Abstract: A stop-frame animation apparatus and method includes making a series of drawings representing the desired poses for the a three-dimensional object to be animated. The drawings are sequentially viewed by a first television camera which relays the image of the drawings onto a television monitor. The monitor simultaneously displays an image of the three-dimensional object to be animated from a second television camera. A semi-transparent mirror is used to divert a portion of the light from the three-dimensional object that is directed toward a motion picture camera to the second television camera. The two television cameras are synchronized by a common sync generator so that the two videos are properly mixed and the corresponding two images are superimposed in a proper spatial relationship. One then uses the mixing of the two images displayed simultaneously on the single monitor to position the object so that it conforms to the drawing seen on the television monitor.

Abstract: An stop motion animation sequence of a tangible object is made by the steps of making a series of drawings representing three-dimensional object to be animated in various sequential positions; sequentially embodying the drawings on a projection medium such as motion picture film or video; displaying the projection medium at real time to see if the motion depicted by the drawings is the desired motion; and repeating the foregoing steps until the desired motion is realized. Once the drawings depicting the desired motion are completed, transferring each drawing onto a transparent material such as celluloid (commonly used in animated cartoons) so that an identical series of drawings representing the object in the various sequential positions thereby exists on the transparencies.