File: C:/Users/fred/anaconda3/Lib/site-packages/astropy/wcs/tests/data/header_newlines.fits
SIMPLE = T / Fits standard BITPIX = -64 / FOUR-BYTE SINGLE PRECISION FLOATING POINT NAXIS = 2 / STANDARD FITS FORMAT NAXIS1 = 1 / STANDARD FITS FORMAT NAXIS2 = 1 / STANDARD FITS FORMAT ORIGIN = 'Palomar Transient Factory' / Origin of these image data CREATOR = 'Infrared Processing and Analysis Center' / Creator of this FITS file DATE = '2011-08-01T15:14:04' / File creation date (YYYY-MM-DDThh:mm:ss UT) / PTF DMASK BIT DEFINITIONS BIT00 = 0 / AIRCRAFT/SATELLITE TRACK BIT01 = 1 / OBJECT (detected by SExtractor) BIT02 = 2 / HIGH DARK-CURRENT BIT03 = 3 / RESERVED FOR FUTURE USE BIT04 = 4 / NOISY BIT05 = 5 / GHOST BIT06 = 6 / CCD BLEED BIT07 = 7 / RAD HIT BIT08 = 8 / SATURATED BIT09 = 9 / DEAD/BAD BIT10 = 10 / NAN (not a number) BIT11 = 11 / DIRTY (10-sigma below coarse local median) BIT12 = 12 / HALO BIT13 = 13 / RESERVED FOR FUTURE USE BIT14 = 14 / RESERVED FOR FUTURE USE BIT15 = 15 / RESERVED FOR FUTURE USE / DATA FLOW PMASKPTH= '/ptf/pos/archive/fallbackcal/pmasks/' / Pixel-mask pathname PMASKFIL= 'bpm_2009060s_c07.v2.fits' / Pixel-mask filename UDMPROC = 'updatemask' / Update bit in dmask UDMVERSN= 1. / Version of updatemask program UDMOP = 0 / Operation type UDMMBT = 4 / Mask bit template UDMIFIL = 'bpm_2009060s_c07.v1.fits' / Program updatemask input file UDMOFIL = 'bpm_2009060s_c07.v2.fits' / Program updatemask output file MCVERSN = 1. / Version of ptfMaskCombine program PTFPPROC= 'ptfPostProc' / Flags proc NaNs, CCD-bleeds and rad hits PPRVERSN= 3. / Version of ptfPostProc program / COPY OF IMAGE HEADER BELOW ORIGIN = 'Palomar Transient Factory' / Origin of these image data CREATOR = 'Infrared Processing and Analysis Center' / Creator of this FITS file TELESCOP= 'P48 ' / Name of telescope INSTRUME= 'PTF/MOSAIC' / Instrument name OBSERVER= 'KulkarniPTF' / Observer name and project CCDID = '7 ' / CCD number (0..11) DATE-OBS= '2009-06-25T08:41:23.970' / UTC shutter time YYYY-MM-DDTHH:MM:SS.SSS DATE = '2011-07-30T15:04:59' / File creation date (YYYY-MM-DDThh:mm:ss UT) REFERENC= 'http://www.astro.caltech.edu/ptf' / URL of PTF website / PROPOSAL INFORMATION PTFPRPI = 'Kulkarni' / PTF Project PI PTFPID = '20000 ' / Project type: 00000-49999 OBJECT = 'PTF_survey' / Fields object PTFFIELD= '2899 ' / PTF unique field ID PTFFLAG = '1 ' / 1 = PTF; 0 = non-PTF category / TIME AND EXPOSURE INFORMATION FILTER = 'R ' / Filter name FILTERID= '2 ' / Filter ID FILTERSL= '2 ' / Filter changer slot position EXPTIME = 60. / [s] Requested exposure time AEXPTIME= 60. / actual exposure time (sec) UTC-OBS = '2009-06-25T08:41:23.970' / UTC time shutter open YYYY-MM-DDTHH:MM:SS.OBSJD = 2455007.86207 / [day] Julian day corresponds to UTC-OBS OBSMJD = 55007.36207 / MJD corresponds to UTC-OBS (day) OBSLST = '19:08:26.70' / Mean LST corresponds to UTC-OBS 'HH:MM:SS.S' HOURANG = '-3:09:09.78' / Mean HA (sHH:MM:SS.S) based on LMST at UTC-OBS HJD = 2455007.86457 / [day] Heliocentric Julian Day OBSTYPE = 'object ' / Image type (dark,science,bias,focus) IMGTYP = 'object ' / Image type (dark,science,bias,focus) / MOON AND SUN MOONRA = 131.676395 / [deg] Moon J2000.0 R.A. MOONDEC = 16.207046 / [deg] Moon J2000.0 Dec. MOONILLF= 0.095389 / [frac] Moon illuminated fraction MOONPHAS= 144.0201 / [deg] Moon phase angle MOONESB = -0. / Moon excess in sky brightness V-band MOONALT = -35.16959 / [deg] Moon altitude SUNAZ = 13.90467 / [deg] Sun azimuth SUNALT = -31.96011 / [deg] Sun altitude / PHOTOMETRY BUNIT = 'DN ' / Data number (analog-to-digital units or ADU) PHTCALEX= 1 / Was phot.