public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
if (Hydrology.instance.isRaining == true && Hydrology.instance._preRainfallLandvalues[buildingID] > 0 && landValue > Hydrology.instance._preRainfallLandvalues[buildingID] && ModSettings.FreezeLandvalues == true)
{
//Debug.Log("[RF].LUEB Residence " + buildingID.ToString() + " increased in Landvalue during a storm from " + Hydrology.instance._preRainfallLandvalues[buildingID].ToString() + " to " + landValue.ToString());
landValue = Hydrology.instance._preRainfallLandvalues[buildingID];
}
return(base.OnCalculateResidentialLevelUp(levelUp, averageEducation, landValue, buildingID, service, subService, currentLevel));
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue,
ushort buildingID, Service service, SubService subService, Level currentLevel)
{
if (HistoricalStatusDataManager.Instance.IsHistorical(buildingID))
{
levelUp.targetLevel = currentLevel;
}
return(levelUp);
}
/// <summary>
/// Residential level up control - game extension method.
/// Used to override 'low land value' complaint as appropriate.
/// </summary>
/// <param name="levelUp">Original upgrade struct (target level and progress)</param>
/// <param name="averageEducation">Average education for the building (ignored)</param>
/// <param name="landValue">Land value for the building (ignored)</param>
/// <param name="buildingID">Building instance ID</param>
/// <param name="service">Building service (ignored)</param>
/// <param name="subService">Building subservice (ignored)</param>
/// <param name="currentLevel">Existing building level (ignored)</param>
/// <returns>Revised target level (level and progress)</returns>
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue,
ushort buildingID, Service service, SubService subService, Level currentLevel)
{
// Check if this building is RICO or not.
bool isRICO = IsRICOBuilding(buildingID);
// Check if the relevant 'ignore low land value complaint' setting is set.
if ((ModSettings.noValueOther && !isRICO) || (ModSettings.noValueRico && isRICO))
{
// It is - force land value complaint off.
levelUp.landValueTooLow = false;
}
return(levelUp);
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
// Disable levelling up until I can look into land values
levelUp.landValueTooLow = false;
return levelUp;
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
levelUp.targetLevel = this.controlLevelUp(levelUp.targetLevel, currentLevel, buildingID);
return(levelUp);
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
if (levelUp.landValueProgress != 0)
{
Level targetLevel;
if (landValue < 15)
{
targetLevel = Level.Level1;
levelUp.landValueProgress = 1 + (landValue * 15 + 7) / 15;
}
else if (landValue < 35)
{
targetLevel = Level.Level2;
levelUp.landValueProgress = 1 + ((landValue - 15) * 15 + 10) / 20;
}
else if (landValue < 60)
{
targetLevel = Level.Level3;
levelUp.landValueProgress = 1 + ((landValue - 35) * 15 + 12) / 25;
}
else if (landValue < 85)
{
targetLevel = Level.Level4;
levelUp.landValueProgress = 1 + ((landValue - 60) * 15 + 12) / 25;
}
else
{
targetLevel = Level.Level5;
levelUp.landValueProgress = 1;
}
if (targetLevel < currentLevel)
{
levelUp.landValueProgress = 1;
}
else if (targetLevel > currentLevel)
{
levelUp.landValueProgress = 15;
}
if (targetLevel < levelUp.targetLevel)
{
levelUp.targetLevel = targetLevel;
}
}
levelUp.landValueTooLow = false;
if (currentLevel == Level.Level2)
{
if (landValue == 0) levelUp.landValueTooLow = true;
}
else if (currentLevel == Level.Level3)
{
if (landValue < 21) levelUp.landValueTooLow = true;
}
else if (currentLevel == Level.Level4)
{
if (landValue < 46) levelUp.landValueTooLow = true;
}
else if (currentLevel == Level.Level5)
{
if (landValue < 71) levelUp.landValueTooLow = true;
}
return levelUp;
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int lv, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
