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HitPaRank.V1.pl
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HitPaRank.V1.pl
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# HitPaRank.V1.pl
# Development name: QUINE.TWIG.122.pl
# by Martin Reynaert
# ILLC - Universiteit van Amsterdam and CS&AI - Tilburg University - The Netherlands
# 2021 - Licensed under GPLv3
## Copyright Martin Reynaert 2020, 2021
## MRE 2021-12-12
## Written in NWO VICI e-Ideas project by Arianna Betti, ILLC, UvA
## Usage:
## Mode A: $ perl /path/HitPaRank.V1.pl /path/QUINEV05FOLIASPACY folia.xml A /path/QUINE.ListY.FinalExpandedRevised.tildes.txt /path/QUINE.ListX.FinalExpandedRevised.tildes.txt /path/QUINE.ListU.FinalExpandedRevised.tildes.txt /path/QUINE.ListYbis.FinalExpandedRevised.tildes.txt /path/QUINE.ListZ.FinalExpandedRevised.tildes.txt /path/HITPARANK.QUINETWIG122
## Mode E: perl /path/HitPaRank.V1.pl /path/QUINEV05FOLIASPACY folia.xml E /path/QUINE.ListY.Ranked.Codes.txt /path/QUINE.ListX.ranked.txt /path/QUINE.ListU.ranked.txt /path/QUINE.ListYbis.ranked.txt /path/QUINE.ListZ.ranked.txt /path/QUINEV05FOLIASPACY/QUINEV05FOLIASPACY.1gram.tsv /path/QUINEV05FOLIASPACY/QUINEV05FOLIASPACY.2gram.tsv /path/QUINEV05FOLIASPACY/QUINEV05FOLIASPACY.3gram.tsv /path/QUINEV05FOLIASPACY/QUINEV05FOLIASPACY.4gram.tsv
## Mode F: $ perl /path/HitPaRank.V1.pl /path/QUINEV05FOLIASPACY folia.xml F
## Full description on GitHub: https://github.com/martinreynaert/HitPaRank/
use utf8;
##We set the binmode to UTF-8 for STDOUT and STDERR--BEGIN
binmode(STDOUT, ":utf8"); # if ($mode =~ /D/);
binmode(STDERR, ":utf8"); # if ($mode =~ /D/);
##We set the binmode to UTF-8 for STDOUT and STDERR--END
##Specifies the input directory
$dir = $ARGV[0];
##Extension for the files to be processed
$ext = $ARGV[1];
##Specifies the working mode, either 'A', 'E' or 'F'.
$mode = $ARGV[2];
##Specifies List Y
if (defined ($ARGV[3])){
$listY = $ARGV[3];
}
##Specifies List X
if (defined ($ARGV[4])){
$listX = $ARGV[4];
}
##Specifies List U
if (defined ($ARGV[5])){
$listU = $ARGV[5];
}
##Specifies List W
if (defined ($ARGV[6])){
$listW = $ARGV[6];
}
##Specifies List Z
if (defined ($ARGV[7])){
$listZ = $ARGV[7];
}
if ($mode =~ /A/){
$output = $ARGV[8]; ##Should be a generic filename, with path
$outputA = $output . '.Paragraphs.tsv';
$outputB = $output . '.RankCounts.tsv';
$outputC = $output . '.CorpusSummary.tsv';
open (outA, '>', $outputA) || die "couldn't open LIST outA: $outputA: $!\n";
binmode(outA, ":utf8");
open (outB, '>', $outputB) || die "couldn't open LIST outB: $outputB: $!\n";
binmode(outB, ":utf8");
open (outC, '>', $outputC) || die "couldn't open LIST outC: $outputC: $!\n";
binmode(outC, ":utf8");
}
if ($mode =~ /E/){
##NEW-BEGIN
$corpusUNI = $ARGV[8];
$corpusBI = $ARGV[9];
$corpusTRI = $ARGV[10];
$corpusQUAD = $ARGV[11];
##Within mode E we just open these ngramfrqfiles and read them into a hash, to have them handy--BEGIN
open (Ucorpus, $corpusUNI) || die "couldn't open LIST corpusUNI: $corpusUNI: $!\n";
while ($corpusuni = <Ucorpus>) {
chomp $corpusuni;
@CORPUSUNI = split '\t', $corpusuni;
$CORPUSuni{@CORPUSUNI[0]} = @CORPUSUNI[1];
}
open (Bcorpus, $corpusBI) || die "couldn't open LIST corpusBI: $corpusBI: $!\n";
while ($corpusbi = <Bcorpus>) {
chomp $corpusbi;
@CORPUSBI = split '\t', $corpusbi;
$CORPUSbi{@CORPUSBI[0]} = @CORPUSBI[1];
}
open (Tcorpus, $corpusTRI) || die "couldn't open LIST corpusTRI: $corpusTRI: $!\n";
