def release_animal(arboretum):
os.system('cls' if os.name == 'nt' else 'clear')
animal = None
placement = None
print("1. Gold Dust Day Gecko")
print("2. Nene Goose")
print("3. Kīkākapu")
print("4. Ope'ape'a")
print("5. Pueo")
print("6. River Dolphin")
print("7. Happy Face Spider")
print("8. Ulae")
choice = input("Choose animal to release > ")
if choice == "1":
animal = GoldDustDayGecko()
arboretum.gold_dust_day_gecko.append(animal)
placement = "gecko"
if choice == "2":
animal = NeneGoose()
arboretum.nene_goose.append(animal)
placement = "goose"
if choice == "3":
animal = Kikakapu()
arboretum.kikakapu.append(animal)
placement = "kikakapu"
if choice == "4":
animal = Opeapea()
arboretum.opeapea.append(animal)
placement = "opeapea"
if choice == "5":
animal = Pueo()
arboretum.pueo.append(animal)
placement = "pueo"
if choice == "6":
animal = RiverDolphin()
arboretum.river_dolphins.append(animal)
placement = "river_dolphin"
if choice == "7":
animal = HappyFaceSpider()
arboretum.happy_face_spider.append(animal)
placement = "spider"
if choice == "8":
animal = Ulae()
arboretum.ulae.append(animal)
placement = "ulae"
choose_environment(arboretum, animal, placement)
def feed_animal_menu(arboretum):
os.system('cls' if os.name == 'nt' else 'clear')
animal = None
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()
print("Choose an animal to feed.")
choice = input("> ")
try:
int(choice) == int
if int(choice) > 0 and int(choice) < 9:
if choice == "1":
animal = GoldDustDayGecko()
feed_animal(animal)
if choice == "2":
animal = RiverDolphin()
feed_animal(animal)
if choice == "3":
animal = NeneGoose()
feed_animal(animal)
if choice == "4":
animal = Kikakapu()
feed_animal(animal)
if choice == "5":
animal = Pueo()
feed_animal(animal)
if choice == "6":
animal = Ulae()
feed_animal(animal)
if choice == "7":
animal = Opeapea()
feed_animal(animal)
if choice == "8":
animal = HappyFaceSpider()
feed_animal(animal)
else:
input("Please select a valid entry, the animals are hungry. Press any key to return to the main menu... ")
except ValueError:
print()
error_message = input("Animals can't eat letters. Press any key to return to the main menu... ")
except IndexError:
print()
error_message = input("Please select a valid entry, the animals are hungry. Press any key to return to the main menu... ")
def release_animal(arboretum):
build_release_animal_menu()
animal = None
choice = input("Choose 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 = HappyFacedSpider()
build_biome_choices(animal, arboretum, True)
def release_animal(arboretum):
valid_option = True
os.system('cls' if os.name == 'nt' else 'clear')
animal = None
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()
print("Choose animal.")
choice = input("> ")
try:
if int(choice) > 0 and int(choice) < 9:
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 = HappyFaceSpider()
else:
pass
except KeyError:
os.system('cls' if os.name == 'nt' else 'clear')
valid_option = False
input(
"Please enter a valid option next time. Press enter to return to the main menu..."
)
except AttributeError:
os.system('cls' if os.name == 'nt' else 'clear')
valid_option = False
input(
"Please enter a valid option next time. Press enter to return to the main menu..."
)
except ValueError:
os.system('cls' if os.name == 'nt' else 'clear')
valid_option = False
input(
"Please enter a valid option next time. Press enter to return to the main menu..."
