--- header unit 0: primary ---
SIMPLE = T / file does conform to FITS standard
BITPIX = 8 / number of bits per data pixel
NAXIS = 0 / number of data axes
EXTEND = T / FITS dataset may contain extensions
COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy
COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H
BUNIT = 'ADU' / Unit of original pixel value
BLANK = -32768 / Value used for NULL pixels
TIMESYS = 'TAI' / Time scale for all dates
OBSERVER = '[G] Bechtel, Kakiichi [Z] Hennawi' / Names of the Observers
DATASET = 'NODATA' / ID of dataset this data were taken
OBS-ALOC = 'Observation' / Allocation Mode
OBS-MTHD = 'Classical' / Observation Method
RADESYS = 'ICRS' / The equatorial coordinate system
EQUINOX = 2000. / [y] Equinox
CTYPE1 = 'RA---TAN' / Pixel coordinate system
CRPIX1 = 15980.2 / [pixel] Reference pixel in x
CUNIT1 = 'degree' / Units used in both CRVAL1 and CD matrix
CTYPE2 = 'DEC--TAN' / Pixel coordinate system
CRPIX2 = -73.5 / [pixel] Reference pixel in y
CUNIT2 = 'degree' / Units used in both CRVAL2 and CD matrix
LONPOLE = 180. / [degree] The North Pole of standard system
WCS-ORIG = 'Rough estimation' / Origin/quality of the WCS values
OBSERVAT = 'NAOJ' / Observatory
TELESCOP = 'Subaru' / Telescope name
FOC-POS = 'PRIME' / Position of the instrument focus unit
TELFOCUS = 'P_OPT2' / The Focus where beam reaches
FILTER01 = 'NB0816' / Filter barcode
INSTRUME = 'Hyper Suprime-Cam' / Name of instrument
DETECTOR = 'notSet' / Name of the detector/CCD
DET-ID = 1 / Sequential number assigned for the entire CCDs
DET-TMED = 0. / [Kelvin] Median of the detector temperature
DET-TMIN = 0. / [Kelvin] Minimum of the detector temperature
DET-TMAX = 0. / [Kelvin] Maximum of the detector temperature
GAIN = 0. / [electron/ADU] AD conversion factor
BIN-FCT1 = 1 / Binning factor of axis 1
BIN-FCT2 = 1 / Binning factor of axis 2
DET-VER = 'notSet' / Version of the detector control command
INS-VER = 'HSC-20201008' / Version of the instrument (hard/soft)
WEATHER = 'Fine' / Weather condition
SEEING = 0. / [arcsec] FWHM of the star at telescope focus
ADC-TYPE = 'LINK' / ADC state
ADC-STR = 0. / [mm] ADC position at the start of exposure
ADC-END = 0. / [mm] ADC position at the end of exposure
M2-ANG2 = 2.5 / [arcmin] Stewart Platform y-rotation angle
M2-ANG3 = -0. / [arcmin] Stewart Platform z-rotation angle
OB-ID = 'None' / Queue: Observing Block ID
OB-COUNT = 0 / Queue: Number of observing block repetition
PROP-PI = 'None' / Queue: Name of proposal PI
REQ-FWHM = -9999.99 / [arcsec] Queue: Requested seeing size
REQ-TRAN = -9999.99 / Queue: Requested transparency
REQ-MPHA = '-9999.99' / Queue: Requested Moon phase
REQ-MSEP = -9999.99 / [degree] Queue: Requested Moon seperation
RAWPIREQ = F / Queue: PI Requirements Met
RAWSUBQA = 'Pending' / Queue: Subaru Quality Assessment
COMMENT ------------------------------------------------------------
T_HEDVER = '116 CCDs for Summit4' / 2014/03/06 Updated by Utsumi, Y.
