def check_split_video_requirements(use_mkvmerge):
# type: (bool) -> None
""" Validates that the proper tool is available on the system to perform the split-video
command, which depends on if -c/--copy is set (to use mkvmerge) or not (to use ffmpeg).
Arguments:
use_mkvmerge: True if -c/--copy is set, False otherwise.
Raises: click.BadParameter if the proper video splitting tool cannot be found.
"""
if (use_mkvmerge
and not is_mkvmerge_available()) or not is_ffmpeg_available():
error_strs = [
"{EXTERN_TOOL} is required for split-video{EXTRA_ARGS}.".format(
EXTERN_TOOL='mkvmerge' if use_mkvmerge else 'ffmpeg',
EXTRA_ARGS=' -c/--copy' if use_mkvmerge else '')
]
error_strs += [
"Install one of the above tools to enable the split-video command."
]
if not use_mkvmerge and is_mkvmerge_available():
error_strs += [
'You can also specify `-c/--copy` to use mkvmerge for splitting.'
]
elif use_mkvmerge and is_ffmpeg_available():
error_strs += [
'You can also omit `-c/--copy` to use ffmpeg for splitting.'
]
error_str = '\n'.join(error_strs)
raise click.BadParameter(error_str, param_hint='split-video')
def split_video_command(ctx, output, filename, high_quality, override_args,
quiet, copy, rate_factor, preset):
"""Split input video(s) using ffmpeg or mkvmerge."""
if ctx.obj.split_video:
logging.warning('split-video command is specified twice.')
ctx.obj.check_input_open()
ctx.obj.split_video = True
ctx.obj.split_quiet = True if quiet else False
ctx.obj.split_directory = output
ctx.obj.split_name_format = filename
if copy:
ctx.obj.split_mkvmerge = True
if high_quality:
logging.warning(
'-hq/--high-quality flag ignored due to -c/--copy.')
if override_args:
logging.warning(
'-f/--ffmpeg-args option ignored due to -c/--copy.')
if not override_args:
if rate_factor is None:
rate_factor = 22 if not high_quality else 17
if preset is None:
preset = 'veryfast' if not high_quality else 'slow'
override_args = (
'-c:v libx264 -preset {PRESET} -crf {RATE_FACTOR} -c:a aac'.format(
PRESET=preset, RATE_FACTOR=rate_factor))
if not copy:
logging.info('FFmpeg codec args set: %s', override_args)
if filename:
logging.info('Video output file name format: %s', filename)
if ctx.obj.split_directory is not None:
logging.info('Video output path set: \n%s', ctx.obj.split_directory)
ctx.obj.split_args = override_args
mkvmerge_available = is_mkvmerge_available()
ffmpeg_available = is_ffmpeg_available()
if not (mkvmerge_available or ffmpeg_available) or (
(not mkvmerge_available and copy) or
(not ffmpeg_available and not copy)):
split_tool = 'ffmpeg/mkvmerge'
if (not mkvmerge_available and copy):
split_tool = 'mkvmerge'
elif (not ffmpeg_available and not copy):
split_tool = 'ffmpeg'
error_strs = [
"{EXTERN_TOOL} is required for split-video{EXTRA_ARGS}.".format(
EXTERN_TOOL=split_tool,
EXTRA_ARGS=' -c/--copy' if copy else ''),
"Install the above tool%s to enable video splitting support." %
('s' if split_tool.find('/') > 0 else '')
]
if mkvmerge_available:
error_strs += [
'You can also specify `split-video -c/--copy` to use mkvmerge for splitting.'
