def cultivate_plant(self, choice):
os.system('cls' if os.name == 'nt' else 'clear')
if choice == "1":
plant_to_add = MountainAppleTree()
potentialHabitatsForAddedPlant = [
mountain for mountain in self.habitats_dict["Mountain"]
]
elif choice == "2":
plant_to_add = Silversword()
potentialHabitatsForAddedPlant = [
grassland for grassland in self.habitats_dict["Grassland"]
]
elif choice == "3":
plant_to_add = RainbowEucalyptus()
potentialHabitatsForAddedPlant = [
forest for forest in self.habitats_dict["Forest"]
]
elif choice == "4":
plant_to_add = BlueJadeVine()
potentialHabitatsForAddedPlant = [
grassland for grassland in self.habitats_dict["Grassland"]
] + [swamp for swamp in self.habitats_dict["Swamp"]]
else:
print("That is not a valid choice.")
return
for i, v in enumerate(potentialHabitatsForAddedPlant):
print(f'{i + 1}. {type(v).__name__} ({len(v.plants)} plants)')
print(f"Where would you like to plant the {plant_to_add.species}?")
choice = input("> ")
if int(choice) > len(potentialHabitatsForAddedPlant):
print("That is not a valid choice.")
return
targetHabitat = potentialHabitatsForAddedPlant[int(choice) - 1]
habitatTargetList = self.habitats_dict[type(targetHabitat).__name__]
object_class_plant_to_add = habitatTargetList[habitatTargetList.index(
targetHabitat)]
if len(object_class_plant_to_add.plants
) < object_class_plant_to_add.plant_limit:
object_class_plant_to_add.add_plant(plant_to_add)
print(
f"You have added an {plant_to_add.species} to {type(targetHabitat).__name__}"
)
else:
print(
"That habitat is already at it's max for animals. Please choose another habitat"
)
def cultivate_plant_menu(arboretum):
plant = None
os.system('cls' if os.name == 'nt' else 'clear')
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus Tree")
print("4. Blue Jade Vine")
print("5. Main Menu")
choice = input("Choose plant to culitivate > ")
if choice == "1":
plant = RainbowTree()
if choice == "2":
plant = Silversword()
if choice == "3":
plant = Blue_Jade_Vine()
if choice == "4":
plant = Mountain_Apple_Tree()
# if choice == "5":
biome_menu(arboretum, plant)
# if choice == "1":
# River.add_plant(plant)
# if choice == "2":
# Coastline.add_plant(plant)
# if choice == "3":
# Mountain.add_plant(plant)
# if choice == "4":
# Grassland.add_plant(plant)
# if choice == "5":
# Swamp.add_plant(plant)
# if choice == "6":
# Forest.add_plant(plant)
# ((((ISSUE: Per README, NEED FUNCTIONALITY THAT WILL PRODUCE THE FOLLOWING WHEN ONE OF THOSE CHOICES ARE MADE))))
# 1. Grassland (5 plants)
# 2. Swamp (2 plants)
# 3. Swamp (9 plants)
# 4. Swamp (0 plants)
# Where would you like to plant the Sun Jade Vine?
# > _
def add_plant(arboretum):
animal = None
print("1. Rainbow Eucalyptus Tree")
print("2. Silversword")
print("3. Mountain Apple Tree")
print("4. Blue Jade Fine")
choice = input("Choose plant to cultivate > ")
if choice == "1":
plant = Eucalyptus()
elif choice == "2":
plant = Silversword()
elif choice == "3":
plant = Apple()
elif choice == "4":
plant = BlueJade()
else:
plant = None
print("Not a valid option.")
add_plant(arboretum)
return
if plant:
avail = []
for biome in arboretum.biomes:
if biome.check_suitability(plant):
avail.append(biome)
print(
f"{len(avail)}. {biome.biome_type.capitalize()}: {biome.name} ({biome.plant_count} plants)"
)
option = input("Select biome > ")
try:
avail[int(option) - 1].add_plant(plant)
except OverflowError:
print(
f"{avail[int(option) -1].name} already has the maximum number of plants."
