def test_state(self):
for numType in self.mathTypes:
state = GeneralizedState(numType)
state.load(self.inputY)
#test duration
X = list(state.durationGenerator())
Y = [(1, numType(0.5)), (2, numType(0.5))]
self.assertEqual(X, Y, "HMM.durationGenerator() does not work: " + \
str(X) + " != " + str(Y))
#test emission
Y = numType(0.5)
X = state.emission("000", 1, 1)
self.assertAlmostEqual(X, Y, delta=1e-7,
msg="HMM.emission(\"000\", 1, 1) does not " \
+ "work: " + str(X) + " != " + str(Y))
Y = numType(0.5)
X = state.emission("000", 1, 2)
self.assertAlmostEqual(X, Y, delta=1e-7,
msg="HMM.emission(\"000\", 1, 2) does not " \
+ "work: " + str(X) + " != " + str(Y))
def test_state(self):
for numType in self.mathTypes:
state = GeneralizedState(numType)
state.load(self.inputY)
#test duration
X = list(state.durationGenerator())
Y = [(1, numType(0.5)), (2, numType(0.5))]
self.assertEqual(X, Y, "HMM.durationGenerator() does not work: " + \
str(X) + " != " + str(Y))
#test emission
Y = numType(0.5)
X = state.emission("000", 1, 1)
self.assertAlmostEqual(X, Y, delta=1e-7,
msg="HMM.emission(\"000\", 1, 1) does not " \
+ "work: " + str(X) + " != " + str(Y))
Y = numType(0.5)
X = state.emission("000", 1, 2)
self.assertAlmostEqual(X, Y, delta=1e-7,
msg="HMM.emission(\"000\", 1, 2) does not " \
+ "work: " + str(X) + " != " + str(Y))
