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Diffstat (limited to 'ast/ast_tester/regression.out')
| -rw-r--r-- | ast/ast_tester/regression.out | 7630 |
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diff --git a/ast/ast_tester/regression.out b/ast/ast_tester/regression.out deleted file mode 100644 index 7fcaa9c..0000000 --- a/ast/ast_tester/regression.out +++ /dev/null @@ -1,7630 +0,0 @@ - Begin FitsChan # I/O channels to FITS files - Card = 1 # Index of current card -# Encod = "NATIVE" # Encoding system -# FitsDg = 15 # No. of digits for floating point values -# DfB1950 = 1 # Default to FK4 B1950 -# CdMat = 0 # Use PC matrix -# CarLin = 0 # Use full FITS-WCS CAR projections -# Iwc = 0 # Do not include an IWC Frame -# Warn = "Tnx Zpx BadCel BadMat BadCTYPE" # Warnings to be reported - Nm1 = "NAXIS" # FITS keyword name - Ty1 = "integer" # FITS keyword data type - Dt1 = 1 # FITS keyword value - Nm2 = "NAXIS1" # FITS keyword name - Ty2 = "integer" # FITS keyword data type - Dt2 = 100 # FITS keyword value - Nm3 = "CTYPE1" # FITS keyword name - Ty3 = "string" # FITS keyword data type - Dt3 = "fred" # FITS keyword value - Nm4 = "CDELT1" # FITS keyword name - Ty4 = "floating point" # FITS keyword data type - Dt4 = 0 # FITS keyword value - Nm5 = "CRPIX1" # FITS keyword name - Ty5 = "integer" # FITS keyword data type - Dt5 = 50 # FITS keyword value - Nm6 = "CUNIT1" # FITS keyword name - Ty6 = "string" # FITS keyword data type - Dt6 = "GHz" # FITS keyword value - Nm7 = " " # FITS keyword name - Ty7 = "comment" # FITS keyword data type - End FitsChan - Begin FrameSet # Set of inter-related coordinate systems -# Title = "IAU (1958) galactic coordinates; zenithal equal area projection" # Title of coordinate system -# Naxes = 2 # Number of coordinate axes -# Domain = "SKY" # Coordinate system domain -# Epoch = 1950 # Besselian epoch of observation -# Lbl1 = "Galactic longitude" # Label for axis 1 -# Lbl2 = "Galactic latitude" # Label for axis 2 -# System = "GALACTIC" # Coordinate system type -# Uni1 = "degrees" # Units for axis 1 -# Uni2 = "degrees" # Units for axis 2 -# Bot2 = -1.5707963267949 # Lowest legal axis value -# Top2 = 1.5707963267949 # Highest legal axis value - IsA Frame # Coordinate system description - Nframe = 2 # Number of Frames in FrameSet - Base = 1 # Index of base Frame - Currnt = 2 # Index of current Frame - Lnk2 = 1 # Node 2 is derived from node 1 - Frm1 = # Frame number 1 - Begin Frame # Coordinate system description - Title = "Pixel Coordinates" # Title of coordinate system - Naxes = 2 # Number of coordinate axes - Domain = "GRID" # Coordinate system domain -# Lbl1 = "Pixel axis 1" # Label for axis 1 -# Lbl2 = "Pixel axis 2" # Label for axis 2 - Ax1 = # Axis number 1 - Begin Axis # Coordinate axis - Label = "Pixel axis 1" # Axis Label - End Axis - Ax2 = # Axis number 2 - Begin Axis # Coordinate axis - Label = "Pixel axis 2" # Axis Label - End Axis - End Frame - Frm2 = # Frame number 2 - Begin SkyFrame # Description of celestial coordinate system - Ident = " " # Permanent Object identification string - IsA Object # AST Object -# Title = "IAU (1958) galactic coordinates; zenithal equal area projection" # Title of coordinate system - Naxes = 2 # Number of coordinate axes -# Domain = "SKY" # Coordinate system domain - Epoch = 1950 # Besselian epoch of observation -# Lbl1 = "Galactic longitude" # Label for axis 1 -# Lbl2 = "Galactic latitude" # Label for axis 2 - System = "GALACTIC" # Coordinate system type -# Uni1 = "degrees" # Units for axis 1 -# Uni2 = "degrees" # Units for axis 2 -# Bot2 = -1.5707963267949 # Lowest legal axis value -# Top2 = 1.5707963267949 # Highest legal axis value - Ax1 = # Axis number 1 - Begin SkyAxis # Celestial coordinate axis - End SkyAxis - Ax2 = # Axis number 2 - Begin SkyAxis # Celestial coordinate axis - End SkyAxis - IsA Frame # Coordinate system description - Proj = "zenithal equal area" # Description of sky projection - SRefIs = "Ignored" # Not rotated (ref. pos. is ignored) - SRef1 = -2.61046557479594 # Ref. pos. l -149.5687 - SRef2 = -0.344845661720836 # Ref. pos. b -19.7582 - End SkyFrame - Map2 = # Mapping between nodes 1 and 2 - Begin CmpMap # Compound Mapping - Nin = 2 # Number of input coordinates - IsSimp = 1 # Mapping has been simplified - IsA Mapping # Mapping between coordinate systems - MapA = # First component Mapping - Begin WinMap # Map one window on to another - Nin = 2 # Number of input coordinates - Invert = 0 # Mapping not inverted - IsA Mapping # Mapping between coordinate systems - Sft1 = -150.5 # Shift for axis 1 - Sft2 = -150.5 # Shift for axis 2 - End WinMap - MapB = # Second component Mapping - Begin CmpMap # Compound Mapping - Nin = 2 # Number of input coordinates - IsA Mapping # Mapping between coordinate systems - MapA = # First component Mapping - Begin MatrixMap # Matrix transformation - Nin = 2 # Number of input coordinates - Invert = 0 # Mapping not inverted - IsA Mapping # Mapping between coordinate systems - M0 = -0.020943951023932 # Forward matrix value - M1 = 0.020943951023932 # Forward matrix value - Form = "Diagonal" # Matrix storage form - End MatrixMap - MapB = # Second component Mapping - Begin CmpMap # Compound Mapping - Nin = 2 # Number of input coordinates - IsA Mapping # Mapping between coordinate systems - InvA = 1 # First Mapping used in inverse direction - MapA = # First component Mapping - Begin WcsMap # FITS-WCS sky projection - Nin = 2 # Number of input coordinates - Invert = 1 # Mapping inverted - IsA Mapping # Mapping between coordinate systems - Type = "ZEA" # Zenithal equal area projection - End WcsMap - MapB = # Second component Mapping - Begin CmpMap # Compound Mapping - Nin = 2 # Number of input coordinates - IsA Mapping # Mapping between coordinate systems - InvA = 1 # First Mapping used in inverse direction - MapA = # First component Mapping - Begin SphMap # Cartesian to Spherical mapping - Nin = 3 # Number of input coordinates - Nout = 2 # Number of output coordinates - Invert = 1 # Mapping inverted - IsA Mapping # Mapping between coordinate systems - UntRd = 1 # All input vectors have unit length - PlrLg = 0 # Polar longitude (rad.s) - End SphMap - MapB = # Second component Mapping - Begin CmpMap # Compound Mapping - Nin = 3 # Number of input coordinates - Nout = 2 # Number of output coordinates - IsA Mapping # Mapping between coordinate systems - MapA = # First component Mapping - Begin MatrixMap # Matrix transformation - Nin = 3 # Number of input coordinates - Invert = 0 # Mapping not inverted - IsA Mapping # Mapping between coordinate systems - M0 = 0.291480364581799 # Forward matrix value - M1 = 0.506505471460186 # AST version 4.3- 0 -PutCards Ncards = 7 -PutCards Card = 1 -PutCards Card = 8 -PutCards Ncards = 7 -PutCards Card = 1 - - - - - FITS test number 1 - ==================== - - - -AST_SHOW: - -REG_SINK: -SIMPLE = T / Written by IDL: 30-Jul-1997 05:35:42.00 -BITPIX = -32 / Bits per pixel. -NAXIS = 2 / Number of dimensions -NAXIS1 = 300 / Length of x axis. -NAXIS2 = 300 / Length of y axis. -COMMENT -COMMENT This file was produced by the SkyView survey analysis system from -COMMENT available astronomical surveys. The