# XML::Document::RTML test harness # strict use strict; #load test use Test::More tests => 428; # load modules BEGIN { use_ok("XML::Document::RTML"); } # debugging use Data::Dumper; # T E S T H A R N E S S -------------------------------------------------- # test the test system ok(1, "Testing the test harness"); # read from data block my @buffer = ; chomp @buffer; my $header = "SIMPLE = T / A valid FITS file BITPIX = 16 / Comment NAXIS = 2 / Number of axes NAXIS1 = 1024 / Comment NAXIS2 = 1024 / Comment BZERO = 8.502683E+03 / Comment BSCALE = 2.245839E-01 / Comment ORIGIN = 'Liverpool JMU' OBSTYPE = 'EXPOSE ' / What type of observation has been taken RUNNUM = 34 / Number of Multrun EXPNUM = 1 / Number of exposure within Multrun EXPTOTAL= 2 / Total number of exposures within Multrun DATE = '2006-10-03' / [UTC] The start date of the observation DATE-OBS= '2006-10-03T20:03:59.229' / [UTC] The start time of the observation UTSTART = '20:03:59.229' / [UTC] The start time of the observation MJD = 54011.836102 / [days] Modified Julian Days. EXPTIME = 99.5000000 / [Seconds] Exposure length. FILTER1 = 'SDSS-R ' / The first filter wheel filter type. FILTERI1= 'SDSS-R-01' / The first filter wheel filter id. FILTER2 = 'clear ' / The second filter wheel filter type. FILTERI2= 'Clear-01' / The second filter wheel filter id. INSTRUME= 'RATCam ' / Instrument used. INSTATUS= 'Nominal ' / The instrument status. CONFIGID= 56110 / Unique configuration ID. CONFNAME= 'RATCam-SDSS-R-2' / The instrument configuration used. DETECTOR= 'EEV CCD42-40 7041-10-5' / Science grade (1) chip. PRESCAN = 28 / [pixels] Number of pixels in left bias strip. POSTSCAN= 28 / [pixels] Number of pixels in right bias strip. GAIN = 2.7960000 / [electrons/count] calibrated leach 30/01/2000 1 READNOIS= 7.0000000 / [electrons/pixel] RJS 23/10/2004 (from bias) EPERDN = 2.7960000 / [electrons/count] leach 30/01/2000 14:19. CCDXIMSI= 1024 / [pixels] Imaging pixels CCDYIMSI= 1024 / [pixels] Imaging pixels CCDXBIN = 2 / [pixels] X binning factor CCDYBIN = 2 / [pixels] Y binning factor CCDXPIXE= 0.0000135 / [m] Size of pixels, in X:13.5um CCDYPIXE= 0.0000135 / [m] Size of pixels, in Y:13.5um CCDSCALE= 0.2783700 / [arcsec/binned pixel] Scale of binned image on CCDRDOUT= 'LEFT ' / Readout circuit used. CCDSTEMP= 166 / [Kelvin] Required temperature. CCDATEMP= 166 / [Kelvin] Actual temperature. CCDWMODE= F / Using windows if TRUE, full image if FALSE CCDWXOFF= 0 / [pixels] Offset of window in X, from the top co CCDWYOFF= 0 / [pixels] Offset of window in Y, from the top co CCDWXSIZ= 1024 / [pixels] Size of window in X. CCDWYSIZ= 1024 / [pixels] Size of window in Y. CALBEFOR= F / Whether the calibrate before flag was set CALAFTER= F / Whether the calibrate after flag was set ROTCENTX= 643 / [pixels] The rotator centre on the CCD, X pixel ROTCENTY= 393 / [pixels] The rotator centre on the CCD, Y pixel TELESCOP= 'Liverpool Telescope' / The Name of the Telescope TELMODE = 'ROBOTIC ' / [{PLANETARIUM, ROBOTIC, MANUAL, ENGINEERING}] T TAGID = 'PATT ' / Telescope Allocation Committee ID USERID = 'keith.horne' / User login ID PROPID = 'PL04B17 ' / Proposal ID GROUPID = '001518:UA:v1-24:run#10:user#aa' / Group Id OBSID = 'ExoPlanetMonitor' / Observation Id GRPTIMNG= 'MONITOR ' / Group timing constraint class GRPUID = 24377 / Group unique ID GRPMONP = 1200.0000000 / [secs] Group monitor period GRPNUMOB= 1 / Number of observations in group GRPEDATE= '2006-10-04 T 07:00:05 UTC' / [date] Group expiry date GRPNOMEX= 229.0000000 / [secs] Group nominal exec time GRPLUNCO= 'BRIGHT ' / Maximum lunar brightness GRPSEECO= 'POOR ' / Minimum seeing COMPRESS= 'PROFESSIONAL' / [{PLANETARIUM, PROFESSIONAL, AMATEUR}] Compress LATITUDE= 28.7624000 / [degrees] Observatory Latitude LONGITUD= -17.8792000 / [degrees West] Observatory Longitude RA = ' 18:4:4.04' / [HH:MM:SS.ss] Currently same as CAT_RA DEC = '-28:38:38.70' / [DD:MM:SS.ss] Currently