Game.EconomyParameterData

Assembly: Assembly-CSharp
Namespace: Game.Prefabs

Type: struct

Base: IComponentData, IQueryTypeParameter

Summary:
EconomyParameterData is a plain data component used by the game's ECS to hold global economic and policy parameters that affect wages, consumption, production efficiency, refunds, upkeep and other economic mechanics in Cities: Skylines 2. It uses Unity.Mathematics types (float2, float3) and a custom AnimationCurve1 for curve-driven parameters. This struct is intended to be attached / read as an IComponentData in systems that simulate city economy and building behaviors.

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Fields

• public float m_ExtractorCompanyExportMultiplier
  Multiplier applied to exporter company exports (affects income from resource extraction companies).

• public int m_Wage0
  Base wage for job level 0.

• public int m_Wage1
  Base wage for job level 1.

• public int m_Wage2
  Base wage for job level 2.

• public int m_Wage3
  Base wage for job level 3.

• public int m_Wage4
  Base wage for job level 4.

• public float m_CommuterWageMultiplier
  Multiplier applied to wages for commuters (adjusts wages when a worker commutes to another city/area).

• public int m_CompanyBankruptcyLimit
  Threshold value used to determine company bankruptcy behavior (e.g., negative balance limit).

• public int m_ResidentialMinimumEarnings
  Minimum earnings considered for residential citizens (used in welfare / eligibility checks).

• public int m_UnemploymentBenefit
  Base unemployment benefit paid out to unemployed citizens.

• public int m_Pension
  Pension payment amount for retired citizens.

• public int m_FamilyAllowance
  Family allowance amount (child/family support).

• public float2 m_ResourceConsumptionMultiplier
  Per-resource-type consumption multipliers (float2 suggests two tracked resource types or a packed pair).

• public float m_ResourceConsumptionPerCitizen
  Base resource consumption per citizen.

• public float m_TouristConsumptionMultiplier
  Consumption multiplier applied to tourists (how much tourists consume relative to citizens).

• public float m_WorkDayStart
  Work day start time (usually represented as a fractional hour/time value).

• public float m_WorkDayEnd
  Work day end time.

• public float m_IndustrialEfficiency
  Multiplier/efficiency value for industrial production.

• public float m_CommercialEfficiency
  Multiplier/efficiency value for commercial businesses.

• public float m_ExtractorProductionEfficiency
  Production efficiency specifically for extractor industries.

• public float m_TrafficReduction
  Factor representing how traffic reduces productivity / efficiency.

• public float m_MaxCitySpecializationBonus
  Maximum bonus from city specialization policies or specialization level.

• public int m_ResourceProductionCoefficient
  Integral coefficient affecting resource production scaling.

• public float3 m_LandValueModifier
  Land value modifiers (likely per zone type or preset categories; stored in float3).

• public float3 m_RentPriceBuildingZoneTypeBase
  Base rent price for different building/zone types (float3 holds multiple bases).

• public float m_MixedBuildingCompanyRentPercentage
  Percentage of rent that goes to companies in mixed-use buildings.

• public float m_ResidentialUpkeepLevelExponent
  Exponent used to calculate residential upkeep scaling with building level.

• public float m_CommercialUpkeepLevelExponent
  Exponent used to calculate commercial upkeep scaling with building level.

• public float m_IndustrialUpkeepLevelExponent
  Exponent used to calculate industrial upkeep scaling with building level.

• public int m_PerOfficeResourceNeededForIndustrial
  Number of office-related resources required per industrial unit (affects supply chain).

• public float m_UnemploymentAllowanceMaxDays
  Maximum number of days unemployment allowance is paid.

• public int m_ShopPossibilityIncreaseDivider
  Divider used in shop probability/possibility calculation (tunes shop spawning logic).

• public float m_CityServiceWageAdjustment
  Multiplier applied to wages for city service jobs (used in GetWage when cityServiceJob is true).

• public int m_PlayerStartMoney
  Starting money awarded to the player at game start.

• public float3 m_BuildRefundPercentage
  Refund percentages for building removal (per category stored in a float3).

• public float3 m_BuildRefundTimeRange
  Time range used to scale building refunds based on how long a building has existed.

• public float m_RelocationCostMultiplier
  Multiplier applied to relocation costs.

• public float3 m_RoadRefundPercentage
  Refund percentages for road removal (per road type / category).

• public float3 m_RoadRefundTimeRange
  Time range used for road refund scaling.

• public int3 m_TreeCostMultipliers
  Integer multipliers for tree placement/removal costs (per tree type/category).

• public AnimationCurve1 m_MapTileUpkeepCostMultiplier
  Curve used to determine upkeep cost multiplier for map tiles (custom curve type).

• public float2 m_LoanMinMaxInterestRate
  Min/max interest rates for loans (float2 = [min, max]).

Properties

• None (this struct exposes public fields and a public method; no C#-style properties are defined).

Constructors

• public EconomyParameterData()
  Default value-type constructor (auto-generated). All numeric fields default to zero; populate fields explicitly when creating instances to meaningful gameplay values. Because this is used as IComponentData, components are typically created and set via EntityManager or conversion systems.

Methods

• public int GetWage(int jobLevel, bool cityServiceJob = false)
  Returns the computed wage (int) for a given job level (0..4). If cityServiceJob is true, the method applies m_CityServiceWageAdjustment as an additional multiplier. If jobLevel is outside 0..4 the method returns 0.

Behavior summary: - Applies city service multiplier: num = cityServiceJob ? m_CityServiceWageAdjustment : 1f - Returns (int)(m_WageN * num) for N = jobLevel (0..4) - Returns 0 for any other jobLevel value

Usage Example

// Example: reading wages from an EconomyParameterData instance
EconomyParameterData econParams = /* obtain from EntityManager or injected system data */;

// Normal wage for level 2 worker
int wageLevel2 = econParams.GetWage(2);

// Wage for a level 3 city service job (applies city service adjustment)
int cityServiceWageLevel3 = econParams.GetWage(3, cityServiceJob: true);

// Example creating and assigning default values (when adding as a component)
EconomyParameterData customParams = new EconomyParameterData
{
    m_Wage0 = 100,
    m_Wage1 = 200,
    m_Wage2 = 350,
    m_Wage3 = 600,
    m_Wage4 = 900,
    m_CityServiceWageAdjustment = 1.1f,
    m_PlayerStartMoney = 50000,
    m_UnemploymentBenefit = 50,
    // ... set other fields as needed
};

// Add to an entity (pseudo-code, using EntityManager)
entityManager.AddComponentData(cityEntity, customParams);

// Then elsewhere:
int pWage = customParams.GetWage(1);

{{ Additional notes: - This struct is designed for use inside ECS systems (IComponentData); do not expect UnityEngine MonoBehaviour serialization semantics. - Types float2/float3 are from Unity.Mathematics. AnimationCurve1 is a game-specific curve wrapper — treat like a serializable curve for lookup. - Because most fields are public and primitive, tuning these values changes many game systems (wages, refunds, upkeep). When modding, adjust cautiously and test interactions (e.g., bankruptcies, unemployment flows). }}