int main(int argc, char **argv)
{
parameters.handleArgs(argc,argv,"settings/defaults-swarming.settings");
parameters.afterSetting();
rng_t rng;
rng.seed(parameters.randSeed());
// rand() used in random_shuffle()
srand(parameters.randSeed());
// set up the (initial) swarming pattern and do the experiment
if (parameters.swarming_pattern() == "NETWORK")
{ graph_swarming_pattern swp;
swp.inheritParametersFrom(parameters);
const unsigned nr = swp.n_rooms();
swp.fixed.set_size(nr);
swp.n = graph_swarming_pattern::network_t(nr);
construct_network(swp.n,swp,rng);
int fixed = (swp.n_individuals() - swp.n_mobile());
int fpr = fixed / nr;
for (int i = 0; i < nr; ++i)
{ swp.fixed[i] = fpr;
fixed -= fpr;
}
if (fixed > 0)
swp.fixed[0] += fixed;
swarm_selection_indicator<graph_swarming_pattern,rng_t,ParamsClass>
sind(rng);
do_experiment(swp,sind,rng);
}
else if (parameters.swarming_pattern() == "STATIC_LATTICE")
{ static_lattice_swarming_pattern swp;
swp.inheritParametersFrom(parameters);
swp.initialize(rng);
static_lattice_swarm_selection_indicator<rng_t,ParamsClass>
sind(rng);
do_experiment(swp,sind,rng);
}
else if (parameters.swarming_pattern() == "DYNAMIC_LATTICE")
{ dynamic_lattice_swarming_pattern dsp;
dsp.inheritParametersFrom(parameters);
dynamic_lattice_swarm_selection_indicator<rng_t,ParamsClass>
sind(rng);
do_experiment(dsp,sind,rng);
}
}
void setup() override
{
construct_network(opts());
}