same as CAT_DEC RADECSYS= 'FK5 ' / [{FK4, FK5}] Fundamental coordinate system of c LST = ' 19:41:55.00' / [HH:MM:SS] Local sidereal time at start of curr EQUINOX = 2000.0000000 / [Years] Date of the coordinate system for curre CAT-RA = ' 18:4:4.04' / [HH:MM:SS.sss] Catalog RA of the current observ CAT-DEC = '-28:38:38.70' / [DD:MM:SS.sss] Catalog declination of the curre CAT-EQUI= 2000.0000000 / [Year] Catalog date of the coordinate system fo CAT-EPOC= 2000.0000000 / [Year] Catalog date of the epoch CAT-NAME= 'OB06251 ' / Catalog name of the current observation source OBJECT = 'OB06251 ' / Actual name of the current observation source SRCTYPE = 'EXTRASOLAR' / [{EXTRASOLAR, MAJORPLANET, MINORPLANET, COMET,] PM-RA = 0.0000000 / [sec/year] Proper motion in RA of the current o PM-DEC = 0.0000000 / [arcsec/year] Proper motion in declination of PARALLAX= 0.0000000 / [arcsec] Parallax of the current observation so RADVEL = 0.0000000 / [km/s] Radial velocity of the current observati RATRACK = 0.0000000 / [arcsec/sec] Non-sidereal tracking in RA of the DECTRACK= 0.0000000 / [arcsec/sec] Non-sidereal tracking in declinati TELSTAT = 'WARN ' / [---] Current telescope status NETSTATE= 'ENABLED ' / Network control state ENGSTATE= 'DISABLED' / Engineering override state TCSSTATE= 'OKAY ' / TCS state PWRESTRT= F / Power will be cycled imminently PWSHUTDN= F / Power will be shutdown imminently AZDMD = 207.7049000 / [degrees] Azimuth demand AZIMUTH = 207.7045000 / [degrees] Azimuth axis position AZSTAT = 'TRACKING' / Azimuth axis state ALTDMD = 28.3936000 / [degrees] Altitude axis demand ALTITUDE= 28.3937000 / [degrees] Altitude axis position ALTSTAT = 'TRACKING' / Altitude axis state AIRMASS = 2.1200000 / [n/a] Airmass ROTDMD = 43.8711000 / Rotator axis demand ROTMODE = 'SKY ' / [{SKY, MOUNT, VFLOAT, VERTICAL, FLOAT}] Cassegr ROTSKYPA= 0.0000000 / [degrees] Rotator position angle ROTANGLE= 43.8715000 / [degrees] Rotator mount angle ROTSTATE= 'TRACKING' / Rotator axis state ENC1DMD = 'OPEN ' / Enc 1 demand ENC1POS = 'OPEN ' / Enc 1 position ENC1STAT= 'IN POSN ' / Enc 1 state ENC2DMD = 'OPEN ' / Enc 2 demand ENC2POS = 'OPEN ' / Enc 2 position ENC2STAT= 'IN POSN ' / Enc 2 state FOLDDMD = 'PORT 3 ' / Fold mirror demand FOLDPOS = 'PORT 3 ' / Fold mirror position FOLDSTAT= 'OFF-LINE' / Fold mirror state PMCDMD = 'OPEN ' / Primary mirror cover demand PMCPOS = 'OPEN ' / Primary mirror cover position PMCSTAT = 'IN POSN ' / Primary mirror cover state FOCDMD = 27.3300000 / [mm] Focus demand TELFOCUS= 27.3300000 / [mm] Focus position DFOCUS = 0.0000000 / [mm] Focus offset FOCSTAT = 'WARNING ' / Focus state MIRSYSST= 'UNKNOWN ' / Primary mirror support state WMSHUMID= 34.0000000 / [0.00% - 100.00%] Current percentage humidity WMSTEMP = 289.1500000 / [Kelvin] Current (external) temperature WMSPRES = 782.0000000 / [mbar] Current pressure WINDSPEE= 4.7000000 / [m/s] Windspeed WINDDIR = 119.0000000 / [degrees E of N] Wind direction TEMPTUBE= 15.6600000 / [degrees C] Temperature of the telescope tube WMSSTATE= 'OKAY ' / WMS system state WMSRAIN = 'SET ' / Rain alert WMSMOIST= 0.0400000 / Moisture level WMOILTMP= 11.6000000 / Oil temperature WMSPMT = 0.0000000 / Primary mirror temperature WMFOCTMP= 0.0000000 / Focus temperature WMAGBTMP= 0.0000000 / AG Box temperature WMSDEWPT= 0.3000000 / Dewpoint REFPRES = 770.0000000 / [mbar] Pressure used in refraction calculation REFTEMP = 283.1500000 / [Kelvin] Temperature used in refraction calcula REFHUMID= 30.0000000 / [0.00% - 100.00%] Percentage humidity used in r AUTOGUID= 'UNLOCKED' / [{LOCKED, UNLOCKED SUSPENDED}] Autoguider lock AGSTATE = 'OKAY ' / Autoguider sw state AGMODE = 'UNKNOWN ' / Autoguider mode AGGMAG = 0.0000000 / [mag] Autoguider guide star mag AGFWHM = 0.0000000 / [arcsec] Autoguider FWHM AGMIRDMD= 0.0000000 / [mm] Autoguider mirror demand AGMIRPOS= 0.0000000 / [mm] Autoguider mirror position AGMIRST = 'WARNING ' / Autoguider