Visualization in SALOME
=========================


* In the Salome-Meca platform, launch the ParAvis module.




Setting up STANLEY
----------------------

In IHM of STANLEY, we check in the Settings → Edit menu that the Salome settings are correct, for example:


* Fashion: Salome


* Fashion: LOCAL


* Port of Salome: 2810


* Temporary directory: /tmp




Visualization of a deformed
-----------------------------


* In the Fields column, select DEPL.


* For the other columns, leave the values by default.


* Click on the TRACER button.

:math:`\Rightarrow` A deformed representation of the displacement is shown for each iteration.




Visualization of a field
-------------------------


* In the Fields column, select a SIEF_ELNO or ENEL_ELEM field.


* For the other columns, leave the values by default.


* Click on the CALCULER button.


* As soon as the light is green, click on the TRACER button.

:math:`\Rightarrow` A field representation is shown for each iteration.




Visualization of a Gauss field
-------------------------------


* In the Fields column, select a SIEQ_ELGA field.


* For the other columns, leave the values by default.


* Click on the CALCULER button.


* As soon as the light is green, click on the TRACER button.

:math:`\Rightarrow` A Gauss point representation of the field is shown for each iteration.

:math:`\Rightarrow` Verify that the color of the spheres are correct (existence of values other than zero if the field is not zero).




Visualization of a deformed field
-------------------------------------


* In the Fields column, select a SIEF_ELNO or ENEL_ELEM field.


* Check on deformed.


* For the other columns, leave the values by default.


* Click on the CALCULER button.


* As soon as the light is green, click on the TRACER button.

:math:`\Rightarrow` A deformed representation of the field is displayed for each iteration.




Visualization of a curve
--------------------------


* Geometry menu → Add path.


* Enter the following values:


    * Path name: axEx


    * Origin: :math:`(\mathrm{2.0,}\mathrm{0.0,}0.0)`


    * End: :math:`(\mathrm{3.25,}\mathrm{0.0,}0.0)`


    * Number of points: :math:`10`


* Select field SIEQ_NOEU.


* Click on the CALCULER button.


* Select component PRIN_3 and order 1.


* Click on the Geometric Entities box.


* Select Curves.


* Select AxEx.


* Click on the TRACER button.

:math:`\Rightarrow` A graph representing the evolution of the PRIN_3 component of the field SIEQ_NOEU as a function of the position of the point on the axis :math:`X` is created. A curve is created for each iteration in the same graph. We have a graph for each component.