XTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 128 / NAXIS2 = 99 / 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 >4>Subreflector error>4> Source change in progress>4>1Antenna off source>>Subreflector error>>Source change in progress>>;Antenna off source>>彭Subreflector error>>Source change in progress>>BAntenna off source>4>Subreflector error>4> Source change in progress>4>1Antenna off source>>Subreflector error>>Source change in progress>>IAntenna off source>>彿Subreflector error>>Source change in progress>>BAntenna off source>4>Subreflector error>4> Source change in progress>4>.Antenna off source>>Subreflector error>> Source change in progress>>Antenna off source>>彿Subreflector error>>Source change in progress>>ƵAntenna off source>4>Subreflector error>4> Source change in progress>4>1Antenna off source>>Subreflector error>>Source change in progress>>;Antenna off source>>彿Subreflector error>>Source change in progress>>BAntenna off source>4>Subreflector error>4> Source change in progress>4>1Antenna off source>>Subreflector error>>Source change in progress>>IAntenna off source>>彿Subreflector error>>Source change in progress>>3Antenna off source>4>Subreflector error>4> Source change in progress>4>-Antenna off source>>Subreflector error>>Source change in progress>>Antenna off source>>彿Subreflector error>>Source change in progress>>ƵAntenna off source>4>Subreflector error>4>"qSource change in progress>4>1Antenna off source>>Subreflector error>>Source change in progress>>;Antenna off source>&>Subreflector error>W>Recorder 2 not running>&>$Source change in progress>&>ƵRecorder 2 head posn error>&>Antenna off source>4>!Subreflector error>4>$Source change in progress>4>.Antenna off source>>Subreflector error>>Source change in progress>>>Antenna off source>&> Subreflector error>&>Source change in progress>&>ƵAntenna off source>甫>5Recorder 1 not running>瘂>Recorder 1 not running>s>Source change in progress>s>礓Recorder 1 head posn error >4>Subreflector error >4>"Source change in progress >4>0Antenna off source >>Antenna off source >d>hAntenna off source >]>.Antenna off source >>Subreflector error >>Source change in progress >>IAntenna off source >>彿Subreflector error >>Source change in progress >>BAntenna off source >4>!Subreflector error >4>$Source change in progress >4>-Antenna off source >>Subreflector error >>Source change in progress >>Antenna off source >&>>Subreflector error >&>(Source change in progress >&>ƵAntenna off sourceXTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 92 / NAXIS2 = 120 / PCOUNT = 0 / GCOUNT = 1 / TFIELDS = 8 / EXTNAME = 'SYSTEM_TEMPERATURE' / EXTVER = 1 / TTYPE1 = 'TIME ' / time of center of interval TFORM1 = '1D ' / TUNIT1 = 'DAYS ' / TTYPE2 = 'TIME_INTERVAL' / time span of datum TFORM2 = '1E ' / TUNIT2 = 'DAYS ' / TTYPE3 = 'SOURCE_ID' / source id number from source tbl TFORM3 = '1J ' / TTYPE4 = 'ANTENNA_NO' / antenna id from array geom. tbl TFORM4 = '1J ' / TTYPE5 = 'ARRAY ' / ???? TFORM5 = '1J ' / TTYPE6 = 'FREQID ' / freq id number from frequency tbl TFORM6 = '1J ' / TTYPE7 = 'TSYS_1 ' / system temperature TFORM7 = '8E ' / TUNIT7 = 'K ' / TTYPE8 = 'TANT_1 ' / antenna temperature TFORM8 = '8E ' / TUNIT8 = 'K ' / OBSCODE = 'BK130 ' / Proposal code RDATE = '2006-02-14' / Reference date NO_STKD = 1 / Nmbr stokes STK_1 = -1 / First stokes NO_BAND = 8 / Number of basebands NO_CHAN = 64 / Number of channels REF_FREQ= 2.23299000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / NO_POL = 1 / TABREV = 1 / END ?5:QB0B BAB }OB60B5{TB[*B|?