void NOR_component::PaintComp(QPainter &p){
if(!ref.isNull())
{
QPoint lStart(ref.x()+20,ref.y());
QPoint lEnd(ref.x()+20,ref.y()+80);
QPoint centar(ref.x()+75,ref.y()+40);
//unutrasnji luk
p.drawArc(lStart.x()-20,lStart.y(),40,80,-90*16, 180*16);
//produzeci zbog estetike
p.drawLine(lStart.x(),lStart.y(),lStart.x()+20,lStart.y());
p.drawLine(lStart.x(),lStart.y()+80,lStart.x()+20,lStart.y()+80);
//spoljasnji krug
p.drawArc(lStart.x()-10,lStart.y(),60,80,-90*16, 180*16);
//pinovi
p.drawLine(ref.x(),ref.y()+30,ref.x()+38,ref.y()+30);
p.drawLine(ref.x(),ref.y()+50,ref.x()+38,ref.y()+50);
p.drawLine(ref.x()+80,ref.y()+40,ref.x()+90,ref.y()+40);
//kruzic za not
p.drawEllipse(centar,5,5);
}
}
void NAND_component::PaintComp(QPainter &p)
{
if(!ref.isNull())
{
if(selektovan==true){
p.setPen(Qt::red);
}
else
{
p.setPen(Qt::black);
}
QPoint lStart(ref.x()+20,ref.y());
QPoint lEnd(ref.x()+20,ref.y()+80);
QPoint centar(ref.x()+65,ref.y()+40);
//komponenta
p.drawLine(lStart.x(),lStart.y(),lEnd.x(),lEnd.y());
p.drawArc(lStart.x()-40,lStart.y(),80,80,-90*16, 180*16);
p.drawEllipse(centar,5,5);
//pinovi
p.drawLine(ref.x(),ref.y()+30,ref.x()+20,ref.y()+30);
p.drawLine(ref.x(),ref.y()+50,ref.x()+20,ref.y()+50);
p.drawLine(ref.x()+70,ref.y()+40,ref.x()+90,ref.y()+40);
}
}
std::vector<std::string>
IdSliceParser::parseList(const std::string& aStringSlice)
{
namespace qi = boost::spirit::qi;
namespace ascii = boost::spirit::ascii;
std::string::const_iterator lBegin(aStringSlice.begin()), lEnd(aStringSlice.end());
IdSliceListGrammar lGrammar;
std::vector<std::string> lIds;
bool success = qi::phrase_parse ( lBegin , lEnd , lGrammar , ascii::space , lIds );
if ( success ) {
// Throw if slice not fully parsed
if ( lBegin != lEnd ) {
std::ostringstream msg;
msg << "SliceList parsing stopped at position " << std::distance(aStringSlice.begin(), lBegin) << " of string '" << aStringSlice << "'";
throw SliceListParsingFailed(msg.str());
}
} else {
// TODO: Should throw here
return std::vector<std::string>();
}
// Special case for empty strings. They are parsed into a 1-element vector with a single empty string.
// If so return an empty vector
if (lIds.size() == 1 && lIds.front().empty())
lIds.clear();
return lIds;
}
// --------------------------------------------------------
std::vector<std::string>
IdSliceParser::parse(const std::string& aStringSlice) {
namespace qi = boost::spirit::qi;
namespace ascii = boost::spirit::ascii;
std::string::const_iterator lBegin(aStringSlice.begin()), lEnd(aStringSlice.end());
IdSliceGrammar lGrammar;
std::vector<std::string> lIds;
bool success = qi::phrase_parse ( lBegin , lEnd , lGrammar , ascii::space , lIds );
if ( success ) {
// Throw if slice not fully parsed
if ( lBegin != lEnd ) {
std::ostringstream msg;
std::ostream_iterator<char> out_it (msg,"");
msg << "Slice parsing stopped at position " << std::distance(aStringSlice.begin(), lBegin) << " of string '" << aStringSlice << "'";
throw SliceParsingFailed(msg.str());
}
} else {
// TODO: Should throw here
return std::vector<std::string>();
}
return lIds;
}
void
TVisitor::booleanizeTos()
{
castTos(VT_INT);
Label lSetFalse(bc()), lEnd(bc());
bc()->addInsn(BC_ILOAD0);
bc()->addBranch(BC_IFICMPE, lSetFalse);
bc()->addInsn(BC_ILOAD1);
bc()->addBranch(BC_JA, lEnd);
bc()->bind(lSetFalse);
bc()->addInsn(BC_ILOAD0);
bc()->bind(lEnd);
}
Level & pickLevelByCriteria( LevelMetric levelMetric )
{
std::vector<Level>::iterator lIter( levels_.begin() );
std::vector<Level>::iterator lEnd( levels_.end() );
Level & result( *lIter );
lIter++;
if( lIter == lEnd ) return result;
for( ; lIter != lEnd ; ++lIter )
{
if( levelMetric.isBetterLevel( result, *lIter ) )
{
result = *lIter;
}
}
return result;
}
void NAND_component::PaintComp(QPainter &p)
{
if(!ref.isNull())
{
QPoint lStart(ref.x()+20,ref.y());
QPoint lEnd(ref.x()+20,ref.y()+80);
QPoint centar(ref.x()+65,ref.y()+40);
//komponenta
p.drawLine(lStart.x(),lStart.y(),lEnd.x(),lEnd.y());
p.drawArc(lStart.x()-40,lStart.y(),80,80,-90*16, 180*16);
p.drawEllipse(centar,5,5);
//pinovi
p.drawLine(ref.x(),ref.y()+30,ref.x()+20,ref.y()+30);
p.drawLine(ref.x(),ref.y()+50,ref.x()+20,ref.y()+50);
p.drawLine(ref.x()+70,ref.y()+40,ref.x()+90,ref.y()+40);
}
}
