def build_menu():
'''
Title Menu with options list
'''
print_banner()
print("MAIN MENU:")
print("")
# MAIN MENU
print("1. Annex Biome")
print("2. Release New Animal")
print("3. Feed Animal")
print("4. Cultivate New Plant")
print("5. Show Arboretum Report")
print("6. Exit")
print("")
def annex_habitat(arboretum):
print_banner()
# MENU OPTIONS
print("HABITAT OPTIONS:")
print("")
print("1. River")
print("2. Swamp")
print("3. Coastline")
print("4. Grassland")
print("5. Mountain")
print("6. Forest")
print("")
choice = input("Choose habitat to annex >> ")
print("")
if choice == "1":
name = input("Enter a name for your River >> ")
river = River(name)
arboretum.rivers.append(river)
if choice == "2":
name = input("Enter a name for your Swamp >> ")
swamp = Swamp(name)
arboretum.swamps.append(swamp)
if choice == "3":
name = input("Enter a name for your Coastline >> ")
coastline = Coastline(name)
arboretum.coastlines.append(coastline)
if choice == "4":
name = input("Enter a name for your Grassland >> ")
grassland = Grassland(name)
arboretum.grasslands.append(grassland)
if choice == "5":
name = input("Enter a name for your Mountain >> ")
mountain = Mountain(name)
arboretum.mountains.append(mountain)
if choice == "6":
name = input("Enter a name for your Forest >> ")
forest = Forest(name)
arboretum.forests.append(forest)
def build_facility_report(arboretum):
print_banner()
print(f"KEAHUA ARBORETUM - FACILITY REPORT")
print("----------------------------------")
print("")
def printEnvironment(env_type, environment):
print(f'{env_type} - {environment} [{str(environment.id)[:8]}]')
if len(environment.animals) > 0:
print(" Animals:")
for animal in environment.animals:
print(f' {animal}')
if len(environment.plants) > 0:
print(" Plants:")
for plant in environment.plants:
print(f' {plant}')
for river in arboretum.rivers:
printEnvironment("River", river)
for swamp in arboretum.swamps:
printEnvironment("Swamp", swamp)
for mountain in arboretum.mountains:
printEnvironment("Mountain", mountain)
for grassland in arboretum.grasslands:
printEnvironment("Grassland", grassland)
for coastline in arboretum.coastlines:
printEnvironment("Coastline", coastline)
for forest in arboretum.forests:
printEnvironment("Forest", forest)
input("\n\nPress any key to continue...")
def feed_animal(arboretum):
animal = None
print_banner()
# MENU
print("ANIMAL FEED OPTIONS:")
print("")
print("1. Gold Dust Day Gecko")
print("2. River Dolphin")
print("3. Nene Goose")
print("4. Kīkākapu")
print("5. Pueo")
print("6. 'Ulae")
print("7. Ope'ape'a")
print("8. Happy-Face Spider")
choice = input("Choose the animal type you want to feed >> ")
# get all the animals based on the class selected
animals_by_selected_class = []
biomes = [
arboretum.rivers, arboretum.swamps, arboretum.grasslands,
arboretum.mountains, arboretum.coastlines, arboretum.forests
]
def find_all_animals_by_class(animalclass):
for biome in biomes:
for environment in biome:
for animal in environment.animals:
if isinstance(animal, animalclass):
animals_by_selected_class.append(animal)
if choice == "1":
find_all_animals_by_class(GoldDustDayGecko)
if choice == "2":
find_all_animals_by_class(RiverDolphin)
if choice == "3":
find_all_animals_by_class(NeneGoose)
if choice == "4":
find_all_animals_by_class(Kikakapu)
if choice == "5":
find_all_animals_by_class(Pueo)
if choice == "6":
find_all_animals_by_class(Ulae)
if choice == "7":
find_all_animals_by_class(Opeapea)
if choice == "8":
find_all_animals_by_class(HawaiianHappyFaceSpider)
# if choice == "9":
# find_all_animals_by_class(RainbowTrout)
# GENERATE NUMBERED LIST OF AVAILABLE ANIMALS TO FEED
for index, animal in enumerate(animals_by_selected_class):
print(f'{index + 1}. {animal}')
# PROMPT USER TO SELECT ANIMAL
print(f"Select an animal to feed >> ")
choice = input(">> ")
# STORE SELECTED ANIMAL
selected_animal = animals_by_selected_class[int(choice) - 1]
# convert animal prey set to list
options = list(selected_animal.prey)
# GENERATE NUMBERED LIST OF FEED OPTIONS
for index, option in enumerate(options):
print(f'{index + 1}. {option}')
# Handle if user has no options
if len(options) > 0:
# prompt user to select food for animal
print(f"What is on the menu for the {animal} today?")
