public static BreachType classifyTemperatureBreach(
CoolingType coolingType, double temperatureInC)
{
int lowerLimit = 0;
int upperLimit = 0;
switch (coolingType)
{
case CoolingType.PASSIVE_COOLING:
lowerLimit = 0;
upperLimit = 35;
break;
case CoolingType.HI_ACTIVE_COOLING:
lowerLimit = 0;
upperLimit = 45;
break;
case CoolingType.MED_ACTIVE_COOLING:
lowerLimit = 0;
upperLimit = 40;
break;
}
return(inferBreach(temperatureInC, lowerLimit, upperLimit));
}
public ExtremeLimit SetExtremeLimit(CoolingType coolingType)
{
return(new ExtremeLimit()
{
lowerLimit = 0,
upperLimit = 40
});
}
public static BreachType ClassifyTemperatureBreach(CoolingType coolingType, double temperatureInC)
{
ExtremeLimit _extremeLimit = new CoolingLimitDictionaryInitializer()._CoolingLimitType[coolingType]().SetExtremeLimit(coolingType);
return(InferBreach(temperatureInC, _extremeLimit.lowerLimit, _extremeLimit.upperLimit));
}
public static BreachType classifyTemperatureBreach(CoolingType coolingType, double temperatureInC)
{
ICoolingLimits coolingLimits = FetchInstance(coolingType.ToString()) as ICoolingLimits;
return(inferBreach(temperatureInC, coolingLimits.getLowerLimit, coolingLimits.getUpperLimit));
}
public static BreachType ClassifyTemperatureBreach(CoolingType coolingType, double temperatureInC)
{
ICoolingType cooling = BMSInstanceCreator.GetInstance(coolingType.ToString()) as ICoolingType;
return(CheckBreachType(temperatureInC, cooling.LowerLimit, cooling.UpperLimit));
}
