Exemplo n.º 1
0
from sys import path
from os import getcwd

cwd = getcwd()
if ((cwd in path)==False):
    path.insert(0,cwd)
import simtools

import nmag

hmatrix = nmag.HMatrixSetup()
stats = simtools.run_simulation(simname="film90_hlib",
                                meshfile="thinfilm90.nmesh.h5",
                                hmatrix=hmatrix,tol=0.00001)

number_nodes = stats[0]
mem_rss = stats[1]
T_setup = stats[2]
T_sim = stats[3]

ofile = open('timings_hlib.dat',"a")
ofile.write("%6d   %6.3f   %8.1f   %8.1f\n" % (number_nodes,mem_rss,T_setup,T_sim))
ofile.close()
Exemplo n.º 2
0
from sys import path
from os import getcwd

cwd = getcwd()
if ((cwd in path)==False):
    path.insert(0,cwd)
import simtools

stats = simtools.run_simulation(simname="film70_full",
                                meshfile="thinfilm70.nmesh.h5",
                                tol=0.00001)

number_nodes = stats[0]
mem_rss = stats[1]
T_setup = stats[2]
T_sim = stats[3]

ofile = open('timings_full.dat',"a")
ofile.write("%6d   %6.3f   %8.1f   %8.1f\n" % (number_nodes,mem_rss,T_setup,T_sim))
ofile.close()
Exemplo n.º 3
0
from sys import path
from os import getcwd

cwd = getcwd()
if ((cwd in path) == False):
    path.insert(0, cwd)
import simtools

stats = simtools.run_simulation(simname="film20_full",
                                meshfile="thinfilm20.nmesh.h5",
                                tol=0.00001)

number_nodes = stats[0]
mem_rss = stats[1]
T_setup = stats[2]
T_sim = stats[3]

ofile = open('timings_full.dat', "a")
ofile.write("%6d   %6.3f   %8.1f   %8.1f\n" %
            (number_nodes, mem_rss, T_setup, T_sim))
ofile.close()
Exemplo n.º 4
0
from sys import path
from os import getcwd

cwd = getcwd()
if ((cwd in path)==False):
    path.insert(0,cwd)
import simtools

import nmag

hmatrix = nmag.HMatrixSetup()
stats = simtools.run_simulation(simname="film110_hlib",
                                meshfile="thinfilm110.nmesh.h5",
                                hmatrix=hmatrix,tol=0.00001)

number_nodes = stats[0]
mem_rss = stats[1]
T_setup = stats[2]
T_sim = stats[3]

ofile = open('timings_hlib.dat',"a")
ofile.write("%6d   %6.3f   %8.1f   %8.1f\n" % (number_nodes,mem_rss,T_setup,T_sim))
ofile.close()