Switch from use of fprintf() to redirectable mp_printf().

Author: rdzman

maxloadlim.m

@@ -71,7 +71,7 @@
 
 while iter <= iter_max && repeat
     if options.verbose
-        fprintf(1,'Beginning of iteration %d\n',iter);
+        mp_printf(1,'Beginning of iteration %d\n',iter);
     end
     iter = iter + 1;
 

print_maxloadlim.m

@@ -14,44 +14,44 @@ function print_maxloadlim(mpc,results)
 
 % Print some global information about the parameters and results of the
 % maximum loadability limit problem
-fprintf('\n');
-fprintf('=======================================\n');
-fprintf('      Maximum loadability problem\n');
-fprintf('=======================================\n');
-fprintf('The stability margin is %.2f MW\n',results.stab_marg*results.baseMVA);
-fprintf('The type of bifurcation is %s (%s).\n',...
+mp_printf('\n');
+mp_printf('=======================================\n');
+mp_printf('      Maximum loadability problem\n');
+mp_printf('=======================================\n');
+mp_printf('The stability margin is %.2f MW\n',results.stab_marg*results.baseMVA);
+mp_printf('The type of bifurcation is %s (%s).\n',...
     results.bif.full_name,results.bif.short_name);
 if strcmp(results.bif.short_name,'LIB')
-    fprintf('Generator responsible for LIB: Gen %d connected at bus %d\n',...
+    mp_printf('Generator responsible for LIB: Gen %d connected at bus %d\n',...
         results.bif.gen_sll,results.gen(results.bif.gen_sll,GEN_BUS));
 end
-fprintf('\n--------------------------------------------------\n');
-fprintf('   Bus nb    Direction     Load at MLL    Voltages \n');
-fprintf('   ------    ---------     -----------    --------\n');
+mp_printf('\n--------------------------------------------------\n');
+mp_printf('   Bus nb    Direction     Load at MLL    Voltages \n');
+mp_printf('   ------    ---------     -----------    --------\n');
 for i = 1:size(results.bus,1)
-    fprintf('   %4d      %.2f         %8.2f         %4.3f\n',...
+    mp_printf('   %4d      %.2f         %8.2f         %4.3f\n',...
         results.bus(i,BUS_I),results.dir_mll(i),results.bus(i,PD),results.bus(i,VM));
 end
 
 % Print some global information about the generators and their limits
 % First we extract the original voltage set points of the generators
 gen_v_set = mpc.gen(:,VG);
 
-fprintf('\n');
-fprintf('=============================================================\n');
-fprintf('Reactive power production and voltages at the generators\n');
-fprintf('=============================================================\n');
-fprintf(' Bus nb       Qgen        Qmin        Qmax       Vm      Vref\n');
-fprintf('--------    --------    --------    --------    -----    -----\n');
+mp_printf('\n');
+mp_printf('=============================================================\n');
+mp_printf('Reactive power production and voltages at the generators\n');
+mp_printf('=============================================================\n');
+mp_printf(' Bus nb       Qgen        Qmin        Qmax       Vm      Vref\n');
+mp_printf('--------    --------    --------    --------    -----    -----\n');
 for i = 1:size(results.gen,1)
-    fprintf(' %4d       %8.2f    %8.2f    %8.2f    %4.3f    %4.3f',...
+    mp_printf(' %4d       %8.2f    %8.2f    %8.2f    %4.3f    %4.3f',...
         results.gen(i,GEN_BUS),results.gen(i,QG),results.gen(i,QMIN),results.gen(i,QMAX),...
         results.bus(results.gen(i,GEN_BUS),VM),gen_v_set(i));
     if results.bus(results.gen(i,GEN_BUS),BUS_TYPE) == REF
-        fprintf('    REF');
+        mp_printf('    REF');
     end
     if strcmp(results.bif.short_name,'LIB') && any(results.bif.gen_sll == i)
-        fprintf('    LIB');
+        mp_printf('    LIB');
     end
-    fprintf('\n');
+    mp_printf('\n');
 end