// ----------------------------------------------------------------------------
void ofxThermitrack::processDataMultiPoints(){
points.clear();
// put data into string
string temp = "";
for(int i=0; i<dataIn.size(); i++){
temp += (char)dataIn[i];
}
// how many points are there?
string numponts = temp.substr(1, 2);
int nPoints = ofToInt(numponts);
// todo: tidy this up, commented out for now
if(nPoints > 0){
/*
// get the string without the first 4 chars
temp = temp.substr(4, temp.size());
// split the string into an array
vector<string> vecstrResult;
int startpos=0;
int endpos = temp.find_first_of(",", startpos);
while (endpos != -1){
vecstrResult.push_back(temp.substr(startpos, endpos-startpos)); // add to vector
startpos = endpos+1; //jump past sep
endpos = temp.find_first_of(",", startpos); // find next
if(endpos==-1){
//lastone, so no 2nd param required to go to end of string
vecstrResult.push_back(temp.substr(startpos));
}
}
for(int i=0; i<nPoints; i++){
//trackedPoints.push_back( irisysTrackPoint() );
//trackedPoints[i].id = (myNum*100)+ofToInt(vecstrResult[i*3]);
// trackedPoints[i].pos.x = ofToInt(vecstrResult[(i*3)+1]);
//trackedPoints[i].pos.y = ofToInt(vecstrResult[(i*3)+2]);
//trackedPoints[i].posNormalised.x = trackedPoints[i].pos.x / pointMaxPosVal;
//trackedPoints[i].posNormalised.y = trackedPoints[i].pos.y / pointMaxPosVal;
//float txNorm = tx / (float)THERMITRACK_POINTS_MAXWIDTH;
//float tyNorm = ty / (float)THERMITRACK_POINTS_MAXWIDTH;
//addPoint(id, txNorm, tyNorm);
}*/
}
}
void ofApp::onFlipHorizChanged(const void * guiSender,bool & value){
ofParameter<int> * p = ( ofParameter<int> * ) guiSender;
string idName = p->getName();
char lastChar = idName.at( idName.length() - 1 );
int camIdNumber= ofToInt(ofToString(lastChar))-1;
cameras[camIdNumber]->setFlip(camParams[camIdNumber].camflipHoriz, camParams[camIdNumber].camflipVert);
ofxOscMessage flipMessage;
flipMessage.setAddress("/"+ofToString(camIdNumber+1)+"/flip" );
flipMessage.addIntArg(camParams[camIdNumber].camflipVert);
flipMessage.addIntArg(camParams[camIdNumber].camflipHoriz);
sender.sendMessage(flipMessage);
}
void Session::newPosition(){
if(index < counter){
for(int i = 0; i < speed; i ++){
if(index < counter) {
vector<string> tokens = ofSplitString(rows[index], ";");
float pos_x = ofToFloat(tokens[0]);
float pos_y = ofToFloat(tokens[1]);
int x = ofToInt(tokens[2]);
int y = ofToInt(tokens[3]);
int z = ofToInt(tokens[4]);
app->addData(pos_x, pos_y, x, y, z);
index = index + 1;
}
else{
break;
}
}
}
}
void mui::TextureAtlas::load( string absXmlPath, string absImgPath ){
ofLoadImage(tex, absImgPath);
tex.setTextureWrap(GL_CLAMP_TO_EDGE, GL_CLAMP_TO_EDGE);
tex.setTextureMinMagFilter(GL_NEAREST, GL_NEAREST);
ofXml xml(absXmlPath);
// xml.setTo("");
xml.setTo( "//" );
int numTiles = xml.getNumChildren();
for( int i = 0; i < numTiles; i++ ){
xml.setToChild(i);
ofRectangle rect;
rect.x = ofToInt(xml.getAttribute("x"));
rect.y = ofToInt(xml.getAttribute("y"));
rect.width = ofToInt(xml.getAttribute("w"));
rect.height = ofToInt(xml.getAttribute("h"));
rects[xml.getAttribute("n")] = rect;
xml.setToParent();
}
loaded = true;
}
//--------------------------------------------------------------
void testApp::stringCutter(string str, vector<int> &ch, char knife){
std::stringstream tmpstr;
ch.clear();
for(int i=0; i<str.length(); i++){
if(str[i] == knife){
int tmpi = ofToInt(tmpstr.str());
ch.push_back(tmpi);
tmpstr.str("");
continue;
}else{
tmpstr << str[i];
}
}