mirror state AGFOCDMD= 2.7990000 / [mm] Autoguider focus demand AGFOCUS = 2.7980000 / [mm] Autoguider focus position AGFOCST = 'WARNING ' / Autoguider focus state AGFILDMD= 'UNKNOWN ' / Autoguider filter demand AGFILPOS= 'UNKNOWN ' / Autoguider filter position AGFILST = 'WARNING ' / Autoguider filter state MOONSTAT= 'UP ' / [{UP, DOWN}] Moon position at start of current MOONFRAC= 0.8468916 / [(0 - 1)] Lunar illuminated fraction MOONDIST= 53.3774525 / [(degs)] Lunar Distance from Target MOONALT = 34.7596645 / [(degs)] Lunar altitude SCHEDSEE= 2.0858450 / [(arcsec)] Predicted seeing when group schedule SCHEDPHT= 1.0000000 / [(0-1)] Predicted photom when group scheduled ESTSEE = 3.3316001 / [(arcsec)] Estimated seeing at start of observa L1MEDIAN= 7.023166E+03 / [counts] median of frame background in counts L1MEAN = 7.021803E+03 / [counts] mean of frame background in counts L1STATOV= 23 / Status flag for DP(RT) overscan correction L1STATZE= -1 / Status flag for DP(RT) bias frame (zero) correc L1STATZM= 1 / Status flag for DP(RT) bias frame subtraction m L1STATDA= -1 / Status flag for DP(RT) dark frame correction L1STATTR= 1 / Status flag for DP(RT) overscan trimming L1STATFL= 1 / Status flag for DP(RT) flatfield correction L1XPIX = 4.776160E+02 / Coordinate of brightest object in frame after t L1YPIX = 0.000000E+00 / Coordinate of brightest object in frame after t L1COUNTS= 9.887205E+04 / [counts] Counts in brightest object (sky subtra L1SKYBRT= 9.990000E+01 / [mag/arcsec^2] Estimated sky brightness L1PHOTOM= -9.990000E+02 / [mag] Estimated extinction for standards images L1SAT = F / [logical] TRUE if brightest object is saturated BACKGRD = 7.023166E+03 / [counts] frame background level in counts STDDEV = 1.982379E+02 / [counts] Standard deviation of Backgrd in count L1SEEING= 9.990000E+02 / [Dummy] Unable to calculate SEEING = 9.990000E+02 / [Dummy] Unable to calculate "; my @array = ( { Catalogue => 'http://161.72.57.3/~estar/data/c_e_20060910_36_1_1_1.votable', URL => 'http://161.72.57.3/~estar/data/c_e_20060910_36_1_1_2.fits', Header => $header }, { Catalogue => 'http://231.231.45.5/~estar/data/c_e_20060910_36_1_1_1.votable', URL => 'http://231.45.45.45/~estar/data/c_e_20060910_36_1_1_2.fits', Header => $header } ); my $object = new XML::Document::RTML( ); $object->data( @array ); my $string = Dumper( $object->{DOCUMENT} ); #open FILE, ">file.txt"; #print FILE $string; #close FILE; my @output = split "\n", $string; foreach my $i ( 0 ... $#output ) { is( $buffer[$i], $output[$i], "Comparing line $i of $#output" ); } my @pulled = $object->data(); #print Dumper ( @pulled ); foreach my $j ( 0 ... $#pulled ) { my %array_hash = %{$array[$j]}; my %pulled_hash = %{$pulled[$j]}; cmp_ok( $array_hash{Catalogue}, "eq", $pulled_hash{Catalogue}, "Comparing \%hash{Catalogue}" ); cmp_ok( $array_hash{URL}, "eq", $pulled_hash{URL}, "Comparing \%hash{URL}" ); cmp_ok( $array_hash{Header}, "eq", $pulled_hash{Header}, "Comparing \%hash{Header}" ); } #use Astro::FITS::Header; #my $raw = $pulled[0]{Header}; #my @cards = split "\n", $header; #my $header = new Astro::FITS::Header( Cards => \@cards ); #print Dumper( $header ); # T I M E A T T H E B A R --------------------------------------------- exit; # D A T A B L O C K -------------------------------------------------------- __DATA__ $VAR1 = { 'Observation' => { 'Device' => { 'Filter' => { 'FilterType' => 'R' }, 'type' => 'camera' }, 'Target' => { 'type' => 'normal', 'ident' => 'SingleExposure', 'Coordinates' => { 'RightAscension' => { 'format' => 'hh mm ss.ss', 'units' => 'hms' }, 'Equinox' => 'J2000', 'type' => 'equatorial', 'Declination' => { 'format' => 'dd mm ss.ss', 'units' => 'dms' } } }, 'ImageData' => [ { 'ObjectList' => { 'content' => 'http://161.72.57.3/~estar/data/c_e_20060910_36_1_1_1.votable', 'type' => 'votable-url' }, 'FITSHeader' => { 'content' => 'SIMPLE = T / A valid FITS file BITPIX = 16 / Comment