while ($corpustri = <Tcorpus>) {
chomp $corpustri;
@CORPUSTRI = split '\t', $corpustri;
$CORPUStri{@CORPUSTRI[0]} = @CORPUSTRI[1];
}
open (Qcorpus, $corpusQUAD) || die "couldn't open LIST corpusQUAD: $corpusQUAD: $!\n";
while ($corpusquad = <Qcorpus>) {
chomp $corpusquad;
@CORPUSQUAD = split '\t', $corpusquad;
$CORPUSquad{@CORPUSQUAD[0]} = @CORPUSQUAD[1];
}
##Within mode E we just open these ngramfrqfiles and read them into a hash, to have them handy--END
##NEWY-Begin
if (defined ($ARGV[3])){
open (Y, $listY) || die "couldn't open LIST Y: $listY: $!\n";
binmode(Y, ":utf8");
while ($itemY = <Y>) {
chomp $itemY;
##Create filename outputfile and open file--B
$outlistY = $listY;
$outlistY =~ s/txt/expanded\.tildes\.txt/;
open (Yout, '>>', $outlistY) || die "couldn't open LIST Yout: $outlistY: $!\n";
binmode(Yout, ":utf8");
##Create filename outpufile and open file--E
if ($itemY !~ /\#/){
#$itemY = lc($itemY);
##HERE account for the new matching codes '_A', '_B' and '_E'--Begin
if ($itemY =~ /_A/){
$itemY =~ s/_A/\*/;
}
elsif ($itemY =~ /_B/){
$itemY =~ s/_B/\*/;
}
elsif ($itemY =~ /_E/){
$itemY =~ s/_E/\*/;
}
else {}
##HERE account for the new matching codes '_A', '_B' and '_E'--End
$itemY = lc($itemY);
$itemY =~ s/ /_/g;
@ITEMY = split /\t/, $itemY;
@ITEMYGRAM = split /_/, @ITEMY[0];
$ITEMY = @ITEMYGRAM; #Get ngramcount item
$itemy = @ITEMY[0];
$itemyorig = $itemy;
$itemyrank = @ITEMY[1];
if ($itemy =~ /\*/){
#Have an item that needs expanding. Select the appropriate ngram frequency hash. Extract the matching lines and write them to an array.
$itemy =~ s/\*//g;
if ($ITEMY == 1 ){
foreach $uniG (sort keys %CORPUSuni){
@uniG = split /\t/, $uniG;
@uniG[0] =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
$frquniG = $CORPUSuni{@uniG[0]};
if ($uniG[0] =~ /$itemy/){
push @Yexp, @uniG[0] . '~' . $itemyrank . '~' . $itemyorig;
print Yout "@uniG[0]~$itemyrank~$itemyorig~$frquniG\n";
}
}
}
else {
@Yunigrams = split /_/, $itemy;
if ($ITEMY == 2 ){
#print STDOUT "ITEMY5: $itemY > @ITEMY >> $ITEMY >>> $itemy\n";
foreach $tobiG (sort keys %CORPUSbi){
@biG = split /\t/, $tobiG;
$biG = @biG[0];
$frqbiG = $CORPUSbi{@biG[0]};
$biG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($biG =~ @Yunigrams[0]) and ($biG =~ @Yunigrams[1])){
push @Yexp, $biG . '~' . $itemyrank . '~' . $itemyorig;
print Yout "@biG[0]~$itemyrank~$itemyorig~$frqbiG\n";
}
}
}
elsif ($ITEMY == 3 ){
foreach $totriG (sort keys %CORPUStri){
@triG = split /\t/, $totriG;
$triG = @triG[0];
$frqtriG = $CORPUStri{@triG[0]};
$triG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($triG =~ @Yunigrams[0]) and ($triG =~ @Yunigrams[1]) and ($triG =~ @Yunigrams[2])){
push @Yexp, $triG . '~' . $itemyrank . '~' . $itemyorig;
print Yout "@triG[0]~$itemyrank~$itemyorig~$frqtriG\n";
}
}
}
elsif ($ITEMY == 4 ){
foreach $toquadG (sort keys %CORPUSquad){
@quadG = split /\t/, $toquadG;
$quadG = @quadG[0];
$frqquadG = $CORPUSquad{@quadG[0]};
$quadG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($quadG =~ @Yunigrams[0]) and ($quadG =~ @Yunigrams[1]) and ($quadG =~ @Yunigrams[2]) and ($quadG =~ @Yunigrams[3])){
push @Yexp, $quadG . '~' . $itemyrank . '~' . $itemyorig;
print Yout "@quadG[0]~$itemyrank~$itemyorig~$frqquadG\n";
}
}
}
else {
# might print : 'should not happen!'
}
}
}
else {
$itemY =~ s/\t/~/;
##splitten en frq ophalen en printen. Moet ook per ngram frqlijst!! Eerst tellen welke lijst. Iets duidelijks printen indien niet aanwezig.
