Discover eschnett/einsteintoolkit-docker Open Source project

Inline graphics in the REPL using Sixel

146

SixelTerm.jl

Announcements and nodes for my 2018 course in Computational Physics

2018-computational-physics-course

Jupyter Notebook

CxxInterface.jl

Create Julia interfaces to C++ libraries

A forwarding MPI implementation that can use any other MPI implementation via an MPI ABI

MPItrampoline

Python

Delaunay.jl

Find the Delaunay triangulation for a set of points

Easy-to-use Spherical Harmonics, based on FastTransforms.jl

FastSphericalHarmonics.jl

Persist.jl

Persistent jobs

mpi-hs

MPI bindings for Haskell

A Julia implementation of the Advanced Scientific Data Format (ASDF)

ASDF.jl

Differential forms in Julia

DifferentialForms.jl

A ray-tracer for curved spacetimes

RayTraceGR.jl

A Julia interface to ADIOS2

ADIOS2.jl

Functional High-Performance Computing in Julia

FunHPC.jl

A Julia package wrapping SHTOOLS, the Spherical Harmonic Tools

SHTOOLS.jl

Contracts.jl

Provide a pointerfree wrapper for Julia Symbols

ValueSymbols.jl

Fast Fourier Transforms implement in pure Julia.

FourierTransforms.jl

Execute Fortran code from Julia

Fortran.jl

Discrete Differential Forms in arbitrary dimensions

DDF.jl

A Julia interface to the C++ STL

STL.jl

A wrapper for MPI libraries, implementing an MPI ABI

MPIwrapper

Python

openPMD.jl

Julia wrapper for the openPMD-api library

Vectorizable elemental math functions for Julia

Vecmathlib.jl

Generate arbitrary sequences for testing

Arbitrary.jl

Provide functions to test whether a type implements an abstract type properly

TestAbstractTypes.jl

Multi-dimensional arrays with arbitrary upper and lower bounds that can be fixed at compile time.

FastArrays.jl

Multi-dimensional tanh-sinh quadrature in Julia

TanhSinhQuadrature.jl

Efficient and convenient I/O for large PDE simulations

SimulationIO

Calculate Bernstein polynomials

Bernstein.jl

Provide high-precision Float128 and Float256 types, based on David H. Bailey's "qd" library

QD.jl

GraviPet is the General Relativistic Astrophysics Visualization, Initialization, and Postprocessing Efficient Toolkit

GraviPet.jl

Efficient short Fast Fourier Transforms

ShortFFTs.jl

Explicit SIMD types for CUDA

CUDASIMDTypes.jl

Experiment with beam forming algorithms for CHORD

beamforming

FunHPC: Functional HPC Programming

FunHPC.cxx

Julia wrapper of the famous ncurses library

Ncurses.jl

SparseGridQuadrature.jl

Gaussian Quadrature for an n-dimensional simplex

SimplexQuad.jl

Non-promoting wrappers for arithmetic types

NonPromoting.jl

VecMathLib: SIMD vector operations and vectorizable math functions

VecMathLib

GeometricAlgebra.jl

ASDF - Advanced Scientific Data Format, a C++ implementation

asdf-cxx

Fast and exact spin spherical harmonic transforms

SSHT.jl

VectorSpaces.jl

Traits for vector spaces

A Julia package for displaying categorical progress information

ProgressView.jl

AlgebraicMatrices.jl

Operations on polynomials that live on a simplex

SimplexPoly.jl

GridFunctions.jl

Mapping physics quantities onto hardware for efficient parallelization.

IndexSpaces.jl

Inline graphics in the REPL for iTerm2

ITerm2Images.jl

A number type that has only a single value (zero) and needs no storage

ZeroRing.jl

Grundmann-Möller n-dimensional Simplex Quadrature

GrundmannMoeller.jl

Experiments towards arbitrarily accurate literal values

Literals.jl

SimpleAssoc.jl

Example Project for CompPhys course

Example2018

Go to https://drive.google.com/file/d/17CihZKb04U2TRwDXQwwmMDYODFXMfbCf/view?usp=sharing

Jupyter Notebook

spack-test

Test Spack by installing packages for a typical HPC environment

Shell

Forall.jl

Provide a `forall` function that implements a `for` loop

SmallInts.jl

Small integers

Provide a uniform interface to spin-weighted spherical harmonics

AbstractSphericalHarmonics.jl

FastIntegers.jl

Experiment with traits in Julia

BasicTraits.jl

Experiments with vector and tensor spherical harmonics

DivGradYlm.jl

Double-wide integer arithmetic

WideInts.jl

Constrained Categories, Functors, and Comonads

constrained-functors

Experiment with fusing user-defined loop kernels

KernelFusion.jl

Temporary repository for new openPMD Julia bindings

openPMD2.jl

Julia utilities for tabulated equations of state

Compose.jl

Block-sparse vectors and matrices

BlockSparseArrays.jl

WaveToyDagger.jl

HDF5 bindings for Haskell

hdf5-hs

FunHPC: Functional HPC Programming (using Haskell)

funhpc-hs

A Variant (tagged union) type for Julia

Variants.jl

Fixed point numbers for Julia

FixedPoint.jl

Solve the Poisson equation in a machine-learning (deep learning) inspired way

mlpoisson

Discretize functions via finite differences (in 1 dimension)

Fun1d.jl

Create sparse vectors and matrices conveniently and efficiently

SparseArraysCOO.jl

Numerical experiments with self-force in a scalar field

ScalarSelfForce4d.jl

ASDF, the Advanced Scientific Data Format

ASDF2.jl

Parabolic trigonometric functions

ParabolicTrigonometry.jl