void Hd(pilha *P, No **raiz)
{
No *pai_a = (No*) malloc(sizeof(No));
No *pai_resto = (No*) malloc(sizeof(No));
pilha Pilha[10000];
if(tamPilha > 1)
{
pai_a = pop(P);
pai_resto = pop(P);
if(pai_a->dir->c == '@')
{
DecodificaOperacao(pai_a->dir, Pilha);
OP = pop(Pilha);
if(OP->c == 'T')
Tl(Pilha, &pai_a->dir);
else if(OP->c == 'H')
Hd(Pilha, &pai_a->dir);
else
printf("\n--ERRO!!--\n");
}
pai_resto->esq = pai_a->dir->esq;
DecodificaOperacao(pai_resto, P);
}
else if(tamPilha == 1)
{
pai_a = pop(P);
if(pai_a->dir->c == '@')
{
DecodificaOperacao(pai_a->dir, Pilha);
OP = pop(Pilha);
if(OP->c == 'T')
Tl(Pilha, &pai_a->dir);
else if(OP->c == 'H')
Hd(Pilha, &pai_a->dir);
else
printf("\n--ERRO!!--\n");
}
(*raiz) = pai_a->dir->esq;
DecodificaOperacao(*raiz, P);
}
else
{
Fim=1;
}
}
//________________| TLatex
void StyleLatex(TString str="title", Double_t fmin, Double_t fmax, const Int_t fbit=0, const char *fPartype="", const Double_t xvalue =5){
TLatex Tl(0.5,0.5,"u");
Tl.SetTextFont(42);
Tl.SetTextAlign(12);
Tl.SetTextSize(0.035);
Tl.SetTextColor(46);
Tl.DrawLatex(xvalue,0.64, Form("Configurations"));
Tl.DrawLatex(xvalue,0.62, "___________________");
Tl.DrawLatex(xvalue,0.58, Form("1. Filterbit: %d", fbit));
Tl.DrawLatex(xvalue,0.54, Form("2. Particle Type: %s", fPartype));
if(str.Contains("PT") || str.Contains("PT") || str.Contains("Pt")){
Tl.DrawLatex(xvalue,0.50, Form("3. %.1f #leq #eta #leq %.1f ", -0.9, 0.9));
Tl.DrawLatex(xvalue,0.46, Form("4. %.1f #leq Zvtx #leq %.1f (cm)", -10., 10.));
Tl.DrawLatex(xvalue,0.42, Form("5. %.1f #leq p_{T} #leq %.1f (GeV/c)", fmin, fmax));
}
else if(str.Contains("eta") || str.Contains("ETA") || str.Contains("Eta")){
Tl.DrawLatex(xvalue,0.50, Form("3. %.1f #leq p_{T} #leq %.1f (GeV/c)", 0.5, 24.));
Tl.DrawLatex(xvalue,0.46, Form("4. %.1f #leq Zvtx #leq %.1f (cm)", -10., 10.));
Tl.DrawLatex(xvalue,0.42, Form("5. %.1f #leq Eta #leq %.1f ", fmin, fmax));
}
else if(str.Contains("zvtx") || str.Contains("ZVTX") || str.Contains("Zvtx")){
Tl.DrawLatex(xvalue,0.50, Form("3. %.1f #leq #eta #leq %.1f ", -0.9, 0.9));
Tl.DrawLatex(xvalue,0.46, Form("4. %.1f #leq p_{T} #leq %.1f (GeV/c)", 0., 24.));
Tl.DrawLatex(xvalue,0.42, Form("5. %.1f #leq AvgZv #leq %.1f (cm)", fmin, fmax));
}
else {
Tl.DrawLatex(xvalue,0.50, Form("3. %.1f #leq Zvtx #leq %.1f (cm)", -10., 10.));
Tl.DrawLatex(xvalue,0.46, Form("4. %.1f #leq #eta #leq %.1f ", -0.9, 0.9));
Tl.DrawLatex(xvalue,0.42, Form("5. %.1f #leq p_{T} #leq %.1f (GeV/c)", 0.0, 24.0));
}
}
int main()
{
int i;
char strEntrada[200000];
No *Raiz;
pilha Pilha[10000];
OP = (No*) malloc(sizeof(No));
FILE *arq = fopen("string.in", "r");
fscanf(arq,"%s",strEntrada);
criaNo('@', &Raiz);
Raiz = criaGrafo(strEntrada, Raiz);
DecodificaOperacao(Raiz, Pilha);
//for(i = 0; i<1; i++)
while(Fim == 0 && Raiz->c != ':' && Raiz->c != '$')
{
OP = pop(Pilha);
switch (OP->c)
{
case 'S':
if(Verifica(3,Pilha, &Raiz))
{
S(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_S++;
#endif
}
break;
case 'K':
K(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_K++;
#endif
break;
case 'B':
if(Verifica(3,Pilha, &Raiz))
{
B(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_B++;
#endif
}
break;
case 'b':
if(Verifica(3,Pilha, &Raiz))
{
BL(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_BL++;
#endif
}
break;
case 'P':
if(Verifica(3,Pilha, &Raiz))
{
CL(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_CL++;
#endif
}
break;
case 'I':
I(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_I++;
#endif
break;
case 'W':
if(Verifica(3,Pilha, &Raiz))
{
SL(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_SL++;
#endif
}
break;
case 'C':
if(Verifica(3,Pilha, &Raiz))
{
C(Pilha, &Raiz);
#ifdef CONT_FLAG
cont_C++;
#endif
}
break;
case 'H': //Hd
Hd(Pilha, &Raiz);
break;
case 'T': //Tl
Tl(Pilha, &Raiz);
break;
case '*':
MULT(Pilha, &Raiz);
break;
case '/':
DIV(Pilha, &Raiz);
break;
case '-':
SUB(Pilha, &Raiz);
break;
case '+':
ADD(Pilha, &Raiz);
break;
case '^':
POT(Pilha, &Raiz);
break;
default:
Fim = 1;
break;
}
}
printf("Saida: ");
printaGrafo(Raiz);
printf("\n");
printf("\nChamadas ao GC:%d\n", garbage);
#ifdef CONT_FLAG
printf("S: %d\n",cont_S);
printf("K: %d\n",cont_K);
printf("I: %d\n",cont_I);
printf("C: %d\n",cont_C);
printf("B: %d\n",cont_B);
printf("S': %d\n",cont_SL);
printf("C': %d\n",cont_CL);
printf("B': %d\n",cont_BL);
#endif
return 0;
}