void trackmap::loadTrackmap(QString path){
QFile *file = new QFile( path );
QList<QString> outsideLine;
QList<QString> insideLine;
QList<QString> coordinatePairs;
QDomDocument doc;
outsidePath.clear();
insidePath.clear();
file->open(QIODevice::ReadOnly | QIODevice::Text);
doc.setContent(file);
QDomElement root = doc.firstChildElement();
QDomElement outsideCoordinates = root.elementsByTagName("outsidePath").at(0).firstChildElement("coordinates");
QDomElement insideCoordinates = root.elementsByTagName("insidePath").at(0).firstChildElement("coordinates");
QDomElement finishPoint1coordinates = root.elementsByTagName("finishPoint1").at(0).firstChildElement("coordinates");
QDomElement finishPoint2coordinates = root.elementsByTagName("finishPoint2").at(0).firstChildElement("coordinates");
outsideLine = outsideCoordinates.text().split("\n");
insideLine = insideCoordinates.text().split("\n");
for(int i = 0; i < outsideLine.length(); i++){
coordinatePairs = outsideLine.at(i).split(",");
outsidePath.append( new QVector3D( coordinatePairs.at(0).toFloat(), coordinatePairs.at(1).toFloat(), coordinatePairs.at(2).toFloat() ) );
}
for(int i = 0; i < insideLine.length(); i++){
coordinatePairs = insideLine.at(i).split(",");
insidePath.append( new QVector3D( coordinatePairs.at(0).toFloat(), coordinatePairs.at(1).toFloat(), coordinatePairs.at(2).toFloat() ) );
}
coordinatePairs = finishPoint1coordinates.text().split(",");
finishPoint1.setX(coordinatePairs.at(0).toFloat());
finishPoint1.setY(coordinatePairs.at(1).toFloat());
finishPoint1.setZ(coordinatePairs.at(2).toFloat());
coordinatePairs = finishPoint2coordinates.text().split(",");
finishPoint2.setX(coordinatePairs.at(0).toFloat());
finishPoint2.setY(coordinatePairs.at(1).toFloat());
finishPoint2.setZ(coordinatePairs.at(2).toFloat());
file->close();
normalizeCoordinates();
trackValidity = true;
}
void SlippyMapWidget::ZoomTo(const QPoint & NewCenter, int NewZoom)
{
if (NewZoom < MINZOOMLEVEL)
NewZoom = MINZOOMLEVEL;
if (NewZoom > MAXZOOMLEVEL)
NewZoom = MAXZOOMLEVEL;
if ((int)p->Zoom == NewZoom)
return;
qreal dx = (NewCenter.x()-width()/2)/(TILESIZE*1.0);
qreal dy = (NewCenter.y()-height()/2)/(TILESIZE*1.0);
p->Lon = (p->Lon + dx) * (1 << NewZoom) / (1 << p->Zoom) - dx;
p->Lat = (p->Lat + dy) * (1 << NewZoom) / (1 << p->Zoom) - dy;
p->Zoom = NewZoom;
normalizeCoordinates();
update();
}
void SlippyMapWidget::mousePressEvent(QMouseEvent* ev)
{
if (ev->button() == Qt::MidButton) {
on_resetViewAction_triggered(true);
} else if (ev->button() == Qt::LeftButton) {
if (ev->pos().x() > width()-20)
{
if (ev->pos().y() < 20)
{
ZoomTo(QPoint(width()/2,height()/2),p->Zoom-1);
emit redraw();
return;
}
else if (ev->pos().y() > height()-20)
{
ZoomTo(QPoint(width()/2,height()/2),p->Zoom+1);
emit redraw();
return;
}
else if ((ev->pos().y() > (height()/2)-20) && (ev->pos().y() < (height()/2)))
{
p->Lon = p->VpLon;
p->Lat = p->VpLat;
p->Zoom = p->VpZoom;
normalizeCoordinates();
update();
emit redraw();
return;
}
}
/* No special place, start selection */
p->InSelection = true;
p->SelectionStart = p->SelectionEnd = ev->pos();
qDebug() << "Enter selection";
} else {
/* RightButton, start drag */
p->PreviousDrag = ev->pos();
p->InDrag = true;
}
emit redraw();
}
