XTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 128 / NAXIS2 = 106 / 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 >^ >^Subreflector error>^ >^Source change in progress>^ >^Antenna off source>dKT>dRSubreflector error>dKT>dUSource change in progress>dKT>djAntenna off source>i>i Subreflector error>i>iSource change in progress>i>iAntenna off source>^ >^Subreflector error>^ >^}Source change in progress>^ >^Antenna off source>dKT>dRSubreflector error>dKT>dUSource change in progress>dKT>djAntenna off source>iC>iSubreflector error>iC>iSource change in progress>iC>iAntenna off source>^ >^Subreflector error>^ >^}Source change in progress>^ >^Antenna off source>dK1>dRSubreflector error>dK1>dUSource change in progress>dK1>ddAntenna off source>g>gCSynthesizer 2 unlocked>iC>iSubreflector error>iC>iSource change in progress>iC>iAntenna off source>^ >^Subreflector error>^ >^Source change in progress>^ >^Antenna off source>dK1>dRSubreflector error>dK1>dUSource change in progress>dK1>djAntenna off source>iC>i Subreflector error>iC>iSource change in progress>iC>iAntenna off source>^ >^Subreflector error>^ >^}Source change in progress>^ >^Antenna off source>^>^7Synthesizer 2 unlocked>dKT>dRSubreflector error>dKT>dXSource change in progress>dKT>djAntenna off source>iC>iSubreflector error>iC>iSource change in progress>iC>iAntenna off source>^ >^Subreflector error>^ >^}Source change in progress>^ >^̵Antenna off source>dKT>dRSubreflector error>dKT>dUSource change in progress>dKT>ddAntenna off source>iC>iSubreflector error>iC>iSource change in progress>iC>iAntenna off source>^ >^Subreflector error>^ >^Source change in progress>^ >^ Antenna off source>dK>dS?Subreflector error>dK>dXSource change in progress>dK>djAntenna off source>iڱ>iBBC Synth Unlocked>iڱ>i*Subreflector error>iڱ>iSource change in progress>iڱ>iAntenna off source>l#>l7_Recorder 2 not running>l'5>l7_Source change in progress>l'5>l=XRecorder 2 head posn error>^ >^Subreflector error>^ >^ÿSource change in progress>^ >^Antenna off source>dK>dS?Subreflector error>dK>dXSource change in progress>dK>daAntenna off source>iڱ>iSubreflector error>iڱ>iSource change in progress>iڱ>iAntenna off source>m%>m6<Recorder 1 not running>m)2>m6<Source change in progress>m)2>m^ >^Subreflector error >^ >^Source change in progress >^ >^Antenna off source >dKT>dRSubreflector error >dKT>dXSource change in progress >dKT>djAntenna off source >dou>d)Antenna off source >d>d|Antenna off source >iC>iSubreflector error >iC>iSource change in progress >iC>iAntenna off source >jq>jy]Antenna off source >^ >^[Subreflector error >^ >^Source change in progress >^ >^Antenna off source >dK>dSSubreflector error >dK>dXSource change in progress >dK>daAntenna off source >iڱ>i*Subreflector error >iڱ>iSource change in progress >iڱ>iAntenna off source >m>mSRecorder 2 not running >m>miRecorder 2 not running >m>mRecorder 2 head posn error >m>mSource change in progressXTENSION= '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 ?ﲗ:RBb BFAB^B3tB2m>BW)Bx:?qh: aBAA+B{B3@+B2kmBXBx?HA8: aBBH^B 3BiB3FB2BWBy ?t>@:|AB`A|BB35B2DBWBxJ\?̢"(:BBA1B!WCB3NB2&BXJBy}M?