SIMPLE = T / Written by IDL: 12-Sep-1994 21:38:28.00 EXTEND = T / FITS file contains extensions NUMEXT = 2 / number of extensions in file BITPIX = 16 / 16-bit twos complement binary integer NAXIS = 2 / number of dimensions in array NAXIS1 = 16 / 15 channels (elements 1-15), livetime (16) NAXIS2 = 1515 / number of time intervals DATE-OBS= '10/07/82 ' / UT date of first observation (DD/MM/YY) TIME-STA= '12:40:04.048 ' / time of first observation (HH:MM:SS.XXX) TIMEZERO= 5160 / DATE-OBS in Truncated Julian Day DATE-END= '10/07/82 ' / UT date of last observation (DD/MM/YY) TIME-END= '12:43:17.841 ' / time of last observation (HH:MM:SS.XXX) TELESCOP= 'Solar Maximum Mission (SMM) / spacecraft' INSTRUME= 'Hard X-Ray Burst Spectrometer (HXRBS)' OBJECT = 'Sun' ORIGIN = 'SDAC/GSFC ' / written by Solar DAC at GSFC DATE = '12/09/94' / file creation date (DD/MM/YY) CDELT1 = 0.128000 / total time in sec covered by each time interval. CTYPE1 = 'counts' / number of counts in data interval in channel 1 CTYPE2 = 'counts' / number of counts in data interval in channel 2 CTYPE3 = 'counts' / number of counts in data interval in channel 3 CTYPE4 = 'counts' / number of counts in data interval in channel 4 CTYPE5 = 'counts' / number of counts in data interval in channel 5 CTYPE6 = 'counts' / number of counts in data interval in channel 6 CTYPE7 = 'counts' / number of counts in data interval in channel 7 CTYPE8 = 'counts' / number of counts in data interval in channel 8 CTYPE9 = 'counts' / number of counts in data interval in channel 9 CTYPE10 = 'counts' / number of counts in data interval in channel 10 CTYPE11 = 'counts' / number of counts in data interval in channel 11 CTYPE12 = 'counts' / number of counts in data interval in channel 12 CTYPE13 = 'counts' / number of counts in data interval in channel 13 CTYPE14 = 'counts' / number of counts in data interval in channel 14 CTYPE15 = 'counts' / number of counts in data interval in channel 15 CTYPE16 = 'livetime' / livetime measure, see comments FLARE = 5518 / HXRBS flare number FSTART = '10/07/82 12:41:04.000' / flare start time (DD/MM/YY) FPEAK = '10/07/82 12:41:41.000' / flare peak time FEND = '10/07/82 12:42:18.000' / flare end time PEAKRATE= 71 / flare peak rate (counts/sec) TOTCOUNT= unknown / flare total counts MAXCHAN = 2 / highest channel showing flare RESOLUTN= 0.82 / standard dev. (sigma) of detector res.=RES*E(kev)^.75 SC1 = '8845' / instrument status word 1 (see second reference, App. D) SARS = ' 927' / instrument status word 2 (see second reference, App. D) S/C DAY = 'TRUE ' / indicates s/c day or night status at start of file COMMENT = 'Livetime is computed from the 16th element of NAXIS1: COMMENT = livetime in seconds = livetime measure * CDELT1 / 1000, COMMENT = i.e. livetime measure = 1000 means 100% live time.' COMMENT = 'Counts are not corrected for livetime. To compute counts/second, COMMENT = divide counts by live time (see previous comment)' COMMENT = 'Time array is given in Extension 1.' COMMENT = 'Times given are milliiseconds at mid-points of time intervals. COMMENT = Delta t is given in CDELT1 keyword.' COMMENT = 'Use double precision reals when converting to seconds to COMMENT = maintain precision (i.e. seconds = msec / 1000.d0)' COMMENT = 'Energy band information (channel edges) is given in extension 2' REFERENC= 