Remove layout algo structure note, as the algo is easier to read now.

Author: tabatkins

css3-flexbox/Overview.html

@@ -1949,44 +1949,6 @@ <h2 id=layout-algorithm><span class=secno>9. </span> Flexbox Layout
    algorithms they wish, but must produce the same results as the algorithms
    described here.
 
-  <div class=note>
-   <p>This note will outline the general structure of the layout algorithm,
-    before I go into the ugly details below, to aid in reading the
-    relatively-long and complex algorithm.</p>
-
-   <ol>
-    <li value=0>Generate anonymous flexbox items as necessary.
-
-    <li>Reorder flexbox items according to &lsquo;<a
-     href="#flex-order0"><code class=property>flex-order</code></a>&rsquo;.
-
-    <li>Find the hypothetical main size of every flexbox item.
-
-    <li>Linebreak the flexbox, if it's multi-line.
-
-    <li>Based on the hypothetical sizes of the items, find the real main size
-     of the flexbox.
-
-    <li>Resolve any flexible lengths. All items now have a real main size.
-
-    <li>Update layout for the items based on their real main sizes, and
-     determine their hypothetical cross size.
-
-    <li>Find the real cross size of the flexbox and its lines.
-
-    <li>Align the lines, per &lsquo;<a href="#flex-line-pack0"><code
-     class=property>flex-line-pack</code></a>&rsquo;.
-
-    <li>Align in the cross-axis, per &lsquo;<a href="#flex-align0"><code
-     class=property>flex-align</code></a>&rsquo;.
-
-    <li>Update layout for the items based on their real cross sizes.
-
-    <li>Align in the main-axis, per &lsquo;<a href="#flex-pack0"><code
-     class=property>flex-pack</code></a>&rsquo;.
-   </ol>
-  </div>
-
   <p class=note> This section is mainly intended for implementors. Authors
    writing web pages should generally be served well by the individual
    property descriptions, and do not need to read this section unless they

css3-flexbox/Overview.src.html

@@ -975,36 +975,6 @@ <h2 id='layout-algorithm'>
 
 	<p>This section contains normative algorithms detailing the exact layout behavior of a flexbox and its contents.  The algorithms here were designed to optimize readability and theoretical simplicity, and may not necessarily be the most efficient.  Implementations may use whatever actual algorithms they wish, but must produce the same results as the algorithms described here.</p>
 
-	<div class=note>
-		<p>This note will outline the general structure of the layout algorithm, before I go into the ugly details below, to aid in reading the relatively-long and complex algorithm.</p>
-
-		<ol>
-			<li value=0>Generate anonymous flexbox items as necessary.</li>
-
-			<li>Reorder flexbox items according to 'flex-order'.</li>
-
-			<li>Find the hypothetical main size of every flexbox item.</li>
-
-			<li>Linebreak the flexbox, if it's multi-line.</li>
-
-			<li>Based on the hypothetical sizes of the items, find the real main size of the flexbox.</li>
-
-			<li>Resolve any flexible lengths.  All items now have a real main size.</li>
-
-			<li>Update layout for the items based on their real main sizes, and determine their hypothetical cross size.</li>
-
-			<li>Find the real cross size of the flexbox and its lines.</li>
-
-			<li>Align the lines, per 'flex-line-pack'.</li>
-
-			<li>Align in the cross-axis, per 'flex-align'.</li>
-
-			<li>Update layout for the items based on their real cross sizes.</li>
-
-			<li>Align in the main-axis, per 'flex-pack'.</li>
-		</ol>
-	</div>
-
 	<p class='note'>
 		This section is mainly intended for implementors.  
 		Authors writing web pages should generally be served well by the individual property descriptions,