-cal. module executed? PHTCALFL= 0 / Flag for image is photometric (0=N, 1=Y) PCALRMSE= 0.030059 / RMSE from (zeropoint, extinction) data fit IMAGEZPT= 22.43948 / Image magnitude zeropoint IZPORIG = 'CALTRANS' / Photometric-calibration origin ZPRULE = 'COMPUTE ' / Photometric-calibration method MAGZPT = 22.73683 / Magnitude zeropoint at airmass=1 EXTINCT = 0.17995 / Extinction APSFILT = 'r ' / SDSS filter used in abs phot cal APSCOL = 'r-i ' / SDSS color used in abs phot cal APRMS = 0.0554857 / RMS in mag of final abs phot cal APBSRMS = 0.03911367 / RMS in mag of final abs phot cal for bright staAPNSTDI1= 69501 / Number of standard stars in first iteration APNSTDIF= 64858 / Number of standard stars in final iteration APCHI2 = 325618.88012443 / Chi2 of final abs phot cal APDOF = 64858. / Dof of chi2 of final abs phot cal APMEDJD = 2455007.84500722 / Median JD used in abs phot cal APPN01 = 'ZeroPoint' / Name of parameter abs phot cal 01 APPAR01 = 22.81878918 / Value of parameter abs phot cal 01 APPARE01= 0.00198923 / Error of parameter abs phot cal 01 APPN02 = 'ColorTerm' / Name of parameter abs phot cal 02 APPAR02 = 0.20481246 / Value of parameter abs phot cal 02 APPARE02= 0.00278076 / Error of parameter abs phot cal 02 APPN03 = 'AirMassTerm' / Name of parameter abs phot cal 03 APPAR03 = -0.12104427 / Value of parameter abs phot cal 03 APPARE03= 0.0011621 / Error of parameter abs phot cal 03 APPN04 = 'AirMassColorTerm' / Name of parameter abs phot cal 04 APPAR04 = 0.00904321 / Value of parameter abs phot cal 04 APPARE04= 0.00176968 / Error of parameter abs phot cal 04 APPN05 = 'TimeTerm' / Name of parameter abs phot cal 05 APPAR05 = 0.03012546 / Value of parameter abs phot cal 05 APPARE05= 0.00459951 / Error of parameter abs phot cal 05 APPN06 = 'Time2Term' / Name of parameter abs phot cal 06 APPAR06 = 1.27460327 / Value of parameter abs phot cal 06 APPARE06= 0.07646497 / Error of parameter abs phot cal 06 APPN07 = 'XTerm ' / Name of parameter abs phot cal 07 APPAR07 = 0.00768843 / Value of parameter abs phot cal 07 APPARE07= 0.00083226 / Error of parameter abs phot cal 07 APPN08 = 'YTerm ' / Name of parameter abs phot cal 08 APPAR08 = 0.06680527 / Value of parameter abs phot cal 08 APPARE08= 0.00203667 / Error of parameter abs phot cal 08 APPN09 = 'Y2Term ' / Name of parameter abs phot cal 09 APPAR09 = 0.31486016 / Value of parameter abs phot cal 09 APPARE09= 0.00318862 / Error of parameter abs phot cal 09 APPN10 = 'Y3Term ' / Name of parameter abs phot cal 10 APPAR10 = 0.69934253 / Value of parameter abs phot cal 10 APPARE10= 0.01257477 / Error of parameter abs phot cal 10 APPN11 = 'XYTerm ' / Name of parameter abs phot cal 11 APPAR11 = -0.04590337 / Value of parameter abs phot cal 11 APPARE11= 0.00286729 / Error of parameter abs phot cal 11 / ASTROMETRY CRVAL1 = 333.443801401309 / [deg] RA of reference point CRVAL2 = 3.08905544069643 / [deg] DEC of reference point CRPIX1 = 1175.019 / [pix] Image reference point CRPIX2 = 945.8826 / [pix] Image reference point CTYPE1 = 'RA---TAN-SIP' / TAN (gnomic) projection + SIP