def post_enhc(iter_index, json_file): iter_name = make_iter_name(iter_index) work_path = iter_name + "/" + enhc_name + "/" fp = open(json_file, 'r') jdata = json.load(fp) gmx_split = jdata["gmx_split_traj"] gmx_split_log = "gmx_split.log" gmx_split_cmd = cmd_append_log(gmx_split, gmx_split_log) all_task = glob.glob(work_path + "/[0-9]*[0-9]") all_task.sort() cwd = os.getcwd() numb_walkers = jdata["numb_walkers"] for ii in range(numb_walkers): walker_path = work_path + make_walker_name(ii) + "/" os.chdir(walker_path) if os.path.isdir("confs"): shutil.rmtree("confs") os.makedirs("confs") os.chdir(cwd) global exec_machine exec_hosts(MachineLocal, gmx_split_cmd, 1, all_task, None) for ii in range(numb_walkers): walker_path = work_path + make_walker_name(ii) + "/" angles = np.loadtxt(walker_path + enhc_out_plm) np.savetxt(walker_path + enhc_out_angle, angles[:, 1:], fmt="%.6f")
def post_sits_iter(sits_iter_index, json_file): sits_dir = join("sits", make_iter_name(sits_iter_index)) fp = open(json_file, 'r') jdata = json.load(fp) sits_param = jdata.get("sits_settings", None) tempf = np.linspace(sits_param["sits-t-low"], sits_param["sits-t-high"], sits_param["sits-t-numbers"]) CONSTANT_kB = 0.008314472 beta_k = 1.0 / (CONSTANT_kB * tempf) beta_0 = 1.0 / (CONSTANT_kB * sits_param["sits-t-ref"]) if not os.path.exists(join(sits_dir, "beta_k.dat")): np.savetxt(join(sits_dir, "beta_k.dat"), beta_k) if not os.path.exists(join("sits", "beta_0.dat")): np.savetxt(join("sits", "beta_0.dat"), np.array([beta_0])) walker_dir = join(sits_dir, enhc_name, make_walker_name(0)) cmd_save_sits = "" cmd_save_sits += "tail -n 1 %s > %s\n" % (join( walker_dir, "sits_nk.dat"), join(sits_dir, "log_nk.dat")) cmd_save_sits += "tail -n 1 %s > %s\n" % (join( walker_dir, "sits_norm.dat"), join(sits_dir, "log_norm.dat")) cmd_save_sits += "cp %s %s\n" % (join( sits_dir, "log_nk.dat"), join("sits", "log_nk.dat")) cmd_save_sits += "cp %s %s\n" % (join( sits_dir, "log_norm.dat"), join("sits", "log_norm.dat")) cmd_save_sits += "cp %s %s\n" % (join( sits_dir, "beta_k.dat"), join("sits", "beta_k.dat")) sp.check_call(cmd_save_sits, shell=True)
def make_sits_iter(sits_iter_index, json_file, graph_files): make_enhc(sits_iter_index, json_file, graph_files, sits_iter=True) if sits_iter_index > 0: old_dir = join("sits", make_iter_name(sits_iter_index - 1)) walker_dir = join("sits", make_iter_name(sits_iter_index), enhc_name, make_walker_name(0)) try: shutil.copyfile(join(old_dir, "log_nk.dat"), join(walker_dir, "log_nk.dat")) shutil.copyfile(join(old_dir, "log_norm.dat"), join(walker_dir, "log_norm.dat")) except: pass
def run_enhc(iter_index, json_file): iter_name = make_iter_name(iter_index) work_path = iter_name + "/" + enhc_name + "/" fp = open(json_file, 'r') jdata = json.load(fp) gmx_prep = jdata["gmx_prep"] gmx_run = jdata["gmx_run"] enhc_thread = jdata["bias_thread"] gmx_run = gmx_run + (" -nt %d " % enhc_thread) gmx_prep_log = "gmx_grompp.log" gmx_run_log = "gmx_mdrun.log" # assuming at least one walker graph_files = glob.glob(work_path + (make_walker_name(0)) + "/*.pb") if len(graph_files) != 0: gmx_run = gmx_run + " -plumed " + enhc_plm else: gmx_run = gmx_run + " -plumed " + enhc_bf_plm gmx_prep_cmd = cmd_append_log(gmx_prep, gmx_prep_log) gmx_run_cmd = cmd_append_log(gmx_run, gmx_run_log) numb_walkers = jdata["numb_walkers"] batch_jobs = jdata['batch_jobs'] batch_time_limit = jdata['batch_time_limit'] batch_modules = jdata['batch_modules'] batch_sources = jdata['batch_sources'] all_task = glob.glob(work_path + "/[0-9]*[0-9]") all_task.sort() global exec_machine exec_hosts(MachineLocal, gmx_prep_cmd, 1, all_task, None) if batch_jobs: exec_batch(gmx_run_cmd, enhc_thread, 1, all_task, task_args=None, time_limit=batch_time_limit, modules=batch_modules, sources=batch_sources) else: if len(all_task) == 1: exec_hosts(MachineLocal, gmx_run_cmd, enhc_thread, all_task, None) else: exec_hosts_batch(exec_machine, gmx_run_cmd, enhc_thread, all_task, None)
def make_temp(iter_index, json_file, graph_files): graph_files.sort() fp = open(json_file, 'r') jdata = json.load(fp) numb_walkers = jdata["numb_walkers"] template_dir = jdata["template_dir"] nsteps = jdata["temp_nsteps"] frame_freq = jdata["temp_frame_freq"] start_temp = jdata["start_temp"] iter_name = make_iter_name(iter_index) work_path = iter_name + "/" + temp_name + "/" mol_path = template_dir + "/" + mol_name + "/" temp_path = template_dir + "/" + temp_name + "/" conf_list = glob.glob(mol_path + "conf*gro") conf_list.sort() assert (len(conf_list) >= numb_walkers), "not enough conf files in mol dir %s" % mol_path create_path(work_path) for walker_idx in range(numb_walkers): walker_path = work_path + make_walker_name(walker_idx) + "/" create_path(walker_path) # copy md ifles for ii in mol_files: if os.path.exists(walker_path + ii): os.remove(walker_path + ii) shutil.copy(mol_path + ii, walker_path) # copy conf file conf_file = conf_list[walker_idx] if os.path.exists(walker_path + "conf.gro"): os.remove(walker_path + "conf.gro") shutil.copy(conf_file, walker_path + "conf.gro") # if have prev confout.gro, use as init conf if (iter_index > 0): prev_temp_path = make_iter_name( iter_index - 1) + "/" + temp_name + "/" + make_walker_name(walker_idx) + "/" prev_temp_path = os.path.abspath(prev_temp_path) + "/" if os.path.isfile(prev_temp_path + "confout.gro"): os.remove(walker_path + "conf.gro") os.symlink(prev_temp_path + "confout.gro", walker_path + "conf.gro") log_task("use conf of iter " + make_iter_name(iter_index - 1) + " walker " + make_walker_name(walker_idx)) # copy temp file for ii in temp_files: if os.path.exists(walker_path + ii): os.remove(walker_path + ii) shutil.copy(temp_path + ii, walker_path) # copy graph files for ii in graph_files: file_name = os.path.basename(ii) abs_path = os.path.abspath(ii) if os.path.exists(walker_path + file_name): os.remove(walker_path + file_name) os.symlink(abs_path, walker_path + file_name) # config MD mol_conf_file = walker_path + "grompp.mdp" make_grompp_enhc(mol_conf_file, nsteps, frame_freq) # config plumed if iter_index == 0: cur_temp = start_temp else: cur_temp = np.loadtxt(os.path.join(prev_temp_path, "next.temp")) log_task(("use temp of %f") % (cur_temp)) log_task(("length of traj %d") % (nsteps)) np.savetxt(os.path.join(walker_path, 'cur.temp'), [cur_temp]) plm_conf = walker_path + temp_plm replace(plm_conf, "TEMP=[^ ]* ", ("TEMP=%s " % cur_temp)) replace(plm_conf, "STRIDE=[^ ]* ", ("STRIDE=%d " % frame_freq)) replace(plm_conf, "FILE=[^ ]* ", ("FILE=%s " % temp_out_plm))
