w_names = ['wa', 'wzetaa']
w_dates = ['t', 'tp1']
param_names = ['alpha', 'beta', 'delta', 'mua',
'rhoa', 'nu', 'sigmaa', 'sigmazetaa']
param_names_user_to_module = {'rhoa': 'rho_0', 'mua': 'mu_0',
'sigmaa': 'sigma_signal_0',
'sigmazetaa': 'sigma_state_0'}
param_names_module_to_user = {'rho_0': 'rhoa', 'mu_0': 'mua',
'sigma_signal_0': 'sigmaa',
'sigma_state_0': 'sigmazetaa'}
xw_sym_dicts = fipir_new.set_x_w_sym_dicts(x_names, w_names)
x_s_d, w_s_d = xw_sym_dicts
xw_sym_dicts_z = fipir_new.set_x_w_sym_dicts(x_names_z, w_names)
x_s_d_z, w_s_d_z = xw_sym_dicts_z
xw_sym_dicts_ckl_az = fipir_new.set_x_w_sym_dicts(x_names_ckl_az, w_names)
x_s_d_ckl_az, w_s_d_ckl_az = xw_sym_dicts_ckl_az
xw_sym_dicts_ckl_z = fipir_new.set_x_w_sym_dicts(x_names_ckl_z, w_names)
x_s_d_ckl_z, w_s_d_ckl_z = xw_sym_dicts_ckl_z
param_sym_d = fipir_new.set_param_sym_dict(param_names)
x_in_ss_sym_d = {st: x_s_d[st] for st in x_s_d.keys() if 'ss' in st}
x_in_ss_sym_li = x_in_ss_sym_d.values()
w_names = ['wa', 'wzetaa']
w_dates = ['t', 'tp1']
param_names = ['alpha', 'beta', 'delta', 'mua',
'rhoa', 'nu', 'sigmaa', 'sigmazetaa']
param_names_user_to_module = {'rhoa': 'rho_0', 'mua': 'mu_0',
'sigmaa': 'sigma_signal_0',
'sigmazetaa': 'sigma_state_0'}
param_names_module_to_user = {'rho_0': 'rhoa', 'mu_0': 'mua',
'sigma_signal_0': 'sigmaa',
'sigma_state_0': 'sigmazetaa'}
xw_sym_dicts = fipir_new.set_x_w_sym_dicts(x_names, w_names)
x_s_d, w_s_d = xw_sym_dicts
param_sym_d = fipir_new.set_param_sym_dict(param_names)
x_in_ss_sym_d = {st: x_s_d[st] for st in x_s_d.keys() if 'ss' in st}
x_in_ss_sym_li = x_in_ss_sym_d.values()
xini_az = np.zeros((7))
xini_az_other = np.array([0.6, 2., 0.5, 0.3, 1., 0.02, 0.01])
xini_az[0] = xini_az_other[5]
xini_az[1] = xini_az_other[0]
xini_az[2] = xini_az_other[3]
xini_az[3] = xini_az_other[1]
xini_az[4] = xini_az_other[6]