@ITEMY = split /~/, $itemY;
@ITEMYGRAM = split /_/, @ITEMY[0];
$ITEMY = @ITEMYGRAM; #Get ngramcount item
$itemy = @ITEMY[0];
$itemyorig = $itemy;
$itemyrank = @ITEMY[1];
##FRQ ophalen!!
if ($ITEMY == 1 ){
$frqitemy = $CORPUSuni{$itemy};
}
elsif ($ITEMY == 2 ){
$frqitemy = $CORPUSbi{$itemy};
}
elsif ($ITEMY == 3 ){
$frqitemy = $CORPUStri{$itemy};
}
elsif ($ITEMY == 4 ){
$frqitemy = $CORPUSquad{$itemy};
}
if (!defined ($frqitemy)){
$frqitemy = 'NA';
}
print Yout "$itemY~NoExpansion~$frqitemy\n";
$frqitemy = ();
}
@ITEMY = undef;
}
}
##NEWY-End
foreach $lookY (sort keys %LISTY){
print STDERR "LISTYRANKED: $lookY RANK: $LISTY{$lookY}\n";
}
}
if (defined ($ARGV[4])){
open (X, $listX) || die "couldn't open LIST X: $listX: $!\n";
binmode(X, ":utf8");
while ($itemX = <X>) {
chomp $itemX;
##Create filename outpufile and open file--Begin
$outlistX = $listX;
$outlistX =~ s/txt/expanded\.tildes\.txt/;
open (Xout, '>>', $outlistX) || die "couldn't open LIST Xout: $outlistX: $!\n";
binmode(Xout, ":utf8");
##Create filename outpufile and open file--End
if ($itemX !~ /\#/){
$itemX = lc($itemX);
$itemX =~ s/ /_/g;
@ITEMX = split /\t/, $itemX;
@ITEMXGRAM = split /_/, @ITEMX[0];
$ITEMX = @ITEMXGRAM; #Get ngramcount item
$itemx = @ITEMX[0];
$itemxorig = $itemx;
$itemxrank = @ITEMX[1];
if ($itemx =~ /\*/){
#Have an item that needs expanding. Select the appropriate ngram frequency hash. Extract the matching lines and write them to an array.
$itemx =~ s/\*//g;
if ($ITEMX == 1 ){
foreach $uniG (sort keys %CORPUSuni){
@uniG = split /\t/, $uniG;
@uniG[0] =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if ($uniG[0] =~ /$itemx/){
push @Xexp, @uniG[0] . '~' . $itemxrank . '~' . $itemxorig;
print Xout "@uniG[0]~$itemxrank~$itemxorig\n";
}
}
}
else {
@Xunigrams = split /_/, $itemx;
if ($ITEMX == 2 ){
foreach $tobiG (sort keys %CORPUSbi){
@biG = split /\t/, $tobiG;
$biG = @biG[0];
$biG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($biG =~ @Xunigrams[0]) and ($biG =~ @Xunigrams[1])){
push @Xexp, $biG . '~' . $itemxrank . '~' . $itemxorig;
print Xout "@biG[0]~$itemxrank~$itemxorig\n";
}
}
}
elsif ($ITEMX == 3 ){
foreach $totriG (sort keys %CORPUStri){
@triG = split /\t/, $totriG;
$triG = @triG[0];
$triG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($triG =~ @Xunigrams[0]) and ($triG =~ @Xunigrams[1]) and ($triG =~ @Xunigrams[2])){
push @Xexp, $triG . '~' . $itemxrank . '~' . $itemxorig;
print Xout "@triG[0]~$itemxrank~$itemxorig\n";
}
}
}
elsif ($ITEMX == 4 ){
foreach $toquadG (sort keys %CORPUSquad){
@quadG = split /\t/, $toquadG;
$quadG = @quadG[0];
$quadG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($quadG =~ @Xunigrams[0]) and ($quadG =~ @Xunigrams[1]) and ($quadG =~ @Xunigrams[2]) and ($quadG =~ @Xunigrams[3])){
push @Xexp, $quadG . '~' . $itemxrank . '~' . $itemxorig;
print Xout "@quadG[0]~$itemxrank~$itemxorig\n";
}
}
}
else {
# Might print : 'should not happen!'
}
}
}
else {
$itemX =~ s/\t/~/;
print Xout "$itemX\n";
}
@ITEMX = undef;
}
}
}
##NEW-U-B
if (defined ($ARGV[5])){
open (U, $listU) || die "couldn't open LIST U: $listU: $!\n";
binmode(U, ":utf8");
while ($itemU = <U>) {
chomp $itemU;
##Create filename outpufile and open file--B
$outlistU = $listU;
$outlistU =~ s/txt/expanded\.tildes\.txt/;
open (Uout, '>>', $outlistU) || die "couldn't open LIST Uout: $outlistU: $!\n";
binmode(Uout, ":utf8");
##Create filename outpufile and open file--E
if ($itemU !~ /\#/){
$itemU = lc($itemU);
$itemU =~ s/ /_/g;
@ITEMU = split /\t/, $itemU;
@ITEMUGRAM = split /_/, @ITEMU[0];
$ITEMU = @ITEMUGRAM; #Get ngramcount item
$itemu = @ITEMU[0];
$itemuorig = $itemu;
$itemurank = @ITEMU[1];
if ($itemu =~ /\*/){
#Have an item that needs expanding. Select the appropriate ngram frequency hash. Extract the matching lines and write them to an array.
