void electromagnetica::tuioUpdated(ofxTuioCursor &tuioCursor){
int mx = W_WIDTH*tuioCursor.getX();
int my = W_HEIGHT*tuioCursor.getY();
hands.notifySlide(mx, my,tuioCursor.getSessionId(),tuioCursor.getMotionAccel());
wavesm.slide(mx, my,tuioCursor.getSessionId(),tuioCursor.getMotionAccel());
// updateMagneticField(100,mx,my);
}
void electromagnetica::tuioRemoved(ofxTuioCursor &tuioCursor){
ofPoint loc = ofPoint(tuioCursor.getX()*W_WIDTH,tuioCursor.getY()*W_HEIGHT);
//cout << "Point n" << tuioCursor.getSessionId() << " remove at " << loc << endl;
/*
if(id_slider1==tuioCursor.getSessionId()) id_slider1=NULL;
if(id_jumpingRect==tuioCursor.getSessionId()) id_jumpingRect=NULL;
if(id_moverect==tuioCursor.getSessionId()) id_moverect=NULL;*/
hands.removeObjectByTuioID(tuioCursor.getSessionId() );
wavesm.touchUp(tuioCursor.getSessionId());
cheapComm::getInstance()->sendAudio0("/audio/electromagnetism/hand_off_event");
}
void testApp::tuioRemoved(ofxTuioCursor &tuioCursor){
ofLog()<< "tuioRemoved" << endl;
ofPoint loc = ofPoint(tuioCursor.getX()*W_WIDTH,tuioCursor.getY()*W_HEIGHT);
//cout << "Point n" << tuioCursor.getSessionId() << " remove at " << loc << endl;
/*
if(id_slider1==tuioCursor.getSessionId()) id_slider1=NULL;
if(id_jumpingRect==tuioCursor.getSessionId()) id_jumpingRect=NULL;
if(id_moverect==tuioCursor.getSessionId()) id_moverect=NULL;*/
touchElements.removeObjectByTuioID(tuioCursor.getSessionId() );
touchElements.notifyTouchUp( tuioCursor.getSessionId() );
}
void testApp::tuioAdded(ofxTuioCursor &tuioCursor){
ofLog()<< "tuioAdded" << endl;
ofPoint loc = ofPoint(tuioCursor.getX()*W_WIDTH,tuioCursor.getY()*W_HEIGHT);
cout << "Point n" << tuioCursor.getSessionId() << " add at " << tuioCursor.getX() << " " << tuioCursor.getY()<< endl;
// o1.touch(loc.x, loc.y,tuioCursor.getSessionId());
// h1.touch(loc.x, loc.y,tuioCursor.getSessionId());
handShadow *h1 = new handShadow();
h1->setup();
touchElements.addObject(*h1);
touchElements.notifyTouch(loc.x, loc.y,tuioCursor.getSessionId());
}
void ofxMtPhoto::tuioRemoved(ofxTuioCursor &tuioCursor){
ofVec2f loc = ofVec2f(tuioCursor.getX()*ofGetWidth(),tuioCursor.getY()*ofGetHeight());
for (int i = 0; i < cursorsOnBorder.size(); i++ )
if (cursorsOnBorder[i].idN == tuioCursor.getSessionId())
cursorsOnBorder.erase(cursorsOnBorder.begin()+i);
}
void ofApp::tuioAdded(ofxTuioCursor &tuioCursor)
{
tuioPoints.push_back(tuioContainer());
tuioPoints.back().sid = tuioCursor.getSessionId();
tuioPoints.back().location.set(tuioCursor.getX(), tuioCursor.getY());
tuioPoints.back().setLastLocation();
}
//--------------------------------------------------------------
void gFrameApp::tuioUpdated(ofxTuioCursor &cursor)
{
if(input_tuio)
{
GPoint the_point;
float x,y;
x = cursor.getX();
y = cursor.getY();
the_point.setLocation(ofVec2f(x, y));
the_point.setId(cursor.getFingerId());
the_point.setStrokeId(cursor.getSessionId());
the_point.setColor(localBrushColor);
the_point.setType(TUIO);
the_point.setStyle(current_style);
stroke_list.add(the_point);
finger_positions[cursor.getFingerId()] = ofVec2f(x, y);
//flowfield
simple_flow.inputUpdate(x, y, cursor.getFingerId());
simple_flow_2.inputUpdate(x, y, cursor.getFingerId());
ledFrame.stopPulsing();
ledFrame.updateLastPointsTime();
}
}
void menu::tuioAdded(ofxTuioCursor &tuioCursor){
// int mx = W_WIDTH*tuioCursor.getX();
//// int mx = W_WIDTH*(tuioCursor.getX()+0.5);
// int my = W_HEIGHT*tuioCursor.getY();
// ofPoint loc = ofPoint(mx,my);
ofPoint loc = transf_PosTUIO(tuioCursor);
