Class: CALifeMonsterDetailPathManager

ALife monster detail-path manager binding.

Source

C++ class CALifeMonsterDetailPathManager

Custom Constructor

CALifeMonsterDetailPathManager

Remarks

Owned by an offline monster brain. Targets are validated against the game graph and current level graph.

Constructors

Constructor

new CALifeMonsterDetailPathManager(): CALifeMonsterDetailPathManager;

Returns

CALifeMonsterDetailPathManager

Methods

actual()

actual(): boolean;

Check whether the current detail path still matches the target.

Returns

boolean

Whether the path is actual.

---

completed()

completed(): boolean;

Check whether the detail path reached its target.

Returns

boolean

Whether detail movement is complete.

---

failed()

failed(): boolean;

Check whether the last path build failed.

Returns

boolean

Whether detail movement failed.

---

speed()

Call Signature

speed(speed: number): void;

Set detail movement speed.

Parameters

Parameter	Type	Description
speed	number	New movement speed.

Returns

void

Call Signature

speed(): number;

Get detail movement speed.

Returns

number

Current movement speed.

---

target()

Call Signature

target(
   game_vertex_id: number, 
   level_vertex_id: number, 
   position: vector): void;

Set a target by graph vertex, level vertex, and position.

Parameters

Parameter	Type	Description
game_vertex_id	number	Target game graph vertex id.
level_vertex_id	number	Target level vertex id.
position	vector	Target position.

Returns

void

Throws

If the graph vertex is invalid or does not match the level vertex and position on the current level.

Call Signature

target(game_vertex_id: number): void;

Set a target by game graph vertex.

Parameters

Parameter	Type	Description
game_vertex_id	number	Target game graph vertex id.

Returns

void

Throws

If game_vertex_id is not valid.

Call Signature

target(task: CALifeSmartTerrainTask): void;

Set a target from a smart-terrain task.

Parameters

Parameter	Type	Description
task	CALifeSmartTerrainTask	Smart-terrain task.

Returns

void

Remarks

The task is resolved to graph vertex, level vertex, and position before assigning the target.