3D photo creation system and method

摘要

The present application is directed to a 3D photo creation system and method, wherein the 3D photo creation system including: a stereo image input module configured to input a stereo image; wherein the stereo image comprises a left eye image and a right eye image; a depth estimation module configured to estimate a depth information of the stereo image and create a depthmap; a multi-view angle image reconstructing module configured to create a multi-view angle image according to the depthmap and the stereo image; and an image spaced scanning module configured to adjust the multi-view angle image and form a mixed image. The system and method outstandingly simplified the process of 3D photo creation and enhanced the quality of 3D photo. The system and method can be widely used in various theme parks, tourists attraction spots and photo galleries and bring about pleasure to more consumers with the 3D photos.

主权项

1. A 3D photo creation system, comprising:
(a) a stereo image input module configured to input a stereo image; wherein the stereo image comprises a left eye image and a right eye image; (b) a depth estimation module configured to estimate a depth information of the stereo image and create a depthmap; (c) a multi-view angle image reconstructing module configured to create a set of multi-view angle images comprising a plurality of images having different disparities according to the depthmap and the stereo image; and (d) an image spaced scanning module configured to adjust the set of multi-view angle images and form a mixed image; wherein a scale of the mixed image is adjusted and the scale is calculated by an equation
Widthactual=LPIideal/LPIactual×Widthideal where the LPIideal is a line per inch of a lenticular lens at an ideal situation, the LPIactual is an actual line per inch of the lenticular lens; the Widthideal is an ideal width of the lenticular lens, and the Widthactual is an actual width of the lenticular lens; the image spaced scanning module comprising: (d1) an image adjusting module configured to adjust a size of the set of multi-view angle images; (d2) a contrast adjusting module configured to adjust a contrast ratio of the adjusted set of multi-view angle images outputted by the image adjusting module; (d3) an image interlacing module configured to combine the set of multi-view angle images after the contrast adjustment into a mixed image; and (d4) a mixed image output module configured to output the mixed image.