void KBookmarkMenuImporter::connectToImporter(const QObject &importer)
{
connect(&importer, SIGNAL(newBookmark(QString,QString,QString)),
SLOT(newBookmark(QString,QString,QString)));
connect(&importer, SIGNAL(newFolder(QString,bool,QString)),
SLOT(newFolder(QString,bool,QString)));
connect(&importer, SIGNAL(newSeparator()), SLOT(newSeparator()));
connect(&importer, SIGNAL(endFolder()), SLOT(endFolder()));
}
void KmlGenerator::putIsoContours(const std::string &interpolatorName) {
const unsigned int nData = std::min(maxDataProcessed, sensorData.nMeasures);
const std::vector<IsoContourList<double,4u,float>> &interpIsocontours = isocontours.at(interpolatorName);
putFolder("Isocontours", "Data isocontours (" + interpolatorName + ")", false, false);
unsigned int j = 0;
for(const auto &temporalIsocontours : interpIsocontours) {
unsigned int i = 1;
for(auto isocontour = std::next(temporalIsocontours.begin()); isocontour != temporalIsocontours.end(); ++isocontour) {
auto prev = std::prev(isocontour);
putColorPolygons("Isocontour level " + std::to_string(i++),
"Min value: " + std::to_string(isocontour->lowerValue) + " mg/m³\n"
"Max value: " + std::to_string(isocontour->upperValue) + " mg/m³",
"IsoContour_",
ColorMultiLine<double,4u>(isocontour->lines, isocontour->color),
ColorMultiLine<double,4u>(prev->lines, prev->color),
false,
sensorData.getTime(j),
sensorData.getTime(j+1, true),
ABSOLUTE
);
}
j++;
}
endFolder();
skipLine();
}
void KmlGenerator::putIsoLines(const std::string &interpolatorName) {
const unsigned int nData = std::min(maxDataProcessed, sensorData.nMeasures);
const std::vector<IsoLineList<double,4u,float>> &interpIsolines = isolines.at(interpolatorName);
putFolder("Isolines", "Data isolines (" + interpolatorName + ")", false, true);
unsigned int j = 0;
for(const auto &temporalIsolines : interpIsolines) {
unsigned int i = 1;
for(const auto &isoline : temporalIsolines) {
putColorLineStrings("Isolines level " + std::to_string(i++),
"Isovalue: " + std::to_string(isoline.value) + " mg/m³",
"IsoLine_",
isoline.lines,
defaultVisibleInterpolatorId.compare(interpolatorName) == 0,
sensorData.getTime(j),
sensorData.getTime(j+1, true)
);
}
j++;
}
endFolder();
skipLine();
}
bool BookmarkXXPort::exportContacts( const KABC::AddresseeList &list, const QString& )
{
QString fileName = locateLocal( "data", "kabc/bookmarks.xml" );
KBookmarkManager *mgr = KBookmarkManager::managerForFile( fileName );
KBookmarkDomBuilder *builder = new KBookmarkDomBuilder( mgr->root(), mgr );
builder->connectImporter( this );
KABC::AddresseeList::ConstIterator it;
emit newFolder( i18n( "AddressBook" ), false, "" );
for ( it = list.begin(); it != list.end(); ++it ) {
if ( !(*it).url().isEmpty() ) {
QString name = (*it).givenName() + " " + (*it).familyName();
emit newBookmark( name, (*it).url().url().latin1(), QString( "" ) );
}
}
emit endFolder();
delete builder;
mgr->save();
KBookmarkMenu::DynMenuInfo menu;
menu.name = i18n( "Addressbook Bookmarks" );
menu.location = fileName;
menu.type = "xbel";
menu.show = true;
KBookmarkMenu::setDynamicBookmarks( "kabc", menu );
return true;
}
void KmlGenerator::putStations() {
putFolder("Stations", "Station locations", false, true);
for (unsigned int i = 0; i < sensorData.nStations; i++) {
putPlaceMark(*sensorData.stationNames[i], sensorData.stationDescription(i,getCurrentIndentLevel()+2), "StationStyle",
sensorData.x[i], sensorData.y[i], 0.0, CLAMP_TO_GROUND);
}
endFolder();
skipLine();
}
void KmlGenerator::putInterpolatedDataOverlays(const std::string &interpolatorName) {
const unsigned int nData = std::min(maxDataProcessed, sensorData.nMeasures);
putFolder("Interpolation results", "Data Overlays ("+interpolatorName+")", false, true);
for (unsigned int i = 0; i < nData; i++) {
putGroundOverlay("Data"+std::to_string(i),
0u, CLAMP_TO_GROUND,
sensorData.bbox,
0.0,
groundOverlayFolder+groundOverlayPrefix+interpolatorName+"_"+std::to_string(i)+"."+groundOverlayImgExt,
defaultVisibleInterpolatorId.compare(interpolatorName) == 0,
sensorData.getTime(i),
sensorData.getTime(i+1, true)
);
}
endFolder();
skipLine();
}
void KmlGenerator::putScreenOverlays(const std::string &interpolatorName) {
const unsigned int nData = std::min(maxDataProcessed, sensorData.nMeasures);
putFolder("GUI", "Screen Overlays (" + interpolatorName + ")", false, true);
for (unsigned int i = 0; i < nData; i++) {
putScreenOverlay("Color scale " + std::to_string(i), "",
Offset(0.0f, 0.0f),
Offset(0.1f, 0.15f),
Offset(0.0f, 400, PIXELS),
Offset(),
0.0f, 3,
screenOverlayFolder+screenOverlayPrefix+interpolatorName+"_"+std::to_string(i)+"."+screenOverlayImgExt,
defaultVisibleInterpolatorId.compare(interpolatorName) == 0,
sensorData.getTime(i),
sensorData.getTime(i+1, true)
);
}
endFolder();
skipLine();
}
void KmlGenerator::generateKmlFile() {
putKmlHeader();
// Styles definition
putStationStyle();
putIsoLineStyles();
putIsoContourStyles();
// Initial camera position
putInitialView();
// Station placemarks
putStations();
unsigned int k = 0;
for(const auto &interpolator : interpData) {
const std::string &interpolatorName = interpolator.first;
putFolder(interpolatorName, "Interpolator "+std::to_string(k)+": "+interpolatorName, false, false);
// Ground overlays folder
putInterpolatedDataOverlays(interpolatorName);
// Ground overlays
putScreenOverlays(interpolatorName);
// Isolines and contours
putIsoLines(interpolatorName);
putIsoContours(interpolatorName);
endFolder();
k++;
}
putKmlFooter();
}
