[Kstars-devel] kdeedu/doc/kstars

[Jason Harris]

CVS commit by harris: 

Updating all handbook screenshots to match current default widget style 
(Plastik), and also to match the current features of the program.

CCMAIL: kstars-devel at kde.org


  M            aavso.png   1.3
  M +2 -1      altvstime.docbook   1.6
  M            altvstime.png   1.3
  M            calc-angdist.png   1.2
  M            calc-apcoords.png   1.3
  M            calc-daylength.png   1.3
  M            calc-ecliptic.png   1.2
  M            calc-eqgal.png   1.3
  M            calc-equinox.png   1.2
  M            calc-geodetic.png   1.3
  M            calc-horizontal.png   1.3
  M            calc-julian.png   1.3
  M            calc-planetcoords.png   1.2
  M            calc-precess.png   1.3
  M            calc-sidereal.png   1.3
  M            detaildialog.png   1.4
  M            devicemanager.png   1.5
  M            find.png   1.4
  M            fovdialog.png   1.2
  M            geolocator.png   1.4
  M            indiclient.png   1.3
  M            indicontrolpanel.png   1.5
  M            indiscript.png   1.2
  M            jmoons.png   1.2
  M            lightcurve.png   1.3
  M            newfov.png   1.2
  M            popup.png   1.3
  M +8 -9      quicktour.docbook   1.20
  M +425 -258  screen1.png   1.9
  M +1 -1      scriptbuilder.docbook   1.7
  M            scriptbuilder.png   1.2
  M            skymapdevice.png   1.3
  M            solarsystem.png   1.2
  M            viewops.png   1.4
  M            wut.png   1.3


--- kdeedu/doc/kstars/altvstime.docbook  #1.5:1.6
@@ -57,5 +57,6 @@
 risen; when it falls back to the lower half, it has set.  For example,
 in the screenshot, the minor planet <firstterm>Quaoar</firstterm> is
-rising at around 15:30 local time, and is setting at about 00:30.
+setting at around 15:00 local time, and is rising at about 04:00 local 
+time.
 </para>
 <para>

--- kdeedu/doc/kstars/quicktour.docbook  #1.19:1.20
@@ -26,13 +26,12 @@
 the constellation Orion.  Orion has just risen above the eastern horizon.
 Stars are displayed with <link linkend="ai-colorandtemp">realistic
-colors</link> and relative brightnesses.  M 42, the Orion Nebula, is
-visible on the right side of the screen, just above the horizon.  If
-you look closely, you can also see the Sun and the planet Mercury in the
-upper left.  In three corners of the sky display, there are on-screen text
-labels displaying data on the current time (<quote>LT: 06:44:58 20 June
-2004</quote>), the current Geographic Location (<quote>Tucson, Arizona,
-USA</quote>), and the current object in the center of the display
-(<quote>Focused on: Betelgeuse (alpha Orionis)</quote>).  Above the sky
-display, there are two toolbars.  The main toolbar contains shortcuts for
+colors</link> and relative brightnesses.  If you look closely, you can 
+also see the Moon near the left edge of the window.  In three corners 
+of the sky display, there are on-screen text labels displaying data on 
+the current time (<quote>LT: 16:41:39 22 Jan 2005</quote>), the current 
+Geographic Location (<quote>Tucson, Arizona, USA</quote>), and the 
+current object in the center of the display (<quote>Focused on: Betelgeuse 
+(alpha Orionis)</quote>).  Above the sky display, there are two toolbars.  
+The main toolbar contains shortcuts for
 <link linkend="kstars-menus">menu functions</link>, as well as a
 time-step widget which controls how fast the simulation clock runs.

--- kdeedu/doc/kstars/scriptbuilder.docbook  #1.6:1.7
@@ -177,5 +177,5 @@
   <title>Device Automation with INDI</title>
   <para>
-    Device schedualing and automation is supported for all <link linkend="what-is-indi">INDI</link>-compliant devices. You can coordinate any number of devices to perform complex operations using &kstars; <link linkend="sb-intro">Script Builder</link>. This can be accomplished by using &kstars; INDI DCOP interface, which provides different classes of functions to suit your tasks. The INDI DCOP functions can be decomposed into four different classes. The following is a review of the functions and their arguments as supported in KStars. It it highly recommened to read the <link linkend="indi-concepts">INDI Concepts</link> section as we will employ key INDI concepts throughout this tutorial.</para>
+    Device scheduling and automation is supported for all <link linkend="what-is-indi">INDI</link>-compliant devices. You can coordinate any number of devices to perform complex operations using &kstars; <link linkend="sb-intro">Script Builder</link>. This can be accomplished by using &kstars; INDI DCOP interface, which provides different classes of functions to suit your tasks. The INDI DCOP functions can be decomposed into four different classes. The following is a review of the functions and their arguments as supported in KStars. It it highly recommened to read the <link linkend="indi-concepts">INDI Concepts</link> section as we will employ key INDI concepts throughout this tutorial.</para>
   <orderedlist>
     <listitem><para>Generic Device Functions: Functions to establish/shutdown devices..etc.</para>