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#!/opt/bin/perl |
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|
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# cfarch2png - convert crossfire maps to png+metadata |
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# Copyright (C) 2005,2007 Marc Lehmann <cfmaps@schmorp.de> |
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# |
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# CFARCH2PNG is free software; you can redistribute it and/or modify |
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# it under the terms of the GNU General Public License as published by |
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# the Free Software Foundation; either version 2 of the License, or |
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# (at your option) any later version. |
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# |
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# This program is distributed in the hope that it will be useful, |
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# but WITHOUT ANY WARRANTY; without even the implied warranty of |
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the |
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# GNU General Public License for more details. |
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# |
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# You should have received a copy of the GNU General Public License |
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# along with gvpe; if not, write to the Free Software |
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# Foundation, Inc. 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA |
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|
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# Quoth The master himself: |
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# |
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# Object ordering is basically like this: |
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# top face: players or monsters. If none on the space, object with highest |
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# visibility value - if equal, then top object in terms of object stacking on the map. |
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# middle face: Object with highest visibility (of monster/player on a space). If |
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# no monster/player, then object with second highest visibility, or if all equal, |
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# second top object relative to map stacking. |
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# Bottom object: the highest object that is a floor type object. |
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# |
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# ... i believe that anytime, but it still doesn't mention the smoothlevel |
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# interaction :( |
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|
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our $VERSION = '1.211'; |
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|
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use strict; |
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|
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use Storable; |
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use List::Util qw(max); |
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|
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use Gtk2; |
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|
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#init Gtk2::Gdk; |
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|
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my $LIB = $ENV{CROSSFIRE_LIBDIR} |
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or die "\$CROSSFIRE_LIBDIR must be set\n"; |
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|
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sub T (){ 32 } |
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|
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sub read_pak($) { |
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my ($path) = @_; |
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|
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eval { |
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-M "$path.pst" < -M $path |
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&& Storable::retrieve "$path.pst" |
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} or do { |
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my %pak; |
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|
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open my $fh, "<:raw:perlio", $path |
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or die "$_[0]: $!"; |
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while (<$fh>) { |
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my ($type, $id, $len, $path) = split; |
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$path =~ s/.*\///; |
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read $fh, $pak{$path}, $len; |
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} |
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|
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Storable::nstore \%pak, "$path.pst"; |
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|
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\%pak |
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} |
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} |
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|
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sub read_smooth($) { |
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my ($path) = @_; |
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|
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eval { |
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-M "$path.pst" < -M $path |
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&& Storable::retrieve "$path.pst" |
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} or do { |
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my %smooth; |
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|
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open my $fh, "<:raw:perlio", $path |
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or die "$path: $!"; |
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while (<$fh>) { |
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next if /^\s*($|#)/; |
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|
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$smooth{$1} = $2 if /^(\S+)\s+(\S+)$/; |
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} |
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|
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Storable::nstore \%smooth, "$path.pst"; |
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utime +(stat $path)[8,9], "$path.pst"; |
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|
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\%smooth |
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} |
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} |
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|
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sub read_arch($;$) { |
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my ($path, $cache) = @_; |
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|
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eval { |
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$cache |
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&& -M "$path.pst" < -M $path |
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&& Storable::retrieve "$path.pst" |
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} or do { |
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my %arc; |
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my ($more, $prev); |
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|
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open my $fh, "<:utf8", $path |
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or die "$path: $!"; |
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|
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my $parse_block; $parse_block = sub { |
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my %arc = @_; |
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|
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while (<$fh>) { |
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s/\s+$//; |
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if (/^end$/i) { |
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last; |
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} elsif (/^arch (\S+)$/) { |
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push @{ $arc{inventory} }, $parse_block->(_name => $1); |
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} elsif (/^lore$/) { |
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while (<$fh>) { |
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last if /^endlore\s*$/i; |
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$arc{lore} .= $_; |
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} |
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} elsif (/^msg$/) { |
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while (<$fh>) { |
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last if /^endmsg\s*$/i; |
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$arc{msg} .= $_; |
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} |
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} elsif (/^(\S+)\s*(.*)$/) { |
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$arc{lc $1} = $2; |
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} elsif (/^\s*($|#)/) { |
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# |
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} else { |
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warn "$path: unparsable line '$_' in arch $arc{_name}"; |
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} |
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} |
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|
