function isCloseColor($myImage,$myColor,$rref,$gref,$bref,$rmax) { $myRGBColor = array();
$myRGBColor = imagecolorsforindex($myImage,$myColor);
return (sqrt(pow($myRGBColor["red"]-$rref,2)+pow($myRGBColor["green"]-$gref,2)+pow($myRGBColor["blue"]-$bref,2)) < $rmax);
} function horizonoise($myImage,$dimImage,$strength) { $currColor = imagecolorat($myImage,0,0);
for($i = 0 ;
$i < $dimImage[1] ;
$i++) { for($j = 0 ;
$j < $dimImage[0] ;
$j++) {
if(rand(1,100) >= $strength) { $currColor = imagecolorat($myImage,$j,$i);
} else { imagesetpixel($myImage,$j,$i,$currColor);
}
} if($i != $dimImage[1] - 1) $currColor = imagecolorat($myImage,0,$i+1);
} } function vertinoise($myImage,$dimImage,$strength) { $currColor = imagecolorat($myImage,0,0);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { if(rand(1,100) >= $strength) { $currColor = imagecolorat($myImage,$i,$j);
} else { imagesetpixel($myImage,$i,$j,$currColor);
} } if($i != $dimImage[0] - 1) $currColor = imagecolorat($myImage,$i+1,0);
} } function detoureAndPaste($myImage,$myImageOrigin,$dimImage) { $backColor = imagecolorat($myImageOrigin,1,1);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { $currColor = imagecolorat($myImageOrigin,$i,$j);
if($currColor != $backColor) { $aRGB = array();
$aRGB = imagecolorsforindex($myImageOrigin,$currColor);
imagesetpixel($myImage,$i,$j,imagecolorclosest($myImage,$aRGB["red"],$aRGB["green"],$aRGB["blue"]));
} } } } function licqefacnoise($myImage,$dimImage) { $currColor = imagecolorat($myImage,0,0);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { if(rand(1,$dimImage[1]) >= intval($j*1.0)) { $currColor = imagecolorat($myImage,$i,$j);
} else { imagesetpixel($myImage,$i,$j,$currColor);
} } if($i != $dimImage[0] - 1) $currColor = imagecolorat($myImage,$i+1,0);
} } function linenoise($myImage,$dimImage,$strength,$freq) { $indexWhite = imagecolorexact($myImage,255,255,255);
if($indexWhite == -1) $indexWhite = imagecolorclosest($myImage,255,255,255);
$indexBlack = imagecolorexact($myImage,0,0,0);
if($indexBlack == -1) $indexBlack = imagecolorclosest($myImage,0,0,0);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { if(rand(1,$freq) >= 2) {
} else { $currColor = imagecolorat($myImage,$i,$j);
if($currColor == $indexWhite) continue;
$nb_lignes = rand(1,$strength);
drawLignes($myImage,$dimImage,$currColor,$i,$j,$nb_lignes,$strength);
} } } } function copyAndPasteWithNoise($myImageSrc,$myImageDest,$dimImage,$strength) {
$maxNoise = $dimImage[0]*$dimImage[1];
$noise = intval(rand(0.1*$maxNoise,$maxNoise));
for($i = 0 ;
$i < $noise ;
$i++) { $width = rand(1,$strength);
$height = rand(1,$strength);
$srcX = rand(0,$dimImage[0]-$strength);
$srcY = rand(0,$dimImage[1]-$strength);
$currColor = imagecolorat($myImageSrc,$srcX,$srcY);
