def __init__(self, p, m_0, t):
vs = [Vertex('v'+str(i)) for i in xrange(m_0)]
RandomGraph.__init__(self, vs, p)
self.sum_k = sum([len(self[v]) for v in self])
[self.add_prefer_vert(str(i+m_0)) for i in xrange(t)]
self.assign_edge_lengths()
self.clust = self.clustering_coefficient()
self.length = self.average_length()
self.avg_deg = self.average_degree()
def __init__(self, vs, k, p):
RandomGraph.__init__(self, vs)
self.add_regular_edges(k=k)
self.rewire(p=p)
self.assign_edge_lengths()
def __init__(self, vs, k, p):
RandomGraph.__init__(self, vs)
self.add_regular_edges(k=k)
self.rewire(p=p)
self.assign_edge_lengths()
def __init__(self, vs, k, p):
RandomGraph.__init__(self, vs)
self.add_regular_edges(k=k)
def __init__(self, n, k):
vs = [Vertex(i) for i in range(n)]
RandomGraph.__init__(self, vs, [])
self.k = k
self.add_regular_edges(k)
