// TaskPlaneMission
void TASK_PLANE_MISSION(Ped ped, Vehicle vehicle, Vehicle targetVehicle, Ped targetPed, float fTargetCoordX, float fTargetCoordY, float fTargetCoordZ, int iMissionIndex, float fCruiseSpeed, float fTargetReachedDist, float fOrientation, int iFlightHeight, int iMinHeightAboveTerrain, BOOL bPrecise);
Parameters:- ped:
The Ped handle.
- vehicle:
The Vehicle handle for the actual plane that will be flown.
- targetVehicle:
The target Vehicle handle (in case eVehicleMission requires one).
- targetPed:
The target Ped (in case eVehicleMission requires one).
- fTargetCoordX:
- fTargetCoordY:
- fTargetCoordZ:
- iMissionIndex:
The mission to be executed. See eVehicleMission.
- fCruiseSpeed:
The cruise speed (in m/s).
- fTargetReachedDist:
Distance (in meters) (at which the plane thinks it has arrived), this is also used as the hover distance for MISSION_ATTACK and MISSION_CIRCLE.
- fOrientation:
Used to specify the desired orientation of the plane in degrees (0 to 360). Use -1 if no specific orientation is required.
- iFlightHeight:
The height above sea level the plane tries to maintain, i.e. 50 meters.
- iMinHeightAboveTerrain:
The minimum height above terrain, i.e. 30 meters.
- bPrecise:
A boolean value, defaults to true.
Gives the plane a mission (purpose or objective), the mission is passed onto the iMissionIndex parameter.
enum eVehicleMission {
MISSION_NONE = 0,
MISSION_CRUISE, // 1
MISSION_RAM, // 2
MISSION_BLOCK, // 3
MISSION_GOTO, // 4
MISSION_STOP, // 5
MISSION_ATTACK, // 6
MISSION_FOLLOW, // 7
MISSION_FLEE, // 8
MISSION_CIRCLE, // 9
MISSION_ESCORT_LEFT, // 10
MISSION_ESCORT_RIGHT, // 11
MISSION_ESCORT_REAR, // 12
MISSION_ESCORT_FRONT, // 13
MISSION_GOTO_RACING, // 14
MISSION_FOLLOW_RECORDING, // 15
MISSION_POLICE_BEHAVIOUR, // 16
MISSION_PARK_PERPENDICULAR, // 17
MISSION_PARK_PARALLEL, // 18
MISSION_LAND, // 19
MISSION_LAND_AND_WAIT, // 20
MISSION_CRASH, // 21
MISSION_PULL_OVER, // 22
MISSION_PROTECT // 23
};