@pawel-up/jexl/lib/definitions/schemas/math.schema.d.ts

Javascript Expression Language: Powerful context-based expression parser and evaluator

export declare const mathFunctionSchemas: {
    ABS: import("./types.js").FunctionSchema;
    CEIL: import("./types.js").FunctionSchema;
    FLOOR: import("./types.js").FunctionSchema;
    ROUND: import("./types.js").FunctionSchema;
    RANDOM: import("./types.js").FunctionSchema;
    MAX: import("./types.js").FunctionSchema;
    MIN: import("./types.js").FunctionSchema;
    SIN: import("./types.js").FunctionSchema;
    COS: import("./types.js").FunctionSchema;
    TAN: import("./types.js").FunctionSchema;
    ASIN: import("./types.js").FunctionSchema;
    ACOS: import("./types.js").FunctionSchema;
    ATAN: import("./types.js").FunctionSchema;
    ATAN2: import("./types.js").FunctionSchema;
    SQRT: import("./types.js").FunctionSchema;
    CBRT: import("./types.js").FunctionSchema;
    EXP: import("./types.js").FunctionSchema;
    LOG: import("./types.js").FunctionSchema;
    LOG10: import("./types.js").FunctionSchema;
    LOG2: import("./types.js").FunctionSchema;
    POW: import("./types.js").FunctionSchema;
    SIGN: import("./types.js").FunctionSchema;
    TRUNC: import("./types.js").FunctionSchema;
    SUM: import("./types.js").FunctionSchema;
    AVG: import("./types.js").FunctionSchema;
    MEDIAN: import("./types.js").FunctionSchema;
    MODE: import("./types.js").FunctionSchema;
    VARIANCE: import("./types.js").FunctionSchema;
    STDDEV: import("./types.js").FunctionSchema;
    CLAMP: import("./types.js").FunctionSchema;
    LERP: import("./types.js").FunctionSchema;
    TO_DEGREES: import("./types.js").FunctionSchema;
    TO_RADIANS: import("./types.js").FunctionSchema;
    GCD: import("./types.js").FunctionSchema;
    LCM: import("./types.js").FunctionSchema;
    FACTORIAL: import("./types.js").FunctionSchema;
    IS_PRIME: import("./types.js").FunctionSchema;
    ROUND_TO: import("./types.js").FunctionSchema;
};
export declare const mathLibrarySchema: import("./types.js").LibrarySchema;
export declare const getMathFunction: (name: string) => import("./types.js").FunctionSchema;
export declare const getMathFunctionNames: () => string[];
export declare const getMathFunctionCount: () => number;
export { mathLibrarySchema as schema };
export default mathLibrarySchema;
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