degenerateMatcher.C

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#include "degenerateMatcher.H"
#include "ListOps.H"

// * * * * * * * * * * * * * * Static Data Members * * * * * * * * * * * * * //

Foam::hexMatcher Foam::degenerateMatcher::hex;
Foam::wedgeMatcher Foam::degenerateMatcher::wedge;
Foam::prismMatcher Foam::degenerateMatcher::prism;
Foam::tetWedgeMatcher Foam::degenerateMatcher::tetWedge;
Foam::pyrMatcher Foam::degenerateMatcher::pyr;
Foam::tetMatcher Foam::degenerateMatcher::tet;


Foam::cellShape Foam::degenerateMatcher::match
(
    const faceList& faces,
    const labelList& owner,
    const label celli,
    const labelList& cellFaces
)
{
    // Recognise in order of assumed occurrence.

    if (hex.matchShape(false, faces, owner, celli, cellFaces))
    {
        return cellShape(hex.model(), hex.vertLabels());
    }
    else if (tet.matchShape(false, faces, owner, celli, cellFaces))
    {
        return cellShape(tet.model(), tet.vertLabels());
    }
    else if (prism.matchShape(false, faces, owner, celli, cellFaces))
    {
        return cellShape(prism.model(), prism.vertLabels());
    }
    else if (pyr.matchShape(false, faces, owner, celli, cellFaces))
    {
        return cellShape(pyr.model(), pyr.vertLabels());
    }
    else if (wedge.matchShape(false, faces, owner, celli, cellFaces))
    {
        return cellShape(wedge.model(), wedge.vertLabels());
    }
    else if (tetWedge.matchShape(false, faces, owner, celli, cellFaces))
    {
        return cellShape(tetWedge.model(), tetWedge.vertLabels());
    }
    else
    {
        return cellShape(*(cellModeller::lookup(0)), labelList(0));
    }
}


Foam::cellShape Foam::degenerateMatcher::match(const faceList& faces)
{
    // Do as if single cell mesh; all faces are referenced by a single cell

    return match
    (
        faces,
        labelList(faces.size(), 0),    // cell 0 is owner of all faces
        0,                             // cell 0
        identity(faces.size())         // cell 0 consists of all faces
    );
}


Foam::cellShape Foam::degenerateMatcher::match(const cellShape& shape)
{
    return match(shape.collapsedFaces());
}


Foam::cellShape Foam::degenerateMatcher::match
(
    const primitiveMesh& mesh,
    const label celli
)
{
    return match
    (
        mesh.faces(),
        mesh.faceOwner(),
        celli,
        mesh.cells()[celli]
    );
}


// ************************************************************************* //