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Optimal strategy for connecting light paths in bidirectional methods for global illumination computation.
| Content Provider | CiteSeerX |
|---|---|
| Abstract | Light transport simulation is an essential ingredient for producing realistic images by computer. Simulating light transport requires constructing light paths that connect light sources to the virtual camera. We introduce a novel method for optimal combination of light path segments in a popular light transport algorithm known as photon mapping. Our method substantially improves photon mapping’s ability to produce accurate synthetic images for a wide range of scene settings, which include various types of materials, geometry, and light sources. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Bidirectional Method Global Illumination Computation Optimal Strategy Connecting Light Path Light Source Virtual Camera Light Path Scene Setting Realistic Image Light Path Segment Photon Mapping Essential Ingredient Various Type Optimal Combination Light Transport Simulation Wide Range Novel Method Popular Light Transport Algorithm Light Transport Accurate Synthetic Image |
| Content Type | Text |