/**
 * Thales Speed Markets — Binary options on Base
 *
 * Users predict UP or DOWN on asset price over a short duration (10m-24h).
 * Payout: ~2x minus fees. Settlement is automatic via Pyth oracle keepers.
 *
 * Architecture:
 *   User calls SpeedMarketsAMMCreator.addPendingSpeedMarket()
 *   Keeper resolves with oracle price after strike time
 *   Winner receives payout automatically
 *
 * Contracts (Base mainnet):
 *   SpeedMarketsAMM:        0x85b827d133FEDC36B844b20f4a198dA583B25BAA
 *   SpeedMarketsAMMCreator:  0x6B5FE966Ea9B05d8E628E772B0b745734D069983
 *   SpeedMarketsAMMData:     0xD6155E7C948458D6Ab58f9D63E1566493b9304C1
 */
import { ethers } from 'ethers';
export declare const SPEED_MARKETS_CONTRACTS: {
    readonly AMM: "0x85b827d133FEDC36B844b20f4a198dA583B25BAA";
    readonly CREATOR: "0x6B5FE966Ea9B05d8E628E772B0b745734D069983";
    readonly DATA: "0xD6155E7C948458D6Ab58f9D63E1566493b9304C1";
};
export declare const SPEED_MARKETS_AMM_ABI: string[];
export declare const SPEED_MARKETS_CREATOR_ABI: string[];
export declare const SPEED_MARKET_ABI: string[];
export type SpeedMarketAsset = 'ETH' | 'BTC';
export type SpeedMarketDirection = 'up' | 'down';
export interface SpeedMarketConfig {
    collateralAddress: string;
    collateralDecimals: number;
    minBuyin: bigint;
    maxBuyin: bigint;
    minDelta: number;
    maxDelta: number;
}
export interface SpeedMarketOrder {
    asset: SpeedMarketAsset;
    direction: SpeedMarketDirection;
    amount: string;
    duration?: string;
}
export interface SpeedMarketPosition {
    marketAddress: string;
    asset: string;
    direction: string;
    strikePrice: string;
    strikeTime: number;
    buyinAmount: string;
    payout: string;
    resolved: boolean;
    won?: boolean;
    finalPrice?: string;
}
/**
 * Read Speed Markets AMM configuration from chain.
 */
export declare function getSpeedMarketConfig(provider: ethers.JsonRpcProvider): Promise<SpeedMarketConfig>;
/**
 * Build the calldata for placing a speed market bet.
 * Returns calls array ready for b402.transact() or executeCrossContractCall().
 */
export declare function buildSpeedMarketCalls(order: SpeedMarketOrder, wallet: string, provider: ethers.JsonRpcProvider): Promise<{
    calls: Array<{
        to: string;
        data: string;
        value: string;
    }>;
    collateralAddress: string;
    buyinAmount: bigint;
    strikeTime: number;
    delta: number;
}>;
/**
 * Read active speed market positions for a wallet.
 */
export declare function getActivePositions(wallet: string, provider: ethers.JsonRpcProvider): Promise<SpeedMarketPosition[]>;