def get_result_4d(src_out_path, config):
result_4d = {}
result_4d['u_inst_c'] = fctlib.load_4d('ts_u', config['ts_ns'],
config['nx'], config['ny'],
config['nz'],
src_out_path)[:, :, :, :-1]
result_4d['v_inst_c'] = fctlib.load_4d('ts_v', config['ts_ns'],
config['nx'], config['ny'],
config['nz'],
src_out_path)[:, :, :, :-1]
result_4d['w_inst_c'] = node2center_4d(
fctlib.load_4d('ts_w', config['ts_ns'], config['nx'], config['ny'],
config['nz'], src_out_path))
return result_4d
def post_prec(prec_path, config, var_name, i):
print(' * proc_id: ' + str(i))
print(' * var_id : ' + var_name)
print(' read...')
inflow_u = fctlib.load_4d('p' + str(i).zfill(3) + '_inflow_' + var_name,
config['nsteps'] // config['inflow_count'],
config['inflow_nx'], config['ny'], config['nzb'],
config['double_flag'],
os.path.join(prec_path, 'inflow_data'))
# os.system('rm ' +os.path.join(prec_data_path,'p'+ str(i).zfill(2) + '_inflow_' + var_name + '.bin'))
print(' compute...')
ta_u = np.mean(inflow_u, axis=0)
tvar_u = np.mean((inflow_u - ta_u)**2, axis=0)
xya_ta_u = np.mean(ta_u, axis=(0, 1))
xya_tvar_u = np.mean(tvar_u, axis=(0, 1))
scale = (xya_tvar_u / tvar_u)**0.5
if var_name == 'w' and i == 0:
scale[:, :, 0] = 1
if var_name == 'w' and i == config['job_np'] - 1:
scale[:, :, -1] = 1
inflow_u = (inflow_u - ta_u) * scale + xya_ta_u
inflow_u = np.ravel(np.transpose(inflow_u, (1, 2, 3, 0)), order='F')
print(' write...')
inflow_u.tofile(
os.path.join(prec_path, 'inflow_data_bis',
'p' + str(i).zfill(3) + '_inflow_' + var_name + '.bin'))
def get_turb(src_out_path, config):
turb = {}
# turb['thrust'] = fctlib.load_1d('turb_thrust', config['ts_ns']*config['turb_nb'], config['double_flag'], src_out_path).reshape(config['ts_ns'],config['turb_nb'])
turb['dt'] = config['dtr'] * config['c_count']
turb['Omega'] = fctlib.load_1d(
'turb_omega', config['ts_ns'] * config['turb_nb'],
config['double_flag'], src_out_path).reshape(config['ts_ns'],
config['turb_nb'])
turb['CTFx'] = fctlib.load_4d('turb_fx', config['ts_ns'], 40, 30,
config['turb_nb'], config['double_flag'],
src_out_path)
turb['CTFt'] = fctlib.load_4d('turb_ft', config['ts_ns'], 40, 30,
config['turb_nb'], config['double_flag'],
src_out_path)
return turb
def get_result_4d(src_out_path, config):
result_4d = {}
result_4d['u_inst_c'] = fctlib.load_4d('ts_u', config['ts_ns'],
config['nx'], config['ny'],
config['nz'], config['double_flag'],
src_out_path)[:, :, :, :-1]
result_4d['v_inst_c'] = fctlib.load_4d('ts_v', config['ts_ns'],
config['nx'], config['ny'],
config['nz'], config['double_flag'],
src_out_path)[:, :, :, :-1]
result_4d['w_inst_c'] = node2center_4d(
fctlib.load_4d('ts_w', config['ts_ns'], config['nx'], config['ny'],
config['nz'], config['double_flag'], src_out_path))
# result_4d['fx_inst_c'] = fctlib.load_4d('ts_fx', config['ts_ns'], config['nx'], config['ny'], config['nz'], config['double_flag'], src_out_path)[:,:,:,:-1]
# result_4d['fy_inst_c'] = fctlib.load_4d('ts_fy', config['ts_ns'], config['nx'], config['ny'], config['nz'], config['double_flag'], src_out_path)[:,:,:,:-1]
# result_4d['fz_inst_c'] = fctlib.load_4d('ts_fz', config['ts_ns'], config['nx'], config['ny'], config['nz'], config['double_flag'], src_out_path)[:,:,:,:-1]
return result_4d
