def demo(filename, tracking, output, t_start=0., t_end=None, shift=0.,
labels=None, landmark=None, height=200):
# parse label file
if labels is not None:
with open(labels, 'r') as f:
labels = {}
for line in f:
identifier, label = line.strip().split()
identifier = int(identifier)
labels[identifier] = label
video = Video(filename)
import os
os.environ['IMAGEIO_FFMPEG_EXE'] = 'ffmpeg'
# from moviepy.video.io.VideoFileClip import VideoFileClip
from moviepy.editor import VideoClip, AudioFileClip
make_frame = get_make_frame(video, tracking, landmark=landmark,
labels=labels, height=height, shift=shift)
video_clip = VideoClip(make_frame, duration=video.duration)
audio_clip = AudioFileClip(filename)
clip = video_clip.set_audio(audio_clip)
if t_end is None:
t_end = video.duration
clip.subclip(t_start, t_end).write_videofile(output, fps=video.frame_rate)
def pyannote_shot(videoPath):
video = Video(videoPath)
FPS = video._fps
shots = Shot(video)
shotBoundaries = []
for x in shots:
shotBoundaries.append([int(FPS * x.start), int(FPS * x.end)])
return shotBoundaries
def pyannote_shot(videoPath):
"""
Perform shot segmentation using pyannote-video and return output
Input : videoPath - Path to video file
Output : shotBoundaries - list of [shot start, shot end]
"""
video = Video(videoPath)
FPS = video._fps
shots = Shot(video)
shotBoundaries = []
for x in shots:
shotBoundaries.append([int(FPS * x.start), int(FPS * x.end)])
return shotBoundaries
def get_movie_infos():
videos = pd.DataFrame(columns=[
'name', 'season', 'episode', 'duration', 'frame_rate', 'width',
'height'
])
nb_total_serie = get_nb_series()
for id_serie, folder_serie in enumerate(current_directory.iterdir()):
print(str(id_serie) + '/' + str(nb_total_serie), str(folder_serie))
for current_file in folder_serie.iterdir():
current_file = str(current_file)
if '.mkv' in current_file:
if 'GameOfThrones.Season06.Episode09.mkv' in current_file or 'GameOfThrones.Season06.Episode10.mkv' in current_file:
continue
#print(current_file)
vid = Video(current_file)
current_file_split = current_file.split('/')[-1].split('.')
name = current_file_split[0]
season = current_file_split[1].split('Season')[1]
episode = current_file_split[2].split('Episode')[1]
#print(vid.duration, vid.frame_rate, vid.frame_size)
videos = pd.concat([
videos,
pd.DataFrame([[
name, season, episode,
float(vid.duration),
float(vid.frame_rate),
float(vid.frame_size[0]),
float(vid.frame_size[1])
]],
columns=[
'name', 'season', 'episode', 'duration',
'frame_rate', 'width', 'height'
])
])
print(videos.describe()) #include='all'))
return videos
# Raw Image
os.makedirs(os.path.dirname(target_file_path_raw_img))
if os.path.exists(target_file_path):
continue
# process video and audio files
#video_filename = '/cvhci/data/QA/Movie_Description_Dataset/MOVIE_DESCRIPTION_DATASET/0001_American_Beauty/0001_American_Beauty_01.55.05.110-01.55.21.331.avi'
#audio_filename = '/cvhci/data/QA/Movie_Description_Dataset/MOVIE_DESCRIPTION_DATASET/0001_American_Beauty/0001_American_Beauty_01.55.05.110-01.55.21.331.wav'
video_filename = os.path.join(root,
basefile_name_w_ext) # Video
audio_filename = os.path.join(root, basefile_name +
'.wav') # Audio
video = Video(video_filename)
num_frames = video._nframes
width = video._width
height = video._height
channels = 3
black_border_removed_indexes = 0 # Used afterwards
step_size_imagenet = 5
# Buffer memory to store frames for for fast accessing
frames_buffer_i3d = torch.zeros([
num_frames, channels, i3d_imagenet_expected_size,
i3d_imagenet_expected_size
],
dtype=torch.float32)
frames_buffer_i3d = frames_buffer_i3d.to(device)
clip.subclip(t_start, t_end).write_videofile(output, fps=video.frame_rate)
if __name__ == '__main__':
# parse command line arguments
version = 'pyannote-face {version}'.format(version=__version__)
