swift-manual-s/Sources/Models/CoolingInterpolation.swift

public enum CoolingInterpolation {

  public struct Request: Codable, Equatable, Sendable {

    public let elevation: Int?
    public let summerDesignInfo: DesignInfo.Summer
    public let coolingLoad: Capacity.Cooling
    public let systemType: SystemType
    public let interpolation: InterpolationRequest

    public init(
      elevation: Int? = nil,
      summerDesignInfo: DesignInfo.Summer,
      coolingLoad: Capacity.Cooling,
      systemType: SystemType,
      interpolation: InterpolationRequest
    ) {
      self.elevation = elevation
      self.summerDesignInfo = summerDesignInfo
      self.coolingLoad = coolingLoad
      self.systemType = systemType
      self.interpolation = interpolation
    }
  }

  public struct Response: Codable, Equatable, Sendable {

    public let failed: Bool
    public let failures: [String]?
    public let interpolatedCapacity: Capacity.Cooling
    public let excessLatent: Int
    public let finalCapacityAtDesign: Capacity.Cooling
    public let altitudeDerating: AdjustmentMultiplier?
    public let capacityAsPercentOfLoad: Capacity.Cooling
    public let sizingLimits: SizingLimits.Response

    public init(
      failures: [String]? = nil,
      interpolatedCapacity: Capacity.Cooling,
      excessLatent: Int,
      finalCapacityAtDesign: Capacity.Cooling,
      altitudeDerating: AdjustmentMultiplier? = nil,
      capacityAsPercentOfLoad: Capacity.Cooling,
      sizingLimits: SizingLimits.Response
    ) {
      self.failed = failures != nil ? failures!.count > 0 : false
      self.failures = failures
      self.interpolatedCapacity = interpolatedCapacity
      self.excessLatent = excessLatent
      self.finalCapacityAtDesign = finalCapacityAtDesign
      self.altitudeDerating = altitudeDerating
      self.capacityAsPercentOfLoad = capacityAsPercentOfLoad
      self.sizingLimits = sizingLimits
    }
  }

  public enum InterpolationRequest: Codable, Equatable, Sendable {
    case noInterpolation(Capacity.ManufacturersCooling, AdjustmentMultiplier? = nil)
    case oneWayIndoor(OneWayIndoor)
    case oneWayOutdoor(OneWayOutdoor)
    case twoWay(TwoWay)
  }

  public struct OneWayIndoor: Codable, Equatable, Sendable {

    public let airflow: Int
    public let outdoorTemperature: Int
    public let capacities: Capacities
    public let adjustmentMultipliers: AdjustmentMultiplier?

    public init(
      airflow: Int,
      outdoorTemperature: Int,
      capacities: CoolingInterpolation.OneWayIndoor.Capacities,
      adjustmentMultipliers: AdjustmentMultiplier? = nil
    ) {
      self.airflow = airflow
      self.outdoorTemperature = outdoorTemperature
      self.capacities = capacities
      self.adjustmentMultipliers = adjustmentMultipliers
    }

    public struct Capacities: Codable, Equatable, Sendable {

      public let aboveDewpoint: Capacity.ManufacturersContainer
      public let belowDewpoint: Capacity.ManufacturersContainer

      public init(
        aboveDewpoint: Capacity.ManufacturersContainer,
        belowDewpoint: Capacity.ManufacturersContainer
      ) {
        self.aboveDewpoint = aboveDewpoint
        self.belowDewpoint = belowDewpoint
      }
    }
  }

  public struct OneWayOutdoor: Codable, Equatable, Sendable {

    public let airflow: Int
    public let wetBulb: Int
    public let capacities: Capacities
    public let adjustmentMultipliers: AdjustmentMultiplier?

    public init(
      airflow: Int,
      wetBulb: Int,
      capacities: CoolingInterpolation.OneWayOutdoor.Capacities,
      adjustmentMultipliers: AdjustmentMultiplier? = nil
    ) {
      self.airflow = airflow
      self.wetBulb = wetBulb
      self.capacities = capacities
      self.adjustmentMultipliers = adjustmentMultipliers
    }

    public struct Capacities: Codable, Equatable, Sendable {

      public let aboveOutdoor: CapacityContainer
      public let belowOutdoor: CapacityContainer

      public init(
        aboveOutdoor: CoolingInterpolation.OneWayOutdoor.Capacities.CapacityContainer,
        belowOutdoor: CoolingInterpolation.OneWayOutdoor.Capacities.CapacityContainer
      ) {
        self.aboveOutdoor = aboveOutdoor
        self.belowOutdoor = belowOutdoor
      }

      public struct CapacityContainer: Codable, Equatable, Sendable {

        public let outdoorTemperature: Int
        public let totalCapacity: Int
        public let sensibleCapacity: Int

        public init(outdoorTemperature: Int, totalCapacity: Int, sensibleCapacity: Int) {
          self.outdoorTemperature = outdoorTemperature
          self.totalCapacity = totalCapacity
          self.sensibleCapacity = sensibleCapacity
        }
      }
    }
  }

  public struct TwoWay: Codable, Equatable, Sendable {

    public let airflow: Int
    public let capacities: Capacities
    public let adjustmentMultipliers: AdjustmentMultiplier?

    public init(
      airflow: Int,
      capacities: CoolingInterpolation.TwoWay.Capacities,
      adjustmentMultipliers: AdjustmentMultiplier? = nil
    ) {
      self.airflow = airflow
      self.capacities = capacities
      self.adjustmentMultipliers = adjustmentMultipliers
    }

    public struct Capacities: Codable, Equatable, Sendable {

      public let above: CapacityContainer
      public let below: CapacityContainer

      public init(
        above: CoolingInterpolation.TwoWay.Capacities.CapacityContainer,
        below: CoolingInterpolation.TwoWay.Capacities.CapacityContainer
      ) {
        self.above = above
        self.below = below
      }

      public struct CapacityContainer: Codable, Equatable, Sendable {

        public let outdoorTemperature: Int
        public let aboveDewPoint: Capacity.ManufacturersContainer
        public let belowDewPoint: Capacity.ManufacturersContainer

        public init(
          outdoorTemperature: Int,
          aboveDewPoint: Capacity.ManufacturersContainer,
          belowDewPoint: Capacity.ManufacturersContainer
        ) {
          self.outdoorTemperature = outdoorTemperature
          self.aboveDewPoint = aboveDewPoint
          self.belowDewPoint = belowDewPoint
        }
      }
    }
  }

}