Lets get to the point.
Non optimal defence get square root of its defence value counted right?
sqrt of 9 is 3. Fact is that we dont always get 9 ... how about 2?
Almost of the cases, we shouldnt get an pretty entire number.
How does this work?
I know its rahter tribial but still, it bugs me.
What I think is that, when its below 0.5, it will rounded off as nearest
entire number and if its between 0.5-0.9999.... it should get the entire
number above. Say for example, 0.1-4.9999 for 1 and 0.5-0.9999 for 2.
But then thers no use of putting defence value 2, since it gets only 1.41 something.
sqrt2-1.41...apprx.40perc chance of getting 2, 60 perc of case, 1
sqrt3-1.75...apprx.75perc chance of getting 2, 25 perc of case, 1
I guesse this works like this. What do you ppl think?