Description

A 2D Hasegawa-Wakatani solver which works in a 3D domain. Earlier form submitted for the NEPTUNE 3D coupled fluid-particle deliverable in Sept 2023.

Fixes #207

Type of change

• New feature (non-breaking change which adds functionality)
• Requires documentation updates

Testing

• HWTest.Coupled2Din3DHWMassCons (in test/integration/solvers/H3LAPD/test_H3LAPD.cpp)

  • Runs the H3LAPD solver with the "HW2Din3DSystem" equation system for a small number of steps with periodic BCs on all sides.
  • Tests for fluid-particle mass conservation
  • Sets HW constants to alpha=kappa=0
  • Passes iff mass is conserved to a tolerance of 1e-12 AND the solver returns 0.

• HWTest.2Din3DHWGrowthRates (in test/integration/solvers/H3LAPD/test_H3LAPD.cpp)

  • Runs the H3LAPD solver with the "HW2Din3DSystem" equation system for a small number of steps with periodic BCs on all sides.
  • Particle number is set to 0.
  • Tests that growth rate of energy and enstrophy match analytical expected rates as defined in equations 6 and 7 of Numata et al. 2007.
  • Passes iff rates match to a tolerance of 5e-3 AND the solver returns 0.

Test Configuration:

OS: Ubuntu 22.04
Compiler: GCC 11.3.0 / OneAPI v2022.1.0
SYCL implementation: Hipsycl v0.9.2 / DPC++ v2022.1.0
MPI details: MPICH v4.0.2
Hardware: CPU (Intel Alder Lake)

Checklist:

• I have added tests that prove my fix is effective or that my feature works
• New and existing unit tests pass locally with my changes
• Any new dependencies are automatically built for users via cmake
• I have used understandable variable names
• I have run clang-format against my *.hpp and *.cpp changes
• I have run cmake-format against my changes to CMakeLists.txt
• I have made corresponding changes to the documentation
• I have performed a self-review of my own code
• I have commented my code, particularly in hard-to-understand areas
• My changes generate no new warnings