Rename class ElemRestriction to ElementRestriction and integrate
it with class FiniteElementSpace; it is accessible with the method
FiniteElementSpace::GetElementRestriction().
Rename class XTMesh to GeometricFactors and remove invJ from the
possible geometric factors.
Introduce class QuadratureInterpolator (created and owned by class
FiniteElementSpace) that interpolates E-vectors to quadrature points,
see FiniteElementSpace::GetQuadratureInterpolator().
Switch the layouts of the E-vectors and Q-vectors to have the
local (element) DOFs and quadrature points, respectively, as the
fastest changing index.
* Removed the fixed low-order finite element classes for wedges.
* Replace more cases of 'int' variables with 'Geometry::Type',
mainly in class FiniteElement and its derived classes.
* Use constants from BasisType (instead of Quadrature1D) in the
parameters of the *WedgeElement finite element classes.
* Impose ordering on the construction of some global objects by
moving them into the same translation unit: specifically, moved
the objects 'TriangleFE', 'TetrahedronFE', 'WedgeFE', and
'Geometries' into fem/fe.cpp.
* In switchs on 'Geometry::Type', move the 'Geometry::PRISM' case
last - just to follow the order in the enumeration.
* Add a new method CoarseFineTransformations::GetPointMatrices
that simplifies some code that uses CoarseFineTransformations.
* Removed the 'INVALID' and 'MIXED' constants from the enum
Element::Type.
* Remove the static method Element::GeometryType.
* Tweak some doxygen comments in the classes Embedding and
CoarseFineTransformations.
* Generate an error if the method Wedge::GetNFaces is called:
its parameter 'nFaceVertices' does not make sense for wedges.
Tzanio