def test_method(matrix, data, nproc=1):
write_input(data)
if not data.local_solver.startswith('vb'):
exe = './dd-mtx-dse.ex'
else:
exe = './Bdd-mtx-dse.ex'
#~ if nprocs = None:
#~ nprocs = [1]
#~ for n in nprocs:
n = nproc
fname = get_fname(matrix, data, n)
c = Command('mpiexec -n ' + str(n) + ' ' + exe)
ret = c.run(600)
#~ shutil.copy('output.txt', fname)
f = open('output.txt', 'r')
l = f.readlines()
f.close()
f = open(fname, 'w')
f.write(''.join(l[-13:]))
f.close()
new_data = parse_file(fname)
if ret != 0:
new_data.isgood = False
pp = matrix.split('/')[4].split('.')[0] + ' with '+ method + ' and ' + str(data.droptol)+ ' and '+ str(int(data.nlev))+ ', t='+ str(new_data.total_time) + ', mem=' + str(new_data.memory) + ', tau='+ str(data.tau)+', ret=' + str(ret) +'\n'
write_debug(pp)
return new_data
def test_method(matrix, data, nproc=1):
write_input(data)
if not data.local_solver.startswith('vb'):
exe = './dd-mtx-dse.ex'
else:
exe = './Bdd-mtx-dse.ex'
#~ if nprocs = None:
#~ nprocs = [1]
#~ for n in nprocs:
n = nproc
fname = get_fname(matrix, data, n)
c = Command('mpiexec -n ' + str(n) + ' ' + exe)
ret = c.run(600)
#~ shutil.copy('output.txt', fname)
f = open('output.txt', 'r')
l = f.readlines()
f.close()
f = open(fname, 'w')
f.write(''.join(l[-13:]))
f.close()
new_data = parse_file(fname)
if ret != 0:
new_data.isgood = False
pp = matrix.split('/')[4].split(
'.')[0] + ' with ' + method + ' and ' + str(
data.droptol) + ' and ' + str(int(data.nlev)) + ', t=' + str(
new_data.total_time) + ', mem=' + str(
new_data.memory) + ', tau=' + str(
data.tau) + ', ret=' + str(ret) + '\n'
write_debug(pp)
return new_data
#f.write('')
#f.close()
for m in matrices:
f = open('matfileReal', 'w')
f.write(m+'\n##')
f.close()
fdict = {}
fvdict = {}
data = InputData()
for method in ['vbarms']:
data.local_solver = method
fname = get_fname(m, data, nproc)
if os.path.isfile(fname) and not overwrite:
fv = parse_file(fname)
continue
for tau in (0.6, 0.7, 0.8, 0.9, 1.0):
data.tau = tau
data.droptol = 1
fa = test_method(m, data)
fdict[fa] = copy.copy(data)
data.droptol = 1e-8
fb = test_method(m, data)
fdict[fb] = copy.copy(data)
testing = fa.isgood or fb.isgood
while testing:
#f.write('')
#f.close()
for m in matrices:
f = open('matfileReal', 'w')
f.write(m + '\n##')
f.close()
fdict = {}
fvdict = {}
data = InputData()
for method in ['vbarms']:
data.local_solver = method
fname = get_fname(m, data, nproc)
if os.path.isfile(fname) and not overwrite:
fv = parse_file(fname)
continue
for tau in (0.6, 0.7, 0.8, 0.9, 1.0):
data.tau = tau
data.droptol = 1
fa = test_method(m, data)
fdict[fa] = copy.copy(data)
data.droptol = 1e-8
fb = test_method(m, data)
fdict[fb] = copy.copy(data)
testing = fa.isgood or fb.isgood
while testing: