[e] (0) Clarify typographic conventions.

Affected topics: HTML

git-svn-id: http://svn.whatwg.org/webapps@8230 340c8d12-0b0e-0410-8428-c7bf67bfef74

complete.html

@@ -1876,13 +1876,24 @@ <h4 id=typographic-conventions><span class=secno>1.9.2 </span>Typographic conven
 
   <p>Variables are marked up like <var title="">this</var>.</p>
 
-  <p class=impl>This is an implementation requirement.</p>
+  <!--<p class="impl">This is an implementation requirement.</p>-->
 
   <p>In an algorithm, steps in <a href=#synchronous-section title="synchronous section">synchronous sections</a> are
   marked with &#x231b;.</p>
 
+  <p>In some cases, requirements are given in the form of lists with conditions and corresponding
+  requirements. In such cases, the requirements that apply to a condition are always the first set
+  of requirements that follow the condition, even in the case of there being multiple sets of
+  conditions for those requirements. Such cases are presented as follows:</p>
 
-  <h3 id=fingerprint><span class=secno>1.10 </span>Privacy concerns</h3>
+  <dl class=switch><dt>This is a condition
+   <dt>This is another condition
+   </dt><dd>This is the requirement that applies to the conditions above.
+
+   <dt>This is a third condition
+   <dd>This is the requirement that applies to the third condition.
+
+  </dl><h3 id=fingerprint><span class=secno>1.10 </span>Privacy concerns</h3>
 
   <p><i>This section is non-normative.</i></p>
 

index

@@ -1876,13 +1876,24 @@
 
   <p>Variables are marked up like <var title="">this</var>.</p>
 
-  <p class=impl>This is an implementation requirement.</p>
+  <!--<p class="impl">This is an implementation requirement.</p>-->
 
   <p>In an algorithm, steps in <a href=#synchronous-section title="synchronous section">synchronous sections</a> are
   marked with &#x231b;.</p>
 
+  <p>In some cases, requirements are given in the form of lists with conditions and corresponding
+  requirements. In such cases, the requirements that apply to a condition are always the first set
+  of requirements that follow the condition, even in the case of there being multiple sets of
+  conditions for those requirements. Such cases are presented as follows:</p>
 
-  <h3 id=fingerprint><span class=secno>1.10 </span>Privacy concerns</h3>
+  <dl class=switch><dt>This is a condition
+   <dt>This is another condition
+   </dt><dd>This is the requirement that applies to the conditions above.
+
+   <dt>This is a third condition
+   <dd>This is the requirement that applies to the third condition.
+
+  </dl><h3 id=fingerprint><span class=secno>1.10 </span>Privacy concerns</h3>
 
   <p><i>This section is non-normative.</i></p>
 

source

@@ -541,11 +541,28 @@
 
   <p>Variables are marked up like <var data-x="">this</var>.</p>
 
-  <p class="impl">This is an implementation requirement.</p>
+  <!--<p class="impl">This is an implementation requirement.</p>-->
 
   <p>In an algorithm, steps in <span data-x="synchronous section">synchronous sections</span> are
   marked with &#x231B;.</p>
 
+  <p>In some cases, requirements are given in the form of lists with conditions and corresponding
+  requirements. In such cases, the requirements that apply to a condition are always the first set
+  of requirements that follow the condition, even in the case of there being multiple sets of
+  conditions for those requirements. Such cases are presented as follows:</p>
+
+  <dl class="switch">
+
+   <dt>This is a condition
+   <dt>This is another condition
+   <dd>This is the requirement that applies to the conditions above.
+
+   <dt>This is a third condition
+   <dd>This is the requirement that applies to the third condition.
+
+  </dl>
+
+
 
   <h3 id="fingerprint">Privacy concerns</h3>