In this paper we simulate high resolution cloth consisting of up to 2 million triangles which
allows us to achieve highly detailed folds and wrinkles. Since the level of detail is also …

As multi-core processor systems become more and more widespread, the demand for
efficient parallel algorithms also propagates into the field of computer graphics. This is …

We present a novel software framework for developing highly animated virtual reality
applications. Using a modular application design, our goal is to alleviate software …

In order to evolve a deformable object in time, the underlying equations of motion have to be
numerically integrated. This is commonly done by employing either an explicit or an implicit …

Cloth simulation is an important topic for many applications in computer graphics, animation,
and augmented virtual reality. The mechanical behavior of cloth objects can be modeled by …

Physically based simulation of cloth in virtual environments is a computationally demanding
problem. It involves modeling the internal material properties of the textile (physical …

The correct simulation and visualisation of textiles comprises many research fields such as
mathematics, physics, materials science, and computer graphics. It consists of modelling the …

As multi-core processor systems become more and more widespread, the demand for
designing efficient parallel algorithms propagates also into the field of computer graphics …

The physically based simulation of clothes in virtual environments is a highly demanding
problem. It involves both modeling the internal material properties of the textile and the …

Cloth simulations, widely used in computer animation and apparel design, can be
computationally expensive for real‐time applications. Some parallelization techniques have …