of groups in ramp RDITIME = 1.45479 / Time between sampling groups in seconds ABORTED = F / Exposure was stopped before completion COADDS = 1 / Number of coadds actually completed READS = 207 / Reads actually completed in this coadd NGROUP = 207 / 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= 49673 / Detector saturation level (DN) from config file DTGAINNM= 7 / Detector gain setting [0-15] DTGAINDB= '12.04 db (low)' / Detector gain in dB DETGAIN = 4 / Detector gain factor SYSGAIN = 3.04 / System gain in e-/ADU VRESET = 0.1447 / Reset voltage in V, obtained from ASIC DSUB = 0.4008 / 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 0007 0000 0005 0000 0003 0001' / ASIC Regs 0x4018:0x401F HXRGVERS= '2.3 ' / HxRG timing code version --- HDU 1 --- XTENSION= 'IMAGE ' / C# FITS: 4/19/2017 9:08:57 AM BITPIX = 8 NAXIS = 2 / Dimensionality NAXIS1 = 2048 NAXIS2 = 2048 PCOUNT = 0 / No extra parameters GCOUNT = 1 / One group INHERIT = F / Inherit the primary header LONGSTRN= 'OGIP 1.0' / The OGIP Long String Convention may be used. EXTVER = 2 / BPM renamed by AstroData EXTNAME = 'SCI ' / BPM renamed by AstroData BUNIT = 'bitmap ' / Physical units of the array values BSCALE = 1 / Linear factor in scaling equation BZERO = 0 / Zero point in scaling equation COMMENT bit 0: bad pixel as marked by bad pixel map COMMENT bit 1: raw pixel exceeds saturation value COMMENT bit 2: pixel value delta from consecutive reads exceeds saturation value COMMENT bit 3: maximum delta for pixel removed during UTR calculation COMMENT bit 4: minimum delta for pixel removed during UTR calculation ITIME0 = 300000000 / Requested itime in microseconds per coadd COADDS0 = 1 / Requested number of coadditions SAMPMODE= 4 / Requested samp mode (1:Sing,2:CDS,3:MCDS,4:UTR) READS0 = 1 / Requested sampling mode reads GROUPS0 = 207 / 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 ITIME = 299.68674 / True integration time in seconds per coadd READTIME= 1454790 / Read time for a frame in microseconds RMPRESET= 1 / Number of resets in ramp RMPREADS= 1 / Number of reads in ramp RMPDROP = 0 / Number of drop frames in ramp RMPGROUP= 207 / Number of groups in ramp RDITIME = 1.45479 / Time between sampling groups in seconds ABORTED = F / Exposure was stopped before completion COADDS = 1 / Number of coadds actually completed READS = 207 / Reads actually completed in this coadd NGROUP = 207 / 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= 49673 / Detector saturation level (DN) from config file DTGAINNM= 7 / Detector gain setting [0-15] DTGAINDB= '12.04 db (low)' / Detector gain in dB DETGAIN = 4 / Detector gain factor SYSGAIN = 3.04 / System gain in e-/ADU VRESET = 0.1447 / Reset voltage in V, obtained from ASIC DSUB = 0.4008 / 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 0007 0000 0005 0000 0003 0001' / ASIC Regs 0x4018:0x401F HXRGVERS= '2.3 ' / HxRG timing code version