def post_temp(iter_index, json_file): iter_name = make_iter_name(iter_index) work_path = iter_name + "/" + temp_name + "/" fp = open(json_file, 'r') jdata = json.load(fp) gmx_split = jdata["gmx_split_traj"] gmx_split_log = "gmx_split.log" gmx_split_cmd = cmd_append_log(gmx_split, gmx_split_log) temp_test_intvl = jdata['temp_test_intvl'] dev_trust_lvl = jdata['dev_trust_lvl'] temp_incr_ratio = jdata['temp_incr_ratio'] temp_decr_ratio = jdata['temp_decr_ratio'] temp_incr_lvl = jdata['temp_incr_lvl'] temp_decr_lvl = jdata['temp_decr_lvl'] phys_temp = jdata['phys_temp'] max_temp = jdata['max_temp'] all_task = glob.glob(work_path + "/[0-9]*[0-9]") all_task.sort() cwd = os.getcwd() numb_walkers = jdata["numb_walkers"] for ii in range(numb_walkers): walker_path = work_path + make_walker_name(ii) + "/" os.chdir(walker_path) if os.path.isdir("confs"): shutil.rmtree("confs") os.makedirs("confs") os.chdir(cwd) global exec_machine exec_hosts(MachineLocal, gmx_split_cmd, 1, all_task, None) walker_stop_flags = [] for ii in range(numb_walkers): walker_path = work_path + make_walker_name(ii) + "/" angles = np.loadtxt(walker_path + temp_out_plm) angles = angles[:, 1:] np.savetxt(walker_path + temp_out_angle, angles, fmt="%.6f") graph_files = glob.glob(walker_path + "/*.pb") cur_temp = np.loadtxt(os.path.join(walker_path, 'cur.temp')) if len(graph_files) != 0: next_temp, dec_list, model_dev\ = make_next_temp(graph_files, cur_temp, angles, temp_test_intvl, dev_trust_lvl, temp_incr_ratio, temp_decr_ratio, temp_incr_lvl, temp_decr_lvl, phys_temp, max_temp) model_dev = np.concatenate( (angles, np.reshape(model_dev, [-1, 1])), axis=1) np.savetxt(os.path.join(walker_path, 'model.devi'), model_dev) np.savetxt(os.path.join(walker_path, 'dec_list'), dec_list) else: next_temp = cur_temp np.savetxt(os.path.join(walker_path, 'next.temp'), [next_temp]) if cur_temp == max_temp and next_temp == max_temp: walker_stop_flags.append(True) else: walker_stop_flags.append(False) # return if the iteration continues if all(walker_stop_flags): return False else: return True
def run_enhc(iter_index, json_file): iter_name = make_iter_name(iter_index) work_path = iter_name + "/" + enhc_name + "/" fp = open(json_file, 'r') jdata = json.load(fp) bPosre = jdata.get("gmx_posre", False) gmx_prep = jdata["gmx_prep"] if bPosre: gmx_prep += " -f grompp_restraint.mdp -r conf_init.gro" gmx_run = jdata["gmx_run"] enhc_thread = jdata["bias_thread"] gmx_run = gmx_run + (" -nt %d " % enhc_thread) gmx_prep_log = "gmx_grompp.log" gmx_run_log = "gmx_mdrun.log" # assuming at least one walker graph_files = glob.glob(work_path + (make_walker_name(0)) + "/*.pb") if len(graph_files) != 0: gmx_run = gmx_run + " -plumed " + enhc_plm else: gmx_run = gmx_run + " -plumed " + enhc_bf_plm gmx_prep_cmd = cmd_append_log(gmx_prep, gmx_prep_log) gmx_run_cmd = cmd_append_log(gmx_run, gmx_run_log) numb_walkers = jdata["numb_walkers"] batch_jobs = jdata['batch_jobs'] batch_time_limit = jdata['batch_time_limit'] batch_modules = jdata['batch_modules'] batch_sources = jdata['batch_sources'] # print('debug', glob.glob(work_path + "/[0-9]*[0-9]")) # all_task = glob.glob(work_path + "/[0-9]*[0-9]") all_task = list( filter(lambda x: os.path.isdir(x), glob.glob(work_path + "/[0-9]*[0-9]"))) all_task.sort() # all_task_basedir = [os.path.relpath(ii, work_path) for ii in all_task] # print('run_enhc:work_path', work_path) # print('run_enhc:gmx_prep_cmd:', gmx_prep_cmd) # print('run_enhc:gmx_run_cmd:', gmx_run_cmd) # print('run_enhc:all_task:', all_task) # print('run_enhc:all_task_basedir:', all_task_basedir) # print('run_enhc:batch_jobs:', batch_jobs) # # lazy_local_context = LazyLocalContext(local_root='./', work_profile=None) # # pbs = PBS(context=lazy_local_context) # slurm = Slurm(context=lazy_local_context) # gmx_prep_task = [Task(command=gmx_prep_cmd, task_work_path=ii, outlog='gmx_grompp.log', errlog='gmx_grompp.err') for # ii in all_task_basedir] # gmx_prep_submission = Submission(work_base=work_path, resources=resources, batch=slurm, task_list=gmx_prep_task) # # gmx_prep_submission.run_submission() # # gmx_run_task = [Task(command=gmx_run_cmd, task_work_path=ii, outlog='gmx_mdrun.log', errlog='gmx_mdrun.log') for ii # in all_task_basedir] # gmx_run_submission = Submission(work_base=work_path, resources=resources, batch=slurm, task_list=gmx_run_task) # gmx_run_submission.run_submission() global exec_machine exec_hosts(MachineLocal, gmx_prep_cmd, 1, all_task, None) if batch_jobs: exec_batch(gmx_run_cmd, enhc_thread, 1, all_task, task_args=None, time_limit=batch_time_limit, modules=batch_modules, sources=batch_sources) else: if len(all_task) == 1: exec_hosts(MachineLocal, gmx_run_cmd, enhc_thread, all_task, None) else: exec_hosts_batch(exec_machine, gmx_run_cmd, enhc_thread, all_task, None)
def make_enhc(iter_index, json_file, graph_files): graph_files.sort() fp = open(json_file, 'r') jdata = json.load(fp) bPosre = jdata.get("gmx_posre", False) numb_walkers = jdata["numb_walkers"] template_dir = jdata["template_dir"] enhc_trust_lvl_1 = jdata["bias_trust_lvl_1"] enhc_trust_lvl_2 = jdata["bias_trust_lvl_2"] nsteps = jdata["bias_nsteps"] frame_freq = jdata["bias_frame_freq"] num_of_cluster_threshhold = jdata["num_of_cluster_threshhold"] iter_name = make_iter_name(iter_index) work_path = iter_name + "/" + enhc_name + "/" mol_path = template_dir + "/" + mol_name + "/" enhc_path = template_dir + "/" + enhc_name + "/" conf_list = glob.glob(mol_path + "conf*gro") conf_list.sort() assert (len(conf_list) >= numb_walkers), "not enough conf files in mol dir %s" % mol_path create_path(work_path) kappa = np.linspace(2, 16, 8) dis_kappa = np.linspace(4.5, 1, 8) # a weak distance restraint. for walker_idx in range(numb_walkers): kk = kappa[walker_idx] walker_path = work_path + make_walker_name(walker_idx) + "/" create_path(walker_path) # copy md ifles copy_file_list(mol_files, mol_path, walker_path) # copy conf file conf_file = conf_list[walker_idx] if os.path.exists(walker_path + "conf.gro"): os.remove(walker_path + "conf.gro") try: shutil.copy(conf_file, walker_path + "conf.gro") except: pass if os.path.exists(walker_path + "conf_init.gro"): os.remove(walker_path + "conf_init.gro") shutil.copy(conf_file, walker_path + "conf_init.gro") # if have prev confout.gro, use as init conf if (iter_index > 0): kk = kappa[(walker_idx + iter_index) % 8] prev_enhc_path = make_iter_name( iter_index - 1) + "/" + enhc_name + "/" + make_walker_name(walker_idx) + "/" prev_enhc_path = os.path.abspath(prev_enhc_path) + "/" if os.path.isfile(prev_enhc_path + "confout.gro"): os.remove(walker_path + "conf.gro") os.remove(walker_path + "conf_init.gro") os.symlink(prev_enhc_path + "confout.gro", walker_path + "conf.gro") os.symlink(prev_enhc_path + "conf_init.gro", walker_path + "conf_init.gro") log_task("use conf of iter " + make_iter_name(iter_index - 1) + " walker " + make_walker_name(walker_idx)) else: raise RuntimeError("cannot