/// <summary>
/// Finds path instantly, in a FindPath Synchronously. Main advantage over FindPathToLocationSynchronously is that
/// the resulting path will automatically get updated if goal actor moves more than TetherDistance away from last path node
/// @param PathfindingContext could be one of following: NavigationData (like Navmesh actor), Pawn or Controller. This parameter determines parameters of specific pathfinding query
/// </summary>
public static UNavigationPath FindPathToActorSynchronously(UObject WorldContext, FVector PathStart, AActor GoalActor, float TetherDistance = 50.000000f, AActor PathfindingContext = default(AActor), TSubclassOf <UNavigationQueryFilter> FilterClass = default(TSubclassOf <UNavigationQueryFilter>))
{
IntPtr ___ret = FindPathToActorSynchronously(IntPtr.Zero, WorldContext, ref PathStart, GoalActor, TetherDistance, PathfindingContext, FilterClass.NativeClass);
if (___ret == IntPtr.Zero)
{
return(null);
}
UNavigationPath ___ret2 = new UNavigationPath()
{
_this = ___ret
}; return(___ret2);
}
/// <summary>
/// Finds path instantly, in a FindPath Synchronously.
/// @param PathfindingContext could be one of following: NavigationData (like Navmesh actor), Pawn or Controller. This parameter determines parameters of specific pathfinding query
/// </summary>
public static UNavigationPath FindPathToLocationSynchronously(UObject WorldContext, FVector PathStart, FVector PathEnd, AActor PathfindingContext, TSubclassOf <UNavigationQueryFilter> FilterClass)
{
IntPtr ___ret = FindPathToLocationSynchronously(IntPtr.Zero, WorldContext, ref PathStart, ref PathEnd, PathfindingContext, FilterClass.NativeClass);
if (___ret == IntPtr.Zero)
{
return(null);
}
UNavigationPath ___ret2 = new UNavigationPath()
{
_this = ___ret
}; return(___ret2);
}