Introduction
Getting CCGL
Download
Installation
Development Guide
Architecture
Performance
Gallery
Snapshots
Movies
Mesh Data Structure
Viewer
Topology
Cut Graph
Slicer
Double Cover
Homology Basis
Conformal Maps
Harmonic Map
Spherical Harmonic Map
LSCM
Holomorphic 1-Form
Integration
Harmonic 1-Form
Holomorphic 1-Form
Slit Map
Curvature Flow
Euclidean Ricci Flow
Poly Annulus Ricci Flow
Hyperbolic Ricci Flow
Yamabe Flow
Documentation
Reference Book
Acknowledgements
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The computational conformal geometry project has been supported by
- NSF CAREER: Conformal Geometry Applied to Shape Analysis and Geometric Modeling
- NSF MSPA-MCS: Collaborative Research: Computer Graphics and Visualization Using Conformal Geometry
- NSF MSPA-MCS: Discrete Curvature Flows on Graphics and Visualization
- CEWIT Award, New York State
- Outstanding Overseas Young Scholars, NSF of China
The data sets are from
- Geometric Informatics Inc.
- Mechanics Department of Stony Brook University
- Aim@shape
- Stanford University
- Georgia Tech
- Cyberware
- Cindy Grimm
The 3D high speed, high resolution scanner used in the project is produced by Geometric Informatics. It capture both high resolution
texture and geometry at the same time. It capability of capturing dynamic
surface is important for animation applications.
Some software and hardware are donated by
- Maya by AutoCAD
- Graphics Card by nVidia
- Mathematica
The project has been supported by all faculty members in the Center of Visual Computing at Stony Brook University, all the professors in computer science
department in Stony Brook University, professors from Mechanics department, mathematics department, medical school of Stony Brook University.
The project has been supported by many professors, researchers and students in both computer science field and mathematics field.
Please forward your questions, comments, critiques to David Gu.
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