/// <summary>
/// Load settings from XML file.
/// </summary>
internal static void LoadSettings()
{
try
{
// Check to see if configuration file exists.
if (File.Exists(ConfigFileName))
{
// Read it.
using (StreamReader reader = new StreamReader(ConfigFileName))
{
XmlSerializer xmlSerializer = new XmlSerializer(typeof(XMLConfigurationFile));
if (!(xmlSerializer.Deserialize(reader) is XMLConfigurationFile configFile))
{
Logging.Error("couldn't deserialize configuration file");
}
else
{
// Deserialise population calculation packs.
foreach (PopPackXML xmlPack in configFile.popPacks)
{
// Convert to volumetric pack.
VolumetricPopPack volPack = new VolumetricPopPack()
{
name = xmlPack.name,
displayName = xmlPack.name,
service = xmlPack.service,
version = (int)DataVersion.customOne,
levels = new LevelData[xmlPack.calculationLevels.Count]
};
// Iterate through each level in the xml and add to our volumetric pack.
foreach (PopLevel calculationLevel in xmlPack.calculationLevels)
{
volPack.levels[calculationLevel.level] = new LevelData()
{
//floorHeight = calculationLevel.floorHeight,
emptyArea = calculationLevel.emptyArea,
emptyPercent = calculationLevel.emptyPercent,
areaPer = calculationLevel.areaPer,
multiFloorUnits = calculationLevel.multiLevel
};
}
// Add new pack to our dictionary.
PopData.instance.AddCalculationPack(volPack);
}
// Deserialise floor calculation packs.
foreach (FloorPackXML xmlPack in configFile.floorPacks)
{
// Convert to floor pack.
FloorDataPack floorPack = new FloorDataPack()
{
name = xmlPack.name,
displayName = xmlPack.name,
version = (int)DataVersion.customOne,
floorHeight = xmlPack.floorHeight,
firstFloorMin = xmlPack.firstMin,
firstFloorExtra = xmlPack.firstExtra,
firstFloorEmpty = xmlPack.firstEmpty
};
// Add new pack to our dictionary.
FloorData.instance.AddCalculationPack(floorPack);
}
// Deserialise consumption records.
DataMapping mapper = new DataMapping();
foreach (ConsumptionRecord consumptionRecord in configFile.consumption)
{
// Get relevant DataStore array for this record.
int[][] dataArray = mapper.GetArray(consumptionRecord.service, consumptionRecord.subService);
// Iterate through each consumption line and populate relevant DataStore fields.
foreach (ConsumptionLine consumptionLine in consumptionRecord.levels)
{
int level = (int)consumptionLine.level;
dataArray[level][DataStore.POWER] = consumptionLine.power;
dataArray[level][DataStore.WATER] = consumptionLine.water;
dataArray[level][DataStore.SEWAGE] = consumptionLine.sewage;
dataArray[level][DataStore.GARBAGE] = consumptionLine.garbage;
dataArray[level][DataStore.GROUND_POLLUTION] = consumptionLine.pollution;
dataArray[level][DataStore.NOISE_POLLUTION] = consumptionLine.noise;
dataArray[level][DataStore.MAIL] = consumptionLine.mail;
dataArray[level][DataStore.INCOME] = consumptionLine.income;
}
}
// Deserialise default pack lists.
PopData.instance.DeserializeDefaults(configFile.popDefaults);
FloorData.instance.DeserializeDefaults(configFile.floorDefaults);
// Deserialise building pack lists.
PopData.instance.DeserializeBuildings(configFile.buildings);
FloorData.instance.DeserializeBuildings(configFile.buildings);
SchoolData.instance.DeserializeBuildings(configFile.buildings);
Multipliers.instance.DeserializeBuildings(configFile.buildings);
// Deserialise building population overrides.