$itemu =~ s/\*//g;
if ($ITEMU == 1 ){
foreach $uniG (sort keys %CORPUSuni){
@uniG = split /\t/, $uniG;
@uniG[0] =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if ($uniG[0] =~ /$itemu/){
push @Uexp, @uniG[0] . '~' . $itemurank . '~' . $itemuorig;
print Uout "@uniG[0]~$itemurank~$itemuorig\n";
}
}
}
else {
@Uunigrams = split /_/, $itemu;
if ($ITEMU == 2 ){
foreach $tobiG (sort keys %CORPUSbi){
@biG = split /\t/, $tobiG;
$biG = @biG[0];
$biG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($biG =~ @Uunigrams[0]) and ($biG =~ @Uunigrams[1])){
push @Uexp, $biG . '~' . $itemurank . '~' . $itemuorig;
print Uout "@biG[0]~$itemurank~$itemuorig\n";
}
}
}
elsif ($ITEMU == 3 ){
foreach $totriG (sort keys %CORPUStri){
@triG = split /\t/, $totriG;
$triG = @triG[0];
$triG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($triG =~ @Uunigrams[0]) and ($triG =~ @Uunigrams[1]) and ($triG =~ @Uunigrams[2])){
push @Uexp, $triG . '~' . $itemurank . '~' . $itemuorig;
print Uout "@triG[0]~$itemurank~$itemuorig\n";
}
}
}
elsif ($ITEMU == 4 ){
foreach $toquadG (sort keys %CORPUSquad){
@quadG = split /\t/, $toquadG;
$quadG = @quadG[0];
$quadG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($quadG =~ @Uunigrams[0]) and ($quadG =~ @Uunigrams[1]) and ($quadG =~ @Uunigrams[2]) and ($quadG =~ @Uunigrams[3])){
push @Uexp, $quadG . '~' . $itemurank . '~' . $itemuorig;
print Uout "@quadG[0]~$itemurank~$itemuorig\n";
}
}
}
else {
# Might print: 'should not happen!'
}
}
}
else {
$itemU =~ s/\t/~/;
print Uout "$itemU\n";
}
@ITEMU = undef;
}
}
}
##NEW-U-E
##NEW-W-B
if (defined ($ARGV[6])){
open (W, $listW) || die "couldn't open LIST W: $listW: $!\n";
binmode(W, ":utf8");
while ($itemW = <W>) {
chomp $itemW;
##Create filename outpufile and open file--B
$outlistW = $listW;
$outlistW =~ s/txt/expanded\.tildes\.txt/;
open (Wout, '>>', $outlistW) || die "couldn't open LIST Wout: $outlistW: $!\n";
binmode(Wout, ":utf8");
##Create filename outpufile and open file--E
if ($itemW !~ /\#/){
$itemW = lc($itemW);
$itemW =~ s/ /_/g;
@ITEMW = split /\t/, $itemW;
@ITEMWGRAM = split /_/, @ITEMW[0];
$ITEMW = @ITEMWGRAM; #Get ngramcount item
$itemw = @ITEMW[0];
$itemworig = $itemw;
$itemwrank = @ITEMW[1];
if ($itemw =~ /\*/){
#Have an item that needs expanding. Select the appropriate ngram frequency hash. Extract the matching lines and write them to an array.
