 |
QUALITATIVE AND QUANTITATIVE RESULTS |
PHOTOREALISTIC DISPLAY
Understanding Raytracing [00:01:05]
... Back to PHOTOREALISTIC DISPLAY main menu
... to Photorealistic Display Settings in AGi32 [00:00:36]
... to Understanding Radiosity in AGi32 [00:02:47]
... to Setting Radiosity Parameters in AGi32 [00:04:47]
... to Summary of the Radiosity Process in AGi32[00:02:47]
... to Setting Raytracing Parameters in AGi32 [00:04:02]
... to Summary of the Raytracing Process in AGi32 [00:01:15]
... to Photorealistic Display Settings for Daylit Interiors in AGi32 [00:01:04]
Video Transcript:
- Ray tracing is a rendering technique that creates realistic images by simulating the method in which light rays travel. In AGi32, backwards ray tracing is applied, which means that the rays are traced from the observer position backwards into the scene. Every time an object is encountered, the color of the surface at that pixel is calculated. If the surface is specular or transmissive, additional secondary rays are traced to determine the contribution of reflected and refracted light and shadows to the final surface color.
- Ray Trace images have to be independently generated for each viewing location, regardless of the surface reflection or transmission characteristics.