--- 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
HIERARCH BOX.MINX = 0
HIERARCH BOX.MINY = 0
HIERARCH BOX.MAXX = 2047
HIERARCH BOX.MAXY = 4175
HIERARCH ALGORITHM = 'NATURAL_SPLINE'
OBSTYPE = 'sky'
HIERARCH CALIB_CREATION_DATE = '2021-02-13'
HIERARCH CALIB_CREATION_TIME = '21:39:56 JST'
HIERARCH CALIB_INPUT_0 = '(10000,)'
HIERARCH CALIB_INPUT_1 = '(10008,)'
HIERARCH CALIB_INPUT_2 = '(10010,)'
HIERARCH CALIB_INPUT_3 = '(10012,)'
HIERARCH CALIB_INPUT_4 = '(10014,)'
HIERARCH CALIB_INPUT_5 = '(10016,)'
HIERARCH CALIB_INPUT_6 = '(10026,)'
HIERARCH CALIB_INPUT_7 = '(10028,)'
HIERARCH CALIB_INPUT_8 = '(10042,)'
HIERARCH CALIB_INPUT_9 = '(10056,)'
HIERARCH CALIB_INPUT_10 = '(10058,)'
HIERARCH CALIB_INPUT_11 = '(10102,)'
HIERARCH CALIB_INPUT_12 = '(10106,)'
HIERARCH CALIB_INPUT_13 = '(10114,)'
HIERARCH CALIB_INPUT_14 = '(10116,)'
HIERARCH CALIB_INPUT_15 = '(10118,)'
HIERARCH CALIB_INPUT_16 = '(10120,)'
HIERARCH CALIB_INPUT_17 = '(10124,)'
HIERARCH CALIB_INPUT_18 = '(10130,)'
HIERARCH CALIB_INPUT_19 = '(10132,)'
HIERARCH CALIB_INPUT_20 = '(10136,)'
HIERARCH CALIB_INPUT_21 = '(10152,)'
HIERARCH CALIB_INPUT_22 = '(10172,)'
HIERARCH CALIB_INPUT_23 = '(10180,)'
HIERARCH CALIB_INPUT_24 = '(10184,)'
HIERARCH CALIB_INPUT_25 = '(10196,)'
HIERARCH CALIB_INPUT_26 = '(10200,)'
HIERARCH CALIB_INPUT_27 = '(10210,)'
HIERARCH CALIB_INPUT_28 = '(10228,)'
HIERARCH CALIB_INPUT_29 = '(10230,)'
HIERARCH CALIB_INPUT_30 = '(10234,)'
HIERARCH CALIB_INPUT_31 = '(10238,)'
HIERARCH CALIB_INPUT_32 = '(10240,)'
HIERARCH CALIB_INPUT_33 = '(10242,)'
HIERARCH CALIB_INPUT_34 = '(10244,)'
HIERARCH CALIB_INPUT_35 = '(6292,)'
HIERARCH CALIB_INPUT_36 = '(6294,)'
HIERARCH CALIB_INPUT_37 = '(6296,)'
HIERARCH CALIB_INPUT_38 = '(6300,)'
HIERARCH CALIB_INPUT_39 = '(6304,)'
HIERARCH CALIB_INPUT_40 = '(6306,)'
HIERARCH CALIB_INPUT_41 = '(6308,)'
HIERARCH CALIB_INPUT_42 = '(6314,)'
HIERARCH CALIB_INPUT_43 = '(6318,)'
HIERARCH CALIB_INPUT_44 = '(6320,)'
HIERARCH CALIB_INPUT_45 = '(6322,)'
HIERARCH CALIB_INPUT_46 = '(6324,)'
HIERARCH CALIB_INPUT_47 = '(6326,)'
HIERARCH CALIB_INPUT_48 = '(6336,)'
HIERARCH CALIB_INPUT_49 = '(6348,)'
HIERARCH CALIB_INPUT_50 = '(7038,)'
HIERARCH CALIB_INPUT_51 = '(7044,)'
HIERARCH CALIB_INPUT_52 = '(7046,)'
HIERARCH CALIB_INPUT_53 = '(7058,)'
HIERARCH CALIB_INPUT_54 = '(7062,)'
HIERARCH CALIB_INPUT_55 = '(7540,)'
HIERARCH CALIB_INPUT_56 = '(7544,)'
HIERARCH CALIB_INPUT_57 = '(7550,)'
HIERARCH CALIB_INPUT_58 = '(7552,)'
HIERARCH CALIB_INPUT_59 = '(7558,)'
HIERARCH CALIB_INPUT_60 = '(7560,)'
HIERARCH CALIB_INPUT_61 = '(7568,)'
HIERARCH CALIB_INPUT_62 = '(7570,)'
HIERARCH CALIB_INPUT_63 = '(7580,)'
HIERARCH CALIB_INPUT_64 = '(7584,)'
HIERARCH CALIB_INPUT_65 = '(7612,)'
HIERARCH CALIB_INPUT_66 = '(7616,)'
HIERARCH CALIB_INPUT_67 = '(7620,)'
HIERARCH CALIB_INPUT_68 = '(7622,)'
HIERARCH CALIB_INPUT_69 = '(7624,)'
HIERARCH CALIB_INPUT_70 = '(7626,)'
HIERARCH CALIB_INPUT_71 = '(7630,)'
HIERARCH CALIB_INPUT_72 = '(7634,)'