)
add_plant(arboretum)
return
except IndexError:
print("Not a valid option.")
add_plant(arboretum)
return
else:
print(f"Added {plant.species} to {avail[int(option) - 1].name}!")
def annex_plants(kehua):
os.system('cls' if os.name == 'nt' else 'clear')
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus")
print("4. Blue Jade Vine")
choice = input("Choose your plant > ")
new_plant = ""
if choice == "1":
new_plant = MountainAppleTree()
if choice == "2":
new_plant = Silversword()
if choice == "3":
new_plant = RainbowEucalyptus()
if choice == "4":
new_plant = BlueJadeVine()
# We want to print the list of habitats that we are allowed to plant in (amount of plants and habitat)
# WE need to make an array of all the habits to loop over
allowed_habitats = []
all_habitats = []
# list_of_habitats.extend(kehua.rivers)
# list_of_habitats.extend(kehua.swamps)
# list_of_habitats.extend(kehua.coastlines)
all_habitats.extend(kehua.grasslands)
all_habitats.extend(kehua.mountains)
# list_of_habitats.extend(kehua.forests)
# filtering out habitats to grab the suitable habitats for each plant
for habitat in all_habitats:
if new_plant.name in habitat.plants_allowed:
allowed_habitats.append(habitat)
# we are displaying the suitable habitats in menu form so you need a dynamic menu that displays with an index (by number)
os.system('cls' if os.name == 'nt' else 'clear')
for i, habitat in enumerate(allowed_habitats):
print(f'{i+1}. {habitat.__class__.__name__}')
choice = input("Chose your habitat > ")
selected_habitat = allowed_habitats[choice - 1]
def add_plant(arboretum):
clear_screen()
plant = None
build_plant_menu()
plant_choice = input("Choose plant to cultivate > ")
if plant_choice == "1":
plant = Mountain_Apple_Tree()
elif plant_choice == "2":
plant = Silversword()
elif plant_choice == "3":
plant = Rainbow_Eucalyptus_Tree()
elif plant_choice == "4":
plant = Blue_Jade_Vine()
else:
print("No plant chosen. Press any key to return to main menu.")
input()
return
clear_screen()
build_plant_biome_menu(plant)
print()
habitat_choice = input("Choose your habitat type > ")
#Set reference to chosen habitat
try:
chosen_habitat = plant.habitats[int(habitat_choice) - 1]
except (IndexError, ValueError):
input("Invalid input. Returning to main.")
return
#Print statement if no biomes of that type exist
if len(arboretum.biomes[chosen_habitat]) == 0:
print(
"No biomes of that type exist. Press any key to return to main menu."
)
os.system(
'say no biomes of that type exist' if os.name != 'nt' else '')
input()
return
clear_screen()
#Loop thru biomes of selected type unless all biomes are at max population
# open_biomes = False
bad_choices = ["bad choices"]
open_biomes = build_individual_biome_menu(arboretum, chosen_habitat,
bad_choices)
if open_biomes == False:
print()
print(
"All biomes of that type are at maximum population. Press any key to return to main menu."
)
input()
return
print()
biome_choice = input("Choose your biome > ")
if int(biome_choice) in bad_choices:
input(
"Told you not to press the button. Now you gotta go to the main menu lol."
)
return
#Add plant to selected biome
try:
arboretum.biomes[chosen_habitat][int(biome_choice) -
1].plants.append(plant)
except (IndexError, ValueError):
input("Invalid input. Returning to main.")
return
clear_screen()
new_home = arboretum.biomes[chosen_habitat][int(biome_choice) - 1]
display_plant_report(plant, new_home)
input('Press any key to return to main menu.')
def cultivate_plant(arboretum):
valid_option = True
os.system('cls' if os.name == 'nt' else 'clear')
plant = None
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus")
print("4. Blue Jade Vine")
print()
print("Choose plant to cultivate.")
choice = input("> ")
try:
if int(choice) > 0 and int(choice) < 5:
if choice == "1":
plant = MountainAppleTree()
if choice == "2":
plant = Silversword()
if choice == "3":
plant = RainbowEucalyptusTree()
if choice == "4":
plant = BlueJadeVine()
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
for index, mountain in enumerate(arboretum.mountains):
if mountain.max_plants > len(mountain.plants):
print(f'{num}. Mountain ({len(mountain.plants)} plants)')
biome[num] = arboretum.mountains[index]
num += 1
for index, swamp in enumerate(arboretum.swamps):
if swamp.max_plants > len(swamp.plants):
print(f'{num}. Swamp ({len(swamp.plants)} plants)')
biome[num] = arboretum.swamps[index]
num += 1
for index, grassland in enumerate(arboretum.grasslands):
if grassland.max_plants > len(swamp.plants):
print(f'{num}. Grassland ({len(grassland.plants)} plants)')
biome[num] = arboretum.grasslands[index]
num += 1
for index, forest in enumerate(arboretum.forests):
if forest.max_plants > len(forest.plants):
print(f'{num}. Forest ({len(forest.plants)} plants)')
biome[num] = arboretum.forests[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 ValueError:
print()
error_message = input("Nope. Pick a number.")
except KeyError:
print()
error_message = input("Nope. Pick a number.")
except AttributeError:
print()
error_message = input("Nope. Pick a number.")
except UnboundLocalError:
error_message = input("Nope. Pick a number.")
if valid_option and plant:
menu_function()
print()
print("Where would you like to place the plant?")
choice = input("> ")
else:
print()
error_message = input(
"Hey, look. This is just irresponsible. Stop it.")
try:
env = biome[int(choice)]
def choice_fn(environment):
try:
environment.add_plant(plant)
except ValueError:
os.system('cls' if os.name == 'nt' else 'clear')
error_message = input("ValueError. Returning to main menu.")
except KeyError:
os.system('cls' if os.name == 'nt' else 'clear')
error_message = input("Nope. Pick a number.")
except AttributeError:
os.system('cls' if os.name == 'nt' else 'clear')
error_message = input("Nope. Pick a number.")
pass
choice_fn(env)
except ValueError:
os.system('cls' if os.name == 'nt' else 'clear')
pass
except KeyError:
os.system('cls' if os.name == 'nt' else 'clear')
pass
except AttributeError:
os.system('cls' if os.name == 'nt' else 'clear')
pass
except UnboundLocalError:
os.system('cls' if os.name == 'nt' else 'clear')
pass
def cultivate_plant(arboretum):
display_banner()
plant = None
print("1. Silversword")
print("2. Crabgrass")
choice = input("Choose plant to cultivate > ")
if choice == "1":
plant = Silversword()
if choice == "2":
pass
display_banner()
def print_habitats():
option_list = []
# biome_list_maker(plant.aquatic and arboretum.rivers, option_list)
biome_list_maker(plant.terrestrial and plant.drought_tolerant,
arboretum.grasslands, option_list, plant)
for index, dic in enumerate(option_list):
print(f'{index + 1}. {dic["biome"].print_list_options()}')
# print(f'{index + 1}. {dic["biome"].name} ({dic["biome"].plant_count()} {"plant" if dic["biome"].plant_count() == 1 else "plants"})')
option_list_length = len(option_list)
if option_list_length == 0:
print(
"All of your Biomes are at maximum capacity please create a new biome!"
)
input("\n\nPress any key to go back to the main menu...")
else:
print(f"{option_list_length + 1}. Main Menu")
print("Release the plant into which biome?")
choice = input("> ")
if int(choice) == option_list_length + 1:
return
elif choice.isnumeric():
choice_input = int(choice)
choice_biome = option_list[choice_input - 1]
if choice_input <= option_list_length:
choice_biome["biome"].add_plant(plant)
else:
display_banner()
print(
f"{choice_input} is not an option. Please choose an option that is available!"
)
print_habitats()
else:
display_banner()
print(
f"{choice} is not an option. Please choose an option that is available!"
)
print_habitats()
print_habitats()
def cultivate_plant(arboretum):
os.system('cls' if os.name == 'nt' else 'clear')
plant = None
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Blue Jade Vine")
print("4. Rainbow Eucalyptus Tree")
choice = input("Choose a plant to cultivate : ")
if choice == "1":
plant = Apple_Tree()
if choice == "2":
plant = Silversword()
if choice == "3":
plant = Blue_Jade_Vine()
if choice == "4":
plant = Eucalyptus()
habitat_list = []
try:
if plant.stagnant:
habitat_list.extend(arboretum.swamps)
except AttributeError:
pass
try:
if plant.mountain_bound:
habitat_list.extend(arboretum.mountains)
except AttributeError:
pass
try:
if plant.grassland_bound:
habitat_list.extend(arboretum.grasslands)
except AttributeError:
pass
try:
if plant.forest_bound:
habitat_list.extend(arboretum.forests)
except AttributeError:
pass
if len(habitat_list) > 0:
for index, habitats in enumerate(habitat_list):
plant_list = list()
plant_count = list()
for species in habitats.plants:
plant_list.append(species.species)
for plants in set(plant_list):
plant_count.append(f"{str(plant_list.count(plants))} {plants}")
print(
f'{index + 1}. {habitats.type} ({", ".join(plant_count) if len(habitats.plants) > 0 else "No plants here"})'
)
print("Release the plant into which habitat?")
else:
print("There is no habitat for this plant!")
choice = input(": ")
if len(habitat_list[int(choice) - 1].plants) < habitat_list[int(choice) -
1].max_plants:
habitat_list[int(choice) - 1].plants.append(plant)
else:
print(
"**** That Habitat is not large enough **** \n **** Please choose another one ****"
)
for index, habitats in enumerate(habitat_list):
print(
f'{index + 1}. {habitats.type} ({len(habitats.plants)} plants)'
)
print("Release the plant into which Habitat?")
choice = input(": ")
def step_one():
os.system('cls' if os.name == 'nt' else 'clear')
# Build a list of appropriate environment instances
# based on the duck-type checks of the environments'
# add_plant methods
def determine_environs(plant_instance):
# Starting a list of appropriate environments
appropriate_environs = []
# check if there are instances of the environment
if len(arboretum.coastlines) > 0:
# use the test_plant method, which will return true if
# the plant is valid for that environment
if arboretum.coastlines[0].test_plant(plant_instance):
appropriate_environs.append(arboretum.coastlines)
if len(arboretum.forests) > 0:
if arboretum.forests[0].test_plant(plant_instance):
appropriate_environs.append(arboretum.forests)
if len(arboretum.grasslands) > 0:
if arboretum.grasslands[0].test_plant(plant_instance):
appropriate_environs.append(arboretum.grasslands)
if len(arboretum.mountains) > 0:
if arboretum.mountains[0].test_plant(plant_instance):
appropriate_environs.append(arboretum.mountains)
if len(arboretum.rivers) > 0:
if arboretum.rivers[0].test_plant(plant_instance):
appropriate_environs.append(arboretum.rivers)
if len(arboretum.swamps) > 0:
if arboretum.swamps[0].test_plant(plant_instance):
appropriate_environs.append(arboretum.swamps)
return appropriate_environs
#Present menu options
header(title)
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus Tree")
print("4. Blue Jade Vine")
print("0. Return to main menu")
#Present and handle choice
choice = input("Choose plant to cultivate > ")
plant = ""
# If choice is not an integer, it will be handled by the except:
try:
choice = int(choice)
# This should not really be a hard-coded range,
# but for the purposes of this exercise, it won't change
if choice >= 0 and choice <= 4:
if choice == 1:
plant = MountainAppleTree()
elif choice == 2:
plant = Silversword()
elif choice == 3:
plant = RainbowEucalyptusTree()
elif choice == 4:
plant = BlueJadeVine()
elif choice == 0:
return 0
else:
input(
"There are no appropriate environments for that plant. Press ENTER to choose a new plant. > "
)
step_one()
#build a list of environment appropriate environ instances
environs = determine_environs(plant)
# move on to step two, with
# the appropriate environ instances
# and selected plant instance
if len(environs) > 0:
step_two(environs, plant)
else:
input(
"There are no appropriate environments for that plant. Press ENTER to choose a new plant. > "
)
step_one()
else:
input(f"Choose a valid option. Hit ENTER to try again. >")
step_one()
except ValueError:
input(f"Choose a valid option. Hit ENTER to try again. >")
step_one()
def cultivate_plant(arboretum):
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus Tree")
print("4. Blue Jade Vine")
print("5. Cancel")
choice = input("\nChoose a plant to cultivate > \n")
if choice == "1":
if len(arboretum.mountains) > 0:
#Create Instance of the plant
mountain_apple_tree = Mtn_Apple_Tree()
#Function that takes the plant instance as the argument
def sub_menu_1(plant):
#A loop that creates the menu options from the list of mountains inside our arboretum object
for index, mountain in enumerate(arboretum.mountains):
try:
print(f'{index + 1}. Mountain ({len(mountain.plants)} plants)')
except:
pass
print(f'x. cancel')
choice = input("\nWhere would you like to plant the Mountain Apple Tree > \n")
if choice == "x":
pass
#if the user input is a number greater than the number of choices provided then print error
elif int(choice) > len(arboretum.mountains):
print(f'Invalid Entry. Please choose from menu.')