}
void testApp::processSerial() {
// We read as many bytes as we can
while(serial.available() > 0)
{
char myByte = serial.readByte(); // Read a single byte
if(myByte == '\r') {} // Ignore carriage return
else if(myByte == '\n') // Newline signals the end of a potentiometer value
{
potValue = ofToInt(buffer);
buffer.clear();
}
else buffer += myByte; // Append current char to our buffer
}
}
void cyrilApp::reloadFileBuffer(std::string filePath) {
//cout << "File = " << filePath << endl;
ofFile file = ofFile(filePath);
if (file.getExtension() == "cy") {
int whichEditor = ofToInt(removeExtension(file.getFileName()));
if (whichEditor >= 0 && whichEditor <= 9) {
editor.loadFile(filePath, whichEditor);
//editor.update();
if (running[whichEditor]) {
editor.currentBuffer = whichEditor;
runScript(this);
}
}
}
if (file.getExtension() == "png") {
//cout << "Loading image " << file.getFileName() << endl;
int whichImg = ofToInt(removeExtension(file.getFileName()));
(*_state.img)[whichImg] = new ofImage(filePath);
//cout << "Loaded image type = " << ((*_state.img)[whichImg]->type) << endl;
//(*_state.img)[whichImg]->setImageType(OF_IMAGE_COLOR_ALPHA);
(*_state.img)[whichImg]->setAnchorPercent(0.5, 0.5);
}
}
void ParticleHandler::loadModel(string name){
bool addFaceCenter = true;
string path="/Users/Tintamar/Work/BO/Chrone/tests/";
if(name=="")path+= "pyramid.obj";
else path+=name;
ofFile file(path);
ofBuffer buf= file.readToBuffer();
ofBuffer::Lines lines = buf.getLines();
int numVec = 0,numFace=0;
for(auto l:lines){
if(l[0] == 'v'){
numVec++;
}
if (l[0] == 'f'){
numFace++;
}
}
numParticles = numVec+(addFaceCenter?numFace:0);
side = pow((double)numParticles,0.334);
positionInit.resize(numParticles, MyMatrixType::ColsAtCompileTime);
int idx=0;
double wi = getWidthSpace()/2.0;
for(auto l:lines){
if(l[0] == 'v'){
vector<string> ll = ofSplitString(l, " ");
positionInit.row(idx)[0] = ofToFloat(ll[1])*wi;
positionInit.row(idx)[1] = ofToFloat(ll[2])*wi;
positionInit.row(idx)[2] = ofToFloat(ll[3])*wi;
idx++;
}
if(l[0]=='f' && addFaceCenter){
vector<string> ll = ofSplitString(l, " ");
int numCoins = ll.size()-1;
Array<MatReal,3,1> middle;
middle.setZero();
for(int i = 0 ; i < numCoins ; i++){
middle+=positionInit.row(ofToInt(ll[i+1]));
}
middle/=numCoins;
positionInit.row(idx) = middle;
idx++;
}
}
setNumParticles(numParticles);
}
void ofxPulseSensor::update(){
#ifdef TARGET_RASPBERRY_PI
// GET THE DATA FROM YOUR RaspberryPi GPIO
//
Signal = analogIn.value;
pushNewData();
#else
// GET THE DATA FROM ARDUINO
//
string serialIn;
unsigned char buffer[1];
while( serial.readBytes(buffer,1) > 0){
if (buffer[0] == '\n'){
break;
}
serialIn.push_back(buffer[0]);
};
if ( serialIn[0] == 'B' ){
serialIn.erase(0,1);
// Un comment to check your parameters
//
// cout << "Arduino BPM " << ofToInt(serialIn) << endl;
// BPM = ofToInt(serialIn);
}
if ( serialIn[0] == 'Q' ){
serialIn.erase(0,1);
// Un comment to check your parameters
//
// cout << "Arduino IBI " << ofToInt(serialIn) << endl;
// IBI = ofToInt(serialIn);
}
if ( serialIn[0] == 'S' ){
serialIn.erase(0,1);
Signal = ofToInt(serialIn);
pushNewData();
}
#endif
cleanData();
calculateBPM();
}
void XBScene1::initStones()
{
svg.load("resources/Esc1Pianov02.svg");
//cout << "Scene 1 piano svg has " << ofToString(svg.getNumPath()) << endl;
for (int i = 1; i < svg.getNumPath(); i++) {
ofPath p = svg.getPathAt(i);
// cout << "Path " << i << " ID: " << svg.getPathIdAt(i) << endl;
