'Free form deformation' presentation slideshows

Free form deformation - PowerPoint PPT Presentation

Dinghuang Ji

Dinghuang Ji

Facial Animation And Skinning. Dinghuang Ji. Outline. Definition of the Problem History Highlights Interested Topics Data driven facial animation Mesh deformation Physical based facial animation. Definition of the Problem.

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596 views • 59 slides
Dinghuang Ji

Dinghuang Ji

Facial Animation And Skinning. Dinghuang Ji. Outline. Definition of the Problem History Highlights Interested Topics Data driven facial animation Mesh deformation Physical based facial animation. Definition of the Problem.

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595 views • 59 slides
Introduction to Physically-Based Modeling of Deformable Bodies

Introduction to Physically-Based Modeling of Deformable Bodies

Introduction to Physically-Based Modeling of Deformable Bodies. Ming C. Lin. Outline. Motivation, Background Non-physically based (geometric) models Physically based models Continuum mechanics, strain, stress Lagrangian mesh based methods Method of Finite Differences (1)

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426 views • 42 slides
CSE 554 Lecture 7: Deformation II

CSE 554 Lecture 7: Deformation II

CSE 554 Lecture 7: Deformation II. Fall 2011. Review. Source. Rigid-body alignment Non-rigid deformation Intrinsic methods: deforming the boundary points An optimization problem Minimize shape distortion Maximize fit Example: Laplacian-based deformation. Target. Before. After.

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373 views • 36 slides
CSE 554 Lecture 9: Extrinsic Deformations

CSE 554 Lecture 9: Extrinsic Deformations

CSE 554 Lecture 9: Extrinsic Deformations. Fall 2012. Review. Source. Non-rigid deformation Intrinsic methods: deforming the boundary points An optimization problem Minimize shape distortion Maximize fit Example: Laplacian-based deformation. Target. Before. After.

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364 views • 36 slides
CSCI480/582 Lecture 11 Chap.2.4 Orientation Along Path and Deformation Feb, 16, 2009

CSCI480/582 Lecture 11 Chap.2.4 Orientation Along Path and Deformation Feb, 16, 2009

CSCI480/582 Lecture 11 Chap.2.4 Orientation Along Path and Deformation Feb, 16, 2009. Outline. Orientation along a path Free-form deformation. Representing orientations by Euler Angles. Euler angles using the z-x-z convention:. Gimbal Lock example.

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196 views • 7 slides

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