]
error_str = '\n'.join(error_strs)
logging.debug(error_str)
ctx.obj.options_processed = False
raise click.BadParameter(error_str, param_hint='split-video')
def split_video_command(ctx, output, filename, high_quality, override_args, quiet, copy,
rate_factor, preset):
"""Split input video(s) using ffmpeg or mkvmerge."""
if ctx.obj.split_video:
logging.warning('split-video command is specified twice.')
ctx.obj.check_input_open()
ctx.obj.split_video = True
ctx.obj.split_quiet = True if quiet else False
ctx.obj.split_directory = output
ctx.obj.split_name_format = filename
if copy:
ctx.obj.split_mkvmerge = True
if high_quality:
logging.warning('-hq/--high-quality flag ignored due to -c/--copy.')
if override_args:
logging.warning('-f/--ffmpeg-args option ignored due to -c/--copy.')
if not override_args:
if rate_factor is None:
rate_factor = 22 if not high_quality else 17
if preset is None:
preset = 'veryfast' if not high_quality else 'slow'
override_args = ('-c:v libx264 -preset {PRESET} -crf {RATE_FACTOR} -c:a copy'.format(
PRESET=preset, RATE_FACTOR=rate_factor))
if not copy:
logging.info('FFmpeg codec args set: %s', override_args)
if filename:
logging.info('Video output file name format: %s', filename)
if ctx.obj.split_directory is not None:
logging.info('Video output path set: \n%s', ctx.obj.split_directory)
ctx.obj.split_args = override_args
mkvmerge_available = is_mkvmerge_available()
ffmpeg_available = is_ffmpeg_available()
if not (mkvmerge_available or ffmpeg_available) or (
(not mkvmerge_available and copy) or (not ffmpeg_available and not copy)):
split_tool = 'ffmpeg/mkvmerge'
if (not mkvmerge_available and copy):
split_tool = 'mkvmerge'
elif (not ffmpeg_available and not copy):
split_tool = 'ffmpeg'
error_strs = [
"{EXTERN_TOOL} is required for split-video{EXTRA_ARGS}.".format(
EXTERN_TOOL=split_tool, EXTRA_ARGS=' -c/--copy' if copy else ''),
"Install the above tool%s to enable video splitting support." % (
's' if split_tool.find('/') > 0 else '')]
if mkvmerge_available:
error_strs += [
'You can also specify `split-video -c/--copy` to use mkvmerge for splitting.']
error_str = '\n'.join(error_strs)
logging.debug(error_str)
ctx.obj.options_processed = False
raise click.BadParameter(error_str, param_hint='split-video')
def extract_split_audio(video_pth: Path,
output_dir: Path,
scene_list: List[Tuple[FrameTimecode, FrameTimecode]],
suppress_output: bool = True):
"""
Extracts the audio from each of the split up scenes using ffmpeg
:param video_pth: Path to video as input
:param output_dir: Output dir to export audio to
:param scene_list: SceneList created by detect_scenes()
:param suppress_output: If True (default) will suppress output of ffmpeg
:return:
"""
if video_splitter.is_ffmpeg_available() is False:
raise RuntimeError("Please install ffmpeg to ./ffmpeg!")
audio_output_dir = output_dir / video_pth.stem
audio_output_dir.mkdir(parents=True, exist_ok=True)
for i, (start_time, end_time) in tqdm(enumerate(scene_list),
total=len(scene_list),
unit="scene",
miniters=1,
desc="Exporting audio"):
duration = (end_time - start_time)
call_list = ['ffmpeg']
if suppress_output:
call_list += ['-v', 'quiet']
elif i > 0:
# Only show ffmpeg output for the first call, which will display any
# errors if it fails, and then break the loop. We only show error messages
# for the remaining calls.
call_list += ['-v', 'error']
call_list += [
'-y', '-ss',
start_time.get_timecode(), '-i', f"{video_pth.absolute()}"
]
call_list += [
'-strict', '-2', '-t',
duration.get_timecode(),
f"{audio_output_dir.joinpath(video_pth.stem + f'_{i + 1}.mp3')}"
]
ret_val = subprocess.call(call_list)
if not suppress_output and i == 0 and len(scene_list) > 1:
logger.info(
'Output from ffmpeg for Scene 1 shown above, splitting remaining scenes...'
)
def process_input(self):
# type: () -> None
""" Process Input: Processes input video(s) and generates output as per CLI commands.
Run after all command line options/sub-commands have been parsed.
"""
logging.debug('Processing input...')
if not self.options_processed:
logging.debug(
'Skipping processing, CLI options were not parsed successfully.'
