Maximum value of the range.

Minimum value of the range.

Name of the video, without extension, or device.

Name of the video, without extension.

Name of the video, without extension, or device.

Always 'CAP_ADAPTER'.

Ensure no log messages with error severity or higher were reported during test execution.

Video or device path.

Video path.

Video path.

Always 'CAP_ADAPTER'.

Current position within stream as FrameTimecode. This can be interpreted as presentation time stamp, thus frame 1 corresponds to the

Current position within stream as FrameTimecode. This can be interpreted as presentation time stamp, thus frame 1 corresponds to the

Current position within stream as FrameTimecode. This can be interpreted as presentation time stamp of the last frame which was decoded by

Current position within stream as a float of the presentation time in milliseconds. The first frame has a PTS of 0.

Current position within stream as a float of the presentation time in milliseconds. The first frame has a PTS of 0.

Current position within stream as a float of the presentation time in milliseconds. The first frame has a time of 0.0 ms. This method

Writes a final scene cut if the last detected fade was a fade-out. Only writes the scene cut if add_final_scene is true, and the last fade

Writes a final scene cut if the last detected fade was a fade-out.

Process the next frame. Args: timecode: FrameTimecode of the current frame position. frame_img (numpy.ndarray or None

Computes the histogram of the luma channel of the frame image and compares it with the histogram of the luma channel of the previous frame. If

Process the next frame. `frame_num` is assumed to be sequential. Args: frame_num (int): Frame number of frame that is being passe

Similar to ContentDetector, but using a perceptual hashing algorithm to calculate a hash for each frame and then calculate a hash difference

Process the next frame.

The presentation timestamp of the frame in units of `time_base`.

Not supported.

Video containing a corrupted frame causing a decode failure.

Handles the `save-edl` command. Outputs in CMX 3600 format.

Handles the `save-fcp` command.

Handles the `save-html` command.

Handles the `save-images` command.

Handles the `save-otio` command.

Handler for the `save-qp` command.

The frame's position in number of seconds.

Seek to the given timecode. If given as a frame number, represents the current seek pointer (e.g. if seeking to 0, the next frame decoded will

The underlying VideoCapture is assumed to not support seeking.

Handles the `split-video` command.

Getter for the StatsManager associated with this SceneManager, if any.

Optional :class:`StatsManager <scenedetect.stats_manager.StatsManager>` to use for storing frame metrics. When this detector is added to a par

Stop the current :meth:`detect_scenes` call, if any. Thread-safe.

Test FrameTimecode addition (+/+=, __add__/__iadd__) operator.

Demonstrate usage of the `detect()` function to process a complete video.

Demonstrate usage of the `detect()` function to process a subset of a video.

Demonstrate usage of the `detect()` function to generate a statsfile.

Demonstrate how to use a webcam/device/pipe and a callback function. Instead of calling `open_video()`, an existing `cv2.VideoCapture` can be used

`open_video(framerate=...)` is the soft-deprecated alias for `frame_rate=` (issue #548). Both forms must produce equivalent streams; when both are

Demonstrate how to use a SceneManager to implement a function similar to `detect()`.

Demonstrate how to use a callback with the SceneManager detect_scenes method.

Demonstrate how to use a SceneManager to process a subset of the input video.

Demonstrate using a StatsManager to save per-frame statistics to disk.

Demonstrate all different types of timecodes that can be used.

`FrameTimecode` arithmetic should accept a bare :class:`Timecode` operand by treating it as an absolute time in seconds.

Test that the VideoCaptureAdapter works with SceneManager.

For CFR video, frame_num should be exact (not approximate).

CFR video positions should also be Timecode-backed with PTS support.

Test setting the `-b`/`--backend` argument.

Ensure setting an invalid backend returns an error.

Test --crop functionality.

Test --crop rejects invalid options.

Test `scenedetect` command invoked without a detector.

Test each detection algorithm.

Test each detection algorithm with a statsfile.

`--framerate` is the soft-deprecated hidden alias for `-f/--frame-rate` (issue #548). Both forms must be accepted; passing both should not error.

Test `scenedetect` info commands (e.g. help, about).

A v0.6-era scenedetect.cfg using the deprecated `[export-html]` section must still load in v0.7. The parser maps `[export-html]` -> `[save-html]`

Test `list-scenes` command.

Test `list-scenes` command with custom delimiters set in a config file.

Test `list-scenes` command with the -n flag.

Test `list-scenes` command with custom delimiters set in a config file.

Test `list-scenes` command with the -s/--skip-cuts option for RFC 4180 compliance.

Ensure we can load scenes both with and without the cut row.

Verify we can use `load-scenes` with the `time` command and get the desired output.

Verify we can use `load-scenes` and get the same scenes as output with `list-scenes`.

`--min-scene-len` (and equivalent options) must accept frames, seconds, and timecodes in v0.7 per the changelog. The four forms below all resolve