Allowed complex geometric patterns to be tiled over surfaces without consuming massive amounts of RAM.
Integrated dynamic, realistic cloud layers into the V-Ray Sky system.
V-Ray 1.5 laid the groundwork for modern architectural visualization. It introduced robust global illumination (GI) algorithms that moved the industry away from flat, scanline rendering.
Chaos Group's commitment to V-Ray's development ensures that this powerful rendering engine will continue to grow and adapt to the needs of the 3D community. With ongoing updates and new features in development, users can expect:
Introduced biased GI algorithms like Irradiance Maps and Photon Maps.
Allowed complex geometric patterns to be tiled over surfaces without consuming massive amounts of RAM.
Integrated dynamic, realistic cloud layers into the V-Ray Sky system.
V-Ray 1.5 laid the groundwork for modern architectural visualization. It introduced robust global illumination (GI) algorithms that moved the industry away from flat, scanline rendering.
Chaos Group's commitment to V-Ray's development ensures that this powerful rendering engine will continue to grow and adapt to the needs of the 3D community. With ongoing updates and new features in development, users can expect:
Introduced biased GI algorithms like Irradiance Maps and Photon Maps.