find prev output conf file " + prev_enhc_path + 'confout.gro') log_task("use conf of iter " + make_iter_name(iter_index - 1) + " walker " + make_walker_name(walker_idx)) ########################################### num_of_cluster = np.loadtxt(prev_enhc_path + 'num_of_cluster.dat') pre_trust_lvl1 = np.loadtxt(prev_enhc_path + 'trust_lvl1.dat') if num_of_cluster < num_of_cluster_threshhold: enhc_trust_lvl_1 = pre_trust_lvl1 * 1.5 enhc_trust_lvl_2 = enhc_trust_lvl_1 + 1 else: enhc_trust_lvl_1 = jdata["bias_trust_lvl_1"] enhc_trust_lvl_2 = enhc_trust_lvl_1 + 1 if enhc_trust_lvl_1 > jdata["bias_trust_lvl_1"] * 8: enhc_trust_lvl_1 = jdata["bias_trust_lvl_1"] enhc_trust_lvl_2 = enhc_trust_lvl_1 + 1 np.savetxt(walker_path + 'trust_lvl1.dat', [enhc_trust_lvl_1], fmt='%.6f') # copy enhc file for ii in enhc_files: if os.path.exists(walker_path + ii): os.remove(walker_path + ii) try: shutil.copy(enhc_path + ii, walker_path) except: pass # copy graph files for ii in graph_files: file_name = os.path.basename(ii) abs_path = os.path.abspath(ii) if os.path.exists(walker_path + file_name): os.remove(walker_path + file_name) os.symlink(abs_path, walker_path + file_name) # config MD mol_conf_file = walker_path + "grompp.mdp" if bPosre: mol_conf_file = walker_path + "grompp_restraint.mdp" make_grompp_enhc(mol_conf_file, nsteps, frame_freq) # config plumed graph_list = "" counter = 0 for ii in graph_files: file_name = os.path.basename(ii) if counter == 0: graph_list = "%s" % file_name else: graph_list = "%s,%s" % (graph_list, file_name) counter = counter + 1 posre_files = glob.glob(walker_path + 'posre*.itp') for posre_file in posre_files: replace(posre_file, 'TEMP', '%d' % kk) plm_conf = walker_path + enhc_plm replace(plm_conf, "MODEL=[^ ]* ", ("MODEL=%s " % graph_list)) replace(plm_conf, "TRUST_LVL_1=[^ ]* ", ("TRUST_LVL_1=%f " % enhc_trust_lvl_1)) replace(plm_conf, "TRUST_LVL_2=[^ ]* ", ("TRUST_LVL_2=%f " % enhc_trust_lvl_2)) replace(plm_conf, "STRIDE=[^ ]* ", ("STRIDE=%d " % frame_freq)) replace(plm_conf, "FILE=[^ ]* ", ("FILE=%s " % enhc_out_plm)) plm_bf_conf = walker_path + enhc_bf_plm replace(plm_bf_conf, "STRIDE=[^ ]* ", ("STRIDE=%d " % frame_freq)) replace(plm_bf_conf, "FILE=[^ ]* ", ("FILE=%s " % enhc_out_plm)) # molecule_name = os.getcwd().split('/')[-1].split('.')[0] # distance_list = get_distance('../{}/{}/{}.pdb'.format(molecule_name, molecule_name, molecule_name)) # CA_list = get_CA_atom(walker_path + 'conf.gro') # ret = add_distance_restrain(CA_list, distance_list, dis_buttom=0.2, dis_kappa=dis_kappa[(walker_idx+iter_index)%8]) # with open(plm_conf, 'a') as plm: # plm.write(ret) # with open(plm_bf_conf, 'a') as plm: # plm.write(ret) if len(graph_list) == 0: log_task("brute force MD without NN acc") else: log_task("use NN model(s): " + graph_list) log_task("set trust l1 and l2: %f %f" % (enhc_trust_lvl_1, enhc_trust_lvl_2))
