Any program you write is a string of binary which you can convert to a decimal number

woah dude

>to a decimal number

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>poojeet had his first high school binary class
>decimal number
GTFO

you should read sicp

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Gabu is a bad angle

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>decimal
user, your post was retarded enough just from the misunderstanding of how computers work but then had to do this, why?
>certain voltage levels are illegal
I can't just.

include me in the screenshot

And since Pi contains all possible number combinations, every program ever written or will be written is contained in Pi.

Believing that pi is a never ending sequence of numbers is a jewish trick

I've always wondered is there anything that can't be encoded in binary. Tell me Jow Forums.

it can be any decimal number

The size of your penis.
Even 0 itself is too large.

Rude.

>dont know how to represent infinity in binary

your gf

That's easy.

show me the end then

>if it can be counted it can be represented by a number
yes, but a single number could represent multiple things so it's not unique

An irational number doesn't necessarily contain all possible number combinations. Consider the irational number 1.01011011101111...

Is that even an irrational number?
It appears to be following a distinct pattern.

>user discovers atoms

Pi is conjectured to have that property, as are "most" irrational numbers.

It's still irrational. You can't write that as a fraction.

You might be intrigued by the existence of Godel numbers

Any decimal number you write can be converted to triangles

Any programs you write are just triangles

Discuss

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It follows a pattern, but its digits aren't periodic. Of course, with most irrational numbers it's harder to say if they contain all possible combinations. It's actually unproven, but seems likely.

If I write a program manually in binary, is it impossible to open source it because there is no source code other than the binary file?

>he still believes pi is random

>atom discovers user

What you're referring to as "jewish" wasn't even around when this was concluded my friend.

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Dude
what if we like
dude listen
what if we randomly generate
a number
and then convert it to binary

and and
and compile it as a program

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>concluded

Look up incommensurable numbers and Zeno greek math man(~500 BC)

Pi has a pattern, which is why we can calculate it to any number of digits we'd like. The pattern does not repeat however, it's infinitely long.

Take the prime factors of a program, and divide it by some large constant. Just beat Shannon Entropy.
Discuss.

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>test case #093748A
>After execution of this randomly generated program, the host OS has crashed and restarted several times.
>No useful activity has been detected.
>However, after inspection of the target hardware, human teeth were found in the CD tray.
Don't do this

>you now have an even larger floating point number

>>However, after inspection of the target hardware, human teeth were found in the CD tray.
where the fuck are you working in, SCP foundation?

That’s true, but it’s not JUST a number. There’s logic that the computer uses to execute instructions; this logic gives the number a context.

that depends if the program makes sense (if the instructions to the processor are correct)

if not, then it is impossible, since there won't be any assembly instruction to revert back

on the other hand, if the binary is correct, then it can be transcribed to assembly, and thus to a source code

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the computer didn't become a tranny so I guess not

So if we compiled Pi, would we get Emacs?

This is the end

>write a number to eth0
>my university gets evacuated and I get arrested

There's a book about that called Library of Babel

What will happen the day we find a loop in pi?