miniPIC is a playground for computer science and HPC experiments applied to the Particle-In-Cell method.
Warning
miniPIC is not a code intended to be used for numerical simulation of physical cases.
| Internal Backend | CPU Intel | CPU AMD | ARM based CPU | |
|---|---|---|---|---|
| OpenMP loop | LLVM, GCC, OneAPI | LLVM, GCC, OneAPI | LLVM 14, GCC 10 | |
| SYCL | LLVM, GCC, OneAPI | OneAPI | Not tested | |
| Kokkos | OpenMP | LLVM, GCC, OneAPI | Not tested | LLVM, GCC |
| Eventify | Not tested | |||
| OpenMP task | Not tested |
| Internal Backend | GPU NVIDIA | GPU AMD | GPU Intel | |
|---|---|---|---|---|
| Kokkos | CUDA, HIP, SYCL | CUDA 11 (tested on V100, A100) | HIP (tested on MI250) | Tested on Intel MAX 1550 |
| SYCL | tested on V100, A100 | Tested on MI250 | Tested on Intel MAX 1550 | |
| THRUST | tested on V100, A100 (nvcc 11) | Tested on MI250 | Not tested | |
| OpenACC | tested on V100, A100 (nvhpc 23.7) | Not tested | Not tested | |
| OpenMP target | Tested (nvhpc 23.7) | Not tested | Not tested |
doc: documentation pagessrc: C++ sourcesetups: headers used to initialize the physical parameterscommon: source files common to all backends- backend specific folder (
kokkos,thrust, etc): backend specific operators
lib: Python libraries for miniPIC python toolsscript: Python scripts to read and plot diagstests: simulation tests used to validate the codevalidation: Python validation scriptsunit_tests: unit tests