def run(self):
"""
"""
logger.info("Starting %i simulations for %s parameters (%s total simulations)"\
% (self.nsimu, self.nparam, self.total_simu))
param_name = self.parameter_to_explore['name']
for param_value in self.parameter_to_explore['vector']:
name = "%s_%.2f" % (param_name, param_value)
fullpath = os.path.join(self.results_path, name)
paramtree_tmp = copy.deepcopy(self.paramtree)
paramtree_tmp.change_dic(param_name, param_value)
l = Launcher(self.results_path,
self.nsimu,
name=name,
ncore=self.ncore,
paramtree=paramtree_tmp,
measuretree=self.measuretree,
name_without_date=True)
l.run()
del paramtree_tmp
del l
gc.collect()
if self.pool_eval:
p = Process(results_path=fullpath)
p.evaluate(debug=True, run_all=True, verbose=False)
del p
gc.collect()
self.create_log()
MEASUREFILE = measures_file
result_path = args.results
number_simu = args.nsimu
name = args.name
pool_eval = args.eval
only_eval = args.only_eval
ncore = 4
if name == "":
name = "%s_n%i" % (config.simu_name, number_simu)
if only_eval:
p = Process(results_path=only_eval)
resu = p.evaluate(run_all=True, debug=True)
else:
l = Launcher(result_path,
number_simu,
name=name,
ncore=ncore,
paramfile=PARAMFILE,
measurefile=MEASUREFILE)
l.run()
if pool_eval:
p = Process(results_path=l.results_path)
resu = p.evaluate(groups=evaluations, debug=True)
