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- FluffaRaptor
I guess that's how perspectives work because where I am coming from, this isn't even close to science! I consider something science when it involves a hypothesis, the scientific method, and lots of data from the natural sciences (Geological, Biological, Chemical, Physical).
While I do have a hypothesis and data, I consider this just a statistical test. You are correct it is by no means the most accurate way (there are too many variables to depict it), but I think it is a good ballpark figure for a GTS driver who has a lot of racing data in their kudosprime, but not enough data that they are close to plateauing.
As for modeling someone like ORMA_Snow (http://www.kudosprime.com/gts/stats.php?profile=1075382), I think that would work, but there is little to gain from the data as a high S driver is forced into a plateau at 75K.
What are you a professor of?
Not a professor! I'm a PhD student in Chemical Biology. Im also a TA in a biochem course. So we are peers if anything!
I'd say statistical modeling is a scientific tool. I use it all the time in my research.
I think the point is that they are forced to plateau, because there is a maximum, a linear trend line won't be very representative so a different statistical function would be better. Like a kinetic rate function which contains a lag phase and a maximum comes to mind.
Have to play around with it but if we find a profile that contains these characteristics (yeah i know, choosing data like this is a major bias) we could then figure out how to modify the equation for stretching and compression (usually multipling x by some factor that is unique to the individual) which helps fit a relatively fast growth (like ormas) to a slower growth (like mine) and fit a curve that models the Elo systems behavior.
What do you think?