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#!/usr/bin/perl -w
use strict;
my $SCRIPT_DIR; BEGIN { use Cwd qw/ abs_path getcwd /; use File::Basename; $SCRIPT_DIR = dirname(abs_path($0)); push @INC, $SCRIPT_DIR; }
use Getopt::Long;
my $training_dir = "$SCRIPT_DIR/../training";
die "Can't find training dir: $training_dir" unless -d $training_dir;
my $num_classes = 50;
my $nodes = 40;
my $pmem = "2500mb";
my $DECODER = "cdec";
GetOptions("cdec=s" => \$DECODER,
"jobs=i" => \$nodes,
"pmem=s" => \$pmem
) or usage();
usage() unless (scalar @ARGV == 1);
my $in_file = shift @ARGV;
die "Expected format corpus.l1-l2 where l1 & l2 are two-letter abbreviations\nfor the source and target language respectively\n" unless ($in_file =~ /^.+\.([a-z][a-z])-([a-z][a-z])$/);
my $f_lang = $1;
my $e_lang = $2;
print STDERR "Source language: $f_lang\n";
print STDERR "Target language: $e_lang\n";
die "Don't have an orthographic normalizer for $f_lang\n" unless -f "$SCRIPT_DIR/ortho-norm/$f_lang.pl";
die "Don't have an orthographic normalizer for $e_lang\n" unless -f "$SCRIPT_DIR/ortho-norm/$e_lang.pl";
my @stages = qw(nopos relpos markov);
my @directions = qw(f-e e-f);
my $mkcls = '/Users/redpony/software/giza/giza-pp/mkcls-v2/mkcls';
my $corpus = 'c';
my $cwd = getcwd();
my $align_dir = "$cwd/talign";
mkdir $align_dir;
mkdir "$align_dir/grammars";
open IN, "<$in_file" or die "Can't read $in_file: $!";
open E, ">$align_dir/grammars/corpus.e" or die "Can't write: $!";
open F, ">$align_dir/grammars/corpus.f" or die "Can't write: $!";
while(<IN>) {
chomp;
my ($f, $e) = split / \|\|\| /;
die "Bad format, excepted ||| separated line" unless defined $f && defined $e;
print F "$f\n";
print E "$e\n";
}
close F;
close E;
close IN;
`cp $SCRIPT_DIR/makefiles/makefile.grammars $align_dir/grammars/Makefile`;
die unless $? == 0;
my @targets = qw(grammars);
for my $direction (@directions) {
my $prev_stage = undef;
for my $stage (@stages) {
push @targets, "$stage-$direction";
make_stage($stage, $direction, $prev_stage);
$prev_stage = $stage;
}
}
open TOPLEVEL, ">$align_dir/Makefile" or die "Can't write $align_dir/Makefile: $!";
print TOPLEVEL <<EOT;
E_LANG = $e_lang
F_LANG = $f_lang
SCRIPT_DIR = $SCRIPT_DIR
TRAINING_DIR = $training_dir
MKCLS = $mkcls
NCLASSES = $num_classes
TARGETS = @targets
PTRAIN = \$(TRAINING_DIR)/cluster-ptrain.pl --restart_if_necessary
PTRAIN_PARAMS = --gaussian_prior --sigma_squared 1.0 --max_iteration 5
export
all:
\@failcom='exit 1'; \\
list='\$(TARGETS)'; for subdir in \$\$list; do \\
echo "Making \$\$subdir ..."; \\
(cd \$\$subdir && \$(MAKE)) || eval \$\$failcom; \\
done
clean:
\@failcom='exit 1'; \\
list='\$(TARGETS)'; for subdir in \$\$list; do \\
echo "Making \$\$subdir ..."; \\
(cd \$\$subdir && \$(MAKE) clean) || eval \$\$failcom; \\
done
EOT
close TOPLEVEL;
sub make_stage {
my ($stage, $direction, $prev_stage) = @_;
my $stage_dir = "$align_dir/$stage-$direction";
my $first = $direction;
$first =~ s/^(.+)-.*$/$1/;
mkdir $stage_dir;
open CDEC, ">$stage_dir/cdec.ini" or die;
print CDEC <<EOT;
formalism=lexcrf
intersection_strategy=full
grammar=$align_dir/grammars/corpus.$direction.lex-grammar.gz
EOT
if ($stage =~ /relpos/) {
print CDEC "feature_function=RelativeSentencePosition\n";
} elsif ($stage =~ /markov/) {
print CDEC "feature_function=RelativeSentencePosition\n";
print CDEC "feature_function=MarkovJump\n";
print CDEC "feature_function=SourcePOSBigram $align_dir/grammars/corpus.class.$first\n";
}
close CDEC;
my $init_weights = "weights.init.gz: ../grammars/weights.init.gz\n\tcp \$< \$\@\n";
if ($prev_stage) {
$init_weights = "weights.init.gz: ../$prev_stage-$direction/weights.final.gz\n\tcp \$< \$\@\n";
}
open MAKE, ">$stage_dir/Makefile" or die;
print MAKE <<EOT;
all: weights.final.gz
clean:
\$(RM) -r ptrain weights.init.gz weights.final.gz
$init_weights
weights.final.gz: weights.init.gz cdec.ini
\$(PTRAIN) \$(PTRAIN_PARAMS) cdec.ini ../grammars/corpus.$direction weights.init.gz
cp ptrain/weights.final.gz weights.final.gz
\$(RM) -r ptrain
EOT
close MAKE;
}
sub usage {
die <<EOT;
Usage: $0 [OPTIONS] training_corpus.fr-en
EOT
}
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