def test200_060_TwoTails(self):
t = 5.8409
n = 3
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration * 2
self.assertAlmostEqual(result, 0.990, 3)
def test100_980IntegrateMissing_f(self):
n = 1
t = 0.5796
_b = None
expectedResult = None
actualResult = _integrate(t, n, _b)
self.assertEqual(expectedResult, actualResult)
def test200_090_OneTail(self):
t = 0.2602
n = 10
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration + 0.5
self.assertAlmostEqual(result, 0.600, 3)
def test200_070_OneTail(self):
t = 2.8453
n = 20
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration + 0.5
self.assertAlmostEqual(result, 0.995, 3)
def test200_120_TwoTails(self):
t = 0.5329
n = 20
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration * 2
self.assertAlmostEqual(result, 0.400, 3)
def test200_110_OneTail(self):
t = 0.5329
n = 20
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration + 0.5
self.assertAlmostEqual(result, 0.700, 3)
def test200_140_TwoTails(self):
t = 1.0997
n = 9
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration * 2
self.assertAlmostEqual(result, 0.700, 3)
def test200_130_OneTail(self):
t = 1.0997
n = 9
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration + 0.5
self.assertAlmostEqual(result, 0.850, 3)
def test200_160_TwoTails(self):
t = 1.3104
n = 30
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration * 2
self.assertAlmostEqual(result, 0.800, 3)
def test200_150_OneTail(self):
t = 1.3104
n = 30
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration + 0.5
self.assertAlmostEqual(result, 0.900, 3)
def test200_190_OneTail(self):
t = 2.9980
n = 7
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration + 0.5
self.assertAlmostEqual(result, 0.990, 3)
def test200_200_TwoTails(self):
t = 2.9980
n = 7
constant = _calculateConstant(n)
integration = _integrate(t, n, _f)
result = constant * integration * 2
self.assertAlmostEqual(result, 0.980, 3)
def test200_530ShouldIntegrateHighHighT1TailEdgeCase(self):
self.setT(2.8453)
self.setN(20)
self.setTails(1)
expectedResult = 1.256
result = _integrate(self.inputDictionary["t"],
self.inputDictionary["n"], _f)
self.assertAlmostEqual(expectedResult, result, 3)
def test200_520ShouldIntegrateNominalCase2Tail(self):
self.setT(0.2767)
self.setN(3)
self.setTails(1)
expectedResult = 0.272
result = _integrate(self.inputDictionary["t"],
self.inputDictionary["n"], _f)
self.assertAlmostEqual(expectedResult, result, 3)
def test200_510ShouldIntegrateLowNHighTEdgeCase(self):
self.setT(5.8049)
self.setN(3)
self.setTails(2)
expectedResult = 1.347
result = _integrate(self.inputDictionary["t"],
self.inputDictionary["n"], _f)
self.assertAlmostEqual(expectedResult, result, 3)
def test200_500ShouldIntegrateNominalCase1Tail(self):
self.setT(1.8946)
self.setN(7)
self.setTails(2)
expectedResult = 1.169
result = _integrate(self.inputDictionary["t"],
self.inputDictionary["n"], _f)
self.assertAlmostEqual(expectedResult, result, 3)
def test100_990IntegrateMissingParam_f(self):
n = 1
t = 0.5796
expectedResult = None
actualResult = _integrate(t, n)
self.assertEqual(expectedResult, actualResult)
def test100_160IntegrateCorrecOutput(self):
n = 9
t = 3.2498
actualResult = _integrate(t, n, _f)
self.assertAlmostEqual(actualResult, 1.27565769, 4)
def test100_150IntegrateCorrecOutput(self):
n = 7
t = 1.8946
actualResult = _integrate(t, n, _f)
self.assertAlmostEqual(actualResult, 1.168861209, 4)
def test100_910IntegrateMissingT(self):
n = 1
t = None
expectedResult = None
actualResult = _integrate(t, n, _f)
self.assertEqual(expectedResult, actualResult)
def test100_170IntegrateCorrecOutput(self):
n = 30
t = 2.7500
actualResult = _integrate(t, n, _f)
self.assertAlmostEqual(actualResult, 1.251162245, 4)
def test100_930IntegrateNonNumberT(self):
n = 1
t = "abc"
expectedResult = None
actualResult = _integrate(t, n, _f)
self.assertEqual(expectedResult, actualResult)
def test100_920IntegrateNegativeT(self):
n = 1
t = -1
expectedResult = None
actualResult = _integrate(t, n, _f)
self.assertEqual(expectedResult, actualResult)
def test100_950IntegrateOutOfBoundsN(self):
n = 0
t = 0.7864
expectedResult = None
actualResult = _integrate(t, n, _f)
self.assertEqual(expectedResult, actualResult)
def test100_940IntegrateMissingN(self):
n = None
t = 1.4786
expectedResult = None
actualResult = _integrate(t, n, _f)
self.assertEqual(expectedResult, actualResult)
def test100_960IntegrateNonIntegerN(self):
n = 2.8
t = 0.9873
expectedResult = None
actualResult = _integrate(t, n, _f)
self.assertEqual(expectedResult, actualResult)
def test100_970IntegrateNonNumberN(self):
n = "abc"
t = 0.5796
expectedResult = None
actualResult = _integrate(t, n, _f)
self.assertEqual(expectedResult, actualResult)
def test200_010AllNominal(self):
self.setT(10)
self.setN(5)
expect = 1.035485
result = _integrate(self.nominalT, self.nominalN, _f)
self.assertAlmostEqual(result, expect, 3)
def test100_1100IntegrateMissingParamN(self):
t = 0.5796
expectedResult = None
actualResult = _integrate(t, _f)
self.assertEqual(expectedResult, actualResult)
def test100_1000IntegrateMissingParamT(self):
n = 1
expectedResult = None
actualResult = _integrate(n, _f)
self.assertEqual(expectedResult, actualResult)
