@author: Pedro Leal
"""
import math
from xfoil_module import output_reader
from optimization_tools import plot_generations
filename = "opt_data.txt"
n_generation = 50
outputs_plotted = ["theta"]
# output_constrained = ['theta']
# g1 = lambda x: True if x < 0. else False
# g = [g1]
p1 = lambda x: math.degrees(x)
p = [p1]
plot_generations(
filename,
p=p,
n_generation=n_generation,
outputs_plotted=outputs_plotted,
last_best=False,
output_labels=[r"$\theta$"],
plot_type="number of evaluations",
units=[r"${}^{\circ}$"],
label_size=[12, 18],
)
Data = output_reader(filename)
# -*- coding: utf-8 -*-
"""
Created on Tue Apr 05 11:34:28 2016
@author: Pedro Leal
"""
import math
from optimization_tools import plot_generations
filename = "opt_data.txt"
n_generation = 50
outputs_plotted = ['theta']
output_constrained = ['theta']
g1 = lambda x: True if x < 0. else False
g = [g1]
p1 = lambda x: math.degrees(x)
p = [p1]
plot_generations(filename, g = g, p = p,n_generation = n_generation,
outputs_plotted = outputs_plotted, last_best = False,
output_constrained = output_constrained,
output_labels = [r'$\theta$'], plot_type = 'number of evaluations',
units = [r'${}^{\circ}$'], label_size = [12,18])
# -*- coding: utf-8 -*-
"""
Created on Tue Apr 05 11:34:28 2016
@author: Pedro Leal
"""
import math
from xfoil_module import output_reader
from optimization_tools import plot_generations
filename = "opt_data.txt"
n_generation = 50
outputs_plotted = ['theta']
output_constrained = ['theta']
g1 = lambda x: True if x < 0. else False
g = [g1]
p1 = lambda x: math.degrees(x)
p = [p1]
plot_generations(filename, p = p, n_generation = n_generation,
outputs_plotted = outputs_plotted, last_best = False,
output_constrained = output_constrained, g = g,
output_labels = [r'$\theta$'], plot_type = 'all and best',
units = [r'${}^{\circ}$'], label_size = [14,18])
Data = output_reader(filename)
@author: Pedro Leal
"""
import math
from xfoil_module import output_reader
from optimization_tools import plot_generations
filename = "opt_data.txt"
n_generation = 50
outputs_plotted = ["theta"]
# output_constrained = ['theta']
# g1 = lambda x: True if x < 0. else False
# g = [g1]
# p1 = lambda x: math.degrees(x)
# p = [p1]
plot_generations(
filename,
n_generation=n_generation,
outputs_plotted=outputs_plotted,
last_best=False,
# output_constrained = output_constrained,
output_labels=[r"$\theta$"],
plot_type="all",
units=[r"${}^{\circ}$"],
)
Data = output_reader(filename)
