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MorphInd.pl
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#!/usr/bin/perl
## ==================================================================
## Indonesian Morphological Tool (MorphInd)
## Version 1.4
## Author : Septina Dian Larasati
## ([email protected])
## ([email protected])
## Last Modified : May 2013
## ==================================================================
## Copyright (c) 2013 Septina Dian Larasati. All rights reserved.
## Indonesian Morphological Tool (MorphInd)
##
## Usage:
## bash$ cat INPUTFILE | perl MorphInd.pl > OUTPUTFILE
## bash$ echo "mengirim" | perl MorphInd.pl > OUTPUTFILE
## bash$ cat INPUTFILE | perl MorphInd.pl [-cache-file CACHEFILE -bin-file BINARYFILE -disambiguate (0/1)] > OUTPUTFILE
##
## Example:
## bash$ cat sample.txt | perl MorphInd.pl > sample.out
## bash$ cat sample.txt | perl MorphInd.pl -cache-file cache-files/default.cache \
## -bin-file bin/morphind.bin -disambiguate 1 > sample.out
## Input example : "mengirim"
## Output example : "^meN+kirim<v>_VSA$"
use warnings;
use strict;
use Getopt::Long "GetOptions";
use FindBin qw($Bin);
use utf8;
binmode(STDIN, ":utf8");
binmode(STDOUT, ":utf8");
## Getting the input parameters
my ( $INPUT_FILE, $CACHE_FILE, $BIN_FILE, $_OVERRIDE, $_DISAMBIGUATE, $TAG_FILE, $QUERY_TOOL, $COMPOUND_FILE, $HELPWORD );
$CACHE_FILE = "$Bin/cache-files/default.cache";
$BIN_FILE = "$Bin/bin-files/morphind.bin";
$TAG_FILE = "$Bin/bin-files/tag.lm.bin";
$QUERY_TOOL = "$Bin/bin-files/query";
$COMPOUND_FILE = "$Bin/cache-files/default.compound";
$HELPWORD = "majalah";
$_OVERRIDE = 0;
$_DISAMBIGUATE = 1;
if ( !&GetOptions( 'cache-file=s' => \$CACHE_FILE, # allow to override default cache file from STDIN
'bin-file=s' => \$BIN_FILE, # allow to override default bin file from STDIN
# 'override-cache=i' => \$_OVERRIDE,
'disambiguate=i' => \$_DISAMBIGUATE ) ) {
&help_message();
}
&GetOptions( 'cache-file=s' => \$CACHE_FILE, # allow to override default cache file from STDIN
'bin-file=s' => \$BIN_FILE, # allow to override default bin file from STDIN
# 'override-cache=i' => \$_OVERRIDE,
'disambiguate=i' => \$_DISAMBIGUATE );
## Collecting the cache data
my %CACHE;
my %INITCACHE;
my %OBVIOUS;
if ( $CACHE_FILE eq "-" ) { %CACHE = (); }
else {
open( CACHE, $CACHE_FILE );
binmode(CACHE, ":utf8");
while ( <CACHE> ) {
chomp();
my ( $form, $analysis ) = split( /\t/, $_ );
$CACHE{ $form } = $analysis;
$INITCACHE{ $form } = $analysis;
}
close( CACHE );
}
my %COMPOUND = ();
my $MAX_COMPOUND = 0;
if ( $COMPOUND_FILE eq "-" ) { %CACHE = (); }
else {
open( COMPOUND, $COMPOUND_FILE );
binmode(COMPOUND, ":utf8");
while ( <COMPOUND> ) {
chomp();
my ( $form, $analysis ) = split( /\t/, $_ );
my @ws = split( / +/, $form );
$COMPOUND{ scalar( @ws ) }{ $form } = $analysis;
if ( $MAX_COMPOUND < scalar( @ws ) ) {
$MAX_COMPOUND = scalar( @ws );
}
}
close( COMPOUND );
}
my $INPUT_CONTENT = "";
my ( %UNANALYZED, %SPECIAL );
my $LINECHECK = "";
my %SEEN = ();
my $sent = 0;
print STDERR "Collecting Vocabulary:\n";
while ( my $line = <STDIN> ) {
if ( ($sent+1) % 1000 eq 0 ) {
my $c = ( ($sent+1) / 1000 ) % 10;
print STDERR "".$c;
}
$sent++;
$line = lc( $line );
$line =~ s/\-ku /ku /g;
$line =~ s/\-ku$/ku/g;
$line =~ s/\-mu /mu /g;
$line =~ s/\-mu$/mu/g;
$line =~ s/\-nya /nya /g;
$line =~ s/\-nya$/nya/g;
$line =~ s/ ke\-/ ke/g;
$line =~ s/^ke\-/ke/g;
$line =~ s/\-lah /lah /g;
