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collect_target_table.pl
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collect_target_table.pl
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#!/usr/bin/perl
##!/opt/local/bin/perl
# collect nH,kT,abund,chi^2, etc. from YAXX fits
# $ARGV[0] is name of file which contains list of source numbers and
# RA,Dec to process
# sample.rdb
#
if ($#ARGV != 2) {
die "Usage:\n $0 <infile> <obsid> <expmap>\n";
}
@models=qw(c_rs);
# check obsid, directory structure is rigid
chomp $ARGV[1];
$data_dir=$ARGV[1];
@chars=split //,$data_dir;
while ($chars[0] eq "0") {
$data_dir = join '', @chars[1..$#chars];
@chars=split //,$data_dir;
} # while ($chars[0] eq "0") {
$obs_dir=$data_dir;
@chars=split //,$obs_dir;
while ($#chars < 4) {
$obs_dir= "0".$obs_dir;
@chars=split //,$obs_dir;
} # while ($count < 5) {
$data_root="/data/ANCHORS/YAXX/$obs_dir/Data/obs$data_dir";
$expmap=$data_root."/".$ARGV[2];
$outxml="/data/ANCHORS/YAXX/$obs_dir/$data_dir.xml";
$html_root="./";
$bbsig="95.02"; # bblocks significance
use lib '/proj/sot/ska/lib/perl';
use coords;
use Astro::FITS::Header::CFITSIO;
use CFITSIO::Simple;
use Math::Trig 'great_circle_distance';
use Math::Trig 'deg2rad';
use Math::Trig 'rad2deg';
use XDB qw(time_check);
use FileSysProc qw(ops_open);
use CIAO;
use OutputText;
use Parameter;
use Expect;
use CXC::Envs;
use CXC::Archive;
open(IN,"<$ARGV[0]") || die "Input file $ARGV[0] not found.\n";
if (-s $outxml) {
print "Overwriting $outxml\n";
open(OUT,">$outxml");
#die "Cannot overwrite $outxml.\n";
} else {
open(OUT,">$outxml");
} # if (! -s $outxml) {
#****** read target data ****
$inline=<IN>; # skip first 2 header lines
$inline=<IN>; # skip first 2 header lines
$inline=<IN>;
close IN;
chomp $inline;
@line=split(/\s+/,$inline);
@src_str=split("_",$line[0]);
$src=$src_str[1];
$evt_file="$data_root/src$src/acis_evt2.fits"; #ddchange
my $evt_header = fits_read_hdr("$evt_file", "EVENTS");
$tar_obs = $evt_header->{OBS_ID};
$tar_tstart = $evt_header->{TSTART};
$tar_seq = $evt_header->{SEQ_NUM};
$tar_date = $evt_header->{"DATE-OBS"};
$tar_ins = $evt_header->{DETNAM};
$tar_nam = $evt_header->{OBJECT};
$tar_exp = $evt_header->{EXPOSURE}/1000;
$tar_ra = $evt_header->{RA_NOM};
$tar_dec = $evt_header->{DEC_NOM};
($ra_str,$dec_str)=&dec2seg($tar_ra,$tar_dec);
$simbad_id = $ra_str."+".$dec_str;
$simbad_id =~ s/\:/\+/g;
print OUT "<?xml version=\"1.0\" encoding=\"ISO-8859-1\"?>\n";
print OUT "<?xml-stylesheet type=\"text/xsl\" href=\"..\/..\/anc_obs.xsl\"?>\n";
print OUT "<root>\n";
print OUT "<OBS>\n";
print OUT " <OBSID>$tar_obs</OBSID>\n";
print OUT " <NAME>$tar_nam</NAME>\n";
printf OUT " <TSTART>%.8e</TSTART>\n",$tar_tstart;
printf OUT " <EXPTIME units=\"ks\">%7.3f</EXPTIME>\n",$tar_exp;
print OUT " <SEQ>$tar_seq</SEQ>\n";
print OUT " <INST>$tar_ins</INST>\n";
print OUT " <DATE>$tar_date</DATE>\n";
print OUT " <AIMPOINT>($tar_ra,$tar_dec)</AIMPOINT>\n";
print OUT " <SIMBAD_ID>$simbad_id</SIMBAD_ID>\n";
$date=`date`;
chomp $date;
print OUT " <created>$date</created>\n";
print OUT "</OBS>\n";
print OUT "</root>\n";
close OUT;
open(IN,"<$ARGV[0]") || die "Input file $ARGV[0] not found.\n";
$inline=<IN>; # skip first 2 header lines
$inline=<IN>; # skip first 2 header lines
while ($inline=<IN>) {
chomp $inline;
@line=split(/\s+/,$inline);
@src_str=split("_",$line[0]);
$src=$src_str[1];
$src_root=$data_root."/src".$src;
$ra=$line[2];
$dec=$line[3];
($ra_str,$dec_str)=&dec2seg($ra,$dec);
@strra=split(":",$ra_str);
$strra[2]=sprintf("%4.1f",$strra[2]);
$strra[2]=~ s/^\s+//;
$strra[2]=substr("0".$strra[2],-4,4);
@strdec=split(":",$dec_str);
$strdec[2]=sprintf("%2d",$strdec[2]);
$strdec[2]=~ s/^\s+//;
$strdec[2]=substr("0".$strdec[2],-2,2);
if ($strdec[0] < 0 && $strdec[0] > -10) { $strdec[0]="-0".abs($strdec[0]); }
elsif ($strdec[0] >= 0) { $strdec[0]="+".$strdec[0]; }
$src_name=join("",@strra).join("",@strdec);
# get counts data from run_dmextract.pl output
my $cnts=-999;
$cnt_file="$src_root/counts.fits";
if (-s $cnt_file) {
my %mdl = fits_read_bintbl("$cnt_file\[Histogram\]");