if(isCloseColor($myImageSrc,$currColor,255,255,255,2)) continue;
$destX = rand($srcX - $strength,$srcX + $strength);
$destY = rand($srcY - $strength,$srcY + $strength);
$xplusw = $srcX + $width;
if($xplusw >= $dimImage[0]) $width -= $xplusw - $dimImage[0];
$yplush = $srcY + $height;
if($yplush >= $dimImage[1]) $height -= $yplush - $dimImage[1];
if($destX < 0) $destX = 0;
if($destY < 0) $destY = 0;
$dxplusw = $destX + $width;
if($dxplusw >= $dimImage[0]) $destX -= $dxplusw - $dimImage[0];
$dyplush = $destY + $height;
if($dyplush >= $dimImage[1]) $destY -= $dyplush - $dimImage[1];
imagecopy($myImageDest,$myImageSrc,$destX,$destY,$srcX,$srcY,$width,$height);
} } function copyAndPasteNormal($myImageSrc,$myImageDest,$dimImage,$strength) {
$maxNoise = rand(intval($strength/2),intval($strength*5));
if($maxNoise == 0) $maxNoise = 1;
for($i = 0 ;
$i < $maxNoise ;
$i++) { $width = rand(5,intval($dimImage[0]/5));
$height = rand(5,intval($dimImage[1]/5));
$srcX = rand(0,$dimImage[0]-5);
$srcY = rand(0,$dimImage[1]-5);
$destWidth = $width;
$destHeight = $height;
$ratioX = $destWidth/$width;
$ratioY = $destHeight/$height;
$destX = rand($srcX - intval(5*$ratioX),$srcX + intval(5*$ratioX));
$destY = rand($srcY - intval(5*$ratioY),$srcY + intval(5*$ratioY));
$xplusw = $srcX + $width;
if($xplusw >= $dimImage[0]) $width -= $xplusw - $dimImage[0];
$yplush = $srcY + $height;
if($yplush >= $dimImage[1]) $height -= $yplush - $dimImage[1];
if($destX < 0) $destX = 0;
if($destY < 0) $destY = 0;
$dxplusw = $destX + $destWidth;
if($dxplusw >= $dimImage[0]) $destX -= $dxplusw - $dimImage[0];
$dyplush = $destY + $destHeight;
if($dyplush >= $dimImage[1]) $destY -= $dyplush - $dimImage[1];
imagecopy($myImageDest,$myImageSrc,$destX,$destY,$srcX,$srcY,$width,$height);
} } function copyAndPasteDeform($myImageSrc,$myImageDest,$dimImage,$strength) {
$maxNoise = rand(intval($strength/2),intval($strength*5));
if($maxNoise == 0) $maxNoise = 1;
for($i = 0 ;
$i < $maxNoise ;
$i++) { $width = rand(5,intval($dimImage[0]/5));
$height = rand(5,intval($dimImage[1]/5));
$srcX = rand(0,$dimImage[0]-5);
$srcY = rand(0,$dimImage[1]-5);
$destWidth = rand($width,intval(2.5*$width));
$destHeight = rand($height,intval(2.5*$height));
$ratioX = $destWidth/$width;
$ratioY = $destHeight/$height;
$destX = rand($srcX - intval(5*$ratioX),$srcX + intval(5*$ratioX));
$destY = rand($srcY - intval(5*$ratioY),$srcY + intval(5*$ratioY));
$xplusw = $srcX + $width;
if($xplusw >= $dimImage[0]) $width -= $xplusw - $dimImage[0];
$yplush = $srcY + $height;
if($yplush >= $dimImage[1]) $height -= $yplush - $dimImage[1];
if($destX < 0) $destX = 0;
if($destY < 0) $destY = 0;
$dxplusw = $destX + $destWidth;
if($dxplusw >= $dimImage[0]) $destX -= $dxplusw - $dimImage[0];
$dyplush = $destY + $destHeight;
