But what's so difficult about winning 2 times in a visit ?

Thanks Lung for your reply, among your interesting points I highlighted this passage.

It's so difficult to win in two visits in a row as people treat baccarat as a kind of lottery where each ticket they are buying offers (slight) unfair odds.
A lot of ding-dong? Hit the jackpot. A lot of singles and doubles or consecutive streaks? Another jackpot.
Strong imbalances between B and P? Again it's a jackpot as well as every kind of repetitive patterns.

Now, are there reasons to think that along the way we'll hit such lotteries more often than not?
Yes, such (small) jackpots come out with a decent frequency but not enough to balance and invert the constant house edge. No matter how sophisticated is our progression plan or MM.

Sayed that, I'm not ruling out the possibility that some acute players tend to get a clearer picture of the whole situation without the knowledge of possible randomness defects or whatever could alter an unbeatable random model. Still the common trait of such players is to play very few hands.

We ought to remember that without math advantages, it's impossible to beat any EV- game whether considered randomly distributed.
Therefore our only option to beat it is to consider and study why, when and how could be unramdomly placed.

No luck intervenes on our side.

as. 

Imo bac is beatable as the "general" probability doesn't correspond to the "actual" probability.

According to the general probability, itlr each spot will follow a 50.68%/49.32% BP probability, thus no one betting method could find spots where 50.68/49.32 ratio will be higher (or lower) than expected. In a word that the statistical deviations will follow such values, practically meaning that the model we are playing into is randomly placed and very very very very slight dependent at most.

Actually efforts made to find profitable spots were made ONLY by math procedures.

Easy to see such procedures contain a big mistake as they were tested on pc generated shoes where randomness supposedly prevails.
Moreover, they couldn't take into account the probability of success of certain events considered by ranges, as they kept for grant that whenever A>B any other subsequent situation will follow a costant asymmetrical line and it's not the case at baccarat as a single 8 or 9 falling on one side will dictate mostly the outcome.

as.

Actually along those suggestions you touched a key valuable aspect that it's very difficult to falsify mathematically and that's our fortune.

as.

Quote from: alrelax on December 13, 2019, 11:34:49 PM
Excellent. I have actually started an outline and I've identified no less than 10 advantages that I have used successfully, at times, over the past years .

More on that at a later date thanks for putting in the input.

Thanks Al!
I'll wait further comments from you about that.

as.

In reality no one long term winning player wants to inform the enemy about the details by which this game could be beaten. Casinos prosper about the ignorance of their bettors and not only about their fkng math edge.
And truth to be told, baccarat is still alive as the vast majority of asian players rely on luck about their bets destiny, say the persistence of certain trends showing up along the way.

I can't rule out the possibility that other researchers had scientifically theorized the unrandomness of baccarat, yet if we keep thinking the game as a randomly produced game we're going to nowhere.
Probably we'll get better odds to cross a turtle roaming on the Mohave desert than trying to win a game we think to be randomly placed.

Actually and even taking for grant that the game is really random (a horrendous mistake), we can build certain betting lines that will minimize the variance factor working into an asymmetrical proposition.
Next post will be about those methods.

as. 

The best baccarat player in the world is not the person who is capable to win the larger amount of units but whoever keeps his/her losses very close to the negative edge value (say an average -1.15% of total money wagered on BP hands).
At the end of the year we should try to recollect how money we have bet and how much we have lost at tables. If the sum is around 1.15% of the money bet we are really in good shape.
That is the number of W should be almost equal to the number of L, only vig caused our debacle.

Unfortunately it's quite likely we had lost more than that, maybe we have added some side bets here and there or that we have used a bad money management. Of course no MM could provide us a winning method thus we should accept the idea that the game cannot be beaten other than by a proper bet selection.

Imo there are only two ways to get a winning bet selection working itlr:

- flat betting strategy where number of W exceeds the number of L and the vig impact

- short multilayered progressions oriented to get a key W or Ws happening on restricted sequences considered as profitable

Alas, those strategies cannot win when applied at random EV- games. And for that matter they can't win at EV=0 games either.

