import { Vector } from "../../type_definitions/array_type_definitions.js";
import { EasingFunction } from "../math_utils.js";
export declare function create(length: number): Vector;
export declare function create(firstValue: number, ...remainingValues: number[]): Vector;
export declare function getAllocationFunction(): (length: number) => Vector;
/** Specify the function that will be used to allocate the vector when calling the {@link create} function */
export declare function setAllocationFunction(allocationFunction: (length: number) => Vector): void;
export declare function set<T extends Vector>(vector: T, uniformValue: number): T;
export declare function set<T extends Vector>(vector: T, firstValue: number, ...remainingValues: number[]): T;
export declare function copy<T extends Vector>(from: Readonly<Vector>, to: T): T;
/** The overload where `T extends Vector` does also get `array` as `Readonly<T>`, but is not marked as such due to
    Typescript having issues with inferring the proper type of `T` when `Readonly` is used */
export declare function clone<T extends Vector>(vector: Readonly<T>): T;
export declare function clone(vector: Readonly<number[]>): number[];
export declare function clone<T extends Vector>(vector: T): T;
export declare function equals(vector: Readonly<Vector>, other: Readonly<Vector>, epsilon?: number): boolean;
export declare function zero<T extends Vector>(vector: T): T;
export declare function isZero(vector: Readonly<Vector>, epsilon?: number): boolean;
export declare function scale<T extends Vector>(vector: Readonly<T>, value: number): T;
export declare function scale<T extends Vector>(vector: Readonly<Vector>, value: number, out: T): T;
export declare function round<T extends Vector>(vector: Readonly<T>): T;
export declare function round<T extends Vector>(vector: Readonly<Vector>, out: T): T;
export declare function floor<T extends Vector>(vector: Readonly<T>): T;
export declare function floor<T extends Vector>(vector: Readonly<Vector>, out: T): T;
export declare function ceil<T extends Vector>(vector: Readonly<T>): T;
export declare function ceil<T extends Vector>(vector: Readonly<Vector>, out: T): T;
export declare function clamp<T extends Vector>(vector: Readonly<T>, start?: number, end?: number): T;
export declare function clamp<T extends Vector>(vector: Readonly<Vector>, start: number, end: number, out: T): T;
export declare function lerp<T extends Vector>(from: Readonly<T>, to: Readonly<Vector>, interpolationFactor: number): T;
export declare function lerp<T extends Vector>(from: Readonly<Vector>, to: Readonly<Vector>, interpolationFactor: number, out: T): T;
export declare function interpolate<T extends Vector>(from: Readonly<T>, to: Readonly<Vector>, interpolationFactor: number, easingFunction?: EasingFunction): T;
export declare function interpolate<T extends Vector>(from: Readonly<Vector>, to: Readonly<Vector>, interpolationFactor: number, easingFunction: EasingFunction, out: T): T;
export declare function toString(vector: Readonly<Vector>, decimalPlaces?: number): string;
export declare function log(vector: Readonly<Vector>, decimalPlaces?: number): Vector;
export declare function error(vector: Readonly<Vector>, decimalPlaces?: number): Vector;
export declare function warn(vector: Readonly<Vector>, decimalPlaces?: number): Vector;
export declare const VecUtils: {
    readonly create: typeof create;
    readonly getAllocationFunction: typeof getAllocationFunction;
    readonly setAllocationFunction: typeof setAllocationFunction;
    readonly set: typeof set;
    readonly copy: typeof copy;
    readonly clone: typeof clone;
    readonly equals: typeof equals;
    readonly zero: typeof zero;
    readonly isZero: typeof isZero;
    readonly scale: typeof scale;
    readonly round: typeof round;
    readonly floor: typeof floor;
    readonly ceil: typeof ceil;
    readonly clamp: typeof clamp;
    readonly lerp: typeof lerp;
    readonly interpolate: typeof interpolate;
    readonly toString: typeof toString;
    readonly log: typeof log;
    readonly error: typeof error;
    readonly warn: typeof warn;
};