diff --git a/app/Operations/Transforms.cpp b/app/Operations/Transforms.cpp
index da4bd0095f7a7edf67e2e99d00d0a1faa26c5939..ba07feb13a3f4fb2a325e857694b3b2bcb77ebba 100644
--- a/app/Operations/Transforms.cpp
+++ b/app/Operations/Transforms.cpp
@@ -42,86 +42,15 @@ Image_t<double>* Transforms::hough(const GrayscaleImage *image ) { //TODO : in
for(unsigned int j = 0; j < image->getWidth(); j++) {
if(image->getPixelAt(j, i) == 255) {
-
- int i1 = i;
-
- for(unsigned int j1 = j+1; j1 < image->getWidth(); j1++) {
-
- if(image->getPixelAt(j1, i1) == 255) {
-
- //passage dans le repere x horieontal, y vertical et origine en bas à gauche
- const double x0 = j;
- const double y0 = image->getHeight() -i;
- const double x1 = j1;
- const double y1 = image->getHeight()-i1;
-
- //calcul de la droite passant par les deux points
- const double l0 = sqrt((double)((y0-y1)*(y0-y1) + (x0-x1)*(x0-x1)));
- const double l1 = fabs((double)(x0*y1 - x1*y0));
- const double rho = l1/l0;
- double y2;
- const int j2 = rho + 0.5;
- double theta;
- double thetadeg;
- if(x0==x1){
- theta = 0;
- //Log::info("x0==x1");
-
- }else{
- //Log::info("x0!=x1");
- theta = atan((y1-y0) / (x1-x0))+ pid2;
-
- //cas ou theta entre 0 et -pi/2
- //Calcul de l'ordonnee a l'origine
- int ordorig = y0 - x0 * ((y1-y0) / (x1-x0));
-
- //Log::info("theta = "+std::to_string(theta)+"atan = "+std::to_string(atan((y1-y0) / (x1-x0))+pid2)+ " ; ordorig = "+std::to_string(ordorig));
- if(ordorig < 0 && ((y1-y0) / (x1-x0)) > 0) theta = theta - pi;
-
+ bool firstlign = true;
+ for(unsigned int i1 = i; i1 < image->getHeight(); i1++) {
+ for(unsigned int j1 = 0; j1 < image->getWidth(); j1++) {
+
+ if(firstlign){
+ firstlign = false;
+ j1 = j+1;
}
- //Passage de radian a degre
- thetadeg = theta*(180/pi);
- //Coordonées du point a colorier dans l'espace de Hough
- //Espace de Hough :
- //Origine en bas a gauche
- //Rho horizontal vers la droite de 0 a imageDiag
- //Theta vertical vers le haut de -90 a 180
- int rhoStep = 1;
- int angleStep = 1;
- int jDisplayRho = round(rho / rhoStep);
- int iDisplayTheta = round((180-thetadeg) / angleStep);
- //Log::info("x0 = "+std::to_string(x0)+ "; x1 = "+std::to_string(x1)+" ; y0 = "+std::to_string(y0)+" ; y1 = "+std::to_string(y1)+" ; Rho = "+std::to_string(rho)+" ; Theta = "+std::to_string(thetadeg)+" ; ThetaDisplay = "+std::to_string(iDisplayTheta));
-
-
-// y2 = x1 != x0 ? atan((y1-y0) / (x1-x0))+ pid2 : y1 > y0 ? pi : pid2;//pid2 dans les deux cas (?)
-// theta = (int)(180-((y2 / pi) * 180. +180 + 0.5)) +1;//conversion en entier + modulo 180
- //theta = (int) ((y2/pi)*180);
-
-
-
-
-// y2 = (x1 != x0) ? atan((y1-y0) / (x1-x0)) + pid2 : y1 > y0 ? pi : pid2;
-// theta = (int)(180-((y2 / pi) * 180. +180 + 0.5)) +1;
-// //theta = (int) (y2*(pi/180));
-// //Coordonées du point a colorier dans l'espace de Hough
-// //Espace de Hough :
-// //Origine en bas a gauche
-// //Rho horizontal vers la droite de 0 a imageDiag
-// //Theta vertical vers le haut de -90 a 180
-// int jDisplayRho = round(j2);
-// int iDisplayTheta = round(theta+180);
-
-
- resImg->pixelAt(jDisplayRho, iDisplayTheta, 0)++;
-// resImg->setPixelAt(jDisplayRho, iDisplayTheta, resImg->getPixelAt(jDisplayRho, iDisplayTheta) + 1.);
-
- //resImg->setPixelAt(j2, theta, resImg->getPixelAt(j2, theta) + 1.);
- }
- }
-
- for(unsigned int i1 = i+1; i1 < image->getHeight(); i1++) {
- for(unsigned int j1 = 0; j1 < image->getWidth(); j1++) {
if(image->getPixelAt(j1, i1) == 255) {
const double x0 = j;
const double y0 = image->getHeight()-i;//-i