if (SaveData2.saveData.DifficultyLevel == DifficultyLevel.Vanilla)
{
return levelUp;
}
var instance = Singleton<BuildingManager>.instance.m_buildings.m_buffer[(int)buildingID];
var zone = instance.Info.m_class.GetZone();
int buildingWealth = instance.m_customBuffer1;
float education = 0;
float happy = 0;
float commute = 0;
var levelUpHelper = LevelUpHelper3.instance;
var serviceScore = levelUpHelper.GetProperServiceScore(buildingID);
levelUpHelper.GetEducationHappyScore(buildingID, out education, out happy, out commute);
Level targetLevel = Level.Level5;
for (var i = 0; i < 5; i += 1)
{
if (serviceScore < levelUpHelper.GetServiceThreshhold((ItemClass.Level)i, zone) || (buildingWealth != 0 && buildingWealth < levelUpHelper.GetWealthThreshhold((ItemClass.Level)i, zone)) || education < levelUpHelper.GetEducationThreshhold((ItemClass.Level)i, zone))
{
targetLevel = (Level)i;
levelUp.landValueProgress = 1 + CalcProgress(serviceScore, levelUpHelper.GetServiceThreshhold((ItemClass.Level)i, zone), levelUpHelper.GetServiceThreshhold((ItemClass.Level)(i - 1), zone), 7) + CalcProgress(buildingWealth, levelUpHelper.GetWealthThreshhold((ItemClass.Level)i, zone), levelUpHelper.GetWealthThreshhold((ItemClass.Level)(i - 1), zone), 8);
levelUp.educationProgress = 1 + CalcProgress((int)education, levelUpHelper.GetEducationThreshhold((ItemClass.Level)i, zone), levelUpHelper.GetEducationThreshhold((ItemClass.Level)(i - 1), zone), 15);
break;
}
}
levelUp.landValueTooLow = (serviceScore < levelUpHelper.GetServiceThreshhold((ItemClass.Level)(Math.Max(-1, (int)currentLevel - 2)), zone)) || (buildingWealth != 0 && buildingWealth < levelUpHelper.GetWealthThreshhold((ItemClass.Level)(Math.Max(-1, (int)currentLevel - 2)), zone));
if (targetLevel < currentLevel)
{
levelUp.landValueProgress = 1;
levelUp.educationProgress = 1;
}
else if (targetLevel > currentLevel)
{
levelUp.landValueProgress = 15;
levelUp.educationProgress = 15;
}
if (targetLevel < levelUp.targetLevel)
{
levelUp.targetLevel = targetLevel;
}
return levelUp;
}
// Thread: Simulation
public ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
return levelUp;
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
DifficultyManager d = Singleton<DifficultyManager>.instance;
if (levelUp.landValueProgress != 0)
{
Level targetLevel;
int target2 = d.ResidentialTargetLandValue.GetValue(Level.Level2);
int target3 = d.ResidentialTargetLandValue.GetValue(Level.Level3);
int target4 = d.ResidentialTargetLandValue.GetValue(Level.Level4);
int target5 = d.ResidentialTargetLandValue.GetValue(Level.Level5);
if (landValue < target2)
{
targetLevel = Level.Level1;
levelUp.landValueProgress = 1 + (int)(15f * landValue / target2 + 0.49f);
}
else if (landValue < target3)
{
targetLevel = Level.Level2;
levelUp.landValueProgress = 1 + (int)(15f * (landValue - target2) / (target3 - target2) + 0.49f);
}
else if (landValue < target4)
{
targetLevel = Level.Level3;
levelUp.landValueProgress = 1 + (int)(15f * (landValue - target3) / (target4 - target3) + 0.49f);
}
else if (landValue < target5)
{
targetLevel = Level.Level4;
levelUp.landValueProgress = 1 + (int)(15f * (landValue - target4) / (target5 - target4) + 0.49f);
}
else
{
targetLevel = Level.Level5;
levelUp.landValueProgress = 1;
}
if (targetLevel < currentLevel)
{
levelUp.landValueProgress = 1;
}
else if (targetLevel > currentLevel)
{
levelUp.landValueProgress = 15;
}
if (targetLevel < levelUp.targetLevel)
{
levelUp.targetLevel = targetLevel;
}
}
levelUp.landValueTooLow = false;
if (currentLevel == Level.Level2)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level2)) levelUp.landValueTooLow = true;
}
else if (currentLevel == Level.Level3)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level3)) levelUp.landValueTooLow = true;
}