sub_menu_1(plant)
#Selects the correct mountain from the list and adds the instance of plant using the add_plant method on the mountain object
else:
arboretum.mountains[int(choice) - 1].add_plant(plant, sub_menu_1)
#Calls the function
sub_menu_1(mountain_apple_tree)
#Ensures that a user cannot select to add a plant without adding a biome
else:
print(f'\nThere are no biomes available for this plant! Please annex one.\n')
#The same logic is used for every choice besides choice 4 and 5
elif choice == "2":
if len(arboretum.grasslands) > 0:
silversword = Silversword()
def sub_menu_2(plant):
for index, grassland in enumerate(arboretum.grasslands):
try:
print(f'{index + 1}. Grassland ({len(grassland.plants)} plants)')
except:
pass
print(f'x. cancel')
choice = input("\nWhere would you like to plant the Silversword > \n")
if choice == "x":
pass
elif int(choice) > len(arboretum.grasslands):
print(f'Invalid Entry. Please choose from menu.')
sub_menu_2(plant)
else:
arboretum.grasslands[int(choice) - 1].add_plant(plant, sub_menu_2)
sub_menu_2(silversword)
else:
print(f'\nThere are no biomes available for this plant! Please annex one.\n')
elif choice == "3":
if len(arboretum.forests) > 0:
rainbow_tree = Rainbow_Tree()
def sub_menu_3(plant):
for index, forest in enumerate(arboretum.forests):
try:
print(f'{index + 1}. Forest ({len(forest.plants)} plants)')
except:
pass
print(f'x. cancel')
choice = input("\nWhere would you like to plant the Rainbow Eucalyptus Tree > \n")
if choice == "x":
pass
elif int(choice) > len(arboretum.forests):
print(f'Invalid Entry. Please choose from menu.')
sub_menu_3(plant)
else:
arboretum.forests[int(choice) - 1].add_plant(plant, sub_menu_3)
sub_menu_3(rainbow_tree)
else:
print(f'\nThere are no biomes available for this plant! Please annex one.\n')
#Choice 4 is a plant that could go into mutliple biomes
elif choice == "4":
if len(arboretum.swamps) or len(arboretum.grasslands) > 0:
#Creates the instance of the plant
blue_jade = Blue_Jade()
#Function that takes the plant instance as an argument
def sub_menu_4(plant):
#Loop trickery to get the correct numbering for the list when there are two types of biomes to account for
num = 1
for swamp in arboretum.swamps:
try:
print(f'{num}. {swamp.name} ({len(swamp.plants)} plants)')
num += 1
except:
pass
for grassland in arboretum.grasslands:
try:
print(f'{num}. {grassland.name} ({len(grassland.plants)} plants)')
num += 1
except:
pass
print(f'x. cancel')
choice = input("\nWhere would you like to plant the Blue Jade Vine > \n")
#Caculation the length of the swamp list by itself and with the grassland list
swamp_length = len(arboretum.swamps)
both = swamp_length + len(arboretum.grasslands)
if choice == "x":
pass
#the length of both list is used for input validation
elif int(choice) > both:
print(f'Invalid Entry. Please choose from menu.')
