--- header unit 0: primary ---
SIMPLE = T / conforms to FITS standards
BITPIX = 8 / array data type
NAXIS = 0 / number of array dimensions
EXTEND = T / file contains extensions
NEXTEND = 2 / number of standard extensions
EXTNAME = 'PRIMARY' / name of extension
EXTVER = 1 / extension version number (not format version)
SIMDATA = F / file is based on simulated data
ORIGIN = 'NASA/Ames' / institution responsible for creating this file
DATE = '2018-09-05' / file creation date.
TSTART = 1347.208925311277 / observation start time in TJD
TSTOP = 1347.229758636941 / observation stop time in TJD
DATE-OBS = '2018-08-16T16:59:41.963Z' / TSTART as UTC calendar date
DATE-END = '2018-08-16T17:29:41.962Z' / TSTOP as UTC calendar date
CREATOR = '156 FfiExporter' / pipeline job and program used to produce this f
PROCVER = 'spoc-3.3.31-20180902' / SW version
FILEVER = '1.0' / file format version
TIMVERSN = 'OGIP/93-003' / OGIP memo number for file format
TELESCOP = 'TESS' / telescope
INSTRUME = 'TESS Photometer' / detector type
DATA_REL = 1 / data release version number
ASTATE = T / archive state F indicates single orbit processi
SCCONFIG = 120 / spacecraft configuration ID
RADESYS = 'ICRS' / reference frame of celestial coordinates
EQUINOX = 2000.0 / equinox of celestial coordinate system
CRMITEN = T / spacecraft cosmic ray mitigation enabled
CRBLKSZ = 10 / [exposures] s/c cosmic ray mitigation block siz
CRSPOC = F / SPOC cosmic ray cleaning enabled
CHECKSUM = 'Ya1jaY0iYa0iaW0i' / HDU checksum updated 2018-09-05T18:29:25Z
--- header unit 1: image ---
XTENSION = 'IMAGE' / marks the beginning of a new HDU
BITPIX = -32 / array data type
NAXIS = 2 / NAXIS
NAXIS1 = 2136 / length of first array dimension
NAXIS2 = 2078 / length of second array dimension
PCOUNT = 0 / group parameter count (not used)
GCOUNT = 1 / group count (not used)
INHERIT = T / inherit the primary header
EXTNAME = 'CAMERA.CCD 3.1 cal' / name of extension
EXTVER = 1 / extension version number (not format version)
SIMDATA = F / file is based on simulated data
TELESCOP = 'TESS' / telescope
INSTRUME = 'TESS Photometer' / detector type
CAMERA = 3 / Camera number
CCD = 1 / CCD chip number
EXPOSURE = 0.016499993925 / [d] time on source
TIMEREF = 'SOLARSYSTEM' / barycentric correction applied to times
TASSIGN = 'SPACECRAFT' / where time is assigned
TIMESYS = 'TDB' / time system is Barycentric Dynamical Time (TDB)
BJDREFI = 2457000 / integer part of BTJD reference date
BJDREFF = 0.00000000 / fraction of the day in BTJD reference date
TIMEUNIT = 'd' / time unit for TIME, TSTART and TSTOP
TELAPSE = 0.020833325663 / [d] TSTOP - TSTART
LIVETIME = 0.0164999939254831 / [d] TELAPSE multiplied by DEADC
TSTART = 1347.211903042682 / observation start time in BTJD
TSTOP = 1347.232736368345 / observation stop time in BTJD
DATE-OBS = '2018-08-16T17:03:59.239Z' / TSTART as UTC calendar date
DATE-END = '2018-08-16T17:33:59.238Z' / TSTOP as UTC calendar date
DEADC = 0.7920000000000000 / deadtime correction
TIMEPIXR = 0.5 / bin time beginning=0 middle=0.5 end=1
TIERRELA = 1.16E-05 / [d] relative time error
BTC_PIX1 = 1068.0 / reference col for barycentric time correction
BTC_PIX2 = 1024.0 / reference row for barycentric time correction
BUNIT = 'electrons/s' / physical units of image data
BARYCORR = 2.9777314E-03 / [d] barycentric time correction
INT_TIME = 1.980000000000 / [s] photon accumulation time per frame
READTIME = 0.020000000000 / [s] readout time per frame
FRAMETIM = 2.000000000000 / [s] frame time (INT_TIME + READTIME)
NUM_FRM = 900 / number of frames per time stamp
TIMEDEL = 0.020833333333333332 / [d] time resolution of data
BACKAPP = F / background is subtracted
DEADAPP = T / deadtime applied
VIGNAPP = T / vignetting or collimator correction applied
