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tools/sctk-2.4.10/bin/hubscr.pl
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#!/usr/bin/perl -w
use strict;
### Revision History
# Version 0.1, Release Sep 19, 1997
# - initial release
# Version 0.2, Release Oct 29, 1997
# - added support for sc_stats
# - modified the csrfilt call for German and Spanish to is use the -e option
# which tells it to upcase extended ASCII as well as 7-bit ASCII.
# Version 0.3,
# - Modified the filter proceedure to ALWAYS tell the user if it skipped the
# filtering stage.
# Version 0.4, Release April 6, 1998
# - added access to the RESULTS Server
# - added -M and -w options
# Version 0.5, Released March 5, 2000
# - Modifed to require updated tranfilt package
# Version 0.6, Not released
# - Modified to accept Extended CTMs for the RT evaluation series, selected
# via the -C option.
# - Added a new hub scoring type rt-stt
# - Removed access to the RESULTS server
# - Changed local variables to my variables
# Version 0.7
# - Added sort command to sort ctm file
# - Added prf formatted alignment output (4/28/03 audrey)
# - Changed the rt-stt conversion to remove confidence scores with 'NA' values
# - Added -d to disable definite article changes for Arabic
# Version 0.8
# - Added specialized sort for CTM data to make it run faster
# Version 0.9
# - added -H to enable hamza normalization
# Version 0.10
# - added -T to enable tanween filtering
# Version 0.11
# - added -o to use overlapscoring
# Version 0.12
# - added -a to use asclite
# Version 0.13
# - added -m to use custom memory limit (JA)
# Version 0.14 Apr 21, 2006
# - added -f option to use rttm file as hyp file (JA)
# Version 0.15 Jan, 2007
# - added -F, -u , -M, hub of type sastt
# - Calls to md-eval
# Version 0.16 March 12, 2007
# - Turned on Pruning for ASCLITE Runs.
# Version 0.17 March 13, 2007
# - Renamed -M SLM to -K SLM... (no one ever uses it!)
# - Added the difficulty tag for asclite
# Version 0.18 April 30, 2007
# - Added the forced compression for asclite (JA)
# - Added the block size for asclite (JA)
# Version 0.19 June 4, 2007
# - Added check of speaker auto-overlap in asclite options (JA)
# Version 0.20 April 30, 2009
# - Added the automatic validation of inputs step AND the ability skipp validation
#
my $Version = "0.20";
my $Usage="hubscr.pl [ -p PATH -H -T -d -R -v -L LEX ] [ -M LM | -w WWL ] [ -o numSpkr ] [ -m GB_Max_Memory[:GB_Max_Difficulty] ] [ -f FORMAT ] [ -a -C -B blocksize ] -g glm -l LANGOPT -h HUBOPT -r ref hyp1 hyp2 ...
".
"Version: $Version
".
"Desc: Score a Hub-4E/NE or Hub-5E/NE evaluation using the established
".
" guidelines. There are a set of language dependent options that this
".
" script requires, they are listed below with their dependencies.
".
" If more than one hyp is present, the set of hyps are viewed as an
".
" 'ensemble' of result that can be statistically compared with sc_stats.
".
" The output reports are written with a root filename specified by '-n'
".
" and optionally described with the '-e' flag.
".
"General Options:
".
" -d -> Do not split the definite article from Arabic words
".
" -g glm -> 'glm' specifies the filename of the Global Mapping Rules
".
" -v -> Verbosely tell the user what is being executed
".
" -h [ hub4 | hub5 | rt-stt | sastt ]
".
" -> Use scoring rules for the task:
".
" hub4 or hub5 -> no special rules
".
" rt-stt -> removes non-lexical items from systems CTM input
".
" sastt -> performs SASTT scoring. System/reference inputs
".
" must both be RTTMs. ASCLITE must be used for alignments.
".
" -K SLM_lm -> Use the CMU-Cambridge SLM V2.0 binary language model 'LM'
".
