Function main

gfanlib/gfanlibtest.cpp:197–235

int main()
{
  ZMatrix A(3,2);

  A[0][0]=2;A[0][1]=2;
  A[1][0]=1;A[1][1]=2;
  A[2][0]=-2;A[2][1]=1;

  ZMatrix temp(0,2);
  ZCone C(A,temp);

  cout<<C;
  C.canonicalize();
  cout<<C;

  cout<<"Relative interior point"<<endl<<C.getRelativeInteriorPoint()<<endl;
  cout<<"Extreme rays"<<endl<<C.extremeRays()<<endl;
  cout<<"Dual cone"<<endl<<C.dualCone()<<endl;
  cout<<"Unique point"<<endl<<C.getUniquePoint()<<endl;
  cout<<"Inequalities"<<endl<<C.getInequalities()<<endl;


  ZMatrix B(1,2);

  B[0][0]=1;B[0][1]=5;
  ZCone C2(B,temp);
  C2.canonicalize();
  cout<<""<<"Quotient lattice basis"<<endl<<C2.quotientLatticeBasis()<<endl;
  cout<<""<<"Semigroup generator"<<endl<<C2.semiGroupGeneratorOfRay()<<endl;





  std::cerr<<toString(C);
    std::cerr<<toPrintString(C,"_");

  return 0;
}