BSONObj KeyPattern::extendRangeBound(const BSONObj& bound, bool makeUpperInclusive) const {
BSONObjBuilder newBound(bound.objsize());
BSONObjIterator src(bound);
BSONObjIterator pat(_pattern);
while (src.more()) {
massert(16649,
str::stream() << "keyPattern " << _pattern << " shorter than bound " << bound,
pat.more());
BSONElement srcElt = src.next();
BSONElement patElt = pat.next();
massert(16634,
str::stream() << "field names of bound " << bound
<< " do not match those of keyPattern "
<< _pattern,
str::equals(srcElt.fieldName(), patElt.fieldName()));
newBound.append(srcElt);
}
while (pat.more()) {
BSONElement patElt = pat.next();
// for non 1/-1 field values, like {a : "hashed"}, treat order as ascending
int order = patElt.isNumber() ? patElt.numberInt() : 1;
// flip the order semantics if this is an upper bound
if (makeUpperInclusive)
order *= -1;
if (order > 0) {
newBound.appendMinKey(patElt.fieldName());
} else {
newBound.appendMaxKey(patElt.fieldName());
}
}
return newBound.obj();
}
void shiftFieldGeneralPluginFunction<Type,Order>::doEvaluation()
{
const fvMesh &origMesh=this->mesh();
fvMesh shiftMesh(
IOobject(
origMesh.name()+"Shifted",
origMesh.polyMesh::instance(),
origMesh.polyMesh::db()
),
#ifdef FOAM_LIST_HAS_MOVABLE_CONSTRUCT
pointField(origMesh.points()),
faceList(origMesh.faces()),
labelList(origMesh.faceOwner()),
labelList(origMesh.faceNeighbour())
#else
Xfer<pointField>(origMesh.points()),
Xfer<faceList>(origMesh.faces()),
Xfer<labelList>(origMesh.faceOwner()),
Xfer<labelList>(origMesh.faceNeighbour())
#endif
);
{
const polyBoundaryMesh &origBound=origMesh.boundaryMesh();
List<polyPatch*> newBound(origBound.size(),NULL);
forAll(origBound,patchI) {
newBound[patchI]=origBound[patchI].clone(shiftMesh.boundaryMesh()).ptr();
}
shiftMesh.removeFvBoundary();
#ifdef FOAM_MESHTOMESH_OLD_STYLE
shiftMesh.addFvPatches(newBound);
#else
shiftMesh.addPatches(newBound);
#endif
#ifdef FOAM_MESHTOMESH_HAS_CORRECTEDCELLVOLUMEWEIGHT
shiftMesh.fvSchemes::merge(
origMesh.schemesDict()
);
shiftMesh.fvSchemes::readOpt()=IOobject::READ_IF_PRESENT;
shiftMesh.fvSchemes::read();
// const_cast<dictionary&>(shiftMesh.schemesDict())=origMesh.schemesDict();
// Info << origMesh.schemesDict() << endl;
// Info << shiftMesh.schemesDict().name() << endl;
// Info << shiftMesh.schemesDict() << endl;
// Info << shiftMesh.gradScheme("valsShift") << endl;
#endif
}
