Capacitor::Capacitor( QObject* parent, QString type, QString id )
: Component( parent, type, id ), eCapacitor()
{
m_ePin.resize(2);
QString nodid = m_id;
nodid.append(QString("lnod"));
QPoint nodpos = QPoint(-16-8,0);
Pin* pin = new Pin( 180, nodpos, nodid, 0, this);
pin->setLength(12);
pin->setPos(-16, 0 );
m_ePin[0] = pin;
nodid = m_id;
nodid.append(QString("rnod"));
nodpos = QPoint(16+8,0);
pin = new Pin( 0, nodpos, nodid, 1, this);
pin->setLength(12);
pin->setPos( 16, 0 );
m_ePin[1] = pin;
label->setText( QString("") );
label->setPos(-16,-24);
/*const QFont sansFont("Helvetica [Cronyx]", 7);
m_labelcurr = Circuit::self()->addSimpleText( id.toLatin1().data(), sansFont );
m_labelcurr->setParentItem( this );
m_labelcurr->setPos(-13, -5.5 );
//m_labelcurr->rotate( 180-dir );
m_labelcurr->setText( QString("%1").arg(m_resist) );*/
}
void Circuit::calculateCellsPins(){
int halfPinSize=currentRules->getRule(E1M1VI)+currentRules->getRule(W2VI)/2;
int hGrid=currentRules->getIntValue(getHPitch()), vGrid=currentRules->getIntValue(getVPitch());
for(map<string, CellNetlst>::iterator cellNetlsts_it=cellNetlsts.begin(); cellNetlsts_it!=cellNetlsts.end(); ++cellNetlsts_it){
map<string, CLayout>::iterator layouts_it=layouts.find(cellNetlsts_it->first);
if(layouts_it!=layouts.end()){
layouts_it->second.getPins().clear();
for(int x=hGrid/2; x<=layouts_it->second.getWidth(); x+=hGrid){
for(int y=vGrid; y<=layouts_it->second.getHeight()-vGrid; y+=vGrid){
string connectedNet="none";
string aroundNet="none";
bool fail=false;
int finalX, finalY;
for(map <layer_name , list<Box> >::iterator layers_it = layouts_it->second.layers.begin(); layers_it != layouts_it->second.layers.end(); layers_it++){
if(layers_it->first==MET1){
for(list <Box>::iterator layer_it = layers_it->second.begin(); layer_it != layers_it->second.end(); layer_it++){
int dx=max(layer_it->getX1(),x-halfPinSize) - min(layer_it->getX2(),x+halfPinSize);
int dy=max(layer_it->getY1(),y-halfPinSize) - min(layer_it->getY2(),y+halfPinSize);
if(dx<=-(2*halfPinSize-1) && dy<=-(2*halfPinSize-1)){
if(connectedNet=="none"){
connectedNet=layer_it->getNet();
finalX=x;
finalY=y;
}
if(connectedNet!=layer_it->getNet() || (aroundNet!="none" && aroundNet!=connectedNet)) fail=true;
}else if((dx<0 && dy<0) ||
(dx<=0 && dy>=0 && dy<currentRules->getRule(S1M1M1)-1) ||
(dx>=0 && dy<=0 && dx<currentRules->getRule(S1M1M1)-1) ||
(dx>=0 && dy>=0 && sqrt(float(dx*dx+dy*dy))<currentRules->getRule(S1M1M1)-1)){
if(aroundNet=="none") aroundNet=layer_it->getNet();
if(aroundNet!=layer_it->getNet() || (connectedNet!="none" && aroundNet!=connectedNet)) fail=true;
}
}
}
}
Pin p;
p.setPos(x,y);
p.setLayer(MET1);
if(!fail && connectedNet!="none" && connectedNet!=""){
layouts_it->second.getPins().insert(make_pair(connectedNet,p));
layouts_it->second.addLabel(connectedNet, Point(x, y));
} else if(!(connectedNet=="none" && aroundNet=="none")){
layouts_it->second.getPins().insert(make_pair("bl",p));
// layouts_it->second.addLabel("bl", Point(x, y));
}
}
}
}
}
}
