def test_crossover_genes(self):
"""
given the following
['5 + 5 * 5 + 5 * (5) - 5', '5 + 5 + 5 + (f(5) / 5 + 5)']
the first three operators are crossovers.
"""
genes = ['5 + 5 * 5 + 5 * (5) - 5', '5 + 5 + 5 + (f(5) / 5 + 5)']
print six_fives.crossover_genes(genes)
mam, dad = genes
print six_fives.find_crossover_points(mam)
print six_fives.find_crossover_points(dad)
def test_crossover_genes(self):
"""
given the following
['5 + 5 * 5 + 5 * (5) - 5', '5 + 5 + 5 + (f(5) / 5 + 5)']
the first three operators are crossovers.
"""
genes = ['5 + 5 * 5 + 5 * (5) - 5', '5 + 5 + 5 + (f(5) / 5 + 5)']
print six_fives.crossover_genes(genes)
mam, dad = genes
print six_fives.find_crossover_points(mam)
print six_fives.find_crossover_points(dad)
def test_find_crossover_points(self):
"""
Find the potential crossover points in an equation.
Any operater that is not inside parenthesis is a potential crossover.
"""
# There are 5 crossovers here.
gene = "5 + f(5) * ff(5) / 5 + 5 - ff(5)"
self.assertEqual(len(six_fives.find_crossover_points(gene)), 5)
# There are 3 crossovers here.
gene = "(5 + f(5)) * ff(5) / (5 + 5) - ff(5)"
self.assertEqual(len(six_fives.find_crossover_points(gene)), 3)
# There are 0 crossovers here.
gene = "(5 + f(5) * ff(5) / 5 + 5 - ff(5))"
self.assertEqual(len(six_fives.find_crossover_points(gene)), 0)
def test_find_crossover_points(self):
"""
Find the potential crossover points in an equation.
Any operater that is not inside parenthesis is a potential crossover.
"""
# There are 5 crossovers here.
gene = "5 + f(5) * ff(5) / 5 + 5 - ff(5)"
self.assertEqual(len(six_fives.find_crossover_points(gene)), 5)
# There are 3 crossovers here.
gene = "(5 + f(5)) * ff(5) / (5 + 5) - ff(5)"
self.assertEqual(len(six_fives.find_crossover_points(gene)), 3)
# There are 0 crossovers here.
gene = "(5 + f(5) * ff(5) / 5 + 5 - ff(5))"
self.assertEqual(len(six_fives.find_crossover_points(gene)), 0)