)
biome = dict()
def menu_function():
num = 1
try:
int(choice) == int
if int(choice) > 0 and int(choice) < 9:
for index, river in enumerate(arboretum.rivers):
if river.max_animals > len(river.animals):
print(f'{num}. River ({len(river.animals)} animals)')
biome[num] = arboretum.rivers[index]
num += 1
for index, mountain in enumerate(arboretum.mountains):
if mountain.max_animals > len(mountain.animals):
print(
f'{num}. Mountain ({len(mountain.animals)} animals)'
)
biome[num] = arboretum.mountains[index]
num += 1
for index, swamp in enumerate(arboretum.swamps):
if swamp.max_animals > len(swamp.animals):
print(f'{num}. Swamp ({len(swamp.animals)} animals)')
biome[num] = arboretum.swamps[index]
num += 1
for index, grassland in enumerate(arboretum.grasslands):
if grassland.max_animals > len(grassland.animals):
print(
f'{num}. Grassland ({len(grassland.animals)} animals)'
)
biome[num] = arboretum.grasslands[index]
num += 1
for index, forest in enumerate(arboretum.forests):
if forest.max_animals > len(forest.animals):
print(f'{num}. Forest ({len(forest.animals)} animals)')
biome[num] = arboretum.forests[index]
num += 1
for index, coastline in enumerate(arboretum.coastlines):
if coastline.max_animals > len(coastline.animals):
print(
f'{num}. Coastline ({len(coastline.animals)} animals)'
)
biome[num] = arboretum.coastlines[index]
num += 1
for index, volcano in enumerate(arboretum.volcano):
print(f'{num}. Throw it in the volcano.')
biome[num] = arboretum.volcano[index]
num += 1
except KeyError:
os.system('cls' if os.name == 'nt' else 'clear')
input(
"Please enter a valid option next time. Press enter to return to the main menu..."
)
except AttributeError:
os.system('cls' if os.name == 'nt' else 'clear')
input(
"Please enter a valid option next time. Press enter to return to the main menu..."
)
except ValueError:
os.system('cls' if os.name == 'nt' else 'clear')
input(
"Please enter a valid option next time. Press enter to return to the main menu..."
)
if valid_option:
menu_function()
print()
print("Where would you like to place the animal?")
choice = input("> ")
try:
env = biome[int(choice)]
def choice_fn(environment):
try:
environment.add_animal(animal)
except ValueError:
os.system('cls' if os.name == 'nt' else 'clear')
input(
"The environment is not suitable for that animal. Press any key to continue..."
)
pass
except KeyError:
os.system('cls' if os.name == 'nt' else 'clear')
input(
"The environment is not suitable for that animal. Press any key to continue..."
)
pass
except AttributeError:
os.system('cls' if os.name == 'nt' else 'clear')
input(
"The environment is not suitable for that animal. Press any key to continue..."
)
pass
choice_fn(env)
except ValueError:
pass
except KeyError:
pass
except AttributeError:
pass
def release_animal(arboretum, wrong_choice):
"""
Prompts user to create an Animal to release into an Enviornment.
"""
animal = None
if wrong_choice != True:
print_header()
print()
print(f'{add_color("1.", "bright_cyan")} Gold Dust Day Gecko')
print(f'{add_color("2.", "bright_cyan")} Hawaiian Happy-Face Spider')
print(f'{add_color("3.", "bright_cyan")} Kīkākapu')
print(f'{add_color("4.", "bright_cyan")} Nene Goose')
print(f'{add_color("5.", "bright_cyan")} Ope\'ape\'a')
print(f'{add_color("6.", "bright_cyan")} Pueo')
print(f'{add_color("7.", "bright_cyan")} River Dolphin')
print(f'{add_color("8.", "bright_cyan")} \'Ulae')
print()
print(
f'{add_color("Select an animal to release", "WARNING")}{CLColors.ENDC}'
)
choice = input("> ")
if choice == "1":
animal = GoldDustDayGecko()
elif choice == "2":
animal = HawaiianHappyFaceSpider()
elif choice == "3":
animal = Kikakapu()
elif choice == "4":
animal = NeneGoose()
elif choice == "5":
animal = OpeApeA()
elif choice == "6":
animal = Pueo()
elif choice == "7":
animal = RiverDolphin()
elif choice == "8":
animal = RiverDolphin()
else:
wrong_choice = True
clear()
print(
f'{add_color(f"{choice} is not an animal. Please make another selection.", "FAIL")}'
)
print()
release_animal(arboretum, wrong_choice)
print(f'Getting the {animal.species} ready...')
