/
tpf-ext1-header.txt
281 lines (281 loc) · 18.7 KB
/
tpf-ext1-header.txt
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XTENSION= 'BINTABLE' / marks the beginning of a new HDU
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = / length of first array dimension
NAXIS2 = / length of second array dimension
PCOUNT = / group parameter count (not used)
GCOUNT = / group count (not used)
TFIELDS = / number of table fields
TTYPE1 = 'TIME ' / column title: data time stamps
TFORM1 = 'D ' / column format: 64-bit floating point
TUNIT1 = 'BJD - 2454833' / column units: barycenter corrected JD
TDISP1 = 'D14.7 ' / column display format
TTYPE2 = 'TIMECORR' / column title: barycenter - timeslice correction
TFORM2 = 'E ' / column format: 32-bit floating point
TUNIT2 = 'd ' / column units: day
TDISP2 = 'E14.7 ' / column display format
TTYPE3 = 'CADENCENO' / column title: unique cadence number
TFORM3 = 'J ' / column format: signed 32-bit integer
TDISP3 = 'I10 ' / column display format
TTYPE4 = 'RAW_CNTS' / column title: raw pixel counts
TFORM4 = '8J ' / column format: image of signed 32-bit integers
TUNIT4 = 'count ' / column units: count
TDISP4 = 'I8 ' / column display format
TDIM4 = '(1,8) ' / column dimensions: pixel aperture array
TNULL4 = -1 / column null value indicator
WCSN4P = 'PHYSICAL' / table column WCS name
WCAX4P = 2 / table column physical WCS dimensions
1CTY4P = 'RAWX ' / table column physical WCS axis 1 type, CCD col
2CTY4P = 'RAWY ' / table column physical WCS axis 2 type, CCD row
1CUN4P = 'PIXEL ' / table column physical WCS axis 1 unit
2CUN4P = 'PIXEL ' / table column physical WCS axis 2 unit
1CRV4P = / table column physical WCS ax 1 ref value
2CRV4P = / table column physical WCS ax 2 ref value
1CDL4P = 1.0 / table column physical WCS a1 step
2CDL4P = 1.0 / table column physical WCS a2 step
1CRP4P = 1 / table column physical WCS a1 reference
2CRP4P = 1 / table column physical WCS a2 reference
WCAX4 = 2 / number of WCS axes
1CTYP4 = / right ascension coordinate type
2CTYP4 = / declination coordinate type
1CRPX4 = / [pixel] reference pixel along image axis 1
2CRPX4 = / [pixel] reference pixel along image axis 2
1CRVL4 = / [deg] right ascension at reference pixel
2CRVL4 = / [deg] declination at reference pixel
1CUNI4 = 'deg ' / physical unit in column dimension
2CUNI4 = 'deg ' / physical unit in row dimension
1CDLT4 = / [deg] pixel scale in RA dimension
2CDLT4 = / [deg] pixel scale in DEC dimension
11PC4 = / linear transformation matrix element cos(th)
12PC4 = / linear transformation matrix element -sin(th)
21PC4 = / linear transformation matrix element sin(th)
22PC4 = / linear transformation matrix element cos(th)
TTYPE5 = 'FLUX ' / column title: calibrated pixel flux
TFORM5 = '8E ' / column format: image of 32-bit floating point
TUNIT5 = 'e-/s ' / column units: electrons per second
TDISP5 = 'E14.7 ' / column display format
TDIM5 = '(1,8) ' / column dimensions: pixel aperture array
WCSN5P = 'PHYSICAL' / table column WCS name
WCAX5P = 2 / table column physical WCS dimensions
1CTY5P = 'RAWX ' / table column physical WCS axis 1 type, CCD col
2CTY5P = 'RAWY ' / table column physical WCS axis 2 type, CCD row
1CUN5P = 'PIXEL ' / table column physical WCS axis 1 unit
2CUN5P = 'PIXEL ' / table column physical WCS axis 2 unit
1CRV5P = / table column physical WCS ax 1 ref value
2CRV5P = / table column physical WCS ax 2 ref value
1CDL5P = 1.0 / table column physical WCS a1 step
2CDL5P = 1.0 / table column physical WCS a2 step
1CRP5P = 1 / table column physical WCS a1 reference
