Function computeInputMapping

Parameters

• tables: readonly Table[]
• out: {
      constraints: readonly {
          bindings: readonly {
              dimensionLabel?: string;
              qualifier?: string;
          }[];
          condition: "eq" | "geq" | "leq";
          derivation?: {
              kind: "pinnedVariable";
              label: string;
          } | {
              kind: "relaxedConstraintCap";
              label: string;
              variant: "deficit" | "surplus";
          };
          label: string;
          subjects: readonly ({
              kind: "parameter";
              label: string;
          } | {
              kind: "variable";
              label: string;
          })[];
      }[];
      dimensions: readonly {
          isNumeric: boolean;
          label: string;
      }[];
      objectives: readonly {
          derivation?: {
              kind: "relaxedConstraint";
              label: string;
              variant: "deficit" | "surplus";
          };
          isMaximization: boolean;
          isQuadratic: boolean;
          label: string;
      }[];
      parameters: readonly {
          bindings: readonly {
              dimensionLabel?: string;
              qualifier?: string;
          }[];
          derivation?: {
              kind: "pinnedVariable";
              label: string;
          } | {
              kind: "relaxedConstraintCap";
              label: string;
              variant: "deficit" | "surplus";
          };
          image: {
              isIntegral: boolean;
              lowerBound: number | "Infinity" | "-Infinity" | "Dynamic";
              upperBound: number | "Infinity" | "-Infinity" | "Dynamic";
          };
          label: string;
      }[];
      variables: readonly {
          bindings: readonly {
              dimensionLabel?: string;
              qualifier?: string;
          }[];
          derivation?: {
              kind: "relaxedConstraint";
              label: string;
              variant: "deficit" | "surplus";
          };
          image: {
              isIntegral: boolean;
              lowerBound: number | "Infinity" | "-Infinity" | "Dynamic";
              upperBound: number | "Infinity" | "-Infinity" | "Dynamic";
          };
          label: string;
      }[];
  }

  • Readonly constraints: readonly {
        bindings: readonly {
            dimensionLabel?: string;
            qualifier?: string;
        }[];
        condition: "eq" | "geq" | "leq";
        derivation?: {
            kind: "pinnedVariable";
            label: string;
        } | {
            kind: "relaxedConstraintCap";
            label: string;
            variant: "deficit" | "surplus";
        };
        label: string;
        subjects: readonly ({
            kind: "parameter";
            label: string;
        } | {
            kind: "variable";
            label: string;
        })[];
    }[]

  • Readonly dimensions: readonly {
        isNumeric: boolean;
        label: string;
    }[]

  • Readonly objectives: readonly {
        derivation?: {
            kind: "relaxedConstraint";
            label: string;
            variant: "deficit" | "surplus";
        };
        isMaximization: boolean;
        isQuadratic: boolean;
        label: string;
    }[]

  • Readonly parameters: readonly {
        bindings: readonly {
            dimensionLabel?: string;
            qualifier?: string;
        }[];
        derivation?: {
            kind: "pinnedVariable";
            label: string;
        } | {
            kind: "relaxedConstraintCap";
            label: string;
            variant: "deficit" | "surplus";
        };
        image: {
            isIntegral: boolean;
            lowerBound: number | "Infinity" | "-Infinity" | "Dynamic";
            upperBound: number | "Infinity" | "-Infinity" | "Dynamic";
        };
        label: string;
    }[]

  • Readonly variables: readonly {
        bindings: readonly {
            dimensionLabel?: string;
            qualifier?: string;
        }[];
        derivation?: {
            kind: "relaxedConstraint";
            label: string;
            variant: "deficit" | "surplus";
        };
        image: {
            isIntegral: boolean;
            lowerBound: number | "Infinity" | "-Infinity" | "Dynamic";
            upperBound: number | "Infinity" | "-Infinity" | "Dynamic";
        };
        label: string;
    }[]