$line =~ s/\-lah$/lah/g;
$line =~ s/(\d+)\-an /$1an /g;
$line =~ s/(\d+)\-an$/$1an/g;
$line =~ s/\-kan /kan /g;
$line =~ s/\-kan$/kan/g;
$line =~ s/ antar\-/ antar/g;
$line =~ s/^antar\-/antar/g;
$line =~ s/ non\-/ non/g;
$line =~ s/^non\-/non/g;
$line =~ s/^anti\-/anti/g;
$line =~ s/ anti\-/ anti/g;
$line =~ s/ ketidak\-/ ketidak/g;
$line =~ s/^ketidak\-/ketidak/g;
$line =~ s/ di\-/ di/g;
$line =~ s/^di\-/di/g;
$line =~ s/ me(m|ng|ny)\-/ me$1/g;
$line =~ s/^me(m|ng|ny)\-/me$1/g;
$line =~ s/ (al|an|el)\-/ $1EXPLINE/g;
$line =~ s/^(al|an|el)\-/$1EXPLINE/g;
my $lined = $line;
$INPUT_CONTENT .= &segmentthis( $line )."\n";
$line =~ s/([^\-\d\s]+)\-\1/\nTAKETHISA$1\-$1TAKETHISB\n/g;
$line =~ s/\nTAKETHISA\s*([^\n\-]+)\s*\-\s*\1\s*TAKETHISB\n/ $1\-$1 /g;
$line =~ s/ +/ /g;
$line =~ s/^ //g;
$line =~ s/ $//g;
$lined =~ s/\-/ /g;
$line .= " ".$lined;
$line =~ s/\n/ /g;
$line =~ s/ +/ /g;
$line =~ s/^ //g;
$line =~ s/ $//g;
while ( $line =~ s/([\S]+)\s*// ) {
my $token = $1;
if ( defined( $SEEN{ $token } ) ) { next; }
$SEEN{ $token } = 1;
my ( $head, $main, $tail ) = &strip( $token );
if ( !defined( $UNANALYZED{ $head.$HELPWORD.$tail } ) ) {
$UNANALYZED{ $head.$HELPWORD.$tail } = 0;
}
$UNANALYZED{ $head.$HELPWORD.$tail }++;
if ( $token =~ m/([m|p]e)(.){0,2}([^\-]+)\-(.)\3(.*)/ ) {
# if ( 0 ) {
my $word = $4.$3."\-".$4.$3;
my $help = $1.$HELPWORD .$5;
if ( !defined( $SPECIAL{ $word } ) ) {
$UNANALYZED{ $word } = 0;
$SPECIAL{ $word } = 0;
$line = $line." ".$word;
$UNANALYZED{ $help } = 0;
$SPECIAL{ $help } = 0;
$line = $line." ".$help;
}
$UNANALYZED{ $word }++;
$SPECIAL{ $word }++;
$UNANALYZED{ $help }++;
$SPECIAL{ $help }++;
}
$token = mark_special_char( $token );
my $analysis = "";
my $tmp = $token;
$tmp =~ s/DOT/D/g;
# Punctuations
if ( $token =~ m/^\W+$/ | $token =~ m/^[A-Z]+$/ | $token =~ m/^\_+$/ ) {
$analysis = "\^".$token."\<z\>\_Z--\$";
$token = unmark_special_char( $token );
$analysis = unmark_special_char( $analysis );
$CACHE{ $token } = $analysis;
}
# Digits
elsif ( $tmp =~ m/^(DASH|)([\d\,D]+)$/ ) {
$analysis = $token;
$analysis =~ s/DASH/\-/g;
$analysis =~ s/DOT/\./g;
$token = unmark_special_char( $token );
$CACHE{ $token } = "\^".$analysis."\<c\>\_CC\-\$";
}
# Abbreviation updated: 10.10.2012
elsif ( $token =~ m/[a-z0-9]DOT/ ) {
$analysis = $token;
$analysis =~ s/DASH/\-/g;
$analysis =~ s/DOT/\./g;
$token = unmark_special_char( $token );
$CACHE{ $token } = "\^".$analysis."\<f\>\_F\-\-\$";
}
# straightforward cases: lowercased words only
elsif ( $token =~ m/^[a-z]+$/ ) {
$UNANALYZED{ $token }++;
}
elsif ( $token =~ m/^[a-z\-]+$/ ) {
my $tmp3 = $token;
$tmp3 =~ s/\-//g;
$UNANALYZED{ $tmp3 }++;
}
# special cases: not lowercased words only
else {
$SPECIAL{ $token }++;
$CACHE{ $token } = "\^".$token."\<x\>\_X--\$"; # default: unknown
$token =~ s/([A-Z]+)/ $1 /g;
$line = $line." ".$token;
if ( $token =~ m/ DASH / ) {
$token =~ s/ DASH //g;
$line = $line." ".$token;
}
}
}
}
my $uniquetmp = `echo \$\$`;
chomp( $uniquetmp );
open( TEMP, ">$Bin/cache-files/$uniquetmp.tmp" );
print TEMP "load $Bin/bin-files\/morphind.bin\n";
my @word = ( sort keys %UNANALYZED );
for ( my $i = 0; $i < scalar( @word ); $i++ ) {
print TEMP "apply up ".$word[ $i ]."\necho \#SENTINEL\#\n";
}
close( TEMP );
my $analysis = `foma -q -f $Bin/cache-files/$uniquetmp.tmp`;
$analysis =~ s/\n/\//g;
$analysis =~ s/\/\#SENTINEL\#\/?/\n/g;
my @output = split( /\n+/, $analysis );
for ( my $i = 0; $i < scalar( @output ); $i++ ) {
