void runProg(char **argv)
{
int a, b, c, f, l, k, j, g, y;
char average_flu_day[120],s[120];
int si;
int numinfhosts, numrechosts, numinfections;
struct flu *recovereds;
int toSend = 512;
readvars();
city_array = (int *) malloc(sizeof(int) * num_Cities);
foreign_array = (int *) malloc(sizeof(int) * n_cross_city_edges * num_Cities); //worst case scenario
fprintf(flu_sum_output,"\nNet_type,swnP,vacc_strats,per_vaccs,popsize,NCR,mut_rate,num_inf,tot_inf,duration,peak_inf,peak_day,half_pop_inf_day,# strains\n");
if(!vaccinate) {
printf("WARNING: Not vaccinating but summary output will report vacc_strat!\n");
printf("\tAlthough slower, consider vaccinating but setting proportion \n\tof pop to vacc = 0.0%\n\n");
}
swnP = p_values[0];
nodes = pop_sizes[0];
// printf("Population: %d\n",nodes);
while(num_connected < num_Cities-1)
{}
initialize(argv); /* set up model and do statistics */
printf("done setting up network and rewiring\n");
printf("NORMAL EXECUTION\n");
makeGraphicFile();
exit(0);
}
int read2VarsParticles(void)
{
varrec recForGG;
errorText[0]=0;
blind=1;
if(!readvars(1,&recForGG) ) return 1;
if(!readparticles(1,0)) return 2;
return 0;
}
int loadModel(int check,int ugForce)
{ varrec recForGG;
errorText[0]=0;
if( (!check)&&(lastModel == n_model) ) return 1;
if( !readvars(check,&recForGG) ) if(blind) sortie(125); else return 0;
if( !readparticles(check,ugForce)) if(blind) sortie(125); else return 0;
if( recForGG.need!=-1)
{
nmodelvar++;
*(modelvars+nmodelvar)=recForGG;
}
if( !readlagrangian(check,ugForce)) if(blind) sortie(125); else return 0;
filldecaylist();
readEXTLIB();
lastModel = n_model;
return 1;
}
