Vtracs for 6/49?

[Icewynd]

Hi Jack,

Thanks for your input. I divided the Vtracs, as you suggested, into 4 groups of 6.

The results were as follows:
0 missing groups 42%
1 missing group 52%
2 missing groups 6%

For the situation where one group is missing, there were 3 patterns possible: 0-1-2-3 (0 from one group, 1 from another group, 2 from another group, 3 from the last group), 0-2-2-2, and 0-1-1-4. The distribution of these groups was:

0-1-2-3 65% of draws with one group missing
0-2-2-2 20%
0-1-1-4 15%

So, quite often (52% of the time) there is a situation where all the numbers are drawn from only 18 Vtracs, and about 2/3 of those cases have a pattern of 0-1-2-3. Very good!

01 02 03 04 05 06
07 08 09 10 11 12

13 14 15 16 17 18
19 20 21 22 23 24
Result vtrac= 01,08,14,20,21,24

I am not sure how you got your result here. Can you explain further?

 

[Icewynd]

I have uploaded the updated file containing the new "decade" analysis with the Vtracs divided into four groups, plus the anlysis of the patterns to be found within those groups.

The most common patterns are:
0-1-2-3 34%
1-1-2-2 31%

I have sorted the patterns by lowest digit first -- so 0-1-2-3 could appear as 3-0-2-1 or any other combination.

MediaFire.com - ON 49 Vtracs - v11.01

http://www.mediafire.com/view/?hinpa7foln6vquj

 

[jack]

Hello, perfect is this! Ice thus can control the timings, within the matrix, when it is divided by four groups
Playing a group of 18 vtrac, whether to hit 5 numbers comes the sixth number of ride, you can do analysis
By separate group, average hot and cold by separate groups,
Ice the pab, also can make the position delta by vertical,
Example, you did, horizontal deltas, but also can be done vertically
In each position, example
1st Positioning
1st position vtrac 12 (00) (00) .....
15
Delta = 3
Pab on the groups, as it is not known which of the groups will have zero or a number, we delete a group (groups of 18)
And do in 4 editions, one of the 18 groups will always have 5-6% in 100, is seeking hit 5 you can get to the sixth number
If so can also divide
Vtrac pp = 02.04 ...
i.i = 13.17 ...
i.p = 14.16 ....
p.i = 05.09 .....
pp = where is the firt digit is even and last digit is even
ii = the first digit is odd and last digit is odd
i.p = and the odd pair
p.i = even and odd
pab mount 24 is vtrac, a matrix of five 5por
01 02 03 04 05
06 07 08 09 10
11 12 13 14 15
16 17 18 19 20
21 22 23 24
Whenever a row and a column is out, then we have 25 rows of 16 (vtrac) numbers

 

[PAB]

Hi Icewynd,

I just downloaded the file and had a quick look at it, it looks good.

I have uploaded the updated file containing the new "decade" analysis with the Vtracs divided into four groups, plus the anlysis of the patterns to be found within those groups.

The most common patterns are:
0-1-2-3 34%
1-1-2-2 31%

I have sorted the patterns by lowest digit first -- so 0-1-2-3 could appear as 3-0-2-1 or any other combination.

Unfortunately your figures for the Groups distributions are wrong, the results should be as follows:

Distribution:
2211 = 97 Times drawn.
2220 = 32 Times drawn.
3111 = 34 Times drawn.
3210 = 105 Times drawn.
3300 = 7 Times drawn.
4110 = 26 Times drawn.
4200 = 9 Times drawn.
5100 = 2 Times drawn.
Totals > = 312 Draws.

I will have a look at the SpreadSheet and other replies in a bit more detail later on.
Good work Icewynd.

Regards,
PAB


-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-
12:45, restate my assumptions.
Mathematics is the language of nature.
Everything around us can be represented and understood through numbers.
If you graph the numbers of any system, patterns emerge. Therefore, there are patterns everywhere in nature.

 

[PAB]

Hi Icewynd,

Unfortunately your figures for the Groups distributions are wrong...

I figured out what is wrong, it appears that you have manually input the Distributions which has led to cells AH101, AH189, AH240 showing the wrong distributions which has subsequently given the wrong totals.
Why not use a formula to work out the Distributions and that way you will end up with ALL the possible Distributions and total times drawn?

Regards,
PAB


-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-
12:45, restate my assumptions.
Mathematics is the language of nature.
Everything around us can be represented and understood through numbers.
If you graph the numbers of any system, patterns emerge. Therefore, there are patterns everywhere in nature.

