Element& Reel::operator/(Element& e)
{
if(typeid(e) == typeid(Complexe))
{
Complexe& ecast = dynamic_cast<Complexe &>(e);
if(typeid(*ecast.getRe()) == typeid(Entier))
{
Entier* ccast = dynamic_cast<Entier *>(ecast.getRe());
Reel* tmp = new Reel(this->getX() / (float)ccast->getX());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
else if(typeid(*ecast.getRe()) == typeid(Reel))
{
Reel* rcast = dynamic_cast<Reel *>(ecast.getRe());
Reel* tmp = new Reel(this->getX() / rcast->getX());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
else if(typeid(*ecast.getRe()) == typeid(Rationnel))
{
Rationnel* rcast = dynamic_cast<Rationnel *>(ecast.getRe());
Reel* tmp = new Reel(this->getX()/((float)rcast->getX()/(float)rcast->getY()));
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
}
else if(typeid(e) == typeid(Entier))
{
Entier& ecast = dynamic_cast<Entier &>(e);
return *(new Reel(this->getX() / (float)ecast.getX()));
}
else if(typeid(e) == typeid(Expression))
{
Expression& ecast = dynamic_cast<Expression &>(e);
return *(new Expression(this->toQString() + ' ' + ecast.getX() + ' / '));
}
else if(typeid(e) == typeid(Rationnel))
{
Rationnel& rcast = dynamic_cast<Rationnel &>(e);
return *(new Reel(this->getX()/((float)rcast.getX()/(float)rcast.getY())));
}
else if(typeid(e) == typeid(Reel))
{
Reel& rcast = dynamic_cast<Reel &>(e);
return *(new Reel(this->getX() / rcast.getX()));
}
else{qDebug()<<"erreur";}
}
Element& Reel::operator+(Element& e)
{
if(typeid(e) == typeid(Complexe)) //! Si l'element en argument est un complexe
{
Complexe& ecast = dynamic_cast<Complexe &>(e);
if(typeid(*ecast.getRe()) == typeid(Entier*))
{
Entier* ccast = dynamic_cast<Entier *>(ecast.getRe());
Reel* tmp = new Reel(ccast->getX()+ this->getXAsFloat());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
else if(typeid(*ecast.getRe()) == typeid(Reel))
{
Reel* rcast = dynamic_cast<Reel *>(ecast.getRe());
Reel* tmp = new Reel(rcast->getX() + this->getX());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
else if(typeid(*ecast.getRe()) == typeid(Rationnel))
{
Rationnel* rcast = dynamic_cast<Rationnel *>(ecast.getRe());
Reel* tmp = new Reel(((float)rcast->getX()/(float)rcast->getY()) + this->getX());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
}
else if(typeid(e) == typeid(Entier))
{
Entier& ecast = dynamic_cast<Entier &>(e);
return *(new Reel((float)ecast.getX()+this->getX()));
}
else if(typeid(e) == typeid(Expression))
{
Expression& ecast = dynamic_cast<Expression &>(e);
return *(new Expression( this->toQString() + ' ' + ecast.getX() + ' + '));
}
else if(typeid(e) == typeid(Rationnel))//! Si l'element en argument est un rationnel
{
Rationnel& rcast = dynamic_cast<Rationnel &>(e);
return *(new Reel(((float)rcast.getX()/(float)rcast.getY())+this->getX()));
}
else if(typeid(e) == typeid(Reel)) //! Si l'element en argument est un reel
{
Reel& rcast = dynamic_cast<Reel &>(e);
return *(new Reel(rcast.getX()+this->getX()));
}
}
Element& Entier::operator-(Element& e)
{
if(typeid(e) == typeid(Complexe))
{
Complexe& ecast = dynamic_cast<Complexe &>(e);
if(typeid(ecast.getRe()) == typeid(Entier*))
{
Entier* ccast = dynamic_cast<Entier *>(ecast.getRe());
Entier* tmp = new Entier(this->getX() - ccast->getX());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
else if(typeid(ecast.getRe()) == typeid(Reel*))
{
Reel* rcast = dynamic_cast<Reel *>(ecast.getRe());
Reel* tmp = new Reel((float) this->getX() - rcast->getX());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
else if(typeid(ecast.getRe()) == typeid(Rationnel*))
{
Rationnel* rcast = dynamic_cast<Rationnel *>(ecast.getRe());
Rationnel* tmp = new Rationnel(this->getX()*rcast->getY() - rcast->getX(), rcast->getY());
return *(new Complexe(tmp, ecast.getIm()->clone()));
}
}
else if(typeid(e) == typeid(Entier))
{
Entier& ecast = dynamic_cast<Entier &>(e);
return *(new Entier(this->getX() - ecast.getX()));
}
else if(typeid(e) == typeid(Expression))
{
Expression& ecast = dynamic_cast<Expression &>(e);
return *(new Expression( this->toQString() + ' ' + ecast.getX() + ' - '));
}
else if(typeid(e) == typeid(Rationnel))
{
Rationnel& rcast = dynamic_cast<Rationnel &>(e);
return *(new Rationnel(this->getX()*rcast.getY() - rcast.getX(), rcast.getY()));
}
else if(typeid(e) == typeid(Reel))
{
Reel& rcast = dynamic_cast<Reel &>(e);
return *(new Reel((float)this->getX() - rcast.getX()));
}
}