stereoscopic this reduces the computation needed for the conversion of monoscopic motion picture film to stereoscopic motion picture film by several orders of magnitude and results in a much quicker and easier conversion a preferred embodiment of the method of the present invention is shown in fig9 a and 9 b digital images are captured at step 10 if the digital images are from video media and were originally recorded on motion picture film redundant frames are removed at step 30 key objects are selected at step 40 key frames are identified at step 50 each frame between the start key frame and the stop key frame is tweened at step 60 finally the sequence of stereoscopic images is displayed at step 70 the tweening process of step 60 begins with outlining the objects to form vector outlines at step 100 the depth of objects is set at step 110 if a vector outlined object in the background crosses vectors with a foreground object the vectors of the background object are clipped at step 130 if the object corresponds to a predefined object it is transformed using a predefined profile warping at step 150 otherwise the object is transformed using a selected perspective calculation curve at step 160 unless a stop key frame is reached process returns to step 100 the tweening process is repeated for each set of start and stop key frames thus it can be seen that a method and apparatus for converting monoscopic images into stereoscopic images is provided although this specification describes the generation of a right perspective.