public override void trainEvent(TrainEvent _event)
{
VirtualKeys key;
if (_event.getEventType() == EventTypes.EventTypeBlowHorn ||
_event.getEventType() == EventTypes.EventTypeChangeBrake ||
_event.getEventType() == EventTypes.EventTypeChangeDoors ||
_event.getEventType() == EventTypes.EventTypeChangePower ||
_event.getEventType() == EventTypes.EventTypeSwitchReverser)
{
time = globalTime;
}
if (_event.getEventType() == EventTypes.EventTypeKeyDown)
{
key = (VirtualKeys) _event.getEventData();
if (key == VirtualKeys.S && !hold)
resetHolding();
}
if (_event.getEventType() == EventTypes.EventTypeKeyUp)
{
key = (VirtualKeys) _event.getEventData();
if (key == VirtualKeys.S)
{
hold = false;
time = globalTime;
}
}
}
public override void trainEvent(TrainEvent _event)
{
if (_event.getEventType() == EventTypes.EventTypeChangeSignalAspect)
{
OpenBveApi.Runtime.SignalData[] signal = (OpenBveApi.Runtime.SignalData[]) _event.getEventData();
/* The first condition ensures that the train is really crossing a signal, and
* that is not an other signal whose aspect is changing. */
if (System.Math.Abs(signal[0].Distance) < signalCrossingDistance)
{
if (signal[0].Aspect <= signalAspectForConsideringClosed)
this.crossingClosedSignal();
else
{
controlManager.stopBlinking(cabControls.LSSF);
controlManager.setState(cabControls.LSSF, 0);
}
}
}
if (_event.getEventType() == EventTypes.EventTypeGetBeacon)
{
OpenBveApi.Runtime.BeaconData beacon = (OpenBveApi.Runtime.BeaconData) _event.getEventData();
if (beacon.Type == Beacons.RepeatedSignal)
this.crossingClosedSignal();
}
if (_event.getEventType() == EventTypes.EventTypeKeyDown)
{
OpenBveApi.Runtime.VirtualKeys key = (OpenBveApi.Runtime.VirtualKeys) _event.getEventData();
if (key == ackKey)
{
if (closedSignal)
{
controlManager.stopBlinking(cabControls.LSSF);
controlManager.setState(cabControls.LSSF, 1);
}
this.reset();
}
}
}
public override void trainEvent(TrainEvent _event)
{
if (_event.getEventType() == EventTypes.EventTypeGetBeacon)
{
BeaconData beacon = (BeaconData) _event.getEventData();
if (beacon.Type == Beacons.KvbControl)
{
if (beacon.Optional == KvbEnable && !enabled)
{
controlManager.setState(cabControls.GreenKVB, (int) GreenKvbAspects.running);
controlManager.setState(cabControls.YellowKVB, (int) YellowKvbAspects.running);
reset();
enabled = true;
}
else if (beacon.Optional == KvbDisable)
{
controlManager.setState(cabControls.GreenKVB, (int) GreenKvbAspects.none);
controlManager.setState(cabControls.YellowKVB, (int) YellowKvbAspects.none);
enabled = false;
}
}
if (enabled)
{
if (beacon.Type == Beacons.Signal)
{
if (beacon.Signal.Aspect == 0)
stopTrain();
else if (beacon.Signal.Aspect <= ClosedSignal.signalAspectForConsideringClosed)
signalAspect = false;
else
signalAspect = true;
}
if (beacon.Type == Beacons.NextSignal)
{
if (!signalAspect)
{
controlManager.setState(cabControls.GreenKVB, (int) GreenKvbAspects.none);
if (beacon.Optional >= 0)
{
speedLimiter.startDecelerationControl(currentSpeed, location, location + (int) Math.Round(beacon.Signal.Distance), DecelerationControlType.low);
controlManager.setState(cabControls.YellowKVB, (int) YellowKvbAspects.double0);
}
else
{
speedLimiter.startDecelerationControl(currentSpeed, location, (int) Math.Round(beacon.Signal.Distance), DecelerationControlType.strong);
controlManager.setState(cabControls.YellowKVB, (int) YellowKvbAspects.triple0);
}
}
else
{
speedLimiter.stopDecelerationControl();
controlManager.setState(cabControls.GreenKVB, (int) GreenKvbAspects.running);
controlManager.setState(cabControls.YellowKVB, (int) YellowKvbAspects.running);
}
}
if (beacon.Type == Beacons.SpeedLimit)
newSpeedLimit = new Speed(kmhToMs((double) beacon.Optional));
if (beacon.Type == Beacons.TargetDistance)
targetDistance = beacon.Optional;
if (targetDistance != -1 && newSpeedLimit.KilometersPerHour != -1)
speedLimiter.setTargetSpeed(newSpeedLimit,targetDistance);
}
}
}
public abstract void trainEvent(TrainEvent _event);