Many baccarat books or, worse, internet system sellers, keep stressing us about the importance to "quit when ahead". They want to teach us how to win and then they put in emphasis such silly phrase.
If I'm winning and I have to quit to preserve my bucks, why not starting to play a kind of an opposite strategy?
And when do I know I should quit because I've reached the apex of my winnings?


Gambling is a game of streaks, at baccarat say a game of "gaps" between two opposite situations that not necessarily must be B or P hands.
It's just the natural streak appearance that destroy every system. Providing the game is randomly placed.
Then our task should be directed to spot situations where a lesser number of streaks should be more probable than normal thus increasing the likelihood to get a more expected outcome. And it can't be that unless a kind of unrandomness or super complex dependency is acting.

But even if you take for grant that bac shoes are not randomly formed, you can't forget that we're speaking about an edge quite high but limited to very few spots and not to every shoe dealt.

Let's make an example of one of many singular random walks we could put in action fictionally and oriented to disprove the concept that bac shoes are collectives.

Say we want to set up a short "road" where we'll classify outcomes as A or B depending whether after a winning natural point happening on a given side the two next hands bet on the same side are producing at least one win. If we win in two attempts we mark 1, otherwise we mark 2.
Thus our trigger to start or follow up the classification is the winning natural happening on either side.

Example: B9 winning point, we'll bet two times B; if we win we mark 1 otherwise we mark 2.
Whenever naturals do not show up or by gaps higher than 2 we do not mark anything.
In reality this is an irregular random walk in the sense that two-step betting action will get an obvious nearly 75% EXPECTED probability to win whether a kind of progression is applied.
And naturally it's not about the general more likelihood to get 1 or 2, just the distribution of such 1s and 2s. That is that that 75% value is more or less deviated toward one side. 

No matter how whimisically are the actual results, this new 1/2 line most of the times won't follow the natural probability distribution, especially from a place selection point of view.
Not everytime but most of the times.

as.

To get a better idea of how baccarat really works, I introduce my concept of "random walk".

A player whimsically betting here or there, following trends, following lucky or unlucky players, playing drunk or perfectly sober, wagering by the influence of Alprazolam or THC or whatever, constitutes a random walk.
The same about big road and the four derived roads, now being mechanically ordered. 

Naturally even a player wagering only one hand per every 2, 5 or 100 shoes is a random walk.
A random walk is just an infinite sequence of W and L successions having almost (as B bets >P bets) the same probability to show up.

For example, if the shoe provides really random outcomes, W/L dispositions follow the old 50/50 rule dictating that the probability to win (or lose) four hands in a row is 1/16 (6.25%) and so on.
But such probability is real only when the shoe is producing random outcomes in the sense that no matter which spot of the shoe we start to bet those outcomes will be unaffected by previous events (place selection).
Naturally and in absence of informations, we have no means to detect whether the first four hands dealt of a new shoe are really randomly placed or not.
In any other scenario, if we think the future four hands will give us a sensible better 6.25% WL ratio in either direction we'll get an edge. Same about lower or higher probability circumstances.

Imo, the more we wait for favourable dependent and allegedly unrandom situations, the better will be our results, providing we proper classify the playable shoes.
It's easier than what you think.

Tomorrow I'll talk about what I improperly name as "limited" random walks.

as.

Good post Al.

Anyway I think that gambling forums defend readers by definition as it's quite easy to falsify directly the theories, ideas or methods presented (without insulting of course).
Providing they are offered for free.

Since many games are still considered unbeatable and no matter how prestigious is the source, there's no point to purchase anything from anyone and this is just a very good starting.

as.   

Where is it?

1)  Streaks;

2)  Doubles or Triples;

AND

3)  Chop-Chops.

There is nothing else, IMO

Nope.

There are 4) singles and triples, 5) singles and doubles as widely described in my posts.

Agree with your comments

as.

