I think that the overall multiplication factor from Murphy’s constant is 1-0.004*(Murphy’s constant)^3 - this appears close enough, I don’t think I need linear or quadratic terms.
On Pi:
I think the multiplication factor is probably 1-10*abs((local Value of Pi)-3.15) - again, appears close enough, and I don’t think I need a quadratic term.
Regarding aphyer saying cubic doesn’t fit Murphy’s, and both unnamed and aphyer saying Pi needs a quadratic term, I am beginning to suspect that maybe they are modeling these multipliers in a somewhat different way, perhaps 1/x from the way I am modeling it? (I am modeling each function as a multiplicative factor that multiplies together with the others to get the end result).
edited to add: aphyer’s formulas predict the log; my formulas predict the output, then I take the log after if I want to (e.g. to set a scaling factor). I think this is likely the source of the discrepancy. If predicting the log, put each of these formulas in a log (e.g. log(1-10*abs((local Value of Pi)-3.15))).
update:
on Murphy:
I think that the overall multiplication factor from Murphy’s constant is 1-0.004*(Murphy’s constant)^3 - this appears close enough, I don’t think I need linear or quadratic terms.
On Pi:
I think the multiplication factor is probably 1-10*abs((local Value of Pi)-3.15) - again, appears close enough, and I don’t think I need a quadratic term.
Regarding aphyer saying cubic doesn’t fit Murphy’s, and both unnamed and aphyer saying Pi needs a quadratic term, I am beginning to suspect that
maybe they are modeling these multipliers in a somewhat different way, perhaps 1/x from the way I am modeling it?(I am modeling each function as a multiplicative factor that multiplies together with the others to get the end result).edited to add: aphyer’s formulas predict the log; my formulas predict the output, then I take the log after if I want to (e.g. to set a scaling factor). I think this is likely the source of the discrepancy. If predicting the log, put each of these formulas in a log (e.g. log(1-10*abs((local Value of Pi)-3.15))).