Software

I am spending a fair amount of my time on the development of scientific software. These days I am using Julia pretty much exclusively. Below you can find a list of the packages and GitHub organisations I am involved in.

GitHub Organisations

• JuliaDEC: Discrete Exterior Calculus in Julia

• JuliaGNI: Geometric Numerical Integration in Julia

• JuliaRCM: Reduced Complexity Modeling in Julia

• JuliaPlasma: Plasma Physics Modeling in Julia

Julia Packages

• ChargedParticleDynamics.jl: Geometric Integrators for Charged Particle and Guiding Centre Dynamics

• CompactBasisFunctions.jl: Compactly supported basis functions

• ElectromagneticFields.jl: Common Interface for Analytical and Numerical Electromagnetic Fields

• GeometricIntegrators.jl: Geometric Numerical Integration in Julia

• GeometricMachineLearning.jl: Structure Preserving Machine Learning Models for the Solution of Differential Equations

• ParticleMethods.jl: Library for particle methods

• PoincareInvariants.jl: Library for the computation of Poincaré integral invariants

• PoissonSolvers.jl: Numerical Methods for Poisson Equations

• QuadratureRules.jl: A Collection of Quadrature Rules

• ReducedBasisMethods.jl: Generation of and simulation with reduced bases

• RungeKutta.jl: Runge-Kutta Methods

• SimpleSolvers.jl: Linear and nonlinear solvers

• StochasticIntegrators.jl: Stochastic Numerical Integrators

• SparseIdentification.jl: Sparse Identification of Nonlinear Dynamics

• VlasovMethods.jl: Numerical methods for Vlasov Equations (particle, mesh and reduced basis methods)

Legacy Python Code

• viIMHD2D: Reference implementations of variational integrators for ideal and inertial magnetohydrodynamics

• viRMHD2D: Reference implementations of variational integrators for reduced magnetohydrodynamics

• viVlasov1D: Reference implementation of variational integrators for the Vlasov-Poisson system