NAXIS = 2 / Number of axes NAXIS1 = 1024 / Comment NAXIS2 = 1024 / Comment BZERO = 8.502683E+03 / Comment BSCALE = 2.245839E-01 / Comment ORIGIN = \'Liverpool JMU\' OBSTYPE = \'EXPOSE \' / What type of observation has been taken RUNNUM = 34 / Number of Multrun EXPNUM = 1 / Number of exposure within Multrun EXPTOTAL= 2 / Total number of exposures within Multrun DATE = \'2006-10-03\' / [UTC] The start date of the observation DATE-OBS= \'2006-10-03T20:03:59.229\' / [UTC] The start time of the observation UTSTART = \'20:03:59.229\' / [UTC] The start time of the observation MJD = 54011.836102 / [days] Modified Julian Days. EXPTIME = 99.5000000 / [Seconds] Exposure length. FILTER1 = \'SDSS-R \' / The first filter wheel filter type. FILTERI1= \'SDSS-R-01\' / The first filter wheel filter id. FILTER2 = \'clear \' / The second filter wheel filter type. FILTERI2= \'Clear-01\' / The second filter wheel filter id. INSTRUME= \'RATCam \' / Instrument used. INSTATUS= \'Nominal \' / The instrument status. CONFIGID= 56110 / Unique configuration ID. CONFNAME= \'RATCam-SDSS-R-2\' / The instrument configuration used. DETECTOR= \'EEV CCD42-40 7041-10-5\' / Science grade (1) chip. PRESCAN = 28 / [pixels] Number of pixels in left bias strip. POSTSCAN= 28 / [pixels] Number of pixels in right bias strip. GAIN = 2.7960000 / [electrons/count] calibrated leach 30/01/2000 1 READNOIS= 7.0000000 / [electrons/pixel] RJS 23/10/2004 (from bias) EPERDN = 2.7960000 / [electrons/count] leach 30/01/2000 14:19. CCDXIMSI= 1024 / [pixels] Imaging pixels CCDYIMSI= 1024 / [pixels] Imaging pixels CCDXBIN = 2 / [pixels] X binning factor CCDYBIN = 2 / [pixels] Y binning factor CCDXPIXE= 0.0000135 / [m] Size of pixels, in X:13.5um CCDYPIXE= 0.0000135 / [m] Size of pixels, in Y:13.5um CCDSCALE= 0.2783700 / [arcsec/binned pixel] Scale of binned image on CCDRDOUT= \'LEFT \' / Readout circuit used. CCDSTEMP= 166 / [Kelvin] Required temperature. CCDATEMP= 166 / [Kelvin] Actual temperature. CCDWMODE= F / Using windows if TRUE, full image if FALSE CCDWXOFF= 0 / [pixels] Offset of window in X, from the top co CCDWYOFF= 0 / [pixels] Offset of window in Y, from the top co CCDWXSIZ= 1024 / [pixels] Size of window in X. CCDWYSIZ= 1024 / [pixels] Size of window in Y. CALBEFOR= F / Whether the calibrate before flag was set CALAFTER= F / Whether the calibrate after flag was set ROTCENTX= 643 / [pixels] The rotator centre on the CCD, X pixel ROTCENTY= 393 / [pixels] The rotator centre on the CCD, Y pixel TELESCOP= \'Liverpool Telescope\' / The Name of the Telescope TELMODE = \'ROBOTIC \' / [{PLANETARIUM, ROBOTIC, MANUAL, ENGINEERING}] T TAGID = \'PATT \' / Telescope Allocation Committee ID USERID = \'keith.horne\' / User login ID PROPID = \'PL04B17 \' / Proposal ID GROUPID = \'001518:UA:v1-24:run#10:user#aa\' / Group Id OBSID = \'ExoPlanetMonitor\' / Observation Id GRPTIMNG= \'MONITOR \' / Group timing constraint class GRPUID = 24377 / Group unique ID GRPMONP = 1200.0000000 / [secs] Group monitor period GRPNUMOB= 1 / Number of observations in group GRPEDATE= \'2006-10-04 T 07:00:05 UTC\' / [date] Group expiry date GRPNOMEX= 229.0000000 / [secs] Group nominal exec time GRPLUNCO= \'BRIGHT \' / Maximum lunar brightness GRPSEECO= \'POOR \' / Minimum seeing COMPRESS= \'PROFESSIONAL\' / [{PLANETARIUM, PROFESSIONAL, AMATEUR}] Compress LATITUDE= 28.7624000 / [degrees] Observatory Latitude LONGITUD= -17.8792000 / [degrees West] Observatory Longitude RA = \' 18:4:4.04\' / [HH:MM:SS.ss] Currently same as CAT_RA DEC = \'-28:38:38.70\' / [DD:MM:SS.ss] Currently same as CAT_DEC RADECSYS= \'FK5 \' / [{FK4, FK5}] Fundamental coordinate system of c LST = \' 19:41:55.00\' / [HH:MM:SS] Local sidereal time at start of curr EQUINOX = 2000.0000000 / [Years] Date of the coordinate system for curre CAT-RA = \' 18:4:4.04\' / [HH:MM:SS.sss] Catalog RA of the current observ CAT-DEC = \'-28:38:38.70\' / [DD:MM:SS.sss] Catalog declination of the