$itemw =~ s/\*//g;
if ($ITEMW == 1 ){
foreach $uniG (sort keys %CORPUSuni){
@uniG = split /\t/, $uniG;
@uniG[0] =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if ($uniG[0] =~ /$itemw/){
push @Wexp, @uniG[0] . '~' . $itemwrank . '~' . $itemworig;
print Wout "@uniG[0]~$itemwrank~$itemworig\n";
}
}
}
else {
@Wunigrams = split /_/, $itemw;
if ($ITEMW == 2 ){
foreach $tobiG (sort keys %CORPUSbi){
@biG = split /\t/, $tobiG;
$biG = @biG[0];
$biG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($biG =~ @Wunigrams[0]) and ($biG =~ @Wunigrams[1])){
push @Wexp, $biG . '~' . $itemwrank . '~' . $itemworig;
print Wout "@biG[0]~$itemwrank~$itemworig\n";
}
}
}
elsif ($ITEMW == 3 ){
foreach $totriG (sort keys %CORPUStri){
@triG = split /\t/, $totriG;
$triG = @triG[0];
$triG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($triG =~ @Wunigrams[0]) and ($triG =~ @Wunigrams[1]) and ($triG =~ @Wunigrams[2])){
push @Wexp, $triG . '~' . $itemwrank . '~' . $itemworig;
print Wout "@triG[0]~$itemwrank~$itemworig\n";
}
}
}
elsif ($ITEMW == 4 ){
foreach $toquadG (sort keys %CORPUSquad){
@quadG = split /\t/, $toquadG;
$quadG = @quadG[0];
$quadG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($quadG =~ @Wunigrams[0]) and ($quadG =~ @Wunigrams[1]) and ($quadG =~ @Wunigrams[2]) and ($quadG =~ @Wunigrams[3])){
push @Wexp, $quadG . '~' . $itemwrank . '~' . $itemworig;
print Wout "@quadG[0]~$itemwrank~$itemworig\n";
}
}
}
else {
# Might print: 'should not happen!'
}
}
}
else {
$itemW =~ s/\t/~/;
print Wout "$itemW\n";
}
@ITEMW = undef;
}
}
}
##NEW-W-E
##NEW-B
if (defined ($ARGV[7])){
open (Z, $listZ) || die "couldn't open LIST Z: $listZ: $!\n";
binmode(Z, ":utf8");
while ($itemZ = <Z>) {
chomp $itemZ;
##Create filename outpufile and open file--B
$outlistZ = $listZ;
$outlistZ =~ s/txt/expanded\.tildes\.txt/;
open (Zout, '>>', $outlistZ) || die "couldn't open LIST Zout: $outlistZ: $!\n";
binmode(Zout, ":utf8");
##Create filename outpufile and open file--E
if ($itemZ !~ /\#/){
$itemZ = lc($itemZ);
$itemZ =~ s/ /_/g;
@ITEMZ = split /\t/, $itemZ;
@ITEMZGRAM = split /_/, @ITEMZ[0];
$ITEMZ = @ITEMZGRAM; #Get ngramcount item
$itemz = @ITEMZ[0];
$itemzorig = $itemz;
$itemzrank = @ITEMZ[1];
if ($itemz =~ /\*/){
#Have an item that needs expanding. Select the appropriate ngram frequency hash. Extract the matching lines and write them to an array.
$itemz =~ s/\*//g;
if ($ITEMZ == 1 ){
foreach $uniG (sort keys %CORPUSuni){
@uniG = split /\t/, $uniG;
@uniG[0] =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if ($uniG[0] =~ /$itemz/){
push @Zexp, @uniG[0] . '~' . $itemzrank . '~' . $itemzorig;
print Zout "@uniG[0]~$itemzrank~$itemzorig\n";
}
}
}
else {
@Zunigrams = split /_/, $itemz;
if ($ITEMZ == 2 ){
foreach $tobiG (sort keys %CORPUSbi){
@biG = split /\t/, $tobiG;
$biG = @biG[0];
$biG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($biG =~ @Zunigrams[0]) and ($biG =~ @Zunigrams[1])){
push @Zexp, $biG . '~' . $itemzrank . '~' . $itemzorig;
print Zout "@biG[0]~$itemzrank~$itemzorig\n";
}
}
}
elsif ($ITEMZ == 3 ){
foreach $totriG (sort keys %CORPUStri){
@triG = split /\t/, $totriG;
$triG = @triG[0];
$triG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($triG =~ @Zunigrams[0]) and ($triG =~ @Zunigrams[1]) and ($triG =~ @Zunigrams[2])){
push @Zexp, $triG . '~' . $itemzrank . '~' . $itemzorig;
print Zout "@triG[0]~$itemzrank~$itemzorig\n";
}
}
}
elsif ($ITEMZ == 4 ){
foreach $toquadG (sort keys %CORPUSquad){
@quadG = split /\t/, $toquadG;
$quadG = @quadG[0];
$quadG =~ s/[\\\|\(\)\[\{\^\*\+\?\.]/@/g;
if (($quadG =~ @Zunigrams[0]) and ($quadG =~ @Zunigrams[1]) and ($quadG =~ @Zunigrams[2]) and ($quadG =~ @Zunigrams[3])){
push @Zexp, $quadG . '~' . $itemzrank . '~' . $itemzorig;
print Zout "@quadG[0]~$itemzrank~$itemzorig\n";