choice = input(">> ")
# TODO check input is a valid option
# feed animal
animal.feed(options[int(choice) - 1])
input("\n\nPress any key to continue...")
else:
print("No food available for this animal.")
print("Select a different animal.")
input("\n\nPress any key to continue...")
def cultivate_plant(arboretum):
# initial plant variable
plant = None
print_banner()
print("PLANT CULTIVATING OPTIONS:")
print("")
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus Tree")
print("4. Blue Jade Vine")
print("")
choice = input("Choose plant to cultivate >> ")
if choice == "1":
# plant = MountainApple()
pass
if choice == "2":
# plant = Silversword()
pass
if choice == "3":
plant = RainbowEucalyptus()
print(plant)
input("\n\nPress enter to continue...")
if choice == "4":
# plant = BlueJadeVine()
pass
# Get all biome lists
biomes = [
arboretum.rivers, arboretum.coastlines, arboretum.swamps,
arboretum.grasslands, arboretum.mountains, arboretum.forests
]
# Create empty options list of available biome environments
options = []
# iterate biome lists and add available environments to options list
for biome in biomes:
for environment in biome:
if len(environment.plants) < environment.plant_max:
options.append(environment)
# iterate options list to create menu options
for index, option in enumerate(options):
print(f'{index + 1}. {option} ({len(option.plants)} plants)')
# Handle if user has no options
if len(options) > 0:
# prompt user to place plant
print("Cultivate the plant in which biome?")
choice = input("> ")
# TODO check input is a valid option
if int(choice) > 0 and int(choice) <= len(options) + 1:
# place plant in selected biome list
options[int(choice) - 1].add_plant(plant)
else:
print("Invalid Entry")
input("\n\nPress enter to continue...")
else:
print("No biomes available for this plant.")
print("Select a different plant or annex a new biome.")
input("\n\nPress enter to continue...")
def release_animal(arboretum):
animal = None
print_banner()
print("ANIMAL RELEASE OPTIONS:")
print("")
print("1. Gold Dust Day Gecko")
print("2. River Dolphin")
print("3. Nene Goose")
print("4. Kīkākapu")
print("5. Pueo")
print("6. 'Ulae")
print("7. Ope'ape'a")
print("8. Happy-Face Spider")
print("")
choice = input("Choose an animal to release >> ")
if choice == "1":
animal = GoldDustDayGecko()
if choice == "2":
animal = RiverDolphin()
if choice == "3":
animal = NeneGoose()
if choice == "4":
animal = Kikakapu()
if choice == "5":
animal = Pueo()
if choice == "6":
animal = Ulae()
if choice == "7":
animal = Opeapea()
if choice == "8":
animal = HawaiianHappyFaceSpider()
# Get all biome lists
biomes = [
arboretum.rivers, arboretum.coastlines, arboretum.swamps,
arboretum.grasslands, arboretum.mountains, arboretum.forests
]
# Create empty options list of available biome environments
options = []
# iterate biome lists and add available environments to options list
for biome in biomes:
for environment in biome:
if len(environment.animals) < environment.animal_max:
options.append(environment)
# iterate options list to create menu options
for index, option in enumerate(options):
print(f'{index + 1}. {option} ({len(option.animals)} animals)')
# Handle if user has no options
if len(options) > 0:
# prompt user to place animal
print("Release the animal into which biome?")
choice = input("> ")
# TODO check input is a valid option
if int(choice) > 0 and int(choice) <= len(options) + 1:
# place animal in selected biome list
animal.age = animal.release_age
options[int(choice) - 1].add_animal(animal)
else:
print("Invalid Entry")
input("\n\nPress enter to continue...")
else:
print("No biomes available for this animal.")
print("Select a different animal or annex a new biome.")
input("\n\nPress enter to continue...")