$analysis = $output[ $i ];
if ( $analysis eq "\?\?\?" ) { $analysis = $word[ $i ]."\<x\>\_X\-\-"; }
$analysis = "\^".$analysis."\$";
$CACHE{ $word[ $i ] } = $analysis;
}
foreach my $original ( sort keys %INITCACHE ) {
$CACHE{ $original } = $INITCACHE{ $original };
}
my $command = `rm $Bin/cache-files/$uniquetmp.tmp`;
foreach my $special ( sort keys %SPECIAL ) {
my $analysis = "";
my $tmp = $special;
while ( $tmp =~ s/([^A-Z]+)([A-Z]*)// ) {
$analysis .= $CACHE{ $1 }.$2;
}
if( $analysis =~ m/(.*)DASH\1/ and $analysis =~ m/\// and $analysis =~ m/\_([NVA])S.(\$|\/)/ ) {
# if ( 0 ) {
my @collection = ();
if ( $special =~ m/^([^D]+)DASH\1$/ and $analysis =~ m/\// and $analysis =~ m/^(.+)DASH\1$/) {
my $coll = $analysis;
$coll =~ s/^\^(.+)\$DASH\^\1\$$/$1/g;
@collection = split( /\//, $coll );
my $flag = 1;
my @ress = ();
for ( my $ff = 0; $ff < scalar( @collection ); $ff++ ) {
$collection[ $ff ] =~ s/(\_[NVA])S(.)$/$1P$2/;
if ( $collection[ $ff ] !~ m/\_...$/ ) {
$flag = 0;
}
if ( $collection[ $ff ] =~ m/^[a-z]+\<.\>\_[NVA]P.$/ or $collection[ $ff ] =~ m/^[a-z]+\<.\>\+an\_[N]P.$/ ) {
push( @ress, $collection[ $ff ] );
}
}
if ( $flag == 1 and scalar( @ress ) > 0 ) {
$analysis = "^".join( "\/", @ress )."\$";
$OBVIOUS{ $special } = $analysis;
my $normalize = $special;
$normalize =~ s/DASH/\-/;
$OBVIOUS{ $normalize } = $analysis;
next;
}
}
if ( $analysis !~ m/\// ) {
if ( $analysis =~ m/([^\/\^\$]+)\_(N|V)S(.)(\$|\/)(.*)(\+[^\_]+\_PS.)\$/ ) {
$analysis =~ m/([^\/\^\$]+)\_(N|V)S(.)(\$|\/)(.*)(\+[^\_]+\_PS.)\$/;
$analysis = "^".$1."_$2P$3$6\$";
}
# elsif ( $analysis =~ m/([^\/\^\$]+)\_(N|V)S(.)(\$|\/)([^\$]*)\$/ ) {
elsif ( $analysis =~ m/([^\/\^\$]+)\_(N|V)S(.)(\$|\/)([^\$]*)\$/ and $special =~ m/([a-z]+)DASH\1/) {
$analysis =~ m/([^\/\^\$]+)\_(N|V)S(.)(\$|\/)([^\$]*)\$/;
$analysis = "^".$1."_$2P$3\$";
}
else {
}
}
else {
# delete ( $CACHE{ $special } );
# my $normalize = $special;
# $normalize =~ s/^([^D]+)DASH\1$/$1/;
# if ( $special =~ m/^([^D]+)DASH\1$/ and defined( $CACHE{ $normalize } ) ) {
# delete ( $CACHE{ $special } );
# print STDERR "(2): ".$special."\n";
# }
# my $normalize = $special;
# $normalize =~ s/DASH/\-/g;
# $normalize = &smallsegment( $normalize );
# if ( $normalize =~ m/SSS/ ) {
# delete ( $CACHE{ $special } );
# $normalize = $special;
# $normalize =~ s/DASH/\-/g;
# delete ( $CACHE{ $normalize } );
# }
next;
}
}
if( $analysis =~ m/(.*)(.+)(_.)S(.)\$[A-Z]+\^(meN\+|di\+|)\2([^\_]*)(\_...)([^\$]*)\$/ ) {
$analysis = $1.$5.$2.$6.$3."P".$4.$8."\$";
}
# if( $analysis =~ m/(.*)(.+)(_.)S(.\$)[A-Z]+\^(meN\+|di\+|)\2([^\_]*)(\_...)(\+[^\_]+\_PS.)\$/ ) {
# $analysis = $1.$5.$2.$6.$3."P".$4.$8;
# }
## for exceptions
else {
# processing digits
if ( $special =~ m/(ke)(DASH|)(\d+)$/ or $analysis =~ m/\^ke[^\$]*\$DASH[^\<]*\<c\>/ ) {
$analysis = $special;
$analysis =~ s/ke(DASH|)/ke\+/g;
$analysis = "\^".$analysis."\<c\>\_CO\-\$";
}
elsif ( $special =~ m/(ke)(DASH|)(\d+)nya$/ or $analysis =~ m/\^ke[^\$]*\$DASH\^\d+nya<f>_F--/ ) {
$analysis = $special;
$analysis =~ s/ke(DASH|)/ke\+/g;
$analysis =~ s/(\d+)nya/$1/;
$analysis = "\^".$analysis."\<c\>\_CO\-\+dia\<p\>\_PS3\$";
}
elsif( $analysis =~ m/([^\<]+)(\<c\>)(\_CC-)(\$)[A-Z]+\^\1\2\3\+dia\<p\>\_PS3\$/ ) {
$analysis = "\^".$1."\+".$1.$2."\+nya".$3."\$";
$analysis =~ s/\_CC\-/\_CD\-/;
}
elsif ( $special =~ m/(\d+)(DASH|)an/ ) {
$analysis = $special;
$analysis =~ s/(DASH|)an/\+an\_ASP\$/g;
$analysis =~ s/(\d+)/\^$1\<c\>/g;