)
return
self.check_input_open()
if not self.scene_manager.get_num_detectors() > 0:
logging.error(
'No scene detectors specified (detect-content, detect-threshold, etc...),\n'
' or failed to process all command line arguments.')
return
# Handle scene detection commands (detect-content, detect-threshold, etc...).
self.video_manager.start()
base_timecode = self.video_manager.get_base_timecode()
start_time = time.time()
logging.info('Detecting scenes...')
num_frames = self.scene_manager.detect_scenes(
frame_source=self.video_manager,
frame_skip=self.frame_skip,
show_progress=not self.quiet_mode)
duration = time.time() - start_time
logging.info('Processed %d frames in %.1f seconds (average %.2f FPS).',
num_frames, duration,
float(num_frames) / duration)
# Handle -s/--statsfile option.
if self.stats_file_path is not None:
if self.stats_manager.is_save_required():
with open(self.stats_file_path, 'wt') as stats_file:
logging.info('Saving frame metrics to stats file: %s',
os.path.basename(self.stats_file_path))
self.stats_manager.save_to_csv(stats_file, base_timecode)
else:
logging.debug(
'No frame metrics updated, skipping update of the stats file.'
)
# Get list of detected cuts and scenes from the SceneManager to generate the required output
# files with based on the given commands (list-scenes, split-video, save-images, etc...).
cut_list = self.scene_manager.get_cut_list(base_timecode)
scene_list = self.scene_manager.get_scene_list(base_timecode)
video_paths = self.video_manager.get_video_paths()
video_name = os.path.basename(video_paths[0])
if video_name.rfind('.') >= 0:
video_name = video_name[:video_name.rfind('.')]
# Ensure we don't divide by zero.
if scene_list:
logging.info(
'Detected %d scenes, average shot length %.1f seconds.',
len(scene_list),
sum([(end_time - start_time).get_seconds()
for start_time, end_time in scene_list]) /
float(len(scene_list)))
else:
logging.info('No scenes detected.')
# Handle list-scenes command.
if self.scene_list_output:
scene_list_filename = Template(
self.scene_list_name_format).safe_substitute(
VIDEO_NAME=video_name)
if not scene_list_filename.lower().endswith('.csv'):
scene_list_filename += '.csv'
scene_list_path = get_and_create_path(
scene_list_filename,
self.scene_list_directory if self.scene_list_directory
is not None else self.output_directory)
logging.info('Writing scene list to CSV file:\n %s',
scene_list_path)
with open(scene_list_path, 'wt') as scene_list_file:
write_scene_list(scene_list_file, scene_list, cut_list)
# Handle `list-scenes`.
if self.print_scene_list:
logging.info(
"""Scene List:
-----------------------------------------------------------------------
| Scene # | Start Frame | Start Time | End Frame | End Time |
-----------------------------------------------------------------------
%s
-----------------------------------------------------------------------
""", '\n'.join([
' | %5d | %11d | %s | %11d | %s |' %
(i + 1, start_time.get_frames(), start_time.get_timecode(),
end_time.get_frames(), end_time.get_timecode())
for i, (start_time, end_time) in enumerate(scene_list)
]))
if cut_list:
logging.info('Comma-separated timecode list:\n %s',
','.join([cut.get_timecode() for cut in cut_list]))
# Handle save-images command.
if self.save_images:
self._generate_images(
scene_list=scene_list,
video_name=video_name,
image_name_template=self.image_name_format,
output_dir=self.image_directory,
downscale_factor=self.video_manager.get_downscale_factor())
# Handle export-html command.
if self.export_html:
html_filename = Template(
self.html_name_format).safe_substitute(VIDEO_NAME=video_name)
if not html_filename.lower().endswith('.html'):
html_filename += '.html'
html_path = get_and_create_path(
html_filename, self.image_directory
if self.image_directory is not None else self.output_directory)
logging.info('Exporting to html file:\n %s:', html_path)
if not self.html_include_images:
self.image_filenames = None
write_scene_list_html(html_path,
scene_list,
cut_list,
image_filenames=self.image_filenames,
image_width=self.image_width,
image_height=self.image_height)
# Handle split-video command.
if self.split_video:
# Add proper extension to filename template if required.
dot_pos = self.split_name_format.rfind('.')