2CRP5P = 1 / table column physical WCS a2 reference
WCAX5 = 2 / number of WCS axes
1CTYP5 = / right ascension coordinate type
2CTYP5 = / declination coordinate type
1CRPX5 = / [pixel] reference pixel along image axis 1
2CRPX5 = / [pixel] reference pixel along image axis 2
1CRVL5 = / [deg] right ascension at reference pixel
2CRVL5 = / [deg] declination at reference pixel
1CUNI5 = 'deg ' / physical unit in column dimension
2CUNI5 = 'deg ' / physical unit in row dimension
1CDLT5 = / [deg] pixel scale in RA dimension
2CDLT5 = / [deg] pixel scale in DEC dimension
11PC5 = / linear transformation matrix element cos(th)
12PC5 = / linear transformation matrix element -sin(th)
21PC5 = / linear transformation matrix element sin(th)
22PC5 = / linear transformation matrix element cos(th)
TTYPE6 = 'FLUX_ERR' / column title: 1-sigma calibrated uncertainty
TFORM6 = '8E ' / column format: image of 32-bit floating point
TUNIT6 = 'e-/s ' / column units: electrons per second (1-sigma)
TDISP6 = 'E14.7 ' / column display format
TDIM6 = '(1,8) ' / column dimensions: pixel aperture array
WCSN6P = 'PHYSICAL' / table column WCS name
WCAX6P = 2 / table column physical WCS dimensions
1CTY6P = 'RAWX ' / table column physical WCS axis 1 type, CCD col
2CTY6P = 'RAWY ' / table column physical WCS axis 2 type, CCD row
1CUN6P = 'PIXEL ' / table column physical WCS axis 1 unit
2CUN6P = 'PIXEL ' / table column physical WCS axis 2 unit
1CRV6P = / table column physical WCS ax 1 ref value
2CRV6P = / table column physical WCS ax 2 ref value
1CDL6P = 1.0 / table column physical WCS a1 step
2CDL6P = 1.0 / table column physical WCS a2 step
1CRP6P = 1 / table column physical WCS a1 reference
2CRP6P = 1 / table column physical WCS a2 reference
WCAX6 = 2 / number of WCS axes
1CTYP6 = / right ascension coordinate type
2CTYP6 = / declination coordinate type
1CRPX6 = / [pixel] reference pixel along image axis 1
2CRPX6 = / [pixel] reference pixel along image axis 2
1CRVL6 = / [deg] right ascension at reference pixel
2CRVL6 = / [deg] declination at reference pixel
1CUNI6 = 'deg ' / physical unit in column dimension
2CUNI6 = 'deg ' / physical unit in row dimension
1CDLT6 = / [deg] pixel scale in RA dimension
2CDLT6 = / [deg] pixel scale in DEC dimension
11PC6 = / linear transformation matrix element cos(th)
12PC6 = / linear transformation matrix element -sin(th)
21PC6 = / linear transformation matrix element sin(th)
22PC6 = / linear transformation matrix element cos(th)
TTYPE7 = 'FLUX_BKG' / column title: calibrated background flux
TFORM7 = '8E ' / column format: image of 32-bit floating point
TUNIT7 = 'e-/s ' / column units: electrons per second
TDISP7 = 'E14.7 ' / column display format
TDIM7 = '(1,8) ' / column dimensions: pixel aperture array
WCSN7P = 'PHYSICAL' / table column WCS name
WCAX7P = 2 / table column physical WCS dimensions
1CTY7P = 'RAWX ' / table column physical WCS axis 1 type, CCD col
2CTY7P = 'RAWY ' / table column physical WCS axis 2 type, CCD row
1CUN7P = 'PIXEL ' / table column physical WCS axis 1 unit
2CUN7P = 'PIXEL ' / table column physical WCS axis 2 unit
1CRV7P = / table column physical WCS ax 1 ref value
2CRV7P = / table column physical WCS ax 2 ref value
1CDL7P = 1.0 / table column physical WCS a1 step
2CDL7P = 1.0 / table column physical WCS a2 step
1CRP7P = 1 / table column physical WCS a1 reference
2CRP7P = 1 / table column physical WCS a2 reference
WCAX7 = 2 / number of WCS axes
1CTYP7 = / right ascension coordinate type
2CTYP7 = / declination coordinate type
1CRPX7 = / [pixel] reference pixel along image axis 1