%i: aB]B _BAhB QB6vB5z*B[B|??Re:|B#mB AB%WB6\B5&B[ EB{5?jw:A<B\BQA+B RB4?ZB3V}BY;Bz%?&a: aB BBS BKu?): aB 1BVB dB(VnBqB'PBR.BKh? :[gB HBBB(RBB'NIBR3BK?5:QAmBB]>BPwBfB B,BB+>B7Ƞ?): aABBXLB;BBoB+B7? :[gAuB BXBrB+BeIB+ٳB7?:[gBK0B6B='B*?BPBOBm- B-?%i: aBKB64{BBBPCBOcBm=BJ?B 7BDBZB%B.jB6c?%i: aB!8B#B BoB !BTB/B6?pB(B ?i4:IABAIB'BB!6B&RB?&a: aA=BaA"B&ZBPB!B&B?ܕz: aA^BAB&!BHB!_.B&vBE?ܬF}:A/B,AXUB&.BB B%ީB@?i!:|ABAbB'BkB!B&B ?hVp: aA|B>-AB()BKB!$OB&BM?X:|APBAPB(D.BqB!=kB&*B? :[gAt$B+AeB(mB}bB!:B&GB9?,:R A\B ABBB`8B Bs4?&: AB i,AoB BBBdB;?<: AeB A*BXBdBOzB2B?Re:| A_B .A#BBB3 B%B@?j2X:8 ABZAQBpB B.BzBo?&a: a AB#AcBB-B87B0jBc?ܕz: a AkBABBB\>BgbB5?ܬF}: ABBAtBBB^BTBM?ñl:[g AB ABPBB9BзBy?hVp: a AB ABBXBB>MB?): a ARB oAwBtBrB$BQB2? :[g A3B AgBQuBB(B1pBC?:[g BnBb\BTDBBBXKBa6By}Bw?%i: a Bl/BaBR BCKBYBaByR6B?BS|B\yxBs3B}o?): a BhH|B]BOAB>9BTA*B\ BtB}A? :[g BgyB\4BOB>BTB B]BtMB}3DXTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 484 / NAXIS2 = 107 / 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 ?S:b> ?ujݢAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB>̽VR=Nh=ϺV1!ltμS<De<"[6żcvw;q<o;; [<ݥ Dh AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBf='=8zB)A꼑ilw<E:b> Y%AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBWF==^5vA? lN{<<"6dWּj;3<8;d0; %AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB =I=Q/`;l]?s2G< W ^uƍAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBh;==zU˺*X>q|J󼛘:<FɼP;<lG;~;þ< cAAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBe==5Ⱥ:ݼ,yo%n<K;g AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBYҸ=[=?0Ghq_nꃼ<n 99AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBY==]~3 Ҕp_g<8:ļedՒ;a<;_;dm<<= 5NAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBZ=&=Q\㼕}p XPP< c3<"8MeU; <;~H;<$<_z?(.:b> ōPAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBa=?=k@W 2Pov@x|< <"8>fuܔs<;<{;;m< <^p r,AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBÅq= =7k)I q.+< <$ǹ8ae1_K;{%<R;n;`@AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBAL)AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBAtAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBA*AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<;˯ ּ<jhR<=]%<<_A< <1G<m<$ ＠s9"cAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<}3u:< ծ:OW,Ż'<;ټﺼO<ik!k<֒= "&_n9ݔHAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<|4S@< v:9UQ+9EAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<}d.3XM< ܬ:=pzVH\< ;NT<p˼hB<L=s& vo<<5<6!H,AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<~`0%޼< #e:VpdF<;ƶ< rh{ʻ(S5yp1AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<~(2 Fu<H6Ô:7$dq< ;-<h:ixz<_=%۽{ < <*<1<(G SI?~:b>6qAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<}`T4^<2:2ABo(6ѣAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<{:6)<\Ҽŭ:<ü<;e˼\׼[<hɼi<=*H+Lo<\v<}<;|<8O<<#ͼ܅\<>w;)|n<#Ի{:t@Wh.`<_<#<~@I%t:ԼX=;x<@<0HQ#<5+ ~ZټzM [?:b=WAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB%7@༃D<*;%G;N<޼wm;Tø.]<"q:X]< <<;<1k_<<켔1#K*O ?A*j:b=ՅAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB @cۼ۹<+;6; _,AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBw# d`AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBҺ=ay >`AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB4W<-. 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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