**From:** Ken Whistler (*kenw@sybase.com*)

**Date:** Tue Mar 08 2011 - 13:32:14 CST

**Previous message:**Tiago Estill de Noronha: "Assigning a plane for mapping digits for many different bases"**In reply to:**Tiago Estill de Noronha: "Assigning a plane for mapping digits for many different bases"**Next in thread:**Luke-Jr: "Re: Assigning a plane for mapping digits for many different bases"**Reply:**Luke-Jr: "Re: Assigning a plane for mapping digits for many different bases"**Reply:**Mark E. Shoulson: "Re: Assigning a plane for mapping digits for many different bases"**Reply:**David Starner: "Re: Assigning a plane for mapping digits for many different bases"**Messages sorted by:**[ date ] [ thread ] [ subject ] [ author ] [ attachment ]**Mail actions:**[ respond to this message ] [ mail a new topic ]

On 3/7/2011 9:28 PM, Tiago Estill de Noronha wrote:

*>
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*> How about assigning a whole plane (one of the currently unassigned
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*> ones) for digit characters, starting from the digit for zero at the
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*> beggining and going up in sequence; without defining the actual
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*> appearance of the digits (different fonts would draw them their own
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*> way). This wouldn't deal with ambiguity between different bases, but
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*> would allow standardsation of digits for writing numbers in lots of
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*> bases, all the way up to somewhere around base 65535
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*>
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Not gonna happen.

*>
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*> What do you think?
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*>
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Not a good idea. What problem is it trying to solve?

There are perfectly valid, widespread and agreed upon notations for decimal,

binary, hexadecimal, and octal numbers, using existing characters. There are

a few advocates for duodecimal systems who want special symbols for 10

and 11,

or who want some other special encoding.

But who needs special characters to express base 4199 numbers?

And even if you did, there are mathematical conventions which have been in

place for a long time for representing numbers in other than decimal radix

notation. Encoding special characters to express digits for arbitrary radix

numbers accomplishes nothing but to miss the actual expressive power

and generality of mathematical notation.

http://mathworld.wolfram.com/Base.html

--Ken

**Next message:**Ken Whistler: "Re: Assigning a plane for mapping digits for many different bases"**Previous message:**Tiago Estill de Noronha: "Assigning a plane for mapping digits for many different bases"**In reply to:**Tiago Estill de Noronha: "Assigning a plane for mapping digits for many different bases"**Next in thread:**Luke-Jr: "Re: Assigning a plane for mapping digits for many different bases"**Reply:**Luke-Jr: "Re: Assigning a plane for mapping digits for many different bases"**Reply:**Mark E. Shoulson: "Re: Assigning a plane for mapping digits for many different bases"**Reply:**David Starner: "Re: Assigning a plane for mapping digits for many different bases"**Messages sorted by:**[ date ] [ thread ] [ subject ] [ author ] [ attachment ]**Mail actions:**[ respond to this message ] [ mail a new topic ]

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