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New page: #!/bin/bash ########################################## # Rodrigo García-Muelas @ iciq-Tgn # # Created: Jan 11, 2013 # # Edit 1 : Apr 06, 2013 ... |
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go back to [[Main Page]], [[Group Pages]], [[Núria López and Group]], [[Scripts_for_VASP]] | |||
Instructions: 1) Put this script as executable on your ~/bin/ folder (recomended name: rungen). 2) Put your email instead of youremail@iciq.es. 3) Do the same with [[savecalc]]. | |||
To generate a run.sh file, write on a terminal: | |||
$ rungen <''name_of_job''> <''queue''> <''number_of_processors''> <''(optional)vasp_version''> | |||
Notes: | |||
*<<''name_of_job''>> should start with a letter, not a number or another special character. | |||
*Queues c (or c0) and q (or q0) are part of [[tekla]]. | |||
*Queues 4 8 and 12 are interpreted as c4m8... etc, on [[tekla2]]. | |||
*Queues 16a 16b and 16c are interpreted as ''class_a'', ''class_b'' and ''class_c'' on [[MareNostrum]]. | |||
*This script has a security control to avoid sending a calculation with the wrong number of processors. | |||
*Please verify the default version of VASP that you want to use on each queue. | |||
*By default I use Infiniband in the c12m28ib queue, with 24 or more processors. | |||
*I put another security control, named [[savecalc]] that is run before VASP, in case you need to do a long optimization. | |||
*You have two quickly accesible log files: o_* that is the standard output and e_* that contains the errors. | |||
#!/bin/bash | |||
go back to [[Main Page]], [[Group Pages]], [[Núria López and Group]], [[Scripts_for_VASP]] | |||
This script allows you to generate run.sh files for tekla2 and MareNostrum4. It also worked for MareNostrum3. If you make a mistake in the number of processors the script will tell to you, so you'd better use this script (or someone similar) every time you prepare a new calculation. | |||
= Instructions = | |||
* Create ~/bin/rungen and put the content below | |||
* Make it executable | |||
chmod +x ~/bin/rungen | |||
* To use it in tekla, put the name, the queue (4, 8, 12, or 24), and the number of processors. If you make a mistake in the number of processors the script will tell to you. | |||
rungen nanoparticle 12 60 | |||
* You can change the VASP version using an additional fourth input variable: | |||
rungen neb 12 48 5.3.5-IB_VTST_GAMMA | |||
* In MareNostrum, use 48a, 48b, 48c, and 48d for class_a, class_b, class_c, and debug queues: | |||
rungen neb 48 96 | |||
* If you want to change the VASP version, go to this folder to see what versions do you have available. The default is ''vasp_std'': | |||
/apps/VASP/5.4.4/INTEL/IMPI/bin/ | |||
rungen neb 48 96 vasp_gam_sol | |||
* If you want to use an exotic flavour that is not yet compiled for the version you are using, you can request MareNostrum people to compile it. Ask your boss before doing the request. Otherwise, you can use an older version of VASP. Feel free to explore into these MareNostrum folders: | |||
/apps/VASP/ | |||
* Remember to adapt your parallelization to the machine and processors you use each time.[http://aliga.iciq.es/wiki/index.php/The_INCAR_file#Improving_Parallelisation] | |||