PopData.instance.DeserializeOverrides(configFile.popOverrides);
// Deserialize floor overrides.
foreach (FloorCalcOverride floorOverride in configFile.floors)
{
FloorData.instance.SetOverride(floorOverride.prefab, new FloorDataPack
{
firstFloorMin = floorOverride.firstHeight,
floorHeight = floorOverride.floorHeight
});
}
// Deserialise visit modes.
RealisticVisitplaceCount.DeserializeVisits(configFile.visitorModes);
// Deserialise commercial sales multipliers.
GoodsUtils.DeserializeSalesMults(configFile.salesMults);
// Deserialise office production multipliers.
RealisticOfficeProduction.DeserializeProdMults(configFile.offProdMults);
// Deserialize industrial production calculation modes.
RealisticIndustrialProduction.DeserializeProds(configFile.indProdModes);
RealisticExtractorProduction.DeserializeProds(configFile.extProdModes);
// Deserialise commercial inventory caps.
GoodsUtils.DeserializeInvCaps(configFile.comIndCaps);
}
}
}
/// <summary>
/// Perform and display volumetric calculations for the currently selected building.
/// </summary>
/// <param name="building">Selected building prefab</param>
/// <param name="levelData">Population (level) calculation data to apply to calculations</param>
/// <param name="floorData">Floor calculation data to apply to calculations</param>
/// <param name="schoolData">School calculation data to apply to calculations</param>
/// <param name="schoolData">Multiplier to apply to calculations</param>
internal void CalculateVolumetric(BuildingInfo building, LevelData levelData, FloorDataPack floorData, SchoolDataPack schoolData, float multiplier)
{
// Safety first!
if (building == null)
{
return;
}
// Reset message label.
messageLabel.text = string.Empty;
// Perform calculations.
// Get floors and allocate area an number of floor labels.
SortedList <int, float> floors = PopData.instance.VolumetricFloors(building.m_generatedInfo, floorData, out float totalArea);
floorAreaLabel.text = totalArea.ToString("N0", LocaleManager.cultureInfo);
numFloorsLabel.text = floors.Count.ToString();
// Get total units.
int totalUnits = PopData.instance.VolumetricPopulation(building.m_generatedInfo, levelData, floorData, multiplier, floors, totalArea);
// Floor labels list.
List <string> floorLabels = new List <string>();
// What we call our units for this building.
string unitName;
switch (building.GetService())
{
case ItemClass.Service.Residential:
// Residential - households.
unitName = Translations.Translate("RPR_CAL_UNI_HOU");
break;
case ItemClass.Service.Education:
// Education - students.
unitName = Translations.Translate("RPR_CAL_UNI_STU");
break;
default:
// Default - workplaces.
unitName = Translations.Translate("RPR_CAL_UNI_WOR");
break;
}
// See if we're using area calculations for numbers of units, i.e. areaPer is at least one.
if (levelData.areaPer > 0)
{
// Determine area percentage to use for calculations (inverse of empty area percentage).
float areaPercent = 1 - (levelData.emptyPercent / 100f);
// Create new floor area labels by iterating through each floor.
for (int i = 0; i < floors.Count; ++i)
{
// StringBuilder, because we're doing a fair bit of manipulation here.
StringBuilder floorString = new StringBuilder("Floor ");
// Floor number
floorString.Append(i + 1);
floorString.Append(" " + Translations.Translate("RPR_CAL_VOL_ARA") + " ");
floorString.Append(floors[i].ToString("N0"));
// See if we're calculating units per individual floor.
if (!levelData.multiFloorUnits)
{
// Number of units on this floor - always rounded down.
int floorUnits = (int)((floors[i] * areaPercent) / levelData.areaPer);
// Adjust by multiplier (after rounded calculation above).
floorUnits = (int)(floorUnits * multiplier);
// Add extra info to label.
floorString.Append(" (");
floorString.Append(floorUnits.ToString("N0"));
floorString.Append(" ");
floorString.Append(unitName);
floorString.Append(")");
}
// Add new floor label item with results for this calculation.