# calculate off-axis distance (arcsec)
$off_ax = rad2deg(great_circle_distance(deg2rad($ra), deg2rad(90-$dec), deg2rad($tar_ra),deg2rad(90-$tar_dec)))*3600;
$cnts = $mdl{counts}->at(0);
$bkgcnts = $mdl{bg_counts}->at(0);
$netcnts = $mdl{net_counts}->at(0);
#!### low counts warning: 5 cts on-axis (w/in 4'); 10 cts off-axis
my $cts_cutoff = 5.;
if ($off_ax > 240.) {
$cts_cutoff = 10.;
}
if ($netcnts < $cts_cutoff) {
$cntflag = 1;
} else {
$cntflag = 0;
}
$neterr = $mdl{net_err}->at(0);
$netrate = $mdl{net_rate}->at(0);
$area = $mdl{area}->at(0);
$bkgarea = $mdl{bg_area}->at(0);
$src_flux = $mdl{flux}->at(0);
$flux = $mdl{net_flux}->at(0);
$fluxerr = $mdl{net_flux_err}->at(0);
$eff_area = $mdl{mean_src_exp}->at(0);
$bg_eff_area = $mdl{mean_bg_exp}->at(0);
$exp = $mdl{exposure}->at(0);
#!### Pileup test: Global Grade (0=none, 1=mild, 2=severe) ###
#!### only run if off-axis distance is less than 4' #!###
$cntrate = $cnts/$exp;
if (($cntrate < 0.01) || ($off_ax >= 240.)) {
$gbl_pflg = 0;
} elsif (($cntrate < 0.05) && ($cntrate >= 0.01)) {
$gbl_pflg = 1;
} elsif ($cntrate >= 0.05) {
$gbl_pflg = 2;
}
# print "$cnts $cntrate $exp $gbl_pflg\n";
#$eff_exp = 1.0/($src_flux*$eff_area/$cnts);
`punlearn dmstat`;
`dmstat '$expmap\[sky=region($src_root/src.reg)]' centroid=no`;
$exp_avg=`pget dmstat out_mean`;
chomp $exp_avg;
if ($eff_area > 0) {
$eff_exp=$exp_avg/$eff_area;
} else {
$eff_exp=0;
}
# print "$exp $exp_avg $eff_area $eff_exp\n";
} #if (-s $cnt_file) {
$outfile="$data_root/src$src/src$src.xml";
open(OUT,">$outfile");
print OUT "<?xml version=\"1.0\" encoding=\"ISO-8859-1\"?>\n";
#print OUT "<?xml-stylesheet type=\"text/xsl\" href=\"..\/..\/anc_src.xsl\"?>\n";
print OUT "<?xml-stylesheet type=\"text/xsl\" href=\"anc_src.xsl\"?>\n";
print OUT "<root>\n";
print OUT "<SOURCE id=\"$src\">\n";
print OUT " <ID>$src</ID>";
print OUT " <NAME>$src_name</NAME>\n";
printf OUT " <RA str=\"$ra_str\">%10.5f</RA>\n",$ra;
printf OUT " <DEC str=\"$dec_str\">%10.5f</DEC>\n",$dec;
printf OUT " <CNTS>%6.1f</CNTS><AREA>%7.1f</AREA>\n",$cnts,$area;
printf OUT " <CNTFLAG>%1d</CNTFLAG>\n",$cntflag;
#make tag - count flag (0 or 1)
printf OUT " <BG_CNTS>%6.1f</BG_CNTS>",$bkgcnts;
printf OUT "<BG_AREA>%7.1f</BG_AREA>\n",$bkgarea;
printf OUT " <NET_CNTS>%6.1f</NET_CNTS>",$netcnts;
printf OUT "<NET_ERR>%6.1f</NET_ERR>\n",$neterr;
printf OUT " <NET_FLUX>%.2e</NET_FLUX>\n",$flux;
printf OUT " <NET_FLUX_ERR>%.2e</NET_FLUX_ERR>\n",$fluxerr;
printf OUT " <EFF_AREA>%6.2f</EFF_AREA>\n",$eff_area;
printf OUT " <BG_EFF_AREA>%6.2f</BG_EFF_AREA>\n",$bg_eff_area;
printf OUT " <EXP>%8.1f</EXP>\n",$eff_exp;
printf OUT " <OFF_AX>%5.1f</OFF_AX>\n",$off_ax;
# find ccd_id
`punlearn dmcoords`;
`pset dmcoords infile=$src_root/acis_evt2.fits`;
`pset dmcoords ra=$ra`;
`pset dmcoords dec=$dec`;
`dmcoords celfmt=deg option=cel mode=h`;
$chip =`pget dmcoords chip_id`;
chomp $chip;
printf OUT " <CCD_ID>%d</CCD_ID>\n",$chip;
my $quant_file="$data_root/src$src/quantile.dat"; # ddchange
open (QUANT,"<$quant_file");
$qinline=<QUANT>; # skip first line
$qinline=<QUANT>;
chomp $qinline;
@qline=split(/\s+/,$qinline);
printf OUT " <E25>%6.3f</E25><E25_err>%6.3f</E25_err>\n",$qline[1],$qline[2];
printf OUT " <E50>%6.3f</E50><E50_err>%6.3f</E50_err>\n",$qline[3],$qline[4];
printf OUT " <E75>%6.3f</E75><E75_err>%6.3f</E75_err>\n",$qline[5],$qline[6];
printf OUT " <Q25>%6.3f</Q25><Q25_err>%6.3f</Q25_err>\n",($qline[1]-0.3)/7.7,abs(($qline[2])/7.7);
printf OUT " <Q50>%6.3f</Q50><Q50_err>%6.3f</Q50_err>\n",($qline[3]-0.3)/7.7,abs(($qline[4])/7.7);
printf OUT " <Q75>%6.3f</Q75><Q75_err>%6.3f</Q75_err>\n",($qline[5]-0.3)/7.7,abs(($qline[6])/7.7);
# extract and calculate hardness ratios
my $sft_cnts=-999;
$cnt_file="$src_root/counts_sft.fits";
if (-s $cnt_file) {
my %mdl = fits_read_bintbl("$cnt_file\[Histogram\]");
$sft_netcnts = $mdl{net_counts}->at(0);
$sft_neterr = $mdl{net_err}->at(0);
}
my $med_cnts=-999;
$cnt_file="$src_root/counts_med.fits";
if (-s $cnt_file) {
my %mdl = fits_read_bintbl("$cnt_file\[Histogram\]");
$med_netcnts = $mdl{net_counts}->at(0);
