code
stringlengths
3
6.57k
append(data[1])
format(key+1)
core_list.append([pop[key][0], caseid])
Pool(self.ncores)
p.map(self.gen_object, core_list)
p.close()
p.join()
append(fitness[ind])
range(len(pop)
format(key+1)
self.fit(pop[key][0], caseid)
append(fitness)
fit(self, ind, caseid)
ind (list)
caseid (str)
mean_reward (float)
list(self.param_dict.keys()
os.makedirs('./tunecases/case{}'.format(i)
copy.deepcopy(self.template)
range (len(self.param_names)
self.new_template.replace(str(self.param_names[j])
str(ind[j])
format(i, i)
open (filename, 'w')
fout.writelines(self.new_template)
self.tuneblock.keys()
print('--debug: external files are identified, copying them into each case directory')
os.system('cp -r {} ./tunecases/case{}/'.format(item, i)
print('--------------------------------------------------')
print('Running TUNE Case {}/{}: {}'.format(casenum, self.ncases, ind)
subprocess.call([self.python_path, self.neorl_path, '-i', 'case{}.inp'.format(casenum)
format(casenum)
print('--------------------------------------------------')
os.listdir('./tunecases/case{}/case{}_log/'.format(casenum, casenum)
f.endswith('_out.csv')
len(csvfile)
Exception ('multiple *_out.csv files can be found in the logger of TUNE, only one is allowed')
pd.read_csv('./tunecases/case{}/case{}_log/{}'.format(casenum,casenum, csvfile[0])
np.mean(reward_lst[-self.n_last_episodes:])
np.max(reward_lst)
open (self.csvlogger, 'a')
fout.write(str(casenum)
fout.write(str(item)
fout.write(str(mean_reward)
str(max_reward)
print('--error: case{}.inp failed during execution'.format(casenum)
format(casenum)
gen_object(self, inp)
inp (list of lists)
value (float)
self.fit(inp[0], inp[1])
select(self, pop)
pop (dict)
k (int)
best_dict (dict)
list(pop.items()
pop.sort(key=lambda e: e[1][2], reverse=True)
dict(pop[:k])
defaultdict(list)
append(sorted_dict[key][0])
append(sorted_dict[key][1])
append(sorted_dict[key][2])
sorted_dict.clear()
cx(self, ind1, ind2, strat1, strat2)
ind1 (list)
ind2 (list)
strat1 (list)
strat2 (list)
print('individual 1', type(item)
print('individual 2', type(item)
print('strategy 1', type(item)
print('strategy 2', type(item)
min(len(ind1)
len(ind2)
random.randint(1, size)
random.randint(1, size-1)
mutES(self, ind, strat)
ind (list)
strat (list)
ind (list)
strat (list)
len(ind)
np.sqrt(2*size)
np.sqrt(2*np.sqrt(size)
range(size)
self.paraminds.keys()
random.gauss(0,1)
np.exp(-tau*norm-tau_prime*random.gauss(0,1)
np.floor(y)
np.abs(y-np.floor(y)
np.abs(y-np.floor(y)
random.random()
random.sample(self.paramvals[paramname], 1)
random.gauss(0,1)
np.exp(-tau*norm-tau_prime*random.gauss(0,1)
np.floor(y)
np.abs(y-np.floor(y)
np.abs(y-np.floor(y)
random.random()
list(range(self.LOW[i], self.UP[i]+1)