SIMPLE = T / DATA IS IN FITS FORMAT BITPIX = 16 / 16 BITS TWOS COMPLEMENT INTEGERS NAXIS = 2 / NUMBER OF AXIS NAXIS1 = 40 / PIXELS ON 1st MOST VARYING AXIS NAXIS2 = 40 / PIXELS ON 2nd MOST VARYING AXIS DATAMIN = 3236 / MIN DATA VALUE IN FILE DATAMAX = 24525 / MAX DATA VALUE IN FILE DATAMEAN= 18015 / MEAN DATA VALUE IN FILE ASEC_PIX= 0.30 / PLATE SCALE in arcseconds/pixel DIVISOR = 5 / Normalization value ORIGIN = 'Institute for Astronomy' TELESCOP= 'NASA IRTF' INSTRUME= 'NSFCAM, The Superhero Camera' OBSERVER= 'rathbun, johnson, golish' OBJECT = 'gamma cnc' COMMENT = '.' IRAFNAME= 'data0026.b' BEAM = 'B' / Object(A) or sky(B) TIME_OBS= '04:01:57.968104' / UT TIME OF ACQISTION ('hh:mm:ss.ss') DATE_OBS= '2003-01-09' / UT DATE OF ACQUISITION ('yyyy-mm-dd') ITIME = 0.0200 / INTEGRATION TIME IN SECONDS CO_ADDS = 5 / NUMBER OF INTEGRATIONS OBSMODE = 2 / obsmode is Pair(AB) CYCLES = 10 / Number of cycles TOTALSH = 10 / Shift&Adds parameter SHIFTADD= 1 / Number of Actual Shift&Adds in image NUMARRAY= 1 / Number of Sub Arrays CAMMODE = Basic / Camera Mode ARRAY1 = 104,104,40,40 / x,y,wid,hgt of data array SP_BINS = 38000,1000,C / ShiftAdd Peak,Binlen,Method NDR = 1 / NonDestructive Reads CVF_WHEL= 6 / Name: Open Pos: 31916 FIL_WHEL= 5 / Name: L'_MK 3.774 Pos: 1540 CVFWLEN = 2.2000 / CVF Wavelength FLTZP = 20.5 / Filter Zero Point LEN = 1 / Name: 0.300 Pos: 2056 DIT = 0 / Name: Open Pos: 3750 PPLATE = 8.00 / P plate's Angel. Pos: 400 CBMODE = 1 / 0=ARC_S,1=ARC_D,2=PRC,3=CDS FRM_RATE= 6.00 / In msec. Fastmode=Off SlowCnt=1 NDR=1 RESET_MS= 1000 / Idle Resets in mseconds LSTEMP1 = 30.10 / LakeShore Temp. Sensor 1 - Array SITEMP1 = 3.20 / Sci. Inst. Temp Sensor 1 - Spare SITEMP2 = 53.20 / Sci. Inst. Temp Sensor 2 - Coldbox TPD = ' 08:43:17.70 21:29:07.1 -01 RA = 08:43:17.70 / Right Ascension DEC = 21:29:07.1 / Declination HA = -01:45:52.30 / Hour Angle AIRMASS = 1.102 / Air Mass EPOCH = 2000.0 / Epoch EXT_COF = 0.093 / Extinction coefficient VDDUC = -3.700 / Programmable voltage VVDUC VDET = -3.100 / Programmable voltage VDET END DE%DDaCDFEEHGsEF DG"H=IIHxJJK|JJzIHHjFF`GH\IGFkGHI FkGI\JDDKDDDvEEEFEEF!EFHAIIsIII!IfIHRHGeGFFsGFFFGGGFGGHI E?EDFEE?E,EE%FFFGHHGII*I+H H GHGIpHGH8G,GHEFH2HUHxHJUGEFDFQEEGITEEGGEEFF2GFG@EFGNJ*KzKGEEsEDEFF"DxDFFEnF;FG EHFFHJH-G}FHJG5GFGZFEHEEEFH"HHGGEFQFVDECE+D$DDFFOEEFFG_HJkHGGGG_GGFIdFGEDuFEFF.E/DEEHDDE#D DlC?E+E DCEdEEzEGGHJIGFFFHFFGyHChDEDDE%EElDDD C[DyCDIDDDDDD}DKDEsGHGF4HFHNG G^GBHLHzG^GBGlIsECDCBCCD=ECmCCC4BCBCCZCUDIDFFGGG-FPEGKGIGHF;G-EHF;GYH[CCeDEeFD2D!CDBwCBCBBDB]C&DCEE3E DDDEGEDFIDI#JBFWFEGHNFEF^GCBC(EyEYBApC/CCBCBBYC-DjFoDDCqDDYCLDGOEwG$II I[HGHGGFHGFGCKBABBBpABJ@@sADBDpEEaDEdCCCCDSE?FGjCDjEGIJQH!DCGFDCH7I#BB}BCA@@B@ABCEDCDD[CBCDED-DFNE]CEFGYF&FGFFFoGFFGHCBApAA_@CDDD7CfCBiCaDClDDADCB_BC?F_F#FFE-EG!HHGG0G\FGG0GIBA @BeDCDdCKB:ABBABDEDDkBBHC_DnDCDD$FE7EG$HGG EFVGG EGPHCD.DiEDC#C0BEEEFtHFFFGvFGH HHGH-IJGH-JJCABEC-CCYBBC BABBBDWDEuF5F GAFFEFG&FFlFEFGJGIHJIIHJJBCD)DCOBtBABB:ABHBDD/EbEFFFxFhEFFXGETEFFH7HHH HHHH HIJEwDDCCA1AACCC