public static InstantConditionSimulationWrapper Borrow()
{
InstantConditionSimulationWrapper sim = pool.Borrow();
sim.Update();
return(sim);
}
public override Vector3 GetAeroTorque(Conditions conditions, float AoA, float pitchInput = 0, bool dryTorque = false)
{
AoA *= Mathf.Rad2Deg;
InstantConditionSimOutputWrapper output;
InstantConditionSimulationWrapper simulator = GetAvailableSimulator();
try
{
output = new InstantConditionSimOutputWrapper(simulator.ComputeNonDimensionalForces(AoA, 0, 0, 0, 0, 0, conditions.mach, pitchInput, true, true));
}
finally
{ System.Threading.Monitor.Exit(simulator); }
float Q = 0.0005f * conditions.atmDensity * conditions.speed * conditions.speed;
return(new Vector3((float)output.Cm * (float)output.MAC, 0, 0) * Q * (float)output.Area);
}
private static void Reset(InstantConditionSimulationWrapper sim)
{
}