$med_neterr = $mdl{net_err}->at(0);
}
my $hrd_cnts=-999;
$cnt_file="$src_root/counts_hrd.fits";
if (-s $cnt_file) {
my %mdl = fits_read_bintbl("$cnt_file\[Histogram\]");
$hrd_netcnts = $mdl{net_counts}->at(0);
$hrd_neterr = $mdl{net_err}->at(0);
}
$hr1=-999;
$hr2=-999;
$hr3=-999;
if ($hrd_netcnts > 0 && $med_netcnts > 0) {
$hr1=($hrd_netcnts-$med_netcnts)/($hrd_netcnts+$med_netcnts);
}
if ($med_netcnts > 0 && $sft_netcnts > 0) {
$hr2=($med_netcnts-$sft_netcnts)/($med_netcnts+$sft_netcnts);
}
if ($hrd_netcnts > 0 && $sft_netcnts > 0) {
$hr3=($hrd_netcnts-$sft_netcnts)/($hrd_netcnts+$sft_netcnts);
}
printf OUT " <HRD_CNTS>%.2f</HRD_CNTS>",$hrd_netcnts;
printf OUT "<HRD_ERR>%.2f</HRD_ERR>\n",$hrd_neterr;
printf OUT " <MED_CNTS>%.2f</MED_CNTS>",$med_netcnts;
printf OUT "<MED_ERR>%.2f</MED_ERR>\n",$med_neterr;
printf OUT " <SFT_CNTS>%.2f</SFT_CNTS>",$sft_netcnts;
printf OUT "<SFT_ERR>%.2f</SFT_ERR>\n",$sft_neterr;
printf OUT " <HR1>%.4f</HR1>\n",$hr1;
printf OUT " <HR2>%.4f</HR2>\n",$hr2;
printf OUT " <HR3>%.4f</HR3>\n",$hr3;
print OUT " <SPECTRA>\n";
my $c_rs_nh=-999;
my $c_rs_nh_err=-999;
my $c_rs_kt=-999;
my $c_rs_kt_err=-999;
my $c_rs_kt_flux=-999;
my $c_rs_abund=-999;
my $c_rs_abund_err=-999;
my $c_rs_chi=-999;
my $c_rs_dof=-999;
my $c_rs_flux=-999;
my $mdl_file="$data_root/src$src/c_rs.mdl"; # ddchange
if (-s $mdl_file) {
my $mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
my %mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_rs_nh = $mdl{parvalue}->at(2);
$c_rs_kt = $mdl{parvalue}->at(4);
if ($c_rs_kt < 15) {
$c_rs_kt_flg = 0;
} else {
$c_rs_kt_flg = 1;
}
$c_rs_kt_norm = $mdl{parvalue}->at(7);
$c_rs_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_rs_nh_err = $mdl{unc_upper}->at(2);
$c_rs_kt_err = $mdl{unc_upper}->at(4);
$c_rs_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_rs_chi = $mdl_header->{F_RSTAT};
if (($c_rs_chi < 2) && ($c_rs_chi > 0.2)) {
$c_rs_chi_flg = 0;
} else {
$c_rs_chi_flg = 1;
}
$c_rs_dof = $mdl_header->{F_DOF};
$c_rs_flux = $mdl_header->{EFLUX};
$c_rs_kt_flux = $mdl_header->{EFLUX1};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_rs_kt_flux = $eflux_str[2];
$c_rs_flg = $c_rs_kt_flg + $c_rs_chi_flg;
if ($c_rs_flg != 0) {
$c_rs_flg = 1;
}
print OUT " <MODEL name=\'c_rs\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_rs_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_rs_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_rs_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_rs_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_rs_kt_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_rs_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_rs_kt_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_rs_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_rs_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_rs_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_rs_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_rs_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_rs_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_rs_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_rs2_nh=-999;
my $c_rs2_nh_err=-999;
my $c_rs2_kt=-999;
my $c_rs2_kt_err=-999;
my $c_rs2_abund=-999;
my $c_rs2_abund_err=-999;
my $c_rs2_chi=-999;
my $c_rs2_dof=-999;
my $c_rs2_flux=-999;
my $kt_flux=-999;
my $mdl_file="$data_root/src$src/c_rs2.mdl"; # ddchange
if (-s $mdl_file) {
my $mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
my %mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_rs2_nh = $mdl{parvalue}->at(2);
$c_rs2_kt = $mdl{parvalue}->at(4);
if ($c_rs2_kt < 15) {
$c_rs2_kt_flg = 0;
} else {
$c_rs2_kt_flg = 1;
}
$c_rs2_kt_norm = $mdl{parvalue}->at(7);
$c_rs2_kt2 = $mdl{parvalue}->at(9);
if ($c_rs2_kt2 < 15) {
$c_rs2_kt2_flg = 0;
} else {
$c_rs2_kt2_flg = 1;
}
$c_rs2_kt2_norm = $mdl{parvalue}->at(12);
$c_rs2_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_rs2_nh_err = $mdl{unc_upper}->at(2);
$c_rs2_kt_err = $mdl{unc_upper}->at(4);
$c_rs2_kt2_err = $mdl{unc_upper}->at(9);
$c_rs2_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_rs2_chi = $mdl_header->{F_RSTAT};