T_CFGFIL = '20160330.cfg' / Configuration for formatting FITS data
T_NFRAME = 112 / Number of total frames
T_BEEID = 1 / ID for BEE used for CCD readout
T_SDOID = 54 / SDO-ID of CCD
T_GAIN1 = 3.21 / Gain for channel 1
T_GAIN2 = 3.1 / Gain for channel 2
T_GAIN3 = 3.25 / Gain for channel 3
T_GAIN4 = 3.19 / Gain for channel 4
T_CCDID = 'undefined' / Name of CCD
T_CCDSN = '039' / CCD Serial Number
T_XFLIP = F / CCD readout is x-flipped when create image
T_YFLIP = F / CCD readout is y-flipped when create image
T_M2OFF1 = -1.8 / [mm] Stewart Platform offset in x
T_M2OFF2 = -2.6 / [mm] Stewart Platform offset in y
T_PROG = 'NODATA' / Name of research program
T_PURPOS = 'NODATA' / Purpose of this exposure
T_DATSET = 'NODATA' / Dataset to which this exposure belongs
T_SEEING = -9999.99 / [arcsec] Average seeing for an exposure
T_TRANSP = -9999.999 / Transparency measured from SDSS field
T_MAGZER = -9999.999 / [mag/sec/ADU] Magnitude zero point (ZP)
T_SCOUNT = -9999.999 / [ADU] Sky level
T_WEATHR = 'Unknown' / Weather condition from HSC on-site QA system
T_PSFELL = -9999.999 / Ellipticity of PSF
T_PSFPA = -9999.999 / [degree] Direction of semi-major axis of PSF
T_NOBJ = -9999 / Number of objects detected
T_WCSRMS = -9999.999 / Fitting error in temporary WCS correction
T_ZPRMS = -9999.999 / Fitting error in temporary magnitude zeropoint
T_N_WCS = -9999 / Number of objects in temporary WCS correction
T_N_ZP = -9999 / Number of objects used for correction of ZP
T_FOCOFF = -9999.999 / [mm] Offset of focus position from the best foc
T_OSLVL = -9999.999 / [ADU] Overscan level
T_FLTNSS = -9999.999 / [%] Flatness of sky level after flat fielding
T_PHOT = 'NODATA' / Frame for photometric calibration
T_BIAS = 'NODATA' / Frame for bias correction
T_DARK = 'NODATA' / Frame for dark correction
T_DOME = 'NODATA' / Frame for domeflat
T_SKY = 'NODATA' / Frame for skyflat
T_QAVER = 'NODATA' / QA version
T_QADATE = 'NODATA' / [UTC] QA date (yyyy-mm-dd)
T_OSMN11 = 521 / MIN pixel of x-overscan region for ch1
T_OSMX11 = 536 / MAX pixel of x-overscan region for ch1
T_EFMN11 = 9 / MIN pixel of x-effective range for ch1
T_EFMX11 = 520 / MAX pixel of x-effective range for ch1
T_OSMN12 = 4226 / MIN pixel of y-overscan region for ch1
T_OSMX12 = 4241 / MAX pixel of y-overscan region for ch1
T_EFMN12 = 50 / MIN pixel of y-effective range for ch1
T_EFMX12 = 4225 / MAX pixel of y-effective range for ch1
T_OSMN21 = 537 / MIN pixel of x-overscan region for ch2
T_OSMX21 = 552 / MAX pixel of x-overscan region for ch2
T_EFMN21 = 553 / MIN pixel of x-effective range for ch2
T_EFMX21 = 1064 / MAX pixel of x-effective range for ch2
T_OSMN22 = 4226 / MIN pixel of y-overscan region for ch2
T_OSMX22 = 4241 / MAX pixel of y-overscan region for ch2
T_EFMN22 = 50 / MIN pixel of y-effective range for ch2
T_EFMX22 = 4225 / MAX pixel of y-effective range for ch2
T_OSMN31 = 1593 / MIN pixel of x-overscan region for ch3
T_OSMX31 = 1608 / MAX pixel of x-overscan region for ch3
T_EFMN31 = 1081 / MIN pixel of x-effective range for ch3
T_EFMX31 = 1592 / MAX pixel of x-effective range for ch3
T_OSMN32 = 4226 / MIN pixel of y-overscan region for ch3
T_OSMX32 = 4241 / MAX pixel of y-overscan region for ch3
T_EFMN32 = 50 / MIN pixel of y-effective range for ch3
