const Foam::labelListList& Foam::block::cells() const
{
if (cells_.empty())
{
createCells();
}
return cells_;
}
TableStageStandings::TableStageStandings(const QStringList &teams, int numOfMarks,
int stageNumber, QWidget *parent) :
TableStandings(teams, numOfMarks, parent), m_stageNumber(stageNumber)
{
setColumnCount(m_numOfMiddleCells + 3 + (m_stageNumber != 0 ? 1 : 0));
createHeader();
createCells();
connect(this, SIGNAL(cellChanged(int,int)), SLOT(recalculateAverage()));
}
CSVWorld::RegionMap::RegionMap (const CSMWorld::UniversalId& universalId,
CSMDoc::Document& document, QWidget *parent)
: DragRecordTable(document, parent)
{
verticalHeader()->hide();
horizontalHeader()->hide();
setSelectionMode (QAbstractItemView::ExtendedSelection);
setModel (document.getData().getTableModel (universalId));
resizeColumnsToContents();
resizeRowsToContents();
mSelectAllAction = new QAction (tr ("Select All"), this);
connect (mSelectAllAction, SIGNAL (triggered()), this, SLOT (selectAll()));
addAction (mSelectAllAction);
mClearSelectionAction = new QAction (tr ("Clear Selection"), this);
connect (mClearSelectionAction, SIGNAL (triggered()), this, SLOT (clearSelection()));
addAction (mClearSelectionAction);
mSelectRegionsAction = new QAction (tr ("Select Regions"), this);
connect (mSelectRegionsAction, SIGNAL (triggered()), this, SLOT (selectRegions()));
addAction (mSelectRegionsAction);
mCreateCellsAction = new QAction (tr ("Create Cells Action"), this);
connect (mCreateCellsAction, SIGNAL (triggered()), this, SLOT (createCells()));
addAction (mCreateCellsAction);
mSetRegionAction = new QAction (tr ("Set Region"), this);
connect (mSetRegionAction, SIGNAL (triggered()), this, SLOT (setRegion()));
addAction (mSetRegionAction);
mUnsetRegionAction = new QAction (tr ("Unset Region"), this);
connect (mUnsetRegionAction, SIGNAL (triggered()), this, SLOT (unsetRegion()));
addAction (mUnsetRegionAction);
mViewAction = new QAction (tr ("View Cells"), this);
connect (mViewAction, SIGNAL (triggered()), this, SLOT (view()));
addAction (mViewAction);
mViewInTableAction = new QAction (tr ("View Cells in Table"), this);
connect (mViewInTableAction, SIGNAL (triggered()), this, SLOT (viewInTable()));
addAction (mViewInTableAction);
setAcceptDrops(true);
}
void aft (vector<Grid>& gr, Grid& finalGrid)
{
//cout << "Allocating... " << flush;
int newGridId = 2;
double offsetZ = 1.;
int phys = 1;
Grid newGrid (gr[0].mainDir, newGridId);
double aveTriArea;
vector<Point> points;
vector<Point> edgeCenters;
vector<Edge> edges;
vector<Edge> mesh0Edges;
vector<Edge> mesh1Edges;
vector<Triangle> triangles;
vector<FrontMember> frontList;
EdgeADT edgeADT;
EdgeADT edge0ADT;
EdgeADT edge1ADT;
EdgeADT edge01ADT;
TriangleADT triangleADT;
PointADT pointADT;
PointADT edgeCenterADT;
CircleADT circleADT;
//cout << "done!" << endl;
// this should not be in AFT
//cout << "Trimming/Re-blanking... " << flush;
gr[0].trimWhoHasFringeNeighbor();
gr[1].trimWhoHasFringeNeighbor();
gr[0].trimWhoHasTrimNeighbor (3);
gr[1].trimWhoHasTrimNeighbor (2);
//cout << "done!" << endl;
// this too
//cout << "Outputing after trimming/reblanking... " << flush;
//gr[0].outAllTecplot();
//gr[1].outAllTecplot();
gr[0].outAllVTK(0);
gr[1].outAllVTK(0);
//cout << "done!" << endl;
//cout << "Preparing... " << flush;
setPointsEdges (gr, points, edges, edgeCenters, newGridId);
createFrontList (edges, frontList, points);
aveTriArea = getAveTriArea (edges, points);
//cout << "done!" << endl;
//cout << "Building trees... " << flush;
for (Edge& e: edges)
{
if (e.belonging == 0)
{
mesh0Edges.push_back (e);
}
else if (e.belonging == 1)
{
mesh1Edges.push_back (e);
}
}
edge0ADT.build (points, mesh0Edges);
edge1ADT.build (points, mesh1Edges);
edgeADT.build (points, edges);
edge01ADT.build (points, edges);
triangleADT.build (edgeADT);
pointADT.build (points);
edgeCenterADT.build (edgeCenters);
circleADT.build (edgeADT);
//cout << "done!" << endl;
//cout << "Exporting to GMSH... " << flush;
exportToGMSH (points, mesh0Edges, mesh1Edges, gr[0].mainDir);
//cout << "done!" << endl;
//cout << "Advancing front... " << flush;
advanceFront (frontList, points, aveTriArea, edges, triangles, triangleADT, pointADT, edgeCenterADT, edgeADT, edge01ADT, newGridId, edgeCenters, circleADT);
//cout << "done!" << endl;
//cout << "Erasing dead elements... " << flush;
eraseDeadPoints (points, edges, triangles);
eraseDeadEdges (edges, triangles, points);
eraseDeadTriangles (triangles, points, edges);
//cout << "done!" << endl;
//cout << "Outputing unflipped triangles... " << flush;
outputTrianglesVTK (points, triangles, gr[0].mainDir, "tri.vtk");
//cout << "done!" << endl;
//cout << "Flipping triangles... " << flush;
flip (triangles, edges, points);
//cout << "done!" << endl;
//cout << "Flipping triangles... " << flush;
flip (triangles, edges, points);
//cout << "done!" << endl;
//cout << "Outputing flipped triangles... " << flush;
outputTrianglesVTK (points, triangles, gr[0].mainDir, "triFlip.vtk");
//cout << "done!" << endl;
//cout << "Creating cells... " << flush;
createCells (offsetZ, points, newGrid, triangles, phys, newGridId);
//cout << "done!" << endl;
//cout << "Outputing new grid... " << flush;
//newGrid.outAllTecplot();
newGrid.outAllVTK(0);
//cout << "done!" << endl;
//cout << "Creating final grid... " << flush;
createFinalGrid (finalGrid, gr, newGrid);
//cout << "done!" << endl;
//cout << "Outputing final grid... " << flush;
//finalGrid.outAllTecplot();
//finalGrid.outAllVTK(0);
//cout << "done!" << endl;
cout << "finished AFT" << endl;
}
