from truck import truck truck_obj = truck(100, 60, 40, 1500, 10) print(truck_obj.maxload) print(truck_obj.speedlimit) print(truck_obj.load()) print(truck_obj.unload()) print(truck_obj.no.of_wheels) print(truck_obj.speed) print(truck_obj.weight) print(truck_obj.mileage) print(truck_obj.go - forward()) print(truck_obj.reverse()) print(truck_obj.stop)
def main():
tStack = Stack()
userTruck = truck()
userFinish = False
while True:
if userFinish == True:
break
userInit = input(
"Welcome to Wasin's Logistics Arrangement!\nPress 'y' to start stacking items\nPress 'x' to exit\n"
)
if userInit.lower() == "y":
while True:
if userFinish == True:
break
print("\nSelect a truck to load, input respective number only")
for elem in userTruck.options:
print(str(elem["ID"]) + ")", elem["Size"], elem["Type"])
userSelectedTruck = input()
try:
userSelectedTruck = int(userSelectedTruck)
if userSelectedTruck <= 0 or userSelectedTruck > len(
userTruck.options):
print("Invalid number")
if userSelectedTruck == 1:
userTruckSize = userTruck.options[0]["MaxBoxes"]
print("\nYou have selected " +
userTruck.options[0]["Size"] + " " +
userTruck.options[0]["Type"])
print("Please note the Truck max stack is : ",
userTruckSize)
while True:
userOptions = input(
"\nPress 1 to stack item\npress 2 to remove the top item\nPress 3 to redo\nPress 'x' to finish and exit\n"
)
if userOptions.lower() == "x":
userFinish = True
break
if int(userOptions) == 1:
while True:
if userTruckSize == tStack.size:
print(
"Warning: You have reach maximum stack for this truck, press x to exit, don't try to add more"
)
things = input(
"\nWhat would you like to add? press 'x' to exit\n"
)
if things.lower() == "x":
break
if things.strip() == "":
print("You can't add emptiness..")
continue
if tStack.size >= userTruckSize:
print("Stack overflowed!")
break
tStack.push(things.strip())
print("You have added ", things)
print("Current Stack")
tStack.traverse()
if int(userOptions) == 2:
try:
tStack.pop()
print(tStack.removedNode.dataValue,
"has been removed")
print("Current Stack")
tStack.traverse()
continue
except:
continue
if int(userOptions) == 3:
tStack.redo()
print("Last item has been put back on top")
print("Current Stack")
tStack.traverse()
continue
if userSelectedTruck == 2:
userTruckSize = userTruck.options[1]["MaxBoxes"]
print("\nYou have selected " +
userTruck.options[1]["Size"] + " " +
userTruck.options[1]["Type"])
print("Please note the Truck max stack is : ",
userTruckSize)
while True:
userOptions = input(
"\nPress 1 to stack item\npress 2 to remove the top item\nPress 3 to redo\nPress 'x' to finish and exit\n"
)
if userOptions.lower() == "x":
userFinish = True
break
if int(userOptions) == 1:
while True:
if userTruckSize == tStack.size:
print(
"You have reach maximum stack for this truck, press x to exit, don't try to add more"
)
things = input(
"\nWhat would you like to add? press 'x' to exit\n"
)
if things.lower() == "x":
break
if things.strip() == "":
print("You can't add emptiness..")
continue
if tStack.size >= userTruckSize:
print("Stack overflowed!")
break
tStack.push(things.strip())
print("You have added ", things)
print("Current Stack")
tStack.traverse()
if int(userOptions) == 2:
try:
tStack.pop()
print(tStack.removedNode.dataValue,
"has been removed")
print("Current Stack")
tStack.traverse()
continue
except:
continue
if int(userOptions) == 3:
tStack.redo()
print("Last item has been put back on top")
print("Current Stack")
tStack.traverse()
continue
except ValueError:
print("Invalid Input!")
continue
elif userInit.lower() == "x":
break
else:
print("Invalid Input")
continue
print("\nStacking summary")
tStack.traverse()
from car import car
from truck import truck
obj= car("ac","steering_wheel","seat_belt","audio_play")
print(obj.deploy_airbags())
obj1 = truck(100,60,6,40,1500,10,"blue")
print(obj1.load())
print(obj1.unload())
print(obj1.no_of_wheels)
print(obj1.speed)
print(obj1.weight)
print(obj1.mileage)
print(obj1.color)
from truck import truck truck_obj = truck(100, 60, 6, 40, 1500, 10, "red") print(truck_obj.max_load) print(truck_obj.speed_limit) print(truck_obj.load) truck_obj.unload() truck_obj.stop() print(truck_obj.no_of_wheels)
if firstIteration:
if value != 0 and value != 0.0 and valueList.index(
value) not in visitedLocations:
currentSmallest = value
firstIteration = False
else:
if value != 0 and value != 0.0:
if currentSmallest > value:
if valueList.index(value) not in visitedLocations:
currentSmallest = value
indexOfSmallest = int(valueList.index(value))
return indexOfSmallest
sortedPackages = []
truck1 = truck(1)
truck2 = truck(2)
#sort packages according to delivery order
def packageSort():
#begin with the packages that have deadlines
for location in visitedLocations:
for package in deadlinePackages:
address = ht.retreiveAddress(package)
index = findNodeIndex(address)
if index == location and package not in sortedPackages:
sortedPackages.append(package)
for package in normalPackages:
address = ht.retreiveAddress(package)
index = findNodeIndex(address)
all_collection_data = read_collection_data(
) # list of objects of the collection data from Camara de Lisboa
campolide_routes = read_campolide_routes_file(
) # list with the route codes for campolide
routes_details = read_routes_details(
) # list of objects with route details for campolide
trucks_campolide = {}
campolide_collection_data_embalagens = []
for data in all_collection_data:
if data.route in campolide_routes and data.group == 'Embalagens' and \
(data.route_type == 'Remoção-Selectiva-PaP-Troço'):
if data.truck_plate not in trucks_campolide:
trucks_campolide[data.truck_plate] = truck(data.truck_plate,
data.truck_type)
campolide_collection_data_embalagens.append(data)
# with open('./data/trucks_available.csv', 'w') as trucks_file:
# trucks_file.write('Plate;CapacityM3;CapacityKG')
# trucks_file.write('\n')
# for truck in trucks_campolide:
# line = str(trucks_campolide[truck].plate) + ';' + \
# str(trucks_campolide[truck].capacity) + ';' + \
# str(trucks_campolide[truck].capacity_kg) + '\n'
# trucks_file.write(line)
rota_E0714_Int = filter(lambda x: x.route == 'E0714 Int',
campolide_collection_data_embalagens)
rota_E0504 = filter(lambda x: x.route == 'E0504',
campolide_collection_data_embalagens)