[css-flexbox][css-sizing] Consistently use 'available space' over 'available size'.

Author: fantasai

css-flexbox/Overview.bs

@@ -2298,15 +2298,15 @@ Line Length Determination</h3>
 					and the <a>flex item</a>’s intrinsic aspect ratio.
 
 				<li>
-					If the used <a>flex basis</a> is ''content'' or depends on its available size,
+					If the used <a>flex basis</a> is ''content'' or depends on its <a>available space</a>,
 					and the flex container is being sized under a min-content or max-content constraint
 					(e.g. when performing <a href="https://www.w3.org/TR/CSS2/tables.html#auto-table-layout">automatic table layout</a> [[!CSS21]]),
 					size the item under that constraint.
 					The <a>flex base size</a> is the item's resulting <a>main size</a>.
 
 				<li>
 					Otherwise,
-					if the used <a>flex basis</a> is ''content'' or depends on its available size,
+					if the used <a>flex basis</a> is ''content'' or depends on its <a>available space</a>,
 					the available main size is infinite,
 					and the flex item's inline axis is parallel to the main axis,
 					lay the item out using

css-sizing-3/Overview.bs

@@ -95,22 +95,22 @@ Terminology</h2>
 			A size that is not <a>definite</a>.
 			An <a>indefinite</a> <a>available size</a> is essentially infinite.
 
-		<dt><dfn id="available" local-lt="available" lt="available size|available inline size|available block size|available space">available size</dfn>
+		<dt><dfn id="available" local-lt="available" lt="available size|available inline size|available block size|available space">available space</dfn>
 		<dd>
 			The space into which a box is laid out.
 			Unless otherwise specified, this is
 			either a measurement of its <a>containing block</a> (if that is <a>definite</a>)
 			or an infinite size (when it is <a>indefinite</a>).
-			An <a>available size</a> can alternatively be either a
+			<a>Available space</a> can alternatively be either a
 			<a>min-content constraint</a> or
 			a <a>max-content constraint</a>.
 
 <!--
 			<p>
 				The space <a>available</a> to a box is determined by the formatting context in which it participates.
 				In block, table, and inline formatting contexts [[!CSS21]],
-				the <a>available size</a> is infinite in the block-axis dimension.
-				<span class="issue">What, exactly, is the available size in the inline axis??? What about other formatting models?</span>
+				the <a>available space</a> is infinite in the block-axis dimension.
+				<span class="issue">What, exactly, is the available space in the inline axis??? What about other formatting models?</span>
 -->
 
 		<dt><dfn>fill-available fit</dfn>
@@ -140,7 +140,7 @@ Auto Box Sizes</h3>
 		: <dfn>fill-available inline size</dfn>
 		: <dfn>fill-available block size</dfn>
 		:: Roughly, the <a>size</a> a box would take
-			if it filled its <a>available size</a>
+			if it filled its <a>available space</a>
 			in the given axis.
 			(See [[#extrinsic]].)
 
@@ -193,7 +193,7 @@ Auto Box Sizes</h3>
 		: <dfn>fit-content size</dfn>
 		: <dfn>fit-content inline size</dfn>
 		: <dfn>fit-content block size</dfn>
-		:: If the <a>available size</a> in a given axis is finite,
+		:: If the <a>available space</a> in a given axis is finite,
 			equal to <code>min(<a>max-content size</a>, max(<a>min-content size</a>, <a>fill-available size</a>))</code>.
 			Otherwise, equal to the <a>max-content size</a> in that axis.
 

css-sizing/Overview.bs

@@ -95,22 +95,22 @@ Terminology</h2>
 			A size that is not <a>definite</a>.
 			An <a>indefinite</a> <a>available size</a> is essentially infinite.
 
-		<dt><dfn id="available" local-lt="available" lt="available size|available inline size|available block size|available space">available size</dfn>
+		<dt><dfn id="available" local-lt="available" lt="available size|available inline size|available block size|available space">available space</dfn>
 		<dd>
 			The space into which a box is laid out.
 			Unless otherwise specified, this is
 			either a measurement of its <a>containing block</a> (if that is <a>definite</a>)
 			or an infinite size (when it is <a>indefinite</a>).
-			An <a>available size</a> can alternatively be either a
+			<a>Available space</a> can alternatively be either a
 			<a>min-content constraint</a> or
 			a <a>max-content constraint</a>.
 
 <!--
 			<p>
 				The space <a>available</a> to a box is determined by the formatting context in which it participates.
 				In block, table, and inline formatting contexts [[!CSS21]],
-				the <a>available size</a> is infinite in the block-axis dimension.
-				<span class="issue">What, exactly, is the available size in the inline axis??? What about other formatting models?</span>
+				the <a>available space</a> is infinite in the block-axis dimension.
+				<span class="issue">What, exactly, is the available space in the inline axis??? What about other formatting models?</span>
 -->
 
 		<dt><dfn>fill-available fit</dfn>
@@ -140,7 +140,7 @@ Auto Box Sizes</h3>
 		: <dfn>fill-available inline size</dfn>
 		: <dfn>fill-available block size</dfn>
 		:: Roughly, the <a>size</a> a box would take
-			if it filled its <a>available size</a>
+			if it filled its <a>available space</a>
 			in the given axis.
 			(See [[#extrinsic]].)
 
