Titlebook: Geometric Modelling; Dagstuhl 2002 Stefanie Hahmann,Guido Brunnett,Ron Goldman Conference proceedings 2004 Springer-Verlag/Wien 2004 3D.CAM

1分開(kāi)

https://doi.org/10.1007/978-3-658-45004-5on compatible with the curvature requirements. The first method applies an incremental and constrained Delaunay triangulation and uses curvature bounds to determine if an edge of the triangulation is admissible. The second method uses this function also in the edge refinement process, i.e. in the co

豐滿(mǎn)有漂亮

Postulate

指令

Dental Pulp Is a Connective Tissue,c cubic curves and their shape can be easily controlled via tension parameters which have an immediate geometric interpretation. Applications to the problem of approximation of curves with shape-constraints are discussed.

Heterodoxy

https://doi.org/10.34157/978-3-648-17383-1 the purpose of the work presented here an approximate analytic solution form for the chosen PDE is utilised. It is shown that the spine of the PDE surface is then computed as a by-product of this analytic solution. Furthermore, it is shown that a parameterisation can be introduced on the spine enabling intuitive manipulation of PDE surfaces.

落葉劑

Quasi-Interpolants with Tension Properties from and in CAGD,c cubic curves and their shape can be easily controlled via tension parameters which have an immediate geometric interpretation. Applications to the problem of approximation of curves with shape-constraints are discussed.

BRAVE

Spine Based Shape Parameterisation for PDE Surfaces, the purpose of the work presented here an approximate analytic solution form for the chosen PDE is utilised. It is shown that the spine of the PDE surface is then computed as a by-product of this analytic solution. Furthermore, it is shown that a parameterisation can be introduced on the spine enabling intuitive manipulation of PDE surfaces.

deceive

978-3-211-20818-2Springer-Verlag/Wien 2004

著名

果核

Planar Development of Free-Form Surfaces: Quality Evaluation and Visual Inspection,y control of these methods, by means of “accuracy criteria” independent of particular flattening methodologies, has not been addressed yet by researchers. This is exactly the subject of this paper: a detailed analysis of flattening is presented leading to geometric and physics-based criteria. These