`unreal.LiveLinkOpenTrackIOTiming`¶

class unreal.LiveLinkOpenTrackIOTiming(mode: str = '', recorded_timestamp: LiveLinkOpenTrackIOTimestamp = Ellipsis, sample_rate: LiveLinkOpenTrackIOFrameRate = Ellipsis, sample_timestamp: LiveLinkOpenTrackIOTimestamp = Ellipsis, sequence_number: int = 0, synchronization: LiveLinkOpenTrackIOSynchronization = Ellipsis, timecode: LiveLinkOpenTrackIOTimecode = Ellipsis)¶

Bases: StructBase

Live Link Open Track IOTiming

C++ Source:

Plugin: LiveLinkOpenTrackIO
Module: LiveLinkOpenTrackIO
File: LiveLinkOpenTrackIOTypes.h

Editor Properties: (see get_editor_property/set_editor_property)

mode (str): [Read-Write] Enumerated value indicating whether the sample transport mechanism provides inherent (’external’) timing, or whether the transport mechanism lacks inherent timing and so the sample must contain a PTP timestamp itself (’internal’) to carry timing information.
recorded_timestamp (LiveLinkOpenTrackIOTimestamp): [Read-Write] PTP timestamp of the data recording instant, provided for convenience during playback of e.g. pre-recorded tracking data.
sample_rate (LiveLinkOpenTrackIOFrameRate): [Read-Write] Sample frame rate as a rational number. Drop frame rates such as 29.97 should be represented as e.g. 30000/1001. In a variable rate system this should be estimated from the last sample delta time.
sample_timestamp (LiveLinkOpenTrackIOTimestamp): [Read-Write] PTP timestamp of the data recording instant, provided for convenience during playback of e.g. pre-recorded tracking data. The timestamp comprises a 48-bit unsigned integer (seconds), a 32-bit unsigned integer (nanoseconds)
sequence_number (int32): [Read-Write] Integer incrementing with each sample.
synchronization (LiveLinkOpenTrackIOSynchronization): [Read-Write] Synchronization object for the timing.
timecode (LiveLinkOpenTrackIOTimecode): [Read-Write] SMTPE timecode of the sample.

property mode: str¶

[Read-Write] Enumerated value indicating whether the sample transport mechanism provides inherent (’external’) timing, or whether the transport mechanism lacks inherent timing and so the sample must contain a PTP timestamp itself (’internal’) to carry timing information.

Type:: (str)

property recorded_timestamp: LiveLinkOpenTrackIOTimestamp¶

[Read-Write] PTP timestamp of the data recording instant, provided for convenience during playback of e.g. pre-recorded tracking data.

Type:: (LiveLinkOpenTrackIOTimestamp)

property sample_rate: LiveLinkOpenTrackIOFrameRate¶

[Read-Write] Sample frame rate as a rational number. Drop frame rates such as 29.97 should be represented as e.g. 30000/1001. In a variable rate system this should be estimated from the last sample delta time.

Type:: (LiveLinkOpenTrackIOFrameRate)

property sample_timestamp: LiveLinkOpenTrackIOTimestamp¶

[Read-Write] PTP timestamp of the data recording instant, provided for convenience during playback of e.g. pre-recorded tracking data. The timestamp comprises a 48-bit unsigned integer (seconds), a 32-bit unsigned integer (nanoseconds)