def create_model_instance(self):
return tvc(self.nr_nodes, (self.MAX_X, self.MAX_Y))
def print_con(time,cons,stat):
for peers in cons:
out.write(str(time)+'\tCONN\t'+str(peers[0])+'\t'+str(peers[1])+'\t'+str(stat)+'\n')
'''
configureing the mobility model then convert it into contacts
'''
for i in range(30):
out = open('./tvc_contacts/tvc'+str(i)+'.txt','w')
tvcm = tvc([20,20,20,20],(400,200),velocity=(0.8, 1.8), aggregation=[.5,0.0], epoch=[100,100])
#rwpm = random_waypoint(nr_nodes = 80, dimensions=(400, 200), velocity=(0.8, 1.8), wt_max=100)
tvcc=mobility_contact(tvcm,contact_range=20)
#rwpc=mobility_contact(rwpm,contact_range=20)
t=0
curcon = next(tvcc)
print_con(t,curcon,'up')
t=t+1
for con in tvcc:
print_con(t,(set(curcon) - set(con)),'down')
print_con(t,(set(con) - set(curcon)),'up')
t=t+1
curcon = con[:]
if t==21600: break
def create_model_instance(self):
return tvc(self.nr_nodes, (self.MAX_X, self.MAX_Y))