T_EFMX32 = 4225 / MAX pixel of y-effective range for ch3
T_OSMN41 = 1609 / MIN pixel of x-overscan region for ch4
T_OSMX41 = 1624 / MAX pixel of x-overscan region for ch4
T_EFMN41 = 1625 / MIN pixel of x-effective range for ch4
T_EFMX41 = 2136 / MAX pixel of x-effective range for ch4
T_OSMN42 = 4226 / MIN pixel of y-overscan region for ch4
T_OSMX42 = 4241 / MAX pixel of y-overscan region for ch4
T_EFMN42 = 50 / MIN pixel of y-effective range for ch4
T_EFMX42 = 4225 / MAX pixel of y-effective range for ch4
WCSAXES = 2
DATE-OBS = '2023-08-20T11:16:32.502' / Start date of earliest input observation
MJD-OBS = 60176.469820625 / [d] Start MJD of earliest input observation
DATE-END = '2023-08-22T15:10:42.477' / End date of oldest input observation
MJD-END = 60178.6324360764 / [d] End MJD of oldest input observation
DATE-AVG = '2023-08-21T13:13:37.489' / Midpoint date of all input observations
MJD-AVG = 60177.5511283507 / [d] MJD midpoint of all input observations
EXPTIME = 1.
DARKTIME = 1.
ROTTYPE = 'UNKNOWN' / Type of rotation angle
OBSTYPE = 'fringe'
HIERARCH CALIB_CREATION_DATE = '2023-09-02'
HIERARCH CALIB_CREATION_TIME = '02:41:26 JST'
HIERARCH CALIB_INPUT_0 = '(315290,)'
HIERARCH CALIB_INPUT_1 = '(315296,)'
HIERARCH CALIB_INPUT_2 = '(315298,)'
HIERARCH CALIB_INPUT_3 = '(315300,)'
HIERARCH CALIB_INPUT_4 = '(315302,)'
HIERARCH CALIB_INPUT_5 = '(315304,)'
HIERARCH CALIB_INPUT_6 = '(315306,)'
HIERARCH CALIB_INPUT_7 = '(315308,)'
HIERARCH CALIB_INPUT_8 = '(315310,)'
HIERARCH CALIB_INPUT_9 = '(315312,)'
HIERARCH CALIB_INPUT_10 = '(315314,)'
HIERARCH CALIB_INPUT_11 = '(315316,)'
HIERARCH CALIB_INPUT_12 = '(315318,)'
HIERARCH CALIB_INPUT_13 = '(315320,)'
HIERARCH CALIB_INPUT_14 = '(315322,)'
HIERARCH CALIB_INPUT_15 = '(315662,)'
HIERARCH CALIB_INPUT_16 = '(315664,)'
HIERARCH CALIB_INPUT_17 = '(315666,)'
HIERARCH CALIB_INPUT_18 = '(315668,)'
HIERARCH CALIB_INPUT_19 = '(315670,)'
HIERARCH CALIB_INPUT_20 = '(315672,)'
HIERARCH CALIB_INPUT_21 = '(315674,)'
HIERARCH CALIB_INPUT_22 = '(315676,)'
CALIB_ID = 'ccd=1 filter=NB0816 calibDate=2023-08-21'
HIERARCH MD5_IMAGE = 'b95d2a30db0562cbc83f23d46c330e83'
MD5_MASK = '136d116e7f3ec2335668a91034955ec5'
HIERARCH MD5_VARIANCE = '97dc414fc19146472a6c16573b92d7c2'
HIERARCH EXPINFO_V = 1
AR_HDU = 5 / HDU (1-indexed) containing the archive used to
FILTER = '_unknown_'
--- header unit 1: binary table ---
XTENSION = 'BINTABLE' / binary table extension
BITPIX = 8 / 8-bit bytes
NAXIS = 2 / 2-dimensional binary table
NAXIS1 = 8 / width of table in bytes
NAXIS2 = 4176 / number of rows in table
PCOUNT = 30635522 / size of special data area
GCOUNT = 1 / one data group (required keyword)
TFIELDS = 1 / number of fields in each row
TTYPE1 = 'COMPRESSED_DATA' / label for field 1
TFORM1 = '1PB(7412)' / data format of field: variable length array
ZIMAGE = T / extension contains compressed image
ZSIMPLE = T / file does conform to FITS standard
ZBITPIX = -32 / data type of original image
ZNAXIS = 2 / dimension of original image
ZNAXIS1 = 2048 / length of original image axis
ZNAXIS2 = 4176 / length of original image axis
ZTILE1 = 2048 / size of tiles to be compressed
ZTILE2 = 1 / size of tiles to be compressed
ZQUANTIZ = 'NONE' / Lossless compression without quantization
ZCMPTYPE = 'GZIP_2' / compression algorithm
LTV1 = 0.
