def SubChoiceStatistics(self, p): choice: str = "" choice = ToolBox.InputAny("Choose an option: ") print() if choice == "1": for habitat in p.arkOne.GetHabitats(): habitat.SumAnimals() ToolBox.WriteBlue(habitat.HabitatName) count: int = 0 for items in habitat.AnimalDict: count += items.Value print(" has " + count + " amimals") print() ToolBox.InputAny("Press any key to continue...") elif choice == "2": for habitat in p.arkOne.GetHabitats(): habitat.SumAnimals() ToolBox.WriteLineBlue(habitat.HabitatName.ToUpper() + ":") for items in habitat.AnimalDict: print(items.Keys + " : ") print(items.Value) ToolBox.InputAny("Press any key to continue...") elif choice == "0": return False else: ToolBox.WriteLineRed("Wrong option!") return True
def Choice(self, p, life): choice = ToolBox.InputAny("Choose an option: ") if choice == "1": loopH: bool = True while loopH: SubMenuHabitat() loopH = SubChoiceHabitat(p) elif choice == "2": # Animals submenu loopA: bool = True while loopA: SubMenuAnimal() loopA = SubChoiceAnimal(p) elif choice == "3": # Simulation cycleTime: int = ToolBox.InputInt("The cycles in miliseconds: ") life.LifeCycle(p, cycleTime) elif choice == "4": # Serialization p.arkOne.SerializeMyList() ToolBox.WriteLineGreen("The Serialization has completed.") os.Sleep(1500) elif choice == "5": # Deserialization try: p.arkOne.DeSerializeMyList() ToolBox.WriteLineGreen("The DeSerialization has completed.") except FileNotExistException: ToolBox.WriteLineRed("The file not exist!") time.sleep(1500) elif choice == "6": # Statistics submenu loopS: bool = True while loopS: SubMenuStatistics() loopS = SubChoiceStatistics(p) elif choice == "7": os.system("Clear") #StreamReader streamReader = new StreamReader("Readme.md") #while not streamReader.EndOfStream: # print(streamReader.ReadLine()) ToolBox.InputAny("Press any key to continue...") return True elif choice == "0": # Exit program ToolBox.WriteLineGreen( "Thank you for using our service! Have a nice day citizen!") return False else: ToolBox.WriteLineRed("Wrong option!") return True
def SubChoiceHabitat(self, p): choice: str = ToolBox.InputAny("Choose an option: ") print() if choice == "1": # Creating new habitat try: newName: str = ToolBox.InputAny( "The name of the new Habitat?: ") if p.arkOne.IsHabitatExist(newName): raise HabitatIsExistException p.arkOne.CreatingAHabitat(newName) ToolBox.WriteLineGreen("Tha habitat has been built.") except HabitatIsExistException: ToolBox.WriteLineRed("This Habitat is already exist") time.Sleep(1500) elif choice == "2": # Displaying Habitats for habitat in p.arkOne.GetHabitats(): ToolBox.WriteBlue(habitat.HabitatName + ": ") print(habitat.AnimalList.Count.ToString() + " animals live in this Habitat.") ToolBox.InputAny("Press any key to continue...") elif choice == "3": # Renaming a Habitat try: habitatName: str = ToolBox.InputAny( "The name of the Habitat?: ") newName: str = ToolBox.InputAny( "The new name of the Habitat?: ") if p.arkOne.IsHabitatExist(newName): raise HabitatIsExistException() habitats = p.arkOne.GetHabitats() for habitat in habitats: if not p.arkOne.IsHabitatExist(newName): habitat.SetHabitatName(newName) ToolBox.WriteLineGreen("The Habitat has been renamed.") except HabitatNotExistException: ToolBox.WriteLineRed("This Habitat is not exist") except HabitatIsExistException: ToolBox.WriteLineRed("This Habitat is already exist") time.sleep(1500) elif choice == "4": # Deleting a Habitat try: p.arkOne.RemovingAHabitat( ToolBox.InputAny("The name of the habitat?: ")) ToolBox.WriteLineGreen("The Habitat has been demolished.") except HabitatNotExistException: ToolBox.WriteLineRed("This Habitat is not exist") except NotEmptyHabitatException: ToolBox.WriteLineRed( "You can not demolish because animals live there") time.sleep(1500) elif choice == "0": # Back to main menu return False else: ToolBox.WriteLineRed("Wrong option!") return True
