private void CalculateShoppingChance(float currentHour)
{
float minShoppingChanceEndHour = Math.Min(config.WakeupHour, EarliestWakeUp);
float maxShoppingChanceStartHour = Math.Max(config.WorkBegin, config.WakeupHour);
if (minShoppingChanceEndHour == maxShoppingChanceStartHour)
{
minShoppingChanceEndHour = RealTimeMath.Clamp(maxShoppingChanceStartHour - 1f, 2f, maxShoppingChanceStartHour - 1f);
}
#if DEBUG
uint oldChance = shoppingChances[(int)Citizen.AgeGroup.Adult];
#endif
float chance;
bool isNight;
float maxShoppingChanceEndHour = Math.Max(config.GoToSleepUpHour, config.WorkEnd);
if (currentHour < minShoppingChanceEndHour)
{
isNight = true;
chance = NightShoppingChance;
}
else if (currentHour < maxShoppingChanceStartHour)
{
isNight = true;
chance = NightShoppingChance +
((100u - NightShoppingChance) * (currentHour - minShoppingChanceEndHour) / (maxShoppingChanceStartHour - minShoppingChanceEndHour));
}
else if (currentHour < maxShoppingChanceEndHour)
{
isNight = false;
chance = 100;
}
else
{
isNight = true;
chance = NightShoppingChance +
((100u - NightShoppingChance) * (24f - currentHour) / (24f - maxShoppingChanceEndHour));
}
uint roundedChance = (uint)Math.Round(chance);
shoppingChances[(int)Citizen.AgeGroup.Child] = isNight ? 0u : roundedChance;
shoppingChances[(int)Citizen.AgeGroup.Teen] = isNight ? 0u : roundedChance;
shoppingChances[(int)Citizen.AgeGroup.Young] = roundedChance;
shoppingChances[(int)Citizen.AgeGroup.Adult] = roundedChance;
shoppingChances[(int)Citizen.AgeGroup.Senior] = isNight ? (uint)Math.Round(chance * 0.1f) : roundedChance;
#if DEBUG
if (oldChance != roundedChance)
{
Log.Debug($"SHOPPING CHANCES for {timeInfo.Now}: child = {shoppingChances[0]}, teen = {shoppingChances[1]}, young = {shoppingChances[2]}, adult = {shoppingChances[3]}, senior = {shoppingChances[4]}");
}
#endif
}
/// <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>
public float GetEstimatedTravelTime(ushort building1, ushort building2)
{
if (building1 == 0 || building2 == 0 || building1 == building2)
{
return(0);
}
float distance = buildingManager.GetDistanceBetweenBuildings(building1, building2);
return(RealTimeMath.Clamp(distance / OnTheWayDistancePerHour, MinTravelTime, MaxTravelTime));
}
/// <summary>Calculates the chances for the citizens to go out based on the current game time.</summary>
public void RefreshGoOutChances()
{
uint weekdayModifier;
if (config.IsWeekendEnabled)
{
weekdayModifier = timeInfo.Now.IsWeekendTime(12f, config.GoToSleepUpHour)
? 11u
: 1u;
}
else
{
weekdayModifier = 1u;
}
float currentHour = timeInfo.CurrentHour;
float latestGoOutHour = config.GoToSleepUpHour - simulationCycle;
bool isDayTime = currentHour >= config.WakeupHour && currentHour < latestGoOutHour;
float timeModifier;
if (isDayTime)
{
timeModifier = RealTimeMath.Clamp(currentHour - config.WakeupHour, 0, 4f);
}
else
{
float nightDuration = 24f - (latestGoOutHour - config.WakeupHour);
float relativeHour = currentHour - latestGoOutHour;
if (relativeHour < 0)
{
relativeHour += 24f;
}
timeModifier = 3f / nightDuration * (nightDuration - relativeHour);
}
uint defaultChance = (uint)((timeModifier + weekdayModifier) * timeModifier);
bool dump = chances[(int)Citizen.AgeGroup.Young] != defaultChance;
chances[(int)Citizen.AgeGroup.Child] = isDayTime ? defaultChance : 0;
chances[(int)Citizen.AgeGroup.Teen] = isDayTime ? defaultChance : 0;
chances[(int)Citizen.AgeGroup.Young] = defaultChance;
chances[(int)Citizen.AgeGroup.Adult] = defaultChance;
chances[(int)Citizen.AgeGroup.Senior] = isDayTime ? defaultChance : 0;
if (dump)
