@real_one_chess_king/game-logic/dist/cjs/chess/rules/piece-movement/movement-rule.d.ts

R.O.C.K. chess game logic

import { Turn } from "../../turn";
import { GetPiece } from "../../get-piece";
import { Action } from "../../affect/affect.types";
import { MovementRules } from "./movement-rules.const";
import { UUID } from "crypto";
export declare enum Direction {
    Up = "Up",
    UpLeft = "UpLeft",
    UpRight = "UpRight",
    Down = "Down",
    DownLeft = "DownLeft",
    DownRight = "DownRight",
    Left = "Left",
    Right = "Right"
}
export type MovementRuleMeta = {
    id: UUID;
    name: MovementRules;
    moveToEmpty: boolean;
    moveToKill: boolean;
    collision: boolean;
    distance: number;
    directions: Direction[];
    speed: number;
};
export declare abstract class MovementRule {
    id: UUID;
    name: MovementRules;
    protected moveToEmpty: boolean;
    protected moveToKill: boolean;
    protected collision: boolean;
    protected distance: number;
    protected directions: Set<Direction>;
    protected speed: number;
    constructor(id: UUID, name: MovementRules, moveToEmpty: boolean, moveToKill: boolean, collision: boolean, // true - will move until first enemy, false - will jump like horse
    distance: number, directions: Set<Direction>, speed: number);
    getMeta(): {
        id: `${string}-${string}-${string}-${string}-${string}`;
        name: MovementRules;
        moveToEmpty: boolean;
        moveToKill: boolean;
        collision: boolean;
        distance: number;
        directions: Direction[];
        speed: number;
    };
    abstract availableMoves(fromX: number, fromY: number, getPiece: GetPiece, turns: Turn[], size: number): Action[];
}