void Wikimapia::urlResponse(ofHttpResponse & response) {
if(response.status == 200) {
_json = ofxJSONElement(string(response.data));
parseJson();
// lock();
//
// // Get the loaded url from the async queue and move it into the update queue.
// entry_iterator it = getEntryFromAsyncQueue(response.request.name);
// if(it != images_async_loading.end()) {
// (*it).image->loadImage(response.data);
// images_to_update.push_back((*it));
// images_async_loading.erase(it);
// }
//
// unlock();
} else {
// log error.
stringstream ss;
ss << "Could not load from url, response status: " << response.status;
ofLog(OF_LOG_ERROR, ss.str());
}
}
void ofApp::parseJSONString(string str){
mJsonElement = ofxJSONElement(str);
mEvent = mJsonElement["event"].asString();
mId = mJsonElement["id"].asInt();
float x = mJsonElement["x"].asFloat();
float y = mJsonElement["y"].asFloat();
mScreenPoint = normalizedPointToScreenPoint(ofVec2f(x, y));
}
//--------------------------------------------------------------
void ofApp::update() {
ofSetWindowTitle("fps: "+ ofToString(ofGetFrameRate()));
cam.update();
display.update(cam.getNumFaces());
if(oscRecvr.hasWaitingMessages()){ //TODO: check how dangerous this blocking while is
ofxOscMessage m;
oscRecvr.getNextMessage(&m);
cout<< "m.getAddress: "<<m.getAddress()<<endl;
string incomingHostIp = m.getRemoteIp();
cout << "\n-----------------\n\nRECVD OSC MESSAGE FROM IP: "+m.getRemoteIp()<<endl;
cout << " /address: "<< m.getAddress() << endl;
//cout << "\t MSG: "+ getOscMsgAsString(m) << "\n\n------------";
if(std::find(knownClients.begin(), knownClients.end(), incomingHostIp)
== knownClients.end()){
knownClients.push_back(incomingHostIp); //add new host to list
}
if(m.getAddress() == "/round"){
ofxJSONElement thisObj;
thisObj = ofxJSONElement(m.getArgAsString(0));
//send callback
ofxOscMessage n;
n.setAddress("/callback");
n.addIntArg(1);
oscSender.sendMessage(n);
display.startRound(thisObj);
}
else if(m.getAddress() == "/callback"){
cout << "GOT CALLBACK, STARTING ROUND";
waitingCallback = false;
display.startRound(thisPair[0]);
dataConnect.sendShowing(thisPair[0]["objectId"].asString(), thisPair[1]["objectId"].asString(), ofToString(CURR_CAT_URL));
}
}
if(waitingCallback){
ofSleepMillis(100);
sendRound();
}
}
void testApp::exportRectsAsJson(string name) {
json["type"]="FeatureCollection";
for(int i=0; i<rects.size(); i++) {
// { "type" : "Feature",
// "id" : 0,
// "properties": { "longitude" : 37.486007,
// "latitude" : 55.677358 },
// "geometry" : { "type" : "Polygon",
// "coordinates": [ [ [ 37.486007, 55.677358 ],
// [ 37.484710, 55.676092 ],
// [ 37.482117, 55.676092 ],
// [ 37.480821, 55.677358 ],
// [ 37.482117, 55.678624 ],
// [ 37.484710, 55.678624 ],
// [ 37.486007, 55.677358 ] ] ] } }
json["features"][i]["type"] = "Feature";
json["features"][i]["id" ] = i;
json["features"][i]["properties"]["longitude"] = min_lng+(rects[i].y+rects[i].height/2)/lng_s;
json["features"][i]["properties"]["latitude" ] = min_lat+(rects[i].x+rects[i].width /2)/lat_s;
json["features"][i]["properties"]["count" ] = integrals[i];
json["features"][i]["geometry"]["type"] = "Polygon";
json["features"][i]["geometry"]["coordinates"] = ofxJSONElement("[ [ [ "+
ofToString(min_lng+ rects[i].y /lng_s)+ ","+
ofToString(min_lat+ rects[i].x /lat_s)+"],["+
ofToString(min_lng+ rects[i].y /lng_s)+ ","+
ofToString(min_lat+(rects[i].x+rects[i].width )/lat_s)+"],["+
ofToString(min_lng+(rects[i].y+rects[i].height)/lng_s)+ ","+
ofToString(min_lat+(rects[i].x+rects[i].width )/lat_s)+"],["+
ofToString(min_lng+(rects[i].y+rects[i].height)/lng_s)+ ","+
ofToString(min_lat+ rects[i].x /lat_s)+
"] ] ]");
}
json.save(name+".geojson");
}
