def _DFS(self, g: Graph, v):
self._unexploredV.remove(v)
for e in g.incident_edges(v):
if self._unexploredE.__contains__(e):
self._unexploredE.remove(e)
for w in e.endpoints():
if w != v and self._unexploredV.__contains__(w):
self._DFS(g, w)
def _DFS(self, g: Graph, v):
self._unexploredV.remove(v)
for e in g.incident_edges(v):
if self._unexploredE.__contains__(e):
self._unexploredE.remove(e)
if self._unexploredV.__contains__(e.toVertex()):
if e.toVertex == g.end():
self._counter = self._counter + 1
else:
self._DFS(g, e.toVertex())
g.insert_edge(2, v66, v38)
g.insert_edge(76, v66, v123)
g.insert_edge(7, v123, v6)
g.insert_edge(55, v123, v38)
g2 = Graph()
g2.insert_vertex(15)
g2.insert_vertex(6)
d = dfs_iterator()
for i in d.iterator_dfs(g, 15):
print(i)
print(d.is_connected(g2))
print(d.is_path(g2, 15, 6))
for i in g.incident_edges(15):
print(i)
d.DFS(g)
print("Unexplored Edge")
for i in d._unexploredE:
print(i)
print("Unexplored Vertex")
for i in d._unexploredV:
print(i)
