[css-transforms] Replace <translation-value> with <length>.

Author: dirkschulze

css-transforms/ChangeLog

@@ -1,3 +1,6 @@
+2014-05-26 Dirk Schulze <dschulze@adobe.com>
+    Replace <translation-value> with <length>.
+
 2014-03-24 Dirk Schulze <dschulze@adobe.com>
     Fixed typo for translateY() transform function.
     https://www.w3.org/Bugs/Public/show_bug.cgi?id=25134

css-transforms/Overview.src.html

@@ -1143,10 +1143,10 @@ <h4 id="svg-data-types">SVG Data Types</h4>
 Arguments on all new introduced presentation attributes consist of data types in the sense of CSS Values and Units Module [[!CSS3VAL]]. The definitions of data types in CSS Values and Units Module are enhanced as follows:
 
 <h5 id="svg-transform-value">
-  The <<translation-value>> and <<length>> type
+  The <<length>> type
 </h5>
 
-A <dfn>&lt;translation-value></dfn> or <<length>> can be a <<number>> without an unit identifier. In this case the <a href="#svg-number"><em>number</em></a> gets interpreted as "user unit". A user unit in the the <a href="http://www.w3.org/TR/2003/REC-SVG11-20030114/coords.html#InitialCoordinateSystem">initial coordinate system</a> is equivalent to the parent environment's notion of a pixel unit.
+A <<length>> can be a <<number>> without an unit identifier. In this case the <a href="#svg-number"><em>number</em></a> gets interpreted as "user unit". A user unit in the the <a href="http://www.w3.org/TR/2003/REC-SVG11-20030114/coords.html#InitialCoordinateSystem">initial coordinate system</a> is equivalent to the parent environment's notion of a pixel unit.
 
 <h5 id="svg-angle">The <<angle>> type</h5>
 
@@ -1170,7 +1170,7 @@ <h3 id="svg-transform-functions">
 
 <dl>
   <dt id="rotate-three-function">
-    <pre class='prod'><i>rotate()</i> = rotate( <<angle>> [, <<translation-value>>, <<translation-value>>]? )</pre>
+    <pre class='prod'><i>rotate()</i> = rotate( <<angle>> [, <<length>>, <<length>>]? )</pre>
   </dt>
   <dd>
     specifies a <a href="#RotateDefined">2D rotation</a> by the angle specified in the parameter about the origin of the element, as defined by the 'transform-origin' property. If the optional translation values are specified, the transform origin is translated by that amount (using the current transformation matrix) for the duration of the rotate operation. For example ''rotate(90deg, 100px, 100px)'' would cause elements to appear rotated one-quarter of a turn in the clockwise direction after a translation of the transform-origin of 100 pixel in the horizontal and vertical directions.
@@ -1256,8 +1256,6 @@ <h3 id="svg-animate-element">
 
 With this specification the SVG basic data type <<transform-list>> is equivalent to a list of <<transform-function>>s. <<transform-list>> is animatable and additive. The data type can be animated using the SVG <a>'animate element'</a> element and the SVG <a>'set element'</a> element. SVG animations must run the same animation steps as described in section <a href="#interpolation-of-transforms">Transitions and Animations between Transform Values</a>.
 
-The set of animatable data types gets extended by <<translation-value>>. The new data type is animatable and additive.
-
 <table class="data">
   <caption>Animatable data types</caption>
   <thead>
@@ -1282,15 +1280,6 @@ <h3 id="svg-animate-element">
       <td>Additive for <a>'animateTransform element'</a> means that a transformation is post-multiplied to the base set of
         transformations.</td>
     </tr>
-    <tr>
-      <th><<translation-value>></th>
-      <td>yes</td>
-      <td>yes</td>
-      <td>yes</td>
-      <td>no</td>
-      <td>no</td>
-      <td>&nbsp;</td>
-    </tr>
   </tbody>
 </table>
 
@@ -1385,19 +1374,19 @@ <h3 id="two-d-transform-functions">2D Transform Functions</h3>
     specifies a 2D transformation in the form of a <a href="#MatrixDefined">transformation matrix</a> of the six values a-f.
   </dd>
   <dt>
-    <pre class='prod'><dfn>translate()</dfn> = translate( <<translation-value>> [, <<translation-value>> ]? )</pre>
+    <pre class='prod'><dfn>translate()</dfn> = translate( <<length>> [, <<length>> ]? )</pre>
   </dt>
   <dd>
     specifies a <a href="#TranslateDefined">2D translation</a> by the vector [tx, ty], where tx is the first translation-value parameter and ty is the optional second translation-value parameter. If <em>&lt;ty></em> is not provided, ty has zero as a value.
   </dd>
   <dt>
-    <pre class='prod'><dfn>translateX()</dfn> = translateX( <<translation-value>> )</pre>
+    <pre class='prod'><dfn>translateX()</dfn> = translateX( <<length>> )</pre>
   </dt>
   <dd>
     specifies a <a href="#TranslateDefined">translation</a> by the given amount in the X direction.
   </dd>
   <dt>
-    <pre class='prod'><dfn>translateY()</dfn> = translateY( <<translation-value>> )</pre>
+    <pre class='prod'><dfn>translateY()</dfn> = translateY( <<length>> )</pre>
   </dt>
   <dd>
     specifies a <a href="#TranslateDefined">translation</a> by the given amount in the Y direction.
@@ -1460,7 +1449,7 @@ <h3 id="three-d-transform-functions">3D Transform Functions</h3>
     specifies a 3D transformation as a 4x4 homogeneous matrix of 16 values in column-major order.
   </dd>
   <dt>
-    <pre class='prod'><dfn>translate3d()</dfn> = translate3d( <<translation-value>> , <<translation-value>> , <<length>> )</pre>
+    <pre class='prod'><dfn>translate3d()</dfn> = translate3d( <<length>> , <<length>> , <<length>> )</pre>
   </dt>
   <dd>
     specifies a <a href="#Translate3dDefined">3D translation</a> by the vector [tx,ty,tz], with tx, ty and tz being the first, second and third translation-value parameters respectively.