public void SetTarget(TCAModule user, WayPoint wp = null)
{
if (wp == null)
{
TargetUsers.Remove(user);
if (TargetUsers.Count == 0)
{
CFG.Target = null;
if (vessel.targetObject is WayPoint)
{
Target = null;
}
}
}
else
{
if (user != null)
{
TargetUsers.Add(user);
}
var t = wp.GetTarget();
if (IsActiveVessel && wp != CFG.Target)
{
FlightGlobals.fetch.SetVesselTarget(t, true);
}
else
{
Target = t;
}
CFG.Target = wp;
CFG.Target.Update(this);
}
}
protected override void OnLateUpdate()
{
base.OnLateUpdate();
// disable sub-panels depending on situation
Controller.ToggleOnPlanet(VSL.OnPlanet);
Controller.ToggleInOrbit(VSL.InOrbit);
// set states of the indicators
Controller.Ascending.isOn = TCA.IsStateSet(TCAState.Ascending);
Controller.LoosingAltitude.isOn = TCA.IsStateSet(TCAState.LoosingAltitude);
Controller.TerrainCollision.isOn = TCA.IsStateSet(TCAState.GroundCollision);
Controller.VesselCollision.isOn = TCA.IsStateSet(TCAState.VesselCollision);
Controller.LowControlAuthority.isOn = !VSL.Controls.HaveControlAuthority;
Controller.EnginesUnoptimized.isOn = TCA.IsStateSet(TCAState.Unoptimized);
Controller.VSC.isOn = TCAModule.ExistsAndActive(VSC);
Controller.ALT.isOn = TCAModule.ExistsAndActive(ALT);
Controller.VTOLMode.isOn = TCAModule.ExistsAndActive(VTOL_control);
Controller.VTOLAssist.isOn = TCA.IsStateSet(TCAState.VTOLAssist);
Controller.Stabilizing.isOn = TCA.IsStateSet(TCAState.StabilizeFlight);
Controller.NoEngines.isOn = TCA.IsStateSet(TCAState.HaveEC) &&
!TCA.IsStateSet(TCAState.HaveActiveEngines);
Controller.NoEC.isOn = TCA.IsStateSet(TCAState.Enabled) &&
!TCA.IsStateSet(TCAState.HaveEC);
Controller.SmartEngines.isOn = CFG.UseSmartEngines;
Controller.Stop.isOn = CFG.HF[HFlight.Stop] ||
TCAModule.ExistsAndActive(anchor);
Controller.Navigation.isOn = CFG.Nav.Any(Navigation.GoToTarget,
Navigation.FollowPath,
Navigation.FollowTarget);
// fade out irrelevant indicators
Controller.TerrainCollision.SetActive(TCAModule.ExistsAndActive(RAD));
Controller.VesselCollision.SetActive(CFG.UseCPS);
Controller.VTOLAssist.SetActive(CFG.VTOLAssistON);
Controller.Stabilizing.SetActive(CFG.StabilizeFlight);
Controller.SmartEngines.SetActive(VSL.Engines.Clusters.Multi);
}
public void SetTarget(TCAModule user, WayPoint wp = null)
{
if (wp == null)
{
TargetUsers.Remove(user);
if (TargetUsers.Count == 0)
{
CFG.Target = null;
if (vessel.targetObject is WayPoint)
{
Target = null;
}
}
}
else
{
if (user != null)
{
TargetUsers.Add(user);
}
var t = wp.GetTarget();
if (IsActiveVessel && wp != CFG.Target)
{
// {
FlightGlobals.fetch.SetVesselTarget(t, true);
}
// Utils.Message("Target: {0}", t.GetName());
// }
else
{
Target = t;
}
CFG.Target = wp;
}
}
public bool Unregister(TCAModule module)
{
return(Clients.Remove(new Client(module)));
}
public bool Register(TCAModule module, Func <VesselWrapper, bool> predicate = null)
{
return(Clients.Add(new Client(module, predicate)));
}
public Client(TCAModule module, Func <VesselWrapper, bool> predicate = null)
{
Module = module; Predicate = predicate;
}
public static bool ExistsAndActive(TCAModule module) => module != null && module.IsActive;
public TCAModule GetModule(Type T)
{
TCAModule module = null;
return(ModulesDB.TryGetValue(T, out module)? module : null);
}
public M GetModule <M>() where M : TCAModule
{
TCAModule module = null;
return(ModulesDB.TryGetValue(typeof(M), out module)? module as M : null);
}
