void MainWindow::on_pushCheck_clicked()
{
cv::Mat mat = cv::imread(path.toLocal8Bit().data()/*,CV_LOAD_IMAGE_GRAYSCALE*/);
cv::Mat img_matches;
QTime tm;
tm.start();//大图片崩溃
// cv::Mat mat2 = cv::imread(path2.toLocal8Bit().data(),CV_LOAD_IMAGE_GRAYSCALE);
// ObjectMat objm(mat2,cv::xfeatures2d::SIFT::create(),new cv::FlannBasedMatcher);
std::vector<cv::Point2f> pont;
objm.matchToPoint(mat,pont,&img_matches);
qDebug() << " get point :" << tm.elapsed();
if (pont.size() == 4) {
QPainter pain(&image);
QPen pen(Qt::SolidLine);
pen.setColor(QColor(Qt::red));
pen.setWidth(3);
pain.setPen(pen);
pain.drawLine(QPointF(pont[0].x,pont[0].y),QPointF(pont[1].x,pont[1].y));
pain.drawLine(QPointF(pont[1].x,pont[1].y),QPointF(pont[2].x,pont[2].y));
pain.drawLine(QPointF(pont[2].x,pont[2].y),QPointF(pont[3].x,pont[3].y));
pain.drawLine(QPointF(pont[3].x,pont[3].y),QPointF(pont[0].x,pont[0].y));
pain.end();
this->ui->image->setPixmap(QPixmap::fromImage(image.scaled(450,450)));
cv::imshow( "Good Matches & Object detection", img_matches );
}
}
int main()
{ long bos; // bottom of stack
pbos = &bos;
continuation one;
int n=0;
one.save();
pain(&n, &one);
printf("n = %d\n", n);
getchar();
}
main() {
pain();
printf("main result=%g\n",f2(3.14,2)); // f2() is compiled
StubClass a;
double y=a.set(2,3.14);
int x=a.disp();
printf("main x,y: %d %g\n",x,y);
StubBase *ary[5];
ary[0] = new StubClass(3,1.2);
ary[1] = new StubBase(34);
ary[2] = new StubBase(56);
ary[3] = new StubClass(-2,2.3);
ary[4] = new StubBase(-12);
for(int i=0;i<5;i++) if (i!=0 && i!=3) ary[i]->disp();
}
void p_wid::paintEvent(QPaintEvent *event)
{
// Struct_poz s = this->getSelectionBoundings();
QPainter pain( this );
//drawing the bg-MUSTER
for ( unsigned int i = 0; i < this->current_tilesets_height; i ++)
pain.drawPixmap( 0, 32*i, 256, 32, QPixmap( ":/resources/img/p_wid_background_rib.png" ) );
QPixmap tmp_pixmap = this->tilesets.at( this->current_tileset );
pain.drawPixmap(0, 0, 256, tmp_pixmap.height(), tmp_pixmap );
//*** now the advanced stuff
//drawing the grid
QImage template1 = QImage( 32,32, QImage::Format_ARGB32 );
template1.fill( 0 );
QPainter tP( &template1 );
tP.setPen( QColor( 100, 100, 100, 100 ) );
tP.drawLine( 0,0, 31,0 );
tP.drawLine( 0,0, 0,31 );
tP.drawLine( 0,31, 31,31 );
tP.drawLine( 31,0, 31,31 );
if ( this->right_click_menu->actions()[ 0 ]->isChecked() )
{
for ( int hz = 0; hz < this->tilesets[ this->current_tileset ].height(); hz += 32 )
{
for ( int w = 0; w < 8; w++ )
{
pain.drawImage( QPoint(w*32, hz), template1);
}
}
}
//drawing the dim
//framing the selection
Struct_poz rec;
rec.first_tile = 0;
rec = this->getSelectionBoundings();
// mid white rect
QRect frame;
frame.setY( ( rec.first_tile / 8 ) * 32 );
frame.setX( ( rec.first_tile % 8 ) * 32 );
frame.setWidth( rec.width * 32 );
frame.setHeight( rec.height * 32 );
pain.setPen( Qt::white );
pain.drawRect( frame );
// outa black frame
frame.setY( ( rec.first_tile / 8 ) * 32 -1);
frame.setX( ( rec.first_tile % 8 ) * 32 -1);
frame.setWidth( rec.width * 32 +2);
frame.setHeight( rec.height * 32 +2);
pain.setPen( Qt::black );
pain.drawRect( frame );
//inna black frame
frame.setY( ( rec.first_tile / 8 ) * 32 +1);
frame.setX( ( rec.first_tile % 8 ) * 32 +1);
frame.setWidth( rec.width * 32 -2);
frame.setHeight( rec.height * 32 -2);
pain.setPen( Qt::black );
pain.drawRect( frame );
pain.end();
event->accept();
}
void QGIPiece::propertySet( char const *pname, QVariant const & var )
{
// FIXME: treat QVariant::Invalid appropriately for each property
typedef QMap<QString,int> PMAP;
static PMAP pmap;
if( pmap.isEmpty() )
{
#define MAP(S,V) pmap[S] = Impl::V;
MAP("color",PropColor);
MAP("alpha",PropAlpha);
