nerdamer-ts/dist/Providers/FunctionProvider.d.ts

javascript light-weight symbolic math expression evaluator

export class FunctionProvider {
    functions: {
        cos: (number | ((symbol: any) => any))[];
        sin: (number | ((symbol: any) => any))[];
        tan: (number | ((symbol: any) => any))[];
        sec: (number | ((symbol: any) => any))[];
        csc: (number | ((symbol: any) => any))[];
        cot: (number | ((symbol: any) => any))[];
        acos: (number | ((symbol: any, ...args: any[]) => any))[];
        asin: (number | ((symbol: any, ...args: any[]) => any))[];
        atan: (number | ((symbol: any, ...args: any[]) => any))[];
        arccos: (number | ((symbol: any, ...args: any[]) => any))[];
        arcsin: (number | ((symbol: any, ...args: any[]) => any))[];
        arctan: (number | ((symbol: any, ...args: any[]) => any))[];
        asec: (number | ((symbol: any, ...args: any[]) => any))[];
        acsc: (number | ((symbol: any, ...args: any[]) => any))[];
        acot: (number | ((symbol: any, ...args: any[]) => any))[];
        atan2: (number | ((a: any, b: any, ...args: any[]) => import("../Types/Symbol").Symbol))[];
        acoth: (number | ((symbol: any, ...args: any[]) => any))[];
        asech: (number | ((symbol: any, ...args: any[]) => any))[];
        acsch: (number | ((symbol: any, ...args: any[]) => any))[];
        sinh: (number | ((symbol: any, ...args: any[]) => any))[];
        cosh: (number | ((symbol: any, ...args: any[]) => any))[];
        tanh: (number | ((symbol: any, ...args: any[]) => any))[];
        asinh: (number | ((symbol: any, ...args: any[]) => any))[];
        sech: (number | ((symbol: any, ...args: any[]) => any))[];
        csch: (number | ((symbol: any, ...args: any[]) => any))[];
        coth: (number | ((symbol: any, ...args: any[]) => any))[];
        acosh: (number | ((symbol: any, ...args: any[]) => any))[];
        atanh: (number | ((symbol: any, ...args: any[]) => any))[];
        log10: (number | null)[];
        exp: (number | typeof exp)[];
        radians: (number | typeof radians)[];
        degrees: (number | typeof degrees)[];
        min: (number | typeof min)[];
        max: (number | typeof max)[];
        erf: (number | null)[];
        floor: (number | null)[];
        ceil: (number | null)[];
        trunc: (number | null)[];
        Si: (number | null)[];
        step: (number | null)[];
        rect: (number | null)[];
        sinc: (number | typeof sinc)[];
        tri: (number | null)[];
        sign: (number | typeof sign)[];
        Ci: (number | null)[];
        Ei: (number | null)[];
        Shi: (number | null)[];
        Chi: (number | null)[];
        Li: (number | null)[];
        fib: (number | null)[];
        fact: (number | typeof factorial)[];
        factorial: (number | typeof factorial)[];
        continued_fraction: (number[] | typeof continued_fraction)[];
        dfactorial: (number | null)[];
        gamma_incomplete: (number[] | null)[];
        round: (number[] | typeof round)[];
        scientific: (number[] | typeof scientific)[];
        mod: (number | typeof mod)[];
        pfactor: (number | typeof pfactor)[];
        vector: (number | typeof vector)[];
        matrix: (number | typeof matrix)[];
        Set: (number | typeof set)[];
        imatrix: (number | typeof imatrix)[];
        parens: (number | typeof parens)[];
        sqrt: (number | typeof sqrt)[];
        cbrt: (number | typeof cbrt)[];
        nthroot: (number | typeof nthroot)[];
        log: (number[] | typeof log)[];
        expand: (number | typeof expandall)[];
        abs: (number | typeof abs)[];
        invert: (number | typeof invert)[];
        determinant: (number | typeof determinant)[];
        size: (number | typeof size)[];
        transpose: (number | typeof transpose)[];
        dot: (number | typeof dot)[];
        cross: (number | typeof cross)[];
        vecget: (number | typeof vecget)[];
        vecset: (number | typeof vecget)[];
        vectrim: (number[] | typeof vectrim)[];
        matget: (number | typeof matget)[];
        matset: (number | typeof matset)[];
        matgetrow: (number | typeof matgetrow)[];
        matsetrow: (number | typeof matsetrow)[];
        matgetcol: (number | typeof matgetcol)[];
        matsetcol: (number | typeof matsetcol)[];
        rationalize: (number | typeof rationalize)[];
        IF: (number | typeof IF)[];
        is_in: (number | typeof is_in)[];
        realpart: (number | typeof realpart)[];
