Discover eschnett/ASDF.jl Open Source project

Announcements and nodes for my 2018 course in Computational Physics

146

2018-computational-physics-course

Jupyter Notebook

SixelTerm.jl

Inline graphics in the REPL using Sixel

Create Julia interfaces to C++ libraries

CxxInterface.jl

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

CarpetX is a Cactus driver for the Einstein Toolkit based on AMReX

CarpetX

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

Discrete Differential Forms in arbitrary dimensions

DDF.jl

Execute Fortran code from Julia

Fortran.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

Explicit SIMD types for CUDA

CUDASIMDTypes.jl

Experiment with beam forming algorithms for CHORD

beamforming

FunHPC: Functional HPC Programming

FunHPC.cxx

SparseGridQuadrature.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

GridFunctions.jl

Operations on polynomials that live on a simplex

SimplexPoly.jl

Mapping physics quantities onto hardware for efficient parallelization.

IndexSpaces.jl

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

GraviPet.jl

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

ZeroRing.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

Experiment with fusing user-defined loop kernels

KernelFusion.jl

SmallInts.jl

Small integers

Julia utilities for tabulated equations of state

Compose.jl

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

Temporary repository for new openPMD Julia bindings

openPMD2.jl

Inline graphics in the REPL for iTerm2

ITerm2Images.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

Grundmann-Möller n-dimensional Simplex Quadrature

GrundmannMoeller.jl

Gaussian Quadrature for an n-dimensional simplex

SimplexQuad.jl

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

Julia wrapper of the famous ncurses library

Ncurses.jl

ASDF, the Advanced Scientific Data Format

ASDF2.jl

Docker image for the Einstein Toolkit

einsteintoolkit-docker

Shell

ParabolicTrigonometry.jl

Parabolic trigonometric functions