HIERARCH CALIB_INPUT_73 = '(7638,)'
HIERARCH CALIB_INPUT_74 = '(7640,)'
HIERARCH CALIB_INPUT_75 = '(7644,)'
HIERARCH CALIB_INPUT_76 = '(7654,)'
HIERARCH CALIB_INPUT_77 = '(7660,)'
HIERARCH CALIB_INPUT_78 = '(7664,)'
HIERARCH CALIB_INPUT_79 = '(7670,)'
HIERARCH CALIB_INPUT_80 = '(7674,)'
HIERARCH CALIB_INPUT_81 = '(7676,)'
HIERARCH CALIB_INPUT_82 = '(7682,)'
HIERARCH CALIB_INPUT_83 = '(7852,)'
HIERARCH CALIB_INPUT_84 = '(7854,)'
HIERARCH CALIB_INPUT_85 = '(7856,)'
HIERARCH CALIB_INPUT_86 = '(7866,)'
HIERARCH CALIB_INPUT_87 = '(7874,)'
HIERARCH CALIB_INPUT_88 = '(7880,)'
HIERARCH CALIB_INPUT_89 = '(7896,)'
HIERARCH CALIB_INPUT_90 = '(7898,)'
HIERARCH CALIB_INPUT_91 = '(7902,)'
HIERARCH CALIB_INPUT_92 = '(7910,)'
HIERARCH CALIB_INPUT_93 = '(7914,)'
HIERARCH CALIB_INPUT_94 = '(7922,)'
HIERARCH CALIB_INPUT_95 = '(7926,)'
HIERARCH CALIB_INPUT_96 = '(7928,)'
HIERARCH CALIB_INPUT_97 = '(7936,)'
HIERARCH CALIB_INPUT_98 = '(7942,)'
HIERARCH CALIB_INPUT_99 = '(7952,)'
HIERARCH CALIB_INPUT_100 = '(7956,)'
HIERARCH CALIB_INPUT_101 = '(8138,)'
HIERARCH CALIB_INPUT_102 = '(8140,)'
HIERARCH CALIB_INPUT_103 = '(8152,)'
HIERARCH CALIB_INPUT_104 = '(8154,)'
HIERARCH CALIB_INPUT_105 = '(8160,)'
HIERARCH CALIB_INPUT_106 = '(8166,)'
HIERARCH CALIB_INPUT_107 = '(8174,)'
HIERARCH CALIB_INPUT_108 = '(8176,)'
HIERARCH CALIB_INPUT_109 = '(8180,)'
HIERARCH CALIB_INPUT_110 = '(8184,)'
HIERARCH CALIB_INPUT_111 = '(8190,)'
HIERARCH CALIB_INPUT_112 = '(8192,)'
HIERARCH CALIB_INPUT_113 = '(8194,)'
HIERARCH CALIB_INPUT_114 = '(8200,)'
HIERARCH CALIB_INPUT_115 = '(8204,)'
HIERARCH CALIB_INPUT_116 = '(8214,)'
HIERARCH CALIB_INPUT_117 = '(8216,)'
HIERARCH CALIB_INPUT_118 = '(8226,)'
HIERARCH CALIB_INPUT_119 = '(8228,)'
HIERARCH CALIB_INPUT_120 = '(8230,)'
HIERARCH CALIB_INPUT_121 = '(8236,)'
HIERARCH CALIB_INPUT_122 = '(8240,)'
HIERARCH CALIB_INPUT_123 = '(8246,)'
HIERARCH CALIB_INPUT_124 = '(8252,)'
HIERARCH CALIB_INPUT_125 = '(8260,)'
HIERARCH CALIB_INPUT_126 = '(8264,)'
HIERARCH CALIB_INPUT_127 = '(8266,)'
HIERARCH CALIB_INPUT_128 = '(8268,)'
HIERARCH CALIB_INPUT_129 = '(8272,)'
HIERARCH CALIB_INPUT_130 = '(8274,)'
HIERARCH CALIB_INPUT_131 = '(8284,)'
HIERARCH CALIB_INPUT_132 = '(8286,)'
HIERARCH CALIB_INPUT_133 = '(8294,)'
HIERARCH CALIB_INPUT_134 = '(8296,)'
HIERARCH CALIB_INPUT_135 = '(8300,)'
HIERARCH CALIB_INPUT_136 = '(8302,)'
HIERARCH CALIB_INPUT_137 = '(8304,)'
HIERARCH CALIB_INPUT_138 = '(8310,)'
HIERARCH CALIB_INPUT_139 = '(8314,)'
HIERARCH CALIB_INPUT_140 = '(8316,)'
HIERARCH CALIB_INPUT_141 = '(8318,)'
HIERARCH CALIB_INPUT_142 = '(8320,)'
HIERARCH CALIB_INPUT_143 = '(8322,)'
HIERARCH CALIB_INPUT_144 = '(8324,)'
HIERARCH CALIB_INPUT_145 = '(8328,)'
HIERARCH CALIB_INPUT_146 = '(8330,)'
HIERARCH CALIB_INPUT_147 = '(8334,)'
HIERARCH CALIB_INPUT_148 = '(8336,)'
HIERARCH CALIB_INPUT_149 = '(8344,)'
HIERARCH CALIB_INPUT_150 = '(8354,)'
HIERARCH CALIB_INPUT_151 = '(8356,)'
HIERARCH CALIB_INPUT_152 = '(8358,)'
