Stan,
Is it possible for you to implement a kind of synchronicity of settings filter with statistics, similar to Odd/Even + Low/High filter or Sum Root + Low/High filter?
It would consist of Adjacent Numbers + Reapeating Numbers[1] + Repeating Numbers [15] and would work in the Analyzers.
These filters can remove from the game approximately 1/3 of numbers from the total pool in the 5/45 game and it is the most efficient way of minimizing the package.
For example, when I filter the package of 1,221,759 tickets ( a 5/45 lottery) :
Adjacent Numbers = 0, Accept
Repeating Numbers [1], Accept
Repeating Numbers [15], Accept
the package size decreases to 42,504 tickets. It creates a point where further filtering starts to achieve a playable set of tickets.
The idea is to find a synchronicity of settings which occurs infrequently, maybe once per 5 to 15 drawings. Such synchronicity when used in filters would minimize the package significantly. It would not hit frequently, but if it hits ,it would guarantee a good result.
Of course, it is possible to use the existing filters one after another, or even build a complex filter, but statistical basis which is necessary to find the right synchronicity of filter setings is missing.
We need to know occurrences, particularly most common occurrences, latest occurrence, and what is due.
In the latest draw of the Australian Powerball there were 2 Adjacent Numbers, 0 Repeating Numbers [1], and 4 Repeating Numbers [15]. So the synchronicity for this filter would be 2 - 0 - 4. It could minimize the package from 1,221,759 to 60,536 tickets and keep the jackpot ticket.