Abstract: Methods and apparatus for 3-D image compositing. The compositing system can be used to render 3-D objects together to a scene, to combine together separately rendered 3-D objects in a scene including previously rendered objects, or to render some objects together while separately rendering and combining together other objects in a scene. The system correctly handles image processing effects including anti-alias, motion-blur and depth-of-field effects in all regions of the scene, including regions where the objects within the scene intersect. The resulting scenes have the same high image quality regardless of which image objects are rendered together and which are later combined or composited to the final image.

Abstract: Methods and apparatus for 3-D image compositing. The compositing system can be used to render 3-D objects together to a scene, to combine together separately rendered 3-D objects in a scene including previously rendered objects, or to render some objects together while separately rendering and combining together other objects in a scene. The system correctly handles image processing effects including anti-alias, motion-blur and depth-of-field effects in all regions of the scene, including regions where the objects within the scene intersect. The resulting scenes have the same high image quality regardless of which image objects are rendered together and which are later combined or composited to the final image.

Abstract: Methods and apparatus for 3-D image compositing. The compositing system can be used to render 3-D objects together to a scene, to combine together separately rendered 3-D objects in a scene including previously rendered objects, or to render some objects together while separately rendering and combining together other objects in a scene. The system correctly handles image processing effects including anti-alias, motion-blur and depth-of-field effects in all regions of the scene, including regions where the objects within the scene intersect. The resulting scenes have the same high image quality regardless of which image objects are rendered together and which are later combined or composited to the final image.

Abstract: A system that predistorts a computer generated paint stamp for paint being applied to a 3D computer model of an object. The predistortion is based on a difference in shape and orientation of a texture space polygon, to which the stamp is initially applied, and the corresponding world space target polygon of the model. Because the paint stamps often overlap several polygons of different shapes and orientations, the distortion compensation becomes a weighted average of the distortion compensation for the polygon under the stamp and its nearest neighbors.

Abstract: A system that applies computer generated paint stamps to a target polygon and to neighboring texture polygons in such a way that each texture polygon affected by a stamp that is too big for the target polygon and that is not connected to the target polygon in texture space receives an appropriately positioned and oriented stamp. The system determines the relative position and orientation of the stamp with respect to a texture polygon adjacent to the target polygon and applies the stamp centered at that relative position and orientation, so that the stamp overlaps the adjacent polygon.