def test_02(self):
# 300 mph TAS, 59 deg F, K = 0.8
Value = A.tas2temp(300, 59, .8, temp_units='F', speed_units='mph')
Truth = 46.11
self.assertTrue(RE(Value, Truth) <= 1e-5)
def test_01(self):
# 300 KTAS, 15 deg C, K = 0
Value = A.tas2temp(300, 15, 0)
Truth = 15
self.assertTrue(RE(Value, Truth) <= 1e-5)
def test_01(self):
# 300 KTAS, 15 deg C, K = 0
Value = A.tas2temp(300, 15, 0)
Truth = 15
self.failUnless(RE(Value, Truth) <= 1e-5)
def test_01(self):
# 300 KTAS, 15 deg C, K = 0
Value = A.tas2temp(300, 15, 0)
Truth = 15
self.failUnless(RE(Value, Truth) <= 1e-5)
def test_02(self):
# 300 mph TAS, 59 deg F, K = 0.8
Value = A.tas2temp(300, 59, .8, temp_units='F', speed_units = 'mph')
Truth = 46.11
self.failUnless(RE(Value, Truth) <= 1e-5)
def test_03(self):
# 1000 km/h TAS, 59 deg F, K = 0.95
Value = A.tas2temp(1000, 59, .95, temp_units='F', speed_units='km/h')
Truth = -6.664535
# print Value, Truth
self.assertTrue(RE(Value, Truth) <= 1e-5)
def test_03(self):
# 1000 km/h TAS, 59 deg F, K = 0.95
Value = A.tas2temp(1000, 59, .95, temp_units='F', speed_units = 'km/h')
Truth = -6.664535
# print Value, Truth
self.failUnless(RE(Value, Truth) <= 1e-5)