loading_sequence()
time.sleep(1.5)
clear()
print(f'{add_color("Available Biomes:", "HEADER")}')
print()
biome_list = list()
for index, coastline in enumerate(arboretum.coastlines):
biome_list.append(coastline)
for index, forest in enumerate(arboretum.forests):
biome_list.append(forest)
for index, grassland in enumerate(arboretum.grasslands):
biome_list.append(grassland)
for index, mountain in enumerate(arboretum.mountains):
biome_list.append(mountains)
for index, river in enumerate(arboretum.rivers):
biome_list.append(river)
for index, swamp in enumerate(arboretum.swamps):
biome_list.append(swamp)
for index, biome in enumerate(biome_list):
print(
f'{add_color(f"{index + 1}.", "bright_cyan")} {biome.name} {type(biome).__name__} [{str(biome.id)[:8]}]: ({len(biome.animals)} animals)'
)
print()
print()
print(
f'{add_color(f"Release the {animal.species} into which biome?", "WARNING")}'
)
choice = input("> ")
# check if choice selected exists as an index on the biome_list
if (int(choice) - 1) < len(biome_list):
biome = biome_list[int(choice) - 1]
biome.add_animal(animal)
print()
print(
f'Releasing the {animal.species} into the {biome.name} {type(biome).__name__}...'
)
loading_sequence()
time.sleep(1.5)
def release_animal(arboretum):
biome_list = arboretum.rivers + arboretum.swamps + arboretum.grasslands + \
arboretum.forests + arboretum.coastlines + arboretum.mountains
print("+-++-++-++-++-++-++-++-++-++-++-++-++-++-++-++-++-")
print("+ C H O O S E A N I M A L F O R R E L E A S E +")
print("+-++-++-++-++-++-++-++-++-++-++-++-++-++-++-++-++-")
print('1. Gold Dust Day Gecko')
print('2. Happy Faced Spider')
print('3. Kikakapu')
print('4. Nene Goose')
print('5. Opeapea')
print('6. Pueo')
print('7. River Dolphin')
print('8. Ulae')
choice = input("Choose animal to release > ")
if choice == "1":
gold_dust_day_gecko = GoldDustDayGecko()
arboretum.gold_dust_day_geckos.append(gold_dust_day_gecko)
animal = river_dolphin
if choice == "2":
happy_faced_spider = HappyFacedSpider()
if choice == "3":
kikakapu = Kikakapu()
if choice == "4":
nene_goose = NeneGoose()
if choice == "5":
opeapea = Opeapea()
if choice == "6":
pueo = Pueo()
if choice == "7":
river_dolphin = RiverDolphin()
arboretum.river_dolphins.append(river_dolphin)
animal = river_dolphin
if choice == "8":
ulae = Ulae()
print("Release the animal into which biome?")
counter = 0
for river in arboretum.rivers:
print(f'{counter + 1}. River [{river.id}]')
counter += 1
for swamp in arboretum.swamps:
print(f'{counter + 1}. Swamp [{swamp.id}]')
counter += 1
for grassland in arboretum.grasslands:
print(f'{counter + 1}. Grassland [{grassland.id}]')
counter += 1
for forest in arboretum.forests:
print(f'{counter + 1}. Forest [{forest.id}]')
counter += 1
for coastline in arboretum.coastlines:
print(f'{counter + 1}. Coastline [{coastline.id}]')
counter += 1
for mountain in arboretum.mountains:
print(f'{counter + 1}. Mountain [{mountain.id}]')
counter += 1
choice = int(input("> "))
biome_list[choice - 1].add_animal(animal)
print(
f"{animal.species} [{animal.id}] was added to {biome_list[choice - 1].name} [{biome_list[choice - 1].id}]"
)
input('Press 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...")
def step_1():
os.system('cls' if os.name == 'nt' else 'clear')
header("Release Animal")
arboretum_biome_selection = []
arboretum_biome_selection.append(arboretum.rivers)
arboretum_biome_selection.append(arboretum.swamps)
arboretum_biome_selection.append(arboretum.coastlines)
arboretum_biome_selection.append(arboretum.forests)
arboretum_biome_selection.append(arboretum.mountains)
arboretum_biome_selection.append(arboretum.grasslands)
def all(arboretum_biome_selection):
for biome in arboretum_biome_selection:
if len(biome) == 0:
return False
else:
return True
all(arboretum_biome_selection)
if all(arboretum_biome_selection) == False:
input(
"No habitats annexed. Press enter to return to the main menu..."
