Hi KFB! Thanks!
I was talking about A and B patterns and not just of B and P hands.
Once an A or B pattern shows up as "clustered" (AA or BB), there is a slight (subtle) probability that next pattern will be another A or B (AAA or BBB) than AAB or BBA, meaning that "doubled patterns" vs any other pattern will be less frequent than the counterpart.
Of course BB or PP aren't considered doubled patterns here.
The interesting thing to notice is that long term data have universally taught us that BB and PP (common doubles) are the most prevalent events among every other scenario. (So appearing to be the opposite situation seen above)
Therefore we we amplify the number of hands constituting a pattern, things seem (actually do) to take the opposite direction of long term distribution. (doubles<longer streaks)
I'll give more details tomorrow.
as.
I was talking about A and B patterns and not just of B and P hands.
Once an A or B pattern shows up as "clustered" (AA or BB), there is a slight (subtle) probability that next pattern will be another A or B (AAA or BBB) than AAB or BBA, meaning that "doubled patterns" vs any other pattern will be less frequent than the counterpart.
Of course BB or PP aren't considered doubled patterns here.
The interesting thing to notice is that long term data have universally taught us that BB and PP (common doubles) are the most prevalent events among every other scenario. (So appearing to be the opposite situation seen above)
Therefore we we amplify the number of hands constituting a pattern, things seem (actually do) to take the opposite direction of long term distribution. (doubles<longer streaks)
I'll give more details tomorrow.
as.