Some more fixups to be consistent with multiple ranges.

Author: tabatkins

css3-lists/Overview.html

@@ -1428,9 +1428,8 @@ <h2 id=counter-style><span class=secno>8. </span> Defining Custom Counter
    counter value, follow these steps:
 
   <ol>
-   <li>If the counter value is less than the <i
-    title=counter-lower-bound>lower bound</i> or greater than the <i
-    title=counter-upper-bound>upper bound</i> of the counter style, exit this
+   <li>If the counter value is outside the <a href="#range"><i
+    title=counter-range>range</i></a> of the counter style, exit this
     algorithm and instead <i title=generate-a-counter>generate a counter
     representation</i> using the counter style's fallback style and the same
     counter value.
@@ -2158,9 +2157,8 @@ <h3 id=counter-style-range><span class=secno>8.5. </span> Limiting the
    the ‘<a href="#descdef-range"><code class=css>range</code></a>’
    descriptor applies at the same time as the implicit range given by the
    ‘<a href="#descdef-type"><code class=css>type</code></a>’ descriptor -
-   if the counter value is less than either lower bound, or greater than
-   either upper bound, the fallback style must instead be used to generate
-   the representation.
+   if the counter value is outside either range, the fallback style must
+   instead be used to generate the representation.
 
   <p class=issue>There's also an implicit range coming from implementation
    limits. Should we require UAs to support all values in a signed 2-byte

css3-lists/Overview.src.html

@@ -862,10 +862,7 @@ <h2 id='counter-style'>
 	using a particular counter style for a particular counter value, follow these steps:</p>
 
 	<ol>
-		<li>If the counter value is less than the <i title='counter-lower-bound'>lower bound</i>
-		or greater than the <i title='counter-upper-bound'>upper bound</i> of the counter
-		style, exit this algorithm and instead <i title='generate-a-counter'>generate a counter representation</i>
-		using the counter style's fallback style and the same counter value.</li>
+		<li>If the counter value is outside the <i title='counter-range'>range</i> of the counter style, exit this algorithm and instead <i title='generate-a-counter'>generate a counter representation</i> using the counter style's fallback style and the same counter value.</li>
 
 		<li>Using the counter value and the <i title='counter-algorithm'>counter algorithm</i> 
 		for the counter style, generate an initial representation for the counter value.</li>
@@ -1434,13 +1431,7 @@ <h3 id='counter-style-range'>
 
 	<p>If the value is ''auto'', the range depends on the counter type.  For ''repeating'', ''numeric'', and ''non-repeating'' types, it must be treated identically to specifying ''infinite infinite''.  For ''alphabetic'' and ''symbolic'', it must be treated identically to ''1 infinite''.  For ''additive'', it must be treated identically to ''0 infinite''.  For ''override'', it must be treated according to the type of the counter style it is overriding.</p>
 
-	<p>Some counter style types have their own implicit ranges, specified above 
-	in the individual descriptions for each type.  The explicit range given
-	by the ‘<code class="css">range</code>’ descriptor applies at the same time 
-	as the implicit range given by the ‘<code class="css">type</code>’ 
-	descriptor - if the counter value is less than either lower bound, or greater 
-	than either upper bound, the fallback style must instead be used to generate 
-	the representation.</p>
+	<p>Some counter style types have their own implicit ranges, specified above in the individual descriptions for each type.  The explicit range given by the ‘<code class="css">range</code>’ descriptor applies at the same time as the implicit range given by the ‘<code class="css">type</code>’ descriptor - if the counter value is outside either range, the fallback style must instead be used to generate the representation.</p>
 
 	<p class=issue>There's also an implicit range coming from implementation 
 	limits.  Should we require UAs to support all values in a signed 2-byte int,