import { CellGrid } from '../structures';
import Agent from './Agent';
import { Color } from '../numbers';
/**
 * Derive a value from a function of the cell's current state
 * instead of storing it as a constant.
 */
export declare function Dynamic<T extends Cell, V>(f: (cell: T) => V): (target: T, propertyKey: string) => void;
export type CellConstructor = {
    /**
     * The [x,y] location of the cell in the grid beginning at [0,0].
     */
    location: [number, number];
    color?: Color;
    strokeColor?: Color;
    energy?: number;
};
/**
 * A cell in a grid.  The basic unit of space for a model.
 * May be used as-is or extended to include additional properties.
 *
 * The default cell has a `location`, `color`, and `energy`.  Only the `location` is required.
 * The default color is white and the default energy is 0.
 *
 * Additionally, a cell has a set of `tenantAgents` which are agents that occupy the cell
 * at the current time step.
 */
export default class Cell {
    location: [number, number];
    tenantAgents: Set<Agent>;
    color: Color;
    strokeColor: Color;
    energy: number;
    constructor(opts: CellConstructor);
    /**
     * Gives the distance between this Cell and another Cell or Agent.
     */
    distanceTo<T extends Cell | Agent>(world: CellGrid<Cell>, other: T, options?: {
        metric?: 'euclidean' | 'manhattan';
    }): number;
    /**
     * Gets all Cells within a given square radius.
     */
    getNeighborsInRadius<T extends Cell>(world: CellGrid<T>, options?: {
        includeSelf?: boolean;
        radius?: number;
    }): Array<T>;
    /**
     * Diffuses a property to neighboring cells.
     * The property function should return a number for each cell.
     * The cell diffuses equal shares of `rate` percentage of the property to each neighbor.
     */
    diffuse<T extends this>(world: CellGrid<T>, property: (cell: T) => number, setter: (cell: T, value: number) => void, rate: number, range?: number): void;
    /**
     * Performs a 2D convolution on the cell's neighbors using the given kernel.
     * The kernel is a 3x3 matrix of numbers.
     * The property function should return a number for each cell.     *
     */
    getNeighborConvolution<T extends Cell>(world: CellGrid<T>, kernel: number[][], property: (cell: T) => number): number;
    /**
     * Gets the four neighbors of the cell.
     * Optionally includes the four diagonal neighbors and this cell.
     */
    getNeighbors<T extends Cell>(world: CellGrid<T>, options?: {
        includeDiagonals?: boolean;
        includeSelf?: boolean;
    }): Array<T>;
    toJSON(): object;
}