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academic-kickstart

cjson

Ultralightweight JSON parser in ANSI C

cmake-example

Example project which demonstrates various CMake features.

cours

extblockmesh

Extend blockMesh with smoothing and snapping capability

fds

Fire Dynamics Simulator

matvec-sparse

Sparse matric-vector multiplication using MPI

parallelmatrixmarket

A library that can be used to read and write the matrix market format in parallel.

php-garmin-connect-api

PHP library to connect and use garmin wellness api

py3row

Python3 API for concept2 indoor rowing machines

pysph

A framework for Smoothed Particle Hydrodynamics in Python

python-garminconnect

Python 3 API wrapper for Garmin Connect to get activity statistics

reverse-cuthill-mckee-ordering-in-c

RCM is a C++ library which computes the Reverse Cuthill McKee ("RCM") ordering of the nodes of a graph. The RCM ordering is frequently used when a matrix is to be generated whose rows and columns are numbered according to the numbering of the nodes. By an appropriate renumbering of the nodes, it is often possible to produce a matrix with a much smaller bandwidth.The bandwidth of a matrix is computed as the maximum bandwidth of each row of the matrix. The bandwidth of a row of the matrix is essentially the number of matrix entries between the first and last nonzero entries in the row, with the proviso that the diagonal entry is always treated as though it were nonzero.This library includes a few routines to handle the common case where the connectivity can be described in terms of a triangulation of the nodes, that is, a grouping of the nodes into sets of 3-node or 6-node triangles. The natural description of a triangulation is simply a listing of the nodes that make up each triangle. The library includes routines for determining the adjacency structure associated with a triangulation, and the test problems include examples of how the nodes in a triangulation can be relabeled with the RCM permutation.

rmdc

Really Minimalist Dictionary Converter

rowepoc

A pretty interface for Concept2 machine

salometoopenfoam

A python script that outputs a Salome mesh to OpenFOAM

sparse-hd-book

This is a repository associated with the book "Sparse Polynomial Approximation of High-Dimensional Functions" by Ben Adcock, Simone Brugiapaglia, and Clayton G. Webster to be published by SIAM in late 2021.

sqlserver

styles

styles pour Jupyter

su2

SU2: An Open-Source Suite for Multiphysics Simulation and Design

sxamg

Algebraic Multigrid (AMG) Solver Library

tsspredict

Predict an optimal way for training