Patent ID: 8249332

Claim:
A system comprising modules executable with at least one processor for obtaining measurements of an object, the system comprising: a memory storing a plurality of stereo images each comprising first and second images of the object; a composite module to combine at least two stereo images into a composite stereo image, wherein the composite stereo image comprises a composite first image and a composite second image, the composite first image comprises a composite of the first images of each of the at least two stereo images, and the composite second image comprises a composite of the second images of each of the at least two stereo images; a user interface (UI) module to: generate a list of stereo images for display; receive a first user input selecting the at least two stereo images from the list of stereo images; generate the first image and the second image of each of the at least two stereo images for display; receive a second user input designating composite points in the first and second images of each of the at least two stereo images; generate the composite first and second images for display based on the designated composite points; receive a third user input designating a first measurement point in the composite first image; receive a fourth user input designating a second measurement point in the composite first image; receive a fifth user input designating the first measurement point in the composite second image; and receive sixth user input designating a second measurement point in the composite second image; a stereo point module to define a first stereo point that corresponds to the first measurement point designated in the composite first and second images and to define a second stereo point that corresponds to the second measurement point designated in the composite first and second images; and a cross measures module to calculate the distance between the first stereo point and the second stereo point.