// svg defaults to non zero winding which doesn't look so good as contours
p.setPolyWindingMode(OF_POLY_WINDING_ODD);
vector<ofPolyline> &lines = const_cast<vector<ofPolyline> &>(p.getOutline());
// for every line create a shape centered at zero and store its centroid
for (int j = 0; j < (int) lines.size(); j++) {
ofPolyline pl = lines[j].getResampledBySpacing(10);
expandingPolyLine epl;
epl.life = 0;
epl.centroid = pl.getCentroid2D();
vector<ofPoint> points = pl.getVertices();
for (int k = 0; k < points.size(); k++) {
// store the polyline for now
epl.line.addVertex(points[k].x - epl.centroid.x, points[k].y - epl.centroid.y);
// create a path out of the polyline so it can be drawn filled
if (i == 0) {
epl.path.newSubPath();
epl.path.moveTo(points[k].x - epl.centroid.x, points[k].y - epl.centroid.y);
} else {
epl.path.lineTo(points[k].x - epl.centroid.x, points[k].y - epl.centroid.y);
}
}
epl.path.close();
epl.line.close();
stones.push_back(epl);
}
}
string filePath = "resources/mapping_35_rows_midi.txt";
//Load file placed in bin/data
ofFile file(filePath);
if (!file.exists()) {
ofLogError("The file " + filePath + " is missing");
}
ofBuffer buffer(file);
//Read file line by line
for (ofBuffer::Line it = buffer.getLines().begin(), end = buffer.getLines().end(); it != end; ++it) {
string line = *it;
midiToRowMapping.push_back(ofToInt(line));
}
}
void ofApp:: onHueChange(const void * guiSender,int & value){
ofParameter<int> * p = ( ofParameter<int> * ) guiSender;
string idName = p->getName();
char lastChar = idName.at( idName.length() - 1 );
int camIdNumber= ofToInt(ofToString(lastChar))-1;
if (!camParams[camIdNumber].camAutoBalance) {
cameras[camIdNumber]->setHue(uint8_t(camParams[camIdNumber].camHue));
}
ofxOscMessage hueMessage;
hueMessage.setAddress("/"+ofToString(camIdNumber+1)+"/hue" );
hueMessage.addIntArg(camParams[camIdNumber].camHue);
sender.sendMessage(hueMessage);
}
void ofApp:: onGainChange(const void * guiSender,int & value){
ofParameter<int> * p = ( ofParameter<int> * ) guiSender;
string idName = p->getName();
char lastChar = idName.at( idName.length() - 1 );
int camIdNumber= ofToInt(ofToString(lastChar))-1;
if (!camParams[camIdNumber].camAutoGain) {
cameras[camIdNumber]->setGain(uint8_t(camParams[camIdNumber].camGain));
}
ofxOscMessage gainMessage;
gainMessage.setAddress("/"+ofToString(camIdNumber+1)+"/gain" );
gainMessage.addIntArg(camParams[camIdNumber].camGain);
sender.sendMessage(gainMessage);
}
//----------------------------------------------------
// ON CURL response to JSON API
//
// Get curl response and send to correct Customer
//
void ofApp::urlResponse(ofHttpResponse &response){
int _customerIndex;
ofLog() << "URL RESPONSE Name: " << response.request.name << " ID : " << ofToString(response.request.getID());
if(response.status==200)
{
_customerIndex = ofToInt(response.request.name);
arrCustomers[_customerIndex].handleApiResponse(response.data.getText());
}
}
Pager::Pager(map<string, string> &_attrs) : GuiNode(){
attrs = _attrs;
pageDims.x = ofToInt(attrs["columns"]);
pageDims.y = ofToInt(attrs["rows"]);
numItemsPerPage = pageDims.x * pageDims.y;
itemDims.x = 245;
itemDims.y = 138;
currentPage = 0;
initialize();
exit = new GuiButton("cuts/exit_big.png");
exit->setPosition(ofVec2f(pos.x + 1320,pos.y - 200));
exit->setAttr("action", "close");
exit->setAttr("sfx","button11");
dir = _attrs["directory"];
if(dir == "audio/user"){
bReloader = true;
} else {
bReloader = false;
}
populate(dir);
setPositions();
