import { ThreeF64, TwoF64 } from "../base/common.js";
//#region src/math/constants.d.ts
/**
 * `TwoF64` representation of the mathematical constant `e`, Euler's number,
 * the base of natural logarithms.
 */
export declare const E: TwoF64;
/**
 * `TwoF64` representation of `ln(2)`, the natural logarithm of `2`.
 */
export declare const LN2: TwoF64;
/**
 * `TwoF64` representation of `ln(10)`, the natural logarithm of `10`.
 */
export declare const LN10: TwoF64;
/**
 * `TwoF64` representation of `log2(e)`, the base-2 logarithm of {@link E|`e`}.
 */
export declare const LOG2E: TwoF64;
/**
 * `TwoF64` representation of `log10(e)`, the base-10 logarithm of {@link E|`e`}.
 */
export declare const LOG10E: TwoF64;
/**
 * `TwoF64` representation of the mathematical constant `π`, the ratio of a
 * circle's circumference to its diameter.
 */
export declare const PI: TwoF64;
/**
 * `TwoF64` representation of the mathematical constant `τ = 2π`, the ratio of a
 * circle's circumference to its radius.
 */
export declare const TAU: TwoF64;
/**
 * `TwoF64` representation of `√½`, the square root of `½`.
 */
export declare const SQRT1_2: TwoF64;
/**
 * `TwoF64` representation of `√2`, the square root of `2`.
 */
export declare const SQRT2: TwoF64;
/**
 * `TwoF64` representation of `√3`, the square root of `3`.
 */
export declare const SQRT3: TwoF64;
/**
 * `TwoF64` representation of `∞` (positive infinity).
 */
export declare const INF: TwoF64;
/**
 * `TwoF64` representation of `-∞` (negative infinity).
 */
export declare const NINF: TwoF64;
/**
 * `ThreeF64` constants (triple float64 precision).
 */
export declare const THREE: {
  /**
   * `ThreeF64` representation of the mathematical constant `e`, Euler's number,
   * the base of natural logarithms.
   */
  E: ThreeF64;
  /**
   * `ThreeF64` representation of `ln(2)`, the natural logarithm of `2`.
   */
  LN2: ThreeF64;
  /**
   * `ThreeF64` representation of `ln(10)`, the natural logarithm of `10`.
   */
  LN10: ThreeF64;
  /**
   * `ThreeF64` representation of `log2(e)`, the base-2 logarithm of {@link E|`e`}.
   */
  LOG2E: ThreeF64;
  /**
   * `ThreeF64` representation of `log10(e)`, the base-10 logarithm of {@link E|`e`}.
   */
  LOG10E: ThreeF64;
  /**
   * `ThreeF64` representation of the mathematical constant `π`, the ratio of a
   * circle's circumference to its diameter.
   */
  PI: ThreeF64;
  /**
   * `ThreeF64` representation of `√½`, the square root of `½`.
   */
  SQRT1_2: ThreeF64;
  /**
   * `ThreeF64` representation of `√2`, the square root of `2`.
   */
  SQRT2: ThreeF64;
  /**
   * `ThreeF64` representation of `√3`, the square root of `3`.
   */
  SQRT3: ThreeF64;
  /**
   * `ThreeF64` representation of the mathematical constant `τ = 2π`, the ratio
   * of a circle's circumference to its radius.
   */
  TAU: ThreeF64;
};
//#endregion