if (($c_rs2_chi < 2) && ($c_rs2_chi > 0.2)) {
$c_rs2_chi_flg = 0;
} else {
$c_rs2_chi_flg = 1;
}
$c_rs2_dof = $mdl_header->{F_DOF};
$c_rs2_flux = $mdl_header->{EFLUX};
$c_rs2_kt1_flux = $mdl_header->{EFLUX1};
$c_rs2_kt2_flux = $mdl_header->{EFLUX2};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_rs2_kt1_flux = $eflux_str[2];
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs2";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_rs2_kt2_flux = $eflux_str[2];
$c_rs2_flg = $c_rs2_kt_flg + $c_rs2_kt2_flg + $c_rs2_chi_flg;
if ($c_rs2_flg != 0) {
$c_rs2_flg = 1;
}
print OUT " <MODEL name=\'c_rs2\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_rs2_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_rs2_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_rs2_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_rs2_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_rs2_kt1_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_rs2_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_rs2_kt_flg;
printf OUT " <KT2>%.2f</KT2>\n", $c_rs2_kt2;
printf OUT " <KT2_ERR>%.2f</KT2_ERR>\n", $c_rs2_kt2_err;
printf OUT " <KT2_FLUX>%.2e</KT2_FLUX>\n", $c_rs2_kt2_flux;
printf OUT " <KT2_NORM>%.2e</KT2_NORM>\n", $c_rs2_kt2_norm;
printf OUT " <KT2_FLG>%1d</KT2_FLG>\n", $c_rs2_kt2_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_rs2_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_rs2_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_rs2_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_rs2_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_rs2_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_rs2_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_rs2_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_rs2a_nh=-999;
my $c_rs2a_nh_err=-999;
my $c_rs2a_kt=-999;
my $c_rs2a_kt_err=-999;
my $c_rs2a_kt_flux=-999;
my $c_rs2a_kt2=-999;
my $c_rs2a_kt2_err=-999;
my $c_rs2a_kt2_flux=-999;
my $c_rs2a_abund=-999;
my $c_rs2a_abund_err=-999;
my $c_rs2a_chi=-999;
my $c_rs2a_dof=-999;
my $c_rs2a_flux=-999;
my $mdl_file="$data_root/src$src/c_rs2a.mdl"; # ddchange
if (-s $mdl_file) {
$mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
%mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_rs2a_nh = $mdl{parvalue}->at(2);
$c_rs2a_kt = $mdl{parvalue}->at(4);
if ($c_rs2a_kt < 15) {
$c_rs2a_kt_flg = 0;
} else {
$c_rs2a_kt_flg = 1;
}
$c_rs2a_kt_norm = $mdl{parvalue}->at(7);
$c_rs2a_kt2 = $mdl{parvalue}->at(9);
if ($c_rs2a_kt2 < 15) {
$c_rs2a_kt2_flg = 0;
} else {
$c_rs2a_kt2_flg = 1;
}
$c_rs2a_kt2_norm = $mdl{parvalue}->at(12);
$c_rs2a_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_rs2a_nh_err = $mdl{unc_upper}->at(2);
$c_rs2a_kt_err = $mdl{unc_upper}->at(4);
$c_rs2a_kt2_err = $mdl{unc_upper}->at(9);
$c_rs2a_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_rs2a_chi = $mdl_header->{F_RSTAT};
if (($c_rs2a_chi < 2) && ($c_rs2_chi > 0.2)) {
$c_rs2a_chi_flg = 0;
} else {
$c_rs2a_chi_flg = 1;
}
$c_rs2a_dof = $mdl_header->{F_DOF};
$c_rs2a_flux = $mdl_header->{EFLUX};
$c_rs2a_kt1_flux = $mdl_header->{EFLUX1};
$c_rs2a_kt2_flux = $mdl_header->{EFLUX2};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_rs2a_kt1_flux = $eflux_str[2];
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs2";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_rs2a_kt2_flux = $eflux_str[2];
$c_rs2a_flg = $c_rs2a_kt_flg + $c_rs2a_kt2_flg + $c_rs2a_chi_flg;
if ($c_rs2a_flg != 0) {
$c_rs2a_flg = 1;
}
print OUT " <MODEL name=\'c_rs2a\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_rs2a_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_rs2a_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_rs2a_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_rs2a_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_rs2a_kt1_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_rs2a_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_rs2a_kt_flg;
printf OUT " <KT2>%.2f</KT2>\n", $c_rs2a_kt2;
printf OUT " <KT2_ERR>%.2f</KT2_ERR>\n", $c_rs2a_kt2_err;
