removed debug printouts for amoeba

nonlin.cpp

@@ -400,28 +400,28 @@ NonlinOut levmar(const NonlinParam& p, const NonlinCF& cfo)
 NonlinOut amoeba(const NonlinParam& p, 
 		 const NonlinCF& cfo)
 {
-  cout << "Initialsing simplex" << endl;
+  // cout << "Initialsing simplex" << endl;
   Simplex smplx(p.Par(),cfo);
   p.SetCF(smplx.BestFuncVal());
 
   while (p.NextIter()) {
     // Check for convergence based on fractional difference 
     // between best and worst points in simplex.
-    cout << "New iteration: Checking for convergence" << endl;
+    // cout << "New iteration: Checking for convergence" << endl;
     if (zero_cf_diff_conv(smplx.WorstFuncVal(),smplx.BestFuncVal(),p.FractionalCFTolerance())) {
       p.SetStatus(NL_CFCONV);
       return(p.Status());
     }
     
-    cout << "Attempting reflexion" << endl;
+    // cout << "Attempting reflexion" << endl;
     double newf = smplx.Reflect();   // Attempt reflexion
     // Extend into an expansion if reflexion very successful
     if (newf <= smplx.BestFuncVal()) { 
-      cout << "Reflexion succesful: attempting expansion" << endl;
+      // cout << "Reflexion succesful: attempting expansion" << endl;
       smplx.Expand(); // Attempt expansion
     }
     else if (newf >= smplx.SecondWorstFuncVal()) {
-      cout << "New value worse than second worst: attempting contraction" << endl;
+      // cout << "New value worse than second worst: attempting contraction" << endl;
       double worst_fval = smplx.WorstFuncVal();
       newf = smplx.Contract();     // Do a contraction towards plane of "better" points
       if (newf >= worst_fval) {    // Didn't work. Contract towards best point