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#!/usr/bin/perl -w |
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# RCSid $Id$ |
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use warnings; |
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use strict; |
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use File::Temp qw/ tempdir /; |
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use POSIX qw/ floor /; |
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my $mult = 179.0; # Multiplier. Default W/sr/m2 -> cd/m2 |
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my $label = 'cd/m2'; # Units shown in legend |
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my $scale = 1000; # Top of the scale |
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my $decades = 0; # Default is linear mapping |
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my $redv = 'def_red(v)'; # Mapping function for R,G,B |
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my $grnv = 'def_grn(v)'; |
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my $bluv = 'def_blu(v)'; |
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my $ndivs = 8; # Number of lines in legend |
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my @palettes = ('def', 'spec', 'pm3d', 'hot'); |
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|
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my $mult = 179.0; # Multiplier. Default W/sr/m2 -> cd/m2 |
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my $label = 'cd/m2'; # Units shown in legend |
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my $scale = 1000; # Top of the scale |
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my $decades = 0; # Default is linear mapping |
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my $pal = 'def'; # Palette |
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my $redv = "${pal}_red(v)"; # Mapping functions for R,G,B |
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my $grnv = "${pal}_grn(v)"; |
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my $bluv = "${pal}_blu(v)"; |
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my $ndivs = 8; # Number of lines in legend |
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my $picture = '-'; |
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my $cpict = ''; |
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my $legwidth = 100; # Legend width and height |
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my $legwidth = 100; # Legend width and height |
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my $legheight = 200; |
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my $docont = ''; # Contours |
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my $loff = 0; # Offset for drop-shadow |
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my $doextrem = 0; # Don't mark extrema |
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my $docont = ''; # Contours |
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my $loff = 0; # Offset to align with values |
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my $doextrem = 0; # Don't mark extrema |
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my $needfile = 0; |
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while ($#ARGV >= 0) { |
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# Options with qualifiers |
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if ("$ARGV[0]" eq '-lw') { # Legend width |
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$legwidth = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-lh') { # Legend height |
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$legheight = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-m') { # Multiplier |
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$mult = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-s') { # Scale |
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$scale = $ARGV[1]; |
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shift @ARGV; |
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$_ = shift; |
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# Options with qualifiers |
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if (m/-lw/) { # Legend width |
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$legwidth = shift; |
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} elsif (m/-lh/) { # Legend height |
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$legheight = shift; |
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} elsif (m/-m/) { # Multiplier |
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$mult = shift; |
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} elsif (m/-s/) { # Scale |
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$scale = shift; |
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if ($scale =~ m/[aA].*/) { |
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$needfile = 1; |
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} |
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} elsif ("$ARGV[0]" eq '-l') { # Label |
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$label = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-log') { # Logarithmic mapping |
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$decades = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-r') { |
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$redv = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-g') { |
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$grnv = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-b') { |
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$bluv = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-pal') { |
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$redv = "$ARGV[1]_red(v)"; |
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$grnv = "$ARGV[1]_grn(v)"; |
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$bluv = "$ARGV[1]_blu(v)"; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-i') { # Image for intensity mapping |
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$picture = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-p') { # Image for background |
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$cpict = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-ip' || "$ARGV[0]" eq '-pi') { |
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$picture = $ARGV[1]; |
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$cpict = $ARGV[1]; |
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shift @ARGV; |
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} elsif ("$ARGV[0]" eq '-n') { # Number of contour lines |
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$ndivs = $ARGV[1]; |
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shift @ARGV; |
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} elsif (m/-l$/) { # Label |
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$label = shift; |
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} elsif (m/-log/) { # Logarithmic mapping |
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$decades = shift; |
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} elsif (m/-r/) { # Custom palette functions for R,G,B |
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$redv = shift; |
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} elsif (m/-g/) { |
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$grnv = shift; |
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} elsif (m/-b/) { |
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$bluv = shift; |
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} elsif (m/-pal$/) { # Color palette |
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$pal = shift; |
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if (! grep $_ eq $pal, @palettes) { |
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die("invalid palette '$pal'.\n"); |
