Nov 15, 2016 · This paper presents an automatic method for computing an anisotropic 2D shape distribution on an arbitrary 2-manifold mesh.

This paper presents an automatic method for computing an anisotropic 2D shape distribution on an arbitrary 2-manifold mesh. Our method allows the user to ...

This paper presents an automatic method for computing an anisotropic 2D shape distribution on an arbitrary 2-manifold mesh. Our method allows the user to ...

This paper proposes a practical parallel method for computing a distribution of anisotropic shapes on an arbitrary manifold mesh. Given a 3D model M and a set ...

Abstract: This paper presents an automatic method for computing an anisotropic 2D shape distribution on an arbitrary 2-manifold mesh.

User controllable anisotropic shape distribution on 3D meshes. Xiaoning Wang, Tien Hung Le, Xiang Ying, Qian Sun, Ying He 0001.

This page is a summary of: User controllable anisotropic shape distribution on 3D meshes , Computational Visual Media, November 2016, Tsinghua University Press,

This paper presents an automatic method for computing an anisotropic 2D shape distribution on an arbitrary 2-manifold mesh. Our method allows the.

Mar 14, 2024 · The paper presents an a priori procedure to control the element size and shape variation for meshing algorithms governed by anisotropic ...

Anisotropic meshing offers a highly flexible way of controlling mesh generation, by letting the user prescribe a direction and densi- ty field that steers the ...