Ϳr: aBBדAUB.B3B2 BX zBxU?Bb: aBB)BB!B3MB2ZBW BxO?&:[gB,BBׇB\B3gB2BX;-BxH?Tax: B% lBeBdBOB4LlB3cBXByd?[: aBPBBB"sbB4wB3yBXBzu?ͭ K: aAyIBVABuB4SB3vBXByH?ؿH:BZBK7BBB5B4BYbWBz?ﲗ:RA&AȁAȟAFB6nB3pB4 wB8%?qh: aA.AmAȎWA$cB6[B3McB3Y"B8EY?HA8: aAJAȂkA=AqB7cB2B3]B8?t>@:|AԨA~A)ACB7$B3G B3ʆB8-W?̢"(:A9Aʺ7A9AB7)B3B4ZRB8?Ϳr: aABAxAAKB7gJB3B3PB8Q?Bb: aA]tA;AtA8B7#B3KfB4+B8?&:[gA׵ASUAɱAYB7B2B4B8_&?Tax: AtA#AIAB7gB3zB4vB9R?[: aA,\A^AAB7B4B4tB90?ͭ K: aAbA>~A˘AB7#B3B4B8D?ؿH:A٢/AA̦ALB7cB3mlB4 IB8?#T:QBBBBB9B~ΐBr=?qh: aB6]BBKJB*g-B> B:/B~kBqr?HA8: aBBBB*yQB>MB9wB~BqN?t>@:|BB$BuB)NB?SB9B~MMBqom?̡:|BFvBBmB*UB?B:@HB~RBqR?Ϳr: aB_BBu&B*JB>pB:{/B~"Bqv?r\:B3BB8B*"B>[B9B~S6Bq ?&:[gBPBWBwFB+B>B9mB~Bqwe?S8:|BIB,B9B+?B?_B:B~]Bq?[: aBuBfBB+B>B:6B~Bq?ͭ K: aBBBMB+ B?*(B:>B~rvBq|?ؿH:B[BeBtB+o1B?-B:B~wBql?#T:QBkB oB sB$)BB%BPYBI?qh: aB @B B LB$WB̑B%BPABIsB?HA8: aBB B B$`B*%B%eBPªBIZy?t>@:|B'2B LB B$0BXB%BP_BIf?̢"(:BB ٪B t B%BB&MbBPoBI?Ϳr: aBB B B%BpB&eBPsBI}?Bb: aBB lB ڞB%hBB%BPH/BI֞?&:[gBRB PB B%W)BŴB%BP'BIۏ?Tax: B }B $(B XB'xQB@B&(BPBJ-?[: aB kB :B MB'BxB&GBQBJ ?ͭ K: aB hB JB BB B*B7_?t>@:|A)BEtBT,SBBBB*-B7.?̢"(:A2BTBUBB:B~B+vB7IU?Ϳr: aA(BBTDLBBĊB^B+lB8AG?Bb: aA!,BBTB?B8BHB+B8"o?&:[gABuBUfBBFBYB+PB8B?Tax: AVBBVEBB$B jB+B8W?[: aAtB#BW%BB>B B,BWaBBBPB,zB7?:|BAB1NBB z1BJBIBBg-B=?qh: aBAcB1IB'B @:|B@T@B1ÂB*B jBJ`BI rBg-B(?̡:|BBUB2>BBBK@BJBgcBȔ?Ϳr: aBC B25hB4B BK_pBIBg$B|?Bb: aBCUB1{?B()B BJuBI@BgB\S?&:[gBB<B1B'B BJfBIBgBs?T0:[gBG,#B5JB*BBMYBL&BjB?[: aBG.qB4B B݇BMBL} Bj;B?ͭ K: aBG`B4BlBCBMMBLUBjPBr?ؿH:BEYB4׍BB[BMOhBLQBjlB?:IBB_B BgBBB+B3{?qh: aBBBBBBB+B3M*?HA8: aB;B5^BB-~BB+B+ZB3^?t>@:|BBB%B:BBeB+cB3m?̢"(:BNB5BcBBBBB,$B41?Ϳr: aB>B BbpBBuBB, B3?Bb: aBB3MBBBBB,B4 ?&:[gBRB6BB#KBBB+B4!?T0:[gB[BrB|-BBoBWB,ԇB4ݾ?̀:uBnBaBB\B|BB,NB4uc?ͭ K: aB?B8B B+BBqBB,QB4?ؿH:B\*BŏBHBsTBn3B*B,iB4? :AB|ANyB/BCB"BB(o8B ?qh: aA[A!A}B.B#B"B(/DB ,?HA8: aA;BSAB.BB>B"B(!B ?t>@:|AB!AWhB.ǝB,B"cuB'B N?̡|t:lABsAB/(BvB#iB(qB!>?Ϳr: aA^5B A1#B/rB_SB"B(uB ?Bb: aAFeB9\AB/UB{B"`B("B!(?&:[gAB$BwA%B/BB"^B(MB ?T0:[gA(B A B3luB|B#5B)B"P?[: aANBpAB2 BB$cB)>B"S?ͭz@:ARBADB2jBLQB$gB*EB" ?ؿH:A BXdAFB2NBB%T B+B#P?ﲗ:R AB>ABB~BBBBɐ?qh: a AB#ABYBfpBBB?HA8: a A룅BA퀛BBBeBBv?t>@:| ABA/nB~BjBBB?̤: AiB]Aa#BNBB1B.B?Ϳr: a ABB1B$?ͭ K: a A$B ?AѥBCB\BAB B ?ؿH: A^SB ~,A2bBBB9B4BV?ﲗ:R BauBR(BJ»B7BM0nBVBl~Bu?qh: a B`BS\BIjbB7)BM-xBV8BmBu?HA8: a Ba@BTR.BIuB7BMBVBlBup?t>@:| BbT%BTWBI&VB8oBML:BUBltBuj?̡|t:l Bc[BU&BJB9%BNwBV`BmCBw5?Ϳr: a BdBV>5BJB9BMBVBmuBw??Bb: a BdBVBJ B:ILBNBWO,BmBvk?&:[g BcBU9BJ[B9BN3TBW"BmpBw ?S8:| BffBBW<BK|B9BOGBXRBnMBx_*?[: a BeBWuBLU"B;#BOFBWBoBw?ͮ:| Bf"BX}BK B:BNEBXG6BoBw$?ؿH: Bf[@BWnqBLB:BOҎBXBnBxXTENSION= 'BINTABLE' / FITS Binary Table Extension BITPIX = 8 / NAXIS = 2 / NAXIS1 = 484 / NAXIS2 = 116 / 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 ?PZ :b> DsAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB x=̂=R&!Ⱥ0.{&<<:0_0H,T;i;;;U< D<<<{MNPٓ_We<+ l[]6<AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBս y=E=:Dȼ=7{_H<n<#ּ/ü_fq "%;r$J;c;L;ӛr<c<]< AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBa1 =u=.xk弚{S)ke<<Pt0n^5B0;S';`;;Ӌ^< NA7AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB =|=ؼ|"9,<<yd-^ӼI&H3:`;@3;`;Ӏ<<<|x dbAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBB W=^=J %ۼbz.fj"<~ <00V_K伙Vco;c;[;;<< 5AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBƽ &= =Pe zw~(<</^>󼑀~;P/;;;ҥ!