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 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= 'BAT ' / Instrument name OBS_ID = '00084702002' / Observation ID TARG_ID = 84702 / Target ID SEG_NUM = 2 / Segment number TIMESYS = 'TT ' / time system MJDREFI = 51910 / MJD reference day 01 Jan 2001 00:00:00 MJDREFF = 0.00074287037 / MJD reference (fraction of day) 01 Jan 2001 00:CLOCKAPP= F / If clock correction are applied (F/T) TIMEUNIT= 's ' / Time unit for timing header keywords TSTART = 444724260.8 / Start time TSTOP = 444753360. / Stop time DATE-OBS= '2015-02-04T06:30:57' DATE-END= '2015-02-04T14:35:57' ORIGIN = 'GSFC' / Source of FITS file CREATOR = 'BAT2FITS V7.13' / Program that created this FITS file TLM2FITS= 'V7.13' / Telemetry converter version number DATE = '2015-02-14T11:58:07' / file creation date (YYYY-MM-DDThh:mm:ss UT) PROCVER = '3.16.07 ' / Processing script version SOFTVER = 'Hea_21Dec2012_V6.13_Swift_Rel4.0(Bld29)_14Dec2012_SDCpatch_13' CALDBVER= 'b20090130_u20111031_x20140610_m20150107' / CALDB index versions used SEQPNUM = 6 / Number of times the dataset processed OBJECT = '3FGLJ1024.4-4545' / Object name RA_OBJ = 156.100000 / [deg] R.A. Object DEC_OBJ = -45.751694 / [deg] Dec Object RA_PNT = 156.101299974938 / [deg] RA pointing DEC_PNT = -45.7182687192996 / [deg] Dec pointing PA_PNT = 165.227163458533 / [deg] Position angle (roll) ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat UTCFINIT= -13.1406400000000 / [s] UTCF at TSTART CHECKSUM= '2Jh849g82Gg829g8' / HDU checksum updated 2015-02-14T12:00:46 DATASUM = ' 0' / data unit checksum updated 2015-02-14T12:00:46 END XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 40 / width of table in bytes NAXIS2 = 138 / number of rows in table PCOUNT = 0 / size of special data area: GCOUNT = 1 / one data group (required keyword) TFIELDS = 5 / number of fields in each row TTYPE1 = 'TIME ' / TIME of Rates TFORM1 = '1D ' / data format of field TUNIT1 = 's ' / physical unit of field TTYPE2 = 'QUAD0_COUNTS' / 1600ms counts by energy bin TFORM2 = '4I ' / data format of field TUNIT2 = 'count ' / physical unit of field TZERO2 = 32768 / data offset TTYPE3 = 'QUAD1_COUNTS' / 1600ms counts by energy bin TFORM3 = '4I ' / data format of field TUNIT3 = 'count ' / physical unit of field TZERO3 = 32768 / data offset TTYPE4 = 'QUAD2_COUNTS' / 1600ms counts by energy bin TFORM4 = '4I ' / data format of field TUNIT4 = 'count ' / physical unit of field TZERO4 = 32768 / data offset TTYPE5 = 'QUAD3_COUNTS' / 1600ms counts by energy bin TFORM5 = '4I ' / data format of field TUNIT5 = 'count ' / physical unit of field TZERO5 = 32768 / data offset EXTNAME = 'RATE' / name of this binary table extension HDUCLASS= 'OGIP ' / Format conforms to OGIP standards HDUCLAS1= 'LIGHTCURVE' / Extension contains light curve data HDUCLAS2= 'TOTAL' / Total data values HDUCLAS3= 'COUNT' / Light curve is units of count TIMESYS = 'TT ' / Time system MJDREFI = 51910. / Reference MJD Integer part MJDREFF = 7.4287037E-4 / Reference MJD fractional TIMEREF = 'LOCAL ' / Time reference (barycenter/local) TASSIGN = 'SATELLITE' / Time assigned by clock TIMEUNIT= 's ' / Time unit TIERRELA= 1.0E-8 / [s/s] relative errors expressed as rate TIERABSO= 1.0 / [s] timing