[education/kstars] doc: Fix minor typos

[Yuri Chornoivan]

Git commit dbb44aca4144500c759676a739455f768184a7db by Yuri Chornoivan.
Committed on 04/01/2022 at 15:17.
Pushed by yurchor into branch 'master'.

Fix minor typos

M  +3    -3    doc/ekos-scheduler.docbook

https://invent.kde.org/education/kstars/commit/dbb44aca4144500c759676a739455f768184a7db

diff --git a/doc/ekos-scheduler.docbook b/doc/ekos-scheduler.docbook
index 84da8fa65..dde3555e2 100644
--- a/doc/ekos-scheduler.docbook
+++ b/doc/ekos-scheduler.docbook
@@ -329,7 +329,7 @@ exit(0)
             The 2nd step is handled by image processing applications such as <ulink url="https://pixinsight.com">PixInsight</ulink>, among others, and will not be the topic of discussion here. The first step can be accomplished in Ekos Scheduler where it creates a mosaic suitable for your equipment and in accordance with the desired field of view. Not only Ekos creates the mosaic panels for your target, but it also constructs the corresponding observatory jobs required to capture all the images. This greatly facilitates the logistics of capturing many images with different filters and calibration frames across a wide area of the sky.
         </para>
         <para>
-            The <guilabel>Mosaic Job Creator</guilabel> in the Ekos Scheduler will create multiple Scheduler jobs based on a central target. It requires that you select first one target and one sequence file. The Sequence File contains all the information necessary to capture an image including exposure time, filters, temperature setting, etc, and that information will be used for each pane of the mosaic. Observation job conditions and constraints shall be assigned too, so check that they are as per your requirements. You may simply prepare a new job without adding it, or pick an existing job, as long as both target and sequence file fields are valid in the Scheduler form. If you added jobs to the observation list previously, Ekos will ask you if you would want to keep or remove them before inserting the mosaic jobs in the list.
+            The <guilabel>Mosaic Job Creator</guilabel> in the Ekos Scheduler will create multiple Scheduler jobs based on a central target. It requires that you select first one target and one sequence file. The Sequence File contains all the information necessary to capture an image including exposure time, filters, temperature setting, &etc;, and that information will be used for each pane of the mosaic. Observation job conditions and constraints shall be assigned too, so check that they are as per your requirements. You may simply prepare a new job without adding it, or pick an existing job, as long as both target and sequence file fields are valid in the Scheduler form. If you added jobs to the observation list previously, Ekos will ask you if you would want to keep or remove them before inserting the mosaic jobs in the list.
         </para>
         <para>
             When your target and conditions are ready, start the Mosaic Job Creator by clicking on the icon next to the <guibutton>Find</guibutton> button in Ekos Module. A new window will open with a left-side form and your target centered in a sky chart. For convenience, maximize that window. There is a help icon on the top left part of the sky chart. Move your mouse over it to display the latest documentation of the tool. Each gadget also has its own tooltip.
@@ -367,7 +367,7 @@ exit(0)
             </mediaobject>
         </screenshot>
         <para>
-            A large overlap will make frame stitching easier during post-processing, but it requires more panes to cover the desired extent. However, if you already know the minimal amount of sub-frames your rejection algorithm will use during post-processing, you may want to increase the overlap to attain that amount on the areas covered by multiple panes. For instance, a 4x4 mosaic grid with 75% overlap has 16 sub-frames covering the central intersection, which is enough for Windsorized Sigma rejection. Although the resulting stack does not have the same height on all parts of the final frame, this method gives you control on signal-to-noise ratio and allows you to provide context to your target while exposing a relatively low number of captures.
+            A large overlap will make frame stitching easier during post-processing, but it requires more panes to cover the desired extent. However, if you already know the minimal amount of sub-frames your rejection algorithm will use during post-processing, you may want to increase the overlap to attain that amount on the areas covered by multiple panes. For instance, a 4x4 mosaic grid with 75% overlap has 16 sub-frames covering the central intersection, which is enough for Winsorized Sigma rejection. Although the resulting stack does not have the same height on all parts of the final frame, this method gives you control on signal-to-noise ratio and allows you to provide context to your target while exposing a relatively low number of captures.
         </para>
         <screenshot>
             <screeninfo>
@@ -399,7 +399,7 @@ exit(0)
             </mediaobject>
         </screenshot>
         <para>
-            If you need to adjust the position of the mosaic, click on the view and drag the chart to recenter your target. When satisfied, set the frequency of alignment and focus steps during the mosaic execution and choose an output folder and accept the dialog. Ekos shall create an observation job and a corresponding customized sequence file for each panel. Save the plan to an Ekos Scheduler List (<literal role="extension">.esl</literal>) file with the <guibutton>Save as...</guibutton> button, so that you may load it on any suitable observing night and, with the <guilabel>Remeber Job Progress</guilabel> option, it will pick off where you left.
+            If you need to adjust the position of the mosaic, click on the view and drag the chart to recenter your target. When satisfied, set the frequency of alignment and focus steps during the mosaic execution and choose an output folder and accept the dialog. Ekos shall create an observation job and a corresponding customized sequence file for each panel. Save the plan to an Ekos Scheduler List (<literal role="extension">.esl</literal>) file with the <guibutton>Save as...</guibutton> button, so that you may load it on any suitable observing night and, with the <guilabel>Remember Job Progress</guilabel> option, it will pick off where you left.
         </para>
         <para>
             With Ekos Scheduler, multi-night imaging is greatly facilitated and creating super mosaics has never been so easy.