ABSTRACT. In this paper, we propose a new energy-minimizing mesh parameterization method, which linearly combines two new energies EQ and EM.

In this paper, we propose a new energy-minimizing mesh parameterization method, which linearly combines two new energies EQ and EM.

In this paper, we propose a new energy-minimizing mesh parameterization method, which linearly combines two new energies EQ and EM. It not only avoids ...

We propose a fast and simple method for generating a low-stretch mesh parameterization. Given a triangle mesh, we start from the floater shape preserving ...

In this research, we propose a fast and simple method for generating a low-stretch mesh parameterization.

In the process, the algorithm reduces the energy weight in favor of accuracy, leading to an optimized set of sampling points. This energy-minimizing fitting ...

This paper introduces an algorithm for parameterizing 3D meshes by minimizing the angle and area distortion energy. The parameterization algorithm traverses the ...

We propose a fast and simple method for generating a low- stretch mesh parameterization. Given a triangle mesh, we start from the Floater shape preserving ...

The original scheme is formulated as a discrete energy minimization and the modification is performed by introducing an additional stretching term. Results ...

For the first paradigm, several approaches have been developed to define and minimize an energy functional that measures distortion in the embedded mesh.