- From: Boris Zbarsky <bzbarsky@MIT.EDU>
- Date: Thu, 03 May 2007 15:37:28 -0500
- To: public-html@w3.org
- CC: www-html@w3.org
Gregory J. Rosmaita wrote: > why? these presentational relics will be with us, always, in the > name of backwards compatibility; why not just map B to STRONG and > I to EM? Fine by me, for purposes of specifying the parsing. Saying that these equivalences hold (and hence that <b> is parsed the same way <strong> is, which is specified in the spec) would determine how <b> and <i> are to be parsed. > why not leave the translation of B and I to an XSLT > transformation? Because XSLT can't operate on things that are not well-formed XML? That would be most of the web, last I checked. > either you are for seperation of structure from presentation, or > you are not Yes, yes. Either I'm with you or I'm against you. I've heard that a lot in recent years; never though it'd come up in a reasonable discussion about the future of web standards. > HTML5 should NOT include any of the following > presentational elements: As part of document conformance or user-agent conformance? Quite frankly, I'm rather uninterested in the document conformance end of things for the time being. I'm keenly interested in the user-agent conformance end of things. > one could make a strong case that subscript and superscript have no > semantic meaning, but i don't think of them as presentational items, > but, rather, as meaningful holdovers from traditional typographic > conventions, and which are intended to mark the contained text in a > very specific and defineable manner. This part I don't buy. There's nothing more "semantic" about superscripts/subscripts than there is about italics. For example, H<sup>1</sup> could have any of the following meanings off the top of my head just in mathematics: 1) A number (or matrix, or whatever) H raised to the power one. 2) First cohomology (group, vector space, etc). 3) First component of a vector in differential geometry. 4) A set of first-order expansions of elements of a set H (e.g. power series). 5) First graded component of the graded object H. There are probably plenty more, especially if you vary the letter and/or number. Same for subscripts. -Boris
Received on Thursday, 3 May 2007 20:37:40 UTC