def get_result_3d(src_inp_path, src_out_path, config):
result_3d = {}
# avg
ta_u = fctlib.load_4d('ta_u', config['ta_ns'], config['nx'], config['ny'],
config['nz'], src_out_path)
ta_v = fctlib.load_4d('ta_v', config['ta_ns'], config['nx'], config['ny'],
config['nz'], src_out_path)
ta_w = fctlib.load_4d('ta_w', config['ta_ns'], config['nx'], config['ny'],
config['nz'], src_out_path)
ta_uu = fctlib.load_4d('ta_u2', config['ta_ns'], config['nx'],
config['ny'], config['nz'], src_out_path)
ta_vv = fctlib.load_4d('ta_v2', config['ta_ns'], config['nx'],
config['ny'], config['nz'], src_out_path)
ta_ww = fctlib.load_4d('ta_w2', config['ta_ns'], config['nx'],
config['ny'], config['nz'], src_out_path)
ta_uw = fctlib.load_4d('ta_uw', config['ta_ns'], config['nx'],
config['ny'], config['nz'], src_out_path)
ta_txz = fctlib.load_4d('ta_txz', config['ta_ns'], config['nx'],
config['ny'], config['nz'], src_out_path)
ta_dudz = fctlib.load_4d('ta_dudz', config['ta_ns'], config['nx'],
config['ny'], config['nz'], src_out_path)
result_3d['u_avg_c'] = ta_u[-1, :, :, :-1]
result_3d['u_avg_n'] = center2node_3d(ta_u[-1, :, :, :])
result_3d['v_avg_c'] = ta_v[-1, :, :, :-1]
result_3d['v_avg_n'] = center2node_3d(ta_v[-1, :, :, :])
result_3d['w_avg_c'] = node2center_3d(ta_w[-1, :, :, :])
result_3d['w_avg_n'] = ta_w[-1, :, :, :]
result_3d['u_std_c'] = np.sqrt(ta_uu[-1, :, :, :-1] -
ta_u[-1, :, :, :-1] * ta_u[-1, :, :, :-1])
result_3d['u_std_n'] = center2node_3d(
np.sqrt(ta_uu[-1, :, :, :] - ta_u[-1, :, :, :] * ta_u[-1, :, :, :]))
result_3d['v_std_c'] = np.sqrt(ta_vv[-1, :, :, :-1] -
ta_v[-1, :, :, :-1] * ta_v[-1, :, :, :-1])
result_3d['v_std_n'] = center2node_3d(
np.sqrt(ta_vv[-1, :, :, :] - ta_v[-1, :, :, :] * ta_v[-1, :, :, :]))
result_3d['w_std_c'] = node2center_3d(
np.sqrt(ta_ww[-1, :, :, :] - ta_w[-1, :, :, :] * ta_w[-1, :, :, :]))
result_3d['w_std_n'] = np.sqrt(ta_ww[-1, :, :, :] -
ta_w[-1, :, :, :] * ta_w[-1, :, :, :])
result_3d['uw_cov_c'] = node2center_3d(ta_uw[-1, :, :, :] -
result_3d['u_avg_n'] *
result_3d['w_avg_n'])
result_3d['uw_cov_n'] = ta_uw[
-1, :, :, :] - result_3d['u_avg_n'] * result_3d['w_avg_n']
result_3d['txz_avg_c'] = node2center_3d(ta_txz[-1, :, :, :])
result_3d['txz_avg_n'] = ta_txz[-1, :, :, :]
result_3d['dudz_avg_c'] = node2center_3d(ta_dudz[-1, :, :, :])
result_3d['dudz_avg_n'] = ta_dudz[-1, :, :, :]
# INST
u = fctlib.load_3d('u', config['nx'], config['ny'], config['nz'],
src_inp_path)
v = fctlib.load_3d('v', config['nx'], config['ny'], config['nz'],
src_inp_path)
w = fctlib.load_3d('w', config['nx'], config['ny'], config['nz'],
src_inp_path)
result_3d['u_inst_c'] = u[:, :, :-1]
result_3d['u_inst_n'] = center2node_3d(u)
result_3d['v_inst_c'] = v[:, :, :-1]
result_3d['v_inst_n'] = center2node_3d(v)
result_3d['w_inst_c'] = node2center_3d(w)
result_3d['w_inst_n'] = w
return result_3d