Scikit-Shapes
Why Scikit-Shapes?
Getting started
User guide
Gallery of examples
API reference
How Scikit-Shapes works
Features
Tasks
Loss functions
Deformation models
Translations
Rigid transformations (translation + rotation)
Rigid ICP (Iterative Closest Point)
Similarities (translation + rotation + scaling)
Affine transformations (translation + rotation + scaling + shearing)
Parameters
Deformation model
Linear models - general case
Linear models - parameterized by displacement
Linear models - parameterized by momentum
Linear models - parameterized by latent code
Thin plate splines
Multi-affine deformations
Piece-wise rigid transformations
As-Rigid-As-Possible (ARAP) Deformations
Hookean elastic material
Extended Position-Based Dynamics (XPBD)
Hookean elastic material with XPBD
Neo-Hookean elastic material with XPBD
Contributing
Scikit-Shapes
How Scikit-Shapes works
Affine transformations (translation + rotation + scaling + shearing)
View page source
Affine transformations (translation + rotation + scaling + shearing)
Parameters
Deformation model