bool arnStringPacketVisualizer::addChannel(const char* Label)
{
// non finito: fare tutta l'assegnazione delle propreta'
QString vln(Label);
arnStringPacketItem *tmp = new arnStringPacketItem(vln,0,this);
if (!tmp) return false;
if (!layout()) {
pHLayout = new QHBoxLayout(this,0,-1,"arnStringPacketVisualizerLayout");
if (!pHLayout) arnCriticalExit();
}
if (pVLayout1) {delete pVLayout1; pVLayout1 = 0;}
if (pVLayout2) {delete pVLayout2; pVLayout2 = 0;}
pVLayout1 = new QVBoxLayout(pHLayout,-1,"Vlayout1");
if (!pVLayout1) arnCriticalExit();
pVLayout2 = new QVBoxLayout(pHLayout,-1,"Vlayout2");
if (!pVLayout2) arnCriticalExit();
ChannelList->append(tmp);
for (int i = 0; i < int(ChannelList->count()); i++) {
((i % 2) == 0)? pVLayout2->addWidget(((arnStringPacketItem *)ChannelList->at(i)))
: pVLayout1->addWidget(((arnStringPacketItem *)ChannelList->at(i)));
}
return true;
}
/*! \brief Get the Neighborhood iterator
*
* It iterate across all the neighborhood particles of a selected particle
*
* \param part_id particle id
*
* \return an interator across the neighborhood particles
*
*/
template<unsigned int impl=NO_CHECK> inline VerletNNIteratorM<dim,VerletListM<dim,T,sh_byte,transform,VerletBase>,sh_byte> getNNIterator(size_t part_id)
{
VerletNNIteratorM<dim,VerletListM<dim,T,sh_byte,transform,VerletBase>,sh_byte> vln(part_id,*this);
return vln;
}