void DataManager::parseData( XmlTree d ){
XmlTree data = d.getChild( "QLT_Genome_Data" );
string dataPath = data.getChild( "datapath" ).getValue();
XmlTree sets = data.getChild( "datasets");
for( XmlTree::Iter dataset = sets.begin(); dataset != sets.end(); ++dataset ){
GenomeDataStructure gds;
gds.id = dataset->getAttributeValue<int>("id");
gds.name = dataset->getChild("title").getValue();
gds.pathMap = dataPath+dataset->getChild("map").getValue();
gds.pathBases = dataPath+dataset->getChild("bases").getValue();
mDataStructure.push_back( gds );
console() << " GenomeDataStructure : " << gds.name << " " << gds.pathMap << " " << gds.pathBases << std::endl;
}
}
void Level::loadLevelFromFile(string pathToLevel)
{
// root
id = pathToLevel;
string realPath = "levels/" + pathToLevel;
realPath = getAssetPath(realPath).string();
XmlTree doc((loadFile(realPath)));
XmlTree root = doc.getChild("level");
// width + height
width = root.getChild("width").getValue<int>();
height = root.getChild("height").getValue<int>();
Map.resize(width, vector<int>(height, -1));
// hero start position
int hx = root.getChild("heroX").getValue<int>();
int hy = root.getChild("heroY").getValue<int>();
hero.position.set(hx * TILESIZE, hy * TILESIZE);
// antenna
int ax = root.getChild("antennaX").getValue<int>();
int ay = root.getChild("antennaY").getValue<int>();
antennaPosition.set(ax * TILESIZE, ay * TILESIZE);
// level-data
stringstream stream;
stream << root.getChild("data").getValue();
int index = 0;
while (stream.good() && index < width * height) {
int tileId;
stream >> tileId;
setTileAtPosition(index, tileId);
index++;
}
// attractors
if (root.hasChild("attractors")) {
XmlTree firstAttractor = root.getChild("attractors");
for (XmlTree::Iter child = firstAttractor.begin(); child != firstAttractor.end(); child++) {
float x = child->getChild("x").getValue<float>();
float y = child->getChild("y").getValue<float>();
Attractor* attractor = new Attractor(x, y);
attractor->autoConnectTime = child->getChild("autoConnectTime").getValue<float>(attractor->autoConnectTime);
attractor->autoDisconnectTime = child->getChild("autoDisconnectTime").getValue<float>();
attractor->autoConnectRadius = child->getChild("autoConnectRadius").getValue<float>();
attractor->connectTimeout = child->getChild("connectTimeout").getValue<float>();
attractor->attractForce = child->getChild("attractForce").getValue<float>(attractor->attractForce);
attractor->maxAttractForce = child->getChild("maxAttractForce").getValue<float>(attractor->maxAttractForce);
addConnector(attractor);
}
}
// detractors
if (root.hasChild("detractors")) {
XmlTree firstDetractor = root.getChild("detractors");
for (XmlTree::Iter child = firstDetractor.begin(); child != firstDetractor.end(); child++) {
float x = child->getChild("x").getValue<float>();
float y = child->getChild("y").getValue<float>();
Detractor* detractor = new Detractor(x, y);
detractor->autoConnectTime = child->getChild("autoConnectTime").getValue<float>(detractor->autoConnectTime);
detractor->autoDisconnectTime = child->getChild("autoDisconnectTime").getValue<float>();
detractor->autoConnectRadius = child->getChild("autoConnectRadius").getValue<float>();
detractor->connectTimeout = child->getChild("connectTimeout").getValue<float>();
detractor->bounceForce = child->getChild("bounceForce").getValue<float>(detractor->bounceForce);
detractor->maxBounceForce = child->getChild("maxBounceForce").getValue<float>(detractor->maxBounceForce);
addConnector(detractor);
}
}
}