If baccarat shouldn't be a so complex model, the most ambitious goal would be to approximate at best the actual patterns distributions of EVERY shoe dealt.
I'm not joking, as long as the quality of streaks (and singles) is somewhat limited, the first/intermediate portions of the shoe should give us slight hints capable to erase and invert the HE in our favor.
And of course one of the most important thing to assess is the shuffling procedure employed at that particular casino you're playing at.
To do that, we need "complex" patterns to take as possible triggers because more hands are needed to form a pattern (let alone two consecutive patterns...etc) lesser will be the whimsical third card(s) impact over the results.
Since each shoe features an asymmetrical card distribution by any means, on average we'll expect more clustered patterns of any kind than "alternating" patterns, yet alternating patterns must show up sooner or later because they have to somewhat catch the most probable clustering propensity.
Thus betting is a delicate process directed to get the most at pattern clusters and the least damage at alternating patterns.
In reality even the "alternating" model is expected to provide unlikely "overalternating" sequences that could be bettable as well.
Curiously, people invited to write down "random" sequences at binomial games (e.g. coin flips) are more prone to provide (wrong) overalternating sequences.
And most part of baccarat players tend to reverse such propensity thought, thinking that the alternating mood is too much subordinate to several kind of clustering patterns.
More later
as.
I'm not joking, as long as the quality of streaks (and singles) is somewhat limited, the first/intermediate portions of the shoe should give us slight hints capable to erase and invert the HE in our favor.
And of course one of the most important thing to assess is the shuffling procedure employed at that particular casino you're playing at.
To do that, we need "complex" patterns to take as possible triggers because more hands are needed to form a pattern (let alone two consecutive patterns...etc) lesser will be the whimsical third card(s) impact over the results.
Since each shoe features an asymmetrical card distribution by any means, on average we'll expect more clustered patterns of any kind than "alternating" patterns, yet alternating patterns must show up sooner or later because they have to somewhat catch the most probable clustering propensity.
Thus betting is a delicate process directed to get the most at pattern clusters and the least damage at alternating patterns.
In reality even the "alternating" model is expected to provide unlikely "overalternating" sequences that could be bettable as well.
Curiously, people invited to write down "random" sequences at binomial games (e.g. coin flips) are more prone to provide (wrong) overalternating sequences.
And most part of baccarat players tend to reverse such propensity thought, thinking that the alternating mood is too much subordinate to several kind of clustering patterns.
More later
as.