Start plotting out pi in a 3d version of a hankel matrix There's

what do you mean by plot? I presume you need some function f(x1,x2,x3,...xn) but what are the dependent variables here and what is the form of f?

>>7730609
Thats pretty interesting brah.
How did you think of that?

>>7730609
thanks anon i guess you wont mind if i publish this

>>7730609
Seems to me you're actively making the pattern out of garbage numbers and confusing yourself.

Let's first review what a Hankel matrix is, and try to figure out exactly what OP is suggesting.

https://en.wikipedia.org/wiki/Hankel_matrix

In a Hankel matrix (which is always a square matrix), each "opposite", or skew diagonal's entries are equal, as in OP's pic. A Hankel matrix of order n thus calls for 2n+1 distinct entries, say digits of pi (and not otherwise), viz.

[math] \displaystyle \left[ \begin{array}{c} 3 \\ \end{array} \right] [/math]

[math] \displaystyle \left[ \begin{array}{cc} 3 & 1 \\ 1 & 4 \\ \end{array} \right] [/math]

[math] \displaystyle \left[ \begin{array}{ccc} 3 & 1 & 4 \\ 1 & 4 & 1 \\ 4 & 1 & 5 \\ \end{array} \right] [/math]

etc. But since OP's 3x3 suggestion at the end of his OP is not of this form, a confusion arises. The thing to do is, to talk to 3DCG.

>>7731263

One indexing flub here; obviously a Hankel matrix of order n calls for // 2n - 1 // distinct entries. Or you could re-index the other way too:

order n + 1 ---> 2n+1 distinct entries

>>7731248

>pi
>garbage numbers

Im into python and opengl (3d point cloud plots ) but it dont understand anything of what op wants to do

Explain the algo step by step and I may do this

>>7731295
>pi
>not tau

pi a shit.

I am so confused
can someone please clarify what is going on?
all Hankel matrices are going to have a pattern if they are of that form
every entry with the same manhattan distance from the top left corner is going to be the same number
>woah
somehow pi is different?
am i plotting numbers incorrectly?

File: kekdi.jpg (209KB, 665x782px) Image search: [Google]

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http://pastebin.com/gTdd5PDd

the code for making n matrixes kek

>>7731577

map that in 3 dimensions

>>7731597
>map that in 3 dimensions
if you tell me what mapping an n x n matrix in 3 dimensions means I could do that

>>7731577
what patterns are we supposed to be seeing?
why does this thread even exist?

>>7730609
We've figured out a pattern for primes to by arranging the natural numbers on a spiral starting from one, primes tend to form diagonals, the Ulam spiral.

Mathmatically it translated to nothing deep, only that there are many of b and c such that 4n^2 + bn + c generates a lot more primes than you'd expect.

Finding a pattern is one thing, finding whether it's significant of something "deep" and non-trivial is another.

>>7731577
>doesnt convert string to int

>>7731666
Notice diagonally that the numbers are the same? That's what we're talking about

>>7732379

Each row is just the row above translated back once

the opposites being equal is a fundamental result of building a matrix like that

in other words you could use any fucking number you wanted and you'd get the same result

how are people on sci this retarded

>>7732379
I seriously hope you are joking

>>7731608
nxnxn

>>7732533
You are fucking retarded then

>>7732393
Just how retarded can you get?

>>7732641

>>7732641
Neat...

>>7732641
ebin

>>7732641
great now this thread is gonna stay for a while

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>>7730609
So you want something like this?

>>7730609
I know what you mean by a 3d hankel matrix.

But I don't understand how you decide the entries. Do you fill "sheet by sheet" or do you "loop everything around the origin", etc. Also, most importantly what dimensions?

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>>7732641

>>7732641

this guy knows what OP is talking about

File: 2EdVxtkuyD.png (411KB, 644x362px) Image search: [Google]

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>>7731320
>unironically using meme numbers

File: technodrome.gif (453KB, 492x476px) Image search: [Google]

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very cool OP I will post three relevant pics, you pick the one that makes sense for you.

1/3 Conways Game of Life 3D (aka relevant patterns)

File: lambdo16-1.gif (250KB, 2567x2277px) Image search: [Google]

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2/3 lambdoma and fraction lines

File: P.bold_.circle.5-297x300.jpg (17KB, 297x300px) Image search: [Google]

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3/3 vortex math, look it up

File: 1450700976073.gif (182KB, 492x476px) Image search: [Google]

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>>7735085
I could not help but notice your gif was not optimized anon.
I have optimized your gif.
Your gif is now optimized.

File: 1450701120809.gif (196KB, 2567x2277px)

196KB, 2567x2277px

>>7735088
I could not help but notice your gif was not optimized anon.
I have optimized your gif.
Your gif is now optimized.

File: brain-wave-o.gif (2MB, 320x208px) Image search: [Google]

2MB, 320x208px

>>7735102

thanks man, could you do this one too?

File: 1450702739266.gif (2MB, 320x208px) Image search: [Google]

2MB, 320x208px

>>7735112
I could not help but notice your gif was not optimized anon.
I have optimized your gif.
Your gif is now optimized.

File: oh.png (95KB, 200x200px) Image search: [Google]

95KB, 200x200px

>>7735122
>1.95 --> 1.94 MB

File: youarewelcome.gif (437KB, 320x208px) Image search: [Google]

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>>7735112
>>7736126

>>7736126
>Lossy
Eww.

>>7731608
>if you tell me what mapping an n x n matrix in 3 dimensions means I could do that

kek. People in /sci/ are really this stupid

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>>7732379
Please be a troll.

>>7732641
Not too shabby
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