public void SetNodeTarget()
{
WBIDockingNodeHelper dockingModule = null;
//Turn off all the glowing docking ports.
foreach (Part part in this.vessel.parts)
{
//See if the part has a docking module
dockingModule = part.FindModuleImplementing <WBIDockingNodeHelper>();
if (dockingModule == null)
{
continue;
}
//It does! Now turn off the glow animation
if (dockingModule != this)
{
dockingModule.TurnAnimationOff();
}
}
//Turn our animation on
TurnAnimationOn();
//And call the real SetAsTarget
dockingNode.SetAsTarget();
}
private void DockingInitializeSuffixes()
{
AddSuffix("AQUIRERANGE", new Suffix <ScalarValue>(() => { throw new Safe.Exceptions.KOSObsoletionException("0.18.0", "AQUIRERANGE", "ACQUIRERANGE", string.Empty); }));
AddSuffix("AQUIREFORCE", new Suffix <ScalarValue>(() => { throw new Safe.Exceptions.KOSObsoletionException("0.18.0", "AQUIREFORCE", "ACQUIREFORCE", string.Empty); }));
AddSuffix("AQUIRETORQUE", new Suffix <ScalarValue>(() => { throw new Safe.Exceptions.KOSObsoletionException("0.18.0", "AQUIRETORQUE", "ACQUIRETORQUE", string.Empty); }));
AddSuffix("ACQUIRERANGE", new Suffix <ScalarValue>(() => module.acquireRange));
AddSuffix("ACQUIREFORCE", new Suffix <ScalarValue>(() => module.acquireForce));
AddSuffix("ACQUIRETORQUE", new Suffix <ScalarValue>(() => module.acquireTorque));
AddSuffix("REENGAGEDISTANCE", new Suffix <ScalarValue>(() => module.minDistanceToReEngage));
AddSuffix("DOCKEDSHIPNAME", new Suffix <StringValue>(() => module.vesselInfo != null ? module.vesselInfo.name : string.Empty));
AddSuffix("STATE", new Suffix <StringValue>(() => module.state));
AddSuffix("TARGETABLE", new Suffix <BooleanValue>(() => true));
AddSuffix("UNDOCK", new NoArgsVoidSuffix(() => DoUndock()));
AddSuffix("TARGET", new NoArgsVoidSuffix(() => module.SetAsTarget()));
AddSuffix("PORTFACING", new NoArgsSuffix <Direction>(GetPortFacing,
"The direction facing outward from the docking port. This " +
"can differ from :FACING in the case of sideways-facing " +
"docking ports like the inline docking port."));
AddSuffix("NODEPOSITION", new Suffix <Vector>(GetNodePosition, "The position of the docking node itself rather than the part's center of mass"));
AddSuffix("NODETYPE", new Suffix <StringValue>(() => module.nodeType, "The type of the docking node"));
AddSuffix("DOCKWATCHERS", new NoArgsSuffix <UniqueSetValue <UserDelegate> >(() => Shared.DispatchManager.CurrentDispatcher.GetPartCoupleNotifyees(module.part)));
AddSuffix("UNDOCKWATCHERS", new NoArgsSuffix <UniqueSetValue <UserDelegate> >(() => Shared.DispatchManager.CurrentDispatcher.GetPartUndockNotifyees(module.part)));
AddSuffix("PARTNER", new Suffix <Structure>(() => (Structure)GetPartner() ?? StringValue.None, "The docking port this docking port is attached to."));
AddSuffix("HASPARTNER", new Suffix <BooleanValue>(() => module.otherNode != null, "Whether or not this docking port is attached to another docking port."));
}
private void DockingInitializeSuffixes()
{
AddSuffix("AQUIRERANGE", new Suffix <float>(() => module.acquireRange));
AddSuffix("AQUIREFORCE", new Suffix <float>(() => module.acquireForce));
AddSuffix("AQUIRETORQUE", new Suffix <float>(() => module.acquireTorque));
AddSuffix("REENGAGEDISTANCE", new Suffix <float>(() => module.minDistanceToReEngage));
AddSuffix("DOCKEDSHIPNAME", new Suffix <string>(() => module.vesselInfo != null ? module.vesselInfo.name : string.Empty));
AddSuffix("STATE", new Suffix <string>(() => module.state));
AddSuffix("TARGETABLE", new Suffix <bool>(() => true));
AddSuffix("UNDOCK", new NoArgsSuffix(() => module.Undock()));
AddSuffix("TARGET", new NoArgsSuffix(() => module.SetAsTarget()));
AddSuffix("PORTFACING", new NoArgsSuffix <Direction>(GetPortFacing,
"The direction facing outward from the docking port. This " +
"can differ from :FACING in the case of sideways-facing " +
"docking ports like the inline docking port."));
}
private void DockingInitializeSuffixes()
{
AddSuffix("AQUIRERANGE", new Suffix <ScalarValue>(() => { throw new Safe.Exceptions.KOSDeprecationException("0.18.0", "AQUIRERANGE", "ACQUIRERANGE", string.Empty); }));
AddSuffix("AQUIREFORCE", new Suffix <ScalarValue>(() => { throw new Safe.Exceptions.KOSDeprecationException("0.18.0", "AQUIREFORCE", "ACQUIREFORCE", string.Empty); }));
AddSuffix("AQUIRETORQUE", new Suffix <ScalarValue>(() => { throw new Safe.Exceptions.KOSDeprecationException("0.18.0", "AQUIRETORQUE", "ACQUIRETORQUE", string.Empty); }));
AddSuffix("ACQUIRERANGE", new Suffix <ScalarValue>(() => module.acquireRange));
AddSuffix("ACQUIREFORCE", new Suffix <ScalarValue>(() => module.acquireForce));
AddSuffix("ACQUIRETORQUE", new Suffix <ScalarValue>(() => module.acquireTorque));
AddSuffix("REENGAGEDISTANCE", new Suffix <ScalarValue>(() => module.minDistanceToReEngage));
AddSuffix("DOCKEDSHIPNAME", new Suffix <StringValue>(() => module.vesselInfo != null ? module.vesselInfo.name : string.Empty));
AddSuffix("STATE", new Suffix <StringValue>(() => module.state));
AddSuffix("TARGETABLE", new Suffix <BooleanValue>(() => true));
AddSuffix("UNDOCK", new NoArgsVoidSuffix(() => DoUndock()));
AddSuffix("TARGET", new NoArgsVoidSuffix(() => module.SetAsTarget()));
AddSuffix("PORTFACING", new NoArgsSuffix <Direction>(GetPortFacing,
"The direction facing outward from the docking port. This " +
"can differ from :FACING in the case of sideways-facing " +
"docking ports like the inline docking port."));
AddSuffix("NODEPOSITION", new Suffix <Vector>(GetNodePosition, "The position of the docking node itself rather than the part's center of mass"));
AddSuffix("NODETYPE", new Suffix <StringValue>(() => module.nodeType, "The type of the docking node"));
}
public void SetNodeTarget()
{
//Start watching for our docking event.
watchForDocking = true;
//GUI update
Events["UnsetNodeTarget"].guiActiveUnfocused = true;
Events["SetNodeTarget"].guiActiveUnfocused = false;
//Turn off all the glowing docking ports.
List <WBIDockingNodeHelper> dockingHelpers = this.part.vessel.FindPartModulesImplementing <WBIDockingNodeHelper>();
foreach (WBIDockingNodeHelper dockingHelper in dockingHelpers)
{
dockingHelper.TurnAnimationOff();
}
//Turn our animation on
TurnAnimationOn();
//And call the real SetAsTarget
dockingNode.SetAsTarget();
}