public override void Steer(Vector2 steerInput)
{
if (mode == Mode.PhysicsDriven)
{
steerVel = LocomotionUtils.StickInputToWorldSpaceTransform(steerInput, LocomotionUtils.AxisIndex.Z);
steerVel *= (isFloatingOnWater ? mutableData.ImpulseScaleOnWater : mutableData.ImpulseScale);
base.Broadcaster.BroadcastOnStickDirectionEvent(steerInput);
base.Broadcaster.BroadcastOnSteerDirectionEvent(steerVel);
}
}
public override void SteerRotation(Vector2 steerInput)
{
if (!Behaviour.IgnoreStickInput)
{
Vector3 wsSteerInput = LocomotionUtils.StickInputToWorldSpaceTransform(steerInput, LocomotionUtils.AxisIndex.Z);
if (snapToDesiredFacing || (int)Vector3.Angle(desiredFacing, wsSteerInput) > mutableData.IdleParams.RotationDegreesOffsetThreshold)
{
applySteerRotation(ref wsSteerInput);
}
}
}
public override void Steer(Vector2 steerInput)
{
if (!Behaviour.IgnoreStickInput)
{
float magnitude = steerInput.magnitude;
wsSteerDir = LocomotionUtils.StickInputToWorldSpaceTransform(steerInput, LocomotionUtils.AxisIndex.Z);
wsSteerDir = Vector3.ClampMagnitude(wsSteerDir, magnitude);
base.Broadcaster.BroadcastOnStickDirectionEvent(steerInput);
base.Broadcaster.BroadcastOnSteerDirectionEvent(wsSteerDir);
}
}
