import { ShapeLoop } from '../../shapes/ShapeLoop';
import { IDrawerProps, IPropArguments, IShapeLoopProps, IShapeLoopSettings, TSceneChildProp } from '../../types';
/**
 *
 * @category Shapes.Settings
 */
export interface IStarProps<PropArguments extends IPropArguments = IPropArguments> extends IShapeLoopProps<PropArguments> {
    /**
     * spikes {int}
     * @order -35
     */
    spikes?: TSceneChildProp<number, PropArguments>;
    /**
     * spikes inner radius, from 0 to 1 (1 as sideLength)
     * @order -36
     */
    innerRadius?: TSceneChildProp<number, PropArguments>;
}
/**
 *
 * @category Shapes.Settings
 */
export interface IStarSettings<PropArguments extends IPropArguments = IPropArguments, D extends IDrawerProps<PropArguments> = IDrawerProps<PropArguments>> extends IStarProps<PropArguments>, IShapeLoopSettings<PropArguments, D> {
}
/**
 * Polygon shape
 *
 * @category Shapes.ShapeLoop
 * @class Polygon
 * @extends {ShapeLoop}
 */
declare class Star<PropArguments extends IPropArguments = IPropArguments, DrawerProps extends IDrawerProps<PropArguments> = IDrawerProps<PropArguments>> extends ShapeLoop<PropArguments, DrawerProps, IStarProps<PropArguments>> {
    private spikes;
    private innerRadius;
    private inc;
    /**
     * Is based on ShapeLoop and you can pass `spikes` property to define
     * a number of spikes and `innerRadius`
     *
     * @param settings
     */
    constructor(settings?: IStarSettings<PropArguments, DrawerProps>);
    protected generateLoopBuffer(propArguments: PropArguments): Float32Array;
}
export { Star };
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