# print('THIS IS THE MU FOR EXC10')
mu_opt = [1.651891986460e+01, 1.692820877511e+01, 1.732387911116e+01, 1.746951227840e+01,
1.812299797114e+01, 1.840759241105e+01, 1.693448657882e+01, 2.500000000000e-02,
2.500000000000e-02, 2.500000000000e-02]
mu_opt_norm = np.linalg.norm(mu_opt)
sum_muerror_0 = []
sum_muerror_1 = []
sum_muerror_2 = []
sum_muerror_3 = []
sum_muerror_4 = []
sum_muerror_5 = []
for directory in directories:
times_full_0 , _ , mu_error_0, FOC_0 = get_data(directory,method_tuple[0][0], mu_error_=True, FOC=True)
total_time = times_full_0[-1]
sum_muerror_0.append(mu_error_0[-1])
sum_FOC_0.append(FOC_0[-1])
sum_0.append(total_time)
min_time_0 = min(min_time_0, total_time)
max_time_0 = max(max_time_0, total_time)
iterations = len(times_full_0)-1
iters_0.append(iterations)
min_iter_0 = min(min_iter_0, iterations)
max_iter_0 = max(max_iter_0, iterations)
times_full_1 , _ , mu_error_1, FOC_1 = get_data(directory,method_tuple[1][0], mu_error_=True, FOC=True)
total_time = times_full_1[-1]
sum_muerror_1.append(mu_error_1[-1])
colorclass0 = (0.65, 0.00, 0.15)
colorclass1 = (0.84, 0.19, 0.15)
colorclass2 = (0.99, 0.68, 0.38)
colorclass3 = (0.96, 0.43, 0.26)
colorclass4 = 'black'
colorclass5 = (0.17, 0.25, 0.98)
# I want to have these methods in my plot:
method_tuple = [[1, 'FOM TR-Newton-CG'], [4, 'TR-RB Newton lag. '],
[2, 'TR-RB Newton lag. optional '], [8, 'Keil et al. 2020'],
[5, 'Keil et al. 2020 pr. New. '],
[3, 'Alg. 1 Dir. Tay. Skip_enr. ']]
if mu_est is False and mu_error is False:
times_full_0, J_error_0, FOC_0, _ = get_data(directory,
method_tuple[0][0],
FOC=True,
j_list=False)
times_full_1, J_error_1, FOC_1, j_list_1 = get_data(directory,
method_tuple[1][0],
FOC=True)
times_full_2, J_error_2, FOC_2, j_list_2 = get_data(directory,
method_tuple[2][0],
FOC=True)
times_full_3, J_error_3, FOC_3, j_list_3 = get_data(directory,
method_tuple[3][0],
FOC=True)
times_full_4, J_error_4, FOC_4, j_list_4 = get_data(directory,
method_tuple[4][0],
FOC=True)
times_full_5, J_error_5, FOC_5, j_list_5 = get_data(directory,
method_tuple[5][0],
colorclass1 =(0.84, 0.19, 0.15)
colorclass2 =(0.96, 0.43, 0.26)
colorclass3 =(0.99, 0.68, 0.38)
colorclass4 = 'black'
colorclass5 =(0.67, 0.85, 0.91)
# I want to have these methods in my plot:
method_tuple = [
[2 , '5. FOM proj. BFGS'],
[25,'1(a) standard lag.'],
[54,'1(b) standard uni.'],
[26,'Qian et al. 2017'],
]
if mu_est is False and mu_error is False:
times_full_0 , J_error_0, FOC_0 = get_data(directory,method_tuple[0][0], FOC=True)
times_full_1 , J_error_1, FOC_1 = get_data(directory,method_tuple[1][0], FOC=True)
times_full_2 , J_error_2, FOC_2 = get_data(directory,method_tuple[2][0], FOC=True)
times_full_3 , J_error_3, FOC_3 = get_data(directory,method_tuple[3][0], FOC=True)
elif mu_est is False and mu_error is True:
times_full_0 , J_error_0 , mu_error_0 , FOC_0 = get_data(directory,method_tuple[0][0] , mu_error_=mu_error, FOC=True)
times_full_1 , J_error_1 , mu_error_1 , FOC_1 = get_data(directory,method_tuple[1][0] , mu_error_=mu_error, FOC=True)
times_full_2 , J_error_2 , mu_error_2 , FOC_2 = get_data(directory,method_tuple[2][0] , mu_error_=mu_error, FOC=True)
times_full_3 , J_error_3 , mu_error_3 , FOC_3 = get_data(directory,method_tuple[3][0] , mu_error_=mu_error, FOC=True)
elif mu_est is True:
times_full_0 , J_error_0 , mu_error_0 , times_mu_0 , mu_est_0, FOC_0 = get_data(directory,method_tuple[0][0] , mu_est, mu_est, FOC=True)
times_full_1 , J_error_1 , mu_error_1 , times_mu_1 , mu_est_1, FOC_1 = get_data(directory,method_tuple[1][0] , mu_est, mu_est, FOC=True)
times_full_2 , J_error_2 , mu_error_2 , times_mu_2 , mu_est_2, FOC_2 = get_data(directory,method_tuple[2][0] , mu_est, mu_est, FOC=True)
times_full_3 , J_error_3 , mu_error_3 , times_mu_3 , mu_est_3, FOC_3 = get_data(directory,method_tuple[3][0] , mu_est, mu_est, FOC=True)
#fix mu_est_2
times_mu_0 = [ti + times_full_0[0] for ti in times_mu_0]
