void ClsQSAList::insertSA(QPixmap qpm, string, vector <vector<double> > v, bool bReplace) {
// cout << "ClsQSAList::insertSA(QPixmap qpm, string, vector <vector<double> > v)" << endl;
double fFactor = (double)iListViewVisibleWidth / (double) qpm.width();
QWMatrix m;
m.scale(fFactor, fFactor );
QPixmap pmS = qpm.xForm( m );
ClsListBoxSA* clsListBoxSA = new ClsListBoxSA(qlbox, pmS);
clsListBoxSA->setMatrix(v);
if(bReplace){
int iCurrent = qlbox->currentItem();
if(iCurrent>=0) {
qlbox->removeItem(iCurrent);
}
qlbox->insertItem(clsListBoxSA, iCurrent);
} else {
qlbox->insertItem(clsListBoxSA);
}
qlbox->setCurrentItem(clsListBoxSA);
qlbox->clearSelection ();
qlbox->setSelected(clsListBoxSA, true);
}
QPixmap fastScalePixmap(const QPixmap &pixmap, int width, int height)
{
QWMatrix m;
m.scale(width/(double)pixmap.width(),
height/(double)pixmap.height());
return pixmap.xForm(m);
}
void rotate()
{
int i;
const int w = 64;
const int h = 64;
QImage image( w, h, 8, 128 ); // create image
for ( i=0; i<128; i++ ) // build color table
image.setColor( i, qRgb(i,0,0) );
for ( int y=0; y<h; y++ ) { // set image pixels
uchar *p = image.scanLine(y);
for ( int x=0; x<w; x++ )
*p++ = (x+y)%128;
}
QPixmap pm;
pm = image; // convert image to pixmap
pm.optimize( TRUE ); // rotation will be faster
QWidget *d = QApplication::desktop(); // w = desktop widget
for ( i=0; i<=360; i += 2 ) {
QWMatrix m;
m.rotate( i ); // rotate coordinate system
QPixmap rpm = pm.xForm( m ); // rpm = rotated pixmap
d->setBackgroundPixmap( rpm ); // set desktop pixmap
d->update(); // repaint desktop
}
}
void StartRoom::loadLevel(int level)
{
if(level < 1 || level > leV->max())
return;
QPixmap pixmap = leV->getPixmap(level);
QWMatrix m;
m.scale( (double)7, (double)7 );
pixmap = pixmap.xForm( m );
picture->setPixmap(pixmap);
}
void MyPaint(NBioBSPRollDemo_Widget* pWidget)
{
QPixmap Spm;
Spm = pWidget->m_RollImage;
Spm.setOptimization(QPixmap::BestOptim);
QWMatrix Sm;
Sm.scale((double)IMAGE_FRAME_WIDTH/(double)pWidget->m_DeviceInfo0.ImageWidth,
(double)IMAGE_FRAME_HEIGHT/(double)pWidget->m_DeviceInfo0.ImageHeight);
QPixmap Srpm = Spm.xForm(Sm);
bitBlt(pWidget->m_frmRoll, 0, 0, &Srpm);
}
void AudioBrowserScreen::displayAlbumArt(const QString& key) {
QPixmap image = dbHandler->loadAlbumArt(key);
if (image.isNull()) {
cover->hide();
}
else {
double scalew = cover->width()/(double)image.width();
double scaleh = cover->height()/(double)image.height();
QWMatrix m;
m.scale(scalew,scaleh);
QPixmap scaled = image.xForm(m);
cover->setPixmap(scaled);
cover->show();
}
}
void QVFbView::drawScreen()
{
QPainter p( viewport() );
p.translate( -contentsX(), -contentsY() );
lock();
QRect r( hdr->update );
hdr->dirty = FALSE;
hdr->update = QRect();
// qDebug( "update %d, %d, %dx%d", r.y(), r.x(), r.width(), r.height() );
r = r.intersect( QRect(0, 0, hdr->width, hdr->height ) );
if ( !r.isEmpty() ) {
if ( int(zm) != zm ) {
r.rLeft() = int(int(r.left()*zm)/zm);
r.rTop() = int(int(r.top()*zm)/zm);
r.rRight() = int(int(r.right()*zm+zm+0.0000001)/zm+1.9999);
r.rBottom() = int(int(r.bottom()*zm+zm+0.0000001)/zm+1.9999);
r.rRight() = QMIN(r.right(),hdr->width-1);
r.rBottom() = QMIN(r.bottom(),hdr->height-1);
}
int leading;
QImage img( getBuffer( r, leading ) );
QPixmap pm;
if ( zm == 1 ) {
pm.convertFromImage( img );
