import { AnyCircuitElement } from 'circuit-json';
import { P as PinMismatchDetail, F as Footprint } from './compare-FVKHS-Qm.js';
export { B as Bounds, C as CircuitJsonToFootprintOptions, a as CopperComparisonSummary, b as PinComparisonSummary, R as RasterComparison, c as circuitJsonToFootprint, d as compareFootprints, f as footprinterStringToFootprint, g as getFootprintBounds, s as summarizeCopperComparison } from './compare-FVKHS-Qm.js';
import '@tscircuit/math-utils';

declare const NUMERIC_PARAMETERS: readonly ["p", "px", "py", "w", "h", "pw", "ph", "pl", "pad", "ball", "od", "id"];
type NumericParameter = (typeof NUMERIC_PARAMETERS)[number];
type Topology = "four-sided" | "grid" | "irregular" | "linear" | "two-sided";
interface FootprinterDiscoveryCandidate {
    copperIntersectionOverUnion: number;
    domainScore: number;
    family: string;
    footprinterString: string;
    geometryScore: number;
    holeIntersectionOverUnion: number;
    optimizedParameters: Partial<Record<NumericParameter, number>>;
    pinMatchRate: number;
    pinMismatches: PinMismatchDetail[];
    pinsMatch: boolean;
    rankingScore: number;
}
interface FootprinterDiscoveryResult {
    best: FootprinterDiscoveryCandidate | null;
    candidates: FootprinterDiscoveryCandidate[];
    diagnostics: {
        evaluatedSeeds: number;
        optimizedSeeds: number;
        targetPadCount: number;
        topology: Topology;
    };
    target: Footprint;
}

interface CircuitJsonToFootprinterOptions {
    maxCandidates?: number;
    sourceHints?: string[];
    subtitle?: string;
    title?: string;
}
declare const circuitJsonToFootprinter: (circuitJson: readonly AnyCircuitElement[], options?: CircuitJsonToFootprinterOptions) => FootprinterDiscoveryResult;

export { type CircuitJsonToFootprinterOptions, Footprint, type FootprinterDiscoveryCandidate, type FootprinterDiscoveryResult, PinMismatchDetail, circuitJsonToFootprinter };