if self.split_mkvmerge and not self.split_name_format.endswith(
'.mkv'):
self.split_name_format += '.mkv'
# Don't add if we find an extension between 2 and 4 characters
elif not (dot_pos >= 0) or (dot_pos >= 0
and not ((len(self.split_name_format) -
(dot_pos + 1) <= 4 >= 2))):
self.split_name_format += '.mp4'
output_file_prefix = get_and_create_path(
self.split_name_format, self.split_directory
if self.split_directory is not None else self.output_directory)
mkvmerge_available = is_mkvmerge_available()
ffmpeg_available = is_ffmpeg_available()
if mkvmerge_available and (self.split_mkvmerge
or not ffmpeg_available):
if not self.split_mkvmerge:
logging.warning(
'ffmpeg not found, falling back to fast copy mode (split-video -c/--copy).'
)
split_video_mkvmerge(video_paths,
scene_list,
output_file_prefix,
video_name,
suppress_output=self.quiet_mode
or self.split_quiet)
elif ffmpeg_available:
if self.split_mkvmerge:
logging.warning(
'mkvmerge not found, falling back to normal splitting'
' mode (split-video).')
split_video_ffmpeg(video_paths,
scene_list,
output_file_prefix,
video_name,
arg_override=self.split_args,
hide_progress=self.quiet_mode,
suppress_output=self.quiet_mode
or self.split_quiet)
else:
if not (mkvmerge_available or ffmpeg_available):
error_strs = [
"ffmpeg/mkvmerge is required for split-video [-c/--copy]."
]
else:
error_strs = [
"{EXTERN_TOOL} is required for split-video{EXTRA_ARGS}."
.format(EXTERN_TOOL='mkvmerge'
if self.split_mkvmerge else 'ffmpeg',
EXTRA_ARGS=' -c/--copy'
if self.split_mkvmerge else '')
]
error_strs += [
"Install one of the above tools to enable the split-video command."
]
error_str = '\n'.join(error_strs)
logging.debug(error_str)
raise click.BadParameter(error_str, param_hint='split-video')
if scene_list:
logging.info(
'Video splitting completed, individual scenes written to disk.'
)
def find_scenes(video_path):
start_time = time.time()
print("Analyzing video " + video_path)
# type: (str) -> List[Tuple[FrameTimecode, FrameTimecode]]
video_manager = VideoManager([video_path])
stats_manager = StatsManager()
# Pass StatsManager to SceneManager to accelerate computing time
scene_manager = SceneManager(stats_manager)
# Add ContentDetector algorithm (each detector's constructor
# takes detector options, e.g. threshold).
scene_manager.add_detector(ContentDetector())
base_timecode = video_manager.get_base_timecode()
# We save our stats file to {VIDEO_PATH}.stats.csv.
stats_file_path = '%s.stats.csv' % (video_path)
scene_list = []
folder = os.path.splitext(video_path)[0]
if os.path.exists(folder):
print(
'--- STOP : The folder for this video already exists, it is probably already split.'
)
else:
try:
# If stats file exists, load it.
if os.path.exists(stats_file_path):
# Read stats from CSV file opened in read mode:
with open(stats_file_path, 'r') as stats_file:
stats_manager.load_from_csv(stats_file, base_timecode)
if video_splitter.is_ffmpeg_available():
# Set downscale factor to improve processing speed.
video_manager.set_downscale_factor()
# Start video_manager.
video_manager.start()
# Perform scene detection on video_manager.
scene_manager.detect_scenes(frame_source=video_manager)
# Obtain list of detected scenes.
scene_list = scene_manager.get_scene_list(base_timecode)
