Ok, I've put it to the test.
Here is the "scientific" research of Angband RNG.
I've compiled small C program using 4.0.5 code.
The result is:
![](https://www.dropbox.com/s/b2ylwtzekqj7w02/Screenshot%202016-06-27%2016.42.37.png?dl=0)
It doesn't like 45-47 numbers and likes number 10, but difference between highest and lowest peaks is less than 0.45%.
Seems to be fair....
Next time I will try it for longest sequence of numbers below 5% (common spell failure rate)
)
Here is the "scientific" research of Angband RNG.
I've compiled small C program using 4.0.5 code.
The result is:
![](https://www.dropbox.com/s/b2ylwtzekqj7w02/Screenshot%202016-06-27%2016.42.37.png?dl=0)
It doesn't like 45-47 numbers and likes number 10, but difference between highest and lowest peaks is less than 0.45%.
Seems to be fair....
Next time I will try it for longest sequence of numbers below 5% (common spell failure rate)
![Smile](https://angband.live/core/images/smilies/smile.png)
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