'Orwig, L.E., Frost, K.J., and Dennis, B.R. REFERENC= 1980, Solar Physics, 65, 25.' REFERENC= 'Solar Maximum Mission (SMM) Hard X-Ray Burst Spectrometer REFERENC= (HXRBS) Ground Support Equipment System (GSE) Software REFERENC= System Description, Version 2.0, REFERENC= Computer Sciences Corporation TM-83/6129 REFERENC= 'Dennis, B.R., et al, 1991, REFERENC= The Complete Hard X-Ray Burst Spectrometer Event List, 1980-1989 REFERENC= NASA Technical Memorandum 4332' END n l b i z XTENSION= 'BINTABLE' EXTNAME = 'TIMES' /name of this binary extension BITPIX = 32 / 32-bit twos complement binary integer NAXIS = 1 / number of dimensions in array NAXIS1 = 1515 / number of times DATE-OBS= '10/07/82 ' / UT date of first observation (DD/MM/YY) TELESCOP= 'Solar Maximum Mission (SMM) / spacecraft' INSTRUME= 'Hard X-Ray Burst Spectrometer (HXRBS)' OBJECT = 'Sun' ORIGIN = 'SDAC/GSFC' / written by Solar DAC at GSFC DATE = '12/09/94' / file creation date (DD/MM/YY) CTYPE1 = 'milliseconds' / msec into DATE-OBS of mid-point of interval (see commCDELT1 = '0.128000' / total time in sec covered by each time interval. COMMENT = 'Times given are milliseconds at mid-points of time intervals. COMMENT = Delta t is given in CDELT1 keyword.' COMMENT = 'Use double precision reals when converting to seconds to COMMENT = maintain precision (i.e. seconds = msec / 1000.d0)' END QPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQP P QQQPPPQQ P P PQ Q QPPPQQPPPQQQPPPQQP P !P!"Q"#Q#$Q$%P%&P&'Q'(Q()Q)*P*+P+,P,-Q-.Q./P/0P01P12Q23Q34Q45P56P67P78Q89Q9:P:;P;
Q>?Q?@P@APABPBCQCDQDEPEFPFGPGHQHIQIJQJKPKLPLMPMNQNOQOPPPQPQRPRSQSTQTUPUVPVWPWXQXYQYZQZ[P[\P\]P]^Q^_Q_`P`aPabPbcQcdQdeQefPfgPghPhiQijQjkPklPlmPmnQnoQopQpqPqrPrsPstQtuQuvPvwPwxPxyQyzQz{Q{|P|}P}~Q~QQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPQQQPP P QQPPPQQQ P P PQ Q PPPQQQPPPQQPPPQQQP P !Q!"Q"#Q#$P$%P%&P&'Q'(Q()P)*P*+P+,Q,-Q-.Q./P/0P01P12Q23Q34P45P56P67Q78Q89Q9:P:;P;
Q>?P?@P@APABQBCQCDQDEPEFPFGPGHQHIQIJPJKPKLPLMQMNQNOPOPPPQPQRQRSQSTQTUPUVPVWPWXQXYQYZPZ[P[\P\]Q]^Q^_Q_`P`aPabPbcQcdQdePefPfgPghQhiQijQjkPklPlmPmnQnoQopPpqPqrPrsQstQtuQuvPvwPwxQxyQyzQz{P{|P|}P}~Q~QPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPQQQPPPQQPPP Q QQPPPQQP P
P
QQ
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PPPQQPPPQQQPPQQQPP P !Q!"Q"#P#$P$%P%&Q&'Q'(Q()P)*P*+P+,Q,-Q-.P./P/0P01Q12Q23Q34P45P56P67Q78Q89P9:P:;P;Q>?P?@P@APABQBCQCDPDEPEFPFGQGHQHIPIJPJKPKLQLMQMNQNOPOPPPQPQRQRSQSTPTUPUVPVWQWXQXYQYZPZ[P[\P\]Q]^Q^_P_`P`aPabQbcQcdQdePefPfgPghQhiQijPjkPklPlmQmnQnoQopPpqPqrQrsQstQtuPuvPvwPwxQxyQyzPz{P{|P|}Q}~Q~QPPPQQPPPQQQPPPQQPPPQQQPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQQPPPQQPPPQQPPPQQQPPPQQP XTENSION= 'BINTABLE' EXTNAME = 'EDGES' / name of this binary extension BITPIX = -32 / IEEE single precision floating point NAXIS = 2 / number of dimensions in array NAXIS1 = 2 / low edge, high edge NAXIS2 = 15 / number of channels DATE-OBS= '10/07/82 ' / UT date of first observation (DD/MM/YY) TELESCOP= 'Solar Maximum Mission (SMM) / spacecraft' INSTRUME= 'Hard X-Ray Burst Spectrometer (HXRBS)' OBJECT = 'Sun' ORIGIN = 'SDAC/GSFC ' / written by Solar DAC at GSFC DATE = '12/09/94' / file creation date (DD/MM/YY) CTYPE1 = 'keV' / low channel edges CTYPE2 = 'keV' / high channel edges END AzB[vB[vBxBxBXBXBBC*8C*8C*C*CHCCHCCfqCfqC[C[CCCCCCCCCCD
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