 

[PAB]

Hi Icewynd,

I thought you might be interested in what the Total Combinations for EACH of the Distributions for a C(24,6) Lotto with 4 groups of 6 numbers, so I have calculated them for you and poated them below.

Distribution for C(24,6) combinations with 4 groups of SIX.
2211 = 48,600 Combinations.
2220 = 13,500 Combinations.
3111 = 17,280 Combinations.
3210 = 43,200 Combinations.
3300 = 2,400 Combinations.
4110 = 6,480 Combinations.
4200 = 2,700 Combinations.
5100 = 432 Combinations.
6000 = 4 Combinations.
Total = 134,596 Combinations.

I hope you like this!

Regards,
PAB


-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-∏-
12:45, restate my assumptions.
Mathematics is the language of nature.
Everything around us can be represented and understood through numbers.
If you graph the numbers of any system, patterns emerge. Therefore, there are patterns everywhere in nature.

 

[Icewynd]

Hi Icewynd,

I thought you might be interested in what the Total Combinations for EACH of the Distributions for a C(24,6) Lotto with 4 groups of 6 numbers, so I have calculated them for you and poated them below.

Thanks, PAB. The actual possible combinations is obviously a better way to look at this.

That said, the sample results aren't too far off the population results. 2-2-1-1 represents 36% of all draws, while 3-2-1-0 will be found 32% of the time.

 

[jack]

Hello, ice and pab, we can focus on, for example hitting the center court
01xxxx24, then the smaller and larger vtrac and placed later, which are the two ends ok
* So we have 02-23 = 7315 blocks, which always hits in any lottery, ae if manipulated,
Then you can focus on hitting the qual Dr. universe in 7315, but because by being the central block will never get to finish with 01 or 24, then we have 02-23 = 7315 blocks, now you can use to filter the planilia blocks to download from 90% of this value after 7315 example converts the sweepstakes registration, see the blocks in a maximum up to 3 hits of previous draws, and the filters tos
* Planilia of the pab, the goal is to see 01xxxx24 center court after the two extremes arises then, so instead of 6 numbers we will need to be set first 4 (the center court)

 

[jack]

Hello, because it was the center court, the center of the frame numca will start with numro numca 01 and will end with the number 24
*Then she (the center court had been loved with 02-23 = 7315 blocks with $ 100 in any lottery, the numbers of endpoints is then placed, then the universe of 13 million in 49/6, dropped to 7315 (of course the block (4 numbers), but vai many filters to reduce
This is because you first have to hit certar 4 to 6, you can also make aa union of pairs of extremes
*From 01 to 09 and 14 to 24, joining such pairs with the smallest to the largest vtrac, = 08.19 to wed Dr. will give the central limit
*From 09 to 18. That is going to 08.19 within the limit, but I think the court is best for study.

 

[jack]

Hello, pab, you can do the same way as was done endings
Example put on top 01-24
Result = 02,08,12,15,18,23 center court = 08 = 12 15 18
01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
x X x x
Make all drawings as is done in the endings, but only the center court,
It is so that you can see in the chart patterns out of center court, if you want to mark in another color 02.23. What are the extreme example of the draw, can

 

[jack]

the 4 X (xxxx) are out should go under 08 12 15 18

 

[jack]

hello, ice and pab, one can use the pictures of the 4 groups but positional namely, when defining the four groups
1st, 2nd 3rd 4th, then the list below is each positional group = figures are in the positions of each group
Being a basic filter
0015
0024
0033
0042
0105
0114
0123
0132
0141
0150
0204
0213
0222
0231
0240
0303
0312
0321
0330
0402
0411
0420
in 1014
in 1023
in 1032
in 1041
in 1050
in 1104
in 1113
in 1122
in 1131
in 1140
in 1203
in 1212
in 1221
in 1230
in 1302
in 1311
in 1320
in 1401
in 1410
in 2004
in 2013
in 2022
in 2031
in 2040
in 2103
in 2112
in 2121
in 2130
in 2202
in 2211
in 2220
in 2301
in 2310
in 2400
3003
3012
3021
3030
3102
3111
3120
3201
3210
3300
4002
4011
4020
4101
4110
4200
5001
5010
5100
6000
0600
0060
0006

 

[jack]

Hello, pab and ice, has the 1st ching hexagram 64 with a frame, ok, bringing to study 49/6 with vtrac
A separate line is odd pair and the line closes, or up and down, then grab the draw for the last 46/6 or other
And see the vtrac 01-24 in the table of 64 combinations (64 is the number of the universe), then each draw
Place under your position, for example converted vtrac the next draw = 02,05,12,14,18,21
In table 1, row = ching closed, open line, closed line, line closed and open line
Then within 64 always donates 100% of the sweepstakes will then see is the vertical position by vtrac
After converting is so

