colorīackground color of the final clip (). Size (width, height) in pixels of the final clip.īy default it will be the size of the current clip. Returns a clip made of the current clip overlaid on a colorĬlip of a possibly bigger size. max () for frame in er_frames()]) on_color ( self, size=None, color=(0, 0, 0), pos=None, col_opacity=None ) ¶ > from moviepy.editor import VideoFileClip > myclip = VideoFileClip ( 'myvideo.mp4' ) > print (. > # prints the maximum of red that is contained > # on the first line of each frame of the clip. Use dtype=”uint8” when using the pictures to write video, images… The fps (frames per second) parameter is optional if the It provides an easy way to do frame-by-frame treatment ofĪ video, for fields like science, computer vision… This function is not really meant for video editing. Where N=1 for mask clips and N=3 for RGB clips. Returns each frame of the clip as a HxWxN np.array, Iterates over all the frames of the clip. iter_frames ( self, fps=None, with_times=False, logger=None, dtype=None ) ¶ If t is a numpy array, returns False if none of the t is in If t is a time, returns true if t is between the start and Or (mono or stereo) value for a sound clip is_playing ( self, t ) ¶ Gets a numpy array representing the RGB picture of the clip at time t fx ( mirrorx ) > # Is equivalent, but clearer than > resize ( volumex ( mirrorx ( clip ), 0.5 ), 0.3 ) get_frame ( self, t ) ¶ > from import volumex, resize, mirrorx > clip. In the following newclip a 100 pixels-high clip whose videoĬontent scrolls from the top to the bottom of the frames of Set to True if the transformation does not change the Specifies if the filter fl should also be applied to theĪudio or the mask of the clip, if any. Returned by the transformed clip (see examples below). In seconds, frame is a picture (=Numpy array) which will be Represent the current clip’s get_frame method, Parameters funĪ function with signature (gf,t -> frame) where gf will (through function fun) of the frames of the current clip. Returns a new Clip whose frames are a transformation fl ( self, fun, apply_to=None, keep_duration=True ) ¶ ![]() The resulting clip’s audio and mask will also be cutout The duration of the returned clip is automatically computed as If the original clip has a duration attribute set, ![]() Skips the extract between ta and tb, which can beĮxpressed in seconds (15.35), in (min, sec), in (hour, min, sec), Returns a clip playing the content of the current clip but There is an outplace transformation of the clip (clip.resize,Ĭlip.subclip, etc.) cutout ( self, ta, tb ) ¶ This method is intensively used to produce new clips every time Returns a shallow copy of the clip whose mask and audio willīe shallow copies of the clip’s mask and audio if they exist. On the given picture, the position of the clip being givenīy the clip’s pos attribute. Returns the result of the blit of the clip’s frame at time t Return a new clip whose audio has been transformed by fun. Set constant_size to False for clips with moving Having a None mask but can be useful in many cases. This makes computations slower compared to Returns a copy of the clip with a completely opaque mask Of the clip when it is composed with other clips. posĪ function t->(x,y) where x,y is the position audio (default None)Īn AudioClip instance containing the audio of the video clip. mask (default None) VideoClip mask attached to this clip. make_frameĪ function t-> frame at time t where frame is a ![]() ismaskīoolean set to True if the clip is a mask. The width and height of the clip, in pixels. The size of the clip, (width,heigth), in pixels. True if the clip is going to be used as a mask. VideoClip ( make_frame=None, ismask=False, duration=None, has_constant_size=True ) ¶
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