def SubChoiceAnimal(self, p): choice = ToolBox.InputAny("Choose an option: ") print() if choice == "1": # Adding new animals typeo: str = "" speciesName = ToolBox.InputAny("What is the species?: ") habitatName = ToolBox.InputAny( "What is the optimal habitat zone?: ") while True: typeo = ToolBox.InputAny( "What kind of animal is this? (herbivore, carnivore, omnivore): " ) if typeo.ToLower() == "herbivore" or typeo.ToLower( ) == "carnivore" or typeo.ToLower() == "omnivore": break specimen: int = ToolBox.InputInt("How many animals arrived?: ") try: for count in range(specimen): p.arkOne.AddNewAnimal(speciesName, type, habitatName) except HabitatNotExistException: ToolBox.WriteLineRed( "This Habitat is not exist. You should build it first!") time.Sleep(1500) elif choice == "2": #Listing an animal animaL: Animal try: animaL = p.arkOne.FindAnimal( ToolBox.InputAny("What is the ID of the animal?: ")) print("The animal ID is: " + animaL.OwnName) print("The animal species is: " + animaL.SpeciesName) print("Required energy: " + animaL.ReqEnergyUnit) print("Required heat: " + animaL.ReqHeatUnit) print("Required oxigen: " + animaL.ReqOxigenUnit) print("Required water: " + animaL.ReqWaterUnit) print("Required food: " + animaL.ReqFoodUnit) except AnimalNotExistException: ToolBox.WriteLineRed("There is no such animal...") ToolBox.InputAny("Press any key to continue...") elif choice == "3": #Listing all animal for habitat in p.arkOne.GetHabitats(): ToolBox.WriteLineBlue(habitat.HabitatName) for animal in habitat.AnimalList: print("ID: " + animal.OwnName.PadRight(4)) print(" " + animal.SpeciesName.PadRight(15)) print(" RE: " + animal.ReqEnergyUnit) print(" RH: " + animal.ReqHeatUnit) print(" RO: " + animal.ReqOxigenUnit) print(" RW: " + animal.ReqWaterUnit) print(" RF: " + animal.ReqFoodUnit) print("Press any key to continue...") ToolBox.InputAny() elif choice == "4": #Update an animal try: animaL = p.arkOne.FindAnimal( ToolBox.InputAny("What is the ID of the animal?: ")) print("The animal ID is: " + animaL.OwnName) print("The animal species is: " + animaL.SpeciesName) print("Required energy: " + animaL.ReqEnergyUnit) print("Required heat: " + animaL.ReqHeatUnit) print("Required oxigen: " + animaL.ReqOxigenUnit) print("Required water: " + animaL.ReqWaterUnit) print("Required food: " + animaL.ReqFoodUnit) print() ToolBox.WriteLineRed( "The parameters should be between 1 and 4") print() animaL.ReqEnergyUnit = ToolBox.InputIntBetween( "New required energy?: ", 1, 4) animaL.ReqHeatUnit = ToolBox.InputIntBetween( "New required heat ?: ", 1, 4) animaL.ReqOxigenUnit = ToolBox.InputIntBetween( "New required oxigen?: ", 1, 4) animaL.ReqWaterUnit = ToolBox.InputIntBetween( "New required water?: ", 1, 4) animaL.ReqFoodUnit = ToolBox.InputIntBetween( "New required food?: ", 1, 4) print("The parameters of this animal has updated") except AnimalNotExistException: ToolBox.WriteLineRed("There is no such animal...") time.Sleep(1500) elif choice == "5": #Removing an animal try: p.arkOne.RelocateAnimal( ToolBox.InputAny( "What is the ID of the animal you want to relocate?: ") ) ToolBox.WriteLineGreen("The animal has relocated.") except AnimalNotExistException: ToolBox.WriteLineRed("There is no such animal...") time.Sleep(1500) elif choice == "0": return False else: ToolBox.WriteLineRed("Wrong option!") return True