class Controller(object):
def __init__(self):
self.sched = SeqScheduler.SeqScheduler("sequential")
self.clusteringsched = None
self.graphs = []
def addClusteringSched(self, m, p):
self.clusteringsched = SchedulerBAClustering(m, p)
self.sched.add_rule(self.clusteringsched)
def addWriteRule(self, prefix):
wr = WriteRule(None, prefix)
self.sched.add_rule(wr)
def addBARule(self, m, l):
gba = GrowthRuleBA.GrowthRuleBA(None, m, l)
self.clusteringsched.add_rule(gba, "BA")
def addRandAttackRule(self, per):
ra = AttackRuleRandom(None, per)
self.sched.add_rule(ra)
def addHighDegreeAttackRule(self, per):
rh = AttackRuleHighDegree(None, per)
self.sched.add_rule(rh)
def replaceBARule(self, m, l):
g = self.graphs[-1]
gba = GrowthRuleBA.GrowthRuleBA(g, m, l)
self.clusteringsched.add_rule(gba, "BA")
def addClusteringRule(self):
gcr = GrowthRuleClustering(None)
self.clusteringsched.add_rule(gcr, "Clustering")
def runFresh(self, cyclenodes= 0, steps = 0, stepsize = 0, out="hello.gml"):
if cyclenodes != 0:
g = nx.cycle_graph(cyclenodes, create_using=memGraph())
else:
g = nx.empty_graph(create_using=memGraph())
self.graphs.append(g)
self.sched.set_new_network(g)
self.run(steps, stepsize)
#nx.write_gml(g, out)
def run(self, steps = 0, stepsize = 0):
g = self.graphs[-1]
dt = datetime.datetime.now()
self.sched.run(steps, stepsize)
def addClusteringSched(self, m, p): self.clusteringsched = SchedulerBAClustering(m, p) self.sched.add_rule(self.clusteringsched)