" to perform Weighted-Word Scoring. May not be used with -w
".
" -l [ arabic | english | german | mandarin | spanish ]
".
" -> Set the input language.
".
" -L LDC_Lex -> Filename of an LDC Lexicon. The option is required only to
".
" score a German test. Previous version for Arabic req'd this option.
".
" -w WWL -> Use the Word-Weight List File to perform Weighted-Word
".
" scoring. May not be used with -M
".
" -H -> Perform hamza normalization for Arabic data.
".
" -T -> Perform tanween filteing (i.e., removal) for Arabic data.
".
" -V -> Skip validation of the input transcripts. Defauled is to validate input transcripts.
".
"Other Options:
".
" -n str -> Root filename to write the ensemble reports to. Default
".
" is 'Ensemble'
".
" -e 'desc' -> Use the description 'desc' as a sub-header in all reports.
".
" -p DIR[:DIR]*
".
" -> Use the following directories to search for needed components.
".
" Otherwise the default path is used.
".
" -o numSpkr
".
" -> Overlap using 'numSpkr' number of speakers.
".
" -m GB_Max_Memory[:GB_Max_Difficulty]
".
" -> 'GB_Max_Memory' Set the maximum memory allocation in GB for the LCM.
".
" -> 'GB_Max_Difficulty' Set the limit of LCM difficulty (expressed in GB of memory).
".
" -a
".
" -> Use asclite for the alignment.
".
" -C
".
" -> Force compression for asclite.
".
" -B blocksize
".
" -> Block size for asclite. (default: 256 kB)
".
" -f [ ctm | rttm ]
".
" -> Specify the hyps fileformat.
".
" -F [ stm | rttm ]
".
" -> Specify the refs fileformat.
".
" -G -> Produce alignment graphs when asclite is used
".
" -u UEM Specify the UEM file for running mdeval (sastt hub only)
".
" -M \"ARGS\" -> Arguments to pass to mdeval (sastt hup only) Def. '-nafc -c 0.25 -o'
".
"
";
################################################################
############# Set all Global variables #############
my $Vb = 0;
my $bUseAsclite=0;
my $Lang = "Undeterm";
my $Hub = "Undeterm";
my $Ref = "Undeterm";
my @Hyps = ();
my @Hyps_iname = ();
my @Hyps_oname = ();
### Installation directory for the SCTK package. If the package's
### executables are accessible via your path, this variable may remain
### empty.
my $SCLITE = "sclite";
my $ASCLITE = "asclite";
my $ALIGN2HTML = "align2html.pl";
my $SC_STATS = "sc_stats";
my $CSRFILT="csrfilt.sh";
my $DEF_ART="def_art.pl";
my $HAMZA_NORM="hamzaNorm.pl";
my $TANWEEN_FILTER="tanweenFilt.pl";
my $STM2RTTM = "stm2rttm.pl";
my $ACOMP = "acomp.pl";
my $MDEVAL = "md-eval.pl";
my $CTMVALID = "ctmValidator.pl";
my $STMVALID = "stmValidator.pl";
my $RTTMVALID = "rttmValidator.pl";
my $DEF_ART_ENABLED=1;
my $HAMZA_NORM_ENABLED=0;
my $TANWEEN_FILT_ENABLED=0;
my $OVRLAPSPK=-1;
my $GLM = "";
my $LDCLEX = "";
my $MemoryLimit = 1.0;
my $DifficultyLimit = -1.0;
### Defaults for SC_stats
my $EnsembleRoot = "";
my $EnsembleDesc = "";
###
my $SLM_LM = "";
my $WWL = "";
