import { Range } from "./utils.js";
/**
 * Mines in the Kingdom of Loathing
 */
export declare enum Mine {
    /** Inside of Itznotyerzitz Mine */
    ITZNOTYERZITZ = 1,
    /** Deep Inside the Knob Shaft */
    KNOB = 2,
    /** Anemone Mine */
    ANEMONE = 3,
    /** The Gummi Mine (Retired, Crimbo 2011) */
    GUMMI = 4,
    /** Crimbonium Mine (Retired, Crimbo 2014) */
    CRIMBONIUM = 5,
    /** The Velvet / Gold Mine */
    VOLCANO = 6
}
/**
 * Coordinate system that the Kingdom of Loathing uses for mining.
 * The first row, first column and last column are all unbreakable.
 */
export type MiningCoordinate = [column: Range<0, 8>, row: Range<0, 8>];
/**
 * Type guard for coordinates KoL uses for mining
 *
 * @param coord Coordinate to check
 * @returns True if the coordinate is valid
 */
export declare const isValidCoordinate: (coord: number[]) => coord is MiningCoordinate;
/**
 * @param mine Which mine
 * @returns Whether twinkly squares will be visible even when when not accessible
 */
export declare function hasObjectDetection(mine?: Mine): boolean;
/**
 * @param mine Which mine
 * @returns The maximum damage the current player can expect to take from a cave-in
 */
export declare function caveInCost(mine: Mine): number;
/**
 * @param position Index in the mine state
 * @returns KoL coordinate for given position
 */
export declare const stateIndexToCoord: (position: number) => MiningCoordinate;
/**
 * List all sparkly rocks adjacent to an open space. This will be simply a list of all sparkly rocks
 * without some form of Object Detection.
 *
 * This assumes all open spots are accessible. If spots at the back of the mine were somehow to be open
 * this would be no longer be correct.
 *
 * @param mine Which mine
 * @returns List of all sparkly rocks adjacent to an open space
 */
export declare function getAccessibleSparkles(mine: Mine): MiningCoordinate[];
/**
 * @param mine Which mine
 * @returns Returns number of mined spots in the current cavern
 */
export declare function minedSpots(mine: Mine): number;
/**
 * Visit a new cavern if possible
 *
 * @param mine Which mine
 * @returns Page contents
 */
export declare function findNewCavern(mine: Mine): string;
/**
 * @param mine Which mine
 * @param coords Coordinates at which to mine (using the in-game coordinate system)
 * @param coords."0" Column
 * @param coords."1" Row
 * @returns Items acquired from mining that coordinate, if any.
 */
export declare function mineCoordinate(mine: Mine, [col, row]: MiningCoordinate): Map<import("kolmafia").Item, number>;
/**
 * Visit a mine
 *
 * @param mine Which mine
 * @returns Page contents
 */
export declare function visit(mine: Mine): string;
/**
 * @param mine Which mine
 * @returns The state for the given mine
 */
export declare function getState(mine: Mine): string;
/**
 * @param mine Which mine
 * @returns Mine state split into an array of arrays. Printing this array would look identical to the in-game mine.
 */
export declare function getAsMatrix(mine: Mine): string[][];
/**
 * @returns Number of unconditionally free mines (minin' dynamite is not counted as it only works with non-sparkly spots)
 */
export declare function countFreeMines(): number;