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| Colored Transparent Cubit Xenopus Eye Reconstruction | To generate this surface every pixel must be evaluated. If a pixel falls within a value threshold, 6 additional tests are performed. Each test evaluates a neighboring pixel. (the 4 surrounding pixels on the same image, as well as the pixel with the same coordinate on the previous and next image.) If these pixels are not within the pixel value threshold then a quad (two polygons sharing their longest edge) is created between the first evaluated pixel and the pixel evaluated in the subsequent test. This quad is colored to match the pixel value, in this example the quad was also assigned a transparency value base on its corresponding pixel value. This technique may or may not be the same as the "Lego" surface which generates similar looking surfaces. |
| See Also | Colored Solid Cubit |
| Colored Transparent Cubit (Implementation) | This surfacing example was implemented using 3D Studio Max Script. The Volume Data was considerably downsampled |