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Unread 6 Nov 2003, 16:10   #20
Scoot951
Das Scoot
 
Join Date: May 2001
Posts: 788
Scoot951 is an unknown quantity at this point
Re: WARNING: Do NOT calculate Pi in binary

Quote:
Originally Posted by Gayle29uk
It is conjectured that thisnumber is normal, meaning that it contains ALL finite bit strings.

If you compute it, you will be guilty of:

* Copyright infringement (of all books, all short stories, all newspapers, all magazines, all web sites, all music, all movies, and all software, including the complete Windows source code)
* Trademark infringement
* Possession of child pornography
* Espionage (unauthorized possession of top secret information)
* Possession of DVD-cracking software
* Possession of threats to the President
* Possession of everyone's SSN, everyone's credit card numbers, everyone's PIN numbers, everyone's unlisted phone numbers, and everyone's passwords
* Defaming Islam. Not technically illegal, but you'll have to go into hiding along with Salman Rushdie.
* Defaming Scientology. Which IS illegal -- just ask Keith Henson.

Also, your computer will contain all of the nastiest known computer viruses. In fact, all of the nastiest POSSIBLE computer viruses.

Some of the files on my PC are intensely personal, and I for one don't want you snooping through a copy of them.

You might get away with computing just a few digits, but why risk it? There's no telling how far into Pi you can go without finding the secret documents about the JFK assassination, a photograph of your neighbor's six year old daughter doing the nasty with the family dog, or a complete copy of
the not-yet-released Return of the King movie. So just don't do it.

The same warning applies to e, the square root of 2, Euler's constant, Phi, the cosine of any non-zero algebraic number, and the vast majority of all other real numbers.

There's a reason why these numbers are always computed and shown in decimal, after all.

The stuff about knowing secrets wouldn't work, the truth is in there but also every possible lie. Otherwise pretty interesting tho...it is hard to imagine that if you just sprouted random ones and zeros long enough you'd get the Mona Lisa.

And the 'pi-compression' is also interesting if (a) we could figure out where exactly in pi the file we need is, and (b) there was some simple way of storing zillions of digits of pi. Perhaps if some government server stored it and everyone could access it as needed.
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