////////////////////////
/// Auxiliar Methods ///
////////////////////////
//////////////////////
/// Public Methods ///
//////////////////////
public LeisurePlan GetMostSatisfyingPlan(Citizen.NATURE nature, int currentHour, int limitHour)
{
LeisurePlan mostSatisfying = GetNullPlan();
int iteration = 0;
foreach (Leisure l in LeisureVenues)
{
if (iteration++ < 1)
{
continue;
}
if (limitHour < currentHour)
{
limitHour += 24;
}
int closing = l.Schedule.Closing, openinng = l.Schedule.Opening;
if (closing < openinng)
{
closing += 24;
}
int entering;
if (currentHour > openinng)
{
if (currentHour < closing)
{
entering = currentHour;
}
else
{
entering = openinng;
}
}
else
{
entering = openinng;
}
float satisfactionValue = l.Satisfaction.Value;
if (nature == Leisure.typeToNatureMatching[(int)l.LeisureType])
{
satisfactionValue += Global.Values.matchingNatureBonues;
}
if (satisfactionValue > mostSatisfying.Satisfaction && // If... it's more satisfying than the current option
entering + l.Schedule.RequieredTime <= closing && // ... it's possible to do the activity before the closing
entering + l.Schedule.RequieredTime <= limitHour) // ... it's possible to do the activity before it's too late
{
mostSatisfying.Enter = entering;
mostSatisfying.Place = l.LeisurePlace;
mostSatisfying.Satisfaction = satisfactionValue;
mostSatisfying.TimeExpended = l.Schedule.RequieredTime;
mostSatisfying.Cost = l.Cost;
}
}
return(mostSatisfying);
}
public LeisurePlan GetCheapestPlan(Citizen.NATURE nature, int currentHour, int limitHour)
{
LeisurePlan cheapest = GetNullPlan();
int iteration = 0;
foreach (Leisure l in LeisureVenues)
{
if (iteration++ < 1)
{
continue;
}
if (limitHour < currentHour)
{
limitHour += 24;
}
int closing = l.Schedule.Closing, openinng = l.Schedule.Opening;
if (closing < openinng)
{
closing += 24;
}
int entering;
if (currentHour > openinng)
{
if (currentHour < closing)
{
entering = currentHour;
}
else
{
entering = openinng;
}
}
else
{
entering = openinng;
}
if (cheapest.Cost < cheapest.Cost &&
entering + l.Schedule.RequieredTime <= closing &&
entering + l.Schedule.RequieredTime <= limitHour)
{
float satisfactionValue = l.Satisfaction.Value;
if (nature == Leisure.typeToNatureMatching[(int)l.LeisureType])
{
satisfactionValue += Global.Values.matchingNatureBonues;
}
cheapest.Enter = entering;
cheapest.Place = l.LeisurePlace;
cheapest.Satisfaction = satisfactionValue;
cheapest.TimeExpended = l.Schedule.RequieredTime;
cheapest.Cost = l.Cost;
}
}
return(cheapest);
}
public int CountNatureCitizens(Citizen.NATURE nature)
{
switch (nature)
{
case Citizen.NATURE.ACTIVE: return(activeNatureCitizens);
case Citizen.NATURE.CALM: return(calmNatureCitizens);
case Citizen.NATURE.DREAMER: return(dreamerNatureCitizens);
case Citizen.NATURE.SOCIAL: return(socialNatureCitizens);
default: return(-1);
}
}
public static int GetCitizensNatureCount(CityPart.PLACE cityPlace, Citizen.NATURE n) => City.CityParts[(int)cityPlace].CountNatureCitizens(n);
