XTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 128 / NAXIS2 = 98 / PCOUNT = 0 / GCOUNT = 1 / TFIELDS = 10 / EXTNAME = 'FLAG ' / EXTVER = 1 / TTYPE1 = 'SOURCE_ID' / source id number from source tbl TFORM1 = '1J ' / TTYPE2 = 'ARRAY ' / ???? TFORM2 = '1J ' / TTYPE3 = 'ANTS ' / antenna id from antennas tbl TFORM3 = '2J ' / TUNIT3 = ' ' / TTYPE4 = 'FREQID ' / freq id number from frequency tbl TFORM4 = '1J ' / TTYPE5 = 'TIMERANG' / time flag condition begins, ends TFORM5 = '2E ' / TUNIT5 = 'DAYS ' / TTYPE6 = 'BANDS ' / true if the baseband is bad TFORM6 = '8J ' / TTYPE7 = 'CHANS ' / channel range to be flagged TFORM7 = '2J ' / TTYPE8 = 'PFLAGS ' / flag array for polarization TFORM8 = '4J ' / TTYPE9 = 'REASON ' / reason for data to be flagged bad TFORM9 = '40A ' / TTYPE10 = 'SEVERITY' / severity code TFORM10 = '1J ' / OBSCODE = 'BK130 ' / Proposal code RDATE = '2006-02-14' / Reference date NO_STKD = 1 / Nmbr stokes STK_1 = -1 / First stokes NO_BAND = 8 / Number of basebands NO_CHAN = 64 / Number of channels REF_FREQ= 2.23299000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / TABREV = 2 / END ?c?c Subreflector error?c?cvSource change in progress?c?c Antenna off source?d{?d}Subreflector error?d{?d~rSource change in progress?d{?d@Antenna off source?e?eSubreflector error?e?eSource change in progress?e?eAntenna off source?c?cSubreflector error?c?cSource change in progress?c?cDAntenna off source?d{?d}Subreflector error?d{?d;Source change in progress?d{?d@Antenna off source?e?e Subreflector error?e?exSource change in progress?e?eAntenna off source?c?cSubreflector error?c?cSource change in progress?c?c>Antenna off source?d{?d}Subreflector error?d{?d~rSource change in progress?d{?d;Antenna off source?e?eSubreflector error?e?exSource change in progress?e?eAntenna off source?c?c Subreflector error?c?cSource change in progress?c?c Antenna off source?d{?d}Subreflector error?d{?d;Source change in progress?d{?d@Antenna off source?dԔ?dմSynthesizer 2 unlocked?e?eSubreflector error?e?eSource change in progress?e?eBAntenna off source?c?cSubreflector error?c?cSource change in progress?c?c Antenna off source?d{?d}Subreflector error?d{?d~|Source change in progress?d{?d@Antenna off source?e?eSubreflector error?e?eSource change in progress?e?eBAntenna off source?c?cSubreflector error?c?cSource change in progress?c?c Antenna off source?d{?d}Subreflector error?d{?d~rSource change in progress?d{?dAntenna off source?e?e Subreflector error?e?exSource change in progress?e?e}Antenna off source?c?cSubreflector error?c?cSource change in progress?c?cAntenna off source?d{?d~Subreflector error?d{?dSource change in progress?d{?dAntenna off source?e6?eSubreflector error?e6?exSource change in progress?e6?eAntenna off source?c?cSubreflector error?c?c>Source change in progress?c?cAntenna off source?c3?ckRecorder 2 not running?c)?c*Source change in progress?c)?cgRecorder 2 head posn error?d{?d}Subreflector error?d{?dSource change in progress?d{?dAntenna off source?e6?e Subreflector