SubObMediator::Instance()->addObserver("audio-recording-complete", this);
SubObMediator::Instance()->addObserver("button", this);
}
void GuiNode::initialize(){
type = attrs["type"];
name = attrs["name"];
pos = stringToVec2f(attrs["pos"]);
haveDelay = false;
checkDelay = false;
map<string,string>::iterator mIter;
mIter = attrs.find("delay");
if(mIter != attrs.end()){
haveDelay = true;
checkDelay = false;
delayTime = ofToInt(attrs["delay"]);
cout << "Setting Timer to " << delayTime << endl;
}
//size = stringToVec2f(attrs["size"]);
}
//--------------------------------------------------------------
void ofApp::setup(){
viewParams.setName("View");
viewParams.add(scale.set("Zoom", 0.05, 0.05, 1));
viewParams.add(drawTrackPoints.set("Draw Tracker Points", true));
viewParams.add(drawMesh.set("Draw Point Cloud", true));
oscParameters.setName("OSC");
oscParameters.add(oscPort.set("OSC Port", "7777"));
panel.setup();
panel.add(viewParams);
panel.add(oscParameters);
panel.loadFromFile("settimgs.xml");
receiver.setup(ofToInt(oscPort));
}
void PagerItem::makePreview(){
if(itemType != "audio"){
preview.loadImage(attrs["preview"]);
}
mediaPreview = new GuiMediaPreview(attrs);
if(itemType == "audio"){
mediaPreview->setPosition(ofVec2f(-80,-80));
} else {
mediaPreview->setPosition(ofVec2f(407,278));
}
durationInt = ofToInt(duration);
previewSheet = new GuiSheet();
previewSheet->addNode(mediaPreview);
GuiConfigurator::Instance()->addSheet(attrs["path"],previewSheet);
size.x = 253;
size.y = 148;
}
int OpponentModeller::getTotalHands()
{
string id = "0";
vector<string> r;
vector< vector<string> > result = _db->query("SELECT COUNT(hand_id) FROM Hand WHERE hand_id IS NOT NULL;");
for(vector<vector<string> >::iterator it = result.begin(); it < result.end(); ++it)
{
vector<string> row = *it;
r.push_back( row.at(0) );
}
id = r[0];
r.clear(); r.shrink_to_fit();
result.clear(); result.shrink_to_fit();
return ofToInt(id);
}
void ofApp::parseOsc(){
ofxOscMessage m;
hasOSC = false;
clusterUpdated = false;
while(osc.getNextMessage(m)){
hasOSC = true;
vector<string> ad =ofSplitString(m.getAddress(),"/");
// ofLog() << m.getAddress();
if(ad[1] == "attractor"){
int attractor = m.getArgAsInt32(0);
string attractName = ofToString(attractor);
if(m.getNumArgs() == 2){
attractors.erase(attractName);
}
else{
attractors[attractName] = ofVec3f(m.getArgAsFloat(1),m.getArgAsFloat(2),m.getNumArgs()==4?m.getArgAsFloat(3):0);
}
}
if(ad.size()<2 )continue;
if(ad[1] == "enveloppes"){
if(m.getNumArgs()!=enveloppes.size()){enveloppes.resize(m.getNumArgs());}
for(int i = 0 ; i < m.getNumArgs();i++){enveloppes[i] = m.getArgAsFloat(i);}
}
if(ad.size()<3)continue;
int num = ofToInt(ad[1]);
if(ad[2] == "HPCP"){
if(m.getNumArgs()!=HPCP.size()){HPCP.resize(m.getNumArgs());}
for(int i = 0 ; i < m.getNumArgs();i++){HPCP[i] = m.getArgAsFloat(i);}
}
else if(ad[2] == "MFCC"){
if(m.getNumArgs()!=MFCC.size()){MFCC.resize(m.getNumArgs());}
for(int i = 0 ; i < m.getNumArgs();i++){MFCC[i] = (1+m.getArgAsFloat(i))/2;}
}
else if(ad[2] == "cluster"){
cluster = m.getArgAsInt(0);
clusterUpdated = true;
}
}
}
void Pager::populate(string _dir){
lister.allowExt("xml");
lister.listDir(dir);
string folder = dir + "/";
for(int i = 0; i < lister.size(); i++){
PagerItem *tmpItemPtr = new PagerItem(lister.getPath(i));
tmpItemPtr->setAttr("target", activeTimeline);
if(bReloader){
tmpItemPtr->setReloader();
}
if(!bReloader && tmpItemPtr->getItemType() == "audio"){
int index = ofToInt(tmpItemPtr->getItemIndex());
items[index] = tmpItemPtr;
