ROULETTE CHAINS PRO MANUAL: 4 - Setting the chains length
First of all, it is worth once again explaining the logic that you need to focus on when choosing the length of chains: the longer the chain is, the longer the prediction waiting time will be, but the probability of winning back the bet will also be higher!
When choosing the right length for yourself, it is easiest to imagine a continuous chain (chain #1), for example: R R R R R R R R… (R - red). Those, if the default value for equal chances is set to 10 (parameter 1/2 CL = 10 ), this means that the program will start betting on Black in chain #1 only when 10 red numbers fall out in a row (or will bet on Red only when 10 black numbers appear in a row).
The length of the chain should be set, focusing on your balance margin (ohow many misses will your deposit be enough for if you double the bet). Thus, if your bank allows you to win back 7 misses in a row, then playing on a chain with a size of 10, you, relatively speaking, expect to meet no more than 17 red or black numbers in a row (I remind you, for the sake of simplicity, we are now considering only chain #1. The rest chains essentially lend themselves to the same logic).
In general, as far as I know, in the history of roulette, once there was a case of 22 blacks in a row. Just so you know, this is an incredibly rare occurrence. Thus, theoretically, if you have a balance margin of 7 misses and set the chain length to 15 (for equal chances), you will be maximally protected from long series of misses (if, of course, during this series there will not be another ZERO).
In practice, the length of chains of equal chances equal to 10 - 12 is optimal, since a series of, for example, 17 - 19 red or black in a row is very rare.
Everything I wrote above concerns all fields of equal chances (red-black, even-odd, 1-18 - 19-36) and all possible chain patterns.
When setting the optimal chain length for dozens and columns (parameter 2/3 CL) that would have the same effect as an equal chances setting, the length value should be about 1/3 lower. Relatively speaking, if parameter 1/2 CL = 9 , then you can set parameter 2/3 CL = 6 .
All of this is, of course, very optional and you can experiment with chain lengths to find the conditions that are most comfortable for you.
When choosing the right length for yourself, it is easiest to imagine a continuous chain (chain #1), for example: R R R R R R R R… (R - red). Those, if the default value for equal chances is set to 10 (parameter 1/2 CL = 10 ), this means that the program will start betting on Black in chain #1 only when 10 red numbers fall out in a row (or will bet on Red only when 10 black numbers appear in a row).
The length of the chain should be set, focusing on your balance margin (ohow many misses will your deposit be enough for if you double the bet). Thus, if your bank allows you to win back 7 misses in a row, then playing on a chain with a size of 10, you, relatively speaking, expect to meet no more than 17 red or black numbers in a row (I remind you, for the sake of simplicity, we are now considering only chain #1. The rest chains essentially lend themselves to the same logic).
In general, as far as I know, in the history of roulette, once there was a case of 22 blacks in a row. Just so you know, this is an incredibly rare occurrence. Thus, theoretically, if you have a balance margin of 7 misses and set the chain length to 15 (for equal chances), you will be maximally protected from long series of misses (if, of course, during this series there will not be another ZERO).
In practice, the length of chains of equal chances equal to 10 - 12 is optimal, since a series of, for example, 17 - 19 red or black in a row is very rare.
Everything I wrote above concerns all fields of equal chances (red-black, even-odd, 1-18 - 19-36) and all possible chain patterns.
When setting the optimal chain length for dozens and columns (parameter 2/3 CL) that would have the same effect as an equal chances setting, the length value should be about 1/3 lower. Relatively speaking, if parameter 1/2 CL = 9 , then you can set parameter 2/3 CL = 6 .
All of this is, of course, very optional and you can experiment with chain lengths to find the conditions that are most comfortable for you.
.png){kind=logo}
