[css3-flexbox] Fix some missing s/ratio/factor/ errors.

Author: fantasai

css3-flexbox/Overview.html

@@ -2041,7 +2041,7 @@ <h3 id=flex-property><span class=secno>7.1. </span> The ‘<a
      <a href="#flex-components">longhand</a> and specifies the <dfn
      id=flex-basis>flex basis</dfn>: the initial <a href="#main-size"><i>main
      size</i></a> of the <a href="#flex-item"><i>flex item</i></a>, before
-     free space is distributed according to the flex ratios. When omitted
+     free space is distributed according to the flex factors. When omitted
      from the ‘<a href="#flex"><code class=property>flex</code></a>’
      shorthand, its specified value is the length zero.
 
@@ -2055,7 +2055,7 @@ <h3 id=flex-property><span class=secno>7.1. </span> The ‘<a
      src="images/rel-vs-abs-flex.svg" width=504> <figcaption> A diagram
      showing the difference between "absolute" flex (starting from a basis of
      zero) and "relative" flex (starting from a basis of the item's content
-     size). The three items have flex ratios of ‘<code
+     size). The three items have flex factors of ‘<code
      class=css>1</code>’, ‘<code class=css>1</code>’, and ‘<code
      class=css>2</code>’, respectively. </figcaption> </figure>
 
@@ -2083,7 +2083,7 @@ <h3 id=flex-property><span class=secno>7.1. </span> The ‘<a
   <p> A unitless zero that is not already preceded by two flex factors must
    be interpreted as a flex factor. To avoid misinterpretation or invalid
    declarations, authors must specify a zero <var>&lt;flex-basis></var>
-   component with a unit or precede it by both flex ratios.
+   component with a unit or precede it by two flex factors.
 
   <h3 id=flex-common><span class=secno>7.2. </span> Common Values of ‘<a
    href="#flex"><code class=property>flex</code></a>’</h3>
@@ -2139,7 +2139,7 @@ <h3 id=flex-common><span class=secno>7.2. </span> Common Values of ‘<a
     href="#flex-basis"><i>flex basis</i></a> to zero, resulting in an item
     that receives the specified proportion of the free space in the flex
     container. If all items in the flex container use this pattern, their
-    sizes will be proportional to the specified flex ratio.
+    sizes will be proportional to the specified flex factor.
   </dl>
 
   <p> By default, flex items won't shrink below their minimum content size
@@ -3372,19 +3372,19 @@ <h3 id=resolve-flexible-lengths><span class=secno>9.7. </span> Resolving
   <p> To resolve the flexible lengths of the items within a flex line:
 
   <ol>
-   <li> <strong>Determine the used flex ratio.</strong> Sum the outer <a
+   <li> <strong>Determine the used flex factor.</strong> Sum the outer <a
     href="#hypothetical-main-size"><i>hypothetical main sizes</i></a> of all
     items on the line. If the sum is less than the flex container's inner
     main size, use the <a href="#flex-grow-factor"><i>flex grow
     factor</i></a> for the rest of this algorithm; otherwise, use the <a
     href="#flex-shrink-factor"><i>flex shrink factor</i></a>.
 
    <li> <strong>Size inflexible items.</strong> For any items that have a
-    flex ratio of zero, set their used main size to their <a
+    flex factor of zero, set their used main size to their <a
     href="#hypothetical-main-size"><i>hypothetical main size</i></a>.
 
    <li> <strong>Check that you can distribute any space.</strong> If all the
-    flex items on the line are either frozen or have a flex ratio of zero,
+    flex items on the line are either frozen or have a flex factor of zero,
     exit the algorithm.
 
    <li> <strong>Calculate free space.</strong> Sum the outer <a
@@ -3393,12 +3393,12 @@ <h3 id=resolve-flexible-lengths><span class=secno>9.7. </span> Resolving
     is the free space.
 
    <li> <strong>Distribute free space proportional to the flex
-    ratios.</strong> If the sign of the free space is positive and the
+    factors.</strong> If the sign of the free space is positive and the
     algorithm is using the <a href="#flex-grow-factor"><i>flex grow
     factor</i></a>, or if the sign of the free space is negative and the
     algorithm is using the <a href="#flex-shrink-factor"><i>flex shrink
     factor</i></a>, distribute the free space to each flexible item's main
-    size in proportion to the item's flex ratio:
+    size in proportion to the item's flex factor:
     <dl>
      <dt>If the free space is positive
 
@@ -3414,11 +3414,12 @@ <h3 id=resolve-flexible-lengths><span class=secno>9.7. </span> Resolving
      <dd> For every item on the line, multiply its <a
       href="#flex-shrink-factor"><i>flex shrink factor</i></a> by its outer
       <a href="#flex-base-size"><i>flex base size</i></a>, and note this as
-      its <dfn id=flex-shrink-ratio>flex shrink ratio</dfn>. Find the ratio
-      of the item's <a href="#flex-shrink-ratio"><i>flex shrink ratio</i></a>
-      to the sum of the <a href="#flex-shrink-ratio"><i>flex shrink
-      ratios</i></a> of all items on the line. Set the item's main size to
-      its <a href="#flex-base-size"><i>flex base size</i></a> minus a
+      its <dfn id=scaled-flex-shrink-factor>scaled flex shrink factor</dfn>.
+      Find the ratio of the item's <a
+      href="#scaled-flex-shrink-factor"><i>scaled flex shrink factor</i></a>
+      to the sum of the <a href="#scaled-flex-shrink-factor"><i>scaled flex
+      shrink factors</i></a> of all items on the line. Set the item's main
+      size to its <a href="#flex-base-size"><i>flex base size</i></a> minus a
       fraction of the absolute value of the free space proportional to the
       ratio. <span class=note>Note this may result in a negative inner main
       size; it will be corrected in the next step.</span>
@@ -4390,9 +4391,6 @@ <h2 class=no-num id=index>Index</h2>
    <li>flex shrink factor, <a href="#flex-shrink-factor"
     title="flex shrink factor"><strong>7.1.</strong></a>
 