curre CAT-EQUI= 2000.0000000 / [Year] Catalog date of the coordinate system fo CAT-EPOC= 2000.0000000 / [Year] Catalog date of the epoch CAT-NAME= \'OB06251 \' / Catalog name of the current observation source OBJECT = \'OB06251 \' / Actual name of the current observation source SRCTYPE = \'EXTRASOLAR\' / [{EXTRASOLAR, MAJORPLANET, MINORPLANET, COMET,] PM-RA = 0.0000000 / [sec/year] Proper motion in RA of the current o PM-DEC = 0.0000000 / [arcsec/year] Proper motion in declination of PARALLAX= 0.0000000 / [arcsec] Parallax of the current observation so RADVEL = 0.0000000 / [km/s] Radial velocity of the current observati RATRACK = 0.0000000 / [arcsec/sec] Non-sidereal tracking in RA of the DECTRACK= 0.0000000 / [arcsec/sec] Non-sidereal tracking in declinati TELSTAT = \'WARN \' / [---] Current telescope status NETSTATE= \'ENABLED \' / Network control state ENGSTATE= \'DISABLED\' / Engineering override state TCSSTATE= \'OKAY \' / TCS state PWRESTRT= F / Power will be cycled imminently PWSHUTDN= F / Power will be shutdown imminently AZDMD = 207.7049000 / [degrees] Azimuth demand AZIMUTH = 207.7045000 / [degrees] Azimuth axis position AZSTAT = \'TRACKING\' / Azimuth axis state ALTDMD = 28.3936000 / [degrees] Altitude axis demand ALTITUDE= 28.3937000 / [degrees] Altitude axis position ALTSTAT = \'TRACKING\' / Altitude axis state AIRMASS = 2.1200000 / [n/a] Airmass ROTDMD = 43.8711000 / Rotator axis demand ROTMODE = \'SKY \' / [{SKY, MOUNT, VFLOAT, VERTICAL, FLOAT}] Cassegr ROTSKYPA= 0.0000000 / [degrees] Rotator position angle ROTANGLE= 43.8715000 / [degrees] Rotator mount angle ROTSTATE= \'TRACKING\' / Rotator axis state ENC1DMD = \'OPEN \' / Enc 1 demand ENC1POS = \'OPEN \' / Enc 1 position ENC1STAT= \'IN POSN \' / Enc 1 state ENC2DMD = \'OPEN \' / Enc 2 demand ENC2POS = \'OPEN \' / Enc 2 position ENC2STAT= \'IN POSN \' / Enc 2 state FOLDDMD = \'PORT 3 \' / Fold mirror demand FOLDPOS = \'PORT 3 \' / Fold mirror position FOLDSTAT= \'OFF-LINE\' / Fold mirror state PMCDMD = \'OPEN \' / Primary mirror cover demand PMCPOS = \'OPEN \' / Primary mirror cover position PMCSTAT = \'IN POSN \' / Primary mirror cover state FOCDMD = 27.3300000 / [mm] Focus demand TELFOCUS= 27.3300000 / [mm] Focus position DFOCUS = 0.0000000 / [mm] Focus offset FOCSTAT = \'WARNING \' / Focus state MIRSYSST= \'UNKNOWN \' / Primary mirror support state WMSHUMID= 34.0000000 / [0.00% - 100.00%] Current percentage humidity WMSTEMP = 289.1500000 / [Kelvin] Current (external) temperature WMSPRES = 782.0000000 / [mbar] Current pressure WINDSPEE= 4.7000000 / [m/s] Windspeed WINDDIR = 119.0000000 / [degrees E of N] Wind direction TEMPTUBE= 15.6600000 / [degrees C] Temperature of the telescope tube WMSSTATE= \'OKAY \' / WMS system state WMSRAIN = \'SET \' / Rain alert WMSMOIST= 0.0400000 / Moisture level WMOILTMP= 11.6000000 / Oil temperature WMSPMT = 0.0000000 / Primary mirror temperature WMFOCTMP= 0.0000000 / Focus temperature WMAGBTMP= 0.0000000 / AG Box temperature WMSDEWPT= 0.3000000 / Dewpoint REFPRES = 770.0000000 / [mbar] Pressure used in refraction calculation REFTEMP = 283.1500000 / [Kelvin] Temperature used in refraction calcula REFHUMID= 30.0000000 / [0.00% - 100.00%] Percentage humidity used in r AUTOGUID= \'UNLOCKED\' / [{LOCKED, UNLOCKED SUSPENDED}] Autoguider lock AGSTATE = \'OKAY \' / Autoguider sw state AGMODE = \'UNKNOWN \' / Autoguider mode AGGMAG = 0.0000000 / [mag] Autoguider guide star mag AGFWHM = 0.0000000 / [arcsec] Autoguider FWHM AGMIRDMD= 0.0000000 / [mm] Autoguider mirror demand AGMIRPOS= 0.0000000 / [mm] Autoguider mirror position AGMIRST = \'WARNING \' / Autoguider mirror state AGFOCDMD= 2.7990000 / [mm] Autoguider focus demand AGFOCUS = 2.7980000 / [mm] Autoguider focus position AGFOCST = \'WARNING \' / Autoguider focus state AGFILDMD= \'UNKNOWN \' / Autoguider filter demand AGFILPOS= \'UNKNOWN \' / Autoguider filter position AGFILST = \'WARNING \' / Autoguider