precision in seconds TSTART = 444724260.8 / Start time TSTOP = 444753360. / Stop time DATE-OBS= '2015-02-04T06:30:57' DATE-END= '2015-02-04T14:35:57' CLOCKAPP= F / default TELAPSE = 29099.1999999881 / TSTOP - TSTART ONTIME = 600. / Time on target LIVETIME= 600. / Ontime multiplied by DEADC EXPOSURE= 600. / Total exposure, with all known correction DEADC = 1. / dead time correction TIMEPIXR= 0.0 / Bin time beginning=0 middle=0.5 end=1 TIMEDEL = 1.6 / [s] time resolution of data TELESCOP= 'SWIFT ' / Telescope (mission) name INSTRUME= 'BAT ' / Instrument name DATAMODE= 'Rates_Quad_1.6s' / Instrument operating mode OBS_ID = '00084702002' / Observation ID TARG_ID = 84702 / Target ID SEG_NUM = 2 / Segment number EQUINOX = 2000. / default RADECSYS= 'FK5' / default OBS_MODE= 'POINTING' / default ORIGIN = 'GSFC' / Source of FITS file CREATOR = 'BAT2FITS V7.13' / Program that created this FITS file TLM2FITS= 'V7.13' / Telemetry converter version number DATE = '2015-02-14T11:58:07' / file creation date (YYYY-MM-DDThh:mm:ss UT) BACKAPP = F / Background subtraction not applied TIMVERSN= 'OGIP/93-003' / Version of light curve format APID = 337 / Application Process Identifier HISTORY Contributing ApID list HISTORY swift_head3_014ade02_141b_337.ccsds ApID(337) 1-375 PROCVER = '3.16.07 ' / Processing script version SOFTVER = 'Hea_21Dec2012_V6.13_Swift_Rel4.0(Bld29)_14Dec2012_SDCpatch_13' CALDBVER= 'b20090130_u20111031_x20140610_m20150107' / CALDB index versions used SEQPNUM = 6 / Number of times the dataset processed OBJECT = '3FGLJ1024.4-4545' / Object name RA_OBJ = 156.100000 / [deg] R.A. Object DEC_OBJ = -45.751694 / [deg] Dec Object RA_PNT = 156.101299974938 / [deg] RA pointing DEC_PNT = -45.7182687192996 / [deg] Dec pointing PA_PNT = 165.227163458533 / [deg] Position angle (roll) ATTFLAG = '110 ' / Attitude file: 100=sat, x10=pat, xx1=uat UTCFINIT= -13.1406400000000 / [s] UTCF at TSTART CHECKSUM= 'ngahogSengYengYe' / HDU checksum updated 2015-02-14T12:00:46 DATASUM = '1465085826' / data unit checksum updated 2015-02-14T12:00:46 HISTORY CFITSIO used the following filtering expression to create this table: HISTORY /local/data/bat1/alien/Swift_3rdBATcatalog/event/batevent_reproc/GRB1502HISTORY 04A/00084702002/bat/rate/sw00084702002brtqd.lc[TIME>444724081.141000 && HISTORY TIME < 444724481.141000] END Aºô$ÌÌÍ‚ó‚È‚˜‚¼‚Ùò߃=‚õ‚i߃‚ï‚ ›Aºô&fff‚Ì‚Þ‚.é‚®‚´‚(‚ƒ8ƒ(‚b‚ƒ5‚ü‚DûAºô(‚à‚Ô‚a’‚¡‚¬þ‚ƒ:ƒ‚=Ï‚¾‚®þ²Aºô)™™š‚á‚å‚$Ü‚¼‚󂶃$‚ì‚&ùƒ;ƒ‚·Aºô+333‚Ú‚Ö‚"±‚Œ‚“‚ û‚æ‚Ô‚5î‚ð‚Íô‚Aºô,ÌÌÍ‚Òƒ‚2÷‚°‚ÆÿÛ‚úƒ ‚Aâ‚ô‚ä‚°Aºô.fffƒ‚û‚Ë‚¿‚¦í郃‚Cÿƒ"ƒñÊAºô0‚Öƒ‚,Ò‚Á‚‚•‚üƒ!‚F‚‚ׂւÀAºô1™™š‚½‚Ì‚RÈ‚Ò‚Ý‚#惃-‚Mú‚ÿ‚Ò‚+ëAºô3333‚’ƒ‚tÅ‚þ‚Ó‚Õƒ`ƒW‚n‚ ƒCƒ-‚DÝAºô4ÌÌ̓ƒK‚KûƒOƒ‚D‚#ƒ‚ƒ¼‚¡‚ ƒXƒP‚`ØAºô6fffƒmƒy‚¬‚ƒ>ƒ<‚cûƒÙ„‚ñ‚MƒÚƒ¦‚Ö‚8Aºô8ƒƒË‚Ô‚ƒ¬ƒÏ‚Ó‚„N„Ùƒ±‚0„„•ƒˆ‚Aºô9™™šƒKƒß‚ý‚ƒ‡ƒ„‚È‚6„„´ƒ}‚a„„Wƒ‚IAºô;333ƒƒ·‚«åƒ ƒ/‚I‚ƒ¹ƒÌ‚Û‚\ƒƒÆ‚ºÿAºô<ÌÌ̓ƒ‚’‚‚üƒ.‚k‚Aƒ‘ƒ¹‚…‚-ƒrƒ;‚|âAºô>fffƒI‚ß‚xòƒ‚Ö‚ ܃dƒV‚V‚ƒƒ0‚3ëAºô@ƒF‚ç‚9£‚º‚É‚<؃zƒ>‚+Þƒ ƒ‚LúAºôA™™šƒ3‚ç‚-Ⴢï‚%߃RƒS‚]Ø‚ÿ‚ª‚$ÚAºôC333‚ì‚à‚`á‚â‚ÿ‚#‚ƒSƒ&‚:å‚è‚÷‚$‚ AºôDÌÌ̓ƒ‚QÖƒ‚·‚1÷ƒ-ƒ)‚J‚ƒ‚ð‚&ÉAºôFfffƒƒ‚*Ì‚Ë‚ÚééƒRƒ‚]̃ƒû®AºôH‚Ò‚ê‚b‚‚À‚½‚Ùƒ+‚ù‚-ë‚ꃂ5ÁAºôI™™šƒ$‚ù‚3Æ‚é‚‚¿ƒ\ƒ!‚H‚ ƒ ƒ‚DòAºôK333ƒ‚Ù‚3¹‚õ‚Ê‚&÷ƒeƒ6‚dðƒ!