///\brief Parse le fichier de triplet afin d'affecter si oui ou non un AS(vertex) est un transit
///\param filename nom du fichier de triplet
void Controler::load_triplet(std::string const & filename){
std::set<std::size_t> transit_as;
std::set<std::size_t>::iterator it;
Graph::vertex_descriptor v;
boost::graph_traits<Graph>::vertex_iterator vit, vend;
std::set<std::size_t>::const_iterator found;
read_triplet(filename,transit_as);
//Parcours du graph
for( boost::tie ( vit,vend) = boost::vertices( graph ); vit != vend; ++vit)
{
//TODO Gestion des vrais numéros d'AS...
v=*vit;
// int asnumber=graph[].as
found=transit_as.find(graph[v].asn);
//Affectation de la propriété transit
graph[v].is_transit=(found == transit_as.end())?false:true;
std::cout << graph[v].asn << " : " << graph[v].is_transit << std::endl;
}
}
int calibrate(int file, int width, Triplet *bias, FTriplet *scale)
{
Triplet data = {0};
MagDistribution m_dist = {{0},{0},{0}};
Triplet diameters;
int avg_diameter;
while (1) {
print_distribution (m_dist.min, m_dist.max, data, width, ' ', ' ');
read_triplet (file, XM_ADDRESS, OUT_X_L_M, &data);
update_mag_bias (data, &m_dist);
print_distribution (m_dist.min, m_dist.max, data, width, '|', '*');
move (6, 0);
refresh ();
usleep (20000);
if (getch () != ERR)
break;
}
bias->x = m_dist.bias.x;
bias->y = m_dist.bias.y;
bias->z = m_dist.bias.z;
/* Try to scale the axes (crude transform from ellipse to sphere) */
diameters.x = abs (m_dist.max.x - m_dist.min.x);
diameters.y = abs (m_dist.max.y - m_dist.min.y);
diameters.z = abs (m_dist.max.z - m_dist.min.z);
avg_diameter = (diameters.x + diameters.y + diameters.z) / 3;
scale->x = avg_diameter / (float)diameters.x;
scale->y = avg_diameter / (float)diameters.y;
scale->z = avg_diameter / (float)diameters.z;
return 1;
}