LukeMcCulloch/meshes

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Created almost 6 years ago
Updated almost 6 years ago

LukeMcCulloch/meshes

LukeMcCulloch

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ply and obj files for discrete differential geometry, etc.

Python-discrete-differential-geometry

Discrete differential geometry in Python. Derived from CMU and Caltech Codebases and Published papers

feasible-form-parameter-design

My PhD codebase for reliable automated shape generation via miniKanren-esque (interval!) constraint programming, interval arithmetic design space representation, and variational B-spline optimization via automatic differentiation. This is the PhD codebase. When I get time I will make this presentable.

cfd_solvers_cpp

C++ CFD. the initial interest is in hyperbolic conservation laws in 1D, 2D, and 3D, structured and unstructured meshes

PyCFD

An unstructured solver for the Euler equations on a 2D grid, prototyped in Python

ShallowWaterEquations

Roe approximate Riemann solver for the shallow water equations. Includes LaVeque's entropy fix for transonic rarefaction and various limiters.

TrivialConnections

Discrete Differential Geometry Exterior Calculus: Keenan Crane's Trivial Connections code adapted for Linux

3D-linear-wave-resistance

3D linear wave resistance forward speed solver for quad based geometries. Rankine Green's function method with discretized free surface

3D-nonlinear-wave-resistance

3D fwd speed wave resistance with full nonlinear free suface

WARP

clone of WARP Particle In Cell Code base

SpinTransformations

C++ implementation of Spin Transformations of Discrete Surfaces by Keenan Crane, et al.