‚ö‚,°AºôLÌÌ̓ƒ‚'ă ‚Ó‚úƒRƒ‚HÚƒ<‚ô‚°AºôNfffƒ‚ë‚-ð‚Ê‚ëõâƒ5ƒ(‚‚ƒ1‚÷‚P¿AºôPƒƒ$‚L¼‚ׂт ȃDƒ‚JЃ‚ÏíÇAºôQ™™šƒ-ƒ‚"ł‚ã‚&؃+ƒ‚]åƒ=‚Û‚ÜAºôS333‚àƒ‚Zç‚é‚ä‚ñƒ:ƒ,‚7é‚ù‚Ü‚,ÅAºôTÌÌ̓8‚ý‚1䃂ÂÚƒHƒ;‚;ッ‚"ÏAºôVfffƒ ƒ‚ë‚Ùƒ6‚ë‚\ðƒƒ‚ÓAºôXƒNƒ‚5Ì‚ä‚ÞÎéƒ_ƒ%‚U‚ƒ ƒ+âÉAºôY™™šƒ9‚Ò‚;Ûƒ‚Úý‚ƒJ‚ô‚9‚(ƒ ‚ç‚åAºô[333ƒ ‚ñ‚0â‚ׂ´þúƒ]ƒR‚5Þƒ‚ó‚îAºô\ÌÌ̓ƒA‚>±‚ù‚ÆõÞƒ3ƒ#‚:‚ƒCƒ‚³Aºô^fffƒ5ƒ#‚K¤‚Ó‚è‚̃Q‚í‚[ïƒ%‚÷‚*¿Aºô`ƒ9ƒ‚=Ѓƒ ‚4ðƒ4ƒ‚Zê‚êƒ2‚?°Aºôa™™š‚ùƒ ‚U‚˂¢ðõƒaƒE‚AÕƒ6ƒ‚ÞAºôc333ƒ‚÷‚5»‚ú‚Ó‚ ‚ƒ=ƒF‚P¿ƒ‚ï‚ÂAºôdÌÌ̓ƒ‚àƒ ‚ßãɃSƒZ‚=‚ƒ0‚û‚ÆAºôffffƒ#‚à‚Ôƒƒ ‚ Ãfƒ‚/ÛƒD‚ÁøàAºôhƒ=ƒ ‚2ȃ‚¤ä»ƒ?ƒ‚Yøƒƒ4‚(ÀAºôi™™šƒƒ(‚(σ‚¶þñƒ/ƒ ‚Q‚‚ýƒ‚ÄAºôk333‚í‚÷÷°ƒ-‚î‚ »ƒnƒ%‚êƒJ‚ê‚:‚ AºôlÌÌ̓N‚û‚-à‚ý‚゠؃>ƒ/‚#íƒ/ƒúßAºônfffƒƒ ‚5Ò‚÷‚Ì‚áƒq‚ÿ‚eôƒl‚Þ‚(ÊAºôpƒDƒ‚;ƃ‚ñ‚$Ûƒxƒ‚Rãƒ~ƒ‚IàAºôq™™šƒVƒ‚&Ђã‚Ç‚4‚ƒ…ƒ‚@ÞƒD‚ñõËAºôs333‚ó‚ë‚<îƒ)‚½‚߃^ƒ‚:³ƒw‚AºôtÌÌ̓-ƒ,‚LÀƒ‚Ø‚Þƒ{ƒ‚%؃&‚ý‚&ÜAºôvfffƒ5ƒ#‚/ƃ‚ë‚Ôƒ_ƒP‚=»ƒeƒ‚½Aºôxƒ'ƒ‚>Ö‚î‚Û‚,ȃ1ƒD‚X‚ƒ(‚ô‚¥Aºôy™™šƒ>ƒ‚LЃ;‚é‚ƒ#‚MõƒB‚´‚/âAºô{333ƒ=ƒ$‚'Öƒ‚ЂŃ[‚è‚L‚ƒƒ&‚ãAºô|ÌÌÍ‚ø‚î‚/Õ‚õ‚¿‚ãƒPƒA‚'胅ƒ/‚+¼Aºô~fffƒ7‚Ñ‚;Ù‚ò‚ñ‚¯ƒ>ƒ‚Sûƒ7‚Ö‚ÆAºô€ƒ'‚Ü‚/û‚ùƒ ‚ÙƒOƒ‚Iùƒ}ƒ ‚%ÂAºô™™šƒ0‚Ù‚ZÚ‚å‚ü‚ïƒdƒ‚Léƒ:‚ý‚9¼Aºôƒ333ƒ1ƒ‚6º‚ñ‚Ò‚Óƒƒ‚&‚ ƒ‚Ñ‚#ËAºô„ÌÌ̓&ƒ ‚#ûƒ‚Ò‚烎ƒ‚;íƒlƒ ‚/åAºô†fff‚üƒ‚;Ô‚ð‚î‚Úƒ6ƒ!‚#üƒ?‚Ó‚*¶Aºôˆ‚Ú‚á‚4Ó‚»‚·ûãƒ+‚°‚,䃂ׂ ÅAºô‰™™šƒ+ƒ‚YÊ‚Ñ‚É‚æƒnƒ ‚S‚ƒƒ ‚ÙAºô‹333ƒ‚Õ‚VÂô‚ãü܃;ƒ‚dÿ‚ԂÂ+îAºôŒÌÌ͂΃‚3í‚þ‚ôöüƒ<ƒ ‚Uá‚ó‚«‚1ÕAºôŽfff‚î‚Ó‚o΂ʂž‚ûƒSƒ ‚D‚ƒ/‚ãýÌAºô‚ò‚Õ‚,Ó‚â‚é‚4ôƒ0‚Í‚<郂ò‚,ÇAºô‘™™š‚þƒ+‚U‚½‚΂у%ƒ‚7óƒ‚ü‚"ÓAºô“333ƒIƒ?‚(Á‚Û‚ÒöäƒJ‚ÿ‚*Óƒ‚Ó‚ÃAºô”ÌÌÍ‚È‚¥‚9Ô‚á‚Íã̃#ƒ‚'çƒ ƒ‚ÕAºô–fffƒ‚ì‚SÑ‚½‚Öî̓-ƒ‚7‚‚݂Ђ(³Aºô˜‚è‚þ‚;Ö‚˜‚¿îу ƒ0‚1æƒ ‚ü‚'äAºô™™™š‚Ü‚î‚1Ä‚æ‚Ï‚.éƒ+‚ô‚‚.‚á‚Å‚(ÞAºô›333‚ׂł#͂΂“úëƒ?‚Þ‚jÞ‚÷‚Ú‚èAºôœÌÌÍ‚ß‚æ‚5ß‚¶‚}‚¹‚ö‚å‚`‚‚삶‚·Aºôžfff‚È‚Ñ‚)ׂ‚¸‚!‚‚Òƒ‚á‚ú‚ç‚&±Aºô ‚ß‚Ü‚6삺‚÷¾‚ö‚Å‚DÇ‚Ü‚©‚%ÌAºô¡™™š‚Ï‚µÿт΂¤‚¸ƒ<ƒ‚!