Files
openfoam/src/sampling/include/mapPatch.H
2008-04-15 18:56:58 +01:00

91 lines
2.5 KiB
C

if(planeMapping && targetPatchNamePresent && cut.cut())
{
//Map variables U, phi & k
//Info << typeInfo("isoLESmodel") << endl;
//Info << "SGS model" << sgsModel.type() << endl;
scalarField planek(cutCells.size());
scalarField planeNuTilda(cutCells.size());
vectorField planeU(cutCells.size());
forAll(cutCells, cCellsI)
{
if(sgsModel.type() == "SpalartAllmaras")
{
planeNuTilda[cCellsI] = sgsModel.nuTilda()()[cutCells[cCellsI]];
}
else
{
planek[cCellsI] = sgsModel.k()()[cutCells[cCellsI]];
}
planeU[cCellsI] = U[cutCells[cCellsI]];
}
if(sgsModel.type() == "SpalartAllmaras")
{
Info << "Mapping NuTilda." << endl;
sgsModel.nuTilda()().boundaryField()[targetPatchNumber] ==
interPatch.faceInterpolate(planeNuTilda)();
}
else
{
Info << "Mapping k." << endl;
sgsModel.k()().boundaryField()[targetPatchNumber] ==
interPatch.faceInterpolate(planek)();
}
U.boundaryField()[targetPatchNumber] ==
interPatch.faceInterpolate(planeU)();
/* sgsModel.k()().boundaryField()[targetPatchNumber] ==
toPatchInter.pointToFaceInterpolate
(
interPatch.pointInterpolate
(
planePatchInter.faceToPointInterpolate
(
planek
)
)
);
U.boundaryField()[targetPatchNumber] ==
toPatchInter.pointToFaceInterpolate
(
interPatch.pointInterpolate
(
planePatchInter.faceToPointInterpolate
(
planeU
)
)
);
*/
scalar Q = sum
(
mesh.Sf().boundaryField()[targetPatchNumber]
& U.boundaryField()[targetPatchNumber]
);
scalar Qbar = sum
(
mesh.Sf().boundaryField()[targetPatchNumber] &
Ubar.value()
);
U.boundaryField()[targetPatchNumber] ==
U.boundaryField()[targetPatchNumber] * (Qbar/Q);
Info << "Mass flux correction factor: " << (Qbar/Q) << endl;
phi.boundaryField()[targetPatchNumber] ==
(
mesh.Sf().boundaryField()[targetPatchNumber] &
U.boundaryField()[targetPatchNumber]
);
}