UIHierarchyCell * GraphBase::CellForNode(UIHierarchy *forHierarchy, void *node)
{
UIHierarchyCell *c= forHierarchy->GetReusableCell("Graph cell"); //try to get cell from the reusable cells store
if(!c)
{
//if cell of requested type isn't find in the store create new cell
int32 leftSideWidth = EditorSettings::Instance()->GetLeftPanelWidth();
c = new UIHierarchyCell(Rect(0, 0, leftSideWidth, ControlsFactory::CELL_HEIGHT), "Graph cell");
UIControl *icon = new UIControl(Rect(0, 0, ControlsFactory::CELL_HEIGHT, ControlsFactory::CELL_HEIGHT));
icon->SetName("_Icon_");
icon->GetBackground()->SetDrawType(UIControlBackground::DRAW_SCALE_PROPORTIONAL);
c->text->AddControl(icon);
UIControl *marker = new UIControl(Rect(0, 0, ControlsFactory::CELL_HEIGHT, ControlsFactory::CELL_HEIGHT));
marker->SetName("_Marker_");
marker->GetBackground()->SetDrawType(UIControlBackground::DRAW_SCALE_PROPORTIONAL);
c->text->AddControl(marker);
UIStaticText *text = new UIStaticText(Rect(ControlsFactory::CELL_HEIGHT, 0, leftSideWidth - ControlsFactory::CELL_HEIGHT, ControlsFactory::CELL_HEIGHT));
Font *font = ControlsFactory::GetFont12();
text->SetFont(font);
text->SetAlign(ALIGN_LEFT|ALIGN_VCENTER);
text->SetName("_Text_");
text->SetTextColor(ControlsFactory::GetColorDark());
c->text->AddControl(text);
}
FillCell(c, node);
ControlsFactory::CustomizeExpandButton(c->openButton);
ControlsFactory::CustomizeSceneGraphCell(c);
return c;
}
bool BaseCellContainer::Add( GI::Object *obj )
{
long pos = ObjVisitor::Pos( obj );
if( pos < 0 || pos >= Size() ) return false;
if( !FillCell( pos, obj ) ) return false;
return Super::Add( obj );
}
void Grid::DrawWithMap(Automaton &life)
{
for (int i=0; i<height; i++)
for(int j=0; j<width; j++) {
statecode cell_state = life(i,j);
FillCell(i, j, life.State[cell_state].GetColor());
}
}
void Grid::DrawWithMap(Automaton &a)
{
for (int i=0; i<cellCount; i++)
for(int j=0; j<cellCount; j++) {
statecode cell_state = a(i,j);
statecode ill_state = a.getIllState();
double lcolor[3];
double density = (double) cell_state / ill_state;
std::fill(lcolor, lcolor+3, density);
FillCell(i, j, lcolor);
}
}
/////////////////////////////////////////////////////////////////////////////
// Fill OHC with objects
void COMap::FillOMapT(tOMap* m_OMap, long nObject, vertex* v, long nV, vertex* t, long nT)
{
long idT;
long i;
vertex vp[3]; // vertices of triangle primitive
for(idT=0;idT<nT;idT++)
{
*(vp)=*(v+(t+idT)->p1);
*(vp+1)=*(v+(t+idT)->p2);
*(vp+2)=*(v+(t+idT)->p3);
RasterAABB(vp, 3, m_idTCell, m_nCountTCell, RASTER_SIZE);
for(i=0;i<m_nCountTCell;i++)
{
FillCell(m_OMap, nObject, idT, *(m_idTCell+i));
}
}
}
void COMap::FillOMapT(tOMap* m_OMap, long nObject, CDFloat* v, long nV, long* t, long nT)
{
long idT;
vertex vp[3]; // vertices of triangle primitive
int iT;
for(idT=0;idT<nT;idT++)
{
for(long i=0;i<3;i++)
{
iT=*(t+idT*3+i);
(vp+i)->x=*(v+3*iT);
(vp+i)->y=*(v+3*iT+1);
(vp+i)->z=*(v+3*iT+2);
}
RasterAABB(vp, 3, m_idTCell, m_nCountTCell, RASTER_SIZE);
for(long i=0;i<m_nCountTCell;i++)
{
FillCell(m_OMap, nObject, idT, *(m_idTCell+i));
}
}
}