} else if ( int(zm) == zm ) {
QWMatrix m;
m.scale(zm,zm);
pm.convertFromImage( img );
pm = pm.xForm(m);
} else {
pm.convertFromImage( img.smoothScale(int(img.width()*zm),int(img.height()*zm)) );
}
unlock();
p.setPen( black );
p.setBrush( white );
p.drawPixmap( int(r.x()*zm), int(r.y()*zm), pm,
int(leading*zm), 0, pm.width(), pm.height() );
} else {
unlock();
}
}
LapsusPanelDefault::LapsusPanelDefault(Qt::Orientation orientation,
QWidget *parent):
LapsusPanelWidget(orientation, parent, 0), _label(0)
{
if ( orientation == Qt::Horizontal )
_layout = new QVBoxLayout( this );
else
_layout = new QHBoxLayout( this );
_layout->addStretch();
_label = new QLabel(this);
_label->setBackgroundMode(X11ParentRelative);
QPixmap pic = UserIcon("laptop");
if (!pic.isNull() )
{
// scale icon
QWMatrix t;
t = t.scale( 20.0/pic.width(), 20.0/pic.height() );
pic = pic.xForm( t );
_label->setPixmap( pic );
_label->resize( 20, 20 );
}
else
{
// Desperate fallback... ;)
_label->setText("Lapsus\nApplet");
}
_layout->add(_label);
_layout->addStretch();
_label->show();
QToolTip::add( _label, "Lapsus Panel Applet" );
_label->show();
}
QPixmap KIconLoader::loadInternal ( const QString &name, int w, int h ){
QPixmap *pix;
KPixmap new_xpm;
int index;
if ( (index = name_list.find(name)) < 0){
pix = new QPixmap;
new_xpm.load( getIconPath(name), 0L, KPixmap::LowColor );
*pix = new_xpm;
if( !(pix->isNull()) ){
name_list.append(name);
pixmap_list.append(pix);
}
else {
delete pix;
return new_xpm;
}
}
else{
pix = pixmap_list.at(index);
}
if (pix && !pix->isNull() && w > 0 && h > 0 &&
(pix->width() > w || pix->height() > h)){
QWMatrix m;
m.scale(w/(float)pix->width(), h/(float)pix->height());
return pix->xForm(m);
}
return *pix;
}
/** No descriptions */
void PreviewUpdateWidget::setData(QByteArray & data)
{
double f1,f2;
int h,j,i;
QPixmap pix;
QBuffer b(&data);
b.open( QIODevice::ReadOnly );
QImageReader io( &b,0);
QImage *image = qis_read_pbm_image(&io);
if(!image)
{
b.close();
return;
}
b.close();
pix.convertFromImage(*image);
delete image;
h = pix.height();
if(!mPixmap.isNull())
{
f1 = double(width())/double(mRealWidth);
f2 = double(height())/double(mRealHeight);
if(f1 < f2)
f2 = f1;
else if(f2 < f1)
f1 = f2;
if(f1 > 1.0) f1 = 1.0/f1;
if(f2 > 1.0) f2 = 1.0/f2;
QMatrix m;
m.scale(f1,f2);
pix = pix.xForm(m);
m.map(i,h,&i,&j);
bitBlt(&mPixmap,0,mBegin,&pix,0,0);
QRect r(0,mBegin,mPixmap.width(),j);
QPaintEvent e( r);
QApplication::sendEvent( this, &e );
m.map(h,0,&i,&j);
mBegin += i;
}
}
void KMultiTabBarTab::setIcon(const QPixmap& icon)
{
if ((m_position==KMultiTabBar::Left) || (m_position==KMultiTabBar::Right)) {
QWMatrix rotateMatrix;
if (m_position==KMultiTabBar::Left)
rotateMatrix.rotate(90);
else
rotateMatrix.rotate(-90);
QPixmap pic=icon.xForm(rotateMatrix);
#if 0
if(m_position==KMultiTabBar::Left) {
QWMatrix flipMatrix;
flipMatrix.setMatrix(1.0F, 0.0F, 0.0F, -1.0F, 0.0F, 0.0F);
pic=pic.xForm(flipMatrix);
}
#endif
d->pix=pic;
setIconSet(pic);
} else setIconSet(icon);
}
void KWMThemeClient::doShape()
{
QBitmap shapemask(width(), height());
shapemask.fill(color0);
QPainter p;
p.begin(&shapemask);
p.setBrush(color1);
p.setPen(color1);
int x,y;
// first the corners
int w1 = framePixmaps[FrameTopLeft]->width();
int h1 = framePixmaps[FrameTopLeft]->height();
