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Arbitrary-precision unit-aware calculator
For example: ``` > d2 1: 50.00% ############################## 2: 50.00% ############################## > min d2 1 > max d2 2 ``` Some things to consider: - Would there be conflicts between...
Currently, discrete distributions support samples, where a specific value of a distribution is chosen at random. However, other stable properties of a distribution are also interesting and could be supported....
Hi, What an awesome project, I love it. I've noticed the web version does not produce the same output as the documentation when inputting ```fend > 2d6 { 2: 2.78%,...
When converting numbers to Roman numerals, the maximum Roman numeral implemented is `M`: ``` > 10000 to roman MMMMMMMMMM > 100000 to roman MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM ``` Sufficiently big numbers over 1,000...
I would expect `fifty two` to be `52`, but instead, that input is parsed as multiplying `fifty` by `two`: ``` > fifty two 100 > @debug fifty two 1 fifty...
I'm trying to use the calculator mod function, but it seems ambiguous: ``` > (104857566-103811072+1)%(1024*1024/512) 21432217.6 ``` `ipython` output: ``` In [1]: (104857566-103811072+1)%(1024*1024/512) Out[1]: 2015.0 ```
Is there a convenient way to convert a duration to H-M-S format? For example, I would like to write something like this: ```fend 1.862 hours to hms``` ... and get...
Example use-case: I would like to know the approximate length of antenna for a 145MHz (amateur radio) signal. The formula for wavelength is ```math {\lambda} = \frac{v}{f} ``` Where *f*...
It would be great to have assertions, so it would be possible to do ``` 2 + 2 == 4 # returns TRUE 2 + 2 == 5 # returns...
We use fend in math class often, but now we're having issues with it preferring radians over degrees, is it possible that there could be a way to configure this,...
