Part III: Matrix Decomposition by Half-Life

Reply #5

Hyperdimension — Sat, 16 Dec 2006 07:15:43 GMT

Hi Thoth,

Excelent theory and practice!!

But Thoth it will be very useful if you could upload the excel sheet to understand better how to create/understand the graphs..

Thank's for sharing this great info

Reply #4

Thoth — Thu, 14 Dec 2006 17:22:42 GMT

Thanks sflippo!

There is more to come Jade, gonna throw out the binary overviews of several states Pick 3 games.

Reply #3

JADELottery — Thu, 14 Dec 2006 14:18:04 GMT

Interesting.

More on the way

Reply #2

sfilippo — Thu, 14 Dec 2006 10:05:50 GMT

Awesome job explaining that, Thoth...

Nice graphics too.

Reply #1

Thoth — Thu, 14 Dec 2006 08:26:25 GMT

I should also add that the median is a great 50/50 filter to use in conjuction with other observations when selecting your numbers to play. We are all accustom to High/Low and Even/Odd filters. The median filter is seen as either Over/Under. More specifically, will the next straight to be drawn be a number that is out longer than 693 games...or one that is out less than (or equal to) 693 games ago? This is easily done with Excel. Correctly guessing over/under automatically wipes 48% to 52

Part III: Matrix Decomposition by Half-Life

Thoth — Thu, 14 Dec 2006 07:47:32 GMT

Part III

Matrix Decomposition by Half-Life

In part one and part two I demonstrated how the 1,000 number Pick 3 matrix accurately follows a calculated and expected completion cycle. For any Pick 3 game, the largest deviation between the actual performance of the game and the calculated expected results usually occurs at the ending point of the cycle. This ending point is where the last one or two of the 1,000 different Pick combos is actually drawn.

On the graphs in part one