HIERARCH CALIB_INPUT_153 = '(8364,)'
HIERARCH CALIB_INPUT_154 = '(8366,)'
HIERARCH CALIB_INPUT_155 = '(8368,)'
HIERARCH CALIB_INPUT_156 = '(8370,)'
HIERARCH CALIB_INPUT_157 = '(8372,)'
HIERARCH CALIB_INPUT_158 = '(8378,)'
HIERARCH CALIB_INPUT_159 = '(8386,)'
HIERARCH CALIB_INPUT_160 = '(8394,)'
HIERARCH CALIB_INPUT_161 = '(8396,)'
HIERARCH CALIB_INPUT_162 = '(8402,)'
HIERARCH CALIB_INPUT_163 = '(8404,)'
HIERARCH CALIB_INPUT_164 = '(8406,)'
HIERARCH CALIB_INPUT_165 = '(8408,)'
HIERARCH CALIB_INPUT_166 = '(9796,)'
HIERARCH CALIB_INPUT_167 = '(9800,)'
HIERARCH CALIB_INPUT_168 = '(9804,)'
HIERARCH CALIB_INPUT_169 = '(9812,)'
HIERARCH CALIB_INPUT_170 = '(9816,)'
HIERARCH CALIB_INPUT_171 = '(9818,)'
HIERARCH CALIB_INPUT_172 = '(9836,)'
HIERARCH CALIB_INPUT_173 = '(9848,)'
HIERARCH CALIB_INPUT_174 = '(9854,)'
HIERARCH CALIB_INPUT_175 = '(9856,)'
HIERARCH CALIB_INPUT_176 = '(9858,)'
HIERARCH CALIB_INPUT_177 = '(9866,)'
HIERARCH CALIB_INPUT_178 = '(9870,)'
HIERARCH CALIB_INPUT_179 = '(9872,)'
HIERARCH CALIB_INPUT_180 = '(9878,)'
HIERARCH CALIB_INPUT_181 = '(9880,)'
HIERARCH CALIB_INPUT_182 = '(9882,)'
HIERARCH CALIB_INPUT_183 = '(9884,)'
HIERARCH CALIB_INPUT_184 = '(9888,)'
HIERARCH CALIB_INPUT_185 = '(9894,)'
HIERARCH CALIB_INPUT_186 = '(9896,)'
HIERARCH CALIB_INPUT_187 = '(9898,)'
HIERARCH CALIB_INPUT_188 = '(9900,)'
HIERARCH CALIB_INPUT_189 = '(9904,)'
HIERARCH CALIB_INPUT_190 = '(9908,)'
HIERARCH CALIB_INPUT_191 = '(9912,)'
HIERARCH CALIB_INPUT_192 = '(9914,)'
HIERARCH CALIB_INPUT_193 = '(9954,)'
HIERARCH CALIB_INPUT_194 = '(9970,)'
HIERARCH CALIB_INPUT_195 = '(9972,)'
HIERARCH CALIB_INPUT_196 = '(9974,)'
HIERARCH CALIB_INPUT_197 = '(9976,)'
HIERARCH CALIB_INPUT_198 = '(9986,)'
HIERARCH CALIB_INPUT_199 = '(9992,)'
CALIB_ID = 'ccd=69 filter=HSC-G calibDate=2014-09-27'
HIERARCH MD5_IMAGE = '29e8a625aaca9f7617d2f9ec3fdf2b81'
MD5_MASK = '65da3e07dc4f7116f31a3b1e088059e5'
HIERARCH MD5_VARIANCE = '21f438372f88ed8402874575ec5ea421'
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 = 131 / number of rows in table
PCOUNT = 26571 / 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(251)' / 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 = 64 / length of original image axis
ZNAXIS2 = 131 / length of original image axis
ZTILE1 = 64 / 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 = 131 / number of rows in table
PCOUNT = 3332 / 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(32)' / 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 = 64 / length of original image axis
ZNAXIS2 = 131 / length of original image axis
ZTILE1 = 64 / 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 = 131 / number of rows in table
PCOUNT = 25903 / 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(244)' / 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 = 64 / length of original image axis
ZNAXIS2 = 131 / length of original image axis
ZTILE1 = 64 / 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