In short, I develop thirteen (13) different algorithms / filters that determine the probability of a particular number repeating or being in the mix based on physical / mathematical outcome characteristics associated with recent and historical drawings. Four (4) of the algorithms / filters were originally from a program I wrote for roulette.

This website provides math based logic and pattern recognition insight for Powerball lottery.

Nothing created by man is perfect. Mathematical logic is great in theory, but in the real world imperfections affect the outcome either positively or negatively.

I first noticed that defects in a roulette wheel favored certain numbers well above average, while other numbers appeared sparsely. But it took further analysis with a database to determine why it wasn’t consistent. That’s where I initially developed four (4) filters to identify shifts in patterns, cycles, and environment (actual physical factors that affect the math and the outcome). Monitoring three (3) roulette wheels obviously produced different results, but eventually proved valuable in refining my filters.

Multiple Lottery machines adds to the difficulty of identifying which numbers are positively favored for that day’s drawing because of a physical flaw. However, enough of an advantage is acquired from knowing numbers that are impacted or display average characteristics across their Lottery machines to substantially reduce the total possibility of 11.2 million combinations (Pick 5 portion of Powerball) down to a couple hundred thousand aided by macro patterns (too many for one person to play, but way better than Quick Picks that display a poorer pay-out versus total investment when compared to theoretical probability of a pay-out).

Lottery formulas/algorithms & pattern recognition math for constructing higher probability 5-ball combination patterns.