Plotting in the complex plane for Julia.

Julia package to download and analyse ECMWF reanalysis data, with some calculations for other variables thrown in.

Stochastic kinetic scheme for uncertainty quantification

🌱 example of DSSAT-like crop model written in Cropbox

-

Computational models of algorithmic competition

Empirical distribution fitting for Rasters.jl.

-

Julia bindings for the LibRaw library

Julia code for analytic and numeric solutions of the GIll Matsuno Circulation

Move your models to Knet!

Interface library for using Trixi.jl from C/C++/Fortran

Little helpers for neural networks in the Knet ecosystem

-

Port of Richard Schreier's Delta Sigma Toolbox

Basic structures for finite elements based on ExtendableGrids infrastructure

A Julia package to perform large-scale sparse diagonalization.

-

Makie recpies for visualising KmerAnalysis types and results.

Geostatistical processes for the GeoStats.jl framework

Geostatistical estimation solvers for the GeoStats.jl framework

Artifacts for Geospatial Data Science

Tiny Gibbs sampler making use of AbstractMCMC.jl and MCMCChains.jl

A Julia package to handle high dimensional astronomy image data sets for radio interferometry

A library gathering diverse algorithms for clustering, similarity search, prototype selection, and data encoding based on k-cluster algorithms.

A Julia library for working with curvilinear grids

Simulate phenotypes from any GLM model

-

Specification and efficient samplers for several random matrix distributions, focusing on spiked models in real-valued data.

This package provides a numerical method of applying linear noise approximation (LNA) to a given reaction system

The plotting package for predefined environments exported from FlightSims.jl

Extensions for AlgebraOfGraphics.jl

Inverse distance estimation solver for the GeoStats.jl framework

Spectral temporal filters banks for modeling A1, as described in Chi, Ru & Shamma 2005

Julia package to facilitate the construction of JumpProblems on graphs.

Non-critical functions for SeaPearl

An implementation of Feynman's variational path integral technique, written in Julia, for the determination of phenomenological properties of the electron in electronic materials.

Fault tolerant control (FTC) for multicopters, etc.

Optimization for the Mimi.jl modeling framework

Computes Cross Correlation Functions (CCFs) with RvSpectML