static bool Prefix(IndustrialBuildingAI __instance, ItemClass.Level level, Randomizer r, int productionRate, out int electricityConsumption, out int waterConsumption, out int sewageAccumulation, out int garbageAccumulation, out int incomeAccumulation, out int mailAccumulation)
{
ItemClass item = __instance.m_info.m_class;
int[] array = IndustrialBuildingAIMod.GetArray(__instance.m_info, (int)level);
electricityConsumption = array[DataStore.POWER];
waterConsumption = array[DataStore.WATER];
sewageAccumulation = array[DataStore.SEWAGE];
garbageAccumulation = array[DataStore.GARBAGE];
mailAccumulation = array[DataStore.MAIL];
int landVal = AI_Utils.GetLandValueIncomeComponent(r.seed);
incomeAccumulation = array[DataStore.INCOME] + landVal;
electricityConsumption = Mathf.Max(100, productionRate * electricityConsumption) / 100;
waterConsumption = Mathf.Max(100, productionRate * waterConsumption) / 100;
sewageAccumulation = Mathf.Max(100, productionRate * sewageAccumulation) / 100;
garbageAccumulation = Mathf.Max(100, productionRate * garbageAccumulation) / 100;
incomeAccumulation = productionRate * incomeAccumulation;
mailAccumulation = Mathf.Max(100, productionRate * mailAccumulation) / 100;
// Don't execute base method after this.
return(false);
}
static bool Prefix(ref int __result, IndustrialBuildingAI __instance, ItemClass.Level level, Randomizer r, int width, int length)
{
ItemClass @class = __instance.m_info.m_class;
int[] array = IndustrialBuildingAIMod.GetArray(__instance.m_info, (int)level);
// Original method return value.
__result = Mathf.Max(100, width * length * array[DataStore.PRODUCTION]) / 100;
// Don't execute base method after this.
return(false);
}
static bool Prefix(IndustrialBuildingAI __instance, ItemClass.Level level, int productionRate, DistrictPolicies.CityPlanning cityPlanningPolicies, out int groundPollution, out int noisePollution)
{
ItemClass @class = __instance.m_info.m_class;
groundPollution = 0;
noisePollution = 0;
int[] array = IndustrialBuildingAIMod.GetArray(__instance.m_info, (int)level);
groundPollution = (productionRate * array[DataStore.GROUND_POLLUTION]) / 100;
noisePollution = (productionRate * array[DataStore.NOISE_POLLUTION]) / 100;
// Don't execute base method after this.
return(false);
}
static bool Prefix(IndustrialBuildingAI __instance, ItemClass.Level level, Randomizer r, int width, int length, out int level0, out int level1, out int level2, out int level3)
{
ulong seed = r.seed;
BuildingInfo item = __instance.m_info;
PrefabEmployStruct output;
// If not seen prefab, calculate
if (!DataStore.prefabWorkerVisit.TryGetValue(item.gameObject.GetHashCode(), out output))
{
int[] array = IndustrialBuildingAIMod.GetArray(item, (int)level);
AI_Utils.CalculateprefabWorkerVisit(width, length, ref item, 4, ref array, out output);
DataStore.prefabWorkerVisit.Add(item.gameObject.GetHashCode(), output);
}
level0 = output.level0;
level1 = output.level1;
level2 = output.level2;
level3 = output.level3;
// Don't execute base method after this.
return(false);
}
/// <summary>
/// Called whenever the currently selected building is changed to update the panel display.
/// </summary>
/// <param name="building"></param>
public void SelectionChanged(BuildingInfo building)
{
if ((building == null) || (building.name == null))
{
// If no valid building selected, then hide the calculations panel.
detailsPanel.height = 0;
detailsPanel.isVisible = false;
return;
}
// Variables to compare actual counts vs. mod count, to see if there's another mod overriding counts.
int appliedCount;
int modCount;
// Building model size, not plot size.
Vector3 buildingSize = building.m_size;
int floorCount;
// Array used for calculations depending on building service/subservice (via DataStore).
int[] array;
// Default minimum number of homes or jobs is one; different service types will override this.
int minHomesJobs = 1;
int customHomeJobs;
// Check for valid building AI.
if (!(building.GetAI() is PrivateBuildingAI buildingAI))
{
Debugging.Message("invalid building AI type in building details");
return;
}
// Residential vs. workplace AI.
if (buildingAI is ResidentialBuildingAI)
{
// Get appropriate calculation array.
array = ResidentialBuildingAIMod.GetArray(building, (int)building.GetClassLevel());
// Set calculated homes label.
homesJobsCalcLabel.text = Translations.Translate("RPR_CAL_HOM_CALC");
// Set customised homes label and get value (if any).
homesJobsCustomLabel.text = Translations.Translate("RPR_CAL_HOM_CUST");
customHomeJobs = ExternalCalls.GetResidential(building);
// Applied homes is what's actually being returned by the CaclulateHomeCount call to this building AI.
// It differs from calculated homes if there's an override value for that building with this mod, or if another mod is overriding.
appliedCount = buildingAI.CalculateHomeCount(building.GetClassLevel(), new Randomizer(0), building.GetWidth(), building.GetLength());
homesJobsActualLabel.text = Translations.Translate("RPR_CAL_HOM_APPL") + appliedCount;
}
else
{
// Workplace AI.