if (w1 > width()/2) w1 = width()/2;
if (h1 > height()/2) h1 = height()/2;
if (framePixmaps[FrameTopLeft]->mask())
p.drawPixmap(0,0,*framePixmaps[FrameTopLeft]->mask(),
0,0,w1, h1);
else
p.fillRect(0,0,w1,h1,color1);
int w2 = framePixmaps[FrameTopRight]->width();
int h2 = framePixmaps[FrameTopRight]->height();
if (w2 > width()/2) w2 = width()/2;
if (h2 > height()/2) h2 = height()/2;
if (framePixmaps[FrameTopRight]->mask())
p.drawPixmap(width()-w2,0,*framePixmaps[FrameTopRight]->mask(),
framePixmaps[FrameTopRight]->width()-w2,0,w2, h2);
else
p.fillRect(width()-w2,0,w2, h2,color1);
int w3 = framePixmaps[FrameBottomLeft]->width();
int h3 = framePixmaps[FrameBottomLeft]->height();
if (w3 > width()/2) w3 = width()/2;
if (h3 > height()/2) h3 = height()/2;
if (framePixmaps[FrameBottomLeft]->mask())
p.drawPixmap(0,height()-h3,*framePixmaps[FrameBottomLeft]->mask(),
0,framePixmaps[FrameBottomLeft]->height()-h3,w3, h3);
else
p.fillRect(0,height()-h3,w3,h3,color1);
int w4 = framePixmaps[FrameBottomRight]->width();
int h4 = framePixmaps[FrameBottomRight]->height();
if (w4 > width()/2) w4 = width()/2;
if (h4 > height()/2) h4 = height()/2;
if (framePixmaps[FrameBottomRight]->mask())
p.drawPixmap(width()-w4,height()-h4,*framePixmaps[FrameBottomRight]->mask(),
framePixmaps[FrameBottomRight]->width()-w4,
framePixmaps[FrameBottomRight]->height()-h4,
w4, h4);
else
p.fillRect(width()-w4,height()-h4,w4,h4,color1);
QPixmap pm;
QWMatrix m;
int n,s,w;
//top
if (framePixmaps[FrameTop]->mask())
{
pm = *framePixmaps[FrameTop]->mask();
s = width()-w2-w1;
n = s/pm.width();
w = n>0?s/n:s;
m.reset();
m.scale(w/(float)pm.width(), 1);
pm = pm.xForm(m);
x = w1;
while (1){
if (pm.width() < width()-w2-x){
p.drawPixmap(x,maxExtent-pm.height()-1,
pm);
x += pm.width();
}
else {
p.drawPixmap(x,maxExtent-pm.height()-1,
pm,
0,0,width()-w2-x,pm.height());
break;
}
}
}
//bottom
if (framePixmaps[FrameBottom]->mask())
{
pm = *framePixmaps[FrameBottom]->mask();
s = width()-w4-w3;
n = s/pm.width();
w = n>0?s/n:s;
m.reset();
m.scale(w/(float)pm.width(), 1);
pm = pm.xForm(m);
x = w3;
while (1){
if (pm.width() < width()-w4-x){
p.drawPixmap(x,height()-maxExtent+1,pm);
x += pm.width();
}
else {
p.drawPixmap(x,height()-maxExtent+1,pm,
0,0,width()-w4-x,pm.height());
break;
}
}
}
//left
if (framePixmaps[FrameLeft]->mask())
{
pm = *framePixmaps[FrameLeft]->mask();
s = height()-h3-h1;
n = s/pm.height();
w = n>0?s/n:s;
m.reset();
m.scale(1, w/(float)pm.height());
pm = pm.xForm(m);
y = h1;
while (1){
if (pm.height() < height()-h3-y){
p.drawPixmap(maxExtent-pm.width()-1, y,
pm);
y += pm.height();
}
else {
p.drawPixmap(maxExtent-pm.width()-1, y,
pm,
0,0, pm.width(),
height()-h3-y);
break;
}
}
}
//right
if (framePixmaps[FrameRight]->mask())
{
pm = *framePixmaps[FrameRight]->mask();
s = height()-h4-h2;
n = s/pm.height();
w = n>0?s/n:s;
m.reset();
m.scale(1, w/(float)pm.height());
pm = pm.xForm(m);
y = h2;
while (1){
if (pm.height() < height()-h4-y){
p.drawPixmap(width()-maxExtent+1, y,
pm);
y += pm.height();
}
else {
p.drawPixmap(width()-maxExtent+1, y,
pm,
0,0, pm.width(),
height()-h4-y);
break;
}
}
}
p.fillRect(maxExtent-1, maxExtent-1, width()-2*maxExtent+2, height()-2*maxExtent+2, color1);
setMask(shapemask);
}
void KWMThemeClient::paintEvent( QPaintEvent *)
{
QPainter p;
p.begin(widget());
