def testStepNumber(self):
"The mfng.steps sould give proper values."
for range_, Tfactor, steps in self.known_values:
T0 = .2
self.assertEqual(mfng.steps(T0, Tfactor, T0 / range_), steps)
self.assertEqual(mfng.steps(T0, Tfactor, T0 / float(range_)),
steps)
def testTfactor(self):
"The mfng.Tfactor sould give proper values."
for quotient in (1/10**_ for _ in range(3, 9)):
for steps in (10**_ for _ in range(3, 9)):
T0 = .2
steps_ = mfng.steps(T0, mfng.get_Tfactor(quotient, steps), T0*quotient)
if (steps-steps_) != 0:
print(quotient, steps_)
self.assertEqual(steps_, steps)
def testTfactor(self):
"The mfng.Tfactor sould give proper values."
for quotient in (1 / 10**_ for _ in range(3, 9)):
for steps in (10**_ for _ in range(3, 9)):
T0 = .2
steps_ = mfng.steps(T0, mfng.get_Tfactor(quotient, steps),
T0 * quotient)
if (steps - steps_) != 0:
print(quotient, steps_)
self.assertEqual(steps_, steps)
def testStepNumber(self):
"The mfng.steps sould give proper values."
for range_, Tfactor, steps in self.known_values:
T0 = .2
self.assertEqual(mfng.steps(T0, Tfactor, T0/range_), steps)
self.assertEqual(mfng.steps(T0, Tfactor, T0/float(range_)), steps)
