private bool ShouldMoveToSchoolOrWork(ushort currentBuilding, ushort workBuilding, float workBeginHour, float workEndHour, float overtime)
{
float gotoHour = workBeginHour - overtime - MaxHoursOnTheWay;
if (gotoHour < 0)
{
gotoHour += 24f;
}
float leaveHour = workEndHour + overtime;
if (leaveHour >= 24f)
{
leaveHour -= 24f;
}
float currentHour = TimeInfo.CurrentHour;
if (!IsWorkHour(currentHour, gotoHour, leaveHour))
{
return(false);
}
float distance = BuildingMgr.GetDistanceBetweenBuildings(currentBuilding, workBuilding);
float onTheWay = Mathf.Clamp(distance / OnTheWayDistancePerHour, MinHoursOnTheWay, MaxHoursOnTheWay);
gotoHour = workBeginHour - overtime - onTheWay;
if (gotoHour < 0)
{
gotoHour += 24f;
}
return(IsWorkHour(currentHour, gotoHour, leaveHour));
}
private bool ShouldMoveToSchoolOrWork(ushort workBuilding, ushort currentBuilding, Citizen.AgeGroup citizenAge)
{
if (workBuilding == 0 || IsWeekend)
{
return(false);
}
float currentHour = TimeInfo.CurrentHour;
float gotoWorkHour;
float leaveWorkHour;
bool overtime;
switch (citizenAge)
{
case Citizen.AgeGroup.Child:
case Citizen.AgeGroup.Teen:
gotoWorkHour = Config.SchoolBegin;
leaveWorkHour = Config.SchoolEnd;
overtime = false;
break;
case Citizen.AgeGroup.Young:
case Citizen.AgeGroup.Adult:
gotoWorkHour = Config.WorkBegin;
leaveWorkHour = Config.WorkEnd;
overtime = IsChance(Config.OnTimeQuota);
break;
default:
return(false);
}
// Performance optimization:
// If the current hour is far away from the working hours, don't even calculate the overtime and on the way time
if (overtime &&
(currentHour < gotoWorkHour - MaxHoursOnTheWay - Config.MaxOvertime || currentHour > leaveWorkHour + Config.MaxOvertime))
{
return(false);
}
else if (currentHour < gotoWorkHour - MaxHoursOnTheWay || currentHour > leaveWorkHour)
{
return(false);
}
if (overtime)
{
gotoWorkHour -= Config.MaxOvertime * Randomizer.Int32(100) / 200f;
leaveWorkHour += Config.MaxOvertime;
}
float distance = BuildingMgr.GetDistanceBetweenBuildings(currentBuilding, workBuilding);
float onTheWay = Mathf.Clamp(distance / OnTheWayDistancePerHour, MinHoursOnTheWay, MaxHoursOnTheWay);
gotoWorkHour -= onTheWay;
return(currentHour >= gotoWorkHour && currentHour < leaveWorkHour);
}
/// <summary>Gets an estimated travel time (in hours) between two specified buildings.</summary>
/// <param name="building1">The ID of the first building.</param>
/// <param name="building2">The ID of the second building.</param>
/// <returns>An estimated travel time in hours.</returns>
protected float GetEstimatedTravelTime(ushort building1, ushort building2)
{
if (building1 == 0 || building2 == 0 || building1 == building2)
{
return(0);
}
float distance = BuildingMgr.GetDistanceBetweenBuildings(building1, building2);
return(RealTimeMath.Clamp(distance / OnTheWayDistancePerHour, MinTravelTime, MaxTravelTime));
}