def test_get_atmospheric_data(self):
huginn_data_path = configuration.get_data_path()
fdm_builder = FDMBuilder(huginn_data_path)
fdmexec = fdm_builder.create_fdm()
atmosphere = Atmosphere(fdmexec)
self.assertAlmostEqual(
atmosphere.pressure,
convert_jsbsim_pressure(fdmexec.GetAtmosphere().GetPressure()), 3)
self.assertAlmostEqual(
atmosphere.sea_level_pressure,
convert_jsbsim_pressure(fdmexec.GetAtmosphere().GetPressureSL()),
3)
self.assertAlmostEqual(
atmosphere.temperature,
convert_jsbsim_temperature(
fdmexec.GetAtmosphere().GetTemperature()), 3)
self.assertAlmostEqual(
atmosphere.sea_level_temperature,
convert_jsbsim_temperature(
fdmexec.GetAtmosphere().GetTemperatureSL()), 3)
self.assertAlmostEqual(
atmosphere.density,
convert_jsbsim_density(fdmexec.GetAtmosphere().GetDensity()), 3)
self.assertAlmostEqual(
atmosphere.sea_level_density,
convert_jsbsim_density(fdmexec.GetAtmosphere().GetDensitySL()), 3)
def test_convert_temperature(self):
temperature = 1.0
expected_temperature = 0.555556
converted_temperature = convert_jsbsim_temperature(temperature)
self.assertAlmostEqual(converted_temperature, expected_temperature, 3)
def test_thermometer(self):
huginn_data_path = configuration.get_data_path()
fdm_builder = FDMBuilder(huginn_data_path)
fdm_builder.aircraft = "Rascal"
fdmexec = fdm_builder.create_fdm()
sensors = Sensors(fdmexec)
self.assertAlmostEqual(
sensors.thermometer.true_temperature,
convert_jsbsim_temperature(
fdmexec.GetAtmosphere().GetTemperature()))
def sea_level_temperature(self):
"""Returns the temperature in kelvin at the sea level"""
temperature = self.fdmexec.GetAtmosphere().GetTemperatureSL()
return convert_jsbsim_temperature(temperature)
def temperature(self):
"""Returns the temperature in kelvin at the current altitude"""
temperature = self.fdmexec.GetAtmosphere().GetTemperature()
return convert_jsbsim_temperature(temperature)