# Each scene is a tuple of (start, end) FrameTimecodes.
print('%s scenes obtained' % len(scene_list))
if len(scene_list) > 0:
# STATISTICS : Store scenes length
with open(FILE_SCENE_LENGH, 'a') as myfile:
for i, scene in enumerate(scene_list):
myfile.write(
'%s, %d, %f\n' %
(os.path.splitext(
os.path.basename(video_path))[0],
scene[1].get_frames() - scene[0].get_frames(),
(scene[1] - scene[0]).get_seconds()))
# STATISTICS : Store number of scenes
with open(FILE_SCENE_NUMBER, 'a') as myfile:
myfile.write('%s,%d\n' % (os.path.splitext(
os.path.basename(video_path))[0], len(scene_list)))
# Split the video
print('Splitting the video. Put scenes in %s/%s' %
(folder, VIDEO_SPLIT_TEMPLATE))
os.mkdir(folder)
video_splitter.split_video_ffmpeg(
[video_path],
scene_list,
folder + "/" + VIDEO_SPLIT_TEMPLATE + ".mp4",
os.path.basename(folder),
suppress_output=True)
print("-- Finished video splitting in {:.2f}s --".format(
time.time() - start_time))
else:
print(
'Ffmpeg is not installed on your computer. Please install it before running this code'
)
finally:
video_manager.release()
return scene_list
def process_input(self):
# type: () -> None
""" Process Input: Processes input video(s) and generates output as per CLI commands.
Run after all command line options/sub-commands have been parsed.
"""
logging.debug('Processing input...')
if not self.options_processed:
logging.debug(
'Skipping processing, CLI options were not parsed successfully.'
)
return
self.check_input_open()
if not self.scene_manager.get_num_detectors() > 0:
logging.error(
'No scene detectors specified (detect-content, detect-threshold, etc...).'
)
return
# Handle scene detection commands (detect-content, detect-threshold, etc...).
self.video_manager.start()
base_timecode = self.video_manager.get_base_timecode()
start_time = time.time()
logging.info('Detecting scenes...')
num_frames = self.scene_manager.detect_scenes(
frame_source=self.video_manager,
start_time=self.start_frame,
frame_skip=self.frame_skip,
show_progress=not self.quiet_mode)
duration = time.time() - start_time
logging.info('Processed %d frames in %.1f seconds (average %.2f FPS).',
num_frames, duration,
float(num_frames) / duration)
# Handle -s/--statsfile option.
if self.stats_file_path is not None:
if self.stats_manager.is_save_required():
with open(self.stats_file_path, 'wt') as stats_file:
logging.info('Saving frame metrics to stats file: %s',
os.path.basename(self.stats_file_path))
self.stats_manager.save_to_csv(stats_file, base_timecode)
else:
logging.debug(
'No frame metrics updated, skipping update of the stats file.'
)
# Get list of detected cuts and scenes from the SceneManager to generate the required output
# files with based on the given commands (list-scenes, split-video, save-images, etc...).
cut_list = self.scene_manager.get_cut_list(base_timecode)
scene_list = self.scene_manager.get_scene_list(base_timecode)
video_paths = self.video_manager.get_video_paths()
video_name = os.path.basename(video_paths[0])
if video_name.rfind('.') >= 0:
video_name = video_name[:video_name.rfind('.')]
# Handle list-scenes command.
# Handle `list-scenes -o`.
if self.scene_list_path is not None:
with open(self.scene_list_path, 'wt') as scene_list_file:
write_scene_list(scene_list_file, cut_list, scene_list)
# Handle `list-scenes`.
list_length = len(scene_list) if len(scene_list) else 1
logging.info(
'Detected %d scenes, average shot length %.1f seconds.',
list_length,
sum([(end_time - start_time).get_seconds()
for start_time, end_time in scene_list]) / float(list_length))
if self.print_scene_list:
logging.info(
""" Scene List:
-----------------------------------------------------------------------
| Scene # | Start Frame | Start Time | End Frame | End Time |
-----------------------------------------------------------------------
%s
-----------------------------------------------------------------------
""", '\n'.join([
' | %5d | %11d | %s | %11d | %s |' %
(i + 1, start_time.get_frames(), start_time.get_timecode(),
end_time.get_frames(), end_time.get_timecode())
for i, (start_time, end_time) in enumerate(scene_list)
]))
if cut_list:
logging.info('Comma-separated timecode list:\n %s',
','.join([cut.get_timecode() for cut in cut_list]))