distortions CTYPE2 = 'DEC--TAN-SIP' / TAN (gnomic) projection + SIP distortions CUNIT1 = 'deg ' / Image axis-1 celestial-coordinate units CUNIT2 = 'deg ' / Image axis-2 celestial-coordinate units CRTYPE1 = 'deg ' / Data units of CRVAL1 CRTYPE2 = 'deg ' / Data units of CRVAL2 CD1_1 = 0.000281094342514378 / Transformation matrix CD1_2 = -5.00875320999652E-09 CD2_1 = -2.08930602680508E-07 CD2_2 = -0.000281284158795544 OBJRA = '22:17:08.571' / Requested field J2000.0 Ra. OBJDEC = '+03:22:30.00' / Requested field J2000.0 Dec. OBJRAD = 334.285714 / [deg] Requested field RA (J2000.0) OBJDECD = 3.375 / [deg] Requested field Dec (J2000.0) PIXSCALE= 1.01 / [arcsec/pix] Pixel scale WCSAXES = 2 EQUINOX = 2000. / [yr] Equatorial coordinates definition LONPOLE = 180. LATPOLE = 0. / IMAGE QUALITY SEEING = 2.04 / [pix] Seeing FWHM PEAKDIST= 0.396793397122491 / [pix] Mean dist brightest pixel-centroid pixel ELLIP = 0.063 / Mean image ellipticity A/B ELLIPPA = 48.65 / [deg] Mean image ellipticity PA FBIAS = 1060.884 / [DN] Floating bias of the image SATURVAL= 17000. / [DN] Saturation value of the CCD array FWHMSEX = 2.45 / [arcsec] SExtractor SEEING estimate MDSKYMAG= 20.53072 / [mag/s-arcsec^2] Median sky obsolete MSMAPCZP= 20.70926 / [mag/s-arcsec^2] Median sky abs. phot. cal. LIMITMAG= 20.92587 / [mag/s-arcsec^2] Limiting magnitude obsolete LMGAPCZP= 21.10442 / [mag/s-arcsec^2] Limiting mag. abs. phot. cal. MEDFWHM = 2.931446 / [arcsecond] Median FWHM MEDELONG= 1.132416 / [dimensionless] Median elongation STDELONG= 0.3298569 / [dimensionless] Std. dev. of elongation MEDTHETA= -42.28234 / [deg] Atan(median sin(theta)/median cos(theta))STDTHETA= 66.21399 / [deg] Atan(stddev sin(theta)/stddev cos(theta))MEDDLMAG= 33.85928 / [mag/s-arcsec^2] Median (MU_MAX-MAG_AUTO) STDDLMAG= 0.4367887 / [mag/s-arcsec^2] Stddev of (MU_MAX-MAG_AUTO) / OBSERVATORY AND TCS OCS_TIME= '2009-06-25T08:41:23.978' / UTC Date for OCS calc time-dep params OPERMODE= 'OCS ' / Mode of operation: OCS | Manual | N/A SOFTVER = '1.1.1.1 ' / Softwere version (TCS.Camera.OCS.Sched) OCS_VER = '1 ' / OCS software version and date TCS_VER = '1 ' / TCS software version and date SCH_VER = '1 ' / OCS-Scheduler software version and date MAT_VER = '7.7.0.471' / Matlab version HDR_VER = '1 ' / Header version TRIGGER = 'N/A ' / trigger ID for TOO, e.g. VOEVENT-Nr TCSMODE = 'Star ' / TCS fundamental mode TCSSMODE= 'Active ' / TCS fundamental submode TCSFMODE= 'Pos ' / TCS focus mode TCSFSMOD= 'On-Target' / TCS focus submode TCSDMODE= 'Stop ' / TCS dome mode TCSDSMOD= 'N/A ' / TCS dome submode TCSWMODE= 'Slave ' / TCS windscreen mode TCSWSMOD= 'N/A ' / TCS windscreen submode OBSLAT = 33.3574 / [deg] Telescope geodetic latitude in WGS84 OBSLON = 116.8599 / [deg] Telescope geodetic longitude in WGS84 OBSALT = 1703.2 / [m] Telescope geodetic altitude in WGS84 DEFOCUS = 0. / [mm] Focus position - nominal focus FOCUSPOS= 1.3851 / [mm] Exposures focusPos DOMESTAT= 'open ' / Dome status at begining of exposure TRACKRA = 23.7 / [arcsec/hr] Track speed RA rel to sidereal TRACKDEC= -11.2 / [arcsec/hr] Track speed Dec rel to sidereal AZIMUTH = 113.8682 / [deg] Telescope Azimuth ALTITUDE= 36.81047 / [deg] Telescope altitude AIRMASS = 1.666232 / Telescope airmass TELRA = 334.402 / [deg] Telescope ap equinox of date RA TELDEC = 3.4225 / [deg] Telescope ap equinox