This will be my last post here and am not returning after this.Sometimes you feel gutted to see the work that you have done is not getting anywhere and when people fail to see the obvious. One of my friends said to me are people lazy?
Lets see whether this sparks some interest to take it forward further. While we talked about non-randomness, it is key that you dont forget statistics and what is a fact. We talked about cycles. Lets take the following dozen cycle as an example. Following is the statistics across various number of cycles for a set of few thousands of spins. The fact is the percentages defined there say something about the edge and they remain the constant irrespective of the set you will use.
500 cycles
Dozen that defined the previous cycle same as the dozen defined the next cycle - 306 ~ 61%
Dozen that defined the previous cycle different from the dozen defined the next cycle - 194 ~ 39%
1000 cycles
Dozen that defined the previous cycle same as the dozen defined the next cycle - 618 ~ 62%
Dozen that defined the previous cycle different from the dozen defined the next cycle - 382 ~ 38%
2000 cycles
Dozen that defined the previous cycle same as the dozen defined the next cycle - 1241 ~ 62%
Dozen that defined the previous cycle different from the dozen defined the next cycle - 759 ~ 38%
The fact is things do clutter. When they do clutter, repeaters do happen. When repeaters do happen the statistical relation between these finite cycles tend to lean towards and form a magical relation between two finite cycles.
Does it give you any pointers or advantages? Do you see any link to the videos. Oh yeah, I like playing puzzles. Those who want to ignore can ignore. Bye until I get the next urge to post.
Everythign that happens in roulette happens in a cycle. A cycle starts and ends when a number repeats.
For the dozens, lets see that it will be like this.
19
25
18 – This is a dozen cycle of length 2
19
20 – This is a dozen cycle of length 1
18
31
1
30 – This si a dozen cycle of length 3.