private FormationAI.BehaviorSide DetermineGatheringSide()
{
IEnumerable <SiegeLane> source = TeamAISiegeComponent.SiegeLanes.Where <SiegeLane>((Func <SiegeLane, bool>)(sl => sl.LaneSide != this.behaviorSide && sl.LaneState != SiegeLane.LaneStateEnum.Conceited));
if (!source.Any <SiegeLane>())
{
return(this.behaviorSide);
}
int nearestSafeSideDistance = source.Min <SiegeLane>((Func <SiegeLane, int>)(pgl => SiegeQuerySystem.SideDistance(1 << (int)(this.behaviorSide & (FormationAI.BehaviorSide) 31), 1 << (int)(pgl.LaneSide & (FormationAI.BehaviorSide) 31))));
return(source.Where <SiegeLane>((Func <SiegeLane, bool>)(pgl => SiegeQuerySystem.SideDistance(1 << (int)(this.behaviorSide & (FormationAI.BehaviorSide) 31), 1 << (int)(pgl.LaneSide & (FormationAI.BehaviorSide) 31)) == nearestSafeSideDistance)).MinBy <SiegeLane, float>((Func <SiegeLane, float>)(pgl => pgl.DefenderOrigin.GetGroundVec3().DistanceSquared(this.formation.QuerySystem.MedianPosition.GetGroundVec3()))).LaneSide);
}
private FormationAI.BehaviorSide DetermineGatheringSide()
{
this.DetermineMostImportantInvadingEnemyFormation();
if (this._targetEnemyFormation == null)
{
if (this._behaviourState == BehaviorEliminateEnemyInsideCastle.BehaviourState.Attacking)
{
this._behaviourState = BehaviorEliminateEnemyInsideCastle.BehaviourState.UnSet;
}
return(this.behaviorSide);
}
int connectedSides = TeamAISiegeComponent.QuerySystem.DeterminePositionAssociatedSide(this._targetEnemyFormation.QuerySystem.MedianPosition.GetNavMeshVec3());
IEnumerable <SiegeLane> source1 = TeamAISiegeComponent.SiegeLanes.Where <SiegeLane>((Func <SiegeLane, bool>)(sl => sl.LaneState != SiegeLane.LaneStateEnum.Conceited && !SiegeQuerySystem.AreSidesRelated(sl.LaneSide, connectedSides)));
FormationAI.BehaviorSide behaviorSide = this.behaviorSide;
if (source1.Any <SiegeLane>())
{
if (source1.Count <SiegeLane>() > 1)
{
int leastDangerousLaneState = source1.Min <SiegeLane>((Func <SiegeLane, int>)(pgl => (int)pgl.LaneState));
IEnumerable <SiegeLane> source2 = source1.Where <SiegeLane>((Func <SiegeLane, bool>)(pgl => pgl.LaneState == (SiegeLane.LaneStateEnum)leastDangerousLaneState));
behaviorSide = source2.Count <SiegeLane>() <= 1 ? source2.First <SiegeLane>().LaneSide : source2.MinBy <SiegeLane, int>((Func <SiegeLane, int>)(ldl => SiegeQuerySystem.SideDistance(1 << connectedSides, 1 << (int)(ldl.LaneSide & (FormationAI.BehaviorSide) 31)))).LaneSide;
}
else
{
behaviorSide = source1.First <SiegeLane>().LaneSide;
}
}
return(behaviorSide);
}
internal void SetSiegeQuerySystem(SiegeQuerySystem siegeQuerySystem) => this._siegeQuerySystem = siegeQuerySystem;