int x,y;
// first the corners
int w1 = framePixmaps[FrameTopLeft]->width();
int h1 = framePixmaps[FrameTopLeft]->height();
if (w1 > width()/2) w1 = width()/2;
if (h1 > height()/2) h1 = height()/2;
p.drawPixmap(0,0,*framePixmaps[FrameTopLeft],
0,0,w1, h1);
int w2 = framePixmaps[FrameTopRight]->width();
int h2 = framePixmaps[FrameTopRight]->height();
if (w2 > width()/2) w2 = width()/2;
if (h2 > height()/2) h2 = height()/2;
p.drawPixmap(width()-w2,0,*framePixmaps[FrameTopRight],
framePixmaps[FrameTopRight]->width()-w2,0,w2, h2);
int w3 = framePixmaps[FrameBottomLeft]->width();
int h3 = framePixmaps[FrameBottomLeft]->height();
if (w3 > width()/2) w3 = width()/2;
if (h3 > height()/2) h3 = height()/2;
p.drawPixmap(0,height()-h3,*framePixmaps[FrameBottomLeft],
0,framePixmaps[FrameBottomLeft]->height()-h3,w3, h3);
int w4 = framePixmaps[FrameBottomRight]->width();
int h4 = framePixmaps[FrameBottomRight]->height();
if (w4 > width()/2) w4 = width()/2;
if (h4 > height()/2) h4 = height()/2;
p.drawPixmap(width()-w4,height()-h4,*(framePixmaps[FrameBottomRight]),
framePixmaps[FrameBottomRight]->width()-w4,
framePixmaps[FrameBottomRight]->height()-h4,
w4, h4);
QPixmap pm;
QWMatrix m;
int n,s,w;
//top
pm = *framePixmaps[FrameTop];
if (pm.width() > 0){
s = width()-w2-w1;
n = s/pm.width();
w = n>0?s/n:s;
m.reset();
m.scale(w/(float)pm.width(), 1);
pm = pm.xForm(m);
x = w1;
while (1){
if (pm.width() < width()-w2-x){
p.drawPixmap(x,maxExtent-pm.height()-1,
pm);
x += pm.width();
}
else {
p.drawPixmap(x,maxExtent-pm.height()-1,
pm,
0,0,width()-w2-x,pm.height());
break;
}
}
}
//bottom
pm = *framePixmaps[FrameBottom];
if (pm.width() > 0){
s = width()-w4-w3;
n = s/pm.width();
w = n>0?s/n:s;
m.reset();
m.scale(w/(float)pm.width(), 1);
pm = pm.xForm(m);
x = w3;
while (1){
if (pm.width() < width()-w4-x){
p.drawPixmap(x,height()-maxExtent+1,pm);
x += pm.width();
}
else {
p.drawPixmap(x,height()-maxExtent+1,pm,
0,0,width()-w4-x,pm.height());
break;
}
}
}
//left
pm = *framePixmaps[FrameLeft];
if (pm.height() > 0){
s = height()-h3-h1;
n = s/pm.height();
w = n>0?s/n:s;
m.reset();
m.scale(1, w/(float)pm.height());
pm = pm.xForm(m);
y = h1;
while (1){
if (pm.height() < height()-h3-y){
p.drawPixmap(maxExtent-pm.width()-1, y,
pm);
y += pm.height();
}
else {
p.drawPixmap(maxExtent-pm.width()-1, y,
pm,
0,0, pm.width(),
height()-h3-y);
break;
}
}
}
//right
pm = *framePixmaps[FrameRight];
if (pm.height() > 0){
s = height()-h4-h2;
n = s/pm.height();
w = n>0?s/n:s;
m.reset();
m.scale(1, w/(float)pm.height());
pm = pm.xForm(m);
y = h2;
while (1){
if (pm.height() < height()-h4-y){
p.drawPixmap(width()-maxExtent+1, y,
pm);
y += pm.height();
}
else {
p.drawPixmap(width()-maxExtent+1, y,
pm,
0,0, pm.width(),
height()-h4-y);
break;
}
}
}
drawTitle(p);
QColor c = widget()->colorGroup().background();
// KWM evidently had a 1 pixel border around the client window. We
// emulate it here, but should be removed at some point in order to
// seamlessly mesh widget themes
p.setPen(c);
p.drawRect(maxExtent-1, maxExtent-1, width()-(maxExtent-1)*2,
height()-(maxExtent-1)*2);
// We fill the area behind the wrapped widget to ensure that
// shading animation is drawn as smoothly as possible
QRect r(layout->cellGeometry(2, 1));
p.fillRect( r.x(), r.y(), r.width(), r.height(), c);
p.end();
}
