/*object *my_alg_level3(unsigned char *image, int width, int height, int *n_object)*/
object *my_alg_level3(unsigned char *image, unsigned char *mask, int width, int height, int *n_object)
{
/*********************************MYCODE*********************************/
unsigned int width_sub = 0, height_sub = 0;
create_sub_images(image, width, height, &width_sub, &height_sub);
/*export_ppm_subimages(3, width, height, width_sub, height_sub);*/
calculate_histogram(3, width, height, width_sub, height_sub);
calculate_threshold(width, height, width_sub, height_sub);
calculate_threshold_with_interpolation(0, width, height, width_sub, height_sub);
final_stage(width, height, width_sub, height_sub);
/*free_mem_subimages(width, height, width_sub, height_sub);*/
/*********************************MYCODE*********************************/
/*
transform_1D_to_2D_RGB(image, width, height);
allocate_mem_data_CIELAB(width, height);
convert_RGB_to_CIELAB(width, height);
unsigned int max_grad = 0;
first_derivative_CIELAB(0, width, height, &max_grad);
calculate_histogram_of_gradient(width, height, max_grad);
histogram_analysis(width, height, max_grad);
return NULL;
*/
return NULL;/*baseline(image, mask, width, height, n_object);*/
}
object *my_alg_level1(unsigned char *image, unsigned char *mask, int width, int height, int *n_object)
{
/*********************************MYCODE*********************************/
unsigned int width_sub = 0, height_sub = 0;
create_sub_images(image, width, height, &width_sub, &height_sub);
/*
export_ppm_subimages(3, width, height, width_sub, height_sub);
*/
calculate_histogram(3, width, height, width_sub, height_sub);
calculate_threshold(width, height, width_sub, height_sub);
calculate_threshold_with_interpolation(0, width, height, width_sub, height_sub);
final_stage(width, height, width_sub, height_sub);
/*free_mem_subimages(width, height, width_sub, height_sub);*/
/*********************************MYCODE*********************************/
return NULL/*baseline(image, mask, width, height, n_object)*/;
}
void ThresholdMain::render_gui(void *data)
{
if(thread)
{
calculate_histogram((VFrame*)data);
thread->window->lock_window("ThresholdMain::render_gui");
((ThresholdWindow*)thread->window)->canvas->draw();
thread->window->unlock_window();
}
}
/*object *my_alg_level2(unsigned char *image, int width, int height, int *n_object)*/
object *my_alg_level2(unsigned char *image, unsigned char *mask, int width, int height, int *n_object)
{
/*********************************MYCODE*********************************/
unsigned int width_sub = 0, height_sub = 0;
create_sub_images(image, width, height, &width_sub, &height_sub);
/*export_ppm_subimages(3, width, height, width_sub, height_sub);*/
calculate_histogram(3, width, height, width_sub, height_sub);
calculate_threshold(width, height, width_sub, height_sub);
calculate_threshold_with_interpolation(0, width, height, width_sub, height_sub);
final_stage(width, height, width_sub, height_sub);
/*free_mem_subimages(width, height, width_sub, height_sub);*/
/*********************************MYCODE*********************************/
/*
transform_1D_to_2D(image, width, height);
export_ppm_from_2D(3, width, height);
convert_to_greyscale(width, height);
noise_reduction(width, height);
export_ppm_from_2D(4, width, height);
Sobel_operator(3, width,height);
non_maximum_suppression(width, height);
int high = 0, low = 0;
calculate_thresholds(width, height, &high, &low);
printf("l:%d h:%d\n", low, high);
hysteresis_thresholding(width, height, high, low);
export_ppm_from_2D(4, width, height);
return NULL;
*/
return NULL;/*baseline(image, mask, width, height, n_object);*/
}
