private double GetRpmIncreaseForGasPressure(PedalPressure pressure)
{
switch (CurrentGear.Value)
{
case 0:
return(pressure.Value * 35);
case 1:
return(pressure.Value * 30 - 2 * (_systems.getCurrentRpm() / 5000));
case 2:
return(pressure.Value * 25 - 2 * (_systems.getCurrentRpm() / 5000));
case 3:
return(pressure.Value * 20 - 3 * (_systems.getCurrentRpm() / 5000));
case 4:
return(pressure.Value * 15 - 4 * (_systems.getCurrentRpm() / 5000));
case 5:
return(pressure.Value * 10 - 5 * (_systems.getCurrentRpm() / 5000));
case 6:
return(pressure.Value * 5 - 6 * (_systems.getCurrentRpm() / 5000));
}
return(0);
}
public KickdownDetectionProcess(IKickdownCharacteristics kickdownCharacteristics, IGearshiftService gearshiftService)
{
_kickdownCharacteristics = kickdownCharacteristics;
_gearshiftService = gearshiftService;
ResponsivenessMode = ResponsivenessMode.Economic;
CurrentGear = new Gear(0);
LastGasPressure = new PedalPressure(0.0);
CurrentRpm = new Rpm(0.0);
}
public EngineEmulator(ExternalSystems systems)
{
_systems = systems;
GasPressure = new PedalPressure(0);
BrakePressure = new PedalPressure(0);
CurrentGear = new Gear(0);
Task.Run(Run);
}
public SuggestedKickdownAction GetActionFor(ResponsivenessMode responsivenessMode, PedalPressure pedalPressure, Rpm currentRpm)
{
switch (responsivenessMode)
{
case ResponsivenessMode.Comfort:
if (pedalPressure.Value > SingularKickdownThresholdInComfortMode && currentRpm.Value >= SingularKickdownRpmInComfortMode)
{
return(SuggestedKickdownAction.Singular);
}
break;
case ResponsivenessMode.Sport:
if (pedalPressure.Value >= DoubleKickdownThresholdInSportsMode && currentRpm.Value >= DoubleKickdownRpmInSportMode)
{
return(SuggestedKickdownAction.Double);
}
else if (pedalPressure.Value >= SingularKickdownThresholdInSportsMode && currentRpm.Value >= SingularKickdownRpmInSportMode)
{
return(SuggestedKickdownAction.Singular);
}
break;
}
return(SuggestedKickdownAction.None);
}
public void ApplyBrakePedalPressure(PedalPressure pressure)
{
_eventBus.SendEvent(_pedalPanel.ChangeBrakePressure(pressure));
}
public void ApplyGasPedalPressure(PedalPressure pressure)
{
_eventBus.SendEvent(_pedalPanel.ChangeGasPressure(pressure));
}
public IReadOnlyCollection <IEvent> ChangeGasPressure(PedalPressure pressure)
{
return(new List <IEvent> {
new GasPressureChanged(pressure)
});
}