@@ -193,7 +193,7 @@ Auto Box Sizes</h3>
 		: <dfn>fit-content size</dfn>
 		: <dfn>fit-content inline size</dfn>
 		: <dfn>fit-content block size</dfn>
-		:: If the <a>available size</a> in a given axis is finite,
+		:: If the <a>available space</a> in a given axis is finite,
 			equal to <code>min(<a>max-content size</a>, max(<a>min-content size</a>, <a>fill-available size</a>))</code>.
 			Otherwise, equal to the <a>max-content size</a> in that axis.
 
@@ -593,7 +593,7 @@ Changes</h2>
 		<li>Changed <code>fill-available</code> keyword to <code>fill</code>.
 		<li>Hooked up intrinsic sizes of replaced elements to the <a>default sizing algorithm</a> in [[!CSS3-IMAGES]].
 		<li>Specified that <a>extrinsic sizing</a> treates ''margin/auto'' margins as zero.
-		<li>Clarified definition of <a>available size</a>.
+		<li>Clarified definition of <a>available space</a>.
 		<li>Specified that percentages resolved against an intrinsic size of the parent computes falls back to auto sizing.
 		<li>Fixed bad wording wrt containing blocks in <a>fill-available inline size</a> definition,
 		    and specified that it is calculated <em>after</em> margin collapsing.

css-writing-modes/Overview.bs

@@ -2006,7 +2006,7 @@ Orthogonal Flows</h3>
   </div>
 
 <h4 id="orthogonal-auto">
-Available Sizes in Orthogonal Flows</h4>
+Available Space in Orthogonal Flows</h4>
 
   <p>It is common in CSS for a containing block to have a definite <i>inline size</i>,
     but not a definite <i>block size</i>.
@@ -2015,19 +2015,19 @@ Available Sizes in Orthogonal Flows</h4>
     for example: its width is given by the calculations in
     <a href="https://www.w3.org/TR/CSS21/visudet.html#blockwidth">10.3.3</a>,
     but its <i>block size</i> depends on its contents.
-    In such cases the <i>available inline size</i> is defined
+    In such cases the <i>available inline space</i> is defined
     as the <i>inline size</i> of the containing block;
-    but the <i>available block size</i>,
+    but the <i>available block space</i>,
     which would otherwise be the <i>block size</i> of the containing block,
     is infinite.
 
   <p>Putting a box in an <i>orthogonal flow</i> allows the opposite to happen:
-    for the <i>available block size</i> to be definite,
-    but the <i>available inline size</i> to be indefinite.
+    for the <i>available block space</i> to be definite,
+    but the <i>available inline space</i> to be indefinite.
     In such cases a percentage of the containing block’s <i>inline size</i> cannot be defined,
     and <i>inline axis</i> computations cannot be resolved.
     In these cases, the initial containing block's size is used
-    as a <i>fallback</i> variable in place of the <i>available inline size</i>
+    as a <i>fallback</i> variable in place of the <i>available inline space</i>
     for calculations that require a definite <i>available inline size</i>.
 
   <p class="issue">What is this section trying to say? I can't remember. :(
@@ -2060,7 +2060,7 @@ Auto-sizing Block Containers in Orthogonal Flows</h4>
         <dd>the <i>inline-axis</i> size
         that would match the box's <i>inline-axis</i> outer edges to the smaller of
         <ul>
-          <li>the <i>available size</i>
+          <li>the <i>available space</i>
           <li>the initial containing block’s <i>size</i>
       </dl>
 
@@ -2124,7 +2124,7 @@ Auto-sizing Block Containers in Orthogonal Flows</h4>
     or the <i>max-content block size</i> of the content
     (if only one column was used).
     If the UA does not support CSS Multi-column Layout [[!CSS3COL]],
-    the UA may instead calculate the box's <i>block size</i> assuming an infinite <i>available block size</i>,
+    the UA may instead calculate the box's <i>block size</i> assuming infinite <i>available block space</i>,
     thus laying out its contents into a single column.
     (Note that this can, however, result in content that is clipped
     or otherwise inaccessible if it overflows its containing block.)
@@ -2136,12 +2136,12 @@ Auto-sizing Other Orthogonal Flow Roots</h4>
 
   <p>In order to limit the length of lines,
   block containers have special auto-sizing behavior (defined <a href="#auto-multicol">above</a>)
-  when their <i>available inline size</i> is infinite
+  when their <i>available inline space</i> is infinite
   (which typically occurs when they establish an <i>orthogonal flow</i>).
 
-  <p>Other layout models simply lay out into the infinite <i>available inline size</i>
+  <p>Other layout models simply lay out into the infinite <i>available inline space</i>
   at their <i>max-content size</i>.
-  However, they pass through the infinite <i>available inline size</i>
+  However, they pass through the infinite <i>available inline space</i>
   to block containers they contain,
   possibly triggering that special auto-sizing behavior on those block containers
   even though they do not themselves establish an <i>orthogonal flow</i>.
@@ -2150,10 +2150,10 @@ Auto-sizing Other Orthogonal Flow Roots</h4>
     <p>For example,
       a table or <i>flex container</i> establishing an <i>orthogonal flow</i>
       is laid out into its given <i>available space</i>.
-      If its <i>available inline size</i> is infinite,
+      If its <i>available inline space</i> is infinite,
       this effectively lays the box out at its <i>max-content size</i>.
       However, any of its table cells or <i>flex items</i> that are <i>block containers</i>
-      are laid out assuming infinite <i>available inline size</i>
+      are laid out assuming infinite <i>available inline space</i>
       and so behave accordingly.
   </div>