class CVExample(HasTraits):
cv_float = CVFloat
cv_int = CVInt
cv_str = CVStr
cv_unicode = CVType(Unicode, something='meta', sync_value='both')
class CVExample(HasTraits):
cv_float = CVFloat
cv_int = CVInt
cv_str = CVStr
cv_unicode = CVType(Str, something="meta", sync_value="both")
class VideoEditor(BasicEditorFactory):
"""Traits UI 'display only' video editor.
This editor only displays the video stream, and does not attempt to
provide UI elements for controlling playback. It does provide a
rich set of trait references that can be synchronised with the internal
state of the video player.
"""
#: The editor class to be created:
klass = Property()
#: The behaviour of the video display when the widget aspect ratio
#: doesn't match the aspect ratio of the video stream.
aspect_ratio = AspectRatio()
#: True if the audio is muted, False otherwise
muted = CVType(Bool, default_value=False, sync_value='from')
#: Audio volume on a logarithmic scale
volume = CVType(Range(0.0, 100.0), default_value=75.0, sync_value='from')
#: The playback speed of the video. Negative values are allowed but may not
#: be supported by the underlying implementation.
playback_rate = CVType(Float, default_value=1.0, sync_value='from')
#: The state (stopped, playing, paused) of the player
state = CVType(PlayerState, default_value='stopped', sync_value='both')
#: The current position, in seconds, in the video.
position = CVType(Float, default_value=0.0, sync_value='both')
#: Duration of the loaded video in seconds
duration = Instance(ContextValue,
args=('', ),
allow_none=False,
sync_value='to')
#: The status of the loaded video (see ``MediaStatus``)
media_status = Instance(ContextValue,
args=('', ),
allow_none=False,
sync_value='to')
#: An integer percentage representing how much of the player's buffer
#: is filled.
buffer = Instance(ContextValue,
args=('', ),
allow_none=False,
sync_value='to')
#: A string describing an error encountered by the player
video_error = Instance(ContextValue,
args=('', ),
allow_none=False,
sync_value='to')
#: Callable to apply to video frames. Takes ref to new frame and a size
#: tuple. Must return a QImage and a numpy array.
image_func = CVType(Callable, sync_value='from')
#: The name of a trait to synchronise with the player's notify interval.
#: The referenced trait should be a Float representing time in seconds.
notify_interval = CVType(Float, default_value=1.0, sync_value='from')
def _get_klass(self):
"""Returns the editor class to be instantiated."""
return toolkit_object('video_editor:VideoEditor')