LTV2 = 0.
INHERIT = T
EXTTYPE = 'IMAGE'
CTYPE1A = 'LINEAR' / Type of projection
CTYPE2A = 'LINEAR' / Type of projection
CRPIX1A = 1. / Column Pixel Coordinate of Reference
CRPIX2A = 1. / Row Pixel Coordinate of Reference
CRVAL1A = 0. / Column pixel of Reference Pixel
CRVAL2A = 0. / Row pixel of Reference Pixel
CUNIT1A = 'PIXEL' / Column unit
CUNIT2A = 'PIXEL' / Row unit
BZERO = 0.000000000000E+00 / Scaling: MEMORY = BZERO + BSCALE * DISK
BSCALE = 1.000000000000E+00 / Scaling: MEMORY = BZERO + BSCALE * DISK
--- header unit 2: binary table ---
XTENSION = 'BINTABLE' / binary table extension
BITPIX = 8 / 8-bit bytes
NAXIS = 2 / 2-dimensional binary table
NAXIS1 = 8 / width of table in bytes
NAXIS2 = 4176 / number of rows in table
PCOUNT = 820634 / size of special data area
GCOUNT = 1 / one data group (required keyword)
TFIELDS = 1 / number of fields in each row
TTYPE1 = 'COMPRESSED_DATA' / label for field 1
TFORM1 = '1PB(270)' / data format of field: variable length array
ZIMAGE = T / extension contains compressed image
ZSIMPLE = T / file does conform to FITS standard
ZBITPIX = 32 / data type of original image
ZNAXIS = 2 / dimension of original image
ZNAXIS1 = 2048 / length of original image axis
ZNAXIS2 = 4176 / length of original image axis
ZTILE1 = 2048 / size of tiles to be compressed
ZTILE2 = 1 / size of tiles to be compressed
ZCMPTYPE = 'GZIP_2' / compression algorithm
LTV1 = 0.
LTV2 = 0.
INHERIT = T
EXTTYPE = 'MASK'
MP_BAD = 0
MP_CR = 3
HIERARCH MP_CROSSTALK = 10
HIERARCH MP_DETECTED = 5
HIERARCH MP_DETECTED_NEGATIVE = 6
MP_EDGE = 4
MP_INTRP = 2
HIERARCH MP_NO_DATA = 8
MP_SAT = 1
HIERARCH MP_SUSPECT = 7
HIERARCH MP_UNMASKEDNAN = 9
CTYPE1A = 'LINEAR' / Type of projection
CTYPE2A = 'LINEAR' / Type of projection
CRPIX1A = 1. / Column Pixel Coordinate of Reference
CRPIX2A = 1. / Row Pixel Coordinate of Reference
CRVAL1A = 0. / Column pixel of Reference Pixel
CRVAL2A = 0. / Row pixel of Reference Pixel
CUNIT1A = 'PIXEL' / Column unit
CUNIT2A = 'PIXEL' / Row unit
--- header unit 3: binary table ---
XTENSION = 'BINTABLE' / binary table extension
BITPIX = 8 / 8-bit bytes
NAXIS = 2 / 2-dimensional binary table
NAXIS1 = 8 / width of table in bytes
NAXIS2 = 4176 / number of rows in table
PCOUNT = 28340267 / size of special data area
GCOUNT = 1 / one data group (required keyword)
TFIELDS = 1 / number of fields in each row
TTYPE1 = 'COMPRESSED_DATA' / label for field 1
TFORM1 = '1PB(6862)' / data format of field: variable length array
ZIMAGE = T / extension contains compressed image
ZSIMPLE = T / file does conform to FITS standard
ZBITPIX = -32 / data type of original image
ZNAXIS = 2 / dimension of original image
ZNAXIS1 = 2048 / length of original image axis
ZNAXIS2 = 4176 / length of original image axis
ZTILE1 = 2048 / size of tiles to be compressed
ZTILE2 = 1 / size of tiles to be compressed
ZQUANTIZ = 'NONE' / Lossless compression without quantization
ZCMPTYPE = 'GZIP_2' / compression algorithm
LTV1 = 0.
