private bool FindGatherSpot()
{
if (GatherSpot != null)
{
return(false);
}
if (GatherSpots != null && Node.Location.Distance3D(ExProfileBehavior.Me.Location) > Distance)
{
GatherSpot =
GatherSpots.OrderBy(gs => gs.NodeLocation.Distance3D(Node.Location))
.FirstOrDefault(gs => gs.NodeLocation.Distance3D(Node.Location) <= Distance);
}
// Either GatherSpots is null, the node is already in range, or there are no matches, use fallback
if (GatherSpot == null)
{
if (Node == null || Node.Location == Vector3.Zero)
{
ResetInternal();
return(false);
}
SetFallbackGatherSpot(Node.Location, true);
}
Logger.Info(Localization.Localization.ExGather_GatherSpotSet + GatherSpot);
return(true);
}
internal void ResetInternal()
{
interactedWithNode = false;
GatherSpot = null;
Node = null;
GatherItem = null;
CollectableItem = null;
}
private void SetFallbackGatherSpot(Vector3 location, bool useMesh)
{
switch (DefaultGatherSpotType)
{
// TODO: Smart stealth implementation (where any enemy within x distance and i'm not behind them, use stealth approach and set stealth location as current)
// If flying, land in area closest to node not in sight of an enemy and stealth.
case GatherSpotType.StealthGatherSpot:
GatherSpot = new StealthGatherSpot {
NodeLocation = location, UseMesh = useMesh
};
break;
// ReSharper disable once RedundantCaseLabel
case GatherSpotType.GatherSpot:
default:
GatherSpot = new GatherSpot {
NodeLocation = location, UseMesh = useMesh
};
break;
}
}
private bool FindGatherSpot()
{
if (GatherSpot != null)
{
return false;
}
if (GatherSpots != null && Node.Location.Distance3D(Me.Location) > Distance)
{
GatherSpot =
GatherSpots.OrderBy(gs => gs.NodeLocation.Distance3D(Node.Location))
.FirstOrDefault(gs => gs.NodeLocation.Distance3D(Node.Location) <= Distance);
}
// Either GatherSpots is null, the node is already in range, or there are no matches, use fallback
if (GatherSpot == null)
{
SetFallbackGatherSpot(Node.Location, true);
}
Logger.Info("GatherSpot set -> " + GatherSpot);
return true;
}
internal void ResetInternal()
{
interactedWithNode = false;
GatherSpot = null;
Node = null;
GatherItem = null;
CollectableItem = null;
}
private void SetFallbackGatherSpot(Vector3 location, bool useMesh)
{
switch (DefaultGatherSpotType)
{
// TODO: Smart stealth implementation (where any enemy within x distance and i'm not behind them, use stealth approach and set stealth location as current)
// If flying, land in area closest to node not in sight of an enemy and stealth.
case GatherSpotType.StealthApproachGatherSpot:
case GatherSpotType.StealthGatherSpot:
GatherSpot = new StealthGatherSpot { NodeLocation = location, UseMesh = useMesh };
break;
// ReSharper disable once RedundantCaseLabel
case GatherSpotType.GatherSpot:
default:
GatherSpot = new GatherSpot { NodeLocation = location, UseMesh = useMesh };
break;
}
}
private bool FindGatherSpot()
{
if (GatherSpot != null)
{
return false;
}
if (GatherSpots != null && Node.Location.Distance3D(ExProfileBehavior.Me.Location) > Distance)
{
GatherSpot =
GatherSpots.OrderBy(gs => gs.NodeLocation.Distance3D(Node.Location))
.FirstOrDefault(gs => gs.NodeLocation.Distance3D(Node.Location) <= Distance);
}
// Either GatherSpots is null, the node is already in range, or there are no matches, use fallback
if (GatherSpot == null)
{
if (Node == null || Node.Location == Vector3.Zero)
{
ResetInternal();
return false;
}
SetFallbackGatherSpot(Node.Location, true);
}
Logger.Info(Localization.Localization.ExGather_GatherSpotSet + GatherSpot);
return true;
}