GAINA = 5.25 / [electrons/count] CCD output A gain
GAINB = 5.239999771118164 / [electrons/count] CCD output B gain
GAINC = 5.239999771118164 / [electrons/count] CCD output C gain
GAIND = 5.239999771118164 / [electrons/count] CCD output D gain
READNOIA = 10.079999923706055 / [electrons] read noise CCD output A
READNOIB = 7.8075995445251465 / [electrons] read noise CCD output B
READNOIC = 7.755199909210205 / [electrons] read noise CCD output C
READNOID = 10.060799598693848 / [electrons] read noise CCD output D
NREADOUT = 720 / number of read per cadence
FXDOFF = 3355400 / compression fixed offset
TMOFST31 = 0.5 / (s) readout delay for camera 3 and ccd 1
MEANBLCA = 6543 / [count] FSW mean black level CCD output A
MEANBLCB = 6582 / [count] FSW mean black level CCD output B
MEANBLCC = 6580 / [count] FSW mean black level CCD output C
MEANBLCD = 6328 / [count] FSW mean black level CCD output D
LVCSA = 1 / serial register col start, output A
LVCEA = 11 / serial register col end (inclusive), output A
TVCSA = 2093 / trailing virtual column start, output A
TVCEA = 2103 / trailing virtual column end (inclusive), output
SCCSA = 45 / science col start, output A
SCCEA = 556 / science col end (inclusive), output A
SCICOLHA = T / T science cols are read increasing order else d
LVCSB = 12 / serial register col start, output B
LVCEB = 22 / serial register col end (inclusive), output B
TVCSB = 2104 / trailing virtual column start, output B
TVCEB = 2114 / trailing virtual column end (inclusive), output
SCCSB = 557 / science col start, output B
SCCEB = 1068 / science col end (inclusive), output B
SCICOLHB = F / T science cols are read increasing order else d
LVCSC = 23 / serial register col start, output C
LVCEC = 33 / serial register col end (inclusive), output C
TVCSC = 2115 / trailing virtual column start, output C
TVCEC = 2125 / trailing virtual column end (inclusive), output
SCCSC = 1069 / science col start, output C
SCCEC = 1580 / science col end (inclusive), output C
SCICOLHC = T / T science cols are read increasing order else d
LVCSD = 34 / serial register col start, output D
LVCED = 44 / serial register col end (inclusive), output D
TVCSD = 2126 / trailing virtual column start, output D
TVCED = 2136 / trailing virtual column end (inclusive), output
SCCSD = 1581 / science col start, output D
SCCED = 2092 / science col end (inclusive), output D
SCICOLHD = F / T science cols are read increasing order else d
SCIROWS = 1 / science rows start
SCIROWE = 2048 / science rows end (inclusive)
VROWS = 2069 / virtual row start
VROWE = 2078 / virtual row end (inclusive)
SMROWS = 2059 / smear rows start
SMROWE = 2068 / smear rows end (inclusive)
BFROWS = 2049 / buffer rows start
BFROWE = 2058 / buffer rows end (inclusive)
RADESYS = 'ICRS' / reference frame of celestial coordinates
EQUINOX = 2000.0 / equinox of celestial coordinate system
WCSAXES = 2 / number of WCS axes
CTYPE1 = 'RA---TAN-SIP' / Gnomonic projection + SIP distortions
CTYPE2 = 'DEC--TAN-SIP' / Gnomonic projection + SIP distortions
CRVAL1 = 11.9673289875317810 / RA at CRPIX1, CRPIX2
CRVAL2 = -63.3957567160748640 / DEC at CRPIX1, CRPIX2
CRPIX1 = 1045.0 / X reference pixel
CRPIX2 = 1001.0 / Y reference pixel
CD1_1 = -0.002882292192244 / Transformation matrix
CD1_2 = 0.004996181594086473 / Transformation matrix
CD2_1 = -0.004923704059777 / Transformation matrix
CD2_2 = -0.002757973753301 / Transformation matrix
A_ORDER = 4 / Polynomial order, axis 1
B_ORDER = 4 / Polynomial order, axis 2
A_2_0 = 2.003805601370E-05 / distortion coefficient
A_1_1 = 1.713389910324448E-5 / distortion coefficient
A_0_2 = 3.094727791025917E-6 / distortion coefficient
A_3_0 = -2.838600853951E-09 / distortion coefficient
