XTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 128 / NAXIS2 = 145 / 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 = 'RDV55 ' / Proposal code RDATE = '2006-02-02' / 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= 8.40599000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / TABREV = 2 / END >Y>YSubreflector error>Y>Y!Source change in progress>Y>YAntenna off source>Za>ZǢSubreflector error>Za>Z{Source change in progress>Za>[\Antenna off source>[>\ BBC Synth Unlocked>\q>\ڍSubreflector error>\q>\dSource change in progress>\q>]Antenna off source>e~|>eSubreflector error>e~|>eoSource change in progress>e~|>e_Antenna off source>Y>YSubreflector error>Y>Y$Source change in progress>Y>Z/Antenna off source>Z0>ZqSubreflector error>Z0>ZESource change in progress>Z0>[WAntenna off source>\q>\ڱSubreflector error>\q>\Source change in progress>\q>]Antenna off source>f%O>f7Subreflector error>f%O>f=dSource change in progress>f%O>fAntenna off source>Y>YSubreflector error>Y>Y$Source change in progress>Y>YΚAntenna off source>Z0>ZqSubreflector error>Z0>ZESource change in progress>Z0>[Antenna off source>\ы>\Subreflector error>\ы>\Source change in progress>\ы>];Antenna off source>d>eSubreflector error>d>eSource change in progress>d>e~?Antenna off source>Y>YSubreflector error>Y>Y!Source change in progress>Y>Z#Antenna off source>Z0>ZqSubreflector error>Z0>Z%Source change in progress>Z0>[Antenna off source>\q>\ڍSubreflector error>\q>\dSource change in progress>\q>]Antenna off source>fs>fSubreflector error>fs>fSource change in progress>fs>fܻAntenna off source >Y>YSubreflector error >Y>Y!Source change in progress >Y>ZAntenna off source >Z0>ZqSubreflector error >Z0>ZESource change in progress >Z0>[Antenna off source >\q>\ڱSubreflector error >\q>\dSource change in progress >\q>]Antenna off source >ex>eSubreflector error >ex>eSource change in progress >ex>eAntenna off source >Y>Y+Subreflector error >Y>YԸSource change in progress >Y>Z&Antenna off source >[k>[~Subreflector error >[k>[Source change in progress >[k>[Antenna off source >_Y>_*Subreflector error >_Y>_Source change in progress >_Y>`:Antenna off source >a.j>a@Subreflector error >a.j>aF6Source change in progress >a.j>aѻAntenna off source >bc>bxSubreflector error >bc>b~Source change in progress >bc>cAntenna off source >ex>eSubreflector error >ex>esSource change in progress >ex>fܻAntenna off source >Y>Y":Subreflector error >Y>Y'Source change in progress >Y>Z7Antenna off source >Z>ZSubreflector error >Z>ZESource change in progress >[>[Recorder 2 not running >[X>[Recorder 2 not running >[>[JRecorder 2 head posn error >Z>[hAntenna off source >[>[=Source change in progress >\>\Subreflector error >\>\Source change in progress >\>]Antenna off source >e6>eH3Subreflector error >e6>eMSource change in progress >e6>eAntenna off source >Y>Y>Subreflector error >Y>Y$Source change in progress >Y>YSAntenna off source >ZB>Z9Subreflector error >ZB>ZSource change in progress >ZB>[}eAntenna off source >\>\Subreflector error >\>\Source change in progress >\>]Antenna off source >a.j>a@Subreflector error >a.j>aFSource change in progress >a.j>aKAntenna off source >bc>bvSubreflector error >bc>b{Source change in progress >bc>cAntenna off source >e>e#Subreflector error >e>eSource change in progress >f>fRecorder 2 not running >fi>f"_Recorder 2 not running >f o>f%Recorder 2 head posn error >f o>f+0Source change in progress >e>f/Antenna off source>Y>YSubreflector error>Y>Y!Source change in progress>Y>Z,Antenna off source>Z0>ZmSubreflector error>Z0>ZCSource change