public void WindChillFactorTest_WindspeedTooLow()
{
WindSpeed ws = new WindSpeed(2.9, WindSpeed.Unit.MilesPerHour);
Temperature t = new Temperature(5, Temperature.Scale.Celsius);
Assert.ThrowsException <MeteorologyException>(() =>
{
WindChillFactor factor = new WindChillFactor(t, ws);
});
}
public void WindChillFactorTest_TemperatureTooHigh()
{
WindSpeed ws = new WindSpeed(10, WindSpeed.Unit.MeterPerSecond);
Temperature t = new Temperature(50.1, Temperature.Scale.Fahrenheit);
Assert.ThrowsException <MeteorologyException>(() =>
{
WindChillFactor factor = new WindChillFactor(t, ws);
});
}
public void WindChillFactorTest_WindspeedNotTooLow()
{
WindSpeed ws = new WindSpeed(3, WindSpeed.Unit.MilesPerHour);
Temperature t = new Temperature(5, Temperature.Scale.Celsius);
WindChillFactor factor = new WindChillFactor(t, ws);
Assert.AreEqual(4.2, Math.Round(factor.WindChillCelsius, 1));
Assert.AreEqual(39.5, Math.Round(factor.WindChillFahrenheit, 1));
Assert.AreEqual(673.3, Math.Round(factor.WattsPerMeterSquared, 1));
}
public void WindChillFactorTest_TemperatureNotTooHigh()
{
WindSpeed ws = new WindSpeed(10, WindSpeed.Unit.MeterPerSecond);
Temperature t = new Temperature(50, Temperature.Scale.Fahrenheit);
WindChillFactor factor = new WindChillFactor(t, ws);
Assert.AreEqual(6.2, Math.Round(factor.WindChillCelsius, 1));
Assert.AreEqual(43.2, Math.Round(factor.WindChillFahrenheit, 1));
Assert.AreEqual(857.3, Math.Round(factor.WattsPerMeterSquared, 1));
}
public void WindChillFactorTest_ValidInput()
{
WindSpeed ws = new WindSpeed(10, WindSpeed.Unit.MeterPerSecond);
Temperature t = new Temperature(5, Temperature.Scale.Celsius);
WindChillFactor factor = new WindChillFactor(t, ws);
Assert.AreEqual(-0.4, Math.Round(factor.WindChillCelsius, 1));
Assert.AreEqual(31.3, Math.Round(factor.WindChillFahrenheit, 1));
Assert.AreEqual(1043.7, Math.Round(factor.WattsPerMeterSquared, 1));
}