printf OUT " <KT2_FLUX>%.2e</KT2_FLUX>\n", $c_rs2a_kt2_flux;
printf OUT " <KT2_NORM>%.2e</KT2_NORM>\n", $c_rs2a_kt2_norm;
printf OUT " <KT2_FLG>%1d</KT2_FLG>\n", $c_rs2a_kt2_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_rs2a_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_rs2a_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_rs2a_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_rs2a_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_rs2a_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_rs2a_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_rs2a_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_ap_nh=-999;
my $c_ap_nh_err=-999;
my $c_ap_kt=-999;
my $c_ap_kt_err=-999;
my $c_ap_kt_flux=-999;
my $c_ap_abund=-999;
my $c_ap_abund_err=-999;
my $c_ap_chi=-999;
my $c_ap_dof=-999;
my $c_ap_flux=-999;
my $mdl_file="$data_root/src$src/c_ap.mdl"; # ddchange
if (-s $mdl_file) {
my $mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
my %mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_ap_nh = $mdl{parvalue}->at(2);
$c_ap_kt = $mdl{parvalue}->at(4);
if ($c_ap_kt < 15) {
$c_ap_kt_flg = 0;
} else {
$c_ap_kt_flg = 1;
}
$c_ap_kt_norm = $mdl{parvalue}->at(7);
$c_ap_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_ap_nh_err = $mdl{unc_upper}->at(2);
$c_ap_kt_err = $mdl{unc_upper}->at(4);
$c_ap_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_ap_chi = $mdl_header->{F_RSTAT};
if (($c_ap_chi < 2) && ($c_ap_chi > 0.2)) {
$c_ap_chi_flg = 0;
} else {
$c_ap_chi_flg = 1;
}
$c_ap_dof = $mdl_header->{F_DOF};
$c_ap_flux = $mdl_header->{EFLUX};
$c_ap_kt_flux = $mdl_header->{EFLUX1};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_ap_kt_flux = $eflux_str[2];
$c_ap_flg = $c_ap_kt_flg + $c_ap_chi_flg;
if ($c_ap_flg != 0) {
$c_ap_flg = 1;
}
print OUT " <MODEL name=\'c_ap\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_ap_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_ap_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_ap_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_ap_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_ap_kt_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_ap_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_ap_kt_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_ap_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_ap_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_ap_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_ap_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_ap_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_ap_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_ap_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_ap2_nh=-999;
my $c_ap2_nh_err=-999;
my $c_ap2_kt=-999;
my $c_ap2_kt_err=-999;
my $c_ap2_abund=-999;
my $c_ap2_abund_err=-999;
my $c_ap2_chi=-999;
my $c_ap2_dof=-999;
my $c_ap2_flux=-999;
my $kt_flux=-999;
my $mdl_file="$data_root/src$src/c_ap2.mdl"; # ddchange
if (-s $mdl_file) {
my $mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
my %mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_ap2_nh = $mdl{parvalue}->at(2);
$c_ap2_kt = $mdl{parvalue}->at(4);
if ($c_ap2_kt < 15) {
$c_ap2_kt_flg = 0;
} else {
$c_ap2_kt_flg = 1;
}
$c_ap2_kt_norm = $mdl{parvalue}->at(7);
$c_ap2_kt2 = $mdl{parvalue}->at(9);
if ($c_ap2_kt2 < 15) {
$c_ap2_kt2_flg = 0;
} else {
$c_ap2_kt2_flg = 1;
}
$c_ap2_kt2_norm = $mdl{parvalue}->at(12);
$c_ap2_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_ap2_nh_err = $mdl{unc_upper}->at(2);
$c_ap2_kt_err = $mdl{unc_upper}->at(4);
$c_ap2_kt2_err = $mdl{unc_upper}->at(9);
$c_ap2_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_ap2_chi = $mdl_header->{F_RSTAT};
if (($c_ap2_chi < 2) && ($c_ap2_chi > 0.2)) {
$c_ap2_chi_flg = 0;
} else {
$c_ap2_chi_flg = 1;
}
$c_ap2_dof = $mdl_header->{F_DOF};
$c_ap2_flux = $mdl_header->{EFLUX};
$c_ap2_kt1_flux = $mdl_header->{EFLUX1};
$c_ap2_kt2_flux = $mdl_header->{EFLUX2};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_ap2_kt1_flux = $eflux_str[2];
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs2";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_ap2_kt2_flux = $eflux_str[2];
