Needed for now present inversion of tangent stiffness tensor,
which is not possible (numerically) for 1e300 range numbers.

The results didn't change within the given tolerances.

Now they match the quasi-Newton project file.

And replace AddTest calls to OgsTest in cmake.

Calculate new E such that it corresponds to the previous
value of K_SR. E = K_SR * 3*(1-2*nu).
This changes the displacement and epsilon, but not the
stresses and pressure-related quantities.

To fit the new naming scheme it was necessary to:
- rename bulk mesh and some output files,
- change the name of the geometry, and
- change the project file.

Choose neutral names for fitting parameters of the van Genuchten
capillary pressure-saturation model.

The original implementation was referring to "entry pressure", which is
not correct for name for this value.  The (van Genuchten 1980) paper
also does not refer to this parameter as "pressure" or "head" in any
way.

For details see also:

Jong van Lier Q, Pinheiro EAR. An alert regarding a common
misinterpretation of the Van Genuchten α parameter. Rev Bras Cienc Solo.
2018;42:e0170343.

accessed via
https://doi.org/10.1590/18069657rbcs20170343
http://www.scielo.br/pdf/rbcs/v42/0100-0683-rbcs-42-e0170343.pdf

This was the assumption in the previous process' implementation.

Using geometry input but multiple meshes output feature.

Reuse the material property.
Drop <intrinsic_permeability> tag from prj files.