of date Dec TELHA = 312.7096 / [deg] Telescope ap equinox of date HA DOMEAZ = 112.8563 / [deg] Dome azimuth WINDSCAL= 10.466 / [deg] Wind screen altitude WINDDIR = 2.2 / [deg] Azimuth of wind direction WINDSPED= 14.6328 / Wind speed (km/hour) OUTTEMP = 20.94444 / [C] Outside temperature OUTRELHU= 0.09 / [frac] Outside relative humidity OUTDEWPT= -12.94444 / [C] Outside dew point / INSTRUMENT TELEMETRY PANID = '_p48s ' / PAN identification DHSID = '_p48s ' / DHS identification ROISTATE= 'ROI ' / ROI State (FULL | ROI) CCDSEC = '[1:2048,1:4096]' / CCD section CCDSIZE = '[1:2048,1:4096]' / CCD size DATASEC = '[1:2048,1:4096]' / Data section DETSEC = '[1:2048,1:4096]' / Detector section ROISEC = '[1:2048,1:4096]' / ROI section FPA = 'P48MOSAIC' / Focal plan array CCDNAME = 'W94C2 ' / Detector mfg serial number CHECKSUM= 'O3aBP1ZBO1aBO1YB' / HDU checksum updated 2010-03-15T13:06:37 DATASUM = '395763289' / Data unit checksum updated 2010-03-15T13:06:37 DHEINF = 'SDSU, Gen-III' / Controller info DHEFIRM = '/usr/src/dsp/tim_m.lod' / DSP software CAM_VER = '20090615.1.3.100000' / Camera server date.rev.cfitsio LV_VER = '8.5 ' / LabVIEW software version PCI_VER = '2.0c ' / Astropci software version DETID = 'PTF/MOSAIC' / Detector ID AUTHOR = 'PTF/OCS/TCS/Camera' / Source for header information DATAMIN = 0. / Minimum value for array ROISTATE= 'ROI ' / ROI State (FULL | ROI) LEDBLUE = 'OFF ' / 470nm LED state (ON | OFF) LEDRED = 'OFF ' / 660nm LED state (ON | OFF) LEDNIR = 'OFF ' / 880nm LED state (ON | OFF) CCD9TEMP= 175.003 / [K] 0x0 servo temp sensor on CCD09 HSTEMP = 148.207 / [K] 0x1 heat spreader temp DHE0TEMP= 295.951 / [K] 0x2 detector head electronics temp, master DHE1TEMP= 298.162 / [K] 0x3 detector head electronics temp, slave DEWWTEMP= 284.71 / [K] 0x4 dewar wall temp HEADTEMP= 138.414 / [K] 0x5 cryo cooler cold head temp CCD5TEMP= 174.91 / [K] 0x6 temp sensor on CCD05 CCD11TEM= 176.061 / [K] 0x7 temp sensor on CCD11 CCD0TEMP= 169.515 / [K] 0x8 temp sensor on CCD00 RSTEMP = 232.61 / [K] 0x9 temp sensor on radiation shield DEWPRESS= 0.82 / [milli-torr] Dewar pressure DETHEAT = 38. / [%] Detector focal plane heater power NAMPSXY = '6 2 ' / Number of amplifiers in x y CCDSUM = '1 1 ' / [pix] Binning in x and y MODELFOC= 'N/A ' / MODELFOC CHECKSUM= '6aLZ8ZKZ6aKZ6YKZ' / HDU checksum updated 2010-03-15T13:06:37 DATASUM = ' 0' / Data unit checksum (2010-03-15T13:06:37) GAIN = 1.7 / [e-/D.N.] Gain of detector. READNOI = 5.1 / [e-] Read noise of detector. DARKCUR = 0.1 / [e-/s] Dark current of detector / SCAMP DISTORTION KEYWORDS RADECSYS= 'ICRS ' / Astrometric system PV1_0 = 0. / Projection distortion parameter PV1_1 = 1. / Projection distortion parameter PV1_2 = 0. / Projection distortion parameter PV1_4 = 0.000811808026654439 / Projection distortion parameter PV1_5 = 0.000610424561546246 / Projection distortion parameter PV1_6 = 0.000247550637436069 / Projection distortion parameter PV1_7 = 0.000103962986153903 / Projection distortion parameter PV1_8 = -0.000463678684598807 / Projection distortion parameter PV1_9 = -0.000431244263972048 / Projection distortion parameter PV1_10 = -0.000152691163850316 / Projection distortion parameter PV1_12 = -0.00204628855915067 / Projection distortion parameter PV1_13 = -0.00173071932398225 / Projection distortion parameter PV1_14 = 0.000212015319199711 / Projection distortion parameter PV1_15 = -0.000489268678679085 / Projection distortion parameter PV1_16 = -0.000182891514774611 / Projection distortion parameter PV2_0 = 0. / Projection distortion parameter PV2_1 = 1. / Projection distortion parameter PV2_2 = 0. / Projection distortion parameter PV2_4 = 0.000273521447624334 / Projection distortion parameter PV2_5 = 0.000876139200581004 / Projection distortion parameter PV2_6 = -0.000122736852992318 / Projection distortion parameter PV2_7 = -0.00115870481394187 / Projection distortion parameter PV2_8 = 0.000744209714565589 / Projection distortion parameter PV2_9 = -0.00031431316953523 / Projection distortion parameter PV2_10 = -0.00025720525696749 / Projection distortion parameter PV2_12 = -0.00074859772103692 / Projection distortion parameter PV2_13 = 0.000838107200656415 / Projection distortion parameter PV2_14 = -0.00012633881376049 / Projection distortion parameter PV2_15 = -0.0020312867769692 / Projection distortion parameter PV2_16 = 0.00524608854745148 / Projection distortion parameter FGROUPNO= 1 / SCAMP field group label ASTIRMS1= 0. / Astrom. dispersion RMS (intern., high S/N) ASTIRMS2= 0. / Astrom. dispersion RMS (intern., high S/N) ASTRRMS1= 3.620458E-05 / Astrom. dispersion RMS (ref., high S/N) ASTRRMS2= 3.332156E-05 / Astrom. dispersion RMS (ref., high S/N) ASTINST = 1 / SCAMP astrometric instrument label FLXSCALE= 0. / SCAMP relative flux scale MAGZEROP= 0. / SCAMP zero-point PHOTIRMS= 0. / mag dispersion RMS (internal, high S/N) RA_RMS = 0.1655724 / [arcsec] RMS of SCAMP fit from 2MASS matching DEC_RMS = 0.1891921 / [arcsec] RMS of SCAMP fit from 2MASS matching ASTROMN = 384 / Number of stars in SCAMP astrometric solution SCAMPPTH= '/ptf/pos/archive/fallbackcal/scamp/7/' / SCAMP catalog path SCAMPFIL= 'PTF_201006174759_c_e_uca3_t112521_u001916251_f02_p002899_c07.fits' / SIP DISTORTION KEYWORDS A_ORDER = 4 / Distortion order for A A_0_2 = 6.96807813586153E-08 / Projection distortion parameter A_0_3 = 1.20881759870351E-11 / Projection distortion parameter A_0_4 = -4.07297345125509E-15 / Projection distortion parameter A_1_1 = -1.71602989085006E-07 / Projection distortion parameter A_1_2 = -3.40958003336147E-11 / Projection distortion parameter A_1_3 = 1.08769435952671E-14 / Projection distortion parameter A_2_0 = 2.28067760155696E-07 / Projection distortion parameter A_2_1 = 3.6610309234789E-11 / Projection distortion parameter A_2_2 = 4.73755078335384E-15 / Projection distortion parameter A_3_0 = 8.24210855193549E-12 / Projection distortion parameter A_3_1 = 3.84753767306115E-14 / Projection distortion parameter A_4_0 = -4.54223812412034E-14 / Projection distortion parameter A_DMAX = 1.53122472683886 / Projection distortion parameter B_ORDER = 4 / Distortion order for B B_0_2 = -7.69933957449607E-08 / Projection distortion parameter B_0_3 = -9.16855566272424E-11 / Projection distortion parameter B_0_4 = 1.66630509620112E-14 / Projection distortion parameter B_1_1 = 2.46289708854316E-07 / Projection distortion parameter B_1_2 = -5.90207917198792E-11 / Projection distortion parameter B_1_3 = 1.86811615261732E-14 / Projection distortion parameter B_2_0 = 3.44908367419592E-08 / Projection distortion parameter B_2_1 = -2.49509936365959E-11 / Projection distortion parameter B_2_2 = 2.84841315780067E-15 / Projection