import { absConfig } from './abs' ; import { acosConfig } from './acos' ; import { acoshConfig } from './acosh' ; import { addConfig , AddArgs } from './add' ; import { addValuesConfig } from './addValues' ; import { asinConfig } from './asin' ; import { asinhConfig } from './asinh' ; import { atanConfig } from './atan' ; import { atan2Config } from './atan2' ; import { atanhConfig } from './atanh' ; import { cbrtConfig } from './cbrt' ; import { ceilConfig } from './ceil' ; import { clz32Config } from './clz32' ; import { cosConfig } from './cos' ; import { coshConfig } from './cosh' ; import { divideConfig , DivideArgs } from './divide' ; import { divideValuesConfig } from './divideValues' ; import { expConfig } from './exp' ; import { expm1Config } from './expm1' ; import { floorConfig } from './floor' ; import { froundConfig } from './fround' ; import { hypotConfig } from './hypot' ; import { inNumberRangeConfig , InNumberRangeArg } from './inNumberRange' ; import { isEvenConfig } from './isEven' ; import { isGreaterThanConfig , GreaterThanArgs } from './isGreaterThan' ; import { isGreaterThanOrEqualToConfig , GreaterThanOrEqualToArgs } from './isGreaterThanOrEqualTo' ; import { isLessThanConfig , LessThanArgs } from './isLessThan' ; import { isLessThanOrEqualToConfig , LessThanOrEqualToArgs } from './isLessThanOrEqualTo' ; import { isOddConfig } from './isOdd' ; import { logConfig } from './log' ; import { log10Config } from './log10' ; import { log1pConfig } from './log1p' ; import { log2Config } from './log2' ; import { maxValuesConfig } from './maxValues' ; import { minValuesConfig } from './minValues' ; import { modulusConfig , ModulusArgs } from './modulus' ; import { multiplyConfig , MultiplyArgs } from './multiply' ; import { multiplyValuesConfig } from './multiplyValues' ; import { powConfig , PowerArgs } from './pow' ; import { randomConfig , RandomArgs } from './random' ; import { roundConfig } from './round' ; import { setPrecisionConfig , SetPrecisionArgs } from './setPrecision' ; import { signConfig } from './sign' ; import { sinConfig } from './sin' ; import { sinhConfig } from './sinh' ; import { sqrtConfig } from './sqrt' ; import { subtractConfig , SubtractArgs } from './subtract' ; import { subtractValuesConfig } from './subtractValues' ; import { tanConfig } from './tan' ; import { tanhConfig } from './tanh' ; import { toCelsiusConfig } from './toCelsius' ; import { toFahrenheitConfig } from './toFahrenheit' ; import { toNumberConfig } from './toNumber' ; export const numericRepository = { abs : absConfig , acos : acosConfig , acosh : acoshConfig , add : addConfig , addValues : addValuesConfig , asin : asinConfig , asinh : asinhConfig , atan : atanConfig , atan2 : atan2Config , atanh : atanhConfig , cbrt : cbrtConfig , ceil : ceilConfig , clz32 : clz32Config , cos : cosConfig , cosh : coshConfig , divide : divideConfig , divideValues : divideValuesConfig , exp : expConfig , expm1 : expm1Config , floor : floorConfig , fround : froundConfig , hypot : hypotConfig , inNumberRange : inNumberRangeConfig , isEven : isEvenConfig , isGreaterThan : isGreaterThanConfig , isGreaterThanOrEqualTo : isGreaterThanOrEqualToConfig , isLessThan : isLessThanConfig , isLessThanOrEqualTo : isLessThanOrEqualToConfig , isOdd : isOddConfig , log : logConfig , log1p : log1pConfig , log2 : log2Config , log10 : log10Config , maxValues : maxValuesConfig , minValues : minValuesConfig , modulus : modulusConfig , multiply : multiplyConfig , multiplyValues : multiplyValuesConfig , pow : powConfig , random : randomConfig , round : roundConfig , setPrecision : setPrecisionConfig , sign : signConfig , sin : sinConfig , sinh : sinhConfig , sqrt : sqrtConfig , subtract : subtractConfig , subtractValues : subtractValuesConfig , tan : tanConfig , tanh : tanhConfig , toCelsius : toCelsiusConfig , toFahrenheit : toFahrenheitConfig , toNumber : toNumberConfig , } ; export type { AddArgs , DivideArgs , GreaterThanArgs , GreaterThanOrEqualToArgs , InNumberRangeArg , LessThanArgs , LessThanOrEqualToArgs , ModulusArgs , MultiplyArgs , PowerArgs , RandomArgs , SetPrecisionArgs , SubtractArgs } ;