Rendering Realistic Trees and Forests in Real Time

Insofar we propose a wisp hair model based on quad strips, which is animated by a modified cantilever beam simulation.. Rendering is done with GLSL (OpenGL Shad- ing Language)

Using adaptations of recent techniques for height- field rendering, complex effects like reflections, refractions, light absorption, refracted shadows and caustics can be effi-

We present a novel approach for capturing the important effects of multiple anisotropic Mie scattering within cloud layers (i.e., stratiform clouds), and the inter-reflections

For visual rendering algorithms are needed to photo- realistically render in real time - maximum visual fidelity in real time - and display technologies (devices) are needed that

A GPU-based particle system is used to represent the smoke and shadow mapping is used to cast external shadows onto the particle system (see Figure 1)..

The refraction and transmission of light passing through transparent objects is simulated by our multiple refraction algorithm using surface normal, transmission coefficient and

High resolution modelling of complex sections such as limb connections is performed in real-time using the tessellation engine and bone weighting is incorporated in the smoothing of

In order to accomplish our goal we present new techniques to achieve improvements in each one of these areas: In crowd simulation we work on a multi-domain planning approach and