Discover @LukeMcCulloch Open Source projects

Luke McCulloch (@LukeMcCulloch)

LukeMcCulloch

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59
Global Rank 303,690 (Top 11 %)
Followers 30
Following 26
Registered over 10 years ago
Most used languages

Python
40.0 %

C++
30.0 %

Fortran
30.0 %
Location 🇺🇸 United States
Country Total Rank 67,675
Country Ranking

Fortran
368

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.

meshes

ply and obj files for discrete differential geometry, etc.

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.