Computer-Generated Autostereography Method and Apparatus

The barrier strip strip method cuts a predetermined number of different views of an object into vertical columns, interleaves the columns on a transparency, and positions them behind the slits of a barrier strip that is in a fixed position.

Authors: Sandor, E., Sandin, D.J., Cunnally, W., Meyers, S.

Publication: United States Patent US 5,113,213

URL: https://patents.google.com/patent/US5113213A/en

There is disclosed a method of making autostereo­graphic images of an object, comprising the steps of inputting to a computer a predetermined number of planar images of the object, each of the planar images being a view of the object, from one of the predetermined number of different viewpoints; interleaving the predetermined number of planar images in the com­puter; and printing the interleaved images with a high­resolution output imaging device on a spacer, a selected edge of each interleaved image being aligned with a predetermined direction on the spacer.

Also disclosed is an apparatus for making autostereo­graphic images of an object, comprising a device for generating a predetermined number of planar images of the object, each planar image being a view of the object from one of the predetermined number of different viewpoints; a computer, the computer interleaving the predetermined number of planar images; and a high­resolution output imaging device, the output imaging device being in communication with the computer, for printing the interleaved images on a transparent spacer with selected edges of the images being aligned with a predetermined direction.

Also disclosed is an autostereograph, comprising a transparent spacer; a predetermined number of planar images, the planar images being views of an object from the predetermined number of different viewpoints and being interleaved in strips and printed on a side of the spacer; and a device for viewing predetermined ones of the strips according to an observation position, the viewing means being disposed on the opposite side of the spacer.

Date: August 29, 1995

Document: View PDF

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