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} |
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$redv = "${pal}_red(v)"; |
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$grnv = "${pal}_grn(v)"; |
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$bluv = "${pal}_blu(v)"; |
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} elsif (m/-i$/) { # Image for intensity mapping |
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$picture = shift; |
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} elsif (m/-p$/) { # Image for background |
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$cpict = shift; |
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} elsif (m/-ip/ || m/-pi/) { |
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$picture = shift; |
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$cpict = $picture; |
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} elsif (m/-n/) { # Number of contour lines |
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$ndivs = shift; |
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# Switches |
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} elsif ("$ARGV[0]" eq '-cl') { # Contour lines |
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# Switches |
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} elsif (m/-cl/) { # Contour lines |
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$docont = 'a'; |
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$loff = 12; |
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} elsif ("$ARGV[0]" eq '-cb') { # Contour bands |
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$loff = 0.48; |
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} elsif (m/-cb/) { # Contour bands |
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$docont = 'b'; |
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$loff = 13; |
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} elsif ("$ARGV[0]" eq '-e') { |
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$loff = 0.52; |
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} elsif (m/-e/) { |
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$doextrem = 1; |
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$needfile = 1; |
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# Oops! Illegal option |
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# Oops! Illegal option |
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} else { |
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die("bad option \"$ARGV[0]\"\n"); |
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die("bad option \"$_\"\n"); |
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} |
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shift @ARGV; |
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} |
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# Temporary directory. Will be removed upon successful program exit. |
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my $td = tempdir( CLEANUP => 1 ); |
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if ($needfile == 1 && $picture eq '-') { |
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$picture = $td . '/' . $picture; |
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# Pretend that $td/stdin.rad is the actual filename. |
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$picture = "$td/stdin.hdr"; |
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open(FHpic, ">$picture") or |
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die("Unable to write to file $picture\n"); |
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# Input is from STDIN: Capture to file. |
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while (<>) { |
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print FHpic; |
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} |
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close(FHpic); |
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if ($cpict eq '-') { |
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$cpict = "$td/stdin.hdr"; |
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} |
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} |
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# Find a good scale for auto mode. |
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if ($scale =~ m/[aA].*/) { |
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my $LogLmax = `phisto $picture| tail -2| sed -n '1s/[0-9]*\$//p'`; |
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my @histo = split(/\s/, `phisto $picture| tail -2`); |
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# e.g. $ phisto tests/richmond.hdr| tail -2 |
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# 3.91267 14 |
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# 3.94282 6 |
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my $LogLmax = $histo[0]; |
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$scale = $mult / 179 * 10**$LogLmax; |
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} |
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my $pc0 = $td . '/pc0.cal'; |
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my $pc0 = "$td/pc0.cal"; |
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open(FHpc0, ">$pc0"); |
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print FHpc0 <<EndOfPC0; |
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PI : 3.14159265358979323846 ; |
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spec_blu(x) = 1 - 8/3*x; |
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pm3d_red(x) = sqrt(x) ^ gamma; |
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pm3d_grn(x) = x*x*x ^ gamma; |
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pm3d_grn(x) = (x*x*x) ^ gamma; |
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pm3d_blu(x) = clip(sin(2*PI*x)) ^ gamma; |
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hot_red(x) = clip(3*x) ^ gamma; |
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bo = if(in,clip($bluv),ba); |
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EndOfPC0 |
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my $pc1 = $td . '/pc1.cal'; |
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> |
my $pc1 = "$td/pc1.cal"; |
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open(FHpc1, ">$pc1"); |
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print FHpc1 <<EndOfPC1; |
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norm : mult/scale/le(1); |
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} |
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# Colours in the legend |
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my $scolpic = $td . '/scol.hdr'; |
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> |
my $scolpic = "$td/scol.hdr"; |
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# Labels in the legend |
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< |
my $slabpic = $td . '/slab.hdr'; |
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> |
my $slabpic = "$td/slab.hdr"; |
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my $cmd; |
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< |
if ($legwidth > 20 && $legheight > 40) { |
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< |
# Legend: Create the background colours |
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< |
$cmd = "pcomb $pc0args -e 'v=(y+.5)/yres;vleft=v;vright=v'"; |
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< |
$cmd .= " -e 'vbelow=(y-.5)/yres;vabove=(y+1.5)/yres'"; |
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< |
$cmd .= " -x $legwidth -y $legheight > $scolpic"; |
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< |
system $cmd; |
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< |
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< |
# Legend: Create the text labels |
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> |
if (($legwidth > 20) && ($legheight > 40)) { |