if($dyplush >= $dimImage[1]) $destY -= $dyplush - $dimImage[1];
imagecopyresized($myImageDest,$myImageSrc,$destX,$destY,$srcX,$srcY,$destWidth,$destHeight,$width,$height);
} } function check_extension($file,$extensions) { $extension = strrchr($file, '.');
return in_array($extension, $extensions);
} sub spectromie { my $ligne;
my $compteur = 0;
my $ligne_poeme = 0;
my $poeme = undef;
while(<fREC>) {
chomp;
$ligne = $_;
$ligne_poeme++;
my @Ligne = split(/\s+/,$ligne);
$poeme = $1;
$ligne_poeme = 0;
$compteur++;
print fSPEC "\tPoeme " . $compteur . " : " . $poeme . "\n";
next;
}
my $nbMotsLigne = scalar(@Ligne);
if($nbMotsLigne == 0) { print fSPEC "\n";
next;
}
foreach my $mot (@Ligne) {
if(exists($Symboles{$mot})) { next;
} if(length($mot) == 1 && !exists($Symboles{$mot}) && !exists($Voyelles{$mot}) && !exists($Consonnes{$mot})) { next;
}
$mot = &nettoieMot($mot);
push(@{$SampledRecueil{$poeme}{$ligne_poeme}{"mots"}},$mot);
push(@{$SampledRecueil{$poeme}{$ligne_poeme}{"poetivites"}},$Recueil{$poeme}{"Mots"}{$mot});
print fSPEC $Recueil{$poeme}{"Mots"}{$mot} . "\t";
}
print fSPEC "\n";
}
} sub poedilation { my $poeme = $_[0];
my $degre = $_[1];
open fPOE, ">" . $poeme . ".txt" or die "Impossible d'ouvrir le fichier $poeme.txt !\n";
open fPTE, ">" . $poeme . "_pte.txt" or die "Impossible d'ouvrir le fichier $poeme.txt !\n";
foreach my $ligne (sort( {$a <=> $b} keys(%{$SampledRecueil{$poeme}}))) {
if(scalar(@{$SampledRecueil{$poeme}{$ligne}{"mots"}}) == 0) { print fPOE "\n";
next;
}
if(scalar(@{$SampledRecueil{$poeme}{$ligne}{"mots"}}) == 1) { print fPOE ${$SampledRecueil{$poeme}{$ligne}{"mots"}}[0] . "\n";
print fPTE ${$SampledRecueil{$poeme}{$ligne}{"poetivites"}}[0] . "\n";
next;
}
my @finalLine;
my @finalPoe;
for (my $i = 0 ;
$i < $degre ;
$i++) {
my @newLine;
my @newPoetivites;
while(scalar(@{$SampledRecueil{$poeme}{$ligne}{"mots"}}) > 1) {
my $motAvant = shift(@{$SampledRecueil{$poeme}{$ligne}{"mots"}});
my $poeAvant = shift(@{$SampledRecueil{$poeme}{$ligne}{"poetivites"}});
my $interpol = int(($poeAvant + ${$SampledRecueil{$poeme}{$ligne}{"poetivites"}}[0]) / 2);
if(exists($Poetivites{$poeme}{$interpol})) {
push(@newLine,${$Poetivites{$poeme}{$interpol}}[int(rand(scalar(@{$Poetivites{$poeme}{$interpol}})))]);
push(@newPoetivites,$interpol);
next;
}
if(exists($Poetivites{$poeme}{$interpol-1})) {
push(@newLine,${$Poetivites{$poeme}{$interpol-1}}[int(rand(scalar(@{$Poetivites{$poeme}{$interpol-1}})))]);
push(@newPoetivites,$interpol-1);
next;
}
if(exists($Poetivites{$poeme}{$interpol+1})) {
push(@newLine,${$Poetivites{$poeme}{$interpol+1}}[int(rand(scalar(@{$Poetivites{$poeme}{$interpol+1}})))]);
push(@newPoetivites,$interpol+1);
next;
}
my @poetivikeys = sort( {$a <=> $b} keys(%{$Poetivites{"recueil"}}));
my $avant = $poetivikeys[0];
my $apres = 0;