sub_menu_4(plant)
elif int(choice) <= swamp_length:
arboretum.swamps[int(choice) - 1].add_plant(plant, sub_menu_4)
#the length of the swamp list is used to calculate what index number the chosen swamp is at
else:
arboretum.grasslands[int(choice) - swamp_length - 1].add_plant(plant, sub_menu_4)
#The function is called and the instance is passed in
sub_menu_4(blue_jade)
else:
print(f'\nThere are no biomes available for this plant! Please annex one.\n')
elif choice == "5":
pass
#Tricky input validation
else:
print(f'\nThis is not a valid input\n')
def add_plant(Arboretum):
plant = None
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 = MountainAppleTree()
print("")
print(plant)
input("Press enter to continue...")
if choice == "2":
plant = Silversword()
print("")
print(plant)
input("Press enter to continue...")
if choice == "3":
plant = RainbowEucalyptusTree()
print("")
print(plant)
input("Press enter to continue...")
if choice == "4":
plant = BlueJadeVine()
print("")
print(plant)
input("Press enter to continue...")
biomes = [Arboretum.rivers, Arboretum.grasslands, Arboretum.swamps, Arboretum.mountains, Arboretum.forests]
options = []
for environment in biomes:
for biome in environment:
options.append(biome)
for index, option in enumerate(options):
print("")
print(f'{index + 1}. {option} ({len(option.plants)} plants)')
if len(options) > 0:
print("")
print(f"Where would you like to plant {plant}?")
choice = input("> _")
options[int(choice) - 1].add_plant(plant)
else:
print("")
print("There have been no biomes annexed yet")
print("")
input("Press enter to continue")
def cultivate_plant(arboretum):
compatible_biomes = []
plant = None
print("1. Rainbow Eucalyptus Tree")
print("2. Silversword")
print("3. Mountain Apple Tree")
print("4. Blue Jade Vine")
choice = input("\nChoose plant to cultivate > ")
if choice == "1":
plant = Rainbow_Eucalyptus_Tree()
elif choice == "2":
plant = Silversword()
elif choice == "3":
plant = Mountain_Apple_Tree()
elif choice == "4":
plant = Blue_Jade_Vine()
else:
input(
"\nThat was a bad input, try again next time, fool! \nPress any key to return to the menu..."
)
return
if isinstance(plant, Clay_Soil):
for plant_in_list in arboretum.mountains:
compatible_biomes.append(plant_in_list)
if isinstance(plant, Loamy_Soil):
for plant_in_list in arboretum.forests:
compatible_biomes.append(plant_in_list)
if isinstance(plant, Marsh_Soil):
for plant_in_list in arboretum.swamps:
compatible_biomes.append(plant_in_list)
if isinstance(plant, Silt_Soil):
for plant_in_list in arboretum.grasslands:
compatible_biomes.append(plant_in_list)
for index, biome in enumerate(compatible_biomes):
print(f'{index + 1}. {biome.name} ({len(biome.plants)} plants)')
def add_plant(choice):
if choice == "":
input("Press any key to return to the menu...")
return
try:
if choice != "" and int(choice) <= len(
compatible_biomes) and compatible_biomes[
int(choice) - 1].exceed_max(plant) == False:
print("**** That biome is not large enough ****")
print("**** Please choose another one ****")
for index, biome in enumerate(compatible_biomes):
print(
f'{index + 1}. {biome.name} ({len(biome.plants)} plants)'
)
choice = input("Cultivate the plant into which biome? >")
add_plant(choice)
elif choice != "" and int(choice) <= len(compatible_biomes):
return
else:
input(
"\nThat was a bad input, try again next time, fool! \nPress any key to return to the menu..."
)
return
except ValueError:
input(
"\nThat was a bad input, try again next time, fool! \nPress any key to return to the menu..."
)
return
if compatible_biomes == []:
input(
"Sorry, there are no compatible biomes in which to cultivate this plant. \nPlease annex a biome in menu option 1. \nPress any key to continue..."
