Splatshot, on 22 March 2017 - 10:28 AM, said:
Then that is the problem, as who decides what is balance point.
Math and numbers, to an extent the guys who interpret those numbers.
Splatshot, on 22 March 2017 - 10:28 AM, said:
Everyone knows what the weapons can and cannot do, if you choose not to use the better weapons, so be it, but that is your choice.
However, people don't know what things can do in changes not yet known. The data collected just this past day may have been enough to either validate or invalidate the nerf to SRM4s. We don't know, but its there at PGI.
Splatshot, on 22 March 2017 - 10:28 AM, said:
There is no way that you will ever be able to balance this game, they have not been able to in 20 years. And what they did come up with to balance it in TT, they cannot or will not do here with BV or numbers of mechs (10 v 12).
Man, forgot my tinfoil hat. Give me a second. Ah, got it. OMG no balance change never balance nerf nerf nerf nerf buff PGI fault!
Seriously though, the reasons for the appearance of being unable to balance are as follows;
1) Data collected can be skewed by extremes and bugs. Take the B33f video from quite a while ago where there was a bug with the missile cooldown on a mech, setting it to 1000%. Things like that can artificially inflate statistics of certain things. Or take a very skilled player who plays "bad" mechs against very new players with "meta/op" mechs. The skilled player gets many kills and **** tons of damage and points, while the newer players did **** all. Does this mean that the mechs were to blame for the performances shown?
2) Everything new added or changed invalidates previously collected data as a whole new set of data is then required to be built. Not only for the thing changed, but everything else as well as all of that data was collected and built with the basis of the original statistics.
3) Comparing things for balance is difficult to do as they all have their own statistics that are dependent and independent to other things.
4) The variety of views that can come out of a source because of the truly massive amounts of variables involved. Figuring out the variables in something like y = ax+b is easy if you have your x and/or y. But then given something else like f(yn) = (ax^n - bx^(c-n / x) + d) / n^e - x^n, what does a and b equal now?