def test_test_base2tobase10(self):
base2 = "100010"
self.assertEqual(34, base2tobase10(base2))
base2 = "1"
self.assertEqual(1, base2tobase10(base2))
base2 = "10"
self.assertEqual(2, base2tobase10(base2))
def test_test_base2tobase10(self):
base2 = "100010"
self.assertEqual(34, base2tobase10(base2))
base2 = "1"
self.assertEqual(1, base2tobase10(base2))
base2 = "10"
self.assertEqual(2, base2tobase10(base2))
def generate_decimal_gene(self):
"""
This function converts the binary gene to a usable decimal gene.
"""
if self._gene_length == 0:
raise ValueError("Invalid gene length")
dec_geno = []
for i in range(0, self._gene_length * 8, 8):
item = self.binary_gene[i:i + 8]
str_trans = base2tobase10(item)
dec_geno.append(int(str_trans))
self.decimal_gene = dec_geno
self._position = (0, 0)
def generate_decimal_gene(self):
"""
This function converts the binary gene to a usable decimal gene.
"""
if self._gene_length == 0:
raise ValueError("Invalid gene length")
dec_geno = []
for i in range(0, self._gene_length * 8, 8):
item = self.binary_gene[i:i + 8]
str_trans = base2tobase10(item)
dec_geno.append(int(str_trans))
self.decimal_gene = dec_geno
self._position = (0, 0)