# Handle save-images command.
if self.save_images:
self._generate_images(scene_list=scene_list,
image_prefix=video_name,
output_dir=self.image_directory)
# Handle split-video command.
if self.split_video:
output_file_name = self.get_output_file_path(
video_name, output_dir=self.split_directory)
mkvmerge_available = is_mkvmerge_available()
ffmpeg_available = is_ffmpeg_available()
if mkvmerge_available and (self.split_mkvmerge
or not ffmpeg_available):
if not self.split_mkvmerge:
logging.info('ffmpeg not found.')
logging.info('Splitting input video%s using mkvmerge...',
's' if len(video_paths) > 1 else '')
split_video_mkvmerge(video_paths,
scene_list,
output_file_name,
suppress_output=self.quiet_mode
or self.split_quiet)
elif ffmpeg_available:
logging.info('Splitting input video%s using ffmpeg...',
's' if len(video_paths) > 1 else '')
split_video_ffmpeg(video_paths,
scene_list,
output_file_name,
arg_override=self.split_args,
hide_progress=self.quiet_mode
or self.split_quiet,
suppress_output=self.quiet_mode
or self.split_quiet)
else:
error_strs = [
"ffmpeg/mkvmerge is required for video splitting.",
"Install one of the above tools to enable the split-video command."
]
error_str = '\n'.join(error_strs)
logging.debug(error_str)
raise click.BadParameter(error_str, param_hint='split-video')
logging.info(
'Video splitting completed, individual scenes written to disk.'
)
def process_input(self):
# type: () -> None
""" Process Input: Processes input video(s) and generates output as per CLI commands.
Run after all command line options/sub-commands have been parsed.
"""
logging.debug('Processing input...')
if not self.options_processed:
logging.debug('Skipping processing, CLI options were not parsed successfully.')
return
self.check_input_open()
if not self.scene_manager.get_num_detectors() > 0:
logging.error(
'No scene detectors specified (detect-content, detect-threshold, etc...),\n'
' or failed to process all command line arguments.')
return
# Handle scene detection commands (detect-content, detect-threshold, etc...).
self.video_manager.start()
base_timecode = self.video_manager.get_base_timecode()
start_time = time.time()
logging.info('Detecting scenes...')
num_frames = self.scene_manager.detect_scenes(
frame_source=self.video_manager, frame_skip=self.frame_skip,
show_progress=not self.quiet_mode)
duration = time.time() - start_time
logging.info('Processed %d frames in %.1f seconds (average %.2f FPS).',
num_frames, duration, float(num_frames)/duration)
# Handle -s/--statsfile option.
if self.stats_file_path is not None:
if self.stats_manager.is_save_required():
with open(self.stats_file_path, 'wt') as stats_file:
logging.info('Saving frame metrics to stats file: %s',
os.path.basename(self.stats_file_path))
self.stats_manager.save_to_csv(
stats_file, base_timecode)
else:
logging.debug('No frame metrics updated, skipping update of the stats file.')
# Get list of detected cuts and scenes from the SceneManager to generate the required output
# files with based on the given commands (list-scenes, split-video, save-images, etc...).
cut_list = self.scene_manager.get_cut_list(base_timecode)
scene_list = self.scene_manager.get_scene_list(base_timecode)
video_paths = self.video_manager.get_video_paths()
video_name = os.path.basename(video_paths[0])
if video_name.rfind('.') >= 0:
video_name = video_name[:video_name.rfind('.')]
# Ensure we don't divide by zero.
if scene_list:
logging.info('Detected %d scenes, average shot length %.1f seconds.',
len(scene_list),
sum([(end_time - start_time).get_seconds()
for start_time, end_time in scene_list]) / float(len(scene_list)))
else:
logging.info('No scenes detected.')
