def write_command_file(self, icpu, f):
input_file = self.config_yaml['args'].input_file
inpdir_list = self.config_prep['inpdir_list']
covsys_list2d = self.config_prep['covsys_list2d']
wfitopt_list = self.config_prep['wfitopt_arg_list']
n_core = self.config_prep['n_core']
idir_list3 = self.config_prep['idir_list3']
icov_list3 = self.config_prep['icov_list3']
ifit_list3 = self.config_prep['ifit_list3']
n_job_cpu = 0
n_job_local = 0
for idir, icov, ifit in zip(idir_list3, icov_list3, ifit_list3):
n_job_local += 1
index_dict = \
{ 'idir':idir, 'ifit':ifit, 'icov':icov, 'icpu':icpu }
if ((n_job_local - 1) % n_core) != icpu: continue
n_job_cpu += 1
job_info_wfit = self.prep_JOB_INFO_wfit(index_dict)
util.write_job_info(f, job_info_wfit, icpu)
job_info_merge = self.prep_JOB_INFO_merge(icpu, n_job_local)
util.write_jobmerge_info(f, job_info_merge, icpu)
return n_job_cpu
def write_command_file(self, icpu, f):
# For this icpu, write full set of sim commands to
# already-opened command file with pointer f.
# Function returns number of jobs for this cpu
n_core = self.config_prep['n_core']
n_trainopt = self.config_prep['n_trainopt']
n_job_tot = n_trainopt
n_job_split = 1 # cannot break up train job
n_job_local = 0
n_job_cpu = 0
self.config_prep['n_job_split'] = n_job_split
self.config_prep['n_job_tot'] = n_job_tot
self.config_prep['n_done_tot'] = n_job_tot
for itrain in range(0, n_trainopt):
n_job_local += 1
if ((n_job_local - 1) % n_core) == icpu:
n_job_cpu += 1
job_info_train = self.prep_JOB_INFO_train(itrain)
util.write_job_info(f, job_info_train, icpu)
job_info_merge = self.prep_JOB_INFO_merge(icpu, n_job_local)
util.write_jobmerge_info(f, job_info_merge, icpu)
return n_job_cpu
def write_command_file(self, icpu, f):
# Called from base;
# For this icpu, write full set of sim commands to
# already-opened command file with pointer f.
# Function returns number of jobs for this cpu
n_core = self.config_prep['n_core']
CONFIG = self.config_yaml['CONFIG']
makeDataFiles_args_list = self.config_prep['makeDataFiles_args_list']
n_job = self.config_prep['n_job']
n_job_split = self.config_prep['n_job_split']
n_job_tot = self.config_prep['n_job_tot']
n_job_tot = self.config_prep['n_done_tot']
idata_unit_list = self.config_prep['idata_unit_list']
isplitran_list = self.config_prep['isplitran_list']
n_job_local = 0
n_job_cpu = 0
index_dict = {}
for idata_unit, isplitran in zip(idata_unit_list, isplitran_list):
n_job_local += 1
if ((n_job_local - 1) % n_core) == icpu:
n_job_cpu += 1
index_dict['isplitran'] = isplitran
index_dict['icpu'] = icpu
index_dict['idata_unit'] = idata_unit
index_dict['n_job_local'] = n_job_local
job_info_data_unit = self.prep_JOB_INFO_mkdata(index_dict)
util.write_job_info(f, job_info_data_unit, icpu)
job_info_merge = self.prep_JOB_INFO_merge(icpu, n_job_local)
util.write_jobmerge_info(f, job_info_merge, icpu)
#print(f" xxx n_core={n_core} n_job_cpu = {n_job_cpu} " \
# f" n_job_local = {n_job_local}")
return n_job_cpu
