def test_accion(self):
a=[[(2,0),(2,0),(2,0)]]
b=[[(2,0),(2,0),(2,0)],
[(2,0),(2,0),(2,0)],
[(2,0),(2,0),(2,0)]]
c=[[(8, 0), (8, 0), (8, 0)]]
self.assertEqual(ComplejosVector.accion(a,b), c)
def test_matConj(self):
a=[[(2,3),(1,9),(4,6)],
[(2,5),(1,2),(3,6)],
[(4,7),(4,9),(7,2)]]
b=[[(2,-3),(1,-9),(4,-6)],
[(2,-5),(1,-2),(3,-6)],
[(4,-7),(4,-9),(7,-2)]]
self.assertEqual(ComplejosVector.matConj(a), b)
def test_tensor(self):
a=[[(2,0)],
[(3,0)]]
b=[[(4,0)],[(6,0)],[(3,0)]]
c=[[[(8, 0)]], [[(12, 0)]],
[[(6, 0)]], [[(12, 0)]],
[[(18, 0)]], [[(9, 0)]]]
self.assertEqual(ComplejosVector.tensor(a,b), c)
def test_inverMat(self):
a = [[(1,2)],
[(3,3)],
[(1,1)]]
c = [[(-1, -2)],
[(-3, -3)],
[(-1, -1)]]
self.assertEqual(ComplejosVector.inverMat(a), c)
def test_sumMat(self):
a = [[(1,2)],
[(2,1)]]
b = [[(3,1)],
[(1,3)]]
c = [[(4,3)],
[(3,4)]]
self.assertEqual(ComplejosVector.sumMat(a,b), c)
def test_matTrans(self):
a=[[(2,3),(1,9),(4,6)],
[(2,5),(1,2),(3,6)],
[(4,7),(4,9),(7,2)]]
b=[[(2,3),(2,5),(4,7)],
[(1,9),(1,2),(4,9)],
[(4,6),(3,6),(7,2)]]
self.assertEqual(ComplejosVector.matTrans(a), b)
def test_Escamat(self):
a = 3
b = [[(1,2)],
[(3,3)],
[(1,1)]]
c = [[(3,6)],
[(9,9)],
[(3,3)]]
self.assertEqual(ComplejosVector.Escamat(a,b), c)
def test_suma(self):
self.assertEqual(ComplejosVector.suma((2, 6), (4, 9)), (6, 15))
def test_mulvec(self):
a = 3
b = [(1,2),(3,1)]
c = [(3,6),(9,3)]
self.assertEqual(ComplejosVector.mulvec(a,b), c)
def test_invervec(self):
a = [(1,2),(2,1)]
c = [(-1,-2),(-2,-1)]
self.assertEqual(ComplejosVector.invervec(a), c)
def test_unitaria(self):
a=[[(1,0),(0,0)],
[(0,0),(1,0)]]
self.assertEqual(ComplejosVector.unitaria(a), True)
def test_producto(self):
self.assertEqual(ComplejosVector.producto((2, 6), (4, 9)), (-46, 42))
def test_convercarpol(self):
self.assertEqual(ComplejosVector.convercarpol((2, 6)), (6.3246, 71.5651))
def test_conj(self):
self.assertEqual(ComplejosVector.conj((2, 6)), (2, -6))
def test_mod(self):
self.assertEqual(ComplejosVector.mod((2, 6)), 6.3246)
def test_div(self):
self.assertEqual(ComplejosVector.div((2, 6), (4, 9)), (0.6392, 0.0619))
def test_Hermi(self):
a=[[(7,0)],[(6,5)],
[(6,-5)],[(-3,0)]]
self.assertEqual(ComplejosVector.Hermi(a), False)
def test_matAdjun(self):
a=[[(1,-1),(0,0)],
[(3,4),(-1,0)]]
b=[[(1,1),(3,-4)],
[(0,0),(-1,0)]]
self.assertEqual(ComplejosVector.matAdjun(a), b)
def test_resta(self):
self.assertEqual(ComplejosVector.resta((2, 6), (4, 9)), (-2, -3))
def test_fase(self):
self.assertEqual(ComplejosVector.fase((2, 6)), (71.5651))
def test_distancia(self):
a=[[(1,2)],[(2,1)]]
b=[[(2,1)],[(3,2)]]
c=2.0
self.assertEqual(ComplejosVector.distancia(a,b), c)
def test_sumvec(self):
a = [(1,2),(2,1)]
b = [(1,3),(3,1)]
c = [(2,5),(5,2)]
self.assertEqual(ComplejosVector.sumvec(a,b), c)
def test_norma(self):
a=[[(8,6)],[(6,-8)]]
c=14.14
self.assertEqual(ComplejosVector.norma(a), c)