my $hypfileformat = "ctm";
my $reffileformat = "stm";
my $UEM = "";
my $mdevalOpts = "-nafcs -c 0.25 -o";
my $produceAlignmentGraphs = 0;
my $ASCLITE_FORCE_COMPRESSION = "";
my $asclite_blocksize = 256;
my $validateInputs = 1;
####### End of Globals #########
################################################
################################################
####### MAIN PROGRAM #########
&ProcessCommandLine();
my($h);
&VerifyResources();
print "Filtering Files:
";
my $filterSuccess = 1;
$filterSuccess = 0 unless (&FilterFile($Ref, $Ref.".filt", $Lang, $reffileformat, "ref"));
for ($h=0; $h<=$#Hyps; $h++)
{
$filterSuccess = 0 unless (&FilterFile($Hyps[$h], $Hyps_oname[$h], $Lang, $hypfileformat, "hyp"));
}
if (! $filterSuccess){
die "Error: Filter processes failure detect. Aborting. The -V option disables validation";
}
for ($h=0; $h<=$#Hyps; $h++)
{
&RunScoring($Ref,$Hyps[$h],$Hyps_iname[$h],$Hyps_oname[$h],$Lang);
}
&RunStatisticalTests(@Hyps_oname) if ($#Hyps > 0);
exit 0;
####### END OF MAIN #########
################################################
################################################################
################ Get the command line arguments ################
sub ProcessCommandLine
{
### This is an invisible option. If the calling name is sortCTM.pl, run the sorter
### This is a hack to make this script completely self contained
if ($ARGV[0] eq "sortCTM")
{
sortCTM();
exit;
}
if ($ARGV[0] eq "sortSTM")
{
sortSTM();
exit;
}
use Getopt::Std;
#&Getopts('l:h:r:vg:L:n:e:RM:w:');
getopts('VGaCHTdvRl:h:r:g:L:n:e:K:w:p:o:m:f:F:u:M:B:');
if (defined($main::opt_l)) { $Lang = $main::opt_l; $Lang =~ tr/A-Z/a-z/; }
if (defined($main::opt_h)) { $Hub = $main::opt_h; $Hub =~ tr/A-Z/a-z/; }
if (defined($main::opt_r)) { $Ref = $main::opt_r; }
if (defined($main::opt_d)) { $DEF_ART_ENABLED = ! $main::opt_d; }
if (defined($main::opt_v)) { $Vb = 1; $main::opt_v = 1; }
if (defined($main::opt_L)) { $LDCLEX = $main::opt_L; }
if (defined($main::opt_n)) { $EnsembleRoot = $main::opt_n; }
if (defined($main::opt_e)) { $EnsembleDesc = $main::opt_e; }
if (defined($main::opt_K)) { $SLM_LM = $main::opt_K; }
if (defined($main::opt_o)) { $OVRLAPSPK = $main::opt_o; }
if (defined($main::opt_w)) { $WWL = $main::opt_w; }
if (defined($main::opt_a)) { $bUseAsclite = 1; $main::opt_a = 1; }
if (defined($main::opt_C)) { $ASCLITE_FORCE_COMPRESSION = "-force-memory-compression"; $main::opt_C = 1; }
if (defined($main::opt_B)) { $asclite_blocksize = $main::opt_B; }
if (defined($main::opt_m)) {
if ($main::opt_m =~ /^(\d+|\d*\.\d+|\d+\.):(\d+|\d*\.\d+|\d+\.)$/){
$MemoryLimit = $1;
$DifficultyLimit = $2;
} elsif ($main::opt_m =~ /^(\d+|\d*\.\d+|\d+\.)$/){
$MemoryLimit = $1;
} else {
die "Failed to parse -m option value '$main::opt_m'";
}
print "Warning: Difficulty Limit($DifficultyLimit) is less than the MemoryLimit($MemoryLimit). Did you want to do both?
