import type BigNumber from 'bignumber.js';
import type { AnyAsset, Asset, AssetAmount, BaseAmount, SecuredAsset, SynthAsset, TokenAsset, TradeAsset } from './';
/**
 * Utility Class to combine an amount (asset/base) with the Asset
 *
 */
declare class BaseCryptoAmount<T extends AnyAsset> {
    baseAmount: BaseAmount;
    readonly asset: T;
    constructor(amount: BaseAmount, asset: T);
    plus(v: BaseCryptoAmount<T>): BaseCryptoAmount<T>;
    minus(v: BaseCryptoAmount<T>): BaseCryptoAmount<T>;
    times(v: BaseCryptoAmount<T> | number | BigNumber): BaseCryptoAmount<T>;
    div(v: BaseCryptoAmount<T> | number | BigNumber): BaseCryptoAmount<T>;
    lt(v: BaseCryptoAmount<T>): boolean;
    lte(v: BaseCryptoAmount<T>): boolean;
    gt(v: BaseCryptoAmount<T>): boolean;
    gte(v: BaseCryptoAmount<T>): boolean;
    eq(v: BaseCryptoAmount<T>): boolean;
    formatedAssetString(): string;
    assetAmountFixedString(): string;
    get assetAmount(): AssetAmount;
    /**
     * This guard protects against trying to perform math with different assets
     *
     * Example.
     * const x = new CryptoAmount(assetAmount(1),AssetBTC)
     * const y = new CryptoAmount(assetAmount(1),AssetETH)
     *
     * x.plus(y) <- will throw error "cannot perform math on 2 diff assets BTC.BTC ETH.ETH
     *
     * @param v - CryptoNumeric
     */
    private check;
}
export declare class CryptoAmount<T extends AnyAsset = AnyAsset> extends BaseCryptoAmount<T> {
}
export declare class AssetCryptoAmount extends BaseCryptoAmount<Asset> {
}
export declare class TokenCryptoAmount extends BaseCryptoAmount<TokenAsset> {
}
export declare class SynthCryptoAmount extends BaseCryptoAmount<SynthAsset> {
}
export declare class TradeCryptoAmount extends BaseCryptoAmount<TradeAsset> {
}
export declare class SecuredCryptoAmount extends BaseCryptoAmount<SecuredAsset> {
}
export {};