distortion parameter B_3_0 = 2.02845080441181E-11 / Projection distortion parameter B_3_1 = -4.51317603382652E-14 / Projection distortion parameter B_4_0 = -1.16438849571175E-13 / Projection distortion parameter B_DMAX = 2.89468553502114 / Projection distortion parameter AP_ORDER= 4 / Distortion order for AP AP_0_1 = -2.3927681685928E-08 / Projection distortion parameter AP_0_2 = -6.97379868441328E-08 / Projection distortion parameter AP_0_3 = -1.21069584606865E-11 / Projection distortion parameter AP_0_4 = 4.07524721573973E-15 / Projection distortion parameter AP_1_0 = 5.65239128994064E-08 / Projection distortion parameter AP_1_1 = 1.71734217296344E-07 / Projection distortion parameter AP_1_2 = 3.41724875038451E-11 / Projection distortion parameter AP_1_3 = -1.08775499102067E-14 / Projection distortion parameter AP_2_0 = -2.28068482487158E-07 / Projection distortion parameter AP_2_1 = -3.66548961802381E-11 / Projection distortion parameter AP_2_2 = -4.75858241735224E-15 / Projection distortion parameter AP_3_0 = -8.24781966878619E-12 / Projection distortion parameter AP_3_1 = -3.85281201904104E-14 / Projection distortion parameter AP_4_0 = 4.54275049666924E-14 / Projection distortion parameter BP_ORDER= 4 / Distortion order for BP BP_0_1 = -1.50638746640517E-07 / Projection distortion parameter BP_0_2 = 7.70565767927487E-08 / Projection distortion parameter BP_0_3 = 9.18374546897802E-11 / Projection distortion parameter BP_0_4 = -1.66839467627906E-14 / Projection distortion parameter BP_1_0 = -4.87195269294628E-08 / Projection distortion parameter BP_1_1 = -2.46371690411844E-07 / Projection distortion parameter BP_1_2 = 5.9111535979953E-11 / Projection distortion parameter BP_1_3 = -1.87729776729012E-14 / Projection distortion parameter BP_2_0 = -3.46046151217313E-08 / Projection distortion parameter BP_2_1 = 2.51320825919019E-11 / Projection distortion parameter BP_2_2 = -2.85758325791527E-15 / Projection distortion parameter BP_3_0 = -2.04221364218494E-11 / Projection distortion parameter BP_3_1 = 4.51336286236569E-14 / Projection distortion parameter BP_4_0 = 1.16567578965612E-13 / Projection distortion parameter / DATA FLOW ORIGNAME= '/data/PTF_default_38068.fits' / Filename as written by the camera FILENAME= 'PTF200906253621_2_o_38068.fits' / Filename of delivered camera image PROCORIG= 'IPAC-PTF pipelines' / Processing origin PROCDATE= 'Tue Feb 21 03:34:46 2012' / Processing date/time (Pacific time) PTFVERSN= 5. / Version of PTFSCIENCEPIPELINE program PMASKPTH= '/ptf/pos/archive/fallbackcal/pmasks/' / Pathname of pixel mask PMASKFIL= 'bpm_2009060s_c07.v2.fits' / Filename of pixel mask SFLATPTH= '/ptf/pos/sbx1/2009/06/25/f2/c7/cal/p4/cId45986/' / Pathname of super SFLATFIL= 'PTF_200906250000_i_s_flat_t120000_u000045986_f02_p000000_c07.fits' SBIASPTH= '/ptf/pos/sbx1/2009/06/25/f2/c7/cal/p1/cId45922/' / Pathname of super SBIASFIL= 'PTF_200906250000_i_s_bias_t120000_u000045922_f00_p000000_c07.fits' DBNID = 121 / Database night ID DBEXPID = 22920 / Database exposure ID DBRID = 3663141 / Database raw-image ID DBPID = 12052003 / Database processed-image ID DBFID = 2 / Database filter ID DBPIID = 1 / Database P.I. ID DBPRID = 3 / Database project ID DBFIELD = 22920 / Database field ID DBSVID = 50 / Database software-version ID DBCVID = 56 / Database config-data-file ID END