"
if( ($DifficultyLimit < $MemoryLimit) && ($DifficultyLimit >= 0) );
}
if (defined($main::opt_f)) { $hypfileformat = $main::opt_f; }
if (defined($main::opt_F)) { $reffileformat = $main::opt_F; }
if (defined($main::opt_u)) { $UEM = $main::opt_u; }
if (defined($main::opt_M)) { $mdevalOpts = $main::opt_M; }
if (defined($main::opt_G)) { $produceAlignmentGraphs = $main::opt_G; }
if (defined($main::opt_V)) { $validateInputs = ! $main::opt_V ; }
if (defined($main::opt_g)) {
$GLM = $main::opt_g;
die("$Usage
Error: Unable to stat GLM file '$GLM'") if (! -f $GLM);
} else {
die("$Usage
Error: GLM file required via -g option");
}
#### Language checks/Verification
die("$Usage
Error: Language defintion required via -l") if ($Lang eq "Undeterm");
die("$Usage
Error: Undefined language '$Lang'")
if ($Lang !~ /^(english|german|spanish|mandarin|arabic)$/);
if (defined($main::opt_H)){
die "Error: Hamza normalization only applies to Arabic data
" if ($Lang ne "arabic");
$HAMZA_NORM_ENABLED = $main::opt_H;
}
if (defined($main::opt_T)){
die "Error: Tanween filtering only applies to Arabic data
" if ($Lang ne "arabic");
$TANWEEN_FILT_ENABLED = $main::opt_T;
}
####
#### Asclite Check
die("$Usage
Error: Asclite is working only with english
") if( ($Lang ne "english") && ($bUseAsclite == 1) );
die("$Usage
Error: Overlap scoring (-o) is working only with asclite
") if( ($OVRLAPSPK >= 0) && ($bUseAsclite == 0) );
die("$Usage
Error: Memory Limit (-m) is working only with asclite
") if( ($MemoryLimit != 1) && ($bUseAsclite == 0) );
####
#### Hub Check/Verification
die("$Usage
Error: Hub defintion required via -h") if ($Hub eq "Undeterm");
die("$Usage
Error: Undefined Hub '$Hub'") if ($Hub !~ /^(hub4|hub5|rt-stt|sastt)$/);
#### Reference File Check/Verification
die("$Usage
Error: Reference file defintion required via -r") if ($Ref eq "Undeterm");
die("$Usage
Error: Unable to access reference file '$Ref'
") if (! -f $Ref);
#### extract the hypothesis files
die("$Usage
Error: Hypothesis files required") if ($#ARGV < 0);
my @Hyps_DEFS = @ARGV;
my $hyp;
foreach $hyp(@Hyps_DEFS){
# print "$hyp
";
my(@Arr) = split(/\\#/,$hyp);
if ($#Arr < 1) { $Arr[1] = $Arr[0]; } elsif ($Arr[1] =~ /^$/) { $Arr[1] = $Arr[0]; }
if ($#Arr < 2) { $Arr[2] = $Arr[0]; } elsif ($Arr[2] =~ /^$/) { $Arr[2] = $Arr[0]; }
push(@Hyps,$Arr[0]);
push(@Hyps_iname,$Arr[1]);
push(@Hyps_oname,$Arr[2].".filt");
}
foreach $hyp(@Hyps){
die("$Usage
Error: Unable to access hypothesis file '$hyp'
") if (! -f $hyp);
}
print STDERR "Warning: LDC lexicon option '-L $LDCLEX' ignored!!!!
"
if (($Lang ne "german" && ($Lang ne "arabic")) && $LDCLEX ne "");
die("$Usage
Error: Unable to access LDC Lexicon file '$LDCLEX'
")
if ($DEF_ART_ENABLED && ($Lang eq "german"));
#### Check the LM and WWL files
die("$Usage
Error: Unable to use both -M and -w
")
if (defined($main::opt_M) && defined($main::opt_w));
die("$Usage
Error: SLM language model '$main::opt_M' not found
")
if (defined($main::opt_M) && (! -f $main::opt_M));
die("$Usage
Error: WWL file '$main::opt_w' not found
")
if (defined($main::opt_w) && (! -f $main::opt_w));
if (defined($main::opt_p)){
my $p = $main::opt_p;
die "Error: Path not formatted properly '$main::opt_p'" if ($main::opt_p !~ /^(\S+)(:\S+)*$/);
$ENV{PATH} = "${main::opt_p}:$ENV{PATH}";
}
### Make sure sastt will work
if ($Hub eq "sastt"){
die "$Usage
Error: SASTT hub requires RTTM hyp file input" if ($hypfileformat ne "rttm");
# die "$Usage
Error: SASTT hub requires RTTM ref file input" if ($reffileformat ne "rttm");
die("$Usage
Error: SASTT only works with ASCLITE
") if ($bUseAsclite != 1);
}
}
#################################################################################
#### This proceedure is a replacement for a UNIX sort command for CTMs. ######
#### It takes too long and
sub ctmSort {
return ($a->[0] cmp $b->[0]) if ($a->[0] ne $b->[0]);
return ($a->[2] cmp $b->[2]) if ($a->[2] ne $b->[2]);
$a->[4] <=> $b->[4];
}
sub sortCTM{
my %data = ();
while (<STDIN>){
s/^\s+//;
next if ($_ =~ /^;;/ || $_ =~ /^$/);
my (@a) = split(/(\s+)/);
push @{ $data{$a[0]}{$a[1]} }, \@a;
}
foreach my $file(sort (keys %data)){
foreach my $chan(sort (keys %{ $data{$file} })){
foreach my $a(sort ctmSort @{ $data{$file}{$chan} }){
print join("",@$a);
}
}
}
}
#################################################################################
#### This proceedure is a replacement for a UNIX sort command for STMs. ######
#### It takes too long and
sub stmSort {
return ($a->[0] cmp $b->[0]) if ($a->[0] ne $b->[0]);
return ($a->[2] cmp $b->[2]) if ($a->[2] ne $b->[2]);
$a->[6] <=> $b->[6];
}
sub sortSTM{
my %data = ();
while (<STDIN>){
s/^\s+//;
if ($_ =~ /^;;/ || $_ =~ /^$/){
print;
next;
}
my (@a) = split(/(\s+)/);
push @{ $data{$a[0]}{$a[1]} }, \@a;
}
foreach my $file(sort (keys %data)){
foreach my $chan(sort (keys %{ $data{$file} })){
foreach my $a(sort stmSort @{ $data{$file}{$chan} }){
print join("",@$a);
}
}
}
}
################################################################
########### Make sure sclite, tranfilt, and other ############
########### resources are available. ############
sub get_version{
my($exe, $name) = @_;
my($ver) = "foo";
open(IN,"$exe 2>&1 |") ||
die("Error: unable to exec $name with the command '$exe'");
while (<IN>){
if ($_ =~ /Version: v?(\d+\.\d+)[a-z]*/){
$ver = $1;
} elsif ($_ =~ /Version: v?(\d+)/){
$ver = $1;
}
}
close(IN);
die "Error: unable to get the version for program $name with the command '$exe'"
if ($ver eq "foo");
$ver;
}
sub VerifyResources
{
my($ver);
### Check the version of sclite
$ver = "";
open(IN,"$ASCLITE 2>&1 |") ||
die("Error: unable to exec asclite with the command '$ASCLITE'");
while (<IN>){
if ($_ =~ /asclite Version: (\d+)\.(\d+)[a-z]*/i){
$ver = $1*100+$2;
}
}
close(IN);
die ("ASCLITE executed by the command '$ASCLITE' is too old.
".
" Version 1.0 or better is needed. This package ls available
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 104);
### Check the version of sclite
$ver = "";
open(IN,"$SC_STATS 2>&1 |") ||
die("Error: unable to exec sc_stats with the command '$SC_STATS'");
while (<IN>){
if ($_ =~ /sc_stats Version: (\d+\.\d+)[a-z]*,/){
$ver = $1;
}
}
close(IN);
die ("SC_STATS executed by the command '$SC_STATS' is too old.