else if (currentLevel == Level.Level4)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level4)) levelUp.landValueTooLow = true;
}
else if (currentLevel == Level.Level5)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level5)) levelUp.landValueTooLow = true;
}
return levelUp;
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
DifficultyManager d = Singleton <DifficultyManager> .instance;
if (levelUp.landValueProgress != 0)
{
Level targetLevel;
int target2 = d.ResidentialTargetLandValue.GetValue(Level.Level2);
int target3 = d.ResidentialTargetLandValue.GetValue(Level.Level3);
int target4 = d.ResidentialTargetLandValue.GetValue(Level.Level4);
int target5 = d.ResidentialTargetLandValue.GetValue(Level.Level5);
if (landValue < target2)
{
targetLevel = Level.Level1;
levelUp.landValueProgress = 1 + (int)(15f * landValue / target2 + 0.49f);
}
else if (landValue < target3)
{
targetLevel = Level.Level2;
levelUp.landValueProgress = 1 + (int)(15f * (landValue - target2) / (target3 - target2) + 0.49f);
}
else if (landValue < target4)
{
targetLevel = Level.Level3;
levelUp.landValueProgress = 1 + (int)(15f * (landValue - target3) / (target4 - target3) + 0.49f);
}
else if (landValue < target5)
{
targetLevel = Level.Level4;
levelUp.landValueProgress = 1 + (int)(15f * (landValue - target4) / (target5 - target4) + 0.49f);
}
else
{
targetLevel = Level.Level5;
levelUp.landValueProgress = 1;
}
if (targetLevel < currentLevel)
{
levelUp.landValueProgress = 1;
}
else if (targetLevel > currentLevel)
{
levelUp.landValueProgress = 15;
}
if (targetLevel < levelUp.targetLevel)
{
levelUp.targetLevel = targetLevel;
}
}
levelUp.landValueTooLow = false;
if (currentLevel == Level.Level2)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level2))
{
levelUp.landValueTooLow = true;
}
}
else if (currentLevel == Level.Level3)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level3))
{
levelUp.landValueTooLow = true;
}
}
else if (currentLevel == Level.Level4)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level4))
{
levelUp.landValueTooLow = true;
}
}
else if (currentLevel == Level.Level5)
{
if (landValue < d.ResidentialTargetLandValue.GetTooLowValue(Level.Level5))
{
levelUp.landValueTooLow = true;
}
}
return(levelUp);
}
public override ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
if (!Singleton <GameSpeedManager> .instance.values.IsHardMode)
{
return(levelUp);
}
if (levelUp.landValueProgress != 0)
{
Level targetLevel;
if (landValue < 15)
{
targetLevel = Level.Level1;
levelUp.landValueProgress = 1 + (landValue * 15 + 7) / 15;
}
else if (landValue < 35)
{
targetLevel = Level.Level2;
levelUp.landValueProgress = 1 + ((landValue - 15) * 15 + 10) / 20;
}
else if (landValue < 60)
{
targetLevel = Level.Level3;
levelUp.landValueProgress = 1 + ((landValue - 35) * 15 + 12) / 25;
}
else if (landValue < 85)
{
targetLevel = Level.Level4;
levelUp.landValueProgress = 1 + ((landValue - 60) * 15 + 12) / 25;
}
else
{
targetLevel = Level.Level5;
levelUp.landValueProgress = 1;
}
if (targetLevel < currentLevel)
{
levelUp.landValueProgress = 1;
}
else if (targetLevel > currentLevel)
{
levelUp.landValueProgress = 15;
}
if (targetLevel < levelUp.targetLevel)
{
levelUp.targetLevel = targetLevel;
}
}
levelUp.landValueTooLow = false;
if (currentLevel == Level.Level2)
{
if (landValue == 0)
{
levelUp.landValueTooLow = true;
}
}
else if (currentLevel == Level.Level3)
{
if (landValue < 21)
{
levelUp.landValueTooLow = true;
}
}
else if (currentLevel == Level.Level4)
{
if (landValue < 46)
{
levelUp.landValueTooLow = true;
}
}
else if (currentLevel == Level.Level5)
{
if (landValue < 71)
{
levelUp.landValueTooLow = true;
}
}
return(levelUp);
}
// Thread: Simulation
public ResidentialLevelUp OnCalculateResidentialLevelUp(ResidentialLevelUp levelUp, int averageEducation, int landValue, ushort buildingID, Service service, SubService subService, Level currentLevel)
{
return(levelUp);
}