def test_repr_method_kcycle_objects_numbers(self):
kcycle1 = KCycle([1, 2, 3])
kcycle2 = KCycle([5, 4])
permutation = Permutation([kcycle1, kcycle2], False)
self.assertEqual(permutation.__repr__(), '(1 2 3)(5 4)')
def test_repr_method_kcycle_objects_strings(self):
kcycle1 = KCycle(('banana', 'fresa'))
kcycle2 = KCycle(('guayaba', 'uva', 'limon'))
permutation = Permutation([kcycle1, kcycle2], False)
self.assertEqual(permutation.__repr__(),
'("banana" "fresa")("guayaba" "uva" "limon")')
def test_mul_method(self):
calculation = KCycle((3, 2, 1)) * self.kcycle
expected_result = Permutation(((1, ), ))
self.assertEqual(calculation, expected_result)
calculation = KCycle((1, 2)) * self.kcycle
expected_result = Permutation(((2, 3), ))
self.assertEqual(calculation, expected_result)
kcycle1 = KCycle((4, 5))
calculation = self.kcycle * kcycle1
expected_result = Permutation((self.kcycle.kcycle, kcycle1.kcycle))
self.assertEqual(calculation, expected_result)
def test_eq_method(self):
kcycle1 = KCycle((1, ))
kcycle2 = KCycle((783, ))
self.assertEqual(kcycle1, kcycle2)
kcycle1 = KCycle(('a', ))
kcycle2 = KCycle(('\n', ))
self.assertEqual(kcycle1, kcycle2)
kcycle1 = KCycle(('a', ))
kcycle2 = KCycle((1, ))
self.assertEqual(kcycle1 == kcycle2, 0)
kcycle1 = KCycle((1, 2, 3))
self.assertEqual(kcycle1, self.kcycle)
kcycle1 = KCycle((2, 3, 1))
self.assertEqual(kcycle1, self.kcycle)
kcycle1 = KCycle(('a', 'perro mio'))
kcycle2 = KCycle(('perro mio', 'a'))
self.assertEqual(kcycle1, kcycle2)
def test_repr_method(self):
string_1 = self.kcycle.__repr__()
self.assertEqual(string_1, '(1 2 3)')
kcycle_2 = KCycle(['Pera', 'Uva', 'Manzana'])
string_2 = kcycle_2.__repr__()
self.assertEqual(string_2, '("Pera" "Uva" "Manzana")')
kcycle_3 = KCycle([1, 8, 'Manzana podrida\n' ''])
string_3 = kcycle_3.__repr__()
self.assertEqual(string_3, '(1 8 "Manzana podrida\n")')
def setUp(self):
self.kcycle = KCycle([1, 2, 3])
class TestKCycle(unittest.TestCase):
def setUp(self):
self.kcycle = KCycle([1, 2, 3])
def test_repr_method(self):
string_1 = self.kcycle.__repr__()
self.assertEqual(string_1, '(1 2 3)')
kcycle_2 = KCycle(['Pera', 'Uva', 'Manzana'])
string_2 = kcycle_2.__repr__()
self.assertEqual(string_2, '("Pera" "Uva" "Manzana")')
kcycle_3 = KCycle([1, 8, 'Manzana podrida\n' ''])
string_3 = kcycle_3.__repr__()
self.assertEqual(string_3, '(1 8 "Manzana podrida\n")')
def test_call_method(self):
change_input_to = self.kcycle(1)
self.assertEqual(change_input_to, 2)
change_input_to = self.kcycle(2)
self.assertEqual(change_input_to, 3)
change_input_to = self.kcycle(3)
self.assertEqual(change_input_to, 1)
def test_eq_method(self):
kcycle1 = KCycle((1, ))
kcycle2 = KCycle((783, ))
self.assertEqual(kcycle1, kcycle2)
kcycle1 = KCycle(('a', ))
kcycle2 = KCycle(('\n', ))
self.assertEqual(kcycle1, kcycle2)
kcycle1 = KCycle(('a', ))
kcycle2 = KCycle((1, ))
self.assertEqual(kcycle1 == kcycle2, 0)
kcycle1 = KCycle((1, 2, 3))
self.assertEqual(kcycle1, self.kcycle)
kcycle1 = KCycle((2, 3, 1))
self.assertEqual(kcycle1, self.kcycle)
kcycle1 = KCycle(('a', 'perro mio'))
kcycle2 = KCycle(('perro mio', 'a'))
self.assertEqual(kcycle1, kcycle2)
def test_mul_method(self):
calculation = KCycle((3, 2, 1)) * self.kcycle
expected_result = Permutation(((1, ), ))
self.assertEqual(calculation, expected_result)
calculation = KCycle((1, 2)) * self.kcycle
expected_result = Permutation(((2, 3), ))
self.assertEqual(calculation, expected_result)
kcycle1 = KCycle((4, 5))
calculation = self.kcycle * kcycle1
expected_result = Permutation((self.kcycle.kcycle, kcycle1.kcycle))
self.assertEqual(calculation, expected_result)
def test_init_method(self):
self.assertEqual(self.kcycle.kcycle, tuple((1, 2, 3)))
self.assertEqual(self.kcycle.elements, {1, 2, 3})
self.assertEqual(self.kcycle.length, 3)
dict_op = {1: 2, 2: 3, 3: 1}
self.assertEqual(self.kcycle.operations, dict_op)
from __init__ import *
from algebra_utilities.objects.permutations import KCycle, Permutation,\
simplify
# KCycle(8)
# KCycle((8, 8))
a = Permutation([[1, 2], [3, 4]])
print(a(4))
# print(a(7))
Permutation(((1, ), ))
a = (1, 2, 3)
a = KCycle(a)
print(a)
print(a(1))
# a = (1, 1)
# a = KCycle(a)
# print(a.operations)
a = (1, 2, 3)
a = KCycle(a)
print(a)
a = (1, 2)
b = ('a', )
a = KCycle(a)
b = KCycle(b)