)
return 0
else:
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("0. Return to main menu")
animal = None
choice = input("Choose animal to release > ")
if choice == "0":
return 0
if choice == "1":
print("Enter age for Gold Dust Day Gecko : ")
answer1 = int(input())
print("Enter name for Gold Dust Day Gecko : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = GoldDustDayGecko(answer1, answer2)
step_2(animal)
if choice == "2":
print("Enter age for River Dolphin : ")
answer1 = int(input())
print("Enter name for River Dolphin : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = RiverDolphin(answer1, answer2)
step_2(animal)
if choice == "3":
print("Enter age for Nene Goose : ")
answer1 = int(input())
print("Enter name for Nene Goose : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = NeneGoose(answer1, answer2)
step_2(animal)
if choice == "4":
print("Enter age for Kikakapu : ")
answer1 = int(input())
print("Enter name for Kikakapu : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = Kikakapu(answer1, answer2)
step_2(animal)
if choice == "5":
print("Enter age for Pueo : ")
answer1 = int(input())
print("Enter name for Pueo : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = Pueo(answer1, answer2)
step_2(animal)
if choice == "6":
print("Enter age for Ulae : ")
answer1 = int(input())
print("Enter name for Ulae : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = Ulae(answer1, answer2)
step_2(animal)
if choice == "7":
print("Enter age for Opeapea : ")
answer1 = int(input())
print("Enter name for Opeapea : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = Opeapea(answer1, answer2)
step_2(animal)
if choice == "8":
print("Enter age for Hawaiian Happy Face Spider : ")
answer1 = int(input())
print("Enter name for Hawaiian Happy Face Spider : ")
answer2 = input()
if answer1 is not "" and answer2 is not "":
animal = HawaiianHappyFaceSpider(answer1, answer2)
step_2(animal)
def release_animal(arboretum):
clear_screen()
biomes_exist = check_for_biomes(arboretum)
if not biomes_exist:
return
animal = None
build_menu()
choice = input("Choose animal to release > ")
if choice == "1":
animal = GoldDustDayGecko()
elif choice == "2":
animal = RiverDolphin()
elif choice == "3":
animal = NeneGoose()
elif choice == "4":
animal = Kikakapu()
elif choice == "5":
animal = Pueo()
elif choice == "6":
animal = Ulae()
elif choice == "7":
animal = Opeapea()
elif choice == "8":
animal = HawaiianHappyfaceSpider()
elif choice.upper() == "Q":
return
else:
input('Invalid input. Return to main menu.')
return
clear_screen()
# setup dict and display ONLY biomes that the animal choice can go in based on requirements
choice_dict = dict()
build_species_biome_option_menu(arboretum, animal, choice_dict)
# user selects biome type
if not choice_dict:
input('No biomes created that this animal can live in.\nPress any key and [Enter] to return to main menu to add one.')
return
print(f'Select a biome type to release the {animal.species} into.')
choice = input("> ")
# check for valid input choice and return to releas_animal menu if not
try:
biome_type = choice_dict[int(choice) - 1]
except (KeyError, ValueError):
input("Invalid input. Return to main menu.")
# release_animal(arboretum)
return
# if valid choice, clear screen and proceed with selecting a biome
clear_screen()
biome_dict = dict()
build_biome_menu(arboretum, biome_dict, biome_type)
# print(biome_dict)
# if ALL biomes of this type full, return to main menu after notification
if not biome_dict:
print(f'All biomes of this type are at max animal capacity.\nAnnex a new {biome_type[:-1]} habitat from the main menu.')
os.system('say All biomes of this type are at max capacity' if os.name != 'nt' else '')
input(' >> ')
return
print(f'Select the specific {biome_type[:-1]} to release the animal!')
choice = input("> ")
try:
new_home = biome_dict[int(choice) - 1] # this gets the input choice and converts back to zero-indexed choice
except (KeyError, ValueError, TypeError):
input("Invalid input. Return to main menu.")
