void Pile::Sum(){
Constante* depile=this->Depiler();
if(depile->GetType()!=entier)
throw LogMessage("le operande n est pas de type entier",2);
int i=int(dynamic_cast<Reel*>(depile)->GetReel());
if(nb<i)
throw LogMessage("Pas assez element dans la pile",3);
if(i<=1)
return;
Constante* sum=Depiler();
for(int j=2;j<=i;j++)
sum=sum->Add(Depiler());
Enpiler(*sum);
}
TPile * postfixe (TPile * sommet, char Type, int nb) {
int nb1, nb2;
switch(Type) {
case 'N':
sommet = Emplier(sommet, nb);
break;
case '+':
sommet = Depiler(sommet, &nb2);
sommet = Depiler(sommet, &nb1);
nb = nb1 + nb2;
sommet = Emplier(sommet, nb);
break;
case '-':
// TODO: check this snippet
sommet = Depiler(sommet, &nb2);
sommet = Depiler(sommet, &nb1);
nb = nb1 - nb2;
sommet = Emplier(sommet, nb);
break;
case '*':
// TODO: check this snippet
sommet = Depiler(sommet, &nb2);
sommet = Depiler(sommet, &nb1);
nb = nb1 * nb2;
sommet = Emplier(sommet, nb);
break;
case '/':
// TODO: check this snippet
if (nb2 != 0) {
sommet = Depiler(sommet, &nb2);
sommet = Depiler(sommet, &nb1);
nb = nb1 / nb2;
sommet = Emplier(sommet, nb);
} else exit(1);
break;
}
return sommet;
}
void Pile::Mean(){
Constante* numero=this->GetConstante(nb-1);
Sum();
Enpiler(*(Depiler()->Division(numero)));
}
