void handle(OsmNode& osmNode, XmapTree& xmapTree) {
auto& tagMap = osmNode.getTagMap();
const Symbol symbol = Main::rules.groupList.getSymbol(tagMap, ElemType::node);
//info("sym id %d",id);
Coords coords = osmNode.getCoords();
coords = Main::transform.geographicToMap(coords);
int id = symbol.Id();
if (id != invalid_sym_id) {
xmapTree.add(id, tagMap, coords);
}
int textId = symbol.TextId();
if (textId != invalid_sym_id) {
const std::string text = osmNode.getName();
if (!text.empty()) {
xmapTree.add(textId, tagMap, coords, text.c_str());
}
}
}
void handle(OsmRelation& osmRelation, XmapTree& xmapTree) {
if (!osmRelation.isMultipolygon()) {
return;
}
auto& tagMap = osmRelation.getTagMap();
const Symbol symbol = Main::rules.groupList.getSymbol(tagMap, ElemType::area);
XmapWay way = xmapTree.add(symbol.Id(), tagMap);
OsmMemberList memberList = osmRelation;
OsmWay& osmWay = memberList.front();
Coords lastCoords = addCoordsToWay(way,symbol,osmWay);
memberList.pop_front();
///TODO check member role
while (!memberList.empty()) {
bool found = false;
bool reverse = false;
OsmMemberList::iterator iterator;
for (auto it = memberList.begin();
it != memberList.end();
++it) {
iterator = it;
if (lastCoords == iterator->getFirstCoords()) {
found = true;
reverse = false;
break;
}
if (lastCoords == iterator->getLastCoords()) {
found = true;
reverse = true;
break;
}
}
if (found) {
lastCoords = addCoordsToWay(way,symbol,*iterator,reverse);
memberList.erase(iterator);
}
else {
way.completeMultipolygonPart();
OsmWay& osmWay = memberList.front();
lastCoords = addCoordsToWay(way,symbol,osmWay);
memberList.pop_front();
}
}
}
void handle(OsmWay& osmWay, XmapTree& xmapTree) {
auto& tagMap = osmWay.getTagMap();
const Symbol symbol = Main::rules.groupList.getSymbol(tagMap, ElemType::way);
XmapWay way = xmapTree.add(symbol.Id(), tagMap);
addCoordsToWay(way,symbol,osmWay);
}