}
## Processing arabic term as in "al-quran" or 'an-...'
elsif ( $special =~ m/^(al|an|el)EXPLINE([a-z]*)(.*)/ ) {
$analysis = "\^$1-$2\<f\>\_F--\$".$3;
}
# starting with a dash
if ( $special =~ m/^([A-Z]+)/ ) {
$analysis = $1.$analysis;
$analysis =~ s/^([A-Z]+)\^/\^$1\<z\>\_Z--\+/;
$analysis = &unmark_special_char( $analysis );
}
if ( $special =~ m/([A-Z]+)$/ ) {
$analysis = $analysis.$1;
$analysis =~ s/\$?([A-Z]+)$/\+$1\<z\>\_Z--\$/;
$analysis = &unmark_special_char( $analysis );
}
if ( $special =~ m/DASHnya$/ ) {
$analysis =~ s/DASH.*nya.*/\+dia\<p\>\_PS3\$/;
$analysis =~ s/\<x\>\_X\-\-\$\+dia\<p\>\_PS3/\<f\>\_F\-\-\$\+dia\<p\>\_PS3/;
$analysis =~ s/\$?\+dia\<p\>\_PS3/\+dia\<p\>\_PS3/;
}
}
$special = &unmark_special_char( $special );
$CACHE{ $special } = $analysis;
}
my %ENDING;
#$ENDING{ "-nya" } = "+dia<p>_PS3";
$ENDING{ "nya" } = "+dia<p>_PS3";
$ENDING{ "ku" } = "+aku<p>_PS1";
$ENDING{ "mu" } = "+kamu<p>_PS2";
$ENDING{ "kau" } = "+kamu<p>_PS2";
$ENDING{ "lah" } = "+lah<t>_T--";
foreach my $token ( keys %CACHE ) {
# if ( $CACHE{ $token } =~ m/\_X--\$$/ and $token =~ m/^([a-z]*)(-nya|nya|ku|mu|kau)$/) {
if ( $CACHE{ $token } =~ m/\_X--\$$/ and $token =~ m/^([a-z]*)(nya|ku|mu|kau|lah)$/) {
my $main = $1;
my $clit = $2;
if ( defined( $CACHE{ $main } ) ) {
my $analysis = $CACHE{ $main };
$analysis =~ s/^\^//;
$analysis =~ s/\$$//;
$analysis = "\^".$analysis.$ENDING{ $clit }."\$";
$CACHE{ $token } = $analysis;
}
}
if ( $token =~ m/^[a-z\-]+$/ ) {
my $tmp3 = $token;
$tmp3 =~ s/\-//g;
# print STDERR $token."::".$tmp3."\n";
# if ( defined( $CACHE{ $tmp3 } ) and $CACHE{ $token } =~ m/\_X\-\-/ ) {
if ( defined( $CACHE{ $tmp3 } ) and $CACHE{ $tmp3 } !~ m/\_X\-\-/ ) {
$CACHE{ $token } = $CACHE{ $tmp3 };
}
}
if ( $token =~ m/^([^\-\d]+)DASH\1$/ ) {
my $tmp3 = $1;
if ( defined( $CACHE{ $tmp3 } ) and $CACHE{ $tmp3 } =~ m/\_X\-\-/ ) {
$CACHE{ $tmp3 } =~ s/\<x\>\_X\-\-/\<n\>\_NSD/;
}
$CACHE{ $token } = $CACHE{ $tmp3 };
$CACHE{ $token } =~ s/\_([A-Z123])[A-Z123]([A-Z123])/\_$1P$2/;
$tmp3 = $token;
$tmp3 =~ s/DASH/\-/;
$CACHE{ $tmp3 } = $CACHE{ $token };
}
}
#Cleaning similar per+ and peN+ updated: 10.10.2012
#reduplicated F-- to NPD
foreach my $key ( keys %CACHE ) {
my $normalize = $key;
$normalize =~ s/DASH/\-/g;
if ( $key =~ m/DASH/ and !defined( $INITCACHE{ $key } ) ) {
if ( $normalize !~ m/^([^\-]+)\-\1$/ ) {
delete( $CACHE{ $normalize } );
}
}
elsif ( defined( $INITCACHE{ $key } ) ) {
$CACHE{ $key } = $INITCACHE{ $key };
next;
}
my @chunks = ();
if ( $normalize =~ m/^([^\-]+)\-\1$/ and defined( $CACHE{ $normalize } ) and $CACHE{ $normalize } !~ m/DASH/ ) {
@chunks = ( $normalize );
}
else {
@chunks = split( /DASH|\-/, $key );
}
foreach my $token ( @chunks ) {
if ( !defined( $CACHE{ $token } ) ) {
my $result = &findagain2( "", $token, "" );
$CACHE{ $token } = $result;
}
if ( $CACHE{ $token } =~ m/\^per\+r([^\/]+)\/peN\+r\1\$/) {
my $analysis = $CACHE{ $token };
$analysis =~ s/\^per\+r([^\/]+)\/peN\+r\1\$/\^peN\+r$1\$/g;
$CACHE{ $token } = $analysis;
}
