goban/build/src/engine/StoneString.d.ts

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import { JGOFNumericPlayerColor, JGOFIntersection } from "./formats/JGOF";
/** A raw stone string is simply an array of intersections */
export type RawStoneString = Array<JGOFIntersection>;
/**
 * A StoneString instance represents a group of intersections that
 * are connected to each other and are all the same color.
 */
export declare class StoneString {
    readonly intersections: Array<JGOFIntersection>;
    readonly neighbors: Array<StoneString>;
    readonly color: JGOFNumericPlayerColor;
    readonly id: number;
    territory_color: JGOFNumericPlayerColor;
    is_territory: boolean;
    private __added_neighbors;
    private neighboring_space;
    private neighboring_stone_strings;
    constructor(id: number, color: JGOFNumericPlayerColor);
    map(fn: (loc: JGOFIntersection) => void): void;
    foreachNeighboringString(fn: (stone_string: StoneString) => void): void;
    foreachNeighboringEmptyString(fn: (stone_string: StoneString) => void): void;
    foreachNeighboringStoneString(fn: (stone_string: StoneString) => void): void;
    size(): number;
    /** Add a stone to the group.  This should probably only be called by StoneStringBuilder. */
    _addStone(x: number, y: number): void;
    /** Adds a stone string to our neighbor list. This should probably only be called by StoneStringBuilder. */
    _addNeighborGroup(group: StoneString): void;
    /**
     * Compute if this string is considered potential territory (if all of it's
     * neighbors are the same color). NOTE: This does not perform any advanced
     * logic to determine seki status or anything like that, this only looks to
     * see if the string contains EMPTY locations and that all of the
     * surrounding neighboring are the same color.  This should probably only
     * be called by StoneStringBuilder.
     */
    _computeIsTerritory(): void;
}