LTV2 = 0.
INHERIT = T
EXTTYPE = 'VARIANCE'
CTYPE1A = 'LINEAR' / Type of projection
CTYPE2A = 'LINEAR' / Type of projection
CRPIX1A = 1. / Column Pixel Coordinate of Reference
CRPIX2A = 1. / Row Pixel Coordinate of Reference
CRVAL1A = 0. / Column pixel of Reference Pixel
CRVAL2A = 0. / Row pixel of Reference Pixel
CUNIT1A = 'PIXEL' / Column unit
CUNIT2A = 'PIXEL' / Row unit
BZERO = 0.000000000000E+00 / Scaling: MEMORY = BZERO + BSCALE * DISK
BSCALE = 1.000000000000E+00 / Scaling: MEMORY = BZERO + BSCALE * DISK
--- header unit 4: binary table ---
XTENSION = 'BINTABLE' / binary table extension
BITPIX = 8 / 8-bit bytes
NAXIS = 2 / 2-dimensional binary table
NAXIS1 = 148 / width of table in bytes
NAXIS2 = 0 / number of rows in table
PCOUNT = 0 / size of special data area
GCOUNT = 1 / one data group (required keyword)
TFIELDS = 7 / number of fields in each row
TTYPE1 = 'id' / Archive ID of the persistable object that owns
TFORM1 = '1J' / format of field
TDOC1 = 'Archive ID of the persistable object that owns the records pointed at by this entry'
TCCLS1 = 'Scalar' / Field template used by lsst.afw.table
TTYPE2 = 'cat.archive' / index of the catalog this entry points to, from
TFORM2 = '1J' / format of field
TDOC2 = 'index of the catalog this entry points to, from the perspective of the archive'
TCCLS2 = 'Scalar' / Field template used by lsst.afw.table
TTYPE3 = 'cat.persistable' / index of the catalog this entry points to, from
TFORM3 = '1J' / format of field
TDOC3 = 'index of the catalog this entry points to, from the perspective of the Persistable'
TCCLS3 = 'Scalar' / Field template used by lsst.afw.table
TTYPE4 = 'row0' / first row used by the persistable object in thi
TFORM4 = '1J' / format of field
TDOC4 = 'first row used by the persistable object in this catalog'
TCCLS4 = 'Scalar' / Field template used by lsst.afw.table
TTYPE5 = 'nrows' / number of rows used by the persistable object i
TFORM5 = '1J' / format of field
TDOC5 = 'number of rows used by the persistable object in this catalog'
TCCLS5 = 'Scalar' / Field template used by lsst.afw.table
TTYPE6 = 'name' / unique name for the persistable object's class
TFORM6 = '64A' / format of field
TDOC6 = 'unique name for the persistable object''s class'
TCCLS6 = 'String' / Field template used by lsst.afw.table
TTYPE7 = 'module' / Python module that should be imported to regist
TFORM7 = '64A' / format of field
TDOC7 = 'Python module that should be imported to register the object''s factory'
TCCLS7 = 'String' / Field template used by lsst.afw.table
EXTTYPE = 'ARCHIVE_INDEX'
AR_CATN = 0 / # of this catalog relative to the start of this
AR_NCAT = 1 / # of catalogs in this archive, including the in
HIERARCH AFW_TABLE_VERSION = 3