cout << "Point n" << tuioCursor.getSessionId() << " add at " << loc << endl;
handShadow *h1 = new handShadow();
h1->setup();
hands.addObject(*h1);
hands.notifyTouch(loc.x, loc.y,tuioCursor.getSessionId());
// touchElements.notifyTouch(loc.x, loc.y,tuioCursor.getSessionId());
}
void ofApp::tuioRemoved(ofxTuioCursor &tuioCursor)
{
int cursorIndex = getTuioPointIndex(tuioCursor.getSessionId());
if (cursorIndex >= 0)
{
tuioPoints.erase(tuioPoints.begin() + cursorIndex);
}
}
void menu::tuioRemoved(ofxTuioCursor &tuioCursor){
// int mx = W_WIDTH*tuioCursor.getX();
//// int mx = W_WIDTH*(tuioCursor.getX()+0.5);
// int my = W_HEIGHT*tuioCursor.getY();
// ofPoint loc = ofPoint(mx,my);
ofPoint loc = transf_PosTUIO(tuioCursor);
cout << "Point n" << tuioCursor.getSessionId() << " remove at " << loc << endl;
/*
if(id_slider1==tuioCursor.getSessionId()) id_slider1=NULL;
if(id_jumpingRect==tuioCursor.getSessionId()) id_jumpingRect=NULL;
if(id_moverect==tuioCursor.getSessionId()) id_moverect=NULL;
*/
//
hands.removeObjectByTuioID(tuioCursor.getSessionId() );
// touchElements.notifyTouchUp( tuioCursor.getSessionId() );
}
void electromagnetica::tuioAdded(ofxTuioCursor &tuioCursor){
ofPoint loc = ofPoint(tuioCursor.getX()*W_WIDTH,tuioCursor.getY()*W_HEIGHT);
//cout << "Point n" << tuioCursor.getSessionId() << " add at " << loc << endl;
// o1.touch(loc.x, loc.y,tuioCursor.getSessionId());
// h1.touch(loc.x, loc.y,tuioCursor.getSessionId());
noiseShadow *h1 = new noiseShadow();
h1->setup();
//h1->setColor(colours[(int)( tuioCursor.getSessionId() % colours.size()-1) ]);
// h1->setColor(ofColor::black);
hands.addObject(*h1);
hands.notifyTouch(loc.x, loc.y,tuioCursor.getSessionId());
//mwave.addPoint(loc.x,loc.y,tuioCursor.getSessionId());
wavesm.touch(loc.x, loc.y,tuioCursor.getSessionId());
// updateMagneticField(100,loc.x,loc.y);
cheapComm::getInstance()->sendAudio0("/audio/electromagnetism/hand_on_event");
}
void ofApp::tuioUpdated(ofxTuioCursor &tuioCursor)
{
// ofPoint loc = ofPoint(tuioCursor.getX()*ofGetWidth(),tuioCursor.getY()*ofGetHeight());
int cursorIndex = getTuioPointIndex(tuioCursor.getSessionId());
if (cursorIndex < 0)
{
return;
}
tuioPoints.at(cursorIndex).setLastLocation();
tuioPoints.at(cursorIndex).location.set(tuioCursor.getX(), tuioCursor.getY());
}
void menu::tuioUpdated(ofxTuioCursor &tuioCursor){
// int mx = W_WIDTH*tuioCursor.getX();
//// int mx = W_WIDTH*(tuioCursor.getX()+0.5);
// int my = W_HEIGHT*tuioCursor.getY();
// ofPoint loc = ofPoint(mx,my);
ofPoint loc = transf_PosTUIO(tuioCursor);
// cout << "Point n" << tuioCursor.getSessionId() << " updated at " << loc << endl;
hands.notifySlide(loc.x, loc.y, tuioCursor.getSessionId(),tuioCursor.getMotionAccel());
// touchElements.notifySlide(loc.x, loc.y,tuioCursor.getSessionId(),tuioCursor.getMotionAccel());
}
void testApp::tuioUpdated(ofxTuioCursor &tuioCursor){
ofLog()<< "tuioUpdated" << endl;
int mx = W_WIDTH*tuioCursor.getX();
int my = W_HEIGHT*tuioCursor.getY();
ofPoint loc = ofPoint(tuioCursor.getX()*W_WIDTH,tuioCursor.getY()*W_HEIGHT);
//cout << "Point n" << tuioCursor.getSessionId() << " updated at " << loc << endl;
//o1.slide(loc.x, loc.y,tuioCursor.getSessionId(),tuioCursor.getMotionAccel());
// h1.slide(loc.x, loc.y,tuioCursor.getSessionId(),tuioCursor.getMotionAccel());
touchElements.notifySlide(loc.x, loc.y,tuioCursor.getSessionId(),tuioCursor.getMotionAccel());
puntoX=tuioCursor.getX();
puntoY=tuioCursor.getY();
cout << tuioCursor.getX() << endl;
}
void ofxMtPhoto::tuioAdded(ofxTuioCursor &tuioCursor){
