Granted Patent B2

US 8,633,929 · App. 12/870,882 · Granted Jan 21, 2014

Inventor: Kevin M. Crucs (Copley, OH)

Assignee: Apteryx, Inc.

Abstract

Claims (68)

1. A method of rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said method comprising:

inputting at least one image data set acquired from an external imaging device, the image data set being representative of a 3D volumetric object, into a programmable digital computer having a processor;

processing said at least one image data set, using said programmable digital computer, to render a near external image surface S 1 of said 3D volumetric object, a near internal image surface S 2 of said 3D volumetric object, a far internal image surface S 3 of said volumetric object, and a far external image surface S 4 of said volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object, wherein each of said image surfaces S 1 -S 4 is rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes a normal vector and a z-order;

displaying each of said image surfaces S 1 -S 4 on a display device operatively connected to said programmable digital computer, where said near external surface S 1 is visible from a perspective of said external viewpoint;

transforming said image surfaces S 1 -S 4 , using said programmable digital computer, by inverting a normal vector of each of said plurality of polygon members of said image surfaces S 1 -S 4 to form first transformed image surfaces S 1 ′-S 4 ′;

displaying each of said first transformed image surfaces S 1 -S 4 ′ on said display device;

transforming said first transformed image surfaces S 1 ′-S 4 ′, using said programmable digital computer, by inverting a z-order of each of said plurality of polygon members of said first transformed image surfaces S 1 -S 4 ′ to form second transformed image surfaces S 1 ″-S 4 ″; and

displaying each of said second transformed image surfaces S 1 ″-S 4 ″ on said display device, where one of said first transformed near internal surface S 2 ′ and said second transformed far external surface S 4 ″ is visible from a perspective of said external viewpoint.

2. A method of rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said method comprising:

inputting at least one image data set acquired from an external imaging device, the image data set being representative of a 3D volumetric object, into a programmable digital computer having a processor;

processing said at least one image data set, using said programmable digital computer, to render a near external image surface S 1 of said 3D volumetric object, a near internal image surface S 2 of said 3D volumetric object, a far internal image surface S 3 of said volumetric object, and a far external image surface S 4 of said volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object, wherein each of said image surfaces S 1 -S 4 is rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes a normal vector and a z-order;

displaying each of said image surfaces S 1 -S 4 on a display device operatively connected to said programmable digital computer, where said near external surface S 1 is visible from a perspective of said external viewpoint;

transforming said image surfaces S 1 -S 4 , using said programmable digital computer, by inverting a z-order of each of said plurality of polygon members of said image surfaces S 1 -S 4 to form first transformed image surfaces S 1 ′-S 4 ′;

displaying each of said first transformed image surfaces S 1 -S 4 ′ on said display device;

transforming said first transformed image surfaces S 1 ′-S 4 ′, using said programmable digital computer, by inverting a normal vector of each of said plurality of polygon members of said first transformed image surfaces S 1 -S 4 ′ to form second transformed image surfaces S 1 ″-S 4 ″; and

displaying each of said second transformed image surfaces S 1 ″-S 4 ″ on said display device, where one of said first transformed far internal surface S 3 ′ and said second transformed far external surface S 4 ″ is visible from a perspective of said external viewpoint.

3. A method of rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said method comprising:

inputting at least one image data set acquired from an external imaging device, the image data set being representative of a 3D volumetric object, into a programmable digital computer having a processor;

processing said at least one image data set, using said programmable digital computer, to render a near external image surface S 1 of said 3D volumetric object, a near internal image surface S 2 of said 3D volumetric object, a far internal image surface S 3 of said volumetric object, and a far external image surface S 4 of said volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object, wherein each of said image surfaces S 1 -S 4 is rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes a winding order and a z-order;

displaying each of said image surfaces S 1 -S 4 on a display device operatively connected to said programmable digital computer, where said near external surface S 1 is visible from a perspective of said external viewpoint;

transforming said image surfaces S 1 -S 4 , using said programmable digital computer, by inverting a winding order of each of said plurality of polygon members of said image surfaces S 1 -S 4 to form first transformed image surfaces S 1 ′-S 4 ′;

