A photogrammetric stereoplotter using a stereoscopic binocular unit (1) to provide an image of spatially separated masters (4,5) and including a cursor (6) providing X Y coordinates and measuring marks providing Z coordinates in which the X Y Z coordinates are fed through a stereogrammetric unit (7) to a computer (8) with a display and/or printer (12,13) and an interface (14) to a display tube (16) and through an optic train (18) to at least one side of the binocular unit (1), and including a to...

A method is presented for generating radar predictions using an automated analytical stereoplotter for compilation and extraction of topographic information.

A stereoplotter with carriages and two distinct lens systems for viewing a pair of overlapping aerial photographic transparencies positioned on the carriages to produce a three dimensional optical model visible at the binocular viewer of the stereoplotter. The carriages are independently adjustable in two directions, and respond to both manual and computer control. A floating mark, or reticle, is introduced into the plane of the photographic transparency by each lens system. The operator, by man...