public bool HasConnectionToHome(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable())
{
return(false); // default to no connection if RT itself isn't available.
}
return(RemoteTechHook.Instance.HasConnectionToKSC(vessel.id));
}
public double GetDelayToControl(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable(vessel.id))
{
return(-1); // default to no connection if the vessel isn't configured for RT.
}
return(RemoteTechUtility.GetInputWaitTime(vessel));
}
public bool HasConnectionToHome(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable(vessel.id))
{
return(false); // default to no connection if the vessel isn't configured for RT.
}
return(RemoteTechHook.Instance.HasConnectionToKSC(vessel.id));
}
public bool HasConnectionToControl(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable())
{
return(vessel.CurrentControlLevel >= Vessel.ControlLevel.PARTIAL_MANNED); // default to checking for local control if RT itself isn't available.
}
return(RemoteTechHook.Instance.HasAnyConnection(vessel.id) || RemoteTechHook.Instance.HasLocalControl(vessel.id));
}
public RemoteTechConnectivityManager()
{
// It is safe to only check the hook's availability once when loading because the
// in game setting to disable RemoteTech function is only available at the space
// center scene. This manager is only created when initializing a new processor
// in the flight scene.
hookAvailable = RemoteTechHook.IsAvailable();
}
public double GetDelayToHome(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable(vessel.id))
{
return(-1); // default to no connection if the vessel isn't configured for RT.
}
double delay = RemoteTechHook.Instance.GetSignalDelayToKSC(vessel.id);
return(delay != double.PositiveInfinity ? delay : -1);
}
public double GetDelay(Vessel vessel1, Vessel vessel2)
{
if (!(RemoteTechHook.IsAvailable()))
{
return(-1); // default to no connection if RT itself isn't available.
}
double delay = RemoteTechHook.Instance.GetSignalDelayToSatellite(vessel1.id, vessel2.id);
return(Double.IsPositiveInfinity(delay) ? -1 : delay);
}
public double GetDelay(Vessel vessel1, Vessel vessel2)
{
if (!(RemoteTechHook.IsAvailable(vessel1.id) && RemoteTechHook.IsAvailable(vessel2.id)))
{
return(-1); // default to no connection if one of the vessels isn't configured for RT.
}
double delay = RemoteTechHook.Instance.GetSignalDelayToSatellite(vessel1.id, vessel2.id);
return(delay != double.PositiveInfinity ? delay : -1);
}
public double GetDelayToHome(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable())
{
return(-1); // default to no connection if RT itself isn't available.
}
double delay = RemoteTechHook.Instance.GetSignalDelayToKSC(vessel.id);
return(Double.IsPositiveInfinity(delay) ? -1 : delay);
}
private static ScalarValue RTGetDelay(VesselTarget tgtVessel)
{
double waitTotal = 0;
if (RemoteTechHook.IsAvailable())
{
waitTotal = RemoteTechHook.Instance.GetShortestSignalDelay(tgtVessel.Vessel.id);
}
return(Double.IsPositiveInfinity(waitTotal) ? -1 : waitTotal);
}
public void RemoveAutopilotHook(Vessel vessel, FlightInputCallback hook)
{
Action <FlightCtrlState> action;
if (RemoteTechHook.IsAvailable(vessel.id) && callbacks.TryGetValue(hook, out action))
{
RemoteTechHook.Instance.RemoveSanctionedPilot(vessel.id, action);
callbacks.Remove(hook);
}
}
private static BooleanValue RTAntennaHasConnection(PartValue part)
{
bool result = false;
if (RemoteTechHook.IsAvailable(part.Part.vessel.id))
{
result = RemoteTechHook.Instance.AntennaHasConnection(part.Part);
}
return(result);
}
private static ScalarValue RTGetKSCDelay(VesselTarget tgtVessel)
{
double waitTotal = 0;
if (RemoteTechHook.IsAvailable() && tgtVessel.Vessel.GetVesselCrew().Count == 0)
{
waitTotal = RemoteTechHook.Instance.GetSignalDelayToKSC(tgtVessel.Vessel.id);
}
return(Double.IsPositiveInfinity(waitTotal) ? -1 : waitTotal);
}
private static BooleanValue RTHasConnection(VesselTarget tgtVessel)
{
bool result = false;
if (RemoteTechHook.IsAvailable(tgtVessel.Vessel.id))
{
result = RemoteTechHook.Instance.HasAnyConnection(tgtVessel.Vessel.id);
}
return(result);
}
private static bool RTHasKSCConnection(VesselTarget tgtVessel)
{
bool result = false;
if (RemoteTechHook.IsAvailable(tgtVessel.Vessel.id))
{
result = RemoteTechHook.Instance.HasConnectionToKSC(tgtVessel.Vessel.id);
}
return(result);
}
private static double RTGetKSCDelay(VesselTarget tgtVessel)
{
double waitTotal = 0;
if (RemoteTechHook.IsAvailable(tgtVessel.Vessel.id) && tgtVessel.Vessel.GetVesselCrew().Count == 0)
{
waitTotal = RemoteTechHook.Instance.GetSignalDelayToKSC(tgtVessel.Vessel.id);
}
return(waitTotal);
}
private static bool RTHasLocalControl(VesselTarget tgtVessel)
{
bool result = false;
if (RemoteTechHook.IsAvailable(tgtVessel.Vessel.id))
{
result = RemoteTechHook.Instance.HasLocalControl(tgtVessel.Vessel.id);
}
return(result);
}
public double GetDelayToControl(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable(vessel.id))
{
return(-1); // default to no connection if the vessel isn't configured for RT.
}
if (RemoteTechHook.Instance.HasLocalControl(vessel.id))
{
return(0d);
}
return(RemoteTechHook.Instance.GetShortestSignalDelay(vessel.id));
}
public void AddAutopilotHook(Vessel vessel, FlightInputCallback hook)
{
if (RemoteTechHook.IsAvailable(vessel.id))
{
Action <FlightCtrlState> action;
if (!callbacks.TryGetValue(hook, out action))
{
action = new Action <FlightCtrlState>(hook);
callbacks[hook] = action;
}
RemoteTechHook.Instance.AddSanctionedPilot(vessel.id, action);
}
}
private static BooleanValue RTAntennaHasConnection(PartValue part)
{
bool result = false;
// IsAvailable(Id) is only able to return True on loaded vessels, but this
// is a test for a specific PART on a vessel, and individual parts on
// vessels don't exist when the vessel is unloaded anyway.
if (RemoteTechHook.IsAvailable(part.Part.vessel.id))
{
result = RemoteTechHook.Instance.AntennaHasConnection(part.Part);
}
return(result);
}
public double GetDelayToControl(Vessel vessel)
{
if (!RemoteTechHook.IsAvailable())
{
return(-1); // default to no connection if RT itself isn't available.
}
if (RemoteTechHook.Instance.HasLocalControl(vessel.id))
{
return(0d);
}
double delay = RemoteTechHook.Instance.GetShortestSignalDelay(vessel.id);
return(Double.IsPositiveInfinity(delay) ? -1 : delay);
}
public void RemoveAutopilotHook(Vessel vessel, FlightInputCallback hook)
{
Action <FlightCtrlState> action;
if (RemoteTechHook.IsAvailable(vessel.id) && callbacks.TryGetValue(hook, out action))
{
RemoteTechHook.Instance.RemoveSanctionedPilot(vessel.id, action);
callbacks.Remove(hook);
// removing the callback from stock if not already added doesn't throw an error
vessel.OnPreAutopilotUpdate -= hook;
}
else // remove fallback event hook
{
vessel.OnPreAutopilotUpdate -= hook;
}
}
public void AddAutopilotHook(Vessel vessel, FlightInputCallback hook)
{
if (RemoteTechHook.IsAvailable(vessel.id))
{
Action <FlightCtrlState> action;
if (!callbacks.TryGetValue(hook, out action))
{
action = new Action <FlightCtrlState>(hook);
callbacks[hook] = action;
}
RemoteTechHook.Instance.AddSanctionedPilot(vessel.id, action);
}
else // fallback to stock events when RT isn't available, this may have unexpected results if RT availability changes
{
// removing the callback if not already added doesn't throw an error
// but adding it a 2nd time will result in 2 calls. Remove to be safe.
vessel.OnPreAutopilotUpdate -= hook;
vessel.OnPreAutopilotUpdate += hook;
}
}
public override bool Available()
{
return(RemoteTechHook.IsAvailable());
}
public override BooleanValue Available()
{
return(RemoteTechHook.IsAvailable());
}