data are formatted -COMMENT as a simple two-dimensional FITS image with the same units as -COMMENT the orginal survey. A single ASCII table extension may be present -COMMENT which describes catalog objects found within the field of view. -COMMENT Copies of relevant copyright notices are included in this file. -COMMENT -COMMENT Questions should be directed to: -COMMENT -COMMENT scollick@skyview.gsfc.nasa.gov -COMMENT or -COMMENT mcglynn@grossc.gsfc.nasa.gov -COMMENT -COMMENT SkyView -COMMENT Code 668.1 -COMMENT Goddard Space Flight Center, Greenbelt, MD 20771 -COMMENT 301-286-7780 -COMMENT -COMMENT SkyView is supported by NASA ADP grant NAS 5-32068. -COMMENT -SURVEY = 'COBE DIRBE' -BUNITS = 'MJy/sr ' -ORIGIN = 'CDAC ' / Cosmology Data Analysis Center -TELESCOP= 'COBE ' / COsmic Background Explorer satellite -INSTRUME= 'DIRBE ' / COBE instrument [DIRBE, DMR, FIRAS] -PIXRESOL= 9 / Quad tree pixel resolution [6, 9] -DATE = '27/09/94' / FITS file creation date (dd/mm/yy) -DATE-MAP= '16/09/94' / Date of original file creation (dd/mm/yy) -COMMENT COBE specific keywords -DATE-BEG= '08/12/89' / date of initial data represented (dd/mm/yy) -DATE-END= '25/09/90' / date of final data represented (dd/mm/yy) -COMMENT -COMMENT THE COBE DIRBE map is a combination of the original ten -COMMENT band passes with the following wavelengths: -COMMENT Band 1 - 1.25 microns -COMMENT Band 2 - 2.2 microns -COMMENT Band 3 - 3.5 microns -COMMENT Band 4 - 4.9 microns -COMMENT Band 5 - 12 microns -COMMENT Band 6 - 25 microns -COMMENT Band 7 - 60 microns -COMMENT Band 8 - 100 microns -COMMENT Band 9 - 140 microns -COMMENT Band 10 - 240 microns -COMMENT - -Objects written: 1 - -Native Encoding: - -COMMENT AST ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ AST -COMMENT AST WCS information in AST format AST -COMMENT AST See http://www.starlink.ac.uk/ast/ AST -COMMENT AST Beginning of AST data for FrameSet object AST -COMMENT AST ................................................................ AST -BEGAST_A= 'FrameSet' / Set of inter-related coordinate systems -NFRAME_A= 2 / Number of Frames in FrameSet -BASE_A = 1 / Index of base Frame -CURRNT_A= 2 / Index of current Frame -LNK2_A = 1 / Node 2 is derived from node 1 -FRM1_A = ' ' / Frame number 1 -BEGAST_B= 'Frame ' / Coordinate system description -TITLE_A = 'Pixel Coordinates' / Title of coordinate system -NAXES_A = 2 / Number of coordinate axes -DOMAIN_A= 'GRID ' / Coordinate system domain -AX1_A = ' ' / Axis number 1 -BEGAST_C= 'Axis ' / Coordinate axis -LABEL_A = 'Pixel axis 1' / Axis Label -ENDAST_A= 'Axis ' / End of object definition -AX2_A = ' ' / Axis number 2 -BEGAST_D= 'Axis ' / Coordinate axis -LABEL_B = 'Pixel axis 2' / Axis Label -ENDAST_B= 'Axis ' / End of object definition -ENDAST_C= 'Frame ' / End of object definition -FRM2_A = ' ' / Frame number 2 -BEGAST_E= 'SkyFrame' / Description of celestial coordinate system -IDENT_A = '" " ' / Permanent Object identification string -ISA_A = 'Object ' / AST Object -NAXES_B = 2 / Number of coordinate axes -EPOCH_A = 1950.0 / Besselian epoch of observation -SYSTEM_A= 'GALACTIC' / Coordinate system type -AX1_B = ' ' / Axis number 1 -BEGAST_F= 'SkyAxis ' / Celestial coordinate axis -ENDAST_D= 'SkyAxis ' / End of object definition -AX2_B = ' ' / Axis number 2 -BEGAST_G= 'SkyAxis ' / Celestial coordinate axis -ENDAST_E= 'SkyAxis ' / End of object definition -ISA_B = 'Frame ' / Coordinate system description -PROJ_A = 'zenithal equal area'/ Description of sky projection -SREFIS_A= 'Ignored ' / Not rotated (ref. pos. is ignored) -SREF1_A = -2.61046557479594 / Ref. pos. l -149.5687 -SREF2_A = -0.344845661720836 / Ref. pos. b -19.7582 -ENDAST_F= 'SkyFrame' / End of object definition -MAP2_A = ' ' / Mapping between nodes 1 and 2 -BEGAST_H= 'CmpMap ' / Compound Mapping -NIN_A = 2 / Number of input coordinates -ISSIMP_A= 1 / Mapping has been simplified -ISA_C = 'Mapping ' / Mapping between coordinate systems -MAPA_A = ' ' / First component Mapping -BEGAST_I= 'WinMap ' / Map one window on to another -NIN_B = 2 / Number of input coordinates -INVERT_A= 0 / Mapping not inverted -ISA_D = 'Mapping ' / Mapping between coordinate systems -SFT1_A = -150.5 / Shift for axis 1 -SFT2_A = -150.5 / Shift for axis 2 -ENDAST_G= 'WinMap ' / End of object definition -MAPB_A = ' ' / Second component Mapping -BEGAST_J= 'CmpMap ' / Compound Mapping -NIN_C = 2 / Number of input coordinates -ISA_E = 'Mapping ' / Mapping between coordinate systems -MAPA_B = ' ' / First component Mapping -BEGAST_K= 'MatrixMap' / Matrix transformation -NIN_D = 2 / Number of input coordinates -INVERT_B= 0 / Mapping not inverted -ISA_F = 'Mapping ' / Mapping between coordinate systems -M0_A = -0.020943951023932 / Forward matrix value -M1_A = 0.020943951023932 / Forward matrix value -FORM_A = 'Diagonal' / Matrix storage form -ENDAST_H= 'MatrixMap' / End of object definition -MAPB_B = ' ' / Second component Mapping -BEGAST_L= 'CmpMap ' / Compound Mapping -NIN_E = 2 / Number of input coordinates -ISA_G = 'Mapping ' / Mapping between coordinate systems -INVA_A = 1 / First Mapping used in inverse direction -MAPA_C = ' ' / First component Mapping -BEGAST_M= 'WcsMap ' / FITS-WCS sky projection -NIN_F = 2 / Number of input coordinates -INVERT_C= 1 / Mapping inverted -ISA_H = 'Mapping ' / Mapping between coordinate systems -TYPE_A = 'ZEA ' / Zenithal equal area projection -ENDAST_I= 'WcsMap ' / End of object definition -MAPB_C = ' ' / Second component Mapping -BEGAST_N= 'CmpMap ' / Compound Mapping -NIN_G = 2 / Number of input coordinates -ISA_I = 'Mapping ' / Mapping between coordinate systems -INVA_B = 1 / First Mapping used in inverse direction -MAPA_D = ' ' / First component Mapping -BEGAST_O= 'SphMap ' / Cartesian to Spherical mapping -NIN_H = 3 / Number of input coordinates -NOUT_A = 2 / Number of output coordinates -INVERT_D= 1 / Mapping inverted -ISA_J = 'Mapping ' / Mapping between coordinate systems -UNTRD_A = 1 / All input vectors have unit length -PLRLG_A = 0.0 / Polar longitude (rad.s) -ENDAST_J= 'SphMap ' / End of object definition -MAPB_D = ' ' / Second component Mapping -BEGAST_P= 'CmpMap ' / Compound Mapping -NIN_I = 3 / Number of input coordinates -NOUT_B = 2 / Number of output coordinates -ISA_K = 'Mapping ' / Mapping between coordinate systems -MAPA_E = ' ' / First component Mapping -BEGAST_Q= 'MatrixMap' / Matrix transformation -NIN_J = 3 / Number of input coordinates -INVERT_E= 0 / Mapping not inverted -ISA_L = 'Mapping ' / Mapping between coordinate systems -M0_B = 0.291480364581799 / Forward matrix value -M1_B = 0.506505471460186 / Forward matrix value -M2_A = -0.811474832908671 / Forward matrix value -M3_A = 0.171224898552328 / Forward matrix value -M4_A = -0.862236746712233 / Forward matrix value -M5_A = -0.476686298035564 / Forward matrix value -M6_A = -0.941127638091139 / Forward matrix value -M7_A = 0.0 / Forward matrix value -M8_A = -0.338051429254475 / Forward matrix value -FORM_B = 'Full ' / Matrix storage form -ENDAST_K= 'MatrixMap' / End of object definition -MAPB_E = ' ' / Second component Mapping -BEGAST_R= 'SphMap ' / Cartesian to Spherical mapping -NIN_K = 3 / Number of input coordinates -NOUT_C = 2 / Number of output coordinates -INVERT_F= 0 / Mapping not inverted -ISA_M = 'Mapping ' / Mapping between coordinate systems -UNTRD_B = 1 / All input vectors have unit length -PLRLG_B = -2.61046557479594 / Polar longitude (rad.s) -ENDAST_L= 'SphMap ' / End of object definition -ENDAST_M= 'CmpMap ' / End of object definition -ENDAST_N= 'CmpMap ' / End of object definition -ENDAST_O= 'CmpMap ' / End of object definition -ENDAST_P= 'CmpMap ' / End of object definition -ENDAST_Q= 'CmpMap ' / End of object definition -ENDAST_R= 'FrameSet' / End of object definition -COMMENT AST ................................................................ 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BC .000 1.00 - - - - - FITS test number 3 - ==================== - - - -AST_SHOW: - -REG_SINK: -SIMPLE = T / file does conform to FITS standard -BITPIX = 16 / number of bits per data pixel -NAXIS = 2 / number of data axes -NAXIS1 = 1787 / length of data axis 1 -NAXIS2 = 447 / length of data axis 2 -EXTEND = T / FITS dataset may contain extensions -COMMENT FITS (Flexible Image Transport System) format defined in Astronomy and -COMMENT Astrophysics Supplement Series v44/p363, v44/p371, v73/p359, v73/p365. -COMMENT Contact the NASA Science Office of Standards and Technology for the -COMMENT FITS Definition document #100 and other FITS information. -PLATENUM= '3665 ' / Plate number -EMULSION= 'IIIaJ ' / Kodak emulsion type -FILTER = 'GG395 ' / Schott glass filter type -PLTSCALE= '67.14 ' / [arcsec/mm] plate scale -FIELDNUM= '1 ' / Sky survey field number -TELESCOP= 'UKST ' / Telescope on which the plate was taken -TELETYPE= 'SCHM ' / Type of telescope -SITELAT = -0.5458410576565 / [radians] latitude of telescope -SITELONG= 2.601766194458 / [radians] longitude of telescope -LST = '00:20 ' / [hh:mm] local sidereal time at start of obs -INSTRUME= 'SuperCOSMOS I' / Measuring machine -DATE-MES= '2000-11-04' / [yyyy-mm-dd] Date of this plate measurement -NHKLINES= 146 / Number of lines from house-keeping file -HKLIN001= 'JOB.JOBNO UKJ001' -HKLIN002= 'JOB.DATE-MES 2000:11:04' -HKLIN003= 'JOB.TIME 12:51:09' -HKLIN004= 'JOB.INSTRUME SuperCOSMOS I' -HKLIN005= 'JOB.ORIGIN Royal Observatory Edinburgh' -HKLIN006= 'JOB.SOFTWARE /home/scosdev/v033' -HKLIN007= 'JOB.OPERATOR ebt' -HKLIN008= 'JOB.USER htm' -HKLIN009= 'JOB.USERREF NONE' -HKLIN010= 'JOB.UORIGIN ROE' -HKLIN011= 'JOB.UCOUNTRY uk' -HKLIN012= 'JOB.COMMENT Digital catalogue of the Sky' -HKLIN013= 'JOB.IAM_FILE iam.srt'/ / ' / -HKLIN014= 'PLATE.TELESCOP UKST' -HKLIN015= 'PLATE.TELTYPE SCHM' -HKLIN016= 'PLATE.PLATE 3665' -HKLIN017= 'PLATE.MATERIAL 3mm glass' -HKLIN018= 'PLATE.EMULSION IIIaJ' -HKLIN019= 'PLATE.FILTER GG395' -HKLIN020= 'PLATE.PSCALE 67.14' -HKLIN021= 'PLATE.FIELD 1' -HKLIN022= 'PLATE.RA_PNT 0' -HKLIN023= 'PLATE.DEC_PNT -90' -HKLIN024= 'PLATE.RADECSYS FK4' -HKLIN025= 'PLATE.EQUINOX 1950' -HKLIN026= 'PLATE.TIMESYS BESSELIAN' -HKLIN027= 'PLATE.EPOCH 1977.78'/ / ' / -HKLIN028= 'PLATE.EXPOSURE 75' -HKLIN029= 'PLATE.UTDATE 771011' -HKLIN030= 'PLATE.LST 0020' -HKLIN031= 'PLATE.MJD 43426.573008796' -HKLIN032= 'PLATE.TELLAT -0.54584105765654' -HKLIN033= 'PLATE.TELLONG 2.6017661944583' -HKLIN034= 'PLATE.TELHT 1145' -HKLIN035= 'PLATE.TEMP 273.155'/ / ' / -HKLIN036= 'PLATE.ATMOSP 1013.25'/ / ' / -HKLIN037= 'PLATE.HUMID 0.5' -HKLIN038= 'PLATE.WAVE 4500' -HKLIN039= 'PLATE.TROPL 0.0065' -HKLIN040= 'CALIBRATION.CALTYPE SPLINE' -HKLIN041= 'CALIBRATION.STEPWEDG KPNO' -HKLIN042= 'CALIBRATION.NSTEPS 8' -HKLIN043= 'MEASUREMENT.ORIENTAT news' -HKLIN044= 'MEASUREMENT.EMULPOS UP' -HKLIN045= 'MEASUREMENT.SCANFILT 