AVLight::AVLight(bool isOn, int intensity, float hRot, float vRot, float distToOrigin)
: m_isOn(isOn),
m_intensity(intensity),
m_hRotation(hRot),
m_vRotation(vRot),
m_distanceToOrigin(distToOrigin)
{
calculateTransformation();
}
AVLight::AVLight()
{
m_isOn = false;
m_intensity = 0;
m_hRotation = 0.0;
m_vRotation = 0.0;
m_distanceToOrigin = 10.0;
calculateTransformation();
}
void Tracker::registerChangedAngle(double angle){
lock.lockForRead();
{
// Let each movement tracker calculate it's no position by itself...
QList<MovementTracker*>::const_iterator i = movementTrackers->constBegin();
while (i != movementTrackers->constEnd()) {
(*i)->registerChangedAngle(angle);
i++;
}
// Register this movement in the log
registerMovementInLog(calculateTransformation());
}
lock.unlock();
emit moved(this->getX(), this->getY(), this->getRotation());
}
Trafo2D Tracker::getTransformation(){
QReadLocker locker(&lock);
return calculateTransformation();
}
void AVLight::setDistanceToOrigin(float value)
{
m_distanceToOrigin = value;
calculateTransformation();
}
void AVLight::setHRotation(float value)
{
m_hRotation = value;
calculateTransformation();
}
AReViBalloon::AReViBalloon(ArCW &arCW, string text, double height, double width, double posX, double posY, double posZ, double /*oriZ*/)
: Object3D(arCW)
{
setTransient(false);
/* Instanciations */
_mesh = Mesh3D::NEW();
_shape = Shape3D::NEW();
cerr << height << " "<<width << endl;
_ctexture = CairoTexture::NEW(1024*height, 1024* width);
_textManager=CairoTextManager::NEW(_ctexture);
_textManager->setFontSize(200);
/* Configuration */
_ctexture->setLineWidth(12);
_ctexture->setLineCap(CairoTexture::LINE_CAP_ROUND);
double sx = height / 2;
double sy = width / 2;
/* Création mesh */
_mesh->accessVertices().push_back(Util3D::Dbl3(-sx,-sy,0));
_mesh->accessVertices().push_back(Util3D::Dbl3(+sx,-sy,0));
_mesh->accessVertices().push_back(Util3D::Dbl3(+sx,+sy,0));
_mesh->accessVertices().push_back(Util3D::Dbl3(-sx,+sy,0));
_mesh->accessTextures().push_back(Util3D::Dbl2(0.0,0.0));
_mesh->accessTextures().push_back(Util3D::Dbl2(1.0,0.0));
_mesh->accessTextures().push_back(Util3D::Dbl2(1.0,1.0));
_mesh->accessTextures().push_back(Util3D::Dbl2(0.0,1.0));
_mesh->accessVertexFaces().push_back(Util3D::Face(0,1,3));
_mesh->accessVertexFaces().push_back(Util3D::Face(1,2,3));
_mesh->computeDefaultNormals(true);
if (!_mesh->applyChanges(true))
cerr << "ERREUR MESH ...." << endl;
/* Orientation correcte mesh */
ArRef<Transform3D> tr = calculateTransformation (1.57,1.57,0);
_mesh->writeTransformation(tr);
/* Lien entre objets */
_shape->addRootPart(_mesh);
_mesh->setTexture(_ctexture);
_mesh->setTextureRepeat(false,false);
/*----Dessin de la bulle et du texte----*/
_text = text;
/*-------Lien avec la shape--------*/
setShape(_shape);
_shape->setBillboard(true,false);
/*--------Placement de la bulle au-dessus du personnage----------*/
translate(posX,posY,posZ);
_light=Light3D::NEW();
_light->setDirectional(false);
// _light->setLocation(shared_dynamic_cast<AReViWindow3D>(AReViMascaretApplication::getInstance()->accessWindow())->getAReViViewer());
// _light->attachTo(shared_dynamic_cast<AReViWindow3D>(AReViMascaretApplication::getInstance()->accessWindow())->getAReViViewer());
vector< shared_ptr<IEHA::Window3D> > windows = AReViMascaretApplication::getInstance()->getWindows();
for(int i = 0; i < windows.size(); i++)
{
_light->setLocation(shared_dynamic_cast<AReViWindow3D>(windows[i])->getAReViViewer());
_light->attachTo(shared_dynamic_cast<AReViWindow3D>(windows[i])->getAReViViewer());
}
/*--------Affichage de la bulle------*/
show();
}