# release_animal(arboretum)
return
if len(new_home.animals) < new_home.max_animals:
new_home.animals.append(animal)
os.system(f'say you just added a {animal.species} to your {new_home.name}' if os.name != 'nt' else '')
else:
print('No space for this animal. Press any key to show all the animals in this biome.')
os.system(f'say no space for this animal' if os.name != 'nt' else '')
input(' >> ')
clear_screen()
show_biome_animals(new_home)
input('\nPress any key to return to main menu >>')
return
def release_animal(self, choice):
if choice == "1":
animal_to_add = GoldDustDayGecko()
potentialHabitatsForAddedAnimal = [
forest for forest in self.habitats_dict["Forest"]
]
elif choice == "2":
animal_to_add = RiverDolphin()
potentialHabitatsForAddedAnimal = [
river for river in self.habitats_dict["River"]
] + [coastline for coastline in self.habitats_dict["Coastline"]]
elif choice == "3":
animal_to_add = NeneGoose()
potentialHabitatsForAddedAnimal = [
grassland for grassland in self.habitats_dict["Grassland"]
]
elif choice == "4":
animal_to_add = Kikakapu()
potentialHabitatsForAddedAnimal = [
river for river in self.habitats_dict["River"]
] + [swamp for swamp in self.habitats_dict["Swamp"]]
elif choice == "5":
animal_to_add = Pueo()
potentialHabitatsForAddedAnimal = [
grassland for grassland in self.habitats_dict["Grassland"]
] + [forest for forest in self.habitats_dict["Forest"]]
elif choice == "6":
animal_to_add = Ulae()
potentialHabitatsForAddedAnimal = [
coastline for coastline in self.habitats_dict["Coastline"]
]
elif choice == "7":
animal_to_add = Opeapea()
potentialHabitatsForAddedAnimal = [
forest for forest in self.habitats_dict["Forest"]
] + [mountain for mountain in self.habitats_dict["Mountain"]]
elif choice == "8":
animal_to_add = HappyFaceSpider()
potentialHabitatsForAddedAnimal = [
swamp for swamp in self.habitats_dict["Swamp"]
]
else:
print("That is not a valid choice.")
return
for i, v in enumerate(potentialHabitatsForAddedAnimal):
valid_habitat = len(v.animals) < v.animal_limit
if not valid_habitat:
print('')
else:
print(
f'{i + 1}. {type(v).__name__} ({len(v.animals)} animals)')
# Prompts the user to select a habitat
print(f"\nWhere would you like to release the {animal_to_add.species}")
choice = input("> ")
if int(choice) > len(potentialHabitatsForAddedAnimal):
print("That is not a valid choice.")
return
targetHabitat = potentialHabitatsForAddedAnimal[int(choice) - 1]
habitatTargetList = self.habitats_dict[type(targetHabitat).__name__]
object_class_animal_to_add = habitatTargetList[habitatTargetList.index(
targetHabitat)]
if len(object_class_animal_to_add.animals
) < object_class_animal_to_add.animal_limit:
object_class_animal_to_add.add_animal(animal_to_add)
print(
f"You have added an {animal_to_add.species} to {type(targetHabitat).__name__}"
)
else:
print(
"That habitat is already at it's max for animals. Please choose another habitat"
)
def feed_animal(self, choice):
os.system('cls' if os.name == 'nt' else 'clear')
if choice == "1":
animal_to_feed = GoldDustDayGecko()
elif choice == "2":
animal_to_feed = RiverDolphin()
elif choice == "3":
animal_to_feed = NeneGoose()
elif choice == "4":
animal_to_feed = Kikakapu()
elif choice == "5":
animal_to_feed = Pueo()
elif choice == "6":
animal_to_feed = Ulae()
elif choice == "7":
animal_to_feed = Opeapea()
elif choice == "8":
animal_to_feed = HappyFaceSpider()
else:
print("No no. Feed something else.")
return
for i, v in enumerate(animal_to_feed.prey):
print(f'{i + 1}. {v}')
print("Which prey do you want to feed the animal?")
choice = input("> ")
targetPrey = animal_to_feed.prey[int(choice) - 1]
animal_to_feed.feed(targetPrey)