Add new machine perlmutter

[technic960183]

Summary

This pull request introduces a configuration file and job submission scripts for running GAMER on the NERSC Perlmutter supercomputer, adding a new configuration file tailored for Perlmutter's environment and two job submission scripts for CPU and GPU nodes.

Changes

Configuration file:

• configs/perlmutter.config: Added a new configuration file tailored for the NERSC Perlmutter system, including paths for CUDA, FFTW3, MPI, and HDF5 libraries, compiler settings, and GPU-specific flags for NVIDIA A100 GPUs.

Job Submission Scripts:

• example/queue/submit_perlmutter_cpu.job: Added a new SLURM job submission script for running jobs on Perlmutter's CPU nodes.
• example/queue/submit_perlmutter_gpu.job: Added a new SLURM job submission script for running jobs on Perlmutter's GPU nodes.

Usage

Before doing anything, please:

module load gcc-native/12.3

Tests

• Run two Quick Start demos.
• Submit a GPU node job with 4 nodes for the 3D blast wave.
• Submit a CPU node job with 4 nodes for the 3D blast wave.
• Run the regression tests.

For the regression test:
python regression_test.py --machine=perlmutter -e level2

> Test name           : Error code      Reason
> MHD_ABC_MHD         : SUCCESS         
> BlastWave_MHD       : COMPARISON      Fail data comparison.
> Riemann_MHD         : COMPARISON      Fail data comparison.
> BlastWave_Hydro     : COMPARISON      Fail data comparison.
> Riemann_Hydro       : COMPARISON      Fail data comparison.
> AcousticWave_Hydro  : SUCCESS         
> Riemann_SRHD        : SUCCESS         
> Plummer_Gravity     : SUCCESS 

But the regression test itself has problem on running on other machine. So this is just for a reference.

Performance

3D blastwave

256x256x256+MAX_LEVEL=3:

4 GPU nodes: 682.3 s.
2 GPU nodes: 700.6 s.
1 GPU nodes: 1029.6 s.
4 CPU nodes: 1551.0 s.
2 CPU nodes: 2585.1 s.
1 CPU nodes: 4444.3 s.

128x128x128+MAX_LEVEL=3:

4 GPU nodes: 354.8 s.
2 GPU nodes: 265.6 s.
1 GPU nodes: 329.3 s.

[ChunYen-Chen]

@technic960183 Thanks for the contribution. I have left some comments.