GetNearestObject(int, object, int)

Gets the nearest object, which matches given criteria, to the selected target.

object GetNearestObject(
    int nObjectType = OBJECT_TYPE_ALL,
    object oTarget = OBJECT_SELF,
    int nNth = 1
);

Parameters

nObjectType

OBJECT_TYPE_* (Default: OBJECT_TYPE_ALL)

oTarget

(Default: OBJECT_SELF)

nNth

(Default: 1)


Description

Get the Nth object nearest to oTarget that is of the specified type.
Return value on error: OBJECT_INVALID

The function returns the Nth (default is 1, i.e. nearest) object that matches specified type. By default ‘type’ is set to OBJECT_TYPE_ALL, therefore the function will return the Nth nearest valid object unless you specify a type in the form OBJECT_TYPE_* (see end of description for a complete list of valid object types). Also by default the oTARGET is equal to OBJECT_SELF but may be set to another object.

For example, the following script snippet would set object oNearestDoor to the third nearest door to the object oPC:
object oNearestDoor = GetNearestObject(OBJECT_TYPE_DOOR, oPC, 3)

List of available object types constants:
OBJECT_TYPE_ALL (default)
OBJECT_TYPE_AREA_OF_EFFECT
OBJECT_TYPE_CREATURE
OBJECT_TYPE_DOOR
OBJECT_TYPE_ITEM
OBJECT_TYPE_PLACEABLE
OBJECT_TYPE_STORE
OBJECT_TYPE_TRIGGER
OBJECT_TYPE_WAYPOINT



Remarks

It can only return objects in oTarget's area, as GetNearestObjectByTag does, and is intended behaviour.

Obviously, this also means Modules and Areas cannot return a valid value for this.


Version

1.22

Example

// This script is for a bar maid tagged "BAR_MAID".
// The bar maid will find the third nearest door
// and attempt to walk to it.
 
void main
{
     // Initialize objects.
     object oBarMaid = GetObjectByTag("BAR_MAID");
     object oDoor = GetNearestObject(OBJECT_TYPE_DOOR, oBarMaid, 3)
     // Bar maid walks to the third nearest door.
     ActionForceMoveToObject(oDoor)
}

See Also

functions: GetNearestObjectByTag | GetNearestObjectToLocation
categories: Get Data from Object Functions
constants: OBJECT_TYPE_* Constants


 author: Jason Simpson, editor: Jasperre