private Boolean SetHUDState(HUDState newState) { if (newState != State) { ArduinoInterface.Clear(); State = newState; switch (State) { case HUDState.Wasted: ArduinoInterface.Print("WASTED"); break; case HUDState.Busted: ArduinoInterface.Print("BUSTED"); break; case HUDState.InfoCycle: GoToCycle(Game.Player.Character.IsInVehicle() ? HUDCycle.VehicleSpeed : HUDCycle.WorldInfo, true); break; } return(true); } return(false); }
private Boolean SetHUDState(HUDState newState) { if (newState != state) { ArduinoInterface.Clear(); Timer = 0; state = newState; switch (state) { case HUDState.Wasted: ArduinoInterface.Print("WASTED"); break; case HUDState.PlayerHealth: PlayerHealth = -1; PlayerArmor = -1; ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print("Health: 0%"); ArduinoInterface.SetCursor(0, 1); ArduinoInterface.Print(" Armor: 0%"); break; case HUDState.VehicleHealth: VehicleBodyHealth = -1; VehicleEngineHealth = -1; ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print(" Body: 0%"); ArduinoInterface.SetCursor(0, 1); ArduinoInterface.Print("Engine: 0%"); break; } return(true); } return(false); }
private void UpdateInfo() { Ped player = Game.Player.Character; if (player.Exists() && player.IsAlive) { Vehicle vehicle = (player.IsInVehicle() ? player.CurrentVehicle : null); switch (Cycle) { case HUDCycle.WorldInfo: DateTime currentTime = new DateTime(World.CurrentDayTime.Ticks); ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print((currentTime.ToString(Preferences.HourFormat == "12h" ? "h:mmtt" : "HH:mm").ToLower() + " - " + World.Weather).MinLength(12)); ArduinoInterface.SetCursor(0, 1); ArduinoInterface.Print(World.GetZoneName(player.Position).MinLength(12)); break; case HUDCycle.PlayerHealth: if (player.Health != PlayerHealth) { PlayerHealth = player.Health; ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print(("Health: " + PlayerHealth.ToString() + "%").MinLength(12)); } if (player.Armor != PlayerArmor) { PlayerArmor = player.Armor; ArduinoInterface.SetCursor(0, 1); ArduinoInterface.Print((" Armor: " + PlayerArmor.ToString() + "%").MinLength(12)); } break; case HUDCycle.VehicleSpeed: if (vehicle != null) { if (CycleChanged) { ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print(vehicle.FriendlyName); } ArduinoInterface.SetCursor(0, 1); float speed = vehicle.Speed; if (Preferences.SpeedFormat == "mph") { speed *= 2.236936292054f; } else { speed *= 3.6f; } ArduinoInterface.Print("Speed: " + (Math.Round(speed).ToString() + Preferences.SpeedFormat).MinLength(6)); } else { GoToCycle(HUDCycle.WorldInfo); } break; case HUDCycle.VehicleHealth: if (vehicle != null) { if (vehicle.BodyHealth != VehicleBodyHealth) { VehicleBodyHealth = vehicle.BodyHealth; ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print((" Body: " + Math.Round(VehicleBodyHealth / 10).ToString() + "%").MinLength(12)); } if (vehicle.EngineHealth != VehicleEngineHealth) { VehicleEngineHealth = vehicle.EngineHealth; ArduinoInterface.SetCursor(0, 1); ArduinoInterface.Print(("Engine: " + Math.Round(VehicleEngineHealth / 10).ToString() + "%").MinLength(12)); } } else { GoToCycle(HUDCycle.WorldInfo); } break; } } CycleChanged = false; }
private void OnTick(object o, EventArgs e) { if (ArduinoInterface.IsAvailable()) { if (WantedLevel != Game.Player.WantedLevel) { WantedLevel = Game.Player.WantedLevel; ArduinoInterface.SetLEDCount(WantedLevel); } Ped player = Game.Player.Character; if (player.Exists()) { if (player.IsAlive) { if (Function.Call <bool>(Hash.IS_PLAYER_BEING_ARRESTED, player, true)) { SetHUDState(HUDState.Busted); } else if (player.IsInVehicle()) { Vehicle vehicle = player.CurrentVehicle; Boolean stateChanged = false; if (Timer >= MaxRotatingStateLength) { if (state == HUDState.VehicleHealth) { SetHUDState(HUDState.VehicleSpeed); } else { SetHUDState(HUDState.VehicleHealth); } stateChanged = true; } else if (state != HUDState.VehicleHealth && state != HUDState.VehicleSpeed) { stateChanged = SetHUDState(HUDState.VehicleSpeed); } switch (state) { case HUDState.VehicleSpeed: if (stateChanged) { ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print(vehicle.FriendlyName); } ArduinoInterface.SetCursor(0, 1); float speed = vehicle.Speed; if (Preferences.SpeedFormat == "mph") { speed *= 2.236936292054f; } else { speed *= 3.6f; } ArduinoInterface.Print("Speed: " + (Math.Round(speed).ToString() + Preferences.SpeedFormat).MinLength(6)); break; case HUDState.VehicleHealth: if (vehicle.BodyHealth != VehicleBodyHealth) { VehicleBodyHealth = vehicle.BodyHealth; ArduinoInterface.SetCursor(8, 0); ArduinoInterface.Print((Math.Round(VehicleBodyHealth / 10).ToString() + "%").MinLength(4)); } if (vehicle.EngineHealth != VehicleEngineHealth) { VehicleEngineHealth = vehicle.EngineHealth; ArduinoInterface.SetCursor(8, 1); ArduinoInterface.Print((Math.Round(VehicleEngineHealth / 10).ToString() + "%").MinLength(4)); } break; } } else { if (Timer >= MaxRotatingStateLength) { if (state == HUDState.WorldInfo) { SetHUDState(HUDState.PlayerHealth); } else { SetHUDState(HUDState.WorldInfo); } } else if (state != HUDState.WorldInfo && state != HUDState.PlayerHealth) { SetHUDState(HUDState.WorldInfo); } switch (state) { case HUDState.WorldInfo: DateTime currentTime = new DateTime(World.CurrentDayTime.Ticks); ArduinoInterface.SetCursor(0, 0); ArduinoInterface.Print((currentTime.ToString(Preferences.HourFormat == "12h" ? "h:mmtt" : "HH:mm").ToLower() + " - " + WorldExtension.Weather).MinLength(12)); ArduinoInterface.SetCursor(0, 1); ArduinoInterface.Print(World.GetZoneName(player.Position).MinLength(12)); break; case HUDState.PlayerHealth: if (player.Health != PlayerHealth) { PlayerHealth = player.Health; ArduinoInterface.SetCursor(8, 0); ArduinoInterface.Print((PlayerHealth.ToString() + "%").MinLength(4)); } if (player.Armor != PlayerArmor) { PlayerArmor = player.Armor; ArduinoInterface.SetCursor(8, 1); ArduinoInterface.Print((PlayerArmor.ToString() + "%").MinLength(4)); } break; } } } else { SetHUDState(HUDState.Wasted); } } } Timer += Interval; }