public void GetVolumeTest()
{
foreach (UnitGroup testUnits in new List <UnitGroup>()
{
units_ft_yd, units_m_m
})
{
// Raw values that will be converted to a GCD area and volume and then back to double to ensure we get the same values
double cellAreaVal = 2.2500099687832296;
double areaOriginal = 41626748.17941805;
double volOriginal = 91729.489667072165;
// Deserialize from String
Area cellArea = Area.From(cellAreaVal, testUnits.ArUnit);
Area area = Area.From(areaOriginal, testUnits.ArUnit);
Volume vol = Volume.From(volOriginal, testUnits.VolUnit);
GCDAreaVolume areaVol = new GCDAreaVolume(area, vol, cellArea, testUnits);
// Serialize back to string
double areaResult = areaVol.GetArea(cellArea).As(testUnits.ArUnit);
double volResult = areaVol.GetVolume(cellArea, testUnits).As(testUnits.VolUnit);
Assert.AreEqual(areaOriginal, areaResult, 0.00001);
Assert.AreEqual(volOriginal, volResult, 0.00001);
}
}
private static void SerializeAreaVolume(XmlDocument xmlDoc, XmlNode nodParent, GCDAreaVolume areaVol, UnitGroup units, UnitsNet.Area cellArea)
{
nodParent.AppendChild(xmlDoc.CreateElement("Area")).InnerText = areaVol.GetArea(cellArea).As(units.ArUnit).ToString("R");
nodParent.AppendChild(xmlDoc.CreateElement("Volume")).InnerText = areaVol.GetVolume(cellArea, units.VertUnit).As(units.VolUnit).ToString("R");
}
public void GetVolumeMisMatchUnitsTest()
{
// All tests assume the same 4m² cell resolution (43 ft², 4.78 yd²)
Area cellArea = new Area(4);
// All the tests use the same 1000 elevation, but interpret it differently depending on the units used.
GCDAreaVolume areaVol = new GCDAreaVolume();
for (int i = 0; i < 10; i++)
{
areaVol.AddToSumAndIncrementCounter(100d);
}
/////////////////////////////////////////////////////////////////////////////////////////////////
// Source elevation in metres
// 1000m elevation by 4m² is 4000 m³
Assert.AreEqual(4000, areaVol.GetVolume(cellArea, units_m_m).As(units_m_m.VolUnit));
// 1000m elevation by 4m² is 141,258 ft³
Assert.AreEqual(141258, areaVol.GetVolume(cellArea, units_m_ft).As(units_m_ft.VolUnit), 1);
// 1000m elevation by 4m² is 5,231.80 yd³
Assert.AreEqual(5231, areaVol.GetVolume(cellArea, units_m_yd).As(units_m_yd.VolUnit), 1);
/////////////////////////////////////////////////////////////////////////////////////////////////
// Source elevation in feet
// 1000ft elevation by 43ft² is 43,055 ft³
Assert.AreEqual(43055, areaVol.GetVolume(cellArea, units_ft_ft).As(units_ft_ft.VolUnit), 1);
// 1000ft elevation by 43ft² is 1,219 m³
Assert.AreEqual(1219, areaVol.GetVolume(cellArea, units_ft_m).As(units_ft_m.VolUnit), 1);
// 1000ft elevation by 43ft² is 1,594 ft³
Assert.AreEqual(1594, areaVol.GetVolume(cellArea, units_ft_yd).As(units_ft_yd.VolUnit), 1);
/////////////////////////////////////////////////////////////////////////////////////////////////
// Source elevation in yards
// 1000yd elevation by 4.78 yd² is 4,783 yd³
Assert.AreEqual(4783, areaVol.GetVolume(cellArea, units_yd_yd).As(units_yd_yd.VolUnit), 1);
// 1000yd elevation by 4.78 yd² is 129,166 ft³
Assert.AreEqual(129167, areaVol.GetVolume(cellArea, units_yd_ft).As(units_yd_ft.VolUnit), 1);
// 1000yd elevation by 4.78 yd² is 3,657 m³
Assert.AreEqual(3657, areaVol.GetVolume(cellArea, units_yd_m).As(units_yd_m.VolUnit), 1);
/////////////////////////////////////////////////////////////////////////////////////////////////
// Source elevation in US Survey Feet
// 1000 USft elevation by 43ft² is 43056 ft³
Assert.AreEqual(43055, areaVol.GetVolume(cellArea, units_usft_ft).As(units_usft_ft.VolUnit), 1);
// 1000 USft elevation by 43ft² is 1,219 m³
Assert.AreEqual(1219, areaVol.GetVolume(cellArea, units_usft_m).As(units_usft_m.VolUnit), 1);
// 1000 USft elevation by 43ft² is 1,595 yd³
Assert.AreEqual(1595, areaVol.GetVolume(cellArea, units_usft_yd).As(units_usft_yd.VolUnit), 1);
}