$c_ap2_flg = $c_ap2_kt_flg + $c_ap2_kt2_flg + $c_ap2_chi_flg;
if ($c_ap2_flg != 0) {
$c_ap2_flg = 1;
}
print OUT " <MODEL name=\'c_ap2\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_ap2_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_ap2_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_ap2_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_ap2_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_ap2_kt1_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_ap2_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_ap2_kt_flg;
printf OUT " <KT2>%.2f</KT2>\n", $c_ap2_kt2;
printf OUT " <KT2_ERR>%.2f</KT2_ERR>\n", $c_ap2_kt2_err;
printf OUT " <KT2_FLUX>%.2e</KT2_FLUX>\n", $c_ap2_kt2_flux;
printf OUT " <KT2_NORM>%.2e</KT2_NORM>\n", $c_ap2_kt2_norm;
printf OUT " <KT2_FLG>%1d</KT2_FLG>\n", $c_ap2_kt2_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_ap2_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_ap2_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_ap2_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_ap2_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_ap2_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_ap2_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_ap2_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_ap2a_nh=-999;
my $c_ap2a_nh_err=-999;
my $c_ap2a_kt=-999;
my $c_ap2a_kt_err=-999;
my $c_ap2a_kt_flux=-999;
my $c_ap2a_kt2=-999;
my $c_ap2a_kt2_err=-999;
my $c_ap2a_kt2_flux=-999;
my $c_ap2a_abund=-999;
my $c_ap2a_abund_err=-999;
my $c_ap2a_chi=-999;
my $c_ap2a_dof=-999;
my $c_ap2a_flux=-999;
my $mdl_file="$data_root/src$src/c_ap2a.mdl"; # ddchange
if (-s $mdl_file) {
$mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
%mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_ap2a_nh = $mdl{parvalue}->at(2);
$c_ap2a_kt = $mdl{parvalue}->at(4);
if ($c_ap2a_kt < 15) {
$c_ap2a_kt_flg = 0;
} else {
$c_ap2a_kt_flg = 1;
}
$c_ap2a_kt_norm = $mdl{parvalue}->at(7);
$c_ap2a_kt2 = $mdl{parvalue}->at(9);
if ($c_ap2a_kt2 < 15) {
$c_ap2a_kt2_flg = 0;
} else {
$c_ap2a_kt2_flg = 1;
}
$c_ap2a_kt2_norm = $mdl{parvalue}->at(12);
$c_ap2a_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_ap2a_nh_err = $mdl{unc_upper}->at(2);
$c_ap2a_kt_err = $mdl{unc_upper}->at(4);
$c_ap2a_kt2_err = $mdl{unc_upper}->at(9);
$c_ap2a_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_ap2a_chi = $mdl_header->{F_RSTAT};
if (($c_ap2a_chi < 2) && ($c_ap2_chi > 0.2)) {
$c_ap2a_chi_flg = 0;
} else {
$c_ap2a_chi_flg = 1;
}
$c_ap2a_dof = $mdl_header->{F_DOF};
$c_ap2a_flux = $mdl_header->{EFLUX};
$c_ap2a_kt1_flux = $mdl_header->{EFLUX1};
$c_ap2a_kt2_flux = $mdl_header->{EFLUX2};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_ap2a_kt1_flux = $eflux_str[2];
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs2";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_ap2a_kt2_flux = $eflux_str[2];
$c_ap2a_flg = $c_ap2a_kt_flg + $c_ap2a_kt2_flg + $c_ap2a_chi_flg;
if ($c_ap2a_flg != 0) {
$c_ap2a_flg = 1;
}
print OUT " <MODEL name=\'c_ap2a\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_ap2a_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_ap2a_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_ap2a_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_ap2a_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_ap2a_kt1_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_ap2a_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_ap2a_kt_flg;
printf OUT " <KT2>%.2f</KT2>\n", $c_ap2a_kt2;
printf OUT " <KT2_ERR>%.2f</KT2_ERR>\n", $c_ap2a_kt2_err;
printf OUT " <KT2_FLUX>%.2e</KT2_FLUX>\n", $c_ap2a_kt2_flux;
printf OUT " <KT2_NORM>%.2e</KT2_NORM>\n", $c_ap2a_kt2_norm;
printf OUT " <KT2_FLG>%1d</KT2_FLG>\n", $c_ap2a_kt2_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_ap2a_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_ap2a_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_ap2a_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_ap2a_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_ap2a_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_ap2a_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_ap2a_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_mk_nh=-999;
