That's impressive.
Anyway, say I would only bet after a W hoping to get a W either consecutively or 1 and 2 gapped.
Thus I'd let it go every other sequence not belonging to any WW, WLW, WLLW pattern.
After all, those are the main patterns to hope to get a flat betting advantage (besides a first W).
Since here we are playing without a verified edge and by utilizing a progression, each of those patterns must escalate separately as the single pattern probability will change depending upon the previous situation.
Therefore only a (L)WLLL situation will form ALL of the three above patterns as losers but we may need just one or two patterns to get a slight balancement after a strong deviation happened at ALL three patterns.
So imo it's not about the simple number of times we'll be right after being wrong for long that matters, but just about catching the "right" distribution probability that must return even slightly to normal statistical values after strong deviations happened per each step considered.
as.
Anyway, say I would only bet after a W hoping to get a W either consecutively or 1 and 2 gapped.
Thus I'd let it go every other sequence not belonging to any WW, WLW, WLLW pattern.
After all, those are the main patterns to hope to get a flat betting advantage (besides a first W).
Since here we are playing without a verified edge and by utilizing a progression, each of those patterns must escalate separately as the single pattern probability will change depending upon the previous situation.
Therefore only a (L)WLLL situation will form ALL of the three above patterns as losers but we may need just one or two patterns to get a slight balancement after a strong deviation happened at ALL three patterns.
So imo it's not about the simple number of times we'll be right after being wrong for long that matters, but just about catching the "right" distribution probability that must return even slightly to normal statistical values after strong deviations happened per each step considered.
as.