import { Vector4i } from './Vector4i';
type Vector4Constructor = {
    (): Vector4;
    (from_: Vector4): Vector4;
    (from_: Vector4i): Vector4;
    (x_: number, y_: number, z_: number, w_: number): Vector4;
};
export interface Vector4 {
    x: number;
    y: number;
    z: number;
    w: number;
    minAxisIndex(): number;
    maxAxisIndex(): number;
    length(): number;
    lengthSquared(): number;
    abs(): Vector4;
    sign(): Vector4;
    floor(): Vector4;
    ceil(): Vector4;
    round(): Vector4;
    lerp(to_: Vector4, weight_: number): Vector4;
    cubicInterpolate(b_: Vector4, preA_: Vector4, postB_: Vector4, weight_: number): Vector4;
    cubicInterpolateInTime(b_: Vector4, preA_: Vector4, postB_: Vector4, weight_: number, bT_: number, preAT_: number, postBT_: number): Vector4;
    posmod(mod_: number): Vector4;
    posmodv(modv_: Vector4): Vector4;
    snapped(step_: Vector4): Vector4;
    snappedf(step_: number): Vector4;
    clamp(min_: Vector4, max_: Vector4): Vector4;
    clampf(min_: number, max_: number): Vector4;
    normalized(): Vector4;
    isNormalized(): boolean;
    directionTo(to_: Vector4): Vector4;
    distanceTo(to_: Vector4): number;
    distanceSquaredTo(to_: Vector4): number;
    dot(with_: Vector4): number;
    inverse(): Vector4;
    isEqualApprox(to_: Vector4): boolean;
    isZeroApprox(): boolean;
    isFinite(): boolean;
    min(with_: Vector4): Vector4;
    minf(with_: number): Vector4;
    max(with_: Vector4): Vector4;
    maxf(with_: number): Vector4;
}
declare global {
    namespace Godot {
        var Vector4: Vector4Constructor;
    }
}
export {};
//# sourceMappingURL=Vector4.d.ts.map