def run(self):
file_ext = self.file
file_ext.write("Number of suppliers is " + str(len(self.netw.graph.nodes())-1) + "\n" + "\n" + "Time Manufacturer Suppliers " + "\n" + "t ")
for i in range(0, len(self.netw.graph.nodes())):
if i < 10:
file_ext.write(" " + str(i))
elif i < 100:
file_ext.write(" " + str(i))
else:
file_ext.write(" " + str(i))
file_ext.write("\n")
#file = open("storytelling.txt", 'w')
file = 0 # does not mean anything but for not to many files open
mynodes = self.netw.mynodes
self.indextrack.append(startmysimul(self.netw, self.track, self.seed, self.plot))
while True:
# Write the beginning of the line
if env.now < 10:
file_ext.write(str(env.now) +" ")
elif env.now > 99:
file_ext.write(str(env.now))
else:
file_ext.write(str(env.now) +" ")
for i in range(0, len(mynodes)):
# Write the delay of the node
node = mynodes[i]
if node.delay < 10:
file_ext.write(" " + str(node.delay))
elif node.delay < 100:
file_ext.write(" " + str(node.delay))
else:
file_ext.write(" " + str(node.delay))
if node.label != 0 and node.state: # If node disrupted and not manuf
newdelay = amplifyDis(node, self.delays)
recovery_time = start_my_code.recovery_time(node.rating)
time_since_started = self.locations[node.label]
if time_since_started >= recovery_time or newdelay == 0: # If has receovered of if new dealy is zero
self.locations[node.label] = 0
node.state = False
node.delay = 0
if self.plot:
print "Disruption solved at time", self.env.now, "at location", node.label
#file.write("Disruption solved at time " + str(self.env.now) + " at location " + str(node.label)+"\n")
if self.track and self.indextrack.count(node.label) > 0:
self.indextrack.remove(node.label)
else:
self.locations[node.label] += 1
node.delay = newdelay
if time_since_started > 0 and time_since_started % 5 == 0: #node.lead_time
propagateDis(node, self.netw, file, self.delays, newdelay, self.track, self.indextrack, self.seed, self.plot)
if self.env.now == start_my_code.TIME_SIMUL-1 :
#print "done, final delays manuf", self.delays[0]
file_ext.close()
if self.plot:
Graph_Plot.plotprettydis(self.netw.graph, self.delays, self.name)
yield self.env.timeout(1)
file_ext.write("\n")
file_ext.close()
