If we were to create a graph, one that contains all 49 numbers of the PA match 6 on the Y axis, with the draws separated by a fixed distance on the x axis... and this were put into a grid like formation... then angles could be determined from draw to draw.

I am just trying to formulate some sort of direction to work on jackpot type non replacement type multiple number draws...

From the 6 numbers in the last draw to the 6 numbers in the next draw there would be 6 angles from each number to the next numbers for a total of 36 angles per draw.

If each number drawn had it's own color, then we would have 6 distinct visible pathways from draw to draw. Each line segment would be a vector, having an angle and a length. This could allow trigonometry to be added to the mix!

Not sure yet where this will lead, but for now the object would be to create this data and then graph it, so that is a starting point. Since the angle and distance to be calculated are fixed upon computation, a tuple seems like the right data structure to hold the data.

Written to a csv file would be the date and 6 digits of each draw followed by the 36 tuples of vector information between each draw and the previous draw. This should allow for graphing all or just part of the data, such as a date range or just the low or high numbers...

So the needs would be

1. A script to batch encode the data from the history file

2. A script for graphing data from the resulting csv file. Thinking a GUI for this.

3. A script to append next draws to the data.

That seems like enough to work on for now, while I figure out the analysis portion as I go.. 

The possibilites... vector analysis, triangular patterns... same goal, one best guess.