At the risk of prolonging a pointless thread: A cipher is a transfer encoding scheme. So are barcodes, semaphore flags, Morse code, and Base64. The point of each of these is to transfer some piece of plaintext. Unicode is, among other things, a character encoding scheme, not a transfer encoding scheme. Unicode characters can be encoded in a TES and not the other way around.
Unicode might encode scripts intended solely as a transliteration. I think it unwise to make broad statements about what the UTC will or won't do until it does it, because human languages are such a complex topic. To the extent that such "rules" are interesting, I suppose they should be discussed, but much of this thread has dwelt in the area of whether or not there should be hard and fast rules for or against the UTC doing certain kinds of things in the abstract. This is pointless and solopsistic. Best Regards, Addison Addison P. Phillips Director, Globalization Architecture webMethods | Delivering Global Business Visibility http://www.webMethods.com Chair, W3C Internationalization (I18N) Working Group Chair, W3C-I18N-WG, Web Services Task Force http://www.w3.org/International Internationalization is an architecture. It is not a feature. > -----Original Message----- > From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED] > Behalf Of Jim Allan > Sent: Thursday, November 13, 2003 8:32 AM > To: [EMAIL PROTECTED] > Subject: Re: Ewellic > > > Ken Whistler posted: > > > *Ciphers* are orthographies designed (ideally) to map one-to-one > > against graphemes of a writing system and (ideally) are designed > > to obscure those graphemes by using non-obvious forms to hide > > content from casual observers. > > I don't think whether a system was "designed to obscure the graphemes" > is important (at least in respect to whether Unicode should encode a > script or not). Some discussing this seemed to think it was. > > For example Morse code, semaphore flags, braille, and bar codes are > often implemented in fonts as one-to-one transliterations of the > corresponding Latin characters. But these systems were not at all > designed to obscure the graphemes to which they point, but to reveal > their semantics clearly in situations where normal representations of > the original graphemes were not as usable. > > Perhaps rather than "cipher" one should say that Unicode does not encode > separately scripts or systems intended solely as transliterations of > other scripts. Ciphers are a common example of such scripts and systems. > > Jim Allan > > > > > > > >