my $c_mk_nh_err=-999;
my $c_mk_kt=-999;
my $c_mk_kt_err=-999;
my $c_mk_kt_flux=-999;
my $c_mk_abund=-999;
my $c_mk_abund_err=-999;
my $c_mk_chi=-999;
my $c_mk_dof=-999;
my $c_mk_flux=-999;
my $mdl_file="$data_root/src$src/c_mk.mdl"; # ddchange
if (-s $mdl_file) {
my $mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
my %mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_mk_nh = $mdl{parvalue}->at(2);
$c_mk_kt = $mdl{parvalue}->at(4);
if ($c_mk_kt < 15) {
$c_mk_kt_flg = 0;
} else {
$c_mk_kt_flg = 1;
}
$c_mk_kt_norm = $mdl{parvalue}->at(7);
$c_mk_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_mk_nh_err = $mdl{unc_upper}->at(2);
$c_mk_kt_err = $mdl{unc_upper}->at(4);
$c_mk_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_mk_chi = $mdl_header->{F_RSTAT};
if (($c_mk_chi < 2) && ($c_ap_chi > 0.2)) {
$c_mk_chi_flg = 0;
} else {
$c_mk_chi_flg = 1;
}
$c_mk_dof = $mdl_header->{F_DOF};
$c_mk_flux = $mdl_header->{EFLUX};
$c_mk_kt_flux = $mdl_header->{EFLUX1};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_mk_kt_flux = $eflux_str[2];
$c_mk_flg = $c_ap_kt_flg + $c_ap_chi_flg;
if ($c_mk_flg != 0) {
$c_mk_flg = 1;
}
print OUT " <MODEL name=\'c_mk\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_mk_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_mk_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_mk_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_mk_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_mk_kt_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_mk_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_mk_kt_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_mk_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_mk_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_mk_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_mk_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_mk_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_mk_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_mk_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_mk2_nh=-999;
my $c_mk2_nh_err=-999;
my $c_mk2_kt=-999;
my $c_mk2_kt_err=-999;
my $c_mk2_abund=-999;
my $c_mk2_abund_err=-999;
my $c_mk2_chi=-999;
my $c_mk2_dof=-999;
my $c_mk2_flux=-999;
my $kt_flux=-999;
my $mdl_file="$data_root/src$src/c_mk2.mdl"; # ddchange
if (-s $mdl_file) {
my $mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
my %mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_mk2_nh = $mdl{parvalue}->at(2);
$c_mk2_kt = $mdl{parvalue}->at(4);
if ($c_mk2_kt < 15) {
$c_mk2_kt_flg = 0;
} else {
$c_mk2_kt_flg = 1;
}
$c_mk2_kt_norm = $mdl{parvalue}->at(7);
$c_mk2_kt2 = $mdl{parvalue}->at(9);
if ($c_mk2_kt2 < 15) {
$c_mk2_kt2_flg = 0;
} else {
$c_mk2_kt2_flg = 1;
}
$c_mk2_kt2_norm = $mdl{parvalue}->at(12);
$c_mk2_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_mk2_nh_err = $mdl{unc_upper}->at(2);
$c_mk2_kt_err = $mdl{unc_upper}->at(4);
$c_mk2_kt2_err = $mdl{unc_upper}->at(9);
$c_mk2_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_mk2_chi = $mdl_header->{F_RSTAT};
if (($c_mk2_chi < 2) && ($c_ap2_chi > 0.2)) {
$c_mk2_chi_flg = 0;
} else {
$c_mk2_chi_flg = 1;
}
$c_mk2_dof = $mdl_header->{F_DOF};
$c_mk2_flux = $mdl_header->{EFLUX};
$c_mk2_kt1_flux = $mdl_header->{EFLUX1};
$c_mk2_kt2_flux = $mdl_header->{EFLUX2};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_mk2_kt1_flux = $eflux_str[2];
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs2";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_mk2_kt2_flux = $eflux_str[2];
$c_mk2_flg = $c_ap2_kt_flg + $c_ap2_kt2_flg + $c_ap2_chi_flg;
if ($c_mk2_flg != 0) {
$c_mk2_flg = 1;
}
print OUT " <MODEL name=\'c_mk2\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_mk2_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_mk2_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_mk2_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_mk2_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_mk2_kt1_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_mk2_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_mk2_kt_flg;
