Abstract: An apparatus for the generation of a full-spectrum stereoscopic display. The system uses a flat, masking screen comprised of a plurality of regularly spaced, vertical apertures arranged in front of, parallel, and in a geometric relation to a flat, image display screen. The image has two viewpoints (one right-eye and one left-eye) interlaced by alternate vertical rows of pixels. The system creates a full-spectrum stereoscopic display when the image is viewed with proper geometric alignment by a viewer through the vertical apertures of the masking screen, which effectively separates the alternating left-eye/right-eye viewpoint vertical rows of pixels in such a manner as to allow the right eye to only see the right-eye viewpoint and the left eye to only see the left-eye viewpoint. A holographic display can be achieved by using five cameras, which allow a viewer to “see” and image from different angles.