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\%arc |
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}; |
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|
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while (<$fh>) { |
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s/\s+$//; |
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if (/^more$/i) { |
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$more = $prev; |
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} elsif (/^object (\S+)$/i) { |
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my $name = $1; |
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my $arc = $parse_block->(_name => $name); |
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|
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if ($more) { |
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$more->{more} = $arc; |
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} else { |
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$arc{$name} = $arc; |
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} |
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|
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$prev = $arc; |
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$more = undef; |
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} elsif (/^arch (\S+)$/i) { |
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push @{ $arc{arch} }, $parse_block->(_name => $1); |
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} elsif (/^\s*($|#)/) { |
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# |
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} else { |
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warn "$path: unparseable top-level line '$_'"; |
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} |
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} |
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|
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undef $parse_block; # work around bug in perl not freeing $fh etc. |
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|
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if ($cache) { |
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Storable::nstore \%arc, "$path.pst"; |
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utime +(stat $path)[8,9], "$path.pst"; |
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} |
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|
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\%arc |
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} |
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} |
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|
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my $arch = read_arch "$LIB/archetypes", 1; |
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my $tile = read_pak "$LIB/crossfire.0"; |
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my $smooth = read_smooth "$LIB/smooth"; |
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|
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sub tile($) { |
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my $name = $_[0]; |
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|
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my $pb = $tile->{$name} |
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or return; |
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|
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unless (ref $pb) { |
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my $file = "/tmp/map2png.$$~"; |
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|
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open my $fh, ">:raw", $file |
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or die "$file: $!"; |
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print $fh $pb; |
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close $fh; |
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|
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$pb = $tile->{$name} = new_from_file Gtk2::Gdk::Pixbuf $file; |
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unlink $file; |
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} |
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|
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$pb |
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} |
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|
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sub cfmap_render($;$) { |
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my ($mapa, $mapname) = @_; |
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|
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my %meta; |
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|
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my ($mapx, $mapy); |
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|
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my $map; |
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|
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for (@{ $mapa->{arch} }) { |
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my ($x, $y) = ($_->{x}, $_->{y}); |
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|
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if ($_->{_name} eq "map") { |
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$meta{info} = $_; |
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$mapx = $_->{width} || $x; |
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$mapy = $_->{height} || $y; |
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} else { |
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push @{ $map->[$x][$y] }, $_; |
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|
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# arch map is unreliable w.r.t. width and height |
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$mapx = $x + 1 if $mapx <= $x; |
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$mapy = $y + 1 if $mapy <= $y; |
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#$mapx = $a->{x} + 1, warn "$mapname: arch '$a->{_name}' outside map width at ($a->{x}|$a->{y})\n" if $mapx <= $a->{x}; |
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#$mapy = $a->{y} + 1, warn "$mapname: arch '$a->{_name}' outside map height at ($a->{x}|$a->{y})\n" if $mapy <= $a->{y}; |
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} |
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} |
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|
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$meta{width} = $mapx; |
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$meta{height} = $mapy; |
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|
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my %draw_info; |
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my %map_info; |
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|
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# first pass, gather face stacking order, border and corner info |
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for my $x (0 .. $mapx - 1) { |
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my $col = $map->[$x]; |
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for my $y (0 .. $mapy - 1) { |
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my $as = $col->[$y] || []; |
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|
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my $minsmooth = 0; |
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|
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for my $layer (0 .. $#$as) { |
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my $a = $as->[$layer]; |
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|
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my $o = $arch->{$a->{_name}} |
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or (warn "$mapname: arch '$a->{_name}' not found at ($x|$y)\n"), next; |
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|
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my $smoothlevel = exists $a->{smoothlevel} ? $a->{smoothlevel} : $o->{smoothlevel}; |
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|
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# hack to ensure somewhat correct ordering in case of conflicting |
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# smoothlevel/stacking order |
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$smoothlevel = $minsmooth + 0.01 if $minsmooth >= $smoothlevel; |
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$minsmooth = $smoothlevel; |
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|
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#my $is_floor = exists $a->{is_floor} ? $a->{is_floor} : $o->{is_floor}; |
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my $level = $smoothlevel + $layer * 256; |
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|
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$level -= 100 * 256 if $o->{_name} eq "blocked"; |
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|
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while ($o) { |
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my $face = $a->{face} || $o->{face}; |
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|
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my $pb = tile $face |
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or (warn "$mapname: face '$face' not found for arch '$a->{_name}' at ($x|$y)\n"), last; |
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|
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my $mx = $x + $o->{x}; |
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my $my = $y + $o->{y}; |
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last if 0 > $mx || $mx >= $mapx |
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|| 0 > $my || $my >= $mapy; |
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|
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# this is very ugly (some tiles are 32x33 or worse) |
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my $bigface = $pb->get_width >= T*2 || $pb->get_height >= T*2; |
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|
