def get_landmark(landmark_result, five=False):
landmarks = landmark_result['result'][0]['landmark']
five_organ = {}
for key, value in landmarks.iteritems():
if key.startswith('left_eye') or key.startswith('right_eye') \
or key.startswith('nose') or key.startswith('mouth'):
five_organ[key] = value
print_result("five_organ", five_organ)
if five == True:
return five_organ
else:
return landmarks
def get_landmark(landmark_result, five=False):
landmarks = landmark_result['result'][0]['landmark']
five_organ = {}
for key, value in landmarks.iteritems():
if key.startswith('left_eye') or key.startswith('right_eye') \
or key.startswith('nose') or key.startswith('mouth'):
five_organ[key] = value
print_result("five_organ", five_organ)
if five == True:
return five_organ
else:
return landmarks
def do_extract_face(img_path, five):
global api
time1 = time.time()
#detection = api.detection.detect(url='http://www.huabian.com/uploadfile/2014/0821/20140821092236949.jpg')
detection = api.detection.detect(img = File(img_path))
face_id = get_face_id(detection)
width, height = get_size(detection)
landmark_result = api.detection.landmark(face_id=face_id)
landmarks = get_landmark(landmark_result, five=five)
# Debug
print_result('anglebaby', detection)
print '------------------------------'
print_result('landmarks', landmarks)
points_stack = get_points_stack(width, height, landmarks)
print_result('points of landmarks', points_stack)
edge_points = covex_hull(points_stack)
print_result('edge points', edge_points)
cut_and_save(img_path, edge_points)
print 'Used time :', time.time() - time1
def do_extract_face(img_path, five):
global api
time1 = time.time()
#detection = api.detection.detect(url='http://www.huabian.com/uploadfile/2014/0821/20140821092236949.jpg')
detection = api.detection.detect(img=File(img_path))
face_id = get_face_id(detection)
width, height = get_size(detection)
landmark_result = api.detection.landmark(face_id=face_id)
landmarks = get_landmark(landmark_result, five=five)
# Debug
print_result('anglebaby', detection)
print '------------------------------'
print_result('landmarks', landmarks)
points_stack = get_points_stack(width, height, landmarks)
print_result('points of landmarks', points_stack)
edge_points = covex_hull(points_stack)
print_result('edge points', edge_points)
cut_and_save(img_path, edge_points)
print 'Used time :', time.time() - time1