2CRPX7 = / [pixel] reference pixel along image axis 2
1CRVL7 = / [deg] right ascension at reference pixel
2CRVL7 = / [deg] declination at reference pixel
1CUNI7 = 'deg ' / physical unit in column dimension
2CUNI7 = 'deg ' / physical unit in row dimension
1CDLT7 = / [deg] pixel scale in RA dimension
2CDLT7 = / [deg] pixel scale in DEC dimension
11PC7 = / linear transformation matrix element cos(th)
12PC7 = / linear transformation matrix element -sin(th)
21PC7 = / linear transformation matrix element sin(th)
22PC7 = / linear transformation matrix element cos(th)
TTYPE8 = 'FLUX_BKG_ERR' / column title: 1-sigma cal. background uncertain
TFORM8 = '8E ' / column format: image of 32-bit floating point
TUNIT8 = 'e-/s ' / column units: electrons per second (1-sigma)
TDISP8 = 'E14.7 ' / column display format
TDIM8 = '(1,8) ' / column dimensions: pixel aperture array
WCSN8P = 'PHYSICAL' / table column WCS name
WCAX8P = 2 / table column physical WCS dimensions
1CTY8P = 'RAWX ' / table column physical WCS axis 1 type, CCD col
2CTY8P = 'RAWY ' / table column physical WCS axis 2 type, CCD row
1CUN8P = 'PIXEL ' / table column physical WCS axis 1 unit
2CUN8P = 'PIXEL ' / table column physical WCS axis 2 unit
1CRV8P = / table column physical WCS ax 1 ref value
2CRV8P = / table column physical WCS ax 2 ref value
1CDL8P = 1.0 / table column physical WCS a1 step
2CDL8P = 1.0 / table column physical WCS a2 step
1CRP8P = 1 / table column physical WCS a1 reference
2CRP8P = 1 / table column physical WCS a2 reference
WCAX8 = 2 / number of WCS axes
1CTYP8 = / right ascension coordinate type
2CTYP8 = / declination coordinate type
1CRPX8 = / [pixel] reference pixel along image axis 1
2CRPX8 = / [pixel] reference pixel along image axis 2
1CRVL8 = / [deg] right ascension at reference pixel
2CRVL8 = / [deg] declination at reference pixel
1CUNI8 = 'deg ' / physical unit in column dimension
2CUNI8 = 'deg ' / physical unit in row dimension
1CDLT8 = / [deg] pixel scale in RA dimension
2CDLT8 = / [deg] pixel scale in DEC dimension
11PC8 = / linear transformation matrix element cos(th)
12PC8 = / linear transformation matrix element -sin(th)
21PC8 = / linear transformation matrix element sin(th)
22PC8 = / linear transformation matrix element cos(th)
TTYPE9 = 'COSMIC_RAYS' / column title: cosmic ray detections
TFORM9 = '8E ' / column format: image of 32-bit floating point
TUNIT9 = 'e-/s ' / column units: electrons per second
TDISP9 = 'E14.7 ' / column display format
TDIM9 = '(1,8) ' / column dimensions: pixel aperture array
WCSN9P = 'PHYSICAL' / table column WCS name
WCAX9P = 2 / table column physical WCS dimensions
1CTY9P = 'RAWX ' / table column physical WCS axis 1 type, CCD col
2CTY9P = 'RAWY ' / table column physical WCS axis 2 type, CCD row
1CUN9P = 'PIXEL ' / table column physical WCS axis 1 unit
2CUN9P = 'PIXEL ' / table column physical WCS axis 2 unit
1CRV9P = / table column physical WCS ax 1 ref value
2CRV9P = / table column physical WCS ax 2 ref value
1CDL9P = 1.0 / table column physical WCS a1 step
2CDL9P = 1.0 / table column physical WCS a2 step
1CRP9P = 1 / table column physical WCS a1 reference
2CRP9P = 1 / table column physical WCS a2 reference
WCAX9 = 2 / number of WCS axes
1CTYP9 = / right ascension coordinate type
2CTYP9 = / declination coordinate type
1CRPX9 = / [pixel] reference pixel along image axis 1
2CRPX9 = / [pixel] reference pixel along image axis 2
1CRVL9 = / [deg] right ascension at reference pixel
2CRVL9 = / [deg] declination at reference pixel
1CUNI9 = 'deg ' / physical unit in column dimension
