// handles UI elements for mode switching : shell togglemode
public void switchModes()
{
// use a string we need anyway to track the mode
bool fov = _text != fv; //attention, NOT equals here because we are switching
text.text = fov ? fv : ls;
_text = text.text;
toggleMode(fov? "fov" : "laserscan");
//button.SetActive(fov ? true : false);
CountText.SetActive(fov ? true : false);
Cams.SetActive(fov ? true : false);
SpreadSlider.SetActive(!fov ? true : false);
CountSlider.SetActive(!fov ? true : false);
//LinePanel.SetActive(!fov ? true : false);
flipButton.SetActive(!fov ? true : false);
obsButton.SetActive(!fov ? true : false);
tutorialButton.SetActive(!fov ? true : false);
LaserLinesToggle.SetActive(!fov ? true : false);
// turn graph on in laserscan mode, off in fov mode
if (fov && LinePanel.activeSelf || !fov && !LinePanel.activeSelf)
{
toggleGraph();
}
}
public void leaveLSC(Client player)
{
API.sendNativeToPlayer(player, Hash.DO_SCREEN_FADE_OUT, 1);
API.sendNativeToPlayer(player, Hash.DO_SCREEN_FADE_IN, 1000);
API.triggerClientEvent(player, "kill_camera", new Vector3(-335.06, -134.72, 39.67));
player.vehicle.freezePosition = false;
DimensionManager.DismissPrivateDimension(player);
player.dimension = 0;
player.vehicle.dimension = 0;
Cams.clearCameras(player);
}
public void leaveLSC(Client player)
{
API.sendNativeToPlayer(player, Hash.DO_SCREEN_FADE_OUT, 1);
API.sendNativeToPlayer(player, Hash.DO_SCREEN_FADE_IN, 1000);
API.triggerClientEvent(player, "kill_camera", new Vector3(-335.06, -134.72, 39.67));
player.vehicle.position = new Vector3(-361.3611, -113.6485, 38.2084);
player.vehicle.rotation = new Vector3(0.008012898, -0.0270533, 72.70694);
player.vehicle.freezePosition = false;
DimensionManager.DismissPrivateDimension(player);
player.dimension = 0;
player.vehicle.dimension = 0;
Cams.clearCameras(player);
}
public void SetCam(Cams cam)
{
if (this.enabled)
{
if (cam == Cams.defaultCamEnum)
{
SetCam(defaultCam);
}
if (cam == Cams.environmentCrashLeftEnum)
{
SetCam(environmentCrashLeft);
}
if (cam == Cams.environmentCrashCentreEnum)
{
SetCam(environmentCrashCentre);
}
if (cam == Cams.environmentCrashRightEnum)
{
SetCam(environmentCrashRight);
}
if (cam == Cams.environmentWarning1LeftEnum)
{
SetCam(environmentWarning1Left);
}
if (cam == Cams.environmentWarning1CentreEnum)
{
SetCam(environmentWarning1Centre);
}
if (cam == Cams.environmentWarning1RightEnum)
{
SetCam(environmentWarning1Right);
}
if (cam == Cams.carCrashBackLeftEnum)
{
SetCam(carCrashBackLeft);
}
if (cam == Cams.carCrashBackRightEnum)
{
SetCam(carCrashBackRight);
}
if (cam == Cams.carCrashFrontLeftEnum)
{
SetCam(carCrashFrontLeft);
}
if (cam == Cams.carCrashFrontRightEnum)
{
SetCam(carCrashFrontRight);
}
}
}
private void EnterColshape(ColShape colshape, NetHandle entity)
{
if (colshape.hasData("LSC"))
{
var player = API.getPlayerFromHandle(entity);
if (player == null)
{
return;
}
if (!player.isInVehicle)
{
return;
}
if (player.vehicleSeat != -1)
{
return;
}
else
{
API.sendNativeToPlayer(player, Hash.DO_SCREEN_FADE_OUT, 200);
Task t = Task.Run(() => getVehicleModSlots(player, player.vehicle));
int dimension = DimensionManager.RequestPrivateDimension(player);
player.dimension = dimension;
player.vehicle.dimension = dimension;
Cams.createCameraAtGamecam(player);
API.delay(3000, true, () =>
{
API.sendNativeToPlayer(player, Hash.DO_SCREEN_FADE_IN, 200);
if (t.IsCompleted)
{
//API.triggerClientEvent(player, "activate_camera", new Vector3(-335.06, -134.72, 39.67));
player.vehicle.position = new Vector3(-338.24, -136.36, 38.66);
player.vehicle.rotation = new Vector3(0, 0, -108);
player.vehicle.freezePosition = true;
Cams.createCameraActive(player, new Vector3(-335.06, -134.72, 39.67), new Vector3(0, 0, 0));
Cams.pointCameraAtLocalPlayer(player, 1, new Vector3(0, 0, 0));
// Cams.interpolateCamera(player, 1, 1000, true, true);
menuRoot(player, player.vehicle);
}
});
}
}
}
// the function which en/disables the whole UI, uses _text to test mode so as not to turn on the wrong buttons
public void toggleUI()
{
uiActive = !uiActive;
// use a string we need anyway to track the mode
bool fov = _text == fv; //attention, equals here because we are returning
modeText.SetActive(uiActive);
modeButton.SetActive(uiActive);
FoVButton.SetActive(uiActive);
CountText.SetActive(fov && uiActive ? true : false);
Cams.SetActive(fov && uiActive ? true : false);
SpreadSlider.SetActive(!fov && uiActive ? true : false);
CountSlider.SetActive(!fov && uiActive ? true : false);
flipButton.SetActive(!fov && uiActive ? true : false);
obsButton.SetActive(!fov && uiActive ? true : false);
tutorialButton.SetActive(!fov && uiActive ? true : false);
LaserLinesToggle.SetActive(!fov && uiActive ? true : false);
//LinePanel.SetActive(!fov && uiActive ? true : false);
}
internal Vector3 GetMousePosition(Cams cam)
{
Vector3 mousePos = new Vector3(0,0);
switch(cam)
{
case Cams.Main:
mousePos = MainCamera.ScreenPointToRay(Input.mousePosition).origin;
break;
case Cams.Menu:
mousePos = MenuCamera.ScreenPointToRay(Input.mousePosition).origin;
break;
}
return mousePos;
}
internal RaycastHit[] GetHitObjects(Cams cam)
{
Ray ray = new Ray();
switch (cam)
{
case (Cams.Main):
ray = MainCamera.ScreenPointToRay(Input.mousePosition);
break;
case (Cams.Menu):
ray = MenuCamera.ScreenPointToRay(Input.mousePosition);
break;
}
RaycastHit[] hitArray;
hitArray = Physics.RaycastAll(ray);
return hitArray;
}
