Harry Sarson

So the special casing of operators is more complicated. Sometimes (a vast majority of real world cases) the elm compiler special cases these operators. Othertimes it falls back to calling...

All functions used by `*.elm` files **and** all functions that can be called by compiler generated js :+1:

I think it is okay do not allow support editing embedded snippets. As long is folk can click a link to get to an editable one. Alternatively, I think runkit...

This is my work around: ```elm image : List (E.Attribute msg) -> { src : String , description : String , onLoad : Maybe (Json.Decode.Decoder msg) } -> Element msg...

@elpeleq42 This library contains some really nice work on evaluating integrals symbolicly, however evaluating integrals is "REALLY" hard - much harder than differentiation for example - and more work is...

Hi, I tried running this version of your example (https://runkit.com/harrysarson/mathjs-1485): ```js const math = require('mathjs'); const form="bignumber((hs1-hg1)/(bignumber(hg1-hm1)))"; const hs1=40; const hg1=38.6; const hm1=20; const data = { hs1, hg1, hm1...

I can't remember exact what the status is but mathjs definitely has some issues regarding complex infinite values. You are definitely right that the current behaviour is not ideal. refs:...

I had a look into this: the `pow` function checks if the base is positive or the exponent is an integer or `config.predictable = true` and if so returns the...

Sure I can have a go :)

What are your views on the best result for `(-2)^Infinity`? - a) `Infinity` as javascript, matlab and c++ all go for. - b) Not infinity as @balagge says - possibly...