{
Log.Debug($"GO OUT CHANCES for {timeInfo.Now}: child = {chances[0]}, teen = {chances[1]}, young = {chances[2]}, adult = {chances[3]}, senior = {chances[4]}");
}
}
private void CalculateDefaultChances(float currentHour, uint weekdayModifier)
{
float latestGoOutHour = config.GoToSleepUpHour - simulationCycle;
bool isDayTime = currentHour >= config.WakeupHour && currentHour < latestGoOutHour;
float timeModifier;
if (isDayTime)
{
timeModifier = RealTimeMath.Clamp(currentHour - config.WakeupHour, 0, 4f);
}
else
{
float nightDuration = 24f - (latestGoOutHour - config.WakeupHour);
float relativeHour = currentHour - latestGoOutHour;
if (relativeHour < 0)
{
relativeHour += 24f;
}
timeModifier = 3f / nightDuration * (nightDuration - relativeHour);
}
float chance = (timeModifier + weekdayModifier) * timeModifier;
uint roundedChance = (uint)Math.Round(chance);
#if DEBUG
bool dump = defaultChances[(int)Citizen.AgeGroup.Adult] != roundedChance;
#endif
defaultChances[(int)Citizen.AgeGroup.Child] = isDayTime ? roundedChance : 0;
defaultChances[(int)Citizen.AgeGroup.Teen] = isDayTime ? (uint)Math.Round(chance * 0.9f) : 0;
defaultChances[(int)Citizen.AgeGroup.Young] = (uint)Math.Round(chance * 1.3f);
defaultChances[(int)Citizen.AgeGroup.Adult] = roundedChance;
defaultChances[(int)Citizen.AgeGroup.Senior] = isDayTime ? (uint)Math.Round(chance * 0.8f) : 0;
#if DEBUG
if (dump)
{
Log.Debug($"DEFAULT GOING OUT CHANCES for {timeInfo.Now}: child = {defaultChances[0]}, teen = {defaultChances[1]}, young = {defaultChances[2]}, adult = {defaultChances[3]}, senior = {defaultChances[4]}");
}
#endif
}
/// <summary>Validates this instance and corrects possible invalid property values.</summary>
/// <returns>This instance.</returns>
public RealTimeConfig Validate()
{
WakeupHour = RealTimeMath.Clamp(WakeupHour, 4f, 8f);
GoToSleepUpHour = RealTimeMath.Clamp(GoToSleepUpHour, 20f, 23.75f);
DayTimeSpeed = RealTimeMath.Clamp(DayTimeSpeed, 1u, 7u);
NightTimeSpeed = RealTimeMath.Clamp(NightTimeSpeed, 1u, 7u);
VirtualCitizens = (VirtualCitizensLevel)RealTimeMath.Clamp((int)VirtualCitizens, (int)VirtualCitizensLevel.None, (int)VirtualCitizensLevel.Many);
ConstructionSpeed = RealTimeMath.Clamp(ConstructionSpeed, 0u, 100u);
SecondShiftQuota = RealTimeMath.Clamp(SecondShiftQuota, 1u, 25u);
NightShiftQuota = RealTimeMath.Clamp(NightShiftQuota, 1u, 25u);
LunchQuota = RealTimeMath.Clamp(LunchQuota, 0u, 100u);
LocalBuildingSearchQuota = RealTimeMath.Clamp(LocalBuildingSearchQuota, 0u, 100u);
OnTimeQuota = RealTimeMath.Clamp(OnTimeQuota, 0u, 100u);
EarliestHourEventStartWeekday = RealTimeMath.Clamp(EarliestHourEventStartWeekday, 0f, 23.75f);
LatestHourEventStartWeekday = RealTimeMath.Clamp(LatestHourEventStartWeekday, 0f, 23.75f);
if (LatestHourEventStartWeekday < EarliestHourEventStartWeekday)
{
LatestHourEventStartWeekday = EarliestHourEventStartWeekday;
}
EarliestHourEventStartWeekend = RealTimeMath.Clamp(EarliestHourEventStartWeekend, 0f, 23.75f);
LatestHourEventStartWeekend = RealTimeMath.Clamp(LatestHourEventStartWeekend, 0f, 23.75f);
if (LatestHourEventStartWeekend < EarliestHourEventStartWeekend)
{
LatestHourEventStartWeekend = EarliestHourEventStartWeekend;
}
WorkBegin = RealTimeMath.Clamp(WorkBegin, 4f, 11f);
WorkEnd = RealTimeMath.Clamp(WorkEnd, 12f, 20f);
LunchBegin = RealTimeMath.Clamp(LunchBegin, 11f, 13f);
LunchEnd = RealTimeMath.Clamp(LunchEnd, 13f, 15f);
SchoolBegin = RealTimeMath.Clamp(SchoolBegin, 4f, 10f);
SchoolEnd = RealTimeMath.Clamp(SchoolEnd, 11f, 16f);
MaxOvertime = RealTimeMath.Clamp(MaxOvertime, 0f, 4f);
return(this);
}
