import { NumberMatrix } from "./util";
import { StoneString } from "./StoneString";
import type { GobanBase } from "../GobanBase";
import { GobanEngine, PlayerScore, GobanEngineRules } from "./GobanEngine";
import { JGOFMove, JGOFNumericPlayerColor, JGOFSealingIntersection } from "./formats/JGOF";
import { BoardState } from "./BoardState";
export interface ScoreEstimateRequest {
    player_to_move: "black" | "white";
    width: number;
    height: number;
    board_state: JGOFNumericPlayerColor[][];
    rules: GobanEngineRules;
    black_prisoners?: number;
    white_prisoners?: number;
    komi?: number;
    jwt: string;
    /** Whether to run autoscoring logic. If true, player_to_move is
     * essentially ignored as we compute estimates with each player moving
     * first in turn. */
    autoscore?: boolean;
}
export interface ScoreEstimateResponse {
    /** Matrix of ownership estimates ranged from -1 (white) to 1 (black) */
    ownership: number[][];
    /** Estimated score */
    score?: number;
    /** Estimated win rate */
    win_rate?: number;
    /** Board state after autoscoring logic has been run. Only defined if autoscore was true in the request. */
    autoscored_board_state?: JGOFNumericPlayerColor[][];
    /** Intersections that are dead or dame.  Only defined if autoscore was true in the request. */
    autoscored_removed?: JGOFMove[];
    /** Coordinates that still need sealing */
    autoscored_needs_sealing?: JGOFSealingIntersection[];
}
/**
 * The interface that local estimators should follow.
 *
 * @param board representation of the board with any dead stones already
 *              removed (black = 1, empty = 0, white = -1)
 * @param color_to_move the player whose turn it is
 * @param trials number of playouts.  Not applicable to all estimators, but
 *               higher generally means higher accuracy and higher compute cost
 * @param tolerance (0.0-1.0) confidence required to mark an intersection not neutral.
 */
type LocalEstimator = (board: number[][], color_to_move: "black" | "white", trials: number, tolerance: number) => NumberMatrix;
export declare function set_local_ownership_estimator(estimator: LocalEstimator): void;
export declare class ScoreEstimator extends BoardState {
    white: PlayerScore;
    black: PlayerScore;
    engine: GobanEngine;
    private groups;
    tolerance: number;
    amount: number;
    ownership: Array<Array<number>>;
    territory: Array<Array<number>>;
    trials: number;
    winner: string;
    color_to_move: "black" | "white";
    estimated_hard_score: number;
    when_ready: Promise<void>;
    prefer_remote: boolean;
    autoscored_state?: JGOFNumericPlayerColor[][];
    autoscored_removed?: JGOFMove[];
    autoscore: boolean;
    autoscored_needs_sealing?: JGOFSealingIntersection[];
    constructor(engine: GobanEngine, goban_callback: GobanBase | undefined, trials: number, tolerance: number, prefer_remote?: boolean, autoscore?: boolean, removal?: boolean[][]);
    estimateScore(trials: number, tolerance: number, autoscore: boolean): Promise<void>;
    private estimateScoreRemote;
    private estimateScoreLocal;
    updateEstimate(estimated_score: number, ownership: Array<Array<number>>, score?: number): void;
    getProbablyDead(): string;
    handleClick(i: number, j: number, mod_key: boolean, press_duration_ms: number): void;
    setRemoved(x: number, y: number, removed: boolean): void;
    clearRemoved(): void;
    clearAutoScore(): void;
    getStoneRemovalString(): string;
    getGroup(x: number, y: number): StoneString;
    /**
     * Computes a rough estimation of ownership and score.
     */
    score(): ScoreEstimator;
}
/**
 * Adjust Estimate to account for Ruleset (i.e. territory vs area) and captures
 * @param engine Go engine is required because the ruleset is taken into account
 * @param board the current board state
 * @param area_map Representation of the ownership, 1=Black, -1=White, 0=Undecided
 *                 using Area rules
 * @param score estimated score (not accounting for captures)
 */
export declare function adjust_estimate(engine: GobanEngine, board: Array<Array<JGOFNumericPlayerColor>>, area_map: number[][], score: number): {
    score: number;
    ownership: import("./util").Matrix<number>;
};
export {};