import BN from "bn.js";
import { PoolType, AffectedIndices } from "../types.js";
/**
 * LMSR (Logarithmic Market Scoring Rule) Module
 *
 * CRITICAL: resolveLmsrIndices must match programs/pit/src/math/lmsr.rs exactly
 */
/**
 * Resolve LMSR indices - maps token type to affected q_vector indices
 * Must match on-chain implementation in programs/pit/src/math/lmsr.rs EXACTLY
 *
 * High Pool (strikes ascending: [150, 160, 170]):
 * - HIT strike_index 0: [1,2,3] (S1,S2,S3)
 * - HIT strike_index 1: [2,3]   (S2,S3)
 * - HIT strike_index 2: [3]     (S3)
 * - MISS strike_index 0: [0]       (S0)
 * - MISS strike_index 1: [0,1]     (S0,S1)
 * - MISS strike_index 2: [0,1,2]   (S0,S1,S2)
 *
 * Low Pool (strikes descending: [160, 150, 140]):
 * - HIT strike_index 0: [1,2,3] (S1,S2,S3)
 * - HIT strike_index 1: [2,3]   (S2,S3)
 * - HIT strike_index 2: [3]     (S3)
 * - MISS strike_index 0: [0]       (S0)
 * - MISS strike_index 1: [0,1]     (S0,S1)
 * - MISS strike_index 2: [0,1,2]   (S0,S1,S2)
 */
export declare function resolveLmsrIndices(poolType: PoolType, strikeIndex: number, isHit: boolean): AffectedIndices;
/**
 * Calculate LMSR cost: C(q) = b * ln(Σ exp(qi/b))
 * Uses Log-Sum-Exp trick for numerical stability
 */
export declare function lmsrCost(qVector: BN[], b: BN): BN;
/**
 * Simulate a trade and return cost/refund
 */
export declare function simulateTrade(qVector: BN[], b: BN, affectedIndices: AffectedIndices, amount: BN, isBuy: boolean): {
    cost: BN;
    newQVector: BN[];
};
/**
 * Calculate token price (marginal cost for 1 token)
 */
export declare function tokenPrice(qVector: BN[], b: BN, poolType: PoolType, strikeIndex: number, isHit: boolean): BN;
/**
 * Calculate liquidity parameter b from total subsidy
 * Formula: b = (subsidy / 2) / ln(4)
 */
export declare function calculateLiquidityParameter(totalSubsidy: BN): BN;
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