Evil Trout Posted:

Right now it’s maximized at 13” and everyone is compared to the leader. It’s been suggested that it might be the wrong approach as it hurts the high end people going for the top, but that’s how it works for now.

We might change the algorithm in time once we see how it goes.

You can use some kind of logarithm functions to make sure the peen length doesn’t rise too high.

For example we can use something like this:

peen length = log(peen count + 1) + 3 * sqrt(log(peen count + 1))

0 peen: length = log(1) + 3 * sqrt(log(1)) = 0
1 peen: length = log(2) + 3 * sqrt(log(2)) = 3.19081101403304
2 peens: length = log(3) + 3 * sqrt(log(3)) = 4.24305351057273
5 peens: length = log(6) + 3 * sqrt(log(6)) = 5.80745806636561
6 peens: length = log(7) + 3 * sqrt(log(7)) = 6.13078665159369    <-- easy to get the first 6"
10 peens: length = log(11) + 3 * sqrt(log(11)) = 7.04343694790853
20 peens: length = log(21) + 3 * sqrt(log(21)) = 8.27909041794021
30 peens: length = log(31) + 3 * sqrt(log(31)) = 8.99329335187138
40 peens: length = log(41) + 3 * sqrt(log(41)) = 9.49476126965717
50 peens: length = log(51) + 3 * sqrt(log(51)) = 9.88047511765105
60 peens: length = log(61) + 3 * sqrt(log(61)) = 10.1934608777359
100 peens: length = log(101) + 3 * sqrt(log(101)) = 11.0599699837855
To reach 13" you need 325 peens, which is very far in the future.
To reach 15" you need more than 1000, which will take a lifetime.