14' -HKLIN046= 'MEASUREMENT.SOSP 552' -HKLIN047= 'MEASUREMENT.STEPSIZE 10' -HKLIN048= 'MEASUREMENT.SCANLEN 1152' -HKLIN049= 'MEASUREMENT.A-XMIN 1622000'/ / ' / -HKLIN050= 'MEASUREMENT.A-YMIN 1622000'/ / ' / -HKLIN051= 'MEASUREMENT.A-XMAX 33878000' -HKLIN052= 'MEASUREMENT.A-YMAX 33878000' -HKLIN053= 'MEASUREMENT.X_PNT 17500000' -HKLIN054= 'MEASUREMENT.Y_PNT 18000000' -HKLIN055= 'ANALYSIS.NPARAMS 32' -HKLIN056= 'ANALYSIS.AREACUT 8' -HKLIN057= 'ANALYSIS.AP-PARAM 1.07' -HKLIN058= 'DEBLEND.DB-PARAM 1.05' -HKLIN059= 'DEBLEND.DB-AMIN 16' -HKLIN060= 'DEBLEND.DB-AMAX 100000' -HKLIN061= 'DEBLEND.DB-ACUT 8' -HKLIN062= 'DEBLEND.DB-LEVEL 16' -HKLIN063= 'DEBLEND.SELECT PARENT+CHILD' -HKLIN064= 'SKY.SKYSQUAR 64' -HKLIN065= 'SKY.SKYDEFN MEDIAN' -HKLIN066= 'SKY.SKYFILTR bdkjunk'/ / ' / -HKLIN067= 'SKY.F-THRESH 8' -HKLIN068= 'SKY.F-SCLEN 4' -HKLIN069= 'THRESHOLDING.PCUT 10' -HKLIN070= 'IAMQC.AREAMIN 8' -HKLIN071= 'IAMQC.AREAMAX 77346' -HKLIN072= 'IAMQC.MINMAG -30515' -HKLIN073= 'IAMQC.MAXMAG -17954' -HKLIN074= 'IAMQC.MINELL 0.0004156232' -HKLIN075= 'IAMQC.MAXELL 1' -HKLIN076= 'IAMQC.MODELL 0.14' -HKLIN077= 'IAMQC.MODOR 91' -HKLIN078= 'IAMQC.MIDELL 0.21' -HKLIN079= 'IAMQC.MIDOR 93' -HKLIN080= 'IAMQC.MEANELL 0.2467037' -HKLIN081= 'IAMQC.MEANOR 91.63474' -HKLIN082= 'IAMQC.NUMOBJ 556985' -HKLIN083= 'IAMQC.PARENTS 486656' -HKLIN084= 'IAMQC.RANGING TRUE' -HKLIN085= 'IAMQC.LANE_1 15571' -HKLIN086= 'IAMQC.LANE_2 33207' -HKLIN087= 'IAMQC.LANE_3 51478' -HKLIN088= 'IAMQC.LANE_4 69944' -HKLIN089= 'IAMQC.LANE_5 89236' -HKLIN090= 'IAMQC.LANE_6 108416' -HKLIN091= 'IAMQC.LANE_7 127481' -HKLIN092= 'IAMQC.LANE_8 146699' -HKLIN093= 'IAMQC.LANE_9 166380' -HKLIN094= 'IAMQC.LANE_10 186126' -HKLIN095= 'IAMQC.LANE_11 205946' -HKLIN096= 'IAMQC.LANE_12 225915' -HKLIN097= 'IAMQC.LANE_13 245926' -HKLIN098= 'IAMQC.LANE_14 266574' -HKLIN099= 'IAMQC.LANE_15 287150' -HKLIN100= 'IAMQC.LANE_16 308087' -HKLIN101= 'IAMQC.LANE_17 328830' -HKLIN102= 'IAMQC.LANE_18 350253' -HKLIN103= 'IAMQC.LANE_19 370738' -HKLIN104= 'IAMQC.LANE_20 391722' -HKLIN105= 'IAMQC.LANE_21 412801' -HKLIN106= 'IAMQC.LANE_22 433795' -HKLIN107= 'IAMQC.LANE_23 454383' -HKLIN108= 'IAMQC.LANE_24 474711' -HKLIN109= 'IAMQC.LANE_25 495108' -HKLIN110= 'IAMQC.LANE_26 515755' -HKLIN111= 'IAMQC.LANE_27 536499' -HKLIN112= 'IAMQC.LANE_28 556985' -HKLIN113= 'XYTORADEC.STARCAT /sdata/scos/refcats/tycho2.FIT' -HKLIN114= 'XYTORADEC.BRIGHTLIM 9' -HKLIN115= 'XYTORADEC.C-EQUIN 2000' -HKLIN116= 'XYTORADEC.C-EQTSYS JULIAN' -HKLIN117= 'XYTORADEC.C-EPOCH 2000' -HKLIN118= 'XYTORADEC.C-EPTSYS JULIAN' -HKLIN119= 'XYTORADEC.R-EQUIN 2000' -HKLIN120= 'XYTORADEC.R-TSYS JULIAN' -HKLIN121= 'XYTORADEC.MAXITER 5000' -HKLIN122= 'XYTORADEC.RCRITINI 500000' -HKLIN123= 'XYTORADEC.RCRITABS 50000' -HKLIN124= 'XYTORADEC.RCRITREL 1' -HKLIN125= 'XYTORADEC.RCRITFIN 3' -HKLIN126= 'XYTORADEC.HARDCOPY /scos1/scos/UKJ001/UKJ001.ps' -HKLIN127= 'XYTORADEC.REFSMULT 5' -HKLIN128= 'XYTORADEC.RESDMULT 1000' -HKLIN129= 'XYTORADEC.RACOL RA' -HKLIN130= 'XYTORADEC.DECOL DEC' -HKLIN131= 'XYTORADEC.RAPMCOL PMRA' -HKLIN132= 'XYTORADEC.DECPMCOL PMDE' -HKLIN133= 'XYTORADEC.PLXCOL NONE' -HKLIN134= 'XYTORADEC.RVCOL NONE' -HKLIN135= 'XYTORADEC.MAGCOL VT' -HKLIN136= 'XYTORADEC.STARSC 2374' -HKLIN137= 'XYTORADEC.STARSU 1727' -HKLIN138= 'XYTORADEC.COEFFS_1 17.640343856524' -HKLIN139= 'XYTORADEC.COEFFS_2 -260.44151995641' -HKLIN140= 'XYTORADEC.COEFFS_3 -163.09155572601' -HKLIN141= 'XYTORADEC.COEFFS_4 17.504230442205' -HKLIN142= 'XYTORADEC.COEFFS_5 -163.08676953832' -HKLIN143= 'XYTORADEC.COEFFS_6 260.48817907668' -HKLIN144= 'XYTORADEC.DISTR -0.33333333333333' -HKLIN145= 