// Default minimum number of jobs is 4.
minHomesJobs = 4;
// Find the correct array for the relevant building AI.
switch (building.GetService())
{
case ItemClass.Service.Commercial:
array = CommercialBuildingAIMod.GetArray(building, (int)building.GetClassLevel());
break;
case ItemClass.Service.Office:
array = OfficeBuildingAIMod.GetArray(building, (int)building.GetClassLevel());
break;
case ItemClass.Service.Industrial:
if (buildingAI is IndustrialExtractorAI)
{
array = IndustrialExtractorAIMod.GetArray(building, (int)building.GetClassLevel());
}
else
{
array = IndustrialBuildingAIMod.GetArray(building, (int)building.GetClassLevel());
}
break;
default:
Debugging.Message("invalid building service in building details");
return;
}
// Set calculated jobs label.
homesJobsCalcLabel.text = Translations.Translate("RPR_CAL_JOB_CALC") + " ";
// Set customised jobs label and get value (if any).
homesJobsCustomLabel.text = Translations.Translate("RPR_CAL_JOB_CUST") + " ";
customHomeJobs = ExternalCalls.GetWorker(building);
// Applied jobs is what's actually being returned by the CalculateWorkplaceCount call to this building AI.
// It differs from calculated jobs if there's an override value for that building with this mod, or if another mod is overriding.
int[] jobs = new int[4];
buildingAI.CalculateWorkplaceCount(building.GetClassLevel(), new Randomizer(0), building.GetWidth(), building.GetLength(), out jobs[0], out jobs[1], out jobs[2], out jobs[3]);
appliedCount = jobs[0] + jobs[1] + jobs[2] + jobs[3];
homesJobsActualLabel.text = Translations.Translate("RPR_CAL_JOB_APPL") + " " + appliedCount;
}
// Reproduce CalcBase calculations to get building area.
int calcWidth = building.GetWidth();
int calcLength = building.GetLength();
floorCount = Mathf.Max(1, Mathf.FloorToInt(buildingSize.y / array[DataStore.LEVEL_HEIGHT]));
// If CALC_METHOD is zero, then calculations are based on building model size, not plot size.
if (array[DataStore.CALC_METHOD] == 0)
{
// If asset has small x dimension, then use plot width in squares x 6m (75% of standard width) instead.
if (buildingSize.x <= 1)
{
calcWidth *= 6;
}
else
{
calcWidth = (int)buildingSize.x;
}
// If asset has small z dimension, then use plot length in squares x 6m (75% of standard length) instead.
if (buildingSize.z <= 1)
{
calcLength *= 6;
}
else
{
calcLength = (int)buildingSize.z;
}
}
else
{
// If CALC_METHOD is nonzero, then caluclations are based on plot size, not building size.
// Plot size is 8 metres per square.
calcWidth *= 8;
calcLength *= 8;
}
// Display calculated (and retrieved) details.
detailLabels[(int)Details.width].text = Translations.Translate("RPR_CAL_BLD_X") + " " + calcWidth;
detailLabels[(int)Details.length].text = Translations.Translate("RPR_CAL_BLD_Z") + " " + calcLength;
detailLabels[(int)Details.height].text = Translations.Translate("RPR_CAL_BLD_Y") + " " + (int)buildingSize.y;
detailLabels[(int)Details.personArea].text = Translations.Translate("RPR_CAL_BLD_M2") + " " + array[DataStore.PEOPLE];
detailLabels[(int)Details.floorHeight].text = Translations.Translate("RPR_CAL_FLR_Y") + " " + array[DataStore.LEVEL_HEIGHT];
detailLabels[(int)Details.floors].text = Translations.Translate("RPR_CAL_FLR") + " " + floorCount;
// Area calculation - will need this later.
int calculatedArea = calcWidth * calcLength;
detailLabels[(int)Details.area].text = Translations.Translate("RPR_CAL_M2") + " " + calculatedArea;
// Show or hide extra floor modifier as appropriate (hide for zero or less, otherwise show).
if (array[DataStore.DENSIFICATION] > 0)
{
detailLabels[(int)Details.extraFloors].text = Translations.Translate("RPR_CAL_FLR_M") + " " + array[DataStore.DENSIFICATION];
detailLabels[(int)Details.extraFloors].isVisible = true;
}
else
{
detailLabels[(int)Details.extraFloors].isVisible = false;
}
// Set minimum residences for high density.
if ((building.GetSubService() == ItemClass.SubService.ResidentialHigh) || (building.GetSubService() == ItemClass.SubService.ResidentialHighEco))
{
// Minimum of 2, or 90% number of floors, whichever is greater. This helps the 1x1 high density.
minHomesJobs = Mathf.Max(2, Mathf.CeilToInt(0.9f * floorCount));
}
// Perform actual household or workplace calculation.
modCount = Mathf.Max(minHomesJobs, (calculatedArea * (floorCount + Mathf.Max(0, array[DataStore.DENSIFICATION]))) / array[DataStore.PEOPLE]);
homesJobsCalcLabel.text += modCount;
// Set customised homes/jobs label (leave blank if no custom setting retrieved).
if (customHomeJobs > 0)
{
homesJobsCustomLabel.text += customHomeJobs.ToString();
// Update modCount to reflect the custom figures.
modCount = customHomeJobs;
}
// Check to see if Ploppable RICO Revisited is controlling this building's population.
if (ModUtils.CheckRICO(building))
{
messageLabel.text = Translations.Translate("RPR_CAL_RICO");
messageLabel.Show();
}
else
{
// Hide message text by default.
messageLabel.Hide();
}
// We've got a valid building and results, so show panel.
detailsPanel.height = 270;
detailsPanel.isVisible = true;
}