void visit_leaf_0_update(Leaf* self, Tree* children, unsigned int num_children) {
printf("FTL: visit Leaf %s\n", "0");
self->base.height_delta_0 = (leaf_height_delta_0(self->height_in_delta));
printf("FTL: leaf_height_delta_0 %s\n", to_string(self->base.height_delta));
printf("FTL: height_in_delta %s\n", to_string(self->height_in_delta));
self->base.width_delta_0 = (leaf_width_delta_0(self->width_in_delta));
printf("FTL: leaf_width_delta_0 %s\n", to_string(self->base.width_delta));
printf("FTL: width_in_delta %s\n", to_string(self->width_in_delta));
int height_old = self->base.height;
self->base.height = (leaf_height(self->height_in, self->base.height_delta, height_old));
printf("FTL: leaf_height %s\n", to_string(self->base.height));
printf("FTL: height_in %s\n", to_string(self->height_in));
printf("FTL: height_delta_0 %s\n", to_string(self->base.height_delta));
printf("FTL: height_old_0 %s\n", to_string(height_old));
int width_old = self->base.width;
self->base.width = (leaf_width(width_old, self->base.width_delta, self->width_in));
printf("FTL: leaf_width %s\n", to_string(self->base.width));
printf("FTL: width_old_0 %s\n", to_string(width_old));
printf("FTL: width_delta_0 %s\n", to_string(self->base.width_delta));
printf("FTL: width_in %s\n", to_string(self->width_in));
self->base.height_delta = (leaf_height_delta(self->base.height, height_old));
printf("FTL: leaf_height_delta %s\n", to_string(self->base.height_delta));
printf("FTL: height %s\n", to_string(self->base.height));
printf("FTL: height_old_0 %s\n", to_string(height_old));
self->base.width_delta = (leaf_width_delta(width_old, self->base.width));
printf("FTL: leaf_width_delta %s\n", to_string(self->base.width_delta));
printf("FTL: width_old_0 %s\n", to_string(width_old));
printf("FTL: width %s\n", to_string(self->base.width));
}
//Adiciona caracteristicas da folha ao vetor de carcterísticas
void add_image_to_vector(char* address, char* image){
//Carrega imagem da Folha
IplImage* imagem = cvLoadImage(address,0);
//Usa smooth para reduzir riscos ao lado da folha
cvSmooth(imagem, imagem, CV_GAUSSIAN, 5, 5, 5, 5);
//Threshold da imagem da folha
cvThreshold(imagem, imagem, 242, 242, CV_THRESH_BINARY); //sem enervamento
/* !DEBUG */
/*cvNamedWindow("DEBUG", 1);
cvShowImage("DEBUG", imagem);
cvWaitKey(-1);
cvDestroyWindow("DEBUG");
cvReleaseImage(&imagem);*/
/* !DEBUG */
float height = leaf_height(imagem);
float width = leaf_width(imagem);
float area = leaf_area(imagem);
float perimeter = leaf_perimeter(imagem);
char name[MAX_STRING_LENGTH];
int position;
char trash;
sscanf(image, "%s %i %c", name, &position, &trash);
/* !DEBUG! printf("NAME: %s, POSITION: %i, TRASH: %c \n", name,position, trash); !DEBUG */
strcpy(species[position].name, name);
if (species[position].caracteristics[0] == 0){
species[position].caracteristics[0] = height;
species[position].caracteristics[1] = width;
species[position].caracteristics[2] = area;
species[position].caracteristics[3] = perimeter;
}
else{
species[position].caracteristics[0] = (species[position].caracteristics[0] + height)/2;
species[position].caracteristics[1] = (species[position].caracteristics[1] + width)/2;
species[position].caracteristics[2] = (species[position].caracteristics[2] + area)/2;
species[position].caracteristics[3] = (species[position].caracteristics[3] + perimeter)/2;
}
}
//Faz o reconhecimento da imagem a partir do vetor de características
int recognize(char* file){
// puts("debug 1");
//Carrega imagem da Folha
IplImage* imagem = cvLoadImage(file,0);
//Usa smooth para reduzir riscos ao lado da folha
cvSmooth(imagem, imagem, CV_GAUSSIAN, 5, 5, 5, 5);
//Threshold da imagem da folha
cvThreshold(imagem, imagem, 242, 242, CV_THRESH_BINARY); //sem enervamento
float best_choice = FLT_MAX - 1;
int i, result;
float aux;
float height = leaf_height(imagem);
float width = leaf_width(imagem);
float area = leaf_area(imagem);
float perimeter = leaf_perimeter(imagem);
for (i = 0; i < MAX_SPECIES_VECTOR; i++) {
aux = sqrt(
pow( (height - species[i].caracteristics[0]),2) +
pow( (width - species[i].caracteristics[1]),2) +
pow( (area - species[i].caracteristics[2]),2) +
pow( (perimeter - species[i].caracteristics[3]),2));
printf("Distancia %f\n", aux);
if (aux < best_choice){
best_choice = aux;
result = i;
}
}
printf("/nEssa folha pertence a espécie \"%s\"./n", species[result].name );
// printf("/n%f/n",best_choice);
return best_choice;
}
