Pinned Repositories
ASimpleDiscretizationOfTheVectorDirichletEnergy
Repository containing the code for the paper "A Simple Discretization of the Vector Dirichlet Energy" (http://www.cs.columbia.edu/cg/a-simple-discretization/)
ASmoothnessEnergyWithoutBoundaryDistortionForCurvedSurfaces
A Smoothness Energy without Boundary Distortion for Curved Surfaces - code
DevelopabilityOfTriangleMeshes
The code accompanying the paper "Developability of Triangle Meshes" by Oded Stein, Eitan Grinspun and Keenan Crane
flip-free-parametrization
Supplemental code for the paper "A Splitting Scheme for Flip-Free Distortion Energies" by O. Stein, J. Li, and J. Solomon
fs-2024-csci-599-exercise-5
Exercise five for USC CSCI 599: Geometric Shape Modeling
geometry-processing-research-in-python
Geometry processing research tutorial in python - as presented at SGP 2024.
gp-matlab-tutorial
A basic tutorial for geometry processing in MATLAB using gptoolbox
meshes
A repository with a variety of meshes with minimal licensing requirements.
reach-for-the-arcs-code
This is the code for the SIGGRAPH 2024 article "Reach For the Arcs: Reconstructing Surfaces from SDFs via Tangent Points"
sgi-introduction-course
A course for getting started with geometry processing using MATLAB and gptoolbox
odedstein's Repositories
odedstein/meshes
A repository with a variety of meshes with minimal licensing requirements.
odedstein/sgi-introduction-course
A course for getting started with geometry processing using MATLAB and gptoolbox
odedstein/DevelopabilityOfTriangleMeshes
The code accompanying the paper "Developability of Triangle Meshes" by Oded Stein, Eitan Grinspun and Keenan Crane
odedstein/geometry-processing-research-in-python
Geometry processing research tutorial in python - as presented at SGP 2024.
odedstein/gp-matlab-tutorial
A basic tutorial for geometry processing in MATLAB using gptoolbox
odedstein/ASmoothnessEnergyWithoutBoundaryDistortionForCurvedSurfaces
A Smoothness Energy without Boundary Distortion for Curved Surfaces - code
odedstein/reach-for-the-arcs-code
This is the code for the SIGGRAPH 2024 article "Reach For the Arcs: Reconstructing Surfaces from SDFs via Tangent Points"
odedstein/ASimpleDiscretizationOfTheVectorDirichletEnergy
Repository containing the code for the paper "A Simple Discretization of the Vector Dirichlet Energy" (http://www.cs.columbia.edu/cg/a-simple-discretization/)
odedstein/flip-free-parametrization
Supplemental code for the paper "A Splitting Scheme for Flip-Free Distortion Energies" by O. Stein, J. Li, and J. Solomon
odedstein/fs-2024-csci-599-exercise-5
Exercise five for USC CSCI 599: Geometric Shape Modeling
odedstein/fs-2024-csci-599-exercise-3
Exercise three for USC CSCI 599: Geometric Shape Modeling Resources
odedstein/fs-2024-csci-599-exercise-1
Exercise one for USC CSCI 599: Geometric Shape Modeling
odedstein/fs-2024-csci-599-exercise-2
Exercise two for USC CSCI 599: Geometric Shape Modeling
odedstein/fs-2024-csci-599-exercise-7
Exercise seven for USC CSCI 599: Geometric Shape Modeling
odedstein/fs-2024-csci-599-exercise-9
Exercise nine for USC CSCI 599: Geometric Shape Modeling
odedstein/gptoolbox
Matlab toolbox for Geometry Processing.
odedstein/PoissonRecon
Poisson Surface Reconstruction
odedstein/fs-2024-csci-599-exercise-10
Exercise ten for USC CSCI 599: Geometric Shape Modeling
odedstein/fs-2024-csci-599-exercise-4
Exercise four for USC CSCI 599: Geometric Shape Modeling
odedstein/fs-2024-csci-599-exercise-6
Exercise six for USC CSCI 599: Geometric Shape Modeling
odedstein/fs-2024-csci-599-exercise-8
Exercise eight for USC CSCI 599: Geometric Shape Modeling