private void FixedUpdate()
{
Vector3 forces = Vector3.zero;
if (Drifting && aft != null && aft.Burning)
{
ShipPhysicsStats.ClampShipVelocity(rb, physicsStats, CruiseState.Off);
ShipPhysicsStats.HandleDrifting(rb, physicsStats, false);
forces = CalcAfterburnerForces();
}
else if (Drifting)
{
ShipPhysicsStats.HandleDrifting(rb, physicsStats, true);
}
else if (!Drifting)
{
ShipPhysicsStats.HandleDrifting(rb, physicsStats, false);
forces = CalcStrafeForces() + CalcThrottleForces() + CalcAfterburnerForces();
}
if (forces != Vector3.zero)
{
rb.AddForce(forces);
}
}
public static void ClampShipVelocity(Rigidbody rb, ShipPhysicsStats stats, CruiseState state)
{
float currentMaxSpeed = 0;
switch (state)
{
case CruiseState.Off:
currentMaxSpeed = stats.maxAfterburnSpeed;
break;
case CruiseState.Charging:
currentMaxSpeed = stats.maxNormalSpeed;
break;
case CruiseState.On:
currentMaxSpeed = stats.maxCruiseSpeed;
break;
case CruiseState.Disrupted:
currentMaxSpeed = stats.maxAfterburnSpeed;
break;
default:
break;
}
rb.velocity = Vector3.ClampMagnitude(rb.velocity, currentMaxSpeed);
}
private void HandleDriftingChange(bool drifting)
{
if (cruiseEngine != null && drifting)
{
cruiseEngine.StopAnyCruise();
}
ShipPhysicsStats.HandleDrifting(rb, engine.physicsStats, drifting);
}
public static void HandleDrifting(Rigidbody rb, ShipPhysicsStats stats, bool isDrifting)
{
if (isDrifting)
{
rb.mass = stats.driftMass;
rb.drag = stats.driftDrag;
}
else
{
rb.mass = stats.mass;
rb.drag = stats.drag;
}
}