if ( $CACHE{ $token } =~ m/^(\^[^\$]+\<f\>\_F\-\-\$)DASH\1$/ ) {
my $analysis = $CACHE{ $token };
$analysis =~ s/^(\^[^\$]+\<f\>\_F\-\-\$)DASH\1$/$1/g;
$analysis =~ s/\<f\>/\<n\>/g;
$analysis =~ s/\_F\-\-/\_NSD/g;
$CACHE{ $token } = $analysis;
}
if ( $_DISAMBIGUATE ) {
&ruleout( $token );
}
}
}
## Printing out result
$INPUT_CONTENT .= "\n";
$INPUT_CONTENT =~ s/^\s*//;
print STDERR "\nPrinting Result:\n";
%SEEN = ();
my %IN = ();
my @lines = split( /\n/, $INPUT_CONTENT );
for ( my $i = 0; $i < scalar( @lines ); $i++ ) {
my @token = split( /\s+/, $lines[ $i ] );
# print STDERR $lines[ $i ]."\n";
for ( my $ii = 0; $ii < scalar( @token ); $ii++ ) {
my $original = $token[ $ii ];
my $normalize = $token[ $ii ];
$normalize =~ s/OOO/\-/g;
my $checkword = $token[ $ii ];
$checkword =~ s/OOO/\-/g;
$checkword =~ s/DASH/\-/g;
$checkword =~ s/HYPHEN/\-/g;
if ( defined( $SEEN{ $original } ) ) {
$token[ $ii ] = $SEEN{ $original };
next;
}
if ( defined( $INITCACHE{ $normalize } ) ) {
$token[ $ii ] = $INITCACHE{ $normalize };
$SEEN{ $original } = $token[ $ii ];
next;
}
if ( defined( $OBVIOUS{ $checkword } ) ) {
$token[ $ii ] = $OBVIOUS{ $checkword };
$SEEN{ $original } = $token[ $ii ];
next;
}
if ( $token[ $ii ] =~ m/^(\d+)\-(\d+)$/ ) {
$token[ $ii ] = "\^".$1."\<c\>\_CC\-\+\-\<z\>\_Z\-\-\+".$2."\<c\>\_CC\-\$";
$SEEN{ $original } = $token[ $ii ];
next;
}
elsif ( $token[ $ii ] =~ m/^(\-+)$/ ) {
$token[ $ii ] = "\^".$1."\<z\>\_Z\-\-\$";
$SEEN{ $original } = $token[ $ii ];
next;
}
elsif ( $token[ $ii ] !~ m/OOO/ and $token[ $ii ] !~ m/\-/ ) {
my ( $head, $main, $tail ) = &strip( $normalize );
if ( $head eq "" and $tail eq "" ) {
$token[ $ii ] = $CACHE{ $normalize };
$SEEN{ $original } = $token[ $ii ];
next;
}
elsif ( defined( $INITCACHE{ $main } ) ) {
if ( !defined( $CACHE{ $head.$HELPWORD.$tail } ) or $CACHE{ $head.$HELPWORD.$tail } =~ m/\_X\-\-/ ) {
my $result = &findagain( $head, $main, $tail );
$CACHE{ $head.$HELPWORD.$tail } = $result;
}
my $one = $CACHE{ $head.$HELPWORD.$tail };
my $two = $INITCACHE{ $main };
$one =~ s/^\^//;
$one =~ s/\$$//;
$two =~ s/^\^//;
$two =~ s/\$$//;
if ( $CACHE{ $head.$HELPWORD.$tail } =~ m/\_[^\_]+\_/ ) {
$one =~ s/$HELPWORD\<.\>\_.../$two/;
}
else {
$two =~ s/\_...//;
$one =~ s/$HELPWORD\<.\>/$two/;
}
$token[ $ii ] = "\^".$one."\$";
$SEEN{ $original } = $token[ $ii ];
next;
}
#just to be safe
$token[ $ii ] = $CACHE{ $normalize };
$SEEN{ $original } = $token[ $ii ];
next;
}
elsif ( defined( $CACHE{ $normalize } ) ) {
my ( $head, $main, $tail ) = &strip( $normalize );
if ( $head eq "" and $tail eq "" ) {
$token[ $ii ] = $CACHE{ $normalize };
$SEEN{ $original } = $token[ $ii ];
next;
}
elsif ( defined( $INITCACHE{ $main } ) ) {
if ( !defined( $CACHE{ $head.$HELPWORD.$tail } ) or $CACHE{ $head.$HELPWORD.$tail } =~ m/\_X\-\-/ ) {
my $result = &findagain( $head, $main, $tail );
$CACHE{ $head.$HELPWORD.$tail } = $result;
}
my $one = $CACHE{ $head.$HELPWORD.$tail };
my $two = $INITCACHE{ $main };
$one =~ s/^\^//;
$one =~ s/\$$//;
$two =~ s/^\^//;
$two =~ s/\$$//;
if ( $CACHE{ $head.$HELPWORD.$tail } =~ m/\_[^\_]+\_/ ) {
