File :-(, x, )
Anonymous
here have some pi. you can never have enough pi.

0 = white
1 = light blue
2 = dark blue
3 = purple
4 = green
5 = orange
6 = red
7 = yellow
8 = grey
9 = black
>> Anonymous
if this is true, doesn't that surpass the actual record calculation of pi?
>> Anonymous
>>328388
not even close, 2048x2048 is just a bit over 4 million
>> Anonymous !cFAilUREq6
i bet if you make to 10^10 by 10^10, it'll be CP.
>> Anonymous
wow, science is a really shit colour.

Apparently the universe is beige because of al the little yellow stars on a dark background.
>> Anonymous
cool im saving this to fap to it later
>> Anonymous
I think I see the face of God...

...and he looks like CP.
>> Anonymous
*Looks VEEERY closely at the first 4 pixels*

Eh...
Looks right....
>> Anonymous
     File :-(, x)
My contribution.

<_< not sure how many Places it is.... however many would fit at 10,000 Vertical pixels at that font size.
>> Anonymous
I have pi to 1,000,000,000 digits... but I cba to put it into an image.

>>328386
That is fucking sick.

Apart from it being shit colours.
>> Anonymous
fap fap fap
>> Anonymous
how does it work?
>> Anonymous
     File :-(, x)
>> Anonymous
>>328572
Each number is represented by a pixel of colour.
>> Anonymous
>>328386

Prove this is pi!
>> Anonymous
ASHLEY
>> Anonymous
     File :-(, x)
>>328875
>> Anonymous
>>328875
Calculate pi, to 4,194,304 Places, then zoom in VEERY far and compare the colors. I just compared the first 4 pixels and it was good from there.
>> Anonymous
Zoom in to the 243,692nd digit and there's CP
>> Anonymous
How did you make this image? Can you do it again in grayscale where 0 is white, 9 is black and the numbers in between form a gradient in between?
>> Jester !dV7YK15D4M
This is really cool. Makes me wonder what the image could theoretically be if it was under a different base. So say base 16 or base 8 or anything related to base 2.

That is unless you just found a random image of a scrambled screen and tricked us. But I'll hope for the prior.
>> Anonymous
     File :-(, x)
Nevermind, I did it myself in photoshop. Here's the cypher for the luminance scale.

0 = +100
1 = +78
2 = +56
3 = +34
4 = +12
5 = -12
6 = -34
7 = -56
8 = -78
9 = -100

Interesting to note, if I gaussian blur the whole image. It all results in a luminance just a bit higher than that of 5 which is strange because it should be right in the middle of 4 and 5.

I'll redo it again later to make sure.
>> Anonymous
Hi there... Can someone explain me how its work? I mean... Just make tutorial or something... Yeah, i now... Im a newfag on hr but this look realy interesting...
>> Anonymous
Colored Pi
>> Anonymous
there are applets that let you view numbers in a 3d cube grouping. If it's pseudorandom then you will always find "structure" in the cube. with pi you find nothing
>> Anonymous
>>328955
what are you asking about ?
you want to know what is pi?, how did he do the image?
your question is too general
>> Anonymous
>>328970
Got any more info on that? phrases like "3d cube" and "random numbers" seem quite common on the internets so my searches aren't finding it.
(In fact, a search for the phrase "3d cube grouping" at google returns this very post of yours made this morning!
http://www.google.com/search?hl=en&q=%223d+cube+grouping%22&btnG=Search
>> Anonymous
PROTIP:
Filter> Noise> Add Noise..
>> Anonymous
>>329026
you can see an example here:
http://www.heise.de/security/Verschusselt-statt-verschluesselt--/artikel/103093

You take the numbers a, b, c, d, e, f, ...
and plot them in 3D as (a-b, b-c, c-d), (b-c, c-d, d-e), (c-d, d-e, e-f) ...
that way you can see relations between following numbers. The first diagram shows true random numbers, a nice cloud without structure. The second shows the data on the "128-bit AES Hardware encrypted" disk. While it should look like the first, the data groups in 4 regions
--> very weak encryption, extremely sloppy implementation. Don't buy!
>> Anonymous
     File :-(, x)
>>329030
amidoinitrite?
>> Anonymous
magic eye image
>> Anonymous
Look for repetition by means of Magic Eye!
>> Anonymous
>>329187
Woah, it's like your tripping balls when you try to magic eye this thing.