Free-Form Deformation for Implicit Surfaces: A Sketch-Based Method to Control Deformation in a Skeletal Implicit Surface Modeler - Image 1

£44.00

LAP Lambert Academic Publishing Free-Form Deformation for Implicit Surfaces: A Sketch-Based Method to Control Deformation in a Skeletal Implicit Surface Modeler

Name: Free-Form Deformation for Implicit Surfaces: A Sketch-Based Method to Control Deformation in a Skeletal Implicit Surface Modeler
Brand: LAP Lambert Academic Publishing
Price: 44.0 GBP
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Computing & Internet

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Description

Implicit surfaces offer many advantages for sketch- based modeling systems, such as blending, CSG, and a procedural object hierarchy. Free-form deformation (FFD) is also extremely useful in this context, however existing FFD approaches do not support implicit surface representations, and FFD lattice manipulation is time-consuming compared to sketch- based techniques. In this thesis, an FFD technique suitable for implicit surface representations is described. To enhance real-time feedback, the problem is split into an approximate formulation used during interactive deformation, and a more robust variational technique which preserves desirable scalar field properties. As an interface to manipulate the deformation, a sketch-based volumetric peeling interface is introduced. The user's task is to draw a curve on the surface, and pull or push the surface to the desirable position via the curve. Subsequently, the deformation is automatically defined. This technique has been implemented in a prototype implicit FFD system called Taco. Results created in Taco show that a desirable deformation can be easily achieved while preserving implicit properties.

Product Specifications

Brand: LAP Lambert Academic Publishing
Format: paperback
ASIN: 3838318889
Category: Books > Subjects > Computing & Internet
Domain: Amazon UK
Release Date: 11 November 2009
Listed Since: 16 November 2009

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LAP Lambert Academic Publishing Free-Form Deformation for Implicit Surfaces: A Sketch-Based Method to Control Deformation in a Skeletal Implicit Surface Modeler

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