We present a method for the global parametrization of meshes that preserves alignment to a cross field in input while obtaining a parametric domain made of few coarse axis-aligned rectangular patches, which form an abstract base complex without T-junctions. The method is based on the topological simplification of the cross field in input, followed by global smoothing
The generation of quad meshes based on surface parametrization techniques has proven to be a versati...
The challenge of computing high quality seamless parametrizations is to account for both the optimal...
In this paper, we propose a robust, automatic technique to build a global hi-quality parameterizatio...
We present a method for the global parametrization of meshes that preserves alignment to a cross fie...
Figure 1: Main steps of our construction, from left to right: initial field, feature-aligned inconsi...
Figure 1: (a) Triangular surface mesh of a font acquired with a laser scanner. The mesh exhibits num...
International audienceWe propose a novel technique for computing consistent cross fields on a pair o...
International audienceQuad meshing is a fundamental preprocessing task for many applications (subdiv...
to a scanned mechanical part. The red and green charts correspond to the singular points of the para...
The quality of a global parametrization is determined by a number of factors, including amount of di...
Figure 1: Parameterizing the beetle model with several holes using our approach. (a) The beetle mode...
Figure 1: Parameterizing the beetle model with several holes using our approach. (a) The beetle mode...
Given a cross field over a triangulated surface we present a practical and robust method to compute ...
We present a new globally smooth parameterization method for surfaces of arbitrary topology. Our met...
Surface representations are integral to computer graphics. There are many common types of surface re...
The generation of quad meshes based on surface parametrization techniques has proven to be a versati...
The challenge of computing high quality seamless parametrizations is to account for both the optimal...
In this paper, we propose a robust, automatic technique to build a global hi-quality parameterizatio...
We present a method for the global parametrization of meshes that preserves alignment to a cross fie...
Figure 1: Main steps of our construction, from left to right: initial field, feature-aligned inconsi...
Figure 1: (a) Triangular surface mesh of a font acquired with a laser scanner. The mesh exhibits num...
International audienceWe propose a novel technique for computing consistent cross fields on a pair o...
International audienceQuad meshing is a fundamental preprocessing task for many applications (subdiv...
to a scanned mechanical part. The red and green charts correspond to the singular points of the para...
The quality of a global parametrization is determined by a number of factors, including amount of di...
Figure 1: Parameterizing the beetle model with several holes using our approach. (a) The beetle mode...
Figure 1: Parameterizing the beetle model with several holes using our approach. (a) The beetle mode...
Given a cross field over a triangulated surface we present a practical and robust method to compute ...
We present a new globally smooth parameterization method for surfaces of arbitrary topology. Our met...
Surface representations are integral to computer graphics. There are many common types of surface re...
The generation of quad meshes based on surface parametrization techniques has proven to be a versati...
The challenge of computing high quality seamless parametrizations is to account for both the optimal...
In this paper, we propose a robust, automatic technique to build a global hi-quality parameterizatio...