Modeling I
==============


Characteristics of modeling
-----------------------------------

A non-linear 3D thermal modeling is used.

This modeling tests the creation of empirical **line** modes in thermics. We take
3 modes maximum for the primal base and TOLE_SVD = 1.E-3 for the dual base.


Characteristics of the mesh
----------------------------

The mesh contains 27 elements of type HEXA8.


Tested sizes and results
------------------------------

We test some values of the primal base (as they are empirical modes, the tests
are done to the nearest sign):


.. csv-table::

    "**Identification**", "**Reference type**"
    "Point :math:`({0,0,3})` - TEMP -Mode 1"," NON_REGRESSION"
    "Point :math:`({0,0,3})` - TEMP -Mode 2"," NON_REGRESSION"
    "Point :math:`({0,0,3})` - TEMP -Mode 3"," NON_REGRESSION"


We test some values of the dual base (as they are empirical modes, the tests are
done to the nearest sign):

.. csv-table::

    "**Identification**", "**Reference type**"
    "Point :math:`({0,0,3})` - FLUX_NOEU/FLUY -Mode 1"," NON_REGRESSION"
    "Point :math:`({0,0,3})` - FLUX_NOEU/FLUY -Mode 2"," NON_REGRESSION"
    "Point :math:`({0,0,3})` - FLUX_NOEU/FLUX -Mode 3"," NON_REGRESSION"



notes
---------

We cannot say anything in absolute terms about the precision of these values because we are testing values of
non-regression.