.. _demarrage_rapide:
Quick start
-===========
+###########
.. index:: single: start
.. index:: single: example
-The options to drive HOMARD in SALOME are described into :ref:`gui_usage`. Here are the basic instructions to discover how to use HOMARD from a very simple example.
+The options to drive HOMARD in SALOME are described into :doc:`gui_usage`. Here are the basic instructions to discover how to use HOMARD from a very simple example.
Let's imagine that a calculation of a thermal problem has been done with a given mesh. An output MED file was produced; it contains the mesh and the field of the temperatures over the nodes. We'd like to adapt the mesh to decrease the variation of the temperature from one node to another below a threshold.
.. image:: images/intro_31.png
:align: center
-Two answers must be given: the directory that will contain the files produced by the further adaptations and the MED file from the initial calculation. Validate by "Apply and close".
+Two answers must be given: the directory that will contain the files produced by the further adaptations and the MED file from the initial calculation. In this case, the default options are left unchanged: conformity of the mesh and no curved boundaries. Validate by "OK".
.. image:: images/intro_32.png
:align: center
.. image:: images/intro_36.png
:align: center
-The creation of the hypothesis is validated by "Apply and close"; the creation of the new iteration is validated too. The object browser is enriched by the description of this hypothesis and this iteration. The iteration can be seen with a specific icon "waiting".
+The creation of the hypothesis is validated by "OK"; the creation of the new iteration is validated too. The object browser is enriched by the description of this hypothesis and this iteration. The iteration can be seen with a specific icon "waiting".
The adaptation is launched by the selection of the iteration. "*Compute*" is choosen either in the menu, or with the mouse. The MED file of the new mesh, ``maill.01.med``, and some files for information are included into the object browser. Note that the MED file of the new mesh is located into the directory of the case.
.. image:: images/intro_37.png
:align: center
-Now, this new mesh can be used for a second thermal calculation, with the same conditions as for the first one. Once this second calcultion is done, the adaptive process can go on. First, go back into the module HOMARD of SALOME. The plast iteration "*Iter_1*" is selected and a new iteration is asked for. This window appears:
+Now, this new mesh can be used for a second thermal calculation, with the same conditions as for the first one. Once this second calcultion is done, the adaptive process can go on. First, go back into the module HOMARD of SALOME. The last iteration "*Iter_1*" is selected and a new iteration is asked for. This window appears:
.. image:: images/intro_38.png
:align: center
