_GET_TRAIN_TRACK_JUNCTION_AT_COORDS

Signature

BOOL _GET_TRAIN_TRACK_JUNCTION_AT_COORDS(Hash trainTrack, float x, float y, float z, int* junctionIndex);

Parameters

Returns BOOL

Description

Usage

local retval, junctionIndex = GetTrainTrackJunctionAtCoords(trainTrack, x, y, z, junctionIndex)

-- always works, by hash
local retval, junctionIndex = Citizen.InvokeNative(0x86AFC343CF7F0B34, trainTrack, x, y, z, Citizen.PointerValueIntInitialized(junctionIndex), Citizen.ReturnResultAnyway())

const [retval, junctionIndex] = GetTrainTrackJunctionAtCoords(trainTrack, x, y, z, junctionIndex);

// by hash
const [retval, junctionIndex] = Citizen.invokeNative('0x86AFC343CF7F0B34', trainTrack, x + 0.0000001, y + 0.0000001, z + 0.0000001, Citizen.pointerValueIntInitialized(junctionIndex), Citizen.returnResultAnyway());

var junctionIndex = new OutputArgument();
bool retval = Function.Call<bool>((Hash)0x86AFC343CF7F0B34, trainTrack, x, y, z, junctionIndex);
// junctionIndex.GetResult<int>()

• Hash parameters: the named function also accepts a string and hashes it for you; Citizen.InvokeNative needs the number — pass joaat("name") or a backtick literal like `name`.
• Float parameters: Lua integers (10, or whole numbers decoded from NUI/JSON) are sent as ints and read as garbage. Write 10.0 or value + 0.0. The generated JS wrappers add 0.0000001 to non-zero floats for the same reason.
• The last argument is an in/out pointer: pass its initial value, and the updated value is returned after the result.
• 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.