public void StartStop()
{
model.InitStopped();
model.throttle = 0.0;
model.phase = Engine.Phase.START;
for (double t = 0.0; t < 30.0; t += 0.1)
{
model.Update(0.1);
Console.WriteLine("Phase " + model.phase + " RPM " + model.RPM.ToStr() + " accelerationRPM " + model.accelerationRPM.ToStr() + " Qeng " + model.Qeng.ToStr());
}
Assert.AreEqual(Engine.Phase.RUN, model.phase);
Assert.IsTrue(model.RPM > 0.9 * model.accelerationRPM);
Assert.IsTrue(model.RPM > 0.9 * model.designRPM * model.idleRatio);
model.phase = Engine.Phase.CUTOFF;
for (double t = 0.0; t < 30.0; t += 0.1)
{
model.Update(0.1);
Console.WriteLine("Phase " + model.phase + " RPM " + model.RPM.ToStr() + " accelerationRPM " + model.accelerationRPM.ToStr() + " Qeng " + model.Qeng.ToStr());
}
Assert.IsTrue(model.RPM < model.accelerationRPM);
}
public override void InitEngine(bool running)
{
UseEngineModel = true;
GearBox.MainRotorRatio = Engine.designRPM / MainRotor.designRPM;
GearBox.TailRotorRatio = Engine.designRPM / TailRotor.designRPM;
if (running)
{
MainRotor.RotSpeed = MainRotor.designOmega;
TailRotor.RotSpeed = TailRotor.designOmega;
Engine.Init(600);
}
else
{
Engine.InitStopped();
}
}
public override void InitEngine(bool running)
{
UseEngineModel = true;
GearBox.MainRotorRatio = Engine.designRPM / Rotors[0].designRPM;
if (running)
{
foreach (var rotor in Rotors)
{
rotor.RotSpeed = rotor.designOmega;
}
Engine.Init(600);
}
else
{
Engine.InitStopped();
}
}