)
return
choice = input("Cultivate the plant into which biome? >")
add_plant(choice)
def add_plant(Arboretum):
plant = None
os.system('cls' if os.name == 'nt' else 'clear')
print("\u001b[47m\u001b[30;1m+-++-++-++-++-++-++-++-+")
print("+ A D D A P L A N T +")
print("+-++-++-++-++-++-++-++-+\u001b[0m\n")
print("\u001b[32m1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus Tree")
print("4. Blue Jade Vine\u001b[0m\n")
choice = input("Choose plant to cultivate > ")
if choice == "1":
plant = MountainAppleTree()
print("")
print(plant)
input("Press enter to continue...")
if choice == "2":
plant = Silversword()
print("")
print(plant)
input("Press enter to continue...")
if choice == "3":
plant = RainbowEucalyptusTree()
print("")
print(plant)
input("Press enter to continue...")
if choice == "4":
plant = BlueJadeVine()
print("")
print(plant)
input("Press enter to continue...")
biomes = [
Arboretum.rivers, Arboretum.grasslands, Arboretum.swamps,
Arboretum.mountains, Arboretum.forests
]
options = []
for environment in biomes:
for biome in environment:
if len(biome.plants) < biome.plant_capacity:
options.append(biome)
for index, option in enumerate(options):
print("")
print(f'{index + 1}. {option} ({len(option.plants)} plants)')
if len(options) > 0:
print("")
print(f"Where would you like to plant {plant}?")
choice = input("> _")
options[int(choice) - 1].add_plant(plant)
else:
print("")
print("There have been no biomes annexed yet")
print("")
input("Press enter to continue")
def cultivate_plant(arboretum):
plant = None
print("1. Mountain Apple Tree")
print("2. Silversword")
print("3. Rainbow Eucalyptus Tree")
print("4. Blue Jade Vine")
choice = input("Choose plant to cultivate > ")
if choice == "1":
plant = MountainTree()
new_list = []
if len(arboretum.mountains) > 0:
for index, mountain in enumerate(arboretum.mountains):
new_list.append({"index": index,
"id": mountain.id,
"type": "Mountain",
"plants": mountain.plants,
"plant_max": mountain.plant_max
})
valid = False
while valid == False:
choice = print_biome(new_list)
valid = check_capacity(choice)
if choice["type"] == "Mountain" and valid:
arboretum.mountains[int(choice["index"])].add_plant((plant))
if choice == "2":
plant = Silversword()
new_list = []
if len(arboretum.grasslands) > 0:
for index, grassland in enumerate(arboretum.grasslands):
new_list.append({"index": index,
"id": grassland.id,
"type": "Grassland",
"plants": grassland.plants,
"plant_max": grassland.plant_max
})
valid = False
while valid == False:
choice = print_biome(new_list)
valid = check_capacity(choice)
if choice["type"] == "Grassland" and valid:
arboretum.grasslands[int(choice["index"])].add_plant((plant))
if choice == "3":
plant = RainbowTree()
new_list = []
if len(arboretum.forests) > 0:
for index, forest in enumerate(arboretum.forests):
new_list.append({"index": index,
"id": forest.id,
"type": "Forest",
"plants": forest.plants,
"plant_max": forest.plant_max
})
valid = False
while valid == False:
choice = print_biome(new_list)
valid = check_capacity(choice)
if choice["type"] == "Forest" and valid:
arboretum.forests[int(choice["index"])].add_plant((plant))
if choice == "4":
plant = BlueVine()
new_list = []
if len(arboretum.grasslands) > 0:
for index, grassland in enumerate(arboretum.grasslands):
new_list.append({"index": index,
"id": grassland.id,
"type": "Grassland",
"plants": grassland.plants,
"plant_max": grassland.plant_max
})
if len(arboretum.swamps) > 0:
for index, swamp in enumerate(arboretum.swamps):
new_list.append({"index": index,
"id": swamp.id,
"type": "Swamp",
"plants": swamp.plants,
"plant_max": swamp.plant_max
})
valid = False
while valid == False:
choice = print_biome(new_list)
valid = check_capacity(choice)
if choice["type"] == "Grassland" and valid:
arboretum.grasslands[int(choice["index"])].add_plant((plant))
elif choice["type"] == "Swamp" and valid:
arboretum.swamps[int(choice["index"])].add_plant((plant))