MAP("colorAlpha",PropAlpha); // older name
MAP("borderColor",PropBorderColor);
MAP("borderSize",PropBorderSize);
MAP("borderAlpha",PropBorderAlpha);
MAP("borderStyle",PropBorderStyle);
MAP("zLevel",PropZLevel);
MAP("pos",PropPos);
MAP("scale",PropScale);
MAP("size",PropSize);
MAP("angle",PropAngle);
MAP("dragDisabled",PropDragDisabled);
MAP("pixmap",PropPixmap);
#undef MAP
}
const QString key(pname?pname:"");
int kid = pmap.value( key, Impl::PropUnknown );
if( Impl::PropUnknown == kid ) return;
if(0) qDebug() << "QGIPiece::propertySet("<<key<<")] val ="<<var;
if( Impl::PropZLevel == kid )
{
this->setZValue(var.toDouble());
this->update();
}
else if( Impl::PropPos == kid )
{
this->setPos( var.value<QPointF>() );
this->update();
}
else if( Impl::PropColor == kid )
{
QColor col = var.value<QColor>();
qreal alpha = impl->pen.color().alphaF();
if( 255 == col.alpha() ) // keep original alpha level
{
if( alpha > 1 )
{
col.setAlpha( int(alpha) );
}
else
{
col.setAlphaF( alpha );
}
}
impl->pen.setColor( col );
if(0) qDebug() << "QGIPiece::propertySet(color):"<<impl->pen.color()<<" alpha ="<<impl->alpha;
impl->clearCache();
this->update();
}
else if( Impl::PropAlpha == kid )
{
qreal a = var.toDouble();
QColor col = impl->pen.color();
if( a > 1.0 )
{ // assume it's int-encoded
col.setAlpha( int(a) );
}
else
{
col.setAlphaF( a );
}
impl->pen.setColor( col );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderColor == kid )
{
QColor col = var.value<QColor>();
if( 255 == col.alpha() )
{
col.setAlphaF( impl->penB.color().alphaF() );
}
impl->penB.setColor( col );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderAlpha == kid )
{
qreal a = var.toDouble();
QColor col( impl->penB.color() );
if( a > 1.0 )
{ // assume it's int-encoded
col.setAlpha( int(a) );
}
else
{
col.setAlphaF( a );
}
impl->penB.setColor( col );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderSize == kid )
{
double bs = var.toDouble();
impl->penB.setWidth( (bs >= 0) ? bs : 0 );
impl->clearCache();
this->update();
}
else if( Impl::PropBorderStyle == kid )
{
impl->clearCache();
impl->penB.setStyle( s11n::qt::stringToPenStyle(var.toString()) );
this->update();
}
else if( (Impl::PropScale == kid) || (Impl::PropAngle == kid) )
{
this->refreshTransformation();
}
else if( Impl::PropDragDisabled == kid )
{
if( var.isValid() )
{
this->setFlag( QGraphicsItem::ItemIsMovable, var.toInt() ? false : true );
}
else
{
this->setFlag( QGraphicsItem::ItemIsMovable, true );
}
}
else if( Impl::PropPixmap == kid )
{
this->prepareGeometryChange();
impl->clearCache();
QPixmap pix;
if( var.canConvert<QPixmap>() )
{
pix = var.value<QPixmap>();
}
else if( var.canConvert<QString>() )
{
QString fname( qboard::homeRelative(var.toString()) );
if( pix.load( fname ) )
{
this->setProperty("size",pix.size());
}
else
{
pix = QPixmap(300,40);
QPainter pain(&pix);
pain.fillRect( pix.rect(), Qt::yellow );
QFont font( "courier", 8 );
pain.setFont( font );
pain.setPen( QPen(Qt::red) );
pain.drawText(5,font.pointSize()+6,"Error loading pixmap:");
pain.drawText(5,pix.height()-6,fname);
}
} // var.canConvert<QString>()
this->impl->pixmap = pix;
if(1)
{
// Kludge to ensure that this type's shape is properly set. We don't want
// the parent class to have the real pixmap, so that we can control all
// painting ourselves.
QPixmap bogus( pix.size() );
bogus.fill( QColor(Qt::transparent) );
this->setPixmap(bogus);
}
this->update();
} // pixmap property
if( Impl::PropSize == kid )
{
impl->clearCache();
if( impl->pixmap.isNull() )
{
QPixmap bogus( var.toSize() );
bogus.fill( QColor(Qt::transparent) );
impl->pixmap = bogus;
// Kludge to ensure bounding rect is kept intact
this->setPixmap(bogus);
}
}
}