-   <li>flex shrink ratio, <a href="#flex-shrink-ratio"
-    title="flex shrink ratio"><strong>9.7.</strong></a>
-
    <li>‘<a href="#align-content-flex-start"><code
     class=css>flex-start</code></a>’, <a href="#align-content-flex-start"
     title="''flex-start''"><strong>8.4.</strong></a>, <a
@@ -4473,6 +4471,9 @@ <h2 class=no-num id=index>Index</h2>
     class=css>row-reverse</code></a>’, <a href="#flex-flow-row-reverse"
     title="''row-reverse''"><strong>5.1.</strong></a>
 
+   <li>scaled flex shrink factor, <a href="#scaled-flex-shrink-factor"
+    title="scaled flex shrink factor"><strong>9.7.</strong></a>
+
    <li>single-line, <a href="#single-line"
     title=single-line><strong>6.</strong></a>
 

css3-flexbox/Overview.src.html

@@ -1522,7 +1522,7 @@ <h3 id='flex-property'>
 				sets the 'flex-basis' <a href="#flex-components">longhand</a>
 				and specifies the <dfn>flex basis</dfn>:
 				the initial <i>main size</i> of the <i>flex item</i>,
-				before free space is distributed according to the flex ratios.
+				before free space is distributed according to the flex factors.
 				When omitted from the 'flex' shorthand, its specified value is the length zero. 
 			<p>
 				If the specified 'flex-basis' is <a href="#flex-basis-auto">''auto''</a>,
@@ -1535,7 +1535,7 @@ <h3 id='flex-property'>
 					(starting from a basis of zero)
 					and "relative" flex
 					(starting from a basis of the item's content size).
-					The three items have flex ratios of ''1'', ''1'', and ''2'', respectively.
+					The three items have flex factors of ''1'', ''1'', and ''2'', respectively.
 				</figcaption>
 			</figure>
 
@@ -1556,7 +1556,7 @@ <h3 id='flex-property'>
 		must be interpreted as a flex factor.
 		To avoid misinterpretation or invalid declarations,
 		authors must specify a zero <var>&lt;flex-basis></var> component
-		with a unit or precede it by both flex ratios.
+		with a unit or precede it by two flex factors.
 
 <h3 id='flex-common'>
 Common Values of 'flex'</h3>
@@ -1602,7 +1602,7 @@ <h3 id='flex-common'>
 			Makes the flex item flexible and sets the <i>flex basis</i> to zero,
 			resulting in an item that receives the specified proportion of the free space in the flex container.
 			If all items in the flex container use this pattern,
-			their sizes will be proportional to the specified flex ratio.
+			their sizes will be proportional to the specified flex factor.
 	</dl>
 
 	<p>
@@ -2670,22 +2670,22 @@ <h3 id='resolve-flexible-lengths'>
 
 	<ol>
 		<li>
-			<strong>Determine the used flex ratio.</strong>
+			<strong>Determine the used flex factor.</strong>
 			Sum the outer <i>hypothetical main sizes</i> of all items on the line.
 			If the sum is less than the flex container's inner main size,
 			use the <i>flex grow factor</i> for the rest of this algorithm;
 			otherwise, use the <i>flex shrink factor</i>.
 
 		<li>
 			<strong>Size inflexible items.</strong>
-			For any items that have a flex ratio of zero,
+			For any items that have a flex factor of zero,
 			set their used main size
 			to their <i>hypothetical main size</i>.
 
 		<li>
 			<strong>Check that you can distribute any space.</strong>
 			If all the flex items on the line are either frozen
-			or have a flex ratio of zero,
+			or have a flex factor of zero,
 			exit the algorithm.
 
 		<li>
@@ -2695,11 +2695,11 @@ <h3 id='resolve-flexible-lengths'>
 			This is the free space.
 
 		<li>
-			<strong>Distribute free space proportional to the flex ratios.</strong>
+			<strong>Distribute free space proportional to the flex factors.</strong>
 			If the sign of the free space is positive and the algorithm is using the <i>flex grow factor</i>,
 			or if the sign of the free space is negative and the algorithm is using the <i>flex shrink factor</i>,
 			distribute the free space to each flexible item's main size 
-			in proportion to the item's flex ratio:
+			in proportion to the item's flex factor:
 
 			<dl>
 				<dt>If the free space is positive</dt>
@@ -2716,9 +2716,9 @@ <h3 id='resolve-flexible-lengths'>
 					For every item on the line,
 					multiply its <i>flex shrink factor</i>
 					by its outer <i>flex base size</i>,
-					and note this as its <dfn>flex shrink ratio</dfn>.
-					Find the ratio of the item's <i>flex shrink ratio</i>
-					to the sum of the <i>flex shrink ratios</i> of all items on the line.
+					and note this as its <dfn>scaled flex shrink factor</dfn>.
+					Find the ratio of the item's <i>scaled flex shrink factor</i>
+					to the sum of the <i>scaled flex shrink factors</i> of all items on the line.
 					Set the item's main size
 					to its <i>flex base size</i>
 					minus a fraction of the absolute value of the free space