Volume Conserving Simulation of Deformable Bodies

This paper presents a novel point refinement method for irregularly sampled, dynamic points coming from a particle-based fluid simulation.. Our interpolation algorithm can

example (T MSS ≃ 1.055 T FEM ). The reason for this is men- tioned in [LSH07]. The MSS has a non-linear stiffness curve - it is softer under directed compression, and stiffer

If the constraint direction is changed between every itera- tion (cf. 4.4), the constraint errors have only to be anticipated for constraints that have not yet been computed in

This paper presents a new method for simulating particles for computer graphics and video games, based on an improved Jacobi solver and a hybrid approach between velocity time

Figure 13 shows in- teractive simulation scenarios in various medical contexts, such as (a) ablating a polyp in a hysteroscopy simulator, us- ing element refinement together

Moreover, we show how position-based methods are applied to simulate hair, cloth, volumetric deformable bodies, rigid body systems and fluids.. We also demonstrate how complex

In this paper, we present an adaptive hierarchical method allowing users to interact with geometrically complex 3D deformable objects based on an extended shape matching approach..

Then, we used this new framework in order to formulate a monolithic solid/fluid coupling approach that enables reduced deformable bodies to be simulated in a fluid environment