Voxel to volumetric relationship
A computer-implemented method that allows users to upload a set of two-dimensional images for evaluation using different virtual reality methods. The disclosed method allows the user to select one aspect of an image, see the corresponding image highlighted, and manipulate the corresponding image.
1. A method for creating three-dimensional mesh capable of evaluation and manipulation, comprising:
uploading two-dimensional images for evaluation;
creating planar depictions of the two-dimensional images;
creating a voxel mesh image by pixel based on the two-dimensional images;
creating a volumetric mesh image based on the two-dimensional images;
displaying the planar depictions, the voxel mesh image, and the volumetric mesh image to a user in a virtual space;
relating the planar depictions with the voxel mesh image and the volumetric mesh image such that corresponding portions of the planar depictions, the voxel mesh image, and the volumetric mesh image are associated with one another;
converting the two-dimensional images into two-dimensional image textures; and
manipulating the two-dimensional image textures into master material.
2. The method of claim 1 , wherein the planar depictions comprise a stack of two-dimensional textures.
3. The method of claim 1 , in which the step of creating planar depictions comprises uploading two-dimensional images and converting the two-dimensional images into manipulatable formats, the manipulatable formats comprising either texture or mesh.
4. The method of claim 3 , further comprising maintaining a relationship between the two-dimensional image locations and the created planar depictions and mesh.
5. The method of claim 4 , in which the maintained relationship between corresponding images allows user-selected images to highlight corresponding images.
6. The method of claim 1 , in which the step of creating a voxel mesh comprises converting two-dimensional images into formats for manipulation.
7. The method of claim 6 , further comprising converting the formats for manipulation into two-dimensional textures.
8. The method of claim 7 , further comprising converting the two-dimensional textures into voxel mesh.
9. The method of claim 8 , further comprising looping through each pixel of the two-dimensional textures and comparing the pixel values to user- or software-determined threshold values.
10. A method for creating three-dimensional mesh capable of evaluation and manipulation, comprising:
uploading two-dimensional images for evaluation;
creating planar depictions of the two-dimensional images;
creating a voxel mesh image by pixel based on the two-dimensional images by converting the two-dimensional images into formats for manipulation, converting the formats for manipulation into two-dimensional textures, converting the two-dimensional textures into voxel mesh, and looping through each pixel of the two-dimensional textures and comparing the pixel values to user- or software-determined threshold values;
creating a volumetric mesh image based on the two-dimensional images;
displaying the planar depictions, the voxel mesh image, and the volumetric mesh image to a user in a virtual space;
relating the planar depictions with the voxel mesh image and the volumetric mesh image such that corresponding portions of the planar depictions, the voxel mesh image, and the volumetric mesh image are associated with one another; and
spawning voxels at the pixel locations as determined by the threshold values.
11. A method for creating three-dimensional mesh capable of evaluation and manipulation, comprising:
uploading two-dimensional images for evaluation;
creating planar depictions of the two-dimensional images;
creating a voxel mesh image by pixel based on the two-dimensional images;
creating a volumetric mesh image based on the two-dimensional images;
displaying the planar depictions, the voxel mesh image, and the volumetric mesh image to a user in a virtual space;
relating the planar depictions with the voxel mesh image and the volumetric mesh image such that corresponding portions of the planar depictions, the voxel mesh image, and the volumetric mesh image are associated with one another; and
manipulating master material into the volumetric mesh image using arbitrary rays projected into the volumetric mesh image from a virtual camera face.