def testOutputKnownValues(self):
"""Ema calculation should give known result with known input
results are rounded by str representation of floats
"""
s = Ema(4)
knownvalues = [None, None, None, 12.24, 12.372, 12.3032, 12.26992, 12.225952]
for c in inputValues[:8]:
s.append(c)
for i in range(len(s.output)):
self.assertEqual(str(s.output[i]), str(knownvalues[i]))
def testOutputKnownValues(self):
"""Ema calculation should give known result with known input
results are rounded by str representation of floats
"""
s = Ema(4)
knownvalues = [
None, None, None, 12.24, 12.372, 12.3032, 12.26992, 12.225952
]
for c in inputValues[:8]:
s.append(c)
for i in range(len(s.output)):
self.assertEqual(str(s.output[i]), str(knownvalues[i]))
def testOutputKnownMacdValues(self):
"""Macd calculation should give known result with known input
results are rounded by str representation of floats
"""
parameter = (3, 6, 3)
s = Macd(parameter)
ema1 = Ema(parameter[0])
ema2 = Ema(parameter[1])
emamacd = EmaMacd(parameter[2])
for c in inputValues:
s.append(c)
ema1.append(c)
ema2.append(c)
knownvalues = []
for e in range(len(ema1.output)):
if ema2.output[e] == None:
knownvalues.append(None)
continue
else:
knownvalues.append(ema1.output[e] - ema2.output[e])
for i in range(len(s.output)):
self.assertEqual(str(s.output[i]), str(knownvalues[i]))
def testOutputKnownMacdValues(self):
"""Macd calculation should give known result with known input
results are rounded by str representation of floats
"""
parameter = (3,6,3)
s = Macd(parameter)
ema1 = Ema(parameter[0])
ema2 = Ema(parameter[1])
emamacd = EmaMacd(parameter[2])
for c in inputValues:
s.append(c)
ema1.append(c)
ema2.append(c)
knownvalues = []
for e in range(len(ema1.output)):
if ema2.output[e] == None:
knownvalues.append(None)
continue
else:
knownvalues.append(ema1.output[e] - ema2.output[e])
for i in range(len(s.output)):
self.assertEqual(str(s.output[i]), str(knownvalues[i]))
