// -----------------------------
//  template.cpp
// -----------------------------
 #include "w.h"
 #include "complex.h"
 #include "complex.cpp"
 #include "frac.h"
 #include "frac.cpp"
 
// define the operator > for 'our' Complex class
 int operator > (const Complex &c1, const Complex &c2)
 {
	 return (norm(c1) > norm(c2) ? 1 : 0);
 }

 // define the function Max for *any* class having operator >
 template <class X> X Max(X a, X b)
 {
	  return (a > b ? a : b);
 }


 // -----------------------------------

 void main()
 {
   nl(0);
	banner("template.cpp");
	pl("Max(1,2) = ",Max(1,2));
	pl("Max(3.4,3.2) = ",Max(3.4,3.2));
	Complex a(1,2),b(2,0.9);
	p("a = "); p(a);	p("    b = "); pl(b);
	p("Max(a,b) = "); pl( Max(a,b));
	frac f1(4,5),f2(41,51);
	p("f1 = "); p(f1); p("   f2 = "); pl(f2);
	p("Max(f1,f2) = "); pl(Max(f1,f2));

 }

 /* output ------------------------------------
   --------------
    template.cpp
   --------------
   Max(1,2) = 2
   Max(3.4,3.2) = 3.4
   a = (1, 2)    b = (2, 0.9)
   Max(a,b) = (1, 2)
   f1 = 4/5   f2 = 41/51
   Max(f1,f2) = 41/51



*/