ofVec2f loc = ofVec2f(tuioCursor.getX()*ofGetWidth(),tuioCursor.getY()*ofGetHeight());
if (isOver(loc)){
tCursor c;
c.idN = tuioCursor.getSessionId();
c.loc = loc;
// PRIMER dedo sobre la imagen
if (cursorsOnBorder.size() == 0){
cursorsOnBorder.push_back(c);
} // SEGUNDO dedo sobre la imagen
else if (cursorsOnBorder.size() == 1){
cursorsOnBorder.push_back(c);
oldLoc[0] = cursorsOnBorder[0].loc;
oldLoc[1] = cursorsOnBorder[1].loc;
}
}
}
void Touch::tuioRemoved(ofxTuioCursor &tuioCursor){
ofPoint loc = ofPoint(tuioCursor.getX()*ofGetWidth(),tuioCursor.getY()*ofGetHeight());
ofLog(OF_LOG_VERBOSE) << "Point n" << tuioCursor.getSessionId() << " remove at " << loc << endl;
ofNotifyMouseReleased(loc.x, loc.y, 0);
lastMoved = ofGetUnixTime();
}
void testApp::tuioRemoved(ofxTuioCursor &tuioCursor){
ofPoint loc = ofPoint(tuioCursor.getX()*ofGetWidth(),tuioCursor.getY()*ofGetHeight());
cout << "Point n" << tuioCursor.getSessionId() << " remove at " << loc << endl;
}
void testApp::tuioUpdated(ofxTuioCursor &tuioCursor){
addParticle(tuioCursor.getX()*screenWidth,tuioCursor.getY()*screenHeight,tuioCursor.getSessionId());
}
void ofxMtPhoto::tuioUpdated(ofxTuioCursor &tuioCursor){
ofVec2f loc = ofVec2f(tuioCursor.getX()*ofGetWidth(),tuioCursor.getY()*ofGetHeight());
if ( isOver(loc) ){
// ACTUALIZA la LOCacion de los dedos grabados
for ( int i = 0; i < cursorsOnBorder.size(); i++)
if (cursorsOnBorder[i].idN == tuioCursor.getSessionId())
cursorsOnBorder[i].loc = loc;
// Si hay un sólo dedo -> mueve la imagen
if (cursorsOnBorder.size() == 1 )
{
// ofVec2f newForce = cursorsOnBorder[0].loc - oldLoc[0];
// newForce.normalize(); // Lo normalizo para q la velocidad no se dispare
// acc += newForce;
// oldLoc[0] = cursorsOnBorder[0].loc;
pos = loc;
} // Si hay dos Dedos -> gira, escala y mueve
else if (cursorsOnBorder.size() == 2)
{
vel *= 0.5; // Si lo agarra con dos dedos frena la velocidad que tenía de forma dramática
int sta = -1; // algo como un NULL parameter
int din = -1; // algo como un NULL parameter
// encuentra cual es el estático y el dinámico
for ( int i = 0; i < cursorsOnBorder.size(); i++)
if (cursorsOnBorder[i].loc == oldLoc[i])
sta = i;
else
din = i;
// una vez encontrados, calcula las transformaciones
if ((sta != -1) && (din != -1) && (din != sta)){
// Recupera la Direccion, distancia y rotacion VIEJA
ofVec2f Di = oldLoc[sta] - oldLoc[din];
float di = Di.length();
float ri = -1*atan2(Di.x,Di.y)+(PI/2);
// Obtiene la Direccion, distancia y rotacion NUEVA
ofVec2f Dii = oldLoc[sta] - cursorsOnBorder[din].loc;
float dii = Dii.length();
float rii = -1*atan2(Dii.x,Dii.y)+(PI/2);
// Calcula el porcentaje ( de 0 a 1) de re-escalamiento
float scaleF = dii / di; // (<#float value#>, , <#float inputMax#>, <#float outputMin#>, <#float outputMax#>, <#bool clamp#>) ;
// Calcula los grados de rotación
float rotateF = rii - ri;
// Calcula el desplazamiento a partir de coordenadas polares.
ofVec2f oldStaCursorToCenter = pos - oldLoc[sta] ;
float oldAngleToCenter = -1*atan2(oldStaCursorToCenter.x,oldStaCursorToCenter.y)+(PI/2);
float oldRadioToCenter = oldStaCursorToCenter.length();
float newRadioToCenter = oldRadioToCenter * scaleF;
float newAngleToCenter = oldAngleToCenter + rotateF;
ofVec2f newStaCursorToCenter = ofVec2f(newRadioToCenter*cos(newAngleToCenter),newRadioToCenter*sin(newAngleToCenter));
// Actualiza los valores
resize(scaleF);
rotate(rotateF);
pos = oldLoc[sta] + newStaCursorToCenter;
}
oldLoc[0] = cursorsOnBorder[0].loc;
oldLoc[1] = cursorsOnBorder[1].loc;
}
}
}