} else {
items[i] = tmpItemPtr;
}
}
}
//----------
void TypeSelection::refresh() {
if (this->connection) {
auto & databse = this->connection->getConnection();
if (databse.isConnected()) {
auto cacheSelection = this->getSelectionIndex();
this->clearOptions();
this->databaseID.clear();
auto result = databse.select("facetypes");
for(auto resultRow : result) {
this->addOption(resultRow["NameShort"]);
this->databaseID.insert(pair<string, int>(resultRow["NameShort"], ofToInt(resultRow["id"])));
}
this->setSelection(cacheSelection);
}
}
}
void SoundManager::setIndividualSampleVolume(const SoundObject& sample)
{
vector <string> splitString = ofSplitString(sample.getName(), "_");
for (vector <string>::reverse_iterator rit = splitString.rbegin(); rit!=splitString.rend(); ++rit)
{
if(ofIsStringInString((*rit), "vol"))
{
m_individualSampleVolume = (float)(ofToInt((*rit)))/100.0f;
std::cout <<m_dateManager->getTime()<<"- SoundManager-> setSamples: individual volume: "<< m_individualSampleVolume << std::endl;
return;
}
}
m_individualSampleVolume = m_masterSampleVolume;
std::cout <<m_dateManager->getTime()<<"- SoundManager-> setSamples: individual volume: "<< m_individualSampleVolume << std::endl;
}
void setInputAudioDevice(){
auto device_list = sound.getDeviceList();
std::string device_name;
for(auto i = 0; i < device_list.size(); ++i){
if(i == device_list.size()-1){
device_name += ofToString(device_list[i]);
}else{
device_name += ofToString(device_list[i]) + "\n";
}
}
int selected_device_id = ofToInt(ofSystemTextBoxDialog(device_name));
sound.setDeviceID(selected_device_id);
sound.setup(this, 0, 2, kSampleRate, kBufferSize, 4);
left.assign(kBufferSize, 0.f);
right.assign(kBufferSize, 0.f);
}
void ofxCUPS::updatePrinterInfo()
{
cups_dest_t *dests;
int num_dests = cupsGetDests(&dests);
cups_dest_t *dest = cupsGetDest(printerName.c_str(), NULL, num_dests, dests);
const char *value;
value = cupsGetOption("printer-state", dest->num_options, dest->options);
// printf("%s printer-state: %s\n", dest->name, value ? value : "no description");
setPrinterState(ofToInt(value));
value = cupsGetOption("printer-state-reasons", dest->num_options, dest->options);
// printf("%s printer-state-reasons: %s\n", dest->name, value ? value : "(no description)");
setPrinterInfo(ofToString(value));
cupsFreeDests(num_dests, dests);
}
ofInterObj * demoAnim::searchForObject(ofTag & tag, int & _x, int & _y)
{
ofInterObj * ret=0;
string where=tag.getAttribute("where");
string xTemp=tag.getAttribute("x");
string yTemp=tag.getAttribute("y");
vector<string> whSplit = ofSplitString(where, "[].");
if(whSplit[0]=="sidebar"){
if(whSplit.size()==2) ret=((*sideBar)[ofToInt(whSplit[1])]);
if(whSplit.size()==3) ret=&((*(*sideBar)[ofToInt(whSplit[1])])[ofToInt(whSplit[2])]);
}
if(whSplit[0]=="openBar"){
if(whSplit.size()==2&&sideBar->openBar()){
if(whSplit[1]=="drop") ret=&((as_dynamic(sideBar->openBar()))->select);
else ret=&((*(sideBar->openBar()))[ofToInt(whSplit[1])]);
}
}
else if(whSplit[0]=="sidebarButton"){
if(whSplit.size()==2) ret=&((*sideBar)[ofToInt(whSplit[1])])->button;
}
else if(whSplit[0]=="base"){
if(whSplit.size()==1) ret=&(blocks->base);
else if(whSplit.size()>=2&&whSplit[1]=="last") ret=searchBlock(whSplit,blocks->base.blocksOn.back(),2);
else if(whSplit.size()>=2) ret=searchBlock(whSplit,blocks->base.blocksOn[ofToInt(whSplit[1])],2);
}
else if(whSplit[0]=="upload"){
ret=&blocks->base.uploadBut;
//TODO: update the base block to include the upload button.
