//@random
edge_info graph_serv::get_edge(const std::string& nid, const edge_id_t& id)const
{
jubatus::graph::edge_info info;
g_.get_model()->get_edge((jubatus::graph::edge_id_t)id, info);
jubatus::edge_info ret;
ret.p = info.p;
ret.src = i2n(info.src);
ret.tgt = i2n(info.tgt);
return ret;
}
//put periodicopt == 1 for periodic boundary conditions (i.e., in a box)
void getnbrs(int cellnum, int NFAC, int Ncell, int *nbrs, int *nnbrs, int *closenbrs, int periodicopt) {
int iposcen[3];
int ipos[3];
//tmp!!
int iposchk[3];
n2i(cellnum,Ncell,iposcen);
int ix, iy, iz;
int nbrindx = 0;
int closecnt = 0;
for(ix=iposcen[0]-NFAC;ix<=iposcen[0]+NFAC;ix++) {
for(iy=iposcen[1]-NFAC;iy<=iposcen[1]+NFAC;iy++) {
for(iz=iposcen[2]-NFAC;iz<=iposcen[2]+NFAC;iz++) {
if(closenbrs[closecnt] == 0) {
closecnt += 1;
continue;
}
else {
closecnt += 1;
}
if(periodicopt == 0) {
if(ix < 0 || ix >= Ncell || iy < 0 || iy >= Ncell || iz < 0 || iz >= Ncell) {
continue;
}
ipos[0] = ix;
ipos[1] = iy;
ipos[2] = iz;
}
else { //periodicopt = 1
ipos[0] = wrapgridperiodic(ix,Ncell);
ipos[1] = wrapgridperiodic(iy,Ncell);
ipos[2] = wrapgridperiodic(iz,Ncell);
}
nbrs[nbrindx] = i2n(ipos,Ncell);
#ifdef SANITYCHECKS
n2i(nbrs[nbrindx],Ncell,iposchk);
if(iposchk[0] != ix && iposchk[0] != ix-Ncell && iposchk[0] != ix+Ncell) {
printf("x err!\n");
exit(1);
}
if(iposchk[1] != iy && iposchk[1] != iy-Ncell && iposchk[1] != iy+Ncell) {
printf("y err!\n");
exit(1);
}
if(iposchk[2] != iz && iposchk[2] != iz-Ncell && iposchk[2] != iz+Ncell) {
printf("z err!\n");
exit(1);
}
#endif
nbrindx += 1;
}
}
}
(*nnbrs) = nbrindx;
#if defined(SANITYCHECKS) && defined(ASSERT_ON)
assert(closecnt == (2*NFAC+1)*(2*NFAC+1)*(2*NFAC+1));
#endif
}
//@random
std::vector<node_id> graph_serv::shortest_path(const shortest_path_req& req) const
{
std::vector<jubatus::graph::node_id_t> ret0;
jubatus::graph::preset_query q;
framework::convert(req.q, q);
g_.get_model()->shortest_path(n2i(req.src), n2i(req.tgt), req.max_hop, ret0, q);
std::vector<node_id> ret;
for(size_t i=0;i<ret0.size();++i){
ret.push_back(i2n(ret0[i]));
}
return ret;
}