in progress>Z0>[Antenna off source>\q>\ڱSubreflector error>\q>\dSource change in progress>\q>]Antenna off source>e>e;Subreflector error>e>eSource change in progress>e>f1MAntenna off source>Y>Y>Subreflector error>Y>Y$Source change in progress>Y>YѻAntenna off source>Z>ZSubreflector error>Z>ZCSource change in progress>Z>\$]Antenna off source>]_>]oRecorder 1 not running>]g>]{gRecorder 1 not running>]c>]~Recorder 1 head posn error>]c>]YSource change in progress >d[>d+Subreflector error >d[>dSource change in progress >d[>eAntenna off source>fD>f`Subreflector error>fD>fSource change in progress>fD>fܻAntenna off sourceXTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 92 / NAXIS2 = 118 / 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 = 'RDV55 ' / Proposal code RDATE = '2006-02-02' / 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= 8.40599000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / NO_POL = 1 / TABREV = 1 / END ?Fm:B56nB6B\B/BBAVB,hk?Snp9rB59qB7tfB]6BB /BKBaBP(?w~:QYB:bBeB8_õP?̔6: aBZչB\ICB݆BBHABGBIlCZ?̭96 aB\0B]B]!B0/B!:B\?:5L: aBLBKAB1B! B^?g: aBLhBJBaxB_B@XB1&IB! B`Pe?̎t:BL/BJnB`B_B=hB0YB }B]?̽h:iBBBABUBSBw|B-ۥB*BT?I›x9.EBRABkBB\hBrRBYXB\B,?RN9ŘBS?Bk}rBBBjQ&B]nB_B?y: BBgB*BWTBN4CFB[>BB?ˎج:<BEB)BWBNwZBBTBB?˾T:mBBB2BAC,CWACCA? : aBB}BEBCs CbMCC? \: aBBB6fB}D{7CC\C/6?9d: aB}KBBBDC'DD M?fo: aBzSBT1BSBCSCϳCC6?̔6: aBxB.BBTC|CEDD :?̾1I:BwCBBzCB5ED$~vCD[[D6?IaX9Q) BS!BTBb(BveB(8BC#NBhBak?RN9Ř BQCBUDBaBIBvB)AJBCBBץ?zN`9 BASB"vB.oB=ABeB BS\|B?ˎج:< B 3BB"B.7jB>SA͞B TbBUIB(I B$ACB?̬9r BHHBCABccB}B;B$A BX?G'9ܻ BKBU BU(B_BvTBuGBB$Bo?RN9Ř BKBTBS=-B^CBtBvx.BBBq?|M9 BawB" B"zB+ B 3B!B\B$r?ˎج:< B"B"+B"B+sB!uB -B: Q B-B5:B6B@BKVBPHB(7^BOU? : a B-N;B4fB6&B@BJZBP\B(axBN? \: a B-aB4B6%B@yBI.BPB(MBN_?9d: a B,B3ZB5B?oBIBN(B'BN"_?fo: a B,rB3B5,B?eBHE BNuB&̉BL|N?̒c\X:d  B+B3.B4FB>BIBMB' FBM2?e:xH B uB' B'B1fB-B-BB1>E?B]XX:WkU BoB!nB%B,IA0AiAB|?UUI9 BB!o)B%T`B,kALAADB2?{:KHp B'MB*YB0HB6BIBB*%B>?ˑ: B B'B*IB0nB6BB '&BDBB>?9& B'B+SB0cB78B Bi^BBBMX?x?P8 B DB"[ B&[B,AAXAhB$?̑r6: a BwB"B'92B,ݟAAsAXB&3?̬h9 BB"B'v{B,ABUB\TB@BK|B48B?JT>09BMlB=BABOBEBBYB:B^m?RN9ŘBPB?/wBCcJBPBCrBXPB:8B`?{e9BB BBBA{0B tB^BU?ˎج:<BiB *WBBrA'B;ABW?˾ax:BPB?BBBO}B>BVB:}pBa? : aBOB?BBBPB?TBVB7B_? \: aBOB=BA`BNB>~BU,nB7B_;?9d: aBN\B=B?BN=PB=taBTB7B[?fo: aBM2.B;B?bBLOB;˪BRU_B6vB\?̔6: aBLGB;cB=BLCB;#BRB4BZ?̰9BKB:EB>d6BKB:BQB5BZ ^?7:uB!3ZBB&B$BqwB'IdBB0J?D(:3BTBYrBc`BfBd?|,: aB]BbqBooBpBhB\/ZBNMB>?̓(D7.E B\nB`9Bn Bq{BkȔBalBOiBE?̺`9 BwB|B|;BaBrBBiwB^0?:& Bz1B$BBBȧBBfB]{XTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 484 / NAXIS2 = 62 / 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 = 'RDV55 ' / Proposal code RDATE = '2006-02-02' / 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= 8.40599000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / NO_TONES= 2 / NO_POL = 1 / TABREV = 2 / END ?˄:> 6wDbAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<<<-Pޠ <; <̌/ #"& APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<_<ļcn~<;sw<<;zjB< <H #k¿_APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<< ͳ*,< ;xӸy~< $ !xAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<0h< r/ļ.< ;[xZ<< ;|sQkY<(<< <;;N<¶q;;<};~o7Uk7<3 $KsAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<<"9<}; z.<<9;|+J"<<O< <0;O@a<^]\;_ $yfAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<<"ΒK{}<&;p{y<<;wռmdXOnAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ'<"<<8ܼ3s@<3W<蝮 3eAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬwھ<;Ls< g]47.^BAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬv < ;Omh<Fz _9ؖ-APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬx<N;řw<M ]C;f>ěAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬy<;hA<u_$<|BCAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬz\<;$3KI<{ڼ_<ĭ<JpQÖ;c1 ?:b=gzFAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<%$|<;@fq<-s<_ T@;D/<`3:+ 2APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gA߲ᷬ3-Gd4T">uﺊ"2l<6 y4qAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ廭L ;33:5~,g\fzH[̼)`:I<_ <$:cv<1-h<.[^z<.tNwѼ'lWQ):ü6%Y(Ĺ 8"APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬԐ}ESh:.AU5;8V#ԅ ܦ#APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ}Ǽ :M/J4(Li~js<7<:s <3F< S_i<5jD$Xrf97Y^<HB;ڵ?q|:b>  APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ% (q~ż!:Yi2^< T6<=!<:su<<PͼaYX<.f=KX9L S OrR<|6d;ܬ?̦,:b> 9xAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ䄼h.`㝼& :*4TG R.zJ k<.Ϳ<g:c< <ŻIaQ<,ʺOrǼX139ɘTP<2y;.?ʼd9 a> 7o7VAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬzLVFaڼ$:}ʼ4nkwּ1R弝<];:C<Ƌ;cһLPb<;KμkDY:SŻ>校0;Ի7ar;?ˊ;:r =tAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬw<4ƻ +:;?zu:b =9,&:;?qŨ<:b = 3APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<%LQo:<<[ <þAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<帶EJ꼋HY@j;8x ԵAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<#.9mkRj RdbY;<鼶uOļ*Tp[APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬtAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ֎I.APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ=APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ*APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ@tfAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ+\ APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬAE\APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ i$1KXAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ#íAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ(H2APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ&gAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<%yZ׼!)HAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬQb APAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬ<ڼ= YGTAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬO 6GX<:,dJ5F")<<;+igtX<:@<<;|<_\:`<;R3 ^xzAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬh0<:c#߼`30ɼY zVAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬXj(  uAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬrLS,溎 RWyAPAUZAWAB_BbBxBBSAAଥpATxAAAᑇ/A#gAᷬo]%<-.:q1 1bU<<;i.TffDPE? @^ qC?qADDPT@pC?˯fffDt;3@CT?qDt=L>I+Cg?˯@ffDJ~%?CY?q@DJ?陚?3~C#?˯ @ffDG @K&B?q @DG@47MB?˯ @ffD#љ?CRCg?q @D#fff?Cg?˯ ?ٙDtff>C%?q ?ٙDt򠿦ff>uIB?˯ AD\P@@CRC?q AD\S#@j/C?˯@333D>̋<ѪC?q@&ffD><ѪC?˯AD}A@nB?qAřD}A@ N)C8XTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 588 / NAXIS2 = 10 / PCOUNT = 0 / GCOUNT = 1 / TFIELDS = 11 / EXTNAME = 'GAIN_CURVE' / EXTVER = 1 / TTYPE1 = 'ANTENNA_NO' / antenna id from array geom. tbl TFORM1 = '1J ' / TUNIT1 = ' ' / TTYPE2 = 'ARRAY ' / ???? 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 = 'RDV55 ' / Proposal code RDATE = '2006-02-02' / 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= 8.40599000000000000E+09 / Frequency reference CHAN_BW = 1.25000000000000000E+05 / Channel bandwidth REF_PIXL= 6.25000000000000000E-01 / NO_POL = 1 / NO_TABS = 6 / TABREV = 1 / END ????????========????????=F=F=F=F=u=u=u=u????????=`=`=`=`=y#=y#=y#=y#????????=v=v=v=v==== ????????=`=`=`=`={={={={ ????????=;d=;d=;d=;d=1=1=1=1 ????????=G=G=G=G=9X=9X=9X=9X ????????=====T=T=T=T????????=====^5=^5=^5=^5????????=;d=;d=;d=;d= = = =