== rungen == | |||
#!/bin/bash | |||
########################################## | ########################################## | ||
# Rodrigo García-Muelas @ iciq-Tgn # | # Rodrigo García-Muelas @ iciq-Tgn # | ||
# Created: Jan 11, 2013 # | # Created: Jan 11, 2013 # | ||
# Edit | # Edit 2 : Nov 17, 2017 # | ||
########################################## | ########################################## | ||
# Input ################################## | # Input ################################## | ||
# 1 # name | # 1 # name | ||
# 2 # queue id | # 2 # queue id | ||
# 3 # number of processors | # 3 # number of processors | ||
# 4 # version | # 4 # version | ||
########################################## | ########################################## | ||
| Line 21: | Line 67: | ||
# tekla1, tekla2 or marenostrum ########## | # tekla1, tekla2 or marenostrum ########## | ||
tk1=0 ; tk2=0 ; mar=0 | tk1=0 ; tk2=0 ; mar=0 ; csc=0 ; | ||
case $2 in | case $2 in | ||
c|c0) queue=c0 ; tk1=1 ; procqueue=1 ;; | c|c0) queue=c0 ; tk1=1 ; procqueue=1 ;; | ||
| Line 28: | Line 74: | ||
8) queue=c8m24 ; tk2=1 ; procqueue=8 ;; | 8) queue=c8m24 ; tk2=1 ; procqueue=8 ;; | ||
12) queue=c12m48ib ; tk2=1 ; procqueue=12 ;; | 12) queue=c12m48ib ; tk2=1 ; procqueue=12 ;; | ||
16a) queue=class_a ; mar= | 24) queue=c24m128ib; tk2=1 ; procqueue=24 ;; | ||
16b) queue=class_b ; mar= | 16a) queue=class_a ; mar=3 ; procqueue=16 ; maxhours=71 ;; | ||
16c) queue=class_c ; mar= | 16b) queue=class_b ; mar=3 ; procqueue=16 ; maxhours=47 ;; | ||
*) echo "Error in queue name!!! " ; exit ;; | 16c) queue=class_c ; mar=3 ; procqueue=16 ; maxhours=23 ;; | ||
16d) queue=debug ; mar=3 ; procqueue=16 ; maxhours=00 ;; | |||
48a) queue=class_a ; mar=4 ; procqueue=48 ; maxhours=71 ;; | |||
48b) queue=class_b ; mar=4 ; procqueue=48 ; maxhours=47 ;; | |||
48c) queue=class_c ; mar=4 ; procqueue=48 ; maxhours=23 ;; | |||
48d) queue=debug ; mar=4 ; procqueue=48 ; maxhours=01 ;; | |||
*) echo "Error in queue name!!! " ; exit ;; | |||
esac | esac | ||
# MOD should be 0 ######################## | # MOD should be 0 ######################## | ||
let AAA=`expr $3 % $procqueue` | let AAA=`expr $3 % $procqueue` | ||
| Line 41: | Line 92: | ||
########################################## | ########################################## | ||
# version | # version | ||
if [ -z $4 ] ; then | if [ -z $4 ] ; then | ||
if [ $mar = 1 ] ; then vaspversion="5.3.3" | if [ $mar = 1 ] ; then vaspversion="5.3.3" | ||
elif [ $2 = 4 ] ; then vaspversion="5. | elif [ $2 = 4 ] ; then vaspversion="5.4.4" | ||
elif [ $2 = 8 ] ; then vaspversion="5. | elif [ $2 = 8 ] ; then vaspversion="5.4.4" | ||
elif [ $2 = 12 ] ; then if [ $3 -gt 12 ] ; then vaspversion="5.3. | elif [ $2 = 12 ] ; then if [ $3 -gt 12 ] ; then vaspversion="5.3.5-IB" ; else vaspversion="5.4.4" ; fi | ||
elif [ $tk1 = 1 ] ; then vaspversion="4.6" ; fi | elif [ $2 = 24 ] ; then if [ $3 -gt 24 ] ; then vaspversion="5.3.5-IB" ; else vaspversion="5.4.4" ; fi | ||
else vaspversion=$4 ; fi | elif [ $tk1 = 1 ] ; then vaspversion="4.6" | ||
elif [ $mar = 4 ] ; then vaspversion="vasp_std" | |||
fi | |||
else vaspversion=$4 ; fi | |||