        imagpart: (number | typeof imagpart)[];
        conjugate: (number | typeof conjugate)[];
        arg: (number | typeof arg)[];
        polarform: (number | typeof polarform)[];
        rectform: (number | typeof rectform)[];
        sort: (number[] | typeof sort)[];
        integer_part: (number | null)[];
        union: (number | typeof union)[];
        contains: (number | typeof contains)[];
        intersection: (number | typeof intersection)[];
        difference: (number | typeof difference)[];
        intersects: (number | typeof intersects)[];
        is_subset: (number | typeof is_subset)[];
        print: (number | typeof print)[];
    };
    getFunctionDescriptor(name: any): any;
    /**
     * Searches for function in FUNCTION_MODULES by name, throws error was not found
     * @param name
     * @return {(...args: any) => any}
     * @throws
     */
    findFunction(name: any): (...args: any) => any;
    getFunctionDescriptors(): {
        cos: (number | ((symbol: any) => any))[];
        sin: (number | ((symbol: any) => any))[];
        tan: (number | ((symbol: any) => any))[];
        sec: (number | ((symbol: any) => any))[];
        csc: (number | ((symbol: any) => any))[];
        cot: (number | ((symbol: any) => any))[];
        acos: (number | ((symbol: any, ...args: any[]) => any))[];
        asin: (number | ((symbol: any, ...args: any[]) => any))[];
        atan: (number | ((symbol: any, ...args: any[]) => any))[];
        arccos: (number | ((symbol: any, ...args: any[]) => any))[];
        arcsin: (number | ((symbol: any, ...args: any[]) => any))[];
        arctan: (number | ((symbol: any, ...args: any[]) => any))[];
        asec: (number | ((symbol: any, ...args: any[]) => any))[];
        acsc: (number | ((symbol: any, ...args: any[]) => any))[];
        acot: (number | ((symbol: any, ...args: any[]) => any))[];
        atan2: (number | ((a: any, b: any, ...args: any[]) => import("../Types/Symbol").Symbol))[];
        acoth: (number | ((symbol: any, ...args: any[]) => any))[];
        asech: (number | ((symbol: any, ...args: any[]) => any))[];
        acsch: (number | ((symbol: any, ...args: any[]) => any))[];
        sinh: (number | ((symbol: any, ...args: any[]) => any))[];
        cosh: (number | ((symbol: any, ...args: any[]) => any))[];
        tanh: (number | ((symbol: any, ...args: any[]) => any))[];
        asinh: (number | ((symbol: any, ...args: any[]) => any))[];
        sech: (number | ((symbol: any, ...args: any[]) => any))[];
        csch: (number | ((symbol: any, ...args: any[]) => any))[];
        coth: (number | ((symbol: any, ...args: any[]) => any))[];
        acosh: (number | ((symbol: any, ...args: any[]) => any))[];
        atanh: (number | ((symbol: any, ...args: any[]) => any))[];
        log10: (number | null)[];
        exp: (number | typeof exp)[];
        radians: (number | typeof radians)[];
        degrees: (number | typeof degrees)[];
        min: (number | typeof min)[];
        max: (number | typeof max)[];
        erf: (number | null)[];
        floor: (number | null)[];
        ceil: (number | null)[];
        trunc: (number | null)[];
        Si: (number | null)[];
        step: (number | null)[];
        rect: (number | null)[];
        sinc: (number | typeof sinc)[];
        tri: (number | null)[];
        sign: (number | typeof sign)[];
        Ci: (number | null)[];
        Ei: (number | null)[];
        Shi: (number | null)[];
        Chi: (number | null)[];
        Li: (number | null)[];
        fib: (number | null)[];
        fact: (number | typeof factorial)[];
        factorial: (number | typeof factorial)[];
        continued_fraction: (number[] | typeof continued_fraction)[];
        dfactorial: (number | null)[];
        gamma_incomplete: (number[] | null)[];
        round: (number[] | typeof round)[];
        scientific: (number[] | typeof scientific)[];
        mod: (number | typeof mod)[];
        pfactor: (number | typeof pfactor)[];
        vector: (number | typeof vector)[];
        matrix: (number | typeof matrix)[];
        Set: (number | typeof set)[];
        imatrix: (number | typeof imatrix)[];
        parens: (number | typeof parens)[];
        sqrt: (number | typeof sqrt)[];
        cbrt: (number | typeof cbrt)[];
        nthroot: (number | typeof nthroot)[];
        log: (number[] | typeof log)[];
        expand: (number | typeof expandall)[];
        abs: (number | typeof abs)[];
        invert: (number | typeof invert)[];
        determinant: (number | typeof determinant)[];
