/*This is the file for formulating the crossover process*/void crossover(population *new_pop_ptr,population *mate_pop_ptr) ;void crossover(population *new_pop_ptr,population *mate_pop_ptr){  int i,j,k,l,m,n,y,mating_site,*par1,*par2,*chld1,*chld2,c;  float rnd;  int r;  rnd=randomperc();    new_pop_ptr->ind_ptr=&(new_pop_ptr->ind[0]);    mate_pop_ptr->ind_ptr=&(mate_pop_ptr->ind[0]);   for (i = 0,y = 0,n = 0;i < popsize/2;i++)    {      new_pop_ptr->ind_ptr = &(new_pop_ptr->ind[n]);      chld1=&(new_pop_ptr->ind_ptr->genes[0]);      n = n+1;            new_pop_ptr->ind_ptr = &(new_pop_ptr->ind[n]);      chld2=&(new_pop_ptr->ind_ptr->genes[0]);      n = n+1;            mate_pop_ptr->ind_ptr = &(mate_pop_ptr->ind[y]);      par1 = &(mate_pop_ptr->ind_ptr->genes[0]);      y = y+1;            mate_pop_ptr->ind_ptr = &(mate_pop_ptr->ind[y]);      par2 = &(mate_pop_ptr->ind_ptr->genes[0]);       y = y+1;            rnd = randomperc();      if (rnd < pcross)	{	  ncross++;	  rnd = randomperc();	  c = floor(rnd*(chrom+10));	  mating_site = c;	  if(mating_site >= chrom)	    {	      mating_site = mating_site/2;	    }	  	  for(k = 0;k < chrom;k++)	    {	      if(k > mating_site-1)		{		  *chld1++ = *par2++;		  *chld2++ = *par1++;		}	      else		{		  *chld1++ = *par1++;		  *chld2++ = *par2++;		}	    }	}    else       {	for (k = 0;k < chrom;k++)	  {	    *chld1++ = *par1++;	    *chld2++ = *par2++;	  }      }    }  return;}