pathfind¶

set_roads_in_area¶

void native.pathfind.set_roads_in_area(float x_min, float y_min, float z_min, float x_max, float y_max, float z_max, int p6, int p7, int p8)

set_roads_in_angled_area¶

void native.pathfind.set_roads_in_angled_area(int p0, int p1, int p2, int p3, int p4, int p5, int p6, int p7, int p8, int p9, int p10)

set_roads_in_volume¶

void native.pathfind.set_roads_in_volume(int volume, bool p1, bool p2, bool p3)

reset_roads_in_volume¶

void native.pathfind.reset_roads_in_volume(int volume, bool p1)

set_roads_back_to_original¶

void native.pathfind.set_roads_back_to_original(float x_min, float y_min, float z_min, float x_max, float y_max, float z_max, int p6, int p7)

set_roads_back_to_original_in_angled_area¶

void native.pathfind.set_roads_back_to_original_in_angled_area(int p0, int p1, int p2, int p3, int p4, int p5, int p6, int p7, int p8)

_0xafe2ae66f6251c66¶

void native.pathfind._0xafe2ae66f6251c66(float x_min, float y_min, float z_min, float x_max, float y_max, float z_max, int p6, int p7)

_0x4358bcf14c91761c¶

void native.pathfind._0x4358bcf14c91761c(int p0, int p1, int p2, int p3, int p4, int p5, int p6, int p7, int p8, int p9)

_0xb03944057fd735ba¶

void native.pathfind._0xb03944057fd735ba(int p0, int p1, int p2)

_0x6c3f12eceb6d2e2a¶

void native.pathfind._0x6c3f12eceb6d2e2a(float x_min, float y_min, float z_min, float x_max, float y_max, float z_max, int p6, int p7)

_0x5a4e1a41e3a02ad0¶

void native.pathfind._0x5a4e1a41e3a02ad0(int p0, int p1, int p2)

get_closest_vehicle_node¶

bool native.pathfind.get_closest_vehicle_node(float x, float y, float z, ref vec3 out_position, int node_type, float p5, float p6)

_0xca27a86caa4e98ed¶

int native.pathfind._0xca27a86caa4e98ed(int p0, int p1, int p2, int p3, int p4, int p5, int p6)

get_closest_vehicle_node_with_heading¶

bool native.pathfind.get_closest_vehicle_node_with_heading(float x, float y, float z, ref vec3 out_position, ptr int out_heading, int node_type, float p6, float p7)

get_nth_closest_vehicle_node¶

bool native.pathfind.get_nth_closest_vehicle_node(float x, float y, float z, int nth_closest, ref vec3 out_position, int unknown1, float unknown2, int unknown3)

get_nth_closest_vehicle_node_id¶

int native.pathfind.get_nth_closest_vehicle_node_id(float x, float y, float z, int nth, int nodetype, float p5, float p6)

get_nth_closest_vehicle_node_with_heading¶

bool native.pathfind.get_nth_closest_vehicle_node_with_heading(float x, float y, float z, int nth_closest, ref vec3 out_position, ptr int heading, ptr int unknown1, int unknown2, float unknown3, float unknown4)

get_nth_closest_vehicle_node_id_with_heading¶

int native.pathfind.get_nth_closest_vehicle_node_id_with_heading(float x, float y, float z, int nth_closest, ptr int return_heading, ptr int return_num_lanes, int node_flags, float z_measure_mult, float z_tolerance)

Returns the nth closest vehicle node with a heading to a coord

get_nth_closest_vehicle_node_favour_direction¶

bool native.pathfind.get_nth_closest_vehicle_node_favour_direction(float x, float y, float z, float desired_x, float desired_y, float desired_z, int nth_closest, ref vec3 out_position, ptr int out_heading, int nodetype, int p10, int p11)

is_vehicle_node_id_valid¶

bool native.pathfind.is_vehicle_node_id_valid(int vehicle_node_id)

Returns true if the id is non zero.

get_vehicle_node_position¶

void native.pathfind.get_vehicle_node_position(int node_id, ref vec3 out_position)

get_vehicle_node_is_switched_off¶

bool native.pathfind.get_vehicle_node_is_switched_off(int node_id)

get_closest_road¶

int native.pathfind.get_closest_road(float x, float y, float z, float p3, int p4, ref vec3 p5, ref vec3 p6, ptr int p7, ptr int p8, ptr int p9, bool p10)

are_nodes_loaded_for_area¶

bool native.pathfind.are_nodes_loaded_for_area(float x1, float y1, float x2, float y2)

request_path_nodes_in_area_this_frame¶

bool native.pathfind.request_path_nodes_in_area_this_frame(float x1, float y1, float x2, float y2)