def make_enhc(iter_index, json_file, graph_files): graph_files.sort() fp = open(json_file, 'r') jdata = json.load(fp) numb_walkers = jdata["numb_walkers"] template_dir = jdata["template_dir"] enhc_trust_lvl_1 = jdata["bias_trust_lvl_1"] enhc_trust_lvl_2 = jdata["bias_trust_lvl_2"] nsteps = jdata["bias_nsteps"] frame_freq = jdata["bias_frame_freq"] num_of_cluster_threshhold = jdata["num_of_cluster_threshhold"] iter_name = make_iter_name(iter_index) work_path = iter_name + "/" + enhc_name + "/" mol_path = template_dir + "/" + mol_name + "/" enhc_path = template_dir + "/" + enhc_name + "/" conf_list = glob.glob(mol_path + "conf*gro") conf_list.sort() assert (len(conf_list) >= numb_walkers), "not enough conf files in mol dir %s" % mol_path create_path(work_path) for walker_idx in range(numb_walkers): walker_path = work_path + make_walker_name(walker_idx) + "/" create_path(walker_path) # copy md ifles for ii in mol_files: if os.path.exists(walker_path + ii): os.remove(walker_path + ii) shutil.copy(mol_path + ii, walker_path) # copy conf file conf_file = conf_list[walker_idx] if os.path.exists(walker_path + "conf.gro"): os.remove(walker_path + "conf.gro") shutil.copy(conf_file, walker_path + "conf.gro") # if have prev confout.gro, use as init conf if (iter_index > 0): prev_enhc_path = make_iter_name( iter_index - 1) + "/" + enhc_name + "/" + make_walker_name(walker_idx) + "/" prev_enhc_path = os.path.abspath(prev_enhc_path) + "/" if os.path.isfile(prev_enhc_path + "confout.gro"): os.remove(walker_path + "conf.gro") os.symlink(prev_enhc_path + "confout.gro", walker_path + "conf.gro") else: raise RuntimeError("cannot find prev output conf file " + prev_enhc_path + 'confout.gro') log_task("use conf of iter " + make_iter_name(iter_index - 1) + " walker " + make_walker_name(walker_idx)) ########################################### num_of_cluster = np.loadtxt(prev_enhc_path + 'num_of_cluster.dat') pre_trust_lvl1 = np.loadtxt(prev_enhc_path + 'trust_lvl1.dat') if num_of_cluster < num_of_cluster_threshhold: enhc_trust_lvl_1 = pre_trust_lvl1 * 1.5 enhc_trust_lvl_2 = enhc_trust_lvl_1 + 1 else: enhc_trust_lvl_1 = jdata["bias_trust_lvl_1"] enhc_trust_lvl_2 = enhc_trust_lvl_1 + 1 if enhc_trust_lvl_1 > jdata["bias_trust_lvl_1"] * 8: enhc_trust_lvl_1 = jdata["bias_trust_lvl_1"] enhc_trust_lvl_2 = enhc_trust_lvl_1 + 1 np.savetxt(walker_path + 'trust_lvl1.dat', [enhc_trust_lvl_1], fmt='%.6f') # copy enhc file for ii in enhc_files: if os.path.exists(walker_path + ii): os.remove(walker_path + ii) shutil.copy(enhc_path + ii, walker_path) # copy graph files for ii in graph_files: file_name = os.path.basename(ii) abs_path = os.path.abspath(ii) if os.path.exists(walker_path + file_name): os.remove(walker_path + file_name) os.symlink(abs_path, walker_path + file_name) # config MD mol_conf_file = walker_path + "grompp.mdp" make_grompp_enhc(mol_conf_file, nsteps, frame_freq) # config plumed graph_list = "" counter = 0 for ii in graph_files: file_name = os.path.basename(ii) if counter == 0: graph_list = "%s" % file_name else: graph_list = "%s,%s" % (graph_list, file_name) counter = counter + 1 plm_conf = walker_path + enhc_plm replace(plm_conf, "MODEL=[^ ]* ", ("MODEL=%s " % graph_list)) replace(plm_conf, "TRUST_LVL_1=[^ ]* ", ("TRUST_LVL_1=%f " % enhc_trust_lvl_1)) replace(plm_conf, "TRUST_LVL_2=[^ ]* ", ("TRUST_LVL_2=%f " % enhc_trust_lvl_2)) replace(plm_conf, "STRIDE=[^ ]* ", ("STRIDE=%d " % frame_freq)) replace(plm_conf, "FILE=[^ ]* ", ("FILE=%s " % enhc_out_plm)) plm_bf_conf = walker_path + enhc_bf_plm replace(plm_bf_conf, "STRIDE=[^ ]* ", ("STRIDE=%d " % frame_freq)) replace(plm_bf_conf, "FILE=[^ ]* ", ("FILE=%s " % enhc_out_plm)) if len(graph_list) == 0: log_task("brute force MD without NN acc") else: log_task("use NN model(s): " + graph_list) log_task("set trust l1 and l2: %f %f" % (enhc_trust_lvl_1, enhc_trust_lvl_2))