double d = Math.sqrt(m_DistanceFunction.distance(m_Root.p(), target, Double.POSITIVE_INFINITY, m_TreeStats)), upper_bound; cover_set_current.push(new d_node(d, m_Root)); setter(upper_k, Double.POSITIVE_INFINITY, k); this.update(upper_k, d); cover_set_next.push(new d_node(d, child)); if (m_TreeStats != null) { m_TreeStats.incrIntNodeCount(); zero_set.push(new d_node(d, child)); if (m_TreeStats != null) { m_TreeStats.incrLeafCount();
max_scale = chi.scale; d_node temp = new d_node(parent.dist, chi); getCoverSet(chi.scale, cover_sets).push(temp); if (m_TreeStats != null) { d_node temp = new d_node(parent.dist, chi); zero_set.push(temp); if (m_TreeStats != null) { max_scale = chi.scale; d_node temp = new d_node(d, chi); getCoverSet(chi.scale, cover_sets).push(temp); if (m_TreeStats != null) { d_node temp = new d_node(d, chi); zero_set.push(temp); if (m_TreeStats != null) {
max_scale = chi.scale; d_node temp = new d_node(parent.dist, chi); getCoverSet(chi.scale, cover_sets).push(temp); if (m_TreeStats != null) { d_node temp = new d_node(parent.dist, chi); zero_set.push(temp); if (m_TreeStats != null) { max_scale = chi.scale; d_node temp = new d_node(d, chi); getCoverSet(chi.scale, cover_sets).push(temp); if (m_TreeStats != null) { d_node temp = new d_node(d, chi); zero_set.push(temp); if (m_TreeStats != null) {
double d = Math.sqrt(m_DistanceFunction.distance(m_Root.p(), target, Double.POSITIVE_INFINITY, m_TreeStats)), upper_bound; cover_set_current.push(new d_node(d, m_Root)); setter(upper_k, Double.POSITIVE_INFINITY, k); this.update(upper_k, d); cover_set_next.push(new d_node(d, child)); if (m_TreeStats != null) { m_TreeStats.incrIntNodeCount(); zero_set.push(new d_node(d, child)); if (m_TreeStats != null) { m_TreeStats.incrLeafCount();
update(new_upper_k, d); d_node temp = new d_node(d, ele.n); new_cover_sets.element(current_scale).push(temp); if (m_TreeStats != null) {
update(new_upper_k, d); d_node temp = new d_node(d, ele.n); new_cover_sets.element(current_scale).push(temp); if (m_TreeStats != null) {
d_node temp = new d_node(treeroot_to_query_dist, tree_root); getCoverSet(0, cover_sets).push(temp);
update(new_upper_k, d); d_node temp = new d_node(d, ele.n); new_zero_set.push(temp); if (m_TreeStats != null) {
d_node temp = new d_node(treeroot_to_query_dist, tree_root); getCoverSet(0, cover_sets).push(temp);
update(new_upper_k, d); d_node temp = new d_node(d, ele.n); new_zero_set.push(temp); if (m_TreeStats != null) {