def run_dakota(self):
"""
Call DAKOTA, providing self as data, after enabling or disabling
tabular graphics data in the ``environment`` section.
DAKOTA will then call our :meth:`dakota_callback` during the run.
"""
if not self.input.method:
self.raise_exception('Method not set', ValueError)
if not self.input.variables:
self.raise_exception('Variables not set', ValueError)
if not self.input.responses:
self.raise_exception('Responses not set', ValueError)
for i, line in enumerate(self.input.environment):
if 'tabular_graphics_data' in line:
if not self.tabular_graphics_data:
self.input.environment[i] = \
line.replace('tabular_graphics_data', '')
break
else:
if self.tabular_graphics_data:
self.input.environment.append('tabular_graphics_data')
infile = self.get_pathname() + '.in'
self.input.write_input(infile, data=self)
try:
run_dakota(infile, stdout=self.stdout, stderr=self.stderr)
except Exception:
self.reraise_exception()
def run_dakota(self):
"""
Call DAKOTA, providing self as data, after enabling or disabling
tabular graphics data in the ``environment`` section.
DAKOTA will then call our :meth:`dakota_callback` during the run.
"""
if not self.input.method:
self.raise_exception('Method not set', ValueError)
if not self.input.variables:
self.raise_exception('Variables not set', ValueError)
if not self.input.responses:
self.raise_exception('Responses not set', ValueError)
for i, line in enumerate(self.input.environment):
if 'tabular_graphics_data' in line:
if not self.tabular_graphics_data:
self.input.environment[i] = \
line.replace('tabular_graphics_data', '')
break
else:
if self.tabular_graphics_data:
self.input.environment.append('tabular_graphics_data')
infile = self.get_pathname() + '.in'
self.input.write_input(infile, data=self)
try:
run_dakota(infile, stdout=self.stdout, stderr=self.stderr)
except Exception:
self.reraise_exception()
def run_dakota(self):
"""
Call DAKOTA, providing self as data, after enabling or disabling
tabular graphics data in the ``environment`` section.
DAKOTA will then call our :meth:`dakota_callback` during the run.
"""
parameters = self.get_parameters()
#parameters = self._desvars
if not parameters:
self.raise_exception('No parameters, run aborted', ValueError)
if not self.methods:
raise ValueError('Method not set')
if not self.input.variables:
self.raise_exception('Variables not set', ValueError)
if not self.input.responses:
self.raise_exception('Responses not set', ValueError)
for i, line in enumerate(self.input.environment):
if 'tabular_graphics_data' in line:
if not self.tabular_graphics_data:
self.input.environment[i] = \
line.replace('tabular_graphics_data', '')
break
else:
if self.tabular_graphics_data:
self.input.environment.append('tabular_graphics_data')
infile = self.name+ '.in'
self.input.write_input(infile, data=self)
#self.input.write_input(infile, data=self, other_data=self.other_model)
#from openmdao.core.mpi_wrap import MPI
from mpi4py import MPI
run_dakota(infile, use_mpi=True, mpi_comm = self.mpi_comm, stdout=self.stdout, stderr=self.stderr, restart=0)
def run_dakota(self):
"""
Call DAKOTA, providing self as data, after enabling or disabling
tabular graphics data in the ``environment`` section.
DAKOTA will then call our :meth:`dakota_callback` during the run.
"""
parameters = self.get_parameters()
#parameters = self._desvars
if not parameters:
self.raise_exception('No parameters, run aborted', ValueError)
if not self.methods:
raise ValueError('Method not set')
if not self.input.variables:
self.raise_exception('Variables not set', ValueError)
if not self.input.responses:
self.raise_exception('Responses not set', ValueError)
for i, line in enumerate(self.input.environment):
if 'tabular_graphics_data' in line:
if not self.tabular_graphics_data:
self.input.environment[i] = \
line.replace('tabular_graphics_data', '')
break
else:
if self.tabular_graphics_data:
self.input.environment.append('tabular_graphics_data')
infile = self.name + '.in'
self.input.write_input(infile, data=self)
#self.input.write_input(infile, data=self, other_data=self.other_model)
#from openmdao.core.mpi_wrap import MPI
from mpi4py import MPI
run_dakota(infile,
use_mpi=True,
mpi_comm=self.mpi_comm,
stdout=self.stdout,
stderr=self.stderr,
restart=0)
def just_run():
run_dakota('driver.in',data=DakLauncher())
def just_run():
run_dakota('driver.in', data=DakLauncher())