".
" Version 1.1 or better is needed. This package ls available
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 1.1);
#### Check for CSRFILT
$ver = &get_version($CSRFILT,"csrfilt.sh");
die ("CSRFILT executed by the command '$CSRFILT' is too old.
".
" Version 1.15 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 1.15 || $ver >= 1.2);
$ver = &get_version($DEF_ART,"def_art.pl");
die ("def_art.pl executed by the command '$DEF_ART' is too old.
".
" Version 1.0 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 1.0);
$ver = &get_version($ACOMP,"acomp.sh");
die ("acomp.pl executed by the command '$ACOMP' is too old.
".
" Version 1.0 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 1.0);
$ver = &get_version($HAMZA_NORM,"hamzaNorm.pl");
die ("hamzaNorm.pl executed by the command '$HAMZA_NORM' is too old.
".
" Version 1.0 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 1.0);
$ver = &get_version($TANWEEN_FILTER,"tanweenFilt.pl");
die ("tanweenFilt.pl executed by the command '$TANWEEN_FILTER' is too old.
".
" Version 1.0 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 1.0);
$ver = &get_version($MDEVAL,"md-eval.pl");
die ("md-eval.pl executed by the command '$MDEVAL' is too old.
".
" Version 21 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 21);
$ver = &get_version("$ALIGN2HTML -h","align2html.pl");
die ("align2html.pl executed by the command '$ALIGN2HTML' is too old.
".
" Version 0.0 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 0.1);
$ver = &get_version("$STM2RTTM -h","stm2rttm.pl");
die ("stm2rttm.pl executed by the command '$ALIGN2HTML' is too old.
".
" Version 0.0 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 0.1);
$ver = &get_version("$CTMVALID -h","ctmValidator.pl");
die ("ctmValidator.pl executed by the command '$CTMVALID' is too old.
".
" Version 3 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 3);
$ver = &get_version("$STMVALID -h","STMValidator.pl");
die ("stmValidator.pl executed by the command '$STMVALID' is too old.
".
" Version 1 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 1);
$ver = &get_version("$RTTMVALID -h","rttmValidator.pl");
die ("rttmValidator.pl executed by the command '$RTTMVALID' is too old.
".
" Version 13 or better is needed. Get the up-to-date SCTK package
".
" from the URL http://www.nist.gov/speech/software.htm") if ($ver < 13);
}
sub FilterFile
{
my($file, $outfile, $lang, $format, $purpose) = @_;
my($rtn);
my($csrfilt_com);
my($def_art_com);
my($hamza_norm_com);
my($tanween_filter_com);
my($acomp_com);
my($sort_com);
my($com);
print " Filtering $lang file '$file', $format format
";
my $rtFilt = "cat";
if ($Hub eq "rt-stt" && $format eq "ctm")
{
$rtFilt = "perl -nae 'if (\$_ =~ /^;;/ || \$#F < 6) {print} else {s/^\\s+//; if (\$F[6] eq 'lex') { \$st = 6; \$st-- if (\$F[5] =~ /^na\$/i); splice(\@F, \$st, 10); print join(\" \" ,\@F).\"\
\" }}' "
}
if ($format eq "ctm")
{
$sort_com = "$0 sortCTM < ";