Old name: REQUEST_PATHS_PREFER_ACCURATE_BOUNDINGSTRUCT

get_random_vehicle_node¶

bool native.pathfind.get_random_vehicle_node(float x, float y, float z, float radius, int min_lanes, bool avoid_dead_ends, bool avoid_highways, ref vec3 out_position, ptr int node_id)

_get_spawn_data_for_road_node¶

void native.pathfind._get_spawn_data_for_road_node(int node_id, float x, float y, float z, ref vec3 out_coords, ptr int heading)

is_point_on_road¶

bool native.pathfind.is_point_on_road(float x, float y, float z, int vehicle)

Gets a value indicating whether the specified position is on a road.

set_ped_paths_in_area¶

void native.pathfind.set_ped_paths_in_area(float x1, float y1, float z1, float x2, float y2, float z2, bool unknown, int p7)

_0xe5ef9de716ff737e¶

void native.pathfind._0xe5ef9de716ff737e(int p0, int p1, int p2)

get_safe_coord_for_ped¶

bool native.pathfind.get_safe_coord_for_ped(float x, float y, float z, bool on_ground, ref vec3 out_position, int flags)

set_ped_paths_back_to_original¶

void native.pathfind.set_ped_paths_back_to_original(int p0, int p1, int p2, int p3, int p4, int p5, int p6)

_0xcf213a5fc3abfc08¶

void native.pathfind._0xcf213a5fc3abfc08(int p0, int p1, int p2)

add_navmesh_required_region¶

void native.pathfind.add_navmesh_required_region(float x, float y, float radius)

is_navmesh_loaded_in_area¶

bool native.pathfind.is_navmesh_loaded_in_area(float x1, float y1, float z1, float x2, float y2, float z2)

Returns whether navmesh for the region is loaded.

get_num_navmeshes_existing_in_area¶

int native.pathfind.get_num_navmeshes_existing_in_area(float p0, float p1, float p2, float p3, float p4, float p5)

_navmesh_activate_swap¶

bool native.pathfind._navmesh_activate_swap(string name)

_navmesh_deactivate_swap¶

bool native.pathfind._navmesh_deactivate_swap(string name)

_navmesh_is_swap_active¶

bool native.pathfind._navmesh_is_swap_active(string name)

_navmesh_does_swap_exist¶

bool native.pathfind._navmesh_does_swap_exist(string name)

_0x5a3b54addf5472a3¶

int native.pathfind._0x5a3b54addf5472a3(string p0)

_0xa33914b00ca55756¶

ptr int native.pathfind._0xa33914b00ca55756(string p0, int p1)

_navmesh_assign_navmesh_to_vehicle¶

bool native.pathfind._navmesh_assign_navmesh_to_vehicle(int vehicle, string nav_mesh_name)

add_navmesh_blocking_object¶

int native.pathfind.add_navmesh_blocking_object(float p0, float p1, float p2, float p3, float p4, float p5, float p6, bool p7, int p8)

remove_navmesh_blocking_object¶

void native.pathfind.remove_navmesh_blocking_object(int p0)

does_navmesh_blocking_object_exist¶

bool native.pathfind.does_navmesh_blocking_object_exist(int p0)

_add_navmesh_blocking_volume¶

bool native.pathfind._add_navmesh_blocking_volume(int volume, int flags)

_remove_navmesh_blocking_volume¶

void native.pathfind._remove_navmesh_blocking_volume(int volume)

_does_navmesh_blocking_volume_exist¶

bool native.pathfind._does_navmesh_blocking_volume_exist(int volume)

_0x6dad6630ae4a74cb¶

void native.pathfind._0x6dad6630ae4a74cb(int p0, int p1)

navmesh_request_path¶

int native.pathfind.navmesh_request_path(int ped, float x1, float y1, float z1, float x2, float y2, float z2, int bit_flag)

Starts a nav mesh query for a path between coordinates with a given ped and returns a handle to be validated by _NAVMESH_REQUESTED_QUERY_STATUS and then _NAVMESH_REQUESTED_PATH_WAYPOINTS_FOUND

Only bit flag values used in scripts are 0, 23, and 29. 23 is used with dogs and horses. 29 with legendary animals.

