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List:       kde-commits
Subject:    extragear/graphics/doc/digikam
From:       Yuri Chornoivan <yurchor () ukr ! net>
Date:       2010-08-12 8:55:47
Message-ID: 20100812085547.CEE4FAC775 () svn ! kde ! org
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SVN commit 1162593 by yurchor:

Some fixes

 M  +14 -3     color-management.docbook  
 M  +1 -1      index.docbook  


--- trunk/extragear/graphics/doc/digikam/color-management.docbook #1162592:1162593
@@ -32,9 +32,20 @@
        <para>sRGB was designed to contain colors easily displayed on \
consumer-oriented monitors and printed by consumer-oriented printers manufactured in \
1996. This least-common-denominator set of viewable and printable colors - the \
technical term is "color gamut" - is much smaller than the set of colors we can see \
in the real world, much smaller than the set of colors today's digital cameras can \
capture, much smaller than the set of colors today's printers can print, and much \
smaller than the color gamut of the new wide gamut monitors that are beginning to \
enter the consumer market. For anyone who wants to make use of the wider color gamuts \
available today even at the consumer level, the gamut of sRGB is too small. \
Conversely, if you don't intend to make use of an expanded gamut of colors at any \
point in your digital imaging workflow, then you don't need to worry about non-sRGB \
color spaces and all the attending intricacies of color management.</para>  </sect3>
        <sect3>                   <title>How small is sRGB?</title> 
-          <para>A visual representation of the limitations of sRGB compared to the \
colors we actually see in the real world is presented here after. It shows a \
two-dimensional representation of all the colors we can see (the horseshoe-shaped \
                region) and the colors contained in the sRGB space (the smaller \
                triangular region).
-          <inlinemediaobject><imageobject>
-              <imagedata fileref="&path;" format="PNG" /> \
</imageobject></inlinemediaobject></para> +          <para>A visual representation of \
the limitations of sRGB compared to the colors we actually see in the real world is \
presented here after. It shows a two-dimensional representation of all the colors we \
can see (the horseshoe-shaped region) and the colors contained in the sRGB space (the \
smaller triangular region).</para> +          <para>
+          <screenshot>
+          <screeninfo></screeninfo>
+          <mediaobject>
+           <imageobject>
+            <imagedata fileref="542px-CIExy1931_sRGB.svg.png" format="PNG"/>
+           </imageobject>
+           <textobject>
+            <phrase></phrase>
+           </textobject>
+          </mediaobject>
+          </screenshot>
+          </para>
           <para>If you would like to see a two-dimensional representation of sRGB \
compared to some of the larger working color spaces, see Bruce Lindbloom's excellent \
<ulink url="http://www.brucelindbloom.com/">site </ulink>, click on "Info" then on \
"Information About RGB Working Spaces".</para>  </sect3>
      </sect2>
--- trunk/extragear/graphics/doc/digikam/index.docbook #1162592:1162593
@@ -272,7 +272,7 @@
         </inlinemediaobject>
         </para>
         
-        <para>Now how digiKam will open images on a right click. previews will load \
faster but you won't be able to make any corrections.</para> +        <para>Now how \
digiKam will open images on a right click. Previews will load faster but you won't be \
able to make any corrections.</para>  
         <para>
 	<inlinemediaobject>


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