$one =~ s/$HELPWORD\<.\>\_.../$two/;
}
else {
$two =~ s/\_...//;
$one =~ s/$HELPWORD\<.\>/$two/;
}
$token[ $ii ] = "\^".$one."\$";
$SEEN{ $original } = $token[ $ii ];
next;
}
#just to be safe
$token[ $ii ] = $CACHE{ $normalize };
$SEEN{ $original } = $token[ $ii ];
next;
}
else { #"mendingin-dinginkan" and "makan-minum"
my ( $head, $main, $tail ) = &strip( $normalize );
if ( $head eq "" and $tail eq "" and defined( $CACHE{ $normalize } ) ) {
$token[ $ii ] = $CACHE{ $normalize };
$SEEN{ $original } = $token[ $ii ];
next;
}
elsif ( defined( $INITCACHE{ $main } ) ) {
# print STDERR "(a): ".$normalize."||".$main."here\n";
if ( !defined( $CACHE{ $head.$HELPWORD.$tail } ) or $CACHE{ $head.$HELPWORD.$tail } =~ m/\_X\-\-/ ) {
my $result = &findagain( $head, $main, $tail );
$CACHE{ $head.$HELPWORD.$tail } = $result;
}
my $one = $CACHE{ $head.$HELPWORD.$tail };
my $two = $INITCACHE{ $main };
$one =~ s/^\^//;
$one =~ s/\$$//;
$two =~ s/^\^//;
$two =~ s/\$$//;
if ( $CACHE{ $head.$HELPWORD.$tail } =~ m/\_[^\_]+\_/ and $one =~ m/$HELPWORD\<.\>\+/) {
$two =~ s///;
$one =~ s/$HELPWORD\<.\>/$two/;
}
if ( $CACHE{ $head.$HELPWORD.$tail } =~ m/\_[^\_]+\_/ ) {
$one =~ s/$HELPWORD\<.\>\_.../$two/;
}
else {
$two =~ s/\_...//;
$one =~ s/$HELPWORD\<.\>/$two/;
}
$token[ $ii ] = "\^".$one."\$";
$SEEN{ $original } = $token[ $ii ];
next;
}
else {
my $analysis = "";
my $mark = "";
if ( $token[ $ii ] =~ s/^OOO// ) {
$mark = "-";
}
# print STDERR "(x ): ".$token[ $ii ]."\n";
# $token[ $ii ] =~ s/\-/OOO/g;
# print STDERR "(xx): ".&smallsegment( $token[ $ii ] )."\n\n";
my @parts = split( m/OOO/, $token[ $ii ] );
for ( my $jj = 0; $jj < scalar( @parts ); $jj++ ) {
if ( $parts[ $jj ] !~ m/\-/) {
if ( defined( $CACHE{ $parts[ $jj ] } ) ) {
my $add = $CACHE{ $parts[ $jj ] }."HYPHEN";
if ( $mark ne "" ) {
$add =~ s/^\^/\^\-/;
$mark = "";
}
$analysis .= $add;
}
else {
print STDERR "I: $i ".scalar(@token).":: ".join( " ", @token )."\n";
}
}
elsif( defined( $CACHE{ $parts[ $jj ] } ) ) {
my $add = $CACHE{ $parts[ $jj ] }."HYPHEN";
if ( $mark ne "" ) {
$add =~ s/^\^/\^\-/;
$mark = "";
}
$analysis .= $add;
}
else {
my @miniparts = split( /\-/, $parts[ $jj ] );
my $tmp = &smallsegment( $parts[ $jj ] );
$tmp = "A".$tmp."B";
my @tinymini = split( /SSS/, $tmp );
$tinymini[ 0 ] =~ s/^A//;
$tinymini[ 2 ] =~ s/B$//;
my $red = $tinymini[ 1 ];
$red =~ s/([^\-]+)\-\1/$1/;
my $tmp2 = "";
my $head = $tinymini[ 0 ];
my $main = $tinymini[ 1 ];
my $tail = $tinymini[ 2 ];
# print STDERR "(g): ".$head.$HELPWORD.$tail."\n";
if ( !defined( $CACHE{ $head.$HELPWORD.$tail } ) ) {
my $result = &findagain( $head, $main, $tail );
$CACHE{ $head.$HELPWORD.$tail } = $result;
# print STDERR "(x ): ".$token[ $ii ]."||".$parts[ $jj ]."\n";
# print STDERR "(h): ".$result."\n";
}
if ( $CACHE{ $head.$HELPWORD.$tail } !~ m/\_X\-\-/ and !defined( $CACHE{ $main } ) and $main =~ m/\-/ and $head ne "" and $tail ne "" ) {
# print STDERR "(x ): ".$token[ $ii ]."||".$head."||".$main."||".$tail."\n";
my $temp = $main;
$temp =~ s/([^\-]+)\-.*/$1/g;
