def main():
data_path = 'val2014'
save_path = 'test_data/cross_dissolve_data'
all_imname = cocotools.get_all_images(data_path)
generate_random = 10
for i in range(generate_random):
id1 = cocotools.get_cocoid(random.choice(all_imname))
id2 = cocotools.get_cocoid(random.choice(all_imname))
im1 = cocotools.get_image_plt(data_path, id1)
im2 = cocotools.get_image_plt(data_path, id2)
if np.shape(im1) != np.shape(im2):
print "Shape does not match"
im1, im2 = cocotools.reshape_crop(im1,im2)
file_path = os.path.join(save_path,cocotools.get_filename(id1,False) + '_' + str(id2).zfill(12))
generate_cross_dissolve(im1,im2, file_path)
return
def main():
search_id_pairs = [[15581,86840],[436603, 446359]] #Find the image id you decided to use
data_path = 'val2014'
save_path = 'test_data/morph_data/'
run_morph = False
run_structural_morph = True
for id_pair in search_id_pairs:
im1 = cocotools.get_image_plt(data_path, id_pair[0])
im2 = cocotools.get_image_plt(data_path, id_pair[1])
if np.shape(im1) != np.shape(im2):
print "Shape does not match"
im1, im2 = cocotools.reshape_crop(im1,im2)
if run_morph:
file_name = cocotools.get_filename(id_pair[0], False) + '_' + str(id_pair[1]).zfill(12)
generate_morph(im1,im2, file_name, save_path)
if run_structural_morph:
file_name = cocotools.get_filename(id_pair[0], False) + '_' + str(id_pair[1]).zfill(12)
generate_structural_morph(im1,im2, file_name, save_path + '/structural_morph')
"""
for a in cocotools.find_annotation(id):
print a
"""
break
return