}
else if(whSplit[0]=="test"){
ret=&blocks->base.testBut;
}
vector<string> xSpl = ofSplitString(xTemp, "+-/*");
if(xSpl.size()==1) _x=ofToInt(xSpl[0]);
else if(xSpl.size()==2) _x=operaterByChar(ret->w,xTemp[xSpl[0].length()],ofToFloat(xSpl[1]));
vector<string> ySpl = ofSplitString(yTemp, "+-/*");
if(ySpl.size()==1) _y=ofToInt(ySpl[0]);
else if(ySpl.size()==2) _y=operaterByChar(ret->h,yTemp[ySpl[0].length()],ofToFloat(ySpl[1]));
return ret;
}
//--------------------------------------------------------------
void testApp::keyPressed(int key){
// do some typing!
if ( key != OF_KEY_RETURN ){
if ( key == OF_KEY_BACKSPACE ){
if ( toSend.length() > 0 ){
toSend.erase(toSend.end()-1);
}
} else {
toSend += key;
}
} else {
// send to all clients
string toSendy = "{\"red\":\"123\",\"green\":\"255\",\"blue\":\"100\"}";
server.send( toSendy );
messages.push_back("Sent: '" + toSendy + "' to "+ ofToString(server.getConnections().size())+" websockets" );
toSend = "";
}
cout << toSend << " " << ofToInt("k") << endl;
}
void ofApp:: onAutoGainAndShutterChange(const void * guiSender,bool & value){
ofParameter<int> * p = ( ofParameter<int> * ) guiSender;
string idName = p->getName();
char lastChar = idName.at( idName.length() - 1 );
int camIdNumber= ofToInt(ofToString(lastChar))-1;
cameras[camIdNumber]->setAutogain(camParams[camIdNumber].camAutoGain);
ofxOscMessage autoGainMessage;
autoGainMessage.setAddress("/"+ofToString(camIdNumber+1)+"/autoGain" );
autoGainMessage.addIntArg(camParams[camIdNumber].camAutoGain);
sender.sendMessage(autoGainMessage);
if (!cameras[camIdNumber]->getAutogain()) {
cameras[camIdNumber]->setExposure(uint8_t(camParams[camIdNumber].camExposure));
cameras[camIdNumber]->setGain(uint8_t(camParams[camIdNumber].camGain));
}
}
//--------------------------------------------------------------
// Reads and parses a message from the server.
//--------------------------------------------------------------
void mpeClientTCP::read(string _serverInput) {
out("Receiving: " + _serverInput);
char c = _serverInput.at(0);
if (c == 'G' || c == 'B' || c == 'I') {
if (!allConnected) {
if (DEBUG) out("all connected!");
allConnected = true;
}
// split into frame message and data message
vector<string> info = ofSplitString(_serverInput, ":");
vector<string> frameMessage = ofSplitString(info[0], ",");
int fc = ofToInt(frameMessage[1]);
if (info.size() > 1) {
// there is a message here with the frame event
info.erase(info.begin());
dataMessage.clear();
dataMessage = info;
bMessageAvailable = true;
} else {
bMessageAvailable = false;
}
// assume no arrays are available
bIntsAvailable = false;
bBytesAvailable = false;
if (fc == frameCount) {
rendering = true;
frameCount++;
// calculate new framerate
float ms = getElapsedSeconds()*1000.0 - lastMs;
fps = 1000.f / ms;
lastMs = getElapsedSeconds()*1000.0;
if (!autoMode) {
parent->frameEvent();
}
}
}
}
//--------------------------------------------------------------
void testApp::bangFired(ofxTLBangEventArgs& bang){
//This is our own custom flag protocol to enslave playback
//on the sub timelines
//a flag that is start 3 or stop 2 will start and stop those timelines
vector<string> command = ofSplitString(bang.flag, " ");
if(command.size() == 2){
int trackIndex = ofToInt(command[1]);
if(trackIndex >= 0 && trackIndex < sublines.size()){
if(command[0] == "start"){
sublines[trackIndex]->play();
}
else if(command[0] == "stop"){
sublines[trackIndex]->stop();
}
}
}
}
//--------------------------------------------------------------
void galaxieApp::onNewMessage(string & byteReceived){
sendedByte = ofToInt(byteReceived);
cout << "[Arduino] " << sendedByte << "\n";
if (sendedByte == 0)
sendedByte = SENSOR_MAX + 100;
if (stateGalaxie->getCurrentSceneID() == 3) {
if (sendedByte < SENSOR_MAX) {
countChange = 0;
} else {
if (countChange >= 0)
countChange++;
if (countChange > 20) {
stateGalaxie->goToScene(INTERACTION);
countChange = -1;
}
}
}
stateGalaxie->onNewMessage(byteReceived);
}