displaying each of said first transformed image surfaces S 1 -S 4 ′ on said display device;

transforming said first transformed image surfaces S 1 ′-S 4 ′, using said programmable digital computer, by inverting a z-order of each of said plurality of polygon members of said first transformed image surfaces S 1 -S 4 ′ to form second transformed image surfaces S 1 ″-S 4 ″; and

displaying each of said second transformed image surfaces S 1 ″-S 4 ″ on said display device, where one of said first transformed near internal surface S 2 ′ and said second transformed far external surface S 4 ″ is visible from a perspective of said external viewpoint.

4. A method of rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said method comprising:

inputting at least one image data set acquired from an external imaging device, the image data set being representative of a 3D volumetric object, into a programmable digital computer having a processor;

processing said at least one image data set, using said programmable digital computer, to render a near external image surface S 1 of said 3D volumetric object, a near internal image surface S 2 of said 3D volumetric object, a far internal image surface S 3 of said volumetric object, and a far external image surface S 4 of said volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object, wherein each of said image surfaces S 1 -S 4 is rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes a winding order and a z-order;

displaying each of said image surfaces S 1 -S 4 on a display device operatively connected to said programmable digital computer, where said near external surface S 1 is visible from a perspective of said external viewpoint;

transforming said image surfaces S 1 -S 4 , using said programmable digital computer, by inverting a z-order of each of said plurality of polygon members of said image surfaces S 1 -S 4 to form first transformed image surfaces S 1 ′-S 4 ′; and

displaying each of said first transformed image surfaces S 1 ′-S 4 ′ on said display device;

transforming said first transformed image surfaces S 1 ′-S 4 ′, using said programmable digital computer, by inverting a winding order of each of said plurality of polygon members of said first transformed image surfaces S 1 ′-S 4 ′ to form second transformed image surfaces S 1 ″-S 4 ″; and

displaying each of said second transformed image surfaces S 1 ″-S 4 ″ on said display device, where one of said first transformed far internal surface S 3 ′ and said second transformed far external surface S 4 ″ is visible from a perspective of said external viewpoint.

5. A system for rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said system comprising:

means for inputting at least one image data set acquired from an external imaging device, the image data set being representative of a 3D volumetric object;

means for processing said at least one image data set to render a plurality of image surfaces defining said 3D volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object, wherein each of said plurality of image surfaces is rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes at least one of a normal vector, a winding order, and a z-order;

means for displaying each of said plurality of image surfaces, where a near external surface is visible from a perspective of said external viewpoint;

means for transforming said plurality of image surfaces by inverting one of said normal vector, said winding order, and said z-order of each of said plurality of polygon members to form first transformed image surfaces and render visible an interior image surface of said 3D volumetric object with respect to said external viewpoint;

means for displaying said plurality of transformed image surfaces from a perspective of said external viewpoint;

means for transforming said first transformed image surfaces by inverting a different one of said normal vector, said winding order and said z-order of each of said plurality of polygon members of said first transformed image surfaces to form second transformed image surfaces; and

means for displaying each of said second transformed image surfaces on said display device, where one of a first transformed internal surface and a second transformed far external surface is visible from a perspective of said external viewpoint.

6. The system of claim 5 wherein said definition of each of said plurality of polygon members with respect to said external viewpoint further includes a transparency parameter.

7. The system of claim 6 wherein said means for transforming further includes means for modifying said transparency parameter of each of at least a portion of said plurality of polygon members based on at least one of said normal vector, said winding order, and said z-order of each of said at least a portion of said plurality of polygon members.

