[👆 Make sure to include unit and reference tests. We provide you with a reference test (using ReferenceTests.jl) you can benchmark your implementation against. Adapt it to your needs and ensure your 3D diffusion solver to return H
and xc
, the solution array and the x-coordinate vector, respectively.]
[Add some short info here about the project, an abstract in a sense, and link to the documentation for Part-1 and Part-2.]
This project was generated with
using PkgTemplates
Template(;dir=".",
plugins=[
Git(; ssh=true),
GitHubActions(; x86=true)],
)("FinalProjectRepo")
Additionally, to the files generated by PkgTemplates
, the following files and folders were added
scripts-part1/
andscripts-part2/
which should contain the scripts for part 1 (solving the diffusion equation) and part 2 (solving your own equation)docs/
the documentation (aka your final report), one for each parttest/part*.jl
testing scripts
Adapting this to your needs would entail:
- copy this repository (or clone)
- adapt the files (don't forget the LICENSE)