#$sort_com = "cat";
#$sort_com = "sort +0 -1 +1 -2 +2nb -3";
}
elsif ($format eq "stm")
{
$sort_com = "$0 sortSTM < ";
}
elsif ($format eq "rttm")
{
$sort_com = "rttmSort.pl < ";
}
if ($Lang =~ /^(arabic)$/)
{
$csrfilt_com = "$CSRFILT -s -i $format -t $purpose -dh $GLM";
if ($DEF_ART_ENABLED){
$def_art_com = "$DEF_ART -s $LDCLEX -i $format - -";
} else {
$def_art_com = "cat";
}
if ($HAMZA_NORM_ENABLED){
$hamza_norm_com = "$HAMZA_NORM -i $format -- - -";
} else {
$hamza_norm_com = "cat";
}
if ($TANWEEN_FILT_ENABLED){
$tanween_filter_com = "$TANWEEN_FILTER -a -i $format -- - -";
} else {
$tanween_filter_com = "cat";
}
$com = "$sort_com $file | $rtFilt | $def_art_com | $hamza_norm_com | $tanween_filter_com | $csrfilt_com > $outfile";
} elsif ($Lang =~ /^(mandarin)$/){
$csrfilt_com = "$CSRFILT -i $format -t $purpose -dh $GLM";
$com = "cat $file | $rtFilt | $csrfilt_com > $outfile";
} elsif ($Lang =~ /^(spanish)$/){
$csrfilt_com = "$CSRFILT -e -i $format -t $purpose -dh $GLM";
$com = "$sort_com $file | $rtFilt | $csrfilt_com > $outfile";
} elsif ($Lang =~ /^(german)$/){
$csrfilt_com = "$CSRFILT -e -i $format -t $purpose -dh $GLM";
$acomp_com = "$ACOMP -f -m 2 -l $LDCLEX -i $format - -";
$com = "$sort_com $file | $rtFilt | $csrfilt_com | $acomp_com > $outfile";
} elsif ($Lang =~ /^(english)$/){
$csrfilt_com = "$CSRFILT -i $format -t $purpose -dh $GLM";
$com = "$sort_com $file | $rtFilt | $csrfilt_com > $outfile";
} else {
die "Undefined language: '$lang'";
}
# $com = "cat $file | $rtFilt > $outfile";
print " Exec: $com
" if ($Vb);
$rtn = system $com;
if ($rtn != 0) {
system("rm -f $outfile");
die("Error: Unable to filter file: $file with command:
$com
");
}
if ($validateInputs){
print " Validating the output file '$outfile'
" if ($Vb);
my $vcom = "";
if ($format eq "ctm") {
$vcom = "$CTMVALID -l $Lang -i $outfile";
} elsif ($format eq "stm") {
$vcom = "stmValidator.pl -l $Lang -i $outfile";
} else { ###if ($format eq "rttm") {
$vcom = "$RTTMVALID -S -f -u -i $outfile";
}
$rtn = system "$vcom 2>&1 > /dev/null";
if ($rtn != 0){
system $vcom . " | sed 's/^/ /'";
print "Error: Filter operation yielded a non-validated $format output with return code $rtn
";
return 0;
}
}
return 1
}
sub RunScoring
{
my($ref, $hyp, $hyp_iname, $hyp_oname, $lang) = @_;
my($reff) = ($ref.".filt");
my($rtn);
my($outname);
($outname = "-n $hyp_oname") =~ s:^-n (\S+)/([^/]+)$:-O $1 -n $2:;
print "Scoring $lang Hyp '$hyp_oname' against ref '$reff'
";
my $command;
if ($bUseAsclite == 0)
{
$command = "$SCLITE -r $reff stm -h $hyp_oname $hypfileformat $hyp_iname -F -D -o sum rsum sgml lur dtl pra prf -C det sbhist hist $outname";
if ($Lang =~ /^(mandarin)$/)
{
$command .= " -c NOASCII DH -e gb";
}
if ($Lang =~ /^(arabic)$/)
{
$command .= " -s";
}
if ($Lang =~ /^(spanish)$/)
{
;
}
if ($SLM_LM !~ /^$/ || $WWL !~ /^$/)
{
$command .= " -L $SLM_LM" if ($SLM_LM !~ /^$/);
$command .= " -w $WWL" if ($WWL !~ /^$/);