<ܮ<@  oAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBCM ?Z=Z=81Vռryl<e<CW0L*^( P~;;;~;ԯ(<<< fϩAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB = w=m'X񏼑3y<ѧ<1<_svV;Φ;﷌;;X < uAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBJ.=$W=ºqMռxMr<<'.槼^o센_;r;G;/;<<6 ԷTAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB_=@=-ҼNnyMy?4<p3<k.6]ā~U;;$;k; >AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBuF8a==q-&  xJNݽl'<(<"/^мO;=;p-;K;ү Ĭ(AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBB==.as>0w')2<:<mļ11_~ԼмY;;;&;<<J<<ʼ@Wkw3 <x=*sAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB'AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB}AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB(uAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB־AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB`\=AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBU9#I<1<?:b>AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB ZGAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB .<Ƒ;M :<;>d5G_<5|28AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB{B_AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBwAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBww tqAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB~<<+- 3눼<5u?T:b=3Ӆ8dAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;=}f<,ۘ;im`;zbV<u`(;YV켇a<$JD;Ss<&<o<c<=\<<<րN##&Ss\q WH?-$:b=`VAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBѼ=_4q<,ϔ;K;xނ<ӂv$;l{<$W߻I;2vTن1b)0<,;sỮ=;w_<üu;nqx#,<$ ;.ռTPlr׼<&?z;cT}W%<:<Zm{5<,P;C@;w<u;󔆹7]@5<%Q;hkT *A<-g;eb#;oV C&AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBf9n $\AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB9x ^LAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB9Ox~=kͼWHH$};<ɭO &nAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB9 Am ت߰AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB9~ 끢AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBp9{e F_AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB9a- ؤ7AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB$9wVx Z^=AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB9HA ͯnAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBr9,q װpAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB9wnS 7ưAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB>7t;V;|ü0ẨUkv!<;3;S<>żيB5 M<<?̪!X:b=遡-AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB MM~ "<a;m;N^C);N;E %~!<;c;P<Α}<ҏ?6k9r=l`AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB L'B Lc!7<;;MsZbAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;0ȼ <#wR;{9s'4'AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;ॼ(<#;mz=<̛e)`z, KG@ +<<2<@s=|KAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;&t<"Hјi;̭>{p<̤'5ܓܼsGt QYAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;＾񼹖<#ټp;˿z[rk AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;8мoݩ{<˄'V|`+WkO<xRr^99AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;-ѼZr0(AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;Qgo{lڻ{W?69r>r0;/AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;[ؼ𲼹w}<""o*;@|P<ˢ¼&8Z.