We need to build QUDA and MILC in sequence. QUDA and MILC can each be built with a single script. The procedure is described below.
You need 2 directories: build_dir and run_dir.
-
Using the python script :
- Run the script build_frontier/build_install_scripts.py as
python build_install_scripts.py --machine frontier -bdir <build_dir>.- It will create <build_dir> and copy all install scripts to the desired location in
build_dir.
OR Alternatively
- Manually copy and edit scripts :
| Command | Description |
|---|---|
export BUILD_DIR=<build_dir> |
Setup paths |
cd $BUILD_DIR |
Enter build directory |
mkdir QUDA install QUDA/src |
Manually create 3 empty directories inside build_dir |
cp -r <repo_dir>/build_frontier/install_scripts $BUILD_DIR/ |
Copy the folder build_frontier/install_scripts to <build_dir>/ |
cd <build_dir>export BUILD_DIR=$PWD./install_scripts/build_quda.sh 2>&1 | tee op_quda.out./install_scripts/build_milc.sh 2>&1 | tee op_milc.out
This should build both QUDA and MILC.
| Command | Description |
|---|---|
cd <run_dir> |
Enter run directory |
cp <repo_dir>/build_frontier/sample_input_files/* . |
Copy the input files from build_frontier/sample_input_files to the required location |
mkdir rand |
Create directory for storing random numbers |
ln -s /lustre/orion/lgt104/proj-shared/ayyar/gauge_configs/Stag_MG/2_192/lat |
Create sym link for gauge configuration |
Edit the input*.kpp and mgparams*.txt files |
Edit for varying local volume, MG layers, etc. |
export BUILD_DIR=<build_dir> |
Setup build path |
sbatch run_tune_slurm.sh |
Submit tuning run |
sbatch run_full_slurm.sh |
Submit full run after completion of tuning run |