$command .= " -o wws";
}
print " Exec: $command
" if ($Vb);
$rtn = system($command);
die("Error: SCLITE execution failed
Command: $command") if ($rtn != 0);
}
else
{
my $spkrOpt = "";
my $ali2htmOpt = "";
if ($Hub eq "sastt"){
### Pre score for mdeval
my $mdevalref = "";
if ("$reffileformat" eq "stm" ){
# Convert to rttm
$mdevalref="$reff.rttm";
my $com = "cat $reff | $STM2RTTM -e rt05s > $mdevalref";
$rtn = system($com);
die("Error: STM2RTTM failed
Command: $com") if ($rtn != 0);
} else {
$mdevalref=$reff;
}
my $mdcom = "$MDEVAL $mdevalOpts ".($UEM ne "" ? "-u $UEM" : "")." -r $mdevalref -s $hyp_oname -M $hyp_oname.mdeval.spkrmap 1> $hyp_oname.mdeval";
print " Exec: $mdcom
" if ($Vb);
$rtn = system($mdcom);
die("Error: MDEVAL failed
Command: $mdcom") if ($rtn != 0);
$spkrOpt = "-spkr-align $hyp_oname.mdeval.spkrmap";
$ali2htmOpt = "-m $hyp_oname.mdeval.spkrmap";
}
my $overlapscoring = "";
if($OVRLAPSPK != -1)
{
$overlapscoring = "-overlap-limit $OVRLAPSPK";
}
my $OptionMemoryLimit = "-memory-limit $MemoryLimit";
$OptionMemoryLimit .= " -difficulty-limit $DifficultyLimit" if($DifficultyLimit >= 0);
$command = "$ASCLITE -f 6 $spkrOpt $overlapscoring -adaptive-cost -time-prune 100 -word-time-align 100 $ASCLITE_FORCE_COMPRESSION -memory-compression $asclite_blocksize $OptionMemoryLimit -r $reff $reffileformat -h $hyp_oname $hypfileformat $hyp_iname -F -D -spkrautooverlap ref -o sgml sum rsum 2> $hyp_oname.aligninfo.csv";
print " Exec: $command
" if ($Vb);
$rtn = system($command);
die("Error: ASCLITE execution failed
Command: $command") if ($rtn != 0);
if($produceAlignmentGraphs){
### Build the alignment HTML
$command = "mkdir -p $hyp_oname.alignments ; $ALIGN2HTML $ali2htmOpt -a $hyp_oname.aligninfo.csv -o $hyp_oname.alignments";
print " Exec: $command
" if ($Vb);
$rtn = system($command);
die("Error: ALIGN2HTML execution failed
Command: $command") if ($rtn != 0);
} else {
system "rm -f $hyp_oname.aligninfo.csv";
}
$command = "$SCLITE -P -o dtl pra prf -C det sbhist hist $outname < $hyp_oname.sgml";
$rtn = system($command);
die("Error: SCLITE execution failed
Command: $command") if ($rtn != 0);
}
}
sub RunStatisticalTests
{
my(@Hy) = @_;
my($hyp);
my($sgml);
my($command) = "";
my($rtn);
print "Running Statistical Comparison Tests
";
$command = "cat";
## verify the sgml files were made, and add to the cat list;
print " Checking for sclite's sgml files
" if ($Vb);
foreach $hyp(@Hy){
$sgml = $hyp.".sgml";
die "Error: Unable to local sgml file '$sgml'" if (! -f $sgml);
$command .= " $sgml";
}
$command .= " | $SC_STATS -p -r sum rsum es res lur -t std4 -u -g grange2 det";
$command .= " -n $EnsembleRoot" if ($EnsembleRoot ne "");
$command .= " -e \"$EnsembleDesc\"" if ($EnsembleDesc ne "");
print " Exec: $command
" if ($Vb);
$rtn = system($command);
die("Error: SC_STATS execution failed
Command: $command") if ($rtn != 0);
}
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