import { EvaluationClaim } from 'ppef/types/claims';
/**
 * Ranking Claims for Path Salience evaluation.
 * Tests whether information-theoretic ranking outperforms baseline methods.
 */
declare const RANKING_CLAIMS: EvaluationClaim[];
/**
 * Community Detection Claims for Louvain evaluation.
 * Tests structural decomposition quality on benchmark graphs.
 */
declare const COMMUNITY_DETECTION_CLAIMS: EvaluationClaim[];
/**
 * K-Core Decomposition Claims.
 * Tests hierarchical structure identification on benchmark graphs.
 */
declare const KCORE_CLAIMS: EvaluationClaim[];
/**
 * Thesis claims for GraphBox evaluation.
 *
 * Each claim represents a testable hypothesis about algorithm performance.
 */
export declare const THESIS_CLAIMS: EvaluationClaim[];
/**
 * Get claims by tag.
 *
 * @param tag - Tag to filter by
 * @returns Matching claims
 */
export declare const getClaimsByTag: (tag: string) => EvaluationClaim[];
/**
 * Get core claims (most important for thesis).
 */
export declare const getCoreClaims: () => EvaluationClaim[];
/**
 * Get claims for a specific SUT.
 *
 * @param sutId - SUT identifier
 * @returns Claims where SUT is primary
 */
export declare const getClaimsBySut: (sutId: string) => EvaluationClaim[];
/**
 * Get claims for a specific baseline.
 *
 * @param baselineId - Baseline SUT identifier
 * @returns Claims comparing against this baseline
 */
export declare const getClaimsByBaseline: (baselineId: string) => EvaluationClaim[];
/**
 * Get claim by ID.
 *
 * @param claimId - Claim identifier
 * @returns Claim or undefined
 */
export declare const getClaim: (claimId: string) => EvaluationClaim | undefined;
export { COMMUNITY_DETECTION_CLAIMS, KCORE_CLAIMS, RANKING_CLAIMS };
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