Pycsou extension module for linear inverse problems involving signals defined on the sphere.
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Updated
Apr 23, 2021 - Python
Pycsou extension module for linear inverse problems involving signals defined on the sphere.
Geodesic on Sphere Visualization
Python Ball Motion Tracking (pymbt): A python interface for FicTrac (https://github.com/rjdmoore/fictrac)
This the calculation from my BSc thesis that I used to compute the capacitance matrix for a collection of N conducting spheres randomly distributed in a box.
A reference implementation of spherical go by using snub dodecahedron
Collection of tools for plotting with matplotlib
Simple GUI tool which lets users create custom scripts for sphere generation in Source Engine
Quadrature sets for spherical integration on the unit sphere in three dimensions.
Leveraging Input-Level Feature Deformation with Guided-Attention for Sulcal Labeling
Python tools for visualizing 3D angles, shapes and histograms on the unit sphere with matplotlib.
These scripts can be used to draw spheres and points on a sphere.
sample points uniformly on a sphere by dividing an icosahedron(the largest convex regular polyhedron)
Fit and manipulate a few probability distribution functions on the unit S2 sphere.
Train a neural network in feature and lazy regimes on a regression task defined on the hyper-sphere.
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