public void ApplyEvent(IEvent @event)
{
switch (@event)
{
case GearChanged gearChanged:
CurrentGear = gearChanged.EnteredGear;
break;
case ManualGearshiftingModeEntered _:
if (_vehicleInTemporalManualControlMode)
{
_service.StopTargetingAnyGear();
_tokenSource.Cancel();
}
VehicleInManualMode = true;
break;
case ManualGearshiftingModeExited _:
VehicleInManualMode = false;
break;
case GearUpshiftedManually _ when !VehicleInManualMode:
_vehicleInTemporalManualControlMode = true;
_service.TargetGear(CurrentGear.UpshiftedBy(new Gear(1)));
RescheduleComebackTimer();
break;
case GearDownshiftedManually _ when !VehicleInManualMode:
_vehicleInTemporalManualControlMode = true;
_service.TargetGear(CurrentGear.DownshiftedBy(new Gear(1)));
RescheduleComebackTimer();
break;
}
}
private void StartKickdown()
{
switch (_kickdownCharacteristics.GetActionFor(ResponsivenessMode, LastGasPressure, CurrentRpm))
{
case SuggestedKickdownAction.Singular:
_gearshiftService.TargetGear(CurrentGear.DownshiftedBy(new Gear(1)));
break;
case SuggestedKickdownAction.Double:
_gearshiftService.TargetGear(CurrentGear.DownshiftedBy(new Gear(2)));
break;
}
IsKickdownStarted = true;
}
public void ApplyEvent(IEvent @event)
{
switch (@event)
{
case GearChanged gearChanged:
CurrentGear = gearChanged.EnteredGear;
break;
case ManualGearshiftingModeEntered _:
VehicleInManualMode = true;
SelectedGear = CurrentGear;
_service.TargetGear(SelectedGear);
break;
case ManualGearshiftingModeExited _:
VehicleInManualMode = false;
_service.StopTargetingAnyGear();
break;
case GearUpshiftedManually _:
if (!VehicleInManualMode)
{
break;
}
SelectedGear = SelectedGear.UpshiftedBy(new Gear(1));
_service.TargetGear(SelectedGear);
break;
case GearDownshiftedManually _:
if (!VehicleInManualMode)
{
break;
}
SelectedGear = SelectedGear.DownshiftedBy(new Gear(1));
_service.TargetGear(SelectedGear);
break;
}
}