A collective is a long term registration of events getting the same attributes and regardless of the spots of the succession we've chosen to register, we'll expect to get constant probability values.
In some way this is the perfect form to detect real randomness as we derive the probability after the events have really happened into the same supposedly independent world.
I mean that without knowledge we suppose the model we are playing into is random but more often than not it isn't.

Obviously baccarat must be considered as an infinite succession of finite games as each shoe will feature dynamic probabilities either for card distribution issues and for the rules.

Nonetheless, it's widely ascertained by mathematicians and gambling experts that no matter which spots we want to bet along every shoe, itlr our results will follow the same WL percentages, our old -1.06% -1.24% negative values.
That is they assume that every shoe dealt is a form of a collective, at least in the baccarat sense.
And actually they are completely right, providing shoes offered to players are randomly shuffled. 

Therefore and taking for grant that no one taxed random world can be beaten by any means itlr, if one is capable to devise spots constantly shifting to one side or, more likely, getting very small deviations, well this is an absolute confirmation that most shoes are not randomly shuffled.

Thus in order to achieve this, two conditions must be fulfilled to get profitable opportunities:

- not every shoe is playable

- a proper place selection must be used

If every shoe would be playable and knowing that some high stakes players are pretty smart, baccarat wouldn't exist.
Remember that casinos get less value money from certain HS players than from common low-mid stakes bettors as the former population bet with an edge rarely exceeding the 1.06/1.24% negative edge (huge comps, rebates, flat betting strategy, etc).
Baccarat exists as players want to bet every shoe and most part or all of hands dealt.
Interesting to notice that we must add a subjective probability theory to a strict frequency probability line.

It remains to assess which shoes may be profitable or at least less disadvanteged to the players.


First condition fulfilled, the place selection topic is, imo, of paramount and decisive importance.
Outcomes place selection is the direct scientific proof that baccarat shoes are not pure collectives as they involve a probability statistically significant different than what we've been taught for years.
And the only possible answer is that shoes aren't properly shuffled (or, less likely, that baccarat is a vulnerable game).

as.

Ok thanks!

Different approach, still the concept remains the same.

as.

Nice.

Say we got this sequence B P B P B P BBB P B P B P B
What are your results?

as. 

Consider this simple method.

Our plan is to detect when a natural point will come out, no matter which side will be kissed by such natural.
The probability any natural will come out is 34.1%, a slight higher than a dozen will show up at roulette.
Without any doubt, when a natural comes out a symmetrical hand will be formed, meaning that betting banker is a fool option.

At some extent, any natural apparition translates into an idi.ot choice (when wagering B) and a fair situation when wagering P.

Since a 34.1% probability is way higher than a 8.4% probability, we know that a back to back probability is quite more likely even though half considered (as we can't bet both sides).
Naturally there are many levels where a natural could come out, a back to back probability is a zero gap, a natural followed by another different hand is a 1-gap probability and so on.

Differently to roulette, the overall natural probability per any shoe is more restricted as we can't cancel 8s and 9s and zero value cards from the deck.
Especially whether 8s and 9s should be more ore less concentrated on some portions of the deck.
Naturally a perfect 8s/9s pace is out of order for obvious reasons and we still have to fight other less likely card combinations forming a natural.

Same about asym hands.
What we really want when betting Banker is the asym hand production and nothing else.
Everything different from that is a long term EV- move, unless our B bets are able to catch a better than 8.4% probability.
Coincidentally such probability is nearly half of the probability to get a natural on either side.

Instead of guessing which side will win, we should try to focus about those two probabilities, as they are the most likely to produce the actual outcomes. Itlr.

as.

Systems like that are as old as the wheel's invention.
There are times where the repeating process could produce profits and other times where fresh numbers continue to appear for long.

Unless you can spot the situations where the reapeting process is more or less due than expected (biased wheels, software imperfections, etc) all those methods are fruitless.

Sputnik, I wonder why you are wasting time with roulette when you have built powerful ideas to beat a very less disadvantaged and dependent game.

Btw welcome back to Bally, I hope you keep writing here.

as.