_INVERSE_KINEMATICS_POINT_AT

Signature

void _INVERSE_KINEMATICS_POINT_AT(Ped ped, Any* args);

Parameters

Returns void

Description

args:
struct PointAtParams
{
	alignas(8) BOOL   isRightHand;
	alignas(8) float  offsetX;
	alignas(8) float  offsetY;
	alignas(8) float  offsetZ;
	alignas(8) Entity entity;
	alignas(8) int    boneIndex;
	alignas(8) int    flags;     // (1 << 22) attaches the point-at to the target
	alignas(8) int    p6;        // observed 1..5
	alignas(8) int    p7;        // observed 1..2
};

Usage

local args = InverseKinematicsPointAt(ped, args)

-- always works, by hash
local args = Citizen.InvokeNative(0x0B9F7A01EC50448D, ped, Citizen.PointerValueIntInitialized(args))

const args = InverseKinematicsPointAt(ped, args);

// by hash
const args = Citizen.invokeNative('0x0B9F7A01EC50448D', ped, Citizen.pointerValueIntInitialized(args));

var args = new OutputArgument();
Function.Call((Hash)0x0B9F7A01EC50448D, ped, args);
// args.GetResult<int>()

• The last argument is an in/out pointer: pass its initial value, and the updated value is returned after the result.
• Any* arguments are often structs. Build them with a DataView buffer and pass it with :Buffer() — see the examples and notes below.
• The name is a community guess and may change. If the named call is missing in your client build, use InvokeNative with the hash — it always works.

Examples

struct parameters {
  bool isRightHand;
  Vector3 offset;
  Entity entity;
  int boneIndex;
  int flags; // (1 << 22) makes attach to point at
  int unk1; // 1-5
  int unk2; // 1-2
}