Real-time cloth simulation with sparse particles and curved faces

Artist-Oriented Real-Time Skin Deformation Using Dynamic Patterns

“…These methods generate wrinkles on a coarse cloth mesh based on the compression of the mesh computed using physics-based simulation or geometric deformation. Oshita et al [12] proposed a geometric method to add wrinkles to the edges of a cloth mesh based on the length variation of the edges. Larboulette et al [8] described the generation of wrinkles on a cloth or skin mesh along the position and orientation specified by the designer.…”

From measured physical parameters to the haptic feeling of fabric

“…Although this method is a convenient way to make the normal vector continuous at the edges, it neglects the accurate curvature of the corresponding surface. In contrast to computing the vertex normals by averaging the adjacent face normals, an alternative approach [26] considers the inplane mechanics to control the vertex normals. A triangular Beziér-patch interpolating vertex position and normal is used to smooth the surface.…”

An Improved Mass-Spring Model to Simulate Draping Cloth

“…Other approaches take advantage of available graphics hardware to accelerate certain operations. Oshita [7] represents cloth as a sparse triangle mesh. Particle positions are calculated with this sparse mesh, and interpolation is performed togenerate a dense mesh.…”