#include <fstream>

using namespace std;

ifstream in("reuniune.in");
ofstream out("reuniune.out");

struct Points{
  long long x0;
  long long y0;
  long long x1;
  long long y1;
};

Points a, b, c;

long long arie, peri;

long long computear(Points h){
  return 1LL * (h.x1 - h.x0) * (h.y1 - h.y0);
}

long long computeperi(Points h){
  return 1LL * ((h.x1 - h.x0) + (h.y1 - h.y0)) * 2;
}

Points intersection(Points a, Points b){
  Points aux;

  aux.x0 = max(a.x0, b.x0);
  aux.x1 = min(a.x1, b.x1);

  aux.y0 = max(a.y0, b.y0);
  aux.y1 = min(a.y1, b.y1);

  if(aux.x1 < aux.x0 || aux.y1 < aux.y0){
    aux.x0 = 0;
    aux.x1 = 0;

    aux.y0 = 0;
    aux.y1 = 0;
  }

  return aux;
}

int main()
{
  in >> a.x0 >> a.y0 >> a.x1 >> a.y1;
  in >> b.x0 >> b.y0 >> b.x1 >> b.y1;
  in >> c.x0 >> c.y0 >> c.x1 >> c.y1;
  in.close();

  arie = computear(a) + computear(b) + computear(c);
  arie -= computear(intersection(a, b));
  arie -= computear(intersection(b, c));
  arie -= computear(intersection(a, c));
  arie += computear(intersection(c, intersection(a, b)));

  peri = computeperi(a) + computeperi(b) + computeperi(c);
  peri -= computeperi(intersection(a, b));
  peri -= computeperi(intersection(b, c));
  peri -= computeperi(intersection(a, c));
  peri += computeperi(intersection(c, intersection(a, b)));

  out << arie << ' ' << peri << '\n';
  out.close();
  return 0;
}