docs: update Readme

README.md

@@ -1,9 +1,20 @@
 # Cassiopee 4
 
+**C**omputational **F**luid **D**ynamics pre- and post-processing python modules.
+
 -- Under construction --
 
+- [Documentation](https://onera.github.io/Cassiopee)
+
+- Tutorials
+
+## Installation from binaries
+
+<!--- - with pip -->
+<!-- - On windows, download setup.exe -->
+
 ## Installation from sources
 
-On windows: [see install page.](https://github.com/onera/Cassiopee/blob/main/docs/developers/Install/msys2.md)
+- [On windows](https://github.com/onera/Cassiopee/blob/main/docs/developers/Install/msys2.md)
 
-On linux ubuntu: [see install page.](https://github.com/onera/Cassiopee/blob/main/docs/developers/Install/ubuntu.md)
+- [On linux ubuntu](https://github.com/onera/Cassiopee/blob/main/docs/developers/Install/ubuntu.md)

docs/More.html

@@ -22,7 +22,7 @@ <h2><em>A set of Python modules for CFD pre- and post-processing</em></h2>
   <img src="Images/interface-grd.png" onclick="img_box(this)">
 </header>
 
-<p>Cassiopée (<strong>C</strong>FD <strong>A</strong>dvanced <strong>S</strong>et of <strong>S</strong>ervices <strong>I</strong>n an <strong>O</strong>pen <strong>P</strong>ython <strong>E</strong>nvironm<strong>E</strong>nt) is a set of Python modules providing advanced services for preparing CFD computations and post-processing CFD solutions. This is a research software developped by ONERA, the French Aerospace Lab and distributed as free software under GPL3. Cassiopée is independent of any solver and can be used with any multiblock/overset structured/unstructured flow solver. <br><br>
+<p>Cassiopée (<strong>C</strong>FD <strong>A</strong>dvanced <strong>S</strong>et of <strong>S</strong>ervices <strong>I</strong>n an <strong>O</strong>pen <strong>P</strong>ython <strong>E</strong>nvironm<strong>E</strong>nt) is a set of Python modules providing advanced services for preparing CFD computations and post-processing CFD solutions. This is a research software developped by ONERA, the French Aerospace Lab and distributed as free software under LGPL3. Cassiopée is independent of any solver and can be used with any multiblock/overset structured/unstructured flow solver. <br><br>
 
 Provided services are low level functions, that are designed to be used for easily building your own applications.<br><br>
 

docs/index.html

@@ -35,7 +35,7 @@
 
       <img src="Images/icon1_2_new.png" class="icon">
       <TEXTcenter>
-      <strong>Current release:</strong> <strong>4.0</strong> (07/2024) <a href="News.html">[version content]</a>.<br>
+      <strong>Current release:</strong> <strong>4.0</strong> (07/2024) <a href="News.html">[release notes]</a>.<br>
       </TEXTcenter>
 
       <img src="Images/icon6_new.png" class="icon">