filter state MOONSTAT= \'UP \' / [{UP, DOWN}] Moon position at start of current MOONFRAC= 0.8468916 / [(0 - 1)] Lunar illuminated fraction MOONDIST= 53.3774525 / [(degs)] Lunar Distance from Target MOONALT = 34.7596645 / [(degs)] Lunar altitude SCHEDSEE= 2.0858450 / [(arcsec)] Predicted seeing when group schedule SCHEDPHT= 1.0000000 / [(0-1)] Predicted photom when group scheduled ESTSEE = 3.3316001 / [(arcsec)] Estimated seeing at start of observa L1MEDIAN= 7.023166E+03 / [counts] median of frame background in counts L1MEAN = 7.021803E+03 / [counts] mean of frame background in counts L1STATOV= 23 / Status flag for DP(RT) overscan correction L1STATZE= -1 / Status flag for DP(RT) bias frame (zero) correc L1STATZM= 1 / Status flag for DP(RT) bias frame subtraction m L1STATDA= -1 / Status flag for DP(RT) dark frame correction L1STATTR= 1 / Status flag for DP(RT) overscan trimming L1STATFL= 1 / Status flag for DP(RT) flatfield correction L1XPIX = 4.776160E+02 / Coordinate of brightest object in frame after t L1YPIX = 0.000000E+00 / Coordinate of brightest object in frame after t L1COUNTS= 9.887205E+04 / [counts] Counts in brightest object (sky subtra L1SKYBRT= 9.990000E+01 / [mag/arcsec^2] Estimated sky brightness L1PHOTOM= -9.990000E+02 / [mag] Estimated extinction for standards images L1SAT = F / [logical] TRUE if brightest object is saturated BACKGRD = 7.023166E+03 / [counts] frame background level in counts STDDEV = 1.982379E+02 / [counts] Standard deviation of Backgrd in count L1SEEING= 9.990000E+02 / [Dummy] Unable to calculate SEEING = 9.990000E+02 / [Dummy] Unable to calculate ', 'type' => 'all' }, 'delivery' => 'url', 'content' => 'http://161.72.57.3/~estar/data/c_e_20060910_36_1_1_2.fits', 'reduced' => 'true', 'type' => 'FITS16' }, { 'ObjectList' => { 'content' => 'http://231.231.45.5/~estar/data/c_e_20060910_36_1_1_1.votable', 'type' => 'votable-url' }, 'FITSHeader' => { 'content' => 'SIMPLE = T / A valid FITS file BITPIX = 16 / Comment NAXIS = 2 / Number of axes NAXIS1 = 1024 / Comment NAXIS2 = 1024 / Comment BZERO = 8.502683E+03 / Comment BSCALE = 2.245839E-01 / Comment ORIGIN = \'Liverpool JMU\' OBSTYPE = \'EXPOSE \' / What type of observation has been taken RUNNUM = 34 / Number of Multrun EXPNUM = 1 / Number of exposure within Multrun EXPTOTAL= 2 / Total number of exposures within Multrun DATE = \'2006-10-03\' / [UTC] The start date of the observation DATE-OBS= \'2006-10-03T20:03:59.229\' / [UTC] The start time of the observation UTSTART = \'20:03:59.229\' / [UTC] The start time of the observation MJD = 54011.836102 / [days] Modified Julian Days. EXPTIME = 99.5000000 / [Seconds] Exposure length. FILTER1 = \'SDSS-R \' / The first filter wheel filter type. FILTERI1= \'SDSS-R-01\' / The first filter wheel filter id. FILTER2 = \'clear \' / The second filter wheel filter type. FILTERI2= \'Clear-01\' / The second filter wheel filter id. INSTRUME= \'RATCam \' / Instrument used. INSTATUS= \'Nominal \' / The instrument status. CONFIGID= 56110 / Unique configuration ID. CONFNAME= \'RATCam-SDSS-R-2\' / The instrument configuration used. DETECTOR= \'EEV CCD42-40 7041-10-5\' / Science grade (1) chip. PRESCAN = 28 / [pixels] Number of pixels in left bias strip. POSTSCAN= 28 / [pixels] Number of pixels in right bias strip. GAIN = 2.7960000 / [electrons/count] calibrated leach 30/01/2000 1 READNOIS= 7.0000000 / [electrons/pixel] RJS 23/10/2004 (from bias) EPERDN = 2.7960000 / [electrons/count] leach 30/01/2000 14:19. CCDXIMSI= 1024 / [pixels] Imaging pixels CCDYIMSI= 1024 / [pixels] Imaging pixels CCDXBIN = 2 / [pixels] X binning factor CCDYBIN = 2 / [pixels] Y binning factor CCDXPIXE= 0.0000135 / [m] Size of pixels, in X:13.5um CCDYPIXE= 0.0000135 / [m] Size of pixels, in Y:13.5um CCDSCALE= 0.2783700 / [arcsec/binned pixel] Scale of binned image on CCDRDOUT= \'LEFT \' / Readout circuit used. CCDSTEMP= 166 / [Kelvin] Required temperature. CCDATEMP= 166 / [Kelvin] Actual temperature. CCDWMODE= F / Using windows if TRUE, full image if FALSE CCDWXOFF= 0 / [pixels] Offset of window in X, from the top co CCDWYOFF= 0 / [pixels] Offset of window in Y, from the top co CCDWXSIZ= 1024 / [pixels] Size of window in X. CCDWYSIZ= 1024 / [pixels] Size of window in Y. CALBEFOR= F / Whether the calibrate before flag was set CALAFTER= F / Whether the calibrate after flag was set ROTCENTX= 643 / [pixels] The rotator centre on the CCD, X pixel ROTCENTY= 393 / [pixels] The rotator centre on the CCD, Y pixel TELESCOP= \'Liverpool Telescope\' / The Name of the Telescope TELMODE = \'ROBOTIC \' / [{PLANETARIUM, ROBOTIC, MANUAL, ENGINEERING}] T TAGID = \'PATT \' / Telescope Allocation Committee ID USERID = \'keith.horne\' / User login ID PROPID = \'PL04B17 \' / Proposal ID GROUPID = \'001518:UA:v1-24:run#10:user#aa\' / Group Id OBSID = \'ExoPlanetMonitor\' / Observation Id GRPTIMNG= \'MONITOR \' / Group timing constraint class GRPUID = 24377 / Group unique ID GRPMONP = 1200.0000000 / [secs] Group monitor period GRPNUMOB= 1 / Number of observations in group GRPEDATE= \'2006-10-04 T 07:00:05 UTC\' / [date] Group expiry date GRPNOMEX= 229.0000000 / [secs] Group nominal exec time GRPLUNCO= \'BRIGHT \' / Maximum lunar brightness GRPSEECO= \'POOR \' / Minimum seeing COMPRESS= \'PROFESSIONAL\' / [{PLANETARIUM, PROFESSIONAL, AMATEUR}] Compress LATITUDE= 28.7624000 / [degrees] Observatory Latitude LONGITUD= -17.8792000 / [degrees West] Observatory Longitude RA = \' 18:4:4.04\' / [HH:MM:SS.ss] Currently same as CAT_RA DEC = \'-28:38:38.70\' / [DD:MM:SS.ss] Currently same as CAT_DEC RADECSYS= \'FK5 \' / [{FK4, FK5}] Fundamental coordinate system of c LST = \' 19:41:55.00\' / [HH:MM:SS] Local sidereal time at start of curr EQUINOX = 2000.0000000 / [Years] Date of the coordinate system for curre CAT-RA = \' 18:4:4.04\' / [HH:MM:SS.sss] Catalog RA of the current observ CAT-DEC = \'-28:38:38.70\' / [DD:MM:SS.sss] Catalog declination of the curre CAT-EQUI= 2000.0000000 / [Year] Catalog date of the coordinate system fo CAT-EPOC= 2000.0000000 / [Year] Catalog date of the epoch CAT-NAME= \'OB06251 \' / Catalog name of the current observation source OBJECT = \'OB06251 \' / Actual name of the current observation source SRCTYPE = \'EXTRASOLAR\' / [{EXTRASOLAR, MAJORPLANET, MINORPLANET, COMET,] PM-RA = 0.0000000 / [sec/year] Proper motion in RA of the current o PM-DEC = 0.0000000 / [arcsec/year] Proper motion in declination of PARALLAX= 0.0000000 / [arcsec] Parallax of the current observation so RADVEL = 0.0000000 / [km/s] Radial velocity of the current observati RATRACK = 0.0000000 / [arcsec/sec] Non-sidereal tracking in RA of the DECTRACK= 0.0000000 / [arcsec/sec] Non-sidereal tracking in declinati TELSTAT = \'WARN \' / [---] Current telescope status NETSTATE= \'ENABLED \' / Network control state ENGSTATE= \'DISABLED\' / Engineering override state TCSSTATE= \'OKAY \' / TCS state PWRESTRT= F / Power will be cycled imminently PWSHUTDN= F / Power will be shutdown imminently AZDMD = 207.7049000 / [degrees] Azimuth demand AZIMUTH = 207.7045000 / [degrees] Azimuth axis position AZSTAT = \'TRACKING\' / Azimuth axis state ALTDMD = 28.3936000 / [degrees] Altitude axis demand ALTITUDE= 28.3937000 / [degrees] Altitude axis position ALTSTAT = \'TRACKING\' / Altitude axis state AIRMASS = 2.1200000 / [n/a] Airmass ROTDMD = 43.8711000 / Rotator axis demand ROTMODE = \'SKY \' / [{SKY, MOUNT, VFLOAT, VERTICAL, FLOAT}] Cassegr ROTSKYPA= 0.0000000 / [degrees] Rotator position angle ROTANGLE= 43.8715000 / [degrees] Rotator mount angle ROTSTATE= \'TRACKING\' / Rotator axis state ENC1DMD = \'OPEN \' / Enc 1 demand ENC1POS = \'OPEN \' / Enc 1 position ENC1STAT= \'IN POSN \' / Enc 1 state ENC2DMD = \'OPEN \' / Enc 2 demand ENC2POS = \'OPEN \' / Enc 2 position ENC2STAT= \'IN POSN \' / Enc 2 state FOLDDMD = \'PORT 3 \' / Fold mirror demand FOLDPOS = \'PORT 3 \' / Fold mirror position