 

[Icewynd]

Hello, pab and ice, has the 1st ching hexagram 64 with a frame, ok, bringing to study 49/6 with vtrac

64. Wei Chi - Before Completion
-----
-- -- above Li The Clinging, Flame
-----
-- --
----- below K'an The Abysmal, Water
-- --

The Judgement

Before Completion. Success.
But if the little fox, after nearly completing the crossing,
Gets his tail in the water,
There is nothing that would further.​

A separate line is odd pair and the line closes, or up and down, then grab the draw for the last 46/6 or other
And see the vtrac 01-24 in the table of 64 combinations (64 is the number of the universe), then each draw
Place under your position, for example converted vtrac the next draw = 02,05,12,14,18,21
In table 1, row = ching closed, open line, closed line, line closed and open line
Then within 64 always donates 100% of the sweepstakes will then see is the vertical position by vtrac
After converting is so

I am assuming that you are referring to the pattern of open and closed lines in the hexagram? How do you define "open" and "closed" in lotto? I am not able to understand how you are converting the numbers into the hexagrams.

 

[jack]

Hello, ice is easy, open line (female, not very open ahh!) Odd, closed line is pair (male, mole ahh!) Ok
Then take the picture of the 1st ching, 64 converting and conbinaçoes
In vtrac 01-24,
** Example 1 raffle number is 05 = vtrac is odd, (is seen to termination) is then line abertaok
The 2nd vtrac, = 08 line is closed, and so at the 4 remaining numbers, the picture is similar to
* Gilles table made ​​of even and odd. Within the 64 permutations and 100% in any lottery

 

[Icewynd]

Hello, ice is easy, open line (female, not very open ahh!) Odd, closed line is pair (male, mole ahh!) Ok

I'm not getting involved in this one!


Then take the picture of the 1st ching, 64 converting and conbinaçoes
In vtrac 01-24,
** Example 1 raffle number is 05 = vtrac is odd, (is seen to termination) is then line abertaok
The 2nd vtrac, = 08 line is closed, and so at the 4 remaining numbers, the picture is similar to
* Gilles table made ​​of even and odd. Within the 64 permutations and 100% in any lottery[/QUOTE]

OK, so we have the different possibilites, 6 Odd (all 6 lines open), 5 Odd/1 Even (5 open lines, 1 closed), 4Odd/2 Even (4 open lines, 2 closed), 3 Odd/3 Even (3 open/3closed), 2 Odd/4 Even(2 open/1 closed), 1Odd/5 Even (1 open/5 closed), 6 Even (all 6 lines closed). You can then use this system to correspond to all 64 hexagrams in the I Ching.

I think I've got it!

 

[Icewynd]

Hello, ice is easy, open line (female, not very open ahh!) Odd, closed line is pair (male, mole ahh!) Ok

I'm not getting involved in this one!

Then take the picture of the 1st ching, 64 converting and conbinaçoes
In vtrac 01-24,
** Example 1 raffle number is 05 = vtrac is odd, (is seen to termination) is then line abertaok
The 2nd vtrac, = 08 line is closed, and so at the 4 remaining numbers, the picture is similar to
* Gilles table made ​​of even and odd. Within the 64 permutations and 100% in any lottery

OK, so we have the different possibilites, 6 Odd (all 6 lines open), 5 Odd/1 Even (5 open lines, 1 closed), 4Odd/2 Even (4 open lines, 2 closed), 3 Odd/3 Even (3 open/3closed), 2 Odd/4 Even(2 open/1 closed), 1Odd/5 Even (1 open/5 closed), 6 Even (all 6 lines closed). You can then use this system to correspond to all 64 hexagrams in the I Ching.

I think I've got it!

 

[jack]

Hello, ok ice, perfect, even if it is, can there be any draw always one of the 64 formations on this 100%
Assigning, odd lines open and closed lines for the pair, or ups and downs, (0,1,2,3,4) (5,6,7,8,9)
Then use the vtrac 01-24 ok, you can look for the vertical position, the look ching delay, the gilles
* Something like envelopes all possibilities of even and odd = 64 possibilities,
Ice is when you cross the vtrac with 1st ching, vtrac shows the two numbers is 1 will tell if the pair is odd or
When the pair of vtrac is an odd number and another pair, one can also see if it is up and down, and also sums

 

[jack]

