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I think that some data get lost by casting on of the values in approximatePI() to an float.
approximatePI()
A way to solve this is by using some algorythm that can divide those huge numbers. Or we use something like this.
The text was updated successfully, but these errors were encountered:
Or we use something like this.
That would have been an good example if that lib could divide. xD
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nah that shit wont work because they dont return floating point numbers.
Using something else that schould work but doesnt realy yet.
Its returning 0 if you divide an smaller number by an bigger one.
MrFibunacci
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I think that some data get lost by casting on of the values in
approximatePI()
to an float.A way to solve this is by using some algorythm that can divide those huge numbers.
Or we use something like this.
The text was updated successfully, but these errors were encountered: