Fixing typos.

README.md

@@ -17,14 +17,14 @@ You can find more screenshots on the [app website](https://apps.ad5001.eu/logari
 
 You can simply run LogarithmPlotter using `python3 run.py`.
 
-In order to test translations, you can use the `--lang=<lang code>` command line option to force the detected locale of LogarithmPlotter.
+In order to test translations, you can use the `--lang=<lang code>` commandline option to force the locale of LogarithmPlotter.
 
 ## Install
 
 ### Generate installers:
 All scripts noted here can be found in the `scripts` directory.
 
-You can generate installers from LogarithmPlotter after installing all the dependencies:   
+You can generate installers for LogarithmPlotter after installing all the dependencies:   
 For all builds, you need [Python 3](https://python.org) with [PySide6](https://pypi.org/project/PySide6/) installable with `pip install PySide6`.    
 - Windows installer: 
     - You need `pyinstaller`. You can install it using `pip install pyinstaller`.    

linux/eu.ad5001.LogarithmPlotter.metainfo.xml

@@ -16,7 +16,7 @@
     
     <description>
         <p>
-            LogarithmPlotter is, as it's name suggests, a plotter made with logarithm scales in mind. With an object system similar to Geogebra's, it allows dynamic creation of both logarithmic-scaled and non logarithmic-scaled plots with very few limitations.
+            LogarithmPlotter is, as its name suggests, a plotter made with logarithm scales in mind. With an object system similar to Geogebra's, it allows dynamic creation of both logarithmic-scaled and non logarithmic-scaled plots with very few limitations.
         </p>
         <p xml:lang="fr">
             LogarithmPlotter est, comme son nom l'indique, un créateur de graphes et diagrammes 2D réalisé avec l'échelle logarithmique en tête. Avec un système d'objets similaire à Geogebra, ce qui lui permet de créer des graphes à échelle logarithmique et non logarithmique avec peu de limitations.    
@@ -25,7 +25,7 @@
             A LogarithmPlotter egy logaritmus-ábrázoló, amely logaritmikus léptékek figyelembevételével készült. A Geogebrához hasonló objektumrendszerrel dinamikus parcellák létrehozását teszi lehetővé, nagyon kevés korlátozással.
         </p>
         <p>
-            It's primary use is to quickly create asymptotic Bode plots, but it's extensible nature and ability to switch to non-logarithmic scales allow it to create other things with it, like sequences or statistical repartition functions.
+            Its primary use is to quickly create asymptotic Bode plots, but its extensible nature and ability to switch to non-logarithmic scales allow it to create other things with it, like sequences or statistical repartition functions.
         </p>
         <p xml:lang="fr">
             Son intérêt principal est de permettre de créer des diagrammes asymptotiques de Bode, mais sa nature extensible et sa capacité à passer à une échelle non-logarithmique lui permet de créer d'autres choses.