01.36, 06.83, 10.25, 14.35, 22.55, 26.65, 34.85, 43.05
]
prob['span_airfoil_id'] = [0, 1, 2, 3, 4, 5, 6, 7]
prob['pitch'] = 0.0
prob['thickness_factor'] = 1.0
prob['shaft_angle'] = -5.0
prob['cut_in_speed'] = 3.0
prob['cut_out_speed'] = 25.0
prob['machine_rating'] = 5000.0
prob['drive_train_efficiency'] = 1.0
#prob['overhang'] = 5.0
prob['gear_ratio'] = 96.76
prob['Np'] = [3, 3, 1]
#prob['gearbox_cm_x'] = 0.1
#prob['tower_top_diameter'] = 3.78
prob.run_model()
print 'Executed in ' + str(round(time() - start, 2)) + ' seconds\n'
# print outputs
var_list = ['rotor_mass', 'nacelle_mass', 'cost_rna', 'tip_deflection', 'span_stress_max', \
'rotor_cp', 'rotor_ct', 'rotor_torque', 'rotor_thrust', \
'rated_wind_speed', 'wind_bin', 'elec_power_bin', 'ct_bin', \
'scale.hub_height', 'scale.turbine_rated_current', 'scale.solidity_rotor', \
'rna_mass']
saved_output = {}
for v in var_list:
saved_output[v] = prob[v]
beautify_dict(saved_output)
'span_r' : span_r, \
'span_dr' : span_dr, \
'span_chord' : span_chord, \
'span_twist' : span_twist, \
'span_airfoil' : span_airfoil,\
'pitch': 0}
outputs={}
model = BEM(num_nodes=20, rho_air=1.225)
start = time()
model.compute(inputs, outputs)
print 'Executed in ' + str(round(time() - start, 2)) + ' seconds'
###################################################
############### Post Processing ###################
###################################################
beautify_dict(inputs)
print '-'*10
beautify_dict(outputs)