error?e6?e7Source change in progress?e6?eAntenna off source ?c?cSubreflector error ?c?c>Source change in progress ?c?c Antenna off source ?d{?d~Subreflector error ?d{?dSource change in progress ?d{?d@Antenna off source ?e?eqAntenna off source ?e?eSubreflector error ?e?exSource change in progress ?e?eAntenna off source ?c?c&Subreflector error ?c?cSource change in progress ?c?c>Antenna off source ?cJ(?cNNRecorder 1 not running ?cK ?cNNRecorder 1 head posn error ?cK ?cNNSource change in progress ?d{?d}Subreflector error ?d{?d;Antenna off source ?d{?d;Source change in progress ?e6?eSubreflector error ?e6?e7Source change in progress ?e6?eAntenna off sourceXTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 92 / NAXIS2 = 120 / PCOUNT = 0 / GCOUNT = 1 / TFIELDS = 8 / EXTNAME = 'SYSTEM_TEMPERATURE' / EXTVER = 1 / TTYPE1 = 'TIME ' / time of center of interval TFORM1 = '1D ' / TUNIT1 = 'DAYS ' / TTYPE2 = 'TIME_INTERVAL' / time span of datum TFORM2 = '1E ' / TUNIT2 = 'DAYS ' / TTYPE3 = 'SOURCE_ID' / source id number from source tbl TFORM3 = '1J ' / TTYPE4 = 'ANTENNA_NO' / antenna id from array geom. tbl TFORM4 = '1J ' / TTYPE5 = 'ARRAY ' / ???? TFORM5 = '1J ' / TTYPE6 = 'FREQID ' / freq id number from frequency tbl TFORM6 = '1J ' / TTYPE7 = 'TSYS_1 ' / system temperature TFORM7 = '8E ' / TUNIT7 = 'K ' / TTYPE8 = 'TANT_1 ' / antenna temperature TFORM8 = '8E ' / TUNIT8 = 'K ' / OBSCODE = 'BK130 ' / Proposal code RDATE = '2006-02-14' / Reference date NO_STKD = 1 / Nmbr stokes STK_1 = -1 / First stokes NO_BAND = 8 / Number of basebands NO_CHAN = 64 / Number of channels REF_FREQ= 2.23299000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / NO_POL = 1 / TABREV = 1 / END ?i>-H:[gB BMA*BoOB5B3BYTB{6|?t_L: aB ouBA6BBB4uB4$2BY?Bz?z: aBZIBUAB RlB4B3BYBz?V'V:[gB+BB BRB4B3nBYBzbg?앒p|:|B,BBOfBB5-RB4%@BYBzgU?젒 ,: aBBGtA0B4eB5hB44BZ&BzB?: aB BArAB5JgB4BYB{#?춴:RAB\AfYAfB5B3DBYBzA??b:[gBB 5EABh}B63B5U BZB|?ؔ: aB0tBAKVBLiB6],B52@BZ-B{Ѿ?9F: aBd}B B|wBB6"WB5YBZyB{?,h:d B?>B vATB aB5#B4BZuvB{?i%:d A9?AAArA\aB?iB< B<BBf?t_L: aA aA߉AcAB@PqBA݋gA8B@O"B=hB=QBD!?앒p|:|A]%A,AABAB=3'B>PBD?젒 ,: aA５AYAtAp}BAqyB=B>BD7>?: aAޣAAߟ?A@`BAAB>+hB? BD8?춴:RAA@A1A߃A BAڿB>XB?BE1f? : A}AzABBD3BAm BBI=BH?ؔ: aAAܣAHBBDKB@BAҫBGkBorBGfBEaB@=BBx"F?z: aB1\B#=BvBGMBEvaB@P1B Bwȭ?V'V:[gB1B$$B.BG/BESzB@BeBw/?a:B1B#BBFwBEbzBwu?: aB2/B#BRBGBE+CB?{BABwl?춴:RB2sB#-|BdBGͧBE!B@B!)Bw? : B3vlB$aBVBJ BFIOB@B BxH?ؔ: aB3B%fBBI7BFjB@/BBy9?9F: aB47B%S4BNBHżBF:BABBx?,h:d B4B$BEBI8BFXB@BBye?i>-H:[gB }BBBB*BOB(BTBM?t_L: aB BB B*t B B) BTE"BMu?z: aB BBdqB*3BjB)&jBT0BMX?V'V:[gB BwnBB*?BdB)BSLBN?앞`:d B &B9BEIB, BeB)XBTBN0?젒 ,: aB B>B`:B+BF>B)yBTnBMŭ?: aB ;B BnB+TBG B(ܖBTPBMiB3hCB@D?z: aA67B QB]oBiB {B&B4 B@?V'V:[gAB B^:BbjB DB'B3B@dn?앒p|:|ANB B^&BPBOBmB&a?앆M:lBJ$B8LB FBJBQBP&BnnB`#?젒 ,: aBJ`B7=BPHBBQiSBOBnxB?: aBGB7BHBJBQcBOBn^BU?춴:RBI)MB6BB`BQQxBP@Bn_CB?:|BMB:IB \GBdxBT]BRBqWB@?ؔ: aBMȓB;zB -H:[g AB A|BBB B /B$?t_L: a A1 B ARBcBB B Bp?z: a AtB +AwBu;BOB TB B\?V'V:[g A/B TAmBBF,B ~B "lmBSVB\wjBsyB|9?a: BiY B_atBP1B@|BSeB]DBtB~ ?