def test_map_images_identical(gt_folder, cv_folder, map_file_names):
print("\n-> test_map_images_identical")
for i in range(0, len(map_file_names)):
print(map_file_names[i])
assert tgs.compare_images(gt_folder + map_file_names[i],
cv_folder + map_file_names[i]) == 0
def test_newsubject_images_identical(gt_folder, cv_folder,
newsubject_file_names):
print("\n-> test_multimodal_images_identical")
for i in range(0, len(newsubject_file_names)):
print(newsubject_file_names[i])
assert tgs.compare_images(gt_folder + newsubject_file_names[i],
cv_folder + newsubject_file_names[i]) == 0
def test_images_after_intensity_prep_identical (gt_folder, cv_folder, preprocessed_file_names):
print ("\n-> test_images_after_intensity_prep_identical")
for i in range (0,len(preprocessed_file_names)):
print(preprocessed_file_names[i])
assert tgs.compare_images (gt_folder + preprocessed_file_names[i], cv_folder + preprocessed_file_names[i]) == 0
def test_images_after_spatial_prep_identical (gt_folder, cv_folder, original_file_names):
print ("\n-> test_images_after_spatial_prep_identical")
for i in range (0,len(original_file_names)):
print(original_file_names[i])
assert tgs.compare_images (gt_folder + original_file_names[i], cv_folder + original_file_names[i]) == 0