foreach my $poetivitest (@poetivikeys) {
next if($poetivitest == $avant);
if($poetivitest > $interpol) { $apres = $poetivitest;
last;
} $avant = $poetivitest;
}
if(($interpol - $avant) > ($apres - $interpol)) { push(@newLine,${$Poetivites{"recueil"}{$apres}}[int(rand(scalar(@{$Poetivites{"recueil"}{$apres}})))]);
push(@newPoetivites,$apres);
} else { push(@newLine,${$Poetivites{"recueil"}{$avant}}[int(rand(scalar(@{$Poetivites{"recueil"}{$avant}})))]);
push(@newPoetivites,$avant);
}
}
if(scalar(@{$SampledRecueil{$poeme}{$ligne}{"mots"}}) > 0) { push(@newLine,shift(@{$SampledRecueil{$poeme}{$ligne}{"mots"}}));
push(@newPoetivites,shift(@{$SampledRecueil{$poeme}{$ligne}{"poetivites"}}));
} @{$SampledRecueil{$poeme}{$ligne}{"mots"}} = @newLine;
@finalLine = @newLine;
@{$SampledRecueil{$poeme}{$ligne}{"poetivites"}} = @newPoetivites;
@finalPoe = @newPoetivites;
}
foreach my $motfinal (@finalLine) { print fPOE $motfinal . " ";
} foreach my $poefinale (@finalPoe) { print fPTE $poefinale . " ";
} print fPOE "\n";
print fPTE "\n";
}
print "\n\npoedilation OK ! (voir " . $poeme . ".txt, " . $poeme . "_pte.txt pour le spectre)\n";
close fPOE;
close fPTE;
} use strict;
use Getopt::Long;
use List::Util qw( max );
my %Symboles = ("'"=> 0, "-"=> 0, "_"=> 0, "'"=> 0, "\""=> 0, "\\"=> 0, "/"=> 0, "|"=> 0, "«"=> 0, "»"=> 0, "°"=> 0, ","=> 0, ";
"=> 0, "."=> 0, "`"=> 0, ":"=> 0, "~"=> 0, "{"=> 0, "}"=> 0, "["=> 0, "]"=> 0, "("=> 0, ")"=> 0, "+"=> 0, "="=> 0, "<"=> 0, ">"=> 0, "*"=> 0, "²"=> 0, "³"=> 0, "?"=> 0, "%"=> 0, "\$"=> 0, "@"=> 0, "±"=> 0, "^"=> 0, "¨"=> 0, "¯"=> 0, "0"=> 0, "9"=> 0, "8"=> 0, "7"=> 0, "6"=> 0, "5"=> 0, "4"=> 0, "3"=> 0, "2"=> 0, "1"=> 0, );
my %Voyelles = ("a"=> 0, "à"=> 0, "â"=> 0, "ä"=> 0, "á"=> 0, "e"=> 0, "è"=> 0, "é"=> 0, "ê"=> 0, "ë"=> 0, "i"=> 0, "î"=> 0, "ï"=> 0, "ì"=> 0, "í"=> 0, "o"=> 0, "ô"=> 0, "ö"=> 0, "ò"=> 0, "ó"=> 0, "u"=> 0, "û"=> 0, "ü"=> 0, "ù"=> 0, "ú"=> 0, "y"=> 0, "A"=> 0, "E"=> 0, "I"=> 0, "O"=> 0, "U"=> 0, "Y"=> 0, );
my %Consonnes = ("b"=> 0, "c"=> 0, "ç"=> 0, "d"=> 0, "f"=> 0, "g"=> 0, "h"=> 0, "j"=> 0, "k"=> 0, "l"=> 0, "m"=> 0, "n"=> 0, "p"=> 0, "q"=> 0, "r"=> 0, "s"=> 0, "t"=> 0, "v"=> 0, "w"=> 0, "x"=> 0, "z"=> 0, "B"=> 0, "C"=> 0, "D"=> 0, "F"=> 0, "G"=> 0, "H"=> 0, "J"=> 0, "K"=> 0, "L"=> 0, "M"=> 0, "N"=> 0, "P"=> 0, "Q"=> 0, "R"=> 0, "S"=> 0, "T"=> 0, "V"=> 0, "W"=> 0, "X"=> 0, "Z"=> 0, );
my $recueilFile;
if ( !GetOptions ( 'recueil=s' => \$recueilFile ) ) { print "!!! Erreur dans la lecture de la ligne de commande\n";
exit(-1);
} if ( !defined $recueilFile ) { print "!!! Aucun fichier spécifié (option -recueil) !!\n";
exit(-1);
} my %Recueil;
my %Mots;
print "\nOuverture du recueil...\n";
open fREC, "<$recueilFile" or die "Impossible d'ouvrir le recueil !\n";
# print "\n\nPremier passage...\n\n";
&premierPassage;