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> |
# Legend: Create the text labels |
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my $sheight = floor($legheight / $ndivs + 0.5); |
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$legheight = $sheight * $ndivs; |
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$loff = floor($loff * $sheight + 0.5); |
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my $text = "$label"; |
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< |
my $value; |
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my $i; |
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< |
for ($i=0; $i<$ndivs; $i++) { |
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> |
for (my $i=0; $i<$ndivs; $i++) { |
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my $imap = ($ndivs - 0.5 - $i) / $ndivs; |
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my $value = $scale; |
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if ($decades > 0) { |
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$value = $scale * 10**(($imap - 1) * $decades); |
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> |
$value *= 10**(($imap - 1) * $decades); |
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} else { |
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$value = $scale * $imap; |
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> |
$value *= $imap; |
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} |
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# Have no more than 3 decimal places |
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$value =~ s/(\.[0-9]{3})[0-9]*/$1/; |
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$cmd = "echo '$text' | psign -s -.15 -cf 1 1 1 -cb 0 0 0"; |
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$cmd .= " -h $sheight > $slabpic"; |
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system $cmd; |
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|
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# Legend: Create the background colours |
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$cmd = "pcomb $pc0args -e 'v=(y+.5)/yres;vleft=v;vright=v'"; |
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$cmd .= " -e 'vbelow=(y-.5)/yres;vabove=(y+1.5)/yres'"; |
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$cmd .= " -x $legwidth -y $legheight > $scolpic"; |
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system $cmd; |
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} else { |
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# Legend is too small to be legible. Don't bother doing one. |
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> |
# Legend is too small to be legible. Don't bother doing one. |
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$legwidth = 0; |
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$legheight = 0; |
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+ |
$loff = 0; |
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# Create dummy colour scale and legend labels so we don't |
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# need to change the final command line. |
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open(FHscolpic, ">$scolpic"); |
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< |
print FHscolpic '\n-Y 1 +X 1\naaa\n'; |
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> |
print FHscolpic "\n-Y 1 +X 1\naaa\n"; |
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close(FHscolpic); |
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open(FHslabpic, ">$slabpic"); |
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< |
print FHslabpic '\n-Y 1 +X 1\naaa\n'; |
| 266 |
> |
print FHslabpic "\n-Y 1 +X 1\naaa\n"; |
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close(FHslabpic); |
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} |
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|
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# Legend: Invert the text labels (for dropshadow) |
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my $slabinvpic = "$td/slabinv.hdr"; |
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$cmd = "pcomb -e 'lo=1-gi(1)' $slabpic > $slabinvpic"; |
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system $cmd; |
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|
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my $loff1 = $loff - 1; |
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# Command line without extrema |
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$cmd = "pcomb $pc0args $pc1args $picture $cpict"; |
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< |
$cmd .= "| pcompos $scolpic 0 0 +t .1"; |
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< |
$cmd .= " \"\!pcomb -e 'lo=1-gi(1)' $slabpic\" 2 $loff1"; |
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> |
$cmd .= "| pcompos $scolpic 0 0 +t .1 $slabinvpic 2 $loff1"; |
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$cmd .= " -t .5 $slabpic 0 $loff - $legwidth 0"; |
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if ($doextrem == 1) { |
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< |
# Get min/max image luminance |
| 282 |
> |
# Get min/max image luminance |
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my $cmd1 = 'pextrem -o ' . $picture; |
| 284 |
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my $retval = `$cmd1`; |
| 285 |
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# e.g. |
| 288 |
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# 211 202 1.292969e+00 1.308594e+00 1.300781e+00 |
| 289 |
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|
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my @extrema = split(/\s/, $retval); |
| 291 |
< |
my $lxmin = $extrema[0] + $legwidth; |
| 292 |
< |
my $ymin = $extrema[1]; |
| 293 |
< |
my $rmin = $extrema[2]; |
| 279 |
< |
my $gmin = $extrema[3]; |
| 280 |
< |
my $bmin = $extrema[4]; |
| 281 |
< |
my $lxmax = $extrema[5] + $legwidth; |
| 282 |
< |
my $ymax = $extrema[6]; |
| 283 |
< |
my $rmax = $extrema[7]; |
| 284 |
< |
my $gmax = $extrema[8]; |
| 285 |
< |
my $bmax = $extrema[9]; |
| 291 |
> |
my ($lxmin, $ymin, $rmin, $gmin, $bmin, $lxmax, $ymax, $rmax, $gmax, $bmax) = @extrema; |
| 292 |
> |
$lxmin += $legwidth; |
| 293 |
> |
$lxmax += $legwidth; |
| 294 |
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|
| 295 |
< |
# Weighted average of R,G,B |
| 295 |
> |
# Weighted average of R,G,B |
| 296 |
|
my $minpos = "$lxmin $ymin"; |
| 297 |
|
my $minval = ($rmin * .27 + $gmin * .67 + $bmin * .06) * $mult; |
| 298 |
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$minval =~ s/(\.[0-9]{3})[0-9]*/$1/; |
| 300 |
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my $maxval = ($rmax * .27 + $gmax * .67 + $bmax * .06) * $mult; |
| 301 |
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$maxval =~ s/(\.[0-9]{3})[0-9]*/$1/; |
| 302 |
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|
| 303 |
< |
# Create the labels for min/max intensity |
| 304 |
< |
my $minvpic = $td . '/minv.hdr'; |
| 303 |
> |
# Create the labels for min/max intensity |
| 304 |
> |
my $minvpic = "$td/minv.hdr"; |
| 305 |
|
$cmd1 = "psign -s -.15 -a 2 -h 16 $minval > $minvpic"; |
| 306 |
|
system $cmd1; |
| 307 |
< |
my $maxvpic = $td . '/maxv.hdr'; |
| 307 |
> |
my $maxvpic = "$td/maxv.hdr"; |
| 308 |
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$cmd1 = "psign -s -.15 -a 2 -h 16 $maxval > $maxvpic"; |
| 309 |
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system $cmd1; |
| 310 |
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|
| 311 |
< |
# Add extrema labels to command line |
| 311 |
> |
# Add extrema labels to command line |
| 312 |
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$cmd .= " $minvpic $minpos $maxvpic $maxpos"; |
| 313 |
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} |
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|
