originality of this approach is that the various components must
cooperate dynamically and be configurable.
-\image html image54.jpg
+\image html image54.png
<br>SALOME platform integrates a number of modules each having its own function:
<ul>
etc. Third party modules optionally can have GUI, but in any case they always connected with KERNEL.
<li>\b Geometry : facilitates construction and optimization of geometrical models using a wide range of CAD functions.
<li>\b Mesh : generates meshes on geometrical models previously created or imported by the Geometry component.
-<li>\b Post-Pro : performs data visualization and post-processing.
+<li>\b ParaVis : performs data visualization and post-processing.
<li>\b MED : allows to work with MED files.
</ul>
-All software components (Post-Pro, Geometry, Mesh...) integrated into
+All software components (Geometry, Mesh...) integrated into
\b SALOME platform implement predefined interfaces. Each component
provides data for the \b SALOME study in a form of links (stored in
the Study) to the specific data created and stored in the
component. All components represent \b CORBA servers and it allows to
run them on different host stations.
-\image html image67.gif
+\image html image67.png
It is equally possible to create engine-independent modules. These
Additional information about CORBA technology
is available at http://www.omg.org
-\note In \b SALOME there is a possibility to run
-definite components in the so-called \ref batch_mode_run "batch mode" without GUI provided
-by GUI component. In this case you can work with these components with
-the help of Python commands and scripts.
-
The architecture of this all-inclusive
platform for numerical components responds to the following