if ( !defined( $CACHE{ $temp } ) ) {
my $result = &findagain2( "", $temp, "" );
$CACHE{ $temp } = $result;
}
my $temp2 = $CACHE{ $temp };
# print STDERR "(g ): ".$CACHE{ $temp }."||".$temp2."\n";
$temp2 =~ s/^\^//;
$temp2 =~ s/\$$//;
$temp2 =~ s/$temp//g;
$temp2 =~ s/\//CCC/g;
$temp2 =~ s/\_...//g;
# print STDERR "(g ): ".$CACHE{ $temp }."||".$temp2."\n";
$temp = $CACHE{ $temp };
$temp =~ s/^\^//;
$temp =~ s/\$$//;
# $analysis .= "\^".$temp."\$HYPHEN"."\^".$temp."\$HYPHEN";
$temp =~ s/(\_.)S(.)/$1P$2/g;
$temp =~ s/([^\/]+)\/.*/$1/;
# print STDERR "(g ): ||".$temp."\n";
$temp .= "(".$temp2.")";
# print STDERR "(g ): ||".$temp."\n";
# print STDERR "(x ): ||".$temp."\n";
$CACHE{ $main } = "\^".$temp."\$";
}
if ( $CACHE{ $head.$HELPWORD.$tail } !~ m/\_X\-\-/ and !defined( $CACHE{ $main } ) and $main =~ m/\-/ ) {
#print STDERR "(x ): ".$token[ $ii ]."||".$main."\n";
my $temp = $main;
$temp =~ s/([^\-]+)\-.*/$1/g;
if ( !defined( $CACHE{ $temp } ) ) {
my $result = &findagain2( "", $temp, "" );
$CACHE{ $temp } = $result;
}
$temp = $CACHE{ $temp };
$temp =~ s/^\^//;
$temp =~ s/\$$//;
$analysis .= "\^".$temp."\$HYPHEN"."\^".$temp."\$HYPHEN";
}
elsif ( $CACHE{ $head.$HELPWORD.$tail } !~ m/\_X\-\-/ ) {
my $one = $CACHE{ $head.$HELPWORD.$tail };
if ( !defined( $CACHE{ $main } ) ) {
my $result = &findagain2( "", $main, "" );
$CACHE{ $main } = $result;
}
my $two = $CACHE{ $main };
$one =~ s/^\^//;
$one =~ s/\$$//;
$two =~ s/^\^//;
$two =~ s/\$$//;
if ( $CACHE{ $head.$HELPWORD.$tail } =~ m/\_[^\_]+\_/ and $one =~ m/$HELPWORD\<.\>\+/) {
my $onea = $one;
$onea =~ s/($HELPWORD\<.\>)/$1\n/;
my @oneb = split( /\n+/, $onea );
my $twoa = $two;
$twoa =~ s/\_/\n\_/;
my @twob = split( /\n+/, $twoa );
$two = $twob[ 0 ];
$one =~ s/$HELPWORD\<.\>/$two/;
# $two = $twob[ 1 ];
# $one =~ s/\_.../$two/;
# print STDERR "(a): ".$one."||".$two."\n";
# $two =~ s///;
# $one =~ s/$HELPWORD\<.\>/$two/;
}
elsif ( $CACHE{ $head.$HELPWORD.$tail } =~ m/\_[^\_]+\_/ ) {
$one =~ s/$HELPWORD\<.\>\_.../$two/;
}
else {
$two =~ s/\_...//;
$one =~ s/$HELPWORD\<.\>/$two/;
}
if ( $main =~ m/^([^\-]+)\-\1$/ and $one !~ m/\_.P./ ) {
$one =~ s/\_(.)S(.)/\_$1P$2/;
}
$analysis .= "\^".$one."\$HYPHEN";
}
else {
$tmp = $head.$main.$tail;
my @part = split( /\-/, $tmp );
for ( my $kk = 0; $kk < scalar( @part ); $kk++ ) {
if ( defined( $CACHE{ $part[ $kk ] } ) ) {
$analysis .= $CACHE{ $part[ $kk ] }."HYPHEN";
}
else {
$analysis .= "\^".$part[ $kk ]."\<x\>\_X\-\-\$"."HYPHEN";
}
}
}
}
}
$analysis =~ s/HYPHEN$//;
$token[ $ii ] = $analysis;
#check
# if ( $token[ $ii ] =~ m/([^\_]+)\$HYPHEN\^([^\_]+)/ ) {
if ( 0 ) {
print STDERR "(i): ".$token[ $ii ]."\n";
my $ok = $token[ $ii ];
$ok =~ s/(\^|\$|\+)//g;
$ok =~ s/\<.\>//g;
$ok =~ s/\_...//g;
$ok =~ s/HYPHEN/\-/g;
$ok =~ s/N//g;
$ok = &smallsegment( "AAA".$ok."AAA" );
my @wok = split( /SSS/, $ok );
my $main = $wok[ 1 ];
if ( scalar( @wok ) eq 3 and defined( $CACHE{ $main } ) ) {
$wok[ 0 ] =~ s/AAA//;
$wok[ 2 ] =~ s/AAA//;
if ( !defined( $CACHE{ $wok[ 0 ].$HELPWORD.$wok[ 2 ] } ) ) {
