LeFreq · December 22, 2015 18:59
diff --git a/BigInts b/BigInts
 Arbitrary-precision arithmetic (aka BigNums)
 (R) Registered Mark Janssen under Creative Commons: BY; idea can be used commercially if attribution is given in the credits and the resulting software if available freely to author or website is available to public.

 The right way to think about implementing arbitrarily-sized integers is to use base-256 encoding and using simple ASCII strings (i.e. Ascii-Coded Binary). 

 To make an arbitrary precision *real* number, use Bigint to make an "Rational" class that simply uses two BigInts as numerator and denominator. 

 Now you have an exact, lossless way to represent any (finite) "real" number.
	Arbitrary-precision arithmetic (aka BigNums)
	(R) Registered Mark Janssen under Creative Commons: BY; idea can be used commercially if attribution is given in the credits and the resulting software if available freely to author or website is available to public.

	The right way to think about implementing arbitrarily-sized integers is to use base-256 encoding and using simple ASCII strings (i.e. Ascii-Coded Binary).

	To make an arbitrary precision real number, use Bigint to make an "Rational" class that simply uses two BigInts as numerator and denominator.

	Now you have an exact, lossless way to represent any (finite) "real" number.