Physically-Based Interactive Sand Simulation

In this paper, we introduce an extension of a real-time flame model [BLLRR06] that can handle complex flames thanks to the use of multiple NURBS surfaces.. We also present a

Our real-time implementation allows inserting this method in a real-time simulation chain composed of a haptic device, an upstream mass-interaction model that

Based on our experiments, we further propose a taxonomy of stereo coherence issues which affect viewing comfort, and propose a set of computational tools that extend our model

In this paper we propose a method that generates realistic virtual terrains by simulation of hydraulic and thermal erosion on a predefined heightfield.. The model is designed to

We extend this model by adding a non homogeneous material to simulate differences between different types of soil-like granular material, based on physical constants like

Photometric stereo based geometry improvement The video flow of real-time scanning systems has already been used to produce 3D models with quality color textures [LDHS11].. We

In this paper, we are presenting an approach to combining in- teractivity and physically correct light simulation in one VR application. We propose a rendering approach that

For advecting secondary particles, we propose a smooth weighting of external forces with the velocity field of the base simulation.. This technique adds detail that is not