A research and educational software for the numerical solution of 1D, 2D, and 3D PDEs using spectral and spectral element methods on CPUs and GPUs. DISCLAIMER: this is WIP.
If you are interested in contributing, please get in touch.
To install and run the code assume Julia version 1.7.2 or higher (tested up to 1.8.5)
>> cd $JEXPRESSO_HOME
>> julia --project=. -e "using Pkg; Pkg.instantiate(); Pkg.API.precompile()"followed by the following:
Push problem name to ARGS You need to do this only when you run a new problem
julia> push!(empty!(ARGS), PROBLEM_NAME::String, PROBLEM_CASE_NAME::String);
julia> include("./src/Jexpresso.jl")- PROBLEM_NAME is the name of your problem directory as $JEXPRESSO/src/problems/problem_name
- PROBLEM_CASE_NAME is the name of the subdirectory containing the specific setup that you want to run:
The path would look like
$JEXPRESSO/src/problems/PROBLEM_NAME/PROBLEM_CASE_NAME
For example, if you wanted to run AdvDiff with the setup defined inside the case directory case1, then you would do the following:
julia> push!(empty!(ARGS), "AdvDiff", "case1");
julia> include("./src/Jexpresso.jl")Currently available problem names:
- AdvDiff
- Elliptic
- LinearCLaw
- ShallowWater
- CompEuler (option with total energy and theta formulation)
More are already implemented but currently only in individual branches. They will be added to master after proper testing.
For plotting we rely on Makie. If you want to use a different package, modify ./src/io/plotting/jplots.jl accordinly.