def test_cx(ind1, ind2):
#Test cxTP
from MAST.structopt_stem.crossover.cxTP import cxTP
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = cxTP(i1,i2,A,False)
#Test cxTPA
from MAST.structopt_stem.crossover.cxTPA import cxTPA
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = cxTPA(i1,i2,A,False)
#Test cxTPC
from MAST.structopt_stem.crossover.cxTPC import cxTPC
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = cxTPC(i1,i2,A,False)
#Test NewClus
from MAST.structopt_stem.crossover.NewClus import NewClus
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = NewClus(i1,i2,A,False)
#Test randalloybox
from MAST.structopt_stem.crossover.randalloybox import randalloybox
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = randalloybox(i1,i2,A,False)
#Test rotct_rand_clus
from MAST.structopt_stem.crossover.rotct_rand_clus import rotct_rand_clus
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = rotct_rand_clus(i1,i2,A,False)
#Test rotct_rand
from MAST.structopt_stem.crossover.rotct_rand import rotct_rand
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = rotct_rand(i1,i2,A,False)
#Test rotct
from MAST.structopt_stem.crossover.rotct import rotct
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = rotct(i1,i2,A,False)
def test_cx(ind1, ind2):
#Test cxTP
from MAST.structopt_stem.crossover.cxTP import cxTP
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = cxTP(i1, i2, A, False)
#Test cxTPA
from MAST.structopt_stem.crossover.cxTPA import cxTPA
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = cxTPA(i1, i2, A, False)
#Test cxTPC
from MAST.structopt_stem.crossover.cxTPC import cxTPC
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = cxTPC(i1, i2, A, False)
#Test NewClus
from MAST.structopt_stem.crossover.NewClus import NewClus
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = NewClus(i1, i2, A, False)
#Test randalloybox
from MAST.structopt_stem.crossover.randalloybox import randalloybox
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = randalloybox(i1, i2, A, False)
#Test rotct_rand_clus
from MAST.structopt_stem.crossover.rotct_rand_clus import rotct_rand_clus
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = rotct_rand_clus(i1, i2, A, False)
#Test rotct_rand
from MAST.structopt_stem.crossover.rotct_rand import rotct_rand
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = rotct_rand(i1, i2, A, False)
#Test rotct
from MAST.structopt_stem.crossover.rotct import rotct
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = rotct(i1, i2, A, False)
pass
try:
from MAST.structopt_stem.crossover.NewClus import NewClus
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = NewClus(i1,i2,A)
print 'NewClus crossover test SUCCESSFUL'
except Exception, e:
print 'ERROR: NewClus crossover test FAILED'
print e
pass
try:
from MAST.structopt_stem.crossover.randalloybox import randalloybox
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = randalloybox(i1,i2,A)
print 'randalloybox crossover test SUCCESSFUL'
except Exception, e:
print 'ERROR: randalloybox crossover test FAILED'
print e
pass
try:
from MAST.structopt_stem.crossover.rotct_rand_clus import rotct_rand_clus
i1 = ind1.duplicate()
i2 = ind2.duplicate()
nc1, nc2 = rotct_rand_clus(i1,i2,A)
print 'rotct_rand_clus crossover test SUCCESSFUL'
except Exception, e:
print 'ERROR: rotct_rand_clus crossover test FAILED'
print e
pass