2CUNI9 = 'deg ' / physical unit in row dimension
1CDLT9 = / [deg] pixel scale in RA dimension
2CDLT9 = / [deg] pixel scale in DEC dimension
11PC9 = / linear transformation matrix element cos(th)
12PC9 = / linear transformation matrix element -sin(th)
21PC9 = / linear transformation matrix element sin(th)
22PC9 = / linear transformation matrix element cos(th)
TTYPE10 = 'QUALITY ' / column title: pixel quality flags
TFORM10 = 'J ' / column format: signed 32-bit integer
TDISP10 = 'B24.24 ' / column display format
TTYPE11 = 'POS_CORR1' / column title: column position correction
TFORM11 = 'E ' / column format: 32-bit floating point
TUNIT11 = 'pixel ' / column units: pixel
TDISP11 = 'E14.7 ' / column display format
TTYPE12 = 'POS_CORR2' / column title: row position correction
TFORM12 = 'E ' / column format: 32-bit floating point
TUNIT12 = 'pixel ' / column units: pixel
TDISP12 = 'E14.7 ' / column display format
TTYPE13 = 'RB_LEVEL' / column title: rolling band level
TFORM13 = '0E ' / column format: image of 32-bit floating point
TUNIT13 = 'sigma ' / column units: detection significance
TDISP13 = 'E14.7 ' / column display format
TDIM13 = '(0,8) ' / column dimensions: pixel aperture array
INHERIT = T / inherit the primary header
EXTNAME = 'TARGETTABLES' / name of extension
EXTVER = 1 / extension version number (not format version)
TELESCOP= / telescope
INSTRUME= / detector type
OBJECT = / string version of target id
KEPLERID= / unique Kepler target identifier
RADESYS = 'ICRS ' / reference frame of celestial coordinates
RA_OBJ = / [deg] right ascension
DEC_OBJ = / [deg] declination
EQUINOX = 2000.0 / equinox of celestial coordinate system
EXPOSURE= 65.10205359 / [d] time on source
TIMEREF = 'SOLARSYSTEM' / barycentric correction applied to times
TASSIGN = 'SPACECRAFT' / where time is assigned
TIMESYS = 'TDB ' / time system is barycentric JD
BJDREFI = 2454833 / integer part of BJD reference date
BJDREFF = 0.00000000 / fraction of the day in BJD reference date
TIMEUNIT= 'd ' / time unit for TIME, TSTART and TSTOP
TELAPSE = / [d] TSTOP - TSTART
LIVETIME= / [d] TELAPSE multiplied by DEADC
TSTART = / observation start time in BJD-BJDREF
TSTOP = / observation stop time in BJD-BJDREF
LC_START= / mid point of first cadence in MJD
LC_END = / mid point of last cadence in MJD
DEADC = / deadtime correction
TIMEPIXR= 0.5 / bin time beginning=0 middle=0.5 end=1
TIERRELA= 5.78E-07 / [d] relative time error
TIERABSO= / [d] absolute time error
INT_TIME= / [s] photon accumulation time per frame
READTIME= / [s] readout time per frame
FRAMETIM= / [s] frame time (INT_TIME + READTIME)
NUM_FRM = / number of frames per time stamp
TIMEDEL = / [d] time resolution of data
DATE-OBS= / TSTART as UTC calendar date
DATE-END= / TSTOP as UTC calendar date
BACKAPP = T / background is subtracted
DEADAPP = T / deadtime applied
VIGNAPP = T / vignetting or collimator correction applied
GAIN = / [electrons/count] channel gain
READNOIS= / [electrons] read noise
NREADOUT= / number of read per cadence
TIMSLICE= / time-slice readout sequence section
MEANBLCK= / [count] FSW mean black level
LCFXDOFF= / long cadence fixed offset
SCFXDOFF= / short cadence fixed offset
CDPP3_0 = / [ppm] RMS CDPP on 3.0-hr time scales
CDPP6_0 = / [ppm] RMS CDPP on 6.0-hr time scales
CDPP12_0= / [ppm] RMS CDPP on 12.0-hr time scales
CROWDSAP= 1.0000 / Ratio of target flux to total flux in op. ap.
FLFRCSAP= 1.0000 / Frac. of target flux w/in the op. aperture
DBCOLCO = -1 / Column cutoff used by Dynablack
DBTHRES = / [e-/s] Flux threshold used by Dynablack
BLKALGO = / black algorithm used