젒 ,: a BjBB_'BOvB>`BTB]_Bt5B}վ?: a Bj|)B^*BOJB?BT+B]jBtB~?춴:R Bj)B_y7BP@bB>BTB]rBtwB~?b:[g BoBe4BUJBCZBYBbrBz;B=?ؔ: a BqBdCBUBD qBYH_BbiBz,B?9F: a BpBdEBUGBET~BYkHBbBzEBi?,h:d  BnLBdf BUBD}BYaBc_BzpBqXTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 484 / NAXIS2 = 118 / PCOUNT = 0 / GCOUNT = 1 / TFIELDS = 12 / EXTNAME = 'PHASE-CAL' / EXTVER = 1 / TTYPE1 = 'TIME ' / time of center of interval TFORM1 = '1D ' / TUNIT1 = 'DAYS ' / TTYPE2 = 'TIME_INTERVAL' / time span of datum TFORM2 = '1E ' / TUNIT2 = 'DAYS ' / TTYPE3 = 'SOURCE_ID' / source id number from source tbl TFORM3 = '1J ' / TTYPE4 = 'ANTENNA_NO' / antenna id from array geom. tbl TFORM4 = '1J ' / TTYPE5 = 'ARRAY ' / ???? TFORM5 = '1J ' / TTYPE6 = 'FREQID ' / freq id number from frequency tbl TFORM6 = '1J ' / TTYPE7 = 'CABLE_CAL' / cable length calibration TFORM7 = '1D ' / TUNIT7 = 'SECONDS ' / TTYPE8 = 'STATE_1 ' / state counts (4 per baseband) TFORM8 = '32E ' / TTYPE9 = 'PC_FREQ_1' / Pcal recorded frequency TFORM9 = '16D ' / TUNIT9 = 'Hz ' / TTYPE10 = 'PC_REAL_1' / Pcal real TFORM10 = '16E ' / TTYPE11 = 'PC_IMAG_1' / Pcal imag TFORM11 = '16E ' / TTYPE12 = 'PC_RATE_1' / Pcal rate TFORM12 = '16E ' / OBSCODE = 'BK130 ' / Proposal code RDATE = '2006-02-14' / Reference date NO_STKD = 1 / Nmbr stokes STK_1 = -1 / First stokes NO_BAND = 8 / Number of basebands NO_CHAN = 64 / Number of channels REF_FREQ= 2.23299000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / NO_TONES= 2 / NO_POL = 1 / TABREV = 2 / END ?k:b> WAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB @k==8xnZ.c5~V;c ;@T9PηX;/# <<)m<ȼ O]jAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB+ M=m=ۻ=As36㼲;LG;)8f9ͩ;+&R<ϋ<*Ȗ \~AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBW =N=39󼦹#56ͼ;xp;A8In8J;'LK<-<+ şAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBU v==LK)Oa7g;;ƍ88мVy1;* <<+sC<=< =H߼AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB_ =_=hzSͼ6C;;`a;-d#R7 *^)U;& <%<*<ߘ< ] AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB6 ={=䉻@mQr6NK9;,;t߼Ӽ7k*9.zE;#<ci<+ 9 >vAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBz ==s6ộ ã兼6Ǽ~ ;3;A!8,X8; n<ED<* %EAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBꌜ ==o򪼥 ɼ6~;;ʫ8켟S2G;&<i<*\<ݫ<;u<8 ?A:b> nAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB ^l<<Cl4SWN;;HDZ8&[;'nZ<iH<*Z<Ѿ<[b KvAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBvu 4<< jVAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBGv B< f"AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB샽 =qk0sAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBD h 2<3¼ZTռޗo<< [z;PhAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBT3ܐb<9midSؼ\`8#<&< 7˼gP|!mYAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBVӲ ļ<8J%pZ9v<#&< ;߼ϻOFbAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBf᷼O<=+ LU^퍼ކ AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBg/@ɼXAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBE-⼊{K_AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB~3 ŧ{-AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBO_|;AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBv񶼂ReXk?