# echo $1 | # echo $1 | ||
| Line 60: | Line 114: | ||
# echo $tk2 | # echo $tk2 | ||
# echo $mar | # echo $mar | ||
# echo $version | # echo $version | ||
########################################## | ########################################## | ||
| Line 77: | Line 131: | ||
#$ -M rgarcia@iciq.es | #$ -M rgarcia@iciq.es | ||
#$ -o $ofile | #$ -o $ofile | ||
#$ -e $efile | #$ -e $efile | ||
cd $E ; /home/rgarcia/bin/savecalc | |||
/usr/bin/mpirun -np $3 -machinefile \$TMPDIR/machines /usr/local/bin/vasp ; rm CHG | |||
! | ! | ||
fi | fi | ||
| Line 90: | Line 144: | ||
if [ $tk2 = 1 ] ; then mpi=_mpi ; cat >run.sh<<! | if [ $tk2 = 1 ] ; then mpi=_mpi ; cat >run.sh<<! | ||
#!/bin/bash | #!/bin/bash | ||
# | ### SGE Parameters ####################### | ||
#$ -S /bin/bash | #$ -S /bin/bash | ||
#$ -N $1 | #$ -N $1 | ||
| Line 103: | Line 154: | ||
#$ -o o_\$JOB_NAME.\$JOB_ID | #$ -o o_\$JOB_NAME.\$JOB_ID | ||
#$ -e e_\$JOB_NAME.\$JOB_ID | #$ -e e_\$JOB_NAME.\$JOB_ID | ||
## | ### Load Environment Variables ########### | ||
. /etc/profile.d/modules.sh | . /etc/profile.d/modules.sh | ||
module load vasp/$vaspversion | module load vasp/$vaspversion | ||
### | ### Run Job ############################## | ||
export OMP_NUM_THREADS=1 | |||
export OMP_NUM_THREADS=1 | |||
echo \$PWD >> o_\$JOB_NAME.\$JOB_ID | echo \$PWD >> o_\$JOB_NAME.\$JOB_ID | ||
echo \$TMP >> o_\$JOB_NAME.\$JOB_ID | echo \$TMP >> o_\$JOB_NAME.\$JOB_ID | ||
~/bin/savecalc ; mpirun -np \$NSLOTS vasp ; rm CHG | |||
! | ! | ||
fi | fi | ||
| Line 123: | Line 167: | ||
# queues of Marenostrum | # queues of Marenostrum 3 ################ | ||
if [ $mar = | if [ $mar = 3 ] ; then cat >run.sh<<! | ||
#!/bin/bash | #!/bin/bash | ||
#BSUB -J $1 | #BSUB -J $1 | ||
| Line 134: | Line 178: | ||
#BSUB -u rgarcia@iciq.es | #BSUB -u rgarcia@iciq.es | ||
#BSUB -R"span[ptile=16]" | #BSUB -R"span[ptile=16]" | ||
### Load environment variables ########### | ### Load environment variables ########### | ||
module load VASP/$vaspversion | module load VASP/$vaspversion | ||
### Run job ############################## | ### Run job ############################## | ||
savecalc ; mpirun vasp.complex ; rm CHG | ~/bin/savecalc ; mpirun vasp.complex ; rm CHG | ||
! | ! | ||
fi | fi | ||
########################################## | ########################################## | ||
# queues of Marenostrum 4 ################ | |||
if [ $mar = 4 ] ; then cat >run.sh<<! | |||
#!/bin/bash | |||
#SBATCH --qos=$queue | |||
#SBATCH --time=$maxhours:59:00 | |||
#SBATCH --job-name=$1 | |||
#SBATCH --cpus-per-task=1 | |||
#SBATCH --tasks-per-node=48 | |||
#SBATCH --ntasks=$3 | |||
#SBATCH --output=o_$1.%j | |||
#SBATCH --error=e_$1.%j | |||
module load vasp/5.4.4 | |||
srun /apps/VASP/5.4.4/INTEL/IMPI/bin/$vaspversion | |||
! | |||
fi | |||
########################################## | ########################################## | ||
Latest revision as of 15:08, 2 May 2024
go back to Main Page, Group Pages, Núria López and Group, Scripts_for_VASP
Instructions: 1) Put this script as executable on your ~/bin/ folder (recomended name: rungen). 2) Put your email instead of youremail@iciq.es. 3) Do the same with savecalc.
