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Regarding "3.1415", I was simply passive-aggressively pointing out that if you're referencing pi, you should probably round up to "3.1416". The example itself m
by mkdir 14y ago
Regarding "3.1415", I was simply passive-aggressively pointing out that if you're referencing pi, you should probably round up to "3.1416". The example itself made sense!
- Udo 14y agoAh, I'm so dense! Sure, there is also "math.pi" as a built-in for that. (And I fixed this grave rounding error) I also discovered a scope problem with the recursion example you gave. Turns out, there is (of course) a major bug in there, thanks for discovering that. It's about the visibility of the "factorial" symbol itself, so the workaround is for now: factorial = { n | factorial = outer.factorial; if(n == 0) { 1 } { n * (factorial (n - 1)) } }; println (factorial 5); At least, until I restart the service (which I don't want to do while everyone is potentially using the tutorial).