arguments = docopt(__doc__, version=version)
# initialize video
filename = arguments['<video>']
verbose = arguments['--verbose']
video = Video(filename, verbose=verbose)
# face tracking
if arguments['track']:
shot = arguments['<shot.json>']
tracking = arguments['<tracking>']
detect_min_size = float(arguments['--min-size'])
detect_every = float(arguments['--every'])
track_min_overlap_ratio = float(arguments['--min-overlap'])
track_min_confidence = float(arguments['--min-confidence'])
track_max_gap = float(arguments['--max-gap'])
track(video,
shot,
tracking,
detect_min_size=detect_min_size,
clip.subclip(t_start, t_end).write_videofile(output, fps=video.frame_rate)
if __name__ == '__main__':
# parse command line arguments
version = 'pyannote-face {version}'.format(version=__version__)
arguments = docopt(__doc__, version=version)
# initialize video
filename = arguments['<video>']
ffmpeg = arguments['--ffmpeg']
verbose = arguments['--verbose']
video = Video(filename, ffmpeg=ffmpeg, verbose=verbose)
# face tracking
if arguments['track']:
shot = arguments['<shot.json>']
tracking = arguments['<tracking>']
detect_min_size = float(arguments['--min-size'])
detect_every = float(arguments['--every'])
track_min_overlap_ratio = float(arguments['--min-overlap'])
track_min_confidence = float(arguments['--min-confidence'])
track_max_gap = float(arguments['--max-gap'])
track(video, shot, tracking,
detect_min_size=detect_min_size,
detect_every=detect_every,
track_min_overlap_ratio=track_min_overlap_ratio,
def readInputFiles(arguments):
#Assert argument
assert len(
arguments
) == 8, "Error with number of argument : python xml_parser.py <TRS file path> <XGTF file path> <Face track file path> <video file path> <Face landmark file path> <output folder path> <facetrack_talkingface folder path>"
try:
#Read TRS file
trs_file = etree.parse(arguments[1])
except:
print("Error reading TRS file ")
raise
try:
#Read XGTF file ( A different way than the former!)
xgtf_file = minidom.parse(arguments[2])
except:
print("Error reading XGTF file")
raise
try:
#Read face track file
face_track_file = pd.read_csv(arguments[3], sep=" ", header=None)
face_track_file.columns = [
"time", "id", "left", "top", "right", "bottom", "state"
]
face_track_file["state"] = 0
except:
print("Error reading Face track file")
raise
try:
#Read MPG video file to generate images from it
video = Video(filename=arguments[4])
# Extract video id from video file path argument
video_id = arguments[4].split('/')[LAST_ELEMENT].split('.')[0]
except:
print("Error reading Video file ")
raise
try:
#Read face track file
face_landmarks_file = np.loadtxt(arguments[5])
except:
print("Error reading Face landmarks file")
raise
if not os.path.isdir(arguments[6]):
os.makedirs(arguments[6])
output_dir = arguments[6]
facetrack_talkingface_dir = arguments[7]
return trs_file, xgtf_file, face_track_file, video, video_id, face_landmarks_file, output_dir, facetrack_talkingface_dir
os.makedirs(output_picdir)
if not os.path.exists(output_cropped_picdir):
os.makedirs(output_cropped_picdir)
else:
print(f'{file_name}_cropped_frames directory already exist')
seen.append(file_name)
continue
track = get_track(embedding_file)
if track is None: continue
# e.g. './snippets/2018-03-30_0100_US_CNN_Anderson_Cooper_360_merged_Christine_Quinn.track.txt'
df_one = choose_track(tracking_file, track)
# cut
video = Video(input_video)
for i, row in df_one.iterrows():
print('frames extracting...')
output_pic = f'{output_picdir}/{i}_{file_name}.jpg'
output_cropped_pic = f'{output_cropped_picdir}/{i}_{file_name}.jpg'
if os.path.exists(output_pic) :continue
time = row['t']
print(f'extracting the frame at {time}...')
extract_frame(time, input_video, output_pic)
print(f'{output_pic} is done!')
print('frames cropping...')
img = cv2.imread(output_pic)