@@ -17,21 +17,21 @@ <h2 class="no-num no-toc" id="w3c-working">[LONGSTATUS], [DATE]</h2>
1717
1818 < dl >
1919 < dt > This version:
20- < dd > <!-- <a href="http://www.w3.org/TR/[YEAR]/WD-[SHORTNAME]-[CDATE]/">http://www.w3.org/TR/[YEAR]/WD-[SHORTNAME]-[CDATE]/</a></dd> -->
21- < a href ="http://dev.w3.org/csswg/[SHORTNAME]/ "> http://dev.w3.org/csswg/[SHORTNAME]/</ a >
20+ < dd > <!-- <a href="http://www.w3.org/TR/[YEAR]/WD-[SHORTNAME]-[CDATE]/">http://www.w3.org/TR/[YEAR]/WD-[SHORTNAME]-[CDATE]/</a></dd> -->
21+ < a href ="http://dev.w3.org/csswg/[SHORTNAME]/ "> http://dev.w3.org/csswg/[SHORTNAME]/</ a >
2222
2323 < dt > Latest version:
24- < dd > < a href ="http://www.w3.org/TR/css3-flexbox/ "> http://www.w3.org/TR/css3-flexbox/</ a >
24+ < dd > < a href ="http://www.w3.org/TR/css3-flexbox/ "> http://www.w3.org/TR/css3-flexbox/</ a >
2525
2626 < dt > Editors:
27- < dd > Tab Atkins Jr. < a href ="mailto:jackalmage@gmail.com "> jackalmage@gmail.com</ a >
28- < dd > Alex Mogilevsky < a href ="mailto:alexmog@microsoft.com "> alexmog@microsoft.com</ a >
29- < dd > L. David Baron, Mozilla Corporation, < a href ="mailto:dbaron@dbaron.org "> dbaron@dbaron.org</ a >
27+ < dd > Tab Atkins Jr. < a href ="mailto:jackalmage@gmail.com "> jackalmage@gmail.com</ a >
28+ < dd > Alex Mogilevsky < a href ="mailto:alexmog@microsoft.com "> alexmog@microsoft.com</ a >
29+ < dd > L. David Baron, Mozilla Corporation, < a href ="mailto:dbaron@dbaron.org "> dbaron@dbaron.org</ a >
3030
3131 < dt > Authors and former editors:
32- < dd > Neil Deakin, Mozilla Corporation, < a href ="mailto:enndeakin@gmail.com "> enndeakin@gmail.com</ a >
33- < dd > Ian Hickson, formerly of Opera Software, < a href ="mailto:ian@hixie.ch "> ian@hixie.ch</ a >
34- < dd > David Hyatt, Apple, < a href ="mailto:hyatt@apple.com "> hyatt@apple.com</ a >
32+ < dd > Neil Deakin, Mozilla Corporation, < a href ="mailto:enndeakin@gmail.com "> enndeakin@gmail.com</ a >
33+ < dd > Ian Hickson, formerly of Opera Software, < a href ="mailto:ian@hixie.ch "> ian@hixie.ch</ a >
34+ < dd > David Hyatt, Apple, < a href ="mailto:hyatt@apple.com "> hyatt@apple.com</ a >
3535 </ dl >
3636 <!--copyright-->
3737</ div >
@@ -88,7 +88,7 @@ <h2 id="overview">Overview</h2>
8888
8989 < p > Block-level and atomic inline-level children of the flexbox are referred
9090 to as < dfn > flexbox children</ dfn > in this specification. Inline children are
91- wrapped in anonymous blocks, and these anonymous blocks are also < b > flexbox children</ b > .</ p >
91+ wrapped in anonymous blocks, and these anonymous blocks are also < i > flexbox children</ i > .</ p >
9292
9393 < div class ="example ">
9494 < p > For example:</ p >
@@ -364,7 +364,7 @@ <h2 id=flexibility>Flexibility</h2>
364364 free-space distribution. The precise details of how free space is determined
365365 and assigned to flexible lengths is detailed in a later chapter.</ p >
366366
367- < p > For < b > flexbox children</ b > , the 'width', 'height', 'padding', and 'margin'
367+ < p > For < i > flexbox children</ i > , the 'width', 'height', 'padding', and 'margin'
368368 properties additionally accept the < dfn > <flex> </ dfn > data type. Using
369369 ''<flex> '' in any other context is a syntax error. The ''<flex> '' data
370370 type can be expressed in two forms: the ''fl'' unit, and the ''flex()'' function.</ p >
@@ -374,7 +374,7 @@ <h3 id=flex-unit>The ''fl'' unit</h3>
374374
375375 < p > One way to indicate that a length is flexible is by setting the property's
376376 value using the < dfn > flex unit</ dfn > , denoted as a ''<number> '' followed by ''fl''.