# Handle list-scenes command.
if self.scene_list_output:
scene_list_filename = Template(self.scene_list_name_format).safe_substitute(
VIDEO_NAME=video_name)
if not scene_list_filename.lower().endswith('.csv'):
scene_list_filename += '.csv'
scene_list_path = self.get_output_file_path(
scene_list_filename, self.scene_list_directory)
logging.info('Writing scene list to CSV file:\n %s', scene_list_path)
with open(scene_list_path, 'wt') as scene_list_file:
write_scene_list(scene_list_file, scene_list, cut_list)
# Handle `list-scenes`.
if self.print_scene_list:
logging.info("""Scene List:
-----------------------------------------------------------------------
| Scene # | Start Frame | Start Time | End Frame | End Time |
-----------------------------------------------------------------------
%s
-----------------------------------------------------------------------
""", '\n'.join(
[' | %5d | %11d | %s | %11d | %s |' % (
i+1,
start_time.get_frames(), start_time.get_timecode(),
end_time.get_frames(), end_time.get_timecode())
for i, (start_time, end_time) in enumerate(scene_list)]))
if cut_list:
logging.info('Comma-separated timecode list:\n %s',
','.join([cut.get_timecode() for cut in cut_list]))
# Handle save-images command.
if self.save_images:
self._generate_images(scene_list=scene_list, video_name=video_name,
image_name_template=self.image_name_format,
output_dir=self.image_directory)
# Handle export-html command.
if self.export_html:
html_filename = Template(self.html_name_format).safe_substitute(
VIDEO_NAME=video_name)
if not html_filename.lower().endswith('.html'):
html_filename += '.html'
html_path = self.get_output_file_path(
html_filename, self.image_directory)
logging.info('Exporting to html file:\n %s:', html_path)
if not self.html_include_images:
self.image_filenames = None
write_scene_list_html(html_path, scene_list, cut_list,
image_filenames=self.image_filenames,
image_width=self.image_width,
image_height=self.image_height)
# Handle split-video command.
if self.split_video:
# Add proper extension to filename template if required.
dot_pos = self.split_name_format.rfind('.')
if self.split_mkvmerge and not self.split_name_format.endswith('.mkv'):
self.split_name_format += '.mkv'
# Don't add if we find an extension between 2 and 4 characters
elif not (dot_pos >= 0) or (
dot_pos >= 0 and not
((len(self.split_name_format) - (dot_pos+1) <= 4 >= 2))):
self.split_name_format += '.mp4'
output_file_prefix = self.get_output_file_path(
self.split_name_format, output_dir=self.split_directory)
mkvmerge_available = is_mkvmerge_available()
ffmpeg_available = is_ffmpeg_available()
if mkvmerge_available and (self.split_mkvmerge or not ffmpeg_available):
if not self.split_mkvmerge:
logging.warning(
'ffmpeg not found, falling back to fast copy mode (split-video -c/--copy).')
split_video_mkvmerge(video_paths, scene_list, output_file_prefix, video_name,
suppress_output=self.quiet_mode or self.split_quiet)
elif ffmpeg_available:
if self.split_mkvmerge:
logging.warning('mkvmerge not found, falling back to normal splitting'
' mode (split-video).')
split_video_ffmpeg(video_paths, scene_list, output_file_prefix,
video_name, arg_override=self.split_args,
hide_progress=self.quiet_mode,
suppress_output=self.quiet_mode or self.split_quiet)
else:
if not (mkvmerge_available or ffmpeg_available):
error_strs = ["ffmpeg/mkvmerge is required for split-video [-c/--copy]."]
else:
error_strs = [
"{EXTERN_TOOL} is required for split-video{EXTRA_ARGS}.".format(
EXTERN_TOOL='mkvmerge' if self.split_mkvmerge else 'ffmpeg',
EXTRA_ARGS=' -c/--copy' if self.split_mkvmerge else '')]
error_strs += ["Install one of the above tools to enable the split-video command."]
error_str = '\n'.join(error_strs)
logging.debug(error_str)
raise click.BadParameter(error_str, param_hint='split-video')
if scene_list:
logging.info('Video splitting completed, individual scenes written to disk.')
