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https://asciireactor.com/otho/psdlag-agn.git
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88 lines
2.5 KiB
Perl
Executable File
88 lines
2.5 KiB
Perl
Executable File
#!/usr/local/bin/perl
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use feature say;
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use utf8;
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# reads (stdin) a heasoft data set (single filter) as compiled circa 2016 by Cackett @ WSU
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# outputs (stdout) a lightcurve in psdlag circa 2016 Zoghbi @ UMY input format
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# smallest time interval.
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my $Δt = 0.1;
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# normalization factor based on inspection of data
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my $flux_norm = 1e14;
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# This sets up the capture widths for rounding
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# Add two because need to read more digits for rounding
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$keep_digits = -1 * log10($Δt) + 2;
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$throw_digits = 5 - $keep_digits;
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# Skip first line -- shouldn't need this for a single filter
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<>;
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#Start file Δt and with number of light curves (1)
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my $linetoprint="# $Δt 1";
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my $num_avg = 0;
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while (<>) {
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$_ =~ /^.{8}\s+([0-9]{4})\s+([0-9]{5})\.([0-9]{$keep_digits})[0-9]{$throw_digits}(.*)/;
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# wavelength/label, characteristic, mantissa, everything else
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($λ, $t𝓃, $t𝜀, $vals) = ($1,$2,$3,$4);
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# Round t according to Δt
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if (!(chop($t𝜀) == 0) + chop($t𝜀) > 5) {$t𝜀++;}
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if ($t𝜀 >= (1/$Δt)) {
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$t𝓃 += 1;
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$t𝜀 = 0;
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}
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if ($Δt >= 1) { $t𝜀 = 0; }
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# Print all values for this line
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# say "$λ\t$t𝓃.$t𝜀$vals";
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# Compile variables for this line
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($flux_μ,$flux_σ,$mag_μ,$mag_σ,$telescope_id) = split ' ',$vals;
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$flux_μ *= $flux_norm;
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$flux_σ *= $flux_norm;
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# Print light curve for psdlag
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# This mess to average measurements occuring at the same time coordinate
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$this_t = "$t𝓃.$t𝜀";
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if ($this_t == $last_t) {
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if ($heap_count == 1) {
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if ( $linetoprint =~ /([0-9\.]+)\s+([0-9e\-\.]+)\s+([0-9e\-\.]+)/ ) {
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our $new_flux_μ = $flux_μ + $2;
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# Could just take the max error
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# $new_flux_σ = max($flux_σ,$3);
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# Average error seems fair
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our $new_flux_σ = $flux_σ + $3;
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$num_avg++;
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}
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else { die "Malformed data"; }
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}
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else {
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$new_flux_μ += $flux_μ;
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$new_flux_σ += $flux_σ;
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}
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$heap_count++;
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}
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else {
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if ($heap_count > 1) {
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$new_flux_μ /= $heap_count;
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$new_flux_σ /= $heap_count;
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$linetoprint="$last_t $new_flux_μ $new_flux_σ";
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our $heap_count = 1;
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}
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say $linetoprint;
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$linetoprint = "$this_t $flux_μ $flux_σ";
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}
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$last_t = $this_t;
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}
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say $linetoprint;
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sub max ($$) { $_[$_[0] < $_[1]] }
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sub min ($$) { $_[$_[0] > $_[1]] }
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sub log10 {
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my $n = shift;
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return log($n)/log(10);
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}
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