Pick 3 Fibonacci-like sequences

Reply #12

lakerben — Wed, 31 Oct 2018 17:41:04 GMT

nm mid

1 9 6 2 962 2

2 5 6 3 563 2

3 4 2 5 425 1

4 3 8 7 387 1

5 7 0 2 702 1

6 0 8 9 089 1

7 7 8 1 781 1

8 7 6 0 760 1

9 4 4 1 441 1

10 1 0 1 101 1

11 5 4 2 542 1

12 6 4 3 643 1

13 1 8 5 185 1

14 7 2 8 728 1

15 8 0 3 803 1

16 5 2 1 521 1

17 3 2 4 324 1

18 8 4 5 845 1

19 1 6 9 169 1

20 9 0 4 904 1

21 0 6 3 063 1

22 9 6 7 967 1

23 9 2 0 920 1

24 8 8 7 887 1

25 7 0 7 707

Reply #11

reddog — Wed, 31 Oct 2018 13:14:08 GMT

That's weird, it won't open after download. That's never happened before. All my other programs open, so it's not a software issue.

Reply #10

lakerben — Wed, 31 Oct 2018 03:45:49 GMT

Very nice steve!

Thanks

Reply #9

winsumloosesum — Wed, 31 Oct 2018 00:52:01 GMT

Excel file with instructions:

https://my.pcloud.com/publink/show?code=XZloHM7Ziq4sEptOwKjBjvspuR6rNQ7p5TeV

Reply #8

oate — Tue, 30 Oct 2018 22:22:31 GMT

Sure, here's a pick 4 sequence generated with the seeds 1123 and 5813:

1123 5813 6936 1749 7675 8314 5989 3293 8172 1365

9437 0792 9129 9811 8930 7741 5671 2312 7983 9295

6178 5363 1431 6794 7125 3819 0934 3743 3677 6310

9987 5297 4174 9361 3435 2796 5121 7817 2938 9745

1673 0318 1981 1299 2170 3369 5439 8798 3127 1815

4932 5747 9679 4316 3985 7291 0176 7367 7433 4790

I've also tweaked the program to do mod-69 and mod-26 addition to generate a Fibonacci-like sequence for PB... [ More ]

Reply #7

reddog — Tue, 30 Oct 2018 21:46:09 GMT

Just out of curiosity I deflated the 60 number using Todd's pick 3 deflating tool and it reduced down to 28 combinations,

Tier 4

117(171,117,171) 591(519,519,591) 331(313,331,313) 797(779,797,779) 537(573,573,537) 939(993,939,993)

Tier 2

377(377) 484(448) 975(975) 028(082) 715(715) 733(733) 199(199) 868(886) 395(395) 046(064) 911(911) 626(662) 135(135) 242(224)

Tier 1

840 466 680 822 260 644 420 288

so 28 combos look a whole lot better than 60.

Reply #6

reddog — Tue, 30 Oct 2018 21:37:29 GMT

A quicker way of doing it is stacking the two pick 3 numbers on top of each other and add the two pick 3 numbers together using lottery math (no carry overs). Then add the second pick 3 to the 3rd set to get the 4th set.

840

+377 equals

117

377

+117 equals

484

and so on and so on.

Reply #5

reddog — Tue, 30 Oct 2018 21:22:35 GMT

If it can be done for pick 3 then it can also be done for pick 4. Hmmm

Reply #4

oate — Tue, 30 Oct 2018 20:20:42 GMT

But question, have you ever figured any way to focus on any one number for instance in the group?

I offer it as a mathematical curiosity, or more artistic way of generating random-ish picks. Any correct matches it happens to generate would be purely by chance. It shouldn't make any difference what numbers you focus on in the sequence, assuming your state's pick 3 game is random and unbiased.

Reply #3

lakerben — Tue, 30 Oct 2018 19:42:09 GMT

Can you post this utility so we can try it

Reply #2

Soledad — Tue, 30 Oct 2018 18:51:45 GMT

I used to attempt stuff like this with a system of mine. The system would generate 3 numbers total, and then I would just do this with the last two, and so on and so on. Also with the drawn numbers I m sure I tried (for entertainment purposes only). I m not saying you don t see something, because at times yes I m sure you do. However, anomalies do occur as numbers get greater. But question, have you ever figured any way to focus on any one number for instance in the group? Just curious if you ca... [ More ]

Reply #1

Need200K — Tue, 30 Oct 2018 06:43:28 GMT

Cool

Pick 3 Fibonacci-like sequences

oate — Tue, 30 Oct 2018 05:13:07 GMT

Disclaimer: For entertainment purposes only!

I wrote a little utility that generates sequences of pick 3 numbers starting from two seed values, adding the digits mod-10 . For instance, today's California pick 3 results were 840 (midday) and 377 (evening). Take these as the two seed values. To get the next number, take 8+3 = 1, 4+7 = 1, and 0+7 = 7 to get 117. For the next number, take 3+1 = 4, 7+1 = 8, and 7+7 = 4 to get 484. And so on and so on always adding the previous two numbers, like th... [ More ]