The visualization script does work to display the last 10 draws for one position. I need to make a program that lets the series be overdrawn for all positions on the same grid, but also toggled to show any particular series (ball 1 etc).

Before the fancier equations are applied, I think it would be interesting to rework the existing follower script to find the followers of each vector.

The trick is it may take more than one approach to find usable data.

The components planned so far...

1. A visualization component... this is where it shows the last 10 draws of any pick n game for which it has history... from pick 2 mid to pick 5 eve. Selectable and reading directly from the last 10 entries in the selected draw database. Automating the data import will be a huge difference maker when moving to the larger games.

2. A full history analyzer to get a starting point. This will be a simple rework of the follower script but using vectors rather than numbers. Here is where constraints of the grid would be applied. If a 9 was the last number, but the most frequent follower vector has a positive angle, then that can be rejected in favor of the next one on the distribution list that satisfies the constraint.

3. Some sort of discovery machine learning algorithm that can work on finding the facts of the distributions.

Finishing 1 and 2 will give a workable system, but finishing all 3 would be more helpful in creating a rules-based decision system.

Maybe the "CS guy" should figure out how to post images...

Anyway, happy coding!