        size: (number | typeof size)[];
        transpose: (number | typeof transpose)[];
        dot: (number | typeof dot)[];
        cross: (number | typeof cross)[];
        vecget: (number | typeof vecget)[];
        vecset: (number | typeof vecget)[];
        vectrim: (number[] | typeof vectrim)[];
        matget: (number | typeof matget)[];
        matset: (number | typeof matset)[];
        matgetrow: (number | typeof matgetrow)[];
        matsetrow: (number | typeof matsetrow)[];
        matgetcol: (number | typeof matgetcol)[];
        matsetcol: (number | typeof matsetcol)[];
        rationalize: (number | typeof rationalize)[];
        IF: (number | typeof IF)[];
        is_in: (number | typeof is_in)[];
        realpart: (number | typeof realpart)[];
        imagpart: (number | typeof imagpart)[];
        conjugate: (number | typeof conjugate)[];
        arg: (number | typeof arg)[];
        polarform: (number | typeof polarform)[];
        rectform: (number | typeof rectform)[];
        sort: (number[] | typeof sort)[];
        integer_part: (number | null)[];
        union: (number | typeof union)[];
        contains: (number | typeof contains)[];
        intersection: (number | typeof intersection)[];
        difference: (number | typeof difference)[];
        intersects: (number | typeof intersects)[];
        is_subset: (number | typeof is_subset)[];
        print: (number | typeof print)[];
    };
    setFunctionDescriptor(name: any, descriptor: any): void;
    removeFunctionDescriptor(name: any): void;
    /**
     * provide a mechanism for accessing functions directly. Not yet complete!!!
     * Some functions will return undefined. This can maybe just remove the
     * function object at some point when all functions are eventually
     * housed in the global function object. Returns ALL parser available
     * functions. Parser.functions may not contain all functions
     * @return {Record<string, (...args: any[]) => any>}
     */
    importFunctions(): Record<string, (...args: any[]) => any>;
}
import { exp } from "../Functions/Core";
import { radians } from "../Functions/Core";
import { degrees } from "../Functions/Core";
import { min } from "../Functions/Core";
import { max } from "../Functions/Core";
import { sinc } from "../Functions/Core";
import { sign } from "../Functions/Core";
import { factorial } from "../Functions/Core";
import { continued_fraction } from "../Functions/Core";
import { round } from "../Functions/Core";
import { scientific } from "../Functions/Core";
import { mod } from "../Functions/Core";
import { pfactor } from "../Functions/Core";
import { vector } from "../Functions/Core";
import { matrix } from "../Functions/Core";
import { set } from "../Functions/Core";
import { imatrix } from "../Functions/Core";
import { parens } from "../Functions/Core";
import { sqrt } from "../Functions/Core";
import { cbrt } from "../Functions/Core";
import { nthroot } from "../Functions/Core";
import { log } from "../Functions/Core";
import { expandall } from "../Functions/Core/math/expand";
import { abs } from "../Functions/Core";
import { invert } from "../Functions/Core";
import { determinant } from "../Functions/Core";
import { size } from "../Functions/Core";
import { transpose } from "../Functions/Core";
import { dot } from "../Functions/Core";
import { cross } from "../Functions/Core";
import { vecget } from "../Functions/Core";
import { vectrim } from "../Functions/Core";
import { matget } from "../Functions/Core";
import { matset } from "../Functions/Core";
import { matgetrow } from "../Functions/Core";
import { matsetrow } from "../Functions/Core";
import { matgetcol } from "../Functions/Core";
import { matsetcol } from "../Functions/Core";
import { rationalize } from "../Functions/Core";
import { IF } from "../Functions/Core";
import { is_in } from "../Functions/Core";
import { realpart } from "../Functions/Core";
import { imagpart } from "../Functions/Core";
import { conjugate } from "../Functions/Core";
import { arg } from "../Functions/Core";
import { polarform } from "../Functions/Core";
import { rectform } from "../Functions/Core";
import { sort } from "../Functions/Core";
import { union } from "../Functions/Core";
import { contains } from "../Functions/Core";
import { intersection } from "../Functions/Core";
import { difference } from "../Functions/Core";
import { intersects } from "../Functions/Core";
import { is_subset } from "../Functions/Core";
import { print } from "../Functions/Core";