printf OUT " <KT2>%.2f</KT2>\n", $c_mk2_kt2;
printf OUT " <KT2_ERR>%.2f</KT2_ERR>\n", $c_mk2_kt2_err;
printf OUT " <KT2_FLUX>%.2e</KT2_FLUX>\n", $c_mk2_kt2_flux;
printf OUT " <KT2_NORM>%.2e</KT2_NORM>\n", $c_mk2_kt2_norm;
printf OUT " <KT2_FLG>%1d</KT2_FLG>\n", $c_mk2_kt2_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_mk2_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_mk2_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_mk2_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_mk2_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_mk2_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_mk2_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_mk2_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $c_mk2a_nh=-999;
my $c_mk2a_nh_err=-999;
my $c_mk2a_kt=-999;
my $c_mk2a_kt_err=-999;
my $c_mk2a_kt_flux=-999;
my $c_mk2a_kt2=-999;
my $c_mk2a_kt2_err=-999;
my $c_mk2a_kt2_flux=-999;
my $c_mk2a_abund=-999;
my $c_mk2a_abund_err=-999;
my $c_mk2a_chi=-999;
my $c_mk2a_dof=-999;
my $c_mk2a_flux=-999;
my $mdl_file="$data_root/src$src/c_mk2a.mdl"; # ddchange
if (-s $mdl_file) {
$mdl_header = fits_read_hdr("$mdl_file", "MDL_Models");
%mdl = fits_read_bintbl("$mdl_file\[MDL_Models\]");
my $columns = join(" ",keys(%mdl));
if ($columns =~ m/parvalue/) {
$c_mk2a_nh = $mdl{parvalue}->at(2);
$c_mk2a_kt = $mdl{parvalue}->at(4);
if ($c_mk2a_kt < 15) {
$c_mk2a_kt_flg = 0;
} else {
$c_mk2a_kt_flg = 1;
}
$c_mk2a_kt_norm = $mdl{parvalue}->at(7);
$c_mk2a_kt2 = $mdl{parvalue}->at(9);
if ($c_mk2a_kt2 < 15) {
$c_mk2a_kt2_flg = 0;
} else {
$c_mk2a_kt2_flg = 1;
}
$c_mk2a_kt2_norm = $mdl{parvalue}->at(12);
$c_mk2a_abund = $mdl{parvalue}->at(5);
} # if ($columns =~ m/parvalue/) {
if ($columns =~ m/unc_upper/) {
$c_mk2a_nh_err = $mdl{unc_upper}->at(2);
$c_mk2a_kt_err = $mdl{unc_upper}->at(4);
$c_mk2a_kt2_err = $mdl{unc_upper}->at(9);
$c_mk2a_abund_err = $mdl{unc_upper}->at(5);
} # if ($columns =~ m/unc_upper/) {
$c_mk2a_chi = $mdl_header->{F_RSTAT};
if (($c_mk2a_chi < 2) && ($c_ap2_chi > 0.2)) {
$c_mk2a_chi_flg = 0;
} else {
$c_mk2a_chi_flg = 1;
}
$c_mk2a_dof = $mdl_header->{F_DOF};
$c_mk2a_flux = $mdl_header->{EFLUX};
$c_mk2a_kt1_flux = $mdl_header->{EFLUX1};
$c_mk2a_kt2_flux = $mdl_header->{EFLUX2};
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs1";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_mk2a_kt1_flux = $eflux_str[2];
#$command="dmlist '".$mdl_file."[MDL_Models]' header | grep flux_rs2";
#@eflux=`$command`;
#@eflux_str=split(" ",$eflux[0]);
#$c_mk2a_kt2_flux = $eflux_str[2];
$c_mk2a_flg = $c_ap2a_kt_flg + $c_ap2a_kt2_flg + $c_ap2a_chi_flg;
if ($c_mk2a_flg != 0) {
$c_mk2a_flg = 1;
}
print OUT " <MODEL name=\'c_mk2a\'>\n";
printf OUT " <NH>%.2f</NH>\n", $c_mk2a_nh;
printf OUT " <NH_ERR>%.2f</NH_ERR>\n", $c_mk2a_nh_err;
printf OUT " <KT>%.2f</KT>\n", $c_mk2a_kt;
printf OUT " <KT_ERR>%.2f</KT_ERR>\n", $c_mk2a_kt_err;
printf OUT " <KT_FLUX>%.2e</KT_FLUX>\n", $c_mk2a_kt1_flux;
printf OUT " <KT_NORM>%.2e</KT_NORM>\n", $c_mk2a_kt_norm;
printf OUT " <KT_FLG>%1d</KT_FLG>\n", $c_mk2a_kt_flg;
printf OUT " <KT2>%.2f</KT2>\n", $c_mk2a_kt2;
printf OUT " <KT2_ERR>%.2f</KT2_ERR>\n", $c_mk2a_kt2_err;
printf OUT " <KT2_FLUX>%.2e</KT2_FLUX>\n", $c_mk2a_kt2_flux;
printf OUT " <KT2_NORM>%.2e</KT2_NORM>\n", $c_mk2a_kt2_norm;
printf OUT " <KT2_FLG>%1d</KT2_FLG>\n", $c_mk2a_kt2_flg;
printf OUT " <ABUND>%.2f</ABUND>\n", $c_mk2a_abund;
printf OUT " <ABUND_ERR>%.2f</ABUND_ERR>\n", $c_mk2a_abund_err;
printf OUT " <CHI>%.2f</CHI>\n", $c_mk2a_chi;
printf OUT " <CHI_FLG>%1d</CHI_FLG>\n",$c_mk2a_chi_flg;
printf OUT " <DOF>%d</DOF>\n", $c_mk2a_dof;
printf OUT " <FLUX>%.2e</FLUX>\n", $c_mk2a_flux;
printf OUT " <FIT_FLG>%1d</FIT_FLG>\n", $c_mk2a_flg;
print OUT " </MODEL>\n";
} # if (-s $mdl_file) {
my $cstat_nh=-999;
my $cstat_nh_err=-999;
my $cstat_kt=-999;
my $cstat_kt_err=-999;
my $cstat_kt_flux=-999;
my $cstat_abund=-999;
my $cstat_abund_err=-999;