Analysis Software
Documentation for sPHENIX simulation software
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This is the complete list of members for planarity, including all inherited members.
add_to_embedding(graph &G, planar_embedding &em) | planarity | private |
algorithm() | algorithm | inline |
attachment_cycle(node n, planar_embedding &em) | planarity | private |
bip | planarity | private |
calc_embedding(bool p) | planarity | inline |
calc_embedding() const | planarity | inline |
calc_obstruction(bool p) | planarity | inline |
calc_obstruction() const | planarity | inline |
case_A(p_node *p_fail, node act, st_number &_st, node_map< edge > to_father, graph &G) | planarity | private |
case_B(p_node *p_fail, node act, st_number &_st, node_map< edge > to_father, graph &G) | planarity | private |
case_C(node *nodes, pq_leaf **leaves, st_number &_st, node_map< edge > to_father, graph &G, q_node *q_fail) | planarity | private |
case_D(node *nodes, pq_leaf **leaves, st_number &_st, node_map< edge > to_father, graph &G, q_node *q_fail) | planarity | private |
case_E(node *nodes, pq_leaf **leaves, st_number &_st, node_map< edge > to_father, graph &G, q_node *q_fail) | planarity | private |
check(graph &G) | planarity | virtual |
correct_embedding(planar_embedding &em, st_number &st, node_map< list< direction_indicator > > &dirs) | planarity | private |
dfs_bushform(node act, node_map< int > &mark, st_number &st, int stop, node_map< edge > &to_father) | planarity | private |
embedding | planarity | private |
emp | planarity | private |
examine_obstruction(graph &G, st_number &st, node act, pq_node *fail, bool failed_at_root, planar_embedding &em, node_map< list< direction_indicator > > &dirs, pq_tree *PQ) | planarity | private |
extend_embedding(node n, planar_embedding &em, node_map< int > &mark, node_map< symlist< edge >::iterator > &upward_begin) | planarity | private |
get_embedding() | planarity | inline |
get_obstruction_edges() | planarity | inline |
get_obstruction_nodes() | planarity | inline |
GTL_ERROR enum value | algorithm | |
GTL_OK enum value | algorithm | |
is_planar() const | planarity | inline |
kup | planarity | private |
make_biconnected(bool p) | planarity | inline |
make_biconnected() const | planarity | inline |
mark_all_neighbors_of_leaves(pq_node *act, node_map< int > &mark) | planarity | private |
ob_edges | planarity | private |
ob_nodes | planarity | private |
planar | planarity | private |
planarity() | planarity | |
reset() | planarity | virtual |
run(graph &G) | planarity | virtual |
run_on_biconnected(graph &G, planar_embedding &em) | planarity | private |
run_through_partial(q_node *partial, node_map< int > &mark, node_map< edge > &to_father, node v) | planarity | private |
search_empty_leaf(pq_node *n) | planarity | private |
search_full_leaf(pq_node *n) | planarity | private |
switch_to_component(graph &G, biconnectivity::component_iterator it) | planarity | private |
up_until_marked(node act, node_map< int > &mark, node_map< edge > &to_father) | planarity | private |
up_until_marked(node act, node_map< int > &mark, st_number &st) | planarity | private |
~algorithm() | algorithm | inlinevirtual |
~planarity() | planarity |