Ý‚û‚ª‚(ÎAºô£333‚Ê‚Á‚ Û‚°‚¥ùü‚û‚ü‚@ë‚Ö‚´‚ÍAºô¤ÌÌÍ‚ù‚÷‚)â‚Í‚¿‚â‚ô‚ú‚%þ‚悹‚ êAºô¦fff‚ö‚ó‚0傹‚¶‚ ̃$‚¬‚Lã‚Ï‚ã‚ µAºô¨‚û‚Ê‚Ò‚±‚ׂD½ƒ‚ã‚6ä‚ý‚ê‚,ÕAºô©™™š‚Ï‚è‚Jþ‚¦‚Åþþƒƒ‚5‚ ‚õ‚À‚"ÒAºô«333‚÷‚±‚Â炰‚èƒ ‚å‚e؃ ‚îÿÉAºô¬ÌÌÍ‚â‚ø‚1Í‚·‚³‚1탂ӂ6â‚ý‚É‚#ÄAºô®fff‚;æ‚Ô‚®‚ýƒ)‚Ô‚@öƒ‚âêµAºô°ƒ‚÷‚7Õ‚ã‚Ì‚ Ѓ6‚á‚î‚þ‚ׂ ÿAºô±™™šƒ‚Ú‚!Ú‚¯‚´û̓ƒ ‚܂邱‚,ÊAºô³333‚ú‚ë‚¿‚¿‚ª‚ ȃ*‚ñ‚5‚ƒ7ƒ‚ÌAºô´ÌÌÍ‚÷‚æ‚Zʂ삺‚Ûƒ‚à‚]‚ƒ.‚ìä«Aºô¶fff‚Ù‚¼‚è‚Ë‚íÕƒ‚ë‚bú‚ô‚ø‚ æAºô¸‚á‚è‚(¥‚É‚Ò‚݃ƒ'‚]ùƒ‚à‚ÒAºô¹™™š‚õ‚²‚Á‚µ‚½‚$àƒ ƒ‚1Í‚ð‚Û‚&²Aºô»333‚Ý‚Ë‚aØ‚¦‚¨ýσ=ƒ‚Xó‚õ‚ë‚äAºô¼ÌÌÍ‚ð‚Â1ׂƂÁ‚Òƒƒ!‚U‚ɂæãÀAºô¾fff‚ù‚ÿ‚LÜ‚Ú‚ß‚àƒƒ‚΃4‚Ђ#ÒAºôÀ‚ꃂBÊ‚ç‚Ë‚!ïƒ/‚Ô‚&΂û‚Ú‚·AºôÁ™™š‚Ü‚¸‚.ß‚µ‚Ç‚Òƒƒ ‚0çƒ0‚à‚,ãAºôÃ333ƒƒ‚Eë‚ú‚¸÷³ƒƒN‚h‚ƒ‚ä‚2ûAºôÄÌÌ̓ ‚È‚!ë‚Ñ‚Ü‚$âƒ:ƒ‚QÒƒ#‚Ó‚ÆAºôÆfff‚ð‚‚ý‚Ê‚¦õу‚Ó‚Kü‚Ö‚òðòAºôÈ‚â‚õ‚+Ù‚Ö‚ÖçЃY‚Ò‚Bׂþƒ‚‚ AºôÉ™™š‚î‚Ñ‚:È‚Ð‚é‚ Åƒ)‚ý‚ùƒ#‚õ‚!¯AºôË333‚탂8‚‚Ü‚Ì‚@÷‚úƒ‚‚ƒ*‚î‚=àAºôÌÌÌÍ‚õƒ ‚5Ü‚ï‚õ‚áƒg‚ÿ‚8˃\‚ÝùßAºôÎfffƒ$‚¾‚c»ƒ‚È‚ùƒXƒ‚Qåƒ ƒ‚öAºôЃ‚ç‚:æ‚ð‚É‚ï‚ú‚¾‚A‚‚Â‚ð‚ ³AºôÑ™™šƒƒ&‚I¶ƒ‚å‚)‚ƒjƒ@‚N܃"‚Ì‚ ÷AºôÓ333ƒ$ƒ‚9»‚àƒ‚1çƒaƒ‚ðƒ‚ýû®AºôÔÌÌ̓(ƒ?‚;ã‚Ü‚ÝþÚƒ(‚¾‚<ð‚ø‚á‚ ¯AºôÖfffƒ=‚ú‚9‚‚Þ‚éÿïƒKƒ‚8ùƒƒ‚&ôAºô؃‚Ü‚?Ü‚õ‚ÃÌ‚ƒ6‚ç‚RûƒB‚ä‚çAºôÙ™™šƒB‚ý‚iЂ͂҂ ‚ƒ>ƒ8‚4‚ƒXƒ üËAºôÛ333ƒ/‚ä‚2؃‚¶‚Ùƒƒ=‚D‚ƒ#‚ø‚ þAºôÜÌÌ̓$‚ø‚<í‚û‚Ä컃0ƒ ‚O߃A‚ÿ‚ÉAºôÞfffƒ‚Ç‚,Ñ‚Ý‚êø̃_ƒ‚P·ƒ@‚ù‚ºAºôàƒƒ"‚F«ƒB‚æ‚èƒ"ƒ‚3‚ƒ,ƒ‚%ÉAºôá™™šƒ"ƒ ‚Hå‚á‚ׂ˃9‚ë‚&׃8‚ÑüÓAºôã333‚Ⴢ<Öƒ‚ì‚äƒ;ƒ'‚2‚ƒ‚õ‚,ØAºôäÌÌ̓ ‚Ë‚/»ƒ ‚Üîôƒfƒ3‚;䃂ì‚ÌAºôæfffƒ ‚ç‚xÈ‚Ú‚À‚åƒaƒ+‚Kу‚î‚9ìAºô胂õ‚Tñ‚΂ق уA‚ö‚7‚ƒ‚ð‚¯Aºôé™™šƒ‚ü‚J¼‚ì‚Ï‚IÙƒH‚Ü‚.îƒ,‚Ø‚÷Aºôë333‚탂*Ç‚ý‚°‚$õƒUƒU‚XÛƒBƒ‚ ÇAºôìÌÌÍ‚þƒ ‚)œƒ‚Ý‚*Àƒ‚Ø‚.è‚ç‚í‚àAºôîfffƒ>‚Ø‚OÅ‚ó‚Õúă.ƒ‚+烂؂«Aºôðƒ‚ú‚5‚‚Û‚—‚ ؃Cƒ‚"ß‚õ‚°‚ÖAºôñ™™šƒƒ‚6°‚΂Ñúñƒ ‚ï‚#«ƒ ‚õ‚±Aºôó333‚Ђá‚#û‚Í‚ùòÿƒ‚ý‚.‚ƒYƒ‚ÉAºôôÌÌÍ‚÷‚É‚:‚‚΂;ꃂõ‚ Í‚ò‚΂ºAºôöfffƒ:ƒ‚oê‚Å‚¿‚%ôƒ‚ä‚ò‚â‚È‚‚ Aºôøƒ ‚ó‚(Ë‚Ï‚Á‚,ïƒD‚ò‚êƒ!‚¨‚ëAºôù™™š‚à‚â‚#ó‚Ñ‚¬‚烃‚ óƒ@‚ÖÐÁAºôû333‚‚DÆ‚©‚Ê‚σ‚Û‚B‚ ƒ‚­‚%ÖAºôüÌÌ͂삦‚‚ ‚µ‚´õ䃃 ‚5Õ‚ô‚î‚+ÖAºôþfff‚ì‚Ù‚Ñ‚Õ‚µò󃂨‚/‚ƒ*‚Ù‚ÎAºõ‚Ï‚Ý‚)Ì‚¼‚™üƃ;‚û‚^öƒ‚â‚,â