'XYTORADEC.RA_PNT 0.54924996662137' -HKLIN146= 'XYTORADEC.DEC_PNT -1.5684931501781' -HISTORY = 'SuperCOSMOS image analysis and mapping mode (IAM and MM)' / -HISTORY = 'data written by xydcomp_ss.' / -HISTORY = 'Any questions/comments/suggestions/bug reports should be sent' / -HISTORY = 'to N.Hambly@roe.ac.uk' / -ASTSIGX = 0.37 / [arcsec] std. dev. of astrometric fit in X -ASTSIGY = 0.38 / [arcsec] std. dev. of astrometric fit in Y -PC001001= 1.0 / DEPRECATED - Axis rotation matrix -PC001002= 0.004927623810613 / DEPRECATED - Axis rotation matrix -PC002001= -0.005563056187788 / DEPRECATED - Axis rotation matrix -PC002002= 1.0 / DEPRECATED - Axis rotation matrix -CROTA2 = 0.3005532298491 / DEPRECATED - rotation of axis 2 -DATATYPE= 'INTEGER*2' / Type of data -DATUNITS= 'DENSITY ' / Units: transmission, density or intensity -XPIXELSZ= 9.997114974 / [microns] X pixel size -YPIXELSZ= 10.0 / [microns] Y pixel size -OBJCTRA = ' 0 0 0.000' / Centre Right Ascension (J2000) -OBJCTDEC= '-90 0 0.00' / Centre Declination (J2000) -OBJCTX = 16368.63183793 / [pixels] Centre X on plate -OBJCTY = 14740.83801939 / [pixels] Centre Y on plate - -Objects written: 1 - -Native Encoding: - -COMMENT AST ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ AST -COMMENT AST WCS information in AST format AST -COMMENT AST See http://www.starlink.ac.uk/ast/ AST -COMMENT AST Beginning of AST data for FrameSet object AST -COMMENT AST ................................................................ AST -BEGAST_A= 'FrameSet' / Set of inter-related coordinate systems -NFRAME_A= 2 / Number of Frames in FrameSet -BASE_A = 1 / Index of base Frame -CURRNT_A= 2 / Index of current Frame -LNK2_A = 1 / Node 2 is derived from node 1 -FRM1_A = ' ' / Frame number 1 -BEGAST_B= 'Frame ' / Coordinate system description -TITLE_A = 'Pixel Coordinates' / Title of coordinate system -NAXES_A = 2 / Number of coordinate axes -DOMAIN_A= 'GRID ' / Coordinate system domain -AX1_A = ' ' / Axis number 1 -BEGAST_C= 'Axis ' / Coordinate axis -LABEL_A = 'Pixel axis 1' / Axis Label -ENDAST_A= 'Axis ' / End of object definition -AX2_A = ' ' / Axis number 2 -BEGAST_D= 'Axis ' / Coordinate axis -LABEL_B = 'Pixel axis 2' / Axis Label -ENDAST_B= 'Axis ' / End of object definition -ENDAST_C= 'Frame ' / End of object definition -FRM2_A = ' ' / Frame number 2 -BEGAST_E= 'SkyFrame' / Description of celestial coordinate system -IDENT_A = '" " ' / Permanent Object identification string -ISA_A = 'Object ' / AST Object -NAXES_B = 2 / Number of coordinate axes -EPOCH_A = 1977.77512999212 / Besselian epoch of observation -SYSTEM_A= 'FK5 ' / Coordinate system type -AX1_B = ' ' / Axis number 1 -BEGAST_F= 'SkyAxis ' / Celestial coordinate axis -ENDAST_D= 'SkyAxis ' / End of object definition -AX2_B = ' ' / Axis number 2 -BEGAST_G= 'SkyAxis ' / Celestial coordinate axis -ENDAST_E= 'SkyAxis ' / End of object definition -ISA_B = 'Frame ' / Coordinate system description -PROJ_A = 'gnomonic' / Description of sky projection -EQNOX_A = 2000.0 / Julian epoch of mean equinox -SREFIS_A= 'Ignored ' / Not rotated (ref. pos. is ignored) -SREF1_A = 0.0 / Ref. pos. RA 0:00:00.0 -SREF2_A = -1.57079633 / Ref. pos. Dec -90:00:00 -ENDAST_F= 'SkyFrame' / End of object definition -MAP2_A = ' ' / Mapping between nodes 1 and 2 -BEGAST_H= 'CmpMap ' / Compound Mapping -NIN_A = 2 / Number of input coordinates -ISSIMP_A= 1 / Mapping has been simplified -ISA_C = 'Mapping ' / Mapping between coordinate systems -MAPA_A = ' ' / First component Mapping -BEGAST_I= 'WinMap ' / Map one window on to another -NIN_B = 2 / Number of input