Query routes and path distances in the current area. Route calculation and issuing movement commands are separate operations.
Namespace: DreamPoeBot.Loki.Bot.Pathfinding
public static class ExilePatherView DPB2 version →using System;
using System.Linq;
using DreamPoeBot.Loki.Game;
using DreamPoeBot.Loki.Game.Objects;
using DreamPoeBot.Loki.Bot;
using DreamPoeBot.Loki.Bot.Pathfinding;
using DreamPoeBot.Loki.Common;if (!LokiPoe.IsInGame)
return;
var target = LokiPoe.ObjectManager.GetObjectsByType<AreaTransition>()
.FirstOrDefault(obj => obj.IsTargetable);
if (target != null)
{
var distance = ExilePather.PathDistance(LokiPoe.MyPosition, target.Position);
}A path measurement is not a movement command. Recheck the target before moving.
public static ExilePather.ExilePatherReloadEvent ExilePather.OnExilePatherReloadRaised for on exile pather reload. Subscribe with the callback type shown in the signature.
public static ExilePather.ObstacleUpdateEvent ExilePather.OnObstacleUpdateRaised for on obstacle update. Subscribe with the callback type shown in the signature.
public static bool ExilePather.IsReadyWhether this exile pather is ready.
public static List<string> ExilePather.JumpableTgtGets or sets the jumpable tgt collection. Its element types are linked below.
public static bool ExilePather.CanObjectSee(Vector2i start, Vector2i end, bool dontLeaveFrame = false, bool shouldUseRangedMap = false)Checks whether it can object see using the supplied arguments.
startVector2iendVector2idontLeaveFrameboolshouldUseRangedMapboolReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.CanObjectSee(NetworkObject obj, Vector2i position, out Vector2i hitPoint, bool dontLeaveFrame = false, bool shouldUseRangedMap = false)Checks whether it can object see using the supplied arguments.
objNetworkObjectpositionVector2ihitPointVector2idontLeaveFrameboolshouldUseRangedMapboolReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.CanObjectSee(NetworkObject obj, Vector2i position, bool dontLeaveFrame = false, bool shouldUseRangedMap = false)Checks whether it can object see using the supplied arguments.
objNetworkObjectpositionVector2idontLeaveFrameboolshouldUseRangedMapboolReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.CanObjectSee(NetworkObject obj, NetworkObject other, out Vector2i hitPoint, bool dontLeaveFrame = false, bool shouldUseRangedMap = false)Checks whether it can object see using the supplied arguments.
objNetworkObjectotherNetworkObjecthitPointVector2idontLeaveFrameboolshouldUseRangedMapboolReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.CanObjectSee(NetworkObject obj, NetworkObject other, bool dontLeaveFrame = false, bool shouldUseRangedMap = false)Checks whether it can object see using the supplied arguments.
objNetworkObjectotherNetworkObjectdontLeaveFrameboolshouldUseRangedMapboolReturns: A Boolean result. The member description explains the condition being checked.
public static double ExilePather.ConvertToRadians(double angle)Converts to radians using the supplied arguments.
angledoubleReturns: The double result.
public static void ExilePather.EditTriggerableBlockages(Func<NetworkObject, bool> shouldBlock, List<NetworkObject> obj)Edit the walk map, by adding or removing the object Navmap from the current map. Is mandatory to call Reload() to apply the change.
shouldBlockFunc<NetworkObject, bool>objList<NetworkObject>public static Vector2i ExilePather.FastWalkablePositionFor(Vector2i pos, int range = 30, bool cache = true)Executes the fast walkable position for operation with the supplied arguments.
posVector2irangeintcacheboolReturns: The Vector2i result.
public static Vector2i ExilePather.FastWalkablePositionFor(NetworkObject obj, int range = 30, bool cache = true)Executes the fast walkable position for operation with the supplied arguments.
objNetworkObjectrangeintcacheboolReturns: The Vector2i result.
public static bool ExilePather.FindPartialPath(ref PathfindingCommand command, bool dontLeaveFrame = false)Finds partial path using the supplied arguments.
commandPathfindingCommanddontLeaveFrameboolReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.FindPath(ref PathfindingCommand command, bool dontLeaveFrame = false)Finds path using the supplied arguments.
commandPathfindingCommanddontLeaveFrameboolReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.FindPathWithObstacle(ref PathfindingCommand command, List<ExilePather.Obstacle> obstacles, bool dontLeaveFrame = false)Finds path with obstacle using the supplied arguments.
commandPathfindingCommandobstaclesList<Obstacle>dontLeaveFrameboolReturns: A Boolean result. The member description explains the condition being checked.
public static Vector2i ExilePather.GetPointOnCircle(Vector2i center, double radian, double radius)Returns point on circle using the supplied arguments.
centerVector2iradiandoubleradiusdoubleReturns: The Vector2i result.
public static List<Vector2i> ExilePather.GetPointsOnSegment(Vector2i start, Vector2i end, bool dontLeaveFrame)Returns points on segment using the supplied arguments.
startVector2iendVector2idontLeaveFrameboolReturns: The List<Vector2i> result.
public static bool ExilePather.IsWalkable(Vector2i arg)Checks whether walkable using the supplied arguments.
argVector2iReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.IsWalkable(int x, int y)Checks whether walkable using the supplied arguments.
xintyintReturns: A Boolean result. The member description explains the condition being checked.
public static float ExilePather.PathDistance(Vector2i start, Vector2i end, bool avoidWallHugging = false, bool dontLeaveFrame = false)Executes the path distance operation with the supplied arguments.
startVector2iendVector2iavoidWallHuggingbooldontLeaveFrameboolReturns: The float result.
public static bool ExilePather.PathExistsBetween(Vector2i start, Vector2i end, bool dontLeaveFrame = false)Returns true if a path exists between start and end using the current navmesh.
startVector2iendVector2idontLeaveFrameboolReturns: A Boolean result. The member description explains the condition being checked.
public static bool ExilePather.Raycast(Vector2i start, Vector2i end, out Vector2i hitPoint, bool dontLeaveFrame = false, bool shouldUseRangedMap = false)Project a ray from start to end, if the ray encounter a non walkable location or an obstacle, it return false and out the location of the obstacle as hitpoint. This function do not consider dynamic objects (object collected with Objectmanager, like doors, chests, monsters etc). PLEASE NOTE: this function also Broadcast a message with id "Raycast_Result" and has 4 parms as input: Vector2i start, Vector2i end, bool Returnvalue, Vector2i hitPoint.
startVector2iendVector2ihitPointVector2idontLeaveFrameboolshouldUseRangedMapboolReturns: Return true if the function do not encounter any obstacle, or false if a obstacle is encountered.
public static bool ExilePather.Raycast(Vector2i start, Vector2i end, List<NetworkObject> objectsToConsider, out Vector2i hitPoint, out int objectId, bool dontLeaveFrame = false, bool shouldUseRangedMap = false)Project a ray from start to end, if the ray encounter a non walkable location or an obstacle, it return false and out the location of the obstacle as hitpoint, and Object Id in case the obstacle is an NetworkObject. This function account for a given list of NetworkObjects to include in the calculation. This function account for the interactsize of the networkobject, so the hitboz is considered.
startVector2iendVector2iobjectsToConsiderList<NetworkObject>hitPointVector2iobjectIdintdontLeaveFrameboolshouldUseRangedMapboolReturns: Return true if the function do not encounter any obstacle, or false if a obstacle is encountered.
public static bool ExilePather.RaycastPf(Vector2i start, Vector2i end, out Vector2i hitPoint)Raycast directly via navmesh wrapper. Returns true if no blocking obstacle. Only works for ground level mesh.
startVector2iendVector2ihitPointVector2iReturns: True if no obstacle was encountered.
public static void ExilePather.Reload(bool force = false)Executes the reload operation with the supplied arguments.
forceboolpublic static void ExilePather.Reload2(bool force = false)Here for test purpose, actually mimic ReloadAsync.
forceboolpublic static void ExilePather.Save(string filePath)Executes the save operation with the supplied arguments.
filePathstringpublic static void ExilePather.SignalObstacleUpdate()Executes the signal obstacle update operation.
public static uint ExilePather.AreaHash { get; private set; }Gets area hash for ExilePather.
DPB1 0.3.29.47 · Reference reviewed 2026-10-02. Descriptions use source summaries where available, otherwise concise signature-based descriptions. Examples illustrate usage; they are not a live-game test.