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my $dx = $bigface ? $o->{x} : 0; |
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my $dy = $bigface ? $o->{y} : 0; |
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|
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push @{ $map_info{$level}{$mx, $my} }, $a; |
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|
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$draw_info{$level}{$face}{$mx, $my} |= 0x2000 | (($dx + 128) << 24) | (($dy + 128) << 16); |
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|
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if (my $sface = $smooth->{$face}) { |
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$bigface and die "can't handle bigfaces with smoothing ($face)\n"; |
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|
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# full tile |
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$draw_info{$smoothlevel}{$sface}{$mx , $my } |= 0x1000; |
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|
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# borders |
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$draw_info{$smoothlevel}{$sface}{$mx + 1, $my } |= 0x0031; |
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$draw_info{$smoothlevel}{$sface}{$mx , $my + 1} |= 0x0092; |
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$draw_info{$smoothlevel}{$sface}{$mx - 1, $my } |= 0x0064; |
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$draw_info{$smoothlevel}{$sface}{$mx , $my - 1} |= 0x00c8; |
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|
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# corners |
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$draw_info{$smoothlevel}{$sface}{$mx + 1, $my + 1} |= 0x0100; |
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$draw_info{$smoothlevel}{$sface}{$mx - 1, $my + 1} |= 0x0200; |
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$draw_info{$smoothlevel}{$sface}{$mx - 1, $my - 1} |= 0x0400; |
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$draw_info{$smoothlevel}{$sface}{$mx + 1, $my - 1} |= 0x0800; |
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} |
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|
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$o = $o->{more}; |
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$level = ($layer + 1000) * 2; # put "big things" on top, no matter what |
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} |
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} |
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} |
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} |
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|
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my $map_pb = new Gtk2::Gdk::Pixbuf "rgb", 1, 8, $mapx * T, $mapy * T |
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or die; |
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$map_pb->fill (0xffffff00); |
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|
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# second pass, render the map |
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for my $level (sort { $a <=> $b } keys %draw_info) { |
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my $v = $draw_info{$level}; |
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while (my ($sface, $info) = each %$v) { |
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my $pb = tile $sface |
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or die "no smooth face $sface\n"; |
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|
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while (my ($xy, $bits) = each %$info) { |
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my ($x, $y) = split $;, $xy; |
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|
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next if $x < 0 || $x >= $mapx |
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|| $y < 0 || $y >= $mapy; |
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|
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# bits is xxxx xxxx yyyy yyyy __fn cccc CCCC bbbb |
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# f full tile draw with x|y bigface displacement |
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# n do not draw borders&corners |
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# c draw these corners, but... |
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# C ... not these |
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# b draw these borders |
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|
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if ($bits & 0x2000) { |
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my $dx = (($bits >> 24) & 0xff) - 128; |
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my $dy = (($bits >> 16) & 0xff) - 128; |
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|
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$pb->composite ($map_pb, |
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$x * T, $y * T, |
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T, T, |
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($x - $dx) * T, ($y - $dy) * T, 1, 1, |
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"nearest", |
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255 |
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); |
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} |
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|
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unless ($bits & 0x1000) { |
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my $border = $bits & 0xf; |
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my $corner = ($bits >> 8) & ~($bits >> 4) & 0xf; |
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|
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$pb->composite ($map_pb, |
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$x * T, $y * T, |
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T, T, |
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($x - $border) * T, $y * T, 1, 1, |
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"nearest", |
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255 |
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) if $border; |
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|
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$pb->composite ($map_pb, |
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$x * T, $y * T, |
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T, T, |
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($x - $corner) * T, ($y - 1) * T, 1, 1, |
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"nearest", |
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255 |
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) if $corner; |
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} |
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} |
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} |
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} |
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|
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# third pass, gather meta info |
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for my $level (sort { $a <=> $b } keys %map_info) { |
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my $info = $map_info{$level}; |
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|
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while (my ($xy, $as) = each %$info) { |
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my ($x, $y) = split $;, $xy; |
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|
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next if $x < 0 || $x >= $mapx |
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|| $y < 0 || $y >= $mapy; |
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|
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push @{ $meta{map}[$x][$y] }, $_ for @$as; |
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} |
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} |
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|
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($map_pb, \%meta) |
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} |
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|
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for my $file (@ARGV) { |
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my $mapa = read_arch $file; |
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$file =~ s/\.map$//; |
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my ($pb, $meta) = cfmap_render $mapa, $file; |
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$pb->save ("$file.png~~", "png"); |
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system "gm", "convert", "$file.png~~", "-filter" => "lanczos", "-geometry" => "3.125%", "-quality" => 85, "$file.jpg"; |
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#system "mogrify", "-colors" => 65536, "$file.png~"; # destroys transparency |
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system "pngcrush", "-q", "-m" => 7, "-rem", "alla", "-cc", "-reduce", "$file.png~~", "$file.png~"; |
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# system "pngnq <\Q$file.png~\E >\Q$file.png\E"; |
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unlink "$file.png~~"; |
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Storable::nstore $meta, "$file.pst"; |
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utime +(stat $file)[8,9], "$file.pst"; |
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utime +(stat $file)[8,9], "$file.jpg"; |
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utime +(stat $file)[8,9], "$file.png~"; |
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rename "$file.png~", "$file.png"; |
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} |
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|
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|
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|
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|
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|
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|
