#include <iostream>
#define max 1000

int binT[10000];

int RootB (int binT[]) {
     return 1;
}

int LabelB (int n, int binT[]) {
     return binT[n];
}

int ParentB (int n, int binT[]) {
     if (n==RootB(binT))return -1;
     if (n%2)return (n-1)/2;
     else return n/2;
}

int LeftChildB (int n, int binT[]) {
     if (LabelB(n*2, binT)==-1) return -1;
     return n*2;
}

int RightChildB (int n, int binT[]) {
     if (LabelB(n*2+1, binT)==-1)return -1;
     return n*2+1;
}

void ChangeLabelB (int x, int n, int binT[]) {
      binT[n] = x;
}

bool CreateLeftB (int x, int n, int binT[]) {
     if (LeftChildB(n, binT)!=-1)return false;
     binT[n*2] = x;
     return true;
}

bool CreateRightB (int x, int n, int binT[]) {
     if (RightChildB(n, binT)!=-1)return false;
     binT[n*2+1] = x;
     return true;
}

void DeleteB (int n, int binT[]) {
      if (LeftChildB(n, binT)!=-1)
        DeleteB(LeftChildB(n, binT), binT);
      if (RightChildB(n, binT)!=-1)
        DeleteB(RightChildB(n, binT), binT);
      binT[n]=-1;
}

void InitB (int n, int binT[]) {
      for (int i=0; i<1000; i++)
        binT[i] = -1;
      binT[1] = n;
}

Implementacija binarnog stabla pomoću polja

binstablo_polje.h

C++