public void Validate_Correct_Volume_Calculation()
{
TestStandMapping mapping = new TestStandMapping();
Session session = new Session(mapping);
float fuelCV = 0.0738f;
float fuelDens = 786;
PressureComponent p1 = (mapping.ComponentsByID()[19] as PressureComponent);
PressureComponent p2 = (mapping.ComponentsByID()[21] as PressureComponent);
FlowComponent fl = (mapping.ComponentsByID()[100] as FlowComponent);
TankComponent tc = (mapping.ComponentsByID()[24] as TankComponent);
tc.SetInputVolume(0, 4);
p2.Set(0);
p1.Set(670); // 670.2545453 = 10 bar
fl.Compute();
tc.Compute(0);
p1.Set(730); // 729.8327273 = 12 bar
fl.Compute();
tc.Compute(750);
p1.Set(789); // 789.4109090 = 14 bar
fl.Compute();
tc.Compute(1500);
p1.Set(849); // 848.9890910 = 16 bar
fl.Compute();
tc.Compute(2250);
p1.Set(909); // 908.5672727 = 18 bar
fl.Compute();
tc.Compute(3000);
float volume = tc.CurrentVolume;
Assert.AreEqual(3.832606742, volume, 0.1);
}
public void Pressure_Component_Is_Updated_Correctly()
{
byte ID = 16;
PressureComponent expectedResult = new PressureComponent(0, "", "", 400);
expectedResult.Set(40000);
TestStandMapping mapping = new TestStandMapping();
Session session = new Session(mapping);
// Value = 1337 = 0x539
session.UpdateComponents(new byte[] { ID, 0x9C, 0x40 });
Assert.AreEqual(expectedResult.Relative(), ((PressureComponent)mapping.ComponentsByID()[ID]).Relative());
}