[Digikam-devel] extragear/graphics/doc/digikam

[Gerhard Kulzer]

SVN commit 541951 by gkulzer:

CCMAIL: digikam-devel at kde.org

docbook entities corrections

 M  +7 -7      index.docbook  


--- trunk/extragear/graphics/doc/digikam/index.docbook #541950:541951
@@ -457,7 +457,7 @@
         <title>Introduction</title>
 
             <para>
-            Current digital cameras are characterized by the use of <emphasis>Compact Flash Memory</emphasis> cards and <emphasis>USB</emphasis> or <emphasis>FireWire (IEEE-1394 or i-link)</emphasis> for data transmission. The actual transfers to a host computer is commonly carried out using the <emphasis>USB Mass Storage</emphasis> device class (so that the camera appears as a disk drive) or using the <emphasis>Picture Transfer Protocol (PTP)</emphasis> and its derivatives. Older cameras may use the <emphasis>Serial Port (RS-232)</emphasis> connection.
+            Current digital cameras are characterized by the use of <emphasis>Compact &Flash; Memory</emphasis> cards and <emphasis>USB</emphasis> or <emphasis>FireWire (IEEE-1394 or i-link)</emphasis> for data transmission. The actual transfers to a host computer is commonly carried out using the <emphasis>USB Mass Storage</emphasis> device class (so that the camera appears as a disk drive) or using the <emphasis>Picture Transfer Protocol (PTP)</emphasis> and its derivatives. Older cameras may use the <emphasis>Serial Port (RS-232)</emphasis> connection.
             </para>
             
             <informaltable><tgroup cols="2">
@@ -1122,7 +1122,7 @@
         <sect2 id="using-kapp-sidebarmetadata">
         <title>Metadata</title>
            <para>
-           The metadata side bar is composed of four subtabs <guilabel>Exif, Makernotes, IPTC and GPS data</guilabel>. A combo-box lets you choose between full and simplified data disply. Next to it are a printer and copy button, They do just that - print (kprinter dialog) or copy the repective tab data to the klipper. In the main window view you will find a navigation button set with the file name on top of the tabs.
+           The metadata side bar is composed of four subtabs <guilabel>Exif, Makernotes, IPTC and GPS data</guilabel>. A combo-box lets you choose between full and simplified data disply. Next to it are a printer and copy button, They do just that - print (&kprinter; dialog) or copy the repective tab data to the klipper. In the main window view you will find a navigation button set with the file name on top of the tabs.
            </para>
 
            <sect3 id="using-kapp-sidebarmetadataexif">
@@ -1517,7 +1517,7 @@
                 
                 <listitem><para>Post-treatment of GPS data and image files</para>
                     <para>
-                        Several programs exist for Windows and MacOS that are able to extract and correlate data from pictures and GPS data tracks. The following site provides the same functionality for Linux: <ulink url="http://freefoote.dview.net/linux_gpscorr.html"></ulink>
+                        Several programs exist for &Windows; and MacOS that are able to extract and correlate data from pictures and GPS data tracks. The following site provides the same functionality for Linux: <ulink url="http://freefoote.dview.net/linux_gpscorr.html"></ulink>
                     </para>
                     <para>
                         The approach is dead easy: whilst taking your pictures just keep a GPS device running and carry it around with the camera. Once you are done download the pictures and the GPS tracks, and run the above program. It will correlate the data in the time domain; so it is important that the camera be accurate in its clock setting (the GPS device is always accurate through the satellites). The positional accuracy interpolated from the track points can be as good as 20 meters. Of course, this approach only works if your camera can record EXIF data.
@@ -2618,7 +2618,7 @@
             <anchor id="blackandwhitetool.anchor"/>
 
             <para>
-            &digikam; comes with a couple of black and white filters that you can use on your photographs. Under the <menuchoice><guimenuitem>Filters</guimenuitem><guimenuitem>Black & White</guimenuitem></menuchoice> menu you will find classic Black and White chemical toning used in analog photography. The controls come on three tabs: <emphasis>filters, tone</emphasis> and <emphasis>lightness</emphasis> as shown on the screenshot below. The filters and color toning can be applied independently of each other (on top of each other). The filters actually influence the RGB channel mixing, whereas the toning purely adds a uniform monochromatic tint to the black and white photograph. In the lightness tab you will find a tonal adjustment tool (like curve adjust), a contrast tool and an over-exposure indicator to improve the b&w rendering.
+            &digikam; comes with a couple of black and white filters that you can use on your photographs. Under the <menuchoice><guimenuitem>Filters</guimenuitem><guimenuitem>Black & White</guimenuitem></menuchoice> menu you will find classic black and white chemical toning used in analog photography. The controls come on three tabs: <emphasis>filters, tone</emphasis> and <emphasis>lightness</emphasis> as shown on the screenshot below. The filters and color toning can be applied independently of each other (on top of each other). The filters actually influence the RGB channel mixing, whereas the toning purely adds a uniform monochromatic tint to the black and white photograph. In the lightness tab you will find a tonal adjustment tool (like curve adjust), a contrast tool and an over-exposure indicator to improve the b&w rendering.
             </para>
             <figure>
                 <title>The Black & White Filter Plugin in Action</title>
@@ -2796,7 +2796,7 @@
             <title>ICC color profile management</title>
             
             <para>
-                What is the importance of ICC color profile management? In simple terms it is like a Hifi stereo, where high fidelity is seeked from source to speakers, passing through microphone, recoding media, player and amplifier. Much the same, ICC color profile management tries to maintain color fidelity from photographic subject through the camera to the output media screen, print, paper and projector. Luckily digital photography has taken out one source of distortion, the storage media (as the CD-ROM did in the audio field).
+                What is the importance of ICC color profile management? In simple terms it is like a Hifi stereo, where high fidelity is seeked from source to speakers, passing through microphone, recoding media, player and amplifier. Much the same, ICC color profile management tries to maintain color fidelity from photographic subject through the camera to the output media screen, print, paper and projector. Luckily digital photography has taken out one source of distortion, the storage media (as the &CD;-ROM did in the audio field).
             </para>
             <para>
                 ISO 22028-1 specifies unambiguous exchange of color image data of color space encoding, viewing conditions, image state and reference medium.
@@ -3324,11 +3324,11 @@
         
         <varlistentry>
             <term><menuchoice>
-                <guimenu>Album</guimenu><guimenuitem>Export</guimenuitem><guimenuitem>HTML export</guimenuitem>
+                <guimenu>Album</guimenu><guimenuitem>Export</guimenuitem><guimenuitem>&HTML; export</guimenuitem>
             </menuchoice></term>
             <listitem>
                 <para><action>
-                    Kipi plugin to create a HTML gallery with Albums.
+                    Kipi plugin to create a &HTML; gallery with Albums.
                 </action></para>
                 <para>
                     See the dedicated