}
}
}
else {
# Might print : 'should not happen!'
}
}
}
else {
$itemZ =~ s/\t/~/;
print Zout "$itemZ\n";
}
@ITEMZ = undef;
}
}
}
}
else {
if (defined ($ARGV[3])){
open (Y, $listY) || die "couldn't open LIST Y: $listY: $!\n";
while ($itemY = <Y>) {
chomp $itemY;
if ($itemY !~ /\#/){
$itemY =~ s/ /_/g;
@ITEMY = split '~', $itemY;
$LISTY{lc(@ITEMY[0])} = @ITEMY[1];
@ITEMY = undef;
}
}
foreach $lookY (sort keys %LISTY){
print STDERR "LISTYRANKED: $lookY RANK: $LISTY{$lookY}\n";
}
}
if (defined ($ARGV[4])){
open (X, $listX) || die "couldn't open LIST X: $listX: $!\n";
while ($itemX = <X>) {
chomp $itemX;
if ($itemX !~ /\#/){
$itemX =~ s/ /_/g;
@ITEMX = split '~', $itemX;
$LISTX{lc(@ITEMX[0])} = @ITEMX[1];
@ITEMX = undef;
}
}
}
if (defined ($ARGV[5])){
open (U, $listU) || die "couldn't open LIST U: $listU: $!\n";
while ($itemU = <U>) {
chomp $itemU;
if ($itemU !~ /\#/){
$itemU =~ s/ /_/g;
@ITEMU = split '~', $itemU;
$LISTU{lc(@ITEMU[0])} = @ITEMU[1];
@ITEMU = undef;
}
}
}
if (defined ($ARGV[6])){
open (W, $listW) || die "couldn't open LIST W: $listW: $!\n";
while ($itemW = <W>) {
chomp $itemW;
if ($itemW !~ /\#/){
$itemW =~ s/ /_/g;
@ITEMW = split '~', $itemW;
$LISTW{lc(@ITEMW[0])} = @ITEMW[1];
@ITEMW = undef;
}
}
}
if (defined ($ARGV[7])){
open (Z, $listZ) || die "couldn't open LIST Z: $listZ: $!\n";
while ($itemZ = <Z>) {
chomp $itemZ;
if ($itemZ !~ /\#/){
$itemZ =~ s/ /_/g;
@ITEMZ = split '~', $itemZ;
$LISTZ{lc(@ITEMZ[0])} = @ITEMZ[1];
@ITEMZ = undef;
}
}
}
}
if ($mode !~ /E/){
##We use the use XML::Twig::XPath Perl module in this mode--BEGIN
use XML::Twig::XPath;
##We use the use XML::Twig::XPath Perl module in this mode--END
##We build the list of documents to be processed--BEGIN
use File::Find;
if ($dir =~ /dirlst$/){
open (Dir, $dir) || die "couldn't open $dir: $!\n";
while ($dirname = <Dir>) {
chomp $dirname;
find( sub{
-f $_ and push @documents, $File::Find::name;
-d $_ and push @dirs, $File::Find::name;
}, $dirname );
print LOG "DOCNAMESREAD: $dirname >> @documents\n" if ($mode =~ /Z/);
foreach $docname (@documents){
if ($docname =~ /$ext$/){
push(@coldocs, $docname);
}
}
@documents = ();
}
}
else {
find( sub{
-f $_ and push @documents, $File::Find::name;
-d $_ and push @dirs, $File::Find::name;
}, $dir );
foreach $docname (@documents){
if ($docname =~ /$ext$/){
push(@coldocs, $docname);
}
}
}
##We build the list of documents to be processed--END
print STDERR "NR DOCS: $#coldocs\n";
if ($mode =~ /A/){
print outA "9999\tLABEL:UYYbisXZ\tParagraph_ID\tBook_Paragraph_ID\tParagraph_Reference\tCollectedHitRankSummary\tCollectedHits\t\TokensInParagraph\tTotalUniquedScore\tTotalUniquedScorePercentage\tTotalHitCount\tHitTypeTokenRatio\tSummaryUnique_Hits_U\tUnique_Hits_U\tSummaryUnique_Hits_Y\tUnique_Hits_Y\tSummaryUnique_Hits_Ybis\tUnique_Hits_Ybis\tSummaryUnique_Hits_X\tUnique_Hits_X\tSummaryUnique_Hits_Z\tUnique_Hits_Z\tParagraph_(lemmatized)\tParagraph_(tokenized)\n";
print outB "Paragraph_Reference\tLABEL:UYYbisXZ\tParagraph_ID\tBook_Paragraph_ID\tCollectedHitRankSummary\tTotalUniquedScore\tTotalUniquedScorePercentage\tTotalHitCount\tHitTypeTokenRatio\tSummaryUnique_Hits_U\tSummaryUnique_Hits_Y\tSummaryUnique_Hits_Ybis\tSummaryUnique_Hits_X\tSummaryUnique_Hits_Z\n";
}
@coldocs = sort @coldocs;
