//--------------------------------------------------------------
void testApp::update()
{
Tweenzor::update( ofGetElapsedTimeMillis() );
int index = 0 ;
vector<TileContent*>::iterator t ;
for ( t = contents.begin() ; t != contents.end() ; t++ )
{
//Update
(*t)->update( ) ;
//If our input is within the bounds
if ( (*t)->hitTest( mouseX , mouseY ) == true )
{
cout << "hitTesting over : " << index << endl ;
//If this index is NOT already selected index
if ( activeTileIndex != index )
{
setNewTileActive( index ) ;
return ;
}
else
{
//Still over but not triggering the initial event
return ;
}
}
index++ ;
}
//If not within over all the contents transition out active
if ( activeTileIndex > -1 )
{
resetTiles( ) ;
}
}
mainWidget::mainWidget(QDialog* parent) : QDialog(parent) {
setupUi(this);
scene = new QGraphicsScene;
// if the initial screen is bigger (shows white zones) increase
// this scene rect, could be done dynamically...
scene->setSceneRect(QRectF(-400,-400,800,800));
graphicsView->setScene(scene);
tileBox = new TileBox(scene);
graphicsView->centerOn(QPoint(0,0));
settings = new QSettings("libnoise-view", "qknight");
frequency = settings->value("frequency", 0.002).toDouble();;
octave = settings->value("octave", 4).toInt();
colorstate = settings->value("drawcoloredOrBlackWhite", true).toBool();
tileBox->colorstate=colorstate;
tileBox->octave=octave;
tileBox->frequency=frequency;
if (colorstate)
r1->setChecked(true);
else
r2->setChecked(true);
frequencyleft->setValue(frequency);
octavesleft->setValue(octave);
connect(octavesleft,SIGNAL(valueChanged ( int )),
this, SLOT(octave_changed(int)));
connect(frequencyleft,SIGNAL(valueChanged ( double )),
this, SLOT(frequency_changed(double)));
connect(r1, SIGNAL( toggled ( bool )),
this, SLOT( colorstate_changed(bool)));
connect(graphicsView, SIGNAL(absoluteViewMoveSignal(QRectF)),
tileBox, SLOT(moveTileBox(QRectF)));
connect(this, SIGNAL(resetTilesSignal(QRectF)),
tileBox, SLOT(resetTiles(QRectF)));
connect(tileBox, SIGNAL(sceneItemCountSignal(int)),
this, SLOT(updateSceneItemLabel(int)));
emit resetTilesSignal(graphicsView->sceneRect());
}
void Waveform::setWindowPosition(qint64 position)
{
WAVEFORM_DEBUG << "Waveform::setWindowPosition"
<< "old" << m_windowPosition << "new" << position
<< "tileArrayStart" << m_tileArrayStart;
const qint64 oldPosition = m_windowPosition;
m_windowPosition = position;
if ((m_windowPosition >= oldPosition) &&
(m_windowPosition - m_tileArrayStart < (m_tiles.count() * m_tileLength))) {
// Work out how many tiles need to be shuffled
const qint64 offset = m_windowPosition - m_tileArrayStart;
const int nTiles = offset / m_tileLength;
shuffleTiles(nTiles);
} else {
resetTiles(m_windowPosition);
}
if (!paintTiles() && m_windowPosition != oldPosition)
update();
}
