import Model import SimulatedAnnealing import MaxWalkSat import Schaffer import Kursawe import Osyczka2 from SimulatedAnnealing import * from MaxWalkSat import * from Schaffer import * from Kursawe import * from Osyczka2 import * from DifferentialEvolution import differentialEvolution from Golinski import Golinski differentialEvolution(Golinski())
from hypervolume_runner import HyperVolume_wrapper
models=[DTLZ1]
objs=[2,4,6,8]
decs=[10,20,40]
i=0
iterations=0
while iterations<=1:
for model in models:
print model
print '\n\n'
for x in decs:
print '\t\t\t',x,'\t\t\t',
print
for j in objs:
print j,
for k in decs:
#modelName=model+'('+str(j)+','str(k)+')'
#print modelName
#print model(j,k)
differentialEvolution(GeneticAlgorithm,model,j,k)
print global_variable.best_energy
print
iterations=iterations+1
from sk import *
from global_variables import *
from GeneticAlgorithm import *
import Model
from DifferentialEvolution import differentialEvolution
from DTLZ1 import *
from DTLZ3 import *
from DTLZ5 import *
from DTLZ7 import *
data_lists = [['DLTZ3'],['DLTZ5'],['DLTZ7']]
k=0
for model in [DTLZ3,DTLZ5,DTLZ7]:
# for _ in range(20):
list_loss=[data_lists[k]]
for _ in range(20):
differentialEvolution(GeneticAlgorithm,model)
list_loss.append(global_variable.loss_inter)
data_lists[k]=list_loss
k=k+1
print data_lists
rdivDemo(data_lists)
import Model import SimulatedAnnealing import MaxWalkSat import Schaffer import Kursawe import Osyczka2 from SimulatedAnnealing import * from MaxWalkSat import * from Schaffer import * from Kursawe import * from Osyczka2 import * from DifferentialEvolution import differentialEvolution from Golinski import Golinski differentialEvolution(Golinski())
