VIRTUALIGHT for Windows
VIRTUALIGHT is a sophisticated standalone rendering engine...
- Category Gaming
- Size 2.4 MB
VIRTUALIGHT for Windows
VIRTUALIGHT is a sophisticated standalone rendering engine that allows previewing and photorealistic rendering of 3D scenes.
RENDERING
Distributed ray-tracing
Global Illumination
o Indirect diffuse illumination model (Monte Carlo irradiance)
o Indirect specular illumination model (Photon tracing for true reflective and refractive caustics)
o Diffuse solar radiation (skylight) with or without Sunlight (from 06:00 to 18:00 GMT)
Volumetric rendering (participating media also able to interact with photon mapping)
6 different light source types including Area lights (spherical, flat and soft spotlight)
Black hole
Multiple light attenuation models (constant, linear, quadratic, cubic, range)
Basic atmospheric effects (fog, ground fog)
Depth of field
Adaptive spatial anti-aliasing
Gamma correction
Film exposure
Alpha channel
Fast (white or colored) hidden line removal rendering for scene preview (scanline)
OpenGL rendering mode for very fast display preview (with surface shader simulation)
SHADERS
Programmable surface shaders
Multiple specular BRDF for primitive surfaces (Blinn, Phong, Cook, Reitz, Gaussian)
Texture mapping (Image and Bump mapping from TGA, PNG, JPG and TIF file formats)
UV mapping
Spectrum of colors
Multi-layer shaders
Composite shaders
Indexed shaders (Spectrum of shaders)
GEOMETRIC PRIMITIVES
Bicubic patches (4 basis)
Triangular patch
Polygon
Box
Disk and Ring
NURBS patch (uniform and non-uniform knot vector)
Quadrics and Superquadric
Torus
Blobby implicit surfaces (3 types)
Polynomial surfaces
Implicit surfaces
Parametric surfaces
Surface of revolution
Height fields (4 types, image file-based and implicit)
Constructive Solid Geometry (6 operation types)
INTERFACE SUPPORT
More than 60 built-in functions for numeric, vector and functional expressions
Conditional processing
Tables & Arrays
Declarations & variable definitions
Basic particle system
Basic animation system