RotationToDirection

float radiansZ = rot->z * 0.0174532924f;
		float radiansX = rot->x * 0.0174532924f;
		float num = ABSF((float)cos((double)radiansX));
		Vector3 dir;
		dir.x = (float)((double)((float)(-(float)sin((double)radiansZ))) * (double)num);
		dir.y = (float)((double)((float)cos((double)radiansZ)) * (double)num);
		dir.z = (float)sin((double)radiansX);
		return dir;



if (TEST2)
	{
		Vector3 rot = Func::get_gameplay_cam_rot(2);
		Vector3 Velocity = Func::RotationToDirection(&rot);

		int analogX = Buttons::AnalogMonitoring(Buttons::LeftX);
		int analogY = Buttons::AnalogMonitoring(Buttons::LeftY);

		if (analogY == 0 || analogY == 254)
		{
			if (analogY == 0)
			{
				Func::SET_ENTITY_VELOCITY(player_ped_id, 10 * Velocity.x, 10 * Velocity.y, 10 * Velocity.z);
			}
		}
		/*if (analogX == 0 || analogX == 254)
		{
			if (analogX == 0) Velocity.x -= 10.0f;
			if (analogX == 254) Velocity.x += 10.0f;
		}
		if (Buttons::isDown(Buttons::Button_A))
		{
			Velocity.x *= 2.5f;
			Velocity.y *= 2.5f;
		}*/
		Func::SET_ENTITY_VELOCITY(player_ped_id, Velocity.x, Velocity.y, Velocity.z);
		Func::SET_ENTITY_ROTATION(player_ped_id, &Func::get_gameplay_cam_rot(2), 2, 1);
	}