coordinates -INVERT_A= 0 / Mapping not inverted -ISA_D = 'Mapping ' / Mapping between coordinate systems -SFT1_A = -893.6318379289 / Shift for axis 1 -SFT2_A = -223.8380193875 / Shift for axis 2 -ENDAST_G= 'WinMap ' / End of object definition -MAPB_A = ' ' / Second component Mapping -BEGAST_J= 'CmpMap ' / Compound Mapping -NIN_C = 2 / Number of input coordinates -ISA_E = 'Mapping ' / Mapping between coordinate systems -MAPA_B = ' ' / First component Mapping -BEGAST_K= 'MatrixMap' / Matrix transformation -NIN_D = 2 / Number of input coordinates -INVERT_B= 0 / Mapping not inverted -ISA_F = 'Mapping ' / Mapping between coordinate systems -M0_A = -3.25441534352674E-6/ Forward matrix value -M1_A = -1.60367292352974E-8/ Forward matrix value -M2_A = -1.812057487023E-8 / Forward matrix value -M3_A = 3.25725533992408E-6 / Forward matrix value -FORM_A = 'Full ' / Matrix storage form -ENDAST_H= 'MatrixMap' / End of object definition -MAPB_B = ' ' / Second component Mapping -BEGAST_L= 'CmpMap ' / Compound Mapping -NIN_E = 2 / Number of input coordinates -ISA_G = 'Mapping ' / Mapping between coordinate systems -INVA_A = 1 / First Mapping used in inverse direction -MAPA_C = ' ' / First component Mapping -BEGAST_M= 'WcsMap ' / FITS-WCS sky projection -NIN_F = 2 / Number of input coordinates -INVERT_C= 1 / Mapping inverted -ISA_H = 'Mapping ' / Mapping between coordinate systems -TYPE_A = 'TAN ' / Gnomonic projection -ENDAST_I= 'WcsMap ' / End of object definition -MAPB_C = ' ' / Second component Mapping -BEGAST_N= 'CmpMap ' / Compound Mapping -NIN_G = 2 / Number of input coordinates -ISA_I = 'Mapping ' / Mapping between coordinate systems -INVA_B = 1 / First Mapping used in inverse direction -MAPA_D = ' ' / First component Mapping -BEGAST_O= 'SphMap ' / Cartesian to Spherical mapping -NIN_H = 3 / Number of input coordinates -NOUT_A = 2 / Number of output coordinates -INVERT_D= 1 / Mapping inverted -ISA_J = 'Mapping ' / Mapping between coordinate systems -UNTRD_A = 1 / All input vectors have unit length -PLRLG_A = 0.0 / Polar longitude (rad.s) -ENDAST_J= 'SphMap ' / End of object definition -MAPB_D = ' ' / Second component Mapping -BEGAST_P= 'CmpMap ' / Compound Mapping -NIN_I = 3 / Number of input coordinates -NOUT_B = 2 / Number of output coordinates -ISA_K = 'Mapping ' / Mapping between coordinate systems -MAPA_E = ' ' / First component Mapping -BEGAST_Q= 'MatrixMap' / Matrix transformation -NIN_J = 3 / Number of input coordinates -INVERT_E= 0 / Mapping not inverted -ISA_L = 'Mapping ' / Mapping between coordinate systems -M0_B = -1.0 / Forward matrix value -M1_B = 1.0 / Forward matrix value -M2_B = -1.0 / Forward matrix value -FORM_B = 'Diagonal' / Matrix storage form -ENDAST_K= 'MatrixMap' / End of object definition -MAPB_E = ' ' / Second component Mapping -BEGAST_R= 'SphMap ' / Cartesian to Spherical mapping -NIN_K = 3 / Number of input coordinates -NOUT_C = 2 / Number of output coordinates -INVERT_F= 0 / Mapping not inverted -ISA_M = 'Mapping ' / Mapping between coordinate systems -UNTRD_B = 1 / All input vectors have unit length -PLRLG_B = 0.0 / Polar longitude (rad.s) -ENDAST_L= 'SphMap ' / End of object definition -ENDAST_M= 'CmpMap ' / End of object definition -ENDAST_N= 'CmpMap ' / End of object definition -ENDAST_O= 'CmpMap ' / End of object definition -ENDAST_P= 'CmpMap ' / End of object definition -ENDAST_Q= 'CmpMap ' / End of object definition -ENDAST_R= 'FrameSet' / End of object definition -COMMENT AST ................................................................ 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