Clojurescript wrapper library around bignumber.js.
On contrary to the original library, if you pass non-bignumber value into a function, it doesn't throw an error, but fallbacks into cljs.core or js/Math equivalent.
This library doesn't come with cljsjs/bignumber, because you might have bignumber.js included by other library, such as web3.js.
Add [district0x/bignumber "1.0.3"] into your project.clj
Include [bignumber.core] in your CLJS file.
bignumber? [x]
True if number is BigNumber
number [x]
toNumber
abs [x]
abs
ceil [x]
ceil
cmp [x & [base]]
cmp (comparedTo)
dp [x]
dp (decimalPlaces)
/ [x y & [base]]
div
div-to-int [x y & [base]]
divToInt
= [x y & [base]]
equals
floor [x]
floor
> [x y & [base]]
greaterThan
BigNumbers are comparable event with native operators, so you don't need to use this one.
>= [x y & [base]]
greaterThanOrEqualTo
BigNumbers are comparable event with native operators, so you don't need to use this one.
finite? [x]
isFinite
int? [x]
isInt
nan? [x]
isNaN
neg? [x]
isNeg
zero? [x]
isZero
< [x y & [base]]
lessThan
BigNumbers are comparable event with native operators, so you don't need to use this one.
<= [x y & [base]]
lessThanOrEqualTo
BigNumbers are comparable event with native operators, so you don't need to use this one.
- [x y & [base]]
minus
mod [x y & [base]]
mod
neg [x]
negated
+ [x y & [base]]
plus
sd [x & [z]]
significantDecimals
round [x & [dp rm]]
round
shift [x z]
shift
sqrt [x]
sqrt
\* [x y & [base]]
times
digits [x & [sd rm]]
toDigits
exponential [x & [dp rm]]
toExponential
fixed [x & [dp rm]]
toFixed
format [x & [dp rm]]
toFormat
fraction [x & [max]]
toFraction
json [x]
toJSON
pow [x n & [m]]
pow
precision [x & [sd rm]]
toPrecision
trunc [x]
trunc
value-of [x]
valueOf