Real-world fabrics, composed of threads and yarns, often display complex stress-strain
relationships, making their homogenization a challenging task for fast simulation by …

Algorithm 5 Update Damage (Explicit Only) 1: for each particle, p, do 2://Compute geometric
resistance: Dn c 3: Dn c= dn p− l2 0∆ dn p 4://Compute driving force:(1− dn p) Dn p 5: Get un …

Barrier functions are crucial for maintaining an intersection-and inversion-free simulation
trajectory but existing methods, which directly use distance can restrict implementation …

We present a geometric optimisation framework that can recover fold-over free maps from
non-injective initial states using popular flip-preventing distortion energies. Since flip …

Tangent stabilised large strain isotropic elasticity was recently proposed by Poya et
al.(2023) wherein by working directly with principal stretches the entire eigenstructure of …

Simulating dynamic deformation has been an integral component of Pixar's storytelling since
Boo's shirt in Monsters, Inc.(2001). Recently, several key transformations have been applied …

Simulating dynamic deformation has been an integral component of Pixar's storytelling since
Boo's shirt in Monsters, Inc.(2001). Recently, several key transformations have been applied …

Abstract The Baraff‐Witkin [BW98] model has been a popular formulation for cloth for 20
years. However, its relationship to the finite element method (FEM) has always been …

This paper presents a novel method to couple Finite Element Methods (FEM), typically
employed for modeling Lagrangian solids such as flesh, cloth, hair, and rigid bodies, with …

We present a novel approach to enrich arbitrary rig animations with elastodynamic
secondary effects. Unlike previous methods which pit rig displacements and physical forces …