FOLDSTAT= \'OFF-LINE\' / Fold mirror state PMCDMD = \'OPEN \' / Primary mirror cover demand PMCPOS = \'OPEN \' / Primary mirror cover position PMCSTAT = \'IN POSN \' / Primary mirror cover state FOCDMD = 27.3300000 / [mm] Focus demand TELFOCUS= 27.3300000 / [mm] Focus position DFOCUS = 0.0000000 / [mm] Focus offset FOCSTAT = \'WARNING \' / Focus state MIRSYSST= \'UNKNOWN \' / Primary mirror support state WMSHUMID= 34.0000000 / [0.00% - 100.00%] Current percentage humidity WMSTEMP = 289.1500000 / [Kelvin] Current (external) temperature WMSPRES = 782.0000000 / [mbar] Current pressure WINDSPEE= 4.7000000 / [m/s] Windspeed WINDDIR = 119.0000000 / [degrees E of N] Wind direction TEMPTUBE= 15.6600000 / [degrees C] Temperature of the telescope tube WMSSTATE= \'OKAY \' / WMS system state WMSRAIN = \'SET \' / Rain alert WMSMOIST= 0.0400000 / Moisture level WMOILTMP= 11.6000000 / Oil temperature WMSPMT = 0.0000000 / Primary mirror temperature WMFOCTMP= 0.0000000 / Focus temperature WMAGBTMP= 0.0000000 / AG Box temperature WMSDEWPT= 0.3000000 / Dewpoint REFPRES = 770.0000000 / [mbar] Pressure used in refraction calculation REFTEMP = 283.1500000 / [Kelvin] Temperature used in refraction calcula REFHUMID= 30.0000000 / [0.00% - 100.00%] Percentage humidity used in r AUTOGUID= \'UNLOCKED\' / [{LOCKED, UNLOCKED SUSPENDED}] Autoguider lock AGSTATE = \'OKAY \' / Autoguider sw state AGMODE = \'UNKNOWN \' / Autoguider mode AGGMAG = 0.0000000 / [mag] Autoguider guide star mag AGFWHM = 0.0000000 / [arcsec] Autoguider FWHM AGMIRDMD= 0.0000000 / [mm] Autoguider mirror demand AGMIRPOS= 0.0000000 / [mm] Autoguider mirror position AGMIRST = \'WARNING \' / Autoguider mirror state AGFOCDMD= 2.7990000 / [mm] Autoguider focus demand AGFOCUS = 2.7980000 / [mm] Autoguider focus position AGFOCST = \'WARNING \' / Autoguider focus state AGFILDMD= \'UNKNOWN \' / Autoguider filter demand AGFILPOS= \'UNKNOWN \' / Autoguider filter position AGFILST = \'WARNING \' / Autoguider filter state MOONSTAT= \'UP \' / [{UP, DOWN}] Moon position at start of current MOONFRAC= 0.8468916 / [(0 - 1)] Lunar illuminated fraction MOONDIST= 53.3774525 / [(degs)] Lunar Distance from Target MOONALT = 34.7596645 / [(degs)] Lunar altitude SCHEDSEE= 2.0858450 / [(arcsec)] Predicted seeing when group schedule SCHEDPHT= 1.0000000 / [(0-1)] Predicted photom when group scheduled ESTSEE = 3.3316001 / [(arcsec)] Estimated seeing at start of observa L1MEDIAN= 7.023166E+03 / [counts] median of frame background in counts L1MEAN = 7.021803E+03 / [counts] mean of frame background in counts L1STATOV= 23 / Status flag for DP(RT) overscan correction L1STATZE= -1 / Status flag for DP(RT) bias frame (zero) correc L1STATZM= 1 / Status flag for DP(RT) bias frame subtraction m L1STATDA= -1 / Status flag for DP(RT) dark frame correction L1STATTR= 1 / Status flag for DP(RT) overscan trimming L1STATFL= 1 / Status flag for DP(RT) flatfield correction L1XPIX = 4.776160E+02 / Coordinate of brightest object in frame after t L1YPIX = 0.000000E+00 / Coordinate of brightest object in frame after t L1COUNTS= 9.887205E+04 / [counts] Counts in brightest object (sky subtra L1SKYBRT= 9.990000E+01 / [mag/arcsec^2] Estimated sky brightness L1PHOTOM= -9.990000E+02 / [mag] Estimated extinction for standards images L1SAT = F / [logical] TRUE if brightest object is saturated BACKGRD = 7.023166E+03 / [counts] frame background level in counts STDDEV = 1.982379E+02 / [counts] Standard deviation of Backgrd in count L1SEEING= 9.990000E+02 / [Dummy] Unable to calculate SEEING = 9.990000E+02 / [Dummy] Unable to calculate ', 'type' => 'all' }, 'delivery' => 'url', 'content' => 'http://231.45.45.45/~estar/data/c_e_20060910_36_1_1_2.fits', 'reduced' => 'true', 'type' => 'FITS16' } ], 'Schedule' => { 'priority' => 3, 'Exposure' => { 'type' => 'time', 'units' => 'seconds' } } }, 'version' => '2.2', 'IntelligentAgent' => { 'port' => 8000, 'host' => '127.0.0.1' } };