floorLabels.Add(floorString.ToString());
}
}
// Do we have a current school selection, and are we using school property overrides?
if (schoolData != null && ModSettings.enableSchoolProperties)
{
// Yes - calculate and display school worker breakdown.
int[] workers = SchoolData.instance.CalcWorkers(schoolData, totalUnits);
schoolWorkerLabel.Show();
schoolWorkerLabel.text = workers[0] + " / " + workers[1] + " / " + workers[2] + " / " + workers[3];
// Calculate construction cost to display.
int cost = SchoolData.instance.CalcCost(schoolData, totalUnits);
ColossalFramework.Singleton <EconomyManager> .instance.m_EconomyWrapper.OnGetConstructionCost(ref cost, building.m_class.m_service, building.m_class.m_subService, building.m_class.m_level);
// Calculate maintenance cost to display.
int maintenance = SchoolData.instance.CalcMaint(schoolData, totalUnits) * 100;
ColossalFramework.Singleton <EconomyManager> .instance.m_EconomyWrapper.OnGetMaintenanceCost(ref maintenance, building.m_class.m_service, building.m_class.m_subService, building.m_class.m_level);
float displayMaint = Mathf.Abs(maintenance * 0.0016f);
// And display school cost breakdown.
costLabel.Show();
costLabel.text = cost.ToString((!(displayMaint >= 10f)) ? Settings.moneyFormat : Settings.moneyFormatNoCents, LocaleManager.cultureInfo) + " / " + displayMaint.ToString((!(displayMaint >= 10f)) ? Settings.moneyFormat : Settings.moneyFormatNoCents, LocaleManager.cultureInfo);
// Enforce school floors list position.
ResetFloorListPosition();
}
else
{
// No - hide school worker breakdown and cost labels.
schoolWorkerLabel.Hide();
costLabel.Hide();
// Enforce default floors list position.
ResetFloorListPosition();
}
// Allocate our new list of labels to the floors list (via an interim fastlist to avoid race conditions if we 'build' manually directly into floorsList).
FastList <object> fastList = new FastList <object>()
{
m_buffer = floorLabels.ToArray(),
m_size = floorLabels.Count
};
floorsList.rowsData = fastList;
// Display total unit calculation result.
switch (building.GetService())
{
case ItemClass.Service.Residential:
// Residential building.
totalJobsLabel.Hide();
totalStudentsLabel.Hide();
totalHomesLabel.Show();
totalHomesLabel.text = totalUnits.ToString("N0", LocaleManager.cultureInfo);
break;
case ItemClass.Service.Education:
// School building.
totalHomesLabel.Hide();
totalJobsLabel.Hide();
totalStudentsLabel.Show();
totalStudentsLabel.text = totalUnits.ToString("N0", LocaleManager.cultureInfo);
break;
default:
// Workplace building.
totalHomesLabel.Hide();
totalStudentsLabel.Hide();
totalJobsLabel.Show();
totalJobsLabel.text = totalUnits.ToString("N0", LocaleManager.cultureInfo);
break;
}
// Display commercial visit count, or hide the label if not commercial.
if (building.GetAI() is CommercialBuildingAI)
{
visitCountLabel.Show();
visitCountLabel.text = RealisticVisitplaceCount.PreviewVisitCount(building, totalUnits).ToString();
}
else
{
visitCountLabel.Hide();
}
// Display production count, or hide the label if not a production building.
if (building.GetAI() is PrivateBuildingAI privateAI && (privateAI is OfficeBuildingAI || privateAI is IndustrialBuildingAI || privateAI is IndustrialExtractorAI))
{
productionLabel.Show();
productionLabel.text = privateAI.CalculateProductionCapacity(building.GetClassLevel(), new ColossalFramework.Math.Randomizer(), building.GetWidth(), building.GetLength()).ToString();
}