To generate a run.sh file, write on a terminal:
$ rungen <name_of_job> <queue> <number_of_processors> <(optional)vasp_version>
Notes:
- <<name_of_job>> should start with a letter, not a number or another special character.
- Queues c (or c0) and q (or q0) are part of tekla.
- Queues 4 8 and 12 are interpreted as c4m8... etc, on tekla2.
- Queues 16a 16b and 16c are interpreted as class_a, class_b and class_c on MareNostrum.
- This script has a security control to avoid sending a calculation with the wrong number of processors.
- Please verify the default version of VASP that you want to use on each queue.
- By default I use Infiniband in the c12m28ib queue, with 24 or more processors.
- I put another security control, named savecalc that is run before VASP, in case you need to do a long optimization.
- You have two quickly accesible log files: o_* that is the standard output and e_* that contains the errors.
go back to Main Page, Group Pages, Núria López and Group, Scripts_for_VASP
This script allows you to generate run.sh files for tekla2 and MareNostrum4. It also worked for MareNostrum3. If you make a mistake in the number of processors the script will tell to you, so you'd better use this script (or someone similar) every time you prepare a new calculation.
Instructions[edit]
- Create ~/bin/rungen and put the content below
- Make it executable
chmod +x ~/bin/rungen
- To use it in tekla, put the name, the queue (4, 8, 12, or 24), and the number of processors. If you make a mistake in the number of processors the script will tell to you.
rungen nanoparticle 12 60
- You can change the VASP version using an additional fourth input variable:
rungen neb 12 48 5.3.5-IB_VTST_GAMMA
- In MareNostrum, use 48a, 48b, 48c, and 48d for class_a, class_b, class_c, and debug queues:
rungen neb 48 96
- If you want to change the VASP version, go to this folder to see what versions do you have available. The default is vasp_std:
/apps/VASP/5.4.4/INTEL/IMPI/bin/ rungen neb 48 96 vasp_gam_sol
- If you want to use an exotic flavour that is not yet compiled for the version you are using, you can request MareNostrum people to compile it. Ask your boss before doing the request. Otherwise, you can use an older version of VASP. Feel free to explore into these MareNostrum folders:
/apps/VASP/
- Remember to adapt your parallelization to the machine and processors you use each time.[1]
rungen[edit]
#!/bin/bash ########################################## # Rodrigo García-Muelas @ iciq-Tgn # # Created: Jan 11, 2013 # # Edit 2 : Nov 17, 2017 # ########################################## # Input ################################## # 1 # name # 2 # queue id # 3 # number of processors # 4 # version ########################################## # To run in local, write on command line: mpirun -np 2 vasp # tekla1, tekla2 or marenostrum ########## tk1=0 ; tk2=0 ; mar=0 ; csc=0 ; case $2 in c|c0) queue=c0 ; tk1=1 ; procqueue=1 ;; q|q0) queue=q0 ; tk1=1 ; procqueue=4 ;; 4) queue=c4m8 ; tk2=1 ; procqueue=4 ;; 8) queue=c8m24 ; tk2=1 ; procqueue=8 ;; 12) queue=c12m48ib ; tk2=1 ; procqueue=12 ;; 24) queue=c24m128ib; tk2=1 ; procqueue=24 ;; 16a) queue=class_a ; mar=3 ; procqueue=16 ; maxhours=71 ;; 16b) queue=class_b ; mar=3 ; procqueue=16 ; maxhours=47 ;; 16c) queue=class_c ; mar=3 ; procqueue=16 ; maxhours=23 ;; 16d) queue=debug ; mar=3 ; procqueue=16 ; maxhours=00 ;; 48a) queue=class_a ; mar=4 ; procqueue=48 ; maxhours=71 ;; 48b) queue=class_b ; mar=4 ; procqueue=48 ; maxhours=47 ;; 48c) queue=class_c ; mar=4 ; procqueue=48 ; maxhours=23 ;; 48d) queue=debug ; mar=4 ; procqueue=48 ; maxhours=01 ;; *) echo "Error in queue name!!! " ; exit ;; esac # MOD should be 0 ######################## let AAA=`expr $3 % $procqueue` #echo $AAA if [ 0 -ne $AAA ] ; then echo "Error in number of processors" ; exit ; fi ########################################## # version if [ -z $4 ] ; then if [ $mar = 1 ] ; then vaspversion="5.3.3" elif [ $2 = 4 ] ; then vaspversion="5.4.4" elif [ $2 = 8 ] ; then vaspversion="5.4.4" elif [ $2 = 12 ] ; then if [ $3 -gt 12 ] ; then vaspversion="5.3.5-IB" ; else vaspversion="5.4.4" ; fi elif [ $2 = 24 ] ; then if [ $3 -gt 24 ] ; then vaspversion="5.3.5-IB" ; else vaspversion="5.4.4" ; fi elif [ $tk1 = 1 ] ; then vaspversion="4.6" elif [ $mar = 4 ] ; then vaspversion="vasp_std" fi else vaspversion=$4 ; fi # echo $1 # echo $2 # echo $3 # echo $queue # echo "hola" # echo $AAA # echo $tk1 # echo $tk2 # echo $mar # echo $version ########################################## # queues of tekla1 ####################### if [ $tk1 = 1 ] ; then mpi=_mpi ; E=`pwd`; ofile=`echo $E/o_\\$JOB_NAME.\\$JOB_ID` ; efile=`echo $E/e_\\$JOB_NAME.\\$JOB_ID` ; cat >run.sh<<! #!/bin/bash #$ -N $1 # pe request #$ -pe $queue $3 #$ -M rgarcia@iciq.es #$ -o $ofile #$ -e $efile cd $E ; /home/rgarcia/bin/savecalc /usr/bin/mpirun -np $3 -machinefile \$TMPDIR/machines /usr/local/bin/vasp ; rm CHG ! fi ########################################## # queues of tekla2 ####################### if [ $tk2 = 1 ] ; then mpi=_mpi ; cat >run.sh<<! #!/bin/bash ### SGE Parameters ####################### #$ -S /bin/bash #$ -N $1 #$ -cwd #$ -masterq $queue.q #$ -pe $queue$mpi $3 #$ -m ae #$ -M rgarcia@iciq.es #$ -o o_\$JOB_NAME.\$JOB_ID #$ -e e_\$JOB_NAME.\$JOB_ID ### Load Environment Variables ########### . /etc/profile.d/modules.sh module load vasp/$vaspversion ### Run Job ############################## export OMP_NUM_THREADS=1 echo \$PWD >> o_\$JOB_NAME.\$JOB_ID echo \$TMP >> o_\$JOB_NAME.\$JOB_ID ~/bin/savecalc ; mpirun -np \$NSLOTS vasp ; rm CHG ! fi ########################################## # queues of Marenostrum 3 ################ if [ $mar = 3 ] ; then cat >run.sh<<! #!/bin/bash #BSUB -J $1 #BSUB -q $queue #BSUB -n $3 #BSUB -W $maxhours:59 #BSUB -o o_$1.%J #BSUB -e e_$1.%J #BSUB -u rgarcia@iciq.es #BSUB -R"span[ptile=16]" ### Load environment variables ########### module load VASP/$vaspversion ### Run job ############################## ~/bin/savecalc ; mpirun vasp.complex ; rm CHG ! fi ########################################## # queues of Marenostrum 4 ################ if [ $mar = 4 ] ; then cat >run.sh<<! #!/bin/bash #SBATCH --qos=$queue #SBATCH --time=$maxhours:59:00 #SBATCH --job-name=$1 #SBATCH --cpus-per-task=1 #SBATCH --tasks-per-node=48 #SBATCH --ntasks=$3 #SBATCH --output=o_$1.%j #SBATCH --error=e_$1.%j module load vasp/5.4.4 srun /apps/VASP/5.4.4/INTEL/IMPI/bin/$vaspversion ! fi ##########################################