import { computeEdgeOrdering, computeEmbedding, computeLayering, computeMeasureSemantics, computeObservability, computeOperationalSemantics, computePorts, computeRooting, computeTemporal } from './advanced-props';
import { computeAutoRegular, computeClawFree, computeCograph, computeCompleteBipartite, computeCubic, computeLine, computePerfect, computeSelfComplementary, computeSplit, computeStronglyRegular, computeThreshold, computeVertexTransitive } from './advanced-structures';
import { computeConnectivity, computeCycles, computeDegreeConstraint } from './connectivity';
import { computeDirectionality, computeEdgeArity, computeEdgeData, computeEdgeMultiplicity, computeSchemaHomogeneity, computeSelfLoops, computeSignedness, computeUncertainty, computeVertexCardinality, computeVertexData, computeVertexIdentity, computeVertexOrdering, computeWeighting } from './core-props';
import { computeATFree, computeBullFree, computeC5Free, computeDistanceHereditary, computeGemFree, computeHHFree, computeP5Free } from './forbidden-subgraph';
import { computePlanar } from './geometric';
import { computeCircularArc, computeProperCircularArc } from './intersection';
import { computeHamiltonian, computeTraceable } from './path-props';
import { computeModular, computePtolemaic, computeQuasiLine } from './perfect-variants';
import { computeProbeChordal, computeProbeInterval } from './probe';
import { computeCommunityStructure, computeScaleFree, computeSmallWorld } from './spectral';
import { computeWeaklyChordal } from './structural';
import { computeCompleteness, computeDensity, computePartiteness } from './structure';
import { AnalyzerGraph, ComputePolicy } from './types';
export type InferredGraphSpec = Readonly<{
    vertexCardinality: ReturnType<typeof computeVertexCardinality>;
    vertexIdentity: ReturnType<typeof computeVertexIdentity>;
    vertexOrdering: ReturnType<typeof computeVertexOrdering>;
    edgeArity: ReturnType<typeof computeEdgeArity>;
    edgeMultiplicity: ReturnType<typeof computeEdgeMultiplicity>;
    selfLoops: ReturnType<typeof computeSelfLoops>;
    directionality: ReturnType<typeof computeDirectionality>;
    weighting: ReturnType<typeof computeWeighting>;
    signedness: ReturnType<typeof computeSignedness>;
    uncertainty: ReturnType<typeof computeUncertainty>;
    vertexData: ReturnType<typeof computeVertexData>;
    edgeData: ReturnType<typeof computeEdgeData>;
    schema: ReturnType<typeof computeSchemaHomogeneity>;
    connectivity: ReturnType<typeof computeConnectivity>;
    cycles: ReturnType<typeof computeCycles>;
    degreeConstraint: ReturnType<typeof computeDegreeConstraint>;
    completeness: ReturnType<typeof computeCompleteness>;
    partiteness: ReturnType<typeof computePartiteness>;
    density: ReturnType<typeof computeDensity>;
    embedding: ReturnType<typeof computeEmbedding>;
    rooting: ReturnType<typeof computeRooting>;
    temporal: ReturnType<typeof computeTemporal>;
    layering: ReturnType<typeof computeLayering>;
    edgeOrdering: ReturnType<typeof computeEdgeOrdering>;
    ports: ReturnType<typeof computePorts>;
    observability: ReturnType<typeof computeObservability>;
    operationalSemantics: ReturnType<typeof computeOperationalSemantics>;
    measureSemantics: ReturnType<typeof computeMeasureSemantics>;
    scaleFree: ReturnType<typeof computeScaleFree>;
    smallWorld: ReturnType<typeof computeSmallWorld>;
    communityStructure: ReturnType<typeof computeCommunityStructure>;
    hamiltonian: ReturnType<typeof computeHamiltonian>;
    traceable: ReturnType<typeof computeTraceable>;
    perfect: ReturnType<typeof computePerfect>;
    split: ReturnType<typeof computeSplit>;
    cograph: ReturnType<typeof computeCograph>;
    threshold: ReturnType<typeof computeThreshold>;
    line: ReturnType<typeof computeLine>;
    clawFree: ReturnType<typeof computeClawFree>;
    modular: ReturnType<typeof computeModular>;
    ptolemaic: ReturnType<typeof computePtolemaic>;
    quasiLine: ReturnType<typeof computeQuasiLine>;
    p5Free: ReturnType<typeof computeP5Free>;
    c5Free: ReturnType<typeof computeC5Free>;
    bullFree: ReturnType<typeof computeBullFree>;
    gemFree: ReturnType<typeof computeGemFree>;
    atFree: ReturnType<typeof computeATFree>;
    hhFree: ReturnType<typeof computeHHFree>;
    distanceHereditary: ReturnType<typeof computeDistanceHereditary>;
    weaklyChordal: ReturnType<typeof computeWeaklyChordal>;
    circularArc: ReturnType<typeof computeCircularArc>;
    properCircularArc: ReturnType<typeof computeProperCircularArc>;
    probeChordal: ReturnType<typeof computeProbeChordal>;
    probeInterval: ReturnType<typeof computeProbeInterval>;
    planarNew: ReturnType<typeof computePlanar>;
    cubic: ReturnType<typeof computeCubic>;
    specificRegular: ReturnType<typeof computeAutoRegular>;
    stronglyRegular: ReturnType<typeof computeStronglyRegular>;
    selfComplementary: ReturnType<typeof computeSelfComplementary>;
    vertexTransitive: ReturnType<typeof computeVertexTransitive>;
    completeBipartite: ReturnType<typeof computeCompleteBipartite>;
}>;
export declare const computeGraphSpecFromGraph: (g: AnalyzerGraph, policy?: Partial<ComputePolicy>) => InferredGraphSpec;
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