Hello, this is equal where (0) is even and (1) is odd or can be reverse
This example is identical to the 1st ching ok, it's the same thing
64 Possible positions of the Odd Couple, but with numbers Already 6 with 6 positions
Even / Odd - # comb. -% - Times # -%
000,000 to 134,596 - 0.96% - 20 - 0.81%
000.001 to 177,100 - 27.1% - 28 - 1.13%
000.010 to 177,100 - 27.1% - 36 - 1.46%
000.011 to 177,100 - 27.1% - 29 - 1.17%
000.100 to 177,100 - 27.1% - 34 - 1.38%
000.101 to 230,230 - 1.65% - 39 - 1.58%
000.110 to 177,100 - 27.1% - 30 - 1.22%
000.111 to 177,100 - 27.1% - 42 - 1.70%
001,000 to 177,100 - 27.1% - 39 - 1.58%
001.001 to 230,230 - 1.65% - 42 - 1.70%
001.010 to 230,230 - 1.65% - 34 - 1.38%
001.011 to 230,230 - 1.65% - 39 - 1.58%
001.100 to 177,100 - 27.1% - 31 - 1.26%
001.101 to 230,230 - 1.65% - 38 - 1.54%
001.110 to 177,100 - 27.1% - 25 - 1.01%
001.111 to 177,100 - 27.1% - 37 - 1.50%
010,000 to 177,100 - 27.1% - 27 - 1.09%
010.001 to 230,230 - 1.65% - 43 - 1.74%
010.010 to 230,230 - 1.65% - 38 - 1.54%
010.011 to 230,230 - 1.65% - 30 - 1.22%
010.100 to 230,230 - 1.65% - 47 - 1.90%
010.101 to 296,010 - 2.12% - 41 - 1.66%
010.110 to 230,230 - 1.65% - 37 - 1.50%
010.111 to 230,230 - 1.65% - 43 - 1.74%
011,000 to 177,100 - 27.1% - 25 - 1.01%
011.001 to 230,230 - 1.65% - 51 - 2.07%
011.010 to 230,230 - 1.65% - 35 - 1.42%
011.011 to 230,230 - 1.65% - 45 - 1.82%
011.100 to 177,100 - 27.1% - 28 - 1.13%
011.101 to 230,230 - 1.65% - 38 - 1.54%
011.110 to 177,100 - 27.1% - 29 - 1.17%
011.111 to 177,100 - 27.1% - 40 - 1.62%
100,000 to 177,100 - 27.1% - 23 - 0.93%
100.001 to 230,230 - 1.65% - 54 - 2.19%
100.010 to 230,230 - 1.65% - 45 - 1.82%
100.011 to 230,230 - 1.65% - 41 - 1.66%
100.100 to 230,230 - 1.65% - 34 - 1.38%
100.101 to 296,010 - 2.12% - 63 - 2.55%
100.110 to 230,230 - 1.65% - 38 - 1.54%
100.111 to 230,230 - 1.65% - 47 - 1.90%
101,000 to 230,230 - 1.65% - 37 - 1.50%
101.001 to 296,010 - 2.12% - 42 - 1.70%
101.010 to 296,010 - 2.12% - 46 - 1.86%
101.011 to 296,010 - 2.12% - 59 - 2.39%
101.100 to 230,230 - 1.65% - 38 - 1.54%
101.101 to 296,010 - 2.12% - 60 - 2.43%
101.110 to 230,230 - 1.65% - 26 - 1.05%
101.111 to 230,230 - 1.65% - 45 - 1.82%
110,000 to 177,100 - 27.1% - 24 - 0.97%
110.001 to 230,230 - 1.65% - 49 - 1.98%
110.010 to 230,230 - 1.65% - 42 - 1.70%
110.011 to 230,230 - 1.65% - 45 - 1.82%
110.100 to 230,230 - 1.65% - 51 - 2.07%
110.101 to 296,010 - 2.12% - 50 - 2.03%
110.110 to 230,230 - 1.65% - 32 - 1.30%
110.111 to 230,230 - 1.65% - 39 - 1.58%
111,000 to 177,100 - 27.1% - 39 - 1.58%
111.001 to 230,230 - 1.65% - 37 - 1.50%
111.010 to 230,230 - 1.65% - 49 - 1.98%
111.011 to 230,230 - 1.65% - 45 - 1.82%
111.100 to 177,100 - 27.1% - 28 - 1.13%
111.101 to 230,230 - 1.65% - 40 - 1.62%
111.110 to 177,100 - 27.1% - 37 - 1.50%
111.111 to 177,100 - 27.1% - 24 - 0.97%

 

[Icewynd]

Hey PAB

Been thinking about the Vtracs project. I think it would benefit from the additon of positional analysis.

I'm travelling this week, but when I get back I will post v12.0 including positional analysis.