ӂP=ow'AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;輺N{<\;e{ <';&BJslzRX<ջ3p|AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;O<缸< #;òzap! LRAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;^z<¼X;ɒ{<>$څRBL<ۻvfp1Z]AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB;E̼<8^;v|W?<]'3ɼwTѼL|t:SAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBtz7);Թ-G_u:9<8F<3ho?|:=AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBvS9C;X2߼L:7<9I<0j-<6|>WAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBv|ּ8;wȹ@ M:G<7<Sg|%)AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBvT8NB;}zOAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBtf/6n;ӋV> 3:8<7<m<}no+AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBue7B;~f)1C:<7 <\p<ٝ}[,qAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBuJU6*;T"PS:1<6<pon<&3}GpAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBq]5;蒸nݼ:<4<3k|9g AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBs,5ô;R-ͼBƼ^K:Ei<6Uf<Up<|AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBs.Y6A;D;:<6?<Atu<|p>XAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBt₼7C;Y_RI^:x<5i<u1лÄ|Q ~QAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBs8604;64,bƇc :)<6<8s<֣?Y,:b>P[罛rAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBp<<$/OAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBM_AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBMcAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBN.AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBN qOrAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBNQAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB[4<d Z<ڎTK&$AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB+<%¾<1L2<~ożo;K:}<>c[Kn<¼؄8 <?͑:b>V AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBWyP AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<}<go< \>Jk2WlAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<[ CHAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<<V<9 RAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<_~ .AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<20@O,8<߮<;h|+ -3ʃhAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<+Z=ׂ<Y<;廷 ܹ ՚`_AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB^}>"M<v<:Fhb ]ΒցAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<]<:껴 M#AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<+ʻ?R$<<:P@ļ=> !OAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB<[ s'AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB2~> D}AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB :gAA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBB< 'AA஍ATxA(AAowA#gAṕAPAVNAWAB_BbBBB?3@ffDQp?C?q,Ds.f=?CZ?3,Ds*o>߆C4?qA>ffDK+33BT?3A>ffDK(ffC?q@ DI]P^ff@ A?3?ٙDI]qk33?{v@?q333D!@DTC?39D!@C?qffDu?C?333Du?QC?qA.ffD\?XC?3A)D\ff@2ѪB?q >LD@?C?3 >D@?ѪC?q AffD~A?эC?3 AřD~A@TXBXTENSION= '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 = '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