A_2_1 = -1.993539782120E-10 / distortion coefficient
A_1_2 = -2.851373434890E-09 / distortion coefficient
A_0_3 = -2.227754554294E-10 / distortion coefficient
A_4_0 = 2.841368292027E-13 / distortion coefficient
A_3_1 = 2.669873039466E-13 / distortion coefficient
A_2_2 = 3.835913958888E-13 / distortion coefficient
A_1_3 = 2.547792072306E-13 / distortion coefficient
A_0_4 = 1.292386166285E-13 / distortion coefficient
B_2_0 = 3.076998937278E-06 / distortion coefficient
B_1_1 = 1.725871905818E-05 / distortion coefficient
B_0_2 = 1.969977913265323E-5 / distortion coefficient
B_3_0 = -2.460598841769E-10 / distortion coefficient
B_2_1 = -2.924439106676E-09 / distortion coefficient
B_1_2 = -1.842612527567E-10 / distortion coefficient
B_0_3 = -2.768043182353E-09 / distortion coefficient
B_4_0 = 8.436353189661E-14 / distortion coefficient
B_3_1 = 2.537113850788E-13 / distortion coefficient
B_2_2 = 4.522707330039E-13 / distortion coefficient
B_1_3 = 3.044284669935E-13 / distortion coefficient
B_0_4 = 3.030974995773E-13 / distortion coefficient
AP_ORDER = 4 / Inv polynomial order, axis 1
BP_ORDER = 4 / Inv polynomial order, axis 2
AP_1_0 = -8.635833306271E-05 / inv distortion coefficient
AP_0_1 = -5.556944276476E-05 / inv distortion coefficient
AP_2_0 = -2.003314444151E-05 / inv distortion coefficient
AP_1_1 = -1.71348528583193E-5 / inv distortion coefficient
AP_0_2 = -3.092983527555E-06 / inv distortion coefficient
AP_3_0 = 3.880900575290219E-9 / inv distortion coefficient
AP_2_1 = 1.761195620716E-09 / inv distortion coefficient
AP_1_2 = 3.950132935677907E-9 / inv distortion coefficient
AP_0_3 = 4.814998361000E-10 / inv distortion coefficient
AP_4_0 = -6.427355100456E-13 / inv distortion coefficient
AP_3_1 = -6.845929761244E-13 / inv distortion coefficient
AP_2_2 = -8.682721018723E-13 / inv distortion coefficient
AP_1_3 = -6.178571256530E-13 / inv distortion coefficient
AP_0_4 = -1.915324654649E-13 / inv distortion coefficient
BP_1_0 = -5.658891738180E-05 / inv distortion coefficient
BP_0_1 = -8.84222796794823E-5 / inv distortion coefficient
BP_2_0 = -3.074744398188E-06 / inv distortion coefficient
BP_1_1 = -1.725914691625E-05 / inv distortion coefficient
BP_0_2 = -1.969495944508E-05 / inv distortion coefficient
BP_3_0 = 5.041693570947E-10 / inv distortion coefficient
BP_2_1 = 4.035865025922336E-9 / inv distortion coefficient
BP_1_2 = 1.744606717014E-09 / inv distortion coefficient
BP_0_3 = 3.787497916106733E-9 / inv distortion coefficient
BP_4_0 = -1.495878925380E-13 / inv distortion coefficient
BP_3_1 = -6.304406385469E-13 / inv distortion coefficient
BP_2_2 = -9.394425888591E-13 / inv distortion coefficient
BP_1_3 = -7.153047465177E-13 / inv distortion coefficient
BP_0_4 = -6.478794759566E-13 / inv distortion coefficient
A_DMAX = 47.74517788677167 / maximum distortion, axis 1
B_DMAX = 47.602127777425494 / maximum distortion, axis 2
WCSNAMEP = 'PHYSICAL' / name of world coordinate system alternate P
WCSAXESP = 2 / number of WCS physical axes
CTYPE1P = 'RAWX' / physical WCS axis 1 type CCD col
CUNIT1P = 'PIXEL' / physical WCS axis 1 unit
CRPIX1P = 1 / reference CCD column
CRVAL1P = 1 / value at reference CCD column
CDELT1P = 1.0 / physical WCS axis 1 step
CTYPE2P = 'RAWY' / physical WCS axis 2 type CCD row
CUNIT2P = 'PIXEL' / physical WCS axis 2 units
CRPIX2P = 1 / reference CCD row
CRVAL2P = 1 / value at reference CCD row
CDELT2P = 1.0 / physical WCS axis 2 step
RA_NOM = 352.6843566894531 / [deg] RA of camera boresight
DEC_NOM = -64.85306549072266 / [deg] DEC of camera boresight
ROLL_NOM = -137.84681701660156 / [deg] roll angle of camera
DQUALITY = 0 / data quality flags
IMAGTYPE = 'cal' / FFI image type: raw, cal, uncert
CHECKSUM = '7IgE8Ge97GeC7Ge9' / HDU checksum updated 2018-09-05T18:29:25Z