bool MixtureCloud::urlSupported(const QUrl &url) const {
return urlPattern().indexIn(url.toString()) == 0;
}
Map*
XmlBuilder::CreateMap (XMLNode& node, const Registry<JourneyPattern>& lines)
{
// assert ("map" == node.getName ());
int outputWidth (GetIntAttr (node, "outputWidth", -1));
int outputHeight (GetIntAttr (node, "outputHeight", -1));
// Drawable lines
std::set<DrawableLine*> selectedLines;
int nbDrawableLines = node.nChildNode ("drawableLine");
for (int i=0; i<nbDrawableLines; ++i)
{
XMLNode drawableLineNode = node.getChildNode ("drawableLine", i);
selectedLines.insert (CreateDrawableLine (drawableLineNode, lines));
}
const MapBackgroundManager* mbm = 0;
std::string backgroundId (GetStringAttr (node, "backgroundId", ""));
if (backgroundId != "")
{
try
{
mbm = MapBackgroundManager::GetMapBackgroundManager (backgroundId);
}
catch (synthese::Exception& ex)
{
Log::GetInstance ().warn ("Cannot find background", ex);
}
}
std::string urlPattern (GetStringAttr (node, "urlPattern", ""));
Map* map = 0;
bool preserveRatio (GetBoolAttr (node, "preserveRatio", true));
double neighborhood (GetDoubleAttr (node, "neighborhood", 0.0));
// If one of the 4 coordinates is missing, let the autofit
// feature process the right rectangle
if (
(HasAttr (node, "lowerLeftLatitude") == false) ||
(HasAttr (node, "lowerLeftLongitude") == false) ||
(HasAttr (node, "upperRightLatitude") == false) ||
(HasAttr (node, "upperRightLongitude") == false)
)
{
map = new Map (selectedLines,
outputWidth,
outputHeight,
neighborhood,
preserveRatio,
mbm, urlPattern);
}
else
{
double lowerLeftLatitude (GetDoubleAttr (node, "lowerLeftLatitude"));
double lowerLeftLongitude (GetDoubleAttr (node, "lowerLeftLongitude"));
double upperRightLatitude (GetDoubleAttr (node, "upperRightLatitude"));
double upperRightLongitude (GetDoubleAttr (node, "upperRightLongitude"));
map = new Map (selectedLines,
Rectangle (lowerLeftLatitude,
lowerLeftLongitude,
upperRightLatitude - lowerLeftLatitude,
upperRightLongitude - lowerLeftLongitude),
outputWidth,
outputHeight,
preserveRatio,
mbm, urlPattern);
}
bool lineGrouping (GetBoolAttr (node, "lineGrouping", true));
if (lineGrouping) map->setLineGrouping (lineGrouping);
return map;
}
