/* minmeanmax.cc *//* Calculates the min, mean and max of each gene for a given population *//* N.B.: the macro is defined in "hybrids.h" */#include <stdio.h>#include "rep.h"#include "support.h" /* Population defined here */void minmeanmax( FILE *fp, Population &pop, int num_its ){   register int i=0, g=0;   int     num_indvs=1, num_genes=1;   double  state_var=0., *minimum, *sum, *maximum, *best;   // double  best_energy=1e20;   // double energy;   Element temp;   num_indvs = pop.num_individuals();   num_genes = pop[0].genotyp.num_genes();   minimum = new double[ num_genes ];   sum     = new double[ num_genes ];   maximum = new double[ num_genes ];   best    = new double[ num_genes ];   // energy  = best_energy;   for (g=0; g < num_genes; g++)   {      temp       = pop[0].genotyp.gread(g);      minimum[g] = temp.real;      sum[g]     = temp.real;      maximum[g] = temp.real;      best[g]    = temp.real;   }   for (i=1; i < num_indvs; i++) // i-th individual in population   {      for (g=0; g < num_genes; g++) // g-th gene in individual      {         temp = pop[i].genotyp.gread(g);         state_var = temp.real;         if (minimum[g] > state_var) {            minimum[g] = state_var;         }         if (maximum[g] < state_var) {            maximum[g] = state_var;         }         sum[g] += state_var;      }   }   for (g=0; g < num_genes; g++) // g-th gene in individual    {       fprintf( fp, "%d  %2d  %8.3f  %8.3f  %8.3f\n", num_its, (g+1), minimum[g], sum[g]/num_indvs, maximum[g] ); fflush( fp );   }   delete [] minimum;   delete [] sum;   delete [] maximum;}