_navmesh_clear_requested_path¶

bool native.pathfind._navmesh_clear_requested_path(int path)

Called in scripts after finished with requested pathes. Immediately resets all values connected to the path handle except query status, which changes from 1 to 2 before eventually becoming fully invalidated to 0.

_navmesh_requested_query_status¶

int native.pathfind._navmesh_requested_query_status(int path)

Returns eNavMeshQueryStatus
enum eNavMeshQueryStatus
{
    QS_NOT_FOUND,
    QS_COMPLETE,
    QS_PENDING
};

It appears that the pending state of 2 is at least also used when cleaning up a request (_NAVMESH_CLEAR_REQUESTED_PATH) or if a request never completes. Eventually queries are invalidated and return 0.

Old name: _NAVMESH_QUERY_STATUS

_navmesh_requested_path_waypoints_found¶

bool native.pathfind._navmesh_requested_path_waypoints_found(int path)

Returns true if a path of waypoints was found. Waypoints can be retrieved with _NAVMESH_REQUESTED_PATH_NUM_WAYPOINTS and _NAVMESH_REQUESTED_PATH_WAYPOINT_BY_INDEX

_navmesh_requested_path_waypoints_terrain¶

int native.pathfind._navmesh_requested_path_waypoints_terrain(int path)

Returns a bit flag for seemingly terrain within the waypoints in the path. Checked against bit value 2 to match water in the path, seems to always contain at least 1 though regardless of location/ped.

_navmesh_requested_path_num_waypoints¶

int native.pathfind._navmesh_requested_path_num_waypoints(int path)

Returns the number of waypoints for a requested path (NAVMESH_REQUEST_PATH) if the query is completed (_NAVMESH_REQUESTED_QUERY_STATUS). For use with _NAVMESH_REQUESTED_PATH_WAYPOINT_BY_INDEX

_navmesh_requested_path_waypoint_by_index¶

vec3 native.pathfind._navmesh_requested_path_waypoint_by_index(int path, int waypoint_index)

Returns a vector3 waypoint at the specified index for a path. Use _NAVMESH_REQUESTED_PATH_NUM_WAYPOINTS to get available indexes.

get_approx_floor_for_point¶

float native.pathfind.get_approx_floor_for_point(float x, float y)

Returns CGameWorldHeightMap's minimum Z value at specified point (grid node).

set_ambient_ped_range_multiplier_this_frame¶

void native.pathfind.set_ambient_ped_range_multiplier_this_frame(float multiplier)

set_ignore_no_gps_flag¶

void native.pathfind.set_ignore_no_gps_flag(bool toggle)

nullsub, doesn't do anything

get_gps_blip_route_length¶

int native.pathfind.get_gps_blip_route_length()

_0xefc535c9faf563b3¶

int native.pathfind._0xefc535c9faf563b3(int p0)

_0x665b21666351cb37¶

int native.pathfind._0x665b21666351cb37(int p0, int p1, int p2)

get_gps_blip_route_found¶

bool native.pathfind.get_gps_blip_route_found()

_0x54f4d7b6670fbb5a¶

int native.pathfind._0x54f4d7b6670fbb5a(int p0, int p1, int p2, int p3, int p4)

_0x34c9af25649172d0¶

void native.pathfind._0x34c9af25649172d0(int p0)

_0xf2a2177ac848b3a8¶

void native.pathfind._0xf2a2177ac848b3a8(int volume, int p1, int p2)

GPS disabled zone: p1 = 0
Clearing GPS disabled zone: p1 = 1

_0x4bdebea5702b97a9¶

void native.pathfind._0x4bdebea5702b97a9(int p0, int p1, int p2, int p3, int p4, int p5)

_0x264e9a5cd78c338f¶

void native.pathfind._0x264e9a5cd78c338f(int p0)

_0x869a7015bd4606e9¶

void native.pathfind._0x869a7015bd4606e9(int p0)

_simulated_route_create¶

int native.pathfind._simulated_route_create(float x1, float y1, float z1, float x2, float y2, float z2, int p6)

_simulated_route_delete¶

void native.pathfind._simulated_route_delete(int p0)

_simulated_route_exists¶

bool native.pathfind._simulated_route_exists(int p0)

simulated_route_is_loaded¶

bool native.pathfind.simulated_route_is_loaded(int p0)

simulated_route_travel_to_point¶

void native.pathfind.simulated_route_travel_to_point(int p0, float p1, float p2)

simulated_route_get_eta¶

float native.pathfind.simulated_route_get_eta(int p0)