/**
 * Typed Trigonometric Functions (Parallel-First)
 *
 * Polymorphic trigonometric operations using typed-function.
 * Supports Complex, BigNumber, and Float64Array types.
 *
 * Following the parallel-first philosophy per CLAUDE.md:
 * - Use workers for ALL array transformations (Float64Array)
 * - Use workers for ALL numerical computations that can be batched
 * - Only fall back to sequential for trivial scalar operations
 *
 * @packageDocumentation
 */
/**
 * Sine function with parallel array support
 */
export declare const sin: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Cosine function with parallel array support
 */
export declare const cos: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Tangent function with parallel array support
 */
export declare const tan: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Cosecant function (1/sin)
 */
export declare const csc: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Secant function (1/cos)
 */
export declare const sec: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Cotangent function (1/tan)
 */
export declare const cot: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Arc sine (inverse sine)
 */
export declare const asin: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Arc cosine (inverse cosine)
 */
export declare const acos: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Arc tangent (inverse tangent)
 */
export declare const atan: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Arc tangent with two arguments (atan2)
 */
export declare const atan2: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Arc cosecant
 */
export declare const acsc: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Arc secant
 */
export declare const asec: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Arc cotangent
 */
export declare const acot: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Inverse hyperbolic sine
 */
export declare const asinh: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Inverse hyperbolic cosine
 */
export declare const acosh: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Inverse hyperbolic tangent
 */
export declare const atanh: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Convert degrees to radians
 */
export declare const toRadians: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Convert radians to degrees
 */
export declare const toDegrees: import("@danielsimonjr/mathts-core").TypedFunction;
/**
 * Hypotenuse (sqrt(a^2 + b^2)) without intermediate overflow
 */
export declare const hypot: import("@danielsimonjr/mathts-core").TypedFunction;
export declare const typedTrigonometry: {
    sin: import("@danielsimonjr/mathts-core").TypedFunction;
    cos: import("@danielsimonjr/mathts-core").TypedFunction;
    tan: import("@danielsimonjr/mathts-core").TypedFunction;
    csc: import("@danielsimonjr/mathts-core").TypedFunction;
    sec: import("@danielsimonjr/mathts-core").TypedFunction;
    cot: import("@danielsimonjr/mathts-core").TypedFunction;
    asin: import("@danielsimonjr/mathts-core").TypedFunction;
    acos: import("@danielsimonjr/mathts-core").TypedFunction;
    atan: import("@danielsimonjr/mathts-core").TypedFunction;
    atan2: import("@danielsimonjr/mathts-core").TypedFunction;
    acsc: import("@danielsimonjr/mathts-core").TypedFunction;
    asec: import("@danielsimonjr/mathts-core").TypedFunction;
    acot: import("@danielsimonjr/mathts-core").TypedFunction;
    asinh: import("@danielsimonjr/mathts-core").TypedFunction;
    acosh: import("@danielsimonjr/mathts-core").TypedFunction;
    atanh: import("@danielsimonjr/mathts-core").TypedFunction;
    toRadians: import("@danielsimonjr/mathts-core").TypedFunction;
    toDegrees: import("@danielsimonjr/mathts-core").TypedFunction;
    hypot: import("@danielsimonjr/mathts-core").TypedFunction;
};
//# sourceMappingURL=trigonometry.d.ts.map