Computational geometry in Julia

Meshing and isosurface extraction algorithms

A research tool based in virtual reality. Produced by the Center for Computational Mathematics and Modeling at Temple University

LibHip: An Open-Access Hip Joint Model Repository suitable for Finite Element Method Simulation

Java implementation of the Q-Morph algorithm for my Siv. Ing. thesis at the University of Oslo, 2002

Plugin that interfaces MMG (mesh adaptation kernel) with SALOME

Software modules for modelling and simulation

Interval Assignment by Integer Linear Algebra method for solving assigning the number of mesh edges on model curves for quad and hex meshing

Simple implementation of DistMesh algorithm allowing to generate meshes on 2D plane.

Surface triangle mesh smoothing w.r.t. vertex normals to preserve surface curvature. Runs parallel on OpenMP or CUDA if available. Vertex indices are reordered s.t. they are localized into patches to improve CUDA blocking into shared memory & spatial cache locality.

This is a research code investigating techniques to create coarse hex layouts for fitting multipatch B-splines to be used in isogeometric analysis.

Initial implementation of the algorithm described in my bachelor’s thesis.

Python Script to utilize existing dxf format to convert mesh based 3D Model.

Numerical and Analytical Flow Solution over Joukowski Aerofoil, Using O-grid Meshing Method and PSOR solving algorithm.

This package performs triangulation for engineering geological cross-sections

Infinite Voxel World with procedural generation like minecraft

subdivision algorithm of a continuous geometric space into discrete geometric and topological cells.

Python wrapper around ViennaGrid

This program helps to perform meshing operations in a convex domain. Alhamdoulilah!