foreach $doc (@coldocs) {
$counttokens = ();
$countocrtokens = ();
##HERE-For each doc, extract the book title and increment the booknumber for each next one seen!!--BEGIN
@FILENAME = split '-', $doc;
$prevshortfilename = $shortfilename;
$shortfilename = @FILENAME[2];
if ($prevshortfilename !~ /^$shortfilename$/){
$doccount++;
undef $uniqsequencenumberbook;
undef $printuniqsequencenumberbook;
}
print STDOUT "DOCNAMES: $doc <> $doccount\n";
##HERE-For each doc, extract the book title and increment the booknumber for each next one seen!!--END
my $t = XML::Twig::XPath->new(
twig_roots => {
"//p" => \&getparref,
"//w/t" => \&gettoken,
"//w/lemma" => \&getlemma,
},
);
$t->parsefile( $doc );
sub gettoken
{ my( $t, $token)= @_;
{
$tokentxt = $token->text;
$coltokens .= $tokentxt . ' ';
}}
sub getlemma
{ my( $t, $lemma)= @_;
{
if ($mode =~ /A/){
$prevlemmatxt = $lemmatxt;
$lemmatxt = lc($lemma->att( 'class' )); ##Explicit lowercasing
if (defined($LISTY{$lemmatxt})){
push @LISTY, $lemmatxt;
}
$quadgramlemma = $trigramlemma . '_' . $lemmatxt;
$trigramlemma = $bigramlemma . '_' . $lemmatxt;
$bigramlemma = $prevlemmatxt . '_' . $lemmatxt;
if (defined($LISTY{$bigramlemma})){
push @LISTY, $bigramlemma;
}
if (defined($LISTY{$trigramlemma})){
push @LISTY, $trigramlemma;
}
if (defined($LISTY{$quadgramlemma})){
push @LISTY, $quadgramlemma;
}
if (defined($LISTX{$lemmatxt})){
push @LISTX, $lemmatxt;
}
if (defined($LISTX{$bigramlemma})){
push @LISTX, $bigramlemma;
}
if (defined($LISTX{$trigramlemma})){
push @LISTX, $trigramlemma;
}
if (defined($LISTX{$quadgramlemma})){
push @LISTX, $quadgramlemma;
}
if (defined($LISTU{$lemmatxt})){
push @LISTU, $lemmatxt;
}
if (defined($LISTU{$bigramlemma})){
push @LISTU, $bigramlemma;
}
if (defined($LISTU{$trigramlemma})){
push @LISTU, $trigramlemma;
}
if (defined($LISTU{$quadgramlemma})){
push @LISTU, $quadgramlemma;
}
if (defined($LISTW{$lemmatxt})){
push @LISTW, $lemmatxt;
}
if (defined($LISTW{$bigramlemma})){
push @LISTW, $bigramlemma;
}
if (defined($LISTW{$trigramlemma})){
push @LISTW, $trigramlemma;
}
if (defined($LISTW{$quadgramlemma})){
push @LISTW, $quadgramlemma;
}
if (defined($LISTZ{$lemmatxt})){
push @LISTZ, $lemmatxt;
}
if (defined($LISTZ{$bigramlemma})){
push @LISTZ, $bigramlemma;
}
if (defined($LISTZ{$trigramlemma})){
push @LISTZ, $trigramlemma;
}
if (defined($LISTZ{$quadgramlemma})){
push @LISTZ, $quadgramlemma;
}
$tellemmas++;
$collemmas .= $lemmatxt . ' ';
}
elsif ($mode =~ /F/){
$prevlemmatxt = $lemmatxt;
$lemmatxt = lc($lemma->att( 'class' )); ##Explicit lowercasing
$quadgramlemma = $trigramlemma . '_' . $lemmatxt;
$trigramlemma = $bigramlemma . '_' . $lemmatxt;
$bigramlemma = $prevlemmatxt . '_' . $lemmatxt;
$uni{$lemmatxt}++;
$bi{$bigramlemma}++;
$tri{$trigramlemma}++;
$quad{$quadgramlemma}++;
}
else {
$lemmatxt = lc($lemma->att( 'class' )); ##Explicit lowercasing
$collemmas .= $lemmatxt . ' ';
}
}}
if ($mode !~ /F/){
sub getparref
{ my( $t, $par)= @_;
{
$partxt = $par->att( 'xml:id' );
$totalpar++;
$uniqsequencenumber++;
$uniqsequencenumberbook++;
if ($mode =~ /A/){
$listy = @LISTY;
if ($listy == 0){
push @LISTY, 'XXXXXX';
$label = 'N';
@LABEL[1] = 'N';
}
else {
$label = 'Y';
@LABEL[1] = 'Y';
foreach $y (@LISTY){
$seeny{$y}++;
$seenyALL++;
}