my $uniquetmp = `echo \$\$`;
chomp( $uniquetmp );
open( TEMP, ">$Bin/cache-files/$uniquetmp.tmp" );
print TEMP "load $Bin/bin-files\/morphind.bin\n";
print TEMP "apply up ".$wok[ 0 ].$HELPWORD.$wok[ 2 ]."\n";
close( TEMP );
my $analysis = `foma -q -f $Bin/cache-files/$uniquetmp.tmp`;
chomp( $analysis );
my $temp = $wok[ 0 ].$wok[ 1 ].$wok[ 2 ];
$temp =~ s/\-//g;
$temp = $temp."<x>_X--";
$analysis =~ s/\?\?\?/$temp/;
$CACHE{ $wok[ 0 ].$HELPWORD.$wok[ 2 ] } = "\^".$analysis."\$";
my $command = `rm $Bin/cache-files/$uniquetmp.tmp`;
# print STDERR "(0) :".$wok[ 0 ].$HELPWORD.$wok[ 2 ]."\t".$analysis."\n";
}
my $one = $CACHE{ $wok[ 0 ].$HELPWORD.$wok[ 2 ] };
my $two = $CACHE{ $main };
$one =~ s/^\^//;
$one =~ s/\$$//;
$two =~ s/^\^//;
$two =~ s/\$$//;
if ( $CACHE{ $head.$HELPWORD.$tail } =~ m/\_[^\_]+\_/ ) {
$one =~ s/$HELPWORD\<.\>\_.../$two/;
}
else {
$two =~ s/\_...//;
$one =~ s/$HELPWORD\<.\>/$two/;
}
$analysis .= "\^".$one."\$HYPHEN";
$token[ $ii ] = "\^".$one."\$";
$SEEN{ $original } = $token[ $ii ];
next;
}
}
#check
if ( $token[ $ii ] =~ m/HYPHEN/ and $token[ $ii ] =~ m/\// ) {
my @part = split( /HYPHEN/, $token[ $ii ] );
if ( scalar( @part ) == 2 ) {
my $key = "";
my $option = "";
if ( $part[ 0 ] !~ m/[\/]/ ) {
$key = $part[ 0 ];
$option = $part[ 1 ];
$key =~ s/^\^//;
$key =~ s/\$$//;
$key =~ s/(\+[a-z]+)?\_...$//;
$option =~ s/^\^//;
$option =~ s/\$$//;
my @ops = split( /\//, $option );
my @resops = ();
for ( my $zzz = 0; $zzz < scalar( @ops ); $zzz++ ) {
if ( $ops[ $zzz ] =~ m/$key/ ) {
push( @resops, $ops[ $zzz ] );
}
}
if ( scalar( @resops ) != 0 ) {
$token[ $ii ] = $part[ 0 ]."\$HYPHEN"."\^".join( "/", @resops )."\$";
}
}
elsif ( $part[ 1 ] !~ m/[\/]/ ) {
$key = $part[ 1 ];
$option = $part[ 0 ];
$key =~ s/^\^//;
$key =~ s/\$$//;
$key =~ s/(\+[a-z]+)?\_...$//;
$option =~ s/^\^//;
$option =~ s/\$$//;
my @ops = split( /\//, $option );
my @resops = ();
for ( my $zzz = 0; $zzz < scalar( @ops ); $zzz++ ) {
if ( $ops[ $zzz ] =~ m/$key/ ) {
push( @resops, $ops[ $zzz ] );
}
}
if ( scalar( @resops ) != 0 ) {
$token[ $ii ] = "\^".join( "/", @resops )."\$HYPHEN".$part[ 1 ];
}
}
}
}
if ( $token[ $ii ] =~ m/CCC/ ) {
my $temp = $token[ $ii ];
$temp =~ s/(\<.\>)([^\(]+)(\([^\)]+\))/$1$3$2/;
$temp =~ s/^\^([^\(]+)\<.\>\(//;
my $head = $1;
$temp =~ s/\)([^\)]+)\$$//;
my $tail = $1;
my @amb = split( /CCC/, $temp );
$temp = "";
for ( my $k = 0; $k < scalar( @amb ); $k++ ) {
$temp .= $head.$amb[$k].$tail."/";
}
$temp =~ s/\/$//;
$token[ $ii ] = "\^".$temp."\$";
}
$SEEN{ $original } = $token[ $ii ];
# print STDERR $token[ $ii ]."::\n".$normalize."::\n".$analysis."||".$head."||".$main."||".$tail."\n";
next;
}
}
}
if ( ($i+1) % 1000 eq 0 ) {
my $c = ( ($i+1) / 1000 ) % 10;
print STDERR "".$c;
}
my $resulting_line = "";
$resulting_line = join( " ", @token );
#print STDERR "(a): ".$resulting_line."\n";
$resulting_line = &checkcompound( $lines[ $i ], $resulting_line );
#print STDERR "(b): ".$resulting_line."\n";
$resulting_line =~ s/DASH/HYPHEN/g;
if ( $_DISAMBIGUATE ) {
# statistical disambiguation