Ֆf:b>AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBK=I?}.0*AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB'|2H2<\>н 5?셣w:b=y`6AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB_+J鮼{s;>W;lbB6: r;{'< 95P?&:{9r=yAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB`K-}%@;uW;6K=.Z:X<e%l+;vl; Dc GކAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBIh;NA h>M-AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB*;J<2=<.R®<37=:*Nx=ۼO=v Ư&AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBp;S\< f0Π AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;`\ F\AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBT;_ pZAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;ap~ AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB_;^WF -AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB4;dױ G6AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;j3; FAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;lI?xd:b=AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB^3~<2H:Q;z9;t_I:TkY!O;/%'4:-yVм 1y+< ;+< 4<Ȉq[gQ<u͎[ +<\; < :;< `< "B»bun<ɍ<Ҳ?@mh:b=mAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBZ3[q<a;$< qO<Ȣƫ-Vݻ::LAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;0QƼm ooAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;,<_*'TAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;-AEA%<5V9AIjͼ>f'AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;0󏼹9 Y 2AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;+Ob ӢAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;.<Ǣ~׽FCAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;0#! 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TFORM2 = '1J ' / TTYPE3 = 'FREQID ' / freq id number from frequency tbl TFORM3 = '1J ' / TUNIT3 = ' ' / TTYPE4 = 'TYPE_1 ' / gain curve type TFORM4 = '8J ' / TUNIT4 = ' ' / TTYPE5 = 'NTERM_1 ' / number of terms TFORM5 = '8J ' / TUNIT5 = ' ' / TTYPE6 = 'X_TYP_1 ' / abscissa type of plot TFORM6 = '8J ' / TUNIT6 = ' ' / TTYPE7 = 'Y_TYP_1 ' / second axis of 3d plot TFORM7 = '8J ' / TUNIT7 = ' ' / TTYPE8 = 'X_VAL_1 ' / For tabulated curves TFORM8 = '8E ' / TUNIT8 = ' ' / TTYPE9 = 'Y_VAL_1 ' / For tabulated curves TFORM9 = '48E ' / TUNIT9 = ' ' / TTYPE10 = 'GAIN_1 ' / Gain curve TFORM10 = '48E ' / TUNIT10 = ' ' / TTYPE11 = 'SENS_1 ' / Sensitivity TFORM11 = '8E ' / TUNIT11 = 'Kelvin/Jy' / OBSCODE = 'BK130 ' / Proposal code RDATE = '2006-02-14' / Reference date NO_STKD = 1 / Nmbr stokes STK_1 = -1 / First stokes NO_BAND = 8 / Number of basebands NO_CHAN = 64 / Number of channels REF_FREQ= 2.23299000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / NO_POL = 1 / NO_TABS = 6 / TABREV = 1 / END ????????========????????=u=u=u=u=F=F=F=F????????=y#=y#=y#=y#=`=`=`=`????????=====v=v=v=v????????={={={={=`=`=`=`????????=1=1=1=1=;d=;d=;d=;d????????=9X=9X=9X=9X=G=G=G=G????????=T=T=T=T==== ????????=^5=^5=^5=^5==== ????????= = = = =;d=;d=;d=;d