8. A method of rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said method comprising:

inputting at least one image data set acquired from an external imaging device, the image data set being representative of a 3D volumetric object into a programmable digital computer having a processor;

processing said at least one image data set, using said programmable digital computer, to render a plurality of image surfaces defining said 3D volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object, wherein each of said plurality of image surfaces is rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes at least one of a normal vector, a winding order, and a z-order;

displaying each of said plurality of image surfaces, where a near external surface is visible from a perspective of said external viewpoint;

transforming said plurality of image surfaces, using said programmable digital computer, by inverting one of said normal vector, said winding order, and said z-order of each of said plurality of polygon members to form first transformed image surfaces and render visible an interior image surface of said 3D volumetric object with respect to said external viewpoint;

displaying said plurality of transformed image surfaces from a perspective of said external viewpoint on a display device operatively connected to said programmable digital computer;

transforming said first transformed image surfaces, using said programmable digital computer, by inverting a different one of said normal vector, said winding order and said z-order of each of said plurality of polygon members of said first transformed image surfaces to form second transformed image surfaces; and

displaying each of said second transformed image surfaces on said display device, where one of a first transformed internal surface and a second transformed far external surface is visible from a perspective of said external viewpoint.

9. The method of claim 8 wherein said definition of each of said plurality of polygon members with respect to said external viewpoint further includes a transparency parameter.

10. The method of claim 9 wherein said transforming further includes modifying said transparency parameter of each of at least a portion of said plurality of polygon members, using said programmable digital computer, based on at least one of said normal vector, said winding order, and said z-order of each of said at least a portion of said plurality of polygon members.

11. A system for rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said system comprising:

means for inputting a plurality of rendered image surface data sets being representative of a 3D volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object, wherein each of said plurality of image surface data sets was rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes at least one of a normal vector, a winding order, and a z-order;

means for transforming said plurality of image surface data sets by inverting one of said normal vector, said winding order, and said z-order of each of said plurality of polygon members to form first transformed image surfaces and render visible an interior image surface of said 3D volumetric object with respect to said external viewpoint;

means for displaying said plurality of transformed image surface data sets from a perspective of said external viewpoint;

means for transforming said first transformed image surfaces by inverting a different one of said normal vector, said winding order and said z-order of each of said plurality of polygon members of said first transformed image surfaces to form second transformed image surfaces; and

means for displaying each of said second transformed image surfaces on said display device, where one of a first transformed internal surface and a second transformed far external surface is visible from a perspective of said external viewpoint.

12. The system of claim 11 wherein said definition of each of said plurality of polygon members with respect to said external viewpoint further includes a transparency parameter.

13. The system of claim 12 wherein said means for transforming further includes means for modifying said transparency parameter of each of at least a portion of said plurality of polygon members based on at least one of said normal vector, said winding order, and said z-order of each of said at least a portion of said plurality of polygon members.

14. A method of rendering interior surfaces of a 3D volumetric object to be viewed from an external viewpoint, said method comprising:

inputting a plurality of rendered image surface data sets being representative of a 3D volumetric object with respect to an external viewpoint being spatially external to said 3D volumetric object into a programmable digital computer having a processor, wherein each of said plurality of image surface data sets was rendered as a plurality of polygon members, and wherein a definition of each of said plurality of polygon members with respect to said external viewpoint includes at least one of a normal vector, a winding order, and a z-order;

transforming said plurality of image surface data sets using said programmable digital computer by inverting one of said normal vector, said winding order, and said z-order of each of said plurality of polygon members to form first transformed image surfaces and render visible an interior image surface of said 3D volumetric object with respect to said external viewpoint;

displaying said plurality of transformed image surface data sets from a perspective of said external viewpoint on a display device operatively connected to said programmable digital computer;

transforming said first transformed image surfaces, using said programmable digital computer, by inverting a different one of said normal vector, said winding order and said z-order of each of said plurality of polygon members of said first transformed image surfaces to form second transformed image surfaces; and

displaying each of said second transformed image surfaces on said display device, where one of a first transformed internal surface and a second transformed far external surface is visible from a perspective of said external viewpoint.

15. The method of claim 14 wherein said definition of each of said plurality of polygon members with respect to said external viewpoint further includes a transparency parameter.

16. The method of claim 15 wherein said transforming further includes modifying said transparency parameter of each of at least a portion of said plurality of polygon members, using said programmable digital computer, based on at least one of said normal vector, said winding order, and said z-order of each of said at least a portion of said plurality of polygon members.

Assignments (8)

Continuity (1)