import { PoolKey } from '../types';
import { ShiftMode } from './ShiftMode';
export declare abstract class CarpetedDoubleGeometricDistribution {
    static query(key: PoolKey, roundedTick: bigint, twapTick: bigint, spotPriceTick: bigint, ldfParams: string, ldfState: string): {
        liquidityDensityX96_: bigint;
        cumulativeAmount0DensityX96: bigint;
        cumulativeAmount1DensityX96: bigint;
        newLdfState: string;
        shouldSurge: boolean;
    };
    static computeSwap(key: PoolKey, inverseCumulativeAmountInput: bigint, totalLiquidity: bigint, zeroForOne: boolean, exactIn: boolean, twapTick: bigint, spotPriceTick: bigint, ldfParams: string, ldfState: string): {
        success: boolean;
        roundedTick: bigint;
        cumulativeAmount0_: bigint;
        cumulativeAmount1_: bigint;
        swapLiquidity: bigint;
    };
    static cumulativeAmount0(key: PoolKey, roundedTick: bigint, totalLiquidity: bigint, twapTick: bigint, spotPriceTick: bigint, ldfParams: string, ldfState: string): bigint;
    static cumulativeAmount1(key: PoolKey, roundedTick: bigint, totalLiquidity: bigint, twapTick: bigint, spotPriceTick: bigint, ldfParams: string, ldfState: string): bigint;
    static _decodeState(ldfState: string): {
        initialized: boolean;
        lastMinTick: bigint;
    };
    static _encodeState(lastMinTick: bigint): string;
}
export declare abstract class LibCarpetedDoubleGeometricDistribution {
    static query(roundedTick: bigint, tickSpacing: bigint, params: Params): {
        liquidityDensityX96_: bigint;
        cumulativeAmount0DensityX96: bigint;
        cumulativeAmount1DensityX96: bigint;
    };
    static cumulativeAmount0(roundedTick: bigint, totalLiquidity: bigint, tickSpacing: bigint, params: Params): bigint;
    static cumulativeAmount1(roundedTick: bigint, totalLiquidity: bigint, tickSpacing: bigint, params: Params): bigint;
    static inverseCumulativeAmount0(cumulativeAmount0_: bigint, totalLiquidity: bigint, tickSpacing: bigint, params: Params): {
        success: boolean;
        roundedTick: bigint;
    };
    static inverseCumulativeAmount1(cumulativeAmount1_: bigint, totalLiquidity: bigint, tickSpacing: bigint, params: Params): {
        success: boolean;
        roundedTick: bigint;
    };
    static liquidityDensityX96(roundedTick: bigint, tickSpacing: bigint, params: Params): bigint;
    static computeSwap(inverseCumulativeAmountInput: bigint, totalLiquidity: bigint, zeroForOne: boolean, exactIn: boolean, tickSpacing: bigint, params: Params): {
        success: boolean;
        roundedTick: bigint;
        cumulativeAmount0_: bigint;
        cumulativeAmount1_: bigint;
        swapLiquidity: bigint;
    };
    static getCarpetedLiquidity(totalLiquidity: bigint, tickSpacing: bigint, minTick: bigint, length: bigint, weightCarpet: bigint): {
        leftCarpetLiquidity: bigint;
        mainLiquidity: bigint;
        rightCarpetLiquidity: bigint;
        minUsableTick: bigint;
        maxUsableTick: bigint;
    };
    static decodeParams(twapTick: bigint, tickSpacing: bigint, ldfParams: string): Params;
}
type Params = {
    minTick: bigint;
    length0: bigint;
    alpha0X96: bigint;
    weight0: bigint;
    length1: bigint;
    alpha1X96: bigint;
    weight1: bigint;
    weightCarpet: bigint;
    shiftMode: ShiftMode;
};
export {};