close fREC;
# print "\n\nDeuxième passage...\n\n";
my %Poetivites;
open fREC, "<$recueilFile" or die "Impossible d'ouvrir le recueil !\n";
my $logFile;
if($recueilFile =~ m/^(\S+)\.\w+$/) { $logFile = $1;
} else { $logFile = $recueilFile;
} $logFile .= "_log.txt";
open fLOG, ">$logFile" or die "Impossible de créer le fichier log !\n";
&deuxiemePassage;
close fREC;
close fLOG;
function isCloseColor($myImage,$myColor,$rref,$gref,$bref,$rmax) { $myRGBColor = array();
$myRGBColor = imagecolorsforindex($myImage,$myColor);
return (sqrt(pow($myRGBColor["red"]-$rref,2)+pow($myRGBColor["green"]-$gref,2)+pow($myRGBColor["blue"]-$bref,2)) < $rmax);
} function horizonoise($myImage,$dimImage,$strength) { $currColor = imagecolorat($myImage,0,0);
for($i = 0 ;
$i < $dimImage[1] ;
$i++) { for($j = 0 ;
$j < $dimImage[0] ;
$j++) {
if(rand(1,100) >= $strength) { $currColor = imagecolorat($myImage,$j,$i);
} else { imagesetpixel($myImage,$j,$i,$currColor);
}
} if($i != $dimImage[1] - 1) $currColor = imagecolorat($myImage,0,$i+1);
} } function vertinoise($myImage,$dimImage,$strength) { $currColor = imagecolorat($myImage,0,0);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { if(rand(1,100) >= $strength) { $currColor = imagecolorat($myImage,$i,$j);
} else { imagesetpixel($myImage,$i,$j,$currColor);
} } if($i != $dimImage[0] - 1) $currColor = imagecolorat($myImage,$i+1,0);
} } function detoureAndPaste($myImage,$myImageOrigin,$dimImage) { $backColor = imagecolorat($myImageOrigin,1,1);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { $currColor = imagecolorat($myImageOrigin,$i,$j);
if($currColor != $backColor) { $aRGB = array();
$aRGB = imagecolorsforindex($myImageOrigin,$currColor);
imagesetpixel($myImage,$i,$j,imagecolorclosest($myImage,$aRGB["red"],$aRGB["green"],$aRGB["blue"]));
} } } } function licqefacnoise($myImage,$dimImage) { $currColor = imagecolorat($myImage,0,0);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { if(rand(1,$dimImage[1]) >= intval($j*1.0)) { $currColor = imagecolorat($myImage,$i,$j);
} else { imagesetpixel($myImage,$i,$j,$currColor);
} } if($i != $dimImage[0] - 1) $currColor = imagecolorat($myImage,$i+1,0);
} } function linenoise($myImage,$dimImage,$strength,$freq) { $indexWhite = imagecolorexact($myImage,255,255,255);
if($indexWhite == -1) $indexWhite = imagecolorclosest($myImage,255,255,255);
$indexBlack = imagecolorexact($myImage,0,0,0);
if($indexBlack == -1) $indexBlack = imagecolorclosest($myImage,0,0,0);
for($i = 0 ;
$i < $dimImage[0] ;
$i++) { for($j = 0 ;
$j < $dimImage[1] ;
$j++) { if(rand(1,$freq) >= 2) {
} else { $currColor = imagecolorat($myImage,$i,$j);
if($currColor == $indexWhite) continue;
$nb_lignes = rand(1,$strength);
drawLignes($myImage,$dimImage,$currColor,$i,$j,$nb_lignes,$strength);
} } } }