foreach $Yseen (sort keys %seeny){
push @LISTSEENY, $Yseen;
push @LISTSEENYfrq, $Yseen . '[' . $seeny{$Yseen} . ']';
}
##NEW-BEGIN
foreach $lseeny (@LISTSEENY){
if ($lseeny =~ /_/){
$rankY = $LISTY{$lseeny};
$countrank{$rankY}++;
@LSEENY = split '_', $lseeny;
foreach $lsy (@LSEENY){
$seenlsy{$lsy}++;
}
}
}
foreach $lseeny (@LISTSEENY){
if ($lseeny !~ /_/){
$rankY = $LISTY{$lseeny};
$countrank{$rankY}++ if (!defined ($seenlsy{$lseeny}));
#print STDOUT "COUNT-Y-unigram: $lseeny <> $rankY <<>> $countrank{$rankY}\n";
}
}
undef %seenlsy;
undef @LSEENY;
foreach $telrank (sort keys %countrank){
push @TELRANKY, 'Y:' . $telrank . ':' . $countrank{$telrank};
$colRANKY .= 'Y:' . $telrank . ':' . $countrank{$telrank};
$totalY{$telrank} += $countrank{$telrank};
$totalthisY += $countrank{$telrank};
$toRANKthisY += ($telrank * $countrank{$telrank});
}
undef %countrank;
}
$listseeny = @LISTSEENY;
##NEW-END
$listx = @LISTX;
if ($listx == 0){
push @LISTX, 'XXXXXX';
$label .= 'N';
@LABEL[3] = 'N';
}
else {
$label .= 'Y';
@LABEL[3] = 'Y';
foreach $x (@LISTX){
$seenx{$x}++;
$seenxALL++;
}
foreach $Xseen (sort keys %seenx){
push @LISTSEENX, $Xseen;
push @LISTSEENXfrq, $Xseen . '[' . $seenx{$Xseen} . ']';
}
foreach $lseenx (@LISTSEENX){
if ($lseenx =~ /_/){
$rankX = $LISTX{$lseenx};
$countrank{$rankX}++;
@LSEENX = split '_', $lseenx;
foreach $lsx (@LSEENX){
$seenlsx{$lsx}++;
}
}
}
foreach $lseenx (@LISTSEENX){
if ($lseenx !~ /_/){
$rankX = $LISTX{$lseenx};
$countrank{$rankX}++ if (!defined ($seenlsx{$lseenx}));
}
}
undef %seenlsx;
undef @LSEENX;
foreach $telrank (sort keys %countrank){
push @TELRANKX, 'X:' . $telrank . ':' . $countrank{$telrank};
$colRANKX .= 'X:' . $telrank . ':' . $countrank{$telrank};
$totalX{$telrank} += $countrank{$telrank};
$totalthisX += $countrank{$telrank};
$toRANKthisX += ($telrank * $countrank{$telrank});
}
undef %countrank;
}
$listseenx = @LISTSEENX;
$listu = @LISTU;
if ($listu == 0){
push @LISTU, 'XXXXXX';
$label .= 'N';
@LABEL[0] = 'N';
}
else {
$label .= 'Y';
@LABEL[0] = 'Y';
foreach $u (@LISTU){
$seenu{$u}++;
$seenuALL++;
}
foreach $Useen (sort keys %seenu){
push @LISTSEENU, $Useen;
push @LISTSEENUfrq, $Useen . '[' . $seenu{$Useen} . ']';
}
foreach $lseenu (@LISTSEENU){
if ($lseenu =~ /_/){
$rankU = $LISTU{$lseenu};
$countrank{$rankU}++;
@LSEENU = split '_', $lseenu;
foreach $lsu (@LSEENU){
$seenlsu{$lsu}++;
}
}
}
foreach $lseenu (@LISTSEENU){
if ($lseenu !~ /_/){
$rankU = $LISTU{$lseenu};
$countrank{$rankU}++ if (!defined ($seenlsu{$lseenu}));
}
}
undef %seenlsu;
undef @LSEENU;
foreach $telrank (sort keys %countrank){
push @TELRANKU, 'U:' . $telrank . ':' . $countrank{$telrank};
$colRANKU .= 'U:' . $telrank . ':' . $countrank{$telrank};
$totalU{$telrank} += $countrank{$telrank};
$totalthisU += $countrank{$telrank};
$toRANKthisU += ($telrank * $countrank{$telrank});
}
undef %countrank;
}
$listseenu = @LISTSEENU;
$listw = @LISTW;
if ($listw == 0){
push @LISTW, 'XXXXXX';
$label .= 'N';
@LABEL[2] = 'N';
}
else {
$label .= 'Y';
@LABEL[2] = 'Y';
foreach $w (@LISTW){
$seenw{$w}++;
$seenwALL++;
}
foreach $Wseen (sort keys %seenw){
push @LISTSEENW, $Wseen;
push @LISTSEENWfrq, $Wseen . '[' . $seenw{$Wseen} . ']';
}
foreach $lseenw (@LISTSEENW){
if ($lseenw =~ /_/){
$rankW = $LISTW{$lseenw};