377- The ''fl'' unit defines a < b > flexible length</ b > with a < b > preferred size</ b >
377+ The ''fl'' unit defines a < i > flexible length</ i > with a < i > preferred size</ i >
378378 of ''0'', a minimum size of ''0'', no maximum size, and a flexibility equal
379379 to its value.</ p >
380380 </ div >
@@ -384,24 +384,24 @@ <h3 id=flex-function>The ''flex()'' function</h3>
384384
385385 < p > For more complex flexible lengths, the ''flex()'' function can be used
386386 to specify various attributes of the length; most importantly, the ''flex()''
387- function can specify a non-zero length for the < b > preferred size</ b > . The
387+ function can specify a non-zero length for the < i > preferred size</ i > . The
388388 syntax of the ''flex()'' function is:</ p >
389389
390390 < pre class =prod > flex( <preferred-size> , <flex-grow> [, <flex-shrink> ]? )</ pre >
391391
392- < p > The first argument given to the function sets the < b > preferred size</ b >
393- of the < b > flexible length</ b > . It must be a value that would be valid for the property
392+ < p > The first argument given to the function sets the < i > preferred size</ i >
393+ of the < i > flexible length</ i > . It must be a value that would be valid for the property
394394 the ''flex()'' function is being used on, and resolves to the same length
395395 that it would if used in that property (with the exception of ''auto'', which
396396 is handled specially in flexbox layout). It must not be a ''<flex> ''
397397 value itself.</ p >
398398
399- < p > The second argument sets the < b > positive flexibility</ b > of the length.
399+ < p > The second argument sets the < i > positive flexibility</ i > of the length.
400400 It must be specified in flex units.</ p >
401401
402- < p > The third argument is optional. If provided, it sets the < b > negative flexibility</ b >
403- of the < b > flexible length</ b > . Just like the previous argument, it must
404- be specified in < b > flex unit</ b > s. If not provided, the < b > negative flexibility</ b >
402+ < p > The third argument is optional. If provided, it sets the < i > negative flexibility</ i >
403+ of the < i > flexible length</ i > . Just like the previous argument, it must
404+ be specified in < i > flex unit</ i > s. If not provided, the < i > negative flexibility</ i >
405405 of the length is ''0''.</ p >
406406
407407 < p > Flexible lengths created by the ''flex()'' function have a minimum size
@@ -447,10 +447,10 @@ <h2 id=flex-pack>The 'flex-pack' property</h2>
447447 < td > visual
448448 </ table >
449449
450- < p > Between and around the margins of < b > flexbox children</ b > there are additional
450+ < p > Between and around the margins of < i > flexbox children</ i > there are additional
451451 flexible lengths, called < dfn > packing space</ dfn > . Packing space can absorb
452- leftover free space in a flexbox if there aren't any < b > flexible length</ b > s
453- otherwise, or if all the < b > flexible length</ b > s have reached their maximum
452+ leftover free space in a flexbox if there aren't any < i > flexible length</ i > s
453+ otherwise, or if all the < i > flexible length</ i > s have reached their maximum
454454 size. The 'flex-pack' property defines the flexibility of these packing spaces:
455455
456456 < dl >
@@ -489,7 +489,7 @@ <h2 id=flex-pack>The 'flex-pack' property</h2>
489489
490490<!-- ====================================================================== -->
491491<!-- Aborted new introduction to flexboxes
492- <p>A flexbox has two axes, which are treated differently by the space distribute algorithm: the <b >layout axis</b >, which is the axis along which the flexbox grows as you add more children, and the <b >transverse axis</b >, which is the perpendicular axis.</p>
492+ <p>A flexbox has two axes, which are treated differently by the space distribute algorithm: the <i >layout axis</i >, which is the axis along which the flexbox grows as you add more children, and the <i >transverse axis</i >, which is the perpendicular axis.</p>
493493
494494<img alt="In a horizontal flexbox, the layout axis is horizontal, while the transverse axis is vertical.">
495495
@@ -558,17 +558,17 @@ <h2 id=flex-align>The 'flex-align' property</h2>
558558 < td > visual
559559 </ table >
560560
561- < p > By default, laying out flexbox children in the < b > transverse axis</ b > is
561+ < p > By default, laying out flexbox children in the < i > transverse axis</ i > is
562562 a simple matter of determining free space and then splitting it between any
563- < b > flexible length</ b > s in that axis. This is not always sufficient, however;
563+ < i > flexible length</ i > s in that axis. This is not always sufficient, however;
564564 in particular, it is often useful to align flexbox children by their baseline.
565565 The 'flex-align' property changes the way free space is allocated in the
566- < b > transverse axis</ b > .</ p >
566+ < i > transverse axis</ i > .</ p >
567567
568568 < dl >
569569 < dt > auto</ dt >
570- < dd > Allocate free space in the < b > transverse axis</ b > as normal, by distributing
571- it proportionally between < b > flexible length</ b > s in that axis.</ dd >
570+ < dd > Allocate free space in the < i > transverse axis</ i > as normal, by distributing
571+ it proportionally between < i > flexible length</ i > s in that axis.</ dd >
572572
573573 < dt > baseline</ dt >
574574 < dd >
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