// 加
five() + five(); // 10
// 减
five() - five(); // 0
// 乘
five() * five();
// 除
five() / five();

还有一些格式转化的函数

five.upHigh() // ⁵
five.downLow() // ₅
five.tooSlow() // 5, with a ~500 millisecond delay
five.roman() // V
five.morseCode() // .....
five.negative() // -5
five.loud() // FIVE
five.loud('piglatin') // IVEFAY
five.smooth() // S
five.mdFive() // 30056e1cab7a61d256fc8edd970d14f5

看到这个就忍不住想问，这个库到底是干什么的？
这个库就是写着玩的，实际上什么都干不了。

看到这个项目的issue的时候，更是好笑了。

比如说这个

petty commented on Jul 18, 2014
On the one hand … this is great, quite literally.

But after searching Github, I’ve been unable to find the rest of the set. For example, what about three()? and what about constants, like pi()?

I understand that making all numbers overly complicated could take time, so what’s the ETA?

Joezo commented on Jul 18, 2014
The beauty of five is that you can make any number you want.

Want three()? Well that’s just
(five() * five() - five() - five()) / five() or (five() + five() + five())/five()

Want six()? five() + (five()/five())

Want zero()? five() - five()
1

dufferzafar commented on Jul 18, 2014
@Joezo You left pi

teuneboon commented on Jul 18, 2014
@dufferzafar we can estimate pi: ( (five() * five() ) - ( ( five() + five() + five() ) / five() ) ) / ( five() + ( ( five() + five() ) / five() ) )

shackpank commented on Jul 18, 2014
@dufferzafar easiest way to get pi is through builtin Math object like this

var five = require('five');
Math[Buffer(((five() * five()) - (five() / five()) + ((five() * ((five() / five()) + (five() / five()))) * five() * five() * five()) * (five() - (five() / five())) + (five() * five())).toString(), 'hex').toString('utf8')]

dufferzafar commented on Jul 18, 2014
If this package useful? #82

rex commented on Jun 27, 2015
@shackpank I have tears in my eyes and my belly hurts from laughing. Far and away the best response ever made to any question ever asked in the history of GitHub.

May five() live forever

现在所有的数字他们都想用5来替换。他们已经找到了用5来替换pi的方式。五号神教已经正式成立了。

*May five() live forever

但是这个还有更好玩的玩法。现在的加减乘除运算还都是用的原来的符号。如果把整个系统改成Lamda演算的形式，这些符号都是能够用5来表示的。这样就变成一个彻底的五号神教了。