void CalculatriceModele::getMean(int type){
if(pile.size()>=1){
Constante* a = pile.pop();
if(typeid (*a).name()==typeid (Entier).name()){
Entier* e = dynamic_cast<Entier*>(a);
if(pile.size()>=e->GetEntier())
{
Rationnel nb_moyenne = e->inv();
pile.push(e);
emit getSum(type);
a = pile.pop();
Constante* res = nb_moyenne * a;
qDebug()<<"res :"<<res->ConvertChaine();
pile.push(res);
}
else{
pile.push(a);
logger1->Write(&LogMessage(ERROR,"taille pile insuffisante"));
logger2->Write(&LogMessage(ERROR,"taille pile insuffisante"));
}
}
else{
logger1->Write(&LogMessage(ERROR,"type non conforme"));
logger2->Write(&LogMessage(ERROR,"type non conforme"));
}
emit finOp(&pile);
}
else{
logger1->Write(&LogMessage(ERROR,"taille pile insuffisante"));
logger2->Write(&LogMessage(ERROR,"taille pile insuffisante"));
}
}
void CalculatriceModele::getSum(int type){
if(pile.size()>=1){
Constante* a = pile.pop();
if(typeid (*a).name()==typeid (Entier).name()){
Entier* e = dynamic_cast<Entier*>(a);
int k = e->GetEntier();
if(pile.size()>=k)
{
for(int i=0; i<k-1; i++){
emit getAdd(type);
}
Constante* res = pile.pop();
pile.push(res);
if(typeid (*res).name()==typeid (Expression).name()){
emit getExpression();
}
}
else {
logger1->Write(&LogMessage(ERROR,"pas assez d'expressions"));
logger2->Write(&LogMessage(ERROR,"pas assez d'expressions"));
pile.push(a);}
}else{
pile.push(a);
logger1->Write(&LogMessage(ERROR,"type non conforme"));
logger2->Write(&LogMessage(ERROR,"type non conforme"));
}
emit finOp(&pile);
}
else{
logger1->Write(&LogMessage(ERROR,"taille pile insuffisante"));
logger2->Write(&LogMessage(ERROR,"taille pile insuffisante"));
}
}
Entier Entier::mod(Entier e){return n%e.GetEntier();}
