I would like to open a discussion regarding strategies for the MM lottery. I have been using my own spreadsheets for a number of years and using EL Pro for about 2 months. The most successful strategy I have employed to date is based on several factors.
First is what I refer to as relativity. This employs the frequency each inidividual number is drawn relative to every other number in each position. For example: the number one in position 1 occurs with numbers 2 through n in postion 2, the numbers 3 through n in position 3, and so on. I have found this to work much more successfully when the statistical data (numbers in the previous draws) are listed in the order they are drawn rather than sequentially.
Second is what I refer to as proximity. This function is similar to checking a generated package against previous draws. The difference is that it also takes into consideration the 'skip' of each number that matches previously drawn numbers. Using this as a comparison, I am able to utilize fewer previous draws as my statistical base. Generally this number is between 36 to 117 previous draws.
From that point, I utilize the sum and standard deviation filters in ELPro then run a new comparison of the package against previous draws. You can imagine that the packages at this point are still rather large. Utilizing the optimizing algorithms in ELPro will minimize the package, however, they seem to randomize the "leave" more than I would like.
Hitting 3+0, 3+1, and 4+0 per 250 to 400 selection sets is pretty standard. Occassionaly I will see a 4+1 (with a great amount of celebration afterward). I am wondering if there can be a method for implementing skewness and kurtosis in the optimizing utility...