When your model makes a good prediction obviously that's a good sign
But when stuff happens in a way you didn't expect that's the more interesting result, because it means there is more to learn & discover
i'm in no positions to make serious predictions, speaking of which, this test landed in the lower bond of what i expected. i would have expected anything between 47,1555 and 48,1555...
the kind of edge case testing gives numbers for very specific sets of numbers, but doesn't cover normal gameplay. so if you'd ask me "how much will i gain from a conda trade 2*150+100t @1302, 877, 642 cr/t profit, i just could give you a very roundabout guesstimate (+/- 0,5).
i look at those tests a bit like the role of twin studies in context of genetic heredity. you naturally can't get huge databases, but it keeps conclusions in checks.
i think it's quite understandable why an analysis of (lots of) day-to-day gameplay data can potentially lead to wrong conclusions on mechanics, if not tested in experimental settings (no traffic systems).
to spell it out here:
influence gain and demand
- in day to day play demand will create profit, so you'll see a correlation between demand and influence gain.
- a clean test shows that demand has no effect (Figure 7).
influence gain and total profit
- in day to day play, total profit, which is a multiplication of tonnage and profit per ton, will correlate with influence gain.
- as we are limited by shipsizes on tonnage, and in day-to-day gameplay we'll bring commodities of regular profit (500-1200 cr/t) this adds to the correlation.
- a clean test shows that influence gain is not bound to total profit (Figure 2).
- Further testing shows that there are seperate effects of tonnage and profit per ton.
none of the above has much relevance in day-to-day gameplay (trade with as much profit per ton as possible = influence gain).
but drawing conclusions on the mechanics from analysing day-to-day gameplay data, even a lot of it, without testing the conclusions in an experimental design, can potentially lead to wrong assumptions about the mechanics.