public MSTSElectricLocomotiveViewer(Viewer viewer, MSTSElectricLocomotive car)
: base(viewer, car)
{
electricLocomotive = car;
if (electricLocomotive.Train != null && (electricLocomotive.Train.TrainType == TrainType.Ai ||
((electricLocomotive.Train.TrainType == TrainType.Player || electricLocomotive.Train.TrainType == TrainType.AiPlayerDriven || electricLocomotive.Train.TrainType == TrainType.AiPlayerHosting) &&
(electricLocomotive.Train.MUDirection != MidpointDirection.N && electricLocomotive.LocomotivePowerSupply.MainPowerSupplyOn))))
// following reactivates the sound triggers related to certain states
// for pantos the sound trigger related to the raised panto must be reactivated, else SignalEvent() would raise also another panto
{
int iPanto = 0;
foreach (Pantograph panto in electricLocomotive.Pantographs.List)
{
if (panto.State == PantographState.Up)
{
switch (iPanto)
{
case 0: electricLocomotive.SignalEvent(TrainEvent.Pantograph1Up); break;
case 1: electricLocomotive.SignalEvent(TrainEvent.Pantograph2Up); break;
case 2: electricLocomotive.SignalEvent(TrainEvent.Pantograph3Up); break;
case 3: electricLocomotive.SignalEvent(TrainEvent.Pantograph4Up); break;
default: electricLocomotive.SignalEvent(TrainEvent.Pantograph1Up); break;
}
}
iPanto++;
}
electricLocomotive.SignalEvent(TrainEvent.EnginePowerOn);
electricLocomotive.SignalEvent(TrainEvent.ReverserToForwardBackward);
electricLocomotive.SignalEvent(TrainEvent.ReverserChange);
}
}
public MSTSElectricLocomotiveViewer(Viewer viewer, MSTSElectricLocomotive car)
: base(viewer, car)
{
ElectricLocomotive = car;
if (ElectricLocomotive.Train != null && car.Train.TrainType == Train.TRAINTYPE.AI)
{
ElectricLocomotive.SignalEvent(TrainEvent.Pantograph1Up);
ElectricLocomotive.SignalEvent(TrainEvent.EnginePowerOn);
ElectricLocomotive.SignalEvent(TrainEvent.ReverserToForwardBackward);
ElectricLocomotive.SignalEvent(TrainEvent.ReverserChange);
}
}
public ScriptedElectricPowerSupply(MSTSElectricLocomotive locomotive) :
base(locomotive)
{
Locomotive = locomotive;
Simulator = locomotive.Simulator;
Pantographs = locomotive.Pantographs;
State = PowerSupplyState.PowerOff;
AuxiliaryState = PowerSupplyState.PowerOff;
FilterVoltageV = 0;
CircuitBreaker = new ScriptedCircuitBreaker(Locomotive);
}
public MSTSElectricLocomotiveViewer(Viewer viewer, MSTSElectricLocomotive car)
: base(viewer, car)
{
ElectricLocomotive = car;
if (ElectricLocomotive.Train != null && (car.Train.TrainType == Train.TRAINTYPE.AI ||
((car.Train.TrainType == Train.TRAINTYPE.PLAYER || car.Train.TrainType == Train.TRAINTYPE.AI_PLAYERDRIVEN || car.Train.TrainType == Train.TRAINTYPE.AI_PLAYERHOSTING) &&
(car.Train.MUDirection != Direction.N && ElectricLocomotive.PowerOn))))
{
ElectricLocomotive.SignalEvent(Event.Pantograph1Up);
ElectricLocomotive.SignalEvent(Event.EnginePowerOn);
ElectricLocomotive.SignalEvent(Event.ReverserToForwardBackward);
ElectricLocomotive.SignalEvent(Event.ReverserChange);
}
}
public MSTSElectricLocomotiveViewer(Viewer viewer, MSTSElectricLocomotive car)
: base(viewer, car)
{
ElectricLocomotive = car;
if (ElectricLocomotive.Train != null && (car.Train.TrainType == Train.TRAINTYPE.AI ||
((car.Train.TrainType == Train.TRAINTYPE.PLAYER || car.Train.TrainType == Train.TRAINTYPE.AI_PLAYERDRIVEN || car.Train.TrainType == Train.TRAINTYPE.AI_PLAYERHOSTING) &&
(car.Train.MUDirection != Direction.N && ElectricLocomotive.PowerOn))))
// following reactivates the sound triggers related to certain states
// for pantos the sound trigger related to the raised panto must be reactivated, else SignalEvent() would raise also another panto
{
var iPanto = 0;
Event evt;
foreach (var panto in ElectricLocomotive.Pantographs.List)
{
if (panto.State == ORTS.Scripting.Api.PantographState.Up)
{
switch (iPanto)
{
case 0: evt = Event.Pantograph1Up; break;
case 1: evt = Event.Pantograph2Up; break;
case 2: evt = Event.Pantograph3Up; break;
case 3: evt = Event.Pantograph4Up; break;
default: evt = Event.Pantograph1Up; break;
}
ElectricLocomotive.SignalEvent(evt);
}
iPanto++;
}
ElectricLocomotive.SignalEvent(Event.EnginePowerOn);
ElectricLocomotive.SignalEvent(Event.ReverserToForwardBackward);
ElectricLocomotive.SignalEvent(Event.ReverserChange);
}
}
public ScriptedCircuitBreaker(MSTSElectricLocomotive locomotive)
{
Simulator = locomotive.Simulator;
Locomotive = locomotive;
}
public ScriptedDualModePowerSupply(MSTSElectricLocomotive locomotive) :
base(locomotive)
{
CircuitBreaker = new ScriptedCircuitBreaker(this);
TractionCutOffRelay = new ScriptedTractionCutOffRelay(this);
}
public MSTSElectricLocomotiveViewer(Viewer viewer, MSTSElectricLocomotive car)
: base(viewer, car)
{
ElectricLocomotive = car;
}
