PhysicalParameters { public double getTemperature() { return mTemperature; } PhysicalParameters();  PhysicalParameters(double temperature, TemperatureType tempType);  PhysicalParameters(double temperature, TemperatureType tempType,
			double pressure, double relHumidity, double xCO2); void setProperties(double temperature, double pressure, double relHumidity, double xCO2); static double pressureAt(double barometricPressure, double elevation); static double pressureAt(double elevation); double calcZ0(double radius); String toString(); void printProperties(); double getTemperature(); double getPressure(); double get_xCO2(); double get_xv(); double getSpeedOfSound(); double calcWaveNumber(double freq); double calcFrequency(double waveNumber); double getEpsilon(double waveNumber, double radius); double getEpsilonFromF(double frequency, double radius); Complex getComplexWaveNumber(double waveNumber, double radius); double getAlphaConstant(); double getSpecificHeat(); double getC_p(); double getSpecificHeatRatio(); double getGamma(); double getDynamicViscosity(); double getEta(); double getDensity(); double getRho(); double getThermalConductivity(); double getKappa();  }
@Test public void testTemperature() { double temp = 20.; PhysicalParameters phyPar = new PhysicalParameters( temp, TemperatureType.C ); assertEquals( temp, phyPar.getTemperature(), 0.001 ); temp = 32.; phyPar = new PhysicalParameters( temp, TemperatureType.F ); assertEquals( 5. * ( temp + 40 ) / 9 - 40, phyPar.getTemperature(), 0.001 ); }